153results about How to "Improve automation production efficiency" patented technology

The invention relates to a double-rod shrinking machine and a method for shrinking a casing by using the same. The double-rod shrinking machine comprises a frame and a casing conveying transmission mechanism, a shirking mechanism, a cutting knife mechanism, a rotating disk mechanism and a casing withdrawing mechanism, which are installed on the frame, wherein, the casing conveying transmission mechanism is used for introducing a casing to be shrunk into the shirking mechanism, the rotating disk mechanism is used for introducing a shrunk casing out from the shirking mechanism and conveying the casing cut by the cutting knife mechanism into the casing withdrawing mechanism, the shirking mechanism is used for shrinking the casing, the cutting knife mechanism is used for cutting the shrunk casing and the casing withdrawing mechanism is used for compressing the cut and shrunk casing and withdrawing the compressed casing from the rotating disk mechanism. According to the invention, the casing can be spirally folded, cutting and shrinking of the casing are realized, and the degree of automation in production is improved; and more importantly, rapid automatic sausage filling is made feasible, automatic production efficiency is substantially improved, and market demands are met.

The invention discloses a pencil production polishing device. The pencil production polishing device comprises a frame, a conveying mechanism, a rolling mechanism and a grinding mechanism; the frame is provided with a worktable; the frame is also provided with a support frame 1 and a support frame 2; a support plate is arranged at the upper end of the support frame 1; a side plate frame is arranged at the upper end of the support frame 2; the conveying mechanism consists of a stepper motor, a driving roller 1, a driven roller 1 and a conveying belt; semicircular grooves are uniformly formed in the conveying belt at intervals; the rolling mechanism consists of a motor 1, a driving roller 2, a driven roller 2 and a rolling belt; and the grinding mechanism consists of a motor 2, a speed reducer and a grinding roller. The pencil production polishing device realizes large-batch grinding operation of pencils in the production process, and improves automatic production efficiency of the pencils.

The invention discloses an automatic feeding device of power lithium battery pole pieces, and belongs to feeding devices. The automatic feeding device structurally comprises a section bar support, a jacking mechanism, a pole piece work bin, a carrying mechanical hand and a secondary positioning system, wherein the jacking mechanism, the pole piece work bin, the carrying mechanical hand and the secondary positioning system are respectively arranged on the section bar support, the jacking mechanism is arranged on the lower portion of the pole piece work bin, the secondary positioning system is arranged at the rear of the pole piece work bin, and the carrying mechanical hand is arranged at the position, between the pole piece work bin and the secondary positioning system, of the section bar support. Compared with the prior art, the automatic feeding device of the power lithium battery pole pieces has advantages, thereby having excellent popularization and application value.

The embodiment of the invention provides a method and a device for automatically extracting arrow marked lines in high-precision map manufacturing. The method comprises: using three-dimensional pointcloud data as input, automatically extracting arrow target shape points from end to end, effectively extract the arrow target shape points by using an image key point regression method, and ensure that the arrow extraction precision meets the high-precision map manufacturing requirement; using point cloud semantic segmentation to obtain high-level semantic relation scene understanding, and improving algorithm robustness. The accuracy of arrow type marking line extraction and the automatic manufacturing efficiency of a high-precision map can be effectively improved, and the workload of manual marking is reduced.

The present invention discloses an automatic alignment lighting device for a flexible OLED (Organic Light-Emitting Diode) panel and a FPC (Flexible Printed Circuit). The device comprises a location connection unit, an alignment control unit and a light test unit. The location connection unit comprises a flexible OLED panel vacuum sucker and a FPC location crimping tool, and when the flexible OLED panel vacuum sucker absorbs a flexible OLED panel, the deviation values of the displacement offsets of PINs on the flexible OLED panel are not larger than 5% of the widths of the PINs; the alignment control unit comprises a CCD lens, an automatic alignment platform, a control box and a device operation desk; and the flexible OLED panel vacuum sucker is connected with the automatic alignment platform, the CCD lens is arranged between the flexible OLED panel vacuum sucker and the FPC location crimping tool, the detection operation desk is electrically connected with the control box, and the control box is electrically connected with the automatic alignment platform, the CCD lens and the FPC location crimping tool. The automatic alignment lighting device for the flexible OLED panel and the FPC are simple in structure and convenient to use, can rapidly and accurately realize alignment crimping of PINs of the flexible OLED panel and the PINs of the FPC.

The invention relates to a double-nut tightening device with an automatic counting function. The double-nut tightening device comprises a connecting shaft support frame, a double-tightening head, a moment strain gage, a first servo motor, a double-tightening head clearance adjustment device, a connecting shaft, a second servo motor, a counting display screen, a second servo motor support frame, a guide rail mobile table, a third servo motor, a base, a linear guideway and a ball screw. The double-nut tightening device with the automatic counting function has the beneficial effects that two nuts can be tightened simultaneously in an automatic production line, the tightened nuts are ensured to meet the technical requirements according to a set moment numerical value, and the automatic production efficiency is improved.

