RU142702U1 - LUMINAIRE FIXING CONSTRUCTION IN A BAG AND A BAG CONTAINING SUCH LAMP - Google Patents

Abstract

1. The design of the fastening of the lamp for the bag with backlight, characterized in that it contains the outer and inner parts that are interconnected on both sides of the lining of the bag, and the outer part of the lamp is made round transparent, convex-hollow, for placement in the cavity of the LED, at the edges the outer part from its lower side there are four pins with fixing spacers, while the inner part is made in the form of a round plate, the size of the corresponding outer part, in the center of the inner part is made but the hole intended for conducting wires extending from the LED, the LED is fixed in the middle of the lamp, along the edges of the inner part there are four holes corresponding to four pins with fixing spacers of the outer part, the pins with spacers on the outer part are made in the form of columns, at the ends of which is located a head having a triangle in longitudinal section, the base of the head of the pin being larger than the base of the column, with holes made in the inner part that correspond to comfort pins have dimensions corresponding to the dimensions of the base of the head of the rod, with a shift in the direction for snapping the outer portion in the inner chasti.2. The luminaire mount design for a backlit bag according to claim 1, characterized in that the column has a rectangular cross section. Bag with a backlight, characterized in that it contains the outer layer and the lining on which the LED lights are mounted, in an amount of more than one, wires connecting the LEDs are placed between the outer layer and the lining

Description

A group of utility models relates to the design of a lamp for a backlit bag and to a bag containing such a lamp.

In the prior art, for example from http://lesyaka.ru/po.st215285239/, a backlit bag is known in which LED lamps are located in the interior of the bag.

The disadvantage of this technical solution is that the interior of the bag is not well lit.

The closest analogue of the claimed group of utility models is document WO 2005024290 A2, March 17, 2005, which discloses a bag containing a lamp for illuminating the interior of the bag.

The disadvantage of the closest analogue is that the interior of the bag is not well illuminated, the rather complicated design of the lamp and, accordingly, the bag itself.

Thus, the technical result of the claimed troupe of utility models is to simplify the design of mounting the lamp, respectively, of the bag itself, while providing an increase in the illuminated interior space of the bag by the lamp.

An additional technical result of the claimed group of utility models is to increase the protection of LEDs from mechanical damage.

The design of the fixture for lighting the interior of the bag, according to the first independent paragraph of the claimed formula of the utility model is as follows:

The luminaire mounting design is made of two parts: external and internal, which clamp the lining of the bag between each other, securing to it.

The outer part of the design of the lamp is made round, transparent, and made hollow-hollow, for placement in the cavity of the LED. The bulge provides an increase in the scattered light from the LED. At the same time, the outer part of the luminaire construction protects the LED from mechanical damage. On the edges of the outer part are four pins with locking spacers.

The inner part is made in the form of a round plate, the size of the corresponding outer part. A hole is made in the center of the inner plate for conducting wires extending from the LED under the lining. The LED is fixed in the middle of the luminaire, ensuring uniform dispersion of the light emitted by the LED. On the edges of the inner part there are four holes corresponding to the four pins with fixing spacers of the outer part of the structure.

The pins with spacers on the outside of the luminaire are made in the form, as an option, of rectangular columns in cross section, at the ends of which there is a head having a triangle in longitudinal section. Moreover, the base of the head of the pin is larger than the base of the column, which allows you to fix the pins in the holes of the inner part.

The holes made in the inner part of the lamp, which correspond to the pins, have dimensions corresponding to the dimensions of the base of the head of the pin, with a shift to the side.

Thus, the two parts of the lamp are interconnected according to the rivet principle.

A backlit bag according to the second independent point of the claimed formula will keep the lining on which LED lights are fixed at an equal distance from each other and at different distances from the bottom of the bag. In an amount of more than one, performed as described above. Under the lining are the wires connecting the lights to the on / off button and to the power supply. The power supply can be made in the form of a replaceable battery, and can be made in the form of a rechargeable battery. In the case of the power supply in the form of a rechargeable battery, a plug is provided in the bag for connecting the charger, which can be located both outside the bag and in its internal space.

At the stage of production of these bags, the electrical circuit elements are sewn into the bag’s design so that the battery, wires, plug and power button are hidden behind the bag’s lining and securely fixed, and the LEDs are mounted inside the bag to evenly illuminate the interior of the bag depending on design features of the bag.

