CN204893627U - Inside and outside chamfer processing equipment in pipe material two - Google Patents
Inside and outside chamfer processing equipment in pipe material two Download PDFInfo
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- CN204893627U CN204893627U CN201520675972.0U CN201520675972U CN204893627U CN 204893627 U CN204893627 U CN 204893627U CN 201520675972 U CN201520675972 U CN 201520675972U CN 204893627 U CN204893627 U CN 204893627U
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- tube
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- bistrique
- plummer
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Abstract
(B, ) the utility model relates to a pipe material processing equipment technical field, specifically be an inside and outside chamfer processing equipment in pipe material two, including feeding mechanism and the inside and outside chamfer processing agency in pipe material two, feeding mechanism is including controlling two relative material feeding unit, material feeding unit includes delivery sheet and plummer, the originated setting point that supplies pipe material whereabouts has on the plummer, the position that the delivery sheet front end can act on tub material during initial condition is located the rear in originated setting point, lean on plummer front position department be equipped with supply pipe material the place ahead spacing before spacing roof, the plummer front end still is equipped with the stripper that supplies the pipe material to support and unload, the inside and outside chamfer processing agency in pipe material two includes the inside and outside chamfer processingequipment of two relative settings, inside and outside chamfer processingequipment includes grinding device, grinding device includes interior bistrique and outer bistrique, grinding device is equipped with the motor back to a tub material one side, (B, ) (b) operation safety and stability, high efficiency, smoothness nature is good, location effect well just processes effectually. (B, )
Description
Technical field
the utility model relates to materials in the tube technical field of processing equipment, is specially chamfer machining equipment inside and outside a kind of materials in the tube two.
Background technology
in the process of materials in the tube, particularly steel pipe, according to the needs of various industrial use, the operation carrying out chamfering is needed to materials in the tube two ends, and before processing polishing chamfering, need conveying and the location of carrying out materials in the tube, the poor stability of the plant equipment conveying of existing materials in the tube conveying and positioner, not steady, locating effect is poor, the processing operation that easy impact is follow-up, in addition, the efficiency of existing materials in the tube conveying device is not high, fluency is also bad, frequent appearance stagnation or fortuitous event, cause time cost higher, and also there is the lower problem of efficiency in the device of existing chamfering, need to process respectively materials in the tube two ends, then the operation of inside and outside chamfer machining polishing will also successively be carried out, locating effect is good not, the less stable of equipment, make the chamfer quality of the materials in the tube of processing polishing good not, the direct quality affecting materials in the tube, equipment also easily occurs unexpected and quits work, time cost is higher.
Utility model content
an object of the present utility model is to provide that a kind of security of operation is stablized, efficiency is high, fluency is good, good positioning effect and chamfer machining equipment inside and outside the good materials in the tube two of processing effect.
above-mentioned technical purpose of the present utility model is achieved by the following technical programs: chamfer machining equipment inside and outside a kind of materials in the tube two, comprise carry out carrying the feed mechanism of materials in the tube and the materials in the tube in order to be delivered to front end to feed mechanism to carry out inside and outside chamfer machining back to front materials in the tube two inside and outside chamfer machining mechanism, feed mechanism comprises two relative pay-offs of left and right, described pay-off comprises can promote the delivery sheet that materials in the tube are fed forward also rollback and the plummer that can carry for materials in the tube, described plummer has the initial setting point fallen for materials in the tube, the position that during original state, delivery sheet front end can act on materials in the tube is positioned at the rear in initial setting point, be provided with for the spacing front limit top board in materials in the tube front by plummer front position place, described plummer front end is also provided with the stripper for materials in the tube support and discharging, inside and outside materials in the tube two, chamfer machining mechanism comprises two and is oppositely arranged and acts on the inside and outside chamfer processing method and device that feed mechanism is delivered to the mouth of pipe position, materials in the tube two ends at front limit top board place respectively, described inside and outside chamfer processing method and device comprises along materials in the tube axially just to the sanding apparatus of materials in the tube, described sanding apparatus comprises just to the materials in the tube mouth of pipe and for carry out in interior chamfering polishing bistrique and be assemblied in the periphery of described interior bistrique for carrying out the outer bistrique of outer chamfering polishing, described sanding apparatus is provided with the motor for driving described mill apparatus to rotate back to materials in the tube side.
