CN102248098A - Chain-driven jointed spring making machine - Google Patents
Chain-driven jointed spring making machine Download PDFInfo
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- CN102248098A CN102248098A CN2011101676179A CN201110167617A CN102248098A CN 102248098 A CN102248098 A CN 102248098A CN 2011101676179 A CN2011101676179 A CN 2011101676179A CN 201110167617 A CN201110167617 A CN 201110167617A CN 102248098 A CN102248098 A CN 102248098A
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Abstract
The invention relates to the technical field of spring manufacture and in particular relates to a chain-driven jointed spring making machine used for manufacturing Simmons bed mattresses. The machine is characterized in that a cutter driving bevel gear, a left arc-shaped swing link cam, a left lifting swing link cam, a sliding swing link cam, a right lifting swing link cam, a right arc-shaped swing link cam, a main driving sprocket and a heat treatment swing link cam are arranged in sequence on a main shaft; the cutter driving bevel gear is connected with a shearing mechanism; the sliding swing link cam is connected with a sliding swing link through a sliding swing link cam top roller and connected with a snap spring hooking mechanism; the main driving sprocket is connected with an auxiliary shaft transmission mechanism through a chain; and the heat treatment swing link cam is connected with a heat treatment swing link through a heat treatment swing link cam top roller and connected with a heat treatment device. The chain-driven jointed spring making machine has the advantages that: owing to the chain drive mode, the stability of the spring-making production process is greatly improved; the heat treatment process is adopted to not only save cost but also improve the quality of products; and the economic benefits of enterprises are greatly increased.
Description
Technical field
The present invention relates to the spring manufacture technology field, particularly a kind ofly make the linked transmission conjoined spring spring manufacturing machine that padding for spring bed is used.
Background technology
Chinese patent 200810012811.8 discloses a kind of spring manufacturing machine for processing conjoined spring, this spring manufacturing machine comprises that steel wire sends machine to, the frame of spring manufacturing machine, be located at the work top, gearbox, drive motors, stepping swing-bar mechanism, stage clip thick stick mechanism of this frame upside, the spring apparatus for bending that is connected of frame therewith, the spring forming device that is connected of spring apparatus for bending therewith, the cutting mechanism that is connected of spring forming device therewith, the receipts spring arrangement and the electric-control system that are connected of cutting mechanism formed therewith.Though this conjoined spring spring manufacturing machine has been realized the whole automations of operation such as arrangement spring steel wire, the bending of blank spring, spring forming, cut-out, receipts spring packing, but owing to adopt the compression cylinder drive method, need the configuration compressor, equipment is complicated, the maintenance cost height, particularly winter is in the north of cold, and the water in the compressor can freeze, and makes the poor stability of whole drive system.And processing after spring also need heat treatment separately, increased operation, improved production cost.
Summary of the invention
The object of the present invention is to provide a kind of linked transmission conjoined spring spring manufacturing machine, adopt linked transmission in process of production, improved stability of transmission.And in processed springs, it is heat-treated, can improve economic benefit of enterprises greatly.
