CN205149254U - Engineering drawing automatic stamping machine - Google Patents
Engineering drawing automatic stamping machine Download PDFInfo
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- CN205149254U CN205149254U CN201520869738.1U CN201520869738U CN205149254U CN 205149254 U CN205149254 U CN 205149254U CN 201520869738 U CN201520869738 U CN 201520869738U CN 205149254 U CN205149254 U CN 205149254U
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Abstract
The utility model discloses an engineering drawing automatic stamping machine, including work platform, support splint, page turner and the device of stamping, ask splint to include the drawing splint and favour the drawing layer board that the drawing splint set up, the page turner is established on the drawing layer board, the page turner can release page by page and turn over a drawing of rolling over in the drawing layer board outside, and the device of stamping includes the locating support, the ware and establish on the locating support and can drive and stamp the ware up -and -down motion with the stamp mechanism of action of completion of stamping. During the use with the drawing through holding in the palm the splintage, then be located the drawing in the part of holding in the palm the splint right side and turn over and roll over to the drawing layer board, on the page turner pushed down the drawing layer board, when stamping, the page turner released page by page and turns over the drawing of rolling over the drawing layer board outside, the mechanism that stampes among them drives and stampes the ware up -and -down motion with the completion action of stamping. The utility model discloses turn over the book before can turning over the page or leaf to thickness difference, dimensions, bound's drawing, the supplementary page or leaf that turns over is operated, replaces artifical manually operation to improve and turn over page or leaf, the efficiency of stamping.
Description
Technical field
The utility model is used for engineering drawing and affixes one's seal technical field, particularly relates to a kind of engineering drawing automatic stamping machine.
Background technology
The units such as designing institute or construction plan review center have a large amount of engineering drawing to affix one's seal.Its special character is stamped in adding of engineering seal, mainly comprises:
1. covered Zhang Bixu conforms to qualification, the Zhang Butong that different majors classification, different phase are covered.
2. the related responsibility due to engineering is great, and design each stage personnel lifelong responsibility is born to engineering, therefore, for the engineering drawing of affixing one's seal, all very prudent, need first whole stapled, just can affix one's seal after the confirmation signature of each stage design personnel and quality control officer, and General Requirements is added a cover page by page.
3. engineering drawing general quantity is large and anxious.Louver crossed by some project drawing, send construction unit, unit in charge of construction, supervisor, consulting unit, drawing review unit, also will send evaluation, construction bid, final cost examination etc., and a set of drawing will print tens even tens.
4. engineering drawing is generally published picture by A0, A1, A2, A3 tetra-kinds of specifications, and most cases is A2, A3, and be A1 drawing on a small quantity, only a few is A0 drawing.
5. engineering drawing single difference in thickness is very large, generally between 5mm ~ 50mm, extremely indivedual even more than 50mm.
6. be advisable with the key content not hiding drawing in the position of affixing one's seal, therefore, affix one's seal specification, the feature of position according to drawing, the distance that can adjust its relative drawing, generally to determine relative to the right side of drawing, the distance on lower two limits.
At present, constituent parts is all that manual type is affixed one's seal, and not only waste of manpower, efficiency are low, and the joint such as people's shoulder, elbow of much affixing one's seal for a long time is all impaired, easily forms occupational disease.
Existing automatic stamping machine and relevant seal-affixing machine patent are all for unbound file or drawing, and do not consider the specification feature that engineering drawing is affixed one's seal, and cannot meet the requirement of engineering drawing automatic sealing.
Utility model content
For solving the problem, the utility model provide one can, dimensions different to thickness at A1(841mm × 594mm) ~ A3(420mm × 297mm) between, bound drawing affixes one's seal, and improves the engineering drawing automatic stamping machine of efficiency of affixing one's seal.
The utility model solves the technical scheme that its technical problem adopts: a kind of engineering drawing automatic stamping machine, comprise workbench, holder clamping plate, page turner and seal apparatus, described holder clamping plate comprise and arrange for drawing being clamped in figure paper clip-board on workbench and favouring described figure paper clip-board and be used for the figure Paper pallet that support lives to turn down the drawing got up, described page turner is located on described figure Paper pallet, page turner can discharge the drawing of turnover outside figure Paper pallet page by page, described seal apparatus comprises locating support, sealing device and to be located on described locating support and described sealing device can be driven to have moved up and down to affix one's seal the stamping mechanism of action.