in technique scheme, integrally-built mobility and linkage are all better, the stability run is high, also more safe and reliable, be not easy occur fortuitous event and stagnate, comparatively smooth, greatly to save time cost, service life extends greatly, and locating effect is better, be convenient to the polishing operation that materials in the tube carry out chamfering, and be returned to original state after discharging can being carried out in time, and materials in the tube two ends can simultaneously operation during polishing work, and carry out the processing operation of inside and outside chamfering simultaneously, operating efficiency improves greatly, the processing effect of chamfering is better, by the rotation of motor, band rotary bistrique effectively processes operation, in the whole course of work, after materials in the tube fall to the initial setting point of plummer, delivery sheet promotes materials in the tube and carries out feeding, then delivery sheet is coordinated to prop up materials in the tube to front limit top board, now, inside and outside materials in the tube two, chamfer machining mechanism carries out the processing operation of materials in the tube chamfering, and stripper should be arranged to can be movable plate, when materials in the tube are positioned at this place and when chamfer machining operation is carried out, stripper is in lifting state limit top plate is close forward, materials in the tube can not be flowed out forward, coordinate front limit top board and delivery sheet to carry out restriction to materials in the tube and be beneficial to the operation of materials in the tube chamfer machining, when the end of job of materials in the tube chamfer machining, stripper can be movable downwards, make, between front limit top board, there is opening, just fall behind can be used for the materials in the tube that chamfer machining is good when opening is enough large under and export, complete whole conveying operation, now delivery sheet should shrink back in time and be returned to original state, this time, due to guild before course of conveying delivery sheet above, waiting for that path that the materials in the tube fallen drop to initial setting point cuts off, the state of the materials in the tube that can not fall is eliminated, after delivery sheet return back to original position, materials in the tube can have again the path of whereabouts to drop to initial setting point, just in time carry out the conveying operation of next round, continuity is good, efficiency is high, certainly, two pay-offs in left and right be separate and two ends respectively to materials in the tube lean on, ensure effectively carrying out of feeding operation.
as to preferably of the present utility model, the top in initial setting point is pile up for materials in the tube the wait passage waited for and being fed forward, described wait passage is in the interval between the front roof platform of time interval setting and the feeding table supplying materials in the tube to stack, described front roof platform is positioned at left side or right side be provided with rotatable and can prop up materials in the tube on against plate, be connected with elastic reset part against plate on described, described elastic reset part is extension spring or spring.Materials in the tube are made to have a route well waited for and circulate, and on against the setting of plate, on the one hand, when ensureing that delivery sheet pushes materials in the tube, on can carry out certain barrier force to materials in the tube against plate, but do not hinder moving ahead smoothly of materials in the tube, conveying can be made so more stable, be convenient to location and mechanism's dependability of materials in the tube, on the other hand, delivering to front limit top board when materials in the tube props up in the chamfer machining operation process carrying out limiting laggard line pipe material, can the restriction of the enterprising line position in position above materials in the tube, guarantee that the location processing operation is to improve the effect of materials in the tube chamfer machining, and when can effectively prevent delivery sheet from retreating, materials in the tube and then retreat to hinder and are about to the materials in the tube of whereabouts, guarantee to be returned to original state in time after discharging, arranging of elastic reset part is easily controlled cost, and can ensure integrally-built performance.
