CN103264307A - Machine tool special for valve body machining - Google Patents
Machine tool special for valve body machining Download PDFInfo
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- CN103264307A CN103264307A CN2013101516200A CN201310151620A CN103264307A CN 103264307 A CN103264307 A CN 103264307A CN 2013101516200 A CN2013101516200 A CN 2013101516200A CN 201310151620 A CN201310151620 A CN 201310151620A CN 103264307 A CN103264307 A CN 103264307A
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Abstract
The invention provides a machine tool special for valve body machining, belongs to the technical field of machinery, and solves the problems that the existing valve machining machine tools are complex in structure and the like. The machine tool special for valve body machining comprises a base and a rotary disc disposed on the base. The rotary disc is provided with a clamping device for clamping workpieces. The base is further provided with a first drive mechanism which can drive the rotary disc to rotate to the set angle. A cutter component which is capable of machining workpieces is disposed on the side of the rotary disc. A second drive mechanism which can drive the cutter component to reciprocatingly translate along the axial direction of the rotary disc is disposed between the cutter component and the base. By one-step clamping of the machine tool special for valve body machining, machining of multiple workpieces is achieved, and high machining precision is achieved. In addition, the machine tool is simple in structure.
Description
Technical field
The invention belongs to the machine tool technical field, relate to a kind of machining tool, particularly a kind of valve body Special Purpose Machine for Processing.
Background technology
Valve is the requisite easy consumption product of modern industry, agricultural, the energy, chemical industry, metallurgy, heating power and daily life, is mainly used in cut-out, throttling, pressure regulation and the change flow direction etc. of process pipe medium (as material, water, steam, air and oil product etc.).At present domestic considerable enterprise adopts universal machine tools processing valve, various types of valve bodies are all processed at these universal machine tools, because the applied range of universal machine tools will inevitably occur processing not smart problem, thereby the precision of product, stability can not well be guaranteed.Simultaneously, use universal machine tools processing valve to require high to operator's technical merit, and a valve body usually can not be under a machine tool processing, need many lathes to finish jointly, such as special drilling hole machine tool, special reaming lathe and special tapper etc., therefore there is turnover in parts, cause production efficiency low, and along with China's rapid economy development, demand to valve will be increasing, and the production of obvious this poor efficiency has no longer adapted to current society to the demand of valve body scale quantity.
A kind of multistation drilling and tapping lathe [application number: 200920270786.3 that openly proposes as the Chinese patent literature data; Granted publication number: CN201632679U], comprise workbench, hydraulic pressure index dial, anchor clamps, organize drilling and tapping device and switch board more, the hydraulic pressure index dial is rotating to be installed on the workbench, each is organized the drilling and tapping device and all is located at hydraulic pressure index dial top, hydraulic pressure index dial upper surface also is equipped with many group anchor clamps, along with the calibration of hydraulic pressure index dial rotates, each organizes the drilling and tapping device can process workpiece on the anchor clamps of the correspondence that is placed in its downside.But because many groups anchor clamps of this multistation drilling and tapping lathe are arranged on the upper surface of index dial, and the drilling and tapping device can only be processed the upper surface of the workpiece that is placed in its downside, and lower surface that can not processing work, so the range of work of this multistation drilling and tapping lathe is less.
For this situation, people have recognized this deficiency, and carry out improvement, a kind of four station valve body automatic processing machine tool [application numbers: 201220082686.X that openly propose as the Chinese patent literature data; Granted publication number: CN202461969U], comprise rotary disk, rotary disk connects gear by clutch; Under the effect of hydraulic cylinder, the tooth bar side-to-side movement drives the gear rotation that is engaged with, and gear drives the rotary disk rotation by clutch, realizes the conversion of station; Be evenly equipped with four stations on the circumference of rotary disk, first station be positioned at rotary disk directly over, second station is positioned at the front-left of rotary disk, the 3rd station be positioned at rotary disk under, the 4th station is positioned at the front-right of rotary disk; Workpiece to be processed is mounted the location at first station, carries out bore hole at second station, carries out tapping at the 3rd station, takes off at the 4th station, finishes material loading, bore hole, tapping, four operations of blanking.But rotate the rotation that realizes station because this automatic processing machine tool drives rotary disk by hydraulic cylinder and rack-and-pinion, thus structure comparatively complexity and manufacturing cost are higher.
