CN103192622A - Linked bookbinding machine drilling device and bookbinding machine - Google Patents
Linked bookbinding machine drilling device and bookbinding machine Download PDFInfo
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- CN103192622A CN103192622A CN2013100947878A CN201310094787A CN103192622A CN 103192622 A CN103192622 A CN 103192622A CN 2013100947878 A CN2013100947878 A CN 2013100947878A CN 201310094787 A CN201310094787 A CN 201310094787A CN 103192622 A CN103192622 A CN 103192622A
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Abstract
The invention relates to a linked bookbinding machine drilling device which comprises a motor arranged on a fixed machine base, a horizontal rotating shaft, a drilling guide column and a paper pressing guide column, wherein a drilling tool is arranged at the lower end of the drilling guide column, a paper pressing plate is arranged at the lower end of the paper pressing guide column, the motor is provided with a speed reducing gear group connected with the horizontally arranged horizontal rotating shaft, and the horizontal rotating shaft is provided with a first driving gear and a second driving gear, is fixedly connected with the first driving gear and is rotatably connected with the second driving gear through a torsion spring. The drilling guide column and the paper pressing guide column are vertically arranged on the same side of the horizontal rotating shaft, and guide teeth are arranged on the lateral walls of the guide columns to be respectively connected with the first driving gear and the second driving gear in toothing mode. The electric drilling and electric hot riveting linked bookbinding machine drilling device has the advantages of being simple and reasonable in structure, stable and balanced in transmission, high in accuracy, small in size and the like.
Description
Technical field
The present invention relates to a kind of bookbinding office Financial Information binder, particularly a kind of linkage type binder.
Background technology
Traditional binder comprises and is set up in parallel borehole drill construction and the rivet hot mechanism that works alone at base, wherein drilling equipment comprises the main shaft on manual depression bar and the base, motor cabinet is arranged on main shaft can do elevating movement, manually the handle of the free outer end of depression bar is when pressing down, manually depression bar along the transverse axis pin rotate, double-action plate then drives motor cabinet and descends along main shaft, motor cabinet wherein and the main shaft between the base are provided with return spring and can rise automatically at motor cabinet and reset.Rivet hot mechanism wherein generally is by the main shaft on manual depression bar and the base, the rivet hot seat is arranged on main shaft can do elevating movement, manually the handle of the free outer end of depression bar is when pressing down, manually depression bar along the transverse axis pin rotate, double-action plate then drives motor cabinet and descends along main shaft, rivet hot seat wherein and the main shaft between the base are provided with return spring and can rise automatically at the rivet hot seat and reset.Above-mentioned hole structure is manually to press down the binder hole structure that the downward boring of the brill cutter that makes driven by motor realizes semi-automation.Above-mentioned rivet hot mechanism realizes moving up and down from the guide pillar that resets by manual depression bar manual operation interlock, and the upper and lower end parts that adds the rivet hot pipe when die is with relative the compressing of following die in the drive is out of shape the material of riveting tightly and binding.The structure that the hole structure that works alone and rivet hot mechanism also have full-automatic boring and rivet hot at present is to increase lifting motor respectively and relevant serial verb construction is done the automatic lifting motion to drive motor cabinet on the basis of said structure, the overall structure that the lifting motor that increases and serial verb construction thereof make binder becomes more complicated and increase appearance and size, and the increase that brings cost.Above-mentioned serial verb construction exists structure comparatively complexity, the relatively poor shortcoming of rotational stability.Simultaneously owing to need manually-operated, its hot riveting riveting quality is subjected to manpower to compress the restriction of degree, can not satisfy the direction of automation development.Therefore, how to address the above problem, become problem demanding prompt solution.
Summary of the invention
The technical problem to be solved in the present invention provides a kind of linkage type binder drilling equipment of automation punching, the linkage type binder that provides the same power source transmission of automation punching and rivet hot to realize integrated interlock simultaneously has advantages such as simple and reasonable, transmission stable equilibrium, accuracy height and volume be little.