as to preferably of the present utility model, delivery sheet is connected on the slide block that can move forward and backward by connector, described slide block is connected with mobile device, described mobile device is pneumatic cylinder or hydraulic cylinder or leading screw, described slip front has can against the abutment face of living stripper, described stripper can between the upper and lower swing and be also connected with elastic reset part in left side or right side, slide block is positioned at the below of plummer, described plummer is provided with for the movable shifting chute of connector, and described elastic reset part is extension spring or spring.Optimize structure, improve the stability, security, assembling etc. of structure, be convenient to the operation with security and stability of plant equipment, connector can adopt the structure such as coupling bar or joint pin, the distribution of force of total is optimized more, is also convenient to realize, and reliability is higher, arranging of mobile device is easily controlled cost, and can ensure integrally-built performance, slide block is not only one and drives delivery sheet stability to move ahead the band dynamic component of major impetus of feeding, and march to front end be can against live stripper lifting, make stripper near front limit top board, for being positioned at the chamfer machining location during place of front end to materials in the tube, keep the processing operation of stablizing laggard line pipe material, after machining, slide block drives in the process of delivery sheet rollback, due to stripper lose slide block forward against effect, the effect of amplifying gradually with the opening of front limit top board will be formed to lower swing under the effect of elastic reset part, materials in the tube are made to carry out discharging in time after processing, stripper should be arranged to downward to have the location status that can fall for materials in the tube with front limit top board in original state, optimize structure and distribution of force, ensure feeding operation stable, carry out glibly, be convenient to production and the realization of device, arranging of elastic reset part is easily controlled cost, and can ensure integrally-built performance.
as to preferably of the present utility model, the left side of plummer or right side are provided with has one section of rotating initial barrier plate being positioned at the front in initial setting point in original state at least, described initial barrier plate is also connected with elastic reset part, interval during original state in the region in the initial setting point of plummer and between initial barrier plate and delivery sheet only can fall into materials in the tube, and described elastic reset part is extension spring or spring.Ensure the stability that materials in the tube fall, the position of initial barrier plate can be regulated according to materials in the tube size, ensure the effective dropping place of materials in the tube on plummer as far as possible, needs according to producing rationally carry out position adjustments, the elastic force of elastic reset part is arranged to the conveying not affecting materials in the tube, certainly, at feeding process, initial barrier plate can be subject to the thrust of materials in the tube and rotate the stability that also effectively can promote materials in the tube conveying, and when rollback is returned to original state, initial barrier plate can be returned to again the control of original position maintenance to the operation of materials in the tube whereabouts under the effect of elastic reset part; Keep the feeding of materials in the tube one by one, processing operation, reduce influencing each other between materials in the tube; Arranging of elastic reset part is easily controlled cost, and can ensure integrally-built performance.
as to preferably of the present utility model, slide block is arranged on a take-up housing, and described take-up housing comprises the slide block side shield being positioned at the slide block left and right sides and the take-up housing base plate being positioned at slide block bottom.Promote the stability of total and assembling, be convenient to realize, optimize distribution of force, and improve feeding operation stable, carry out smoothly.
as to preferably of the present utility model, between sanding apparatus and the motor shaft of motor, be connected with the advance and retreat link gear that sanding apparatus can be driven to move axially along materials in the tube.The stability of integrally-built mobility and linkage and structure strengthened further by advance and retreat link gear, optimize distribution of force, the most important thing is, sanding apparatus can be driven operationally can to contact materials in the tube, and in off working state, then materials in the tube can be separated from, ensure that the safe and effective of operation carries out, simultaneously, this advance and retreat link gear can also make motor shaft effectively drive sanding apparatus to rotate, realize the operation of high stability, high efficiency processing polishing chamfering, improve the quality of polishing effect and last materials in the tube.
as to preferably of the present utility model, the end that advance and retreat link gear comprises two ends is respectively used to be connected with sanding apparatus the bistrique band moving axis be connected with motor shaft and the advance and retreat driving device that described bistrique band moving axis can be driven axially to retreat along materials in the tube.The stability of the integrally-built mobility of further reinforcement and linkage and structure, optimize distribution of force, the socket mode of preferred slidingtype between bistrique band moving axis and motor shaft, make bistrique band moving axis that sanding apparatus not only can be driven under the effect of advance and retreat driving device to carry out polishing work or quit work, can it be driven to rotate under the rotary action of motor shaft simultaneously, to such an extent as to sanding apparatus also carries out rotating the operation carrying out high stability, high efficiency processing polishing chamfering, improves the quality of polishing effect and last materials in the tube.