Summary of the invention
The objective of the invention is to have the problems referred to above at existing technology, proposed the comparatively simple and lower valve body Special Purpose Machine for Processing of manufacturing cost of a kind of structure.
Purpose of the present invention can realize by following technical proposal: a kind of valve body Special Purpose Machine for Processing, comprise base and be arranged on rotating disk on the described base, described rotating disk be provided with can holding workpiece clamp mechanism, also be provided with on the described base and can drive the driving mechanism one that described rotating disk forwards set angle to, the sidepiece of described rotating disk be provided with can processing work toolbox, it is characterized in that, be provided with between described toolbox and the described base and can drive described toolbox along the driving mechanism two of the reciprocal translation of axial direction of described rotating disk.
When work, workpiece is installed on the clamp mechanism, driving the dial rotation set angle by driving mechanism one makes the working position of workpiece relative with toolbox, driving mechanism two drive toolbox feedings this moment also make toolbox process workpiece, after processing, driving mechanism two drives toolbox and resets, driving mechanism one drives the station that rotating disk forwards discharging to then, this moment, clamp mechanism was unclamped, workpiece is dropped from clamp mechanism, and rear drive mechanism one drive rotating disk forwards initial position to, thereby realize the continuous processing of workpiece, reduce working strength of workers, had the working (machining) efficiency advantage of higher simultaneously.After this special machine bed once clamps, can realize the processing of multiple tracks workpiece, the error of avoiding multiple clamping to produce, thus improved machining accuracy.
In above-mentioned valve body Special Purpose Machine for Processing, described toolbox comprises the base of tool and is arranged on motor on the described base of tool, and the main shaft of described motor is connected with unit head, be fixed with on the described unit head can processing work cutter.As required, cutter can adopt drill bit.
In above-mentioned valve body Special Purpose Machine for Processing, described toolbox comprises motor, tool bar and screw tap, be fixed with sleeve on the end cap of described motor, the main shaft of described motor passes described sleeve and described sleeve and described motor coaxle setting, one end of the main shaft of described motor and described tool bar circumferentially is connected, screw thread links to each other between described tool bar and the described sleeve, and the other end of described tool bar is connected mutually with screw tap.When work, to rotate by the driven by motor tool bar, the outer end of the main shaft of motor is equipped with some grooves that arrange along the main-shaft axis direction, and tool bar is provided with the convex body that is complementary with groove near the end of an end of main shaft.Because an end of tool bar links to each other with bush whorl, so tool bar drives tool bar along its axial feed when rotating, and workpiece carried out tapping process, after processing, driven by motor tool bar backward rotation makes tool bar drive screw tap and resets, and has the comparatively simple advantage of structure.
In above-mentioned valve body Special Purpose Machine for Processing, be fixed with block on the described tool bar, described base is provided with travel switch and described block can lean with described travel switch.Travel switch, motor all link to each other with controller, and multiplex's part screw thread adds man-hour, driven by motor tool bar and screw tap feeding, when block during against travel switch, travel switch sends a signal and gives controller, and controller sends instruction control motor backward rotation again, realizes resetting of screw tap.
In above-mentioned valve body Special Purpose Machine for Processing, described driving mechanism one is the axis coaxle setting of axis and the described rotating disk of hydraulic motor and described hydraulic motor, and the housing of described hydraulic motor is connected on the described base and the rotating shaft of described hydraulic motor is connected mutually with described rotating disk.Rotation by hydraulic motor control rotating disk has the advantage of the slow-speed of revolution, high pulling torque, and controls the advantage of the rotational angle of rotating disk easily.
In above-mentioned valve body Special Purpose Machine for Processing, the axis of the main shaft that described driving mechanism one is servomotor and described servomotor and the axis coaxle setting of described rotating disk, the housing of described servomotor are fixed on the described base and the rotating shaft of described servomotor is connected mutually with described rotating disk.Drive dial rotation by servomotor, have and be convenient to control and rotation precision advantage of higher, make processing have higher precision.
