CN217218243U - General buoyancy system of aerifing of for military use individual soldier's tactical undershirt - Google Patents

Abstract

The utility model relates to a military individual soldier equips the field, especially relates to a general buoyancy system of aerifing of military individual soldier tactics undershirt, including setting up the buoyancy subassembly in the undershirt outside, the buoyancy subassembly includes that the inside has the gasbag that holds the cavity, the gasbag is connected with the hose that conducts gas to it, the hose is connected to the air cock that charges the gassing to the gasbag, user's mouth blows to the air cock, gas gets into the gasbag through the hose, increases the buoyancy of undershirt, the utility model discloses set up a plurality of gasbags in the picture peg storehouse around the undershirt, aerify in the gasbag through the air cock is synchronous, form multiple buoyancy to the undershirt all around and hold, can inflate fast in all kinds of complicated water boundary task scene, produce buoyancy, adaptation I army special war personnel carry out all kinds of water boundary battle tasks, it is quick and convenient to use, general many money tactics undershirts, small in size, light in weight, the operation is noiseless, high concealment and wide application range.

Description

General buoyancy system of aerifing of for military use individual soldier's tactical undershirt

Technical Field

The utility model relates to a for military use individual soldier equips the field, especially relates to a general buoyancy system of aerifing of for military use individual soldier tactics undershirt.

Background

The single-soldier tactical vest is common equipment used by a military in war, is used for carrying various combat weapons, has a protection effect on combat personnel, and brings convenience to combat.

In the modern operation environment, special fighters often meet the inter-water operation environment, such as scenes with water area operation links, such as cross swimming, beach landing, water area vertical descent, naval vessel operation and the like, the special fighters increase the load bearing strength of the special fighters and consume a large amount of physical energy of the fighters when wearing tactical vests and carrying weapons to pass through the water, and because no special buoyancy assisting equipment corresponds to the water area operation scene, at present, the army often adopts floatables, such as foam and the like, to be filled into a clothes pocket, the knapsack is sealed by a large-size sealing bag to pass through the water area by means of buoyancy of the knapsack on the water surface, an external floating bag, floatability and the like, and the external floatage is not necessarily available at hand no matter how safe, the battlefield environment is changed into a great variety, and the carried floatage occupies the equipment space and is not beneficial to operation.

SUMMERY OF THE UTILITY MODEL

The utility model aims at solving the following problems existing in the prior art: when special fighters wear the tactical vest and carry weapons to pass through the water, the load bearing strength of the special fighters is increased, physical energy of the fighters is greatly consumed, and the quick combat is not facilitated.

For solving the problem that prior art exists, the utility model provides a general buoyancy system of aerifing of for military use individual soldier tactics undershirt, including setting up the buoyancy subassembly in the undershirt outside, buoyancy subassembly has the gasbag that holds the air including inside, and the gasbag is connected with the hose to its conduction gas, and the hose is connected and is filled the air cock of gassing to the gasbag, and the user's mouth blows to the air cock, and gas gets into the gasbag through the hose, increases the buoyancy of undershirt.

Preferably, the front portion and the rear portion of undershirt all are provided with chest back picture peg storehouse, the both sides of undershirt are provided with waist picture peg storehouse, all are provided with the gasbag in chest back picture peg storehouse, the waist picture peg storehouse, and in chest back picture peg storehouse, waist picture peg storehouse were arranged in to a plurality of gasbags, form multiple buoyancy to the undershirt all around and hold with, improve special war personnel stability of marcing.

Preferably, chest back picture peg storehouse link up the bottom of undershirt, the edge of chest back picture peg storehouse end opening is sealed through the magic subsides and is packaged with the sealing layer, the top in waist picture peg storehouse has the opening, and the opening position is provided with the zip fastener, and chest back picture peg storehouse, waist picture peg storehouse all can be conveniently opened, make things convenient for placing and accomodating of gasbag.