as to preferably of the present utility model, advance and retreat driving device comprises the plural bearing on the position that is arranged between bistrique band end shaft, the sliding shaft base that described bearing can be driven axially to retreat along materials in the tube is equipped with outside described bearing, described sliding shaft base is provided with sliding shaft base connecting rod, described sliding shaft base connecting rod is connected with the power set that it can be driven axially to retreat along materials in the tube, and described power set are pneumatic cylinder or hydraulic cylinder or leading screw.Bistrique band moving axis is can be used for effectively to carry out the action of rotating, sliding shaft base connecting rod can be driven by power set simultaneously, sliding shaft base, rotary bistrique can be with after bearing to drive axle to retreat, and by the effect of bistrique band moving axis, make sanding apparatus, effectively carry out polishing operation and duty, the switching of off working state, the stability of the integrally-built mobility of further reinforcement and linkage and structure, optimize distribution of force, the operation of chamfering can be carried out better, improve the quality of polishing effect and last materials in the tube, mechanical damage can be reduced in addition, service life is extended, arranging of power set is easily controlled cost, and can ensure integrally-built performance.
as to preferably of the present utility model, sanding apparatus also comprises the head holder for installing fixing interior bistrique and outer bistrique, described head holder is also provided with the bistrique groove inserted by the end of head holder side for bistrique band moving axis, and bistrique band moving axis leans on the end of head holder side to be also provided with the self-regulation spring that can act axially on described head holder.The stability of the integrally-built mobility of further reinforcement and linkage and structure, optimize distribution of force, this arranges and effectively improves assembling, be beneficial to the operations such as dismounting, maintenance, replacing, controllability is strong, can carry out processing operation according to the materials in the tube of different size, be also not easy in addition to damage, service life can extend; Add the setting of self-regulation spring, the stability of the integrally-built mobility of further reinforcement and linkage and structure, optimize distribution of force, and process can produce larger disturbance, simultaneously, also likely there is certain difference in the materials in the tube of same batch, preferably effectively can be addressed these problems by this, the operation of chamfering can be carried out better, improve the quality of polishing effect and last materials in the tube, can mechanical damage be reduced in addition, service life is extended.
as to preferably of the present utility model, motor shaft is equipped with motor cover, described motor puts and is equipped with along the axially extended spline housing of materials in the tube, described bistrique band moving axis is connected in described spline housing by the end sleeve of motor side, is provided with the dovetail groove pedestal that axially can carry out guide and limit to it along materials in the tube outside sliding shaft base.The advance and retreat that bistrique band moving axis not only can be axial are moved, can also rotate simultaneously, thus sanding apparatus can be driven to carry out the adjustment of axial location and effectively carrying out of chamfer machining operation, the stability of the integrally-built mobility of further reinforcement and linkage and structure, optimize distribution of force, the operation of chamfering can be carried out better, improve the quality of polishing effect and last materials in the tube, can mechanical damage be reduced in addition, service life is extended; The stability that further lift structure is set of dovetail groove pedestal, improve locating effect, the stability of the integrally-built mobility of further reinforcement and linkage and structure, optimize distribution of force, the operation of chamfering can be carried out better, improve the quality of polishing effect and last materials in the tube, mechanical damage can be reduced in addition, service life is extended, and dovetail groove pedestal is with the dovetail groove of guide and limit in addition, and the mobile accuracy height between machinery is stablized again.
the beneficial effects of the utility model: integrally-built mobility and linkage are all better, the stability run is high, also more safe and reliable, be not easy occur fortuitous event and stagnate, comparatively smooth, greatly to save time cost, and locating effect is better, is convenient to the polishing operation that materials in the tube carry out chamfering, distribution of force optimization, improve the quality of polishing effect and last materials in the tube, can reduce mechanical damage in addition, service life is extended, inside and outside chamfer machining can be carried out in two simultaneously, efficiency promotes greatly, and controllability is high.
