UA142355U - CLOSED TYPE CONTROLLED STARTING DEVICE - Google Patents

Abstract

The controlled launcher of the closed type contains the case. In this case, the housing contains at least one starting module of the closed type, the control unit, at least one battery, at least one element indicating the status of the starting module, at least one element indicating the status of the battery. The starting module of the closed type consists of the case in which there is a throwing body, the cut-off piston, a propellant and an initiating element. In this case, the at least one closed-type starter, the control unit, the at least one battery, the at least one battery status indicator, the at least one battery status indicator are configured to be controlled by wire and / or radio.

Description

The useful model belongs to the closed-type controlled starting devices.

From the state of the art, an electric starting device of a locking-starting device is known, which contains a housing with a means of fastening the electric starting device to the mentioned locking-starting device, a bushing in which a needle is fixed, while a shock spring for moving the needle is located in the bushing, an electric actuator for moving the needle, a rotary a hook that includes a locking tooth of the bushing in the retracted position and a longitudinal arm, a stop with a spring-loaded pivot axis that interacts with said longitudinal arm of the hook, a button for manually driving the movement of the needle with a striker. The electric exciter is made in the form of an inductor with a moving core that interacts with the stop, the sleeve is installed coaxially with the inductor, the stop is located opposite the needle. The stop includes a head that interacts with the longitudinal arm of the hook and has a protrusion for fixing the hook tooth on the sleeve, and a lever associated with the said core, the striker of the button of the manual push to move the needle through the lever of the stop interacts with the core of the inductor coil (Ukraine utility model patent

Mo OA 120067, publ. 25.10.2017

From the state of the art, a shut-off and start-up device is known, which contains a housing with an inlet chamber for supplying the working substance, an outlet chamber for removing the working substance, and a locking element. The closing element is made in the form of a membrane installed between the intake and exhaust chambers, and the closing-starting device additionally contains a holding element located in such a way that in the working position it forms a support surface for the membrane Ipatent of Ukraine for utility model Mo OA 54325, publ. 11/10/2010...

A lock-and-start device is known from the prior art, which includes a housing with an inlet opening and a cover with an outlet opening, a membrane that separates the inlet and outlet openings, at least one longitudinal channel passing through the housing and the cover, and an annular groove connected thereto in the cover, pistons with a through hole and protruding parts and a hollow needle are placed in the housing and electromagnetic or pyro cartridge automatic starting devices, a manual starting device and a shut-off valve are mounted in the housing, and the protruding parts of the piston are in contact with an annular valve, which is connected at the other end to automatic and manual starting devices, the hollow needle is made with the possibility of breaking the integrity of the membrane when moving the piston under pressure, and the closing-starting device is made with the possibility of

From the connection of the pressure gauge or the charging device through the specified shut-off valve, and the shut-off valve is made as an adjustable needle valve of the pass-through type (patent of Ukraine for a utility model Mo OA 47050, published on January 11, 2010

From the state of the art, a cartridge for extinguishing fires is known, which contains a hollow cylindrical sleeve, inside which a powder charge and an igniter capsule of a powder charge are placed, in which, on one side of the sleeve, in its inner cavity, there is a gas jet shaper, made in the form of a truncated cone, the base which is directed towards the open part of the sleeve, a powder chamber is placed at the top of the gas jet former, made as a cavity filled with a powder charge, isolated from the gas jet former with a hermetic gasket, the powder chamber cavity is connected to the base of the sleeve by a hole in which the electric igniter capsule is installed, electrical terminals which is connected to the contacts placed outside the sleeve with the possibility of their contact with the contacts of the trigger mechanism of the gun, and the inner cavity of the sleeve is filled with a fire-extinguishing composition, for example, fire-extinguishing powder, while the outlet of the sleeve is closed with a pumice stone or a membrane (patent

of Ukraine on the utility model Mo OA 31517, publ. 10.04.2008

The closest analogue to the proposed device has not been found.

The task of the proposed useful model is to create a new closed-type controlled starting device with increased reliability of operation.

The problem is solved by the fact that the controlled starting device of the closed type, which contains a housing, while the housing contains at least one starting module of the closed type, a control unit, at least one power element, at least one element indicating the state of the starting module, at least one element indicating the state of the power element , while the closed-type launch module consists of a housing in which there are a projectile body, a cut-off piston, a propellant and an initiation element, while at least one closed-type launch module, a control unit, at least one power supply element, at least one status indication element of the starting module, at least one element of the indication of the state of the power element is made with the possibility of control by wired communication and/or by radio channel.

The description of the proposed device is not restrictive, that is, possible further improvements should be clear to the specialist, without going beyond the essence disclosed in the formula. because auxiliary elements can be installed in the case.

