CN202412806U - Sheet-fed automatic feed half-break impressing or cutting device - Google Patents
Sheet-fed automatic feed half-break impressing or cutting device Download PDFInfo
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- CN202412806U CN202412806U CN2011204249814U CN201120424981U CN202412806U CN 202412806 U CN202412806 U CN 202412806U CN 2011204249814 U CN2011204249814 U CN 2011204249814U CN 201120424981 U CN201120424981 U CN 201120424981U CN 202412806 U CN202412806 U CN 202412806U
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Abstract
The utility model relates to a sheet-fed automatic feed half-break impressing or cutting device in order to realize automation for impressing gum stocks, wherein a limiting piece is arranged on a feed table; the limiting piece limits a location area for placing a pile of sheet-fed work pieces, and respectively limits four edges of the pile of work pieces; one side of the limiting area is set as a base side for locating work pieces; a push mechanism is associated with the pile of work pieces, and is used for pushing work pieces to the base side from an opposite side of the base side; an absorption robot is provided with a vacuum suction nozzle; the vacuum suction nozzle is associated with the pile of work pieces to absorb work pieces on an upper surface in the pile of sheet-fed work pieces; a feed shaft coordinates with a pressing shaft to form a conveying mechanism for conveying work pieces; the conveying mechanism is associated with the absorption robot to receive work pieces conveyed by the absorption robot; and an impressing or cutting shaft is provided with an impressing knife or a cutting knife, and is capable of coordinating with the other one pressing shaft to form the conveying mechanism for conveying work piece; the conveying mechanism is associated with the feed shaft to receive work pieces conveyed by the feed shaft and impress or cut work pieces.
Description
Technical field
The utility model relates to the impression of single sheet type workpiece or (half cutter) cutting-up device, method.
Background technology
Along with The development in society and economy, convenient, simple and direct back bakelized paper or film more and more extensively is used in all trades and professions, labeling industry especially, and back bakelized paper production equipment and following process equipment also constantly develop.But generally speaking, back bakelized paper following process equipment, half cutter cutting apparatus especially, automaticity is lower, and major part is in the manual paper feeding stage at present, under the high situation of current cost of labor, is badly in need of artificial feeding and becomes the machine self-feeding.Simultaneously the exploitation of half disconnected automatic single sheet type autoloader also is a much progress for traditional indentation equipment, increases the benefit because self-feeding also is badly in need of in some strip impression operation that need not template.The so-called self-feeding of single sheet type half disconnected formula marking press also has on the market now, but because of adopting oneself superseded roller type feeding manner at present, each side is supporting does not in addition all handle properly, and promotes not open all the time.In fact, the single sheet type feeding technology of present stage machinery industry is very flourishing, combines and is only key but how it is hobbed the trace operation with half broken dash at low cost; Besides after the automatic high speed feeding, how realizing precisely locating the cutting-up operation also is that a difficult problem need be captured, and individual detent mechanism of mistake bridge-type of conventional presses takes up space because of it; The machinery complicacy; Manufacturing cost is high, is the compartment action in addition, also not too is fit to half broken dash and hobs this a kind of operation industry situation of trace.
The utility model content
The purpose of the utility model is to provide a kind of single sheet type automatic feed half disconnected impression or cutting-up device, method, to realize the automation of back bakelized paper impression.
Be single sheet type automatic feed half disconnected impression or the cutting-up method that realizes said purpose; Be characterized in; May further comprise the steps: A. sets the locating area of placing a folded single sheet type workpiece on a feeding table; Around this locating area, set locating part, carry out spacing respectively with four limits to this folded workpiece; B. a side of setting said locating area is a reference side, and the workpiece that promotes the upper surface of workpiece up to this folded workpiece from the opposite side of this reference side is drawn by the assimilating type manipulator; And C. presents workpiece to impression or the cutting-up axle drawn by the assimilating type manipulator and carries out impression or cutting-up.
Described single sheet type automatic feed half disconnected impression or cutting-up method, its further characteristics be, in steps A, at least one side utilization around this locating area can cylindrical rod member as locating part; And in step B, guarantee workpiece when being drawn by the assimilating type manipulator, workpiece and reference side locating part are in tangent state.
