CN104803231A - Raw material belt winding machine - Google Patents
Raw material belt winding machine Download PDFInfo
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- CN104803231A CN104803231A CN201510211798.9A CN201510211798A CN104803231A CN 104803231 A CN104803231 A CN 104803231A CN 201510211798 A CN201510211798 A CN 201510211798A CN 104803231 A CN104803231 A CN 104803231A
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Abstract
The invention provides a raw material belt winding machine which comprises a transmission material ejector device; the transmission material ejector device comprises an index rotating shaft, an index plate and an index driving mechanism, winding rotating shafts are arranged on the index plate, material housing fixed dies are arranged at certain ends of the winding rotating shafts, friction wheels are arranged at the other ends of the winding rotating shafts, ejector rods are further arranged on the winding rotating shafts, certain ends of the ejector rods are connected onto ejector mechanisms of the material housing fixed dies, baffles are fixedly arranged at the other ends of the ejector rods, compression springs are further arranged on the ejector rods in a sleeving mode, certain ends of the compression springs butt against the baffles, the other ends of the compression springs butt against a machine frame, and an ejector air cylinder for pushing the ejector rods towards the direction of the material housing fixed dies is arranged on the machine frame. When a feeding station works normally, the corresponding winding rotating shaft is in the rotating state, the winding rotating shafts at a loading station and an ejector station do not rotate, so loading and material enjection can be achieved simultaneously, and the production efficiency is relatively high.
Description
Technical field
The present invention relates to a kind of production facilities of raw material band, especially a kind of raw material band wire coiling machine.
Background technology
Raw material band is a kind of assistant product conventional during hot-water heating is installed, and for pipe fitting junction, strengthens the leakproofness of pipeline junction.It is the desirable leakproofing material of a kind of novelty, due to its nontoxic, tasteless, excellent leak tightness, insulativity, rotproofness, is widely used in the fields such as water treatment, natural fuels, chemical industry, plastics, electronic engineering.
Chinese utility model patent ZL201320572476.3 discloses a kind of Full-automatic thread seal tape roll separator, comprises Rack Body, power-driven mechanism and control system; Described Rack Body is equiped with rotatable indexing rotary table, this indexing rotary table be provided with this indexing rotary table of a driving rotate central rotating shaft and three be circularly and evenly distributed and independently rotary rotating shaft; Rack Body outside this indexing rotary table is equiped with along clockwise direction successively: for the upper core device of the rotating shaft automatic coiling core of described indexing rotary table, raw material band is sent to the core on indexing rotary table and carries out the device for discharging of the pay-off be wound around, the adhering device being used for raw material band to be bonded in core, the shutoff device cut off by raw material band, the pressure cercoids flattened by the raw material band after cutting off and raw material band.This thread seal tape roll separator is also referred to as raw material band wire coiling machine, its indexing rotary table and rotating shaft carry out transmission by motor and the satellite gear that coordinates with motor, when feeding station normally works, three rotating shafts are all in rotary state, material loading and liftout two operations cannot carry out work simultaneously, just can perform an action after needing to wait rotating shaft to stop, work efficiency is lower, still has the space of improving further.
Summary of the invention
The object of the present invention is to provide the raw material band coil winder that a kind of production efficiency is higher.
To achieve these goals, the present invention adopts following technical scheme:
A kind of raw material band wire coiling machine, comprise control system and frame, described frame is provided with material shell feedway, raw material band feedway, material loading housing apparatus, transmission Lifting Device, sizing device and shutoff device, described control system controls the work schedule of described material shell feedway, described raw material band feedway, described material loading housing apparatus, described transmission Lifting Device, described sizing device and described shutoff device;
Described transmission Lifting Device comprises the calibration rotating shaft be arranged in described frame, be arranged on the calibrated disc in described calibration rotating shaft and the index drive mechanism for driving described calibrated disc to rotate, described calibrated disc is provided with the coiled strip rotating shaft of three even cloth centered by the center shaft of described calibrated disc, when described calibrated disc is in desired location, position residing for three described coiled strip rotating shafts is respectively feeding station, feeding station and liftout station, one end of described coiled strip rotating shaft is provided with material shell fixed mould, the other end is provided with the friction wheel for driving described coiled strip axis of rotation, described coiled strip rotating shaft is also provided with the ejector beam that can slide at the length direction of described coiled strip rotating shaft, one end of described ejector beam is connected on the ejecting mechanism of described material shell fixed mould, the other end is fixedly installed baffle plate, described ejector beam is also arranged with Compress Spring, one end of described Compress Spring is supported on described baffle plate, the other end is supported in described frame, described frame is provided with the material ejection cylinder for being promoted toward described material shell fixed mould direction by described ejector beam, described frame is also provided with the coiled strip driver train for driving described friction wheel to rotate.