Be further used as the improvement of technical solutions of the utility model, the elevating mechanism that described stamping mechanism comprises the vertical slideway be located on described locating support, is located at the vertical guide at described sealing device top and described vertical guide can be driven to move up and down along described vertical slideway, be provided with driving cog along described vertical guide, described elevating mechanism comprises and is located at described vertical slideway top and upwards draws the playback traction wheel of vertical guide by the first pull rope and to be located on described locating support and the propelling movement that can engage with described driving cog to drive described vertical guide to move downward is taken turns.
Be further used as the improvement of technical solutions of the utility model, described locating support comprises front and back positioning guide rail, being contained in also can along the column of front and back positioning guide rail slide anteroposterior on the positioning guide rail of described front and back, be located at the locating channel on described column top and be contained in the left and right positioning guide rail that also can horizontally slip along locating channel in described locating channel, distance scale is equipped with along described left and right positioning guide rail and front and back positioning guide rail, the left end of described left and right positioning guide rail is provided with contiguous block, described propelling movement wheel and vertical slideway are all located on described contiguous block, described propelling movement wheel is contained on described contiguous block by wheel shaft, described contiguous block is provided with the via hole installing described wheel shaft, described via hole is provided with slot above described wheel shaft, described slot comprises engaging groove and the clutch slot of neighbour setting, the below of the inherent wheel shaft of described via hole is provided with can by the resiliency supported of wheel shaft support in engaging groove or clutch slot, when wheel shaft is positioned at described engaging groove, described propelling movement wheel engages with driving cog, when wheel shaft is positioned at described clutch slot, described propelling movement wheel is separated with driving cog, described contiguous block is hinged with clutch push rod, clutch push rod has the master arm that extends described vertical guide side and extends described wheel shaft and the slave arm engaged with described wheel shaft, described vertical guide top is provided with can stir downwards described master arm and make described slave arm wheel shaft is pushed into upper projection in clutch slot from engaging groove, be provided with bottom described vertical guide and can upwards stir described master arm and make described slave arm wheel shaft is pushed into lower projection in engaging groove from clutch slot.
Be further used as the improvement of technical solutions of the utility model, the bottom of described vertical guide is provided with Stamp sleeve, described sealing device is contained in described Stamp sleeve by rubber strip, the seal that described sealing device comprises the top cover be nested in described Stamp sleeve, is nested in the stamp holder in described top cover and is contained in described stamp holder, Inkpad box is provided with between described stamp holder and seal, seal restoring spring is provided with between described top cover and stamp holder, described top cover is provided with limit guide groove, and described stamp holder is provided with the seal axle passing described limit guide groove.
Be further used as the improvement of technical solutions of the utility model, described page turner comprises and is located at described figure Paper pallet top and can pushes down the page turning shell fragment of the drawing of turnover outside figure Paper pallet and described page turning shell fragment can be driven to move upward to discharge page by page the step thruster of the drawing of turnover outside figure Paper pallet, the step pushing mechanism that described step thruster comprises push rod and described push rod can be driven to stretch out above figure Paper pallet, described step pushing mechanism comprises the guide pin bushing be located on described figure Paper pallet, described push rod is inserted in described guide pin bushing, driving cog is provided with along described push rod, described guide pin bushing is provided with and can engages with described driving cog and drive described push rod to stretch out or the step tooth pushing of retracting is taken turns, described page turning shell fragment is hinged on described push rod, described push rod is provided with elastic force power wheel, described elastic force power wheel is connected with page turning shell fragment by pull rope, elastic force power wheel drives page turning shell fragment to compress to figure Paper pallet by the second pull rope, described push rod is provided with and described page turning shell fragment can be made to open and decontrol the playback torsionspring of drawing, described figure Paper pallet be provided with can respond to drawing turnover get up and the touch-pressure switch of support on figure Paper pallet.Be further used as the improvement of technical solutions of the utility model, the edge, front and back of described workbench is provided with the lifting regulator connecting described holder clamping plate, described lifting regulator comprises the upper support groove be located on described holder clamping plate and the lower support groove be located on described workbench, described upper support groove and lower support groove are socketed up and down, the support spring that upper support groove can be popped up is provided with between upper support groove and lower support groove, described upper support groove connects traction steel wire, workbench is provided with takes turns the power transmission line of traction steel wire reinforcing, when power transmission line wheel does not apply tractive force, upper support groove rises under the elastic force effect of support spring, holder clamping plate unclamp the pressure to drawing, drawing can be put into or take out, when power transmission line wheel applies tractive force, upper support groove declines under the pulling force effect of traction steel wire, and holder clamping plate clamping drawing, makes drawing fix.
