974results about "Pile receivers" patented technology

A sheet processing apparatus includes: a center-folder to perform a center-folding process on a sheet bundle including multiple sheet materials; a back-crimp binder to: form a back portion on the sheet bundle subjected to the center-folding process; and perform a crimp-binding process on the back portion; and a controller configured to: cause the center-folder to perform the center-folding process; and cause the back-crimp binder to perform the crimp-binding process on the back portion while forming the back portion on the sheet bundle in the crimp-binding process.

A sheet discharging device includes: a discharging roller, elastic pieces, and a discharge tray. The discharging roller includes: a shaft extending in a width direction, and a roller body configured to convey a sheet in a discharging direction. The elastic pieces protrude in the discharging direction and are arranged upward relative to the shaft and offset from the roller body in the width direction. Each elastic piece has a surface facing downward. The surface has a portion directly above the shaft. The portion is positioned downward relative to an upper end of the roller body while not contacting the sheet. The elastic pieces include: a first elastic piece including a bending portion bent toward the discharge tray, and second elastic pieces not including a bending portion bent toward the discharge tray. The first elastic piece and the second elastic pieces are alternately arranged in the width direction.

The document sheet conveying device includes a second discharge tray, and a switching portion. The second discharge tray rotates between a use posture which allows loading of a document sheet on the second discharge tray and a storage posture in which the second discharge tray serves as a part of the conveyance housing. The switching portion connects a first conveying path formed from a supply tray to a branch point inside the conveyance housing to one of a second conveying path formed from the branch point to a first discharge tray and a third conveying path formed from the branch point to the second discharge tray. The switching portion connects the first conveying path to the third conveying path when the posture of the second discharge tray has been changed to the use posture in a state where the first conveying path is connected to the second conveying path.

A sheet conveyance apparatus includes a lower sheet guide including a first guide surface configured to guide a surface of a sheet, a discharge roller including two rollers configured to convey the sheet in a discharge direction, and a shaft extending in a width direction perpendicular to the discharge direction, a discharge tray configured to support the sheet, a first elastic piece located between the two rollers in the width direction and located above the shaft at a position of the shaft, a plurality of second elastic pieces located so as to sandwich the two rollers in the width direction and located above the shaft at the position of the shaft, a plurality of third elastic pieces located so as to sandwich the two rollers in the width direction and located downstream of the second elastic pieces in the discharge direction.

A sheet discharge apparatus includes a stack portion, a reversing unit configured to reverse a reversing sheet, a support member configured to support a lower surface of the reversing sheet, a discharging unit configured to discharge a discharging sheet from the apparatus body, a pivotable member arranged above the stack portion, and a detector configured to output a detection signal that changes according to a pivot angle of the pivotable member. When viewed in a sheet width direction perpendicular to the first conveyance direction, a pivoting locus in which the pivotable member pivots overlaps the support member.

The invention provides a printing apparatus capable of improving user workability even when a stacker for discharging a medium is switched. The printing apparatus includes a printing unit, a conveyance unit, and two stackers. The first stacker discharges the medium in a state in which one surface of the medium faces upward. The second stacker discharges the medium in a state in which the other surface of the medium faces upward. In the case of double-sided printing, a first surface of the medium is set as a first surface, and a second surface of the medium is set as a second surface. When the discharge destination of the medium is the first stacker, the page printed on the first surface is set as a first page, and the page printed on the second surface is set as a second page. When the discharge destination of the medium during printing is switched from the first stacker to the second stacker, the page printed on the first surface of the medium discharged to the second stacker is set as the second page, and the page printed on the second surface is set as the first page.