The objective of the invention is to realize by following technical proposals:
Linked transmission conjoined spring spring manufacturing machine of the present invention, comprise that steel wire sends machine to, frame, be located at the workbench of this frame top, electric cabinet, gearbox, drive motors, the main shaft that is connected of drive motors therewith, the stepping swing-bar mechanism that is connected of main shaft therewith, stage clip thick stick mechanism, grab spring hook mobile phone structure, the bending mechanism that is connected with frame, cutting mechanism, the receipts spring arrangement that the sensor for countering of cutting mechanism is connected with cutting mechanism therewith, it is characterized in that on described main shaft, being provided with successively the cutting knife driving bevel gear, left side curved arc swing link cam, left side lifting swing link cam, the slip swing link cam, right lifting swing link cam, the right bended arc swing link cam, sprocket for main drive and heat treatment swing link cam, described cutting knife driving bevel gear is connected with described cutting mechanism, described slip swing link cam is connected with the slip fork by slip swing link cam top roller, this slip fork with grab spring hook mobile phone structure and be connected, described sprocket for main drive is connected with countershaft gearing mechanism by chain, described heat treatment swing link cam is connected with the heat treatment fork by heat treatment swing link cam top roller, this heat treatment fork is connected with annealing device, described left curved arc swing link cam is connected with left curved arc fork by left curved arc swing link cam top roller, described right bended arc swing link cam is connected with the right bended arc fork by right bended arc swing link cam top roller, described left lifting swing link cam is connected with left lifting fork by left lifting swing link cam top roller, described right lifting swing link cam is connected with right lifting fork by right lifting swing link cam top roller, described left curved arc fork, the right bended arc fork, lifting fork in a left side all is connected with described stepping swing-bar mechanism with right lifting fork
Contiguous cutter at described cutting mechanism is provided with the dialing spring sensor, contiguous cutting knife clutch place is provided with the heat treatment sensor on described frame, on the receipts spring bracket of described receipts spring arrangement, be provided with the turnover panel sensor, described sensor for countering, dialing spring sensor, heat treatment sensor and turnover panel sensor all are connected with described electric cabinet
Described countershaft gearing mechanism comprises the counter shaft bearing bearing that is located on the described frame, the countershaft that is rotatably connected of counter shaft bearing bearing therewith, be located at the left side press-bending cam on this countershaft successively, the left circles arc voltage is bent cam, grab spring hook hand cam, the right circles arc voltage is bent cam, auxiliary driving sprocket wheel and right side press-bending cam, described left side press-bending cam is connected with left side press-bending pull bar by left side press-bending cam top roller, the curved cam of described left circles arc voltage is connected with left circles arc voltage curved pull rod by the curved cam top roller of left circles arc voltage, the described spring hook hand cam of grabbing is by grabbing spring hook hand cam top roller and grabbing spring hook hand lever and be connected, the curved cam of described right circles arc voltage is connected with right circles arc voltage curved pull rod by the curved cam top roller of right circles arc voltage, described right side press-bending cam is connected with right side press-bending pull bar by right side press-bending cam top roller, described left side press-bending pull bar, right side press-bending pull bar, left circles arc voltage curved pull rod all is connected with described bending mechanism with right circles arc voltage curved pull rod, the described spring hook hand lever of grabbing is connected with the described spring hook mobile phone structure of grabbing, and described auxiliary driving sprocket wheel is connected with described sprocket for main drive by chain.
The described spring hook mobile phone structure of grabbing comprises the working plate that is fixed on the frame, the working plate slip minor axis that fixes and connect therewith, the sliding panel that the minor axis that slides therewith work is slidingly connected, therewith sliding panel fix connect grab spring hook bangle wheel shaft, symmetry is located at this and grabs two on spring hook bangle wheel shaft cover and grab spring hook bangle wheel and grab spring hook hand, that grabs therewith that spring hook bangle wheel is meshed grabs spring hook bangle bar, connect these two connecting plates of grabbing spring hook bangle bar, one end connects the described spring hook bangle bar of grabbing, the other end is connected with described working plate grabs spring hook hand spring, the slip major axis that fixes and be connected with described sliding panel front end, the middle part of this slip major axis is connected with described slip fork, and the middle part of described connecting plate is connected with the described spring hook hand lever of grabbing.
Described bending mechanism is by the left side bending mechanism that is located at described frame left side, the right side bending mechanism that is located at described frame right side is formed with the circular arc bending mechanism that is located at described workbench top, described left side bending mechanism comprises the left side press-bending head that is positioned at the workbench top, the support arm that the head that bends therewith is connected, by the rotating shaft connecting rod that is connected of support arm therewith, one end is the curved back-moving spring of the side pressure that is connected of connecting rod therewith, the other end of the curved back-moving spring of this side pressure is fixedlyed connected with described frame, be located at the side pressure sprocket wheel on the frame of being close to described connecting rod place, the side pressure sprocket wheel is meshed and an end is connected with described support arm therewith, the side pressure chain that the other end is connected with described left side press-bending pull bar
The structure and the left side bending mechanism of described right side bending mechanism are symmetrical,
Described circular arc bending mechanism comprises that symmetry is located at circular arc press-bending left socle and the circular arc press-bending right support on the work top, the circular arc press-bending back-moving spring group that is connected with circular arc press-bending right support of circular arc press-bending left socle therewith respectively, the circular arc bending die that is connected of circular arc press-bending back-moving spring group therewith, this circular arc bending die is connected with right circles arc voltage curved pull rod with described left circles arc voltage curved pull rod.