Be further used as the improvement of technical solutions of the utility model, also comprise drawing turnover board, described drawing turnover board is provided with trip shaft, drawing turnover board is embedded in the workbench on the right side of holder clamping plate by trip shaft, the bottom of drawing turnover board is provided with switching mechanism, switching mechanism can drive drawing turnover board upwards to overturn around trip shaft, and then is turned on figure Paper pallet by the drawing on drawing turnover board.
Be further used as the improvement of technical solutions of the utility model, described workbench offers first recess on the right side of holder clamping plate, described drawing turnover board is positioned at described first recess, workbench is provided with second recess in the below of drawing turnover board, described switching mechanism is positioned at described second recess, described switching mechanism comprises fixed axis, driving lever and follower lever, the left end of described driving lever is arranged in described second recess by fixed axis, the right-hand member of driving lever turns down axle with the left end of follower lever by mechanism and is connected, inwall along described second recess is provided with guide rail, the right-hand member of described follower lever is provided with the mechanism slips axle coordinated with described guide rail, described fixed axis is provided with stay cord, and be connected with mechanism slips axle by described stay cord, fixed axis rotate and after pulling stay cord, mechanism slips axle will slide along guide rail to fixed axis direction, thus upwards overturn around fixed axis by driving lever and follower lever pushing mechanism turnover axle, and then drive drawing turnover board upwards to overturn around trip shaft.
Be further used as the improvement of technical solutions of the utility model, described mechanism turnover axle is provided with the slide block protruded upward, described drawing turnover board is provided with and guides the chute that horizontally slips of described slide block, and described trip shaft is provided with and described drawing turnover board can be driven automatically to return back-moving spring in described first recess.
Be further used as the improvement of technical solutions of the utility model, also comprise laser sensor, described laser sensor comprises the generating laser being located at figure Paper pallet top and the laser inductor being located at described work platform dextral, generating laser and laser inductor are oppositely arranged, generating laser can produce the laser beam be irradiated on laser inductor after starting, described drawing turnover board is not crossing with described laser beam when trip shaft rotates, crossing with described laser beam during the drawing turnover that page turner discharges page by page.
The beneficial effects of the utility model: when the utility model uses, put into below holder clamping plate on rear side of workbench by needing the drawing of affixing one's seal, inwardly push away, until its edge flushes with the edge of workbench, then clamping plate are ask to move down, clamping drawing, then the part be positioned at by drawing on the right side of holder clamping plate is folded on figure Paper pallet, and be depressed on figure Paper pallet by page turner, when needing to affix one's seal, page turner discharges the drawing of turnover outside figure Paper pallet page by page, and stamping mechanism drives sealing device to move up and down action of affixing one's seal therebetween.The utility model can, dimensions different to thickness at A1(841mm × 594mm) ~ A3(420mm × 297mm) between, bound drawing carries out turnover before page turning, auxiliary page turn over operation, alternative manual hand manipulation, to improve page turning, efficiency of affixing one's seal.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the utility model front view;
Fig. 2 is the utility model top view;
Fig. 3 is the utility model side view;
Fig. 4 is that the utility model column coordinates schematic diagram with front and back positioning guide rail;
Fig. 5 is the utility model sealing device structural representation.
Detailed description of the invention
Referring to figs. 1 through Fig. 5, that show the concrete structure of the preferred embodiment of the utility model.The design feature of each element of the utility model will be described in detail below, if and when being described to direction (upper and lower, left and right, before and after), be with the structure shown in Fig. 1 for reference describes, but actual user of the present utility model is to being not limited thereto.
With reference to Fig. 1-Fig. 3, the utility model provides a kind of engineering drawing automatic stamping machine, comprise workbench 1, holder clamping plate 2, page turner 3 and seal apparatus 4, the size of workbench 1 is by the size design being not less than A1 drawing, can be as required, workbench 1 adds upper table leg and is made into separately tables' shape, also can join some geometrical clamps and be fixed on existing table, platform.Described holder clamping plate 2 comprise and arrange for drawing 5 being clamped in figure paper clip-board on workbench 1 21 and favouring described figure paper clip-board 21 and be used for the figure Paper pallet 22 that support lives the drawing 5 that turnover is got up, described figure Paper pallet 22 and figure paper clip-board 21 are in edge butt joint, and L-shaped holder clamping plate 2, the figure Paper pallet 22 of Formation cross-section is connected by support bar 23 with between figure paper clip-board 21.Described page turner 3 is located on described figure Paper pallet 22, page turner 3 can discharge the drawing 5 of turnover outside figure Paper pallet 22 page by page, and described seal apparatus 4 comprises locating support 41, sealing device 42 and to be located on described locating support 41 and described sealing device 42 can be driven to have moved up and down to affix one's seal the stamping mechanism 43 of action.
