Jacklight

FIELD: electricity.

SUBSTANCE: device contains a case, light-emitting devices, switches, cylindrical electrochemical power supplies; at least said light-emitting devices are completely or mainly integrated in a space of grooves between round walls of the loose-fitting power supplies and an external circuit of the enclosing jacklight case.

EFFECT: maintained small dimensions and high mechanical strength of the jacklight.

11 cl, 4 dwg

 

Electric lantern refers to small Autonomous means of lighting on electrochemical power sources.

Known small-sized portable, pocket and worn on the head lights, battery-powered, having a cylindrical shape, electrochemical power sources / mainly galvanic cells and electric batteries, sometimes supercaps / built in lamp housing sides of their cylinders to each other, like their location in the so-nazyvaemyh flat batteries / for example, Matskevich CENTURIES, Entertaining electronics in a pioneer camp. - M.: DOSAAF, 1984 /.

This arrangement of the current sources in the lamp makes it easy to wear / in comparison with lights from a single location such sources is overly stretched to a comfortable room in a pocket or Nazarene on the head in the respective embodiments lantern /, but still when this light-emitting devices of the lamp is mostly a miniature incandescent lamps or LEDs with reflectors - take the lantern considerable place, being, moreover, along with the switch which is mechanically very vulnerable parts.

Task to be solved by the claimed invention is directed, is to increase the convenience of using the lantern, and an increase in its consumer resource in parts durable the tee.

The results of the technical solutions are reducing the size of the canopy and increasing the mechanical strength, at least in part, on its light-emitting devices.

The aforementioned task is solved in that in the lantern, comprising a housing, the light emitting devices, switching devices and electrochemical power sources having a cylindrical shape, at least, mentioned light-emitting devices, wholly or in greater part of the volume is placed in the space of the grooves, between all sides tightly adjacent to each other of the power sources and the outer contour of the covering of the hull of the lantern.

Direct contact of the sides of the current sources and only the side of their relative positions is not required: between their sides some valid clearances and end the interposition of / for example, the contact / some of them. Light-emitting devices of the light, in its various iterations, are miniature incandescent lamps, semiconductor LEDs and maybe fluorescent lamp. The application of external reflectors difficult and undesirable due to the limited space for mounting the possible and desirable internal reflectors.

The switching devices of the lantern are all kinds of circuit breakers, switches, connectors.

As e is estrogenicity power sources / power / used batteries, batteries / their separate cells and batteries, supercaps.

More preferable, according to the author, is flat in one or more lines is the location of the current sources, but the positive effect is achieved and at other options for their location, for example a triangle cell.

In private warrantech perform the lantern can be portable, handheld, neholovnym / headlamp /, be in the form of a multifunction device, such as lamp - power supply unit.

This technical solution, which used natural internal, the shape of the power supply of the lamp due to free space to accommodate its most mechanically vulnerable and, after the actual power source dimensions of its components, are provided simultaneously and small sizes, and mechanical durability / durability / lantern, substantially defining a common user as the likes of lights. Mechanically vulnerable and enough overall its components are covered in the groove-niches between relatively strong power sources.

In the first of the preferred embodiments of the lantern, in one or more grooves between the current sources placed not only light-emitting devices, but it at least some of commutation the e device for example, a switch, a switch or combination of types. In the space of the grooves between the power supply can accommodate almost any of such devices, anyway miniature / in addition some of the connections between the power sources that are not required /.

In the second embodiment, the lamp in the space of these grooves are placed one or more switching devices, allowing you to adjust the brightness by turning on and off individual light-emitting devices or groups. Such devices are, for example, the previously mentioned switches. Significant capacity corresponding grooves allows to equip the lantern a number of energy saving devices without the concomitant increase its size.

In the third embodiment, the lamp in the space of these grooves have a switch or switches capable of operating in keypad mode, with samorastekayushchikhsya after the termination of the power contact that allows you to apply power saving mode pulsed light, relevant to the independent light sources.

In the fourth embodiment, the lamp in the space corresponding grooves posted by electronic or electronic-Electromechanical mouth of austo pulsed or intermittent turn on its light-emitting device or devices. This kind of device for electric lamps known / used electronic multivibrators, blocking generators /.

In the fifth embodiment, a lantern among its mentioned switching devices are available which allows you to connect an external load to its current sources. These devices are plug-in connectors / plug-in connectors / not excluding cases with cords.

In the sixth embodiment, the lantern he is rechargeable, in the space of one or more of these grooves, fully or only partially posted charger for the battery, running from an external electrical circuit. Volume of space, especially in the variants of the lantern with relatively large elements of the battery / having a cylindrical shape, it accepts.

In the seventh embodiment, the lamp its light-emitting devices are installed along one or more corresponding grooves between its electrochemical power sources throughout their length or stretch them than is provided to accommodate increasing their amount of / more than a dozen in a row for large sizes of the current sources or the use of light-emitting devices with a large cross-section. For powerful light option is what I essential and preferred.

In the eighth embodiment, the lamp its light-emitting devices are semiconductor diodes, which - at the same time, to increase the density of the installation that are relevant for a flashlight with limited space for their accommodation, integrated in one or neckalce led assemblies or panels.

In the ninth embodiment, lamp fittings / installation items / its light-emitting devices (for example, installation of sockets, ammo / and some switching devices / for example, the installation grooves, slots / designed as one piece with the body of the lamp or its individual parts /for example, the halves. These elements can, for example, be molded together with the plastic case. Similar to the performance of the appliance is known and is characterized by high compactness, relevant to the lantern with limited mounting space for these components.