Described cutting mechanism comprises the passive bevel gear of cutting knife that is meshed with described cutting knife driving bevel gear, one end is the cutting knife power transmission shaft that is connected of the passive bevel gear of cutting knife therewith, the cutting knife clutch that is connected of the other end of cutting knife power transmission shaft therewith, the cutter connecting rod that is connected of cutting knife clutch therewith, be fixed on the cutting knife of this cutter connecting rod upper end, be located at the counting contact on the described cutting knife power transmission shaft.
Described annealing device comprises that symmetry is located at two heat treatment pressing plates of workbench top, one end heat treatment pressing plate therewith is connected, the pressing plate back-moving spring that the other end is connected with described frame, pressing plate top roller by being located at described two heat treatment pressing plate bottoms two two pressing plate cams that the heat treatment pressing plate is connected therewith respectively, two heat treatment power transmission shafts that the pressing plate cam is rotatably connected therewith, the heat treatment power transmission shaft bearing that is connected of heat treatment power transmission shaft two ends therewith, be located at the drive sprocket on the described heat treatment power transmission shaft, with the heat treatment heater that described two heat treatment pressing plates are electrically connected, described drive sprocket is connected with described heat treatment fork by chain.
Described receipts spring arrangement comprises the bin that lands that is located at described cutting mechanism back, be located at this and land the receipts spring bracket of bin upper surface, be fixed on this receipts spring clutch above receipts spring bracket, what be connected with described receipts spring clutch grabs spring hook hand, land the groove that connects material that bin is connected with described, the turnover panel that the upper edge of groove is connected that connects material therewith, the turnover panel connecting rod that is connected of turnover panel and the turnover panel clutch that is connected of turnover panel connecting rod therewith therewith.
The operation principle of linked transmission conjoined spring spring manufacturing machine of the present invention is:
After drive motors starts, send the machine feed to by steel wire, steel wire enters steel eye frame after entering the straightener aligning, by the straight slab eye of bending by the balance staff outlet, simultaneously by two big cams on the gearbox camshaft be fixed on little cam on two big cams and the rolling of the cam rollers in the swing arm, drive swing arm and make alternatively swinging, swing, make steel wire fold the blank of non junction conjoined spring by adjusting push rod promotion balance staff.The non junction conjoined spring is every to be rolled over 4 and curvedly can be regarded as one group.
After the conjoined spring blank folded 7 groups, stop, it is sealed in the blank spring apparatus for bending, make the 7th short lines section be placed on press-bending position, left side, preceding right stepping fork seals in the 5th short lines fragment position of opposite side, and preceding right stepping fork raises and advances backward, and preceding left stepping fork reduces to be return.Meanwhile, sliding panel send spring backward, grab when delivering to that the spring hook is openhanded to be opened, sliding panel returns, stage clip thick stick pressing spring, then grab spring hook hand grip spring, the stage clip thick stick lifts, left side press-bending head, right side press-bending head and circular arc bending die successively will lift after the spring press-bending, and preceding simultaneously left stepping fork raises and advances, preceding right stepping fork descends and returns, sliding panel send spring backward, grabs when delivering to that the spring hook is openhanded to be opened, and sliding panel returns, stage clip thick stick holddown spring, grab spring hook hand grip spring, the stage clip thick stick lifts, left side press-bending head, right side press-bending head and circular arc bending die successively will lift after the spring press-bending, preceding left stepping fork descends and returns, and preceding right stepping fork raises and advances.Alternating movement so repeatedly, the conjoined spring shape that spring is folded.
Spring after the compression moulding is under the effect of sliding panel, the right stepping fork of left stepping fork in back and back, move backward, enter the receipts spring arrangement, pass through rolling counters forward, when reaching specified quantity, cutting knife drives cutting knife and cuts off spring, meanwhile near switch work, receiving spring hook hand hooks spring on the turnover panel of receiving spring arrangement, turn under the turnover panel, cut finished product spring falls in the groove that connects material, and the finished product spring goes out the groove bundling from landing the bin.
The present invention is at bending mechanism and receive between the spring arrangement and added annealing device, can in processed springs spring be heat-treated, and puts into the operation that electric furnace reheats again after having exempted spring processing in the past, provides cost savings.