As another kind of scheme, described driving mechanism one is servomotor, cam dispenser, described servomotor and described cam dispenser all are connected on the described base, the main shaft of described servomotor links to each other with the power shaft of cam dispenser, and the output shaft of described cam dispenser is connected mutually with rotating disk.Drive dial rotation to set angle by servomotor and cam dispenser, its reliable transmission makes dial rotation have higher precision.The cam dispenser can adopt a kind of cam dispenser [application number: 200920119596.1 that openly proposes as the Chinese patent literature data; Granted publication number: CN201455741U], perhaps replace all can with other mechanisms that rotating disk calibration is rotated.
In above-mentioned valve body Special Purpose Machine for Processing, the axis that described base is provided with guide rail one and described guide rail one and described rotating disk be arranged in parallel, and the described base of tool is provided with the slide block one that is complementary with described guide rail one.Between base and the base of tool, establish guide rail one and slide block one, make the reciprocal translation of the base of tool have guide effect preferably, reduced the wearing and tearing of the base of tool simultaneously, improved service life.
In above-mentioned valve body Special Purpose Machine for Processing, described driving mechanism two comprises that the hydraulic cylinder two that is connected on the base and the axis of described hydraulic cylinder two and the axis of described rotating disk be arranged in parallel, and the end of the piston rod of described hydraulic cylinder two is connected mutually with the described base of tool.Drive the base of tool by hydraulic cylinder two and do reciprocal translation, have transmission advantage comparatively stably.
In above-mentioned valve body Special Purpose Machine for Processing, described driving mechanism two comprises the motor that is connected on the described base, an end that axially is fixed with screw mandrel and described screw mandrel on the described base is connected mutually with the main shaft of described motor, is fixed with the screw and the described screw mandrel that are complementary with described screw mandrel on the described base of tool and links to each other with described screw screw thread.Motor drives the base of tool by passing to of screw mandrel screw and makes horizontal reciprocating feed, has to be convenient to control and the advantage of reliable transmission.
In above-mentioned valve body Special Purpose Machine for Processing, described clamp mechanism comprises dynamic model, cover half and hydraulic cylinder one, described dynamic model and described cover half are formed for the die cavity of holding workpiece, the cylinder body of described hydraulic cylinder one is fixed on the described rotating disk and an end of the piston rod of described hydraulic cylinder one and described dynamic model is connected mutually, one end of described cover half is connected on the described rotating disk, and described hydraulic cylinder one can drive the described relatively cover half of described dynamic model and move back and forth.When clamping work pieces, hydraulic cylinder one drives the dynamic model translation opens the cavity of dynamic model and cover half, when being placed on workpiece between dynamic model and the cover half, driving the dynamic model translation by hydraulic cylinder one workpiece is positioned between dynamic model and the cover half, when discharging, can drive dynamic model disengaging cover half by hydraulic cylinder one and get final product.By changing dynamic model and cover half, can realize the clamping to different workpieces, make this valve body Special Purpose Machine for Processing scope of application wider.As another kind of mode, clamp mechanism comprises dynamic model, cover half and cylinder, drives dynamic model relative to the moving of cover half by cylinder, the clamping that realizes clamp mechanism with unclamp.
In above-mentioned valve body Special Purpose Machine for Processing, described rotating disk is square, the cylinder body of described hydraulic cylinder one is connected on the sidewall of described rotating disk and the axis of described hydraulic cylinder one is parallel to the edge of described rotating disk, and described cover half is connected on the corresponding side walls of described rotating disk.Rotating disk adopts square, is convenient to the installation of hydraulic cylinder one and cover half, and the reciprocal translation to dynamic model simultaneously has certain guide effect.As another kind of mode, in order to realize making the multiple working procedure of this valve body Special Purpose Machine for Processing, rotating disk can be designed to regular polygon, makes in the process of dial rotation, can realize the processing of a plurality of workpiece.
