93results about How to "Reduce deformation damage" patented technology

The invention provides an electrode current collector material of a lithium ion battery and a method for preparing the material. The method comprises the following steps of: coating a carbon layer on the surface of a copper foil or an aluminum foil, wherein the thickness of the coated carbon layer is 0.003-0.015mm; and depositing the carbon layer on the surface of the copper foil or the aluminum foil by utilizing a physical vapor deposition method, and then carrying out thermal treatment. While ensuring the conductive property of the material as a current collector, the material improves the chemical property of easy oxidization of the foil in the working process of the battery, enhances the corrosion resisting property of the foil, and can effectively prevent a metal dendritic crystal produced by the lithium ion battery in the working process due to reaction, increase the safety performance of the battery, reduce the internal resistance of the battery and effectively prolong the service life of the battery. The process has the advantages of low temperature, less distortion and damage on the material, low energy consumption, less pollution and lower cost.

The invention provides a pre-stress fabricated high-performance circular steel tube concrete pillar-concrete beam node. The node comprises a concrete pillar, reinforced concrete beams and prestressed tendons; prestressed tendon hole passages which are mutually matched are formed in the concrete pillar and the reinforced concrete beams correspondingly; the square steel tube concrete pillar and the interiors of the reinforced concrete beams are connected through the prestressed tendons penetrating through the prestressed tendon hole passages; and the square steel tube concrete pillar and the exteriors of the reinforced concrete beams are connected through angle iron. According to the main construction steps of the pre-stress fabricated high-performance circular steel tube concrete pillar-concrete beam node, (1) the steel tube concrete pillar is manufactured; (2) the concrete beams are manufactured; and (3) on-site mounting is conducted. Compared with a common beam pillar node, the fabricated node has the advantages that ductility is good, construction is easy and convenient, components are easy to replace, and seismic performance is good.

The invention discloses an anti-collision guardrail with a buffering function, and belongs to the field of guardrails. The device comprises a corrugated guardrail and further comprises a one-time buffering mechanism. The one-time buffering mechanism comprises a plurality of rollers, guide blocks arranged at the upper ends of the rollers and in one-to-one correspondence with the rollers, upper support plates arranged at the lower ends of the rollers and in one-to-one correspondence with the rollers and a plurality of guide wheels rotationally arranged on the corrugated guardrail. The rollers can rotate relative to the guide blocks and the upper support plates. The upper support plates are slidably arranged on a mounting foundation. Guide grooves are formed in the guide blocks. Guide wheelsare located in the guide grooves. Every two adjacent guide blocks are connected through a reset spring. According to the anti-collision guardrail with the buffering function, the one-time buffering mechanism enables a vehicle to generate a certain guiding effect under the driving of the rotation of the rollers during impact, so that the possibility of rollover is reduced, deformation and damage caused by impact force on the rollers can be reduced, meanwhile, the impact force of the vehicle can be absorbed by the energy consumption, and the damage degree of the vehicle is reduced.

The present invention relates to a method of manufacturing a foam product comprising molding 10 the foam product by injecting liquid material into a mold cavity; de-molding 11 the foam product by removing the foam product from the mold cavity; post-curing 20 the foam product, after de-molding 11 and prior to crushing 40 the foam product, to reduce set damage and form a superficial layer thereon by applying auxiliary heat; and crushing 40 the foam product to obtain a predetermined reduction in thickness of the foam product by mechanically compressing the foam product. The method further comprising cooling 30 the foam product, after post-curing 20 and prior to crushing 40 the foam product, by removing the auxiliary heat applied to the foam product.

