429results about How to "Improve shear efficiency" patented technology

The invention discloses a fruit picking device. The fruit picking device comprises a telescopic supporting rod, wherein a pipe sleeve is arranged on the top end of the supporting rod; a containing netis arranged at a lower end opening of the pipe sleeve; a blade annular cutting mechanism is arranged in an upper end opening of the pipe sleeve; the supporting rod is provided with a mechanism whichis used for driving the blade annular cutting mechanism to open and close through a gear transmission mechanism so as to realize blade engaged cutting. According to the fruit picking device disclosedby the invention, the cam driving blade annular cutting mechanism adopted by the invention is used as a tool for cutting stems of fruits, so that the characteristic of labor saving is obtained, and the accuracy and the reliability that the fruits fall into a net after cutting can also be increased; a mode of using a big pipe to sleeve a small pipe is adopted, and a seat pipe clamp is used as a locking device, so that length stretching is realized, and risk of manual operation is greatly reduced; a multi-blade cutting mode is adopted, so that the cutting efficiency can be increased; by adoptingthe containing net which is smaller in inner diameter and has certain elasticity, cut fruits can be buffered, the fruits are prevented from being damaged due to direct falling, and meanwhile, the manual labor strength is reduced.

The invention discloses a method for copying/ cutting and pasting data. The method comprises the following steps: obtaining multiple pieces of data which is cached in an appending copying/cutting way; creating a visual window with an editing function; displaying each piece of data on the visual window, and editing data contents on the visual window according to an editing operation instruction of a user; and pasting the edited data to a target position. The scheme of the invention also provides a system for copying/ cutting and pasting data. The scheme of the invention obtains multiple pieces of data cached in the appending copying/cutting way, after the visual window with the editing function is created, each piece of data is displayed on the visual window, and data visualization can be realized so as to bring convenience for users to check whether wrong appending or missing appending exists or not. According to the editing operation instruction of the user, the data contents on the visual window can be edited and pasted to a target position. Therefore, appended data can be processed before the data contents are pasted, and copying/cutting and pasting efficiency can be improved.

The invention discloses a digital control hydraulic brake type plate shearing machine, which comprises a frame, an upper tool post, a lower tool post, a hydraulic transmission system for driving the upper tool post to reciprocate, a tool post angle adjusting device for adjusting a shearing angle of the upper tool post, a material stopping device, and a tool post interval adjusting device; the plate shearing machine also comprises a computerized numerical control (CNC) digital control system; and the CNC digital control system is connected with the hydraulic transmission system, the tool post angle adjusting device, the material stopping device and the tool post interval adjusting device. By adopting the technical scheme, the operation of the plate shearing machine is controlled by the CNC digital control system; relative working parameters are input through a key input module on a control panel of the CNC digital control system, so the automatic shearing work of the plate shearing machine is realized; and the CNC digital control system is connected with the tool post angle adjusting device, the material stopping device and the tool post interval adjusting device of the plate shearing machine, the error caused by manual operation is removed, and the shearing precision and the shearing efficiency of the plate shearing machine are improved.

A method for optimizing steel plate head shearing relates to a method of shearing steel plate head, and solves the problem that the existing method cannot precisely locate the portion needs to be sheared; the method comprises the following steps: controlling a roller bed to rotate by a controller in order to transmit a steel plate; controlling the roller bed to stop rotating when the head of the steel plate reaches a second optical grating; using an industrial camera to take a picture of the head of the steel plate, so as to generate a steel plate head image signal and send the signal into the controller; processing the steel plate head image signal by the controller, so as to obtain a shearing time of a head shear blade based on the image signal; keeping the rotation of the roller bed; judging that the shearing time of the head shear blade is reached, stopping the rotation of the roller bed, and stopping the transmission of the steel plate; shearing the head of the steel plate by the head shear blade. In the method, the industrial camera is used for precisely taking a picture of the outline of the steel plate head; by meshing and scanning the image, the length should be sheared from the steel plate head can be precisely calculated, thereby effectively increasing the precision of shearing the steel plate head, thus increasing the shearing efficiency and the yield.

