CN103264127A - Three-station automatic pressing aligned-cutting needle making machine - Google Patents
Three-station automatic pressing aligned-cutting needle making machine Download PDFInfo
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- CN103264127A CN103264127A CN2013101969821A CN201310196982A CN103264127A CN 103264127 A CN103264127 A CN 103264127A CN 2013101969821 A CN2013101969821 A CN 2013101969821A CN 201310196982 A CN201310196982 A CN 201310196982A CN 103264127 A CN103264127 A CN 103264127A
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Abstract
The invention relates to a three-station automatic pressing aligned-cutting needle making machine. The three-station automatic pressing aligned-cutting needle making machine comprises a needle feeding module, a transmission module, a head pressing module, a aligned-cutting module and a knot pressing module. The transmission module is used for driving the needle feeding module, the head pressing module, the aligned-cutting module and the knot pressing module to complete corresponding needle blank processing actions, the needle feeding module is installed above a third main shaft in the transmission module and on one side far away from a first main shaft, and the knob pressing module is installed above a second main shaft and the middle of the third main shaft in the transmission module. The head pressing module is installed above the first main shaft and on one side close to the second main shaft in the transmission module, and the aligned-cutting module is installed above the middle of the first main shaft in the transmission module and is parallel to the head pressing module. By means of one-time positioning, the three-station automatic pressing aligned-cutting needle making machine can improve accuracy, reduce errors, automatically complete processing of three work procedures of knob pressing, head pressing and aligned cutting, lower product cost, improve product quality, save energy and manpower, and reduce consumption.
Description
Technical field
The present invention relates to knitting equipment and make the field, particularly a kind of three stations are from dynamic pressure trimming pin machine processed.
Background technology
In the knitting needle manufacture process, the mode of knitting needle syringe needle by cold forging is that to become the cross section be circular syringe needle to square syringe needle cold forging with mould with former cross section in heading machine, this moment, both sides can produce knot and the displacement of syringe needle center that is raised in needle body plane, the problem that makes syringe needle and needle body back not have the sum of errors syringe needle of 0.03-0.05 to prolong on a plane.The bad meeting that these problems solve directly influences the production of operation behind the knitting needle, causes the needle body to face upward before and after easily producing, and the uniformity of pin is poor, makes to produce fabric taeniae defective in the braiding process, has a strong impact on the fabric product quality.What former explained hereafter adopted is single equipment processing, resetting, and machining accuracy is poor, and what cut out that neat operation adopts is manual mode, and efficient is low.
Summary of the invention
Technical problem to be solved by this invention provides a kind of by one-time positioning, can realize finishing automatically three stations of pressure knot, pressure head and trimming three operations from dynamic pressure trimming pin machine processed.
The technical scheme that the present invention solves the problems of the technologies described above is as follows: a kind of three stations comprise and send the needle mould piece from dynamic pressure trimming pin machine processed, transmission module, and the pressure head submodule is cut out neat module and is pressed the knot module;
Described transmission module, comprise first main shaft, second main shaft, the 3rd main shaft and lay respectively at a plurality of cams on three main shafts, described second main shaft is parallel with the 3rd main shaft, described first main shaft is connected respectively at the end of second main shaft and the 3rd main shaft the same side and is vertical with the 3rd main shaft with second main shaft respectively, described transmission module is used for drive and send the needle mould piece, the pressure head submodule is cut out neat module and is pressed the knot module to finish the processing action of respective needle base;
The described needle mould piece that send is arranged at the top of the 3rd main shaft in the described transmission module away from a side of first main shaft, is used for transmitting the pin base to assigned address;
Described pressure knot module is arranged at the top of second main shaft in the described transmission module and the top at the 3rd main shaft middle part, is used for the pin base is pressed the processing of knot operation;
Described pressure head submodule is arranged at close second main shaft, one side in first main shaft top in the described transmission module, is used for the pin base is carried out the processing of the sub-operation of pressure head;
The neat module of described sanction is arranged at the top in the middle part of first main shaft in the described transmission module, and parallel with the pressure head submodule, for the processing of carrying out the trimming operation of pin base.
