37 results about "Cut fingers" patented technology

A multi-purpose cutting device for removing the spinal cord and spinal meninx lining of the spinal cord of a slaughtered animal which has been longitudinally cut in two along the length of the spinal cord. The cutting device comprises a rotary cutting tool having a hub with radially outwardly projecting cutting fingers equidistantly spaced apart around the hub. The cutting fingers have blunt ends and are of substantially uniform length. A pair of circular saw blades are rigidly secured to opposite faces of the cutting tool. The saw blades have a circumference that approximately matches the effective circumference of the working ends of the cutting fingers. In use, when the cutting device is powered by a drive motor, the cutting fingers and saw blades rotate in unison. The cutting fingers rotate to remove the spinal cord and spinal meninx from the carcass while the saw blades cut into bone along opposite sides of the meninx. The saw blades assist the cutting fingers in dislodging regions of bone material in which the spinal cord or meninx materials may be lodged.

The invention relates to a finger-shaped connector of an aramid fiber conveying belt and a preparation method of the finger-shaped connector. The preparation method comprises the following steps: stripping coverage glue, cleaning residual glue, cutting finger shapes, coating mucilage, splicing the finger shapes, forming and coating glue, reinforcing by a fabric layer, covering glue, and sulfurizing a specimen, thereby obtaining the finger-shaped connector on the aramid fiber conveying belt. According to the invention, the problems of extraction, edge wrapping, water seepage, glue failure of seams and the like of the connector of the conveying belt in the dynamic running process are solved; a certain gap is reserved in splicing the finger shapes so as to guarantee that the pasting glue can seep fully toward the finger shapes, the extraction force is increased, the stress uniformity is improved, and the phenomena of extraction and cracking which are caused by stress uniformity are prevented; the length of the stripped coverage glue is greater than the length of each finger by 5cm, and the connector glue and the coverage glue are lapped into an oblique slope, so that the phenomenon of water seepage of a framework material because of glue failure of the seam is prevented, and the service life of the connector of the aramid fiber conveying belt is prolonged greatly.

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.

The invention discloses a bunched cable manufacturing multi-function intelligent manipulator and an automatic cabling system thereof. The manipulator comprises a wrist system, a multi-functional finger system and a movement base; the wrist system comprises a wrist lifting mechanism, a wrist rotation mechanism, a spindle and a finger assembly disc; the lower end of the spindle sequentially penetrates through the wrist lifting mechanism, the wrist rotation mechanism and the finger assembly disc; the upper part of the spindle is connected to the wrist lifting mechanism; the lower part of the spindle is connected to the wrist rotation mechanism; the wrist lifting mechanism is fixedly connected to the wrist rotation mechanism; the wrist rotation mechanism is fixedly connected to the movement base; the multi-function finger system comprises a cable drawing and cabling finger assembly, an inserting-pulling-cable-cutting finger assembly and a positioning post insertion finger assembly; each finger assembly is arranged on the finger assembly disc of the wrist system; the automatic cabling system comprises the manipulator; by adopting the bunched cable manufacturing multi-function intelligent manipulator and the cabling system thereof, automatic cabling of bunched cable networks of various lengths and widths as needed is realized; the automation degree is high; and operation is simple.

An adaptive robotic finger prosthesis according to the inventive concepts includes a proximal phalanx body configured to be worn on a proximal phalanx portion of a cut finger, a middle phalanx body connected to the proximal phalanx body and configured to function as a middle phalanx portion of the cut finger, a distal phalanx body connected to the middle phalanx body and configured to function as a distal phalanx portion of the cut finger, a first proximal phalanx link disposed under the proximal phalanx body, a second proximal phalanx link disposed on the proximal phalanx body and joint-connected to the first proximal phalanx link, and a proximal phalanx elastic member provided at a joint between the first proximal phalanx link and the second proximal phalanx link to provide elastic force.

The invention provides a cutting finger ring knife. The cutting finger ring knife comprises a finger-ring-shaped body. The outer periphery of the finger-ring-shaped body extends in the radial direction and is bent to form a bent part. The side, opposite to the finger-ring-shaped body, of the bent part is provided with a bayonet. A knife rest plate is detachably connected to the interior of the bayonet. A blade is connected to the knife rest plate through a bolt. A cutting groove is formed between the blade and the outer periphery of the finger-ring-shaped body. An operator arranges the knife on a finger in a sleeving manner, adhesive tape can be dragged into the cutting groove by easily changing the position of the finger, the adhesive tape is cut off through the blade, operation is very convenient, and work efficiency is improved. The blade can be replaced, and cost consumption is substantially reduced. An inner arc concave part and a protruding part which are beneficial to holding and force application are arranged on the finger-ring-shaped body, and the structure is ingenious. The whole knife body is made of plastic materials, and therefore the cutting finger ring knife is light in weight, low in production cost and suitable for being widely popularized.

