51results about How to "Realize automatic cropping" patented technology

The invention discloses a numerical control cutting machine, which comprises an upper workbench, a guide post, a guide sleeve, a screw support, a ball screw, a numerical control moving head, a connecting seat, a step motor, a rotary die holder, a servomotor, a workbench, a balancing connecting rod, a swing plate, a connecting plate, an oil cylinder, and a numerical control box. The computer programming control technology and a human-computer interface are adopted by the machine, a chain wheel on the servomotor drives a chain wheel on the ball screw through a chain, so that the connecting seat on the ball screw drives the numerical control moving head to advance and retreat in the longitudinal direction to realize mobile cutting; the rotary die holder on the numerical control moving head driven by the step motor can rotate 360 DEG; layout and blanking are carried out digitally; and the computer controls a hydraulic system to push the guide post on the oil cylinder to drive a balance mechanism, so that the upper workbench drives the numerical control moving head ascend and descend to realize automatic cutting. The machine has quick response, high precision, stable mechanical properties, low failure rate, high automation degree, and high production efficiency without waste and ungraded product, is convenient and safe to operate, and obviously saves energy.

The invention discloses an automatic cutting and conveying device of trademark paper of woven bags or mesh bags and belongs to the technical field of automatic manufacture of the woven bags or the mesh bags. The technical problem to be solved is to provide an automatic cutting and conveying device of trademark paper of woven bags or mesh bags, achieve full automation of sewing of the trademark paper and save labor cost and time cost. The technical scheme adopted by the invention is as follows: a paper winding shaft is mounted at one end of a box body; a fixing frame is mounted inside the box body; a circular reversing rod is arranged on one side near the paper winding shaft; a driving conveying wheel, a cutting device, a conveying belt and an unloading device; the unloading device is mounted at the top of an outlet section of the conveying belt; a conveying device of a host for sewing the woven bags or the mesh bags is arranged at the lower part of the outlet section of the conveying belt; a plurality of mark points are uniformly arranged on trademark paper of the paper winding shaft; a trademark paper movable end passes through the fixing frame, the driving conveying wheel and the cutting device and is clamped between a second pressing wheel and the conveying belt; a probe is mounted on the fixing frame and corresponds to a mark point path of the trademark paper.

The invention belongs to the field of complex fiber fabric processing and particularly relates to a cloth cutting method for complex fiber fabrics. The method specifically comprises the steps that distribution design is conducted on multiple shapes of pieces to be cut in a complementary way, distribution design results are imported into a cutting machine control system; the control system segmentsthe distribution design, wherein each segment can be completely covered by the cutting range of a cutting machine in the cutting process, and it is ensured that only one row of pieces exists in eachsegment in the fabric conveying direction; positioning points of the segments are determined and need to coincide with the central line of the cutting range of the cutting machine; the control systemcontrols a device to operate and achieves fabric positioning in the conveying process in the mode that the positioning points coincide with the central line, and cutting is performed by using the distribution design of each segment as a motion trail after positioning is completed. By adopting the fabric cutting and fetching method, automatic fabric cutting and taking can be achieved, the working efficiency is effectively improved, and the labor cost is reduced.

The invention discloses a cable cutting system. The system comprises a traction mechanism, a shearing mechanism, a length measuring mechanism and a processor, wherein the traction mechanism is used for driving a cable to move, the shearing mechanism and the length measuring mechanism are sequentially arranged along the moving direction of the cable, the length measuring mechanism and the shearingmechanism are both electrically connected with the processor, the length measuring mechanism is used for measuring moving distance of the cable, and when the moving distance of the cable reaches a preset value, the processor is used for controlling the shearing mechanism to cut off the cable. According to the cable cutting system, the cable is driven to move through the traction mechanism, meanwhile, the length measuring mechanism can measure the moving distance of the cable, when the moving distance of the cable reaches the preset value, the length measuring mechanism outputs a signal to theprocessor, the processor controls the shearing mechanism to cut off the cable, so that automatic cutting of the cable with specific length can be achieved, the cutting efficiency is high, the labor workload can be reduced, the labor cost can be reduced, and errors caused by manual measurement of the length of the cable can be reduced.

