21results about How to "Guaranteed processing effect" patented technology

The utility model discloses a kind of wind knife anti-splashing devices for rotary cutter processing, including cladding machine body and the machine head of being installed on the surface of cladding machine body, the bottom surface of the machine head is equipped with laser cladding head;The side of the machine head close to laser cladding head is connected with vertical board, the bottom end of the vertical board is connected with horizontal plate, and one end of the horizontal plate is threadedly connected with locking bolt.The utility model passes through using cladding machine body to the process of rotary cutter cladding processing, simultaneously by bracket is installed on the horizontal plate surface of laser cladding head side, gas plate is installed stable at this time, simultaneously compressed air nozzle is communicated compressed air pump and carries out gas supply, compressed gas enters from air inlet and flows out from air outlet at this time, compressed gas is gathered in gas groove and forms airflow spouts from blowing groove at this time, so that the welding slag and flue gas generated when rotary cutter cladding processing are blown away conveniently, the interference caused by welding slag and flue gas to laser cladding head is avoided, and the effect of cladding machine body to rotary cutter processing is guaranteed.

The utility model discloses a kind of laminating machines with stack quantity detection, belong to laminating equipment technical field, its technical scheme main points include laminating machine main body, the front side of laminating machine main body is fixedly connected with conveying assembly, and the top of conveying assembly is provided with detection assembly, the conveying assembly includes U-shaped block, the both sides of U-shaped block top are all fixedly connected with L-shaped plate, and the inside of U-shaped block is fixedly connected with conveying belt, the opposite side of two L-shaped plates is all provided with clamping plate, solve the effect of existing laminating machine limitation is not good, in actual use process, lack of limiting structure, it is difficult to limit the movement of material, when assembly line operation, material is prone to positional deviation due to conveying belt vibration, incoming material deviation and other factors, it is difficult to accurately enter laminating machine's compression area, leading to alignment when laminating is not accurate, seriously affect the processing effect of laminating machine and the quality of product, reduce the practicality of the device.

The utility model discloses a kind of leveling equipment for wire mesh production, including bottom plate, multiple frame bodies are equipped in the bottom plate, one the frame body is connected with the bottom plate, multiple first roller bodies are rotatably connected in the frame body, multiple frame bodies one end and the other end are provided with through opening, two the block body is slidably connected in the through opening, multiple screw rods are threadedly connected in the block body.The utility model utilizes the connecting rod formed by multiple rod bodies, so that when one end frame body moves in slide rail, multiple frame bodies can be pulled to carry out equidistance adjustment operation, so that the interval of multiple groups of first roller bodies and the interval of multiple groups of second roller bodies can be adjusted, and the interval of first roller body and second roller body can also be adjusted, which can adapt to the leveling needs of wire mesh of different thickness, material and specifications, greatly improving the versatility of the equipment.

This utility model discloses a rapid surface texture processing device for plastic parts, relating to the field of plastic parts processing. It solves the problem that existing devices are unable to perform scraping-type texture processing on the surface of plastic parts according to requirements, and adopts the following solution: It includes an electrical box base and a processing frame on its top side. A three-axis drive system is also provided on the top side of the electrical box base, and a scraping component is assembled at the output end of the three-axis drive system. The scraping component includes an assembly cylinder and a limiting post at its bottom end. A support cylinder is assembled on the bottom side of the limiting post, and a wedge tube is hinged to the bottom end of the support cylinder. The front end of the wedge tube is wedge-shaped, and the edge of the front end of the wedge tube is a sharpened edge. This rapid surface texture processing device for plastic parts, through the setting of the scraping component structure on the output shaft of the three-axis drive system, can adjust its quantity and tilt angle according to requirements, thereby enabling efficient scraping-type texture processing on the bottom-limited plastic part surface according to requirements, ensuring processing results.

The utility model relates to mechanical processing technical field discloses an ultrasonic gas float main shaft unit, including body, axle core, energy transmission subassembly and transducer subassembly, the axle core is located the inner chamber of body, and can rotate relative to the body, energy transmission subassembly is located between the inner side of body and the outside of axle core, the front end inner chamber of axle core sets up tool, the rear end circumference of axle core sets up transducer subassembly, transducer subassembly with energy transmission subassembly electricity is connected. The utility model can improve ultrasonic energy, and can reach the ultrasonic amplitude needed for ultrasonic machining, thereby improving the machining efficiency of main shaft.

