CN104875019A - Electronic valve automatic processing combination device - Google Patents
Electronic valve automatic processing combination device Download PDFInfo
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- CN104875019A CN104875019A CN201510262405.7A CN201510262405A CN104875019A CN 104875019 A CN104875019 A CN 104875019A CN 201510262405 A CN201510262405 A CN 201510262405A CN 104875019 A CN104875019 A CN 104875019A
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- planker
- motor
- electronic valve
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P23/00—Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
- B23P23/02—Machine tools for performing different machining operations
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P15/00—Making specific metal objects by operations not covered by a single other subclass or a group in this subclass
- B23P15/001—Making specific metal objects by operations not covered by a single other subclass or a group in this subclass valves or valve housings
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- Optics & Photonics (AREA)
- Drilling And Boring (AREA)
Abstract
The invention discloses an electronic valve automatic processing combination device and belongs to the field of mechanical machining equipment. The electronic valve automatic processing combination device comprises a rack (1), wherein the rack (1) is provided with a compressing pushing device, an upper drilling device, an opposite-angle double-drilling device, a side drilling device, an opposite-angle double-tapping device, a double-milling groove device and a PLC control unit (3); the PLC control unit (3) is in signal connection with the compressing pushing device, the upper drilling device, the left-right opposite-angle double-drilling device, the side drilling device, the left-right opposite-angle double-tapping device and the double-milling groove device. The electronic valve automatic processing combination device is capable of conducting a series of automatic machining on an electronic valve (2) needing to be machined, integration of multiple machining functions is achieved, the machining cost and conveying cost are reduced, the working efficiency is improved, and the product quality is improved.
Description
Technical field
The invention belongs to machining equipment field, relate to a kind of electronic valve specifically and automatically process combination unit.
Background technology
At present, for the processing of electronic valve, need to carry out holing, tapping, the operation such as groove milling, be all generally undertaken by multiple single machinery equipment, during as needed boring when electronic valve, employing drilling machine is holed; When needing groove milling, then milling machine is adopted to carry out; And when needs tapping, then need to carry out on threading apparatus.These single machinery equipments, often complex structure, occupied ground area is comparatively large, and owing to needing to process with different machines, needs to carry out multiple working procedure, hole as first part raw material delivered to boring workshop, after electronic valve boring, then transport to milling machine workshop and carry out groove milling, then transport to again on threading apparatus and carry out tapping, like this through the repeatedly process such as transhipment, process very loaded down with trivial details; Due to through repeatedly pinching, when some deviations appearring in fixture, processed product will be caused to occur quality problems, even cause product rejection.Therefore, if can a kind of equipment be manufactured, can the multiple process of electronic valve be integrated on a kind of equipment, then can facilitate the processing of electronic valve, can be cost-saving, enhance productivity.On the other hand, in the prior art carrying out punching, groove milling, tapping time etc. all need workman's manual operations, easily cause industrial accident.
Summary of the invention
The problem to be solved in the present invention overcomes in prior art to add to electronic valve the defect that man-hour requirement adopts multiple devices, a kind of automatic processing combination unit that punching, groove milling, tapping can be concentrated on an equipment is provided, to cut down finished cost, increase work efficiency, improve the quality of product.
In order to solve the problems of the technologies described above, the invention provides a kind of electronic valve and automatically process combination unit, comprise frame, described frame is arranged for compressing and pushing the compression pusher of electronic valve, set gradually for the upper drilling equipment of holing above electronic valve in described compression pusher both sides, the two drilling equipment in diagonal angle, left and right for holing to diagonal angle, the electronic valve left and right sides simultaneously, for the sidetracking aperture apparatus of holing to electronic valve two side, for diagonal angle, the left and right pair chasing bar to the tapping simultaneously of diagonal angle, the electronic valve left and right sides, for the two slotting attachments to electronic valve groove milling simultaneously, for to the upper drilling equipment of holing above electronic valve and PLC control unit, described PLC control unit and described compression pusher, upper drilling equipment, the two drilling equipment in diagonal angle, left and right, sidetracking aperture apparatus, the two chasing bar in diagonal angle, left and right is connected with the signal of two slotting attachment.
Automatically combination unit is processed for above-mentioned electronic valve, described compression pusher comprises slide unit, motor cabinet and the motor for driving are set in one end of slide unit, motor is fixed on motor cabinet, the motor shaft of motor is connected with screw mandrel, screw mandrel and slide unit meshing, described slide unit arranges the fixture for clamping material.
Measure as a further improvement on the present invention, described fixture comprises seesaw fulcrum block and is movably arranged on the seesaw on seesaw fulcrum block, seesaw fulcrum block is fixed on slide unit, in described seesaw one end, cylinder is set, at the other end of described seesaw, blowing plate is set, in the front end of described blowing plate, striker plate is set, striker plate is for determining the front and back position of electronic valve in blowing plate, in the relative side of described striker plate, compact heap is set, compact heap can be pressed on striker plate electronic valve, described compact heap arranges compact heap guide pillar, the piston rod of cylinder is arranged in described compact heap guide pillar, described cylinder is fixed on seesaw fulcrum block, in the side of described blowing plate, pin stop is set, pin stop is for determining the right position of electronic valve in blowing plate, the position of electronic valve on blowing plate can be made more accurate.