The invention relates to an optical film, a die used for forming the optical film and a manufacturing method of the die. The optical film comprises a substrate, a plurality of prisms intermittently and convexly arranged on the top surface of the substrate and a plurality of spherical lenses respectively and convexly arranged on the peak of the prisms. Each prism is provided with two opposite inclined planes which extend upward obliquely to form a vertex angle. The spherical lenses provided with circular arc external surface extend externally consubstantially from the two inclined planes of the prism and is higher than the vertex angle of the prism. By the structure design of forming the spherical lens higher than the vertex angle of the prism on the prism peak, not only the distortion resistance and the scratch resistance of the prism vertex angle can be greatly improved, but also irregular refraction is generated by the optical line penetrating the optical film upward so as to improve the situation of a strip bright part and a strip dark part of the common optical film arrayed at interval, thus improving the imaging quality of monitors.

The invention discloses a prestressed fabricated high-performance reinforced concrete beam-column joint. The joint comprises a concrete column, a reinforced concrete beam and a prestressed tendon. Matched prestressed tendon ducts are arranged inside the concrete column and the reinforced concrete beam respectively. The interior of the concrete column and the interior of the reinforced concrete beam are connected through the prestressed tendon penetrating through the prestressed tendon ducts. The exterior of the concrete column and the exterior of the reinforced concrete beam are connected through angle iron. A method comprises the main construction steps of 1 manufacturing the concrete filled steel tubular column, 2 manufacturing the concrete beam and 3 performing on-site installation. Compared with a common beam column joint, the fabricated joint has the advantages of being good in ductility, easy and convenient to construct, capable of easily replacing components, good in anti-seismic property and the like.

The invention relates to a testing fixture, and discloses a car light testing fixture with separation and integration functions. The car light testing fixture comprises a testing fixture base and a testing fixture main body. The testing fixture main body is fixed on the testing fixture base; the testing fixture base is divided into two parts, i.e., a first testing fixture base and a second testing fixture base; the first testing fixture base and the second testing fixture base are detachably connected; the testing fixture main body comprises a first testing fixture main body for detecting an A lamp and a second testing fixture main body for detecting a B lamp; the first testing fixture main body is fixed on the first testing fixture base; and the second testing fixture is fixed on the second testing fixture base. The separation and integration of the whole car light testing fixture can be finished through the assembling and dismounting between the first testing fixture base and the second testing fixture base so that the separation detection and integration detection of an AB lamp can be realized.

The invention discloses an arch rubber fender with a frame device. The arch rubber fender structurally comprises a body, a first connecting plate, a guard plate, fixing shafts and a second connecting plate. The body, the first connecting plate and the guard plate are of an integrally formed structure, the guard plate is connected to the top of the upper part of the body, and the other end of the body is connected to the top of the left side of the first connecting plate; the second connecting plate and the body are of an integrally formed structure, and the second connecting plate is connected to the bottom of the other side of the body; the fixing shafts are connected to the middle of the body in a penetrating mode through round connecting holes. The first connecting plate is provided with fixing grooves and connecting holes, the fixing grooves, the connecting holes and the first connecting plate are of an integrally formed structure, the connecting holes are connected in the fixing grooves, and the fixing grooves are connected to the upper surface of the first connecting plate. The arch rubber fender can be fixed more effectively, deformation or damage caused by impact is greatly reduced, the fender can be protected better, ships and wharves can be protected more effectively, and practicability can be improved.

The invention discloses a paint bucket. The paint bucket is characterized in that the peripheral wall of a circular bucket body is provided with a plurality of convex circular rings protruding outwards; a circular bucket cover with the circular-arc-shaped edge is arranged on the upper portion of the circular bucket body; the circular bucket cover is provided with a paint outlet; and a small cover is arranged on the paint outlet. Through the arrangement of the convex circular rings on the peripheral wall of the circular bucket body and the circular bucket cover with the circular-arc-shaped edge, the probability of deformation and damage to the paint bucket can be reduced. Through the arrangement of the paint outlet in the circular bucket cover, the quality of the paint which is not poured out of the bucket can be effectively maintained so as to facilitate use next time.