Advantage of the present invention is: owing to adopted the linked transmission structure, make the production of system spring not only realize automation from operations such as wire feed, flexural spring blank, compacting semi arch, cut-out, arrangement receipts springs, and avoided the unstability of transmission system in the production process in the winter time, in the spring process, heat-treat simultaneously, both provided cost savings, improve product quality again, can obviously improve economic benefit of enterprises.
Description of drawings
Fig. 1 is the structural representation of linked transmission conjoined spring spring manufacturing machine of the present invention.
Fig. 2 is a main axle structure schematic diagram of the present invention.
Fig. 3 is a countershaft structural representation of the present invention.
Fig. 4 is the structural representation of side pressure bender structure of the present invention.
Fig. 5 is a receipts spring arrangement structural representation of the present invention.
The specific embodiment
Further specify the specific embodiment of the present invention below in conjunction with accompanying drawing.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, linked transmission conjoined spring spring manufacturing machine of the present invention, comprise that steel wire sends machine 5 to, frame 1, be located at the workbench 8 of this frame 1 top, electric cabinet 4, gearbox, drive motors 3, the main shaft 34 that is connected of drive motors 3 therewith, the stepping swing-bar mechanism 35 that is connected of main shaft 34 therewith, stage clip thick stick mechanism 9, grab spring hook mobile phone structure, the bending mechanism that is connected with frame 1, cutting mechanism, the receipts spring arrangement 26 that the sensor for countering 33 of cutting mechanism is connected with cutting mechanism therewith, it is characterized in that on described main shaft 34, being provided with successively cutting knife driving bevel gear 34-1, left side curved arc swing link cam 34-10, left side lifting swing link cam 34-12, slip swing link cam 34-11, right lifting swing link cam 34-13, right bended arc swing link cam 34-9, sprocket for main drive 34-7 and heat treatment swing link cam 34-8, described cutting knife driving bevel gear 34-1 is connected with described cutting mechanism, described slip swing link cam 34-11 is connected with slip fork 34-4 by slip swing link cam top roller, this slip fork 34-4 with grab spring hook mobile phone structure and be connected, described sprocket for main drive 34-7 is connected with countershaft gearing mechanism by chain, described heat treatment swing link cam 34-8 is connected with heat treatment fork 6 by heat treatment swing link cam top roller, this heat treatment fork 6 is connected with annealing device, described left curved arc swing link cam 34-10 is connected with left curved arc fork 34-2 by left curved arc swing link cam top roller, described right bended arc swing link cam 34-9 is connected with right bended arc fork 34-6 by right bended arc swing link cam top roller, described left lifting swing link cam 34-12 is connected with left lifting fork 34-3 by left lifting swing link cam top roller, described right lifting swing link cam 34-13 is connected with right lifting fork by right lifting swing link cam top roller, described left curved arc fork 34-2, right bended arc fork 34-6, left side lifting fork 34-3 all is connected with described stepping swing-bar mechanism with right lifting fork 34-5
Contiguous cutting knife 23 places at described cutting mechanism are provided with dialing spring sensor 25, contiguous cutting knife clutch 27 places are provided with heat treatment sensor 28 on described frame 1, on the receipts spring bracket 26-4 of described receipts spring arrangement 26, be provided with turnover panel sensor 26-3, described sensor for countering 33, dialing spring sensor 25, heat treatment sensor 28 and turnover panel sensor 26-3 all are connected with described electric cabinet 4
Described countershaft gearing mechanism comprises the counter shaft bearing bearing 32-1 that is located on the described frame 1, the countershaft 32-2 that is rotatably connected of counter shaft bearing bearing 32-1 therewith, be located at the left side press-bending cam 32-13 on this countershaft 32-2 successively, the left circles arc voltage is bent cam 32-12, grab spring hook hand cam 32-10, the right circles arc voltage is bent cam 32-11, auxiliary driving sprocket wheel 32-7 and right side press-bending cam 32-9, described left side press-bending cam 32-13 is connected with left side press-bending pull bar 32-3 by left side press-bending cam top roller, the curved cam 32-12 of described left circles arc voltage is connected with left circles arc voltage curved pull rod 32-4 by the curved cam top roller of left circles arc voltage, the described spring hook hand cam 32-10 that grabs is by grabbing spring hook hand cam top roller and grabbing spring hook hand lever 32-5 and be connected, the curved cam 32-11 of described right circles arc voltage is connected with right circles arc voltage curved pull rod 32-6 by the curved cam top roller of right circles arc voltage, described right side press-bending cam 32-9 is connected with right side press-bending pull bar 32-8 by right side press-bending cam top roller, described left side press-bending pull bar 32-3, right side press-bending pull bar 32-8, left circles arc voltage curved pull rod 32-4 all is connected with described bending mechanism with right circles arc voltage curved pull rod 32-6, the described spring hook hand lever 32-5 that grabs is connected with the described spring hook mobile phone structure of grabbing, and described auxiliary driving sprocket wheel 32-7 is connected with described sprocket for main drive 34-7 by chain.