Automatically combination unit is processed for above-mentioned electronic valve, described upper drilling equipment comprises column, motor and wellbore part, described column is fixed on Upright post base, described Upright post base is fixed in frame, described column arranges motor plate fixed strip, described motor plate fixed strip is fixed for the motor plate of fixed electrical machinery, fixed electrical machinery on described motor plate, described motor plate fixed strip also arranges turnover and regulates planker, described wellbore part comprises the punching axle bed be fixedly installed on turnover adjustment planker, described punching axle bed arranges punching shaft, in the lower end of described punching shaft, drill bit is set, in the upper end of described punching shaft, belt pulley is set, described belt pulley is connected with the belt pulley on the motor shaft of motor by driving-belt, described punching shaft arranges punching re-pack, described punching axle bed arranges the cylinder driving the motion that re-packs, when cylinder charge, the piston rod of cylinder stretches out, promotion punching re-packs and moves downward, thus promotion drill bit moves downward, upper drilling equipment is set to two, be separately positioned on the rear and front end compressing pusher.
Measure as a further improvement on the present invention, described turnover regulates on planker and arranges planker adjustable plate, and described planker adjustable plate arranges set screw, for the position of fine adjustment planker adjustable plate,
Automatically combination unit is processed for above-mentioned electronic valve, the two drilling equipment in described diagonal angle, left and right comprises the mechanism's seat be arranged in frame, described mechanism's seat before and after arranging regulate planker, before and after position when regulating planker can determine the two drilling equipment boring in diagonal angle, left and right as required, regulate in described front and back on planker and be fixedly installed feeding planker and air cylinder board, described air cylinder board is fixedly installed cylinder, and the piston rod of described cylinder is fixedly connected with feeding planker; Described feeding planker also arranges the two borehole drill construction in diagonal angle and motor plate fixed strip, described motor plate fixed strip arranges motor plate, described motor plate arranges motor, the motor shaft of described motor arranges double flute skin wheel; The two borehole drill construction in described diagonal angle comprises the axle bed be fixed on feeding planker, on described axle bed, upper and lower diagonal angle arranges a pair bore hole axis, in one end of described bore hole axis, drill bit is set, at the other end of described bore hole axis, belt pulley is set, described belt pulley to be taken turns with the double flute skin on the motor shaft of motor by belt respectively and is connected, and motor can drive a pair bore hole axis synchronous axial system simultaneously.
Measure as a further improvement on the present invention, described motor plate fixed strip arranges locating piece, regulate in described front and back on planker and set screw fixed block is set, described set screw fixed block arranges set screw, described set screw is corresponding with locating piece position, by regulating set screw, the position of locating piece can be determined, thus determine the displacement of feeding planker, so just can determine the degree of depth of holing as required, the two drilling equipment in diagonal angle, above-mentioned left and right is set to two, is separately positioned on and compresses pusher both sides.
Automatically combination unit is processed for above-mentioned electronic valve, described sidetracking aperture apparatus, described sidetracking aperture apparatus comprises the front and back be arranged on mechanism's seat and regulates planker, regulate in described front and back on planker and be fixedly installed feeding motor, regulate on planker in described front and back and steel ball planker be also set, the motor shaft of described feeding motor by screw mandrel and steel ball planker meshing, by the rotation of motor shaft, drive the rotation of screw mandrel, thus drive steel ball planker to do feed motion.Described steel ball planker is fixedly installed fixed head, described fixed head is arranged and longitudinally regulates planker, regulate on planker in described longitudinal direction and fix axle bed, described axle bed arranges bore hole axis, in one end of described bore hole axis, drill bit is set, at the other end of described bore hole axis, belt pulley is set, described belt pulley is connected with the belt pulley on the motor shaft of drive motors by belt, described drive motors is fixed on motor plate, described motor plate is fixed on motor plate fixed strip, described motor plate fixed strip is fixed on and longitudinally regulates on planker, above-mentioned sidetracking aperture apparatus is set to two, be separately positioned on and compress pusher both sides.
Measure as a further improvement on the present invention, described planker arranges planker adjustable plate, and described planker adjustable plate arranges planker set screw, accurately can regulate the front and back position of planker as required.
Measure as a further improvement on the present invention, regulates on planker in described longitudinal direction and arranges planker adjustable plate, described planker adjustable plate arranges set screw, accurately can regulate the upper-lower position longitudinally regulating planker as required.
Automatically combination unit is processed for above-mentioned electronic valve, the two chasing bar in described diagonal angle, left and right comprises and is arranged on mechanism rack in frame and motor plate, described mechanism rack before and after arranging regulate planker, described motor plate arranges motor, regulate in described front and back on planker and the two tapper mechanism in diagonal angle is set, the two tapper mechanism in described diagonal angle comprises the tapping axle of axle bed and about a pair diagonal angle setting, described tapping axle is fixed on axle bed, arrange silk to bore in one end of described tapping axle, at the other end of described tapping axle, belt pulley is set respectively, described belt pulley is connected with the two-groove belt pulley on the motor shaft of motor by driving-belt, described tapping axle also arranges feeding position signal panels respectively, the two chasing bar in above-mentioned diagonal angle, left and right is set to two, is separately positioned on and compresses pusher both sides.
Measure as a further improvement on the present invention, regulate in described front and back on planker and planker adjustable plate is set, described planker adjustable plate arranging the set screw for determining planker adjustable plate position, before and after can accurately regulating as required, regulating the front and back position of planker.
