RU63024U1 - LANTERN TACTICAL - Google Patents

Abstract

The utility model relates to portable electric lighting devices equipped with an autonomous power source and can be used for domestic needs and also for installation on various types of small arms and for signaling. The technical result includes the possibility of installing a flashlight on small arms, an increase in the power of a focused light flux due to the installation of an optical light unit, a tube, a holder in the form of a tube with a grid that facilitates focusing of the light flux, the possibility of installing color filters for signaling, the ability to operate the flashlight in two modes - permanent and short-term.

The technical result is achieved due to the fact that the tactical lamp contains a housing, a head, an optical light unit, a glass, a tube, a holder in the form of a pipe with a safety net, a back cover with a push-button switching mechanism, two embedded bushings of conductive metal with the possibility of placing batteries in them , contact spring and rubber o-rings. The lantern body has a cylindrical shape with a tide from the outside, in which a groove is made for mounting on the Picatinny rail and a locking mechanism designed for rigid fixation of the lamp on the weapon. In the front of the housing, a head is mounted on the thread in which the light unit is mounted. A tube is attached to the front end of the head, securing the light unit and glass with a rubber gasket. A holder with a safety net is screwed into the front end of the tube, which holds the tube placed to the rubber ring of the tube

side of the filter, and also limits the propagation of the light flux to the sides of the axis of the lamp. A safety net protects the lamp glass from external influences and improves focusing of the light flux. In the back of the case, a back cover with a power button, insulated from the outside with a rubber cap, is attached to the thread with a rubber sealing ring.

In the inner cavity of the lamp housing and the head are two embedded bushings connected by a contact spring, with the possibility of installing two batteries in them.

Increased strength characteristics are achieved by the manufacture of all components and parts of the lamp, except conductive, from impact-resistant plastic "Armamide".

Description

The utility model relates to portable electric lighting devices equipped with an autonomous power source. It can be used both for domestic needs and for installation on various types of small arms to illuminate the shooting sector in low light conditions, briefly illuminate the target for its determination, as well as to blind the target, for signaling.

It is known "Device for illuminating the target when shooting from a gun", containing a housing mounted on the gun and placed in it a reflector with an incandescent lamp mounted on one end of the cushioning plate, the other end of which is fixed on a clip, and the mechanism for changing the direction of the light flux has an elastic element rigidly connected to the reflector and cushioning plate and in contact with the mechanism for changing the direction of the light flux.

Patent No. 859751 MKI F 21 M 1 \ 00 public date 1981.08.30 F 21 V 15 \ 04

The well-known "flashlight" containing a housing, a switch, a reflector, a protective glass, filters, batteries, a light source and a filter control tool made in the form of a L-shaped contact strip, and the filters are in the form of hollow cylinders connected in series mounted on a contact plank.

Patent No. 548748 MKI F 21 L 15 V 04 public date 1977.02.28

The closest analogue (prototype) to the claimed utility model is an “Electric lamp” containing a cylindrical housing with a cavity for accommodating one or more batteries installed with the ability to attach to the contacts of an incandescent lamp placed on one side of the housing, a cover with a switching mechanism mounted on the other side of the case, with the possibility of removal, with a button with a rubber cap placed in it with the possibility of closing-opening of the electric circuit, a spring installed in the cover, with the possibility of Nost placing its spiral helix portion within the housing, and the contact with the battery.

RF patent №25570 MKI F 21 L 4 \ 00 public date 2002.10.10

The disadvantages of the prototype are:

- insufficient power and focusing of the light beam;

- a small range of application of the lamp;

- the impossibility of installing color filters on the lantern;

- the ability to work the flashlight in only one mode;

- weak operational and strength characteristics of the lamp.

The technical result of the proposed utility model includes the possibility of installing a flashlight on small arms, increasing the power of a focused light flux due to the installation of an optical light unit with a xenon lamp, a tube holder in the form of a tube with a grid that facilitates focusing the light flux, and the possibility of installing color filters for signaling , the ability to work the lamp in two modes - constant and short-term, increased strength characteristics of the lamp due to the manufacture of Nia main components and parts of its high-impact plastic "Armamid" execution of a lantern in the dust and waterproof performance due to the fact that all threaded connections sealed with sealing parts rubber rings.

The technical result is achieved due to the fact that the tactical lamp contains a housing, a head, a light optical unit, glass, a tube, a holder in the form of a pipe with a safety net, a back cover with a push-button switching mechanism, two embedded bushings of conductive metal with the possibility of installing elements in them power supply, contact spring and rubber o-rings. The lamp housing has a cylindrical shape, on the outside of which a tide is made with the universal Picatinny groove and a locking mechanism designed to rigidly fix the lamp to the corresponding guide rails on the weapon.

In the front part of the lantern housing, with a thread with a rubber sealing ring, a head is mounted for mounting the optical light unit. A tube in the form of a pipe is screwed onto the front end of the head, which serves to fasten this unit and glass with a rubber gasket. A holder is also screwed into the front end of the tube, also in the form of a pipe, with a safety net that holds the light filter placed to the rubber ring of the tube on the front side and also limits the propagation of the light flux to the sides of the axis of the lamp. A safety net protects the glass from exposure to foreign objects and improves focusing of the light flux.

