Coin packaging machine
Abstract
This record has no abstract on file.
Term
Term ended
Expired 28 November 1997, 28.8 years ago.
- Priority and filed
- Granted
- Expired
- Today
1 claim: 1 independent, 0 dependent
- 1[Claim(s)] 【特許請求の範囲】 1 A Plurality of Packing Rollers Which Can Move in Concentration and Expansion Direction, and Bearing Stick Which Introduces Accumulation Coin between this Packing Roller, A slip-of-paper detection means to detect whether wrapping paper twisted around an accumulation coin is supplied to a packing roller by the predetermined timing to packing pinch an accumulation coin, In a coin packaging machine made as [ suspend / an operation of the whole machinery ] when supply of wrapping paper was not detected by said predetermined timing by this slip-of-paper detection means, A flip flop Set(ed) when supply of wrapping paper is detected by said slip-of-paper detection means, Single stable multi-vibrator which switches a time packing motor which a reset output of this flip flop existed to said timing, the trigger was carried out when supply of wrapping paper was not checked, and was defined beforehand to inversion operation, Time by which inversion operation is carried out by said single stable multi-vibrator while being constituted by delayed pulse generator which resets other flip flops which enable an operation of the whole machinery, and it makes suspend, after inversion operation is made for a definite period of time by this single stable multi-vibrator, A coin packaging machine with which a packing roller is characterized by setting to time to timing which cancels pinching of an accumulation coin from said predetermined timing. 1 集中及び拡大方向に移動可能な複数の包装ローラと、この包装ローラ間に累積硬貨を導入する支承棒と、累積硬貨に巻付けられる包装紙を、包装ローラが累積硬貨を挾持する所定のタイミングまでに包装ローラへ供給されているか否かを検出する紙切検知手段と、この紙切検知手段によつて前記所定のタイミングまでに包装紙の供給が検出されなかつた場合、機械全体の作動を停止するようになした硬貨包装機において、前記紙切検知手段によつて包装紙の供給が検知された場合にセツトされるフリツプフロツプと、前記タイミングでこのフリツプフロツプのリセツト出力が存在し、包装紙の供給が確認されなかつた場合トリガされ、予め定められた時間包装モータを逆転動作に切り換える単安定マルチバイブレータと、この単安定マルチバイブレータによつて一定時間逆転動作がなされた後、機械全体の作動を可能とする他のフリツプフロツプをリセツトして停止せしめる遅延パルス発生器とにより構成されるとともに、前記単安定マルチバイブレータによつて逆転動作される時間を、前記所定のタイミングより包装ローラが累積硬貨の挾持を解除するタイミングまでの時間に設定したことを特徴とする硬貨包装機。
4 paragraphs, as filed
[Detailed Description of the Invention]
The present invention changes the reverse operation of the packaging machine style into the state at the supply-on packing roller of accumulation coin time, when wrapping paper is not supplied in a coin packaging machine to the accumulation coin by which pinching rotation is carried out with a packing roller at the time of predetermined timing, and you make it stop, and it keeps an accumulation coin from being scattered on the inside of a plane. Intermediary There was [ as ] which a packing roller carries out Intervening arrival of the accumulation coin, rotation is continued until wrapping paper is supplied, when wrapping paper is not conventionally supplied to an accumulation coin as this publicly known kind of a means, an operation is interrupted until it supplies wrapping paper manually, an operation advances again by supply of wrapping paper, and finishes packing. The fault which the motor for packing roller rotation and the drive motor for the Kamla Inn axes for operating a fastening nail etc. are required in (for example, JP,52-27166,Y), therefore the thing of such composition, and becomes expensive is Oh. moreover -- wrapping paper sets in the middle of supply -- Attract -- and a possibility of bringing consumption and damage forward since it contacts whether a packing roller being direct to an accumulation coin peripheral surface and rotation is continued when it is sufficient and is not supplied by carrying out -- Oh. The present invention is a packing roller when supply of wrapping paper is not sent to the predetermined position to the accumulation coin which once Intervening-arrival-rotated, in order to remove this fault, It was made to suspend machinery for inversion operation on It was done to a state when it detaches from the Intervening arrival state of the accumulation coin supported with the bearing stick, that is, moves in support of an accumulation coin with a bearing stick between the packing rollers of a packaging machine style from an accumulation pipe. Therefore, time waste of work also decreases, without it seeming that damage to a packing roller also generates mechanical consumption and generation of heat. Next, based on the drawing shown as a concrete example of the present invention, it explains in detail. In Drawing 1, Along sending appearance of Then and this wrapping paper 1 is carried out to paper guidance board 3 by 1 set of sending rollers 2, and 2' with roll-like wrapping paper 1. The cutter from which 4 cuts paper to the specified quantity by strain of wrapping paper, and the slip-of-paper detection board with which 5 detects the existence or nonexistence of wrapping paper into the portion of paper guidance board 3 are shown, and as interlocked in slip-of-paper detection switch SW3, the slip-of-paper detection means is formed in this. Accumulation coin a is supported and moved to the center of each packing roller 7, 8, and 9 of an extension state onto bearing stick 10 from the inside of an accumulation pipe. As for each packing roller 7, 8, and 9, intermediary each packing roller 7, 8, and 9 is also about the intermediary cage and spring 16 which interlock with link members 11, 12, and 13 and linkages 14 and 15, respectively, [ as ] It is energized in the Closing direction so that it may concentrate in the direction of accumulation coin a from an extension state via each link member 11, 12, and 13 or linkages 14 and 15. One end of this link member is engaging with one end of opening-and-closing lever 17, and the other end is in contact with field 20 established in cam axis 19 by using axis 18 as a fulcrum. Intermediary To have [ as ] in which one end of setting lever 21 is connected with the above-mentioned axis 18, and, as for the