PRESSURE-CONTROLLED TACTICAL SWIMMING LIFE VEST

Abstract

The invention relates to a pressure-controlled tactical mission life vest used in tactical military operations on and under water. The tactical mission life vest includes a BC valve (1), an oral tube (2), at least two independent inflation tubes (6), at least two detonating mechanisms (8) connected to the inflation tubes (6), a first handle (3), a second handle (7) and a D-like ring buckle system (9) to provide buoyancy to the user and to adjust the user's level in the water. The independent operation of the inflation tubes (6) allows for two separate inflations during the same mission without changing tubes. The BC valve (1) adjusts the amount of air inside the vest. This ensures the user is kept at the desired level on or under the water and allows for a rapid exit from deep water.

Description

1 Specifications PRESSURE-CONTROLLED TACTICAL SWIMMING LIFE VEST Technical Area The invention is a personal buoyancy and lift control device for use above and below water. The invention relates to the technical field of equipment. In particular, with regard to IPC classification... Life-saving and flotation equipment under B63C 9 / 00 and B63C 11 / 00 This can be evaluated within the scope of underwater work and diving equipment. The invention is particularly useful in military and tactical operations, where the user can operate on or near water. keeping it at the desired level below, making a rapid exit from deep water, and military 10 pressure-controlled, manual equipment that facilitates swimming motion. with an inflatable and adjustable buoyancy tactical duty life vest It is related. State of the Art 15 Today, life jackets and lifting equipment are used in surface and underwater operations. force compensators are devices worn on the user's body that can be inflated with gas or air. Technique that provides positive lift force to the user through compartments. These are the components. In known systems, buoyancy is generally achieved using carbon dioxide. cartridges, breathing gas cylinders, oral inflation tubes or 20 connected to diving equipment This is achieved through inflation valves. Emergency inflation with disposable gas cartridges in existing flotation equipment. This can be done, and in some diving systems, the air volume inside the vest can be released. It can be adjusted with valves. However, in military operations, the user Because it was carrying weapons, ammunition, communication devices and other tactical equipment, 25 Only civilian-use life jackets or standard diving stabilizers are sufficient. It does not provide technical performance. Especially a second inflation during the mission. 2 This can be achieved by reducing the lift force in a controlled manner according to the operational conditions. The vest can be increased in height, allows for quick exit from deep water, and provides a snug yet fast fit to the body. It must be able to be fixed in place in a removable manner. Examples of patents included in the current technology are: Patent document number US3866253A, titled “Divers buoyancy vest,” describes two 5-inch buoyancy vests for divers. It describes an inflatable buoyancy vest with separate compartments. One compartment One compartment is inflated with carbon dioxide gas, the other with air; the vest has an oral adapter. Inflation and deflation valves are used. The document is on Google Patents. It has been published and is available: US3866253A. This technical solution involves 10 methods for controlling buoyancy during diving. While the structure is provided, it is also used with weapons and equipment in military tactical missions. Two separate, independent manual detonation mechanisms for the same task. Quick-release tactical fastening with inflation capability and D-like ring buckle system. The structure is not provided together. 15 No. US4681552A, titled “Combined life vest device and buoyancy compensator” Patent document for diving equipment, life jacket and buoyancy device. It describes a system that combines balancing functions. The system incorporates different weather conditions. leakproof compartments and buoyancy balancing structure associated with the diving tank This patent includes a life vest and buoyancy compensator. While combining their functions, the military tactical mission life vest has 20 Two manual carbon dioxide inflations without changing the cylinder in the same task two independent blasting mechanisms for execution and by the user BC Oral backup inflation with precise lift force adjustment via valve. The combination is not disclosed. Document number US6592298B2 titled “Buoyancy compensator for scuba divers” 25 This patent document describes an inflatable vest for divers, with inflation control and a release valve. It describes a buoyancy compensator that includes inflation and... valve for controlling unloading operations via a single control. It has a structure. The document has been published on Google Patents. 3 It is accessible: This patent provides buoyancy control for diving purposes. Together, two specially configured for surface and underwater tactical military operations. 1 independent carbon dioxide inflation tube, 2 independent manual blasting tubes mechanism, ergonomic grips and D-like ring buckle system with the same body A combined mission life vest is not described on it. 5 “Buoyancy compensator with detachable shoulder section” no. US5020941A The patent document, titled "A removable shoulder section for buoyancy control for divers," describes a lifting system. It describes the system's balancer. The system adapts to different body sizes. It includes a shoulder strap structure and an inflatable air chamber. In this patent; While providing the advantage of wearability and body conformity, military operation 10 Two independent carbon dioxide inflation sources for rapid exit from deep water during the process, Manual blasting handles and BC valve with stepped lift force adjustment. Not offered. Purpose of the Invention 15 The purpose of the invention is to eliminate the technical problem inherent in the previous technique; in military and tactical operations, the user's weapons and equipment are on the water. or maintaining the desired level underwater, rapid exit from deep water ensuring that the inflation tube is inflated at least twice during the same task without changing it. This can be done by adjusting the lifting force by the user according to the task conditions, 20 It can be adjusted in a controlled manner and the vest fits snugly to the body but can be removed quickly. a pressure-controlled tactical life vest structure that allows it to be secured in place It is the development of. The invention is intended for tactical military operations conducted on and under the water. Lifting capacity 25, depending on the depth at which the user is located, the load condition, and the mission requirements. The goal is to provide a tactical mission life vest whose force can be adjusted in a controlled manner. The invention involves two independent blasting mechanisms and two connected devices. Since an inflation tube is used, two separate missions can be carried out without changing the inflation tube during a single mission. 4 Inflation can be performed. This structure increases mission continuity and provides a backup in case of emergency. It provides inflation capacity. With this invention, the amount of air inside the vest can be controlled using a BC valve. Thus, the user's level, balance, and position in the water are monitored for the task. It can be adjusted according to the conditions. 5 The invention allows for manual air supplementation via an oral tube. This structure utilizes carbon dioxide. In addition to the gas inflation option, it provides a backup inflation method. The invention allows the user to attach a tactical mission life vest via a D-like ring buckle system. It fits snugly to the body and can be quickly removed if needed. This feature supports mobility with military equipment and the safety of emergency evacuations. 10 Thanks to the invention and ergonomic handles, the blasting mechanisms are operated manually. This The structure is manual in operating conditions where gloves are used or visibility is limited. It increases accessibility. Industrial Applicability 15 The invention is applicable to marine equipment, military textiles, defense industry, diving equipment, and specialty sectors. operational equipment, search and rescue equipment, and personal flotation equipment It can be produced and used in production areas. The components of the invention are textile production, valves. assembly, compressed gas cylinder integration and mechanical buckle connection techniques It can be manufactured reproducibly under industrial conditions using this method. Therefore, 20 The invention is industrially applicable under EPC Article 57. Explanation of the Figures Figure 1 is a front perspective view of the tactical mission life vest that is the subject of the invention. Figure 2 shows a rear perspective view of the tactical mission life vest that is the subject of the invention. 