The described spring hook mobile phone structure of grabbing comprises the working plate 18 that is fixed on the frame, the working plate 18 slip minor axis 11 that fixes and connect therewith, the sliding panel 10 that minor axis 11 works that slide therewith are slidingly connected, therewith sliding panel 10 fix connect grab spring hook bangle wheel shaft 17, symmetry is located at this and grabs two on the spring hook bangle wheel shaft 17 cover and grab spring hook bangle wheel and grab spring hook hand 13, that grabs therewith that spring hook bangle wheel is meshed grabs spring hook bangle bar, connect these two connecting plates of grabbing spring hook bangle bar, one end connects the described spring hook bangle bar of grabbing, the other end is connected with described working plate 18 grabs spring hook hand spring 30, the slip major axis 7 that fixes and be connected with described sliding panel 10 front ends, the middle part of this slip major axis 7 is connected with described slip fork 34-4, and the middle part of described connecting plate is connected with the described spring hook hand lever 32-5 that grabs.
Described bending mechanism is by the left side bending mechanism 12 that is located at described frame 1 left side, the right side bending mechanism that is located at described frame 1 right side is formed with the circular arc bending mechanism that is located at described workbench 8 tops, described left side bending mechanism 12 comprises a left side press-bending 12-1 who is positioned at workbench 8 tops, the support arm 12-2 that a 12-1 that bends therewith is connected, by the rotating shaft 12-3 connecting rod 12-4 that is connected of support arm 12-2 therewith, one end is the curved back-moving spring 12-7 of the side pressure that is connected of connecting rod 12-4 therewith, the other end of the curved back-moving spring 12-7 of this side pressure is fixedlyed connected with described frame 1, be located at the side pressure sprocket wheel 12-6 on the frame of being close to described connecting rod 12-4 place, side pressure sprocket wheel 12-6 is meshed and an end is connected with described support arm 12-2 therewith, the side pressure chain 12-5 that the other end is connected with described left side press-bending pull bar 32-3
The structure and the left side bending mechanism 12 of described right side bending mechanism are symmetrical,
Described circular arc bending mechanism comprises that symmetry is located at circular arc press-bending left socle 16 and the circular arc press-bending right support on 8 of the workbench, the circular arc press-bending back-moving spring group 15 that is connected with circular arc press-bending right support of circular arc press-bending left socle 16 therewith respectively, the circular arc bending die 14 that is connected of circular arc press-bending back-moving spring group 15 therewith, this circular arc bending die 14 is connected with right circles arc voltage curved pull rod 32-6 with described left circles arc voltage curved pull rod 32-4.
Described cutting mechanism comprises the passive bevel gear of cutting knife that is meshed with described cutting knife driving bevel gear 34-1, one end is the cutting knife power transmission shaft 29 that is connected of the passive bevel gear of cutting knife therewith, the cutting knife clutch 27 that is connected of the other end of cutting knife power transmission shaft 29 therewith, the cutter connecting rod 24 that is connected of cutting knife clutch 27 therewith, be fixed on the cutting knife 23 of these cutter connecting rod 24 upper ends, be located at the dialing spring sensor 25 at contiguous these cutting knife 23 places, be located at the counting contact on the described cutting knife power transmission shaft 29, be located at the sensor for countering 33 at contiguous this place, counting contact on the described frame 1, be located at the heat treatment sensor 28 at contiguous cutting knife clutch 27 places on the described frame 1.The counting contact is along with cutting knife power transmission shaft 29 rotates, and sensor for countering 33 is counted, and when revolution reached setting value, electric cabinet 4 was given the cutting knife clutch engagement signal, and the cutting knife clutch operating drives cutting knife and cuts off spring.
