CN103612930B - Folded figure machine - Google Patents
Folded figure machine Download PDFInfo
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- CN103612930B CN103612930B CN201310605771.9A CN201310605771A CN103612930B CN 103612930 B CN103612930 B CN 103612930B CN 201310605771 A CN201310605771 A CN 201310605771A CN 103612930 B CN103612930 B CN 103612930B
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Abstract
The invention provides a kind of folded figure machine, it comprises pedestal (1), the paper feed mechanism be linked in sequence, cross turnbacking mechanism, paper advance mechanism, Shu Zhe mechanism, paper splicing mechanism.Paper feed mechanism comprises paper feed platform lower plate (201), paper feed platform upper plate (202), front wheel (203), rear roller (204), gas support (205), and gas support (205) one end connects paper feed platform lower plate (201), the other end connects pedestal (1); Cross turnbacking mechanism comprises initiatively rubber roll (2), tensioner countershaft (3), auxiliary front axle (4), auxiliary rear axle (5), front countershaft (6), rear countershaft (7), cross break belt (8); Shu Zhe mechanism comprises drive roll (102), passive cylinder (103), upper secondary roller (104), lower secondary roller (105), perpendicular laps band (106).This folded figure machine can connect the printing device of different height, simple to operate, and time folding, drawing is had good positioning, folding line is clear linearly, folding width is consistent.
Description
Technical field
The present invention relates to a kind of be applicable to the industries such as machinery, engineering, building use the folding apparatus of drawing, be specifically related to a kind of folded figure machine.
Background technology
Folded figure machine is a kind of special machine be folded into by large format drawing after printing, duplicating for specification of filing.The folded figure machine of prior art generally comprises cross turnbacking mechanism, Shu Zhe mechanism, cross turnbacking mechanism is by the width of horizontal for large format drawing folded one-tenth file specification, as being folded into the width 210mm of A4 specification, Shu Zhe mechanism by the length of vertically folded for large format drawing one-tenth file specification, as being folded into the length 297mm of A4 specification.
Notification number is that the Chinese invention patent of CN201087052Y discloses a kind of folded figure machine, this folded figure machine comprises by base plate, left and right end plate, the box body of front and back side plate and platen composition, be each passed through the axis hole that left and right end plate processes and be arranged on front axle on box body and rear axle, before, rear axle, between be connected as a single entity by double rocker mechanism, two exposed junctions of front axle are respectively provided with a front rod by the mode be fixedly connected with, two exposed junctions of rear axle are respectively provided with a rear linking rod by the mode be fixedly connected with, on a left side, between right front connecting rod, front paper folding board is installed, on a left side, between right back connecting rod, rear paper folding board and handspike are installed, the forward and backward two ends of described platen are respectively provided with a paper folding positioning step, in the rear end of front paper folding positioning step front end and rear paper folding positioning step, articulated manner is provided with the forward and backward sleeving that cross-sectional plane is ∩ shape structure, front and back paper folding board is all by thin plate bending forming, and platen upper surface is attached with the level and smooth soft panel of one deck.
The specific works mode of this folded figure machine is: when the position of handspike directly over working plate, drawing reaches on working plate by support, puts drawing well to orientate positioning datum as after the inner side of right end plate and working plate.Pushing hands push rod is to end position forward, the paper feeding of parallel linkage, the synchronous forward rocking motion certain angle of paper foldling mechanism, rear upper guide plate is made to compress drawing, rear linking rod drives rear paper folding board forward rocking motion to contact drawing gradually simultaneously, under drawing being sent into front paper pressing plate until the prelocalization of working plate time, complete drawing first folds; When pulling back handspike to end position, paper feeding, the paper foldling mechanism of parallel linkage synchronously swing backward, make front upper guide plate compress drawing, complete second and fold.Front and back like this push away, push rod crank motion of shaking hands, and complete folding on drawing Width.
By the Figure of description of above this section of word in conjunction with this patent document, can find out: (1) is before drawing preparation is folding, drawing is only a benchmark of locating with the rear side of the inner side of right end plate and working plate, is then only just placed on working plate, there is no concrete positioning means, cause drawing to be easy to be subjected to displacement, thus affect follow-up folding process; (2) drawing specific implementation folding again and again drawing is compressed downwards by forward and backward sleeving, but this forward and backward sleeving is articulated structure, the platen end of forward and backward sleeving is caused by folded edge completely densified, thus not make the folding line of extrusion unreal; (3) pushed away by front and back, that push rod crank motion of shaking hands completes drawing is folding, M/C not only bothers, human cost is high, and M/C can not path of motion, travel completely the same, cause the situation easily occurring that folding width differs, affect quality on folded.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of folded figure machine, and simple to operate when using this folded figure machine to carry out large format drawing folding, human cost is low, has good positioning, and folding line is linearly clear, and folding width is consistent.
The technical solution adopted in the present invention is:
A kind of folded figure machine, this folded figure machine comprises pedestal, the paper feed mechanism be linked in sequence, cross turnbacking mechanism, paper advance mechanism, Shu Zhe mechanism, paper splicing mechanism.
Paper feed mechanism of the present invention comprises paper feed platform lower plate, paper feed platform upper plate, front wheel, rear roller, gas supports, rear end edge and the pedestal of described paper feed platform lower plate are hinged, described paper feed platform upper plate to be covered in paper feed platform lower plate and to leave the space passed through for large format drawing between paper feed platform lower plate and paper feed platform upper plate, described front wheel is positioned at the lower front part of paper feed platform lower plate and paper feed platform lower plate is provided with the through hole contacted with drawing for front wheel, described rear roller is positioned at the rear end, bottom of paper feed platform lower plate and paper feed platform lower plate is provided with the through hole contacted with drawing for rear roller, described front wheel and rear roller synchrodrive are also driven by motor, one end of described gas support is connected to the bottom of paper feed platform lower plate, the other end is connected to pedestal side.