Automatically combination unit is processed for above-mentioned electronic valve, described two slotting attachments comprise the front and back be arranged in frame and regulate planker, regulate in described front and back on planker and stand type support is set, described stand type support is arranged and moves up and down planker, in described moving up and down on planker, two groove milling mechanism and motor plate are set, described motor plate arranges motor, described stand type support arranges upper cylinder and lower cylinder, upper cylinder is fixedly connected with lower cylinder, described upper cylinder piston rod is fixedly connected with stand type support by connection wire rod, the piston rod of described lower cylinder is fixedly connected with oscillating bearing, described oscillating bearing is fixedly connected on and moves up and down on planker, by the work of upper cylinder and lower cylinder, can drive and move up and down planker and move up and down.Two groove milling mechanisms that combination unit processed automatically by electronic valve comprise axle bed, described axle bed is provided with the turning cylinder that about a pair diagonal angle is arranged, in one end of described turning cylinder, milling cutter is set respectively, arrange belt pulley respectively at the other end of described turning cylinder, described belt pulley is connected with the two-groove belt pulley on the motor shaft of motor by driving-belt.
Measure as a further improvement on the present invention, in described stand type support, above motor plate, upper limit position block is set, in the below of motor plate, lower position block is set, upper limit position block and lower position block can determine to move up and down the position that planker moves up and down, thus can determine that two groove milling mechanism is to the depth of milled groove of electronic valve as required.
This beneficial effect of the invention is: this invention will compress pusher, upper drilling equipment, the two drilling equipment in diagonal angle, left and right, sidetracking aperture apparatus, the two chasing bar in diagonal angle, left and right, two slotting attachment is integrated on an equipment, and adopt compression pusher conveying workpieces, whole device is integrated with boring, the tapping of diagonal angle, left and right, the functions such as two groove millings, a series of automation processing can be carried out to needing the workpiece of processing, achieve and integrate multiple machining functions, decrease processing and conveying cost, increase work efficiency, improve the quality of products, that a kind of multi-functional electronic valve processes combination unit automatically.
Accompanying drawing explanation
Fig. 1 is top view of the present invention.
Fig. 2 is stereogram of the present invention.
Fig. 3 is that the present invention compresses pusher stereogram.
Fig. 4 is that the present invention compresses pusher and to bow body figure.
Fig. 5 is drilling equipment stereogram in the present invention.
Fig. 6 is that in the present invention, drilling equipment is bowed body figure.
Fig. 7 is the two drilling equipment stereogram in diagonal angle, left and right of the present invention.
Fig. 8 is that the two drilling equipment in diagonal angle, left and right of the present invention is bowed body figure.
Fig. 9 is sidetracking aperture apparatus stereogram of the present invention.
Figure 10 is that sidetracking aperture apparatus of the present invention is bowed body figure.
Figure 11 is the two chasing bar stereogram in diagonal angle, left and right of the present invention.
Figure 12 is that the two chasing bar in diagonal angle, left and right of the present invention is bowed body figure.
Figure 13 is the two slotting attachment stereogram of the present invention.
Figure 14 is that the two slotting attachment of the present invention is bowed body figure.
Figure 15 is electronic valve stereogram.
Drawing reference numeral illustrates: 1-frame, 2-electronic valve, 3-PLC control unit, 101-slide unit, 102-motor cabinet, 103-motor, 104-screw mandrel, 105-seesaw fulcrum block, 106-seesaw, 107-cylinder, 108-blowing plate, 109-striker plate, 110-compact heap, 111-compact heap guide pillar, 112-cylinder, 113-pin stop, 201-column, 202-Upright post base, 203-motor plate fixed strip, 204-motor plate, 205-motor, 206-turnover regulates planker, 207-punches axle bed, 208-punching shaft, 209-drill bit, 210-belt pulley, 211-re-packs, 212-cylinder, 213-planker adjustable plate, 214-set screw, 300-mechanism seat, planker is regulated before and after 301-, 302-feeding planker, 303-air cylinder board, 304-cylinder, 305-motor plate fixed strip, 306-motor plate, 307-motor, 308-axle bed, 309-bore hole axis, 310-drill bit, 311-belt pulley, 312-locating piece, 313-set screw fixed block, 314-set screw, 315-two-groove belt pulley, 400-mechanism seat, planker is regulated before and after 401-, 402-feeding motor, 403-steel ball planker, 404-fixed head, 405-longitudinally regulates planker, 406-fixes axle bed, 407-bore hole axis, 408-drill bit, 409-belt pulley, 410-drive motors, 411-motor plate, 412-motor plate fixed strip, 413-planker adjustable plate, 414-planker set screw, 415-belt pulley, 416-planker adjustable plate, 417-set screw, 500-mechanism rack, 501-motor plate, planker is regulated before and after 502-, 503-motor, 504-axle bed, 505-tapping axle, 506-silk bores, 507-belt pulley, 508-feeding position signal panels, 509-planker adjustable plate, 510-set screw, 511-two-groove belt pulley, planker is regulated before and after 601-, 602-stand type support, 603-moves up and down planker, the two groove milling mechanism of 604-, 605-motor plate, 606-motor, 607-upper cylinder, 608-lower cylinder, 609-connection wire rod, 610-oscillating bearing, 611-axle bed, 612-turning cylinder, 613-milling cutter, 614-belt pulley, 615-two-groove belt pulley, 616-upper limit position block, 617-lower position block.
Detailed description of the invention
Below in conjunction with accompanying drawing, the invention will be further described.