In the back of the case, a back cover is fastened to the thread protected by the sealing rubber ring, in which there is a push button switch, consisting of a power button made of conductive metal, with a rubber sealing ring and a return spring. The outer part of the button is insulated with a rubber cap.

In the inner cavity of the lamp housing and the head are two embedded bushings made of a conductive metal, connected by a contact spring, with the possibility of installing two batteries in them.

All the main components and parts of the lamp, except electrically conductive, are made of impact-resistant plastic "Armamide".

The inventive utility model is illustrated by drawings:

figure 1 - tactical flashlight, General view;

figure 2 - tactical flashlight in section;

figure 3 - tactical flashlight, rear view with a cut along the latch.

The tactical flashlight contains a housing 1 (Fig. 1, 2) having a tide in the lower part, in which a groove is made for mounting on the Picatinny rail and a locking mechanism for attaching the flashlight to the weapon, consisting of a latch 2, button 3, spring 4 and handles 5 (figure 3).

On the front side of the housing 1 according to FIG. 2, a head 7 is mounted on an internal thread with a rubber sealing ring 6, inside which an optical light unit 8 “6V Lamp Surefire-РБО” (USA) is installed, protruding beyond the edges of the head, equipped with a xenon lamp with an operating voltage of 6 century, having a luminous flux of 60 Lm, a reflector, an insulating sleeve, two contact springs, which also play the role of an oscillation damper for the lamp with a repeated aimed shot, and glass 9 with a rubber gasket 10 pressed against the edges of the reflector by a tube 11, probably is threaded with a rubber sealing ring 12, in front of the head. On the other side of the tube 11, at the end of its internal threaded part, a rubber ring 13 is installed with the possibility of installing a color filter 14 in it in the form of a red, blue or green plexiglas disk 1.5 mm thick. The filter is held by means of a holder 15 with a safety net 16, which serves to limit the propagation to the sides of the light flux and its focus., Screwed into the front threaded part of the tube.

In the rear part of the lantern housing, a rear cover 17 is mounted on a thread with a rubber sealing ring, in which there is a button mechanism for turning on the lamp, comprising a button 18 with a rubber sealing ring 19, the outer part of which is insulated with a rubber cap, and a return spring 20.

Two embedded bushings 21 and 22 are installed in the inner cavity of the lamp housing 1 and head 7, connected by a spring 23 made of conductive metal to provide electrical contact, with the possibility of placing two batteries of type SF-123A or CR-123A with a voltage of 3 V.

The principle of operation of the locking mechanism: when you press the button 3 (Fig. 3) of the latch, turn the handle 5 (Figs. 1, 3) 180 ° so that the flats of the latch shaft 2 are at the bottom, put the lamp on the corresponding guide of the Picatinny rail on the arms and , again, by pressing the button 3, turn the handle 5 by 180 ° so that the flat of the retainer shaft is at the top, and the shaft with its round part fixes the position of the lamp in the slot of the Picatinny rail.

The principle of operation of the flashlight in the short-term mode: when the control button 18 is pressed between it and the insert sleeve 21, the gap δ is removed (Fig. 1), the electric circuit from the batteries is closed to the light unit 8 and the lamp lights up, when the button 18 is released, the spring 20 returns it to the initial position, the circuit opens and the light goes out.

The principle of operation of the flashlight in constant mode: when screwing the cover 17, button 18 shifts and comes into contact with the plug-in sleeve 21, thereby closing the electric circuit from the batteries to the light unit, while the lamp starts to light up continuously, while the cover 17 is fixed to location. When the cover is unscrewed, the button 18, under the influence of the return spring 20, comes out of contact with the sleeve 21, the circuit opens, and the light goes out.

Claims (2)

1. Tactical flashlight containing a cylindrical body with a cavity for accommodating two batteries, mounted with the ability to attach to the contacts of a lamp placed on one side of the body, a cover with a push-button switching mechanism mounted on the other side of the body with the ability to close-open the electric circuit, by a button with a rubber cap, the spring installed in the cover with the possibility of placing its helical spiral part inside the housing and contact with the battery, on the cover over its part, is covered threaded, a rubber sealing ring is installed, and the lantern contains a head mounted on the housing with the possibility of its removal, a rubber sealing ring mounted on the housing from the side of the lamp above the part covered with thread, characterized in that the tide is made from the outside of the housing with with a groove for mounting on the Picatinny rail and a locking mechanism consisting of a retainer, a button and a spring, with the possibility of fixing the flashlight to the weapon, two acladding bushings of a conductive metal, with a contact spring connecting them, with the possibility of installing two batteries for electrical contact with the lamp, an optical light unit is installed in the inner cavity of the head, protruding beyond the edges of the head, containing a xenon lamp, a reflector, an insulating sleeve and two springs, on the external part of the head on the thread, in front of which a rubber ring is installed, a tube in the form of a pipe with a rubber gasket at the end of the threads is installed on the side of the optical light unit holding a glass pressed against the edges of the reflector, on the other side of the tube at the end of its internal threaded part there is a rubber ring with the possibility of installing a color filter on it, held in place by a holder in the form of a pipe with a grid mounted on it with an external side. 2. The tactical lamp according to claim 1, characterized in that the lamp housing and all non-conductive parts are made of impact-resistant plastic Armamide.