32results about How to "Improve automated processing efficiency" patented technology

The invention discloses automatic magnetizing and demagnetizing equipment of magnetic workpieces. The equipment comprises a workpiece conveying device, a magnetizing and demagnetizing device and a workpiece processing device , wherein the workpiece conveying device is provided with a feeding station, a magnetizing and demagnetizing station and a discharging station along a conveying direction, andthe workpiece conveying device is also provided with a processing station positioned at an upstream position or a downstream position of the magnetizing and demagnetizing station; the magnetizing anddemagnetizing device is arranged at the magnetizing and demagnetizing station and includes a first permanent magnet and a second permanent magnet, and a workpiece placing space is formed between thefirst permanent magnet and the second permanent magnet; the workpiece processing device is arranged at the processing station; the workpiece conveying device bears a workpiece at the feeding station,and when a workpiece is conveyed to the magnetizing and demagnetizing station through the workpiece conveying device and enters the workpiece placing space, the workpiece is magnetized or demagnetized; and when the workpiece is conveyed to the processing station, the workpiece processing device processes the workpiece, and at the discharging station, the workpiece leaves the workpiece conveying device. According to the automatic magnetizing and demagnetizing equipment of the magnetic workpieces, the magnetic workpiece magnetizing and demagnetizing efficiency and the automatic processing efficiency of other procedures are greatly improved, and universality and accuracy are good.

The invention discloses a full-automatic welding pressure-sensitive machine. The machine comprises a case, a worktable arranged on the case, a linear transfer plate conveying guide rail arranged on the worktable, an upper pressure-sensitive mechanism for mounting of a piezoresistor, an upper rotor mechanism for mounting of a motor rotor, a welding mechanism, a detecting mechanism, a non-performingproduct discharge mechanism and a discharging mechanism used for finished product discharging; the upper pressure-sensitive mechanism, the upper rotor mechanism, the welding mechanism, the detectingmechanism, the non-performing product discharge mechanism and the discharging mechanism are sequentially arranged along the linear transfer plate conveying guide rail from the feeding end of the linear transfer plate conveying guide rail. The upper pressure-sensitive mechanism, the upper rotor mechanism, the welding mechanism, the detecting mechanism, the non-performing product discharge mechanismand the discharging mechanism are in control connection through a control mechanism; the worktable is provided with a mold core carrying rail capable of circularly moving, and multiple mold core carrying mechanisms are arranged on the mold core carrying rail. The machine is controlled by the control mechanism, the mechanisms are sequentially arranged along the linear transfer plate conveying guide rail, the number of machining procedures is small, production cost is saved, machining efficiency is high, the machining precision is stable, and the product yield is high.

The invention discloses automatic processing equipment for a small-diameter copper pipe with inner and outer cones and a thin-wall cylinder. The automatic processing equipment comprises matched equipment, a pipe inner cone spinning executing mechanism, an integral cone spinning die for spinning a pipe outer cone, a die washing swivel head and a pipe loading and unloading device, wherein the matched equipment comprise a spindle box, a transverse guide rail, a longitudinal guide rail, a sliding carriage and a servo motor; the pipe inner cone spinning executing mechanism comprises a tapered spindle assembly and a driving motor thereof, and the tapered spindle assembly is arranged on a fixed slider in an oblique slider assembly; the integral cone spinning die for spinning the pipe outer cone is arranged on a water-cooling base; the die washing swivel head is connected with a stepper motor shaft; the pipe loading and unloading device comprises a loading mechanism and an unloading mechanism; an inner cone washing swivel head of the integral cone spinning die, an oil nozzle and a pipe collecting box are mounted on the spindle box body of the equipment. The automatic processing equipment is reasonable and simple in structure and convenient to operate, spins the inner and outer cones at high quality, improves the wall thickness evenness by the methods of drilling, precise boring and non-spindle thin-wall cylinder finish turning, is high in automatic processing efficiency and is low in cost.

The invention relates to a printing head state detection method, a printing head detection system and a three-dimensional printer. The three-dimensional printer comprises the printing head detection system. The printing head state detection method comprises the following steps that the printing head prints test paper according to preset specification; a print image of the printed test paper is acquired; noise reduction processing is carried out on the print image; a plurality of detection areas are selected from the print image subjected to noise reduction processing; the total number of printlines of the detection areas is counted; the total number of the print lines of each detection area is compared with the total number of preset qualified lines; and whether the printing head needs tobe maintained or replaced is judged according to the comparison result. According to the printing head state detection method, the printing head detection system and the three-dimensional printer, the automatic detection can be achieved, and therefore the printing head state detection efficiency can be improved.

