32 results about "Finger cut" patented technology

The invention relates to the field of new energy, in particular to an automatic method for adhesive packaging of new energy lithium battery cells. An automatic method for adhesive packaging of new energy lithium battery cells. The equipment used in the method includes a frame assembly, a cell material tray device, a cell handling device, a first workbench, an adhesive tape fixed-length cutting device, and an adhesive tape Adhesive device, translational transfer device, flip transfer device, second workbench, aluminum shell feeding device, aluminum shell handling device, battery unloading device, finished product blanking device and control assembly; this method simultaneously completes the square lithium-ion cell Paste the bottom adhesive tape and automatically put the battery cells into the aluminum shell, which improves the automation level and makes the production of square lithium batteries more intelligent.

The present invention provides a fingerprint identification module. The fingerprint identification module (10) comprises a ceramic cover plate (12) and a fingerprint identification chip (13) which are arranged from top to bottom. An annular conductive part (121) is integratedly formed at the outer edge of the upper surface of the ceramic cover plate (12). The annular conductive part (121) and the fingerprint identification chip (13) are connected through a conductive wire (14). According to the fingerprint identification module, through integratedly forming the annular conductive part (121) with a conductive function at the outer edge of the upper surface of the ceramic cover plate, the annular conductive part can substitute a metal ring to realize the function of the metal ring, the problem of a height difference brought by the existence of the metal ring is avoided completely, the problems of finger cut by protruding edges and dust dead corners do not exist, structural parts are reduced, the problem of an assembly error is completely avoided, and the product precision is improved while the cost is saved.

The invention relates to graphite rod processing equipment, in particular to graphite rod slice processing graphite gasket equipment. The invention provides a graphite rod slicing processing graphite gasket equipment capable of automatically and uniformly slicing graphite rods. The invention provides such a graphite rod slicing processing graphite gasket equipment, comprising: a working plate, the bottom two sides of which are connected with support plates; a storage plate, one side of the working plate is connected with a storage plate; The side is connected with a mounting plate; a cutting mechanism is installed between the operation plate, the storage plate and the mounting plate. The invention can automatically slice the graphite rod through the cutting mechanism, and can uniformly slice the graphite rod, so that the thickness of the slice is consistent, and the error is reduced, so that manual hand-held cutting equipment is not required to slice the graphite rod, and the fingers can be prevented from being cut. , can reduce labor intensity.

The invention relates to a slicer for food processing, in particular to a meat slicer for food processing. The invention provides a meat product slicer for food processing which does not need to manually hold a kitchen knife to slice meat products. The invention provides such a meat product slicer for food processing, comprising: a base, four support frames are symmetrically connected to one side of the base; a material pushing mechanism is installed between the support frame and the base; a slicing mechanism, A slicing mechanism is installed on the pushing mechanism. The present invention can push the meat products to move to the right through the pushing mechanism, and can slice the meat products moving to the right through the slicing mechanism, so that there is no need to manually hold a kitchen knife to slice the meat products, thereby reducing the labor load of workers and preventing the arm Soreness, to prevent cutting fingers.

The invention relates to a novel kitchen knife which comprises a knife body, a knife handle and a retaining plate. One end of the knife body is connected with one end of the knife handle, The retaining plate is located on the side of the other end of the knife body. The retaining plate is arc-shaped. The novel kitchen knife has the advantages that the kitchen knife is simple in structure and easy in batch production; during use, fingers can be placed into the retaining plate, and accidental finger cut caused by fast chopping or other accidents can be avoided effectively.

The invention belongs to the technical field of optical communication, and particularly relates to a tube shell golden finger cutting device. The device comprises a fixing base, an X-axis manual displacement fine adjustment platform, a clamp, a screwing wire, a bracket, a locking block, return springs, sliding blocks, an upper cutter handle, an upper cutter, a lower cutter and a lower cutter handle; tube shells to be processed are placed in a groove of the clamp, the screwing wire is rotated and then fixed through the locking block, and the X-axis manual displacement fine adjustment platform is used for adjusting the position; and during operation, the upper cutter handle and the lower cutter handle control the upper cutter and the lower cutter to move along sliding grooves of the slidingblocks of the bracket to cut golden fingers of the tube shells. According to the device, the plurality of tube shells can be cut simultaneously, and the production efficiency is improved; the length of the reserved parts of the golden fingers is determined by controlling the X-axis manual displacement fine adjustment platform, so that products have higher consistency; and by matching with the different clamps, one or more products are processed, and the flexibility of processing quantity is greatly improved.