The invention relates to the field of food processing, in particular to a chicken claw stringing device capable of completing decomposition. The technical problem of the invention is to provide the chicken claw stringing device capable of completing decomposition. According to the technical scheme, the chicken claw stringing device capable of completing decomposition comprises a rotary positioningsystem, a first collecting box, a bamboo stick clamping and steering system and the like; the first collecting box and the bamboo stick clamping and steering system are connected; the cutting systemis connected with the rotary positioning system; and the rotary positioning system is connected with the bamboo stick clamping and steering system. According to the invention, chicken claw stringing is designed, a conventional method of manual stringing is skipped, and nails of the chicken feet and a section of straight bone of the chicken feet are cut off; the working efficiency is improved, andthe phenomenon that the bone of the chicken claw is hard and easily slips to cut fingers is avoided; the current situation that existing equipment cannot remove nails of chicken claws and straight bones at the upper ends of the claws while stringing the chicken claws is changed.

A finger protecting cover comprises a finger protecting rod which is of a strip-shaped sheet shape, wherein a baffle is arranged at one end of the finger protecting rod, a finger protecting head is arranged at the other end of the finger protecting rod, and a finger stall is arranged in the middle of one side of the finger protecting rod; the baffle is in the shape of a sheet which slightly protrudes outwards. Since the finger protecting cover is provided with the finger stall and the baffle, the finger protecting cover can effectively prevent a user from cutting fingers of the user by accident when the user cuts vegetables with a kitchen knife; besides, the finger protecting cover is light and exquisite in size and convenient to use.

The invention relates to a reciprocating cutting bar for the cutting gear of an agricultural machine, comprising a longitudinal axis (4) along which the reciprocating cutting bar may be moved in a working direction for crop cutting, a finger bar (1), cutting fingers (2), which are fixed to the finger bar (1), each forming counter cutters (11), a knife (5) with a knife bar (7), having knife blades (8) fixed to the knife bar (7) which each have cutters (9), whereby the knife (5) is made to oscillate relative to the finger bar (1) along a transverse axis (6), which is arranged horizontally and perpendicular to the longitudinal axis (4), rollers (13), by means of which the knife (5) is supported against the finger bar (1) to the rear when viewed in the working direction. The rollers (13) are each mounted to rotate on a roller holder (17) and the roller holders (17) are fixed to the finger bar (1).

The invention discloses an electric silkworm cocoon cutting machine for silkworm egg production. A shell is internally provided with a feeding cavity, a blanking cavity and a storage cavity, wherein a partition plate A is arranged between the feeding cavity and the blanking cavity; a partition plate B is arranged between the blanking cavity and the storage cavity; the feeding cavity is internally provided with a tool apron and connected with a cutting knife through a tool rest arranged on the tool apron; the side wall of the blanking cavity is provided with a cocoon cutting port and a cocoon inlet passage thereof; the blanking cavity is internally provided with a power supply device and a power device, wherein the power device penetrates through the partition plate A to connect with the tool apron; and the bottom of the storage cavity is provided with a movable pulling plate. The invention not only can solve the problem that a silkworm raiser is easy to cut fingers or a silkworm pupae in the silkworm cocoon cutting process, but also is economic and practical and approaches to maturity and can save the labor and the time and greatly enhance the work efficiency, thereby solving the problems that a large amount of manpower is needed when silkworm cocoons are cut and the silkworm pupae are already incubated into moths when the silkworm cocoons are not cut.

The invention provides a student glove. A little finger complete glove is arranged on a glove body of the glove. A thumb, an index finger, a middle finger and a third finger are all bucket cutting finger gloves that the fingers can be exposed. By means of the student gloves, a pen is convenient to hold and a book is convenient to turn by the thumb, the index finger, the middle finger and the third finger when a student use the gloves in winter. Due to the fact that the little finger can be closely attached to a desk surface when the student writes, thus the little finger glove can play a role in insulating cold and keeping warm. The student gloves are beneficial to studying for the student.

