15results about How to "Shock resistance" patented technology

This utility model discloses a plate heat exchanger with a reinforcement device, comprising: a heat exchange core formed by stacking multiple heat exchange plates sequentially, a reinforcement device disposed on the outside of the heat exchange core, the reinforcement device comprising oppositely arranged reinforcement components, each set of reinforcement components comprising a transverse reinforcement member and a longitudinal reinforcement member, the transverse reinforcement member being disposed along the width direction of the heat exchange core and abutting against the edge of the heat exchange plate, the longitudinal reinforcement member being disposed along the height direction of the heat exchange core and having both ends connected to the transverse reinforcement member, the transverse reinforcement member and the longitudinal reinforcement member forming a reinforcement frame to apply radial constraint force to the heat exchange core. By the transverse reinforcement member and the longitudinal reinforcement member of the reinforcement device enclosing and forming a reinforcement frame, the radial constraint force applied to the heat exchange core can effectively resist the impact of fluid pressure fluctuations on the heat exchange core, reduce the overall shaking or dispersion of the core formed by stacking multiple heat exchange plates due to uneven force, and significantly improve the overall structural stability of the heat exchange core.

The application provides a battery device and an electric device. The battery device comprises a battery cell and a box body. The battery cell is arranged in the box body. The box body comprises a wall part. The wall part comprises an outer layer structure, an intermediate layer structure and an inner layer structure which are sequentially stacked along the thickness direction of the wall part. The intermediate layer structure is configured as a shear thickening structure. The inner layer structure is closer to the battery cell than the outer layer structure. The wall part further comprises a reinforcing structure which is connected to the surface of the outer layer structure facing the inner layer structure. Since the intermediate layer structure is configured as a shear thickening structure, when the intermediate layer structure is impacted, the rigidity of the intermediate layer structure will significantly increase with the increase of the impact rate. Therefore, the wall part of the box body can well resist external impact, the possibility of damage of the battery cell in the box body due to impact is reduced, the impact resistance of the battery device is improved, and the reliability of the battery device is improved.

This invention provides a quick-release battery mechanism, including a battery assembly, a mounting base, a locking mechanism, and a switching mechanism. The mounting base has a battery compartment suitable for accommodating the battery assembly. The locking mechanism includes a locking groove, a locking pin, a locking spring, and an operating part. The locking spring is adapted to drive the locking pin into the locking groove, and the locking mechanism is in a locked state. The operating part is adapted to drive the locking pin out of the locking groove, and the locking mechanism switches from the locked state to the unlocked state. The switching mechanism is adapted to limit the operating part, so that the locking pin remains out of the locking groove, that is, the locking mechanism remains in the unlocked state. One of the battery assembly and the mounting base includes the locking groove, and the other of the battery assembly and the mounting base includes the locking pin and the operating part. This invention, by setting up a locking mechanism and a switching mechanism, ensures the stable installation of the battery assembly on the mounting base, while allowing users to quickly and easily complete the installation and removal of the battery.

This invention provides a display in which multiple light-emitting elements are mounted on a circuit board and distributed along the length of the display. A light guide is adapted to transmit the light emitted by the light-emitting elements to the display screen. The light guide is connected to a first protective element, a second protective element, and a third protective element. The first, second, and third protective elements are all mounted on the circuit board and distributed along the length of the display. The first and second protective elements are located at opposite ends of the multiple light-emitting elements. Thus, the first, second, and third protective elements provide protection for the circuit board and the light-emitting elements, helping to resist the impact of the light guide on the circuit board and the light-emitting elements. This helps reduce damage to the light-emitting components from excessive impact and also helps reduce damage due to stress concentration at the ends or other locations of the circuit board, thereby improving the protection effect for the light-emitting components.

This invention belongs to the field of firefighting equipment, specifically referring to a high-temperature resistant and flame-retardant fire protective goggles. It includes a main body of the goggles, a frame on which lenses are fitted inside the frame, and buckles on both sides of the frame connected to adjustment straps. The frame is made of flame-retardant and high-temperature resistant TPV composite material, combined with high-temperature resistant and flame-retardant foam, reinforced with heat-resistant polycarbonate lenses, a flame-retardant headband, and buckles. This fully utilizes the core advantages of the overall material—wear resistance, high-temperature resistance, and flame retardancy—allowing the goggles to remain stable in high-temperature environments and continuously provide eye protection. The fire protective goggles of this invention can work stably for more than 5 minutes in a 176.7°C environment without deformation, melting, or breakage, and do not support combustion when exposed to open flames. This effectively solves the problem of traditional goggles easily failing at high temperatures, providing firefighters with a high-temperature resistant and flame-retardant protective barrier that is both protective and adaptable to the complex and harsh working environment of fire scenes.