Compared with prior art, the present invention has following remarkable result: large format drawing of the present invention enters between paper feed platform lower plate and paper feed platform upper plate, along with the transmission backward of front wheel and rear roller, large format drawing is made to be transported to fold mechanism below reposefully with certain speed, because paper feed platform lower plate and paper feed platform upper plate are two pieces of large flat plate, and between paper feed platform lower plate and paper feed platform upper plate, leave the space that can only supply large format drawing to pass through, so large format drawing in the course of conveying of this paper feed mechanism owing to be located well and without any obstacle, the transmission of drawing is very steady, there will not be the wrinkling or jammed phenomenon of paper in transport process, therefore ensure that folding the carrying out smoothly of drawing below.In addition, the paper feed mechanism that the present invention folds figure machine is provided with gas support structure, gas support structure can regulate the height of the paper feeding port of this paper feed mechanism, thus supporting transmission can be carried out from the drawing printing device of different height, different model, easy to use, can troublesome operation be avoided, time saving and energy saving, and ensure drawing transmission steadily.
As preferably, the paper feed mechanism that the present invention folds figure machine also comprises lateral pickup for measuring drawing transverse width, for measuring the vertical sensor of drawing vertical extension, described lateral pickup is arranged at the lower front part of paper feed platform lower plate, and described vertical sensor setting is in the lower front part of paper feed platform lower plate.Lateral pickup is for measuring the transverse width of drawing, and vertical sensor, for measuring the vertical extension of drawing, after the length calculating drawing and width, can be prepared for follow-up drawing is folding.
The cross turnbacking mechanism that the present invention folds figure machine comprises pedestal, initiatively rubber roll, tensioner countershaft, auxiliary front axle, auxiliary rear axle, front countershaft, rear countershaft, cross break belt, paper moving claw, sensor, described active rubber roll and tensioner countershaft, auxiliary front axle and auxiliary rear axle, front countershaft and rear countershaft are symmetrical arranged respectively relative to same vertical line, the space vertically passed through for large format drawing is left between described active rubber roll and tensioner countershaft, described cross break belt is some of be arrangeding in parallel and tightly fits in initiatively rubber roll, auxiliary rear axle, auxiliary front axle, the periphery of tensioner countershaft, described front countershaft, the bottom of rear countershaft is pressed on cross break belt, described paper moving claw is at least one row and is arranged between adjacent cross break belt, described paper moving claw is used for leading to drawing end or departing from drawing end by solenoid actuated, described active rubber roll is by driven by servomotor, described sensor setting is drawing paper feed direction on pedestal.
Because cross break belt tightly fits in the periphery of initiatively rubber roll, auxiliary rear axle, auxiliary front axle, tensioner countershaft, the bottom of front countershaft, rear countershaft is pressed on cross break belt, so when active rubber roll is toward when rotating clockwise, tensioner countershaft, auxiliary front axle, auxiliary rear axle and cross break belt also rotate clockwise, and front countershaft, rear countershaft are for rotating counterclockwise; When active rubber roll is toward when rotating counterclockwise, tensioner countershaft, auxiliary front axle, auxiliary rear axle and cross break belt also rotate counterclockwise, and front countershaft, rear countershaft then rotate clockwise.
The drawing folding process that the present invention folds figure machine cross turnbacking mechanism is specific as follows: large format drawing is transferred along drawing paper feed direction, sensor sensing to drawing enter and calculate distance after, by intracellular signaling to start servomotor, large format drawing continues to be transferred forward, vertically be inserted between front countershaft and rear countershaft, then paper moving claw is by solenoid actuated upward movement, the direction of drawing end is allocated to while (the following describes for convenience as front, here be specifically described to be allocated to front), then driven by servomotor initiatively rubber roll to the reversing sense of side, place, drawing end and back motion S distance, in this motion process drawing be pressed into gradually after between countershaft and cross break belt, form folding line, then driven by servomotor active rubber roll is to front motion S distance, in this motion process, drawing forms folding line between countershaft and cross break belt before being pressed into gradually, reciprocal with this, complete large format drawing folding in transverse direction.If motion distance S be 210mm, then by large format drawing in the specification being folded transversally into A4 paper width.
The distance of shaft centers that the distance of shaft centers of described front countershaft and rear countershaft is less than the distance of shaft centers of auxiliary front axle and auxiliary rear axle, described auxiliary front axle and auxiliary rear axle is less than the distance of shaft centers of initiatively rubber roll and tensioner countershaft, the horizon at the place, axle center of described front countershaft and rear countershaft higher than the horizon at the place, axle center of the horizon at the place, axle center of auxiliary front axle and auxiliary rear axle, described auxiliary front axle and auxiliary rear axle higher than the horizon at the place, axle center of active rubber roll and tensioner countershaft.
The root of described paper moving claw is articulated with on pedestal.Described paper moving claw is by after solenoid actuated, and top pawl point upward movement stirs guiding to drawing, and the deadweight again due to electromagnet after group paper completes moves downward gets back to original position.In addition, the use of paper moving claw can also prevent paper from wrinkling.
Described paper moving claw before and after being symmetrical on former and later two directions respectively to two rows that drawing leads.When drawing fluctuates by needs, use the paper moving claw led forward forward, when drawing fluctuates by needs backward, use the paper moving claw led backward, this can meet in the user demand of folded figure machine at different directions.