Adopt technique scheme, calibrated disc and coiled strip rotating shaft adopt index drive mechanism and coiled strip driver train to drive respectively, when feeding station normally works, corresponding coiled strip rotating shaft is in rotary state, the coiled strip rotating shaft of material loading and liftout two operations is not rotated, can synchronously carry out material loading and liftout action, production efficiency is relatively high.
As a modification of the present invention, described coiled strip driver train comprises the motor be arranged in described frame and the drive wheel be connected with described motor-driven, and the border of described drive wheel is installed with the friction ring that described friction wheel can be driven to rotate.Drive coiled strip rotating shaft by the mode adopting friction ring to drive friction wheel to rotate, as long as the position of coiled strip rotating shaft rotating band friction ring under the drive of calibrated disc can be driven, do not need location, efficiency is higher.
As a modification of the present invention, described index drive mechanism comprises and is arranged on calibration cylinder in described frame and the first positioning cylinder, and the divided wheel be fixedly mounted in described calibration rotating shaft and calibration bearing, described calibration bearing is provided with dividing spindle bearing, the push rod end of described calibration cylinder to be rotatably connected in described dividing spindle bearing and to form brace and connecting rod framework with described dividing spindle bearing, described dividing spindle bearing is also interspersed with locating dowel pin, one end of described locating dowel pin is connected with the push rod of described first positioning cylinder, the other end also can drive described dividing spindle bearing to be adjacent on described divided wheel towards described divided wheel under the effect of described first positioning cylinder.By adopting above-mentioned index drive mechanism, effectively improve the accuracy of calibrated disc turned position.
As a modification of the present invention, described transmission Lifting Device also comprises calibration radius stay and the second positioning cylinder, one end of described calibration radius stay is hinged in described frame, the other end is provided with the engagement section coordinated with described divided wheel, described second positioning cylinder is arranged in described frame, and one end that the push rod of described second positioning cylinder and described radius stay are provided with described engagement section is connected.By above-mentioned improvement, prevent calibrated disc from rotating under effect of inertia, improve the accuracy of calibrated disc turned position further.
As a modification of the present invention, described material loading housing apparatus is positioned at described feeding station, described material loading housing apparatus comprises the riser be fixed in described frame and the two-thread screw be arranged on described riser, described riser has two, the two ends of described two-thread screw are arranged on two described risers respectively, and the thread rotary orientation of the thread segment at described two-thread screw two is contrary, the thread segment at described two-thread screw two is respectively arranged with can along with the rotation of described two-thread screw in opposite directions or the material shell fixed block of opposing motion, the side of described material shell fixed block is provided with for material shell is pushed away the thrust unit be contained on wire coiling machine correspondence position.Controlling two material shell fixed blocks in opposite directions or opposing motion by rotating two-thread screw, the home position that can make to expect shell moving or declines, being convenient to the position alignment corresponding to raw material band coil winder, being applicable to the material shell of different size like this.
As a modification of the present invention, described thrust unit comprises push pedal that is parallel with described two-thread screw and that vertically place and for driving the cylinder of described push pedal, described cylinder is fixed in described frame.By above-mentioned improvement, be convenient to material shell to be pushed on coil winder.