Accompanying drawing explanation
fig. 1 be the materials in the tube of the utility model embodiment when being sent to front limit top board from feed mechanism inside and outside materials in the tube two chamfer machining mechanism prepare the structural representation of forward when carrying out chamfer machining operation inside and outside materials in the tube;
fig. 2 is the structural representation of Fig. 1 left-half;
fig. 3 is the structural representation that a left side for pay-off original state on the right side of the feeding structure of the utility model embodiment is looked;
fig. 4 be the utility model embodiment feeding structure on the left of pay-off materials in the tube are delivered to the structural representation looked on left side when front limit top board place, front end carries out chamfer machining operation inside and outside materials in the tube.
in figure: 1, delivery sheet, 2, plummer, 20, initial setting point, 3, wait for passage, 31, front roof platform, 32, feeding table, 311, front limit top board, 312, stripper, 313, on against plate, 4, elastic reset part, 50, connector, 5, slide block, 6, mobile device, 55, abutment face, 501, shifting chute, 61, slide block side shield, 62, take-up housing base plate, 71, sanding apparatus, 711, interior bistrique, 712, outer bistrique, 72, motor, 720, motor shaft, 73, bistrique band moving axis, 713, head holder, 714, bistrique groove, 715, self-regulation spring, 721, motor cover, 722, spline housing, 731, bearing, 732, sliding shaft base, 733, sliding shaft base connecting rod, 734, power set, 735, dovetail groove pedestal, 9, materials in the tube.
Detailed description of the invention
following specific embodiment is only to explanation of the present utility model; it is not to restriction of the present utility model; those skilled in the art can make to the present embodiment the amendment not having creative contribution as required after reading this description, as long as but be all subject to the protection of Patent Law in right of the present utility model.
embodiment, as Fig. 1, 2, 3, shown in 4, chamfer machining equipment inside and outside a kind of materials in the tube two, comprise carry out carrying the feed mechanism of materials in the tube 9 and the materials in the tube 9 in order to be delivered to front end to feed mechanism to carry out inside and outside chamfer machining back to front materials in the tube two inside and outside chamfer machining mechanism, feed mechanism comprises two relative pay-offs of left and right, described pay-off comprises can promote the delivery sheet 1 that materials in the tube 9 are fed forward also rollback and the plummer 2 that can carry for materials in the tube 9, described plummer 2 has the initial setting point 20 fallen for materials in the tube 9, the position that during original state, delivery sheet 1 front end can act on materials in the tube 9 is positioned at the rear in initial setting point 20, be provided with for the spacing front limit top board 311 in materials in the tube 9 front by plummer 2 front position place, described plummer 2 front end is also provided with and supports and the stripper 312 of discharging for materials in the tube 9, inside and outside materials in the tube two, chamfer machining mechanism comprises two and is oppositely arranged and acts on the inside and outside chamfer processing method and device that feed mechanism is delivered to the mouth of pipe position, materials in the tube 9 two ends at front limit top board 311 place respectively, described inside and outside chamfer processing method and device comprises along materials in the tube 9 axially just to the sanding apparatus 71 of materials in the tube 9, described sanding apparatus 71 comprises just to materials in the tube 9 mouth of pipe and for carry out in interior chamfering polishing bistrique 711 and be assemblied in the periphery of described interior bistrique 711 for carrying out the outer bistrique 712 of outer chamfering polishing, described sanding apparatus 71 is provided with the motor 72 for driving described mill apparatus 71 to rotate back to materials in the tube 9 side.
the top in initial setting point 20 is pile up for materials in the tube 9 the wait passage 3 waited for and being fed forward, described wait passage 3 is in the interval between the front roof platform 31 of time interval setting and the feeding table 32 supplying materials in the tube 9 to stack, described front roof platform 31 is positioned at left side or right side be provided with rotatable and can prop up materials in the tube 9 on against plate 313, be connected with elastic reset part 4 against plate 313 on described, described elastic reset part 4 is extension spring or spring.