One end of described auxiliary front axle, auxiliary rear axle, front countershaft, rear countershaft is by synchronous pulley and the Timing Belt one end synchronized links with active rubber roll.After being connected with Timing Belt by synchronous pulley, being synchronized with the movement initiatively between rubber roll, auxiliary front axle, auxiliary rear axle, front countershaft, rear countershaft is more tight, there will not be the phenomenon of losing step, ensures the conformability of drawing folding line.
The cross turnbacking mechanism that the present invention folds figure machine also comprises paper feed home roll, paper feed home roll pinch roller, paper feed axle, paper feed axial compression is taken turns, lower guide plate, be positioned at the upper guide plate on lower guide plate top, the space passed through for drawing is provided with and the rearward end of lower guide plate and upper guide plate is positioned at centre directly over front countershaft and rear countershaft between described lower guide plate and upper guide plate, described paper feed home roll pinch roller is several of arrangement in parallel, several paper feed home roll pinch rollers described and paper feed home roll are separately positioned on the both sides of lower guide plate and upper guide plate, and lower guide plate with upper guide plate is provided with the through hole contacted with paper feed home roll for paper feed home roll pinch roller, described paper feed axial compression wheel is arrangement in parallel several, several paper feed axial compression wheels described and paper feed axle are separately positioned on the both sides of lower guide plate and upper guide plate, and lower guide plate and upper guide plate are provided with are coupling tactile through hole for paper feed axial compression wheel and paper feed, described paper feed home roll is driven by motor, one end of described paper feed axle is by synchronous pulley and Timing Belt and paper feed home roll synchronized links.Motor drives paper feed home roll to rotate backward dynamic, drives paper feed axle to rotate backward, large format drawing is come in from paper feed mechanism, enters by between lower guide plate and upper guide plate, is driven and moves backward, realize paper feed process by paper feed axle and paper feed home roll.
The cross turnbacking mechanism that the present invention folds figure machine also comprises paper delivery imput shaft, paper delivery imput shaft pinch roller, splice paper table, described paper delivery imput shaft pinch roller is several of arrangement in parallel, several paper delivery imput shaft pinch rollers described and paper delivery imput shaft are separately positioned on the both sides of splice paper table and splice paper table are provided with the through hole that feeding paper imput shaft pinch roller contacts with paper delivery imput shaft, described paper delivery imput shaft is driven by motor, and the leading section of described splice paper table is positioned on the throughput direction on rear side of cross break belt.When the direct paper delivery of the laterally folded drawing completed, computer instruction makes the drawing that folded continue to move backward and fall splice paper table by cross break belt, motor drives paper delivery imput shaft to rotate backward, and the drawing that paper delivery imput shaft Foldable completes continues to move backward, realizes paper delivery process.
The cross turnbacking mechanism that the present invention folds figure machine also comprises lower paper guide plate, and described lower paper guide plate is positioned at top and the front side of throughput direction on front side of cross break belt.When the laterally folded drawing completed also needs to carry out vertically folded, computer instruction makes the drawing folded move forward, and in this process, the directional tagging of lower paper guide plate makes drawing to falling into paper advance mechanism.
The cross turnbacking mechanism that the present invention folds figure machine has following advantage:
(1) large format drawing of the present invention enter folding before, positioned by front countershaft and rear countershaft well, not easily there is displacement or unfairness in drawing, thus effectively ensure that carrying out smoothly of folding process below, prevent paper jam phenomenon, for folding carrying out smoothly makes strong guarantee with quality on folded below;
(2) the present invention's active rubber roll is by driven by servomotor, therefore initiatively the rotation distance of rubber roll can be precisely controlled, there is not tiny deviation in range, the folding width strict conformance making large format drawing, the situation that there will not be folding width to differ, folding neat, accurate, ensure the quality of products;
(3) formed between (afterwards) countershaft and cross break belt before folding line of the present invention is pressed into by drawing, along with the motion of front (afterwards) countershaft, before gap between (afterwards) countershaft and cross break belt diminish gradually, until drawing is between the two extruded folding line by front (afterwards) countershaft and cross break belt close contact, this process is progressive calmly, contact very good between (afterwards) countershaft and cross break belt before adding and squeezing action, make the folding line that extrudes very clear and strict linearly.
The paper advance mechanism that the present invention folds figure machine comprised cardboard, horizontal paper feeding assembly, direct sending paper assembly, baton round.Described horizontal paper feeding assembly was arranged at the right in paperboard face, comprised by motor-driven roller, and roller can to realize drawing, toward crossing paper feeding outside cardboard, making drawing be close to the outer side edges of cardboard.Described horizontal paper feeding assembly was arranged at the left side in paperboard face, was provided with by motor-driven roller, and roller can realize drawing toward Ji Shuzhe mechanism place, left side direction, the direction paper feeding of crossing cardboard.Described baton round was arranged on paperboard face, on the paper feeding direction of horizontal paper feeding assembly, make paper feeding steady, wrinkle resistant.The laterally folded drawing completed is fallen on the cardboard excessively of paper advance mechanism, by the conveying of paper advance mechanism, drawing is sent to Shu Zhe mechanism.
The Shu Zhe mechanism that the present invention folds figure machine comprises pedestal, drive roll, passive cylinder, upper secondary roller, lower secondary roller, perpendicular laps band, described drive roll and passive cylinder, upper secondary roller and lower secondary roller are symmetrical arranged respectively relative to same straight line, described perpendicular laps band be arranged in parallel several and tightly fit in the periphery of drive roll, passive cylinder, the side of described secondary roller, lower secondary roller is pressed on perpendicular laps band, described drive roll is by driven by servomotor, and the distance of shaft centers of described secondary roller and lower secondary roller is less than the distance of shaft centers of drive roll and passive cylinder.