This utility model belongs to the field of paper box manufacturing technology, specifically relating to a foldable reinforced paper box, including a box body and a frame mechanism disposed within the box body. The frame mechanism has internal support mechanisms on both its upper and lower sides, and a pad overlapping the lower internal support mechanism is also disposed within the frame mechanism. This utility model, through the cooperation of the box body, frame mechanism, and internal support mechanisms, forms a two-way support structure inside the box body, constituting a double protection system with the box body, significantly improving the overall support strength of the box body. This structure can effectively resist the impact of collapse or collision, maintaining the integrity of the box body shape and ensuring that the internal items are not damaged, thereby enhancing the protective performance and practical value of the paper box.

This utility model discloses a high-efficiency, anti-clogging, internally inlet bar screen and bar screen cleaning machine, belonging to the technical field of wastewater treatment equipment. The bar screen of this utility model includes an outer frame plate and multiple first and second inserts detachably installed within the outer frame plate. All the first and second inserts are perpendicular to each other and cross-connected, with the gaps formed at the connections of the first and second inserts forming filter mesh holes. Both the first and second inserts are machined into a triangular prism structure, with the first inserts vertically inserted into the body of the second insert. The cutting edges of all the first and second inserts face the same side, forming the water-facing surface of the bar screen, while the opposite side forms the backwater surface. This utility model's bar screen features high-efficiency filtration, anti-clogging, impact resistance, low maintenance costs, long service life, and eliminates the need for frequent cleaning and replacement, significantly improving the operating efficiency and stability of the equipment.

This utility model relates to the field of greenhouse installation technology, specifically to a fixing device for agricultural greenhouses that is easy to disassemble and install. There is an urgent need to design a greenhouse fixing device with a reasonable structure, convenient installation, and strong stability to overcome the shortcomings of existing technologies. The device includes a greenhouse frame, with clamps installed at the bottom of the frame and connecting ropes connecting the clamps to different frames. The clamps have through holes for the connecting ropes to pass through. A pressing rope is connected to the connecting rope to hold down the plastic film covering the frame. The connecting rope has blocking components on both sides of the connection between the pressing rope and the connecting rope to prevent the pressing rope from shifting along the connecting rope. The blocking components include a U-shaped sleeve, a connecting plate installed on the sleeve, and a nut threaded onto the sleeve. Connecting rings that can be fitted onto the outside of the connecting rope are installed at both ends of the pressing rope. The clamps are tightened with bolts, and anti-slip pads are provided inside the clamps.

The utility model discloses a kind of magnetic attraction type vehicle-mounted electrical apparatus, for vehicle, involve vehicle charger technical field.The magnetic attraction type vehicle-mounted electrical apparatus includes shell, magnetic piece and first electrically conductive piece.Shell includes first shell and second shell, first shell is distributed along first direction with second shell, first shell is suitable for being inserted along first direction into the vehicle-mounted interface of vehicle, along the direction perpendicular to first direction, the maximum dimension of second shell is greater than the maximum dimension of first shell, the end of second shell connected with first shell has mounting end face, the outer circumferential surface of second shell and the outer circumferential surface of first shell are connected by the mounting end face intersecting with first direction, magnetic piece and mounting end face are all along first direction towards the interface wall surface where vehicle-mounted interface is located;First electrically conductive piece is connected to first shell, and first electrically conductive piece is configured to be able to obtain electric energy.The magnetic attraction type vehicle-mounted electrical apparatus provided by the utility model has good plug-in stability.

The utility model belongs to the field of ocean surveying and mapping technology especially relates to a frame for nearshore fixed self -contained tide gauge, include: frame main part, be provided with the float ball for marking instrument position on the frame main part, the frame main part is pyramid structure, just the fixed piece for reinforcing frame main part is arranged every side's inner perimeter of frame main part, the inner chamber bottom of frame main part is fixedly connected with the sleeve for installing tide gauge, the bottom of frame main part is provided with the counterweight of preventing frame main part position, compared with prior art, the utility model has improved the structural strength and anti -deformation ability of frame main part, makes it can resist the impact of nearshore wind and current, ensures that is not easy to be damaged under the harsh environment, avoids the corrosion problem caused by traditional bolt direct contact with seawater, prolongs the service life of equipment.

