64results about How to "For subsequent cutting" patented technology

The invention relates to a waste rubber tire horizontal composite dicer which comprises a frame, a power source, a transmission gear, a slitter, a dicing device and a tire feeding device, wherein the slitter and the dicing device are installed on the upper part of the frame; the power source and the transmission gear are installed on the bottom of the frame; the tire feeding device is installed near the slitter; the slitter comprises an upper horizontal cutter head and a lower cutter head which contact the working surface; the shafts of the two cutter heads form a mesh transmission through various gears which match each other; the lower end of the shaft of one cutter head is connected with the power source through the transmission gear; the dicing device comprises a dicing shaft, a dicingcutter and an inertia wheel, the dicing shaft is installed on the frame, the dicing cutter and the inertia wheel are installed on the dicing shaft, and the dicing main shaft is connected with the power source through the transmission gear; and a guide chute is arranged between the slitter and the dicing device. The dicer provides convenience for feeding waste tires, can realize automatic feeding,and maximally reduces manual work.

The invention discloses a cloth breaking machine used in textile field. The machine comprises a first support plate, an electric push rod, a baffle plate, a cutting bed, a guide rail, a pressure roller, a lifting mechanism, a raw material support bracket, a lower brush, a lower guide roller, second support plates, a filter screen and a suction draught fan, the second support plates are mounted onone ends of two sides of the cutting bed, the two second support plates are connected though the raw material support bracket, the raw material support bracket and the second support plates are connected through the bearings, the bottom of an upper guide roller is evenly provided with an upper brush, the lower guide roller is fixed directly below the upper guide roller through bolts, the lower brush is evenly disposed on the top of the lower guide roller, a collecting groove is formed in top of the cutting bed and directly located below the lower guiding roller, the inner wall of the bottom ofthe collecting groove is fixed to the suction draught fan through the bolts, and both sides of the inner wall of the collecting groove are connected by the filter screen; the cloth breaking machine conveniently adjusts the height of the pressure roller to flatten fabrics of different thicknesses and meanwhile has the function of dust removal.

The invention relates to a lavender harvester. The lavender harvester comprises a chassis provided with front walking wheels and rear walking wheels, a turnover collecting hopper is arranged on the rear side of the chassis, a power cabin is arranged on the portion, on the front side of the collecting hopper, on the chassis, and a channel allowing a conveying channel to penetrate through is reserved in the power cabin. A platform higher than the chassis is fixed to the front side of the chassis, and a cab is arranged on the platform. The front end of the chassis is hinged to the lower side of aharvesting hopper located on the front side of the chassis through a first hydraulic arm, and a reel frame and a packing auger are arranged in the harvesting hopper from front to back; the front endof a bottom plate of the harvesting hopper is fixedly provided with crop holding teeth and is provided with cutting teeth; a collecting opening is formed in the portion, on the rear side of the packing auger, on the rear wall of the harvesting hopper and is communicated with the conveying channel; the conveying channel is started at the collecting opening, penetrates into the power cabin through the lower part of the cab and penetrates out of the upper end face of the rear side of the power cabin, and a discharging hole of the conveying channel is located above the collecting hopper. Harvesting and collecting of lavender crops are integrated, the adaptability is high, the structure is simple, the stability is good, the practicability is high, and production requirements are met.

The invention discloses a material loading and unloading device for cutting plastic pipe fittings. On the top plate, a guide plate is fixed on the lower part of the right end of the top plate of the frame, the middle part of the guide plate has a blanking through hole, the blanking through hole corresponds to the right end of the feeding through hole, and the top edge of the guide plate has an upward extending The limit side of the frame, the outer wall of the support leg at the bottom of the right end of the frame is fixed with a material receiving plate, the bottom surface of the material receiving plate is fixed with a material receiving lifting cylinder, and the push rod of the material receiving lifting cylinder passes through the material receiving plate and is fixed with a material box Place the board. It can automatically lift and push the pipe fittings to facilitate subsequent cutting. It has high efficiency and good effect. The cut products are fed through the material box, and the material box is close to the guide plate. The product pops up, and when unloading, only the lower lifting plate needs to be lowered to unload the remaining material.

