54results about How to "Improve stack quality" patented technology

The invention discloses an automatic paper lamination stacking machine which comprises a rack, wherein a paper lifting plate and a paper conveying belt are arranged in the rack; the paper conveying belt is arranged in front of the paper lifting plate; the upper plane of the paper conveying belt is lower than the upper end surface of the paper lifting plate; a paper support plate is arranged in front of the paper conveying belt; a movable paper pushing arm is arranged at the corresponding position of the paper support plate; a counting sensor is arranged in the rack at the end of the paper support plate close to the paper conveying belt and electrically connected with a control device of the machine; a lifting device is arranged on the rack and is in transmission connection with a turnover frame; a paper holding arm and a paper blocking arm are arranged on the turnover frame; a paper moving plate capable of sliding along the horizontal direction and a movable stacking paper support plate capable of going up and down in the vertical direction are mounted on the rack; the paper moving plate is located at the top of the lifting device; the movable stacking paper support plate is arranged in front of the paper moving plate; a stacking transition platform is arranged between the movable stacking paper support plate and the lifting device; a paper aligning plate is also arranged on the rack; and the paper aligning plate is located above the movable stacking paper support plate. The automatic paper lamination stacking machine disclosed by the invention has the advantages of high production efficiency and good stacking quality.

The invention discloses an automatic lamination robot for a transformer iron core and can solve technical problems of low efficiency, light labor and high intensity of the transformer iron core lamination process in the prior art. The robot comprises a main frame supporting large cross beam assembly, wherein the large cross beam assembly can move front and back on a main frame, a transverse movingassembly is installed on the large cross beam assembly and can move left and right, a longitudinal moving assembly is installed on the transverse moving assembly and can move up and down, and a rotating assembly is installed at a tail end of the longitudinal moving assembly and can rotate freely. An industrial camera installed at the tail end of the rotating assembly can shoot an overall pictureof a feeding area, the position of a silicon steel sheet to be sucked by a mechanical arm is determined through image processing and identification, the position of the mechanical arm is adjusted to just face the to-be-sucked silicon steel sheet, and thereby the truss mechanical arm is controlled for completing single-sheet suction of the silicon steel sheet. The robot is advantaged in that the required silicon steel sheet can be automatically identified in an image identification mode, the position of the mechanical arm is automatically corrected, the silicon steel sheet is grabbed and placedat the designated position of a lamination table, the lamination quality and efficiency are improved, and labor intensity of workers is reduced.

The invention relates to a glass stacking device and a control method thereof. The glass stacking device comprises a stacking robot and a tray, wherein the stacking robot comprises a mechanical arm, a chuck frame and a sensor; the mechanical arm is mounted at a stacking grabbing area through a base; the chuck frame is mounted at the tail end of the mechanical arm; the sensor is mounted on the chuck frame, comprising two horizontal photoelectric sensors and a vertical photoelectric sensor; the three sensors are pushed through cylinders to realize the measuring of glass to be grabbed; the position, relative to the chuck frame, of the glass, can be obtained through the measuring; the glass grabbing direction of the mechanical arm and an included angle in the marching direction of a glass production line can be corrected through the displacement data of the photoelectric sensors, and the glass can be accurately stacked through the correcting. With the adoption of the method for stacking the glass, the stacked glass can be arranged regularly to prepare for the next operation link.

The invention discloses a piece sorting machine. The piece sorting machine comprises a stacking platform, two feeding platforms, two cutting devices, at least two feeding shafts, a guide rail, a first material moving device and a second material moving device; the two feeding platforms are arranged on the bilateral sides of the stacking platform in turn respectively; the guide rail is straddled above the stacking platform and the feeding platforms; the first material moving device and the second material moving device can move along the guide rail. According to the piece sorting machine, pieces after cutting can be taken by the first material moving device and the second material moving device from one of the feeding platforms simultaneously and placed on the stacking platform, the pieces are stacked according to the type and number of the pieces required by every copper foil substrate in a staggered mode directly, and accordingly every group of pieces after being stacked can be conveyed for combination operation directly and accordingly the stacking efficiency is greatly improved, the manual work is saved, the stacking quality is improved, meanwhile the spaced required by the pieces to be stored and stacked can be saved, and the utilization rate of the factory space can be improved.