As a modification of the present invention, one end of described two-thread screw is through corresponding described riser, and this end is provided with the handwheel for driving described two-thread screw to rotate, and described material shell fixed block has the inclined-plane for placing material shell or curved surface.By above-mentioned improvement, be convenient to drive two-thread screw to rotate.
As a modification of the present invention, the belt conveyor that described material shell feedway comprises the barrel for placing material shell and is connected between described barrel and described feeding station, described belt conveyor is provided with the first material shell inductor and the second material shell inductor that are connected with described control system, described first material shell inductor is positioned at the position of described belt conveyor near described barrel, and described second material shell inductor is between described first material shell inductor and described feeding station.By above-mentioned improvement, effectively improve the degree of automation of raw material band wire coiling machine.
As a modification of the present invention, described raw material band feedway comprises the material bar for placing raw material band, the guide wheel group between described material bar and described feeding station and deviation correction mechanism and is positioned at the fracture inductor on described guide wheel group side, described guide wheel group comprises two respectively near guide wheel and the length metering wheel between two described guide wheels of described material bar and described feeding station, and described length metering wheel is connected with described control system with described fracture inductor.By above-mentioned improvement, can guarantee that raw material band is wound onto marshalling after on material shell.
As a modification of the present invention, described frame is also provided with finished product detection device, described finished product detection device is positioned at by described feeding station, described finished product detection device comprise the finished product detection device be rotatably connected in described frame, for promote described finished product detection device rotate setting nut and for guaranteeing that described finished product detection device is fitted in the extension spring on the end face of described setting nut.By above-mentioned improvement, further increase the degree of automation of raw material band wire coiling machine.
Accompanying drawing explanation
Fig. 1 is the structural representation of raw material band wire coiling machine of the present invention;
Fig. 2 is the schematic front view of the transmission Lifting Device of raw material band coil winder of the present invention, clipped part in figure;
Fig. 3 is the cross-sectional schematic of A-A position in Fig. 2, clipped part in figure;
Fig. 4 is the schematic front view of the material loading housing apparatus of raw material band coil winder of the present invention;
Fig. 5 is the schematic side view of the material loading housing apparatus of raw material band coil winder of the present invention.
Indicate corresponding as follows in figure:
100-frame; 200-expects shell feedway;
210-barrel; 220-belt conveyor;
221-first material shell inductor; 222-second material shell inductor;
300-raw material band feedway; 310-expects bar;
320-guide wheel group; 321-guide wheel;
322-length metering wheel; 330-deviation correction mechanism;
340-fracture inductor; 400-material loading housing apparatus;
420-riser; 430-two-thread screw;
431-thread segment; 440-handwheel;
450-expects shell fixed block; 460-thrust unit;
461-push pedal; 462-cylinder;
470-expects shell; 500-transmission Lifting Device;
The rotating shaft of 520-calibration; 530-calibrated disc;
The rotating shaft of 531-coiled strip; 532-expects shell fixed mould;
533-friction wheel; 534-ejector beam;
535-baffle plate; 536-Compress Spring;
627-material ejection cylinder; 540-index drive mechanism;
541-calibration cylinder; 542-first positioning cylinder;
543-divided wheel; 544-calibration bearing;
545-dividing spindle bearing; 546-locating dowel pin;
550-coiled strip driver train; 551-motor;
552-drive wheel; 553-friction ring;
560-radius stay; 570-second positioning cylinder;
600-sizing device; 610-sizing head;
620-sizing cylinder; 700-shutoff device;
710-cuts off cylinder; 720-cutting knife;
730-base; 800-finished product detection device;
810-finished product detection device; 820-setting nut;
830-extension spring.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is described further.
As shown in Figure 1, the raw material band wire coiling machine that the present embodiment provides, comprise control system (not shown) and frame 100, frame 100 is provided with material shell feedway 200, raw material band feedway 300, material loading housing apparatus 400, transmission Lifting Device 500, sizing device 600 and shutoff device 700.Control system controls the work schedule of above-mentioned material shell feedway 200, raw material band feedway 300, material loading housing apparatus 400, transmission Lifting Device 500, sizing device 600 and shutoff device 700, this control system is conventional control system, no longer describes in detail herein.