This utility model relates to the field of gasket processing technology and discloses a feeding structure for processing sealing gaskets, including a support frame. Two sets of U-shaped frames are slidably arranged on both sides of the support frame. A pressing roller is rotatably arranged on the side of the U-shaped frames that are close to each other. A first motor is connected to both sides of the support frame, and a bidirectional screw is connected to the output end of each of the first motors. This utility model, through a drive mechanism, can extrude heated roll material in cooperation with the support rollers while driving the feeding, thereby removing its internal stress and ensuring feeding and processing effects. The correction mechanism facilitates adjustment of the correction effect for roll materials of different widths. The bidirectional screw driven by the first motor can adjust the position of the two sets of pressing rollers to further adjust the extrusion effect on the roll material, making the roll material flat when entering the stamping equipment, effectively improving its functionality, while ensuring the quality of feeding and processing. The operation is simple and convenient.

This utility model discloses a mixing device for disinfectant processing, including a disinfectant mixing tank. A lumpy material inlet is provided on one side of the upper surface of the disinfectant mixing tank, and a mixing motor is fixedly installed at the center of the upper surface of the disinfectant mixing tank on one side of the lumpy material inlet. The advantages of this utility model are: while the mixing motor drives the mixing and stirring frame to rotate for disinfectant mixing, it can simultaneously drive the cutting blade sleeve located inside the lumpy material inlet, which is specifically used for feeding lumpy raw materials, to rotate. The rotating cutting blade sleeve can crush and cut the lumpy raw materials fed into the lumpy material inlet, thereby processing them into powder. This technical solution can process lumpy raw materials into powder while they are being fed in, thus improving the mixing efficiency between the lumpy material and the disinfectant raw materials already inside the disinfectant mixing tank.

The utility model relates to aviation turbine part machining technical field, concretely discloses aviation turbine part multiaxis machining device, include: processing machine tool, still include: shifting mechanism, shifting mechanism sets up on processing machine tool, and shifting mechanism is used for moving processing position in Y axle position, this aviation turbine part multiaxis machining device, the utility model at least has following beneficial effect: through setting shifting mechanism and positioner, can according to the position of aeroengine turbine spare part, complete the adaptation adjustment of the spatial position of processing head in X, Y and Z axle, and then can provide the convenience for the use of processing work.

The application discloses a kind of integrated circuit production equipment with dust removal function, including main body storehouse, the center position of main body storehouse inside is equipped with mounting column, and the top and bottom of mounting column outside are equipped with bearing jointly, the outside of bearing is equipped with mounting pipe jointly, the outside of mounting pipe is equipped with fixed component, the bottom of mounting pipe outside is equipped with rotary disc, and the edge position of rotary disc top is evenly provided with eight groups of U-shaped groove.The application is used by cooperating with driven gear, main body storehouse, electric lifting rod, mounting bracket, integrated circuit processing assembly, mounting column, mounting pipe and limit ring, multiple integrated circuit processing assemblies can continue to process other groups of integrated circuit boards simultaneously, avoid the stop state of processing equipment caused by replacing integrated circuit boards, thereby greatly guarantee the production and processing efficiency of the entire integrated circuit production equipment, which is conducive to the popularization and application of the integrated circuit production equipment.

The utility model discloses a kind of material carrying device and laser processing equipment, it is related to material clamping tooling technical field, wherein, material carrying device includes rack and two groups of material clamping mechanism, the rack is equipped with material carrying area;Two groups of the material clamping mechanism are side by side arranged in the rack, and located above the material carrying area, the material clamping mechanism includes the material clamping component that can be slidably arranged along first direction, and the traction component for guiding the material clamping component sliding.This application technical scheme can solve the problem of poor processing caused by plate workpiece deformation.

This invention discloses an air-ejector linkage demolding structure for injection molds and its usage method, relating to the field of injection mold technology. The air-ejector linkage demolding structure and its usage method for injection molds include a mold. A demolding structure is provided on the lower rear side of the mold. The demolding structure is based on a base body. An adjusting shell is provided behind the lower rear side of the base body. An adjusting core is provided inside the adjusting shell. A mold-closing air pipe is provided in the middle of the front side of the adjusting shell. The other end of the mold-closing air pipe is connected to a mold-closing cylinder. A mold-closing push rod is provided inside the mold-closing cylinder. An air inlet pipe is provided on the left rear side of the adjusting shell. A demolding air pipe is provided on the right rear side of the adjusting shell. A demolding cylinder is provided on the upper side of the demolding air pipe. The lower end of the demolding push rod is located inside the demolding cylinder. A push rod guide block is provided at the rear end of the base body. The guide block is connected to the demolding push rod. The upper end of the demolding push rod is connected to the rear side of the lower pressure frame.

