CN205254510U - Automatic tight silk machine of two workstation multirow section bars - Google Patents
Automatic tight silk machine of two workstation multirow section bars Download PDFInfo
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- CN205254510U CN205254510U CN201521032522.6U CN201521032522U CN205254510U CN 205254510 U CN205254510 U CN 205254510U CN 201521032522 U CN201521032522 U CN 201521032522U CN 205254510 U CN205254510 U CN 205254510U
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- tight silk
- axis
- workbench
- section bar
- nail
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Abstract
The utility model provides an automatic tight silk machine of two workstation multirow section bars, belongs to door and window processing equipment field, and the one kind pair of automatic tight silk machine of workstation multirows includes the nail portion that send, tight silk machine is provided with two workstations that concatenate, be provided with the multirow section bar on every workstation, the workstation both sides are provided with X axial guide rail, sliding connection erects the balladeur train on the X axial guide rail, it openly has Y axial slide through Y axial slide linkage to erect the balladeur train, the front of Y axial slide is provided with a plurality of elevating system, the lift cylinder that every elevating system upper end is connected, last tight silk motor and tight silk detection cylinder and the tight silk depth sensor of being provided with of elevating system, be connected with tight silk mouth on the tight silk detection cylinder pole, be tight silk hole directly over the tight silk mouth, the top is provided with and send the nail hole to one side, through utilizing this equipment, the shell improves tight silk efficiency, reduce various troubles, improve tight silk speed.
Description
Technical field
The utility model relates to a kind of screwing apparatus, and particularly a kind of double-workbench is arranged the automatic screwing apparatus of section bar more, belongs to door and window process equipment field.
Background technology
Along with the development of real estate industry, the sectional bar processing equipments such as door and window have also obtained significant progress, in order to improve the intensity of plastic-steel section bar, in plastic-steel section bar, increase aluminium alloy extrusions and improve its intensity with this, it is the method adopting at present, in order to make to gather together securely between plastic-steel section bar and inner aluminium alloy back boxing, utilize screw that plastic-steel section bar and aluminium alloy extrusions are fixed together, generally carrying out screw by the spacing of 300mm left and right fixes, before, company has developed a kind of screwing apparatus, its patent No. is a kind of drilling and screwing apparatus of CN200610108275.2, this equipment is first to hole, then at the equipment that carries out tight silk, can only carry out the operation of single section bar, and complex structure when upper nail, inefficiency. what Fig. 5 showed is the front schematic view of this equipment, what Fig. 6 showed is the side structure schematic diagram of this equipment, in existing equipment, is provided with borehole drill construction 4, in frame 50, be fixed with guide rail base plate 1, on guide rail base plate 1, utilize guide rail to be connected with slide plate 2, slide plate 2 is socketed in head and moves on leading screw 10, and leading screw has motor to drive, on slide plate 2, be provided with wellbore part and mark closely parts, wherein, motor component utilizes motor to drive bit bore, is equipped with to move up and down motor and move along upper/lower guide simultaneously, mark closely parts by upper nail motor 52, upper nail motor cabinet 29、Tight wire cylinder 51, upper nailing machine head, missing nail switch rack 31 and tight silk movable block 26 form, upper nail motor 52 is fixed on nail motor cabinet 29, upper nail motor cabinet 29 is sleeved on the upper and lower axis of guide 41 by upper and lower bracing strut 27, the upper and lower axis of guide 41 lower ends are fixed on tight silk movable block 26, upper end is connected with slide plate by tight wire cylinder seat, on tight wire cylinder seat, be fixed with tight wire cylinder 51, the expansion link of tight wire cylinder 51 is connected with upper nail motor cabinet 29, on upper nail motor cabinet 29, be also provided with nail guide cylinder 53, upper nail guide cylinder 53 expansion links are fixed with tight silk bracing strut 33, on tight silk bracing strut 33, be provided with and moved horizontally axle 43 and missing nail fixed mount 34, missing nail fixed mount 34 is arranged with tight silk hole 35, on tight silk bracing strut 33, be also provided with horizontally-guided cylinder 54, the tight silk of missing nail switch rack 31 is sleeved on horizontally-guided shifting axle 43, the tight silk of missing nail switch rack 31 is connected with the cylinder rod of horizontally-guided cylinder 54, missing nail fixed mount 34 is provided with missing nail mouth and tight silk hole 35, missing nail mouth is connected with sending nail portion by tracheae.