A mold used to manufacture, through metal mold casting, a damper that is fixed onto a housing in a disc drive and reduces a vibration of the housing, the disc drive recording information in and reproducing information from a recording medium. The mold includes a sectionally concave body that defines a shape of the damper, a first gate that introduces molten metal to the body from a runner, and is provided on a first side opposite to a concave of the body, and a second gate that introduces the molten metal to an overflow well from the body, and is provided at least one of a second side perpendicular to the first side, and a third side perpendicular to the second side and parallel to the first side.

The invention provides a mobile phone cover plate comprising a mobile phone panel, a film sheet laminated on the mobile phone panel and a view window framework pattern printed on the film sheet, wherein the mobile phone panel, the film sheet and the view window framework pattern have the same specification. The mobile phone cover plate of the invention is simple in structure and easy to manufacture. The invention further provides a manufacturing method of the mobile phone cover plate, comprising the following steps: firstly making the view window framework pattern on the film sheet, then cutting the film sheet view window via laser, and finally laminating the film sheet view window on a glass surface to obtain the mobile phone cover plate. By adoption of the method provided by the invention, the view window framework pattern is printed on the film sheet and is cut in combination with a carbon dioxide laser machine, so no fragment is split, thereby greatly improving the construction safety; and the remaining printing link in the technical process can be recycled, the printing link does not need to be removed by adding liquid medicine, thereby greatly reducing the cost. The inventionfurther provides a device used for manufacturing the mobile phone cover plate, and the components are easy to obtain, so that the production is convenient.

The invention discloses a method for preparing an easily cut nickel-zinc magnetic core half-finished product. The method comprises the following steps: mixing raw materials, performing vibration milling, pelletizing, transferring into a rotary kiln, performing pre-sintering, preparing polyvinyl alcohol glue, mixing products of the two former steps with aids, performing superfine grinding, spray pelletizing and pressing molding, thereby obtaining the easily cut nickel-zinc magnetic core half-finished product. The easily cut nickel-zinc magnetic core half-finished product prepared by using the method is relatively high in strength, good in flexibility, not liable to be fractured, uniform in texture, convenient in later cutting, not liable to be damaged or broken when being cut and tidy in notch, the rejection rate of the production process is greatly reduced, the production cost can be reduced, and the production efficiency can be improved.

The invention discloses an automatic unpacking line body. The automatic unpacking line body comprises a rotary disc mechanism, a conveying mechanism, a sharpening mechanism, unpacking mechanisms, a side pressing and driving mechanism and a box pressing mechanism. The rotary disc mechanism is arranged on a machine table. The conveying mechanism is horizontally arranged on the rotary disc mechanism.A frame body is erected above the rotary disc mechanism. The side pressing and driving mechanism is arranged on the frame body. The two unpacking mechanisms are arranged on the side pressing and driving mechanism. The box pressing mechanism is arranged on the frame body, the box pressing mechanism presses box bodies from top to bottom, and the box bodies are cut up along the two side edges of thebox bodies through the two unpacking mechanisms. The rotary disc mechanism drives the conveying mechanism and the box bodies to rotate by 90 degrees, and the other two side edges of the box bodies are cut up through the unpacking mechanisms. The automatic unpacking process includes the steps of S1, box body conveying and blocking; S2, box body side pressing; S3, box body downward pressing; S4, cutter feeding; S5, box cutting; S6, steering; and S7, discharging. The functions such as incoming material caching, automatic box distributing and automatic unboxing are achieved, and full-automatic splitting of the box bodies is achieved.

