67 results about "Body armor" patented technology

A ballistic panel carrier jacket is disclosed. The jacket of this invention comprises a front section and a back section. The back section has a back pocket attached thereto having an opening for receiving a back ballistic panel. The front section has a plurality of front pockets attached thereto having a housing pouch for receiving a front ballistic panel and a receiving pocket for receiving and securing the pouch of the front ballistic panel such that the front right and front left pockets interact with one another such that a section of one is received within another. The carrier jacket of the present invention also discloses a false pocket breakaway section that functions as a Hidden Draw System (HDS) that allows a user access their firearm legally from the holster, quickly and discreetly.

A scalable K9 body armor includes a yoke having a collar portion and an upper chest portion. The yoke is removably attachable to a body armor vest. The collar portion is configured to cover an upper portion of the neck of a K9 not covered by the vest. The upper chest portion is configured to cover an upper chest portion of the K9 not covered by the vest. The yoke is removably attachable to the vest via articulable connections which allow the yoke to move relatively freely through a wide range of movement of the K9's neck.

A cover for soft armor has a mantle extending from front waist to rear waist, with a head / neck opening and formed of an outer fabric layer and an inner liner secured to the outer fabric layer at particular locations. An additional liner is positioned between the outer fabric layer and the inner liner and secured to the inner liner to produce a sling along with the inner liner, positioned to receive and support portions of the soft armor at front and back of the mantle. The sling is openable and closable at a bottom of the sling for insertion of soft armor portions. At front and back the inner liner is split along a vertical center line providing for opening left and right portions upwardly and outwardly, for convenient loading of the armor.

The utility model discloses a bulletproof vest performance testboard, including main part, stabilizing mechanism, storage mechanism and change mechanism, stabilizing mechanism includes drive motor, lead screw, slider, connecting plate, horizontal plate and ground nail, storage mechanism includes door, mount, first spring and toggle block, and change mechanism includes the drive motor, lead screw, slider, connecting plate, horizontal plate and ground nail. The replacing mechanism comprises a humanoid target, a fixing disc, a second spring and a clamping block, under the mutual cooperation effect of the mechanisms, the device adopts a reinforced horizontal plate, an underground nail and other components to stabilize the main body so as to ensure that the platform is kept stable when bearing the impact of a high-energy bullet, which is crucial for improving the test precision and safety, and in addition, the replacement mechanism can be used for replacing the high-energy bullet. The locking mechanism of the device is convenient for a tester to quickly open and close, so that the test efficiency cannot be reduced due to complicated operation when a sample needs to be replaced or adjusted, and meanwhile, the safety of a storage area is ensured after locking.

This utility model discloses a protective structure for police bulletproof vests, including a storage cabinet. The storage cabinet has a door on one side, a splicing mechanism for easy assembly on the outside, and a drying mechanism for easy drying of the interior at the lower end. A first support plate is fixedly installed inside the storage cabinet, and a second support plate is welded and fixed inside the cabinet. The door is magnetically attached to one side of the storage cabinet. In use, the bulletproof vest is placed inside the storage cabinet, with one side resting on the first support plate and the other side on the second support plate. This prevents the vest from being squeezed from both sides and eliminates the need for hanging, thus facilitating the protection of the bulletproof vest.

The utility model relates to the technical field of bulletproof plates, in particular to an elastic constraint composite bulletproof plate which comprises a baffle, a buffer plate is arranged on the outer side of the baffle, the buffer plate is made of foamed aluminum, and a dispersing assembly is arranged on the outer side of the baffle. The dispersing assembly comprises a plurality of stacked ceramic frames, the ceramic frames are honeycomb-shaped, a plurality of ceramic trapezoidal frames are fixedly connected to the outer sides of the ceramic frames, and the ceramic frames and the ceramic trapezoidal frames are all made of silicon carbide ceramics. The honeycomb-shaped ceramic frame and the ceramic trapezoid frame are arranged in a matched mode, a plurality of gaps are formed in the honeycomb-shaped structure, the actual usage amount of ceramic materials is reduced through the gaps, the number of protective layers is increased due to the fact that the honeycomb-shaped ceramic pieces exist, and after the body armor is hit by bullets once, even if the honeycomb-shaped ceramic pieces are broken in a local area, the protective layers can not be damaged. Due to the mutual connectivity and the overall stability of the honeycomb structure, the surrounding honeycomb units can still play a protection role continuously.