As Fig. 1, Fig. 2, shown in Figure 15, electronic valve of the present invention processes combination unit automatically, comprise frame 1, described frame 1 is arranged for compressing and pushing the compression pusher of electronic valve 2, set gradually for the upper drilling equipment to boring above electronic valve 2 in described compression pusher both sides, the two drilling equipment in diagonal angle, left and right for holing to diagonal angle, electronic valve 2 left and right sides simultaneously, for the sidetracking aperture apparatus of holing to electronic valve 2 two side, for diagonal angle, the left and right pair chasing bar to the tapping simultaneously of diagonal angle, electronic valve 2 left and right sides, for the two slotting attachments to electronic valve 2 groove milling simultaneously, for to above electronic valve 2 boring upper drilling equipment and PLC control unit 3, described PLC control unit 3 and described compression pusher, upper drilling equipment, the two drilling equipment in diagonal angle, left and right, sidetracking aperture apparatus, the two chasing bar in diagonal angle, left and right is connected with the signal of two slotting attachment.
The compression pusher that combination unit processed automatically by electronic valve as shown in Figure 3, Figure 4 comprises slide unit 101, motor cabinet 102 and the motor 103 for driving are set in one end of slide unit 101, motor 103 is fixed on motor cabinet 102, the motor shaft of motor 103 is connected with screw mandrel 104, screw mandrel 104 is meshing with slide unit 101, this motor 103 is set to servomotor, when motor 103 works, screw mandrel 104 can be driven to rotate, thus drive slide unit 101 to move forward and backward, slide unit 101 arranges the fixture for clamping material, the seesaw 106 that described fixture comprises seesaw fulcrum block 105 and is movably arranged on seesaw fulcrum block 105, seesaw fulcrum block 105 is fixed on slide unit 101, in described seesaw one end, cylinder 107 is set, at the other end of described seesaw 106, blowing plate 108 is set, blowing plate 108 is for placing electronic valve, in the front end of described blowing plate 108, striker plate 109 is set, striker plate 109 is for determining the front and back position of electronic valve in blowing plate 108, in the relative side of described striker plate 109, compact heap 110 is set, compact heap 110 can be pressed on striker plate 109 electronic valve, described compact heap 110 arranges compact heap guide pillar 111, the piston rod of cylinder 112 is arranged in described compact heap guide pillar 111, described cylinder 112 is fixed on seesaw fulcrum block 105, when cylinder 112 works, the piston rod of cylinder 112 can drive compact heap guide pillar 111 to move, and drive compact heap 110 to move forward and backward, thus make compact heap 110 compress electronic valve, arrange pin stop 113 in the side of described blowing plate 108, pin stop 113 is for determining the right position of electronic valve in blowing plate 108.
As Fig. 5, the upper drilling equipment that combination unit processed automatically by electronic valve shown in Fig. 6 comprises column 201, motor 205 and wellbore part, described column 201 is fixed on Upright post base 202, described Upright post base 202 is fixed in frame 1, described column 201 arranges motor plate fixed strip 203, described motor plate fixed strip 203 is fixed for the motor plate 204 of fixed electrical machinery, fixed electrical machinery 205 on described motor plate 204, described motor plate fixed strip 203 also arranges turnover and regulates planker 206, described wellbore part comprises the punching axle bed 207 be fixedly installed on turnover adjustment planker 206, described punching axle bed 207 arranges punching shaft 208, in the lower end of described punching shaft 208, drill bit 209 is set, in the upper end of described punching shaft 208, belt pulley 210 is set, described belt pulley 210 is connected with the belt pulley 210 on the motor shaft of motor 205 by driving-belt, when motor 205 works, the motor shaft of motor 205 rotates, belt pulley 210 on drive motor axle rotates, and drive the belt pulley 210 in punching shaft 208 to rotate, thus drive drill bit 209 to rotate, electronic valve is holed, described punching shaft 208 arranges punching and re-packs 211, described punching axle bed 207 arranges the cylinder 212 driving 211 motions that re-pack, when cylinder 212 is inflated, the piston rod of cylinder 212 stretches out, promote punching to re-pack and 211 to move downward, thus promotion drill bit 209 moves downward, measure as a further improvement on the present invention, regulate on planker 206 in turnover and planker adjustable plate 213 is set, described planker adjustable plate 213 arranges set screw 214, for the position of fine adjustment planker adjustable plate 213.In the present invention, upper drilling equipment is set to two, is separately positioned on the rear and front end compressing pusher.
As Fig. 7, the two drilling equipment in diagonal angle, left and right of combination unit processed automatically by electronic valve shown in Fig. 8, comprise the mechanism's seat 300 be arranged in frame 1, described mechanism's seat 300 before and after arranging regulate planker 301, before and after position when regulating planker 301 can determine the two drilling equipment boring in diagonal angle, left and right as required, regulate in described front and back on planker 301 and be fixedly installed feeding planker 302 and air cylinder board 303, described air cylinder board 303 is fixedly installed cylinder 304, the piston rod of described cylinder 304 is fixedly connected with feeding planker 302, when cylinder 304 works, feeding planker 302 can be driven to do side-to-side movement, described feeding planker 302 also arranges the two borehole drill construction in diagonal angle and motor plate fixed strip 305, described motor plate fixed strip 305 arranges motor plate 306, described motor plate 306 arranges motor 307, the motor shaft of described motor 307 arranges double flute skin wheel 315, the two borehole drill construction in described diagonal angle comprises the axle bed 308 be fixed on feeding planker 302, on described axle bed 308, upper and lower diagonal angle arranges a pair bore hole axis 309, in one end of described bore hole axis 309, drill bit 310 is set, at the other end of described bore hole axis 309, belt pulley 311 is set, described belt pulley 311 is taken turns 315 by belt with the double flute skin on the motor shaft of motor 307 respectively and is connected, and motor 307 can drive a pair bore hole axis 309 synchronous axial system simultaneously, measure as a further improvement on the present invention, described motor plate fixed strip 305 arranges locating piece 312, regulate in described front and back on planker 301 and set screw fixed block 313 is set, described set screw fixed block 313 arranges set screw 314, described set screw 314 is corresponding with locating piece 312 position, by regulating set screw 314, the position of locating piece 312 can be determined, thus determine the displacement of feeding planker 302, so just can determine the degree of depth of holing as required, in the present invention, the two drilling equipment in diagonal angle, left and right is set to two, be separately positioned on and compress pusher both sides, the two boring in diagonal angle can be carried out to the both sides of electronic valve simultaneously.
