Halogen rechargeable lamp with LED's and fluorescent light

BACKGROUND OF THE SAID INVENTION

Referring to his own request

The applicant refers to its own request, which was submitted on 26 February 2005 with the application number 11 / 051,401.

invention field

The present invention relates to a rechargeable halogen lamp or a rechargeable halogen lamp, which is able to illuminate a radius of 1.5 km, ie the lamp has a thickness of 1 500 000 candles and is provided with a handle and two supporting legs equipped. These two support legs move relative to and interactively between position one and position two. If both support legs are set at an angle of 270 °, the user can put the light on a flat surface and therefore light in the distance.

Description of the standing associated properties

Portable halogen lamps are among others widely used by the military, law enforcement bodies, by the fire department or security staff, hunters and recreational sailors at night for any activity for which a headlamp is required with intense light. Nowadays, such a device is extremely useful in nighttime anti-terrorist operations. The applications mentioned are extremely different, but in general a light source is required, can illuminate the more distant regions, is reliable and durable and suitable for outdoor use. Normally, the light source is carried by hand and must have simple manually operated setting keys, which must also be easily accessible and can be operated with one hand. In previous Xenon searchlights with short arc or lighting systems, regardless of whether they held in their hands, were portable, fixed, light scatter was positioned so that they went in the direction of the beam (cathode to the rear part) to a uniform beam pattern available to ask if the arc is at the focal point of the parabolic reflector. When the arc is moved slightly above (or behind) the focus of the reflector, creates the combination to place sämtliches available light in the resonance region of the reflector and to bundle it in a slightly convergent extending manner, about twice the radius of action of a conventional device with a forward anode.

Apart from this, all previous lanterns focus mainly on two power sources. They rarely have the aim of improving the illumination angle, as most lanterns are held in the hand or so a flat surface are placed on a table / the ground, or are attached to a helmet. A lantern, which can be moved to different angles is so needed.

US Patent 6,685,337 provides a lantern available that has both an electric light and a candle to make sure that a light source is still available if the power source fails or if the batteries are exhausted. However, the illumination span, the illumination angle and the lighting of a candle power are minimal. A lantern is lit by a candle, is not very useful in a larger area to be illuminated.

The US Patent 6,629,767 describes a lantern with a battery compartment that is equipped with bumpers to protect the batteries contained therein from damage due to violent shocks. Also here is focused exclusively on the power source, but the illumination span and the illumination angle are ignored.

The US Patent 6,702,452 describes a lamp with a tripod. The holder is therefore a tripod on which the portable searchlight can be fixed. Mounting is via a thumbscrew, so an optical detector can be in turn attached to the searchlights and fixed to the housing. Also this lantern can not be moved in order to illuminate different angle better.

SUMMARY OF THE INVENTION

The main objective of the invention is to provide a rechargeable halogen lamp available which has a carrying means and this support means is in turn capable of being able to be moved at an angle of 270 °, allowing the device to be placed on a flat surface can.

Another object of the invention is to provide a rechargeable halogen lamp with a supporting means provided that can be moved within a 270 ° arc.

Another object of the present invention is to can adapt to different current sources.

Another goal also is to introduce a rechargeable halogen lamp, which has a carrying means that can be adjusted in a fixed or loose position and the support means can be controlled in a fixed or movable position, so that the best lighting clamping widths and angles can be achieved.

Another object is a rechargeable halogen lamp, which has seven light sources and thus has an extra strong light.

The rechargeable compact fluorescent bulb is to achieve these objectives, the following components:<ul><li>A three-cylinder housing, which consists of at least ten light sources inside, nine of which are light-emitting diodes and energy-saving lamps and at least</li><li>one light source is a fluorescent light.</li></ul>

A plurality reflectors are attached to the light source around the invention and has in the front region via a transparent flat board. An enclosed seal collar connects an inner portion of said front transparent flat board and the reflector, which is located inside a nut. Said nut ensures a firm yet relaxed for a position in the front part of the casing. The surface of the nut, which is located in front of the housing is shockproof. It consists of rubber or other soft material, so that the rechargeable halogen lamp is protected against impacts or shocks. The lamp also has a plurality of supporting means, which can be moved at an angle of 270 °, allowing the device to be placed on a flat surface and can be adjusted according to the situation the best angle of illumination.