Described single sheet type automatic feed half disconnected impression or cutting-up method, its further characteristics be, in steps A, according to the position of adjustment locating part on feeding table, position of cutting-up cutter on the content of required cutting-up on the workpiece and the cutting-up axle, to adjust the position of workpiece.
Described single sheet type automatic feed half disconnected impression or cutting-up method; Its further characteristics are, in step B, in the side perpendicular to the said locating area of reference side; Utilize flexure strip to oppress the upper lateral part of this folded workpiece at angle, so that should obtain accurate in locating by folded workpiece.
Single sheet type automatic feed half disconnected impression or cutting-up device for realizing said purpose is characterized in, comprises
Feeding table is provided with locating part on the feeding table, locating part limits the locating area of placing a folded single sheet type workpiece, and four limits of this folded workpiece are limited respectively, and a side of this stop zone is set at the reference side of location workpiece;
Pushing mechanism and this folded workpiece are associated, so that at the opposite side of this reference side workpiece is promoted towards reference side;
The assimilating type manipulator has vacuum slot, and vacuum slot was associated with folding workpiece, drew the workpiece of upper surface in this folded single sheet type workpiece;
Feed shaft fits in the connecting gear that can transmit workpiece with a binder axle, and it is associated with the assimilating type manipulator, receives the workpiece that the transmission of assimilating type manipulator comes; And
Impression or cutting-up axle have impression cutter or cutting-up cutter, fit in the connecting gear that can transmit workpiece with another binder axle, and it is associated with feed shaft, and it receives the next workpiece of feed shaft transmission and workpiece is carried out impression or cutting-up.
Described single sheet type automatic feed half disconnected impression or cutting-up device, its further characteristics be, the locating part of at least one side is columned retaining rule, respectively is provided with two retaining rule at least three sides of locating area.
Described single sheet type automatic feed half disconnected impression or cutting-up device; Its further characteristics are; But at least part retaining rule be plugged in the strip groove on the feeding table and release be locked on the strut of a frame, strut is threaded by frame support and with vernier knob that relative frame fixedly installs movably.
Described single sheet type automatic feed half disconnected impression or cutting-up device; Its further characteristics are, pushing mechanism also comprises cam, push rod, first connecting rod, second connecting rod and the angular member in horizontal plane, support and the promotion member that is arranged in the vertical plane, and push rod has center of rotation and from center of rotation far-end far away, from the nearer near-end of center of rotation; Angular member has the center of rotation perpendicular to vertical plane; The profile contact matching of the far-end of push rod and cam, the near-end of push rod and the lower end of first connecting rod are hinged, and first end of the upper end of first connecting rod and second connecting rod is hinged; Second end of second connecting rod and first end of angular member are hinged; Second end of angular member and support contact matching, support are arranged on frame movably and remain on an initial position by spring, promote member and are installed on the frame.
Described single sheet type automatic feed half disconnected impression or cutting-up device, its further characteristics are also to comprise a power source; This power source is arranged on the bottom side of single sheet type automatic feed half disconnected impression or cutting-up device; Connect cone pulley through driving-belt, cone pulley connects the discharging axle through driving-belt, and the discharging axle is connected through driving-belt with impression or cutting-up axle; Power source, cone pulley, discharging axle to impression or cutting-up axle constitute a driving-chain; Discharging axle and binder axle fit in a connecting gear, and its impression or cutting-up axle are associated, to receive the workpiece that impression or cutting-up axle send.
Described single sheet type automatic feed half disconnected impression or cutting-up device; Its further characteristics are; Retaining rule perpendicular to a side of the said locating area of reference side are suspended on the feeding table; And subsidiary flexible, spring leaf is oppressed the upper lateral part of this folded workpiece at angle, so that should obtain accurate in locating by folded workpiece.
Among each embodiment of the utility model, single sheet type automatic feed half disconnected impression or cutting-up device are with carrying out accurate localization in the locating area of single sheet type workpiece on feeding table earlier, are static location on the one hand; Promptly utilize the locating part of locating area periphery to position; Be Kinematic Positioning on the one hand, promptly utilize in the process of vacuum slot absorption workpiece, push workpiece to reference side; So that workpiece can be accurately positioned, and then accurately be sent to impression or cutting-up position.