Electronic valve as shown in Figure 9, Figure 10 processes combination unit automatically, described sidetracking aperture apparatus comprises the front and back be arranged on mechanism's seat 400 and regulates planker 401, regulate in described front and back on planker 401 and be fixedly installed feeding motor 402, regulate in described front and back on planker 401 and steel ball planker 403 is also set, the motor shaft of described feeding motor 402 by screw mandrel and steel ball planker 403 meshing, by the rotation of motor shaft, drive the rotation of screw mandrel, thus drive steel ball planker 403 to do feed motion.Described steel ball planker 403 is fixedly installed fixed head 404, described fixed head 404 is arranged and longitudinally regulates planker 405, regulate on planker 405 in described longitudinal direction and fix axle bed 406, described axle bed 406 arranges bore hole axis 407, in one end of described bore hole axis 407, drill bit 408 is set, at the other end of described bore hole axis 407, belt pulley 409 is set, described belt pulley 409 is connected with the belt pulley 415 on the motor shaft of drive motors 410 by belt, described drive motors 410 is fixed on motor plate 411, described motor plate 411 is fixed on motor plate fixed strip 412, described motor plate fixed strip 412 is fixed on and longitudinally regulates on planker 405, measure as a further improvement on the present invention, described planker 401 arranges planker adjustable plate 413, described planker adjustable plate arranges planker set screw 414, accurately can regulate the front and back position of planker 401 as required, measure as a further improvement on the present invention, regulate on planker 405 in described longitudinal direction and planker adjustable plate 416 is set, described planker adjustable plate 416 arranges set screw 417, accurately can regulate the upper-lower position longitudinally regulating planker 405 as required, in the present invention, sidetracking aperture apparatus is set to two, is separately positioned on and compresses pusher both sides, can hole to the both sides of electronic valve simultaneously.
As Figure 11, the two chasing bar in diagonal angle, left and right that combination unit processed automatically by electronic valve shown in Figure 12 comprises and is arranged on mechanism rack 500 in frame 1 and motor plate 501, described mechanism rack 500 before and after arranging regulate planker 502, described motor plate 501 arranges motor 503, regulate in described front and back on planker 502 and the two tapper mechanism in diagonal angle is set, the two tapper mechanism in described diagonal angle comprises the tapping axle 505 that about axle bed 504 and a pair diagonal angle is arranged, described tapping axle 505 is fixed on axle bed 504, silk is set in one end of described tapping axle 505 and bores 506, at the other end of described tapping axle 505, belt pulley 507 is set respectively, described belt pulley 507 is connected with the two-groove belt pulley 511 on the motor shaft of motor 503 by driving-belt, described tapping axle 505 also arranges feeding position signal panels 508 respectively, measure as a further improvement on the present invention, regulate in described front and back on planker 502 and planker adjustable plate 509 is set, described planker adjustable plate 509 arranges the set screw 510 for determining planker adjustable plate 509 position, the front and back position of planker 502 is regulated before and after can accurately regulating as required, in the present invention, the two chasing bar in diagonal angle, left and right is set to two, is separately positioned on and compresses pusher both sides, can carry out tapping to the both sides of electronic valve simultaneously.
As Figure 13, shown in Figure 14 electronic valve two slotting attachments of automatically processing combination unit comprise the front and back be arranged in frame 1 and regulate planker 601, regulate in described front and back on planker 601 and stand type support 602 is set, described stand type support 602 is arranged and moves up and down planker 603, in described moving up and down on planker 603, two groove milling mechanism 604 and motor plate 605 are set, described motor plate 605 arranges motor 606, described stand type support 602 arranges upper cylinder 607 and lower cylinder 608, upper cylinder 607 is fixedly connected with lower cylinder 608, described upper cylinder 607 piston rod is fixedly connected with stand type support 602 by connection wire rod 609, the piston rod of described lower cylinder 608 is fixedly connected with oscillating bearing 610, described oscillating bearing 610 is fixedly connected on and moves up and down on planker 603, by the work of upper cylinder 607 and lower cylinder 608, can drive and move up and down planker 603 and move up and down.Two groove milling mechanisms 604 that combination unit processed automatically by electronic valve comprise axle bed 611, described axle bed 611 is provided with the turning cylinder 612 that about a pair diagonal angle is arranged, in one end of described turning cylinder 612, milling cutter 613 is set respectively, at the other end of described turning cylinder 612, belt pulley 614 is set respectively, described belt pulley 614 is connected with the two-groove belt pulley 615 on the motor shaft of motor 606 by driving-belt, in described stand type support 602, upper limit position block 616 is set above motor plate 605, in the below of motor plate 605, lower position block 617 is set, upper limit position block 616 and lower position block 617 can determine to move up and down the position that planker 603 moves up and down, thus can determine that two groove milling mechanism is to the depth of milled groove of electronic valve as required.