The invention discloses an automatic stacking machine, and belongs to the field of stacking machines. Comprising a belt conveying line, and the discharging end of the belt conveying line is connected with a roller conveying line; a stacking tray is arranged beside the tail end of the roller conveying line, a stand column mechanical arm is correspondingly arranged on one side of the tray, and a mechanical head is integrated at the tail end of the stand column mechanical arm. A storage assembly is arranged on the side of the stand column mechanical arm. And an air blowing assembly and a transmission assembly linked with the mechanical head are integrated in the storage assembly. According to the automatic stacking machine, the storage assembly is integrated with a transmission and air blowing assembly linked with a mechanical head, the problem of electrostatic adhesion of annular paperboards is solved, and abnormal material taking and waste are avoided; lifting and adjusting assemblies are matched to adapt to paperboards of different specifications, accurate grabbing and transferring are achieved through the stand column mechanical arm, manual assistance is not needed, and the cost is reduced; the integrated operation table is convenient to regulate and control, the stacking precision and efficiency are improved, the stacking hidden danger is avoided, and the development requirement of large-scale continuous production of the intelligent manufacturing equipment industry can be efficiently met.

Dispensing unit (600), wherein the dispensing unit (600) has at least one first brake brush (657), wherein the at least one first brake brush (657) is arranged on an inlet side of the dispensing unit (600) and extends with a larger component of its extent transversely to a transport path of substrate (02), wherein at least one second brake brush (658) is arranged along the transport path of substrate (02) after the at least one first brake brush (657), wherein the at least one second brake brush (658) is pivotably mounted about its pivot axis, characterized in that the at least one first brake brush (657) is rotatably mounted about its axis of rotation.

A document conveying device includes a sheet feeding tray, a sheet feeding mechanism, a discharge tray, a sheet feeding tray lifting mechanism, a top plate, a fixed wall part, and a lifting wall part. The discharge tray is provided below the sheet feeding tray. The top plate is adjacent to the sheet feeding tray on a downstream side in the sheet feeding direction. The fixed wall part is provided extending downward from an upstream side end portion of the top plate in the sheet feeding direction, and is fixed. The lifting wall part is provided extending upward from a downstream side end portion of the sheet feeding tray in the sheet feeding direction, and lifted and lowered together with the sheet feeding tray. The discharge tray includes a lowering restriction part which comes into contact with the lifting wall part to restrict a lowering of the lifting wall part.

The invention discloses a stacking device for household paper processing, and relates to the field of household paper processing, the stacking device comprises a machine body, a first limiting frame is fixedly mounted in the machine body, a second limiting frame is fixedly mounted in the machine body, and a blade is arranged between the first limiting frame and the second limiting frame; a lifting mechanism is arranged on one side of the first limiting frame, and an auxiliary mechanism is arranged on one side of the second limiting frame. According to the household paper processing device, processed household paper is stacked on a placing plate, and in the process that a lifting plate drives the placing plate to descend, driving gears installed on the two sides of a movable shaft are engaged with first racks, so that a pressing plate can be turned over by 180 degrees, and the household paper on the placing plate is pressed; and meanwhile, in the descending process of the placing plate, the household paper can pass through a blade, so that the household paper is cut, the procedure of transferring the stacked household paper to a cutting device is omitted, and the production efficiency is indirectly improved.

This utility model provides a high-speed corrugated cardboard stacking device to prevent paper jams, comprising: a base, a rotating mechanism for adjusting the stacking angle provided on the upper surface of the base, a tray provided on the rotating mechanism, and a fixing mechanism for positioning the tray on the rotating mechanism. The rotating mechanism includes a support block, and a fixing shaft is fixedly sleeved inside the support block. Compared with the prior art, this utility model has the following advantages: by setting the rotating mechanism, the corrugated cardboard is arranged in alternating directions to form a stable staggered structure, avoiding errors in stacking height caused by the corners of the corrugated cardboard being curled up, which could lead to paper jams caused by subsequent collisions between the corrugated cardboard and the stacked cardboard. By setting the fixing mechanism to position the tray, it prevents the tray from accidentally shifting during rotation.

