41results about How to "Avoid the effects of intensity" patented technology

The invention discloses a fingerprint cover plate module, and relates to the technical field of semiconductor packaging. The fingerprint cover plate module comprises grating glass and a fingerprint chip, wherein the grating glass comprises a glass cover plate, one side of the glass cover plate is provided with a grating layer, the other side of the glass cover plate is provided with a protection ring, the protection ring is internally coated with a glue layer, and the fingerprint chip is glued to the internal part of the protection ring through the glue layer; and the grating layer comprises a light-proof nonmetal grating layer. Meanwhile, the invention discloses a manufacturing method of the fingerprint cover plate module. The manufacturing method comprises the steps of A, manufacturing a whole piece of grating glass; B, setting a protection ring; C, gluing the fingerprint chip; D, laminating the fingerprint chip; and E, cutting. The fingerprint cover plate and the manufacturing method thereof enrich the color selection space of the grating layer and effectively improve matching between the fingerprint cover plate module and a mobile phone panel on the one hand, and increase the size of a fingerprint module on the other hand, thereby enabling a fingerprint recognition operation of a user to be more accurate and more sensitive, and effectively improving the user experience in use.

The invention discloses an outrigger locking mechanism used for mobile construction machinery. In the invention, an outrigger of the mobile construction machinery comprises a first movable outrigger (2), a second movable outrigger (3) and a fixed outrigger (4); the outrigger locking mechanism comprises a locking part (6) and a first locking hole (21) which is matched with the locking part (6) and arranged at the outer end of the first movable outrigger (2); a first mounting hole (41) is arranged at the outer end of the fixed outrigger (4); and when both the first movable outrigger (2) and the second movable outrigger (3) are retracted into the fixed outrigger (4), the locking part (6) is inserted into the first locking hole (21) and the first mounting hole (41) and has a scheduled distance from the second movable outrigger (3). The outrigger locking mechanism is easy to operate and can effectively enhance locking efficiency. The invention also provides the mobile construction machinery comprising the outrigger locking mechanism and then the reliability is enhanced.

The invention provides a preparation method of a porous material, which is characterized in that an aluminium source, alkali solution, NaY crystallization mother liquor and/or washing filtrate are mixed in a parallel flow mode to form glue, the glue is aged to obtain solid precipitates, and then the solid precipitates are subjected to acid mixed exchange sodium removal until sodium oxide content being smaller than 0.3%; the step of mixing to form the glue is carried out at the temperature ranging from the room temperature to 85 DEG C; in a mixing glue forming system, a pH value is controlled within a range of 7 to 11, and a weight ratio of SiO2 to Al2O3 is controlled within a range of 1:(1 to 9). The porous material obtained by adopting the method provided by the invention has the characteristics of a mesoporous, and is small in particle size and better in cracking performance.

The invention relates to a novel internal single-action mechanism of a drilling tool. The novel internal single-action mechanism comprises a shaft. A first connector, a bearing block, an upper bearing, a shaft sleeve, a lower bearing and a lock nut are sequentially connected to the peripheral surface of the shaft from top to bottom. The shaft sleeve is arranged in a second connector. One end of the second connector is in threaded connection with the bearing block. The other end of the second connector is in threaded connection with an inner tube. The lower bearing and the shaft section, below the lower bearing, of the shaft are both located in the inner tube. Oil grooves are evenly distributed in the inner wall of the shaft sleeve in the axial direction. The shaft section between the lower bearing and the lock nut is sleeved with a spring and a gasket. The inner tube is provided with a radial oil hole which is communicated with an inner cavity of the inner tube. A bearing is arranged at the bottom of the inner cavity. The lock nut is arranged in the bearing. A gap is formed between the gasket and the lock nut. The spring is in a compression state. Through the utilization of the novel single-action mechanism, single action of the drilling tool can be achieved, and meanwhile the shaft, the shaft sleeve and the bearings in the single-action mechanism can be effectively protected. The novel internal single-action mechanism is long in service life and stable in performance.

