A kind of binder
Technical field
The present invention relates to office equipment technical field, particularly a kind of binder.
Background technology
The Chinese utility model patent that number of patent application is CN201320194447.8, the applying date is 2013-04-07 discloses a kind of binder, and it relates to office equipment field.Its mair motor 1 is connected with decelerator (2), decelerator (2) below is provided with crumb loading device (3), crumb loading device (3) below is provided with cannulate drill (5), cannulate drill (5) side is provided with pressure strip (4), cannulate drill (5) below is provided with feeler (6), feeler (6) right side is provided with electric-control system (8), electric-control system (8) right side is provided with lower binder mechanism (9), lower binder mechanism (9) top is provided with binder mechanism (11), upper binder mechanism (11) is provided with pilot pin (10), upper binder mechanism (11) is connected with pressure cap heating arrangements (12).
Existing binder, pilot pin is all arranged in die, and in the use of reality, we find, pilot pin often can fall down at work, and just can carry out work after needing hand-reset, what this was serious have impact on operating efficiency.
Summary of the invention
The object of this invention is to provide a kind of binder, its structure is simple, and easy to make, effectively can prevent the accidental of pilot pin, operating efficiency is high.
Above-mentioned technical purpose of the present invention is achieved by the following technical programs: a kind of binder, comprise binder base, be located at the lower die on described binder base, be located at the perforating device on described binder base and pressure riveting device, described pressure riveting device comprises bracing frame, be located at the sliding panel on support frame as described above, be fixed on the upper die on described sliding panel, the lift drive mechanism slided on support frame as described above for driving described sliding panel and pilot pin, also comprise and being located on described sliding panel for the resilient clamping mechanism to described pilot pin elastic clamping.
As preferably, described resilient clamping mechanism comprises elastic plate and is located at the pilot pin jack on described elastic plate; The upper end of described elastic plate and/or lower end are provided with protrudes pipe, and described protrusion pipe is provided with the extruded hole communicated with described pilot pin jack.
As preferably, described protrusion pipe is provided with the open seam that multiple and described extruded hole communicates simultaneously and end face communicates, and forms crimp gusset between adjacent two open seam.
As preferably, described lift drive mechanism comprises the rotating shaft that presses be located on support frame as described above, be located at described in press the torsion spring that presses in rotating shaft, be arranged on described in press the gear that presses in rotating shaft, to be located on described sliding panel and the described gear that presses coordinates presses gear bayonet socket and the handle that presses that presses in rotating shaft described in being fixed on.
As preferably, described in press that gear comprises that multi-disc is superimposed press gear sheet and the first fixture of being fixed together for gear sheet that multi-disc is pressed.
As preferably, described perforating device comprises punching support, be located at the vertical slide plate on described punching support, be fixed on the punching portion on described vertical slide plate, the rotary drive mechanism be elevated on described punching support for driving described vertical slide plate and tube cutting mechanism, described tube cutting mechanism comprises Pipe Cutting mount pad, be located at the pipe passing hole on described Pipe Cutting mount pad, be located at the cutting knife on described Pipe Cutting mount pad, be positioned at the pipe bearing plate below described cutting knife and and the cutting knife push-pull mechanism of described rotary drive mechanism interlock for driving described cutting knife to carry out cutting off pipe.
As preferably, described cutting knife comprises blade and is located at the draw back plate on described blade, described cutting knife push-pull mechanism comprises the installing plate be connected with described rotary drive mechanism, the pulling department being fixed on the pushing part on described installing plate and being fixed on described installing plate, forms draw back plate activity space between described pushing part and described pulling department.
As preferably, described pipe bearing plate is hinged on described punching support or Pipe Cutting mount pad; Described pipe bearing plate one end is provided with tube supports portion, and the other end is provided with slip elongated slot, and described punching portion is provided with the slide post coordinated with described slip elongated slot; Described slip elongated slot is opening elongated slot.
As preferably, described rotary drive mechanism comprises the punching rotating shaft be located on described punching support, the punching torsion spring be located in described punching rotating shaft, the punching gear be arranged in described punching rotating shaft, be located on described vertical slide plate and punching gear bayonet socket that described punching gear coordinates and the punch handle that is fixed in described punching rotating shaft.