The invention provides a servo-controlled winding tension attenuation apparatus, a winding machine and a control method therefor. The tension attenuation apparatus comprises a wire conveying mechanism and a wire pressing mechanism, wherein the wire conveying mechanism comprises a servo motor; the servo motor controls the wire pressing mechanism to move up and down; the wire pressing mechanism comprises a moving plate, a pressing block assembly and a front air cylinder and a back air cylinder; guiding holes are formed in the moving plate; the guiding holes are used for guiding varnished wires or insulating wires; and the front air cylinder and the back air cylinder drive the pressing block assembly to press the varnished wires or insulating wires tightly. The servo motor controls the wire pressing mechanism to move up and down, and the front air cylinder and the back air cylinder drive the pressing block assembly to press the varnished wires or insulating wires tightly, so that the magnitude of the tension of the varnished wires or insulating wires can be adjusted in order to satisfy process requirements of enabling the varnished wires or insulating wires to wind workpiece pins, and enabling the varnished wires or insulating wires to pass through framework wire-passing grooves; therefore, the magnitude of the tension of the varnished wires or insulating wires can be adjusted in the pin winding process in the fully automatic production; and in addition, the tension attenuation apparatus is simple in structure, and capable of improving the production efficiency and the product yield.

The invention relates to an automatic wire rod guiding and threading device and a wire rod guiding and conveying method. The device comprises a base, a through hole, a penetrating hole, an air leaking part, a wire rod guiding mechanism, an air source connector, a guide pipe and an air source flow guiding mechanism, wherein the through hole is formed on the base along an axis in a penetrating manner; the penetrating hole is formed at the part of the base along the radial direction, which is close to an inlet end, and is vertically penetrated with the through hole; the air leaking part is arranged the tail end of the through hole; the wire rod guiding mechanism is connected with an outlet end of the base in a sealing manner and is used for guiding a wire rod to stretch to the outside; the air source connector is connected with the base through the penetrating hole of the base in the sealing manner; the guide pipe is inserted in the through hole of the base and is located at the rear section of the penetrating hole of the base and is provided with a wire hole; and the air source flow guiding mechanism is sleeved in the through hole at the inlet end of the base and is communicated with the penetrating hole of the base. The method comprises the following steps that: the wire rod is conveyed into an inlet of the air source flow guiding mechanism; an air flow which is rushed forwards is generated by compressed air through air cavities in the air source connector and the base to enable the wire rod to be forwards conveyed along the guide pipe; and the wire rod is introduced into a needle pipe with a smaller introducing diameter through a tapered guiding hole of a wire rod guiding pipe; and the air flow is discharged from the air leaking part, and the wire rod is accurately transferred to an appointed position to be butted with a wiring terminal hole.

The invention provides an electric connector which comprises a connector body and an extracting cover. The extracting cover is matched with the connector body so as to extract the connector body conveniently. The connector body comprises an insulation body and a plurality of electric terminals which are fixed on the insulation body, the extracting cover is provided with a panel-shaped extraction plate and a fixing wall, the extraction plate abuts against the upper portion of the insulation body, the fixing wall extends downwards from the extraction plate and is fixed with two sides of the insulation body, two sides of the insulation body is provided with positioning blocks and positioning grooves, the positioning blocks respectively protrude outwards, the positioning grooves are recessed downwards from the top, the fixing wall is provided with containing grooves, abutting walls and abutting blocks, the containing grooves are used for containing the positioning blocks, the abutting walls are located under the containing grooves and abut against lower sides of the positioning blocks, and the abutting blocks abut against inner walls of one sides of the positioning grooves so as to prevent the extraction cover from moving along a horizontal direction. Therefore, the extraction cover can be installed on the connector body and the connector body cannot be deformed due to clamping.

The invention belongs to the technical field of mobile communication antenna equipment, and discloses a low-frequency antenna oscillator and a base station antenna. The low-frequency antenna oscillator comprises an oscillator PCB board, Balun PCB boards and a feeding PCB board; two pairs of dipoles are arranged on the oscillator PCB board, and the oscillator PCB board is used for forming a radiation face; each pair of dipoles comprises two opposed dipoles and polarization directions of the two dipoles are perpendicular mutually; each dipole comprises two radiation arms; four Balun PCB boards are provided in total; a parallel line Balun is arranged on each Balun PCB board; each parallel line Balun is used for carrying out feeding on one dipole; two feeding lines are arranged on the feedingPCB board; each Balun PCB board is respectively connected with the oscillator PCB board and the feeding PCB board; and the base station antenna comprises a feeding network, a signal input port and thelow-frequency antenna oscillator. The invention solves problems of relatively serious structural deformation, large oscillator size, heavy weight and complex assembling and welding of an antenna oscillator in the prior art.