The invention discloses a loosening agent for regeneration of a SCR denitration catalyst and a preparation method of the agent. The loosening agent comprises the following components by mass: 0.5%-2% of a wetting agent, 1%-5% of a penetration enhancer, 1.5%-2.5% of a pH conditioning agent and 90.5%-97% of deionized water. The beneficial effects comprise that the loosening agent helps to shorten the immersing time of the catalyst in a cleaning fluid and avoid the influence on the catalyst strength caused by long-time immersing; the loosening agent is capable of replacing apparatuses for physical perforation and avoiding damage to the catalyst; and the loosening agent is beneficial for recovering the acid sites on the catalyst surface because of the weakly acidic system which is also beneficial for the cleaning of the catalyst surface. The loosening agent has relatively high practical value on improvement of catalyst regeneration effect and regenerated catalyst working efficiency and avoiding of physical damage during catalyst regeneration process.

The invention relates to a forming method for a rzeppa constant-velocity universal joint finish forge piece. The forming method comprises the following steps that 1) material breaking is performed; 2)primary shot blasting is performed; 3) heating is performed; 4) warm forging forming is performed; 5) temperature control cooling is performed; 6) secondary shot blasting is performed; 7) oil spraying is performed; 8) cold finishing is performed; 9) cleaning is performed; and 10) rust-proof treatment is performed. The head section and the tail section of a round bar material are removed, the twoends of the round bar material is prone to be extruded and deformed by a clamp during clamping and mounting, the head section and tail section after being extruded and deformed are removed so that thestrength influence on the finish forge piece can be effectively avoided; meanwhile, the removed head section and the removed tail section are recovered to be re-melted, so that further waste of a rawmaterial is avoided; staged temperature control cooling is performed on the formed workpiece, and the influence of rapid cooling on the overall strength of the workpiece is avoided; through shot blasting and oil spraying treatment, an oxidation layer on the working surface can be effectively eliminated, and meanwhile, further cooling and lubricating treatment can be realized.

The invention discloses a railway vehicle side beam detection and self-adaption correction device. The railway vehicle side beam detection and self-adaption correction device comprises a fundamental component (2). An upper jacking mechanism, a lower pulling mechanism and a control mechanism are arranged between the fundamental component (2) and a side beam (9). The upper jacking mechanism comprises a component cross beam (7) and a hydraulic jack (6). The lower pulling mechanism comprises a combined cross beam (4) and an adjustable pull rod (3). The control mechanism comprises a measurement ruler (5) and a control cabinet (10). The invention further discloses a railway vehicle side beam detection and self-adaption correction method. According to the railway vehicle side beam detection and self-adaption correction device, the hydraulic jack conducts jacking, and meanwhile, and the combined cross beam generates counteractive pull force, so that deformation correction of the side beam is realized; the measurement ruler measures the deformation degree of the side beam in real time and transmits a feedback signal to the control cabinet; jacking force of the hydraulic jack is controlled through the control cabinet to realize self-adaption correction of upwarp and downwarp deformation of the front end of the side beam.

The invention provides a strength detection device for a weather-resistant anti-corrosion plywood, and relates to the technical field of board strength detection. The strength detection device for the weather-resistant anti-corrosion plywood comprises a box body, a lower clamp is arranged on the inner bottom surface of the box body, a hydraulic cylinder is arranged on the upper inner wall of the box body, an upper clamp is arranged at the output end of the hydraulic cylinder, and each of the upper clamp and the lower clamp comprises a workbench, an adjusting cap, a clamping block and a connecting rod. The adjusting caps are rotationally connected to the left side face and the right side face of the workbench respectively, the lower portions of the connecting rods are in threaded connection with the adjusting caps and are in sliding connection with the workbench, and the ends of the upper sides of the connecting rods are fixedly connected with the clamping blocks. Cold water in a cold water tank or hot water in an electric hot water tank is sprayed out through a nozzle of a spray head plate, so that an I-shaped weather-resistant anti-corrosion plywood is in a wet and cold or humid and hot environment, and a relatively reliable strength value of the weather-resistant anti-corrosion plywood can be obtained after the I-shaped weather-resistant anti-corrosion plywood is tested; in the testing process, the state of deformation or bonding stripping can be obtained according to a high-speed camera.