The full-automatic support cutting machine comprises an LED lamp bead support storage device, the LED lamp bead support storage device comprises a vertical rod, a lifting seat, a hanging rod and a lifting mechanism, the vertical rod is provided with a vertical sliding rail, a sliding block is installed in the sliding rail, one end of the lifting seat is connected with the sliding block, the rear end of the hanging rod is connected with the lifting seat, and the front end of the hanging rod transversely extends forwards; the hanging rod is used for hanging an LED lamp bead support, and the lifting mechanism is connected with the other end of the lifting base. The LED lamp bead support feeding device is used for transferring the LED lamp bead supports hung on the hanging rod to the LED lamp bead support cutting device one by one; the LED lamp bead bracket cutting device is used for cutting and processing; and the LED lamp bead bracket discharging device is used for taking out the processed LED lamp bead bracket. The automatic finger cutting machine is high in automation degree, good in safety, high in machining efficiency, low in labor cost and high in feeding and discharging accuracy, the problem that fingers are cut manually is solved, one person can operate a plurality of machines, operation and production can be conducted in rest time such as noon, and the like.

The invention relates to a strip cutting device, in particular to a radish strip cutting device for food processing. The present invention provides a radish slicing device for food processing which can automatically slice radishes. A radish cutting device for food processing, comprising: a bottom plate, on which a mounting plate is connected on one side; a support plate, on which the other side of the bottom plate is connected with a support plate; a storage plate, on which the other side of the bottom plate is connected with a storage plate; In the mechanism, a cutting mechanism is arranged between the bottom plate, the mounting plate, the support plate and the object storage plate; the rotating mechanism, a rotating mechanism is connected between the bottom plate and the mounting plate, and the rotating mechanism is connected with the cutting mechanism by transmission. Through the cooperation of the cutting mechanism and the rotating mechanism, the present invention can automatically cut the radish into strips, thereby eliminating the need to manually cut the radish with a kitchen knife, thereby reducing workload, saving time and effort, and preventing fingers from being cut.

This invention relates to fuel filler pipe information collar for fuel type identification, a fuel type information collar is provided. The fuel type information collar is configured to engage an outer perimeter of a fuel tank filler pipe assembly of an automotive vehicle. It may include an inner perimeter defining an aperture configured to engage the outer perimeter of the fuel tank filler pipe assembly. It may additionally include a top surface including indicia of fuel type information for indicating type of fuel to be used by the automotive vehicle. It may further include a plurality of radial finger cuts angularly spaced around the inner perimeter, the plurality of radial finger cuts forming a plurality of fingers that engage the outer perimeter of the fuel tank filler pipe assembly.

The invention provides a secondary cable transverse sheath pulling tool, which comprises an upper half ring and a lower half ring, wherein the upper half ring and the lower half ring are hinged; a handle is connected to the outer ring wall of the lower half ring; an upper semicircular shape is defined by the inner ring wall of the upper half ring; a lower semicircular shape is defined by the innerring wall of the lower half ring; a cutter blade is arranged in the lower semicircular shape; the cutting edge of the cutter blade faces the opening part of the lower semicircular shape; the upper semicircular shape and the lower semicircular shape define a complete sheath pulling placement circle; a cable wire requiring the transverse sheath pulling is arranged in the sheath pulling placement circle; the cable or the sheath pulling tool rotates so that the cutting edge of the cutter blades cuts the sheath of the cable wire. The existing longitudinal cutting mode is changed; a transverse cutting mode is used; the problems of small cutting surface area, non-uniform stress in the cutting process and the like can be solved; the probability of cable damage and finger cut injury is reduced. The secondary cable transverse sheath pulling tool has the advantages that the cutting area is increased; the cutting work can be more easily performed; the transverse cutting mode is used; the force intensity can be more easily controlled, so that the stress of the cable is uniform.