As shown in Figures 2 and 3, transmission Lifting Device 500 comprising the calibration rotating shaft 520 be arranged in frame 100, being arranged on the calibrated disc 530 in calibration rotating shaft 520 and the index drive mechanism 540 for driving calibrated disc 530 to rotate.Calibrated disc 530 is provided with the coiled strip rotating shaft 531 of three even cloth centered by the center shaft of calibrated disc 530, one end of each coiled strip rotating shaft 531 is provided with material shell fixed mould 532, the other end is all provided with the friction wheel 533 for driving coiled strip rotating shaft 231 to rotate, material shell fixed mould 532 can be conventional mould, no longer describes in detail herein.
When calibrated disc 530 rotates to desired location, three coiled strip rotating shafts 531 lay respectively at the feeding station of raw material band wire coiling machine, feeding station and liftout station, and during coiled strip rotating shaft 51 corresponding each station, the particular location of calibrated disc 530 needs to determine according to the concrete layout of raw material band wire coiling machine.Calibrated disc 530 rotates 1/3rd circles at every turn, and like this, when calibrated disc 530 stops operating at every turn, three coiled strip rotating shafts 531 all correspond respectively to the feeding station of raw material band wire coiling machine, feeding station and liftout station.
Coiled strip rotating shaft 531 offers the mounting hole that length direction is identical with coiled strip rotating shaft 531 length direction, be provided with the ejector beam 534 that can slide on the length direction of this mounting hole in this mounting hole, that is to say that ejector beam 534 can slide on the length direction of coiled strip rotating shaft 531.
One end of ejector beam 534 is connected on the ejecting mechanism of material shell fixed mould 532, the other end is fixedly installed baffle plate 535, ejector beam 534 is also arranged with Compress Spring 536, one end of Compress Spring 536 is supported on baffle plate 535, the other end is supported on the relevant position of frame 100, frame 100 is provided with the material ejection cylinder 537 for being promoted toward material shell fixed mould 532 direction by ejector beam 534 simultaneously.It should be noted that, in the present embodiment, material ejection cylinder 537 only has one, is positioned at the position of the liftout station of raw material band coil winder, certainly, also can arrange material ejection cylinder 537 in the position of each station.When coiled strip rotating shaft 531 is positioned at liftout station, push rod and the ejector beam 534 of material ejection cylinder 537 are located along the same line, and the push rod of material ejection cylinder 537 does not contact with ejector beam 534 before release.When needing liftout, the push rod of material ejection cylinder 537 is released and is promoted ejector beam 534 and ejected by the material shell on material shell fixed mould 532, and complete after ejecting action, the push rod of material ejection cylinder 537 resets, and ejector beam 534 resets under the effect of Compress Spring 536.
Frame 100 is also provided with the coiled strip driver train 550 for driving friction wheel 533 to rotate, coiled strip driver train 550 is positioned at the position of the feeding station of raw material band coil winder.Coiled strip driver train 550 comprises the motor 551 be arranged in frame 100 and the drive wheel 552 be in transmission connection with motor 551, motor, and the mode of being in transmission connection concrete between 551 and drive wheel 552 can be conventional mode.
The border of drive wheel 552 is installed with the friction ring 553 that friction wheel can be driven to rotate, and like this when coiled strip rotating shaft 531 is positioned at feeding station, friction wheel 533 and friction ring 553 naturally contact and can carry out transmission, and structure is simple and efficiency is higher.
Index drive mechanism 540 comprises and is arranged on calibration cylinder 541 in frame 100 and the first positioning cylinder 542, and the divided wheel 543 be fixedly mounted in calibration rotating shaft 520 and calibration bearing 544, calibration bearing 544 is provided with dividing spindle bearing 545.The push rod end of calibration cylinder 541 to be rotatably connected in dividing spindle bearing 545 and to form brace and connecting rod framework with dividing spindle bearing 545, and the straight-line motion of the push rod of calibration cylinder 541 can be changed to the rotary motion of dividing spindle bearing 545 by this brace and connecting rod framework.