In above-mentioned valve body Special Purpose Machine for Processing, the center of described rotating disk is provided with separating valve, described separating valve comprises tubular body, described body and the coaxial setting of rotating disk and described body and described rotating disk are connected mutually, be provided with the spool that is complementary with described chamber body and is column in the described body, the outer end of described spool is positioned at the described body outside and described spool is connected mutually with described base, described body is provided with some groups of fuel feed holes and oil outlet, every group of described fuel feed hole and described oil outlet all link to each other with corresponding hydraulic cylinder one, described spool is provided with some groups of oil inlet passages and oil discharge passage, and when dial rotation during to the angle set every group of described oil inlet passage and described oil discharge passage can be connected with described oil outlet with corresponding described fuel feed hole.Every group of oil inlet passage all links to each other with oil inlet pipe and magnetic valve, controls the fuel feeding of corresponding oil inlet passage respectively, adopts hydraulic cylinder one all to link to each other with oil outlet with the fuel feed hole of corresponding separating valve, makes the orderly neat layout of fluid pressure line.As another kind of scheme, because therefore corresponding hydraulic cylinder one can be connected corresponding two oil inlet passages of institute on the separating valve for often opening on material loading station and the blanking station, corresponding two oil discharge passages are connected, make the designs simplification of spool.
Compared with prior art, this valve body Special Purpose Machine for Processing has the following advantages:
1, after this valve body Special Purpose Machine for Processing once clamps, can realize the processing of multiple tracks workpiece, the error of avoiding multiple clamping to produce, thus improved machining accuracy, reduced labour intensity simultaneously, improved working (machining) efficiency;
2, drive the base of tool by hydraulic cylinder and do reciprocal translation, make the feeding of cutter have advantage comparatively stably, it is bigger also to have centripetal force simultaneously, the advantage of being convenient to process;
3, a plurality of hydraulic cylinders are all linked to each other with oil outlet with the fuel feed hole of corresponding separating valve, control the clamping of clamp mechanism and unclamp, make the layout that fluid pressure line can be neat;
4, drive dial rotation by servomotor, have and be convenient to control and rotation precision advantage of higher, make processing have higher precision;
5, this valve body Special Purpose Machine for Processing can realize the clamping to different workpieces by changing dynamic model and cover half, makes this valve body Special Purpose Machine for Processing scope of application wider.
Description of drawings
Fig. 1 is the perspective view of this valve body Special Purpose Machine for Processing.
Fig. 2 is the plan structure schematic diagram of this valve body Special Purpose Machine for Processing.
Fig. 3 is the perspective view of the separating valve of this special machine bed.
Fig. 4 is the plan structure schematic diagram of the separating valve of this special machine bed.
Fig. 5 is the A-A revolved sectional view of the separating valve of this special machine bed.
Among the figure, 1, base; 2, rotating disk; 3, clamp mechanism; 3a, dynamic model; 3b, cover half; 3c, hydraulic cylinder one; 4, hydraulic motor; 5, toolbox 5; 5a, the base of tool; 5b, motor; 5c, unit head; 5d, tool bar; 5e, screw tap; 5f, sleeve; 6, hydraulic cylinder two; 7, block; 8, travel switch; 9, separating valve; 9a, body; 9a1, fuel feed hole; 9a2, oil outlet; 9b, spool; 9b1, oil inlet passage; 9b2, oil discharge passage.
The specific embodiment
Below be specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiment.
Shown in Fig. 1 to 5, a kind of valve body Special Purpose Machine for Processing, the rotating disk 2 that comprises base 1 and be arranged on the base 1 and be square, be equipped with on four sidewalls of rotating disk 2 can holding workpiece clamp mechanism 3, clamp mechanism 3 comprises dynamic model 3a, cover half 3b and hydraulic cylinder one 3c, the cylinder body of hydraulic cylinder one 3c is connected on the sidewall of rotating disk 2, the piston rod of hydraulic cylinder one 3c is connected mutually with the end of dynamic model 3a, the axis of hydraulic cylinder one 3c is parallel to the edge of rotating disk 2, cover half 3b is connected on the corresponding side walls of rotating disk 2, dynamic model 3a and described cover half 3b are formed for the die cavity of holding workpiece, hydraulic cylinder one 3c can drive the described relatively cover half 3b of dynamic model 3a and move back and forth, and realizes the clamping of workpiece and unclamps.
