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- 1SYSTEMS AND METHODS OF TRANSMITTING AND ENCRYPTING INFORMATION π·η π39ϊπι miyn1? rncwi nmyn - 1 - SYSTEMS AND METHODS OF TRANSMITTING AND ENCRYPTING INFORMATION TECHNICAL FIELD [001] In general, the present invention pertains to information technologies and the art of cryptography. In particular, the invention relates to systems and methods of transmitting information as well as to methods of encrypting the same. BACKGROUND ART [002] It is believed that the current state of the art is represented by:US patent application Ser. No. US 2009/150561;UK patent application Ser. No. GB 2430124;European patent application Ser. No. EP 2439585;as well as international patent applications Ser. No. WO 2012/018246 and WO 2008/097323. [003] WO 2012/018246 discloses a six quantum state producing encoder system for deterministic six states protocol of Quantum Key Distribution. The system of WO 2012/018246 includes at least three laser diodes, at least three current drivers, wherein each of the at least three laser diodes are at different polarization states and each laser diode is drivable by each current driver, at least three switches connectable to the at least three current drivers, at least one pulse width modulator (PWM) generator connectable to the at least three switches and a controller wherein the at least three switches are triggerable by the controller. The system of WO 2012/018246 is configurable to select a pair of different laser diodes with new polarization states for every two consecutive period, wherein two different laser diodes are interchangeably triggered for every two consecutive periods for automatic production of six quantum states. [004] US 2009/150561 discloses methods for establishing modulator timing for a QKD system having QKD stations with respective modulators. The timing method includes exchanging non-quantum signals between the two QKD stations and performing respective coarse timing adjustments by scanning the modulator timing domain with relatively coarse timing intervals and wide modulator voltage signals. Coarse timings are established by observing a change in detector counts between single-photon detectors when modulation occurs in exchanged nonquantum signals. The method also includes performing a fine timing adjustment by scanning the modulator timing domain with respective fine timing intervals and respective relatively narrow modulator voltage signals and again observing a change in detector counts for exchanged nonquantum signals. This - 2 - operation is repeated until desired final modulator timings and desired final activation signal widths are obtained for the two modulators. [005] WO 2008/097323 discloses an apparatus that converts information encoding on an electromagnetic wave includes a delay module and a time-dependent module. The delay module is configured to apply a first time delay to a first component of an electromagnetic wave and to apply a second time delay different from the first time delay to a second component of the electromagnetic wave. The time-dependent module is configured to respond to a control signal to apply a first transformation to the first component at a first time and to apply a second transformation to the second component at a second time that is later than the first time by the difference between the first time delay and the second time delay. [006] GB 2430124 discloses a quantum communication system comprising a sending unit and a receiving unit, said sending unit comprising a photon source assembly configured to output a stream of pulses of light having at least two different intensities and a memory configured to store information for determining which pulses should be reference pulses and which pulses should be data pulses, the average intensity of reference pulses being different to the average intensity of data pulses, the receiving unit comprising a memory for storing information for identifying the position of reference pulses within the stream of pulses and a processor for determining the calibration of the quantum communication system from the reference pulses. Preferably the number of data pulses per unit time differs from the number of reference pulses per unit time. The reference pulses may have at least two different intensity levels. [007] EP 2439585 discloses a wavelength-multiplexed polarization entangled photon pair generator including: a pump light source, a polarization entangled photon pair generating body on which pump light outputted from the pump light source falls and a spectrometer on which a wavelength-multiplexed parametric photon pair outputted from the polarization entangled photon pair generating body falls. The polarization entangled photon pair generating body made of a nonlinear optical crystal generates wavelength-multiplexed photon pairs by subjecting the pump light to type II phase matching. As a nonlinear optical crystal, lithium tantalate of periodically poled structure can be used, and as a spectrometer, an arrayed-waveguide grating can be used. Wavelength-multiplexed polarization entangled photon pairs can thus be generated with simple equipment. - 3 - DESCRIPTION OF THE DRAWINGS [008] The present invention will be understood and appreciated more comprehensively from the following detailed description taken in conjunction with the appended drawings in which: FIG 1 is a schematic graphical representation of an embodiment of the signal, where X-axis is time and Y-axis is the amplitude of the signal;FIG 2 is a schematic graphical representation of another embodiment of the signal, where X-axis is time and Y-axis is the amplitude of the signal;FIG 3 is a schematic graphical representation of yet another embodiment of the signal, where X-axis is time and Y-axis is the amplitude of the signal;FIG 4 is a schematic graphical representation of still another embodiment of the signal, where X-axis is time and Y-axis is the amplitude of the signal;FIG 5 is a schematic graphical representation of the signal shown in FIG 3, where X-axis is time and Y-axis is the frequency of the signal;FIG 6 is a schematic graphical representation of the signal shown in FIG 4, where X-axis is time and Y-axis is the frequency of the signal;FIG 7 is a schematic graphical representation of yet still another embodiment of the signal, where X-axis is time and Y-axis is the amplitude of the signal;FIG 8 is a schematic graphical representation of still yet another embodiment of the signal, where X-axis is time and Y-axis is the amplitude of the signal;FIG 9A is a schematic graphical representation of another embodiment of the signal, where X-axis is time and Y-axis is the spin of the signal;FIG 9B is a schematic graphical representation of yet another embodiment of the signal, where X-axis is time and Y-axis is the spin of the signal;FIG 10 is a schematic block diagram of an embodiment of the system for transmitting and optionally encrypting information;FIG 11 is a high-level flowchart of an embodiment of the method for transmitting and optionally encrypting information. [009] While the invention is susceptible to various modifications and alternative forms, specific embodiments thereof have been shown merely by way of example in the drawings. The drawings are not necessarily complete, emphasis instead being placed upon clearly illustrating the principles underlying the present invention. - 4 - DETAILED DISCLOSURE OF EMBODIMENTS [010] Illustrative embodiments of the invention are described below. In the interest of clarity, not all features of actual implementation are described in this specification. It will of course be appreciated that in the development of any such actual embodiment, numerous implementation-specific decisions must be made to achieve the developers' specific goals, such as compliance with technology- or business-related constraints, which may vary from one implementation to another. Moreover, it will be appreciated that the effort of such a development might be complex and time-consuming, but would nevertheless be a routine undertaking for those of ordinary skill in the art having the benefit of this disclosure. [011] In accordance with some embodiments of the present invention, reference is now made to FIG 1 to 11. Exemplary system 100 for transmitting and optionally encrypting information is shown in FIG 10. System 100 comprises sender moiety 112 and recipient moiety 114, connected in-between via a