Preferably, all be provided with the picture peg in waist picture peg storehouse and the chest back picture peg storehouse, the gasbag is located the inboard of picture peg makes the picture peg have the protection effect to the gasbag, and the gasbag improves the intensity that the picture peg resisted the bullet to a certain extent moreover.

Preferably, the soft air pipes connected with the air bags and the air nozzles are communicated with each other through the adapters, so that the air bags are synchronously inflated and deflated, and the buoyancy adjusting efficiency is improved.

Preferably, the surface and the shoulders of the vest are respectively sewn with a MOLLE strip and a shoulder pad fixing strip, and the air hose passes through the MOLLE strip and the shoulder pad fixing strip and is attached to the surface of the vest for limiting the air hose and avoiding being easily hooked by an external object in a loose state.

Preferably, the air tap is arranged at the shoulder position of the vest and positioned at the front side of the vest, so that the air tap is close to the mouth position of a user, the user can conveniently and rapidly inflate the air bag, and the fast-paced combat environment is adapted.

Preferably, the air cock includes the outer tube, and the inside of outer tube has the toper chamber, and the toper chamber is link up at the both ends of outer tube, and the inside slip adaptation of outer tube has the awl piece, and the awl piece passes through the spring coupling outer tube, and the outer tube is close to the one end connection hose of awl piece, and the other end of outer tube is inside to be provided with presses the handle, presses handle fixed connection the awl piece, the free end and the contact of user's mouth of outer tube, the gaseous impact awl piece that the mouth blew out make it overcome the elasticity slip of spring, and the toper chamber is opened for conduct gas to the hose in, under the normality, through the elasticity of spring and the inside atmospheric pressure of hose, make the awl piece hug closely the toper chamber, avoid the inside gas of gasbag to leak outward, directly press the pressure handle during the exhaust, make the awl piece aversion open the toper chamber for exhaust.

Compared with the prior art, the utility model provides a general buoyancy system of aerifing of for military use individual soldier tactical undershirt has following beneficial effect:

the utility model discloses in the picture peg storehouse with a plurality of gasbags setting all around the undershirt, aerify in the gasbag in step through the air cock, form multiple spot buoyancy to the undershirt all around and add and hold, can quick aerate at all kinds of complicated water boundary task scene, produce buoyancy, the I army special war personnel of adaptation carry out all kinds of water boundary battle tasks, it is quick convenient to use, general many money tactics undershirt, small, light in weight, the operation noiselessness, it is disguised strong, application scope is extensive.

Drawings

Fig. 1 is one of the overall structural diagrams of the present invention;

fig. 2 is a second schematic view of the overall structure of the present invention;

FIG. 3 is a schematic view of the buoyancy module of the present invention;

FIG. 4 is a schematic structural view of the chest-back inserting plate bin of the present invention;

fig. 5 is a schematic view of the air faucet structure of the present invention.

The reference numbers in the figures: 1. an air bag; 2. an air tap; 21. an outer tube; 22. a tapered cavity; 23. a conical block; 24. pressing the handle; 3. softening the trachea; 4. an adapter; 5. a waist board inserting bin; 6. a chest and back inserting plate bin; 7. a sealing layer; 8. shoulder pad fixing strips.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention to the particular embodiments shown and described, such as modifications to the shape or construction of the invention.

The following detailed description is provided for the specific embodiments of the present invention.

Example one

As shown in figures 1-4, the general inflatable buoyancy system for military individual tactical vests is assembled by the following components:

assembly description: buoyancy module includes gasbag 1, gasbag 1 has four, chest back picture peg storehouse 6 of position around four gasbags 1's shape and the undershirt, the waist picture peg 5 adaptation of position about, place the gasbag in chest back picture peg storehouse 6 and waist picture peg storehouse 5, and place the inboard of picture peg, a plurality of soft trachea 3 and adapter 4's port one-to-one, soft trachea 3 alternates in shoulder pad fixed strip 8, the constraint is outside at the undershirt, gasbag 1 is connected with soft trachea 3 one-to-one, be connected air cock 2 with one of them soft trachea 3, and place air cock 2 in the anterior shoulder position of undershirt.