A collapsible ballistic body armor system having a linear arrangement of two to four armor panels in a deployment condition defining a rectangular prism array of armor panels shielding the front of the user. Each adjacent armor panel is interconnected along their respective edges by a hinge connection so that the collapsible ballistic body armor system is movable between the deployment condition and a folded position. In the deployment condition, a cover panel pivotably attached to each armor panel pivots to cover a gap between each adjacent armor panel. The system provides a neck strap from which initial deployment may be achieved under the urging of gravity.

The invention relates to an explosive ordnance disposal suit disinfecting and cleaning system and method, and relates to the technical field of explosive ordnance disposal equipment maintaining.The explosive ordnance disposal suit disinfecting and cleaning system comprises a maintenance bin, a supporting main rod is arranged in the middle of the maintenance bin, a hanging frame is fixedly connected to the outer wall of the supporting main rod, and the supporting main rod is connected with the inner wall of the bottom of the maintenance bin through a bearing; a driving cavity is formed in the inner wall of the curing bin, the bottom end of the supporting main rod extends into the driving cavity, a lead screw is connected to the inner wall of one side of the driving cavity through a bearing, the top of the lead screw penetrates through the driving cavity and extends into the curing bin, a connecting ring is arranged in the middle of the curing bin, and a steam cleaning mechanism is arranged on one side of the connecting ring. According to the device, a disinfection and cleaning mode combining ultraviolet rays and high-temperature steam is adopted, the effect of efficiently and thoroughly removing potential pathogens on the explosive-handling clothes and the body armor is achieved, and an intelligent pretreatment module is adopted, so that the cleaning efficiency is improved, and manual intervention is reduced.

The present application relates to a kind of armours made of composite elastomer, which includes nail body, composite elastomer formed on nail body and formed elastic protection, composite elastomer includes lattice point array structure elastomer and elastic resin layer, and elastic resin layer is at least formed in the internal pore of lattice point array structure elastomer and is combined between lattice point array structure elastomer.The present application infiltrates elastic resin into the internal pore of lattice point array structure elastomer and makes them closely combined to form composite elastomer for the elastic protection of armour, not only satisfy the characteristics of light weight, small volume, but also greatly enhance the compression resistance of composite elastomer, at the same time, also will not affect the flexibility after user wears, in addition, lattice point array structure can further optimize overall modeling, enhance user body feeling.

Implementations described and claimed herein provide a ballistic filler for a flexible soft body armor and methods of manufacturing the same. In one implementation, a first portion having a first subpanel is stitched directly to a second subpanel with a stitching pattern. The first subpanel has one or more layers of woven fabric, and the second subpanel has one or more layers of unidirectional fabric. A second portion backs the first portion. The second portion has one or more layers of unstitched unidirectional fabric.

The invention discloses a body armor hot and humid environment force detecting and testing device, and belongs to the technical field of equipment testing. The device comprises a multi-section mounting device, a double-layer overturning barrel, a butt joint cover plate, a rotary driving device, an air temperature regulation and control device, a friction mechanism and a human-shaped wearing frame; the double-layer overturning barrel is rotationally mounted on the mounting bracket; the multi-section installation device is installed on the installation support, and the movable end of the multi-section installation device and the double-layer overturning barrel are coaxially arranged; the human-shaped wearing frame is fixedly connected to the movable end of the multi-section mounting device; the butt joint cover plate is rotationally arranged on the multi-section mounting device; the rotary driving device is fixedly mounted on the mounting bracket, and the driving end of the rotary driving device is in transmission connection with the double-layer overturning barrel; the air temperature regulation and control device is arranged in the double-layer overturning barrel; the number of the friction mechanisms is two, the two friction mechanisms are installed in the butt joint cover plate and the double-layer overturning barrel respectively, the friction ends of the friction mechanisms abut against the body armor, the real use environment can be effectively simulated, and the detection effect is improved.

An armor apparatus according to which a first layer includes either a ceramic plate or a first titanium alloy, a plate backer connected to the first layer, and a second layer connected to the first layer and the plate backer, the second layer including a second titanium alloy; wherein the second layer is positioned between the first layer and the plate backer. In some example embodiments, one or each of the first layer and the second layer is produced by manufacturing a base Ti-6Al-4V ("Ti64") alloy, pressing the alloy into form; and sintering the pressed alloy using electric field assisted sintering (EFAS) and / or continuous electric field assisted sintering (CEFAS). In some example embodiments, the armor apparatus is wearable body armor, a main battle tank (MBT) armor apparatus, or a containment device adapted to surround, for example, at least a portion of a turbine engine.