The invention relates to a method for knocking out mir-505 from a mammal cell line, which comprises the following steps: synthesizing an sgRNA nucleotide single chain in vitro, treating to obtain an insertion element, inserting the sgRNA into a 41824 vector or 42230 vector by homologous recombination or T4 connection, transforming into competent cells of Escherichia coli, carrying out bacterial colony PCR (polymerase chain reaction) detection and sequencing confirmation on the vector to obtain an expression vector, denaturing the PCR product, annealing to form a heterologous hybrid double chain, and determining the shear efficiency of the CRISPR-Cas9 system on the mir-505 gene by using a T7E1 enzyme digestion test. The method provides references for selecting the sgRNA expression vector.

The invention discloses a metal sheet shearing machine, which comprises a rack, a shearing mechanism arranged on the rack, a material pressing mechanism and a feeding mechanism, wherein the shearing mechanism comprises a shearing hydraulic cylinder arranged on the top of the rack, a front end shearing device arranged at the front end of the rack, and a left shearing device and a right shearing device correspondingly arranged at the left side and the right side of the rack, the front end shearing device, the left shearing device and the right shearing device respectively comprise an upper tool carrier connected with the shearing hydraulic cylinder and a lower tool carrier fixed on the rack, and the upper tool carrier and the lower tool carrier are correspondingly provided with blades; the material pressing mechanism comprises a material pressing hydraulic cylinder arranged on the top of the rack and a material pressing device connected with the material pressing hydraulic cylinder, and the material pressing device is positioned behind the front end shearing device and between the left shearing device and the right shearing device; and the feeding mechanism can be arranged at the rear end of the rack in a back and forth reciprocating mode. The metal sheet shearing machine can complete four-side shearing in the state of one-step clamping, has high working efficiency and is safe and reliable.

The invention relates to the technical field of garment manufacturing auxiliary equipment, in particular to cloth leveling and shearing equipment for garment manufacturing. The equipment comprises a base seat, a supporting table, two supporting frames, a compacting mechanism and a shearing mechanism, wherein the compacting mechanism is arranged between the two supporting frames to feed cloth ontothe supporting table and compact the cloth; the shearing mechanism is arranged above the supporting table through a protective outer cover to shear the cloth; the compacting mechanism comprises a first motor, a first pressing roller and a second pressing roller; and the shearing mechanism comprises a second motor and a cutter. The cloth leveling and shearing equipment for garment manufacturing hasthe functions of feeding and blanking, and is convenient to use; the designed compacting mechanism can compact the cloth to make the texture more compact, and thus the texture of the cloth is improved; and meanwhile, a designed observation window can watch the operation of the cutter in real time, and thus the occurrence of faults is prevented, and the cloth processing process is transparent andefficient, so that the shearing efficiency of the cloth is improved, and corporate earnings are increased.

The invention discloses a plate shearing machine. The plate shearing machine comprises a support, a workbench and a machine body. The workbench is provided with a feeding device. The machine body is provided with a shearing device. A push rod pushes a plate forwards in the horizontal direction under the action of a feeding power device. The push rod is provided with a signal emitter. The shearing device comprises a shearing power device and a shearing blade. The side, close to the workbench, of the shearing blade is provided with a signal receiver. The signal receiver is used in cooperation with the signal emitter. According to the plate shearing machine, the signal emitter and the signal receiver are used in cooperation, the signal emitter is arranged on the push rod, the signal receiver is arranged on the side, close to the workbench, of the shearing blade, when the push rod moves to the position of the signal receiver, the signal receives a signal sent by the signal emitter and transmits the signal to a control device, the control device controls the shearing power device to drive the shearing blade to move downwards to shear the plate, and the shearing accuracy and shearing efficiency are high.