The working principle is as follows: as the bulletproof flashboards are designed to be curved surfaces and have certain radian, certain space can be formed in a chest and back flashboard cabin 6 and a waist flashboard cabin 5 of the vest, the thickness of the air bag 1 is 2mm in a normal state, the air bag 1 is not inflated or filled with air, space occupation is not influenced, when the buoyancy of the vest needs to be improved, the mouth of a user blows up to the air nozzle 2, air is introduced into each air bag 1 through the soft air pipe 3, the air bags 1 expand, and the air bags 1 are arranged in the chest and back flashboard cabin 6 and the waist flashboard cabin 5 to form multi-point buoyancy for holding the vest;

in addition, the inflation inlet of the vest chest and back airbag 1 is arranged at the upper left and the upper right, after the bulletproof inserting plate bin of the vest is inserted, the inflation inlet is folded to be stored in the space above the inserting plate bin, the vest chest and back airbag cannot be pressed by the inserting plate, people cannot be pressed by the inserting plate, the upper left and the upper right are designed, the inflatable airbag in the front piece and the back piece of the vest is conveniently inserted into the airbag, the inflatable airbag in the front piece and the back piece of the tactical vest is connected through the inflatable guide pipe, the bottom of the chest and back inserting plate bin 6 penetrates through the bottom of the vest, one side of the sealing layer 7 is sewn at the edge of the bottom opening of the chest and back inserting plate bin 6, the bottom opening of the chest and back inserting plate bin 6 is packaged at the other side through the magic tape, the top of the waist inserting plate bin 5 is provided with an opening, and the zipper is arranged at the opening position, and the airbag 1 can be conveniently placed and stored.

Example two

As shown in fig. 1-5, the general inflatable buoyancy system for military individual tactical vests is assembled by the following components:

assembly description: the buoyancy assembly comprises air bags 1, the four air bags 1 are arranged, the four air bags 1 are matched with a chest and back inserting plate bin 6 and a waist inserting plate bin 5 at the left and right positions in shape, the air bags are arranged in the chest and back inserting plate bin 6 and the waist inserting plate bin 5 and are arranged on the inner sides of inserting plates, a plurality of air hoses 3 are connected with ports of an adapter 4 one by one, the air hoses 3 are inserted in shoulder pad fixing strips 8 and are bound outside the vest, the air bags 1 are correspondingly connected with the air hoses 3 one by one, an air tap 2 is connected with one of the air hoses 3 and is arranged at the shoulder position in front of the vest, the air tap 2 comprises an outer pipe 21, a conical cavity 22 is arranged inside the outer pipe 21, two ends of the conical cavity 22 penetrate through two ends of the outer pipe 21, the conical block 23 is matched with the conical cavity 22 in a sliding manner, the conical block 23 is connected with the outer pipe 21 through a spring, one end, close to the conical block 23, of the outer pipe 21 is connected with the air hoses 3, a pressing handle 24 is arranged inside the other end of the outer tube 21, and the pressing handle 24 is fixedly connected with the conical block 23.

The working principle is as follows: the bulletproof flashboards are designed to be curved surfaces and have certain radian, certain space can be formed in a chest back flashboard cabin 6 and a waist flashboard cabin 5 of the vest, the thickness of the air bags 1 is 2mm in a normal state, the air bags 1 are not inflated or filled with air, the space occupation is not influenced, when the buoyancy of the vest needs to be improved, the mouth of a user blows up the air nozzles 2, the air is introduced into each air bag 1 through the soft air pipes 3, the air bags 1 expand, and the air bags 1 are arranged in the chest back flashboard cabin 6 and the waist flashboard cabin 5 to form multi-point buoyancy to support the vest in all directions;