The invention has the beneficial effects as follows: on this machine, be fixedly clamped by the one-time positioning to the pin base, solved the low problem of the big precision of resetting error, machinery machines the three operations processing of pin base automatically, thereby improve production efficiency and product quality greatly lowers labour intensity.
On the basis of technique scheme, the present invention can also do following improvement.
Further, described transmission module comprises the indentor point cam, cuts out neat cam, first cam of pushing pin, first main shaft, second main shaft, the 3rd main shaft, first presses knot cam, push-and-pull shank, the shift fork cam, second cam of pushing pin, second presses knot cam, clutch and bevel gear;
Described first push pin cam, cut out neat cam, indentor point cam and bevel gear and be placed in successively on first main shaft, described clutch is arranged at the end that first main shaft is provided with bevel gear, one end of described second main shaft and described first main shaft is in transmission connection, described first presses the knot cam to be placed on described second main shaft, described second presses push pin cam, shift fork cam of knot cam, second to be placed in successively on the 3rd main shaft, described push-and-pull shank and described the 3rd main shaft are fixed, and the stiff end of described push-and-pull shank is placed in the 3rd main shaft upper shift fork cam and second and pushes pin between the cam.
The beneficial effect that adopts above-mentioned further scheme is compact the stablizing that be in transmission connection.
Further, the described needle mould piece that send comprises perpendicular needle plate, send needle plate, send the pin slide, send needle rack and send the pin fork, described perpendicular needle plate is perpendicular to plane, described transmission module place, described vertical and its open top and perpendicular needle plate the bottom with described perpendicular needle plate of needle plate of sending is fixed, the described bottom of needle plate and the described upper surface of pin slide that send of sending fixed, the described lower surface of pin slide that send is connected with the described needle rack that send, and along the described top sides of sending needle rack along slip, the described bottom of needle rack and described the 3rd main shaft of sending fixed, described pin fork and described second cam of pushing pin that send is connected.
The beneficial effect that adopts above-mentioned further scheme is to send pin steady.
Further, described pressure head submodule comprises the sub-depression bar of pressure head, cuts out neat depression bar, cuts out neat connecting rod, and the sub-connecting rod of pressure head is cut out neat body frame, and connecting rod is cut out neat fork, the sub-fork of pressure head, knife rest, cylinder, pin clamp mechanism, the support of pushing pin, push pin a connecting rod and the rack rod of pushing pin;
On described pin clamp mechanism and described second main shaft first presses the knot cam to be connected, the neat cam of described sanction is connected with an end of cutting out neat fork, the other end of the neat fork of described sanction is connected with an end of the neat connecting rod of described sanction, the other end of the neat connecting rod of described sanction is fixed with an end of cutting out neat depression bar, the middle part of the neat depression bar of described sanction and the neat body frame of described sanction are fixed, a link of the other end of the neat depression bar of described sanction and the neat module of described sanction is fixed, described knife rest is arranged at the top of pin clamp mechanism and the bottom of knife rest and the top of pin clamp mechanism and fixes, one end of another link of the neat module of described sanction and the sub-depression bar of described pressure head is fixed, the other end of the sub-depression bar of described pressure head is connected with an end of the sub-connecting rod of described pressure head, the other end of the sub-connecting rod of described pressure head is connected with an end of connecting rod, the other end of described connecting rod is connected with an end of the sub-fork of described pressure head, the other end of the sub-fork of described pressure head is connected with described indentor point cam, the two ends of described cylinder are fixed with the described support of pushing pin respectively, the bottom of the described support of pushing pin is fixed by push pin rack rod and described push-and-pull shank, one end of a described connecting rod of pushing pin is connected with the described rack rod of pushing pin, and the other end of a described connecting rod of pushing pin is connected by drive disk assembly and described first cam of pushing pin.