The invention relates to a sticky candy making system. The sticky candy making system is characterized by comprising a crude product forming module, a cooling module and a slitting and dicing module,wherein the crude product forming module, the cooling module and the slitting and dicing module are sequentially arranged to form an assembly line; a flow type production line is adopted, so that themanufactured sticky candy is conveyed to an extruder through a pump, and flow type sticky candy piece production is achieved through cooperation of a sesame spreading machine, a peanut grain spreadingmachine and a pressing roller. an annular cutter roller seat can be replaced; an isolation conveying module is adopted to prevent the cut candy bars from being adhered together again; a candy bar buffer groove is formed, and sesame is placed in the groove, so that the sesame is adhered to the side surface of the split sticky candy; the problem that subsequent candy bars are still conveyed to cause extrusion when the candy bars are diced can also be avoided; a stripping pressing plate unit is arranged on the side edge of a cutter module when the candy bars are cut, so that the stripping pressing plate unit firstly makes contact with the candy bars and then leaves the candy bars when the cutter module cuts the candy bars, and the candy bars are prevented from adhering to the cutter module.

The invention provides an chicken shell and chicken smashing device, which comprises a tank, a feed funnel which is connected with the upper end of the tank in a penetrating way, a plurality of supporting legs connected to the lower end of the tank, a motor connected to the internal bottom wall of the tank through a first support, and a worm connected to the rotary shaft of the motor, and the smashing device is characterized by further comprising a cutting unit and a smashing unit connected to the worm. According to the device, the defects of the prior art are overcome, the design is reasonable, the structure is compact, the cutting unit is utilized to squash and then cut cleaned chickens into strips, a smashing sleeve is then utilized to smash the chicken strips, and thereby the efficiency of samshing is increased.

The invention discloses a continuous forming and cutting device for candy production. The device comprises a bottom plate, a casing and a candy bar, wherein the bottom plate is fixedly connected to the outer side wall of the casing, and the upper end surface of the bottom plate is connected with a conveying plate through a stay rod; a feed port is formed in the side wall of the casing, the conveying plate movably extends into the casing through the feed port, and two symmetric guide plates are fixedly connected to the side edge of the conveying plate. By limit of the guide plates and movementof two candy feeding rollers, width of all parts of the candy bar is ensured to be uniform while the candy bar is continuously fed, and subsequent dicing is convenient; by closing of a lower press mold and an upper press mold, the candy bar can be cut and pressed, so that candies are formed and uniform in shape, the candies are formed after cutting-off, and cuts are neat.

The invention discloses a single-piece type disc cutter structure for a labelling machine, which comprises a moving assembly, a cutting assembly and a material pressing assembly; the cutting assembly is installed on the upper portion of the moving assembly; the material pressing assembly is installed on the side portion of the cutting assembly; the moving assembly comprises a supporting plate, a sliding rail, a sliding block, a bearing plate, a moving motor and a threaded rod; the cutting assembly comprises a cutting motor, a transmission shaft, a cutter body, a supporting frame and a cutter cover; and the material pressing assembly comprises a connecting rod, a guide rod, a connecting column, a limiting block, an elastic piece, an electric push rod and a pressing block. According to the invention, movement of the cutting assembly and the material pressing assembly is effectively achieved through the moving assembly; rotation of the cutter body is easily achieved through the cutting assembly; under cooperation of the moving assembly, cutting of a film is achieved; the film is pressed on the outer side of a to-be-labelled material through the material pressing assembly before cutting; in the cutting process, the film deviation is prevented; and the subsequent labelling quality is guaranteed.

The invention discloses an efficient film laminating mechanism of a cutting bed. The laminating mechanism comprises supporting arms at two ends, laminating rollers, hot pressing rollers and air supplyrods, end covers are arranged at the central positions of the supporting arms at the two ends; end cover grooves are formed in the end covers; the laminating rollers are arranged at the bottoms of the supporting arms at the two ends; rubber coating wheels are arranged at the connecting positions of the two ends of the film coating roller and the supporting arms, the hot pressing rollers are arranged in the centers of the supporting arms at the two ends; a hot pressing cavity is formed in each hot pressing roller; bearings are arranged at the connecting positions of the two ends of the hot pressing rollers and the supporting arms. The air supply rods are arranged at the tops of the supporting arms at the two ends, so that air outlet holes blow air outwards to cool cloth laminated by the hot pressing rollers, a plastic film is quickly laminated and fixed, meanwhile, dust on the surface of the plastic film can be blown away, the top of the plastic film is prevented from being stained with the dust due to poor workshop environment, and bubbles generated by untight lamination during film lamination are avoided.