This application provides a high elongation silicone rubber and its preparation method. The high elongation silicone rubber comprises the following raw materials in parts by weight: 100 parts of terminal vinyldimethylsiloxane, 5-15 parts of modified filler, 2-10 parts of vinyl MQ resin, 3-8 parts of polymethylhydrosiloxane, 0.001-0.03 parts of methylbutyninol, and 0.001-0.003 parts of platinum catalyst. The modified filler includes a silane-modified microfibrillated cellulose-chitosan crosslinked composite and a polyvinyl alcohol-β-cyclodextrin complex supported in the silane-modified microfibrillated cellulose-chitosan crosslinked composite. The silicone rubber prepared by this application exhibits excellent elongation and is suitable for applications requiring high flexibility and tensile properties, such as flexible components and elastic packaging, showing broad application prospects.

The application discloses a bidirectional stretching flame-retardant reinforced nylon film for lithium ion battery packaging and a preparation method thereof. First, two multifunctional inorganic modified compounds, mesoporous silica coated carbon nanotube hybrid and phosphorus-nitrogen synergistic flame-retardant reinforced titanium dioxide nanorod, are designed and synthesized. Then, the two inorganic modified compounds are added as core additives, and mixed with a nylon matrix, an antioxidant, a lubricant, a dispersant and an electrolyte-resistant modifier to obtain a composite master batch through melt extrusion granulation. Finally, the composite master batch is subjected to melt extrusion, casting, bidirectional stretching, shaping and winding to obtain the bidirectional stretching flame-retardant reinforced nylon film for lithium ion battery packaging. The nylon film prepared by the application has excellent flame-retardant performance, mechanical strength, electrolyte corrosion resistance, aging resistance and processing performance, and the preparation process is simple, green and environment-friendly, and can meet the application requirements of high-end lithium ion battery packaging fields such as lithium ion battery soft packaging and hard shell packaging.

The utility model provides a kind of meat processing tumbling machine, comprising: chassis, rotary drum and rotary drive mechanism, wherein, chassis is vertically arranged relative to ground;Rotary drum is located above chassis, the end of rotary drum is equipped with discharging component, the inner wall of rotary drum is equidistantly provided with multiple first guide plates, and first guide plate is inclinedly arranged to its side;Rotary drive mechanism includes driving device and two auxiliary components, wherein, driving device and two auxiliary components are respectively arranged between chassis and rotary drum;Feeding component is provided on the outer wall of rotary drum.The meat processing tumbling machine of the utility model embodiment can lift meat block to high place in cylinder, and collide with first guide plate, so as to obtain larger force, ensure the processing effect of meat block.

The application discloses a bevel gear bevel angle measuring device and method, and relates to the technical field of gear measurement. The device comprises the following steps: obtaining displacement parameters and mechanical parameters of a target bevel gear under different inclination conditions, establishing a mapping relationship between the displacement parameters, the mechanical parameters and the bevel angle; establishing a coordinate system based on the installation position of the target bevel gear, and uniformly mapping the displacement and the mechanical parameters collected in the measuring process into the coordinate system; and setting a tactile probe in contact with the tooth surface under a preset load condition. The application establishes a coordinate system consistent with the gear installation reference, uniformly maps the displacement and the mechanical parameters to a standard reference frame, and expands the three-dimensional coordinates in combination with the gear rotation angle, so that complete description of the spatial position of the tooth surface is realized, and the distribution characteristics of the bevel angle in the tooth height direction and the circumferential direction can be intuitively presented, thereby providing visual judgment basis for the uniformity of the tooth surface angle and the design compliance.

The application provides a cutting detection device and an operation method thereof. The device comprises a controller and a machine body with an operation table. The operation table is sequentially provided with a material feeding station, a waste material breaking station, a material taking station and a detection station along a material moving work line. A horizontal material moving mechanism is arranged in parallel on the side of the material moving work line. A vertical lifting mechanism is arranged above the material moving work line. A mechanical arm is arranged on the side of the machine body. At least one material storage plate is arranged in the material feeding station / taking station. The waste material breaking station comprises a driver and a frame in which at least one material carrying plate is fixed. The rotating shaft of the driver extends below the material carrying plate. An X breaking assembly with X clamps and a Y breaking assembly with Y clamps are arranged in parallel below the material carrying plate. The rotating shaft drives the X breaking assembly to reciprocate along the X direction through an X cam assembly, so that the X clamps reciprocate through the material carrying plate. The rotating shaft drives the Y breaking assembly to reciprocate along the Y direction through a Y cam assembly, so that the Y clamps reciprocate through the material carrying plate.