In existing equipment, utilize traditional screw, because screw is of poor quality, often there will be screw bending, fracture, the generation of the situations such as the cross of nail upper end or yi word pattern distortion, have to shut down and fix a breakdown midway, in addition, on upper nail motor cabinet 29, be provided with and on tight wire cylinder seat, be fixed with tight wire cylinder 51, the expansion link of tight wire cylinder 51 is connected with upper nail motor cabinet 29, on upper nail motor cabinet 29, be also provided with nail guide cylinder 53, upper nail guide cylinder 53 expansion links are fixed with tight silk bracing strut 33, on tight silk bracing strut 33, be provided with and moved horizontally axle 43 and missing nail fixed mount 34, on tight silk bracing strut 33, be also provided with horizontally-guided cylinder 54, the tight silk of missing nail switch rack 31 is sleeved on horizontally-guided shifting axle 43, the tight silk of missing nail switch rack 31 is connected with the cylinder rod of horizontally-guided cylinder 54, missing nail frame 34 is provided with missing nail mouth and tight silk hole 35, missing nail mouth is connected with sending nail portion by tracheae, complex structure. existing this device structure complexity, production efficiency is low, and the section bar being detained in production line is more, if increased, equipment investment is too large and floor space is many, how to solve this problem in actual production, is the problem that device fabrication producer unanimously pays close attention to most.
Summary of the invention
For the traditional nail using in existing equipment also punching, the problem such as even now still there will be nail bending, fracture, stripped thread; existing equipment complex structure, production efficiency are low, be easily detained semi-finished product section bar on production line; have influence on the production efficiency problem of whole production line; the utility model provides a kind of double-workbench to arrange the automatic screwing apparatus of section bar more; its objective is simplified apparatus structure; enhance productivity; reduce equipment downtime; the cost of reduction equipment, the occupation rate of market of raising equipment.
The technical solution of the utility model is: a kind of double-workbench is arranged the automatic screwing apparatus of section bar more, comprise feeding device for nail, described screwing apparatus comprises workbench, tight silk device and feeding device for nail, workbench is formed by two workbench serial connections, on each workbench, be provided with many row's section bar backup plates and clamping plate, the workbench both sides of two serial connections are provided with X axis guide rail, other X axis leading screw or the tooth bar of being provided with of X axis guide rail of one side, X axis leading screw or tooth bar and the screw set being connected on X axis motor shaft or gear engagement, on X axis guide rail, slidably connect tight silk device, tight silk device comprises setting balladeur train, erect on balladeur train and slidably connect Y-axis slide plate, Y-axis slide plate upper end is provided with multiple lift cylinders, Y-axis slide plate front slidably connects multiple elevating mechanisms, on elevating mechanism, be vertically installed with tight silk motor and tight silk detection cylinder, the cylinder rod of tight wire cylinder is connected with tight silk mouth by end plate, on the automatic screwing apparatus of the many rows of double-workbench, be provided with multiple controllers, described setting balladeur train front is connected with Y-axis slide plate by Y-axis guide rail, Y-axis slide plate front is provided with multiple Z-axis direction guide rails, the elevating mechanism back side is slidably connected on Z-axis direction guide rail, elevating mechanism is connected on lift cylinder rod end, tight silk detects cylinder rod side and is provided with tight silk depth transducer, tight silk detects on cylinder rod and is provided with tablet, it directly over tight silk mouth, is tight silk hole, oblique upper is provided with and send nail hole, each tight silk mouth send nail hole to be connected with a feeding device for nail by tracheae, nail uses dove-tail form thread tapping, described setting balladeur train downside X axis guide rail top is fixedly connected with X axis motor cabinet, on X axis motor cabinet, be provided with X axis motor, X axis motor is that servomotor is connected with PLC controller, on described workbench, X