The invention discloses an intelligent bulletproof vest and damage monitoring system based on impedance gradient and self-repairing, and belongs to the technical field of bulletproof protective equipment, the intelligent bulletproof vest comprises a composite structure layer, a sensing layer, a transmission layer and a processing layer, the composite structure layer comprises a penetration outer layer, a buffer layer and a flexible adaptation layer which are sequentially arranged from outside to inside; a gradient decreasing composite structure layer is adopted to reduce shock wave reflection, a carbon nano tube modified aramid fiber and a ceramic particle coating improve shock resistance kinetic energy, a transmission layer flexible self-repairing circuit encapsulates gallium indium tin alloy through a tree-shaped microchannel and is matched with liquid metal microcapsules, the microcapsules release metal to fill gaps under large impact, the repairing frequency is increased, and the service life of the transmission layer flexible self-repairing circuit is prolonged. Different body types are adapted through tension or pressure sensing, errors are reduced by combining BMI and body fat data matching mechanical models, full-life-cycle management is achieved through dynamic early warning of health degree factors H, real-time feedback information is output in a visualized mode, and first-aid resource allocation is supported.

An armor carrier comprises a plate bag removably attachable to a soft armor carrier. The soft armor carrier comprises at least one panel and, in some cases, a front panel, a rear panel, and a pair of shoulder straps. The pair of shoulder straps may include one or more spaced-apart slit openings in a patterned configuration, and the front and rear panels of the soft armor carrier include one or more spaced-apart slit openings in a horizontal or vertical orientation. The plate bag, which comprises a front panel, a rear panel, and a pair of shoulder straps corresponding with respective components of the soft armor carrier, is donned over the soft armor carrier. The plate bag is removably secured to the soft armor carrier via one or more attachment fittings disposed on the plate bag that respectively engage the one or more of slit openings on the soft armor carrier.

A shock mitigation system is disclosed for protecting a person or a substructure, which is part of a structure, from trauma and injury resulting from the shock of an impact. The shock mitigation system comprises a plurality of nodes arranged in a node matrix, each node being connected to its neighboring nodes. When the node matrix is ​​affected by the shock of an impact during use, each node can rotate and roll at least partially relative to each other's nodes in the node matrix along the substructure. The shock mitigation system can be used in helmets for people prone to head impacts, as well as in body armor.

The utility model relates to the technical field of safety protection appliances, in particular to a body armor with temperature regulation and heat dissipation functions, which comprises a body armor body, a warm-keeping layer is arranged inside the body armor body, a moisture absorption and heat conduction layer is arranged on the outer side of the body armor body, a plurality of air holes are arranged on the surface of the moisture absorption and heat conduction layer, and the air holes are communicated with the body armor body. And a flow guide pipe is arranged in the air hole. The moisture absorption and heat conduction layer can absorb sweat and help air circulation, the flow guide pipes and the ventilation channels promote air to circularly flow in the body armor, and heat is effectively dissipated. The temperature sensor is used for monitoring the temperature of a wearer and the temperature in the body armor, the fan blades are driven to rotate through the microcontroller and the micro motor, and air flow is enhanced. The warm-keeping layer absorbs or releases heat according to the temperature change of the human body, intelligent heat preservation is achieved, heat accumulation is reduced, and the effects of effective ventilation and heat management are achieved.

A body armor vest system including a wearable vest, a power source, a processor, at least one explosive charge, a multimodal sensor system and an inflatable protective hood, the power source, the processor and the explosive charge positioned on the wearable vest, the inflatable protective hood positioned on an upper portion of the wearable vest, the multimodal sensor system detecting the incoming projectile, the processor determining if the incoming projectile is a credible threat and deploying the inflatable protective hood and detonating the explosive charge if the detected incoming projectile is determined to be a credible threat.

A wearable energy absorbing and dispersing standoff spacer, system, and method for use or incorporation with an armor plate or panel, and / or a carrier for the same, uses one or more spacer panels having features that interlock to form a stack having a desired standoff thickness and resilient compressibility for absorbing and dispersing forces exerted thereagainst from ballistic impacts to reduce traumatic effect on a wearer while limiting lateral displacement of the spacer particularly under lateral forces, and that is readily and easily adaptable to provide customizable support, positioning, and orientation for the armor plate or panel, and fit and comfort for the wearer, particularly female wearers.