This invention provides a high-temperature expansion thermal insulation composite material, its preparation method, and its application. The composite material comprises the following parts by weight: 30-50 parts of functionalized acrylate emulsion, 25-40 parts of expandable graphite, 45-60 parts of flame retardant, 15-25 parts of nano-inorganic filler, 1.5-2.5 parts of alkylphenol polyoxyethylene ether phosphate diester salt, 1-2 parts of dimethyl polysiloxane, 15-35 parts of water, and a substrate: a protective film layer. This invention uses functionalized acrylate emulsion as the matrix and, through innovative multi-component composite system, achieves multi-mechanism flame retardant and fireproof effects, ultimately obtaining a high-strength, high-fireproof, and high-thermal-insulation high-temperature expansion thermal insulation composite material. During use, this composite material can adhere well to the top cover and base of a lithium-ion battery casing, placed within the inner layer of the battery casing. It can be composited with unsaturated resin systems or interlayers to prepare battery casing composite materials, reducing vehicle weight, replacing aluminum alloy battery casings, and meeting the fireproof requirements of new energy vehicle battery casings.

The utility model discloses a new energy automobile front upper cross beam relates to new energy automobile structural component technical field, solves the current new energy automobile front upper cross beam, difficult to realize lightweight at the same time, difficult to keep the technical problem of better support effect, including upper cross beam, the inside of upper cross beam is hollow structure, and the bottom surface is equipped with a plurality of mounting slots, reinforcing buffer structure, reinforcing buffer structure includes a plurality of fixed mounting in the connecting block of upper cross beam bottom mounting slot, fixed mounting in the pressure block of upper cross beam top surface inner wall and respectively corresponding each connecting block and fixed mounting between each pressure block and connecting block buffer compression spring, the utility model discloses a plurality of reinforcing buffer structure are designed in upper cross beam, when upper cross beam in the use process, this design makes upper cross beam adopt hollow structure to realize the lightweight of car body at the same time, can also satisfy the demand of good support and buffer effect, thereby effectively improves the service life of upper cross beam.

This utility model discloses a battery top cover structure, including a top cover plate and a stop bracket. An explosion-proof valve is installed in the center of the top cover plate, and an explosion-proof patch is provided on the explosion-proof valve. It also includes an upper plastic layer. The top cover plate has two terminal holes for installing the positive and negative terminals, respectively. A ring of inverted fastening structure is provided above the terminal holes to secure the upper plastic layer. The upper plastic layer integrates a sealing ring, with both its upper and lower parts participating in sealing. This inverted fastening structure differs from conventional flat or simple through-hole designs. Through mechanical locking, it ensures that the upper plastic layer is not easily displaced or detached after assembly, providing a structural foundation for the upper plastic layer to stably perform its sealing functions. It effectively resists external forces such as vibration and impact during battery use, ensuring the overall structural stability of the power lithium battery. The upper plastic layer integrates the sealing ring function, reducing independent sealing ring parts, simplifying the structure and assembly, and with both upper and lower parts participating in sealing, it breaks through the traditional single sealing path, constructing a double sealing guarantee.

This invention is a zero-leakage liquid applicator, comprising a sleeve and a medicine storage tube. One end of the sleeve is equipped with an applicator block and a spike. The spike punctures the aluminum foil sealing the end of the medicine storage tube, allowing the liquid medicine inside to flow out and be absorbed onto the applicator block. The area where the aluminum foil and the end face of the medicine storage tube meet is designated as a connecting portion. A reinforcing cap is provided on the outside of the liquid outlet end of the medicine storage tube. One end of the reinforcing cap presses against the connecting portion to apply a clamping force towards the medicine storage tube. The other end of the reinforcing cap is fixedly connected to the medicine storage tube. The reinforcing cap directly presses against the connecting portion between the aluminum foil and the end face of the medicine storage tube, applying a continuous clamping force towards the medicine storage tube. This clamping action enhances the tightness of the fit between the aluminum foil and the tube end, effectively resisting the impact of gas expansion on the sealing interface even when internal pressure increases due to high temperature, thus effectively preventing the risk of leakage during the sterilization process.