Wherein, described stamping mechanism 43 comprises the vertical slideway 431 be located on described locating support 41, the vertical guide 432 being located at described sealing device 42 top and the elevating mechanism that described vertical guide 432 can be driven to move up and down along described vertical slideway 431, driving cog is provided with along described vertical guide 432, described elevating mechanism comprises and is located at described vertical slideway 431 top and upwards draws the playback traction wheel 433 of vertical guide 432 by the first pull rope and to be located on described locating support 41 and the propelling movement that can engage with described driving cog to drive described vertical guide 432 to move downward takes turns 434.Described locating support 41 comprises front and back positioning guide rail 411, be contained on described front and back positioning guide rail 411 and can along the column 412 of front and back positioning guide rail 411 slide anteroposterior, be located at described column 412 top locating channel 413 and to be contained in described locating channel 413 and the left and right positioning guide rail 414 that can horizontally slip along locating channel 413, described left and right positioning guide rail 414 is inserted in locating channel 413.With reference to Fig. 4, described left and right positioning guide rail 411 has T section, the bottom of described column 412 is provided with the T-slot with the positioning guide rail 411 phase assembly of described left and right, and the mating surface between locating channel 413 and left and right positioning guide rail 414, between left and right positioning guide rail 411 and T-slot and between vertical guide 432 and described vertical slideway 431 is equipped with steel ball.Distance scale is equipped with, to mark the nearside distance of seal edge far from workbench 1 edge along described left and right positioning guide rail 414 and front and back positioning guide rail 411.The left end of described left and right positioning guide rail 414 is provided with contiguous block 415, described propelling movement wheel 434 and vertical slideway 431 are all located on described contiguous block 415, described propelling movement wheel 434 is contained on described contiguous block 415 by wheel shaft, described contiguous block 415 is provided with the via hole installing described wheel shaft, described via hole is provided with slot above described wheel shaft, described slot comprises engaging groove 416 and the clutch slot 417 of neighbour setting, the below of the inherent wheel shaft of described via hole is provided with can by the resiliency supported 435 of wheel shaft support in engaging groove 416 or clutch slot 417, resiliency supported 435 comprises supporting plate and is located at the Compress Spring below supporting plate, resiliency supported 435 realizes the switching of wheel shaft between two slots and carries out smoothly, when wheel shaft is positioned at described engaging groove 416, described propelling movement wheel 434 engages with driving cog, when wheel shaft is positioned at described clutch slot 417, described propelling movement wheel 434 is separated with driving cog, described contiguous block 415 is hinged with clutch push rod 436, clutch push rod 436 has the master arm that extends described vertical guide 432 side and extends described wheel shaft and the slave arm engaged with described wheel shaft, described vertical guide 432 top is provided with can stir downwards described master arm and make described slave arm wheel shaft is pushed into upper projection 437 in clutch slot 417 from engaging groove 416, be provided with bottom described vertical guide 432 and can upwards stir described master arm and make described slave arm wheel shaft is pushed into lower projection 438 in engaging groove 416 from clutch slot 417.
With reference to Fig. 5, the bottom of described vertical guide 432 is provided with Stamp sleeve 439, Stamp sleeve 439 inner chamber length and width size designs (as: length × wide=79mm × 46mm) by the common-use size of engineering seal, height can be designed to 50 ~ 60mm, described sealing device 42 is contained in described Stamp sleeve 439 by rubber strip 6, described sealing device 42 comprises the top cover 421 be nested in described Stamp sleeve 439, the seal 423 being nested in the stamp holder 422 in described top cover 421 and being contained in described stamp holder 422, Inkpad box 424 is provided with between described stamp holder 422 and seal 423, seal restoring spring 425 is provided with between described top cover 421 and stamp holder 422, described top cover 421 is provided with limit guide groove, described stamp holder 422 is provided with the seal axle 426 passing described limit guide groove, limit guide groove and seal axle 426 cooperatively interact, control the move up and down position of stamp holder 422 in top cover 421.