The invention discloses an automatic tool changing device of an engraving machine and a tool changing method of the automatic tool changing device. The automatic tool changing device comprises a six-axis mechanical arm and a tool magazine, wherein the six-axis mechanical arm is provided with a main shaft, and the tool magazine comprises a support, a plurality of tool stations capable of storing tools and at least one tool disassembling station capable of disassembling the tools on the main shaft; the tool stations and the tool disassembling station are all arranged on the support, and if no tool is arranged on the main shaft, the six-axis mechanical arm drives the main shaft to move to the corresponding tool station for tool installation; and if the tool is arranged on the main shaft, the six-axis mechanical arm drives the main shaft to move to the tool disassembling station for tool disassembling operation and then move to the corresponding tool station for tool installation. The automatic tool changing device has the advantages that through the combination of the six-axis mechanical arm and the tool magazine, automatic tool changing operation can be carried out, the tedious manual control link is omitted, and the automatic machining efficiency is improved.

The invention provides a data processing method. The data processing method comprises the steps of determining a corresponding skeleton based on a texture coordinate set; determining a corresponding relationship between all texture coordinate vertexes in the texture coordinate set and a skeleton; determining a texture coordinate line segment set to be optimized; based on an interior angle set matched with a texture coordinate set, optimizing and adjusting the skeleton, determining a new coordinate of each vertex in the texture coordinate set, and replacing all elements in the texture coordinate set through the new coordinate of each texture coordinate vertex. The invention further provides a data processing device, electronic equipment and a storage medium. According to the invention, thetarget object in the virtual environment can be automatically adjusted, the efficiency of automatically processing the image data of the virtual environment by a machine is improved, and the waiting time of image processing is also reduced.

The invention belongs to the technical field of automatic production of nail clippers, and discloses an automatic production method of nail clippers. Equipment adopted by the method comprises a rack, a conveying device, a jaw grinding device, a jaw polishing device and a jaw gripping detection device, wherein the conveying device, the jaw grinding device, the jaw polishing device and the jaw gripping detection device are arranged on the rack; the conveying device is transversely and circularly arranged on the rack, and the conveying device is used for conveying the nail clippers; the jaw grinding device is located on the front side of the conveying device, and the jaw grinding device is used for grinding upper clippers and lower clippers of the nail clippers; the jaw polishing device is located on the front side of the conveying device and located on the discharging end side of the jaw grinding device, and the jaw polishing device is used for polishing the upper clippers and the lower clippers of the nail clippers; and the jaw gripping detection device is located on the discharging end side of the conveying device, and the jaw gripping detection device is used for carrying out gripping detection on the upper clippers and the lower clippers of the ground and polished nail clippers. In conclusion, the automatic production method has the advantages that the automatic processing efficiency and the automatic processing precision of the nail clippers are further improved.

The invention discloses an automatic gate milling machine, comprising a compressing cylinder, a spindle motor and a feeding mechanism, wherein the compressing cylinder is arranged above a work-piece locating plate; the spindle motor is arranged below the work-piece locating plate; the feeding mechanism drives the spindle motor to feed; an avoiding hole is formed in the work-piece locating plate; a spindle and a milling cutter are orderly connected to the spindle motor; the avoiding hole overlaps with the axis of the spindle; the axis of the spindle, the axis of the compressing cylinder and the feeding mechanism are parallel in direction. The work-piece locating plate is arranged on the automatic gate milling machine, a locating groove is formed inside the locating plate, and the device is clamped by adopting the compressing cylinder, so that the automatic gate milling machine is reliable to clamp and high in automatic processing efficiency, and the labor intensity of a worker is reduced.

The invention relates to a transmission device at the front end of transformer production, which comprises a transmission assembly on which a carrier is circularly transmitted; the workpiece conveying line body is used for conveying the transformer element to the carrier of the conveying assembly; the blanking line body is used for transferring the transformer element on the carrier; wherein the transformer element comprises two corresponding side surfaces, namely a surface to be processed and a boss surface, the transformer element is transferred between the conveying assembly and the workpiece conveying line body through a feeding assembly, and a turnover mechanism is arranged between the discharging line body and the conveying assembly; the overturning mechanism comprises a grabbing component for rotating the transformer element on the carrier and an overturning driving part for driving the grabbing component to rotate; and after the grabbing component grabs the transformer element on the carrier, the transformer element is overturned to the discharging line body from the conveying assembly under the driving of the overturning driving part, and the to-be-machined face of the transformer element is overturned to the downward direction from the upward direction.