For solving the problems of the technologies described above, a kind of linkage type binder drilling equipment of the present invention, comprise first motor on the fixing support, horizontal rotating shaft and boring guide pillar, the platen guide pillar, boring guide pillar lower end arranges the brill cutter, platen guide pillar lower end arranges pressboard, first motor connects horizontal rotating shaft, horizontal rotating shaft is provided with first driving gear and second driving gear, horizontal rotating shaft and first driving gear are affixed, be provided with torsion spring between horizontal rotating shaft and second driving gear and be rotatably connected, the boring guide pillar, the platen guide pillar is vertically set on the same side of horizontal rotating shaft, sidewall be provided with the guiding tooth respectively with first driving gear and the second driving gear toe joint.
After the present invention adopts said structure, first motor rotates by first driving gear and second driving gear that train of reduction gears drives on the horizontal rotating shaft, first driving gear drive boring guide pillar moves vertically downward when just changeing, second driving gear drives the platen guide pillar and moves vertically downward, binding material is arrived in the brill cutter end of boring guide pillar bottom when the pressboard of platen guide pillar bottom compresses institute's binding material, first driving gear was rotated further to drive when the boring guide pillar continues to move downward with the brill cutter and holed this moment, the stop motion of platen guide pillar stops operating second driving gear, realizes relatively rotating dislocation by torsion spring between second driving gear and the horizontal rotating shaft.After the brill cutter drills binding material, controller is controlled the counter-rotating of first motor resets horizontal rotating shaft, first driving gear drive boring guide pillar and the rising of brill cutter, when boring the cutter lower end when rising in the binding material deck sections, reset linkage dynamic pressure paper guide pillar and pressboard of horizontal rotating shaft and second driving gear rises and resets, and unclamps the binding material that compresses.Realize the technique effect of platen and the integrated interlock of boring, have simple in structure, transmission rationally and the effective advantage that links.
The further improvement project of the present invention:
Above-mentioned linkage type binder, the edge is provided with rotating shaft in the boring guide pillar axle center, top is provided with second motor, and second motor output shaft connects the upper end of rotating shaft, and the rotating shaft lower end connects bores cutter.It is moving that the rotational power that provides by second motor drives the brill swivel of rotating shaft and rotating shaft interlock, provides to impulse force at the boring guide pillar and bore cutter and hole in conjunction with rotating, and realizes the technique effect that reduces to bore the wearing and tearing of cutter and improve drilling efficiency.Wherein second motor is positioned on the boring guide pillar, moves up and down with the boring guide pillar during work.
Above-mentioned linkage type binder drilling equipment also comprises pipe-conveying device and the pipe installation of corresponding setting on the fixing support.By at fixing support pipe-conveying device and pipe installation setting being set, the amount of carrying out when being implemented in boring, cut the riveting pipe, with cut with binding material in the high riveting pipe that adapts of being holed be used for rivet hot and use.
Above-mentioned linkage type binder drilling equipment, horizontal rotating shaft are provided with the position signalling wheel, and the right fixedly support of position signalling wheel is provided with and is set up in parallel travel switch.The position signalling that arranges on travel switch and the trunnion axis is taken turns corresponding setting, is set up in parallel first travel switch and second travel switch and places signal wheel top.The trunnion axis initial position: first travel switch disconnects, and second travel switch disconnects.When trunnion axis turn left finish punching after, the first travel switch conducting, second travel switch disconnects.When trunnion axis turn right finish the position that presses after, first travel switch disconnects, the second travel switch conducting.By travel switch is set, the operation of mechanisms such as first motor is controlled in detection level rotating shaft turned position.
Above-mentioned linkage type binder drilling equipment, first motor is provided with train of reduction gears and connects horizontally disposed horizontal rotating shaft.
Above-mentioned linkage type binder drilling equipment, pipe-conveying device comprise and the symmetrically arranged pipe rack that send of platen guide pillar, is provided with the guiding tooth and is connected with second driving gear, send the pipe rack lower end to be provided with to be positioned at the trustship plate of riveting tube passage bottom.By arranging and the symmetrically arranged pipe rack that send of platen guide pillar, second driving gear drives to drive when the platen guide pillar moves vertically downward and send pipe rack oppositely to move upward, second driving gear stops operating when the pressboard of platen guide pillar bottom compresses institute's binding material, send pipe rack to stop simultaneously, this moment, the trustship plate was measured and institute binding material thickness suitable body length mutually, namely from trustship plate face to the body length between the cutting knife edge of a knife height.When the brill cutter drills binding material, first driving gear turns to moving the 3rd driving gear rotation of interlock bit strip is set, when rotating, the 3rd driving gear drives the horizontal movement of cutting knife tooth bar, the blade of its end cuts off the riveting pipe in the pipe-conveying device, realizes the technique effect of the boring of same power source transmission one, buret and Pipe Cutting.