In the tenth embodiment of the lamp in which the combination of characteristics makes it one of the most simple and yet effective, convenient to use at home, its current sources are two series-connected in a battery of three volts, size “A”, “AA” or “AAA” galvanic element, in each of the two grooves between which there is one switch that is capable, in addition to providing fixed the studies States to work in a push-button, with samarasekara contact mode and placed at the ends of the elements on one side of the lantern, one led, the radiation direction which is almost parallel to the axes of the cylinders having this form of galvanic elements.

To clarify the essence of the device of the accompanying drawings, in which figure 1 shows the 1, 2, 3, and 10 variants of the lantern; figure 2 - 1, 3, 7 and 9 option; figure 3 - 1, 2, option 5; figure 4- 1, 2, 4, 5, 6 and 7 embodiments of the lantern.

Electric lantern / 1 / consists of a body 1 / is shown by the dotted line /where side by side there are two, connected in a battery of three volts, electrochemical power sources 2 - two galvanic element size "AA". In the two grooves between elements placed over switch 3, is capable, in addition to providing a fixed state, to work in push-button mode, and the led 4, both of which are located at the ends of the elements on one side of the flashlight and directed along the axis of the cylinder, having a form of galvanic elements. The lantern, when its not small on a large enough power supply, very compact and easy to carry. Lantern mechanically racks can withstand the assault on him by the leg / load assume a solid galvanic cells, in the groove between which are hidden the most vulnerable components of light / Switches allow you to use the mode, frequent inclusions of the flashlight and select an optimal brightness, that increases the life of galvanic elements.

In the following example, execution lantern / 2 / in the casing 1 side by side there are two fairly large current source 2 /, connected to the battery for three volt batteries /, along one of the grooves between which are installed in several dozen LEDs 4, and in the space of the other, on the other side of the elements is capable of operating in push-button mode switch 3. Socket for led and case circuit breaker molded from plastic as a single unit, with halves of the lamp housing. A large number of LEDs placed within the contour that encloses the current sources of the lamp housing, make it a powerful, but compact. Joint, together with the body of the lamp, compliance with some of the other components making light technology.

In the following example running light / 3 / in the casing 1 has four side by side, in one line, located current sources 2 / are pairwise connected in the battery for three volt batteries /. In the space of six grooves between the elements at their ends on one side of the battery, placed six LEDs 4. In addition, in one of the grooves is located a switch 3, and the other switch 5, the various conditions which cause the circuit of the lamp 1, 2 4 or 6 of its LEDs. In one of the grooves are placed in socket 6, allowing you to connect to the battery of the flashlight external load (for example, radio /. The switch allows you to optimize the power of the lamp, saving the resource of his battery. The lantern, when it is of sufficient power and resources, very easy to carry in your pocket.

In the following example running light / 4 /placed into the casing 1, the current sources 2 are two cylindrical batteries / battery assemblies elements / United-volt battery in one of the grooves between which is placed the LEDs 4, the lamp switch 3 and the socket 6, allowing users to connect to the battery extraneous load. In a corresponding groove on the opposite side of the battery placed running from an external network charger 7 for this battery and multivibrator type electronic device pulse / cheap / mode led flashlight. The use of natural internal, the shape of the batteries due cavities lantern will equip the lantern many more pulsatella quality devices without any increase of its dimensions and to provide mechanical protection.

1. The electric lamp, comprising a housing, the light emitting devices, commutation the e device and electrochemical power sources, having a cylindrical shape, characterized in that at least mentioned light-emitting devices, wholly or in greater part of the volume is placed in the space of the grooves between all sides tightly adjacent to each other of the power sources and the outer contour of the covering of the hull of the lantern.

2. The lantern according to claim 1, characterized in that the specified space of the lamp, in whole or in part, posted by not only its light-emitting devices, but at least some of the switching device.

3. The lamp according to claim 2, characterized in that among the previously mentioned switching device has one or more, allowing you to adjust the brightness by turning on and off individual light-emitting devices or groups.

4. The lamp according to claim 2, characterized in that among the previously mentioned switching device includes a switch or switches capable of operating in keypad mode, with samorastekayushchikhsya after termination of force by the contact.

5. The lamp according to claim 2, characterized in that among the above-mentioned switching devices include electronic or electronic-Electromechanical device pulsed or intermittent turn on its light-emitting device or devices.

6. The lamp according to claim 2, characterized in that among mentioned his commutati is the R devices are available which allows you to connect an external load to its current sources.

7. The lantern according to claim 1, characterized in that it is rechargeable, in the space of one or more of these grooves, fully or only partially posted charger for the battery, running from an external electrical network.

8. The lantern according to claim 1, characterized in that its light-emitting devices are installed along one or more corresponding grooves between the Electromechanical power sources throughout their length or stretch them.

9. The lantern according to claim 1, characterized in that the light-emitting devices are semiconductor diodes that, when integrated into one or more led assemblies or panels.

10. The lantern according to claim 1, characterized in that the mounting parts light-emitting devices and some switching devices are made as one piece with the body of the lamp or its individual parts.

11. The lantern according to claim 1, characterized in that the current sources are two galvanic cells, connected in series in the battery 3, size "A", "AA" or "AAA"in each of the two grooves between which there is the switch that is capable, in addition to providing a fixed state, to work in push mode with samarasekara contact after termination of force, and a light-emitting semiconductor diode, the placement is paid at the ends of galvanic elements, that their radiation is directed in the same direction and parallel to the axes of galvanic elements of cylindrical shape.



 

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FIELD: electricity.

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