axis one end is provided with initial position detecting sensor, one end is provided with balladeur train stop in addition, the positive Y-axis guide rail both sides that arrange of described setting balladeur train are fixed with baffle plate, on baffle plate, be provided with the manual adjustments stop that Y-axis slide plate moves along Y-axis guide rail, manual adjustments stop is arranged on to be erect on balladeur train, the upper and lower two ends of described Y-axis slide plate are fixed with flat board, Z-axis direction guide rail upper and lower end parts is fixed on the flat board of two ends up and down of Y-axis slide plate, on the flat board of upper end, be provided with the lift cylinder of elevating mechanism, elevating mechanism is slidably connected on Z-axis direction guide rail by axle sleeve, described tight silk motor end is provided with screwdriver, screwdriver is arranged in tight silk hole, send nail hole to utilize tracheae to be connected with feeding device for nail, described tight silk detects on cylinder rod and is provided with spring, tight silk detects cylinder rod side and is connected with riser guide, riser guide is fixed on elevating mechanism lower end, described tight silk depth transducer is arranged on tablet vertical direction side, tight silk sensor is fixed on elevating mechanism indirectly, the front of described Y-axis slide plate is provided with multiple elevating mechanisms and equates with the section bar backup plate quantity arranging on workbench, the setting party of section bar is to being X axis, described tight silk motor is direct current generator, direct current generator is respectively arranged with DC controller.
The good effect the utlity model has is, by two workbench are set on workbench, can carry out in the process of tight silk at a workbench, on another one workbench, can load and unload section bar operation, by X axis slide rail being set in workbench both sides, setting balladeur train is slidably connected on slide rail, can be under the driving of X axis motor, according to the spacing of setting, section bar is carried out to the operation of tight silk, by X axis leading screw or tooth bar being set in X axis guide rail one side, under the screw set connecting on X axis motor shaft or the engagement of gear, can make to erect balladeur train drives elevating mechanism etc. to move along X-direction, by many row's section bar backup plates and clamping plate are set on each workbench, above each section bar, correspondence position arranges elevating mechanism, utilize the tight silk motor arranging on elevating mechanism to carry out tight silk, utilize tight silk detecting sensor to detect the tight thread condition of lifting, in the time that tight silk detects the tablet of cylinder and tightly silk detecting sensor is relative, can stop the rotation of tight silk motor, by spring being set on the cylinder rod at tight silk detection cylinder, can be in nail decline process, under the effect of spring, make the tight silk mouth connecting on cylinder rod contact with Surface of profile all the time, along with the decline cylinder rod of nail can rise, in the time that cylinder rod rises to desired location, the tablet arranging on cylinder rod can be detected by sensor, stops the rotation of tight silk motor, by sending nail hole in the setting of tight silk mouth oblique upper, can by feeding device for nail, dove-tail form thread tapping be delivered to by tracheae in the vertical direction hole of tight silk mouth, the screwdriver of tight silk driven by motor motor below, rotates thread tapping thread tapping is tightened, by be equipped with the controller of direct current generator on tight silk motor, many-sided control such as can rotate to direct current generator, stop. by utilizing the utility model, improve tight silk efficiency, reduce the various faults in tight silk process, improve tight silk speed, reduce equipment downtime, reduce equipment manufacturing cost, reduce the outfit number of units of equipment, save floor occupying area, reduce equipment investment.
Brief description of the drawings
Fig. 1 overall structure schematic diagram of the present utility model.
Fig. 2 side structure schematic diagram of the present utility model.
The Facad structure schematic diagram of Fig. 3 balladeur train of the present utility model.
The structural representation of Fig. 4 feeding device for nail of the present utility model.
The Facad structure schematic diagram of Fig. 5 existing equipment.
The side structure schematic diagram of Fig. 6 existing equipment.