In each embodiment of the utility model, workpiece is a single sheet type, for example is paper; Self-feeding is to feed shaft one by one for it, and feed shaft and binder axle are passed to the cutting-up axle with material again, and workpiece is by the cutting-up cutter (circular knife on the cutting-up axle; Straight knife; Impression dise knife and profile of tooth dise knife) after half broken dash cuts, pass to the discharging axle again, discharging axle and binder axle are delivered to material on the rewinding plate again.
Description of drawings
Fig. 1 is the schematic, elevational view of single sheet type automatic feed half disconnected impression or cutting-up device.
Fig. 2 is the schematic plan of single sheet type automatic feed half disconnected impression or cutting-up device.
Fig. 3 is the schematic left view of single sheet type automatic feed half disconnected impression or cutting-up device.
Fig. 4 is the schematic right-side view of backstop rule.
Fig. 5 is the schematic right-side view of single sheet type automatic feed half disconnected impression or cutting-up device, mainly shows its power drive part.
Fig. 6 is the schematic right-side view of a variant of single sheet type automatic feed half disconnected impression or cutting-up device.
Fig. 7 is the schematic right-side view of single sheet type automatic feed half disconnected impression or cutting-up device, mainly shows its pushing mechanism part.
Fig. 8 moves to push away the partial top view of rule.
Fig. 9 is the sketch map of fixing, the guiding mechanism of left and right retaining rule.
Figure 10 is the vertical view of feeding table part.
Figure 11 is that cutaway view is looked on the left side of feeding table part.
Figure 12 is the schematic right-side view of the backstop rule among another embodiment of the utility model.
The specific embodiment
As shown in Figure 3; The workpiece 12 on surface is delivered to feed shaft 3 by manipulator 4, is sent to cutting-up axle 8 by feed shaft 3, after the cutting-up cutter carries out impression or cutting-up on the cutting-up axle 8; Be sent to discharging axle 10; Be sent to rewinding plate 120 by discharging axle 10 again, term " preceding ", " back " of the said expression direction in back is to be reference with direction that workpiece is transmitted, and " left side ", " right side " are reference with position shown in Figure 1.Workpiece comprise paper or with the equiform material of paper owing to need individual transmission, so claim the single sheet type workpiece, said workpiece all refers to the single sheet type workpiece at the back.
Shown in figure 10, feeding table 2 is provided with left side groove 211,221, right side groove 261,251, back side channel 241,231.
With reference to Fig. 9 and Figure 10, be inserted with left side retaining rule 22 in the left side groove 221 simultaneously, be inserted with right retaining rule 25 in the right side groove 251.Left side retaining rule 22, right retaining rule 25 are supported by same strut 1122, and strut 1122 is to be arranged on movably on the frame 306 (the for example wallboard on the frame).Left side retaining rule 22 are connected with slide block 223,253 respectively with the top of right retaining rule 25, and slide block 223,253 is enclosed within respectively on the strut 1122, but slide block 223,253 respectively by means of lock-screw 222,252 releases of correspondence be locked on the strut 1122.If the position of left side retaining rule 22, right retaining rule 25 needs adjustment, unclamp lock-screw 222,252, along strut 1122 sliding sliders 223,253, just can be so that left side retaining rule 22 are moved in groove 221, right retaining rule 25 are moved in groove 251.The left end head of strut 1122 is a screw rod 302, and screw rod 302 is threaded in the screwed hole 301 of vernier knob 1112, and vernier knob 1112 is installed on the knob base 304; Knob base 304 is fixedly connected on (for example on the wallboard of frame) on the frame 306 through screw 305; Vernier knob 1112 is rotatable on knob base 304, and knob base 304 can not move, so rotary fine adjustment knob 1112; 302 engagements realize the screw thread transmission with screw rod by means of screwed hole 301, force strut 1122 to move.In order to prevent that vernier knob 1112 from moving, chimeric in the outer end of knob base 304 have a jump ring 303, and jump ring 303 is enclosed within on the screw rod 302, and screw rod 302 can pass from jump ring 303, but vernier knob 1112 can not pass from jump ring 303.Jump ring 307 arranged in that the left end of strut 1122 is also chimeric, jump ring 307 can not pass from the hole of the frame 306 that supports strut 1122, so screw rod 302 has right excessively mobilely when possible, will receive stopping of jump ring 307.