computer network, such as internet network 116, and/or via some other communication means, such as quantum link 118, which is optionally an optic fiber. Sender moiety 112 comprises first input module 115, signal generator 120, first dedicated chronometer 126 and transmitter 128 as well as optionally signal alternator 124, second input module 125 and signal modulator module 125. [012] Signal generator 120 is operable in generating a signal. The signal generated by generator 120 is in a non-limiting manner includes: an electromagnetic wave, an electric current and mechanical wave. In some embodiments, the signal generated by generator 120 is optionally continuous or constant. In such a case signal alternator 124 is optionally employed to alter at least one parameter of the continuous or constant signal, generated by generator 120. The aforementioned at least one parameter altered in the signal is a non-limiting manner selected from the group consisting of: [i] an amplitude, [ii] spectrum, [iii] frequency and [iv] polarization. [013] In other embodiments, the signal generated by generator 120 optionally is alternated, segmental or intermittent. In such a case the parameter of the alternated, segmental or intermittent signal generated by generator 120 is a non-limiting manner at least of the aforementioned parameters. The alternated signal, whether directly generated by generator 120 or subsequently alternated signal alternator 124, optionally embodies a variety of forms or characteristics, inter alia represented by at least of the aforementioned parameters, schematic representation of which is shown throughout FIG 1 to 9B, as will be elaborated infra. [014] First dedicated chronometer 126 in sender moiety 112 is capable of - 5 - measuring time with the precision of a predefined time unit. It is noted that the predefined time unit, with the precision of which first dedicated chronometer 126 is capable of measuring time, which is optionally not constant but rather a predeterminably changed during and/or between sessions of transmittance of the signal by transmitter 128, as will be elaborated infra. The current state of the art provides for techniques of measuring time Q with the precision of up to 10-8 second. The exemplary time unit of the X-axis, in the schematic representations of the alternated signal shown throughout FIG 1 to 9B, is set for exemplary value 10-6 second or 1 microsecond or 1 μ Sec. [015] First dedicated chronometer 126 is capable of influencing signal generator 120 and/or signal alternator 124, so as to alternate the signal transmitted by transmitter 128, upon a predefined number of time units. A controller (not shown), typically comprising drivers, is optionally employed to effect the alternation of the signal upon a predefined number of time units counted by first dedicated chronometer 126. [016] In accordance with some embodiments of the method for transmitting and optionally encrypting information, the high-level flowchart 150 of which shown in FIG 11, initially a signal is generated, at step 152, by signal generator 120 in sender moiety 112 of system 100. Thereafter, at step 154, a first alternation of the signal is enacted, typically either by signal generator 120 or by signal alternator 124. The first alternation of the signal is enacted after a predefined number of time units, counted by first dedicated chronometer 126, wherein the aforesaid predefined number of time units corresponds to a respective predefined number, from the first information set, inputted to sender moiety 112 of system 100 via first input module 115. The first alternation of the signal is a non-limiting manner of at least one type selected from the group consisting of: [i] commencing generating the signal, [ii] halting generating the signal and [iii] changing at least one parameter of the signal, which is typically at least one of the aforementioned parameters. [017] Subsequently, at step 156, a second alternation of the signal is enacted, typically either by signal generator 120 or by signal alternator 124. The second alternation of the signal is also enacted after a predefined number of time units, counted by first dedicated chronometer 126, wherein the aforesaid predefined number of time units corresponds to a respective predefined number, from the first information set, inputted to sender moiety 112 of system 100 via first input module 115. As previously mentioned, the alternations of the signal, whether first second or subsequent, are optionally of different above-define types. Thus an alternation of the signal is a change in amplitude, frequency, spin or other parameter of the signal, as a function of time, represented in FIG 1 to 9B. [018] Graphical representation 10 of exemplary alternated signal 15 is shown in - 6 - FIG 1. The amplitude of alternated signal 15, graphical representation 10 of which is shown in FIG 1, changes between the magnitude of one unit and the magnitude of two units, shown along Y-axis 14, during the time, shown along X-axis 12. The units of time along X-axis 12 are microseconds;whereas units of amplitude along Y-axis 14 are arbitrary units of magnitude, optionally of a logarithmic scale. [019] Alternated signal 15 commences at zero time point, with amplitude of two units, and continues for 47 microseconds. After 47 microseconds signal 15 is subjected to first alternation, while the amplitude of signal 15 is changed to the magnitude of one unit, at step 154. 19 microseconds thereafter signal 15 is subjected to subsequent alternation, while the amplitude of signal 15 is changed once again to the magnitude of two units, at step 156. Following 11 microseconds signal 15 is subjected to subsequent alternation, while the amplitude of signal 15 is once again changed to the magnitude of one unit, while step 156 is performed iteratively. [020] Graphical representation 20 of exemplary intermittent signal 25 is shown in FIG 2. The amplitude of intermittent signal 25, graphical representation 20 of which is shown in FIG 2, changes between the magnitude of one unit and the magnitude of zero units or absence of the signal, shown along Y-axis 24, during the time, shown along X-axis
- 212. The units of time along X-axis 12 are microseconds; whereas units of amplitude along Y-axis 24 are arbitrary units of magnitude, optionally of a logarithmic scale. [021] Intermittent signal 25 commences at zero time point, with amplitude of one unit, and continues for 47 microseconds. After 47 microseconds intermittent signal 25 is subjected to first alternation, while signal 25 is halted and the amplitude of changed to the magnitude of zero, at step 154. 19 microseconds thereafter intermittent signal 25 commences again and thus is subject to subsequent alternation, while the amplitude of signal 25 is changed once again to the magnitude of one unit, at step 156. Following 11 microseconds signal 25 is subjected to yet subsequent alternation, while the amplitude of signal 25 is once again resumed to the magnitude of one unit, as step 156 is performed iteratively. [022] As shown in graphical representations 10 and 20 of FIG 1 and 2, alternated and intermittent signals 15 and 25 embody a carrier signal or carrier wave that is modulated, preferably by signal modulator 130, with an additional input signal, which corresponds to additional information, from additional information set, which is optionally inputted to sender moiety 112 of system 100 via second input module 125, during step 157. It is noted that the modulation of alternated and intermittent signals 15 and 25, by signal modulator 130, performed irrespectively to the alternation thereof and hence - 7 - optionally encoding additional information, from additional information set, into alternated and intermittent signals 15 and 25 is achieved. Moreover it should noted that optionally there is no encoding of additional information by modulation of alternated and intermittent signals 15 and 25, whereas the signal is rather flat or plain; therefore the term modulation is also used for an unmodulated emission in the absence of any modulating signal, in accordance with Federal Standard 1037C, titled Telecommunications:Glossary of Telecommunication Terms, is a United States Federal Standard issued by the General Services Administration pursuant to the Federal Property and Administrative Services Act of 1949, as well as in accordance with MIL-STD-188 series of U.S. military standards. [023] It is further