The invention discloses a multi-station robot production line, and aims to provide a multi-station robot production line which allows a frame to automatically move and turn in different welding stations. The multi-station robot production line of the technical scheme is characterized in that by arranging a rotating mechanism, the frame automatically moves among the different welding stations, by means of a turning device, the frame can turn, and by using a frame tool and the turning device in cooperation, not only is the problem that it is difficult to directly clamp the frame or to determinea turning center due to the irregular shape of the frame solved, but also the problem that deformation or strength reduction occurs near a welding spot due to residual welding heat when the frame moves among the different stations and needs to be clamped again is solved. The invention further provides a production method of the multi-station robot production line. Efficient machining of the frameis realized.

An embodiment of the invention provides a double-layer train carriage. The carriage comprises a roof, a bottom frame and a carriage space defined by side wall structures, wherein the carriage space isdivided into an upper carriage and a lower carriage by floor structures; each side wall structure comprises a roof connecting section for primary fixed connection, a load bearing section and a bottomframe linking section; each load bearing section comprises a switching structure for mounting and fixing the floor structure of the upper carriage. According to the technical scheme, adjustment transition is performed by the switching structure, the problem of fit tolerance accumulation caused in the side wall mounting process is solved, so that the floor structures of the two carriages can be fixedly connected with side walls smoothly, and meanwhile, local effects of local stress problems or welding processes in the direction connection process of the floor structures and the side walls on strength of the side walls are avoided.

The invention relates to a high-strength reinforced belt and a manufacturing method thereof. The high-strength reinforced belt comprises multiple radial bundled rigid yarn, multiple weft polypropylenefilament yarn and radial side yarn; the radial bundled rigid yarn is arranged in parallel, the radial side yarn is arranged on the two sides of the radial bundled rigid yarn, during weaving, the radial bundled rigid yarn and the weft polypropylene filament yarn are Iinterspersed in a crisscross manner to form a reticulate body, two ends of the weft polypropylene filament yarn are fixedly connected with the radial side yarn, the radial bundled rigid yar comprises, by mass percent, 88 to 94% of polypropylene, 5 to 10% of polyethylene, 0.5 to 1% of a plastic antiaging agent and 0.5 to 1% of a plastic reinfocer. Through melting, stirring and extrusion forming, the radial bundled rigid yarn is obtained; the radial bundled rigid yarn is obtained through a mixture of polypropylene and polyethylene, the strength of the radial bundled rigid yarn can be effectively improved, and meanwhile, density of the radial bundled rigid yarn is reduced, and the proportion is low.

The invention discloses a novel glass fiber-reinforced plastic material. The novel glass fiber-reinforced plastic material comprises, by mass, 25-30 parts of epoxy resin, 15-25 parts of polyester resin, 42-55 parts of glass fiber, 3-5 parts of emulsified paraffin, 1-2 parts of polyamide, 6-8 parts of dibutyl phthalate, 4-6 parts of silicon carbide micropowder and 3-4 parts of a coupling agent. Thenovel glass fiber-reinforced plastic material of the invention is high in elastic modulus, good in rigidity, not prone to deformation and high in thermal endurance, prevents long period of high temperature from affecting strength, and has strong anti-aging ability and good shearing resistance.

The invention discloses a stair cavity mold production process. The process comprises the steps of discharging fixed mold workblank and a movable mold workblank; rough machining, tempering, finish machining and obtaining a movable mold and a fixed mold; forming a main mold cavity in the middle of the fixed mold workblank, forming an auxiliary mold cavity in the middle of the movable mold workblank, and drilling multiple through holes in the auxiliary mold cavity; discharging multiple I columns, carrying out heat treatment on the I columns, and fixing the I columns after heat treatment in the through holes; performing discharging and rough machining to obtain a main mold core blank part, carrying out further heat treatment and finish machining on the main mold core blank part, and obtaininga main mold core; assembling and fixing the main mold core in a main mold cavity of the fixed mold; and assembling the fixed mold and the movable mold, and enabling the I columns to be in abut jointwith the main mold core. Through machining of the fixed mold, the movable mold, the main mold core and the I columns, the fixed mold, the movable mold, the main mold core and the I columns are high inmachining precision, after heat treatment of the main mold core and the I columns, hardness is uniform, forming and demolding effect is good, and the casting quality can be improved.