The beneficial effect that adopts above-mentioned further scheme is to guarantee to be in clamped state all the time adding man-hour processed pin base, does not produce loosening.
Further, the neat mould of described sanction comprises pressure head hammer and cuts out neat cutter, and described pressure head hammer is connected with the sub-depression bar of described pressure head, and the neat cutter of described sanction is connected with the neat depression bar of described sanction.
The beneficial effect that adopts above-mentioned further scheme is compact conformation.
Further, described pressure knot module comprises presses the knot slide block, the ratchet shift fork, and ratchet, the first ratchet connecting rod, the second ratchet connecting rod is pressed the knot fork and is pressed the knot body frame;
One end of described pressure knot fork and described second presses the knot cam to be connected, the middle part of described pressure knot fork is fixed by pin and described pressure knot body frame, the other end of described pressure knot fork is provided with set screw, one end of described pressure knot slide block is fixed with pressing the knot body frame by spring, described ratchet shift fork and coaxial ratchet are fixed, described ratchet shift fork is connected with an end of the first ratchet connecting rod, the other end of the described first ratchet connecting rod is connected with the second ratchet connecting rod, and the described second ratchet connecting rod is connected with the shift fork cam.
The beneficial effect that adopts above-mentioned further scheme is convenient size of regulating hammer pressure.
Further, the bottom of described transmission module also is provided with table top.
The beneficial effect that adopts above-mentioned further scheme is be convenient to said mechanism fixing.
Further, the bottom of described table top also is provided with body frame.
The beneficial effect that adopts above-mentioned further scheme is to be convenient to equipment lay.
Description of drawings
Fig. 1 is overall structure vertical view of the present invention;
Fig. 2 is transmission module structure chart of the present invention;
Fig. 3 send the needle mould block structural diagram for the present invention;
Fig. 4 is pressure head sub modular structure figure of the present invention;
Fig. 5 is neat modular structure figure for the present invention cuts out;
Fig. 6 presses knot modular structure figure for the present invention.
In the accompanying drawing, the list of parts of each label representative is as follows:
1, send the needle mould piece, 1-1, perpendicular needle plate, 1-2, send needle plate, 1-3, send the pin slide, 1-4, send needle rack, 1-5, send the pin fork, 2, transmission module, 2-1, first main shaft, 2-2, second main shaft, 2-3, the 3rd main shaft, 2-4, the indentor point cam, 2-5, cut out neat cam, 2-6, first cam of pushing pin, 2-7, first presses knot cam, 2-8, the push-and-pull shank, 2-9, the shift fork cam, 2-10, second cam of pushing pin, 2-11, second presses knot cam, 2-12, clutch, 2-13, bevel gear, 3, the pressure head submodule, 3-1, the sub-depression bar of pressure head, 3-2, cut out neat depression bar, 3-3, cut out neat connecting rod, 3-4, the sub-connecting rod of pressure head, 3-5, cut out neat body frame, 3-6, connecting rod, 3-7, cut out neat fork, 3-8, the sub-fork of pressure head, 3-9, knife rest, 3-10, cylinder, 3-11, the pin clamp mechanism, 3-12, the support of pushing pin, 3-13, a connecting rod of pushing pin, 3-14, the rack rod of pushing pin, 4, cut out neat module, 4-1, the pressure head hammer, 4-2, cut out neat cutter, 5, press the knot module, 5-1, press the knot slide block, 5-2, the ratchet shift fork, 5-3, ratchet, 5-4, the first ratchet connecting rod, 5-5, the second ratchet connecting rod, 5-6, press the knot fork, 5-7, press the knot body frame, 6, table top, 7, body frame.
The specific embodiment
Below in conjunction with accompanying drawing principle of the present invention and feature are described, institute gives an actual example and only is used for explaining the present invention, is not for limiting scope of the present invention.