The invention discloses a phenolic paper automatic proportioning and stacking system. A first separation pusher and a second separation pusher are located on two opposite sides of a first guide table, a third separation pusher is located on one side of a second guide table, paper limit devices can guide and correct the positions of paper on the tables, paper pushing mechanisms on the first separation pusher, the second separation pusher and the third separation pusher can push out single pieces of paper on respective paper delivery devices to the first guide table or the second guide table corresponding to the paper pushing mechanisms, phenolic paper pushed out by the first separation pusher and phenolic paper pushed out by the second separation pusher are different in height, a first counting device and a second counting device count paper on the first guide table and the second guide table respectively and transmit signals to controllers, a labeling machine can label paper on the labeling workbench, a first grabbing and delivering device can sequentially deliver the paper on the first guide table to the second guide table and the labeling workbench, a second grabbing and delivering device can enable a mirror plate to cover the surface of the labeled paper, and the controllers control the first grabbing and delivering device, the second grabbing and delivering device, the paper pushing mechanisms and the labeling machine to work. The phenolic paper automatic proportioning and stacking system saves labor and improves stacking quality.

A sorting installation for letters of a first kind and letters of a second kind includes circulating stacking locations for receiving the letters of the first kind delivered in any desired sequence, and circulating end locations ordered by destination addresses. A first controller is operable to transfer a letter of the first kind from a circulating stacking location to an end location assigned to a destination address of the letter of the first kind. The installation includes further letter-stacking locations for letters of the second kind. A second controller is operable to transfer a letter of the second kind from a letter-stacking location to an end location assigned to a destination address of the letter of the second kind.

The invention discloses full-automatic paperboard stacking equipment. The full-automatic paperboard stacking equipment is characterized by comprising a paperboard machine, a laminating mechanism, a binding mechanism, a stacking mechanism and a conveying mechanism which are sequentially connected from back to front, wherein the laminating mechanism, the binding mechanism and the stacking mechanismare sequentially connected through a conveying line, the laminating mechanism comprises a laminating mechanical arm, a first positioning device and a first jacking device, the binding mechanism comprises a binding machine, a second positioning device and a lifting conveying device, the stacking mechanism comprises a second jacking device and a stacking mechanical arm, and the conveying mechanism comprises a pallet machine and a pallet conveying line. The invention further discloses a stacking method for the paperboard stacking equipment.

The sorting device according to the present invention has at least one mail item buffer receptacle, a number of storage pockets for mail items arranged one after another and circulating continuously in a conveyor belt and moved past one or more loading stations. Below straight transfer sections of the conveyors fixed intermediate storage receptacles open at the top are arranged to accept one or more mail items from the loaded storage pockets to be opened under control in the transfer sections. On a transport path below the intermediate storage receptacles there are also continuously circulating mail item containers open at the top as sorting end points assigned to the destination addresses or destination address groups. In the mail item containers the mail items are unloaded downwards in a horizontal position in accordance with their read destination address through controllable opening of the relevant intermediate storage receptacle at the point, in which the mail item container assigned to the address is located in the corresponding position below the intermediate storage receptacle with mail items for this mail item container.

A mail sorter including a conveying surface and a main paddle movably disposed on a slide member for supporting a first end of a main stack of mail pieces while traversing along the conveying surface to apply a first stacking pressure to the mail pieces. An auxiliary paddle is also disposed on the slide member for segregating an auxiliary stack of mail pieces from the main stack of mail pieces. The auxiliary paddle is moveable between a first position where the auxiliary paddle is free of contact with any of the mail pieces and a second position where the auxiliary paddle supports the auxiliary stack of mail pieces against the main paddle to apply a second stacking pressure to the auxiliary stack of mail pieces, the second stacking pressure being less than the first stacking pressure.