The invention relates to a gold finger laser cutting method and system for circuit boards. The method comprises: projecting the inter-finger insulating layer clearing laser beam and the golden finger cutting laser beam to the area to be cut of the circuit board for scanning processing, and the laser peak value of the projected light spot of the inter-finger insulating layer clearing laser beam on the inter-finger insulating layer to-be-cut area The power density is less than the laser processing threshold of the gold finger material, and greater than or equal to the laser processing threshold of the inter-finger insulating layer material, and the laser peak power density of the projected spot of the gold finger cutting laser beam on the gold finger to be cut area is greater than or equal to the laser processing of the gold finger material Threshold: The inter-finger insulation layer removal laser beam is used to process and form a hole in the inter-finger insulation layer to be cut area, and the golden finger cutting laser beam is used to process and form a slit on the circuit board. Outer side edge. The technical scheme of the invention can solve the micro-short circuit problem generated on the golden finger when the circuit board is cut by laser.

The invention belongs to the technical field of rubber belt manufacturing equipment, and relates to a device for manufacturing a connector, in particular to a finger-shaped cutting device. The finger-shaped cutting device comprises a cutting device, a diamond cutting line and a mobile platform component, wherein the diamond cutting line performs cutting movement, a belt end 1 and a belt end 2 which are superimposed together are fixed on an upper tray component, a stepping motor drives the upper tray component to move horizontally along a finger-shaped line track, and finally the belt end 1 and the belt end 2 are simultaneously cut into finger shapes. The finger-shaped cutting device manufactures the finger shapes accurate in size, saves labor time, enables sizing material to achieve good continuity in a vulcanizing process, does not generate a fault in the middle of the sizing material, enables tensile strength of the belt connector to reach prospective strength, and is difficult to break during the use process, safe and reliable to use, high in production efficiency, and low in labor intensity.

Methods, systems, apparatuses, and computer program products are provided for a user input device, such as a game controller. The user input device includes a finger depressible trigger button, a trigger travel path adjustment assembly that resides in an internal cavity of a housing of the user input device, and a finger switch configured to be switched between a plurality of selectable positionsin real-time (e.g., during game play). A first selectable position of the finger switch enables the trigger button to be depressed a first distance. A second selectable position of the finger switch enables the trigger button to be depressed a second distance that is greater than the first distance.

The invention provides a certificate photo cutting device for photo studios based on connecting rod transmission, and relates to the technical field of photo cutting. The certificate photo cutting device for photo studios based on connecting rod transmission includes a placement seat, a cutting groove is opened on the top of the right side of the placement seat, and a light strip is fixedly connected to the bottom end of the cutting groove, and the placement seat The right end of the right end is rotatably connected with a threaded rod, the periphery of the threaded rod is threadedly connected with a slide block, and a baffle is fixedly installed on the top of the slide block. The ID photo cutting device for photo studios based on connecting rod transmission can stably limit the position of the photo, and at the same time, the cutting line can be observed on the surface of the photo, and then the position of the photo can be adjusted more accurately, which improves the efficiency of photo cutting. Quality, avoiding the cutting of fingers during use, and automatically wrapping the blade of the cutter after use, avoiding scratches on the human body and improving the safety of the cutting device.

The invention provides a cucumber flexible picking manipulator end executor and a picking method and relates to the field of agricultural picking robots. The cucumber flexible picking manipulator endexecutor is composed of a stepping motor, polished shafts, a lead screw, a mounting plate, a supporting plate, a nut slide block, an ejector plate, a visual sensor, a cutting cylinder, cutting fingers, a clamping cylinder, clamping fingers, springs, flexible clamping walls, silica gel keys, a laser sensor, a clamping arm rotating shaft and a rotary motor. The cucumber flexible picking manipulatorend executor is characterized in that the flexible clamping walls are installed on the two sides of the mounting plate through clamping wall rotary shafts, the silica gel keys are connected with the flexible clamping walls through the springs, and the working processes of aligning at cucumbers, moving close to the cucumbers, clamping the upper sections of the cucumbers, flexibly clamping the middle lower sections of the cucumbers and cutting off stems are completed. By adoption the picking manners that the flexible clamping walls clamp the middle sections and the lower sections of the cucumbers, the clamping fingers clamp the upper sections of the cucumbers, and the cutting fingers cut off the stems, the technical problems that the cucumber picking efficiency is low and cucumbers are proneto being damaged during clamping and are liable to break off due to shaking are solved.