The invention discloses a tray automatic feeding device comprising a box assembly, a feeding mechanism and a discharge auxiliary mechanism. The box assembly comprises a holding space for stacking trays. The top of the box assembly is provided with a discharge outlet. The lower section of the lateral part of the box assembly is provided with a feeding inlet. The feeding mechanism comprises a lifting support and a first driving assembly for driving the lifting support. The discharge auxiliary mechanism comprises a tray pressing block and a second driving assembly for driving the tray pressing block. Empty trays are taken away immediately from the discharge outlet in the top of the box assembly, a user puts products with the trays into the holding space from the feeding inlet in the lateral part of the box assembly at intervals in the production process, continuous production can be ensured, and production cost is reduced. The multiple trays are taken automatically by the feeding mechanism, empty trays are sucked away automatically by a sucker of the next procedure, and automatic production efficiency is improved. The tray pressing block abuts against the tray of the uppermost layer,and displacement deviation of trays in the sucking process of the sucker of the next procedure can be avoided.

The invention discloses a multi-rod shrinking machine which comprises a frame, a shrinking mechanism, a shrinking rod, a cutting mechanism, a multi-rod receiving mechanism, a moving clamp, a first rod supporting clamp and a second rod supporting clamp, wherein the shrinking mechanism, the shrinking rod, the cutting mechanism, the multi-rod receiving mechanism, the moving clamp, the first rod supporting clamp and the second rod supporting clamp are mounted on the frame. The moving clamp is used for moving shrinking materials, and the first rod supporting clamp and the second rod supporting clamp are used for clamping the shrinking rod. The two ends of the shrinking rod are provided with a first air inlet and a first air outlet respectively. The first air inlet and the first air outlet are communicated with a first inner cavity. The two ends of each receiving rod are provided with a second air inlet and a second air outlet respectively. The second air inlet and the second air outlet are communicated with a second inner cavity. The second air inlet is connected with an inflation pump. When the receiving rod is in butt joint with the shrinking rod, air is conveyed to the shrinking rod from the receiving rod, and therefore the inflation process is completed. The mode that through a traditional technology, inflation is completed through a vacuum pump is replaced, the structure is simple, cost is effectively lowered, automatic production efficiency is improved, and market popularization is facilitated.

The invention discloses a continuous type stirring device. The continuous type stirring device comprises a shell body, a rotor, a stirring impeller and a dialing impeller, wherein the shell body serves as a stator, and the rotor, the stirring impeller and the dialing impeller synchronously rotate in the shell body; and the shell body has a material inlet in the top and a lateral material outlet which is formed in the bottom and is over against the dialing impeller, the stirring impeller is arranged below the rotor, and the dialing impeller is arranged below the stirring impeller. According to the continuous type stirring device disclosed by the invention, charging and discharging can be carried out uninterruptedly, assembly line operation of continuously stirring materials is achieved, and thus, the efficiency of automated production is greatly increased; and large-sized space equipment is not required, so that the production cost is reduced.

The invention discloses a hinge pin cutting mechanism, which comprises a bracket, a transmission main shaft, a spring, a cam, a push rod, a static cutting module, a movable cutting module and a blanking hole, wherein the bracket is provided with the transmission main shaft; the transmission main shaft is provided with the cam; the push rod is arranged vertical to the transmission main shaft; the cam is connected with the push rod; the movable cutting module is arranged at the front end of the push rod; the static cutting module and the movable cutting module are arranged in parallel; the blanking hole is formed below the movable cutting module. Through the way, the hinge pin cutting mechanism disclosed by the invention has the advantages of high reliability, compact structure, high adaptability, high automatic production efficiency, stable product quality, adjustable product size and the like; meanwhile, the hinge pin cutting mechanism has a wide market prospect in the field of chain transmission manufacturing equipment.

The invention discloses a busbar structure and a cell module. The busbar structure comprises: a positive output pole; a negative output pole; a positive output pole busbar connected with the positiveoutput pole; a negative pole busbar connected with the negative output pole; and a plurality of intermediate busbars having a cell anode connection portion and a cell cathode connection portion, wherein the cell anode connection portion of the first intermediate busbar and the positive output pole busbar are insulated from each other and are distributed in a stack mode, and the cell cathode connection portion of the last intermediate busbar and the negative pole busbar are insulated from each other and are distributed in a stack mode. The cell module comprises a module holding member providedwith a cell matching structure; the cell array comprises a plurality of monomer cells which have cathodes facing the module holding member and are matched with the cell matching structure. The busbarstructure is arranged on the module holding member, the monomer cells of the cell array are connected through the busbar structure to form the cell module. The product process can be effectively simplified, the production process is reduced, and the production cost is saved.