The invention discloses an accessory system for fast stacking of annealed steel coil and an operation method thereof. The system comprises an embedding sleeve, an image pickup system, an illuminating system, a viewer-sight indicating system, a display, and a position indicating mark, wherein the embedding sleeve is arranged at the center of the lower end face of a guide cone of a steel coil lifting appliance; the image pickup system is arranged at the center of the lower surface of the embedding sleeve in a sunk manner; the illuminating system is arranged at the lower surface of the embedding sleeve and adjacent to the image pickup system; the viewer-sight indicating system is arranged in the embedding sleeve in a sunk manner and adjacent to the image pickup system and the illuminating system; the display is electrically connected with the image pickup system and used for displaying images shot by the image pickup system and the viewing field mark central point; and the position indicating mark is arranged at the center of the upper surface of a starting fan on a steel coil stacking platform; and the center line of the embedding sleeve coincides with the center lien of the guide cone, the viewer-sight indicating system sends out two mutually vertical light rays from the viewing field, so that mutually vertical viewer-sight lines are displayed on the display, the point of the intersection of the viewer-sight lines coincides with the central point of the viewing field. The system and the method of the invention can improve stacking efficiency and quality.

The invention relates to a plate stacking device for bagged materials, in particular to the plate stacking device for material bags of the bagged materials. The plate stacking device for the bagged materials comprises ground and a floor rack, and is characterized in that: the ground is provided with a circular pit of which the bottom is provided with a rotating platform; a lifting mechanism is arranged on the rotating platform; the top part of the lifting mechanism is provided with a plate stacking platform which is matched with the diameter of the circular pit; and the lifting mechanism is a hydrocylinder which is vertically arranged and driven by a hydraulic oil pump, and also can be screw rod pairs which is horizontally arranged and driven by a motor to change the included angle of cross supports up and down. The invention provides the plate stacking device which is suitable for the principle of human engineering; operators need not frequently change too low or too high positions of waists, and can handily lift the material bags and easily stack the material bags; and the plate stacking device greatly improves work speed and efficiency and stacking quality.

The invention discloses a method for guaranteeing the stack mounting precision of straight-slot iron cores of a motor and a stack mounting die employed in the method. According to the method, at least three key boards are adopted for performing positioning during stack mounting of the iron cores, so that the concentricity of the iron cores are improved; limiting blocks are clamped on the key boards between an upper pressure plate and a lower pressure plate, bending deformation of the key boards is limited through clamping grooves of the limiting blocks, and the verticality between the key boards and positioning surfaces of the upper pressure plate and the lower pressure plate is guaranteed through the processing precision of two end surfaces of each of the clamping grooves and the limiting blocks. The method is high in stack mounting efficiency; stacked layers of iron core stamping sheets are regular in a stack mounting process and unlikely to deform, so that the motor quality can be remarkably improved.

The invention relates to the technical field of lithium battery manufacturing, and discloses automatic conveying, stacking and stacking equipment for lithium batteries. The automatic lithium battery conveying, stacking and stacking equipment comprises a bearing plate, a conveying belt mechanism is fixedly installed on the upper end face of the bearing plate, and a transferring mechanism used for transferring lithium battery panels to a stacking mechanism from the conveying belt mechanism is installed on the left portion of the upper end face of the bearing plate and located below the stacking mechanism. The upper end faces of the multiple stages of telescopic mounting plates are jointly connected with a collecting frame mechanism in a clamped mode, and the right portion of the upper end face of the bearing plate is fixedly connected with a straightening mechanism used for adjusting the positions of the lithium battery panels through a supporting rod. And the stacking quality and the stacking efficiency can be effectively improved, the distance between the clamping plates can be adjusted according to the lithium battery panels of different lengths and thicknesses, and the application range is widened.