Because perpendicular laps band tightly fits in the periphery of drive roll, passive cylinder, the side of upper secondary roller, lower secondary roller is pressed on perpendicular laps band, so when drive roll is toward when rotating clockwise, passive cylinder and perpendicular laps band also rotate clockwise, and upper secondary roller, lower secondary roller are for rotating counterclockwise; When drive roll is toward when rotating counterclockwise, passive cylinder and perpendicular laps band also rotate counterclockwise, and upper secondary roller, lower secondary roller then rotate clockwise.
The drawing folding process that the present invention folds Tu Jishuzhe mechanism is specific as follows: vertical one end of the laterally folded drawing completed is inserted between secondary roller and lower secondary roller, when drawing be laterally conveyed mechanism deliver to the sensor of contact transverse conveying mechanism paper output time, start computational data and control the rotation of driven by servomotor drive roll, if first rotate counterclockwise S distance, then drawing on being pressed into gradually between secondary roller and perpendicular laps band in this motion process, form folding line, then servomotor drives drive roll to rotate clockwise S distance, forms folding line.In this motion process, drawing is pressed into gradually between lower secondary roller and perpendicular laps band and forms folding line, reciprocal with this, completes the laterally folded drawing completed and folds at vertical.If the distance S of motion is 297mm, then by the specification of the laterally folded drawing completed at vertically folded one-tenth A4 paper length; And if this drawing is laterally folded into 210mm, so this drawing through vertically folded complete after just become A4 lateral lattice.
The Shu Zhe mechanism that the present invention folds figure machine also comprises the first drive sprocket axle, first passive wheel shaft, long belt conveyor, second drive sprocket axle, second passive wheel shaft, short belt conveyor, paper feeding countershaft, import plate, derive plate, delivery board, described long belt conveyor flush fit and the first drive sprocket axle, the periphery of the first passive wheel shaft, described short belt conveyor flush fit and the second drive sprocket axle, the periphery of the second passive wheel shaft, leave the space passed for the drawing folded between described long belt conveyor and short belt conveyor, described long belt conveyor is identical with the conveyor line speed of short belt conveyor, direction is all transmit drawing side drawing outbound course, described paper feeding countershaft and short belt conveyor homonymy and leave the space passed for the drawing folded between paper feeding countershaft and long belt conveyor, and the front end of described importing plate is positioned on the paper delivery throughput direction of belt, the transmission drawing direction of long belt conveyor is pointed in rear end, and the front end of described importing plate is positioned on the transmission drawing direction of long belt conveyor, drawing outbound course is pointed in rear end, and described delivery board leaves the space passed for the drawing folded between paper feeding countershaft and the second drive sprocket axle and between delivery board and long belt conveyor.First drive sprocket axle and the second drive sprocket axle are driven by motor, and the rotation of the first drive sprocket axle and the second drive sprocket axle drives long pass to send the transmission of band with short belt conveyor, and the drawing that then Foldable completes transmits along outbound course and paper splicing mechanism.The vertically folded drawing completed upwards is carried by this structure, is sent to paper splicing mechanism.
The Shu Zhe mechanism that the present invention folds figure machine has following remarkable advantage:
(1) the laterally folded drawing completed of the present invention enter folding before, positioned by upper secondary roller and lower secondary roller well, not easily there is displacement or unfairness in drawing, thus effectively ensure that carrying out smoothly of folding process below, prevent paperboard or wrinkling, for folding carrying out smoothly makes strong guarantee with quality on folded below;
(2) drive roll of the present invention is by driven by servomotor, therefore the rotation distance of drive roll can be precisely controlled, there is not tiny deviation in range, the folding width strict conformance making drawing, the situation that there will not be folding width to differ, folding neat, accurate, ensure the quality of products;
(3) folding line of the present invention is pressed between upper (lower) secondary roller and perpendicular laps band by drawing and is formed, along with the motion of upper (lower) secondary roller, gap between upper (lower) secondary roller and perpendicular laps band diminishes gradually, until drawing is between the two extruded folding line by upper (lower) secondary roller and perpendicular laps band close contact, this process is progressive calmly, add contact very good between upper (lower) secondary roller and perpendicular laps band and squeezing action, make the folding line that extrudes very clear and strict linearly.
Paper splicing mechanism of the present invention comprises splicing platform, goes out reel, paper delivery motor, paper output wheel, rear quarter panel, described go out reel be positioned at the front end of splicing platform, drawing import direction into, driven by paper delivery motor, described paper output wheel is arranged on the table top of splicing platform, and described rear quarter panel is arranged at the rear end of splicing platform.Described paper splicing mechanism can hold A0 drawing folding A4 size 100 parts.Paper splicing mechanism receive and neatly stack folded, carried the drawing of coming by Shu Zhe mechanism.
Accompanying drawing explanation
Shown in Fig. 1 is the complete machine figure that the present invention folds figure machine;
Shown in Fig. 2 is the birds-eye view that the present invention folds the paper feed mechanism of figure machine;
Shown in Fig. 3 is birds-eye view after paper feed mechanism that the present invention folds figure machine removes upper plate cover plate;
Shown in Fig. 4 is the left view that the present invention folds the paper feed mechanism of figure machine;
Shown in Fig. 5 is the upward view that the present invention folds the paper feed mechanism of figure machine;
Shown in Fig. 6 is the generalized section that the present invention folds the cross turnbacking mechanism of figure machine;
Shown in Fig. 7 is the birds-eye view that the present invention folds the paper advance mechanism of figure machine;
Shown in Fig. 8 is the generalized section that the present invention folds the Shu Zhe mechanism of figure machine;
Shown in Fig. 9 is the front elevation that the present invention folds the paper splicing mechanism of figure machine;
Shown in Figure 10 is the birds-eye view that the present invention folds the paper splicing mechanism of figure machine.
