93results about How to "Quick crop" patented technology

The invention discloses a semi-automatic pearl wool net sleeving device for fruits and vegetables. The semi-automatic pearl wool net sleeving device for the fruits and vegetables comprises a base. According to the semi-automatic pearl wool net sleeving device for the fruits and vegetables, the structure is compact, operation is convenient, the occupation space is small in the using process, and the outer surfaces of the fruits and vegetables can be quickly and efficiently sleeved with pearl wool nets; fruit and vegetable positioning grooves are formed, therefore, the fruits and vegetables canbe clamped and fixed, and positioning in the fruit and vegetable sleeving process is convenient; a sleeve is arranged, and therefore lifting adjusting of U-shaped positioning plates is convenient; anair pump and an umbrella-shaped air bag are arranged, therefore, the pearl wool nets can be quickly opened, and sleeving connection of the pearl wool nets is convenient; a third electric telescopic rod is arranged, and therefore lifting adjusting of the umbrella-shaped air bag is convenient; electric fixtures are arranged, and therefore clamping and positioning of the pearl wool nets are convenient; the pearl wool nets can be automatically connected in a sleeving mode through fourth electric telescopic rods; upper-end openings of the pearl wool nets can be quickly opened through fifth electrictelescopic rods; and positioning studs are arranged, and therefore lifting adjusting of anti-skid blocks is convenient.

A bidirectional skin stripping device with adjustable length can having a cutting function for a data line comprises a rack, a cutting mechanism and a support rack, wherein a guide rail base and two linear guide rails are arranged at an upper end of the rack, a clamping mechanism is arranged on the guide rail base and is connected with an extension end of an electric push rod, skin stripping mechanisms are arranged at the upper end of the rack and are respectively fixed on a first seat and a second seat, upper ends of the first seat and the second seat are respectively arranged at a left-handthread end and a right-hand thread end in a bidirectional ball screw, and a tail end of the bidirectional ball screw is connected with an output shaft of a stepping motor. By the bidirectional skin stripping device, bidirectional skin stripping can be performed on two heads of the data line, the data line can be rapidly cut, the bidirectional skin stripping can be performed on the two heads of thedata line, the required length of the data line can be adjusted, and the processing efficiency of the data line is improved; and meanwhile, skin stripping operation can be simultaneously performed onthe data lines with different thickness, no damage to a data line core is generated during skin stripping, and the bidirectional skin stripping device has the characteristics of safety, reliability and the like and is simple to operate.

The invention provides a cutting device realizing rapid forming. The cutting device comprises a cutting table, wherein the upper plane of the cutting table adopts a horizontal design; cloth passes from the upper part of the cutting table in a tightly attached manner; pressure rollers are designed at upper parts of the front position and the rear position of the cutting table; a fixedly assembled mounting module is designed at the upper part of the cutting table; a lifting module is arranged between the mounting module and the cutting table; the lifting module and the mounting module are assembled in a vertical siding manner; a horizontal shaping track is designed at the lower part of the lifting module; a tensioning synchronous belt winds around the outer side of the shaping track; more than two cutting knives extending vertically downwards are designed at the lower part of the synchronous belt. When the device is used for cutting the cloth, the cutting knives rapidly move with the synchronous belt, multiple blades at the lower part of the synchronous belt cut the cloth simultaneously, so that cutting of the cloth can be finished rapidly, and the production efficiency is higher.

The invention provides powdering and then grinding type pulping equipment. The equipment mainly comprises a conical feeding inlet device, a rectangular tooth-shaped roller device, a stirring device, aconical grinding roller device, a bevel gear drive device and an inclined filter device. The equipment is characterized in that paper sheets are smashed and recycled through rectangular tooth-shapedrollers, and then slurry grinding is performed through a conical grinding roller. The recycled paper sheets are smashed in advance through shear force formed by the rectangular tooth-shaped roller device; the paper sheets and liquid water are stirred through rotation of the stirring device, and feed liquid soaking stirring and accelerated downward flowing are achieved; slurry is ground through thehigh-speed rotating conical grinding roller, and fine grinding of the paper sheets is achieved; due to rotation of the inclined filter device, liquid water and slurry separation is achieved.

The invention discloses a textile fabric rapid automatic cutting device. The textile fabric rapid automatic cutting device comprises a bottom plate, wherein the middle of the top end of the bottom plate is fixedly connected with the bottom end of a first supporting plate, and a cutting mechanism is installed on the inner side of the upper portion of the first supporting plate. According to the textile fabric rapid automatic cutting device, an output shaft of a motor drives a cutter to rotate, the output end of a second hydraulic cylinder drives the cutter on the motor to move downwards througha second clamping plate, so that the cutter is inserted into cutter grooves in a rubber pad to cut textile fabric, meanwhile, the output end of the right side of the first hydraulic cylinder drives the second hydraulic cylinder through a first clamping plate to slide left and right in a first sliding groove in the first supporting plate through a first sliding block, the cutter moves left and right to be matched in three cutter grooves in different positions in the rubber pad, textile cloth can be cut into different sizes, the application range is wide, and the problems that an existing textile fabric rapid automatic cutting device cannot change the cutting size, and the use range is single are solved.