above-mentioned axis 18, that position may change [ as for this setting lever 21 ] with the cam surfaces of open positioning cam 24 on setting axis 23 focusing on pivot 22 in the other end of setting lever 21. When having let out to the position where the tip of wrapping paper 1 is regular to Along predetermined timing to paper guidance board 3 as shown in Drawing 1 now, with a packing roller, wrapping paper is drawn between accumulation coins, is sent out, and is rapidly pulled in the shape of a straight line between roller 2, and 2' and a packing roller. Therefore, slip-of-paper detection board 5 of a slip-of-paper detection means is caused, and slip-of-paper detection switch SW3 operates via this. this time -- a packing motor -- right rotation of the packing direction and one rotation of cam axis 19 -- a Fish intermediary -- normal packing is completed. If this relation is explained about Drawing 2 and Drawing 3, the Closed, extension to the accumulation coin of packing rollers 7, 8, and 9 will be made to perform, Closing of packing rollers 7, 8, and 9 will start at Then and B point, and it will carry out Intervening arrival of the rotation of field cam 20 attached to cam axis 19 at A point so that the above-mentioned composition may show. Under the present circumstances, while caulking by the cam group of the others which are not illustrated attached on cam axis 19, and the nail's operating and resulting in C point, packing is completed, and extension of packing rollers 7, 8, and 9 is performed. A deer is carried out, and before 26 reaches B point by the cam for shutters which opens and closes the shutter provided in the lower base of an accumulation pipe, bearing stick 1 is located in the undersurface of a shutter, It is in the state which opened the shutter here, supported the accumulation coin in an accumulation pipe with the bearing stick, and moved between packing rollers 7 and 8 of an extension state, and 9, and was made to operate by timing cam 27, and Open circuit of timing switch SW5 (refer to the 3rd figure) opened even to A point in the meantime. Now, in the circuit diagram of Drawing 3, when start switch SW1 is pushed, flip flop FF1 for a start is Set(ed) and flip flop FF2 for slip-of-paper detection is Set(ed) simultaneously. This flip flop FF2 is constituted so that it may be Set(ed), also when slip-of-paper detection switch SW3 operates. Operation of machinery is started by Set of flip flop FF1, an output is simultaneously given to normal rotation output terminal WMN of a packing motor, and a packing motor begins normal rotation by it. And if the coin of the number of predetermined leaves is accumulated, the normal rotation driving force of a packing motor will be transmitted to cam axis 19, and will begin rotation. the time of a shutter being opened wide by cam 26 for shutters after that -- switch SW4 -- closed -- Don wise intermediary flip flop FF2 is reset. A deer is carried out, Then packing operation advances in the position where wrapping paper 1 is regular, and when made to operate in a position just before slip-of-paper detection switch SW3 shows by 2nd [ The ] figure dotted line A by strain of wrapping paper, flip flop FF2 will be Set(ed) again. Thus, it is since Set of flip flop FF2 is performed earlier than switch SW5 is closed by timing cam 27, When switch SW5 is closed, the output from output terminal Q of flip Frog FF2 does not exist, and does not operate single stable multi-vibrator MM. For this reason, the output is succeedingly given to normal rotation output terminal WMN, and packaging operation is continued. However, since slip-of-paper detection switch SW3 is non-operative when Matsuda(ing) on the way, without wrapping paper 1 meeting paper guidance board 3, flip flop FF2 for slip-of-paper detection is not Set(ed), The pulse of the time which the trigger of the single stable multi-vibrator MM was carried out by timing cam 27, and was beforehand set in A point that switch SW5 was closed, by it is outputted. As a result, an output is not given to normal rotation output terminal WMN, but an output comes to be given to inversion output terminal WMR, and a packing motor is switched to inversion operation. The width (time) of the output pulse of single stable multi-vibrator MM shall be chosen so that a packing motor may be reversed from A point to B point. This output pulse is reversed and differentiated by delayed pulse generator DPG, as a result, generates a delay positive pulse in the trailing edge of an output pulse, gives it to reset input terminal R of flip flop FF1, and resets flip flop FF1. Therefore, a packing motor stops in B point and also stops operation of machinery simultaneously. Switch SW2 is a switch for a stop, and it is used in order to stop operation of machinery and a packing motor arbitrarily. Thus, without carrying out Intervening arrival of the accumulation coin a with packing rollers 7, 8, and 9, from an accumulation pipe, with bearing stick 10, it stops in the state of extension when moved between packing rollers, and operation of machinery also stops simultaneously. An operation [ point / B ] is resumed by carrying out a deer, changing wrapping paper 1 to a regular position again, and operating start switch SW1.
[Brief Description of the Drawings]
A drawing is what the example of the present invention was shown for, and, in Drawing 1, a cam, the timing diagram of a switch, and Drawing 3 of the top view of a packaging machine style portion and Drawing 2 are circuit diagrams. As for numerals, an accumulation coin and the flip-flop circuit for [ a ] slip-of-paper detection in FF2, and WMN, the output terminal for normal rotation and WMR of wrapping paper and 5 are [ a packing roller and 10 ] bearing sticks a slip-of-paper detection board, and 7, 8 and 9 the output terminal for an inversion, and 1.
Numbers
- Application
- 14242877
Classification
- CPC, 1
- G07D9/065
- IPC, 4
- B65B57 00
- B65B11 56
- B65B57 02
- G07D9 06