Wherein: 1, pedestal; 2, active rubber roll; 3, tensioner countershaft; 4, auxiliary front axle; 5, auxiliary rear axle; 6, front countershaft; 7, rear countershaft; 8, cross break belt; 9, paper moving claw; 10, paper feed home roll; 11, paper feed home roll pinch roller; 12, paper feed axle; 13, paper feed axial compression wheel; 14, lower guide plate; 15, upper guide plate; 16, paper feed conveying countershaft; 17, paper delivery imput shaft; 18, paper delivery imput shaft pinch roller; 19, splice paper table; 20, sensor; 21, lower paper guide plate; 102, drive roll; 103, passive cylinder; 104, upper secondary roller; 105, lower secondary roller; 106, perpendicular laps band; 107, the first drive sprocket axle; 108, the first passive wheel shaft; 109, long belt conveyor; 110, the second drive sprocket axle; 111, the second passive wheel shaft; 112, short belt conveyor; 113, paper feeding countershaft; 114, plate is imported; 115, plate is derived; 116, delivery board; 201, paper feed platform lower plate; 202, paper feed platform upper plate; 203, front wheel; 204, rear roller; 205, gas support; 207, lateral pickup; 208, vertical sensor; 209, paper feeding port baffle plate; 210, connecting rod; 211, electromagnet; 212, steel ball; 213, steel ball sleeve; 214, upper plate cover plate; 301, cardboard is crossed; 302, horizontal paper feeding assembly; 303, direct sending paper assembly; 304, baton round; 401, splicing platform; 402, reel is gone out; 403, paper delivery motor; 404, paper output wheel; 405, rear quarter panel.
Detailed description of the invention
Below in conjunction with embodiment, the present invention is further described in detail, but is not limited to this.
As shown in the figure, the present invention folds figure machine and comprises pedestal 1, the paper feed mechanism be linked in sequence, cross turnbacking mechanism, paper advance mechanism, Shu Zhe mechanism, paper splicing mechanism.Paper feed mechanism is positioned at the front end of whole folded figure machine, and the rearward end of paper feed mechanism is connected with cross turnbacking mechanism; Cross turnbacking mechanism is positioned at the middle and upper part of whole folded figure machine; Paper advance mechanism is positioned at the below of cross turnbacking mechanism, and end is connected with Shu Zhe mechanism thereafter; Shu Zhe mechanism is positioned at the side of folded figure machine, and its middle and lower part is drawing folding means, top is conveying assembly, and end is connected with paper splicing mechanism thereafter; Paper splicing mechanism is positioned at the top of cross turnbacking mechanism.Drawing is entered by paper feed mechanism, be transported to cross turnbacking mechanism and carry out the laterally folded of drawing, as being folded into the width 210mm of A4 specification, laterally folded complete after fall into paper advance mechanism, paper advance mechanism just drawing continues to carry forward, sends into Shu Zhe mechanism, drawing is carried out vertically folded, as being folded into the length 297mm of A4 specification, after having folded, be admitted to paper splicing mechanism.
Described paper feed mechanism comprise paper feed platform lower plate 201, paper feed platform upper plate 202, front wheel 203, rear roller 204, gas support 205, for measure drawing transverse width lateral pickup 207, for measuring the vertical sensor 208 of drawing vertical extension, paper feeding port baffle plate 209, connecting rod 210, electromagnet 211, steel ball 212, steel ball sleeve 213, upper plate cover plate 214, two print the whether qualified or form whether misplayed for viewing (namely checking) drawing.
Rear end edge and the pedestal 1 of described paper feed platform lower plate 201 are hinged, described paper feed platform upper plate 202 to be covered in paper feed platform lower plate 201 and to leave the space passed through for large format drawing between paper feed platform lower plate 201 and paper feed platform upper plate 202, described front wheel 203 is positioned at the lower front part of paper feed platform lower plate 201 and paper feed platform lower plate 201 is provided with the through hole contacted with drawing for front wheel 203, described rear roller 204 is positioned at the rear end, bottom of paper feed platform lower plate 201 and paper feed platform lower plate 201 is provided with the through hole contacted with drawing for rear roller 204, described front wheel 203 is with rear roller 204 synchrodrive and driven by motor, one end of described gas support 205 is connected to the bottom of paper feed platform lower plate 201, the other end is connected to pedestal 1 side.
Described lateral pickup 207 is arranged at the lower front part of paper feed platform lower plate 201, for responding to the width of drawing; Described vertical sensor 208 is arranged at the lower front part of paper feed platform lower plate 201, for responding to the length of drawing.
Described paper feeding port baffle plate 209 is arranged at the front edge of paper feed platform lower plate 201 and hinged with paper feed platform lower plate 201, described connecting rod 210 is arranged at the bottom of paper feed platform lower plate 201, described electromagnet 211 is arranged at the bottom of paper feed platform lower plate 201, and one end of described connecting rod 210 is connected with paper feeding port baffle plate 209, the other end is connected with electromagnet 211.
Described steel ball 212 to be arranged on paper feed platform upper plate 202 by steel ball sleeve 213 and paper feed platform upper plate 202 to be provided with the through hole contacted with paper feed platform lower plate 201 for steel ball 212, and described upper plate cover plate 214 is covered on the top of steel ball 212 on paper feed platform upper plate 202.