25 Explanation of References Ref. No. Description 1 BC valve 2 Oral tubes 3 First handle 4 storage pockets Shoulder belt 6 inflation tubes 7 Second handheld 8 Detonation mechanisms 9 Buckle system Detailed Description of the Invention The invention allows the user to operate in military and tactical operations, either on or under the water. maintaining the desired level, rapid exit from deep water, and military equipment. pressure-controlled, manually operated devices that facilitate swimming motion. It is an inflatable tactical duty life vest with adjustable buoyancy (Figures 1 and 2). The tactical mission life vest that the invention is based on is used in tactical military operations on the surface and underwater. In operations, the user's level above or below the water is controlled. 10 adjustments made in this way, rapid exit from deep water and swimming with military equipment A pressure-controlled personal device structured to facilitate movement. It is flotation equipment. The tactical mission life vest is designed to be worn on the user's torso. It has an inflatable carrier structure. The tactical mission life vest in question is shown in Figure 1, 15 BC valve (1), oral tube (2), first handle (3) located on the visible part, as seen in Figure 2. second handle (7), inflation tubes (6), blasting mechanisms (8) and D-like ring It is designed to work together with the buckle system (9). 6 The BC valve (1) shown in Figure 1 controls the air volume inside the tactical mission life vest. a lift force that can be adjusted in a controlled manner by the user It is the control element. The amount of air inside the tactical mission life vest is controlled via the BC valve (1). can be reduced or balanced. In this way, the tactical mission life vest's lift force, depends on the user's mission conditions, position in the water, and the military equipment they carry. The BC valve (1) is adjusted according to the weight of the equipment. The BC valve (1) allows the user to adjust the level in the water and It provides technical assistance in controlling the balance position. The oral tube (2) shown in Figure 1 is inserted into the mouth by the user of the tactical mission life vest. It is structured in such a way as to allow it to be inflated via the oral tube (2), In addition to the possibility of inflation with carbon dioxide gas, there is a backup manual inflation line 10 This ensures that when the inflation tube (6) is not used or additional air is added If necessary, the air volume inside the tactical duty life vest can be increased via the oral tube (2). is increased. The tactical life vest has two independent detonation mechanisms. (8) is positioned (figure 2). Each blasting mechanism (8) is connected to the corresponding inflation tube 15 It is functionally connected with (6). The blasting mechanism (8) is operated manually. As a result, the carbon dioxide gas inside the relevant inflation tube (6) of the tactical mission life vest It enables transfer into it. The preferred application is the blasting mechanism (8), UML The MICARO MANUAL type is implemented as a manual mechanism. The inflation tube (6) shown in Figure 2 is a pressurized tube containing carbon dioxide gas. It is structured. In the preferred application, each inflation tube (6) weighs 33 g. It is filled with carbon dioxide. In acceptable applications, the inflation tube (6) The carbon dioxide filling rate depends on the design lift force of the tactical mission life vest. The selection is based on the user's weight and workload. The preferred value is 33 g, but this varies depending on the user's weight and workload. Cylinders with equivalent gas volume that will provide the same technical effect in the requirements 25 available. The first handle (3) shown in Figure 1 and the second handle (7) shown in Figure 2 allow the user to... ergonomic control that enables the manual operation of the relevant blasting mechanism (8) They are elements. First handle (3) and second handle (7) are on the tactical mission life vest. 7 It is positioned in areas accessible to the user. This placement allows the user to... The relevant blasting can occur underwater or on the surface, even when using military gloves. You can operate the mechanism (8) manually. The first inflation tube connected to the first blasting mechanism (8) shown in Figure 2. (6) and the second inflation tube (6) connected with the second blasting mechanism (8) are 5 It operates independently. Thanks to this independent operating mechanism, the initial inflation process After that, the second inflation tube (6) remains usable. Thus, the same task can be performed. Two separate inflation operations are performed without changing the inflation tube (6) inside. This feature is the same as the previous one. mission continuity compared to single-tube or single-use inflation systems in the technology increases. 10 The D-like ring buckle system (9) shown in Figure 2, of the tactical mission life vest It should be adjusted snugly to the user's body and quickly accessible when needed. It is a mechanical fastening device that allows for removal. D-like ring buckle system. (9), tactical mission life vest with weapon and military equipment on the user It helps maintain the position relative to the body. Thus, tactical 15 during swimming. The displacement of the mission life vest is reduced and the user's mobility is improved. It is supported. In its preferred application, the tactical life vest is used by special operations units. It is configured to be suitable for use with weapons and equipment. In this application... Tactical mission life vest, two 33 g carbon dioxide filled inflation tubes (6), 20 Two UML MICARO MANUAL type blasting devices are attached to these inflation tubes (6). mechanism (8), first handle (3) and second handle which operate the detonation mechanisms (8) handle (7), BC valve (1) which adjusts the lifting force, spare manual inflation oral tube (2) and D-like ring buckle providing quick adjustable connection to the body The system includes (9) (Figure 2). 25 During operation of the tactical life vest, the user may use the first handle (3) if necessary. or manually activate the relevant detonating mechanism (8) via the second handle (7). It activates the bursting mechanism (8) inside the inflation tube (6) to which it is attached. It enables the transfer of carbon dioxide gas into the tactical mission life vest. Gas transfer 8 As a result, the tactical mission life vest is inflated and buoyancy is applied to the user. The user can reduce the amount of air inside the vest via the BC valve (1) or It adjusts its level in the water by balancing it. If necessary, via the oral tube (2) Additional air is added to the tactical mission life vest. In one application, a 33 g carbon dioxide cylinder is used as an inflation tube (6). Another 5 In practice, the inflation tube (6) can meet the same lifting force requirement with different It can be selected as a carbon dioxide cylinder with a specific volume or gas quantity. Alternatively... The blasting mechanism (8) is an equivalent pressure-operated mechanism that works by manual pulling action. It can be implemented in the form of a gas release mechanism. In one application, a D-like ring buckle system (9), metal D-rings and textile 10 It is made of straps. In another application, a D-like ring buckle system (9), stainless steel, aluminum alloy, or polymer resistant to seawater corrosion. It can be manufactured with high-strength buckle components. Preferably corrosion resistant. Due to its mechanical strength, a stainless steel D-ring structure is used. In one application, the outer carrier textile surface of a tactical duty life vest was exposed to seawater and 15... It is made from synthetic fabric resistant to mechanical abrasion. In another application, it is mentioned... The subject is the outer surface, coated polyamide, coated polyester or technical textile based. It is made of composite material. These material alternatives are used in military operations. under these conditions, it meets the requirements for tear resistance, water resistance and long-term use. They meet. 20