Also be provided with on the base 1 and can drive the driving mechanism one that rotating disk 2 forwards set angle to, driving mechanism one is hydraulic motor 4, the axis of hydraulic motor 4 and rotating disk 2 coaxial settings, and the housing of hydraulic motor 4 is connected on the base 1.As another kind of scheme, driving mechanism one is servomotor 5b, the axis coaxle setting of the axis of the main shaft of servomotor 5b and rotating disk 2, and the housing of servomotor 5b is fixed on the base 1, and the rotating shaft of servomotor 5b is connected mutually with the rotating shaft of rotating disk 2.Drive rotating disk 2 by servomotor 5b and rotate, have and be convenient to control and rotation precision advantage of higher, make processing have higher precision.
Base 1 is provided with four stations, comprises material loading station, boring station, tapping station and blanking station, and four clamp mechanism 3 all can be positioned on four stations simultaneously.The boring station is provided with toolbox 5, and the quantity of this toolbox 5 is two and is symmetricly set on the both sides of rotating disk 2.This toolbox 5 comprises base of tool 5a and is arranged on motor 5b on the base of tool 5a, and the main shaft of motor 5b is connected with unit head 5c, be fixed with on the unit head 5c can processing work drill bit.Be provided with between base of tool 5a and the base 1 and can drive toolbox 5 along the driving mechanism two of the reciprocal translation of axial direction of rotating disk 2.Driving mechanism two comprises the hydraulic cylinder 26 that is connected on the base 1, the axis of the axis of hydraulic cylinder 26 and rotating disk 2 be arranged in parallel, the end of the piston rod of hydraulic cylinder 26 is connected mutually with base of tool 5a, drives base of tool 5a by hydraulic cylinder 26 and does reciprocal translation, has transmission advantage comparatively stably.Base 1 is provided with guide rail one, and guide rail one be arranged in parallel with the axis of rotating disk 2, and base of tool 5a is provided with the slide block one that is complementary with guide rail one.As another kind of scheme, driving mechanism two comprises the motor 5b that is connected on the base 1, axially is fixed with screw mandrel on the base 1, and an end of screw mandrel is connected mutually with the main shaft of motor 5b, is fixed with the screw that is complementary with screw mandrel on the base of tool 5a, and screw mandrel links to each other with the screw screw thread.Motor 5b drives base of tool 5a by passing to of screw mandrel screw and makes horizontal reciprocating feed, has to be convenient to control and the advantage of reliable transmission.
The tapping station is provided with another toolbox 5, it comprises and is connected in motor 5b, tool bar 5d, screw tap 5e, be fixed with sleeve 5f on the end cap of motor 5b, the main shaft of motor 5b passes sleeve 5f, sleeve 5f and the coaxial setting of motor 5b, the end of main shaft and tool bar 5d circumferentially is connected, and screw thread links to each other between tool bar 5d and the sleeve 5f, and the other end of tool bar 5d is connected mutually with screw tap 5e.Be fixed with block 7 on the tool bar 5d, base 1 is provided with travel switch 8, and block 7 can lean with travel switch 8.
The center of rotating disk 2 is provided with separating valve 9, separating valve 9 comprises tubular body 9a, body 9a and rotating disk 2 coaxial settings, body 9a is connected mutually with rotating disk 2, be provided with the spool 9b that is complementary with body 9a inner chamber and is column in the body 9a, the outer end of spool 9b is positioned at the body 9a outside, spool 9b is connected mutually with base 1, body 9a is provided with 4 groups of fuel feed hole 9a1 and oil outlet 9a2, every group of fuel feed hole 9a1 and oil outlet 9a2 all link to each other with corresponding hydraulic cylinder one, spool 9b is provided with 4 groups of oil inlet passage 9b1 and oil discharge passage 9b2, and every group of oil inlet passage 9b1 and oil discharge passage 9b2 can be connected with oil outlet 9a2 with fuel feed hole 9a1 when rotating disk 2 turns to the angle of setting.Every group of oil inlet passage 9b1 all links to each other with oil inlet pipe and magnetic valve, controls the fuel feeding of corresponding oil inlet passage 9b1, adopts hydraulic cylinder one all to link to each other with oil outlet 9a2 with the fuel feed hole 9a1 of corresponding separating valve 9, makes the orderly neat layout of fluid pressure line.