Likewise, left side retaining rule 21 are supported by same strut 1121 with right retaining rule 26, and strut 1121 is to be arranged on movably on the frame 306.Left side retaining rule 21 are connected with slide block (not shown, as can to understand with reference to Fig. 9) respectively with the top of right retaining rule 26, and slide block is enclosed within respectively on the strut 1121, but slide block respectively by means of lock-screw 212,262 releases of correspondence be locked on the strut 1121.If the position of left side retaining rule 21, right retaining rule 26 needs adjustment, unclamp locking locking 212,262, along strut 1121 sliding sliders, just can be so that left side retaining rule 21 are moved in groove 211, right retaining rule 26 are moved in groove 261.The same with strut 1122; The left end head of strut 1121 is screw rod (can understand with reference to Fig. 9), and screw flight is connected in the screwed hole of a vernier knob 1111, and vernier knob 1111 is installed on the knob base; This knob base is fixedly connected on (for example on the wallboard of frame) on the frame through screw; Vernier knob 1111 is rotatable on this knob base, and this knob base can not move, so rotary fine adjustment knob 1111; Screw engages by means of its screwed hole and strut 1121 realizes the screw thread transmission, forces strut 1121 to move.In order to prevent that vernier knob 1111 from moving, chimeric in the outer end of knob base have a jump ring, and jump ring is enclosed within on the screw rod, and screw rod can pass from jump ring, but vernier knob 111 can not pass from jump ring.Another jump ring arranged in that the left end of strut 1121 is also chimeric, jump ring can not pass from the hole of the frame 306 that supports strut 1121, so screw rod has right excessively mobilely when possible, will receive stopping of jump ring.
Simultaneously, plug in the back side channel 231 in backstop rule 23, the back side channel 241 and plug backstop rule 24, be different from aforementioned each left and right retaining rule with reference to Fig. 4 and Figure 10, backstop rule 23,24 after side channel 231,241 downsides fix.Fixed structure with backstop rule 24 is an example; The lower end that backstop rule 24 are passed the back side channel 241 of feeding table 2 is threaded on the locking nut 403, and locking nut 403 removably is fixed on the downside of feeding table 2, unclamps locking nut 403; Just can realize the adjustment of the position of backstop rule 24; In an embodiment of the utility model, of the back, the workpiece location is less demanding to the accurate positioning property of forward and backward side; Do not need fine setting, therefore can dispose the vernier knob that is used for the fine setting of left and right retaining rule.Certainly in an embodiment of the utility model,, also can select to dispose micro-adjusting mechanism, to realize the fine setting of backstop rule 24,23 according to the actual design requirement.
The fixed structure of the fixed structure of left and right retaining rule and micro-adjusting mechanism and backstop rule in the previous embodiment (with micro-adjusting mechanism, if the words that have) for different, also can also adopt other fixed structures and micro-adjusting mechanism for identical.
Continuation is with reference to Fig. 4; Be with slide block 402 on the backstop rule 24; The workpiece side of slide block 402 is with flexure strip 401, and slide block 402 can be advised 24 along backstop and glided under deadweight, and flexure strip 401 leans on the workpiece 12 of the upper end of a folded workpiece 1; The deadweight of slide block 402 forces flexure strip 401 angled ground side pressures forward to compel workpiece 12, and this can be so that the alignment of the workpiece of the upper end of workpiece 1.Same, also be provided with aforementioned slide block on the backstop rule 23, rely on the deadweight of slide block to lean against through the angled geocline of flexure strip on the workpiece 12 of upper end of a folded workpiece 1.
With reference to Figure 10 and Figure 11, the front end of feeding table 2 is provided with slot 102, and the vertical arm of L shaped inserted sheet 101 is inserted in the slot 102, and the horizontal arm of inserted sheet 101 is infinitely near the front end frame.