emphasized that various types of modulations are operationally applied to alternated and intermittent carrier signals 15 and 25;thus the modulation optionally applied alternated and intermittent signals 15 and 25 is a non-limiting manner selected from: frequency modulation (FM), amplitude modulation (AM), pulse-frequency modulation (PFM), digital baseband modulation (line coding), pulse-amplitude modulation (PAM), pulse-width modulation (PWM), pulse-depth modulation (PDM), pulse-position modulation (PPM), pulse-code modulation (PCM), differential PCM (DPCM), adaptive DPCM (ADPCM), delta modulation (DM or Δ-modulation), delta-sigma modulation (ΣΔ), continuously variable slope delta modulation (CVSDM), and particularly any type of digital modulation techniques: phase-shift keying (PSK), binary PSK (BPSK), quadrature PSK (QPSK), 8PSK, 16PSK, differential PSK (DPSK), differential QPSK (DQPSK), offset QPSK (OQPSK), frequency-shift keying (FSK), audio frequency-shift keying (AFSK), multifrequency shift keying (M-ary FSK or MFSK), dual-tone multi-frequency (DTMF), amplitude-shift keying (ASK), on-off keying (OOK), M-ary vestigial sideband modulation, for example 8VSB, quadrature amplitude modulation (QAM), polar modulation, continuous phase modulation (CPM), minimum-shift keying (MSK), Gaussian minimum-shift keying (GMSK), continuous-phase frequency-shift keying (CPFSK), orthogonal frequency-division multiplexing (OFDM) modulation, discrete multitone (DMT), wavelet modulation, trellis coded modulation (TCM), also known as trellis modulation, spread-spectrum techniques, direct-sequence spread spectrum (DSSS), chirp spread spectrum (CSS), frequencyhopping spread spectrum (FHSS). [024] Graphical representation 30 of exemplary alternated signal 35 is shown in FIG 3. The amplitude of alternated signal 35, graphical representation 30 of which is shown in FIG 3, remains relatively constant, however the frequency of alternated signal 35 changes between the magnitude of one unit and the magnitude of two units, shown along Y-axis 24, during the time, shown along X-axis 12. The units of time along X-axis 12 are - 8 - microseconds;whereas units of amplitude along Y-axis 24 are arbitrary units of magnitude, optionally of a logarithmic scale. Exemplary alternated signal 35, graphical representation 30 of which is shown in FIG 3, expressed as the function frequency, corresponds to the form of frequency alternated signal 55, graphical representation 50 of which is shown in FIG 5. In graphical representation 50 shown in FIG 5, Y-axis 54 represents frequency in arbitrary units of magnitude, optionally of a logarithmic scale, whereas the time is shown along X-axis 12. [025] Alternated signal 35 commences at zero time point, with frequency of one unit, and continues for 47 microseconds. After 47 microseconds signal 35 is subjected to first alternation, while the frequency of signal 35 is changed to the magnitude of two units, at step 154. 19 microseconds thereafter signal 35 is subjected to subsequent alternation, while the frequency of signal 35 is changed once again to the magnitude of one unit, at step 156. Following 11 microseconds signal 35 is subjected to subsequent alternation, while the frequency of signal 35 is once again changed to the magnitude of one unit, while step 156 is performed iteratively. [026] Graphical representation 40 of exemplary intermittent signal 45 is shown in FIG 4. The frequency of intermittent signal 45, graphical representation 40 of which is shown in FIG 4, changes between the magnitude of one unit and the magnitude of zero units or absence of the signal, shown along Y-axis 24, during the time, shown along X-axis 12. The units of time along X-axis 12 are microseconds;whereas units of amplitude along Y-axis 24 are arbitrary units of magnitude, optionally of a logarithmic scale. Exemplary alternated signal 45, graphical representation 40 of which is shown in FIG 4, expressed as the function frequency, corresponds to the form of frequency alternated signal 65, graphical representation 60 of which is shown in FIG 6. In graphical representation 60 shown in FIG 6, Y-axis 64 represents frequency in arbitrary units of magnitude, optionally of a logarithmic scale, whereas the time is shown along X-axis 12. [027] Intermittent signal 45 commences at zero time point, with frequency of one unit, and continues for 47 microseconds. After 47 microseconds signal 45 is subjected to first alternation, while signal 45 is halted and the frequency thereof is changed to the magnitude of zero, at step 154. 19 microseconds thereafter signal 45 commences again and thus is subject to subsequent alternation, while the amplitude of signal 45 is changed once again to the magnitude of one unit, at step 156. Following 11 microseconds signal 45 is subjected to yet subsequent alternation, while the amplitude of signal 45 is once again resumed to the magnitude of one unit, as step 156 is performed iteratively. [028] Graphical representation 70 of exemplary alternated pulse width modulated - 9 - (PWM) signal 75 is shown in FIG 7. The amplitude of alternated PWM signal 75, graphical representation 70 of which is shown in FIG 7, changes between the magnitude of one unit and the magnitude of two units, shown along Y-axis 14, during the time, shown along X-axis 12. Alternated PWM signal 75 commences at zero time point, with amplitude of two units, and continues for 47 microseconds. After 47 microseconds PWM signal 75 is subjected to first alternation, while the amplitude of PWM signal 75 is changed to the magnitude of one unit, at step 154. 19 microseconds thereafter PWM signal 75 is subjected to subsequent alternation, while the amplitude of PWM signal 75 is changed once again to the magnitude of two units, at step 156. Following 11 microseconds signal 75 is subjected to subsequent alternation, while the amplitude of signal PWM 75 is once again changed to the magnitude of one unit, while step 156 is performed iteratively. [029] Graphical representation 80 of exemplary intermittent PWM signal 85 is shown in FIG 8. The amplitude of intermittent PWM signal 85, graphical representation 80 of which is shown in FIG 8, changes between the magnitude of one unit and the magnitude of zero units or absence of the signal, shown along Y-axis 24, during the time, shown along X-axis 12. Intermittent PWM signal 85 commences at zero time point, with amplitude of one unit, and continues for 47 microseconds. After 47 microseconds PWM signal 85 is subjected to first alternation, while signal 85 is halted and the amplitude of changed to the magnitude of zero, at step 154. 19 microseconds thereafter PWM signal 85 commences again and thus is subject to subsequent alternation, while the amplitude of PWM signal 85 is changed once again to the magnitude of one unit, at step 156. Following 11 microseconds PWM signal 85 is subjected to yet subsequent alternation, while the amplitude of PWM signal 85 is once again resumed to the magnitude of one unit, as step 156 is performed iteratively. [030] As shown in graphical representations 70 and 80 of FIG 7 and 8, alternated and intermittent signals 75 and 85 embody a carrier signal that is modulated according to PWM, preferably by signal PWM modulator 130, encoding additional information, from additional information set, during step 157, which is optionally inputted to sender moiety 112 of system 100 via second input module 125. It is noted that the modulation of alternated and intermittent signals 75 and 85, by signal PWM modulator 130, performed irrespectively to the alternation thereof and merely optionally. [031] Graphical representation 90 of exemplary spin or phase alternated signal 95 is shown in FIG 9A. The spin or phase of alternated signal 95, graphical representation 90 of which is shown in FIG 9A, changes between the spin or phase of +1 and spin or phase of -1, shown along Y-axis 94, during the time, shown along X-axis 12. Spin or phase - 10 - alternated signal 95 commences at zero time point, with spin or phase of +1, and continues for 47 microseconds. After 47 microseconds spin or phase alternated signal 95 is subjected to first alternation, while the spin or phase of alternated signal 95 is changed to -1, at step 154. 