82results about How to "Improve grinding" patented technology

The invention belongs to the field of mechanical processing equipment, and in particular discloses stainless steel cylinder polishing wire-drawing treatment equipment which comprises a bottom plate, an adjusting module, a driving motor, an outer cylinder grinding disc, an inner cylinder grinding disc, a centering support and a connecting rotating shaft, wherein the bottom plate is placed on the ground; an adjusting module is arranged on the upper surface of the bottom plate; the driving motor is mounted on the adjusting module; the inclination angle of an axis of the driving motor can be adjusted through the adjusting module; and the outer cylinder grinding disc, the inner cylinder grinding disc and the centering support are detachably mounted on the connecting rotating shaft coaxially. By adopting the equipment, automatic shrinkage adjustment on a polishing wire-drawing radius is achieved under the centrifugal action of the outer cylinder grinding disc and the inner cylinder grinding disc, then operation of polishing and wire-drawing is completed at one time, and the generation efficiency is improved.

The invention relates to a preparation method for a diamond cutting grinding piece. The diamond cutting grinding piece comprises a diamond cutting grinding piece body arranged on a 65Mn steel substrate, and corrugated water channels are formed in the surface of the diamond cutting grinding piece body. The preparation method for the diamond cutting grinding piece comprises the steps of material mixture, substrate machining, compression forming, sintering and edge forming. The diamond cutting grinding piece produced through the preparation method for the diamond cutting grinding piece has the cutting effect and the grinding effect, and is safe and reliable in performance, simple and reasonable in structure, low in manufacturing cost, flexible in operation, good in sharpness of products and good in chip-removal performance.

The invention discloses a polishing device for building engineering, and relates to the technical field of building engineering equipment. The polishing device comprises a box body; a top box is fixedly connected to the left side of the box body; a motor box is fixedly connected to the position, located at the bottom of the top box, of the bottom of the left side of the box body; a collecting boxis fixedly connected to the bottom of the inner wall of the box body; a first motor is fixedly connected to the bottom of the inner wall of the motor box through a motor seat; and the end, away from the first motor, of a middle shaft sequentially penetrates through the motor box and the box body and extends into the box body. According to the polishing device for the building engineering, effective clamping can be conducted, the situation that materials fall when polishing is conducted is prevented, the wasted time is shortened, follow-up uniform polishing can be conducted conveniently, and the materials can be driven to rotate at the constant speed during polishing; and meanwhile, a large gear and a pinion are designed, the rotating speed can be decreased, uniform polishing can be ensured, and the polishing efficiency is greatly improved.

The invention relates to the technical field of electric tools, in particular to a wall polisher. The wall polisher comprises an operating handle, a motor and a polishing head. The polishing head comprises a top cover, a base and abrasive disc assemblies. A transmission mechanism for transmitting the torque of the motor to the abrasive disc assemblies is arranged between the top cover and the base. An output shaft of the transmission mechanism is an eccentric shaft or a concentric shaft. An abrasive disc of each abrasive disc assembly is installed at the lower end of the eccentric shaft or the concentric shaft. The base is internally provided with a rotating disk, one side of the rotating disk is provided with a shifting handle, the rotating disk is provided with one or more limiting holes, the top cover is fixedly provided with a positioning rod stretching into the limiting holes, and the limiting holes can clamp or loosen the positioning rod through the rotation of the rotating disk. According to the wall polisher, the two different abrasive disk assemblies are usually prepared, the output shaft of the transmission mechanism of one abrasive disk is the eccentric shaft, the other output shaft of the transmission mechanism of the other abrasive disk is the concentric shaft, different abrasive disk assemblies can be rapidly switched, and therefore the wall corner can be polished very conveniently.

The invention belongs to the technical field of air purification materials, and particularly relates to a natural terpene type nanocomposite material capable of releasing negative oxygen ions, and a preparation method of the natural terpene type nanocomposite material. The natural terpene type nanocomposite material capable of releasing the negative oxygen ions is prepared from 1-40 parts of cinnamomum camphora, 1-90 parts of pine pollen, 1-60 parts of beeswax, 1-70 parts of uncaria rhynchophylla, 1-30 parts of lotus leaves, 1-70 parts of pine needles, 1-40 parts of Chinese mugwort and 1-200 parts of substrates. The preparation method comprises the following steps of (1) weighing the cinnamomum camphora, the pine pollen, the beeswax, the uncaria rhynchophylla, the lotus leaves, the pine needles and the Chinese mugwort, performing mixing, performing grinding, adding deionized water, performing distillation, performing extraction, and performing separation so as to obtain terpene type substances; (2) weighing the substrates, grinding the weighed substrates, and activating the ground substrates; and (3) adding the terpene type substances obtained in the step (1) to the activated substrates obtained in the step (2), performing mixing, and performing grinding so as to obtain the natural terpene type nanocomposite material. The natural terpene type nanocomposite material capable of releasing the negative oxygen ions is scientific, natural and healthy in formula, can sufficiently release the negative oxygen ions, can promote metabolism of human bodies, can enhance immunity and has the functions of bacteriostasis, sterilization and deodorization.