As auxiliary elements, preferably, but not limited to, the following are used: a remote guidance element, an element for monitoring the launch area, an element for lighting the launch area, an element that indicates the launch direction (target indicator), a launch validation unit by time, a launch validation unit by location, key launch validation block.

In a controlled launcher of a closed type, as a projecting body, preferably, but not limited to, there can be: flares, fastening elements (dowels), liquids and powders (for example, fire-fighting or tear repellents for self-defense or property protection), striking elements military and police purposes, harpoons (when used underwater), wireless sensors.

The closed-type controlled starting device is made in the form of a product to be held in the hands of the operator or placed on his body (equipment).

The controlled starting device of the closed type includes a case (1), in which the starting module of the closed type (2), control unit (3), power cell (4), an element indicating the state of the starting module and the power cell (5), an auxiliary monitoring unit is installed, lights and/or target pointer (6), validation unit (7). The closed-type launch module consists of a housing (8), a throwing body (9), a cut-off piston (10), a propellant (11), and an initiation element (12). At the same time, at least one starter module of the closed type, control unit, at least one power element, at least one element indicating the state of the starting module, at least one element indicating the state of the power element are made with the possibility of control via wired communication and/or radio channel.

A useful model is explained with the help of the attached drawings.

The drawings tentatively show:

Fig. 1 - controlled starting device of the closed type,

Fig. 2 - closed type module in section.

The proposed device works as follows.

The closed-type module works as follows: a current is applied to the initiation element of the closed-type module (for example, a filament), it glows and ignites a propellant (for example, gunpowder or gas). When burning, the propellant expands and pushes the piston. The piston pushes the hurling body out of the housing, but remains in the housing itself

From the module, as the design does not allow it to fly out. This achieves noiselessness and flamelessness, as the piston locks the gases formed during combustion inside the module and prevents them from escaping in the wake of the hurling body, creating a sound wave and/or a flash of flame.

The controlled starting device of the closed type works as follows: 1. By pressing the "check" button, which is part of the control unit, the readiness of the device for start-up (shot) is checked. According to this command, the control unit checks the sufficiency of the voltage of the power supply element and the integrity of the circuit of the initiation element of each closed-type module. If the circuit is open (burned during start-up or failed for some other reason), then the display unit shows the user the status with the corresponding lights (for example, by the color of the LED or using another panel). Similarly, the user is shown the state of the power element. 2. Press the "fuse" button (or another element that will allow start by time/location/key), which is part of the validation unit and gives permission to the control unit to sequentially initiate the modules upon the next press of the "start" button. 3. When you press the "start" button, which is part of the control unit, current is supplied to the initiation element of the closed-type module and the module starts the throwing body. Each time the "start" button is pressed, the current is supplied sequentially to all modules of the closed loop until they are exhausted (unusable modules are excluded from the cycle, as the control unit singles out modules with an unusable open circuit). At the same time, for each press of the "start" button, it is possible to assign the launch of one module sequentially or several modules at once using switches or software (for example, a group of "three green rockets"). Or it is possible to run all modules in one go. 4. Auxiliary units of observation, illumination and the entire indication are turned on/off from the control unit and provide the operator with the ability to observe the launch zone and the ability to accurately target the launch device.

It should be understood that the examples and implementations of the proposed device described above are only illustrative and various modifications and changes are suggested to those skilled in the art.

The above information does not in any way limit the scope of the rights under the application. (510)

Claims (3)

USEFUL MODEL FORMULA 1. A controlled starting device of a closed type, which contains a housing, while the housing contains at least one starting module of a closed type, a control unit, at least one power element, at least one element indicating the state of the starting module, at least one element indicating the state of the power element, while the starting a closed-type module consists of a housing in which there is a projectile body, a cut-off piston, a propellant and an initiation element, while at least one closed-type launch module, a control unit, at least one power supply element, at least one element indicating the state of the launch module, at least one element of the indication of the state of the power element is made with the possibility of control by wired communication and/or by radio channel. 2. Closed-type controlled starting device according to claim 1, which is characterized by the fact that auxiliary elements are installed in the housing. 3. Closed-type controlled launch device according to claim 2, which is characterized by the fact that a remote guidance element and/or an element for monitoring the launch area, and/or an element for lighting the launch area, and/or an element that indicates the direction are introduced into the housing as auxiliary elements start-up and/or start-up validation block by time, and/or start-up validation block by location, and/or start-up validation block by key. Mr. Ash and. 16 5113 5 J about TOPICS Kene No. Z for i PEV Or DEN NE SHE Ek U Her oz, zd, Sa i idhnlky i x i ov i Y Fig. 1 year Fig. 2