Described annealing device comprises that symmetry is located at two heat treatment pressing plates 22 of workbench 8 tops, one end heat treatment pressing plate 22 therewith is connected, the pressing plate back-moving spring that the other end is connected with described frame 1, pressing plate top roller by being located at described two heat treatment pressing plate 22 bottoms two two pressing plate cams that heat treatment pressing plate 22 is connected therewith respectively, two heat treatment power transmission shafts 21 that the pressing plate cam is rotatably connected therewith, the heat treatment power transmission shaft bearing 20 that is connected of heat treatment power transmission shaft 21 two ends therewith, be located at the drive sprocket on the described heat treatment power transmission shaft 21, with the heat treatment heater 2 that described two heat treatment pressing plates 22 are electrically connected, described drive sprocket is connected with described heat treatment fork 6 by chain 19.When heat treatment fork 6 was pressed to the spring both sides with two heat treatment pressing plates 22, heat treatment sensor 28 sent signal, and heat treatment heater 2 circuit are connected, and spring is heat-treated; When heat treatment fork 6 drove two heat treatment pressing plates 22 and leaves the spring both sides, the circuit of heat treatment heater 2 disconnected, and finished heat treatment to spring with this.
Described receipts spring arrangement 26 comprise be located at described cutting mechanism back land bin 26-9, be located at this and land the receipts spring bracket 26-4 of bin 26-9 upper surface, be fixed on receipts spring clutch 26-2 and turnover panel sensor 26-3 above this receipts spring bracket 26-4, the receipts spring hook hand 26-1 that is connected with described receipts spring clutch 26-2, land the groove 26-5 that connects material that bin 26-9 is connected with described, the turnover panel 26-6 that the upper edge of groove 26-5 is connected that connects material therewith, the turnover panel connecting rod 26-7 that is connected of turnover panel 26-6 and the turnover panel clutch 26-8 that is connected of turnover panel connecting rod 26-7 therewith therewith.After cutting knife cuts off spring, dialing spring sensor 25 sends signal, receiving spring hook hand 26-1 hooks spring on the turnover panel 26-6 that receives spring arrangement 26, turn under the turnover panel 26-6 simultaneously, cut finished product spring is fallen in the groove 26-5 that connects material, reach when setting quantity, automatic stopping, finished product spring promptly can bundling go out groove the bin 26-9 from landing.
Advantage of the present invention is: owing to adopted the linked transmission structure, make the production of system spring not only realize automation from operations such as wire feed, flexural spring blank, compacting semi arch, cut-out, arrangement receipts springs, and avoided the unstability of transmission system in the production process in the winter time, in the spring process, heat-treat simultaneously, both provided cost savings, improve product quality again, can obviously improve economic benefit of enterprises.
Claims (6)
1. linked transmission conjoined spring spring manufacturing machine, comprise that steel wire sends machine to, frame, be located at the workbench of this frame top, electric cabinet, gearbox, drive motors, the main shaft that is connected of drive motors therewith, the stepping swing-bar mechanism that is connected of main shaft therewith, stage clip thick stick mechanism, grab spring hook mobile phone structure, the bending mechanism that is connected with frame, cutting mechanism, the receipts spring arrangement that the sensor for countering of cutting mechanism is connected with cutting mechanism therewith, it is characterized in that on described main shaft, being provided with successively the cutting knife driving bevel gear, left side curved arc swing link cam, left side lifting swing link cam, the slip swing link cam, right lifting swing link cam, the right bended arc swing link cam, sprocket for main drive and heat treatment swing link cam, described cutting knife driving bevel gear is connected with described cutting mechanism, described slip swing link cam is connected with the slip fork by slip swing link cam top roller, this slip fork with grab spring hook mobile phone structure and be connected, described sprocket for main drive is connected with countershaft gearing mechanism by chain, described heat treatment swing link cam is connected with the heat treatment fork by heat treatment swing link cam top roller, this heat treatment fork is connected with annealing device, described left curved arc swing link cam is connected with left curved arc fork by left curved arc swing link cam top roller, described right bended arc swing link cam is connected with the right bended arc fork by right bended arc swing link cam top roller, described left lifting swing link cam is connected with left lifting fork by left lifting swing link cam top roller, described right lifting swing link cam is connected with right lifting fork by right lifting swing link cam top roller, described left curved arc fork, the right bended arc fork, lifting fork in a left side all is connected with described stepping swing-bar mechanism with right lifting fork