The invention relates to the technical field of machining, in particular to a steel wire shearing machine. The steel wire shearing machine is provided with a work platform. The work platform is sequentially provided with a guiding block, a profiling die and a length adjusting device in the transverse direction. The guiding block is provided with an input hole. The length adjusting device is provided with an L-shaped support, the short edge of the L-shaped support is provided with an output hole, and the long edge of the L-shaped support is provided with an adjusting hole in the transverse direction. A contactor capable of being transversely adjusted is arranged in the adjusting hole and provided with a proximity switch. The longitudinal side, along the profiling die, of the work platform is sequentially and fixedly provided with a supporting block and a vertically-arranged air cylinder, the supporting block is provided with a fixing shaft hinged to the middle portion of a swing arm, one end of the swing arm is hinged to the telescopic end of the air cylinder, and the other end of the swing arm is provided with a tool matched with the profiling die. The steel wire shearing machine is simple in structure and convenient to operate, rapid and continuous steel wire tailing is achieved, the tailoring efficiency is high, and it is ensured that the tailored end face of the steel wire is smooth and tidy.

The invention discloses an automatic fabric cutting machine which includes an underframe, a conveying table, a dividing mechanism, a clamping mechanism, a cutting mechanism and a stacking mechanism. The underframe is provided with the conveying table, and the conveying table is provided with the dividing mechanism, the clamping mechanism and the cutting mechanism. The dividing mechanism includes adividing connecting rod and a dividing roller. The dividing connecting rod is connected with the underframe and provided with the dividing roller, and cloth is disposed on the dividing roller. The conveying table includes a flat conveying table and an inclined conveying table which are connected with each other. The inclined conveying table is connected with a supporting frame. The stacking mechanism is disposed below the inclined conveying table and includes a stacking table, a sliding groove, a sliding rod, a fixed rod, a hand grab and a power mechanism. According to the automatic fabric cutting machine, the cut cloth is effectively stacked, the automatic fabric cutting machine saves time and labor and reduces working strength, and the cut cloth is stacked tidily without wrinkle or folding.

The invention discloses a protective clothing structure for operation at high temperature and a constructing method of the protective clothing structure for operation at high temperature. The protective clothing structure for operation at high temperature includes a top and a pair of trousers, invisible zippers are arranged on both the top and the trousers, meshed cloth pieces are arranged on thepositions of the inner sides of the invisible zippers, and the top and the trousers are opened by the invisible zippers; and the fabric of the top and the trousers include a first thermal insulating layer, a second thermal insulating layer and a moisture transmission layer from outside to inside. By opening the invisible zippers, the air in the protective clothing can exchange with the external environment by forced convection, which can effectively accelerate the loss of the heat produced by a human body. The first thermal insulating layer can reduce thermal radiation to the human body at high temperature by using the ability of a nanomaterial to reflect near-infrared rays; the second thermal insulating layer uses an immobile air layer in an aerogel porous structure to isolate the external high-temperature environment from the human body, phase change microcapsules absorb the heat produced by the human body during a phase change process, and the microcapsule structures can prevent leakage of a phase change material; and the moisture transmission layer has good effect of single-way moisture transmission, moisture absorption and fast drying. The protective clothing is convenient touse and comfortable to wear with good protective performance.

The invention discloses a cutting method for LED lamp tube pins. The cutting method comprises the following steps that a, a mounting base is fixed; b, LED lamp tube limiting units are installed; c, arranging the LED lamp tube on a trimming table; d, limiting the tube body of the LED lamp tube; e, determining the cutting positions of the pins of the LED lamp tube; f, cutting the pins of the LED lamp tube; g, the limiting structure is disassembled; h, the connecting pipe sleeve is taken out; and i, taking out the cut LED lamp tube. The LED lamp tube can be limited, the LED lamp tube is prevented from moving when pins are cut, the pin cutting quality is improved, meanwhile, force borne by a tube head of the LED lamp tube can be transmitted to the wire cutting table through the connecting tube sleeve and the supporting plate, the tube head is supported, the LED lamp tube is prevented from being damaged when the pins are cut, the pin cutting position of the LED lamp tube can be determined, and the LED lamp tube cutting efficiency is improved. The pin cutting accuracy is improved, it is guaranteed that the cut pins keep the same length, and meanwhile the cut positions of the pins can be flat.

The invention discloses an automatic screening and packaging process for medical test paper. The automatic screening and packaging process comprises the following specific screening and packaging steps that S1, carrying out a test paper sheet and test paper groove feeding process; S2, cutting, separating and boxing the test paper sheets; S3, carrying and conveying test paper groove plates and screening test paper sheets; S4, carrying out a test paper box feeding and conveying process; S5, carrying out a test paper groove plate recycling process; S6, carrying out a test paper sheet pressing process; S7, carrying out a test paper box shifting and moving process; S8, carrying out a test paper box upper cover feeding process; S9, carrying out a test paper box packing process; S10, assembling a molecular sieve bag and a sieve box; S11, carrying out a molecular sieve box feeding and conveying process; S12, carrying out a test paper box lower cover feeding and assembling process; S13, carrying out a test paper outer packaging box discharging process; The automatic screening and packaging process is high in automation degree, the overall screening and packaging efficiency is improved, the labor cost is reduced, and the good market application value is achieved.