The invention discloses a manual and rapid screwdriver which comprises a handle, a sleeve, a magnet, a replaceable screwdriver head, a ratchet wheel mechanism, a spring, a threaded rod, a connecting rod and a button. The ratchet wheel mechanism is arranged at the front end of the handle, the sleeve is arranged in front of a ratchet wheel, the magnet is arranged in the sleeve, the replaceable screwdriver head is connected in the sleeve in a sleeved mode, a threaded rod hole is formed in the axis direction of the handle, the threaded rod is arranged in the threaded hole, the front end of the threaded rod is connected with the ratchet wheel mechanism, the spring is arranged on the threaded rod in a sleeved mode, the connecting rod is arranged on the threaded rod in a sleeved mode, and the button is arranged at the tail end of the connecting rod. Due to the mode, the manual and rapid screwdriver has the advantages of being high in reliability, compact in structure, good in adaptability, high in automatic production efficiency, easy and convenient to operate, high in product precision and the like and meanwhile having wide market prospects in the field of die devices.

An optically solidified ink resisting to etching for PCB features that it contains the resin soluble in the aqueous solution of alkali and photosensitive diluent, and its solidified film has linear molecular structure easy to dissolve in the aqueous solution of alkali.

The invention discloses a remote control irrigation system. The remote control irrigation system comprises a master control unit, a data acquisition module, a humidity sensing module, an electromagnetic valve control unit, a water pump control unit, a remote control module, an input/output module, a switch control module and a power supply module, the master control unit is in telecommunication connection with the data acquisition module, the data acquisition module is in telecommunication connection with the humidity sensing module, the humidity sensing module is in telecommunication connection with the electromagnetic valve control unit, the electromagnetic valve control unit is connected with the water pump control unit, the master control unit is further in telecommunication connection with the remote control module, the remote control module is in telecommunication connection with the input/output module, the switch control module is connected with the master control unit, and the power supply module is connected with the master control unit.

The invention provides a wire winding machine, a wire winding machine production line and a production method. The wire winding machine production line comprises a feeding machine, a wire winding machine and a post-processing machine, wherein the wire winding machine is connected between the feeding machine and the post-processing machine; the wire winding machine comprises a wire winding mechanism, an X-axis moving mechanism, a Z-axis moving mechanism and a feeding device; the Z-axis moving mechanism is used for controlling the feeding device to move; the X-axis moving mechanism is used for controlling the Z-axis moving mechanism and the feeding device to move; the feeding device comprises a movable guide rail, a first workpiece clamp and a Y-axis moving mechanism; the Y-axis moving mechanism controls the first workpiece clamp to move on the movable guide rail; and the first workpiece clamp is used for a clamping a to-be-processed workpiece and taking out the processed workpiece. The production line is used for producing by increasing or reducing number of wire winding machines according to the coil model and the winding number alteration, so that the mode of alternating the production line is simplified, the debugging difficulty is reduced, the production efficiency is improved, and the production cost is reduced.

The invention discloses an automatic casting system which comprises a casting machine, a robot, a casting cooling unit, a tool magazine, a plurality of casting grabbing tools and a casting conveying unit. A receiving device is arranged on a casting machine rack and comprises a sliding rack, a receiving guiding mechanism, a large rotary arm, a pull rod, a receiving bracket an d a receiving plate; the casting cooling unit comprises a water tank and a casting positioning mechanism; the casting positioning mechanism comprises an immersing bracket guiding mechanism, an immersing bracket driving mechanism and an immersing bracket; the immersing bracket driving mechanism drives the immersing bracket to be immersed into the water tank; the casting grabbing tools are placed in the tool magazine andeach casting grabbing tool comprises a connecting arm, a tray, a tray driving mechanism, a tray guiding mechanism and a chuck driving mechanism; the connecting arm is mounted on a manipulator of therobot, and the tray is mounted on the connecting arm; the tray driving mechanism drives the tray to move; and the chuck driving mechanism is mounted on the tray. The automatic casting system is reasonable in layout, high in universality, high in automatic degree and simple and easy to use.

A package for thin type products comprises a carrier band, an upper cover band and a lower cover band. The carrier band comprises a base part and a fixed part formed on one side of the base part. The base part is provided with a plurality of packing grooves penetrating the base part in the vertical direction and used for packing the thin type products, the lower cover band covers the bottom surface of the carrier band so as to cover the packing grooves from above, and the upper cover band covers the top surface of the carrier band so as to cover the packing grooves from below. The package for the thin type products can greatly improve automatic production efficiency and product yield.