When work, the hydraulic cylinder one 3c drive dynamic model 3a that is positioned on the material loading station moves, dynamic model 3a is separated with cover half 3b, when putting into workpiece between dynamic model 3a and the cover half 3b, this hydraulic cylinder one 3c drives dynamic model 3a and moves, and workpiece is clamped between dynamic model 3a and the cover half 3b, and hydraulic motor 4 drives rotating disk 2 and rotates 90 degree, make the working position of workpiece relative with toolbox 5, hydraulic cylinder one 3c drove toolbox 5 feedings and 5 pairs of workpiece of toolbox was processed this moment.After processing, hydraulic cylinder one 3c drives toolbox 5 and resets, hydraulic motor 4 drives rotating disk 2 again and rotates 90 degree to the tapping station then, driving tool bar 5d by motor 5b rotates, because the end of tool bar 5d links to each other with sleeve 5f screw thread, drive tool bar 5d when therefore tool bar 5d rotates along its axial feed, and workpiece is carried out tapping processing.Travel switch 8, motor 5b all link to each other with controller, and when block 7 during against travel switch 8, travel switch 8 sends a signal and gives controller, and controller is realized resetting of screw tap 5e sending instruction control motor 5b backward rotation.Hydraulic motor 4 drives rotating disk 2 again and rotates 90 degree to unloading station, at this moment, hydraulic cylinder one 3c drives dynamic model 3a and moves, and workpiece is dropped from clamp mechanism 3, the downside that is positioned at unloading station is provided with the chute that is inclined to set, and makes the workpiece that falls down be convenient to output.
Drive rotating disk 2 by hydraulic motor 4 and make clamp mechanism 3 forward corresponding station to, thereby realize the continuous processing of workpiece, reduced working strength of workers, have the working (machining) efficiency advantage of higher simultaneously.After this special machine bed once clamps, can realize the processing of multiple tracks workpiece, the error of avoiding multiple clamping to produce, thus improved machining accuracy.Rotation by hydraulic motor 4 control rotating disks 2 has the advantage of the slow-speed of revolution, high pulling torque, and controls the advantage of the rotational angle of rotating disk 2 easily.
As another kind of scheme, driving mechanism one is servomotor 5b, cam dispenser, servomotor 5b and cam dispenser all are connected on the base 1, and the main shaft of servomotor 5b links to each other with the power shaft of cam dispenser, and the output shaft of cam dispenser is connected mutually with rotating disk 2.Drive rotating disk 2 by servomotor 5b and cam dispenser and turn to set angle, its reliable transmission is rotated rotating disk 2 and is had higher precision.The cam dispenser can adopt a kind of cam dispenser [application number: 200920119596.1 that openly proposes as the Chinese patent literature data; Granted publication number: CN201455741U], perhaps replace all can with other mechanisms that rotating disk 2 calibration are rotated.
In order to realize making the multiple working procedure of this valve body Special Purpose Machine for Processing, rotating disk 2 can be designed to regular polygon, and in a side or the both sides of rotating disk 2 corresponding toolbox 5 is set, and makes in rotating disk 2 rotating process, can realize the processing of a plurality of workpiece.
Specific embodiment described herein only is that the present invention's spirit is illustrated.Those skilled in the art can make various modifications or replenish or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Although this paper has used base 1, rotating disk 2, clamp mechanism 3, dynamic model 3a, cover half 3b, hydraulic cylinder one 3c, hydraulic motor 4, toolbox 5, base of tool 5a, motor 5b, unit head 5c, tool bar 5d, screw tap 5e, sleeve 5f, hydraulic cylinder 26, block 7, travel switch 8, separating valve 9, body 9a, fuel feed hole 9a1, oil outlet 9a2, spool 9b, terms such as oil inlet passage 9b1, oil discharge passage 9b2 morely, do not get rid of the possibility of using other term.Using these terms only is in order to describe and explain essence of the present invention more easily; They are construed to any additional restriction all is contrary with spirit of the present invention.