Claims

9 REQUESTS 1. The invention enables the user to perform tactical military operations on the surface and underwater. an oral tube (2) used for buoyancy and adjustment of buoyancy and a tactical mission life vest featuring a D-like ring buckle system (9), A BC valve (1) located on it will operate independently of each other. at least two arranged inflation tubes (6), each inflation tube (6) with functional connection at least two blasting mechanisms (8) and the aforementioned blasting a first configured to operate its mechanisms (8) manually It is characterized by having a handle (3) and a second handle (7).

2. According to claim 1, adjusting the amount of air inside the life vest to increase lift. will allow the force to be regulated in a controlled manner by the user. It is characterized by the BC valve (1) configured in this way.

3. According to Claim 1, as pressurized cylinders filled with carbon dioxide gas. It is characterized by structured inflation tubes (6).

4. According to Claim 1, the UML MICARO MANUAL type manual blasting mechanism 15 It is characterized by the blasting mechanism (8) which is structured as follows.

5. According to Claim 1, by working independently of each other; during the same task Characterized by an inflation tube (6) that provides two separate inflation processes without changing it. is being done.

6. According to Claim 1, the tactical mission life vest must be inhaled orally by the user for 20 minutes. characterized by an oral tube (2) structured to allow it to be inflated. is being done.

7. According to Claim 1, the tactical mission life vest must be fitted tightly to the user's body. D-like configuration that will adjust and enable quick extraction It is characterized by its ring buckle system (9). 25 8. According to Claim 1, located in areas that the user can manually access. The first handle (3) and which are configured as ergonomic manual control elements. It is characterized by its second handle (7).

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