19 microseconds thereafter spin or phase alternated signal 95 is subjected to subsequent alternation, while the spin or phase of alternated signal 95 is changed once again to +1, at step 156. Following 11 microseconds spin or phase alternated signal 95 is subjected to subsequent alternation, while the spin or phase of alternated signal 95 is once again changed to -1, while step 156 is performed iteratively. [032] Graphical representation 96 of exemplary spin or phase alternated and PWM signal 97 is shown in FIG 9B. The spin or phase of alternated and PWM signal 97, graphical representation 96 of which is shown in FIG 9B, changes between the spin or phase of +1 and spin or phase of -1, shown along Y-axis 94, during the time, shown along X-axis 12. Spin or phase alternated and PWM signal 97 commences at zero time point, with the spin or phase of +1 and continues for 47 microseconds. After 47 microseconds Spin or phase alternated and PWM signal 97 is subjected to first alternation, while the spin or phase of alternated and PWM signal 97 is changed to -1, at step 154. 19 microseconds thereafter spin or phase alternated and PWM signal 97 is subjected to subsequent alternation, while the spin or phase alternated and PWM signal 97 is changed once again to +1, at step 156. Following 11 microseconds spin or phase alternated and PWM signal 97 is subjected to subsequent alternation, while the spin or phase of alternated and PWM signal 97 is once again changed to -1, while step 156 is performed iteratively. [033] As shown in graphical representations 90 and 96 of FIG 9A and 95, spin or phase alternated signals 95 and 97 embody a carrier signal that is modulated, preferably by signal modulator 130, encoding additional information, from additional information set, during step 157, which is optionally inputted to sender moiety 112 of system 100 via second input module 125. It is noted that the modulation of spin or phase alternated signals 95 and 97, by signal modulator 130, performed irrespectively to the alternation thereof and merely optionally. [034] Thereafter alternated or intermittent signal, such as amplitude, frequency or spin alternated signals 15, 25, 35, 45, 55, 65, 75, 85, 95 or 97, respectively, shown in FIG 1 to 9B, optionally modulated by signal modulator 130 at step 157, is transmitted by transmitter 128, to recipient moiety 114 via a computer network, such as internet network 116, and/or via some other communication medium, such as quantum link 18, during step 158. [035] At step 160, the signal transmitted by transmitter 128 from sender moiety - 11 - 112 via internet network 116 and/or quantum link 18, during step 158, such as amplitude, frequency or spin alternated signals 15, 25, 35, 45, 55, 65, 75, 85, 95 or 97, respectively, shown in FIG 1 to 9B, is detected by detector 132 in recipient moiety 114 of system 100. Detector 132 in recipient moiety 114 of system 100 is capable of detecting the alternations of the signal transmitted by transmitter 128 from sender moiety 112 of system 100 via internet network 116 and/or quantum link 18, during step 158. Second dedicated chronometer 136 is capable of counting the number of time units between the alternations of the signal transmitted by transmitter 128, from sender moiety 112 of system 100, as detected by detector 132, during step 162. Optionally driver unit 134, receiving real time detection of alternations in the signal detected by detector 132 and the continuous count of the time units from second dedicated chronometer 136, is employed for counting the number of time units between the alternations of the signal transmitted by transmitter 128, from sender moiety 112 of system 100, as detected by detector 132, during step 162. [036] The number of time units counted between the alternations of the signal, as detected by detector 132, during step 162, whether by second dedicated chronometer 136, driver unit 134, detector 132 or some other means corresponds the predefined number which is determined during step 164 and typically delivered via first output module 138. Thus for instance detection of alternations in the signal detected by detector 132, such as the alterations in amplitude, frequency or spin of signals 15, 25, 35, 45, 55, 65, 75, 85, 95 or 97, respectively, shown in FIG 1 to 9B, during step 162, will result with determining the predefined numbers of 47, 19 and 11 during step 164. [037] Moreover if amplitude, frequency or spin alternated signals 15, 25, 35, 45, 55, 65, 75, 85, 95 or 97, respectively, shown in FIG 1 to 9B, embody a carrier signal or carrier wave that is modulated, as by signal modulator 130, with an additional input signal, from additional information set, the corresponding additional information, which is optionally encoded into amplitude, frequency or spin alternated signals 15, 25, 35, 45, 55, 65, 75, 85, 95 or 97, is optionally demodulated and the corresponding additional information, from additional information set, is interpreted by demodulator or modulation interpreter 140 during step 166 and typically delivered via second output module 142. [038] In accordance with some embodiments of the method for transmitting and encrypting information, it is assumed that the security of the computer network, such as internet network 116, as well as of some other communication medium, such as quantum link 18, between sender moiety 112 and recipient moiety 114, can be compromised and therefore an encryption of the predefined number, from the first information set, inputted to sender moiety 112 of system 100 via first input module 115, is implemented. - 12 - [039] Preferably the encryption of the information from the first information set, is achieved by predeterminably changing the aforesaid predefined time unit, during and/or between sessions of transmittance of the signal by transmitter 128. Thus the sender and the recipient may apply a protocol according to which the predefined time unit after a 5 certain number of alterations is changed. Therefore even if the security of the computer network or other communication medium between sender moiety 112 and recipient moiety 114 has indeed been compromised, the eavesdropping to the transmittance of the signal over the computer network or other communication medium, after a certain number of alterations, will be uninformative. 10 [040] Preferably the predefined time unit is predeterminably changed by multiplication thereof by a natural number, so that appearingly there is no change in the form of the signal transmitted over computer network or other communication medium between sender moiety 112 and recipient moiety 114. [041] Moreover, the system and method of the invention sustain a delay between 15 an alternation of the signal as transmitted from the first location and as detected in the second location. 20 REFERENCES [042] US patent application Ser. No. US 2009/150561 [043] UK patent application Ser. No. GB 2430124 [044] European patent application Ser. No. EP 2439585 [045] PCT applications Ser. No. WO 2012/018246 and WO 2008/097323 [046] Federal Standard 1037C, titled Telecommunications: Glossary of Telecommunication Terms, is a United States Federal Standard issued by the General Services Administration pursuant to the Federal Property and Administrative Services Act of 1949 [047] MIL-STD-188 series of U.S. military standards [048] It will be appreciated by persons skilled in the art that the present invention is not limited by what has been particularly shown and described herein above. Rather the scope of the invention is defined by the claims which follow: 25
Independent claims2
16 paragraphs in 1 section, as filed
157984/2 ίΡϋΒΙϋΙΝ ϋΠΒ
AUTO-NEEDLE
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157984/2 πνχενπ own .maaioix βπο bar prim npoiv mnaun nxxaxn rtNsaNb »pi .(needle phobia) "□’anaa ina" βίιπ pmtnb a"y anaa oaxy mpnb Dpiptn a^ixm 10%-a B’biby Dm (American psychiatric association) ’xp’naxn ,notf,31oon ρηχπ ’"y naian axn :oaixan naxaa aDnw ’aa pmxmaa τ>οπ n’ba iaixa yuob pa •’"sn dot) pmrnb oanb J. Hamilton, "Needle Phobia: a Neglected Diagnosis"; Journal of Family Practice, 1995,41:169-175. avnaa □’wen amxia" b-mnb ’xiann bis’on oirtna ap’oya aman a'Pnxa pin xx1 nainnxb ,('mi dtx iaa) nT’arnim mbnab aimbi ana myixin a’unaa npvnb □’ίβόπ nx popnb a"y "nm1 mnma "pora"i moinn mnan .’xiann W ainn baa onab nm aww apxiaa bin apn pbi .onan nmnb nrsra a^nun namn nnaynb a^maraaa nm1! nm-1 a'Pnx a^aawa amaai proaioix anrna bu? nuw nmxn anxnan d’iwd naoa mnaoa nxin P’X'i mnnx nionyaa bba pma mabiara nbx aiana .5,209,739-1,6,605,067 ,6,605,058 onaoaar nanai p’ocbaa a’pbn btr mom an naaa niaama p pibn mbai maioix iaixa mbvsia ix mbvia paa nxxina .nbysm pia’oai man rmbiyan mbpna mbaio pi pix a^nnhi pix nxP np1 pbi amaioix monaa mio pnx ana^a amx nama anixmaw mmpbb ’xm irx pa ’aya-nn anaw mona amx namnb an paa x-’xinb ariia1 xb am .pnb nnn nmbTP mmn npsow ηρητη nnnvQ nnxnzo WO 02/024259 1 3 uuiLdu·