With reference to Fig. 1, Fig. 2, described page turner 3 comprises and is located at described figure Paper pallet 22 top and can pushes down the page turning shell fragment 31 of the drawing 5 of turnover outside figure Paper pallet 22 and described page turning shell fragment 31 can be driven to move upward to discharge page by page the step thruster of the drawing 5 of turnover outside figure Paper pallet 22, the step pushing mechanism that described step thruster comprises push rod 32 and described push rod 32 can be driven to stretch out above figure Paper pallet 22, described step pushing mechanism comprises the guide pin bushing 33 be located on described figure Paper pallet 22, described push rod 32 is inserted in described guide pin bushing 33, driving cog is provided with along described push rod 32, described guide pin bushing 33 is provided with and can engages with described driving cog and drive described push rod 32 to stretch out or the step tooth pushing of retracting takes turns 34, steel ball is provided with between described push rod 32 and guide pin bushing 33.Described page turning shell fragment 31 is hinged on described push rod 32, described push rod 32 is provided with elastic force power wheel 36, described elastic force power wheel 36 is connected with page turning shell fragment 31 by pull rope, elastic force power wheel 36 drives page turning shell fragment 31 to compress to figure Paper pallet 22 by the second pull rope, described push rod 32 is provided with and described page turning shell fragment 31 can be made to open and decontrol the playback torsionspring 35 of drawing, described figure Paper pallet 22 be provided with can respond to drawing 5 turn down get up and the touch-pressure switch 24 of support on figure Paper pallet 22.Touch-pressure switch 24 is positioned at the middle part of holder clamping plate 2, and when drawing 5 is pressed on figure Paper pallet 22 by turning down, touch-pressure switch 24 pressurized starts, and now elastic force power wheel 36 is afterburning, is pressed on the drawing 5 be folded on figure Paper pallet 2 by page turning shell fragment 31.Meanwhile, step tooth pushing wheel 34 starts slowly to rotate, and promotes push rod 32 and slowly moves up, and drives page turning shell fragment 31 to move.
The edge, front and back of described workbench 1 is provided with the lifting regulator connecting described holder clamping plate 2, described lifting regulator comprises the upper support groove 71 be located on described holder clamping plate 2 and the lower support groove 72 be located on described workbench 1, described upper support groove 71 and lower support groove about 72 are socketed, the support spring 73 that upper support groove 71 can be popped up is provided with between upper support groove 71 and lower support groove 72, described upper support groove 71 connects traction steel wire 74, workbench 1 is provided with the power transmission line wheel 75 to traction steel wire 74 reinforcing, when power transmission line wheel 75 does not apply tractive force, upper support groove 71 rises under the elastic force effect of support spring 73, holder clamping plate 2 unclamp the pressure to drawing 5, drawing 5 can be put into or take out, when power transmission line wheel 75 applies tractive force, upper support groove 71 declines under the pulling force effect of traction steel wire 74, and holder clamping plate 2 clamp drawing 5, and drawing 5 is fixed.
Before drawing 5 carries out page turning, the action of turnover adopts drawing turnover board 8 to complete, with reference to Fig. 1, Fig. 2, described drawing turnover board 8 is provided with trip shaft 81, drawing turnover board 8 is embedded in the workbench 1 on the right side of holder clamping plate 2 by trip shaft 81, the bottom of drawing turnover board 8 is provided with switching mechanism, switching mechanism can drive drawing turnover board 8 upwards to overturn around trip shaft 81, and then is turned on figure Paper pallet 22 by the drawing 5 on drawing turnover board 8.
Described workbench 1 offers first recess 11 on the right side of holder clamping plate 2, described drawing turnover board 8 is positioned at described first recess 11, workbench 1 is provided with second recess 12 in the below of drawing turnover board 8, described switching mechanism is positioned at described second recess 12, described switching mechanism comprises fixed axis 82, driving lever 83 and follower lever 84, the left end of described driving lever 83 is arranged in described second recess 12 by fixed axis 82, switching mechanism entirety is positioned at the second recess 12 below drawing turnover board, mechanism is avoided to expose, drawing 5 or other extraneous factors is avoided to affect the work of switching mechanism.The right-hand member of driving lever 83 turns down axle 85 with the left end of follower lever 84 by mechanism and is connected, inwall along described second recess 12 is provided with guide rail 13, the right-hand member of described follower lever 84 is provided with the mechanism slips axle 86 coordinated with described guide rail 13, described fixed axis 82 is provided with stay cord 87, and be connected with mechanism slips axle 86 by described stay cord 87, after fixed axis 82 rotates and pulls stay cord 87, mechanism slips axle 86 will slide along guide rail 13 to fixed axis 82 direction, thus upwards overturn around fixed axis 82 by driving lever 83 and follower lever 84 pushing mechanism turnover axle 85, and then drive drawing turnover board 8 upwards to overturn around trip shaft 81.Described mechanism turnover axle 85 is provided with the slide block 88 protruded upward, described drawing turnover board 8 is provided with and guides the chute 89 that horizontally slips of described slide block 88, and described trip shaft 81 is provided with and described drawing turnover board 8 can be driven automatically to return back-moving spring 80 in described first recess 11.