As shown in Fig. 1 to Figure 15, in the specific implementation, first electronic valve 2 is placed on blowing plate 108, cylinder 112 is inflated, and the piston rod of cylinder 112 drives compact heap guide pillar 111 to move, and makes compact heap 110 compress electronic valve 2, at this moment cylinder 107 is inflated, and promotes seesaw 106 one end and moves upward, seesaw 106 is rotated around seesaw fulcrum block 105, seesaw 106 other end is moved downward, thus makes seesaw 106 compress electronic valve 2, motor 103 works, and rotated by screw mandrel 104 and drive slide unit 101 to slide, electronic valve 2 is delivered to below upper drilling equipment, and then motor 103 quits work, when carrying out upper boring, motor 205 works, drive punching shaft 208 to rotate, then cylinder 212 is inflated, and promotes punching and re-packs and 211 to move downward, drill bit 209 pairs of electronic valves 2 are holed, after boring completes, cylinder 212 is exitted, and makes drill bit 209 homing, motor 205 quits work, and carries out subsequent processing operation, when carrying out diagonal angle, left and right pair and holing, motor 103 works, electronic valve 2 is delivered to two drilling equipment position, diagonal angle, left and right, then motor 103 quits work, then, motor 307 works, drive a pair bore hole axis 309 synchronous axial system, drive a pair drill bit 310 to rotate simultaneously, then cylinder 304 is inflated, promote feeding planker 302 from the left and right sides near electronic valve 2, a pair drill bit, 310 pairs of electronic valves 2 are holed simultaneously, when set screw 314 encountered by locating piece 312, illustrate that drilling depth reaches requirement, machine, at this moment cylinder 304 is exitted, drill bit 310 is driven to exit electronic valve 2, motor 307 quits work, drill bit 310 quits work, make drill bit 310 homing, carry out subsequent processing operation, when carrying out sidetracking hole, motor 103 works, electronic valve 2 is delivered to sidetracking aperture apparatus position, then motor 103 quits work, then, motor 410 works, bore hole axis 407 is driven to rotate, drive drill bit 408 to rotate simultaneously, then feeding motor 402 rotates, promote steel ball planker 403 from the left and right sides near electronic valve 2, drill bit 408 pairs of electronic valves 2 are holed simultaneously, when drilling depth reaches requirement, feeding motor 402 rotates backward, steel ball planker 403 is driven to do counter motion, drill bit 408 is made to exit electronic valve 2, then motor 410 quits work, drill bit 408 quits work, make drill bit 408 homing, carry out subsequent processing operation, when carrying out the two tapping in diagonal angle, left and right, motor 103 works, electronic valve 2 is delivered to two chasing bar position, diagonal angle, left and right, make the center that silk bores 506 and the hole center superposition bored, then motor 103 quits work, then, motor 503 works, drive a pair tapping axle 505 synchronous axial system, drive a pair to bore 506 to rotate simultaneously, then feeding position signal panels 508 accept feeding signal, promote tapping axle 505 from the left and right sides near electronic valve 2, silk is made to bore tapping while that 506 pairs of electronic valves 2 carrying out, when tapping depth reaches requirement, machine, feeding position signal panels 508 acknowledge(ment) signal, band movable wire bores 506 and exits electronic valve 2, motor 503 quits work, silk bores 506 and quits work, silk is made to bore 506 homings, carry out subsequent processing operation, when carrying out two groove milling, motor 103 works, electronic valve 2 is delivered to two slotting attachment position, then motor 103 quits work, then, motor 606 works, drive pair of rotary axes 612 synchronous axial system, drive milling cutter 613 to rotate simultaneously, then upper cylinder 607 is inflated, promotion moves up and down planker 603 and moves down, make the milling cutter of top near electronic valve 2, groove milling is carried out to electronic valve 2, when motor plate 605 is near lower position block 617, illustrate that the depth of milled groove of top reaches requirement, top Xiyanping injection completes, then upper cylinder 607 is exitted, promotion moves up and down planker 603 and moves up, move up and down planker 603 homing, then lower cylinder 608 is exitted, the piston rod of lower cylinder 608 is returned to original position, and drive moves up and down planker 603 and moves up, and makes the milling cutter 613 of below near electronic valve 2, groove milling is carried out to electronic valve 2, when motor plate 605 is near upper limit position block 616, illustrate that the depth of milled groove of below reaches requirement, below Xiyanping injection completes, then lower cylinder 608 is inflated, promotion moves up and down planker 603 and moves down, and moves up and down planker 603 homing, carries out subsequent processing operation, when carrying out second time is holed, be positioned at the boring procedure that the drilling equipment compressing pusher front end repeats drilling equipment again, complete the automatic process to whole electronic valve 2, last motor 103 rotates backward, and compression pusher is moved backward, whole device homing, then the electronic valve 2 machined is taken off, put into new needs again and process electronic valve 2, so circulate, realize the automatic processing to electronic valve 2.
By reference to the accompanying drawings embodiment of the present invention is explained in detail above; but the present invention is not limited to above-mentioned embodiment; to those skilled in the art, can also do some modification and improvement under the premise of not departing from the present invention, these also should be considered as belonging to protection scope of the present invention.