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UXUQCU' CXA1L UA1ULLL UXQLL CLLQ d,UCLAUL CCuLLL UUlLdU Ld,ULuLU UXLCILQCluU Aid, UQUCl' CULKXU UXQLLU CLd,d, XGKAu d,UGAd,U CLU KuLu Ad, CQuQ UQUCl CCuLLL UUlLdU' AluULLL CQuQ UQUCl QCAud,UL CQJiC UUlLdU LCCQU XU ULL UQUCl QGCu LduLU UULU' CXA1L QCCCLl UGAd,U d,UULLU XLCILQCluU Aid, UQUCl UGKCuQ Aid, CQuQ UQUCl' Qil QUC1 d,UCCU LUQULU Aid, UQUCl d,GCu LXULu UUiLdU' UQCl UXQLL CCAd, CULC CKuLU UXUL Xd, UCLb LUQXGA1LU XU QACL UCLld, Cul UUb d,QUCl‘ UJiuCLLuU UXQLLU QXGA1LU XU AlCu LCXA1L CQuQ UQUCl CA Cul QKC XUQCU LQKC QLGAd, CL dKU UQUCl CULL UCLb UUu KuCLLuU CQuAlU QULCLU UQA1QA1 CULA1CU d,QUCl‘ CXA1L UQUCl CLd,ClU QUCQuQ LCAd,U ULL CKL UUiLdU d,KLLL UULLU d,Ub UUu UuCLL d,QCAluL UiLdU L/XL QILd' d,CLb KuL XLLCu AudLu Ld,L KL UiLdU LKL QILd' CQuQ QUC1 (qtlH) QQQGL QKLQKO uUQuU Aid, QLCuCuO' lLd,U LAluQLAluU’ UQUCl UXLCILQCluU UXQLLU CLd,d,U Cul UuUL CLb CL uAl UQC1LU ULXA1LCU XGLX Aid, UXQKXU UCLCUuU UuX d,UKuC QUC1 XLCILQCluU ULAlCuU' GAlCICuU' Cd,LQL UQLLCCU LTdlJCuU LiNCdXXL! 2/k86ZSL· 157984/2 onan pa nm oa mnaian nxxaxn Pi? naumi nnxn r py pnn 'rv'? nnaxn nraioixn man mira mnp Pra qun nm par axaa qua mo’Pa py mpyaan nwaa mmp Pra npya naxn man ora \>w manaan mnpa qam naonx axaa man pa nm poio axaa man pa py mpyaan mnpa narnn man ora nirnyp man pa ηπτη ins'? nmi man ora ιηπιΛ piiDDiann yaiai piiDDiann yaiai man· ora iv mwran nrnpa qaw naonx axaa man pa nm ,npooa mrai ,npooa mwran nrnpa narnn man ora mmtyp man pa ηπτη mx) nxuri man ora nnmyp man npyon -pixP nmi npyon axaP naonx axaa man pa ηπτη nyaian mx’a na^p nm mana ironP ix ιπτηΡ crro moa p5n nan mxan nm ,mxan nx PoaP uma nraioixn ix man ora pun Po> •’Proar pPn nan mxan nm ix/i ,mxan Pior pnxP xPa pixa nraioixn .mxan Pior ηηχΡ nraioixn mana mix nawP ixi ιπτηΡ pooiaP omaty man pa rxax nm oa nnaian nxxaxn Pty naiuzxn nnxn r py pnn PrP nnaxn nraioixn man nxiapa mr ix mxa Praa ’nPa pixa marP Pia1 npnnn pira man ora py r’x ma nPyonP ,nwran nria’xn Ptf ’Pnaoa’x ρΡπ ,ηχηΡ ix nmnaP naa roPx oaaPx ,nmna ix nxrP pap Piy Pty aiP’w Pa ix pan Ptr •’Pnaoa-’X pPn ,onan pa Pw ’Pnaoa’x pPn ,man ora Piy ’Pnaoa’x pPn Praa mPa pixa nnarP Pia1 naam noaP onan pa py ma nPyonP rxax nm ix/i ,P’yp naxn Pty ’p-iaoa’x pPn ,onan ora Pty ’Pnaoar pPn paiaa roPx oaaPx ,psp Pw nxiapa mi1 ix mxa pian Puz •’Pnaoa’x pPn ,man pa w ia qia mr pa nPPian ,P"aa maorn nraioix ona a’xnP xr praian nxxaxn Pw maw moa (Hub) ona ora ,pna ixi npnn nx iPi rpy rnx mx w qiaP ,prra ix/i npnn mwaaP mar piaP nnnn -pixP npnnn nxa nn npya xn orana noPia nnaxn onan ,onaP nawma wawan axa pa ya onan ora pian oy Pna naya nzzp na^pai pnan nxa na noPia nnaxn onan pnn pian Py aana roPx naina wn oox pnn qian -pna onan nxp ia pyoia axai npyon axa ,naonx Hina nya onan ,nnaxn onaP aroa narx nysxai,npnnn nxa qiana Pna no’Pn nmaaP uzatra udP nnaxn onan Pw mnom naanP ona pa ,onaP «pan pa Pna naya up nrxa Paaw -p ooxn paaaa nm ,nmn nmpn uoa onan nn nx noaai npnnn mna Pyaa onan pa ,npnnn rnxi pira onan ora py nx ma nPyonP rxax PPia nnaxn onan Pw nraioix mnnnP npyon lara ,naonx axaa poiPnP ix mpPn non axaa xxaa onan ora py man nPyonP rxaxn ,npnnn mx naaa onan pa qn nraioixn onan nxrP ’"y ma npyonP rxaxn nx qnn wanwan nPyon ma-’xa onan ora mnw ,onan pa Px npyon axaP nn naonx axaa naixa onan ora ,npnnn nmmPi npnnn pira inyian nx nwoxa onan ora Pw naxn mmwn ,narm nPiyo <poa yxana 3 157984/2 anan mon ·ίπν5 ,ηρητηη is piia7 myum οποη οόο mnn^a nxxwa ira anan 7^ maaiaixn nun7 anan pa 7a> in7w: nnwsxna ,anan pa ’"y anan 7u> mima to1?! ηρητηη nnxa maaiaixn .onan Tin 7y sm 7121 qun to ca mnaun nxxaxn 7w muw nmxn w 7y pnn 7w7 nmaxn n’aaiaixn anan naunnn toi ,’ao7xn oax7 naunn 7wa qun to ,pma ιχ/ι ηρητη mwaa 7w Pmarx p7n ηητη nyua7 (nm1 ix nnx) A ma^a 7’aa qun nu>xa ,oaxn qu bw nyun7 mnwox ny:ia nmaxn praa anan oxn ηητη nyua7 quaw A ma^an nwxa ,ηαοπχ aitaa ηρητηη praa anan oma -wxa ,anan pa n7wn iara ηρητηη proa anan croa ηητη nyua7 ca miraira monx asaa ηρητηη mp’a .n7yonn nnx1? ηρητηη praa anan oma q7na nnwy7 (nm1 ix nnx) B ma^a 7’aa qun puaa anan pa ηητη q7na qio nwya 7’aa qun nuzxa ,anan ηττπ paw by ywa B ma^an pman mt pT>a7 misn dtw (w ix nnx) nui7n 7’aa anan moa nwxa ix/i namn iaTa pman .qua A mo^an 7y nxw pa in anan pa mm cu mnaun nxsaxn 7w muu> mixn w 7y pnn 7w7 nnaxn maaiaixn anan naw anan pa nwxa ,anan τη 7y pai 7w: xm ia wio asai ,n7ysn asa ,monx asa :cpaxa nan7w pa nwxa ,anan pa 7y ma n7yon7 wsax ’"y (ma’oxs) maaiaix nmsa wio asa7 n’wsn asaa □’’P x7 nwxa ,ηρητηη mna wanwan ’"y (mampx) nun1 nnwa wio aita7 n’wan asaa naw anan ntmaj nmpa tu ’"y ysiaa anan pa7 anan o’oa pa mawn nwxa ,anan pa 7y 7yian ma wxax anan pa ’"y mama anan moa mxi ητη n^xai ,qua natzzan pa1? anan paa ma7n anan o’oaaw qua nawan □iinoa na>xa namnn qioa 7aana anan pa7 anan moa pa mautn nwxa ,na’mn iaTa nut ρτο7 mao7x nsaiana ntman nmpnw qm anan paa pmna maxn ητη nxwai inn p^na i’7y nawan 7w uwn nwa anan nxw1 iata pPna anan omaaw nanam nmpn tu nwxa ,anan moa nnx7 Tun 7y anan pa *?yaa quna maaiaixn anan nx onoa nwxa ,quaw B maPa 7y nsyai qua qnut7 nwxai n7ysn aita7 manx asaa anan pa ηητη nynan nmtu na11? nvzxa ,anan nx now ix iTun7 wnw nns: p7n mn nnw nwxa ix/i ,nnwan nx 7aa7 anm maaiaixn anan n7ysn anan moa ,qun 7vz •’’^naazrx p7n mw ix ,nmun ‘naw qnw7 x7a pixa maaiaixn anana mon1? .nmtan ’naw qms7 maaiaixn anana mix nw7 ixi iTun7,iDDio7 wnw anan pa ix n7ysn7 wsax nwxa tu mnaun nxxaxn 7c> muw nmxn w *?y pnn 7w7 nmaxn maaiaixn anan ,psp 7az mtiapa nm1 ix nnxa 'raia ui7a pixa nnam7 71a1 ηρητηη puaa anan moa by mw ma pa bw •Yuarx p7n ,anan moa bu? Pmarx p*?n ,oaxn bv Ynarx p7n paua ’ao^x aaa^x "71a1 anan pa by ma n7yan7 wxax nwxa ,7w7 maxn 7uz afr1^ 7a ix qun bv Pmarx p7n ,anan 4 157984/2 ,oaxn bw ’’puorx pbn paiaa •’aobx oaabx ,r’sp bw nsmpD -im’ ix nnxa b^aaa mbs131x3 nnamb bw aib’w *?□ ix qian b^ •’bnaaan pbn ,anan pa bw •’bnaaa’x pbn ,anan moa bw ’bnaaa’x ρ5π
Iryh naxn vr 13 qia -imn pa nbbian ,b"aa maann moaiaix ana run1? xm ,nmaian nxxaxn bu> ηΎ mon ΟΠΟ COS ,PHZ3 7X1 ΠρίΤΠ 7X l1? ηρΊ7 DUX TX W qilb 1^X3 ,ρίΤΏ ΙΧ/l ΠΡ7ΤΠ TWSab 713Ή qnxb npnnn 7x3 7in nbyai o’oana no5i3 nmaxn anan 7im ,anab rotznns watyan (Hub) ya anan moa .ηιπ ay bn: naya myp na^pai pman 7X3 m nabia anan mmi nn qub ππππ □ox pnn ηιπ qina anan ηχρ ia bysia axai nbysn axa ,naonx axa pa maiami mmx nyiana a-aoa na’ax mysxai ,npnnn 7xa qiana bn: nsY nyaab wawa ,qian by aama ’aobx naina ana pa ,anab qun pa bna naya w maxa baaa> qa aaxn qina nya nmaxn anan mm ,anab anan 7in nx noaai npnnn oina byaa anan pa mm npnnn nnxi ’asb anan b<y mnom naanb ’"px ma nbysnb ^yxax bbia anan biy maaiaix mnnnb nbysn paaaa mm ηχτ ,ηητιπ m’pn ’asa nyian anan moab mzzsxa anan oma by man nbysnb ^yyaxH .npnnn proa anan moa by naonx axaa paibnb ix mpbn ρβί axaa xxaa anan moa by man nbyonb ’yxaxn mm .maiap anan pa qm maaiaixn anan nxmb ’"y ma nbyonb ’yxaxn nx qm7 wanwan nbysn iaia mmi o’oa mnrny niyxa anan pa ’"y nbysn axab nyi naonx axaa naiy anan o’oa ,npnnn nnx axa proa inyian nx nysxa anan o’oa bw nmwn mmi namn nbiys qioa yxana anan paa anan mxb ,npnnn prab inyiam anan o’oa inntra nxxina mm ,anan bw maaiaixn munbi ηρητηη pa ba> inb-’ya nmysxna ,anan pa ’"y anan bw mio’a nnxbi npnnn nnxa maaiaixn anan mon 1 .anan 7in by naanb anan pbn xin qun mm mnaian nxxaxn ba> mtmbw mixn’s by pnn bnb nmaxn maaiaixn anan nyaia naunnn n?xai ,,aobxn oaxb naunn b^aa «pan mm ,pna ιχ/ι ηρητη mwaa bw ’bnaaan anan moa nnm nyaab (nm1 ix nnx) A mo’ba b^aa qun mm ,aaxn qu bw nyianb mnysx proa anan pa nnm nyaab (nm1 ix nnx) B ma’ba b’aa qun nm ,naonx axaa npnnn praa nnxb npnnn proa anan o’oa qbna nn’xyb oa mwawa B mo’ban nm ,naonx axaa npnnn ix nnx) ma^ba b^aa anan o’oa nm ,anan imn paiy by ywa B ma’ban oip’a 7imi nbysnn ,nbysn axa,naonx axa :maxa nanbw pa ya anan pa nm ix/i qua A ma’ban by nnxyan (nm·1 .anan 7in by pai biya xin la ’Sio axai 5 157984/2 anan pa nwxa cu nmaun nxxaxn bv rw+m nmsn’s by pnn P’yp nmaxn maaiaixn anan to ,anan pa py ma npymP ^ysax ’"y (n’a^xa) maaiaix nnxa ’did axaP npyan asaa naiy xP na>xa ,ηρητηη mna wanwan ’"y (mampx) nun nmxa ’Dio aaaP npyan asaa naiy man pa ,man paaw nwaa nmp ’"y nyxiaa man moa namn to ,man pa py pyian ma ’yxax cmp ny quaw npyaa naaaa xma> nm rafts naaiana nmpn toi namn iaia acna man pa to nPaana man pa ’"y man oma namn mm ,man