Label declaration: 1: guide rail base plate, 2: slide plate, 4: borehole drill construction, 10: mobile leading screw, 26: tight silk movable block, 27: upper and lower bracing strut, 29: above follow closely motor cabinet, 31: missing nail switch rack, 33: tight silk bracing strut, 34: missing nail fixed mount, 35: missing nail mouth and tight silk hole, 41: the upper and lower axis of guide, 43: horizontally-guided shifting axle, 51: tight wire cylinder, 52: above follow closely motor, 53: above follow closely guide cylinder, 54: horizontally-guided cylinder, 100: workbench, 101: workbench one, 102: workbench two, 103:X axial direction electric machine, 104: gear, 105: tooth bar, 106:X axial guidance, 107: connecting rod, 107a: connecting rod slider, 108: clamping plate, 109: clamping plate slide rail, 110: section bar, 111: backup plate, 112: housiung separator, 113:X axial direction electric machine seat, 200: tight silk device, 201: tight silk motor, 202: lift cylinder, 203: erect balladeur train, 204:Y axial guidance, 205: upper end flat board, 206: lower end flat board, 207: riser guide seat, 207a: riser guide, 208: screwdriver, 209: tight silk mouth, 210: tracheae, 211: axle sleeve, 212: end plate, the axial slide plate of 213:Y, 214: shaft coupling、215: elevating mechanism, 216: tight silk detecting sensor, 217: tight silk detects cylinder, 219: send nail hole, 220:Y axial slider, 221:Z axial guidance, 300: feeding device for nail, 301: staple cartridge, 302: wave cylinder, 303: feeding device for nail support, 304: stifled nail cylinder.
Detailed description of the invention
The utility model is that a kind of double-workbench is arranged the automatic screwing apparatus of section bar more, and Fig. 1 is overall structure schematic diagram of the present utility model, and Fig. 2 is side structure schematic diagram of the present utility model, and Fig. 3 is the Facad structure schematic diagram of balladeur train of the present utility model. in the following description, the seat side view of Fig. 1 being seen describes. comprising feeding device for nail 300, the automatic screwing apparatus of the many rows of described double-workbench comprises workbench 100, tight silk device 200 and feeding device for nail 300, workbench 100 is arranged in frame, 112 is housiung separator, workbench 100 is formed by two workbench serial connections, namely formed by workbench 1 and workbench 2 102 serial connections, on each workbench, be provided with many row's section bar backup plates 111 and clamping plate 108, multiple clamping plates 108 lower ends are connected on a connecting rod 107, the end of connecting rod 107 connects by connecting rod slider 107a, grip slide is slidably connected on clamping plate slide rail 109, under the driving of driving clamping device (not shown), do round clamping campaign by controller control, the workbench both sides of two serial connections are provided with X axis guide rail 106, other X axis leading screw or the tooth bar 105 of being provided with of X axis guide rail 106 of one side, X axis leading screw or tooth bar 105 engage with the screw set being connected on X axis motor shaft or gear 104, utilize in the present embodiment tooth bar 105 and gear 104 engagements to drive, on X axis guide rail 106, slidably connect tight silk device 200, on described workbench 100, X axis one end is provided with initial position detecting sensor, one end is provided with balladeur train stop in addition.
Described setting balladeur train 203 downside X axis guide rail 106 tops are fixedly connected with X axis motor cabinet 113, are provided with X axis motor 103 on X axis motor cabinet 113, and X axis motor 103 is that servomotor is connected with PLC controller.
With reference to figure 3, tight silk sensor setting is on elevating mechanism 215, X axis guide rail 106 is connecting the setting balladeur train 203 of tight silk device 200, erect balladeur train 203 fronts and be connected with Y-axis slide plate 213 by Y-axis guide rail 204 and Y-axis slide block 220, the front of Y-axis slide plate 213 is provided with multiple elevating mechanisms 215, each elevating mechanism 215 upper ends are connected with the cylinder rod of lift cylinder 202, elevating mechanism 215 is socketed on Z-axis direction guide rail 221, on elevating mechanism 215, be vertically installed with tight silk motor 201 and tight silk and detect cylinder 217, described tight silk detects on cylinder rod and is provided with tablet, tablet lifting opposite is provided with tight silk detecting sensor 216, when tight silk motor 201 drives screwdriver 208 under the effect of lift cylinder 202, move down, thread tapping is screwed in section bar 110, while tightening, use thread tapping, when thread tapping is screwed into section bar 110, tight silk motor 201 on elevating mechanism 215 declines, be pressed in the tight silk of aftermentioned on section bar 110 mouth 209 when pressing down strength and be greater than tight silk and detect the elastic force of the spring on cylinder 217 and cylinder rod, tight silk is detected to the cylinder rod jack-up upward of cylinder 217, being arranged on the tablet detecting on cylinder rod can rise simultaneously, the tight silk detecting sensor 216 that tablet opposite arranges will detect the tablet of rising, in the time of cylinder rod and the tight silk of tablet rising detecting sensor 216 right opposite, tight silk detecting sensor 216 can detect tablet, now, it is exactly the depth capacity that thread tapping is screwed into, under the control of DC controller, tight silk motor will stop operating.