The invention discloses a small-sized garment accessory pressing and cutting device, and relates to the technical field of garment accessory pressing and cutting devices. The device comprises a workbench, support pillars are arranged at both sides of the upper surface of the workbench, a support top plate is arranged at the tops of the support pillars, a forward and reverse motor is arranged in the middle of the upper surface of the support top plate, and fixed rods are arranged at both sides of the forward and reverse motor; a first fixed plate is arranged at the tops of the fixed rods, the middle of the lower surface of the support top plate is fixedly connected with one end of an air cylinder, the other end of the air cylinder is provided with a second connecting plate, and a cutter isarranged on the lower surface of the connecting plate. According to the small-sized garment accessory pressing and cutting device, the second connecting plate can be driven by the air cylinder to moveup and down, and the cutter can be driven to move up and down through the up-and-down movement of the second connecting plate; through the up-and-down movement of the cutter, cloth can be automatically cut, the time and labor are saved, and the working efficiency of cutting the cloth is improved.

The invention provides rotary tower type non-stop unwinding equipment. The rotary tower type non-stop unwinding equipment comprises a scroll lifting part, a scroll rotating part, a cutting part and apaper path buffer part, wherein the scroll lifting part comprises a supporting frame and a tray frame; a V-shaped disc driven by a regulating mechanism is arranged on the tray frame; one end of the tray frame is provided with a protective mechanism; the scroll rotating part comprises two unwinding wall boards and a rotary disc; a supporting positioning mechanism is arranged between each rotary disc and each unwinding wall board; two scroll clamping mechanisms are arranged on the two rotary discs; a transmission mechanism is arranged between each unwinding wall board and each scroll clamping mechanism; the cutting part comprises two groups of cutting devices; and ach cutting device comprises a pressing mechanism and a cutter. A non-shaft type two-side synchronous drive way is adopted, so that the problems such as poor unwinding stability and poor accuracy are solved; and moreover, the rotary tower type non-stop unwinding equipment is stable for positive and negative unwinding ways, andhas characteristics of transmission stability, high safety and applicability to smaller-roll-diameter scroll cutting.

The invention belongs to the technical field of micro-nano patches, and provides a noninvasive soluble microneedle patch feeding device. The noninvasive soluble microneedle patch feeding device comprises a rack, wherein a workbench of the rack is provided with an original sheet feeding mechanism, an original sheet taking mechanism, an original sheet cutting mechanism, a material sheet taking and torque changing mechanism and a material sheet torque changing containing table; the original sheet taking mechanism is located between the original sheet feeding mechanism and the original sheet cutting mechanism; the two ends of the original sheet taking mechanism correspond to the original sheet feeding mechanism and the original sheet cutting mechanism respectively; the material sheet taking and torque changing mechanism is located between the original sheet cutting mechanism and the material sheet torque changing containing table; and the two ends of the material sheet taking and torque changing mechanism correspond to the original sheet cutting mechanism and the material sheet torque changing containing table respectively. By means of the noninvasive soluble microneedle patch feeding device, automatic feeding, transferring and cutting of soluble microneedle original sheets and automatic torque changing between the cut material sheets can be achieved, the sanitation of the material sheets cannot be influenced in the machining process, the cutting efficiency and the cutting quality are greatly improved, and the rear material sheets can be more efficiently and accurately attached to hydrogel slide glass.

The invention relates to the technical field of cable cutting, in particular to cable cutting equipment. The equipment comprises a control device, two sets of material reeling devices and a cutting device arranged between the two sets of material reeling devices; the control device is electrically connected with the material reeling devices and the cutting device; each material reeling device comprises a reel receiving and discharging mechanism for rotary discharging or receiving of reeled materials, a reeled material positioning mechanism for placing the reeled materials and facilitating thereel receiving and discharging mechanism, and a Y-axis moving component for driving the reel receiving and discharging mechanism and the reeled material positioning mechanism to move in the Y-axis direction; each reel receiving and discharging mechanism comprises a Z-axis moving component and a reeled material rotating component which can move in the Z-axis direction through the Z-axis moving component; the Z-axis moving components are mounted on the Y-axis moving components and can move in the Y-axis direction; each reeled material positioning mechanism comprises two sets of reel positioningcomponents; and the two sets of reel positioning components are connected with the Y-axis moving components correspondingly. Cables can be cut conveniently through the equipment, and the cutting precision and efficiency are improved.