Above-mentioned linkage type binder drilling equipment, platen guide pillar upper end is connected with the grating chi, pipe-conveying device comprises and send pipe motor, optoelectronic switch and riveting tube detection device, send the output shaft of pipe motor to be provided with delivery wheel and the riveting tube detection device is positioned on the riveting tube passage, and optoelectronic switch and grating chi are oppositely arranged.By being connected with the height that the grating chi amount of electrons pressure paper guide pillar that detected by optoelectronic switch moves downward in platen guide pillar upper end and calculating institute's binding material thickness, controller drives the riveting pipe send the pipe motor to rotate to drive in the riveting tube passage and carries the body length of fitting mutually with institute binding material thickness downwards, by grating chi and correlation optoelectronic switch, the distance that the grating chi is moved becomes electric impulse signal, single-chip microcomputer on master control borad is handled, send the pipe motor by the driving of single-chip microcomputer output control signal, make sebific duct move designated length.First driving gear turns to moving the 3rd driving gear rotation of interlock bit strip is set, and drives the 3rd driving gear and rotates the horizontal movement of drive cutting knife tooth bar, and the blade of its end cuts off the riveting pipe in the pipe-conveying device, realizes electronics buret and the technique effect that send pipe.
Above-mentioned linkage type binder drilling equipment, pipe installation comprises horizontally disposed cutting knife tooth bar and rotatable the 3rd driving gear that is arranged on the horizontal rotating shaft, first driving gear is set up in parallel, is provided with linkage mutually therebetween with the 3rd driving gear, what cutting knife tooth bar and the 3rd driving gear toe joint, its end were provided with blade and pipe-conveying device send tube passage vertically opposite.By at fixing support pipe-conveying device and pipe installation setting being set, the amount of carrying out when being implemented in boring, cut the riveting pipe, with cut with binding material in the high riveting pipe that adapts of being holed be used for rivet hot and use, the 3rd driving gear that is set up in parallel mutually on horizontal rotating shaft with first driving gear can rotate with respect to horizontal rotating shaft, be provided with transmission device radially between the 3rd driving gear and first driving gear, realize just driving the rotation of the 3rd driving gear when the interlock position is set when first driving gear turns to, the cutting knife tooth bar of pipe installation is horizontally disposed with phase toe joint on the 3rd driving gear, when rotating, the 3rd driving gear drives the horizontal movement of cutting knife tooth bar, the blade of its end cuts off the riveting pipe in the pipe-conveying device, realizes the technique effect of same power source transmission one Pipe Cutting.
Above-mentioned linkage type binder drilling equipment, pipe installation comprises the active shifting block on horizontally disposed cutting knife locating piece and the horizontal rotating shaft, the cutting knife locating piece is provided with for the draw-in groove of shifting block interlock initiatively, cutting knife locating piece end be provided with blade and pipe-conveying device send tube passage vertically opposite.When boring extremely designs the position, horizontal rotating shaft drives clamping interlock when initiatively shifting block turns in the groove of Dacca, drive cutting knife locating piece and cutting knife toward sending the horizontal displacement of tube passage direction, cut off and send the pipe of the riveting in the tube passage, realize the technique effect of same power source transmission one Pipe Cutting.
Above-mentioned linkage type binder drilling equipment send the pipe motor to be fixed on fixedly on the support by elastic shelf.Provide distortion elastic force to make delivery wheel compress riveting pipe on the riveting tube passage by the elastic shelf body, effectively locate and drive the motion of riveting pipe.
Above-mentioned linkage type binder drilling equipment, the riveting tube passage opposite side relative with delivery wheel is provided with flexure strip.Provide distortion elastic force and delivery wheel to compress riveting pipe on the riveting tube passage by flexure strip, effectively locate and drive the riveting pipe and move.