The height of described tight silk detecting sensor 216 is adjustable, and it is in advance detecting sensor 216 highly to be debugged that the thread tapping that detect is screwed into depth capacity.
In the present embodiment, erect balladeur train 203 fronts and be provided with two Y-axis guide rails 204, erect cover on balladeur train 203 by Y-axis guide rail 204 and Y-axis slide block 220 and follow Y-axis slide plate 213 by the back side, Y-axis slide plate 213 is provided with multiple elevating mechanisms 215, multiple elevating mechanisms 215 are socketed on Y-axis slide plate 213 by Z-axis direction guide rail 221 and lift cylinder bar, in the present embodiment, Y-axis guide rail 204 and Z-axis direction guide rail 221 are circular guideway.
Described tight silk detects cylinder rod end and is provided with end plate 212, on end plate 212, be connected with tight silk mouth 209, tight silk detects on cylinder rod and is provided with riser guide seat 207, riser guide seat 207 is slidably connected with riser guide 207a, riser guide is fixed on the lower end of elevating mechanism 215, tight silk detects on cylinder rod and is provided with spring, tight silk motor 201 ends are provided with screwdriver 208, screwdriver 208 is arranged in tight silk hole, it directly over tight silk mouth 209, is tight silk hole, the oblique upper of tight silk mouth 209 is provided with and send nail hole 219, send nail hole 219 to utilize tracheae 210 to be connected with sending nail portion, after entering thread tapping in tight silk hole, thread tapping is fallen and is sent in nail hole 219, screwdriver 208 declines and tightens thread tapping, each tight silk mouth 209 send nail hole 219 to be connected with a feeding device for nail 300 by tracheae 210, nail uses dove-tail form thread tapping, tight silk motor 201 is direct current generator, on each direct current generator, be connected with controller, to the speed of tight silk motor 201, start and stop controlling.
Described tracheae 210 is transparent tracheae, tracheae arranged outside has photoelectric sensor, the lift cylinder 202 arranged outside sensor that is magnetic, the arranged outside of lift cylinder 202 sensor that is magnetic, it is upper that magnetic sensor and photoelectric sensor are connected to PLC, and whether thread tapping can detect by tracheae 210, after elevating mechanism 215 liftings, the magnetic sensor of lift cylinder 202 arranged outside can detect that cylinder rises, equally can be by heart signal feedback to PLC.
Erect positive Y-axis guide rail 204 both sides that arrange of balladeur train 203 and be fixed with baffle plate, on baffle plate, be provided with the stop that Y-axis slide plate moves along Y-axis guide rail 204, manual adjustments stop is fixed on to be erect on balladeur train 203, be positioned at while following closely position on section bar 110 when adjusting to tight silk mouth 209, can utilize the locked setting balladeur train 203 of stop, the width difference of differential profiles, in the time changing section bar, need to adjust accordingly.
Described elevating mechanism 215 is slidably connected on Z-axis direction guide rail 221, Z-axis direction guide rail 221 upper and lower end parts are fixed on the fixing flat board up and down at Y-axis slide plate 213 two ends, namely be fixed on upper end dull and stereotyped 205 and lower end flat board 206, on upper end flat board 205, be provided with lift cylinder 202, lift cylinder 202 cylinder rod ends are connected on elevating mechanism 215 by shaft coupling 214, and elevating mechanism 215 is slidably connected on Z-axis direction guide rail 221 by axle sleeve 211.