As preferably, described punching gear comprises the punching gear sheet that multi-disc is superimposed and the fixed connecting piece be fixed together for gear sheet of multi-disc being punched.
In sum, the present invention has following beneficial effect:
1, structure is simple, easy to implement; Utilize elastomer block to carry out elastic clamping to pilot pin, prevent pilot pin accidental;
2, tube cutting mechanism structure is simple, failure rate is low.
Accompanying drawing explanation
Fig. 1 is the structural representation of the embodiment of the present invention 1;
Fig. 2 is that schematic diagram is looked on a left side of Fig. 1 of the present invention;
Fig. 3 is the decomposing schematic representation of pressure riveting device in the present invention;
Fig. 4 is lift drive mechanism structure chart in the present invention;
Fig. 5 is Elastic clamp system structure chart of the present invention;
Fig. 6 is the structural representation of the embodiment of the present invention 2, and what show in figure is the decomposing schematic representation of perforating device;
Fig. 7 is the schematic diagram that in Fig. 6, cutting knife push-pull mechanism is arranged on the rotating shaft that presses.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is described in further detail.
This specific embodiment is only explanation of the invention; it is not limitation of the present invention; those skilled in the art can make to the present embodiment the amendment not having creative contribution as required after reading this description, as long as but be all subject to the protection of Patent Law in right of the present invention.
As Fig. 1, 2, 3, shown in 4, a kind of binder, comprise binder base 1, be located at the lower die 2 on described binder base 1, be located at the perforating device A on described binder base 1 and pressure riveting device B, described pressure riveting device comprises bracing frame B1, be located at the sliding panel B2 on support frame as described above B1, be fixed on the upper die B3 on described sliding panel B2, the lift drive mechanism B4 slided on support frame as described above B1 for driving described sliding panel B2 and pilot pin B5, also comprise and being located on described sliding panel B2 for the resilient clamping mechanism 6 to described pilot pin B5 elastic clamping.
Resilient clamping mechanism 6 is positioned at the top of die B3, and bracing frame B1 is provided with sliding tray, and sliding panel is plugged in sliding tray, slides up and down, and certainly, also just can have the structure of line slideway, sliding panel is vertically slided on bracing frame B1.
Described resilient clamping mechanism 6 comprises elastic plate 601 and is located at the pilot pin jack 602 on described elastic plate 601, the diameter of pilot pin jack is slightly less than the diameter of pilot pin, preferably, pilot pin jack can be circular hole, the diameter of described pilot pin jack 602 is 0.85-0.98 times of described pilot pin 5 diameter, locate below true jack and be provided with semicircle perforate, elastic plate 601 adopts polyurethane sheet or rubber slab, and sliding panel is spirally connected fixing; Pilot pin jack 602 can apply elastic clamping power to pilot pin B5, realizes elastic clamping, prevents pilot pin from coming off.
Further, the upper end of described elastic plate 601 and/or lower end are provided with protrudes pipe 603, and described protrusion pipe 603 is provided with the extruded hole 604 communicated with described pilot pin jack 602; Described protrusion pipe 603 is provided with the open seam 605 that multiple and described extruded hole 604 communicates simultaneously and end face communicates, and forms crimp gusset 606 between adjacent two open seam 605; The quantity of open seam 605 is 3-5, and concrete determines according to actual needs, gap width 0.5-2mm; Protrude the upper end that pipe 603 can be arranged on elastic plate 601, also the lower end of elastic plate can be arranged on, all can also arrange in the top and bottom of elastic plate, in the present embodiment, protrude the upper end that pipe is located at elastic plate, the setting of crimp gusset 606, can better clamp pilot pin.
In the present embodiment, described lift drive mechanism B4 comprise the rotating shaft B401 that presses be located on support frame as described above B1, be located at described in press the torsion spring B402 that presses on rotating shaft B401, be arranged on described in press the gear B 403 that presses on rotating shaft B401, to be located on described sliding panel B2 and the described gear B 403 that presses coordinates presses gear bayonet socket B404 and the handle B405 that presses that presses on rotating shaft B401 described in being fixed on; The gear B that presses 403 is two, is positioned at the both sides of the torsion spring that presses, and the rotating shaft B401 that presses is hinged on bracing frame B1, has the nylon6 chips with the laminating of support frame as described above B1 lateral surface, play the effect of lubrication at the rotating shaft B401 end winding support that presses; The rotating shaft that presses is driven by the handle B405 that presses rotates.