Also comprise laser sensor, described laser sensor comprises the generating laser 91 being located at figure Paper pallet 22 top and the laser inductor 92 be located on the right side of described workbench 1, generating laser 91 and laser inductor 92 are oppositely arranged, generating laser 91 can produce the laser beam be irradiated on laser inductor 92 after starting, described drawing turnover board 8 is not crossing with described laser beam when trip shaft 81 rotates, crossing with described laser beam when the drawing 5 that page turner 3 discharges page by page turns down.
Operation principle of the present utility model:
1, by needing the drawing 5 of affixing one's seal to put on the left of workbench 1 below holder clamping plate 2, inwardly push away, until on the right of it, front flushes with the right of workbench 1, front respectively.
2, start holder clamping plate 2 and be elevated power switch, power transmission line wheel 75 applies tractive force, and upper support groove 71 declines under the pulling force effect of traction steel wire 74, and holder clamping plate 2 clamp drawing 5.
3, engineering seal is embedded Stamp sleeve 439.The front and back positioning guide rail 411 of adjustment locating support 41 and left and right positioning guide rail 414, make seal device 42 move to suitable plan-position.
4, start drawing turnover board power switch, after fixed axis 82 rotates and pulls stay cord 87, mechanism slips axle 86 will slide along guide rail 13 to fixed axis 82 direction, thus upwards overturn around fixed axis 82 by driving lever 83 and follower lever 84 pushing mechanism turnover axle 85, and then drive drawing turnover board 8 upwards overturn around trip shaft 81 thus be positioned at by drawing 5 to ask the part on the right side of clamping plate 2 to be folded on figure Paper pallet 22 around figure Paper pallet 22 and figure paper clip-board 21 at edge, the pre-turnover operation of drawing 5 before page turning is completed with this, when mechanism's counter motion, described trip shaft 81 is provided with and described drawing turnover board 8 can be driven automatically to return back-moving spring 80 in described first recess 11, drawing turnover board 8 playbacks thus is folded on figure Paper pallet 22 by drawing 5 under the effect of back-moving spring 80.
5, the touch switch 24 in the middle part of figure Paper pallet 22 starts under the pressure of drawing 5, and page turner 3, laser sensor start simultaneously, and drawing turnover board switch close synchronously.Thus, page turning shell fragment 31 is depressed on drawing 5, and be fixed on by drawing 5 on figure Paper pallet 22, page turning shell fragment 31 moves upward under the effect of step thruster, thus makes page turning shell fragment 31 discharge the drawing 5 of turnover outside figure Paper pallet 22 page by page; Laser sensor starts the page turning responding to drawing 5.
6, drawing turns over down page by page under the effect of page turner 3, laser beam is interdicted by each, start again and again seal apparatus 4 by laser inductor 92 to pump, push wheel 434 engage with driving cog drive vertical guide 432 vertically slideway 431 move downward, when vertical guide 432 arrives lowest part at drawing 5 upper cover during chapter, the upper projection 437 at vertical guide 432 top can stir clutch push rod 436, propelling movement wheel 434 is pushed away, then pushing under the condition that wheel 434 and driving cog depart from, playback traction wheel 433 is under the effect of torsionspring, playback traction wheel 433 upwards draws vertical guide 432 by pull rope, when vertical guide 432 arrives highest point, lower projection 438 bottom vertical guide 432 can stir clutch push rod 436, wheel shaft is again made to enter engaging groove 416, push wheel 434 to engage with driving cog, thus complete action of affixing one's seal page by page.
7, powered-down, takes out drawing.
Certainly, the invention is not limited to above-mentioned embodiment, those of ordinary skill in the art also can make equivalent variations or replacement under the prerequisite without prejudice to the utility model spirit, and these equivalent modification or replacement are all included in the application's claim limited range.
Claims (10)
1. an engineering drawing automatic stamping machine, it is characterized in that: comprise workbench, holder clamping plate, page turner and seal apparatus, described holder clamping plate comprise and arrange for drawing being clamped in figure paper clip-board on workbench and favouring described figure paper clip-board and be used for the figure Paper pallet that support lives to turn down the drawing got up, described page turner is located on described figure Paper pallet, page turner can discharge the drawing of turnover outside figure Paper pallet page by page, described seal apparatus comprises locating support, sealing device and to be located on described locating support and described sealing device can be driven to have moved up and down to affix one's seal the stamping mechanism of action.