A stacking mechanism is used for stacking piece-shaped mediums. The stacking mechanism comprises a support and a buffering part arranged on the support. A buffering face is formed on the buffering part, the buffering part is rotatably installed on the support, and the stacking mechanism further comprises an elastic part arranged between the support and the buffering part. When the piece-shaped mediums impact on the buffering part in the direction perpendicular to the piece-shaped mediums, the buffering part can push the elastic part and rotate relative to the support so as to buffer impact of the piece-shaped mediums, the piece-shaped mediums descend under their own gravity effect so as to achieve stacking. Due to the fact that the stacking mechanism is provided with the elastic part between the support and the buffering part, the buffering part can press the elastic part to move, adsorption of impact of the piece-shaped mediums is improved, and stacking quality is improved.

The invention discloses an automatic paper-gathering device of a roll paper splitting machine. A lifting delivery board (13) is arranged at the lower part of a rack (1) of the automatic paper-finishing device and is connected with a lifting control mechanism; the top part of the rack is provided with two sets of pressing board back seats (5), a transverse pressing board seat (8) and a transverse pressing board (7) are arranged between one set of the pressing board back seats, and a paper blocking piece shaft (16) is arranged between the other set of the pressing board back seats; and the paper blocking piece shaft is equipped with a vertical pressing board (18) provided with a vibrator (19). The transverse sides of finished product paper are gathered by the transverse pressing board while the vertical sides thereof are gathered by the vertical pressing board, and the finished product paper is placed on the lifting delivery board; and the lifting delivery board is controlled by the lifting control mechanism and can automatically descend along with the increment of the finished product paper. The automatic paper-gathering device in the invention has the advantages of high stacking quality, orderly gathered paper, high working efficiency and lowered stacking and processing cost.

The invention relates to the technical field of rotor iron core production, and discloses a rotor iron core stacking die which comprises an iron core punching sheet positioning seat, a rotor shaft pressing seat and an iron core punching sheet pressing seat. The rotor shaft pressing seat and the iron core punching sheet pressing seat are located above the iron core punching sheet positioning seat. According to the invention, the laminated rotor iron core punching sheets are circumferentially positioned through the iron core punching sheet positioning seat, the positions of the winding grooves of the rotor iron core punching sheets are ensured to be in one-to-one correspondence, the subsequent off-line operation is facilitated, and the rotor shaft pressing seat and the iron core punching sheet pressing seat axially press the rotor shaft and the rotor iron core punching sheets respectively, so that the rotor iron core punching sheets are tightly connected with the rotor shaft, all layers of rotor iron core punching sheets are tightly attached, it is guaranteed that the size of the stacked rotor iron core is matched with the set size, and meanwhile after stacking, the surface of each rotor iron core punching sheet is smooth, the stacking process is simple, the efficiency is high, the size precision is high, and the quality is good.

The invention relates to the technical field of quantitative material stacking mechanisms, in particular to a rotary quantitative material stacking system. The rotary quantitative material stacking system comprises a stand, groove type hoppers, elastic force sensors, a motor and a controller used for driving the motor to rotate, the motor is arranged at the axle center in the stand, the output end of the motor runs through a workbench of the stand to connect with a rotating shaft arranged at the axle center of the top of the workbench, the controller is arranged at one side of the motor, a turn plate is arranged at the top of the rotating shaft, the hoppers are suspended on the turn plate by the elastic force sensors, a plurality of hoppers are uniformly distributed along the circumferential direction of the turn plate, a feed hole is formed in the side wall of the upper part of each hopper, an electric discharge gate controlled by the controller is arranged at the bottom end of each hopper, and the elastic force sensors are connected with the controller. The rotary quantitative material stacking system automatically controls ordered material stacking, the material stacking quality is good, the efficiency is high, the structure is simple, and the cost is low.

An apparatus for manufacturing the secondary battery includes a first measurement part photographing unit cells, which are continuously transferred, to measure a position of a first electrode having a relatively large size of the first electrode and a second electrode, which are provided in the unit cells and have polarities opposite to each other, from an image of each of the photographed unit cells; and a first arrangement part disposing the unit cell passing through the first measurement part at a preset position of the separation sheet to adjust an interval between the unit cells disposed on the separation sheet on the basis of the position of the first electrode, which is measured by the first measurement part.