Continuation is with reference to Figure 10, and workpiece 1 (for example being a pile paper) is according to the size of workpiece 1; At first regulate the position of left side retaining rule 21, according to the gradient of workpiece 1 inclination of longitudinal axis among Figure 10 (for example with respect to), gradient is of the back; Situation adjustment according to cutting-up or impression content and cutting-up axle is confirmed, regulates the position of left side retaining rule 22, after the position of two left side retaining rule 21,22 all mixes up; Transfer the position of backstop rule 23,24 again, the position of the right retaining rule 25,26 of adjustment at last.
The position of workpiece is decided substantially like this, at this moment again according to the position of the fine position workpiece 1 of cutting-up cutter 81 on the content of required cutting-up on the workpiece 1 and the cutting-up axle 8.Workpiece 1 normally is placed on left side retaining rule 21,22 and right retaining rule 25, between 26, the position of workpiece 1 on feeding table 2 is generally corresponding with the position of cutting-up cutter 81 (see figure 2)s of cutting-up axle 8.In general, if the position of the two is not corresponding, in each embodiment of the utility model; Normally transfer the position of workpiece 1 to adapt to the position of cutting-up cutter 81, rather than transfer the position of cutting-up cutter 81 to adapt to the position of workpiece 1, because each operation; Generally all will use tens cuttves, quantity is too many, regulates pretty troublesome; Not as good as transferring workpiece 1, because each operation is with regard to the workpiece of a specification.Regulate the position of workpiece, unclamp the locking nut 212,222,252,262 of left and right four retaining rule earlier, move retaining rule 21,22,25,26 again; Four retaining rule locking nuts are tightened again tentatively to (coarse adjustment) after good in the position, put in place if will regulate like this; Take time very much, and the precision of regulating is not high yet, therefore; Under the little situation of adjustable range, within 10MM, need just to be necessary fine setting; Because fine setting need not unclamped the locking nut of four retaining rule 21,22,25,26, as long as rotary fine adjustment knob 1112,1111, each strut 1122,1121 will produce left and right displacement; As shown in Figure 9, the determining positions of jump ring 307 regulate the size of surplus, generally be designed to 10MM.
After the position of each retaining rule mixes up; The handwheel 27 (like Fig. 3) of hand again feeding table 2 drives an elevating mechanism; Stop so that feeding table 2 rises to the position of visiting paper bar 13, in another embodiment of the utility model, the up-down of feeding table 2 can also be by the upright separately control of motor; Those need are pressed point driving switch, and visiting paper bar 13 replaceable is the travel switch of motor.
At this moment preparation finishes, and can begin the operation of back.
As shown in Figure 5; Power source 51 is through being connected through driving-belt with cone pulley 53, and cone pulley 53 is connected through driving-belt 54 with discharging axle 10, and discharging axle 10 is connected through driving-belt 55 with ruling axle 8; Feed shaft 3 is perhaps drawn power and is driven by another drive unit single driving from power source 51.
As shown in Figure 6, ruling axle 8 can be connected through driving-belt 56 with feed shaft 3, and is not connected with discharging axle 10.
Therefore, when opening the main frame operation, power source 51 is passed to cone pulley 53 through driving-belt 52 with power, through driving-belt 54, power is passed to discharging axle 10 again, and discharging axle 10 is passed to ruling axle 8 through driving-belt 55 with power again.The power of ruling axle 8 also can transmit through driving-belt 56 from feed shaft 3.
Like Fig. 7 and shown in Figure 8, in perpendicular, cam 2011, push rod 20113, connecting rod 20115, connecting rod 20116 are installed on the frame.On horizontal plane, be provided with connecting rod 20117, connecting rod 20119 and support 201110, feeding table 2 is arranged on the horizontal plane.Push rod 20113 has center of rotation 20114, is its far-end from center of rotation 20114 ends far away, and a nearer end is its near-end.One far-end (the roller preferably is housed) contact matching of cam 2011 and push rod 20113; The lower end of the near-end of push rod 20113 and connecting rod 20115 is hinged, an end of the upper end of connecting rod 20115 and connecting rod 20116 hinged (perhaps the two is an integral piece), and his end of connecting rod 20116 and an end of connecting rod 20117 are hinged; His end of connecting rod 20117 and an end of connecting rod 20119 are rigidly connected; The two for example is 90 degree at angle, and rotating shaft 20118 is set in the junction.His end and the support 201110 of connecting rod 20119 are replaced, and support 201110 is arranged on the frame movably, are equipped with two on the support 201110 and push away rule 201, and be as shown in Figure 2, pushes away the right side that rule 201 are positioned at workpiece 1, pushes away rule 201 and also can be plugged in the groove of feeding table 2.