The gear bayonet socket B404 that presses is multiple, and vertical array is on sliding panel, and the tooth of the gear B 403 that presses coordinates, and realizes the lifting of sliding panel; In the present embodiment, gear sheet that what the described gear B 403 that presses comprised that multi-disc is superimposed press and the first fixture be fixed together for gear sheet that multi-disc is pressed, the gear sheet that presses is multiple, mutually be superimposed, be integrally fixed with the first fixture, first fixture is trip bolt, and the first fixture can also be located at the connecting pin of the gear sheet side that presses and be located at the connecting hole of another opposite flank.
Embodiment 2, see accompanying drawing 5, 6, 7, in the present embodiment, described perforating device comprises punching support A1, be located at the vertical slide plate A2 on described punching support A1, be fixed on the punching portion A3 on described vertical slide plate A2, the rotary drive mechanism 4 be elevated on described punching support A1 for driving described vertical slide plate A2 and tube cutting mechanism 5, punching support is provided with a pair chute, vertical slide plate is just located in chute, driven by rotary drive mechanism 4 and slide up and down, rotary drive mechanism and tube cutting mechanism interlock, Pipe Cutting is completed in the decline process of vertical slide plate, described rotary drive mechanism 4 comprises the punching rotating shaft 401 be located on described punching support 1, be located at the punching torsion spring 402 in described punching rotating shaft 401, be arranged on the punching gear 403 in described punching rotating shaft 401, be located at the punching gear bayonet socket 404 that described vertical slide plate 2 coordinates with described punching gear 403 and the punch handle 405 be fixed in described punching rotating shaft 401, punching gear is two, be positioned at the both sides of punching torsion spring, punching rotating shaft is hinged on punching support, can rotate on punching support, in the present embodiment, preferably, that multiple punching gear bayonet socket is set on vertical slide plate, come and the cooperation of punching gear, such structure, it is relatively simple for structure, volume is smaller, cheap, punching gear bayonet socket cross section is rectangle, and described punching gear 403 comprises the punching gear sheet that multi-disc is superimposed and the fixed connecting piece be fixed together for gear sheet of multi-disc being punched, fixed connecting piece adopts pin or rivet or screw, and the quantity of punching gear sheet is 3-8, and concrete determines according to the actual requirements, and each punching gear sheet is provided with a point tooth, and multiple points of teeth form the teeth of punching gears, and the gear bayonet socket 404 that punches coordinates.
Further, punching portion A3 comprises pressboard, two leads, be sleeved on the Compress Spring on lead and upper mounted plate, upper mounted plate is fixedly connected with vertical slide plate, and upper mounted plate is provided with grooved bit, described tube cutting mechanism 5 comprises Pipe Cutting mount pad 501, be located at the pipe passing hole 503 on described Pipe Cutting mount pad 501, be located at the cutting knife 504 on described Pipe Cutting mount pad 501, be positioned at the pipe bearing plate 502 below described cutting knife 504 and link for the cutting knife push-pull mechanism 505 driving described cutting knife 504 to carry out cutting off pipe with described rotary drive mechanism 4, pipe bearing plate is hinged on punching support, be positioned at the below of cutting knife, described cutting knife 504 comprises blade and is located at the draw back plate on described blade, draw back plate and blade is one-body molded or separable assembled, described cutting knife push-pull mechanism 505 comprises the installing plate 5051 be connected with described rotary drive mechanism 4, the pulling department 5053 being fixed on the pushing part 5052 on described installing plate 5051 and being fixed on described installing plate 5051, forms draw back plate activity space 5054 between described pushing part 5052 and described pulling department 5053, pushing part and pulling department are two sheet materials, and installation version is one-body molded or separable assembled, and described pipe bearing plate 502 is hinged on described punching support 1 or Pipe Cutting mount pad 501, described pipe bearing plate 502 one end is provided with tube supports portion, and the other end is provided with slip elongated slot, and described punching portion 3 is provided with the slide post coordinated with described slip elongated slot, described slip elongated slot is opening elongated slot, slide post slides in slip elongated slot, and pipe bearing plate is rotated.