The embodiment of the present application provides a kind of adaptive platform device and circuit board processing equipment, it is related to circuit board processing technical field, the adaptive platform device includes platform base, first side edge pressing mechanism, second side edge pressing mechanism, top edge pressing mechanism and bottom edge pressing mechanism, platform base has a platform surface for placing circuit board, and platform surface is distributed with multiple adsorption holes for adsorbing circuit board.The first side edge pressing mechanism includes first pressure piece, and the second side edge pressing mechanism includes second pressure piece.The top edge pressing mechanism includes top edge pressure piece, and the bottom edge pressing mechanism includes bottom edge pressure piece.Compared with prior art, the embodiment of the present application can improve integration and automation level by the adjusting pressure cooperation of first pressure piece, second pressure piece, top edge pressure piece and bottom edge pressure piece, cooperate with the adsorption function of adsorption hole, can be self-adapting to the size of circuit board, while improving flatness, guarantee processing effect.

The application provides a fluorinated compact composite polymer electrolyte, which comprises a first fluorine-containing polymer, a second fluorine-containing polymer, a lithium salt and a solvent, the first fluorine-containing polymer is a polyalkyl acrylate fluorine-containing alkyl ester, the second fluorine-containing polymer is a polyvinylidene fluoride polymer, and the solvent is a fluorine-containing alkyl amide compound. Through the intermolecular interaction between specific components, the application successfully constructs a compact, low-porosity and low-surface roughness composite polymer electrolyte. The structure synergistically regulates the crystallization behavior of the polymer and the solvation structure of Li + , significantly improving the mechanical properties, room temperature ionic conductivity and interface stability with the electrode of the electrolyte. The symmetrical battery and full battery based on the electrolyte exhibit super-long cycle life and excellent rate performance. The application provides a key material solution for developing high-safety, long-life and high-energy-density full solid-state lithium metal batteries.

This utility model discloses an automated machining production line for hydraulic rails, relating to the field of hydraulic rail production technology. Its key technical features include a processing unit, an inspection unit, and a deburring and cleaning unit. The processing unit comprises a first articulated robot, a first hopper, and a machining center. The first articulated robot transports hydraulic rail workpieces stored in the hopper to the machining center for processing. The inspection unit comprises a second articulated robot, an inspection and marking station, and a defective material channel. The second articulated robot transports the hydraulic rail workpieces processed by the machining center to the inspection and marking station for inspection. Defective hydraulic rail workpieces are automatically diverted to a scrap area via the defective material channel, while qualified workpieces enter the deburring and cleaning unit for further processing. The effect is to make the hydraulic rail processing from raw materials to finished products more intelligent, efficient, and controllable.

The application discloses a cooling device for an abrasive cylinder of an abrasive flow processing machine tool, which is characterized by comprising a heat dissipation water tank and a temperature control device. The heat dissipation water tank is similar in structure to a hollow sleeve and is tightly attached to the outer wall of the lower abrasive cylinder, and a cooling liquid is circulated in the flow channel. When the abrasive cylinder is working, the cooling liquid continuously flows. When the temperature is too high, the cooling system starts to work, and the heat is taken away through the circulation of the cooling liquid, so that the temperature of the abrasive in the abrasive cylinder is controlled, thereby solving the problem that the abrasive temperature cannot be effectively reduced during the traditional abrasive flow machine tool processing. In addition, a cooling pipeline is arranged above the lower abrasive cylinder and is integrated with the cooling water tank. The cooling pipeline is in the shape of a cross, a Y shape or a straight line, is grooved and is provided with the cooling liquid. When the machine tool is working, the abrasive directly contacts the cooling pipeline, and the heat exchange is further enhanced, so that the purpose of controlling the abrasive temperature is achieved. The application can effectively reduce the temperature in the abrasive cylinder and ensure the processing performance of the abrasive, and has a significant influence on the processing effect of the machine tool.

The present application relates to the technical field of rubber sealing material, and particularly relates to a modified fluorine rubber, a preparation method thereof and a semiconductor sealing assembly. The preparation method provided by the present application comprises the following steps: mixing vinylidene fluoride, hexafluoropropylene, tetrafluoroethylene, long-chain modified flexible monomers and vulcanization point monomers in a predetermined proportion to obtain mixed monomers; mixing the mixed monomers, a solvent and a fluorine-containing surfactant, and then performing first stirring treatment to obtain a monomer pre-emulsion; mixing the monomer pre-emulsion, an additive and the solvent, and then performing second stirring treatment to obtain a product to be treated; placing the product to be treated at a first temperature, heating to a second temperature under predetermined conditions, and then performing reaction to obtain a reaction product; recovering the mixed monomers that do not participate in the reaction in the reaction product, adding a magnesium nitrate aqueous solution, performing third stirring treatment, and then drying to obtain the modified fluorine rubber. Under the premise of maintaining the excellent chemical resistance of the fluorine rubber, the present application significantly improves the elastic recovery performance of the fluorine rubber in a wide temperature range.