Contiguous cutter at described cutting mechanism is provided with the dialing spring sensor, contiguous cutting knife clutch place is provided with the heat treatment sensor on described frame, on the receipts spring bracket of described receipts spring arrangement, be provided with the turnover panel sensor, described sensor for countering, dialing spring sensor, heat treatment sensor and turnover panel sensor all are connected with described electric cabinet
Described countershaft gearing mechanism comprises the counter shaft bearing bearing that is located on the described frame, the countershaft that is rotatably connected of counter shaft bearing bearing therewith, be located at the left side press-bending cam on this countershaft successively, the left circles arc voltage is bent cam, grab spring hook hand cam, the right circles arc voltage is bent cam, auxiliary driving sprocket wheel and right side press-bending cam, described left side press-bending cam is connected with left side press-bending pull bar by left side press-bending cam top roller, the curved cam of described left circles arc voltage is connected with left circles arc voltage curved pull rod by the curved cam top roller of left circles arc voltage, the described spring hook hand cam of grabbing is by grabbing spring hook hand cam top roller and grabbing spring hook hand lever and be connected, the curved cam of described right circles arc voltage is connected with right circles arc voltage curved pull rod by the curved cam top roller of right circles arc voltage, described right side press-bending cam is connected with right side press-bending pull bar by right side press-bending cam top roller, described left side press-bending pull bar, right side press-bending pull bar, left circles arc voltage curved pull rod all is connected with described bending mechanism with right circles arc voltage curved pull rod, the described spring hook hand lever of grabbing is connected with the described spring hook mobile phone structure of grabbing, and described auxiliary driving sprocket wheel is connected with described sprocket for main drive by chain.
2. linked transmission conjoined spring spring manufacturing machine according to claim 1, it is characterized in that the described spring hook mobile phone structure of grabbing comprises the working plate that is fixed on the frame, the working plate slip minor axis that fixes and connect therewith, the sliding panel that the minor axis that slides therewith work is slidingly connected, therewith sliding panel fix connect grab spring hook bangle wheel shaft, symmetry is located at this and grabs two on spring hook bangle wheel shaft cover and grab spring hook bangle wheel and grab spring hook hand, that grabs therewith that spring hook bangle wheel is meshed grabs spring hook bangle bar, connect these two connecting plates of grabbing spring hook bangle bar, one end connects the described spring hook bangle bar of grabbing, the other end is connected with described working plate grabs spring hook hand spring, the slip major axis that fixes and be connected with described sliding panel front end, the middle part of this slip major axis is connected with described slip fork, and the middle part of described connecting plate is connected with the described spring hook hand lever of grabbing.
3. linked transmission conjoined spring spring manufacturing machine according to claim 1, it is characterized in that described bending mechanism is by the left side bending mechanism that is located at described frame left side, the right side bending mechanism that is located at described frame right side is formed with the circular arc bending mechanism that is located at described workbench top, described left side bending mechanism comprises the left side press-bending head that is positioned at the workbench top, the support arm that the head that bends therewith is connected, by the rotating shaft connecting rod that is connected of support arm therewith, one end is the curved back-moving spring of the side pressure that is connected of connecting rod therewith, the other end of the curved back-moving spring of this side pressure is fixedlyed connected with described frame, be located at the side pressure sprocket wheel on the frame of being close to described connecting rod place, the side pressure sprocket wheel is meshed and an end is connected with described support arm therewith, the side pressure chain that the other end is connected with described left side press-bending pull bar
The structure and the left side bending mechanism of described right side bending mechanism are symmetrical,
Described circular arc bending mechanism comprises that symmetry is located at circular arc press-bending left socle and the circular arc press-bending right support on the work top, the circular arc press-bending back-moving spring group that is connected with circular arc press-bending right support of circular arc press-bending left socle therewith respectively, the circular arc bending die that is connected of circular arc press-bending back-moving spring group therewith, this circular arc bending die is connected with right circles arc voltage curved pull rod with described left circles arc voltage curved pull rod.