1. The name of the design product: armor (1). 2. The use of the design product: for the chest, abdomen to provide protection. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1. 5. The top view is shown in perspective view 1, and the bottom view is omitted; the bottom view is shown in perspective view 2, and the top view is omitted.

A protective mantel and accessory hub includes a primary yoke configured to be worn underneath an armor carrier. Sliding attachment points removably connect the armor carrier to the upper protector to allow for mobility and articulation. Accessories such as a throat guard and deltoid guards are removably attached to the mantel. Shoulder suspension members are inserted into the primary yoke to support and distribute the weight of the armor carrier. The armor carrier includes a magnetically attachable front accessory panel and zippered pouches on the front and back to receive and retain body armor plates.

1. Name of the designed product: body armor (black). 2. Use of the designed product: used as protective equipment. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: change state diagram.

The utility model belongs to the technical field of bulletproof vest, concretely relates to water inter tactics folding bulletproof vest, include: two distribution in front and back two sides's bulletproof vest body, every bulletproof vest body all includes piece front side and piece back side, be equipped with the folding part for turning over folding between piece front side top and piece back side top, and the folding part is based on folding and makes piece front side with piece back side folding and adhering, be equipped with the connecting piece for connecting between piece front side both sides and piece back side both sides, connecting piece includes three first magic paste prickle face and three first magic paste nap, three first magic paste prickle face respectively set up in piece back side's bottom and both sides, the utility model discloses through the folding part of adding, and the front piece back piece is single -layer material upside folding and wrapping, and the rest three sides are wrapped and fixed bulletproof board with connecting piece, so as to adopt single -piece folding structure and use connecting piece to fix, tightly wrap bulletproof board.

The application discloses a kind of based on horseshoe-shaped microstructure three-dimensional flexible metamaterial impact injury protective pad, purpose is to solve the problem of explosion impact injury and blunt injury behind bulletproof vest, avoid stress wave in acoustic impedance mismatch interface multiple reflection transmission to human body cause harm.The present application is by the lower hexahedron, the first upper end hexahedron, the middle hexahedron, the second upper end hexahedron Irregular cuboid consisting of.N hexahedral horseshoe-shaped microstructure unit is arranged by space array mode and is connected by the vertex connection of hexahedral horseshoe-shaped microstructure unit.It is composed of 12 solid curved rods by the end point connection of solid curved rod, and the solid curved rod is connected by two center-symmetrical bending cylinders;The present application can produce longitudinal tensile and transverse compression deformation simultaneously, effectively limit internal local damage collapse, meet wearable demand, while taking into account buffering and energy absorption characteristics, can effectively protect explosion impact injury and blunt injury behind bulletproof vest.

1. The name of the design product: body armor (m1e). 2. The use of the design product: bulletproof clothing. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: use state diagram. 5. The left view of component 1 has been clearly shown; the right view of component 1 has been clearly shown; the top view of component 1 has been clearly shown; the bottom view of component 1 has been clearly shown; the left view of component 2 has been clearly shown; the right view of component 2 has been clearly shown; the top view of component 2 has been clearly shown; the bottom view of component 2 has been clearly shown; the left view of component 3 has been clearly shown; the right view of component 3 has been clearly shown; the top view of component 3 has been clearly shown; the bottom view of component 3 has been clearly shown.

The utility model provides a high-strength, fireproof, heat-insulating, impact-resistant and bulletproof composite fabric, and belongs to the field of safety protection equipment. The composite fabric comprises a fireproof coat cover, a functional layer and a diffusion layer from outside to inside; the functional layer comprises a bulletproof layer, a buffering fireproof layer and an energy absorption layer, the buffering fireproof layer is arranged between the bulletproof layer and the energy absorption layer, and the buffering fireproof layer comprises at least one aerogel layer. The fireproof inorganic fiber fabric and the high-strength impact-resistant fabric are integrally compounded by adopting a multi-layer composite lamination technology to obtain the fireproof impact-resistant body armor, and compared with a traditional metal plate body armor, the fireproof impact-resistant body armor can effectively reduce secondary damage to a human body caused by flow bombs generated by impact, effectively resist damage to the human body caused by the impact and improve the safety of the human body. The defect that a traditional bulletproof fabric is not fireproof and flame-retardant is overcome. The multifunctional composite fabric is more wear-resistant, more fireproof, more impact-resistant, better in bulletproof effect and suitable for high-quality functional special battle bulletproof clothes.