2. engineering drawing automatic stamping machine according to claim 1, it is characterized in that: described stamping mechanism comprises the vertical slideway be located on described locating support, the vertical guide being located at described sealing device top and the elevating mechanism that described vertical guide can be driven to move up and down along described vertical slideway, driving cog is provided with along described vertical guide, described elevating mechanism comprises and is located at described vertical slideway top and upwards draws the playback traction wheel of vertical guide by the first pull rope and to be located on described locating support and the propelling movement that can engage with described driving cog to drive described vertical guide to move downward is taken turns.
3. engineering drawing automatic stamping machine according to claim 2, it is characterized in that: described locating support comprises front and back positioning guide rail, being contained in also can along the column of front and back positioning guide rail slide anteroposterior on the positioning guide rail of described front and back, be located at the locating channel on described column top and be contained in the left and right positioning guide rail that also can horizontally slip along locating channel in described locating channel, distance scale is equipped with along described left and right positioning guide rail and front and back positioning guide rail, the left end of described left and right positioning guide rail is provided with contiguous block, described propelling movement wheel and vertical slideway are all located on described contiguous block, described propelling movement wheel is contained on described contiguous block by wheel shaft, described contiguous block is provided with the via hole installing described wheel shaft, described via hole is provided with slot above described wheel shaft, described slot comprises engaging groove and the clutch slot of neighbour setting, the below of the inherent wheel shaft of described via hole is provided with can by the resiliency supported of wheel shaft support in engaging groove or clutch slot, when wheel shaft is positioned at described engaging groove, described propelling movement wheel engages with driving cog, when wheel shaft is positioned at described clutch slot, described propelling movement wheel is separated with driving cog, described contiguous block is hinged with clutch push rod, clutch push rod has the master arm that extends described vertical guide side and extends described wheel shaft and the slave arm engaged with described wheel shaft, described vertical guide top is provided with can stir downwards described master arm and make described slave arm wheel shaft is pushed into upper projection in clutch slot from engaging groove, be provided with bottom described vertical guide and can upwards stir described master arm and make described slave arm wheel shaft is pushed into lower projection in engaging groove from clutch slot.
4. the engineering drawing automatic stamping machine according to Claims 2 or 3, it is characterized in that: the bottom of described vertical guide is provided with Stamp sleeve, described sealing device is contained in described Stamp sleeve by rubber strip, the seal that described sealing device comprises the top cover be nested in described Stamp sleeve, is nested in the stamp holder in described top cover and is contained in described stamp holder, Inkpad box is provided with between described stamp holder and seal, seal restoring spring is provided with between described top cover and stamp holder, described top cover is provided with limit guide groove, and described stamp holder is provided with the seal axle passing described limit guide groove.
5. engineering drawing automatic stamping machine according to claim 1, it is characterized in that: described page turner comprises and is located at described figure Paper pallet top and can pushes down the page turning shell fragment of the drawing of turnover outside figure Paper pallet and described page turning shell fragment can be driven to move upward to discharge page by page the step thruster of the drawing of turnover outside figure Paper pallet, the step pushing mechanism that described step thruster comprises push rod and described push rod can be driven to stretch out above figure Paper pallet, described step pushing mechanism comprises the guide pin bushing be located on described figure Paper pallet, described push rod is inserted in described guide pin bushing, driving cog is provided with along described push rod, described guide pin bushing is provided with and can engages with described driving cog and drive described push rod to stretch out or the step tooth pushing of retracting is taken turns, described page turning shell fragment is hinged on described push rod, described push rod is provided with elastic force power wheel, described elastic force power wheel is connected with page turning shell fragment by pull rope, elastic force power wheel drives page turning shell fragment to compress to figure Paper pallet by the second pull rope, described push rod is provided with and described page turning shell fragment can be made to open and decontrol the playback torsionspring of drawing, described figure Paper pallet be provided with can respond to drawing turnover get up and the touch-pressure switch of support on figure Paper pallet.
6. engineering drawing automatic stamping machine according to claim 1, it is characterized in that: the edge, front and back of described workbench is provided with the lifting regulator connecting described holder clamping plate, described lifting regulator comprises the upper support groove be located on described holder clamping plate and the lower support groove be located on described workbench, described upper support groove and lower support groove are socketed up and down, the support spring that upper support groove can be popped up is provided with between upper support groove and lower support groove, described upper support groove connects traction steel wire, workbench is provided with takes turns the power transmission line of traction steel wire reinforcing, when power transmission line wheel does not apply tractive force, upper support groove rises under the elastic force effect of support spring, holder clamping plate unclamp the pressure to drawing, drawing can be put into or take out, when power transmission line wheel applies tractive force, upper support groove declines under the pulling force effect of traction steel wire, and holder clamping plate clamping drawing, makes drawing fix.