The front of described Y-axis slide plate 213 is provided with multiple elevating mechanisms 215, and elevating mechanism 215 numbers equate with the section bar 110 backup plate quantity that arrange on workbench 100, and the setting party of section bar 110 is to being on X axis.
In the present embodiment, on Y-axis slide plate, be provided with 8 Y-axis guide rails 204, on every two Y-axis guide rails 204, slidably connect an elevating mechanism 215, on Y-axis sliding panel 213 upper end flat boards, be provided with 4 lift cylinders 202, on an elevating mechanism 215, be provided with a tight silk motor 201 and a tight silk detection cylinder 217, tight silk detection cylinder 217 cylinder rod end plates 212 tighten 209 times correspondences of a mouth and are provided with a section bar 110, can be fixed section bar back boxing simultaneously.
Fig. 4 is the structural representation of the utility model feeding device for nail. The back side of erectting balladeur train 203 is fixedly connected with feeding device for nail support 303, on support, be connected with multiple feeding device for nail of the prior art 300, swing staple cartridge 301 by waving cylinder 302, thread tapping nail is entered in the inner nail chute arranging, then by stifled nail cylinder 304 and missing nail cylinder, nail is one by one delivered to respectively to sending in nail hole 219 of arranging on tight silk mouth 209.
By be connected in series two workbench on workbench 100, can be when a workbench carries out tight silk, on another one workbench, can load and unload the operation of section bar 110, by X axis slide rail 204 being set in workbench 100 both sides, on X axis slide rail 204, be slidably connected and erect balladeur train 203, can be under the driving of X axis motor 103, according to the spacing of setting, section bar 110 is carried out to the operation of tight silk, by X axis leading screw or tooth bar 105 being set in X axis guide rail 106 1 sides, under the engagement of the screw set connecting on servo motor shaft or gear 104, can make to erect balladeur train 203 drives elevating mechanism 215 to move along X axis guide rail 106, by many row's section bars 110 are set on workbench 100, backup plate 111 and clamping plate 108 are set, in each section bar 110 upside correspondences, elevating mechanism 215 is set, utilize the tight silk motor 201 arranging on elevating mechanism 215 to carry out tight silk to section bar 110, utilize tight silk detecting sensor 216 to detect the lifting height of the tight detection cylinder 217 arranging on elevating mechanism, in the time that tight silk detects the tablet of cylinder 217 and tightly silk detecting sensor 216 is relative, can stop the rotation of tight silk motor 201, by spring being set on the cylinder rod at tight silk detection cylinder 217, can be in nail decline process, the tight silk mouth 209 that makes to connect on cylinder rod under the effect of spring all the time with section bar 110 Surface Contacts, when thread tapping nail declines, tight silk mouth 209 heads on section bar 110, makes cylinder rod increase, in the time that cylinder rod rises to desired location, the tablet arranging on cylinder rod can be detected sensor 216 and detect, stops the rotation of tight silk motor 201, by sending nail hole 219 in the 209 oblique upper settings of tight silk mouth, can dove-tail form thread tapping be delivered to by tracheae 210 in the vertical direction of tight silk mouth 209 by feeding device for nail 300, the screwdriver 208 of tight silk motor 201 drive motor belows, rotates thread tapping thread tapping is tightened, by be equipped with the controller of direct current generator on tight silk motor 201, many-sided control such as can rotate to direct current generator, stop. by utilizing the utility model, improve tight silk efficiency, reduce the various faults in tight silk process, improve tight silk speed, reduce equipment downtime, reduce equipment manufacturing cost, reduce the outfit number of units of equipment, save floor occupying area, reduce equipment investment.