delivery sheet 1 is connected on the slide block 5 that can move forward and backward by connector 50, described slide block 5 is connected with mobile device 6, described mobile device 6 is pneumatic cylinder or hydraulic cylinder or leading screw, described slide block 5 front end has can against the abutment face 55 of living stripper 312, described stripper 312 can between the upper and lower swing and be also connected with elastic reset part 4 in left side or right side, slide block 5 is positioned at the below of plummer 2, described plummer 2 is provided with for the movable shifting chute 501 of connector 50, and described elastic reset part 4 is extension spring or spring.
the left side of plummer 2 or right side are provided with has one section of rotating initial barrier plate 21 being positioned at the front in initial setting point 20 in original state at least, described initial barrier plate 21 is also connected with elastic reset part 4, interval during original state in the region in the initial setting point 20 of plummer 2 and between initial barrier plate 21 and delivery sheet 1 only can fall into materials in the tube 9, and described elastic reset part 4 is extension spring or spring.
slide block 5 is arranged on a take-up housing, and described take-up housing comprises the slide block side shield 61 being positioned at slide block 5 left and right sides and the take-up housing base plate 62 being positioned at slide block 5 bottom.
the advance and retreat link gear that sanding apparatus 71 can be driven to move axially along materials in the tube 9 is connected with between the motor shaft 720 of sanding apparatus 71 and motor 72.The end that advance and retreat link gear comprises two ends is respectively used to be connected with sanding apparatus 71 the bistrique band moving axis 73 be connected with motor shaft 720 and the advance and retreat driving device that described bistrique band moving axis 73 can be driven axially to retreat along materials in the tube 9.Advance and retreat driving device comprises the plural bearing 731 on the position that is arranged between bistrique band moving axis 73 two ends, the sliding shaft base 732 that described bearing 731 can be driven axially to retreat along materials in the tube 9 is equipped with outside described bearing 731, described sliding shaft base 732 is provided with sliding shaft base connecting rod 733, described sliding shaft base connecting rod 733 is connected with the power set 734 that it can be driven axially to retreat along materials in the tube 9, and described power set 734 are pneumatic cylinder or hydraulic cylinder or leading screw.
sanding apparatus 71 also comprises the head holder 713 for installing fixing interior bistrique 711 and outer bistrique 712, described head holder 713 is also provided with the bistrique groove 714 inserted by the end of head holder 713 side for bistrique band moving axis 73, and bistrique band moving axis 73 is also provided with the self-regulation spring 715 that can act axially on described head holder 713 by the end of head holder 713 side.
motor shaft 720 is equipped with motor cover 721, described motor cover 721 is equipped with along the axially extended spline housing 722 of materials in the tube 9, described bistrique band moving axis 73 is connected in described spline housing 722 by the end sleeve of motor 72 side, is provided with the dovetail groove pedestal 735 that axially can carry out guide and limit to it along materials in the tube 9 outside sliding shaft base 732.
the position relationship of two pay-offs in left and right regulates arbitrarily by materials in the tube length to be processed, to reach best result of use, in addition, after actual Long-Time Service, there is man-hour processing scrap to produce owing to adding, drop on the positions such as the junction of stripper 312 and plummer 2, cause stripper 312 can not normal smooth and easy action, therefore can preferably add a blowning installation below at front limit top board 311, the scrap processed is blown away.