As shown in Figure 1, Fig. 1 is overall structure vertical view of the present invention; Fig. 2 send the needle mould block structural diagram for the present invention; Fig. 3 is transmission module structure chart of the present invention; Fig. 4 is pressure head sub modular structure figure of the present invention; Fig. 5 is neat modular structure figure for the present invention cuts out; Fig. 6 presses knot modular structure figure for the present invention.
A kind of three stations comprise and send needle mould piece 1 from dynamic pressure trimming pin machine processed, transmission module 2, and pressure head submodule 3 is cut out neat module 4 and is pressed knot module 5;
Described transmission module 2, comprise the first main shaft 2-1, the second main shaft 2-2, the 3rd main shaft 2-3 and lay respectively at a plurality of cams on three main shafts, the described second main shaft 2-2 is parallel with the 3rd main shaft 2-3, the described first main shaft 2-1 is connected respectively at the end of the second main shaft 2-2 and the 3rd main shaft 2-3 the same side and is vertical with the 3rd main shaft 2-3 with the second main shaft 2-2 respectively, described transmission module 2 is used for drive and send needle mould piece 1, pressure head submodule 5 is cut out neat module 4 and is pressed knot module 5 to finish the processing action of respective needle base;
The described needle mould piece 1 that send is arranged at the top of the 3rd main shaft 2-3 in the described transmission module 2 away from the side of the first main shaft 2-1, is used for transmitting the pin base to assigned address;
Described pressure knot module 5 is arranged at the top of the second main shaft 2-2 in the described transmission module 2 and the top at the 3rd main shaft 2-3 middle part, is used for the pin base is pressed the processing of knot operation;
Described pressure head submodule 3 is arranged at the close second main shaft 2-2, one side in first main shaft 2-1 top in the described transmission module 2, is used for the pin base is carried out the processing of the sub-operation of pressure head;
The neat module 4 of described sanction is arranged at the top in the middle part of the first main shaft 2-1 in the described transmission module 2, and parallel with pressure head submodule 3, for the processing of carrying out the trimming operation of pin base.
Described transmission module comprises indentor point cam 2-4, cut out neat cam 2-5, the first cam 2-6 that pushes pin, the first main shaft 2-1, the second main shaft 2-2, the 3rd main shaft 2-3, first presses knot cam 2-7, push-and-pull shank 2-8, shift fork cam 2-9, the second cam 2-10 that pushes pin, second presses knot cam 2-11, clutch 2-12 and bevel gear 2-13;
The described first cam 2-6 that pushes pin, cut out neat cam 2-5, indentor point cam 2-4 and bevel gear 2-13 are placed on the first main shaft 2-1 successively, described clutch 2-12 is arranged at the end that the first main shaft 2-1 is provided with bevel gear 2-13, the end of the described second main shaft 2-2 and the described first main shaft 2-1 is in transmission connection, described first presses knot cam 2-7 to be placed on the described second main shaft 2-2, described second presses knot cam 2-11, the second cam 2-10 that pushes pin, shift fork cam 2-9 is placed on the 3rd main shaft 2-3 successively, described push-and-pull shank 2-8 and described the 3rd main shaft 2-3 fix, and the stiff end of described push-and-pull shank 2-8 is placed in the 3rd main shaft 2-3 upper shift fork cam 2-9 and second and pushes pin between the cam 2-10.
The described needle mould piece 1 that send comprises perpendicular needle plate 1-1, send needle plate 1-2, send pin slide 1-3, send needle rack 1-4 and send pin fork 1-5, described perpendicular needle plate 1-1 is perpendicular to plane, described transmission module place, described vertical and its open top and perpendicular needle plate 1-1 the bottom with described perpendicular needle plate 1-1 of needle plate 1-2 of sending is fixed, the described bottom of needle plate 1-2 and the described upper surface of pin slide 1-3 that send of sending fixed, the described lower surface of pin slide 1-3 that send is connected with the described needle rack 1-4 that send, and along the described top sides of needle rack 1-4 of sending along slip, the described bottom of needle rack 1-4 and described the 3rd main shaft 2-3 of sending fixes, and described pin fork 1-5 and the described second cam 2-10 that pushes pin that send is connected.