Claims (10)
1. a double-workbench is arranged the automatic screwing apparatus of section bar more, comprise feeding device for nail, it is characterized in that: described screwing apparatus comprises workbench, tight silk device and feeding device for nail, workbench is formed by two workbench serial connections, on each workbench, be provided with many row's section bar backup plates and clamping plate, the workbench both sides of two serial connections are provided with X axis guide rail, other X axis leading screw or the tooth bar of being provided with of X axis guide rail of one side, X axis leading screw or tooth bar and the screw set being connected on X axis motor shaft or gear engagement, on X axis guide rail, slidably connect tight silk device, tight silk device comprises setting balladeur train, erect on balladeur train and slidably connect Y-axis slide plate, Y-axis slide plate upper end is provided with multiple lift cylinders, Y-axis slide plate front slidably connects multiple elevating mechanisms, on elevating mechanism, be vertically installed with tight silk motor and tight silk detection cylinder, the cylinder rod of tight wire cylinder is connected with tight silk mouth by end plate, on the automatic screwing apparatus of the many rows of double-workbench, be provided with multiple controllers.
2. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: described setting balladeur train front is connected with Y-axis slide plate by Y-axis guide rail, Y-axis slide plate front is provided with multiple Z-axis direction guide rails, the elevating mechanism back side is slidably connected on Z-axis direction guide rail, elevating mechanism is connected on lift cylinder rod end, tight silk detects cylinder rod side and is provided with tight silk depth transducer, tight silk detects on cylinder rod and is provided with tablet, it directly over tight silk mouth, is tight silk hole, oblique upper is provided with and send nail hole, each tight silk mouth send nail hole to be connected with a feeding device for nail by tracheae, nail uses dove-tail form thread tapping.
3. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: described setting balladeur train downside X axis guide rail top is fixedly connected with X axis motor cabinet, on X axis motor cabinet, be provided with X axis motor, X axis motor is that servomotor is connected with PLC controller.
4. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: on described workbench, X axis one end is provided with initial position detecting sensor, and one end is provided with balladeur train stop in addition.
5. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: the positive Y-axis guide rail both sides that arrange of described setting balladeur train are fixed with baffle plate, on baffle plate, be provided with the manual adjustments stop that Y-axis slide plate moves along Y-axis guide rail, manual adjustments stop is arranged on to be erect on balladeur train.
6. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: the upper and lower two ends of described Y-axis slide plate are fixed with flat board, Z-axis direction guide rail upper and lower end parts is fixed on the flat board of two ends up and down of Y-axis slide plate, on the flat board of upper end, be provided with the lift cylinder of elevating mechanism, elevating mechanism is slidably connected on Z-axis direction guide rail by axle sleeve.
7. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: described tight silk motor end is provided with screwdriver, and screwdriver is arranged in tight silk hole, send nail hole to utilize tracheae to be connected with feeding device for nail.
8. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: described tight silk detects on cylinder rod and is provided with spring, and tight silk detects cylinder rod side and is connected with riser guide, and riser guide is fixed on elevating mechanism lower end.
9. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: described tight silk depth transducer is arranged on tablet vertical direction side, and tight silk sensor is fixed on elevating mechanism indirectly.
10. a kind of double-workbench according to claim 1 is arranged the automatic screwing apparatus of section bar more, it is characterized in that: the front of described Y-axis slide plate is provided with multiple elevating mechanisms and equates with the section bar backup plate quantity arranging on workbench, the setting party of section bar is to being X axis, described tight silk motor is direct current generator, and direct current generator is respectively arranged with DC controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521032522.6U CN205254510U (en) | 2015-12-14 | 2015-12-14 | Automatic tight silk machine of two workstation multirow section bars |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521032522.6U CN205254510U (en) | 2015-12-14 | 2015-12-14 | Automatic tight silk machine of two workstation multirow section bars |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205254510U true CN205254510U (en) | 2016-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521032522.6U Expired - Fee Related CN205254510U (en) | 2015-12-14 | 2015-12-14 | Automatic tight silk machine of two workstation multirow section bars |
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| Country | Link |
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| CN (1) | CN205254510U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105328447A (en) * | 2015-12-14 | 2016-02-17 | 仝红彬 | Dual-workbench automatic screwing machine for multiple rows of profiles |
-
2015
- 2015-12-14 CN CN201521032522.6U patent/CN205254510U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105328447A (en) * | 2015-12-14 | 2016-02-17 | 仝红彬 | Dual-workbench automatic screwing machine for multiple rows of profiles |
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