The paperboard conveying assembly with the arranging and stacking functions comprises a machine frame, and a conveying mechanism is arranged at the upper end of the machine frame. A front blocking assembly is arranged at one end of the rack; side pushing assemblies are arranged at the positions, corresponding to the first conveying rollers, of the two sides of the rack, and a rear pushing assembly is arranged at the end, away from the front blocking assembly, of the rack. According to the paperboard conveying assembly with the tidying and stacking functions, through the front blocking assembly, the side pushing assembly and the rear pushing assembly which are arranged on the periphery of the conveying mechanism, tidying of stacked paperboards can be achieved before the paperboards are conveyed to the next working procedure, it is ensured that the side edges of the paperboards are flush, and follow-up machining is facilitated; the front blocking assembly, the side pushing assembly, the rear pushing assembly and the conveying mechanism are integrally arranged and hidden in the machine frame, space is saved, the structure is compact, use is convenient, efficiency is improved, and the paperboard conveying device can adapt to paperboards of different sizes.

Ensure consistency across sheets of various sizes. [Solution] The discharge tray (303) is provided with an upstream support portion (101), a wall portion (100), a first support portion (102) having a first slope, and a second support portion (103) having a second slope, and a swing guide (411) is positioned above the discharge tray. When viewed from the width direction, the point where the wall portion and the upstream support portion intersect is defined as the first intersection point, and the point where the swing guide and the first support portion intersect is defined as the second intersection point. The horizontal distance from the first intersection point to the highest first vertex of the first slope is defined as L1, and the distance in the direction of gravity is defined as H1. The horizontal distance from the first intersection point to the highest second vertex of the second slope is defined as L2, and the distance in the direction of gravity is defined as H2. The horizontal distance from the first intersection point to the second intersection point is defined as L4, and the distance in the direction of gravity is defined as H4.

The invention relates to the technical field of splitting machines, in particular to a tray splitting and transporting mechanism of a splitting machine, which comprises a transporting assembly and a splitting assembly, the transporting assembly is used for transporting stacked trays, and the splitting assembly comprises a clamping driving unit and two clamping pieces; the clamping driving unit is used for driving the two clamping pieces to move oppositely or oppositely, each clamping piece comprises a clamping part and a bearing part, the two clamping pieces can move oppositely until the clamping parts clamp the tray above the lowest tray, and the bearing parts bear the tray above the lowest tray. According to the tray separating device, the lowest tray can be accurately separated from the stacked state, the tray can be conveniently and independently transported by the transporting assembly, and the automation degree and efficiency of tray separating are improved.

The present invention comprises a folding mechanism that folds a sheet, a pouch formation mechanism that presses an overlap portion of the sheet as folded by the folding mechanism between a pair of pressing teeth to interlace and bind the fibers of the sheet and thereby form a pouch from the sheet, an insertion mechanism that inserts an enclosure sheet into the sheet as folded by the folding mechanism such that the enclosure sheet is sandwiched inside the sheet, and a discharge mechanism that discharges an envelope that is the pouch formed by the pouch formation mechanism into which the enclosure sheet has been inserted by the insertion mechanism.

A staple-less binding unit 27 is disposed between a front cover 121 and a sheet stacking table 16, and an insertion port 110 is formed on a first surface 121a of the front cover 121 so that manual binding by the staple-less binding unit 27 can be executed from the front side of the apparatus. The staple-less binding unit 27 is provided at a position overlapping a stapling unit 17 positioned at a replacement position in a front-rear direction.

A document feeding device (3) includes a sheet feed tray (31), a sheet discharge tray (32), and a restricting portion (33). The sheet feed tray (31) feeds documents (M) to be fed in a first direction (X1). The sheet discharge tray (32), to which the fed document (M) is discharged in a second direction (X2) opposite to the first direction (X1), is arranged below the sheet feed tray (31). The restricting portion (33) restricts movement in the second direction (X2) of the document (M) discharged onto the sheet discharge tray (32). The restricting portion (33) includes a first extension portion (330) and a second extension portion (340). The first extension portion (330) extends in the second direction (X2) from an end in the second direction (X2) of the sheet discharge tray (32). The second extension portion (340) extends upward in an up direction from the first extension portion (330).