Above-mentioned linkage type binder drilling equipment, linkage comprise and are separately positioned on the first driving gear axial interlock projection corresponding with the 3rd driving gear side wall portion.By being separately positioned on the axially extended interlock projection interlock of first driving gear and the 3rd driving gear, realize just driving the rotation of the 3rd driving gear when the interlock position is set when first driving gear turns to, the cutting knife tooth bar of pipe installation is horizontally disposed with phase toe joint on the 3rd driving gear, when rotating, the 3rd driving gear drives the horizontal movement of cutting knife tooth bar, the blade of its end cuts off the riveting pipe in the pipe-conveying device, realizes the technique effect of same power source transmission one Pipe Cutting.
A kind of linkage type binder comprises drilling equipment and is set up in parallel hot-riveting mobile device on fixing support.
Above-mentioned linkage type binder, hot-riveting mobile device comprises rivet hot guide pillar and centering pin, and centering pin is located in the rivet hot guide pillar, and the rivet hot guide pillar is vertically set on horizontal rotating shaft one side and is provided with lead tooth and the first driving gear toe joint with relative, the sidewall of boring guide pillar.
The present invention is owing to adopted above technical scheme, by at the rivet hot guide pillar guiding tooth being set, be arranged on the horizontal rotating shaft opposite side relative with the guide pillar of holing, its guiding tooth and first driving gear toe joint, when first driving gear is just changeing the boring of drive left side boring guide pillar, the rivet hot guide pillar that then drives the right side simultaneously oppositely upwards moves both vertically, and when first driving gear drives the boring guide pillar and bores cutter and rise when resetting, then the rivet hot guide pillar places the home position.When using the rivet hot of rivet hot unit, the riveting pipe that cuts off is inserted in the good hole of brill, riveting Guan Yu goes up between die and the following die, manually centering spindle is injected riveting Guan Zhongqi bottom and is positioned at down in the die.Start gauge tap, it is downward that the output shaft of first motor and the counter-rotating of first driving gear drive the rivet hot guide pillar, when last die and following die compress the riveting pipe, its die head through the heating upper and lower end parts of riveting pipe is heated back extends out mould with last die and following die and softens moulding, last die stops to heat with following die automatically.At this moment, the auto-reverse drive guide pillar of first motor moves upward and upwards resets, and finishes the rivet hot operation.Wherein when first motor is holed guide pillar boring on the left of drive first driving gear is just changeing drive, it is moving that the rotational power that provides by second motor drives the brill swivel of rotating shaft and rotating shaft interlock, provides to impulse force at the boring guide pillar and bore the technique effect that cutter is holed in conjunction with rotating.
Realization of the present invention and borehole drill construction share the technique effect that actuator is realized automation control rivet hot, simplified overall structure, have interlock accurately, rational technique effect, have simultaneously simple in structure, transmission rationally, connect stable and the effective advantage that links.
Description of drawings
Below in conjunction with the specific embodiment in the accompanying drawing the present invention is described in further detail, but does not constitute any limitation of the invention.
Fig. 1 is the internal structure schematic perspective view one of embodiments of the invention one;
Fig. 2 is the internal structure schematic perspective view two of embodiments of the invention one;
Fig. 3 is the internal structure schematic perspective view one of embodiments of the invention two;
Fig. 4 is the internal structure schematic perspective view two of embodiments of the invention two;
Fig. 5 is the internal structure front schematic view of embodiments of the invention two;
Fig. 6 looks schematic diagram for the internal structure left side of embodiments of the invention two;
Fig. 7 is the front schematic view of the embodiment of the invention one;
Fig. 8 is the A-A cross-sectional view of Fig. 7;
Fig. 9 is the B-B cross-sectional view of Fig. 8;
Figure 10 is a kind of enforcement structural representation of the C-C section of Fig. 8;
Figure 11 is that the another kind of the C-C section of Fig. 8 is implemented structural representation;
Figure 12 is the D-D cross-sectional view of Fig. 8;
Figure 13 is the E-E cross-sectional view of Fig. 7;
Figure 14 is the F-F cross-sectional view of Fig. 7;