The invention discloses an automatic hot stretching reprocessing method of a LLDPE pipe. The method comprises the following steps: a LLDPE original pipe penetrates through an electric heating wire heating part; after the LLDPE original pipe is clamped, the LLDPE original pipe is heated through the heating of an electric heating wire and the air heat radiation; when the LLDPE pipe is gradually heated to a softening point, a slide clamping end gradually moves through an elastic element or an electromagnetic element to automatically stretch the LLDPE pipe; when the slide clamping end touches a limiting switch or a touch switch placed in a preset position, the electric heating wire heating part stops heating, so that the LLDPE pipe is stretched to a preset length; an air pump begins to work to blow cold air into the electric heating wire heating part for cooling and curing the stretched LLDPE pipe; after the curing is finished, the LLDPE pipe is taken out; and the method realizes automatic processing, is higher in effect, is convenient to control the product quality, and facilitates the technical effect of batch production.

The invention discloses automatic processing equipment for a small-diameter copper pipe with inner and outer cones and a thin-wall cylinder. The automatic processing equipment comprises matched equipment, a pipe inner cone spinning executing mechanism, an integral cone spinning die for spinning a pipe outer cone, a die washing swivel head and a pipe loading and unloading device, wherein the matched equipment comprise a spindle box, a transverse guide rail, a longitudinal guide rail, a sliding carriage and a servo motor; the pipe inner cone spinning executing mechanism comprises a tapered spindle assembly and a driving motor thereof, and the tapered spindle assembly is arranged on a fixed slider in an oblique slider assembly; the integral cone spinning die for spinning the pipe outer cone is arranged on a water-cooling base; the die washing swivel head is connected with a stepper motor shaft; the pipe loading and unloading device comprises a loading mechanism and an unloading mechanism; an inner cone washing swivel head of the integral cone spinning die, an oil nozzle and a pipe collecting box are mounted on the spindle box body of the equipment. The automatic processing equipment is reasonable and simple in structure and convenient to operate, spins the inner and outer cones at high quality, improves the wall thickness evenness by the methods of drilling, precise boring and non-spindle thin-wall cylinder finish turning, is high in automatic processing efficiency and is low in cost.

The invention relates to a printing head state detection method, a printing head detection system and a 3D printer. The 3D printer includes the print head detection system, and the print head state detection method includes the following steps: the print head prints test paper according to preset specifications; obtains a print image of the print test paper; performs noise reduction processing on the print image Select a number of detection areas for the print image after noise reduction processing; count the total number of print lines in each detection area; compare the total number of print lines in each detection area with the total number of preset qualified lines; judge whether the print head needs to be repaired or not according to the above comparison results replace. The print head state detection method, the print head detection system and the 3D printer can realize automatic detection, thereby helping to improve the print head state detection efficiency.

The invention provides a non-point source pollution treatment device for livestock and poultry breeding waste, which belongs to the technical field of breeding sewage and is used to solve the technical problems that existing devices cannot effectively recycle waste, have low processing efficiency, and low resource utilization. Including breeding room and biogas digester, the breeding room is equipped with a dung leakage board, the bottom of the breeding room is equipped with a pit body, and a belt bracket, a separation block and a guide rod are fixed in the pit body, belts are set at both ends of the belt bracket, and the guide rod is slidingly set There is a scraper, the bottom of the breeding room is fixed with a cylinder, the end of the cylinder is fixed with a hinged joint, the joint is hinged with a connecting rod, the end of the connecting rod is hinged on the scraper, the end of the belt bracket is fixed with a feeding channel, and the separation block Sewage treatment mechanism is installed at the end of the sewage treatment system; the solid waste and liquid waste are treated separately in the present invention, the automatic treatment efficiency is high, it can prevent the waste from being difficult to clean up after accumulation, reduce peculiar smell, improve the living environment of people and poultry, and can effectively recycle Use waste to improve resource utilization.