Described cross turnbacking mechanism comprises initiatively rubber roll 2, tensioner countershaft 3, auxiliary front axle 4, auxiliary rear axle 5, front countershaft 6, rear countershaft 7, cross break belt 8, paper moving claw 9, paper feed home roll 10, paper feed home roll pinch roller 11, paper feed axle 12, paper feed axial compression wheel 13, lower guide plate 14, the upper guide plate 15 being positioned at lower guide plate 14 top, paper feed conveying countershaft 16, paper delivery imput shaft 17, paper delivery imput shaft pinch roller 18, splice paper table 19, sensor 20, lower paper guide plate 21.
Described active rubber roll 2 and tensioner countershaft 3, auxiliary front axle 4 and auxiliary rear axle 5, front countershaft 6 is symmetrical arranged relative to same vertical line respectively with rear countershaft 7, described front countershaft 6 and the distance of shaft centers of rear countershaft 7 are less than the distance of shaft centers of auxiliary front axle 4 and auxiliary rear axle 5, described auxiliary front axle 4 and the distance of shaft centers of auxiliary rear axle 5 are less than the distance of shaft centers of initiatively rubber roll 2 and tensioner countershaft 3, the horizon at the place, axle center of described front countershaft 6 and rear countershaft 7 is higher than the horizon of auxiliary front axle 4 with the place, axle center of auxiliary rear axle 5, the horizon at the place, axle center of described auxiliary front axle 4 and auxiliary rear axle 5 is higher than the horizon of active rubber roll 2 with the place, axle center of tensioner countershaft 3.
The space vertically passed through for large format drawing is left between described active rubber roll 2 and tensioner countershaft 3.Described cross break belt 8 is for some of be arrangeding in parallel and tightly fit in the periphery of initiatively rubber roll 2, auxiliary rear axle 5, auxiliary front axle 4, tensioner countershaft 3, and the bottom of described front countershaft 6, rear countershaft 7 is pressed on cross break belt 8.Described active rubber roll 2, auxiliary rear axle 5, auxiliary front axle 4, be flush fit between tensioner countershaft 3 and the cross break belt 8 of its periphery, be implemented as after cross break belt 8 is placed on active rubber roll 2, auxiliary rear axle 5, auxiliary front axle 4, tensioner countershaft 3 periphery, cross break belt 8 and the tensioner effect between this is realized by tensioner countershaft 3, tensioner countershaft 3 pulls outward, and carries out tensioner fix after cross break belt 8 is tightened up by tensioner screw mandrel to tensioner countershaft 3.
Described paper moving claw 9 is front and back symmetry for two rows that lead to drawing respectively on former and later two directions and be arranged between adjacent cross break belt 8, described paper moving claw 9 is used for leading to drawing end or departing from drawing end by solenoid actuated, and the root of described paper moving claw 9 is articulated with on pedestal 1.The present embodiment due to paper moving claw 9 long, so when current row's paper moving claw 9 moves to vertex be front countershaft 6 and rear countershaft 7 middle back, be in the front of front countershaft 6 with rear countershaft 7 middle when rear row's paper moving claw 9 moves to vertex.
Described active rubber roll 2 is by driven by servomotor.One end of described auxiliary front axle 4, auxiliary rear axle 5, front countershaft 6, rear countershaft 7 is by synchronous pulley and the Timing Belt one end synchronized links with active rubber roll 2.
Described sensor 20 is arranged at drawing paper feed direction on pedestal 1, for responding to entering and starting servomotor to drive the motion of initiatively rubber roll 2 after calculating the distance that drawing enters of drawing.
The space passed through for drawing is provided with and lower guide plate 14 and the rearward end of upper guide plate 15 are positioned in the middle of directly over front countershaft 6 and rear countershaft 7 between described lower guide plate 14 and upper guide plate 15, described paper feed home roll pinch roller 11 is several of arrangement in parallel, several paper feed home roll pinch rollers 11 described and paper feed home roll 10 are separately positioned on the both sides of lower guide plate 14 and upper guide plate 15, and lower guide plate 14 with upper guide plate 15 is provided with the through hole contacted with paper feed home roll 10 for paper feed home roll pinch roller 11, described paper feed axial compression wheel 13 is several of arrangement in parallel, described several paper feed axial compressions wheel 13 and paper feed axle 12 are separately positioned on the both sides of lower guide plate 14 and upper guide plate 15, and lower guide plate 14 takes turns 13 through holes contacted with paper feed axle 12 for paper feed axial compression with upper guide plate 15 is provided with, described paper feed home roll 10 is driven by motor, one end of described paper feed axle 12 is by synchronous pulley and Timing Belt and paper feed home roll 10 synchronized links.In order to ensure the non-slip of paper feed, paper feed home roll 10 has filled one group of rubber wheel, this rubber wheel plays tensioner effect, ensures that paper feed is non-slip.
Described paper feed conveying countershaft 16 has filled one group of rubber wheel, and described paper feed conveying countershaft 16 is positioned at the rearward end of guide plate 15 side, and upper guide plate 15 is provided with the through hole for rubber wheel contact drawing, this rubber wheel plays tensioner effect, ensures that paper feed is non-slip.
Described paper delivery imput shaft pinch roller 18 is several of arrangement in parallel, several paper delivery imput shaft pinch rollers 18 described and paper delivery imput shaft 17 are separately positioned on the both sides of splice paper table 19 and splice paper table 19 are provided with the through hole that feeding paper imput shaft pinch roller 18 contacts with paper delivery imput shaft 17, described paper delivery imput shaft 17 is driven by motor, and the leading section of described splice paper table 19 is positioned on the throughput direction on rear side of cross break belt 8.