Figure 15 is that the internal structure of embodiments of the invention two is implemented the state schematic perspective view;
Figure 16 is the front schematic view of the embodiment of the invention three;
Figure 17 is A '-A ' cross-sectional view of Figure 16;
Figure 18 is B '-B ' cross-sectional view of Figure 17;
Figure 19 is C '-C ' cross-sectional view of Figure 17;
Figure 20 is D '-D ' cross-sectional view of Figure 17;
Figure 21 is E '-E ' cross-sectional view of Figure 16;
Figure 22 is that the internal structure of embodiments of the invention three is implemented the state schematic perspective view;
Figure 23 is A '-A ' internal structure cross-sectional view of Figure 16;
Figure 24 is B '-B ' internal structure cross-sectional view of Figure 16;
Figure 25 is embodiments of the invention one, local interior's structural upright schematic diagram one of three;
Figure 26 is embodiments of the invention one, local interior's structural upright schematic diagram two of three;
Figure 27 is embodiments of the invention one, local interior's structure front schematic view of three;
Figure 28 is that schematic diagram is looked on embodiments of the invention one, a local interior structure left side of three;
Figure 29 is that embodiments of the invention one, three local interior structure are used view; Figure 30 is the elevational schematic view of tangent tube construction embodiment one of the present invention;
Figure 31 is the Pipe Cutting linkage structural representation of the H-H section of Figure 30;
Figure 32 is tangent tube construction embodiment one schematic perspective view one of the present invention;
Figure 33 is tangent tube construction embodiment one schematic perspective view two of the present invention;
Figure 34 is the left view of Figure 30;
Figure 35 is the schematic diagram of tangent tube construction embodiment two of the present invention state before Pipe Cutting;
Figure 36 is the schematic diagram one of tangent tube construction embodiment two of the present invention state after Pipe Cutting;
Figure 37 is the schematic diagram two of tangent tube construction embodiment two of the present invention state after Pipe Cutting.
The specific embodiment
Extremely shown in Figure 37 as Fig. 1, a kind of linkage type binder drilling equipment, comprise first motor 2 on the fixing support 1, horizontal rotating shaft 6 and boring guide pillar 3, platen guide pillar 5, boring guide pillar 3 lower ends arrange bores cutter 4, platen guide pillar 5 lower ends arrange pressboard 5b, first motor 2 is provided with train of reduction gears and connects horizontally disposed horizontal rotating shaft 6, horizontal rotating shaft 6 is provided with the first driving gear 6a and the second driving gear 6b, horizontal rotating shaft 6 and the first driving gear 6a are affixed, be provided with torsion spring 7 between horizontal rotating shaft 6 and the second driving gear 6b and be rotatably connected, boring guide pillar 3, platen guide pillar 5 is vertically set on the same side of horizontal rotating shaft 6, sidewall is provided with guiding tooth 3a, 5a respectively with the first driving gear 6a and the second driving gear 6b toe joint.
Shown in Figure 16～24, the edge is provided with rotating shaft 3b in boring guide pillar 3 axle center, top is provided with the upper end that second motor, 12, the second motors, 12 output shafts connect rotating shaft 3b, and rotating shaft 3b lower end connects bores cutter 4.In boring guide pillar 3 axle center, second motor 12 is fixed on boring guide pillar 3 tops to its shaft 3b by bearing fixing, and support 1 also can be set up the vertically-guided post and locate second motor 12 to increase stability.Be provided with the train of reduction gears interlock between second motor 12 and the boring guide pillar 3.
Shown in Fig. 1～37, also comprise pipe-conveying device 7 and the pipe installation 8 of corresponding setting on the fixing support 1.
Horizontal rotating shaft 6 is provided with position signalling wheel 13, and position signalling wheel 13 right fixedly supports 1 are provided with and are set up in parallel travel switch 11.
Shown in Figure 25～29, pipe-conveying device 7 comprises and the platen guide pillar 5 symmetrically arranged pipe rack 7a that send, and its guiding tooth 7a1 is connected with the second driving gear 6b, the trustship plate 7a2 that send pipe rack 7a lower end to be provided with to be positioned at riveting tube passage bottom.
Shown in Fig. 3～8,14,15, platen guide pillar 5 upper ends are connected with grating chi 5c, pipe-conveying device 7 comprises sending manages motor 7b, optoelectronic switch and riveting tube detection device, send the output shaft of pipe motor 7b to be provided with delivery wheel 7c and the riveting tube detection device is positioned on the riveting tube passage, optoelectronic switch and grating chi 5c are oppositely arranged.