A medium processing apparatus includes a stacker, a conveyance-direction mover, a binder, and processing circuitry. The stacker stacks a medium. The conveyance-direction mover moves, in a conveyance direction, a medium bundle that is a plurality of media including the medium stacked on the stacker. The binder moves in a main scanning direction orthogonal to the conveyance direction and bind the medium bundle stacked on the stacker. The processing circuitry controls an operation of the conveyance-direction mover and the binder. The processing circuitry causes the conveyance-direction mover to move the medium bundle stacked on the stacker in the conveyance direction and causes the binder to move in the main scanning direction, face a binding position on the medium bundle, and bind the binding position of the medium bundle.

A safety system (12) for an exit module (10) of a converting machine (4), the converting machine for processing of sheet material, the exit module for outlet of a stack (8) of processed sheet material and comprising a conveyor system (16) for transmission of said stack of processed sheet material, the safety system comprising: a presence detection system (22) for detection of an intruding object into an adaptive safety zone (24).

The utility model discloses a transverse cutting device based on adhesive tape processing, comprising a transverse cutting machine which comprises a working table, a first limiting plate and a second limiting plate; the clamping assembly comprises a supporting plate, a supporting column, a connecting shaft, a torsional spring, a T-shaped clamping plate, a through hole, a T-shaped inserting rod, a spring and a groove, the supporting plate is placed at one end of the upper surface of the working table top and located between the two second limiting plates, the supporting column is welded to one end of the upper surface of the supporting plate, and the connecting shaft is fixed to the inner side of the top end of the supporting column. One end of the T-shaped clamping plate sleeves the middle section of the connecting shaft, the torsional springs sleeve the two ends of the connecting shaft, one end of each torsional spring is fixed to the supporting column, and the other end of each torsional spring is fixed to the side edge of the T-shaped clamping plate. The utility model relates to an adhesive tape taking device, in particular to an adhesive tape taking device, and aims to solve the problems that cut adhesive tapes are stacked on a working table, the lowermost layer is attached to the working table, the lowermost layer is inconvenient to take when the adhesive tapes are taken, and the stacked adhesive tapes are thick and easy to fall off and loosen when taken.

The long sheets that are discharged can be placed properly without increasing the occupied area. [Solution] An image forming apparatus 100 is provided which has an internal space W from which an image-formed sheet P can be discharged and the discharged sheet P can be removed, and when a long sheet PL is discharged into the internal space W as a sheet, a guide member 136 is provided in the internal space W that curves the leading end of the long sheet PL in the discharge direction and reverses it in the opposite direction to the discharge direction.

To provide a sheet processing device that decelerates a sheet by bringing a paddle member into contact with the sheet at appropriate timing depending on whether the sheet fed to a stacking tray is a sheet having a low basis weight or a sheet having a high basis weight when the sheet is switchback-conveyed and positioned on the tray.SOLUTION: After the rear end of the sheet passes through the transport roller, the paddle rotating body is rotated to transport the sheet toward the regulating member, and when the recognition unit recognizes that the transported sheet is a small basis weight sheet, the paddle rotating body is brought into contact with the sheet at a first timing to decelerate the sheet, and when the recognition unit recognizes that the basis weight of the transported sheet is a large basis weight sheet larger than the basis weight standard sheet, the paddle rotating body is brought into contact with the sheet at a second timing earlier than the first timing to decelerate the sheet.SELECTED DRAWING: Figure 15

The invention relates to a method for detecting a number of corrugated board sheets in a stack, comprising: - detecting a surface modulation in an overlapping shingled stream by means of sensors, - determining the number of corrugated board sheets on the basis of the detected surface modulation, and - outputting the number of corrugated board sheets. The proposed solution also comprises a device for detecting a number of corrugated board sheets in a stack, a computer program product, and a corrugating machine.