Like Fig. 7 and shown in Figure 8; Move that to push away rule 201 (not shown at the drive unit of cam 2011 and cam 2011; Can dispose separately, also can draw from power source 51) the effect of circuit control under, earlier workpiece 1 upper part 12 (near the part of manipulator 4) is hit from the right side to the left; To guarantee workpiece 12 (on the workpiece topmost) by manipulator 4 (having vacuum slot) when picking up, workpiece 12 is in tangent state with the face of cylinder of left side-stop 20,21; Move push away rule 201 hit the material action can last till always the suction nozzle 4 of manipulator 4 pick up workpiece 12 till (the rotating speed that can be through regulating control cam 2011 and the transfer rate of manipulator 4 are complementary and reach this point); In case manipulator 4 picks up the workpiece 12 on surface; Move and push away rule 201 because the cause in cam 2011 paths (moving to near-end 20112 from far-end 20111) is left the workpiece of below immediately; The workpiece 12 that picked up by manipulator 4 this moment; Be sent to the feed shaft 3 of always rolling and again workpiece 12 delivered to cutting-up axle 8 (also fitting in connecting gear with a binder axle) with binder axle 7 (the two is through the frictional force conveying work pieces); Workpiece 12 cut by marking knife 81 half broken dash or impression after, be sent to discharging axle 10, discharging axle 10 is delivered to workpiece 12 on the rewinding plate 120 with binder axle 11 (the two is through the frictional force conveying work pieces) again.According to the size of workpiece 12, regulate the front and back position of backboard 42 earlier, regulate the position of left and right sides rewinding plate 43 and 44 again.After mixing up, workpiece just can accurately fitly be delivered on the rewinding plate by after the cutting-up.And then the circulation of beginning next round.
Move and to push away rule 201 operation principles and be: when cam 2011 from near-end 20112 during to far-end 20111 operations; Each end of connecting rod 20113 is that the center of circle is rotated counterclockwise with center of rotation 20114; 20115 on connecting rod turns clockwise, and during connecting rod 20115 rotations, hauls connecting rod 20116 clockwise directions the right and moves; Connecting rod 20116 can move on the right side in Fig. 8; Then drivening rod 20117 is that the center of circle turns clockwise with center of rotation 20118, and connecting rod 20119 heads on support 201110 clockwise and moves like this, is fixed on mobile on the support 201110 and pushes away rule 201 workpiece 1-1 is hit from a side toward the opposite side direction.When the cam far-end has moved, when beginning to turn to near-end, this moment is because the resetting of spring 201112; Drivening rod 20119 is rotated counterclockwise; Drive 20117 and also be rotated counterclockwise, thereby connecting rod 20116 is moved left, connecting rod 20115 is rotated counterclockwise; Connecting rod 20113 turns clockwise, thereby connecting rod is close to the operation from far-end toward near-end of cam 2011 edges.
In the aforementioned embodiment, right side-stop 25,26 can be cancelled, and moves the quantity that pushes away rule 201 with increasing in its space of reserving.
In addition; Being different from the backstop rule 23,24 shown in the embodiment shown in Figure 4 fixes at back side channel 231,241 downsides; Shown in figure 12, backstop rule 23,24 can be suspended on the feeding table 2, and connect the shell fragment 401 that extends obliquely towards workpiece side at the downside of backstop rule 23,24.But embodiment simplified structure shown in Figure 12.