The invention provides an anti-blocking device, a control method and a sewage pump. The anti-blocking device comprises at least two water inlet pipes, a sundry discharging pipe, impellers, a motor shaft, filter screens, pressure sensors, first valves, second valves, gear clutches and a controller. The impellers are arranged at the water inlet ends of the water inlet pipes, and the water inlet endsof the water inlet pipes are connected. Each impeller is connected with one end of an impeller shaft, and the other ends of the impeller shafts are connected with a gear train at the output end of the motor shaft through the gear clutches. The filter screens are mounted at the water inlet ends of the water inlet pipes and located behind the impellers. The first valves are arranged between the filter screens and the impellers. The sundry discharging pipe is provided with a water inlet and a water outlet, the water inlet is connected with the positions, between the filter screens and the firstvalves, on the water inlet pipes, and the second valves are arranged at the joints correspondingly. By means of the anti-blocking device, the blocked water inlet pipe can be subjected to back washingthrough water of the water inlet pipe at the normal working end, danger brought by pump body demounting is avoided, the service life of the pump body is prolonged, and therefore the work efficiency ofthe pump is improved.

The invention discloses an automatic machining method and equipment of a small diameter copper pipe with an inner cone and an outer cone and a thin-wall circle. The automatic machining equipment of the small diameter copper pipe with the inner cone and the outer cone and the thin-wall circle comprises corollary equipment, a spinning pipe inner cone actuating mechanism, a spinning pipe outer cone integral type spinning cone mould, a mould cleaning rotating head and a pipe feeding and discharging device. The corollary equipment comprises a spindle box, a horizontal guiding rail, a longitudinal guiding rail, a sliding table and a servo motor. The spinning pipe inner cone actuating mechanism comprises a tapered mandrel component on a fixed sliding block in an oblique sliding block component and a driving air cylinder of the tapered mandrel component. The spinning pipe outer cone integral type spinning cone mould is arranged on a water cooled base. The mould cleaning rotating head is connected with a shaft of a stepper motor. The pipe feeding and discharging device comprises a feeding mechanism and a discharging mechanism. The cleaning rotating head and a nozzle of an integral type spinning cone mould inner cone and a material receiving box of the pipe are installed on a spindle box body of the equipment. The automatic machining method and the equipment of the small diameter copper pipe with the inner cone and the outer cone and the thin-wall circle has the advantages that the structure is reasonable and simple, the operation is convenient, the spinning inner cone and outer cone quality is good, the method of drilling, precision boring and mandrel-free finishing turning machining the thin-wall circle improves the uniformity of the wall thickness. The automatic machining is high in efficiency and low in cost.

The invention discloses automatic processing equipment for a sanitary water pipe. The automatic processing equipment for the sanitary water pipe comprises a body, wherein a connecting block is mountedat the bottom end of the body; a rotary rod is arranged at the bottom end of the connecting block; the rotary rod penetrates through the connecting block and the body; a cavity is formed in the body;a water pipe is arranged at the bottom end in the cavity; a thread is arranged at the top end of the outer wall of the water pipe; the water pipe is connected to the rotary rod in lap joint; and slots are formed in the left and right sides of the bottom end in the front surface of the body. According to the automatic processing equipment for the sanitary water pipe disclosed by the invention, a clamping plate is pressed, so that a baffle plate squeezes a compression spring in a bump, a locking rod on the clamping plate is locked into the bump to connect a pipe sleeve in the groove to the water pipe oppositely, the water pipe and the pipe sleeve are effectively connected, the problems that the manually mounted pipe sleeve on the water pipe is inconvenient in a time- and labor-wasting manner, and the production efficiency is reduced are solved, and meanwhile, the automatic processing efficiency of the sanitary water pipe is enhanced, and the demand on the market is met.

The invention discloses a laser measurement and compensation method for realizing a five-axis RTCP system. The method includes: configuring a laser height acquisition system and a five-axis controller system to synchronously run an executable processing file; virtualizing a sixth axis other than the five axes And its signal, the signal value of the sixth axis is defined as an incremental signal that can describe the motion trajectory of the five-axis; preprocess the laser height data; calculate the offset of the delay between the signal of the sixth axis and the data of the five-axis; The offset based on the calculated delay matches the five-axis data and the laser height data; based on the matching result, the processing path is compensated and corrected. According to the laser measurement compensation method for realizing the five-axis RTCP system of the present invention, it is possible to realize the precise synchronization of the laser measurement system and the five-axis controller system, and accordingly accurately calculate the compensation for the executed processing path, which helps to improve automatic processing efficiency, precision and reliability.