Further, in more detail, the claimed group of utility models is presented in the accompanying drawings, in which:

FIG. 1 - LED lamp for the interior of the bag side view,

FIG. 2 - the outer part of the LED lamp for the interior of the bag bottom view,

FIG. 3 - the inside of the LED lamp for the interior of the bag top view,

FIG. 4 is a layout of elements providing operation of LED lamps for the interior space of the bag.

The LED lamp (1) for the inner space of the bag is made of two parts: the outer (2) and inner (3), which are interconnected on both sides of the lining (4) of the bag. The outer part (2) of the lamp (1) is made round transparent, made convex-hollow, for placement in the cavity of the LED (5). The convexity of the outer part provides an increase in the scattered light from the LED (5). On the edges of the outer part (2) from its lower side are four pins (6) with locking spacers.

The inner part (3) is made in the form of a round plate, the size of the corresponding outer part (2). A hole (7) is made in the center of the inner plate, which is designed to conduct wires (8) extending from the LED (5) under the lining (4). The LED (5) is fixed in the middle of the luminaire, providing an increase in the scattering of the light emitted by the LED (5). On the edges of the inner (3) part there are four holes (9) corresponding to the four pins (6) with fixing spacers of the outer part (2) of the lamp structure (1).

The pins (6) with spacers on the outer part (2) of the lamp (1) are made in the form of, as an option, rectangular columns (10), at the ends of which there is a head (11) having a triangle in longitudinal section (see Fig. 1) . Moreover, the base of the head (11) of the pin (6) is larger than the base of the column (10).

The holes (9) made in the inner part (3) of the lamp (1), which correspond to the pins (6), have dimensions corresponding to the dimensions of the base of the head (11) of the pin (6), with a shift to the side, to ensure a snap (rivet principle) the outer part (2) of the LED lamp (1) in the inner part (3).

The backlit bag contains the outer layer (not shown in the figure) and the lining (4), on which the LED lights (1) are mounted, in the amount of three pieces. Such a number of LED lights (1) was selected empirically. Between the outer layer and the lining (4) there are wires (8) connecting the LEDs with the button (12) for turning on / off the LEDs (1), the power supply (13), and, if available, with a plug (14) for connecting the charger (in FIG. not shown).

The power supply unit (13) can be made with replaceable batteries.

The power supply is made with a rechargeable battery. To charge the batteries in the bag, the previously indicated plug (14) for the charger is provided.

The user, if necessary, turns on the LED lights located on the lining of the bag with the on / off button, which illuminates the interior of the bag, and easily finds the items he needs inside the bag, after which the user turns off the LEDs with the on / off button fixtures.

When discharging the power supply, the user, depending on the design of the backlight, either changes the battery or recharges the battery using a charger that connects to a plug located either on the outside of the bag or on the lining.

Thus, the simplification of the bag itself is ensured with an increase in the illuminated interior space of the bag.

Claims (6)

1. The design of the fastening of the lamp for the bag with backlight, characterized in that it contains the outer and inner parts that are interconnected on both sides of the lining of the bag, and the outer part of the lamp is made round transparent, convex-hollow, for placement in the cavity of the LED, at the edges the outer part from its lower side there are four pins with fixing spacers, while the inner part is made in the form of a round plate, the size of the corresponding outer part, in the center of the inner part is made but the hole intended for conducting wires extending from the LED, the LED is fixed in the middle of the lamp, along the edges of the inner part there are four holes corresponding to four pins with fixing spacers of the outer part, the pins with spacers on the outer part are made in the form of columns, at the ends of which is located a head having a triangle in longitudinal section, the base of the head of the pin being larger than the base of the column, with holes made in the inner part that correspond to comfort pins have dimensions corresponding to the dimensions of the base of the head of the rod, with a shift in the direction for snapping the outer portion in the inner part. 2. The design of the luminaire mount for the backlit bag according to claim 1, characterized in that the column has a rectangular cross section. 3. A bag with a backlight, characterized in that it contains the outer layer and the lining on which the LED lights are mounted, in an amount of more than one, wires are connected between the outer layer and the lining, connecting the LEDs with the on / off button of the LEDs and the power supply, while the mounting structure of at least one lamp is made according to claim 1. 4. Backlit bag according to claim 3, characterized in that the power supply is made with replaceable batteries. 5. Backlit bag according to claim 3, characterized in that the power supply unit is made with a rechargeable battery. 6. Backlit bag according to claim 5, characterized in that it contains a plug for connecting a charger to charge the battery.

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