Dividing spindle bearing 545 is also interspersed with locating dowel pin 546, one end of locating dowel pin 546 is connected with the push rod of the first positioning cylinder 542, and the other end also can drive dividing spindle bearing 545 to be adjacent on divided wheel 543 towards divided wheel 543 under the effect of the first positioning cylinder 542.Like this, when needs calibrated disc 530 rotates, first positioning cylinder 542 promotes locating dowel pin 546 and is adjacent on divided wheel 543 by dividing spindle bearing 545, then calibration cylinder 541 drives dividing spindle bearing 545 to rotate by brace and connecting rod framework, dividing spindle bearing 545 drives the calibrated disc 543 be adjacent to it to rotate together, and then drives calibrated disc 530 to rotate by the calibration rotating shaft 520 be fixedly connected with calibrated disc 543; After calibrated disc 530 turns to desired location, first positioning cylinder 542 drives locating dowel pin 546 to reset, dividing spindle bearing 545 is separated with divided wheel 543, being in transmission connection between the two is disconnected, dividing spindle bearing 545 cannot continue hole in the ground divided wheel 543 and rotate, now the push rod of calibration cylinder 541 resets, and calibrated disc 530 does not rotate.
After being separated with divided wheel 543 to prevent dividing spindle bearing 545, calibrated disc 530 is rotated further under external force or effect of inertia, the transmission Lifting Device of the raw material band wire coiling machine of the present embodiment also includes calibration radius stay 560 and the second positioning cylinder 570, one end of calibration radius stay 560 is hinged in frame 100, the other end is provided with the engagement section coordinated with divided wheel 543, second positioning cylinder 570 is arranged in frame 100, and one end that the push rod of the second positioning cylinder 570 and radius stay 560 are provided with engagement section is connected, the engagement section that can promote radius stay 560 by the second positioning cylinder 570 is like this fastened on divided wheel 543, prevent divided wheel 543 from rotating, and then prevent the calibrated disc 530 be in transmission connection with divided wheel 543 from rotating, guarantee calibrated disc 530 accurate positioning.
As shown in Figure 4 and Figure 5, material loading housing apparatus 400 is positioned at feeding station, and material loading housing apparatus 400 comprises the riser 420 be fixed in frame 100 and the two-thread screw 430 be arranged on riser 420.Riser 420 has two, and two risers 420 are vertically placed and arranged in parallel, and be separated with preset distance between the two, concrete distance can be determined according to actual needs.The two ends of two-thread screw 430 are arranged on two risers 420 respectively, wherein one end is through corresponding riser 420, this end, one end is provided with the handwheel 440 for driving two-thread screw 430 to rotate, certainly, handwheel 440 also can be replaced to motor by those skilled in the art according to actual needs, to increase the degree of automation of equipment.
The thread rotary orientation of the thread segment 431 at two-thread screw 430 two is contrary, and the thread segment 431 at two-thread screw 430 two is respectively arranged with can along with the rotation of two-thread screw 430 in opposite directions or the material shell fixed block 450 of opposing motion, material shell fixed block 450 have the inclined-plane for placing material shell 470 or curved surface, inclined-plane on two material shell fixed blocks 450 or curved surface are arranged in opposite directions, material shell 470 is placed between two material shell fixed blocks 450, and material shell 470 expects inclined-plane or the curved face contact of shell fixed block 450 respectively with two, the lower end of material shell 470 had better not contact with two-thread screw 430.
To expect that shell 470 is placed on the side that the axial direction after on two material shell fixed blocks 450 is material shell fixed block 450, the side of material shell fixed block 450 is provided with for material shell 470 is pushed away the thrust unit 460 be contained on wire coiling machine correspondence position, thrust unit 460 comprises push pedal 461 that is parallel with two-thread screw 430 and that vertically place and for driving the cylinder 462 of push pedal 461, cylinder 462 is fixed in frame 100.