The invention discloses an adhesive tape pasting machine. The adhesive tape pasting machine comprises a cutting mechanism and an absorbing mechanism; the cutting mechanism comprises a sleeve for winding adhesive tapes, a support part for supporting the adhesive tapes, and a clamping part arranged at the downstream of the support part; the clamping part comprises a mounting frame, and a clamping jaw slidingly connected to the mounting frame; the clamping jaw is used for clamping and stretching free ends of the adhesive tapes; a cutter is arranged at the tail end of the support part, and is driven through a driver to cut the adhesive tapes; the absorbing mechanism comprises a manipulator, and a sucker connected to the manipulator; and the manipulator can drive the sucker to absorb and bond the cut adhesive tapes. The adhesive tape pasting machine can realize automatic cutting of the adhesive tapes with a certain lengths and bonding of the adhesive tapes on products, improves the workingefficiency, and can prevent such phenomenon as drapes and hemming of the adhesive tapes.

The invention discloses an automatic paper feeder of a corrugating machine. The automatic paper feeder comprises a corrugating medium paper conveying platform and a corrugating paper conveying platform; the free end of the corrugating medium paper conveying platform is provided with a paper roll support; the paper roll support is provided with a corrugating medium paper roll; corrugating medium paper passes through a corrugating medium paper feeding roller, a corrugating medium paper cutter, a corrugating medium paper dragging device and a photographing region in sequence in a process that thecorrugating medium paper is conveyed to the corrugating machine; the side edge of the photographing region is provided with a visual system; and the corrugating medium paper feeding roller is provided with a sensor. The automatic paper feeder is simple in structure, high in paper feeding speed and high in precision; traditional manual operation can be replaced; and automatic fixed-length cuttingof the corrugating medium paper can be realized, and the corrugating medium paper can be automatically fed into the corrugating machine, so that the work efficiency is significantly increased.

The invention provides a high viscosity and scratch resisting PE wood-plastic plate composite production line. A working table is rotated synchronously by a push cylinder which drives a cutting tool to cut a wood-plastic plate, and therefore switching among four working stations on the working table of wood-plastic plate products after cutting is automatically achieved. A shaping mechanism is synchronously driven to conduct extrusion shaping on the wood-plastic plate products at the shaping station. The technical problem of deformation of the wood-plastic plate in the production process is solved. The invention provides a high viscosity and scratch resisting PE wood-plastic plate composite production technology. Compared with a traditional wood-plastic plate production technology, three steps of shaping, cutting discharging and waste collecting are added, the driving force in the cutting process is adopted to drive the shaping mechanism synchronously to conduct shaping processing of the wood-plastic plate products. The technical aim of forming the wood-plastic plate products after cutting is achieved. Synchronous conducting of four production steps of cutting, shaping, cutting discharging and waste collecting is achieved.

A garment cutting device of the present invention includes a platform, a rotating device, a table, a cutting part, and a storage part; the storage part is fixed on the platform through a fixing mechanism, and the storage part includes a first storage part, a second Two storage parts; the storage part is a storage part covered with a protective cover, and the protective cover is provided with an anti-skid surface and a limit block; the first storage part and the second storage part are provided with the The cutting part; the cutting part includes a rod part and a cutter, the rod part is arranged horizontally, and the cutter is arranged obliquely; fastening parts are arranged on both sides of the table; the fastening part includes a fastening block, the The cross section of the fastening block is concave. The invention can realize the automatic cutting of clothes, and has the advantages of convenient operation, accurate cutting and high cutting efficiency.

The invention discloses an automatic pearl cotton cutting device, which comprises a machine frame, a discharging mechanism, a gathering mechanism and a cutting mechanism, wherein the discharging mechanism is arranged on the machine frame, and is configured to continuously output pearl cotton outwards; the gathering mechanism is arranged on the machine frame, and is configured to receive pearl cotton output by the discharging mechanism and gather the pearl cotton in the width direction; and the cutting mechanism is arranged on the machine frame and is configured to cut the pearl cotton gatheredby the gathering mechanism. According to the technical scheme, the pearl cotton is automatically conveyed outwards through the setting of the discharging mechanism, the pearl cotton is gathered in the width direction through the gathering mechanism, the pearl cotton is finally cut through the cutting mechanism, and the gathering mechanism gathers the pearl cotton to be beneficial to cutting a relatively flat incision. The technical scheme can realize automatic cutting of the pearl cotton, has high automation degree and high production efficiency.