Described pressure head submodule 3 comprises the sub-depression bar 3-1 of pressure head, cuts out neat depression bar 3-2, cuts out neat connecting rod 3-3, the sub-connecting rod 3-4 of pressure head, cut out neat body frame 3-5, connecting rod 3-6 cuts out neat fork 3-7, the sub-fork 3-8 of pressure head, knife rest 3-9, cylinder 3-10, pin clamp mechanism 3-11, the support 3-12 that pushes pin, a connecting rod 3-13 and the rack rod 3-14 that pushes pin push pin;
On described pin clamp mechanism 3-11 and the described second main shaft 2-2 first presses knot cam 2-7 to be connected, the neat cam 2-5 of described sanction is connected with an end of cutting out neat fork 3-7, the other end of the neat fork 3-7 of described sanction is connected with the end of the neat connecting rod 3-3 of described sanction, the other end of the neat connecting rod 3-3 of described sanction is fixed with an end of cutting out neat depression bar 3-2, the neat body frame 3-5 of the middle part of the neat depression bar 3-2 of described sanction and described sanction fixes, a link of the other end of the neat depression bar 3-2 of described sanction and the neat module of described sanction is fixed, described knife rest 3-9 is arranged at the top of pin clamp mechanism 3-11 and the bottom of knife rest 3-9 and the top of pin clamp mechanism 3-11 and fixes, the end of another link of the neat module of described sanction and the sub-depression bar 3-1 of described pressure head is fixed, the other end of the sub-depression bar 3-1 of described pressure head is connected with the end of the sub-connecting rod 3-4 of described pressure head, the other end of the sub-connecting rod 3-4 of described pressure head is connected with the end of connecting rod 3-6, the other end of described connecting rod 3-6 is connected with the end of the sub-fork 3-8 of described pressure head, the other end of the sub-fork 3-8 of described pressure head is connected with described indentor point cam 2-4, the two ends of described cylinder 3-10 are fixed with the described support 3-12 that pushes pin respectively, the bottom of the described support 3-12 that pushes pin is fixed by push pin rack rod 3-14 and described push-and-pull shank 2-8, the end of a described connecting rod 3-13 that pushes pin is connected with the described rack rod 3-14 that pushes pin, and the described other end of connecting rod 3-13 of pushing pin is connected by drive disk assembly and the described first cam 2-6 that pushes pin.
The neat module 4 of described sanction comprises pressure head hammer 4-1 and the neat cutter 4-2 of sanction, and described pressure head hammer 4-1 is connected with the sub-depression bar 3-1 of described pressure head, and the neat cutter 4-2 of described sanction is connected with the neat depression bar 3-2 of described sanction.
Described pressure knot module 5 comprises presses knot slide block 5-1, ratchet shift fork 5-2, and ratchet 5-3, the first ratchet connecting rod 5-4, the second ratchet connecting rod 5-5 presses knot fork 5-6 and presses knot body frame 5-7;
The end of described pressure knot fork 5-6 and described second presses knot cam 2-11 to be connected, the middle part of described pressure knot fork 5-6 is fixed by pin and described pressure knot body frame 5-7, the other end of described pressure knot fork 5-6 is provided with set screw, the end of described pressure knot slide block 5-1 is fixed with pressing knot body frame 5-7 by spring, described ratchet shift fork 5-2 and ratchet 5-3 are coaxial fixing, described ratchet shift fork 5-2 is connected with the end of the first ratchet connecting rod 5-4, the other end of the described first ratchet connecting rod 5-4 is connected with the second ratchet connecting rod 5-5, and the described second ratchet connecting rod 5-5 is connected with shift fork cam 2-9.
The bottom of described transmission module 2 also is provided with table top 6.
The bottom of described table top 6 also is provided with body frame 7.