The invention aims at providing a collagen extraction tank capable of avoiding smashing of stirring blades during feed. The collagen extraction tank comprises a tank body, wherein a feed port is formed at the top of the tank body; a discharge port is formed at the bottom of the tank body; a stirring device is further arranged in the tank body; a feed slide plate extending into the tank body is arranged at the feed port and is in a grooved structure consisting of groove walls on the two sides and an oblique groove bottom at the bottom. During the feed, raw materials such as frozen fishskin andthe like are fed from the feed port and slide down along the feed slide plate; due to guide and limitation of the groove walls on the two sides, the raw materials can only fall off from a notch of thefeed slide plate, rather than other positions such as the two sides; and the smashing of the stirring blades when the raw materials fall can be avoided as long as the stirring blades of the stirringdevice are not located under the notch. Certainly, collagen extraction water is preferably injected into a tank body before the feed; the stirring blades are immersed in the collagen extraction water;the collagen extraction water generates a cushioning effect; and an impact force when the raw materials fall can be reduced.

The invention relates to an arch dam, particularly to a reinforcing structure of an arch-dam force-resisting body foundation. The reinforcing structure comprises an arch-end basic area, a weak-rock zone, a low-wave-speed rock zone and a III-class rock mass area, which are arranged in the direction of arch thrust of an arch dam in sequence, wherein a concrete pedestal is arranged in the arch-end basic area; the weak-rock zone and the low-wave-speed rock zone are subjected to reinforcing treatment of concrete consolidation grouting; grid-type hole-filled concrete structures are arranged in the weak-rock zone; force transmitting holes are formed in the direction of arch thrust of the arch dam; one end of each force transmitting hole is connected with the concrete pedestal, and the other end of each force transmitting hole penetrates through the weak-rock zone and the low-wave-speed rock zone and horizontally extends into the III-class rock mass area; and a drainage system is arranged in the reinforcing structure. The invention provides the reinforcing structure of the arch-dam force-resisting body foundation, which has good rigidity and high anti-deforming capability.

The invention discloses an axial impact vibration drilling tool with adjustable impact characteristics. The axial impact vibration drilling tool comprises an upper joint, a bypass valve, a screw motor, a shell, a power input shaft, a universal shaft, a centering bearing, an axial vibration generating device and a lower joint, wherein the axial vibration generating device comprises a vibration starting shaft, a ball, a plane bearing, a spring assembly and a cam body. According to the tool, the screw motor is driven by underground drilling fluids, the vibration starting shaft is driven to rotateby the universal shaft, the ball on the step face of the outer side of the middle of the vibration starting shaft moves in a guide groove in the upper end of the cam body, the guide groove is a spacecam type rail, a periodic step height difference exists, and the ball periodically ascends and descends when moving in the guide groove. According to the axial impact vibration drilling tool, drill bit pressurization can be achieved at the bottom of a well, the mechanical drilling speed is increased, the mechanical drilling speed of drilling of a corresponding destination layer can be increased,and impact vibration characteristics can be regulated and controlled in cooperation with rock characteristics of different stratums, so that the optimal rock breaking efficiency is achieved, and the mechanical drilling speed of drilling of the corresponding destination layer is increased.

The invention relates to a separated continuous roll forming process for processing a continuous twin-beam light steel room-frame component. The process comprises the following steps: separating beam column components from a continuous roll forming machine by virtue of stamping, reinforcing and other processes, cutting/or/non-cutting the steel strips or rolling steel coils after stamping and reinforcing the strip steel, and feeding the processed steel strips into the continuous roll forming machine for molding or molding and cutting off. According to the separated continuous roll forming process, the beam column components are subjected to continuous complex precision machining, the transportation cost is saved, damage in the transportation process is reduced, and the process is further practical.