Described lower paper guide plate 21 is positioned at top and the front side of throughput direction on front side of cross break belt 8.
Described paper advance mechanism comprised cardboard 301, horizontal paper feeding assembly 302, direct sending paper assembly 303, baton round 304.Described horizontal paper feeding assembly 302 was arranged at the right in cardboard 301 plate face, comprised by motor-driven roller, and roller can to realize drawing, toward crossing paper feeding outside cardboard 301, making drawing be close to the outer side edges of cardboard 301.Described direct sending paper assembly 303 was arranged at the left side in cardboard 301 plate face, was provided with by motor-driven roller, and roller can realize drawing toward Ji Shuzhe mechanism place, left side direction, the direction paper feeding of crossing cardboard 301.Described baton round 304 was arranged on cardboard 301 plate face, on the paper feeding direction of horizontal paper feeding assembly 302, make paper feeding steady, wrinkle resistant.
Described Shu Zhe mechanism drive roll 102, passive cylinder 103, upper secondary roller 104, lower secondary roller 105, the perpendicular passive wheel shaft 108 of laps band 106, first drive sprocket axle 107, first, the passive wheel shaft 111 of long belt conveyor 109, second drive sprocket axle 110, second, short belt conveyor 112, paper feeding countershaft 113, importing plate 114, derivation plate 115, delivery board 116.
Described drive roll 102 is symmetrical arranged relative to same straight line with lower secondary roller 105 respectively with passive cylinder 103, upper secondary roller 104, described perpendicular laps band 106 for be arranged in parallel several and tightly fit in the periphery of drive roll 102, passive cylinder 103, the side of described secondary roller 104, lower secondary roller 105 is pressed on perpendicular laps band 106, described drive roll 102 is by driven by servomotor, and one end of described passive cylinder 103, upper secondary roller 104, lower secondary roller 105 is by one end synchronized links of synchronous pulley and Timing Belt and drive roll 102.
Described long belt conveyor 109 flush fit and the first drive sprocket axle 107, the periphery of the first passive wheel shaft 108, described short belt conveyor 112 flush fit and the second drive sprocket axle 110, the periphery of the second passive wheel shaft 111, the space passed for the drawing folded is left between described long belt conveyor 109 and short belt conveyor 112, described long belt conveyor 109 is identical with the conveyor line speed of short belt conveyor 112, direction is all transmit drawing side drawing outbound course, described paper feeding countershaft 113 and short belt conveyor 112 homonymy and between paper feeding countershaft 113 and long belt conveyor 109, leave the space passed for the drawing folded, the front end of described importing plate 114 is positioned on the paper delivery throughput direction of perpendicular laps band 106, the transmission drawing direction of long belt conveyor 109 is pointed in rear end, the front end of described importing plate 114 is positioned on the transmission drawing direction of long belt conveyor 109, drawing outbound course is pointed in rear end, described delivery board 116 is between paper feeding countershaft 113 and the second drive sprocket axle 110 and leave the space passed for the drawing that folded between delivery board 116 and long belt conveyor 109.
Described paper splicing mechanism comprises splicing platform 401, goes out reel 402, paper delivery motor 403, paper output wheel 404, rear quarter panel 405.Described go out reel 402 be positioned at the front end of splicing platform 401, drawing import direction into, driven by paper delivery motor 403.Described paper output wheel 404 is arranged on the table top of splicing platform 401.Described rear quarter panel 405 is arranged at the rear end of splicing platform 401, falls down from splicing platform 401 for preventing the drawing folded.
The above embodiment of the present invention can not be used for limiting the present invention to explanation of the present invention, and any change in the implication suitable with claims of the present invention and scope, all should think to be included in the scope of claims.
Claims (6)
1. a folded figure machine, comprise pedestal (1), the paper feed mechanism be linked in sequence, cross turnbacking mechanism, paper advance mechanism, Shu Zhe mechanism, paper splicing mechanism, it is characterized in that: described paper feed mechanism comprises paper feed platform lower plate (201), paper feed platform upper plate (202), front wheel (203), rear roller (204), gas support (205), rear end edge and the pedestal (1) of described paper feed platform lower plate (201) are hinged, it is upper and leave confession between paper feed platform lower plate (201) and paper feed platform upper plate (202) and wait to roll over the space that drawing passes through that described paper feed platform upper plate (202) is covered on paper feed platform lower plate (201), described front wheel (203) is positioned at the lower front part of paper feed platform lower plate (201) and paper feed platform lower plate (201) is provided with the through hole contacted with drawing for front wheel (203), described rear roller (204) is positioned at the rear end, bottom of paper feed platform lower plate (201) and paper feed platform lower plate (201) is provided with the through hole contacted with drawing for rear roller (204), described front wheel (203) and rear roller (204) synchrodrive are also driven by motor, one end of described gas support (205) is connected to the bottom of paper feed platform lower plate (201), the other end is connected to pedestal (1) side.
2. folded figure machine according to claim 1, it is characterized in that: described paper feed mechanism also comprises lateral pickup (207) for measuring drawing transverse width, for measuring the vertical sensor (208) of drawing vertical extension, described lateral pickup (207) is arranged at the lower front part of paper feed platform lower plate (201), and described vertical sensor (208) is arranged at the lower front part of paper feed platform lower plate (201).