The utility model discloses continuous folding paperboard folding and stacking equipment which comprises a stacking unit, and the stacking unit supports folded paperboards subjected to indentation and drives the folded paperboards to turn over to achieve stacking and stacking. The stacking unit rotates in a reciprocating mode at the feeding position and the stacking position of the folded paperboards so as to continuously drive the folded paperboards to move in the stacking direction to be overturned and stacked, the conveying unit is used for supporting the overturned and stacked folded paperboards, and the height of the conveying unit can be adjusted. The height of the conveying unit is changed by adjusting the reciprocating motion of the conveying unit between the stacking position and the discharging position, and then the folded paperboards borne on the conveying unit are driven to achieve lifting discharging conveying; the conveying unit is arranged to be matched with the stacking unit, the stacking unit circularly acts to drive the folded paperboards to be continuously stacked, the stacking efficiency is high, and after the folded paperboards are stacked to a certain height, the conveying unit drives the folded paperboards to descend in the height direction, so that the folded paperboard stack falls on the ground to achieve discharging, and the folded paperboard conveying efficiency is improved.

The application discloses a paperboard receiving device of a die-cutting machine and a control system thereof, relates to the technical field of die-cutting machines, and aims to solve the problems of paperboard ejection and receiving of the die-cuting machine.The technical scheme is as follows: a rack is fixedly provided with sliding rails; a transmission mechanism is arranged on the rack and slides along the sliding rails; a carrier is independent of the rack; a rotating frame is rotatably arranged on the carrier and rotates the stacked paperboard as a whole; and a pushing mechanism is slidably arranged on the rack.The paperboard receiving device of the die-cutting machine and the control system thereof can transmit the paperboard after die-cutting, count the specified number, and push and arrange during the stacking process, so that the paperboard can be stacked according to the corresponding number requirement without interruption in the previous transmission process, and the stacked paperboard can be directly transported by the subsequent equipment or directly packaged and the like.

A web-based CBAM printing system and method comprises a machine and improvements therein that permit accurate image-to-edge registration for printed cross-sectional layers, simultaneously with edge-to-edge registration among sheets that make up a build block, all in combination with high-precision edge cutting of the web and bow-prevention structures to facilitate stacking.

A sheet discharge apparatus includes a discharge tray to which a sheet is discharged and a plurality of pressing portions that are arrayed at an interval from each other along the width direction orthogonal to the discharge direction of the sheet and that each press the sheet on the discharge tray from above. When the sheet on the discharge tray is pressed, regardless of the position and size of the sheet on the discharge tray along the width direction, one of the plurality of pressing portions is arranged at a position opposite, along the top-bottom direction, an end part of the sheet on the discharge tray along the width direction.

The utility model discloses an automatic leather collecting and hopper swinging device which comprises a rack, a rubber swinging assembly is hung on the rack through a lifting structure, a conveying belt is arranged below the rubber swinging assembly, and a stacking frame is arranged on the conveying belt. The glue swinging assembly comprises a walking frame, a swinging hopper is slidably connected to the walking frame, the swinging hopper is arranged in a big-end-up mode, and a discharging opening is formed in the bottom of the swinging hopper; sliding rails are arranged on the front side and the rear side of the walking frame, sliding blocks connected to the sliding rails in a sliding mode are arranged below the material placing hopper and clamped on the sliding rails, walking wheels connected to the sliding rails in a sliding mode are further arranged at the bottoms of the front side and the rear side of the material placing hopper, the two walking wheels are coaxially connected through a rotating shaft, and a glue placing motor is further arranged on the glue placing hopper. The glue swinging motor is a positive and negative rotation motor, a left limiting switch and a right limiting switch are arranged on the walking frame, and the left limiting switch and the right limiting switch are used for switching the rotation direction of the glue swinging motor; the height of the glue placing assembly can be adjusted according to the stacking height, stacking is more orderly, and arrangement is reasonable.