14 results about "Diving suit" patented technology

This utility model discloses a two-piece diving suit, relating to the field of diving suit technology. It includes a diving suit and diving pants, both with an inner protective layer. This protective layer comprises, from the inside out, a skin-friendly layer, a carbon nanotube heating film, a graphene textile fabric, a thermal insulation layer, microcapsules, a rubber layer, an air bladder, an inner lining, a mounting groove, and an outer layer. During use, the diver quickly puts on the two-piece diving suit and diving pants via a waterproof zipper. A water-sealed collar and waist seal form a sealed protective structure. A battery then powers the carbon nanotube heating film and graphene textile fabric, generating heat. This heat, combined with the microcapsule phase change material, regulates body temperature. During diving, the skin-friendly protective layer ensures comfort, and the graphene textile fabric assists in heat conduction. This device actively combats cold water environments, solving the problem of delayed insulation caused by traditional diving suits relying on heavy, passive materials.

The utility model discloses a high protective light diving suit, including diving suit coat and diving trousers, the lower extreme fixed connection of diving suit coat has diving trousers, the outer wall positioning of diving trousers installs the knee protection mechanism. The utility model discloses a high protective light diving suit, the knee protection mechanism of setting can strengthen the protection effect of diving suit coat knee, when diving, the knee can contact hard material, coral, rock and the like, and the knee protection mechanism can effectively prevent the knee from being injured, in some diving activities, such as cave diving or wreck exploration, the knee protection mechanism can provide additional security, prevent the knee from being injured in narrow space, in some diving activities that need walking on the sea bottom, the knee protection mechanism can provide better protection, adapt to different seabed topography, can effectively absorb the impact force, protect the knee.

The invention provides a diving propulsion device and a diving suit. The diving propulsion device comprises at least one angle sensor assembly, and the at least one angle sensor assembly comprises a first sensing unit arranged on the thigh of the diver and a second sensing unit arranged on the shank of the diver on the same side. The at least one angle sensor assembly is configured to sense the included angle between the thigh and the shank of the corresponding side of the diver based on the relative position relation of the first sensing unit and the second sensing unit of the at least one angle sensor assembly. The at least one thruster comprises a thruster body and at least one battery module; and the controller is respectively connected with the at least one angle sensor assembly and the at least one thruster so as to control the at least one thruster based on an included angle signal sensed by the at least one angle sensor assembly. According to the embodiment, the diving propulsion device is flexible in arrangement, convenient to control and capable of liberating two hands.

The utility model relates to the technical field of diving suits, in particular to a rubber dry type shoe connecting diving suit, which comprises a diving cap, gloves, a one-piece diving suit and flipper shoes, the flipper shoes are seamlessly and integrally connected with the one-piece diving suit, the gloves are seamlessly and integrally connected with the one-piece diving suit, the one-piece diving suit comprises an outer layer, a middle layer and an inner layer, and the outer layer is connected with the middle layer. The outer layer is a high-strength rubber material layer, the middle layer is an aerogel interlayer, the inner layer is a polyester fiber material layer, and a water pressure balancing mechanism and a warm keeping mechanism are arranged in the one-piece diving suit. The pressure bearing condition is detected in real time through a micro water pressure sensor arranged on the water pressure balancing mechanism, and when the pressure exceeds a set threshold value, the micro water pressure sensor triggers an inflation valve of a micro carbon dioxide gas cylinder to be opened through an electric signal, so that the inflatable airbag is rapidly inflated, the internal and external water pressure is balanced, and the comfort degree is improved.

The utility model relates to the technical field of elastic diving suits, in particular to a safety vest for pipe supply type diving, which comprises a wearable vest body, a gas cylinder back plate is fixedly mounted at the center of the back of the vest body, and a handle with anti-slip lines is fixedly arranged at the top end of the gas cylinder back plate. Pad pressing bags are symmetrically and fixedly arranged on the left side and the right side of a front part of the waistcoat body, a sliding buckle type waist belt is fixedly arranged on the front part of the waistcoat body, and two sliding buckle type crotch belts are fixedly arranged on the lower portion of the waistcoat body. The safety waistcoat provided by the utility model is convenient for a diver to operate underwater, not only is high in safety, but also can adapt to people with different body types.

The application discloses a portable detection device and method for detecting the outlet pressure of a diving suit inflation device, and comprises the following steps: S11, inserting the right side of the shell of the portable detection device into the inflation interface of the diving suit inflation device and keeping until the reading of the micro-pressure diaphragm pressure gauge is stable; S12, recording the reading of the micro-pressure diaphragm pressure gauge; and S13, cyclically and repeatedly executing steps S11-S12 to measure the reading of the micro-pressure diaphragm pressure gauge for not less than three times, and judging whether the reading of the micro-pressure diaphragm pressure gauge each time is within the numerical range [a, b] or not; if yes, it is indicated that the diving suit inflation device is normal, otherwise, it is indicated that the diving suit inflation device needs to be suspended for use and maintenance. The portable detection device is convenient to operate, can quickly and accurately judge whether the working state of the diving suit inflation device meets the requirements based on the pressure gauge value of the detection device, and thus the life safety of the diver is ensured.