Claims (10)
1. valve body Special Purpose Machine for Processing, comprise base (1) and be arranged on rotating disk (2) on the described base (1), described rotating disk (2) be provided with can holding workpiece clamp mechanism (3), also be provided with on the described base (1) and can drive the driving mechanism one that described rotating disk (2) forwards set angle to, the sidepiece of described rotating disk (2) be provided with can processing work toolbox (5), it is characterized in that, be provided with between described toolbox (5) and the described base (1) and can drive described toolbox (5) along the driving mechanism two of the reciprocal translation of axial direction of described rotating disk (2).
2. valve body Special Purpose Machine for Processing according to claim 1, it is characterized in that, described toolbox (5) comprises the base of tool (5a) and is arranged on motor (5b) on the described base of tool (5a), the main shaft of described motor (5b) is connected with unit head (5c), be fixed with on the described unit head (5c) can processing work cutter.
3. valve body Special Purpose Machine for Processing according to claim 1, it is characterized in that, described toolbox (5) comprises and is connected in motor (5b), tool bar (5d), screw tap (5e), be fixed with sleeve (5f) on the end cap of described motor (5b), the main shaft of described motor (5b) passes described sleeve (5f) and described sleeve (5f) and the coaxial setting of described motor (5b), one end of the main shaft of described motor (5b) and described tool bar (5d) circumferentially is connected, screw thread links to each other between described tool bar (5d) and the described sleeve (5f), and the other end of described tool bar (5d) is connected mutually with screw tap (5e).
4. according to claim 1 or 2 or 3 described valve body Special Purpose Machine for Processing, it is characterized in that, described driving mechanism one is the axis coaxle setting of axis and the described rotating disk (2) of hydraulic motor (4) and described hydraulic motor (4), and the housing of described hydraulic motor (4) is connected in described base (1) upward and the rotating shaft of described hydraulic motor (4) is connected mutually with described rotating disk (2).
5. according to claim 1 or 2 or 3 described valve body Special Purpose Machine for Processing, it is characterized in that, described driving mechanism one is the axis of main shaft of servomotor (5b) and described servomotor (5b) and the axis coaxle setting of described rotating disk (2), and the housing of described servomotor (5b) is fixed on that described base (1) is gone up and the rotating shaft of described servomotor (5b) is connected mutually with described rotating disk (2).
6. valve body Special Purpose Machine for Processing according to claim 2, it is characterized in that, the axis that described base (1) is provided with guide rail one and described guide rail one and described rotating disk (2) be arranged in parallel, and the described base of tool (5a) is provided with the slide block one that is complementary with described guide rail one.
7. valve body Special Purpose Machine for Processing according to claim 2, it is characterized in that, described driving mechanism two comprises that the hydraulic cylinder two (6) that is connected on the base (1) and the axis of described hydraulic cylinder two (6) and the axis of described rotating disk (2) be arranged in parallel, and the end of the piston rod of described hydraulic cylinder two (6) is connected mutually with the described base of tool (5a).
8. according to claim 1 or 2 or 3 described valve body Special Purpose Machine for Processing, it is characterized in that, described clamp mechanism (3) comprises dynamic model (3a), cover half (3b) and hydraulic cylinder one (3c), be formed for the die cavity of holding workpiece between described dynamic model (3a) and the described cover half (3b), the cylinder body of described hydraulic cylinder one (3c) is fixed on that described rotating disk (2) is gone up and an end of the piston rod of described hydraulic cylinder one (3c) and described dynamic model (3a) is connected mutually, one end of described cover half (3b) is connected on the described rotating disk (2), and described hydraulic cylinder one (3c) can drive the described relatively cover half of described dynamic model (3a) (3b) and move back and forth.