omaaw na’Pan py aarrna pnran nsa npPna> npnma na’Pan nm man maaaa* na’Pan np^Pna upy nua naazan crmaa nm namm moa nawan 5y nwr maoPx naaiana ncraan nmpna> τη man moa bw maiam nyuna man paa py mxyji qua naa^an Pa? uam nxa man nx^s1 iara np^Pna man o’oaaw na’Pan nm ,nua noma? nnx1? nun by man pa Pyu qiana maaiaixn man nx cpmoa nm ix/i ,qi^auz B ma^Pa ηητπ nmpa na^Pai ,’yaan nasaP mnn anan paaa> nmpnam mamxna nPmm nmi anan nx .qua naa?aa p^n1? nmiu na^p nm o: mnaun nxsaxn Pa? ma^Pa? nmxn m by pnn PmP nmaxn maaiaixn anan PaaP rm maaiaixn anan npyan nmxP nmi npyan axaP monx asaa anan pa nnm nywn Pmaa mPajsixa -inamP Ta1 npnnn praa anan moa ’py m’s ma nPysnP ’ysax nm ,nmun nx moa •ft’marx pPn ,oaxn Pa? ’p-uarx p5n paua όοΡχ a:aPx ,psp Pa? nsiapa nm1 ix mxa nm ix/ι p’yp maxn Pa? aiP’a> ’pa ix nun Pa> ’Prnarx pPn ,anan pa Pw 'Pmarx pPn ,anan a:aPx ,rsp Pa> mnapa nm1 ix mxa Pmia mPa pixa mam1? Pia1 anan pa py ma nPysnP ^ysax pPn ,anan pa Pw ’Pmarx pPn ,anan moa Pa> •’Pmarx pPn ,oaxn Pa? ’’p-uaa-’x pPn paua όοΡχ .p’yp maxn Pa? aiP’a? Pa ix nun Pa? ’p-uarx 6 157984/2 Β’ΊΊΊΠ ISp ΊΙΚίΙ uxr 21223712 2121x2 2202 ,2^372*7 20*72 2BB7”*? in1: 2xo 21x221 2xxax2 nx 3’X2*7 nano qina :nm ,^221x22 αηΐ’χ*? πιοπ”Π2 211221 *7Ώ32 uw 121x2 ,1*72*7 ,(exploded view) "rix’2" 23122:1 10 n’oaioixn onan rx ’oaoo 121x2 2x22 1 ύρκ ,(storage) nionx oxao 10 n’oaioixn onan rx oooo 121x2 2x22 2 ίτ»κ ,2*73722 0X20 10 2Ό2101Χ2 0222 ΠΧ ’0200 121X2 2X22 3 ΊΤ»Κ ,*737212 2X22 10 ΠΌ2101Χ2 0Π22 ΠΧ Ό200 121X2 □’2ΧΠ2 4-2 2TW 4-1 ΎΡΚ ,’Π2 ^1322 22022 22Χ*71 0ΤΌ2 10 2Ό2101Χ2 0Π22 2Χ Ό200 121X2 2X22 5 ΊΤ»Χ ,(exploded view) "yiX’2" 231222 100 ΠΌ2101Χ2 0Π22 ΠΧ 23220 121X2 2X22 6 ΎΠΧ ,2302Χ 2X22 100 2232101X2 0Π22 2Χ Ό200 121X2 □’2X22 7-4 237 7-1 Β’ΊΤ’Ν
,2*7X22 2X22 100 2232101X2 0Π22 ΠΧ Ό22.0 121X2 2X22 8 TPR
. ,*7X212 2X22 100 2232101X2 0Π22 ΠΧ 23220 121X2 2X22 9 IT'S ,’Π2 ηΐΛ22 22202 2ΠΧ*7 ,ΟΙΌΟ 100 2232101X2 0Π22 ΠΧ ’0200 121X2 Π’2Χ22 10-2 ΎΡΚΙ 10-1 "ΙΤΉ ,(exploded view) "flX’O" 231222 200 2Ό2101Χ2 0Π22 ΠΧ Ό200 121X2 2X22 11 ΤΡΝ 12- 1 2ΤΧ 21ΧΧ0 ,230ΠΧ 2X22 200 2Ό2101Χ2 0Π22 ΠΧ ’0220 121X2 0’2Χ22 12-5 7» 12-1 □’’ΊΤ’» *7W ’*?*?0 2X22 12-3 ΎΠΚ ,12-1 21’Χ *?W ψΙΠ 3’Χ2 12-2 ΊΤΚ ,200 2Ό2101Χ2 0Π22 TV ’*7*70 2X22 Π’31Χ’Π2 Π’223’*7’Χ2 12122 Χ*7*7 12-3 21’Χ*7 22Τ 12-4 ΊΙ’Κ ,12-1 21’Χ*7 90° 2 2Ό2101Χ2 0Π22 ,(1133322 21ΤΧ2 20122) 2*7X222 113332 21X2 3’Χ2 12-5 2TW ,211 ^132 ΊΤ»Χ 2U7X0 2*7X222 2*7’Π20 200 2Ό2101Χ2 0Π22 ΠΧ Ό200 121X2 D’2X22 13-4 7» 13-1 Β’ΊΤ’Κ 13- 1 ΎΠΧ 2Χ 3’Χ2 13-2 ΤΡΚ ,281 ’Π ηΐ3 2332 ΠΧΠ*73 200 ΠΌ2101Χ2 0222 *71Χ ’*?*?□ 2X22 13-1 2*7X222 Π*7’ΠΠ0 2’2 2*737222 113332 21X2 13-3 ΊΤ»Κ ,211 ηΐ32 *7327 Π’31Χ’Π2 2’223’*7’Χ2 12122 Χ*7*7 ,(1133322 21ΤΧ2 20122) 2*737222 ΠΙΧ220 2*737222 113332 21X2 13-4 2VN1 ,(1133322 21ΤΧ2 20122) 7 157984/2 ito nim n^yonn asa ηιοπ 200 maaiaixn anan nx ’aaao ιοτχη □’nxna 14-5 ny 14-1 b’-ito *7W ^3 ΠΧ1Ώ 14-3 *1TO ,14-1 "ITO 1ΠΠ 14-2 "ITO ,200 ΠΌΟΙϋΙΧΠ ϋΠΏΠ 'PV? ^3 nxna 14-1 mirm n’mr'rxn ιοπη χ1?1? 14-3 -ito1? orrvio 14-4 -ito ,14-1 -irx’? 90° □ n’aaiaixn anan ,(p:xian nrxa nono) rfpyonn proa mxn nx rata 14-5 -itoi ,211 qnn bw 15-1 nTO'mm j’pysia asaa 200 maaiaixn anan nx ’aaao ]Dixa amxna 15-3 7» 15-1 □’-ito iv n’mr'mxn ιοπη x1?1? y'n nrxn nx rsa 15-1 -ito ,200 n’aaiaixn anan ’y?3 nxna rxa mpn ΠΤΧ3 251 anan paai ,211 quaff 214 ποτιηΜυ naya y?n mtX3 D”aipa cranm ,211 ηιπ -i ,(p:nan mrxa nono) n’pyonn paw mxn 15-3 -itoi 257 >nn nuna nnnon inx) ,dto3 200 maaiaixn anan nx ’aaao joixa anxna 16-3 7» 16-1 anTO nxinaa anan nx rsa 16-2 -ito ,200 n’aaiaixn anan iv ^3 nxna irn 16-1 nro mm ,281 nono) n^yonn proa mxn xm 16-3 itoi 211 nian bw nmrnn nmr'rxn ιοπη xy? 16-1 -itos .(pawn nnxa .(storage) monx axaa 300 n’aaiaix ana nx maao isixn nxna - A-A inn y?ia ,17 -ito pun 7xi3 nom -fma ysaxa 300 maaiaix ana nx maao loixo nxna - B-B inn y?ia ,18 -ito .mrai nmrs xbbi a’rop x1?1?,(mid-charging) nbmm nsmn y?na mna 300 maaiaix ana nx niaao isixa nxna - C-C inn V?ia ,19 -ito .nra} nnirs x1?1?! □,χ,ορ x1?1?, (needle start-deployment) rpm pin1? "anan nn" pun pm*? "anan n’m" yxaxa 300 n’aaiaix ana nx maoo ιοηχη nxna - D-D inn y?m ,20 -ito .n^’aj nmrs x1?1?) □irop x’?’?, (needle mid-deployment) mm" nnx1? - n*?yon oxaa 300 maaiaix ana nx maao ιοιχο nxna - E-E inn y?m ,21 nmx pub ηρητηη ^τη mma ητ a^ao .n^’aj nmrx xy?i ατορ xy?,(activation) «pan im1? "anan rpna nnon nnxb -aro axaa 300 n’aaiaix ana nx maao ioixa nxna - Γ-Γ inn y?ia ,22 ito .nttraa nmrx xy?i a’rop xy?,(discard) 8 157984/2 □τορ x1?1? /exploded view) "piro" miann 300 moaioix ana nx mo pixo ixna - 23 tpn .nuraa mmrx x^i ΠΝΧ73ΝΠ Ί1ΚΖ1 ms 'pob nwox1? non □’yoia mnoian nxxaxn ’pw πττπρ mpaon nxman *701 p'pn1? xman ηχτιη .□’X’saan ’"y ixo amt nxww w nw mmxn 0127^^1 nxsaxo unzrw nitro1? mnno χφοη pn a’xoia P^y1? xman oimom P’xm tout own mnno pmy amnia □’anaa a”iaT7 ,ηχτ oy nm .mr iDixi io unoT? ,nsian nmo1? crown manpyn ppn mo xmw ix ,(pma nam1?) 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djULiud, ZSdQuLU· U^71uCiLZ?i Caua ULX UL GflCu Xt LC-Grta? CXfllU CXLGl atflLb uul QRLL xu uaua zsd, ucgulu lcl,)· CGaca duex lcxx ua^.atfix d,diut aautu Λ,,α d,G^a uuqc.. xlu lulccu lccL aauuu d,auzs UGzsdju adux did, uaua uxtataam cztiqc·. uuccu (d,Ltrau <qrlu aqgu‘ zncxu‘ d,u«.RU E/k86ZSL· 157984/2 nmpn nxpa 52 yopn iw apy 1 ηρητηη -rc prob 61 pspn maa TiTba yua 51 man pa nx nuobi 2 nsmn nnaynb mwaan ns pi’aa yuba 51 man pa nyun nbana p-iaa .43 nwuan .81 nnxan •m-by 4 nub man pa pa mnan mwaan bx 2 bm/nonn may1? mwaan ns nx (mwaana pbn naa xmu? tx) onana ητ abwa aiam ’T’-by rfrym 11 quaw 13 ’aipn mpa (pua xamb) mwaan nrya T-by nsnn nnaynb .(□’xna man bm/nsnn nnaynb mwaaa D”pw mpaa) 4 nrxaw (Luer lock) 16 □’byun nmya .nbysn asaa 10 maamTxn man nx nxna 3 -mx ’T’-by (PP xamb) ηη ’mbs nama miwyn 81 nmron nx monb wanwana m nbysn usb mrnb T-by 10 nmaunxn man nbysn nnwsxna b’yb nxmaa mom nnsm nnxa .inava 4 mnan nx nuobi 11 qun bx iamb 51 man pa nyianb mu ητ pnb .1 ηρ-ιτηη -rca m qu m aib’wa 51 man pab -p’wn 52 yapn xm1 ’my’? nnxmw ’sa 51 man pa nyun bbia .(2 -mx nxn) na-’X 43 nwam nmpn nspb 52 yapn pa aib’wnw praa .41 man moaaw 43 nwam nmpn nspa 11 quaw.12 nwbiwan na’ban by p’bnnb 41 man omaaw 42 ysiwan wan bn1 ρητ mpna .41 man o’oaaw 46 nmpn fpsn ’m-by -iT’xb 90° -a xm 4-2 nrx nwxa .bysia asaa 10 maaiaixn man nx onxna 4-2 -mxi 4-1 -mx pmpn maa 1 ηρητηη -rc prab 41 man oma p’bna dtp nxman nnxb .nnma 51 man pai 4-1 nxmaa 11 quaw 15 ntrbaa mbpmn 41 man omaaw 47 mtrban ’m-by nsya xm nwx ny 71 f)ub nnmm 51 man paaw ,53 mpn ·ρπ 21 man ηχχρ ,ατιρ nnxman nyunn ibnaa .3-2 nrxa .yuba 41 man omaa nwio tow η: nanxnai nnnaa 31 nwam nmurcn mxnn paiyb ny mn ηητ mxarmixa ratia nrxn .mn quna nnmn nnxbi Dima 10 maaiaixn man nx nxna 5 nvx .4-2 nrxb bysia axaa xxa: 41 man meow piraai ,nbya nxmaw ’sa mn quna 51 man pa by pnbm nnxa 1 ηρητηη ns prab 51 man pa ya ,61 p’spn pnb nnn xxaa 51 man paw pinai ,nbya nxmaa pa nyun txt α^ρ irx 61 pmpn na nsou nrcxmi oa pnn .maaiaix nmxa 21 man nx noaai mum wanwan ’m-by n-’wyi 51 man 11 157984/2 11 ηΐ301Χ ,15 2ϋ’*7ΟΟ 51 13Π22 132Ο1Χ ,55 *7X132 *7UZ Χ311Χ22 211ΧΌ2 *7ΡΠ3 51 13Π22 132 2X132 1*7220 0*721X2 55 *7X130 Γ’2Π2 21ΧΧ 2Χ ,3 2”2Ι32Ό2 2’Χ 2ΟΧ*7 0ΠΡ*71 131022*7 54 *7X132 22ΐρ*7 D’22131 .11 ηΐ30ΐχ 15 2ϋ’*700 .22013 22’p2 ,322 0Π22 *7Χ 1321 ,2 ’2332 111Ό01 1 2Ρ2122 2Χ 111Ό*7 Χ13*72 0Π22 132 *71X3 21 0X20 □X 2012Χ 2*7X22 2Χ’Π*7 - Ίΐρ *71*702 1133320 21Χ’2*7 232’3 2’20132 2ΧΧ2Χ2 *?1Χ 2’31Χ 222X12 221X2 .□ΟΧ