The application discloses a kind of processing methods of ultra-high molecular weight polyethylene waste, it is related to polymer material recycling technical field.The method includes: sorting, ultrasonic cleaning and vacuum drying to the ultra-high molecular weight polyethylene fiber in the scrapped body armor panel;After constant temperature and humidity balance processing, cut into short fiber section;Send into oblique angle micro shear crusher and smash, and spray into low-temperature nitrogen stream instantaneous rapid cooling at discharge port;After air classification screening, coarse particle returns to circulating crushing;Qualified powder is carried out multi-stage pressurized annealing under high-purity nitrogen protection;Then surface grafting modification is carried out in acetone medium using maleic anhydride and azobisdimethylvaleronitrile;Finally, melt extrusion granulation after premixing with antioxidant.The whole process temperature of the application is controllable, and the molecular weight loss of recycled powder is small, and the crystallinity is high, so that high-value recycling can be realized.

The invention relates to the technical field of body armor, and discloses an intelligent body armor based on impedance gradient and self-repairing and a damage monitoring method. Slightly stacking the protective plates; a plurality of arc-shaped first buffer parts and second buffer parts are arranged on the female protective plate and the male protective plate respectively, and a repair capsule for repairing the outer protective layer and the micro-stacked protective plate is arranged in the accommodating area; the slightly-stacked protective plates are connected through the male protective plates and the female protective plates in a stacked mode. The inner protection sensing monitoring layer is provided with a plurality of arc-cone-shaped buffer blocks located in the second buffer part, layered absorption and dissipation of impact energy are achieved through impedance gradient design, protection failure and serious blunt trauma caused by local stress concentration are avoided, and through combination of a double-capsule system of a repairing capsule and a matrix self-repairing microcapsule, the self-repairing effect of the self-repairing microcapsule is improved. The in-situ polymerization reaction of the catalyst and the epoxy resin emulsion is utilized to automatically and quickly fill cracks, fiber fracture and other damages caused by impact, and the mechanical property of the protective layer is recovered.

Body armour is disclosed, comprising a front panel, a back panel, a central release mechanism and at least two local connectors each having interconnecting parts that can be engaged or released to releasably-connect the front panel with the back panel. The central release mechanism is functionally coupled to the local connectors and operable to cause release of the local connectors.The central release mechanism comprises a central user actuator, preferably located on the front panel and a position of the central release mechanism user actuator on body armour is reconfigurable.

The invention discloses an intelligent body armor containing a self-repairing micro-channel and a damage monitoring method, and belongs to the technical field of intelligent protective equipment.The intelligent body armor comprises a sensing array layer, a micro-channel self-repairing signal confluence layer, an operation processing layer and a visual interaction layer. The operation processing layer is used for calculating the ballistic depth and three-dimensional deformation and dynamically calibrating parameters based on a multi-parameter coupling model, and the visual interaction layer is used for outputting red, yellow and green three-level first-aid levels and anatomical positions. Deep cooperation of passive protection and active monitoring is achieved, and the actual combat suitability and reliability of the intelligent body armor are improved.

The invention relates to the technical field of body armor testing, in particular to a body armor damage positioning method and system based on a flexible sensor network, and the method comprises the steps: collecting a multi-mode impact signal generated by an impact event through a partition heterogeneous flexible sensor network, and synchronously collecting the posture data of a wearer; carrying out adaptive anti-interference preprocessing on the multi-mode impact signal, and dynamically adjusting a filtering parameter according to the attitude data to obtain a pure impact signal; the signal receiving time difference of the sensing nodes is extracted, dynamic medium coefficient calibration is carried out in combination with sensing network deformation characteristics, and impact point plane coordinates are solved through an optimization algorithm; extracting impact energy related parameters to divide energy levels, inverting the penetration depth of an impact object through an energy attenuation model, and forming damage three-dimensional coordinates with impact point plane coordinates; and dynamically matching the damage grading threshold values to obtain a quantitative damage result. According to the scheme, the damage positioning and evaluation precision is greatly improved through an accurate adaptation mechanism of the special medium characteristics of the body armor and the dynamic deformation.