The invention discloses a rotor type expansion energy saver for carbon dioxide transcritical cycle in the technical field of carbon dioxide transcritical cycle. The rotor type expansion energy saver comprises an expansion energy saver body, an expansion cylinder air inlet pipe and an electromagnetic valve, wherein the expansion cylinder air inlet pipe is fixedly arranged on the outer wall of the left side of the expansion energy saver body, the expansion cylinder air inlet pipe comprises an outer pipe fixedly connected with the outer wall of the left side of the expansion energy saver body, aninner pipe is arranged in an inner cavity of the outer pipe, the right end of the inner pipe communicates with the outer wall of the left side of the expansion energy saver body, and supporting devices are uniformly arranged between the outer wall of the inner pipe and the inner wall of the outer pipe. According to the rotor type expansion energy saver, a telescopic spring stretches out and drawsback, so that a moving rod and a moving plate move, a buffering effect is achieved, the pressure caused by supercritical high-pressure carbon dioxide fluid entering the inner pipe to the inner wall of the inner pipe is reduced, the inner pipe is protected, the probability that the inner pipe is deformed due to the extrusion of high-pressure gas is reduced, and the service life of the expansion cylinder air inlet pipe is prolonged.

The invention relates to the technical field of wind power generation, in particular to a wind driven generator with wind resistance reducing blades. The wind driven generator comprises the blades, a rotating shaft, an adjusting mechanism, a power generation box body, a resistance mechanism and a transmission mechanism. The blades are arranged at the front end of the rotating shaft, the adjusting mechanism and the resistance mechanism are arranged in the middle of the outer wall of the rotating shaft, and the transmission mechanism is arranged in the rotating shaft. The tail end of the rotating shaft is arranged in the power generation box body, the rotating shaft is rotationally connected with the power generation box body, the ends, close to the rotating shaft, of the blades are fixedly connected with fixing columns, the fixing columns penetrate through the outer wall of the rotating shaft, and the outer walls of the fixing columns are fixedly connected with connecting bearings. According to the wind driven generator with the wind resistance reducing blades, the blades can be adjusted according to the wind speed, the normal work of the blades is ensured, meanwhile, the deformation and damage phenomena of the blades due to too large wind force are reduced, when the rotating shaft is too fast, the speed can be actively reduced, and the situation that the rotating shaft works in an overheat environment for a long time and is damaged is avoided.

The invention belongs to the technical field of building shock absorption equipment, and relates to a wall type viscous damper. The wall type viscous damper comprises a box body, wherein liquid storage is respectively arranged at two ends of the box body along the width direction, the liquid storage is connected with an inner cavity of the box body, damping viscous liquid is arranged in the box body, a partition plate arranged in the box body divides the box body into two chambers which are connected with each other; two sheared steel plates arranged in parallel are fixedly disposed on the bottom surface of a upper connecting plate, the two sheared steel plates extend into the box body and are spaced by the partition plate, the opposite plate surfaces of the two sheared steel plates are respectively provided with limiting blocks, and the limiting blocks are in abutting contact with the corresponding partition plate. The damper has the advantages of high strength, stable and reliable work; and the arranged liquid storage is capable of reducing bubbles generated when the sheared steel plate moves, thereby making the output of the damper more stable.

The invention relates to the field of automatic machining devices, in particular to special buckle automatic machining equipment for integrated wallboards. The equipment comprises a worktable, a conveying belt, tool devices, a loading device, a punching device, a cutting device and a bend forming device; the worktable is of a rectangular plate structure; the conveying belt is arranged in middle ofthe worktable for dividing the worktable into a left guide table and a right guide table; the tool devices are uniformly arranged in the middle position of the conveying belt; positioning devices arearranged at the side parts, near the tool devices, of the left guide table; the loading device comprises a loading mechanism and a conveying mechanism; the loading mechanism is arranged at the side part of the left guide table; and the conveying mechanism, the punching device, the cutting device and the bend forming device are arranged on the worktable in sequence. The equipment greatly improvesthe machining efficiency of special buckles for the integrated wallboards.