in addition, the inflation ports of the air bags 1 at the chest and the back of the vest are arranged at the upper left and the upper right, after the air bags are inserted into the bulletproof inserting plate bin of the vest, the inflation ports are folded to be stored in the space above the inserting plate bin, and cannot be pressed by the inserting plate and press people, and the upper left and the upper right are designed so that the air bags are conveniently inserted into the front piece and the rear piece of the vest, and the inflation guide pipes connect the inflation air bags in the front piece and the rear piece of the tactical vest;

the working principle of the air faucet 2 is as follows: the free end of the outer tube 21 is in contact with the mouth of a user, the air blown out from the mouth impacts the conical block 23 to enable the conical block 23 to overcome the elastic force of the spring to slide, the conical cavity 22 is opened and used for conducting the air into the air hose 3, in a normal state, the conical block 23 is enabled to be tightly attached to the conical cavity 22 through the elastic force of the spring and the air pressure inside the air hose 3, the air inside the air bag 1 is prevented from leaking outwards, the pressing handle 24 is directly pressed during air exhaust, and the conical block 23 is enabled to be shifted to open the conical cavity 22 and used for air exhaust.

Claims (8)

1. The utility model provides a general buoyancy system of aerifing of military individual soldier tactics undershirt, is including setting up the buoyancy subassembly in the undershirt outside, its characterized in that, buoyancy subassembly have gasbag (1) that hold the air including inside, gasbag (1) are connected with soft trachea (3) to its conduction gas, and soft trachea (3) are connected and are filled air cock (2) of gassing to gasbag (1), and the user's mouth blows to air cock (2), and gas gets into gasbag (1) through soft trachea (3), increases the buoyancy of undershirt.

2. The general inflatable buoyancy system for military individual tactical vests as claimed in claim 1, wherein the front and rear parts of the vest are provided with chest-back insert plate chambers (6), the two sides of the vest are provided with waist insert plate chambers (5), and air bags (1) are arranged in the chest-back insert plate chambers (6) and the waist insert plate chambers (5).

3. The general inflatable buoyancy system for military individual tactical vests as claimed in claim 2, wherein the chest and back insert plate bin (6) penetrates the bottom of the vest, the sealing layer (7) is sealed at the edge of the bottom opening of the chest and back insert plate bin (6) through a magic tape, the top of the waist insert plate bin (5) is provided with an opening, and the opening part is provided with a zipper.

4. The general inflatable buoyancy system for military individual tactical vests according to claim 3 wherein the waist insert plate chamber (5) and the chest back insert plate chamber (6) are provided with insert plates inside of which the air bags (1) are located.

5. The general inflatable buoyancy system for military individual tactical vests according to claim 2 wherein the flexible air tubes (3) connecting the air bags (1) and the air nozzles (2) are interconnected through an adapter (4).

6. The general inflatable buoyancy system for military individual tactical vests as claimed in claim 1, wherein MOLLE strips and shoulder pad fixing strips (8) are sewn on the surface and shoulders of the vest respectively, and the air hose (3) is attached to the surface of the vest through the shoulder pad fixing strips (8).

7. The general inflatable buoyancy system for military individual tactical vests according to claim 1, wherein the air nozzle (2) is arranged at the shoulder position of the vest, and the air nozzle (2) is located at the front side of the vest.

8. The general inflatable buoyancy system of military individual soldier tactical vest of claim 7, characterized in that, air cock (2) includes outer tube (21), and the inside of outer tube (21) has toper chamber (22), and the both ends of outer tube (21) link up toper chamber (22), and the inside slip adaptation of outer tube (21) has awl piece (23), and outer tube (21) is connected through spring to awl piece (23), and the hose pipe (3) is connected to the one end that outer tube (21) is close to awl piece (23), and the other end inside of outer tube (21) is provided with presses handle (24), presses handle (24) fixed connection awl piece (23).

Images