during operation, after materials in the tube 9 fall to the initial setting point 20 of plummer 2, as original state, delivery sheet 1 promotes materials in the tube 9 and carries out feeding, then delivery sheet 1 is coordinated to prop up materials in the tube 9 to front limit top board 311, now, inside and outside materials in the tube two, chamfer machining mechanism carries out the processing operation of chamfering close to materials in the tube 9 to materials in the tube 9, and stripper 312 in materials in the tube 9 after coming and be in lifting state limit top plate 311 is close forward when carrying out chamfer machining operation, materials in the tube 9 can not be flowed out forward, the restriction carrying out materials in the tube 9 position is beneficial to the operation of materials in the tube 9 chamfer machining, when materials in the tube arrive front limit top board 311 place, inside and outside materials in the tube two, the power set 734 of chamfer machining mechanism start effect, sanding apparatus 71 is delivered to materials in the tube 9 touch and the most suitable position of chamfer machining operation can be carried out, then under the left and right of motor 72, sanding apparatus 71 carries out polishing operation, materials in the tube 9 chamfering polishing process finishing, power set 734 rollback, the materials in the tube 9 processed start to unload, and when the end of job of materials in the tube 9 chamfer machining, stripper 312 can be movable downwards, make, between front limit top board 311, there is opening, just can be used for the materials in the tube that chamfer machining is good to fall behind output 9 times when opening is enough large, complete whole conveying, processing operation, now delivery sheet 1 should shrink back in time and be returned to original state, while the reply with original state can be said, unloading after materials in the tube 9 processing also completes, and new materials in the tube 9 to be processed also prepare to start action at initial position, whole process continuity is good, efficiency is high.
Claims (10)
1. chamfer machining equipment inside and outside materials in the tube two, it is characterized in that: comprise carry out carrying the feed mechanism of materials in the tube (9) and materials in the tube (9) in order to be delivered to front end to feed mechanism to carry out inside and outside chamfer machining back to front materials in the tube two inside and outside chamfer machining mechanism, feed mechanism comprises two relative pay-offs of left and right, described pay-off comprises can promote the delivery sheet (1) that materials in the tube (9) are fed forward also rollback and the plummer (2) that materials in the tube (9) can be supplied to carry, described plummer (2) has the initial setting point (20) fallen for materials in the tube (9), the position that during original state, delivery sheet (1) front end can act on materials in the tube (9) is positioned at the rear of initial setting point (20), be provided with for the spacing front limit top board (311) in materials in the tube (9) front by plummer (2) front position place, described plummer (2) front end is also provided with the stripper (312) for materials in the tube (9) support and discharging, inside and outside materials in the tube two, chamfer machining mechanism comprises two and is oppositely arranged and acts on the inside and outside chamfer processing method and device that feed mechanism is delivered to the mouth of pipe position, materials in the tube (9) two ends at front limit top board (311) place respectively, described inside and outside chamfer processing method and device comprises along materials in the tube (9) axially just to the sanding apparatus (71) of materials in the tube (9), described sanding apparatus (71) comprises just to materials in the tube (9) mouth of pipe and for the periphery of carrying out bistrique (711) in interior chamfering polishing and being assemblied in described interior bistrique (711) for carrying out the outer bistrique (712) of outer chamfering polishing, described sanding apparatus (71) is provided with the motor (72) for driving described mill apparatus (71) to rotate back to materials in the tube (9) side.
2. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 1, it is characterized in that: the top of initial setting point (20) is pile up for materials in the tube (9) the wait passage (3) waited for and being fed forward, described wait passage (3) is in the interval between the front roof platform (31) of time interval setting and the feeding table (32) supplying materials in the tube (9) to stack, described front roof platform (31) is positioned at left side or right side be provided with rotatable and can prop up materials in the tube (9) on against plate (313), elastic reset part (4) is connected with against plate (313) on described, described elastic reset part (4) is extension spring or spring.
3. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 1, it is characterized in that: delivery sheet (1) is connected on the slide block (5) that can move forward and backward by connector (50), described slide block (5) is connected with mobile device (6), described mobile device (6) is pneumatic cylinder or hydraulic cylinder or leading screw, described slide block (5) front end has can against the abutment face (55) of living stripper (312), described stripper (312) can between the upper and lower swing and be also connected with elastic reset part (4) in left side or right side, slide block (5) is positioned at the below of plummer (2), described plummer (2) is provided with for the movable shifting chute (501) of connector (50), described elastic reset part (4) is extension spring or spring.