The invention discloses a fully-automatic narrow lap electric-resistance seam-welding machine for thin plates, belongs to a thin plate seam-welding machine in the welding technical field, and aims to provide the fully-automatic narrow lap electric-resistance seam-welding machine, which is high in shearing efficiency and long in service life, for thin plates. According to the technical scheme, the fully-automatic narrow lap electric-resistance seam-welding machine comprises a rack and a workbench, wherein a clamping and delivering device and a single-blade shear are arranged on the rack or the workbench; a beam assembly is connected on the rack; a resistance welding device and a grinding device are connected on the beam assembly; the single-blade shear comprises a framework, wherein an upper shearing sheet, a lower shearing sheet and a shearing air cylinder are connected on the framework; a synchronous slide block is connected on the shearing air cylinder; link mechanisms are connected on the synchronous slide block; the two groups of link mechanisms are symmetrically arranged at left and right sides of the synchronous slide block, the upper shearing sheet and the lower shearing sheet; and the other ends of the link mechanisms are connected to the upper shearing sheet or the lower shearing sheet. The fully-automatic narrow lap electric-resistance seam-welding machine is suitable for shearing and welding metal thin plates in a finish machining continuous line of the metal thin plates.

The invention discloses a plate shearing machine. The plate shearing machine comprises a support seat, a support plate, a support frame body and a plurality of plate cutting units; the support frame body is fixedly connected to the support seat, and two adjacent The cutting board units are detachably connected to form a cutting board; both ends of the cutting board are slidably connected to the support frame body, and the piston rods of multiple cylinders pass through the support frame body one by one One is correspondingly fixed on the cutting board unit, so that the cutting board can move in the vertical direction when the piston rod is stretched in the vertical direction; the cutting board unit is detachably connected with a cutting knife ; The support plate is fixedly connected to the support base; The cutting edge of the cutter is provided with a sawtooth shape or a cutting edge shape. The shearing machine can adapt to shearing various lengths of plates to be sheared, and has high shearing efficiency during the shearing process.

A grinding machine has a shearing chamber that includes one or more edges that provide fulcrum points against which frozen block of material, such as frozen blocks of meat, can be held against during a reduction or shearing process. The edges may be arranged to limit the advancement of reduced blocks of material to provide more control on the size of the ground material that is ultimately output by the grinding machine. The grinding machine may also include an expansion zone into which reduced blocks can be temporarily held to accommodate volume increases during the reduction process. A feed screw advances the frozen blocks through the shearing chamber and includes pressure flighting to help shear material from the frozen blocks. The feed screw may include a knife holder that provides support for a knife held therein against the lateral forces experienced by the knife as the knife shears material adjacent the orifice plate.

The invention relates to the field of preparation of mechanical blades and provides a blade of a disc shearing machine and further provides a preparation method of the blade of the disc shearing machine. The blade is used for shearing stainless steel and a high-strength steel plate and is high in cost performance. The preparation method of the blade of the disc shearing machine comprises the stepsthat a blade base body is prepared and wrapped with a blade sheath, the space between the outer side wall of the blade sheath and the outer side wall of the blade base body is filled with alloy powder through a powder filling channel in an annular cover plate located on the blade sheath, and a top cover is mounted on the powder filling channel after filling and vibrating compaction; the blade sheath internally provided with the blade base body and the alloy powder is placed in a degassing furnace, vacuumizing and degassing heat preservation are conducted, then the blade sheath is placed in ahot isostatic pressure furnace to be subjected to hot isostatic pressure treatment, and thus a blade edge layer is formed; and the blade sheath is removed through machining, thus a blade blank is obtained, then annealed, quenched and tempered, and the blade is obtained through finish machining. The blade prepared through the method is uniform in edge thickness, resistant to abrasion, long in service life, low in cost and high in cost performance.

The invention belongs to the technical field of garment processing machinery and specifically relates to a garment fabric cutting device. The device comprises a box body; the device also comprises a drive unit, a cutting unit and a cutting table; the drive unit is used for driving the cutting unit to cut fabric; the cutting unit is used for cutting fabric; the cutting table is used for providing cutting position for fabric. By means of the cooperation of the drive unit, the cutting unit and the cutting table, the fabric is cut by the cutting unit which is driven by the drive unit, which not only alleviates labor intensity, but also increases fabric cutting efficiency; at the same time, the power source generated in the drive unit during driving is utilized so that the source utilization rate is increased; the fabric scraps in the fabric cutting drops to the bottom of the box to avoid the fabric scraps affecting the cutting of the fabric, thus improving the cutting effect of the fabric.