Operation principle: this machine is to finish the work by mechanically operated mode, the pin base is put into perpendicular needle plate 1-1, drive and to send pin fork 1-5 by sending needle plate 1-2 that the pin base is pushed in the cylinder 3-10 groove by the second cam 2-10 that pushes pin, stir ratchet shift fork 5-2 rotary drum 3-10 through ratchet 5-3, by push-and-pull shank 2-8 the pin base is delivered to processing stations and fix.Drive the sub-fork 3-8 of pressure head, drive the sub-connecting rod 3-4 of pressure head and then drive the sub-depression bar 3-1 of pressure head by indentor point cam 2-4 this moment and depress the pressure head hammer, cut out the neat fork 3-7 of neat cam 2-5 drive sanction, the neat connecting rod 3-3 of drive sanction simultaneously, and then the neat depression bar 3-2 of drive sanction finishes the neat syringe needle of sanction such as Fig. 4 and Fig. 5 with the neat cutter of sanction.The first pressure knot cam 2-7 and second that staggers the time presses knot cam 2-11(symmetric double to two sides) drive and press knot fork 5-6 horizontal bidirectional to beat pressure knot slide block 5-1, and then drive with the knot of the pressure knot hammer of pressing knot slide block 5-1 to link to each other with pin base projection and flatten in the needle body, finish pressure knot operation such as Fig. 6.After three operations are finished, by push-and-pull shank 2-8 the pin base is retracted in the roller trough 3-10, cylinder 3-10 rotates under the stirring of ratchet shift fork 5-2, and the pin base is fallen into marshalling automatically, and this machine repeats to finish three operations continuously automatically, realizes automated production.
The above only is preferred embodiment of the present invention, and is in order to limit the present invention, within the spirit and principles in the present invention not all, any modification of doing, is equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (8)
1. a station is characterized in that from dynamic pressure trimming pin machine processed: comprise and send needle mould piece (1), and transmission module (2), pressure head submodule (3) is cut out neat module (4) and is pressed knot module (5);
Described transmission module (2), comprise first main shaft (2-1), second main shaft (2-2), the 3rd main shaft (2-3) and lay respectively at a plurality of cams on three main shafts, described second main shaft (2-2) is parallel with the 3rd main shaft (2-3), described first main shaft (2-1) is connected respectively at the end of second main shaft (2-2) and the 3rd main shaft (2-3) the same side and is vertical with the 3rd main shaft (2-3) with second main shaft (2-2) respectively, described transmission module (2) is used for drive and send needle mould piece (1), pressure head submodule (5) is cut out neat module (4) and is pressed knot module (5) to finish the processing action of respective needle base;
The described needle mould piece (1) that send is arranged at the top of the 3rd main shaft (2-3) in the described transmission module (2) away from a side of first main shaft (2-1), is used for transmitting the pin base to assigned address;
Described pressure knot module (5) is arranged at the top of second main shaft (2-2) in the described transmission module (2) and the top at the 3rd main shaft (2-3) middle part, is used for the pin base is pressed the processing of knot operation;
Described pressure head submodule (3) is arranged at close second main shaft (2-2) side in first main shaft (2-1) top in the described transmission module (2), is used for the pin base is carried out the processing of the sub-operation of pressure head;
The neat module of described sanction (4) is arranged at the top in the middle part of first main shaft (2-1) in the described transmission module (2), and parallel with pressure head submodule (3), for the processing of carrying out the trimming operation of pin base.