As shown in Figure 1, sizing device 600 is positioned at feeding station, comprise the sizing head 610 for heating raw material band and the sizing cylinder 620 for driving sizing to throw, sizing cylinder is fixed in frame 100, sizing head 610 can move to the coiled strip rotating shaft 531 being positioned at feeding station under the effect of sizing cylinder 620, and the raw material band heating tail end that will be wound onto on material shell, the raw material band of end is pasted on last layer raw material band.Sizing head 610 is conventional parts, no longer describes in detail herein.
Shutoff device 700 comprises the cut-out cylinder 710 be fixed in frame 100, the cutting knife 720 be connected with the push rod cutting off cylinder 710 and the base 730 coordinated with cutting knife 720, cut-out cylinder 710 and cutting knife 720 are between feeding station and liftout station, base 730 has three, all be fixed on calibrated disc 530, all distribute by a base 730 between every two coiled strip rotating shafts 531.
The belt conveyor 220 that material shell feedway 200 comprises the barrel 210 for placing material shell and is connected between barrel 210 and feeding station, barrel 210 for raw material band produce in conventional barrel, the placement location of its discharging opening is a little more than the position of feeding station, such belt conveyor 220 tilts naturally, after material shell is transported to belt conveyor 220 by barrel 210, material shell can slide to feeding station under gravity naturally, saves the energy.
Belt conveyor 220 is provided with the first material shell inductor 221 and the second material shell inductor 222, first material shell inductor 221 that are connected with control system and the second material shell inductor 222 is all conventional inductor.First material shell inductor 221 is positioned at the position of belt conveyor 220 near barrel 210, second material shell inductor 222 is between the first material shell inductor 221 and feeding station, and the distance between the first material shell inductor 221 and the second material shell inductor 222 can be determined according to actual needs.Like this, when the relevant position that the first material shell inductor 221 detects belt conveyor 220 there being material shell, coherent signal is passed to control system, and control system instruction barrel 210 stops feeding; When shell is not expected in the relevant position that the second material shell inductor 222 detects transmission flirtatious 220, coherent signal is passed to control system, and control system instruction barrel 210 continues feeding.
Raw material band feedway 300 comprises the material bar 310 for placing raw material band, the guide wheel group 320 between material bar 310 and feeding station and deviation correction mechanism 330 and is positioned at the fracture inductor 340 on guide wheel group 320 side, and fracture inductor 340 is conventional inductor.
Guide wheel group 320 comprises two respectively near guide wheel 321 and the length metering wheel 322 between two guide wheels 321 of expecting bar 310 and feeding station, and length metering wheel 322 is connected with control system respectively with fracture inductor 340.Like this; the number of turns that control system can be rotated according to length metering wheel 322 and the arc length contacted with raw material band calculate the length of the raw material band through length metering wheel 322; according to the testing result of fracture inductor 340, control system can also judge whether the raw material band between material bar 310 and feeding station is pulled off; if be pulled off, then can auto-stop in time.
Deviation correction mechanism 330 is between guide wheel group 320 and feeding station, and this deviation correction mechanism 330 can be conventional deviation correction mechanism, " RIKO " board deflection correction sensor that the deviation correction mechanism that the present embodiment uses is produced for Like Optoelectronics Co., Ltd..
In order to improve the degree of automation of the raw material band wire coiling machine of the present embodiment, the frame 100 of the raw material band wire coiling machine of the present embodiment is also provided with finished product detection device 800, finished product detection device 800 is positioned at by feeding station, finished product detection device 800 comprise the finished product detection device 810 be rotatably connected in frame 100, for promote finished product detection device 810 rotate setting nut 820 and for guaranteeing that finished product detection device 810 is fitted in the extension spring 830 on the end face of setting nut 820.Finished product detection device 810 is conventional detector, after detecting that the raw material band on feeding station has been wound up into required thickness, coherent signal is passed to control system, and control system controls relevant apparatus and performs next action.The rolling thickness of raw material band can regulate by regulating the position of finished product detection device 810, and the position of two one-tenth detectors 810 can be regulated by setting nut 820.