3. folded figure machine according to claim 1, it is characterized in that: described cross turnbacking mechanism comprises initiatively rubber roll (2), tensioner countershaft (3), auxiliary front axle (4), auxiliary rear axle (5), front countershaft (6), rear countershaft (7), cross break belt (8), described active rubber roll (2) and tensioner countershaft (3), auxiliary front axle (4) and auxiliary rear axle (5), front countershaft (6) and rear countershaft (7) are symmetrical arranged respectively relative to same vertical line, the space for waiting to roll over drawing and vertically passing through is left between described active rubber roll (2) and tensioner countershaft (3), described cross break belt (8) is for some of be arrangeding in parallel and tightly fit in initiatively rubber roll (2), auxiliary rear axle (5), auxiliary front axle (4), the periphery of tensioner countershaft (3), described front countershaft (6), the bottom of rear countershaft (7) is pressed on cross break belt (8).
4. folded figure machine according to claim 3, it is characterized in that: described cross turnbacking mechanism also comprises paper feed home roll (10), paper feed home roll pinch roller (11), paper feed axle (12), paper feed axial compression wheel (13), lower guide plate (14), be positioned at the upper guide plate (15) on lower guide plate (14) top, the rearward end being provided with space and lower guide plate (14) and the upper guide plate (15) passed through for drawing between described lower guide plate (14) and upper guide plate (15) is positioned in the middle of directly over front countershaft (6) and rear countershaft (7), described paper feed home roll pinch roller (11) is arrangement in parallel several, several paper feed home roll pinch rollers (11) described and paper feed home roll (10) are separately positioned on the both sides of lower guide plate (14) and upper guide plate (15), and lower guide plate (14) with upper guide plate (15) is provided with for paper feed home roll pinch roller (11) through hole that contacts with paper feed home roll (10), described paper feed axial compression wheel (13) is arrangement in parallel several, described several paper feed axial compressions wheel (13) and paper feed axle (12) are separately positioned on the both sides of lower guide plate (14) and upper guide plate (15), and lower guide plate (14) takes turns for paper feed axial compression the through hole that (13) contact with paper feed axle (12) with upper guide plate (15) is provided with, described paper feed home roll (10) is driven by motor, one end of described paper feed axle (12) is by synchronous pulley and Timing Belt and paper feed home roll (10) synchronized links.
5. folded figure machine according to claim 1, it is characterized in that: described Shu Zhe mechanism comprises drive roll (102), passive cylinder (103), upper secondary roller (104), lower secondary roller (105), perpendicular laps band (106), described drive roll (102) and passive cylinder (103), upper secondary roller (104) and lower secondary roller (105) are symmetrical arranged respectively relative to same straight line, described perpendicular laps band (106) for be arranged in parallel several and tightly fit in drive roll (102), the periphery of passive cylinder (103), described secondary roller (104), the side of lower secondary roller (105) is pressed on perpendicular laps band (106).
6. folded figure machine according to claim 1, it is characterized in that: described paper splicing mechanism comprises splicing platform (401), goes out reel (402), paper delivery motor (403), paper output wheel (404), rear quarter panel (405), described go out reel (402) be positioned at the front end of splicing platform (401), drawing import direction into, driven by paper delivery motor (403), described paper output wheel (404) is arranged on the table top of splicing platform (401), and described rear quarter panel (405) is arranged at the rear end of splicing platform (401).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310605771.9A CN103612930B (en) | 2013-11-26 | 2013-11-26 | Folded figure machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310605771.9A CN103612930B (en) | 2013-11-26 | 2013-11-26 | Folded figure machine |
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| Publication Number | Publication Date |
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| CN103612930A CN103612930A (en) | 2014-03-05 |
| CN103612930B true CN103612930B (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310605771.9A Expired - Fee Related CN103612930B (en) | 2013-11-26 | 2013-11-26 | Folded figure machine |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103950781B (en) * | 2014-04-21 | 2016-04-06 | 宁波荣华办公用品有限公司 | The Shu Zhe mechanism of folded figure machine |
| CN106241482B (en) * | 2016-09-21 | 2017-10-17 | 重庆交通大学 | Engineering drawing folding machine |
| CN110239254B (en) * | 2019-05-06 | 2021-03-23 | 四川传媒学院 | Movable audio and video display device based on virtual-real interaction |
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| CN201729536U (en) * | 2010-07-22 | 2011-02-02 | 天津复印技术研究所 | Office paper folder with double paper feeding passages |
| CN102849476A (en) * | 2012-08-03 | 2013-01-02 | 浙江惠龙机械有限公司 | Paper conveying device |
| CN203545217U (en) * | 2013-11-26 | 2014-04-16 | 宁波荣华办公用品有限公司 | Folding machine |
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| GB1080045A (en) * | 1964-10-13 | 1967-08-23 | Miehle Goss Dexter Inc | An improved blade folding machine |
| JPH1135230A (en) * | 1997-07-18 | 1999-02-09 | Mitsubishi Heavy Ind Ltd | Two-stage triangular plate-equipped folder for rotary press |
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| CN201245389Y (en) * | 2008-06-26 | 2009-05-27 | 东莞市快达装订机械有限公司 | Paper feed mechanism of paper folding machine |
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| CN103612930A (en) | 2014-03-05 |
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Address after: 315142, front village, Tong Zhen Town, Ningbo, Zhejiang, Yinzhou District Patentee after: Ningbo ronghua digital printing equipment Co.,Ltd. Address before: 315142, front village, Tong Zhen Town, Ningbo, Zhejiang, Yinzhou District Patentee before: NINGBO RONGHUA OFFICE EQUIPMENT Co.,Ltd. |
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Granted publication date: 20160120 Termination date: 20211126 |