71results about How to "Solve production efficiency" patented technology

The invention discloses a welding method and device for producing high-power tube chips. The purpose of the present invention is to provide a high-power tube chip welding method and device thereof, which have automatic production, high production efficiency, saving enterprise operating costs and stable product quality. The steps of the invention include mold making, material suction, wire feeding, pressing, core welding, heat preservation, cooling, stacking and the like, and the invention is mainly used in chip factories to produce power tube chips.

The invention discloses an abrasive belt grinder for metal polishing. A grinding device is arranged on the middle part of the abrasive belt grinder; a plate receiving chain conveying device is arranged at the front end of the abrasive belt grinder; a plate discharging chain conveying device is arranged at the rear end of the abrasive belt grinder; a two-dimensional shifting device is arranged on the upper part of the abrasive belt grinder; in the grinding device, a motor, a shaft coupler, a double-output shaft gearbox and a sliding polishing roller are arranged on the upper part of a rack; and a slide gear clamp is arranged on the lower part of the rack. According to the abrasive belt grinder for metal polishing, an abrasive belt is used as a grinding tool, so that the abrasive belt grinder for the metal polishing has a higher resection rate and a higher grinding ratio in comparison with the conventional steel wire brush polishing way, and therefore, a production efficiency problem and a surface burning problem of plate polishing are solved, and the service life of the plate is prolonged. Meanwhile, the distance between the grinding rollers in the grinding device is adjusted by the spring, so that the pressure, which is applied to the two sides of the starting sheet by the grinding roller, can be adjusted to be equal, and therefore, the uniformity quality of the plate surface grinding is improved.

According to an intelligent continuous processing control method and equipment for a flexible material provided by the invention, the method comprises the steps of generating an outer contour map anda defect contour map through the collected images of the flexible material, and converting and combining the outer contour map and the defect contour map; generating a vector data format file of the contour information, carrying out typesetting according to the outer contour and the defect contour of the vector data format file of the contour information, generating a graphic format file of the to-be-processed contour, converting the graphic format file into a graphic language format file of the to-be-processed contour, and carrying out trajectory optimization to generate an industrial standard HPGL instruction; compiling the industrial standard HPGL instruction to generate a control signal, and sending the control signal to the motion execution system, wherein the motion execution systemperforms cutting according to the control signal. The technical problems that in the prior art, in the flexible material machining process, the file compatibility between equipment of all manufacturers is poor, the production process is discontinuous, and consequently the production efficiency and precision of the flexible material are reduced are solved.

The invention discloses laminated curing equipment of a solar-cell panel, comprising conveying worktables which are respectively arranged at the front part and the rear part of the laminated curing equipment and a laminating machine jointed with the front conveying worktable, wherein a laminated curing furnace is joined behind the laminating machine; two groups of heating and curing units comprising a conveying mechanism, an upper heat-insulating casing, a lower heat-insulating casing and a heating plate arranged on the inner side of the heat-insulating casing are at least laminated on the laminated curing furnace; and curing furnace lifting oil cylinders are symmetrically arranged on two sides of the laminated curing furnace. According to the invention, by matching the laminated curing furnace with the laminating machine, the laminating step and the curing step are sequentially joined on the same production line and are mutually matched, the problem that the improvement on the production efficiency of the production line of the solar-cell panel is limited because the curing time is longer than the laminating time is solved, and the production efficiency of the production equipment of the solar-cell panel can be improved. Meanwhile, by adopting a curing furnace structure in which the solar-cell panel is heated by the heating plate, the solar-cell panel is uniformly heated and thereby the quality of the solar-cell panel products can be ensured.

The invention discloses a special metal pole plate rolling machine, and belongs to the technical field of metal pole plate manufacturing. A machine body is a square body with a circular through hole in the middle, and an upper press roll and a lower press roll are mounted in the circular through hole, are mounted in grooves of an upper fan-shaped rotating body and a lower fan-shaped rotating bodythrough bearing seats, are respectively connected with an upper rotating block and a lower rotating block which are symmetrically arranged, and are respectively connected with an upper servo electriccylinder and a lower servo electric cylinder through connecting rod mechanisms. The upper press roll and the lower press roll are finely adjusted. Four identical arc-shaped plates are mounted on the inner surface of the circular through hole and used for positioning the upper rotating block and the lower rotating block. A main transmission drives the lower press roll to rotate by a servo motor through a safety coupling, a reduction gearbox and a cross coupling. The machine has the advantages that the defects in the prior art are overcome, continuous processing and production can be achieved, the cost is lower, and the product quality is good.