Above by reference to the accompanying drawings to invention has been detailed description; but embodiments of the present invention are not limited in above-mentioned embodiment; those skilled in the art can make various distortion to the present invention according to prior art; as each cylinder of above-described embodiment is changed to hydraulic actuating cylinder etc., these all belong to protection scope of the present invention.
Claims (10)
1. a raw material band wire coiling machine, comprise control system and frame, it is characterized in that, described frame is provided with material shell feedway, raw material band feedway, material loading housing apparatus, transmission Lifting Device, sizing device and shutoff device, described control system controls the work schedule of described material shell feedway, described raw material band feedway, described material loading housing apparatus, described transmission Lifting Device, described sizing device and described shutoff device;
Described transmission Lifting Device comprises the calibration rotating shaft be arranged in described frame, be arranged on the calibrated disc in described calibration rotating shaft and the index drive mechanism for driving described calibrated disc to rotate, described calibrated disc is provided with the coiled strip rotating shaft of three even cloth centered by the center shaft of described calibrated disc, when described calibrated disc is in desired location, position residing for three described coiled strip rotating shafts is respectively feeding station, feeding station and liftout station, one end of described coiled strip rotating shaft is provided with material shell fixed mould, the other end is provided with the friction wheel for driving described coiled strip axis of rotation, described coiled strip rotating shaft is also provided with the ejector beam that can slide at the length direction of described coiled strip rotating shaft, one end of described ejector beam is connected on the ejecting mechanism of described material shell fixed mould, the other end is fixedly installed baffle plate, described ejector beam is also arranged with Compress Spring, one end of described Compress Spring is supported on described baffle plate, the other end is supported in described frame, described frame is provided with the material ejection cylinder for being promoted toward described material shell fixed mould direction by described ejector beam, described frame is also provided with the coiled strip driver train for driving described friction wheel to rotate.
2. raw material band wire coiling machine as claimed in claim 1, it is characterized in that, described coiled strip driver train comprises the motor be arranged in described frame and the drive wheel be connected with described motor-driven, and the border of described drive wheel is installed with the friction ring that described friction wheel can be driven to rotate.
3. raw material band wire coiling machine as claimed in claim 1 or 2, it is characterized in that, described index drive mechanism comprises and is arranged on calibration cylinder in described frame and the first positioning cylinder, and the divided wheel be fixedly mounted in described calibration rotating shaft and calibration bearing, described calibration bearing is provided with dividing spindle bearing, the push rod end of described calibration cylinder to be rotatably connected in described dividing spindle bearing and to form brace and connecting rod framework with described dividing spindle bearing, described dividing spindle bearing is also interspersed with locating dowel pin, one end of described locating dowel pin is connected with the push rod of described first positioning cylinder, the other end also can drive described dividing spindle bearing to be adjacent on described divided wheel towards described divided wheel under the effect of described first positioning cylinder.
4. raw material band wire coiling machine as claimed in claim 3, it is characterized in that, described transmission Lifting Device also comprises calibration radius stay and the second positioning cylinder, one end of described calibration radius stay is hinged in described frame, the other end is provided with the engagement section coordinated with described divided wheel, described second positioning cylinder is arranged in described frame, and one end that the push rod of described second positioning cylinder and described radius stay are provided with described engagement section is connected.
5. raw material band wire coiling machine as claimed in claim 1, it is characterized in that, described material loading housing apparatus is positioned at described feeding station, described material loading housing apparatus comprises the riser be fixed in described frame and the two-thread screw be arranged on described riser, described riser has two, the two ends of described two-thread screw are arranged on two described risers respectively, and the thread rotary orientation of the thread segment at described two-thread screw two is contrary, the thread segment at described two-thread screw two is respectively arranged with can along with the rotation of described two-thread screw in opposite directions or the material shell fixed block of opposing motion, the side of described material shell fixed block is provided with for material shell is pushed away the thrust unit be contained on wire coiling machine correspondence position.
6. raw material band wire coiling machine as claimed in claim 5, is characterized in that, described thrust unit comprises push pedal that is parallel with described two-thread screw and that vertically place and for driving the cylinder of described push pedal, described cylinder is fixed in described frame.