The invention provides a polishing and cleaning tool for inner holes of tube plates of condensers. The polishing and cleaning tool comprises an electric drill with a drill chuck, a polishing handle is clamped by the drill chuck, a cylindrical polishing head is arranged at the end of the polishing handle, the polishing head is provided with an axial clamping groove, openings of the clamping groove are formed in the top, the bottom and the outer circumferential surface of the polishing head, abrasive paper is wound around the outer circumferential surface of the polishing head, and the tail end of the abrasive paper is inserted into the clamping groove. The polishing and cleaning tool has the advantages that the filling speed of the abrasive paper is high, the pipe holes are cleaned up uniformly, polishing speed is multiple times that of a manual method, the inner walls of the pipe holes can be rapidly polished to be smooth, no oil dirt or oxidation layer or dust is formed, and labor efficiency and security coefficients are increased.

The invention relates to the technical field of steel pipe machining equipment and discloses a steel pipe inner wall edge burr grinding device. The steel pipe inner wall edge burr grinding device comprises a pedestal; the upper surface of the pedestal is provided with a first sliding chute; the bottom of the first sliding chute is provided with a second sliding chute; a first sliding plate is inserted into the first sliding chute; and the bottom end of the first sliding plate penetrates through the first sliding chute and is fixedly connected with the upper surface of a second sliding plate which is positioned inside the second sliding chute. The steel pipe inner wall edge burr grinding device is provided with a driving motor, a positive and negative rotating motor, a threaded rod, a grinding bar and a second spring; the driving motor can move, so convenience is provided for installation of a steel pipe; meanwhile, the second spring and the grinding bar are matched with each other, sothe steel pipe inner wall edge burr grinding device is high in applicability and can be applicable to different specifications of steel pipes; burrs are ground in a rotation process of the driving motor, and manual operation is not needed, so the work intensity and the work difficulty are reduced; and meanwhile quicker grinding is realized, the grinding efficiency is improved, and the steel pipe inner wall edge burr grinding device is more convenient to use.

The invention discloses a two-DOF (degree of freedom) belt grinding unit attitude compensation device; elastic support rods are composed of an air spring shell and a piston rod, each elastic support rod is hinged respectively to a first attitude compensation plate/second attitude compensation plate and a base plate through a second spherical joint bearing and a first spherical joint bearing; a first length adjusting rod and a second length adjusting rod are connected between each spring shell and the corresponding first spherical joint bearing such that the length of the elastic support rod between the first and second spherical joint bearings may be changed; an ejection cylinder is fixed to the first attitude compensation plate/second attitude compensation plate, a piston rod of the ejection cylinder is fixedly connected to an abrasive plate, and the ejection cylinder is positioned within a four-point line area of the hinging points of the four second spherical joint bearings; a guide shaft is fixed to each of four corners of the abrasive plate. The two-DOF belt grinding unit attitude compensation device has the advantages that correction time for mating with a robot in grinding can be saved, the positioning level for a robot and a grinding unit is lower, applicability of a grinding system is improved, and grinding quality can be guaranteed.

The invention relates to a new aluminum alloy heat transmission material composite line: including a grinding device, a turning device, a vacuum suction crane, a feeding buffer device, a feeding roller table, a brazing pressurizing device, a turning device, a strapping machine, Outfeed roller table, hydraulic pneumatic system and electric control system. The milled aluminum ingots are transported to the feeding roller table, the grinding device grinds and removes the oxide layer on the alloy plate placed on the grinding platform, the turning device turns the polished composite surface downward, and the vacuum suction crane absorbs the composite sheet and places it on the On the aluminum ingot, the feed roller transports the aluminum ingot and the alloy plate to the brazing pressure device for brazing, and the welded composite aluminum ingot is sent to the turning device, which turns the composite aluminum ingot 180° to make the other compound aluminum ingot Facing up, it is transported to the upper alloy plate position towards the feed side, and after the alloy plate is placed again for brazing, the double-sided composite aluminum ingot is sent to the baler through the turning device, and sent to the discharge roller table, and the composite aluminum ingot is hoisted by the driving car. Walk. The invention has the beneficial effects of simple operation, high production efficiency, low labor intensity, safety and reliability.