Claims (14)
1. an electronic valve processes combination unit automatically, comprise frame (1), it is characterized in that: be used for compressing in the upper setting of described frame (1) and push the compression pusher of electronic valve (2), set gradually for the upper drilling equipment to the boring of electronic valve (2) top in described compression pusher both sides, the two drilling equipment in diagonal angle, left and right for holing to electronic valve (2) diagonal angle, the left and right sides simultaneously, for the left and right sides drilling equipment of holing to electronic valve (2) two side, for diagonal angle, the left and right pair chasing bar to the tapping simultaneously of electronic valve (2) diagonal angle, the left and right sides, for to two slotting attachment of electronic valve (2) simultaneously groove milling with for the upper drilling equipment of holing to electronic valve (2) top and PLC control unit (3), described PLC control unit (3) and described compression pusher, upper drilling equipment, the two drilling equipment in diagonal angle, left and right, sidetracking aperture apparatus, the two chasing bar in diagonal angle, left and right is connected with the signal of two slotting attachment.
2. electronic valve according to claim 1 processes combination unit automatically, it is characterized in that: described compression pusher comprises slide unit (101), motor cabinet (102) and the motor (103) for driving are set in one end of described slide unit (101), described motor (103) is fixed on motor cabinet (102), the motor shaft of described motor (103) is connected with screw mandrel (104), described screw mandrel (104) is meshing with slide unit (101), at the upper fixture arranged for clamping material of described slide unit (101).
3. electronic valve according to claim 2 processes combination unit automatically, it is characterized in that: described fixture comprises seesaw fulcrum block (105) and is movably arranged on the seesaw (106) on seesaw fulcrum block (105), seesaw fulcrum block (105) is fixed on slide unit (101), in described seesaw one end, cylinder (107) is set, at the other end of described seesaw (106), blowing plate (108) is set, in the front end of described blowing plate (108), striker plate (109) is set, in the relative side of described striker plate (109), compact heap (110) is set, described compact heap (110) arranges compact heap guide pillar (111), the piston rod of cylinder (112) is arranged in described compact heap guide pillar (111), described cylinder (112) is fixed on seesaw fulcrum block (105), in the side of described blowing plate (108), pin stop (113) is set.
4. electronic valve according to claim 1 processes combination unit automatically, it is characterized in that: described upper drilling equipment comprises column (201), motor (205) and wellbore part, described column (201) is fixed on Upright post base (202), described Upright post base (202) is fixed in frame (1), described column (201) arranges motor plate fixed strip (203), described motor plate fixed strip (203) is fixed for the motor plate (204) of fixed electrical machinery, at the upper fixed electrical machinery (205) of described motor plate (204), described motor plate fixed strip (203) also arranges turnover and regulates planker (206), described wellbore part comprises the punching axle bed (207) be fixedly installed in turnover adjustment planker (206), described punching axle bed (207) arranges punching shaft (208), in the lower end of described punching shaft (208), drill bit (209) is set, in the upper end of described punching shaft (208), belt pulley (210) is set, described belt pulley (210) is connected with the belt pulley (210) on the motor shaft of motor (205) by driving-belt, described punching shaft (208) arranges punching and re-packs (211), described punching axle bed (207) arranges drive punching to re-pack cylinder (212) that (211) move.
5. electronic valve according to claim 4 processes combination unit automatically, it is characterized in that: regulate on planker (206) in described turnover and planker adjustable plate (213) is set, in the upper set screw (214) arranged for fine adjustment planker adjustable plate (213) position of described planker adjustable plate (213).
6. electronic valve according to claim 1 processes combination unit automatically, it is characterized in that: at described diagonal angle, left and right, two drilling equipment comprises the mechanism's seat (300) be arranged in frame (1), described mechanism's seat (300) before and after arranging regulate planker (301), regulate in described front and back on planker (301) and be fixedly installed feeding planker (302) and air cylinder board (303), described air cylinder board (303) is fixedly installed cylinder (304), the piston rod of described cylinder (304) is fixedly connected with feeding planker (302), described feeding planker (302) also arranges the two borehole drill construction in diagonal angle and motor plate fixed strip (305), described motor plate fixed strip (305) arranges motor plate (306), described motor plate (306) arranges motor (307), the motor shaft of described motor (307) arranges double flute skin wheel (315), the two borehole drill construction in described diagonal angle comprises the axle bed (308) be fixed on feeding planker (302), at the upper diagonal angle of described axle bed (308), a pair bore hole axis (309) is set, in one end of described bore hole axis (309), drill bit (310) is set, arrange belt pulley (311) at the other end of described bore hole axis (309), described belt pulley (311) is taken turns (315) by belt with the double flute skin on the motor shaft of motor (307) respectively and is connected.
7. electronic valve according to claim 6 processes combination unit automatically, it is characterized in that: on described motor plate fixed strip (305), locating piece (312) is set, regulate in described front and back on planker (301) and set screw fixed block (313) is set, described set screw fixed block (313) arranges set screw (314), and described set screw (314) is corresponding with locating piece (312) position.