4. linked transmission conjoined spring spring manufacturing machine according to claim 1, it is characterized in that described cutting mechanism comprises the passive bevel gear of cutting knife that is meshed with described cutting knife driving bevel gear, one end is the cutting knife power transmission shaft that is connected of the passive bevel gear of cutting knife therewith, the cutting knife clutch that is connected of the other end of cutting knife power transmission shaft therewith, the cutter connecting rod that is connected of cutting knife clutch therewith, be fixed on the cutting knife of this cutter connecting rod upper end, be located at the counting contact on the described cutting knife power transmission shaft.
5. linked transmission conjoined spring spring manufacturing machine according to claim 1, it is characterized in that described annealing device comprises that symmetry is located at two heat treatment pressing plates of workbench top, one end heat treatment pressing plate therewith is connected, the pressing plate back-moving spring that the other end is connected with described frame, pressing plate top roller by being located at described two heat treatment pressing plate bottoms two two pressing plate cams that the heat treatment pressing plate is connected therewith respectively, two heat treatment power transmission shafts that the pressing plate cam is rotatably connected therewith, the heat treatment power transmission shaft bearing that is connected of heat treatment power transmission shaft two ends therewith, be located at the drive sprocket on the described heat treatment power transmission shaft, with the heat treatment heater that described two heat treatment pressing plates are electrically connected, described drive sprocket is connected with described heat treatment fork by chain.
6. linked transmission conjoined spring spring manufacturing machine according to claim 1, it is characterized in that described receipts spring arrangement comprises the bin that lands that is located at described cutting mechanism back, be located at this and land the receipts spring bracket of bin upper surface, be fixed on this receipts spring clutch above receipts spring bracket, what be connected with described receipts spring clutch grabs spring hook hand, land the groove that connects material that bin is connected with described, the turnover panel that the upper edge of groove is connected that connects material therewith, the turnover panel connecting rod that is connected of turnover panel and the turnover panel clutch that is connected of turnover panel connecting rod therewith therewith.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110167617 CN102248098B (en) | 2011-06-21 | 2011-06-21 | Chain-driven jointed spring making machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110167617 CN102248098B (en) | 2011-06-21 | 2011-06-21 | Chain-driven jointed spring making machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102248098A true CN102248098A (en) | 2011-11-23 |
| CN102248098B CN102248098B (en) | 2013-03-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201110167617 Expired - Fee Related CN102248098B (en) | 2011-06-21 | 2011-06-21 | Chain-driven jointed spring making machine |
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| CN (1) | CN102248098B (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4030327A (en) * | 1976-06-16 | 1977-06-21 | Torin Corporation | Spring coiling machine with improved drive means |
| JPS6171139A (en) * | 1984-09-13 | 1986-04-12 | France Bed Co | Manufacturing device of unit spring |
| CN2467231Y (en) * | 2001-04-11 | 2001-12-26 | 韩兆斌 | Automatic spring machine |
| CN2518617Y (en) * | 2001-12-07 | 2002-10-30 | 刘用贤 | Punching and winding type automatic spring machine |
| CN201244643Y (en) * | 2008-08-18 | 2009-05-27 | 韩政朋 | Moulding apparatus of spring manufacturing machine for processing conjoined spring |
| CN202105950U (en) * | 2011-06-21 | 2012-01-11 | 韩政朋 | Chain type transmission one-piece spring fabricating machine |
-
2011
- 2011-06-21 CN CN 201110167617 patent/CN102248098B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4030327A (en) * | 1976-06-16 | 1977-06-21 | Torin Corporation | Spring coiling machine with improved drive means |
| JPS6171139A (en) * | 1984-09-13 | 1986-04-12 | France Bed Co | Manufacturing device of unit spring |
| CN2467231Y (en) * | 2001-04-11 | 2001-12-26 | 韩兆斌 | Automatic spring machine |
| CN2518617Y (en) * | 2001-12-07 | 2002-10-30 | 刘用贤 | Punching and winding type automatic spring machine |
| CN201244643Y (en) * | 2008-08-18 | 2009-05-27 | 韩政朋 | Moulding apparatus of spring manufacturing machine for processing conjoined spring |
| CN202105950U (en) * | 2011-06-21 | 2012-01-11 | 韩政朋 | Chain type transmission one-piece spring fabricating machine |
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| Publication number | Publication date |
|---|---|
| CN102248098B (en) | 2013-03-13 |
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