The invention discloses a double-layer sheet cross-cutting machine. According to the conveying direction of the sheet, a discharging mechanism, a traction mechanism, a cutting mechanism and a receiving hopper are sequentially arranged on a support; the cutting mechanism includes a front clamping assembly, a rear clamping assembly, a transverse The cutting guide assembly and the circular knife assembly, the front clamp assembly is installed on the bracket, the rear clamp assembly is installed on the receiving hopper and moves reciprocally on the receiving hopper along the sheet conveying direction, the cross cutting guide assembly is arranged above the front clamp assembly, The circular knife assembly is arranged on the cross-cut guide assembly and moves back and forth along the cross-cut guide assembly. This double-layer sheet cross-cutting machine can realize the synchronous and stable conveying and cutting of corrugated paper and bubble paper on the same equipment, filling the gap in the market, reducing manual operations, and effectively improving the work efficiency of the cross-cutting machine; It avoids the inconsistent size of corrugated paper and bubble paper, reduces subsequent trimming work, and effectively controls and improves the packaging efficiency of distribution boxes.

A gardening shears includes two handles, a first shear blade connected to one handle and providing a suspension arm portion, a linking rod connected to the other handle, a second shear blade coaxially pivoted to the first shear blade and the linking rod and providing an elongated slot, and a control unit including an arched guide member fixedly connected with its one end to the linking rod and a guide wheel pivotally connected to the suspension arm portion of the first shear blade with a guiding protrusion thereof inserted into the elongated slot of the second shear blade.

Thus, when opening and closing the handles, the mating arrangement of the arched guide member, the guide wheel and the elongated slot of the second shear blade enables the first and second shear blade to implement the shearing action twice.

The invention discloses a shearing device of automatic wire harness binding equipment. The shearing device comprises a drive mechanism, a transmission mechanism and a shearing mechanism. The upper portion of the whole device serves as a motor part, and the lower portion of the whole device serves as a box part. The drive mechanism comprises a motor, a small synchronizing wheel, a large synchronizing wheel and a synchronizing belt. The transmission mechanism is located in a box and is a gear and rack transmission mechanism, and two racks are fixed to two sliding tool rests of the shearing mechanism. The shearing mechanism comprises the sliding tool rests, blades arranged on the sliding tool rests and sliding rails used for allowing the sliding tool rests to slide. The two sliding tool rests are stacked vertically and can slide oppositely, and the sliding rails are located in the box. The device is short in work time, accurate and stable in shearing action and convenient and easy to operate, a good shearing effect is achieved, the wire harness shearing efficiency is high, and the device can be matched with various kinds of small wire harness binding equipment.

The invention relates to a high-speed cut-to-length line for transformer silicon steel sheet machining. The high-speed cut-to-length line for transformer silicon steel sheet machining comprises a cut-to-length bracket; the cut-to-length bracket is provided with a feeding channel; the feeding channel is provided with at least one punching device, a V scissoring device and a pair of cut-to-length devices; each punching device is driven to transversely move through an independent punching transverse moving mechanism; the V scissoring device is driven to transversely move by a V scissoring transverse moving mechanism; the punching devices, the V scissoring device and any one cut-to-length device are respectively driven to synchronously perform the punching work; and an emptying device and a collecting device are arranged at two ends of the feeding channel. The high-speed cut-to-length line has the following advantages: through arrangement of the transverse moving mechanisms, gaps among thepunching devices, the V scissoring device and the cut-to-length devices can be transversely adjusted, so that the punching devices, the V scissoring device and any one cut-to-length device can synchronously perform the punching work, and the shearing efficiency is greatly improved.