A BRIEF DESCRIPTION OF THE DRAWINGS CONTAINED

<ul><li>Fig. 1 shows a side view of the invention.</li><li>Fig. 2 shows a cross-sectional side view.</li><li>Fig. 3 shows the view from above.</li><li>Fig. 4 shows the view from below.</li><li>Fig. Figure 5 shows the view from the front.</li><li>Fig. Figure 6 shows the rear view.</li><li>Fig. 7 shows a further side view.</li><li>Fig. 8 shows an assembly view.</li><li>Fig. 9 shows an isometric view from the front.</li><li>Fig. 10 shows an isometric view from the rear.</li><li>Fig. 11 shows the isometric view from the right rear.</li></ul>

Fig. 12 shows the view from above with the fluorescent light.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENT

The rechargeable halogen lamp with LED and fluorescent light consists of a three-dimensional cylinder housing (1). Inside this housing (1) are a light source (2), a parabolic reflector (3) and a transparent front hood (4). The front light panel (4) is fixed by means of a sealing ring (5) at the rear part of the reflector (3) from the inside in the front head screw (6). The ball screw (6) is attached to the front end of the detachable heat shield (24), plus eight convex (7). The eight convex lenses are attached with a ball screw (6) and equipped with an integrated light emitting diode (15). The light-emitting diode (15) is mounted on a circuit board (16). On the round head screw (6) in front of said light source (2) is an annular elastic protective screw (13), through which the lamp is protected against shocks from outside.

As shown throughout the figures, there is a light source (2) from an energy-saving halogen lamp, a power source (9) to the operation of the light source (2) necessary current by means of a socket (11) applies, the power of each with a power source (10) connected to the plug pulling. A switching mechanism (12) connects the power source (10) and the light source (2). The current source (10) allows the use of ordinary batteries, rechargeable batteries as well as using any 12-volt devices that supply power instead of ordinary telephone lines.

The light source (2) is operated by the power source (9) of the light source (2). The current is an electrical circuit board (10) which is connected in the interior of the light source (2) produced the external terminal (9), a switch (10) and the associated energy-saving lamp with the aid of a power line. In the interior of the battery case (26) is a metal frame to support the power source (9) that at the same time also protects the power source (9) against any shock from the outside.

On the upper portion of the housing (1) there is a handle (22). Under this handle (22) is a handle (23), which is cushioned elastic for a comfortable fit. At both ends of the handle (11) has two stops (30) for a detachable strap.

An adjustable support frame (24) is adjustable with the housing (1). An adjustable control element (25) contains the positions open and closed for the long frame (12). The support frame (24) is movable about a hinge around and can be adjusted to any position within an arc of 270 °, whereby the housing (1) in turn placed on a flat surface and the best angle of illumination can be set.

A metal screw (27) serves as a closure for the battery case (26), which is located in the end region of the housing (1). By pressing on a release screw (27) of the battery case (26) the metal bolt (27) can be released, are removed and replaced the batteries.

In the rear region of the housing (1) to a fluorescent light (17) is located inside a small housing and is connected as a tenth light source with the light source (2), see Fig. 12. The fluorescent light (17) is in the center of a transparent light cover (18) attached. Proactive main power unit (31) is located in an end portion of the fluorescent light (17) and connects the fluorescent light integrally. The transparent light cover (18) forms in the end area a support (19). The bracket (19) on a pivot (20) fixed or movable adjustable. On the fulcrum means (20) is a lock (21) with which the light cover (18) can be locked, so that the light cover (18) on a movable location on the fulcrum means (20) can remain. In other words, the light cover (18), either on a fixed or movable position on the pivot device (20) can be set with or without lock. When the user places the search light in a vertical position on a flat surface, the fluorescent light can even replace a table lamp. The fulcrum means is located in a chamber (28) having a fixed size and extends along the housing (1). In position 1, the light cover (18) on a surface (29) of the chamber (28) can be placed.

The rechargeable halogen lamp with LED and fluorescent lighting is an important light source for the Navy, public security organs, firefighters, rescue personnel, combat troops, shipping as well as for emergency situations in everyday life.