Shown in Fig. 1,2,10,11,19, pipe installation 8 comprises horizontally disposed cutting knife tooth bar 8a and rotatable the 3rd driving gear 6c that is arranged on the horizontal rotating shaft 6, the first driving gear 6a is set up in parallel, is provided with linkage therebetween mutually with the 3rd driving gear 6c, what cutting knife tooth bar 8a and the 3rd driving gear 6c toe joint, its end were provided with blade 8b and pipe-conveying device 7 send tube passage vertically opposite.Wherein as shown in figure 10, send pipe rack 7a to be horizontally set on the second driving gear 6b top.Shown in Figure 11,19, send pipe rack 7a to be horizontally set on the second driving gear 6b bottom.
Shown in Figure 35～37, pipe installation 8 comprises the active shifting block 6c ' on horizontally disposed cutting knife locating piece 8a ' and the horizontal rotating shaft 6, cutting knife locating piece 8a ' is provided with for the draw-in groove 8a ' 1 of shifting block 6c ' interlock initiatively, cutting knife locating piece 8a ' end be provided with blade 8b and pipe-conveying device 7 send tube passage vertically opposite.Wherein as shown in figure 35, before the Pipe Cutting, initiatively shifting block 6c ' places top.Shown in Figure 36,37, during Pipe Cutting, initiatively shifting block 6c ' drives among the draw-in groove 8a ' 1 that turns to cutting knife locating piece 8a ' with rotating shaft 6 and promotes cutting knife locating piece 8a ' and cutting knife horizontal movement cut-out riveting pipe.
Shown in Fig. 3,4,6, send pipe motor 7b to be fixed on fixedly on the support 1 by elastic shelf 7b1.
Shown in Fig. 3～8,14,15, the riveting tube passage opposite side relative with delivery wheel 7c is provided with flexure strip.
Shown in Figure 31,35, linkage comprises and is separately positioned on the first driving gear 6a axial interlock protruding 6a1, the 6c1 corresponding with the 3rd driving gear 6c side wall portion.
Shown in Fig. 1～24, a kind of linkage type binder comprises described drilling equipment and is set up in parallel hot-riveting mobile device on fixing support 1 with drilling equipment.
Hot-riveting mobile device comprises rivet hot guide pillar 9 and centering pin 10, and centering pin 10 is located in the rivet hot guide pillar 9, and rivet hot guide pillar 9 is vertically set on that horizontal rotating shaft 6 one sides are 3 relative with the boring guide pillar, sidewall is provided with lead tooth 9a and the first driving gear 6a toe joint.
The present invention is when concrete the use, the rivet hot formula binder that the present invention uses comprises the horizontal rotating shaft 6 that is arranged on vertical equity setting on the fixing support 1, first motor 2 is that level vertically is arranged on horizontal rotating shaft 6 bottoms, its output shaft is relative with horizontal rotating shaft 6 rearward end, is provided with the transmission of double reduction gearing group therebetween.
The left side that is positioned at horizontal rotating shaft 6 is provided with boring guide pillar 3 and platen guide pillar 5, right side and is provided with the rivet hot guide pillar 9 relative with the guide pillar 3 of holing and relative with the platen guide pillar 5 pipe rack 7a that send, and horizontal rotating shaft 6 front ends are provided with the meshing transmission boring guide pillar 3 of the first driving gear 6a and rivet hot guide pillar 9 realizes doing rightabout moving both vertically.Horizontal rotating shaft 6 middle parts are provided with the meshing transmission platen of second driving gear 6b guide pillar 5 and send pipe rack 7a to realize doing rightabout moving both vertically.Rotating the 3rd driving gear 6c is set on the horizontal rotating shaft 6 of the first driving gear 6a rear side, the rotation linkage is set between the first driving gear 6a and the 3rd driving gear 6c to link, namely when first driving gear 6a rotation causes design attitude, the rotation linkage offsets and realizes driving the 3rd driving gear 6c rotation, when rotating, the 3rd driving gear 6c drives the horizontal movement of cutting knife tooth bar, the blade of its end cuts off the riveting pipe in the pipe-conveying device, realizes the technique effect of same power source transmission one Pipe Cutting.At this moment, the auto-reverse drive guide pillar of first motor moves upward and upwards resets, and finishes the rivet hot operation.Wherein just changeing when driving left side boring guide pillar and holing downwards driving the first driving gear 6a at first motor 2, the brill cutter 4 that the rotational power that provides by second motor 12 drives rotating shaft and rotating shaft 3b interlock rotates, and provides to pressure at the boring guide pillar and bores the technique effect that cutter is holed in conjunction with rotating.