The invention relates to a micropowder manufacturing machine. The micropowder manufacturing machine comprises a sealed outer cylinder, wherein a grinding inner cylinder is arranged in the sealed outer cylinder, and is of a cylindrical structure with a bottom opening, a reflux gap is formed between the outer wall of the grinding inner cylinder and the inner wall of the sealed outer cylinder, a crushing cylinder with a bottom opening is sheathed in the grinding inner cylinder, and a crushing gap is formed between the outer wall of the crushing cylinder and the inner wall of the grinding inner cylinder; a main driving shaft is arranged at the top part of the sealed outer cylinder, penetrates through the top part of the grinding inner cylinder and is fixedly connected with the top part of the crushing cylinder, a plurality of grinding rings are annularly arranged on the wall surface of the crushing cylinder in an array way, a plurality of material discharging holes are formed between the adjacent grinding rings on the wall surface of the crushing cylinder, the bottom part of the sealed outer cylinder is rotationally connected with a blast turbofan, and the blast turbofan extends into the crushing cylinder via the bottom opening of the crushing cylinder.

The invention discloses a centerless grinder used for magnetic elements. The centerless grinder comprises a bearing base, four supporting seats, a movable table, a cooling device, a support, a cross beam, a mounting base, a grinding motor, a rotary bar, a grinding wheel, two guide rails, a mounting plate, an adjusting lead screw, a deduster and a movable component. The four supporting seats are fixedly mounted at the bottom of the bearing base. The two guide rails are arranged at the top of the bearing base. The movable table is mounted at the top of the bearing base. The support is fixedly mounted at one end of the top of the bearing base. The cross beam is fixedly mounted at the top of the support. The cooling device is mounted on the cross beam. The centerless grinder is reasonable andsimple in structure, convenient to use and capable of saving energy and protecting the environment, vacuum adsorption fixation guarantees stable grinding, the magnetic elements rotate and move relative to the grinding wheel so as to improve the grinding efficiency, the magnetic elements are cooled during grinding, atomization humidified air can be used for effectively improving the cooling effectof the grinder, in addition, the water consuming amount for atomization is small, energy is saved, environment friendliness is achieved, and the practicability is higher.

The invention discloses white-carbon-black-free solid silicone rubber for a high-hardness rubber roller, and a preparation method of the solid silicone rubber, and relates to the technical field of rubber roller silicone rubbers. The silicone rubber comprises methyl vinyl silicone rubber raw rubber, polysilsesquioxane, diatomite, a silane coupling agent and a non-white-carbon-black auxiliary agent. The preparation method comprises the following steps: mixing methyl vinyl silicone rubber raw rubber, polysilsesquioxane and a silane coupling agent into a ball; then carrying out heating vulcanization treatment; and cooling to below 90 DEG C, and adding diatomite and non-white-carbon-black auxiliary agent to obtain the silicon rubber. The rubber roller silicone rubber produced by the inventionhas the advantages of low abrasion value, standard hardness and rebound resilience, low surface viscosity and good stripping performance between the rubber roller silicone rubber and a plastic film.

The present invention includes a feed roller for hammermills that includes teeth arranged in rows at an angle with alternating larger and smaller teeth. This arrangement of rows of teeth and larger/smaller teeth on the feed roller of a hammermill increases the grip of the feed roller on the material and intends to move material from the lateral edges towards the center of the hammermill. This is advantageous for grinding, as some lateral motion upon feeding material into the hammermill is desirable.

The invention relates to a micropowder manufacturing equipment, comprising a closed outer cylinder, a grinding inner cylinder is arranged in the closed outer cylinder, a backflow gap is arranged between the outer wall of the grinding inner cylinder and the inner wall of the closed outer cylinder, and a grinding inner cylinder is sleeved with The crushing cylinder with an open bottom, a crushing gap is set between the outer wall of the crushing cylinder and the inner wall of the grinding inner cylinder; the main drive shaft is arranged on the top of the closed outer cylinder, and the main driving shaft passes through the top of the grinding inner cylinder and the grinding cylinder. The top is fixedly connected, and a number of support rings with a T-shaped cross section are arranged in an annular array on the wall of the crushing cylinder. The T-shaped bottom of the support ring is fixedly connected with the outer wall of the crushing cylinder, and a grinding ring is attached to the T-shaped top of the support ring. ; An annular friction ring is provided on the inner wall of the grinding inner cylinder; a number of discharge holes are arranged in an array at the position between the adjacent support rings on the wall surface of the grinding cylinder, and a blowing turbofan is also rotatably connected to the bottom of the closed outer cylinder. The blast turbofan extends into the inside of the crushing cylinder.