8. electronic valve according to claim 1 processes combination unit automatically, it is characterized in that: described sidetracking aperture apparatus comprises the front and back be arranged on mechanism's seat (400) and regulates planker (401), regulate in described front and back on planker (401) and be fixedly installed feeding motor (402), regulate in described front and back on planker (401) and steel ball planker (403) is also set, the motor shaft of described feeding motor (402) by screw mandrel and steel ball planker (403) meshing, described steel ball planker (403) is fixedly installed fixed head (404), described fixed head (404) is arranged and longitudinally regulates planker (405), the upper fixing axle bed (406) of planker (405) is regulated in described longitudinal direction, described axle bed (406) arranges bore hole axis (407), in one end of described bore hole axis (407), drill bit (408) is set, at the other end of described bore hole axis (407), belt pulley (409) is set, described belt pulley (409) is connected with the belt pulley (415) on the motor shaft of drive motors (410) by belt, described drive motors (410) is fixed on motor plate (411), described motor plate (411) is fixed on motor plate fixed strip (412), described motor plate fixed strip (412) is fixed on and longitudinally regulates on planker (405).
9. electronic valve according to claim 8 processes combination unit automatically, it is characterized in that: on described planker (401), planker adjustable plate (413) is set, described planker adjustable plate arranges planker set screw (414), regulate on planker (405) in described longitudinal direction and planker adjustable plate (416) is set, described planker adjustable plate (416) arranges set screw (417).
10. electronic valve according to claim 1 processes combination unit automatically, it is characterized in that: the two chasing bar in described diagonal angle, left and right comprises and is arranged on mechanism rack (500) in frame (1) and motor plate (501), described mechanism rack (500) before and after arranging regulate planker (502), described motor plate (501) arranges motor (503), regulate in described front and back on planker (502) and the two tapper mechanism in diagonal angle is set, the two tapper mechanism in described diagonal angle comprises the tapping axle (505) of axle bed (504) and about a pair diagonal angle setting, described tapping axle (505) is fixed on axle bed (504), silk is set in one end of described tapping axle (505) and bores (506), at the other end of described tapping axle (505), belt pulley (507) is set, described belt pulley (507) is connected with the two-groove belt pulley (511) on the motor shaft of motor (503) by driving-belt, described tapping axle (505) also arranges feeding position signal panels (508) respectively.
11. electronic valves according to claim 10 process combination unit automatically, it is characterized in that: regulate in described front and back on planker (502) and planker adjustable plate (509) is set, be used in the upper setting of described planker adjustable plate (509) set screw (510) determining planker adjustable plate (509) position.
12. electronic valves according to claim 1 process combination unit automatically, it is characterized in that: described two slotting attachments comprise the front and back be arranged in frame (1) and regulate planker (601), regulate in described front and back on planker (601) and stand type support (602) is set, planker (603) is moved up and down in the upper setting of described stand type support (602), in described moving up and down on planker (603), two groove milling mechanism (604) and motor plate (605) are set, described motor plate (605) arranges motor (606), described stand type support (602) arranges upper cylinder (607) and lower cylinder (608), upper cylinder (607) is fixedly connected with lower cylinder (608), described upper cylinder (607) piston rod is fixedly connected with stand type support (602) by connection wire rod (609), the piston rod of described lower cylinder (608) is fixedly connected with oscillating bearing (610), described oscillating bearing (610) is fixedly connected on and moves up and down on planker (603).
13. electronic valves according to claim 12 process combination unit automatically, it is characterized in that: described two groove milling mechanisms (604) comprise axle bed (611), described axle bed (611) arranges the turning cylinder (612) that about a pair diagonal angle is arranged, in one end of described turning cylinder (612), milling cutter (613) is set respectively, arrange belt pulley (614) respectively at the other end of described turning cylinder (612), described belt pulley (614) is connected with the two-groove belt pulley (615) on the motor shaft of motor (606) by driving-belt.
14. electronic valves according to claim 13 process combination unit automatically, it is characterized in that: in described stand type support (602), upper limit position block (616) is set in the top of motor plate (605), lower position block (617) is set in the below of motor plate (605).
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| CN105479178A (en) * | 2016-01-26 | 2016-04-13 | 浙江盛业自动化科技有限公司 | Six-station numerical control machining device |
| CN106624815A (en) * | 2016-10-27 | 2017-05-10 | 苏州工业职业技术学院 | Automatic machining machine of tuning peg of erhu |
| CN107138954A (en) * | 2017-05-19 | 2017-09-08 | 安徽铸星机械制造有限公司 | A kind of cutting machine dovetail support frame process equipment |
| CN107234441A (en) * | 2017-06-19 | 2017-10-10 | 潘州州 | A kind of lock housing composite processor |
| CN108311888A (en) * | 2018-04-11 | 2018-07-24 | 张家港市金采阳机械有限公司 | The brill of porous profiled piece attacks all-in-one machine |
| CN111230423A (en) * | 2020-03-13 | 2020-06-05 | 日照宏冠机械制造有限公司 | Automatic machining process for bearing seat |
| CN113231824A (en) * | 2021-04-21 | 2021-08-10 | 杜洋 | Valve body milling, drilling and tapping production method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN111230423A (en) * | 2020-03-13 | 2020-06-05 | 日照宏冠机械制造有限公司 | Automatic machining process for bearing seat |
| CN113231824A (en) * | 2021-04-21 | 2021-08-10 | 杜洋 | Valve body milling, drilling and tapping production method |
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Address after: 317016 Fenxi Industrial Zone, Du Qiao Town, Taizhou, Zhejiang, China Patentee after: Zhejiang Sheng Technology Co., Ltd. Address before: 317016 Fenxi Industrial Zone, Du Qiao Town, Taizhou, Zhejiang, China Patentee before: Zhejiang Shengye Automation Science & Technology Co., Ltd. |