2. three stations according to claim 1 are from dynamic pressure trimming pin machine processed, it is characterized in that: described transmission module comprises indentor point cam (2-4), cut out neat cam (2-5), first cam (2-6) of pushing pin, first main shaft (2-1), second main shaft (2-2), the 3rd main shaft (2-3), first presses knot cam (2-7), push-and-pull shank (2-8), shift fork cam (2-9), second cam (2-10) of pushing pin, second presses knot cam (2-11), clutch (2-12) and bevel gear (2-13);
Described first cam (2-6) of pushing pin, cut out neat cam (2-5), indentor point cam (2-4) and bevel gear (2-13) are placed on first main shaft (2-1) successively, described clutch (2-12) is arranged at the end that first main shaft (2-1) is provided with bevel gear (2-13), described second main shaft (2-2) is in transmission connection with an end of described first main shaft (2-1), described first presses knot cam (2-7) to be placed on described second main shaft (2-2), described second presses knot cam (2-11), second cam (2-10) of pushing pin, shift fork cam (2-9) is placed on the 3rd main shaft (2-3) successively, described push-and-pull shank (2-8) is fixing with described the 3rd main shaft (2-3), and the stiff end of described push-and-pull shank (2-8) is placed in the 3rd main shaft (2-3) upper shift fork cam (2-9) and second and pushes pin between the cam (2-10).
3. three stations according to claim 2 are from dynamic pressure trimming pin machine processed, it is characterized in that: the described needle mould piece (1) that send comprises perpendicular needle plate (1-1), send needle plate (1-2), send pin slide (1-3), send needle rack (1-4) and send pin fork (1-5), described perpendicular needle plate (1-1) is perpendicular to plane, described transmission module place, described needle plate (1-2) bottom vertical with described perpendicular needle plate (1-1) and its open top and perpendicular needle plate (1-1) of sending is fixed, the described bottom of needle plate (1-2) and the described upper surface of pin slide (1-3) that send of sending fixed, the described lower surface of pin slide (1-3) that send is connected with the described needle rack (1-4) that send, and along the described top sides of needle rack (1-4) of sending along slip, the described bottom of sending needle rack (1-4) and described the 3rd main shaft (2-3) are fixing, and described pin fork (1-5) and described second cam (2-10) of pushing pin that send is connected.
4. three stations according to claim 3 are from dynamic pressure trimming pin machine processed, it is characterized in that: described pressure head submodule (3) comprises the sub-depression bar of pressure head (3-1), cut out neat depression bar (3-2), cut out neat connecting rod (3-3), the sub-connecting rod of pressure head (3-4), cut out neat body frame (3-5), connecting rod (3-6), cut out neat fork (3-7), the sub-fork of pressure head (3-8), knife rest (3-9), cylinder (3-10), pin clamp mechanism (3-11), the support of pushing pin (3-12), push pin a connecting rod (3-13) and the rack rod of pushing pin (3-14);
On described pin clamp mechanism (3-11) and described second main shaft (2-2) first presses knot cam (2-7) to be connected, the neat cam of described sanction (2-5) is connected with an end of cutting out neat fork (3-7), the other end of the neat fork of described sanction (3-7) is connected with an end of the neat connecting rod of described sanction (3-3), the other end of the neat connecting rod of described sanction (3-3) is fixed with an end of cutting out neat depression bar (3-2), the middle part of the neat depression bar of described sanction (3-2) and the neat body frame of described sanction (3-5) are fixing, a link of the other end of the neat depression bar of described sanction (3-2) and the neat module of described sanction is fixed, described knife rest (3-9) is arranged at the top of pin clamp mechanism (3-11) and the bottom of knife rest (3-9) and the top of pin clamp mechanism (3-11) and fixes, one end of another link of the neat module of described sanction and the sub-depression bar of described pressure head (3-1) is fixed, the other end of the sub-depression bar of described pressure head (3-1) is connected with an end of the sub-connecting rod of described pressure head (3-4), the other end of the sub-connecting rod of described pressure head (3-4) is connected with an end of connecting rod (3-6), the other end of described connecting rod (3-6) is connected with an end of the sub-fork of described pressure head (3-8), the other end of the sub-fork of described pressure head (3-8) is connected with described indentor point cam (2-4), the two ends of described cylinder (3-10) are fixing with the described support of pushing pin (3-12) respectively, the bottom of the described support of pushing pin (3-12) is fixing by the rack rod of pushing pin (3-14) and described push-and-pull shank (2-8), one end of the described connecting rod (3-13) of pushing pin is connected with the described rack rod of pushing pin (3-14), and the other end of the described connecting rod (3-13) of pushing pin is connected by drive disk assembly and described first cam (2-6) of pushing pin.