□0X2 111 1132 2X23 2131220 .230ΠΧ 0X20 100 2Ό2101Χ2 0Π22 2Χ α’2Χ22 7-4 2Χ 7-1 BOV’S .*7113/22122 220X2*7 22X022 2X1 1 2p2122 2Χ .151 0Π22 1321 14 1 0Π22 ,131 0Π22 ΟΌΟ ,121 2ΠΧ 2X2 12’p321 ,115 DDX2 201X120 111 1130 f1X3 (’213 *71X2*7) 1Χ’23 221Π2 Ί1ΧΧ2 121 013X2 20X2 *7*7Π*7 Γ1Π2 *7Χ 20122/*7Τ13 23’*72 Χ132*7 ’31Χ 2X21 141 0Π22 *7Χ 23122/*7Π3 20X2 21Χ2Χ*7 21X1X2 121 DOX'? .1022 Ρ’*7Π2*7 141 0Π2*7 121 00X2 21X3X2 10 120 .111 11301Χ 120 23122/*7Π3 -4 213122 2X2) 22X220 156-1 136 0212 ’"X 151 0Π22 132*71 131 0Π20 ΟΌΟ*? 21201Π22 122 2ΐρ2 131 0Π22 ΟΌΟ *7X1 151 0Π22 132 *7Χ Π22 21*7’Χ32 Χ*7 IX 21*7’Χ32 1*7Χ 122 21X1X2 21ΧΧ0 ,(5-3 ,5 22’ΧΙΧ ηθ (2Ρ0220 Χ2312*7) 132 20Π20 131 0Π22 ΟΌΟ *7Χ 2201Π2 141 0Π22 .1 2Ρ2122 2Χ 1ΠΌ*7 *7113/23122 2 20X2 *7*72*7 2Χ 121 013X2 122 2X12 ’31X2 22’Χ1 ,1 2Ρ2122 2Χ 2ΟΧ*7 2313 1 42 ΙΠ1Χ122 133 1Ί D”p 231001Χ ,1021Χ*7 20X122 134 21Χ’23 22ΐρ 23?212 131 0Π22 ΟΌΟΟ .111 11301Χ 120 152 X0p21 153 Χ311Χ22 211ΧΌ2 Ι’Ο 210*7 21 133 ΙΊ .21’Χ2 211Χ’2*7 ΟΧ’31 134 21ΧΌ32 22ΐρ*7 ΟΧ’32 21ΧΌ32 221Ρ2 ΟΌΟ .151 0Π22 132*7 ΟΠΌ 2’2’Χ Χ13*7 133 ΙΊ22 Ο’Χ3121 ,151 0Π22 1320 Ο’ΧΧ232 1 2Ρ2122 2Χ 111Ό*7 111*72 Χ132 131 0Π22 ΟΌΟ .1 2Ρ2122 2Χ*7 23132 131 0Π22 ΟΌΟ 2X0 ΧΧ23 134 □3 Χ132 *7’Χ*7 2X1222 ’3*71 10 ΟρΧ .(5-2 '02 21’Χ 2X2) 111 11301Χ 118 2Ο’*7ΟΟ *7ρ231Χ 135 Χϋρ2 ’"X 2ΊΧ022 2Χ 2Χ (2ΊΧ0222 Ρ*7Π 200 Χ121Χ IX) 0’20Π2 21 0*71X0.111Ό2 121X0 Χ13*72 151 0Π22 )32 2*7’Χ31 111 ηΐ301Χ 116 ’31p2 Π2Ρ0 (Ρ212 *71X2*7) *7113/23122 220X2*7 2ΊΧ022 *7Χ 2 *7113/23122 220X2*7 ,0’Χ22 ’233 *7X13 *7113/23122 220X2*7 2ΊΧ020 Ο”ρΐΧ 22ρ00 (luer lock) 119 □’*7X132 221X0 010Ό ’"X .111 11322 2ΠΧ Ρ*7Π0 2Ί1ΧΧ2 119 22X32 2Χ 2101Χ*? 1X221X22 1X223 2*7X32 ’33*7 100 2Ί321131Χ2 Ι3Π22 21ΧΧ0 221X3X22 2*7X32 .2*7X32 0X20 100 2Ί321131Χ2 Ι3Π22 2Χ 2X22 8 ΊΤ»Κ 2ΊΧ022 2Χ 1ΠΌ*7 Χ13*7 151 53Π22 )3201Χ 110 1312*7 0213 21 ΓΠ*7 .1 2p2122 2X0 ’Π 113 2330 2ΧΠ*73 151 10222 132 *71Χ 2X1322 1*7220 .111 11301Χ 117 2’Ρ2 *7Χ 22X3 Χ12 21ΧΧ 2Χ ,2 *7113/23122 220X2*7 10 120 ,*7’Χ*7 200120 *70312 131 10Π22 ΟΌΟ *71Χ 133 ΙΊ21Χ 111Ό2 ,131 13Π22 ΟΌΟ 12Χ 2ΠΌ Χ3 .131 13Π22 ΟΌΟ *7X1 151 Ι3Π22 132 *7Χ *7X132 122*72 2Χ 21*7’2321 21Π223 121 013X2 *71Χ 122 21X1X22 12 157984/2 bna/nannn naya bbn qina 2 bna/nann nnaynb miyaan prob 121 aoxn qnn np’bna 141 onan maaaur 133 ητητ? bbaai ,131 ona maa by 121 aoxn biy 122 myixnna pnbn nbmn apy .120 nayb mix pmbn ma 133 υτη by byaia ,151 onan paa 153 ysioran numan ’"y qnm 131 onan quaiy 112 ybxn ’"y 3 mmoamn mx nayb inymna bana 133 υτη nywn qbnaa .3 mmoamn mx mimab ηητ yisnya narnnoa 111 quaw 112 ybxn 151 onan pa buz nywn qbna pan .111 ’sa ,3 mmoamn mx nayb inyuna nm1 bana irx 133 nnty qa ,151 onan paaw 153 ysuyan □np ,1 ηρητηη nx prob 131 onan moa by 121 aoxn by 122 myixnn pnbb qoua .b^b naoiaiy rpoau? ysuran hitman by p’bna xinuz “pin 1 ηρητηη nx prabi 3 mmoamn mx nayb yiab 133 rib nayb 131 onan moaaty 134 ntmaan nmpn bty nomp/nsmab anu qa apyi ,111 qmaty 112 ybxn .3 mmoamn mx nm1 nbama nrx 131 onan moa nywi nnxa .bysia axaa 100 moaioixn onan nx nxna 9 nmx 118 no^ban by nxya xin no ny ητ prab 131 onan moa ya ^yb naaiaa 1 ηρητηη nx proa onan nxxi1 ,amp nnxinan 131 onan moa nyian qbnaa .7-2 nmx o"y 135 yopn ’"y 111 qiaaty 141 onan np’bna mum nmxa mxnn paiyb ny mn qiab nnmm 151 onan paaiy 155 mnn qnn nnayn bbn qina 141 onan nxp nxwa 131 onan moa nyian aima aa noa 121 aoxn qnn mx nayb naion 112 ybxn ism by p’bna 131 onan moaiy 133 pt .111 qiaatzz 120 bTia/nsmn nmpn nmsa/nmnp apy anaan 3 mmoamn mxb naya pnb oya pyoa xin noa 3 n^moamn nxinaa labna qiaa nxya onan moa ntyxa .amp nxinw ma 3 mmoamn mx nayb 134 ntmaan yiab 133 T’Tb noxan 111 qiaaty 112 ybxa 114 nnob 131 onan moaau> 133 ρτη paa ,amp naya pnb pysnb qnyaai 151 onan paaw 157 qaina bpna xin no ny ,3 mmoamn mxb naya . 131 onan omaaty 134 ntmaan nmpn maa 3 mmoamn mxb .mn qiana nnnon nnxb ,βτόβ 100 moaioixn onan nx mnxna 10-2 nmxi 10-1 nmx 1 ηρητηη nx prob 151 onan pa ya ,noia b’yb nxinaa 151 onan pa by mn qiana pnbm nnxa .121 aoxn by 122 myixnn maa 151 onan pmaty 133 PTb noxai 151 onan paaty 157 qainn □’moa 151 onan pa nyian qbnaa .3 mmoamn mxb naya naisn 111 qiaaty 112 ybxn iamb bya ny yiab 131 onan moaty 133 υτη nx 151 onan paaty 154 o’byian amma ,151 onan pa nyian qtyana nnxb 154 a’byiaa o’xxaan 159 a’xmnb ny ,158 yaiwan hitman ’"y 3 mmoamn mxb naya prab 13 157984/2 pin1? 3 mmaamn mx nayb ova inrf? 133 rb amwoxa 159 ammnn iro ,yswan miman .131 anan o’oaaaz 134 nmpn rispa maa 159 pmnn nnwsxna abix ,131 anan o’oa pa1? 151 anan pa pa mom nyi:n nyaipa b’yb nxman mx) .151 anan pa ’"y n:na mww ana ηο ’"y .2 praa 151 anan pab 111 pun pa mom nyi:n nbysn nxmb-’aia’o-’np biboa ib p:::aa mxmb n:m: mnai:n nxxaxn *?w nw nsnyia nmxn .aaxn ay nanx 12-1 -ito mm ,n:onx axaa 200 maaiaixn anan nx ’aaao isixa amxna 12-5 ny 12-1 b’-ito bw PPo nxna 12-3 -ito ,12-1 mm buz yin rxa 12-2 nTO ,200 maaiaixn anan 'w PP>a nxna qun bw m:ixmn nmnrb’xn pnn xbb 12-3 mm 12-4 ito ,12-1 mm1? 90° a n’aaiaixn anan .(pxnan mrxa noins) nbysnn p:::a mxn rxa 12-5 -itoi ,211 ,261 anan pa pop ,251 anan pa ,241 anan ,231 anan o’oa ,221 aaxn ,211 pun nxn: amima ’pbna ’bn:a:m pbna m o’mana mmb a’bia’ 12-2 mma amxman a’X’spn) 271 anan o’oa popi b":a ,231-1 n’m msoa i:aa pbna 231 anan moan biba nm 271 anan o’oa psp τχι ,p’aobsn .(211 quna ’bma:m pbn an a’X’spn ia axa a: pm .251-1 n’m msoa 261 anan pa p’sp ’a:1? .naba nbysnn p:::ab a”a:nbnn 4 ,3 a’:n’D pi 2 bn:/nsipn nnayn1? muzaan nx ,1 ηρητηη nx na’ba 211 aaxb .211 p:aw 210 aaxn nawwa py: (’au na:mb) ima: naina ’iwy 221 aaxn nnm’a nymaa maum 221 aaxauz 224 ma’ban .211 pian w na’axb nwawan 223 mspm 221 aaxn rpon .211 qpauz 210 aaxn namin'? pna bx p’bnnba i:aa my:iai ,210 aaxn nauzina naya bbnb pna bx nsnn/bn: naya yi:ab w nxai ,ηπχ nxa 241 anan bx bn: naya nwsxb xm anan o’oa bx nnaina 241 anan .pnn p’bnnb 241 anab 221 aaxn nwsxa p laa .214 bn:/nsnn nxm wn nrsi ,1 ηρητηη nx nayb n:io 242 muzian nrxw ia (npanna bwab) 234 nanaa 231 uaauz ’b’b: maa 231 anan o’oab .211 piaatzz 214 nsinr/bn:n naya bbnb ny 221 aaxn yn 2 bn:/nsnn nnaynb mcoan nxa .1 ηρητηη nxb n:isn 233 yoana mtma 232 q:ab .232 pa nabia -1) 271 p’spn naiy puzn nxa ,1 ηρητηη nx prab 231 anan o’oa nx (231-1) 271 pspn pmb na’baa nbpn:n ,232 pan ’"y 1 ηρητηη nx prab TiTba yi:a 231 anan o’oa .211 ηι:η n::a (231 naiy wn nxa .1 ηρητηη nx prab (251-1) 261 p’spn ’"y pmb 251 anan pa .211 p:aw 218 255 na’ban ’"y 1 ηρητηη nx prab TiTba yi:a 251 anan pa .211 pm tie (251-1) 261 pspn 14 157984/2 (ma?aana pPn naa xma? ix) amana ητ aPa?a .211 nuaa? 216 na’Paa nPpmn 251 anan paaa? 219 uipn mpa (pna na:mP) Pna/nsmn nnaynP ma?aan Px 2 Pru/nsmn nnaynP ma?aan nx nx nnaynP ma?aaa cmpa? nnpaa (Luer lock) 217 a’pyun nnya aiam ’"y nP’ym 211 nuaa? .□’xna mxi Pi7ia pTu/nsnn
ύρκ na?xa npysnn nPmna 200 maaiaixn anan nx ’aaaa pixa amxna 13-4 tv 13-1 amv» 13-1 ητκ nx rxa 13-2 nrx ,281 m ηΐΛ nw nxnP: 200 maaiaixn anan Pa? ’PPa nxna 13-1 npysnn nPmna ra npysnn p:::a mxn 13-3 nrx ,211 nun Pa? nuixmn mnnrP’xn ismn xPP .(luxian nrxa nans) npysnn na?ana npysnn pu:a mxn 13-4 nnn ,(pu:an nrxa nans) nx prop 1 npnnn nx praa 281 m nunwnxnP: 200 maaiaixn anama?xa ma?sxna nPvsn nnaynP ma?aan nx praP yup 251 anan pop nanu it nxmP .2 Ρτι:/ηοιηη nnaynP mazaan niaa .1 npnnn nxP n:isn 251 anan pa nxa nrnoaa? 252 na?’a: nmp 251 anan paP .2 Pm/nann miya Pm: 254 naa?an nrxa 252 nmpn lain miy .254 naa?an rnnxPi 253 pt 252 na?’a:n nmpn ysia?an maraa 254 naa?an nxp Ppm 251 anan pa nyun nPmna ma .252 na?’a:n nmpn pm ysia?an ma?,an py 253 υτη p’Pna a"nxi .212 yaia?an ma?’an nio ny rpy p’Pnai 211 nuaa? 212 232 n^na lap pnnaa xxa: 254 naa?an na?xa .211 nuaa? 218 na’Pan py aa?”na xm na?x ny 212 nx nnxna 11-3 nrxi npPnnn uaP 252 na?’a:n nmpn nx nnxna 10-5 nrx) 231 anan amaaa? nmpp a’anu PmP nxina? ma 253 rm 254 naa?an nppnn .(npPnnn nnxP 252 na?m:n nmpn na?’a:n nmpm 211 nuaa? 218 na’Pan na^naa 251 anan pa nyun na?ana .3 praP nsionnP nyun pa?ana .231 anan amaaa? 232 n^an py aa?”na 254 naa?an na?x ny 4 praP aya ηττ 252 naan na?xa ,232 naaaa? 233 ysia?an ma?,an nnn 231 anan oma nx 253 υτη nnm 251 anan pa pmpn pnPi ,233 ysia?an ma?’an Py 253 τ’τη Pmsaa? pnPn .211 nuaa? 220 ypxn py np’Pna 232 υτη .11-4 nr» nm .220 ypxn py 232 naan Pa? Pp pnPP mam: 231 anan ama py (231-1) 271 s"y 251 anan pa nyun nPnaa 211 nuaa? 213 nyuaa aPna?a irx 252 na?’a:n nmpaa? 253 .p’yp naoian nrx na?xa npysnn axa niaa 200 maaiaixn anan nx maao pixa amxna 14-5 ny 14-1 amrs Pa? ’PPa nxna 14-3 nrx ,14-1 nrx Pa? pnn 14-2 nrx ,200 maaiaixn anan Pa? ’PPa nxna 14-1 nuix’nn mnnrP’xn pmn xPP 14-3 nrsP on^na 14-4 nrx ,14-1 nrxP 90° a maaiaixn anan .(pawn nrxa noins) npysnn p:::a mxn nx rxa 14-5 nrxi ,211 nun Pa? 15 157984/2 □axn q77 241 anan npfrna ^yb naoiaa 251 anan pa ’"y qman 231 anan moa nyian qbnaa ybxn namoa 251 anan pa nyian qbna qioa .211 qiaaty 214 bna/nsnnn naya bbn qmb 221 7 wan mnrb ηητ 215 ysityan 7wan bty ys’tyn mnr .215 ysitya 7 was 211 qiaaty 220 np’bna 220 ybxn qiob 231 anan opaaty 232 qaan nypa 7tyxa .231 anan onaaty 233 ysityan 231 anan opaty ma qm 215 ysityan nwan byi ,252 ntyaan mipaty 253 rrn by 232 qaan qiaaty 220 ybxn bty utyn m'xb 232 qaan maiy ntyx ny .5 pma it>x apo maiap nyian yxaa □mai 1 npmnn nx pmb 231 anan opa nx pmb (231-1) 271 pppn .(15-2 nrx nxn) 211 ,231 anan opaaty 232 qaan ’"y nm1 nbaaia nrx 252 ntyaan nmpnty pma .ητ pins nyianb 211 qiaaty 220 ybxa yaia 253 ητη 7tyx ny ,4 pmb ya 252 ntypan mipn nxpsty 254 natyan .(13-3 7ΓΧ nxn) 15-1 7t>n myxa ,bysia axaa 200 maaiaixn anan nx paao isixa anxna 15-3 7» 15-1 opt»» bty mmaYxn qsinn xbb b"an nrxn nx a’xa 15-1 tpn ,200 maaiaixn anan bty ’bba nxna ana mpn 7mxa 251 anan paai ,211 qiaaty 214 nsnn/bna naya bbn mrxa π’Ρίρη manm ,211 qian .