7. the raw material band wire coiling machine as described in claim 5 or 6, it is characterized in that, one end of described two-thread screw is through corresponding described riser, and this end is provided with the handwheel for driving described two-thread screw to rotate, and described material shell fixed block has the inclined-plane for placing material shell or curved surface.
8. raw material band wire coiling machine as claimed in claim 1, it is characterized in that, the belt conveyor that described material shell feedway comprises the barrel for placing material shell and is connected between described barrel and described feeding station, described belt conveyor is provided with the first material shell inductor and the second material shell inductor that are connected with described control system, described first material shell inductor is positioned at the position of described belt conveyor near described barrel, and described second material shell inductor is between described first material shell inductor and described feeding station.
9. raw material band wire coiling machine as claimed in claim 1, it is characterized in that, described raw material band feedway comprises the material bar for placing raw material band, the guide wheel group between described material bar and described feeding station and deviation correction mechanism and is positioned at the fracture inductor on described guide wheel group side, described guide wheel group comprises two respectively near guide wheel and the length metering wheel between two described guide wheels of described material bar and described feeding station, and described length metering wheel is connected with described control system with described fracture inductor.
10. as the raw material band wire coiling machine in claim 1,2,4,5,6,8 or 9 as described in arbitrary right, it is characterized in that, described frame is also provided with finished product detection device, described finished product detection device is positioned at by described feeding station, described finished product detection device comprise the finished product detection device be rotatably connected in described frame, for promote described finished product detection device rotate setting nut and for guaranteeing that described finished product detection device is fitted in the extension spring on the end face of described setting nut.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510211798.9A CN104803231B (en) | 2015-04-29 | 2015-04-29 | A kind of raw material band coil winding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510211798.9A CN104803231B (en) | 2015-04-29 | 2015-04-29 | A kind of raw material band coil winding machine |
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| CN104803231A true CN104803231A (en) | 2015-07-29 |
| CN104803231B CN104803231B (en) | 2017-12-01 |
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| CN201510211798.9A Active CN104803231B (en) | 2015-04-29 | 2015-04-29 | A kind of raw material band coil winding machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105923375A (en) * | 2016-07-11 | 2016-09-07 | 福建省骏旗机械工贸有限公司 | Thread seal tape roll core action device and work method thereof |
| CN109451667A (en) * | 2018-11-28 | 2019-03-08 | 惠州中京电子科技有限公司 | A kind of flatening method of circuit board pressing brownification filling holes with resin after |
| CN109502322A (en) * | 2018-11-22 | 2019-03-22 | 重庆大学 | A kind of nut packing conveying device |
| CN112093537A (en) * | 2020-09-25 | 2020-12-18 | 罗双庆 | Equipment for winding and dividing raw material belt of pipeline |
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| CN204280812U (en) * | 2014-05-16 | 2015-04-22 | 广东工商职业学院 | A kind of numerical-control full-automatic thread seal tape roll separator |
| CN204607259U (en) * | 2015-04-29 | 2015-09-02 | 晋江市科协机电设备有限公司 | A kind of raw material band wire coiling machine |
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| CN105923375A (en) * | 2016-07-11 | 2016-09-07 | 福建省骏旗机械工贸有限公司 | Thread seal tape roll core action device and work method thereof |
| CN105923375B (en) * | 2016-07-11 | 2018-01-30 | 福建省骏旗机械工贸有限公司 | Reeling core for raw material belt movement device and its method of work |
| CN109502322A (en) * | 2018-11-22 | 2019-03-22 | 重庆大学 | A kind of nut packing conveying device |
| CN109451667A (en) * | 2018-11-28 | 2019-03-08 | 惠州中京电子科技有限公司 | A kind of flatening method of circuit board pressing brownification filling holes with resin after |
| CN109451667B (en) * | 2018-11-28 | 2024-01-26 | 惠州中京电子科技有限公司 | Leveling method for resin plug holes after lamination and browning of circuit board |
| CN112093537A (en) * | 2020-09-25 | 2020-12-18 | 罗双庆 | Equipment for winding and dividing raw material belt of pipeline |
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