The invention discloses high-end grinding technology equipment. The high-end grinding technology equipment comprises a base, a bearing column fixedly arranged above the base and rotating sleeves arranged on the left end face of the bearing column. The rotating sleeves are provided with first rotating cavities with ports facing outwards are vertically symmetrically arranged. Rotating plates are rotatably arranged in the first rotating cavities by first rotating shafts. Grinding strips are fixedly arranged on the outer end faces of the rotating plates. Cleaning cotton is fixedly arranged on theinner end faces of the rotating plates. Locking holes with ports facing leftwards are vertically symmetrically formed in the left end faces of the rotating plates. First sliding grooves opposite to the locking holes are vertically symmetrically formed in the left inner walls of the first rotating cavities. Locking blocks are slidably mounted in the first sliding grooves. First screw holes with ports facing leftwards are formed in the locking blocks.

The invention relates to a grinding device with a protection function. The grinding device comprises a base, a motor, a cam, a protection cover, a grinding wheel, a connecting column, a protection mechanism and a grinding mechanism, wherein the grinding mechanism comprises a fixing block and a grinding assembly, and the protection mechanism comprises a piston cylinder, a piston rod, spring strips,a pull rope, an abutting plate and a protection assembly. According to the grinding device with the protection function, the motor is protected through the protection mechanism, the pull rope is broken through the restoring force of springs, a control switch abuts against a metal sheet through the dead weight of the metal sheet, the motor is controlled to be turned off through a PLC to reduce loss, a cutter is ground through the grinding mechanism, and through an extended tool shank, heat generated by friction of the grinding wheel and the cutter is reduced, so that an operator can grind thecutter for longer; and meanwhile, the cutter is fixed through a bolt, so that when the operator loosens suddenly due to the fact that a connecting block is too hot, the cutter and the grinding wheel cannot be stuck, and the use practicability is improved.

Disclosed are a target material corrosive agent and an application method thereof. The target material corrosive agent comprises sulfuric acid, nitric acid, hydrofluoric acid and hydrochloric acid, wherein the mass percentage of the sulfuric acid is 20-23%, the mass percentage of the nitric acid is 15-18%, the mass percentage of the hydrofluoric acid is 21-24%, and the mass percentage of the hydrochloric acid is 33-40%. A stainless steel sample is also provided, and the target material corrosive agent is used for corroding the sample, and the corroded sample is cleaned and dried in a blowing mode. Metallographic observation is carried out on the stainless steel sample by using the target material corrosive agent, the target material corrosive agent is used for corroding the stainless steelsample, the grain boundary of the sample can be completely displayed, and the grain size error caused by incomplete displaying of the grain boundary of the sample is avoided. The completely corrodedsample is cleaned and dried in a blowing mode, impurities on the surface of the sample are reduced, and the observation of the grain boundary of the interior of the sample is more accurate.

The invention discloses a wear-resistant processing method of a U-shaped pipeline elbow. The method comprises the following steps: determining a steady-state turbulent velocity field and a velocity gradient of the U-shape pipeline elbow; solving to obtain a volume concentration of second-phase dust particles; calculating to obtain a friction force range of board surface of the U-shaped pipeline elbow; obtaining a high-medium friction force area enveloping curve and a medium-low friction force area enveloping curve of the board surface; obtaining fitted curve equations corresponding to the high-medium friction force area enveloping curve and the medium-low friction force area enveloping curve so as to a high friction force area, a medium friction force area and a low friction force area of the board surface; and adopting a high-polymer aluminum oxide ceramic plate in the high friction force area of the board surface and adopting a high-chromium wear-resistant alloy in the medium friction force area. According to the method disclosed in the invention, the grinding caused by the materials to the pipeline in the pneumatic transmission process can be effectively resisted, so that the wear resistance strengthening is carried out on different parts of the pipeline according to the grinding degree, the expensive materials are saved and the construction cost of the elbow is reduced.

The invention discloses an online roller grinding method capable of realizing reverse width rolling. According to the maximum plate width of band steel and the roller altering amount of working rollers in an actual rolling plane, an effective working area range of a roller is determined, an online roller grinding machine is controlled to grind an effective working area in the center of the roller within limited rolling time, and an invalid area which is not contacted with the band steel is not ground, so that a through plate area of the roller is ground to the maximum extent; and therefore, a flat roller in the through plate area of the roller is generated, and the reverse width rolling is realized finally.