Guiding tooth 9a is set on the rivet hot guide pillar 9 of hot-riveting mobile device, rivet hot guide pillar 9 is arranged on horizontal rotating shaft 6 opposite sides relative with the guide pillar 3 of holing, its guiding tooth 9a and first driving gear 6a toe joint, when the first driving gear 6a is just changeing 3 borings of drive left side boring guide pillar, the rivet hot guide pillar 9 that then drives the right side simultaneously oppositely upwards moves both vertically, when the first driving gear 6a drives boring guide pillar 3 and bores cutter 4 and rise when resetting, then rivet hot guide pillar 9 places the home position.When using the hot-riveting mobile device rivet hot, the riveting pipe that cuts off is inserted in the good hole of brill, riveting Guan Yu goes up between die and the following die, manually centering spindle is injected riveting Guan Zhongqi bottom and is positioned at down in the die.Start gauge tap, it is downward that the output shaft of motor and the counter-rotating of first driving gear drive the rivet hot guide pillar, when last die and following die compress the riveting pipe, its die head through the heating upper and lower end parts of riveting pipe is heated back extends out mould with last die and following die and softens moulding, last die stops to heat with following die automatically.At this moment, the auto-reverse drive guide pillar of motor moves upward and upwards resets, and finishes the rivet hot operation.Realization of the present invention and borehole drill construction share the technique effect that actuator is realized automation control rivet hot, simplified overall structure, have interlock accurately, rational technique effect, have simultaneously simple in structure, transmission rationally, connect stable and the effective advantage that links.
In sum, the present invention is as specification and diagramatic content, makes actual sample and through repeatedly use test, from the effect of use test, provable the present invention can reach the purpose that it is expected, practical value is unquestionable.Above illustrated embodiment only is used for conveniently illustrating the present invention, as first motor 2 and second motor, 12 usefulness direct current or alternating current generators, the progression that first motor 2 wherein connects the train of reduction gears of horizontal rotating shaft 6 can be adjusted, and to adapt to the requirement of boring power, is generally the two-stage conversion.Said structure is not that the present invention is done any pro forma restriction, have in the technical field under any and know the knowledgeable usually, if in the scope that does not break away from technical characterictic that the present invention carries, utilize disclosed technology contents to make the local equivalent embodiment that changes or modify, and do not break away from technical characterictic content of the present invention, all still belong in the scope of the technology of the present invention feature.
Claims (14)
1. linkage type binder drilling equipment, comprise first motor (2) on the fixing support (1), horizontal rotating shaft (6) and boring guide pillar (3), platen guide pillar (5), boring guide pillar (3) lower end arranges bores cutter (4), platen guide pillar (5) lower end arranges pressboard (5b), it is characterized in that: first motor (2) connects horizontal rotating shaft (6), horizontal rotating shaft (6) is provided with first driving gear (6a) and second driving gear (6b), horizontal rotating shaft (6) is affixed with first driving gear (6a), be provided with torsion spring (7) between horizontal rotating shaft (6) and second driving gear (6b) and be rotatably connected, boring guide pillar (3), platen guide pillar (5) is vertically set on the same side of horizontal rotating shaft (6), sidewall is provided with guiding tooth (3a, 5a) respectively with first driving gear (6a) and second driving gear (6b) toe joint.
2. linkage type binder according to claim 1, it is characterized in that: the edge is provided with rotating shaft (3b) in boring guide pillar (3) axle center, top is provided with second motor (12), second motor (12) output shaft connects the upper end of rotating shaft (3b), and rotating shaft (3b) lower end connects bores cutter (3).
3. linkage type binder drilling equipment according to claim 1 is characterized in that: comprise that also fixedly support (1) is gone up pipe-conveying device (7) and the pipe installation (8) of corresponding setting.
4. linkage type binder drilling equipment according to claim 1 is characterized in that: horizontal rotating shaft (6) is provided with position signalling wheel (13), and position signalling wheel (13) right fixedly support (1) is provided with and is set up in parallel travel switch (11).
5. linkage type binder drilling equipment according to claim 1, it is characterized in that: first motor (2) is provided with train of reduction gears (2a) and connects horizontally disposed horizontal rotating shaft (6).