The present application relates to diving equipment technical field, specifically disclose a kind of diving suit with control floating structure, including diving suit main body and gas cylinder, the upper portion and lower portion of diving suit main body are respectively fixed with first floating structure and second floating structure by connecting belt;The first floating structure includes outer ring air bag assembly and inner ring air bag assembly arranged in each other;The outer ring air bag assembly includes several independent air bags, and the inner ring air bag assembly includes annular air bag;The second floating structure includes multiple strip air bags. By independently setting first floating structure and second floating structure in chest and leg, when needing to quickly float, then both can be simultaneously enabled, maximum buoyancy is obtained, and the control of diver to self buoyancy and posture is greatly improved. The exhaust valve arranged in second floating structure can simultaneously generate fast rising large air bubble and slowly diffusing micro air bubble, and very unique and easily identifiable visual mark is formed on water surface.

This utility model relates to a diving suit with reinforced joint areas, comprising a one-piece body with openings in the torso, crotch, arms, legs, and neck. The elbow joint area of ​​the arms and the knee joint area of ​​the legs are respectively provided with annular reinforcing structures, while the shoulder joint area and the hip joint area of ​​the torso are respectively provided with radial reinforcing structures. The annular reinforcing structure includes a tear-resistant base layer, a three-dimensional cushioning interlayer, and a surface abrasion-resistant layer. The base layer resists tear propagation, the interlayer absorbs and disperses the impact and stress generated by flexion and extension movements, and the abrasion-resistant layer resists external friction and scratching. This provides comprehensive protection and reinforcement for the elbow and knee joints, which withstand high-frequency flexion and extension deformation, significantly improving the tear resistance, abrasion resistance, and overall service life of these areas. The radial reinforcing structure simulates the stress transmission path during joint rotation, and the reinforcing strips effectively transmit and disperse the stress generated by rotational activities.

The utility model relates to diving suit technical field discloses a diving suit device of monitoring vital sign data, including diving suit body, the inside installation of diving suit body front side has electrocardiograph sensor, the right side installation of electrocardiograph sensor has temperature sensor. That diving suit device of monitoring vital sign data, circuit core board carries out data transmission with underwater acoustic communication module through radio frequency module, uses low -power low -frequency radio frequency communication in close quarters, will data transmission to the terminal equipment that diver wears, long -range then adopts underwater acoustic communication, ensures the stable reliable data transmission to the water surface monitoring station in deep water environment, thereby promotes the reliability and monitoring efficiency of data transmission under the complex underwater environment, and the temperature sensor is located in the axillary position of diving suit body inner bag, and the temperature under the axilla is relatively stable, can reduce the influence of environmental temperature change influence to the influence of measurement, and three electrocardiograph sensors can provide more accurate electrocardiograph waveform, improve the detection ability of abnormal cardiac rhythm.

The utility model discloses a friction-resistant wet diving suit which comprises a trunk part and sleeves arranged on the two sides of the trunk part, armpit anti-abrasion pieces are arranged at the connecting positions of the sleeves and the trunk part, crotch anti-abrasion pieces are arranged between trouser legs respectively, joint reinforcing pieces are arranged on the outer sides of the elbows of the sleeves, and the joint reinforcing pieces are arranged on the outer sides of the joint reinforcing pieces. Joint reinforcing pieces are also arranged on the outer sides of the knees of the trouser legs, a silver ion fiber layer is arranged on the inner side of the diving suit, two layers of chloroprene rubber are arranged on the outer layer of the silver ion fiber layer, heat insulation fibers are arranged between the chloroprene rubber, and a wear-resistant outer layer is arranged on the outer side of the chloroprene rubber. According to the diving suit, the wear-resistant outer layer made of spandex and nylon blended materials is adopted, the overall elasticity and wear resistance are ensured, the armpit wear-resistant pieces and the crotch wear-resistant pieces are made of nylon and Kevlar fiber blended materials, the flexibility of the connecting positions is kept, the wear resistance is enhanced, the joint reinforcing pieces are Kevlar patches, the knee, the elbow and other easily-collided parts are mainly protected, and the diving suit is convenient to use. And breakage and damage are effectively prevented.

The utility model discloses a diving suit with a pressure reduction function, and relates to the technical field of diving suits. Comprising a diving suit body, straps are arranged at the top of the diving suit body, two hollow net bags are fixed to the back faces of the straps, and a diving gas cylinder and a decompression gas cylinder are arranged in the hollow net bags in a sleeved mode respectively. According to the diving suit with the pressure reduction function, the first connecting hose, the second connecting hose, the first valve and the second valve are arranged, the first valve and the second valve are arranged on the front face of a diver, the diver can conveniently conduct pressure reduction on the body according to the actual situation, and the diving suit is convenient to use through the reasonable structural design. The problem that in the prior art, gas in the pressure reduction gas cylinder is not convenient to release is solved, and more reliable guarantee is provided for the safety of divers.

A technique for delivering heating or cooling to a diver includes a suit that includes a water-impermeable outer layer, an insulating layer having a channel extending along a diver-facing surface thereof, and a tube disposed within the channel of the insulating layer. The tube is constructed and arranged for carrying heat-transfer fluid to a proximity of the diver's skin.

This invention discloses a body posture adjustment and detection device for a diving suit, relating to the field of diving equipment technology. The device includes a diving suit with snorkeling assist mechanisms distributed on its outer side, a drive pump mechanism on its back, and a detection mechanism on its inner wall. The diving suit includes an upper garment portion with sleeves connected to both sides and trouser legs symmetrically connected to its bottom. The snorkeling assist mechanism includes an air tank with a main valve body connected to its top. A first connecting pipe is fixedly connected to the main valve body, and a second connecting pipe is fixedly connected to the top of the first connecting pipe. This invention improves operational flexibility by providing independent valves at the connection points of each air bladder, allowing for independent control. It utilizes air bladders at different locations within the diving suit to provide buoyancy, and by controlling the inflation level of the air bladders at different locations, body posture can be adjusted.