5. three stations according to claim 4 are from dynamic pressure trimming pin machine processed, it is characterized in that: the neat module of described sanction (4) comprises pressure head hammer (4-1) and cuts out neat cutter (4-2), described pressure head hammer (4-1) is connected with the sub-depression bar of described pressure head (3-1), and the neat cutter of described sanction (4-2) is connected with the neat depression bar of described sanction (3-2).
6. three stations according to claim 5 are from dynamic pressure trimming pin machine processed, it is characterized in that: described pressure knot module (5) comprises presses knot slide block (5-1), ratchet shift fork (5-2), ratchet (5-3), the first ratchet connecting rod (5-4), the second ratchet connecting rod (5-5) is pressed knot fork (5-6) and is pressed knot body frame (5-7);
One end of described pressure knot fork (5-6) and described second presses knot cam (2-11) to be connected, the middle part of described pressure knot fork (5-6) is fixing by pin and described pressure knot body frame (5-7), the other end of described pressure knot fork (5-6) is provided with set screw, one end of described pressure knot slide block (5-1) is fixed with pressing knot body frame (5-7) by spring, described ratchet shift fork (5-2) is coaxial fixing with ratchet (5-3), described ratchet shift fork (5-2) is connected with an end of the first ratchet connecting rod (5-4), the other end of the described first ratchet connecting rod (5-4) is connected with the second ratchet connecting rod (5-5), and the described second ratchet connecting rod (5-5) is connected with shift fork cam (2-9).
According to arbitrary described three stations of claim 1 to 6 from dynamic pressure trimming pin machine processed, it is characterized in that: the bottom of described transmission module (2) also is provided with table top (6).
8. three stations according to claim 7 is characterized in that from dynamic pressure trimming pin machine processed: the bottom of described table top (6) also is provided with body frame (7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310196982.1A CN103264127B (en) | 2013-05-23 | 2013-05-23 | Three-station automatic pressing aligned-cutting needle making machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310196982.1A CN103264127B (en) | 2013-05-23 | 2013-05-23 | Three-station automatic pressing aligned-cutting needle making machine |
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| CN103264127A true CN103264127A (en) | 2013-08-28 |
| CN103264127B CN103264127B (en) | 2014-12-10 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1282639A (en) * | 1999-08-03 | 2001-02-07 | 风琴针株式会社 | Needls and manufacturing method thereof |
| KR20040020414A (en) * | 2002-08-30 | 2004-03-09 | 주식회사 오엔텍 | Automatic acupuncture needle manufacturing machine |
| WO2006077742A1 (en) * | 2004-12-28 | 2006-07-27 | Nabtesco Corporation | Skin needle producing device and skin needle producing method |
| CN201308954Y (en) * | 2008-12-10 | 2009-09-16 | 刘永君 | Pin punching machine |
| CN202725904U (en) * | 2012-07-16 | 2013-02-13 | 湖北博士隆科技有限公司 | Double-station closed type rivet machine |
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2013
- 2013-05-23 CN CN201310196982.1A patent/CN103264127B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1282639A (en) * | 1999-08-03 | 2001-02-07 | 风琴针株式会社 | Needls and manufacturing method thereof |
| KR20040020414A (en) * | 2002-08-30 | 2004-03-09 | 주식회사 오엔텍 | Automatic acupuncture needle manufacturing machine |
| WO2006077742A1 (en) * | 2004-12-28 | 2006-07-27 | Nabtesco Corporation | Skin needle producing device and skin needle producing method |
| CN201308954Y (en) * | 2008-12-10 | 2009-09-16 | 刘永君 | Pin punching machine |
| CN202725904U (en) * | 2012-07-16 | 2013-02-13 | 湖北博士隆科技有限公司 | Double-station closed type rivet machine |
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| CN103264127B (en) | 2014-12-10 |
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