6. linkage type binder drilling equipment according to claim 3, it is characterized in that: pipe-conveying device (7) comprises and the symmetrically arranged pipe rack (7a) that send of platen guide pillar (5), its guiding tooth (7a1) is connected with second driving gear (6b), send pipe rack (7a) lower end to be provided with the trustship plate (7a2) that is positioned at riveting tube passage bottom.
7. linkage type binder drilling equipment according to claim 3, it is characterized in that: platen guide pillar (5) upper end is connected with grating chi (5c), pipe-conveying device (7) comprises sending manages motor (7b), optoelectronic switch and riveting tube detection device, send the output shaft of pipe motor (7b) to be provided with delivery wheel (7c) and the riveting tube detection device is positioned on the riveting tube passage, optoelectronic switch and grating chi (5c) are oppositely arranged.
8. linkage type binder drilling equipment according to claim 3, it is characterized in that: pipe installation (8) comprises horizontally disposed cutting knife tooth bar (8a) and rotatable the 3rd driving gear (6c) that is arranged on the horizontal rotating shaft (6), first driving gear (6a) is set up in parallel, is provided with linkage therebetween mutually with the 3rd driving gear (6c), what cutting knife tooth bar (8a) and the 3rd driving gear (6c) toe joint, its end were provided with blade (8b) and pipe-conveying device (7) send tube passage vertically opposite.
9. linkage type binder drilling equipment according to claim 3, it is characterized in that: pipe installation (8) comprises the active shifting block (6c ') on horizontally disposed cutting knife locating piece (8a ') and the horizontal rotating shaft (6), cutting knife locating piece (8a ') is provided with for the draw-in groove (8a ' 1) of shifting block (6c ') interlock initiatively, cutting knife locating piece (8a ') end be provided with blade (8b) and pipe-conveying device (7) send tube passage vertically opposite.
10. linkage type binder drilling equipment according to claim 7 is characterized in that: send pipe motor (7b) to be fixed on fixedly on the support (1) by elastic shelf (7b1).
11. linkage type binder drilling equipment according to claim 7 is characterized in that: the riveting tube passage opposite side relative with delivery wheel (7c) is provided with flexure strip.
12. linkage type binder drilling equipment according to claim 8 is characterized in that: linkage comprises and is separately positioned on first driving gear (6a) the axial interlock projection (6a1,6c1) corresponding with the 3rd driving gear (6c) side wall portion.
13. a linkage type binder is characterized in that: comprise as the arbitrary described drilling equipment of claim 1 to 7 with drilling equipment being set up in parallel hot-riveting mobile device on fixing support (1).
14. linkage type binder according to claim 13, it is characterized in that: hot-riveting mobile device comprises rivet hot guide pillar (9) and centering pin (10), centering pin (10) is located in the rivet hot guide pillar (9), and rivet hot guide pillar (9) is vertically set on horizontal rotating shaft (6) one sides and is provided with guiding tooth (9a) and first driving gear (6a) toe joint with relative, the sidewall of boring guide pillar (3).
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| CN104553438A (en) * | 2013-10-09 | 2015-04-29 | 宁夏琪凯节能设备有限公司 | Energy-saving and environment-friendly binding machine |
| CN104723399A (en) * | 2015-04-10 | 2015-06-24 | 博艳萍 | Aluminum-plastic panel drilling mechanism |
| CN104859335A (en) * | 2015-06-01 | 2015-08-26 | 浙江智源办公设备制造有限公司 | Binding machine |
| CN104859334A (en) * | 2015-06-01 | 2015-08-26 | 浙江智源办公设备制造有限公司 | Press riveting device for binding machine |
| CN105584246A (en) * | 2016-02-03 | 2016-05-18 | 平阳以马机械有限公司 | Bookbinding machine |
| CN106113572A (en) * | 2016-08-27 | 2016-11-16 | 胡崇北 | A kind of accurate perforating device of carton cutting |
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| CN103192622B (en) | 2016-03-30 |
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Effective date of registration: 20211025 Address after: 315600 Deli Industrial Park, Ninghai County, Ningbo City, Zhejiang Province Patentee after: DELI GROUP Co.,Ltd. Address before: 528234 floor 4, building h, Chuangye Road, Shishan Songxia Industrial Park, Nanhai District, Foshan City, Guangdong Province Patentee before: FOSHAN YILIJIA OFFICE EQUIPMENT Co.,Ltd. |
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