The invention discloses a polymer cutoff pelleter and relates to the technical field of pelleters. The polymer cutoff pelleter comprises a pole piece unreeling mechanism, a tab dividing mechanism, a tab welding mechanism and a contraposition rubberizing mechanism, wherein the pole piece unreeling mechanism is positioned on one side of the tab welding mechanism and is used for providing pole piecesof to-be-welded tabs for the tab welding mechanism; the tab dividing mechanism is positioned below the tab welding mechanism and is used for providing to-be-welded tabs for the tab welding mechanism;and the contraposition rubberizing mechanism is positioned on the other side of the tab welding mechanism and is used for rubberizing the pole piece. The polymer cutoff pelleter has the benefits of realizing automatic tab supply and automatic rubberizing of gummed paper, increasing the degree of automation and improving the production efficiency.

The invention discloses a guide rail type cutting machine which comprises a rack and a controller. A worktable is fixedly arranged on the rack; guide rails in horizontal direction are arranged on twosides of the worktable; columns are slidably arranged on the guide rails; the columns are in transmission connection to a driving device I; vertical chutes are formed in opposite side faces of the twocolumns; an upper pressure plate is arranged between the two columns; the upper pressure plate is slidably arranged between the columns through the chutes; the upper pressure plate is in transmissionconnection to a driving device II; a sliding track is arranged on the lower end surface of the upper pressure plate; a cutting head is slidably arranged on the sliding track; the cutting head is in transmission connection to a driving device III; and the driving devices I, II and III are electrically connected to the controller. The guide rail type cutting machine disclosed by the invention is novel in structure. The position of the cutting head can be adjusted, so that any positions of a material on the worktable can be cut. The material needs not to be moved frequently, so that the work efficiency is improved effectively.

The invention discloses a double-headed terminal installer comprising a frame; a cutting device for cutting off a wire and a wire skin; a first terminal-installing device and a second terminal-installing device, wherein the first terminal-installing device is used for installing a terminal on the wire end behind the fracture surface of the wire, and the second terminal-installing device is used for installing a terminal on the wire end ahead of the fracture surface of the wire; and a first wire moving device and a second wire moving device, wherein the first wire moving device can clamp the wire behind the cutting device, can move the wire in the front-rear direction, and can move the wire thereon to the first terminal-installing device; the second wire moving device can clamp the wire ahead of the cutting device, can move the wire in the front-rear direction, and can move the wire thereon to the second terminal-installing device; and the wire on the first wire moving device can be transferred to the second wire moving device. The double-headed terminal installer can realize the automatic cutting, the peeling and the double-headed terminal installation of the wire, can improve the production efficiency and reduce the labor intensity of workers.

The invention discloses a packaging bag cutting machine comprising a machine frame. The machine frame is provided with an input mechanism, a cutting mechanism and an output mechanism in sequence from left to right. A supporting shaft is arranged at the bottom of the machine frame. The cutting mechanism is provided with a cutter. The output mechanism is provided with a conveying belt and a conveying roller. The cutting machine is characterized in that the cutting mechanism is movably installed on the machine frame, the cutting mechanism is provided with an installation base, the installation base is provided with an air cylinder, a piston rod of the air cylinder is connected with toothed cutters, the toothed cutters are symmetrically arranged, a gap exists between the toothed cutters, a plane cutter is installed in the gap, the two ends of the plane cutter are installed on connection rods, and the connection rods are installed on the installation base. By means of the structure of the packaging bag cutting machine, a flat cutting mode or a zigzag cutting mode can be selected during automatic packaging bag cutting, operation is convenient, and it is guaranteed that packaging bags are conveyed out flat.

The invention provides an LED light-emitting bulb production and machining technology and relates to the technical field of LED light-emitting bulbs. The LED light-emitting bulb production and machining technology is completed by cooperation of an LED light-emitting bulb production and machining device. The LED light-emitting bulb production and machining device comprises a cutting machine, and the cutting machine is a square box body with a hollow middle part. A cutting opening is formed in the position, close to the top end of the cutting machine, of the left end of the cutting machine, a storage notch is formed in the bottom of the right end of the cutting machine, and a storage box is installed in the storage notch in a sliding connection mode. According to the LED light-emitting bulbproduction and machining technology, multiple second balls of ball structures are arranged on the bottom faces of pressing feet at equal intervals, so that the pressing feet roll at the top end of a light bar, scratches of the pressing feet to the surface of the light bar are reduced, the pressing feet slide more stably on the surface of the light bar through the second balls, and therefore vibration generated on the surface of the light bar when the pressing feet slide on the surface of the light bar is reduced, and the cutting precision of a cutting knife is further improved.