The invention relates to an on-line detection system and detection method of machining accuracy of parts for a numerically controlled lathe. The detection system comprises a chuck, a workpiece and a lathe probe, wherein the workpiece is arranged on the chuck, and the lathe probe is arranged at the side of the workpiece; and a signal output terminal of the lathe probe is connected with a controller of the detection system. The detection method comprises the following steps that 1) the lathe probe is arranged at the side of the workpiece; 2) the lathe probe is calibrated; 3) the measuring path and code generation of geometrical parts and curved-surface parts are planned; and 4) the heat distortion temperature error compensation and machining error analysis of parts are carried out by the controller of the detection system. The parts do not need to leave the lathe after being machined, a touch probe is used for replacing a turning tool, and the detection path of the probe is automatically planned and the detection code is generated according to the geometric outline and detection items of the machined workpiece; and through a communication interface of the numerically controlled lathe, the detection code is driven, so that the automatic measurement of the size and precision of size and form of the machined part is realized, and the detection accuracy and efficiency of the workpiece are improved.

The invention relates to an electrode suspension type capacitive pressure sensor adopting an assembled fixed electrode. The electrode suspension type capacitive pressure sensor adopting the assembledfixed electrode comprises a fixed electrode single-end suspension structure and a movable electrode single-end suspension structure which are oppositely welded by using a thin-wall cutting edge, wherein the fixed electrode single-end suspension structure adopts an assembled fixed electrode structure and comprises a fixed electrode assembled suspension shell, a fixed electrode insulator supported in the fixed electrode assembled suspension shell, an elastic locator, and end cover welded on the top of the fixed electrode assembled suspension shell, a three-wave compression spring arranged between the end cover and the fixed electrode insulator and a glass insulator welded on the end cover, the fixed electrode assembled suspension shell, the end cover and the three-wave compression spring aremade of a constant elasticity alloy with the thermal expansion coefficient being the same as or matched with that of the fixed electrode insulator, and the surfaces of the fixed electrode assembled suspension shell, the end cover and the three-wave compression spring are gold-plated. The electrode suspension type capacitive pressure sensor adopting the assembled fixed electrode fundamentally solve the problems of low production efficiency and high production cost of the existing electrode single-end suspension type capacitive pressure sensors, the measurement result is hardly influenced by the temperature, the measurement accuracy of the sensor is ensured, and the stability is good.

The invention discloses a preparation device and method of a microfluidic tube for an intelligent robot motor. The device mainly comprises a roller, a heating cylinder, a cooling cylinder, a porous connecting block and a crimping machine, wherein the roller feeds a metal wire into the heating cylinder, the heating cylinder rapidly heats metal into liquid, the liquid flows into the cooling cylinderby means of the porous connecting block and is rapidly cooled to form an amorphous tube, and the tube is wound on a coiling machine to form a coiled material. The device is high in automation degree,can achieve full-thread and multi-procedure highly-integrated automatic production from wire feeding to final product, three microfluidic tube forming openings are formed, the production efficiency is high, through segmented heating and liquid nitrogen cooling, a non-crystallization degree is high, a length and a diameter of the produced microfluidic tube are not limited, a thickness of the produced microfluidic tube is 10 micrometers and 500 micrometers, for the tube with a thickness of 500 micrometers, the maximum error of the produced microfluidic tube is 10 micrometers, an amorphous rateof the produced microfluidic tube is not lower than 95%, and the problems of low production efficiency and low precision in the current amorphous tube forming process are solved.

The invention discloses an automatic spraying machine with a variable color register. The top of a box bracket is divided into a loading area and a printing area; an automatic tray feeding and changing mechanism and a feeding mechanism are placed in the loading area, and a product printing mechanism and a product discharging mechanism are placed in the printing area; the automatic tray feeding andchanging mechanism is provided with a full tray clip device, an empty tray clip device, a tray conveying mechanism, a full tray pushing mechanism, an empty tray pushing mechanism, a full tray removalmechanism, and an empty tray removal mechanism; the full tray clip device and the empty tray clip device are mounted on the top of the tray conveying mechanism; the bottom of the tray conveying mechanism is fixedly connected to the top of the box bracket; the full tray pushing mechanism and the empty tray pushing mechanism are arranged at the bottom of the tray conveying mechanism and are symmetric to the full tray clip device and the empty tray clip device in order; and the full tray removal mechanism and the empty tray removal mechanism are arranged at the side of the tray conveying mechanism.

The invention relates to the technical field of mobile equipment, and discloses a mobile device and an electroplating bath. The moving device comprises a supporting frame, a top seat, a base and a linkage module, a pole seat is arranged on the top seat, and the pole seat is used for placing a part to be moved; a top seat is arranged on the bases, and the number of the bases is at least two; wherein the linkage module comprises a linkage support, a first driving mechanism and a transmission mechanism, the linkage support is arranged on the supporting frame, the first driving mechanism is arranged on the linkage support, the transmission mechanism is connected to the driving end of the first driving mechanism, and the base is arranged at the driving end of the transmission mechanism.