7. engineering drawing automatic stamping machine according to claim 1, it is characterized in that: also comprise drawing turnover board, described drawing turnover board is provided with trip shaft, drawing turnover board is embedded in the workbench on the right side of holder clamping plate by trip shaft, the bottom of drawing turnover board is provided with switching mechanism, switching mechanism can drive drawing turnover board upwards to overturn around trip shaft, and then is turned on figure Paper pallet by the drawing on drawing turnover board.
8. engineering drawing automatic stamping machine according to claim 7, it is characterized in that: described workbench offers first recess on the right side of holder clamping plate, described drawing turnover board is positioned at described first recess, workbench is provided with second recess in the below of drawing turnover board, described switching mechanism is positioned at described second recess, described switching mechanism comprises fixed axis, driving lever and follower lever, the left end of described driving lever is arranged in described second recess by fixed axis, the right-hand member of driving lever turns down axle with the left end of follower lever by mechanism and is connected, inwall along described second recess is provided with guide rail, the right-hand member of described follower lever is provided with the mechanism slips axle coordinated with described guide rail, described fixed axis is provided with stay cord, and be connected with mechanism slips axle by described stay cord, fixed axis rotate and after pulling stay cord, mechanism slips axle will slide along guide rail to fixed axis direction, thus upwards overturn around fixed axis by driving lever and follower lever pushing mechanism turnover axle, and then drive drawing turnover board upwards to overturn around trip shaft.
9. engineering drawing automatic stamping machine according to claim 8, it is characterized in that: described mechanism turnover axle is provided with the slide block protruded upward, described drawing turnover board is provided with and guides the chute that horizontally slips of described slide block, and described trip shaft is provided with and described drawing turnover board can be driven automatically to return back-moving spring in described first recess.
10. engineering drawing automatic stamping machine according to claim 7, it is characterized in that: also comprise laser sensor, described laser sensor comprises the generating laser being located at figure Paper pallet top and the laser inductor being located at described work platform dextral, generating laser and laser inductor are oppositely arranged, generating laser can produce the laser beam be irradiated on laser inductor after starting, described drawing turnover board is not crossing with described laser beam when trip shaft rotates, crossing with described laser beam during the drawing turnover that page turner discharges page by page.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520869738.1U CN205149254U (en) | 2015-11-02 | 2015-11-02 | Engineering drawing automatic stamping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520869738.1U CN205149254U (en) | 2015-11-02 | 2015-11-02 | Engineering drawing automatic stamping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205149254U true CN205149254U (en) | 2016-04-13 |
Family
ID=55684986
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520869738.1U Withdrawn - After Issue CN205149254U (en) | 2015-11-02 | 2015-11-02 | Engineering drawing automatic stamping machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205149254U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105313509A (en) * | 2015-11-02 | 2016-02-10 | 彭功勋 | Automatic stamping machine for engineering drawings |
| CN106864060A (en) * | 2017-01-22 | 2017-06-20 | 鲍洪义 | A kind of tray paper system affixed one's seal for the junction of the edges of two sheets of paper and the automatic stamping machine with the system |
| CN106904011A (en) * | 2017-04-19 | 2017-06-30 | 北京惠朗时代科技有限公司 | A kind of paper levelling device and print control instrument |
| CN108001057A (en) * | 2017-12-26 | 2018-05-08 | 陈晓辉 | A kind of semi-automatic stamper machine |
-
2015
- 2015-11-02 CN CN201520869738.1U patent/CN205149254U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105313509A (en) * | 2015-11-02 | 2016-02-10 | 彭功勋 | Automatic stamping machine for engineering drawings |
| CN105313509B (en) * | 2015-11-02 | 2018-01-09 | 彭功勋 | A kind of engineering drawing automatic stamping machine |
| CN106864060A (en) * | 2017-01-22 | 2017-06-20 | 鲍洪义 | A kind of tray paper system affixed one's seal for the junction of the edges of two sheets of paper and the automatic stamping machine with the system |
| CN106904011A (en) * | 2017-04-19 | 2017-06-30 | 北京惠朗时代科技有限公司 | A kind of paper levelling device and print control instrument |
| CN108001057A (en) * | 2017-12-26 | 2018-05-08 | 陈晓辉 | A kind of semi-automatic stamper machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160413 Effective date of abandoning: 20180109 |