The invention provides a chopping block capable of avoiding cutting fingers. The chopping block comprises a chopping block body and a protection sheet with one end being fixedly arranged at one side of the chopping block body; the fixed end, fixed on the chopping block body, of the protection sheet is a groove which is turnover to be inserted into the chopping block body; the middle of the other end of the protection sheet is split to form a first protection sheet and a second protection sheet; the first protection sheet is bent to be pressed on the upper surface of the chopping block body; and the second protection sheet is fixedly arranged on a knifepoint of a kitchen knife by two magnets. The chopping block is capable of avoiding cutting fingers, safe and high in practicability.

The invention belongs to the technical field of study articles and discloses a safe craft scissor. The safe craft scissor comprises two shear blades and two telescopic handles. One end of shear blades are scissor tips and the other end are scissor tails. The middle of the shear blades is provided with a main hinging hole. The inner edge of each scissor tip is provided with a cutting edge and the outer edge of each scissor tip is provided with a first assistant hinging hole. Each scissor tail is provided with a second assistant hinging hole. Two shear blades are mutually hinged through the main hinging hole. One end of each telescopic handle is mutually hinged with the first assistant hinging hole on the two shear blades correspondingly. The other end of each telescopic handles is mutually hinged with the second assistant hinging hole on the two shear blades correspondingly. The safe craft scissor has a high shear ability, a rigid paper can be cut by kids with the safe craft scissor, the expandable angle of the two scissor tips is constrained by the telescopic handles, the fact that fingers of the kids stretch between the cutting edges of the two scissor tips can be prevented, and the injury of cutting fingers of kids is avoided.

The invention discloses a transportation limiting device. The transportation limiting device comprises a rack, and a second conveyer belt is arranged on the rack; the second conveyer belt transmits vegetables through a first rotating shaft and a second rotating shaft; a seventh power device is arranged at the bottom of the rack; an output shaft of the seventh power device is connected with one end of the second rotating shaft through a seventh belt; a first guide rod is arranged on the rack; and a longitudinal guide rail is arranged on the first guide rod. According to the transportation limiting device, food materials which are cut into blocks and strips can be transported to a slitting or dicing device to be continuously cut, and a limiting function is achieved while cutting, so that on one hand, vegetable cutting efficiency is effectively improved, the food materials are arranged trimly, vegetable cutting quality is guaranteed, and size uniformity of cut vegetables can be guaranteed, on the other hand, workload of operators is effectively reduced, and further, the risk of cutting fingers is effectively reduced.

The invention belongs the technical field of kitchen tools, and relates to a hand-cranking-type bulk fruit and vegetable slicer is characterized in that a rocking handle is cranked at a constant speed; the edge of a cutter streaks for one time in a space on the right side of a cutting table while the rocking handle rotates for one cycle, and a slice is cut off from fruit and vegetables. When the outer arc of the stirring wheel is locked with the inner arc of a groove wheel the cutter scratches the space on the right side of the cutting table; when the groove wheel is stirred by a stirring pin,the groove wheel drives a translation component to translate in the direction of the cutter; the translation distance is the same as the thickness of the slice to be cut from the fruit and vegetables; at the time, the cutter is on the rear side of the driving shaft and is far away from the fruit and vegetables; and the cutter does not hinder the fruit and vegetables from translating rightwards. When the hand-cranking-type bulk fruit and vegetable slicer is used, the fruit and vegetable slicing speed is high; the efficiency is high; labor is saved; the thickness is uniform; and the risk of cutting fingers is avoided.

A bag with handle and method for producing the bag that incorporates the features of four seal bag body with a new handle part to obtain a new bag with a durable bag body that can carry a heavy load, can be stacked in high number without falling, consume less space in storage and transportation, has large front space and side spaces for product information display while on shelf, that is convenient to hold, strong and secure, that does not cut fingers in use, and that may be applied to shopping bags or reusable or resealable packaging bags. The concept of the method of producing said bag is steps of folding, assembling, and sealing a plurality of sheet materials which are not obvious to a person ordinarily skilled in the art.

The invention relates to a special tool for cutting fingernails and toenails, and relates to the field of machinery. The purpose of the present invention is to provide a special tool for cutting fingernails and toenails with novel structure and strong practicability. A cap opening tool is arranged at the end of the pressing part. The invention has novel structure and strong practicability, and can be conveniently and quickly opened wine bottle during meal time by being arranged on special tools for cutting fingernails and toenails. The special tool main body is made of stainless steel; it also includes a plastic sheath; and also includes a small file specially used for sharpening fingernails and toenails. The present invention has the advantage of being multifunctional.