The invention discloses a fabric three-dimensional fixing device and a method thereof, which belong to the technical field of fabric fixing. By using the difference in temperature between different areas of the upper and lower molds in the device, the thermodynamic properties of the fabric are changed, which facilitates subsequent cutting. A cutting device is used again to make the edge of the formed fabric dense and smooth, the molds is smoothly released, so that the manual cutting part is eliminated, the time can be greatly saved, the production efficiency is improved and the cost is reduced; at the same time, the fabric to-be-fixed and cut is pre-cut to a size corresponding to the size of the upper and lower molds, and the raw material can be saved.

The invention provides a high-precision cable peeler, and relates to the technical field of cable peeling, the high-precision cable peeler comprises a connecting mechanism, a cutting mechanism and a telescoping mechanism, wherein the connecting mechanism comprises a connecting plate and connecting screws, and the two ends of the connecting plate are connected with the cutting mechanism and the telescoping mechanism through the connecting screws respectively; the cutting mechanism comprises a cutting column frame, a horizontal rotary positioning piece, a direction positioning piece top cover, a direction positioning piece and a first roller frame, and is used for controlling rotation of parts in the cutting column frame and telescopic adjustment of a blade; the telescopic mechanism comprises a telescopic column frame, a second positioning pin, a positioning telescopic column and a second roller carrier and is used for controlling axial stretching and horizontal rotation of parts in the telescopic column frame. According to the cable peeler, cable cutting with any switching of two modes and three mmanners can be achieved, the problem that the cable is prone to horizontal and vertical displacement in the cutting process is effectively solved, meanwhile, the cutting depth can be accurately controlled, and therefore high-precision cutting of the blade to the cable is achieved.

The invention relates to root removing equipment, in particular to automatic root removing equipment for hydroponic vegetables. According to the automatic root removing equipment for the hydroponic vegetables, the roots of the hydroponic vegetables are automatically removed, the operation process of the hydroponic vegetables is accelerated, and the mechanical operation process and the automatic operation process are realized. According to the technical scheme, the automatic root removing equipment for the hydroponic vegetables is characterized by comprising a containing plate, a downward pressing assembly, a clamping assembly and cutting assemblies, wherein the containing plate is connected between the top sides of first supporting frames on the two sides; the top side of the containing plate is connected with the downward pressing assembly; the bottom side of the downward pressing assembly is connected with the clamping assembly; and the cutting assemblies are connected to the two sides of the containing plate correspondingly. Through cooperation of an air cylinder, a first connecting rod, a first pressing rod and a first spring, the purposes of providing driving force for the device and achieving the automatic operation process are achieved.

The invention discloses a PET film double-sided rapid coating and coating equipment. The equipment comprises an unwinding mechanism for conveying a PET film in a first direction, a first coating mechanism, a first drying and calendering mechanism, a reversing mechanism which is used for overturning the front and back surfaces of the PET film, a second film coating mechanism which is the same as the first film coating mechanism in structure and is arranged right above the first drying and calendering mechanism, a second drying and calendering mechanism which is the same as the first drying andcalendering mechanism in structure, and a winding mechanism which is used for recycling the PET film in a second direction. According to the invention, a plurality of vacuum cavities are arranged, themechanisms are respectively arranged in respective cavities to enable the PET film of a battery pole piece to pass through all the mechanisms in sequence, the processing and forming of the aluminum film and the copper film and the functions of coating the positive electrode material and the negative electrode material are completed at one time, and the processing of the cathode metal electrode, the cathode material, the anode metal electrode and the anode material of the battery can be completed in one unwinding and winding process, so that the production process of the lithium ion battery issimplified, the production efficiency is improved, and the cost is reduced.