9. valve body Special Purpose Machine for Processing according to claim 8, it is characterized in that, described rotating disk (2) is square, the cylinder body of described hydraulic cylinder one (3c) is connected on the sidewall of described rotating disk (2) and the axis of described hydraulic cylinder one (3c) is parallel to the edge of described rotating disk (2), and described cover half (3b) is connected on the corresponding side walls of described rotating disk (2).
10. valve body Special Purpose Machine for Processing according to claim 8, it is characterized in that, the center of described rotating disk (2) is provided with separating valve (9), described separating valve (9) comprises tubular body (9a), described body (9a) is connected with described rotating disk (2) mutually with the coaxial setting of rotating disk (2) and described body (9a), be provided with the spool (9b) that is complementary with described body (9a) inner chamber and is column in the described body (9a), the outer end of described spool (9b) is positioned at described body (9a) outside and described spool (9b) is connected mutually with described base (1), described body (9a) is provided with some groups of fuel feed holes (9a1) and oil outlet (9a2), every group of described fuel feed hole (9a1) and described oil outlet (9a2) all link to each other with corresponding hydraulic cylinder one (3c), described spool (9b) is provided with some groups of oil inlet passages (9b1) and oil discharge passage (9b2), and every group of described oil inlet passage (9b1) and described oil discharge passage (9b2) can be connected with described oil outlet (9a2) with corresponding described fuel feed hole (9a1) when rotating disk (2) turns to the angle of setting.
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| CN201310151620.0A CN103264307B (en) | 2013-04-26 | 2013-04-26 | Valve body Special Purpose Machine for Processing |
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| CN201310151620.0A CN103264307B (en) | 2013-04-26 | 2013-04-26 | Valve body Special Purpose Machine for Processing |
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| CN103612120A (en) * | 2013-11-22 | 2014-03-05 | 陈云法 | Waterwheel type special valve |
| CN105108495A (en) * | 2015-10-12 | 2015-12-02 | 济南迈克阀门科技有限公司 | Drilling and tapping equipment for butterfly valve body |
| CN105397571A (en) * | 2015-12-04 | 2016-03-16 | 海宁久久胶塑有限公司 | Container connecting part processing equipment |
| CN107498070A (en) * | 2017-09-20 | 2017-12-22 | 淄博市技师学院 | A kind of multistation multi-functional mechanical lathe for machining |
| CN108080957A (en) * | 2018-01-26 | 2018-05-29 | 永嘉县正菱机械科技股份有限公司 | Universal-joint fork bores earhole equipment |
| CN113146470A (en) * | 2021-05-20 | 2021-07-23 | 上海戴屹科技有限公司 | Car cylinder body foundry goods anchor clamps and foundry goods production line of polishing |
| CN114406763A (en) * | 2022-02-28 | 2022-04-29 | 荆门美中美阀门有限公司 | Tool and method for machining long shaft and short shaft of valve element |
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| CN103612120B (en) * | 2013-11-22 | 2016-03-02 | 浙江双正机床有限公司 | A kind of Waterwheel type special valve |
| CN105108495A (en) * | 2015-10-12 | 2015-12-02 | 济南迈克阀门科技有限公司 | Drilling and tapping equipment for butterfly valve body |
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| CN107498070B (en) * | 2017-09-20 | 2019-09-13 | 淄博市技师学院 | A kind of multistation multi-functional mechanical lathe for machining |
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| CN113146470A (en) * | 2021-05-20 | 2021-07-23 | 上海戴屹科技有限公司 | Car cylinder body foundry goods anchor clamps and foundry goods production line of polishing |
| CN114406763A (en) * | 2022-02-28 | 2022-04-29 | 荆门美中美阀门有限公司 | Tool and method for machining long shaft and short shaft of valve element |
| CN115431054A (en) * | 2022-08-31 | 2022-12-06 | 东莞市巨冈机械工业有限公司 | Machine tool workbench and double-workbench machine tool |
| CN115431054B (en) * | 2022-08-31 | 2024-04-02 | 东莞市巨冈机械工业有限公司 | Machine tool workbench and double-workbench machine tool |
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