Claims (6)
1. single sheet type automatic feed half disconnected impression or cutting-up device is characterized in that, comprises
Feeding table is provided with locating part on the feeding table, locating part limits the locating area of placing a folded single sheet type workpiece, and four limits of this folded workpiece are limited respectively, and a side of this stop zone is set at the reference side of location workpiece;
Pushing mechanism and this folded workpiece are associated, so that at the opposite side of this reference side workpiece is promoted towards reference side;
The assimilating type manipulator has vacuum slot, and vacuum slot was associated with folding workpiece, drew the workpiece of upper surface in this folded single sheet type workpiece;
Feed shaft fits in the connecting gear that can transmit workpiece with a binder axle, and it is associated with the assimilating type manipulator, receives the workpiece that the transmission of assimilating type manipulator comes; And
Impression or cutting-up axle have impression cutter or cutting-up cutter, fit in the connecting gear that can transmit workpiece with another binder axle, and it is associated with feed shaft, and it receives the next workpiece of feed shaft transmission and workpiece is carried out impression or cutting-up.
2. single sheet type automatic feed as claimed in claim 1 half disconnected impression or cutting-up device is characterized in that, the locating part of at least one side is columned retaining rule.
3. single sheet type automatic feed as claimed in claim 2 half disconnected impression or cutting-up device; It is characterized in that; But at least part retaining rule be plugged in the strip groove on the feeding table and release be locked on the strut of a frame, strut is threaded by frame support and with vernier knob that relative frame fixedly installs movably.
4. single sheet type automatic feed as claimed in claim 1 half disconnected impression or cutting-up device; It is characterized in that; Pushing mechanism also comprises cam, push rod, first connecting rod, second connecting rod and the angular member in horizontal plane, support and the promotion member that is arranged in the vertical plane; Push rod has center of rotation and from center of rotation far-end far away, from the nearer near-end of center of rotation, angular member has the center of rotation perpendicular to vertical plane, the profile contact matching of the far-end of push rod and cam; The near-end of push rod and the lower end of first connecting rod are hinged; First end of the upper end of first connecting rod and second connecting rod is hinged, and second end of second connecting rod and first end of angular member are hinged, second end of angular member and support contact matching; Support is arranged on frame movably and remains on an initial position by spring, promotes member and is installed on the frame.
5. single sheet type automatic feed as claimed in claim 1 half disconnected impression or cutting-up device is characterized in that, also comprises a power source; This power source is arranged on the bottom side of single sheet type automatic feed half disconnected impression or cutting-up device; Connect cone pulley through driving-belt, cone pulley connects the discharging axle through driving-belt, and the discharging axle is connected through driving-belt with impression or cutting-up axle; Power source, cone pulley, discharging axle to impression or cutting-up axle constitute a driving-chain; Discharging axle and binder axle fit in a connecting gear, and its impression or cutting-up axle are associated, to receive the workpiece that impression or cutting-up axle send.
6. single sheet type automatic feed as claimed in claim 1 half disconnected impression or cutting-up device; It is characterized in that; Retaining rule perpendicular to a side of the said locating area of reference side are suspended on the feeding table; And subsidiary flexible, spring leaf is oppressed the upper lateral part of this folded workpiece at angle, so that should obtain accurate in locating by folded workpiece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204249814U CN202412806U (en) | 2011-10-31 | 2011-10-31 | Sheet-fed automatic feed half-break impressing or cutting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011204249814U CN202412806U (en) | 2011-10-31 | 2011-10-31 | Sheet-fed automatic feed half-break impressing or cutting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202412806U true CN202412806U (en) | 2012-09-05 |
Family
ID=46737598
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011204249814U Withdrawn - After Issue CN202412806U (en) | 2011-10-31 | 2011-10-31 | Sheet-fed automatic feed half-break impressing or cutting device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202412806U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102501409A (en) * | 2011-10-31 | 2012-06-20 | 上海青霞机电科技有限公司 | Single-sheet type automatic-feeding half-broken impressing or cutting device and method thereof |
| CN103192420A (en) * | 2013-03-07 | 2013-07-10 | 上海青霞机电科技有限公司 | Single-sheet type automatic feed ruling device |
-
2011
- 2011-10-31 CN CN2011204249814U patent/CN202412806U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102501409A (en) * | 2011-10-31 | 2012-06-20 | 上海青霞机电科技有限公司 | Single-sheet type automatic-feeding half-broken impressing or cutting device and method thereof |
| CN103192420A (en) * | 2013-03-07 | 2013-07-10 | 上海青霞机电科技有限公司 | Single-sheet type automatic feed ruling device |
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