(paaaan mrxa nons) nbysnn paaaa mxn 15-3 ttki 257 anan ops ya ,nbya naoiaa 220 ybxn bty utyn mxb nyan 231 anan opaaty 232 qaanty nnxb ona nyian qbnaa .211 qiaaty 216 na-’ban by mxya 232 qaan myx ny ,1 npnnn nx pmb 231 nsya bbn qina anan nxp nxtya nabna qioai 221 naxn qnn 241 anan np-’bna 231 anan 251 anan pasty 257 nnpn qm anan maiy 242 anan bty mnn nxa .211 qiaaty 214 bna/nsnnn .281 nn qian bx nmim nn qiana nmon nnxb ,mna 200 maaiaixn anan nx paao pixa onxna 16-3 7» 16-1 bpt»k nxinaa anan nx rxa 16-2 nrx ,200 maaiaixn anan bty ’bba nxna ian 16-1 ttk ntyxa ,281 nans) nbysnn paaaa mxn xin 16-3 ttoi 211 qian bty maixmn nma’b’xn pnn xbb 16-1 mrsa .(pawn mrxa noaa xinty qm ,1 npnnn nx pmb 251 anan pa ya ,251 anan paa 281 nn qian pnb noia ntyxa nx pmb 251 anan pa nx qnnn (251-1) 261 pppn maa nanaa nr pma nyiann .241 anan by qiaaty 220 ybxn by 252 ntypan mipaty 253 nn p’bna 251 anan pa nyian qbnaa . 1 npmnn qm ,naina abntyai 220 ybxn qioaty 213 nynaab 253 nn yaa 251 anan pa nyian mpa .211 213 nynaaa 252 ntyaan mipn bty 253 nn mabntyn spy .4 pma nya 252 ntyaan nmpnty 16 157984/2 .mwsxna nrx onur n’orr nyum ,211 ηηη py 251 onan pa pyu ,npya naoiaa 220 ypxaw .251 onan pa nnn 241 onan nuia/moia 251 onan pa nyun mra .(storage) naonx axaa 300 nraioix ona nx nxna - A-A qnn PPia ,17 ίτ»χ pan pop ,370 onan ora pop ,350 onan ora ,330 onan pa ,301 onan ,310 nun nxn mna nanP pro 2 nnxn nxa .2 mnx nxi ,1 npnnn nx n-’xa nxna p-iaa .390 nwra nmrxi ,380 312 nana myxaxa PwaP ,(orr,xna nnx qxn axia xP ,pna xannP) Pna/nsnn nnaynP nrra .310 nun oy •’P’UDa’x pPn mmP Pia1 Pna/nsnn nnaynP T’waan nan pixa .(luer noa) 301 onan .350 onan oraP uwn nrxai 310 quP npanna xaanP mama 390 nwran nma’xn .330 onan pa ’"y (xPa pixa ix) ηφΡπ man xmi 350 onan oraP npanna xaainP mama onan oraa 351 nawm pa (PPa nnn xP - nnyia xP qx nwsx) mpPn qnn 370 onan ora psp pa (PPa qnn xP - nisna xP qx nwsx) ηψΡπ qnn 380 pan psp ,nain pixa .310 nun paP 350 .330 onan paa 331 naww paP (noomwa xP nawmn) 350 onan ora Pw rnpn ipPna naww mawinn nsoa) 311 mawin qina mapiaa 350 onan ora Pw 352 (nnx nmsP) mwaa nmp •nx pirP nanp 350 onan ora Pw mxnpx nnm mynai 310 qua (352 mwain nmpn nsoaa py nuywj 330 onan paaw 332 (nnx nmsP) mwaa nmp .2 nmxn nxn pirP ix 1 npntnn cu nwsx ,332 mrai nmpn nsoaa mo’Pan nsoa ntna pixa) 350 onan oraaw 353 mo’Pa nrn’ 330 onan pa Pw mxnpx nnm mynai (nrpm nnx no’Pa PwaP ,ηιο^Ρο Pw miw nsoa
.350 onan oraP onan Pw nnxn xP narnn ix nnm y:anw (mxia xP) nnxu PiPan 300 nraioixn onan ,nnyia pixa onaa waw ra ,msj pPn mmP nPia1 nnxun .ny moa npysia mmP onan nPm n:aa nxxmaw ,psiPmP .npnnn yixr qnxP quP nnaxnn Dy ix moa nmx qiP^P wnui uxi ,10 nraioixn mawP w ’txi ,350 onan ora ix 330 onan pa ix 310 nun Pw ’Prarx pPn mmP nPia1 mxun .(100 nraioix onaa wan nanna) npnnn yixr qmxP quP nnaxnn oy ix moa nmx qsrP ix 17 157984/2 mid-) 302 qun -ma namn q7na ysaxa 300 maaiaix ana nx nxna - B-B qnn 77w ,18 -it»k . .na?m2 nmuut x77i out’op x77 ina ,mxun man mx7,(charging 302 qun nua pn7a 330 anan pa 7a? mnpn ρ7πη ,ηρητηη qms7 qu7 301 anan nx nnnn7 nm-7y nuaT-ia nyun qm 311 maa?mn qma mo7a?n mssiana 350 anan moa 7a? 352 ma?mm mmpm pop 7a? namna nn7a nvunn .2 minxn mm piu7 301 anam 350 anan mom 330 anan pa 7a? nuva?3 pa?a mnx7 nvunn nunaa moioa mnxuu 352 ma?mm nmpn .(m x7) 370 anan moa pmTan mxn oxa? qa ,(ma?mm mmpn nsaaa ni7man nooa) quoa? 313 m7ma 7a? muon qp7n by nx ysa7 inui inmnp7 ητιπ asan - anan "nm1" nyxia onaa quna n’aaiaixn anan nx moa nnx oipma "mm"n ma?no 330 anan pa 7a? 332 ma?mi mmp ,qun nua n’aaiaixn anan 7a? namnn qamn ay .mnnn qaiann7 m7’nnai 310 quaa? 314 owiovo "anan nm1" n7mm namnn q7na mna 300 maaiaix ana nx nxna - C-C qnn 77is ,19 nux .nira nmuut x77i out’op x77, (needle start-deployment) qun qin7 anan pa 7a? nx7a masm (una x7) 370 anan o’oa pop 7a? namnn mn oya? mxn7 pu ητ ni’xa ’□λ by mtinn qoio’a nx ma’7a?a 332 mazman mmpn ,310 qun 7a? 315 mnpn ip7n7 330 mt pi’a7 301 anan mwi 350 anan moa nmn 353 ma’7a mnna? nx mnazoxai 314 owmazn m7’oan 7a? muon ip7na mnnm 350 anan oma 7a? 352 nran nmpn ητ a7a?a .1 ηρητηη □7a?a .313 m7’oan 7a? 317 nm1 uutm p7n uu by mp7n qx moioa pmy pa?a nwn mjmi 313 352 ma?m:m mmpn nx m7mia 317 ni7’oam namn ’n7a naa 350 anan oma 7a? namp nyun ητ , .quaa? 316 n7wan wpa? nav7 namp inyuna needle ) qun qm7 "anan nm1" ysaxa 300 maaiaix ana nx nxna - D-D qnn 77*o ,20 -mx .na?ma nmuut x77i out’op x77 ma,(mid-deployment ,330 anan pa 7a? 332 ma?mn mmpn nrnxa 350 anan oma mnna? nnx7a? pnan7 piu ητ a7a?a qun qm7 nmim 330 anan paa 333 nnon qm maw 350 anan oma oy namp nyaa? 301 anan 18 157984/2
mo-’waa 350 onan omo Pw 352 mwrnan mnpn .nmnn pPna yxaxo naxia 301 onan pxo .302 .317 mPman ma-py yioPi mpPn moioo mmP pop Pw now nyxona /axia xP) 370 onan omo pop ’"y nanp 350 onan omo mm pPna pino pa Pw ino’Pw nwoxP naa-py nwna it now .(370 onan omo popa nm1 wPn) 380 onan pa .302 piana 300 nmaioixn onan noon oy 330 onan pian pmP "onan nm1" nnxP - npyon oxao 300 moaioix ona nx oxna - E-E ρηπ PPm ,21 mx .piaP ηρητηη Pna mma ητ oPwo .nwma nmiam xPPn ommp xPP /activation) 301 onan ,1 ηρητηη nx pnmo 301 onan oy 350 onan omo nyian mn oyw mxnP ima ητ οτχο 350 onan omo Pw 352 mwaan mmpm ,ηρητηη yixm pmxP nxnn paiyp 302 pan pmP noon nyaia it nP’ya .310 piaow 316 ompwo pnP’ya pn ηχτ pyoon pxaP monm psioma mnonnwa nxn pimp 350 onan omo Pw ηπττ nyian mnwsxa pi ,1 ηρητηη nx pimp namp nyian pwan .2 minxn onan pa Pw mmmn no’Pwn nx nwsxP no xPa pixo pmn (axia xP) 380 onan pa pop ητ oPwo .302 piana 300 nmaioixn onan noon nyo 330
/discard) piana nnon nnxP -mm oxao 300 nmaioix ona nx nxna - F-F pnn PPm ,22 nro .nwma mmrx xPPi mxmp xPP nam nmn1 nyian xPP 302 piana nxxi1 301 onan ,302 piana 300 nmaioixn onan nnon no pin mn py nooai (axia xP) 380 onan pa pop n1 py nxmn pPwa 330 onan pa iP’xi ,310 pian pop 353 ηιο’Ροη py unna mpyaa 332 mwaan mmpn ,330 onan paa Pw mo-’Pw mna .301 onan .350 onan omo pm 330 onan paa po nmn1 nnn nyian myaiai 350 onan omoow 350 onan omo py 330 onan paa nPma jmmanP oxnno noPwnP naoia nmaioixn onan ητ oPwo .mponm mPnao npmm nwaiwan onana ηητιπ nnpmn Toa nnmoa 301 onan mn ηοη pm 19 157984/2 anaa yxiab nana maioobx pbna 390 nwain mmrxn nx tpbnnb piu ,mnaun nxxaxn by □Oaabxa 380 -i 370 οτδρη nsbnn di nwsxnn mxi ,200 maaiaix anaa ix 100 moaioix lx ps’bnb piu .nmirxn nx rpbnaw maioobxn pbnn bw □•’•’bmorx mpbn - mbmxsix ,croobx bni ns’a mxnb bomw ma by ,ηρητηη yira usb nxna onan mn nx mxnb wanwab nwsxb bmpaa .pipwb lnamna ix ,330 onan paa nns ’"y nwsxnn onan n^xn .ηρητηη usb mnxn nxxin wnrna onan nx panb inu .(insert molding) 301 onan mi by pnna mmb bia1 350 onan oma onan moa ix/i ,330 onan pa ,310 pun bw ’bmorx pbn rn1 380 -l 370 □,x,spnw pa moaioixn ,(Auto Injector) maioix pntaa abiwa ponnaoo pnra bw ’bmarx pbn mmb bia1 310 pun .350 onan nnmn paiy .ηπχ ηρητη ’yxaxa ix ,aiany oiabx ay aib^wa ,(pen injector) "ay" pntaa nwxa wanwan ’"y ix ,nw’m s"y pxm ’"y mil1 paiyn .wanwan nuaraa nbn irxi yiapi mna nx rpbnnb inu onan moa maaa mrw •’"y .onan nnmn paiya nc’bw nwsxan oiabx anaa ιρητ> .wia’wn usb wanwan ix pxm ’"y moaioixn anaa aamnw mamaoo anaa mbmorxn unan nmxa nwyn onan nmnnw pa moaioixn onan nx panb mnaun nxxaxn’s by di pro ,pioab .(mar) wanwan ’"y nnpiaa 20
10 members in 4 offices
Priority claims2
| Document | Office | Kind | Date |
|---|---|---|---|
| 15798403 | Israel | A | |
| IL20030157984 | – | – | – |
Members10
| Document | Office | Kind | |
|---|---|---|---|
| WO2005025637A2 | World Intellectual Property Organization (WIPO) | A2 | |
| WO2005025637A3 | World Intellectual Property Organization (WIPO) | A3 | |
| EP1663357A2 | European Patent Office (EPO) | A2 | |
| US2007118081A1 | United States of America | A1 | |
| EP1663357A4 | European Patent Office (EPO) | A4 | |
| US7901382B2 | United States of America | B2 | |
| US2011152783A1 | United States of America | A1 | |
| US8328765B2 | United States of America | B2 | |
| IL157984AThis record | Israel | A | |
| EP1663357B1 | European Patent Office (EPO) | B1 |
3 legal events, as the office reported them to INPADOC
Over the term
Point at a mark for the eventEvents
| Event | Code | |
|---|---|---|
| Patent not in force due to non-payment of renewal feesMM9K | MM9K | |
| Patent renewedKB | KB | |
| Patent grantedGrantedFF | FF |
Numbers
- Publication
- 157984
- Publication, DOCDB
- 157984
- Publication, EPODOC
- IL157984
- Application
- 157984
- Application, DOCDB
- 15798403
- Application, EPODOC
- IL20030157984
Titles2
- English
- Autoneedle
- Hebrew
- ??? ????????
Classification
- CPC, 6
- A61M5/326
- A61M5/3202
- A61M5/347
- A61M5/425
- A61M2005/3247
- A61M2005/3267
- IPC, 3
- A61M5 32
- A61M5 34
- A61M5 42