4. chamfer machining equipment inside and outside a kind of materials in the tube two according to Claims 2 or 3, it is characterized in that: the left side of plummer (2) or right side are provided with has one section of rotating initial barrier plate (21) being positioned at the front in initial setting point (20) in original state at least, described initial barrier plate (21) is also connected with elastic reset part (4), the region in the initial setting point (20) of plummer (2) is positioned at and the interval between initial barrier plate (21) and delivery sheet (1) only can fall into a materials in the tube (9) during original state, described elastic reset part (4) is extension spring or spring.
5. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 3, it is characterized in that: slide block (5) is arranged on a take-up housing, described take-up housing comprises the slide block side shield (61) being positioned at slide block (5) left and right sides and the take-up housing base plate (62) being positioned at slide block (5) bottom.
6. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 1, is characterized in that: be connected with the advance and retreat link gear that sanding apparatus (71) can be driven to move axially along materials in the tube (9) between the motor shaft (720) of sanding apparatus (71) and motor (72).
7. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 6, is characterized in that: the end that advance and retreat link gear comprises two ends is respectively used to be connected with sanding apparatus (71) the bistrique band moving axis (73) be connected with motor shaft (720) and the advance and retreat driving device that described bistrique band moving axis (73) can be driven axially to retreat along materials in the tube (9).
8. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 7, it is characterized in that: advance and retreat driving device comprises the plural bearing (731) on the position that is arranged between bistrique band moving axis (73) two ends, described bearing (731) outside is equipped with the sliding shaft base (732) that described bearing (731) can be driven axially to retreat along materials in the tube (9), described sliding shaft base (732) is provided with sliding shaft base connecting rod (733), described sliding shaft base connecting rod (733) is connected with the power set (734) that it can be driven axially to retreat along materials in the tube (9), described power set (734) are pneumatic cylinder or hydraulic cylinder or leading screw.
9. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 7 or 8, it is characterized in that: sanding apparatus (71) also comprises the head holder (713) for installing fixing interior bistrique (711) and outer bistrique (712), described head holder (713) is also provided with the bistrique groove (714) inserted by the end of head holder (713) side for bistrique band moving axis (73), and bistrique band moving axis (73) is also provided with the self-regulation spring (715) that can act axially on described head holder (713) by the end of head holder (713) side.
10. chamfer machining equipment inside and outside a kind of materials in the tube two according to claim 8, it is characterized in that: motor shaft (720) is equipped with motor cover (721), described motor cover (721) is equipped with along the axially extended spline housing (722) of materials in the tube (9), described bistrique band moving axis (73) is connected in described spline housing (722) by the end sleeve of motor (72) side, is provided with the dovetail groove pedestal (735) that axially can carry out guide and limit to it along materials in the tube (9) outside sliding shaft base (732).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520675972.0U CN204893627U (en) | 2015-09-02 | 2015-09-02 | Inside and outside chamfer processing equipment in pipe material two |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520675972.0U CN204893627U (en) | 2015-09-02 | 2015-09-02 | Inside and outside chamfer processing equipment in pipe material two |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204893627U true CN204893627U (en) | 2015-12-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520675972.0U Expired - Fee Related CN204893627U (en) | 2015-09-02 | 2015-09-02 | Inside and outside chamfer processing equipment in pipe material two |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204893627U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105108601A (en) * | 2015-09-02 | 2015-12-02 | 浙江腾云制冷科技有限公司 | Pipe double-end internal and external chamfering processing apparatus |
| CN109015180A (en) * | 2018-08-18 | 2018-12-18 | 章梦月 | The automatic polishing chamfering device of building iron material ends |
-
2015
- 2015-09-02 CN CN201520675972.0U patent/CN204893627U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105108601A (en) * | 2015-09-02 | 2015-12-02 | 浙江腾云制冷科技有限公司 | Pipe double-end internal and external chamfering processing apparatus |
| CN105108601B (en) * | 2015-09-02 | 2017-06-23 | 浙江腾云制冷科技有限公司 | Chamfer machining equipment inside and outside a kind of materials in the tube two |
| CN109015180A (en) * | 2018-08-18 | 2018-12-18 | 章梦月 | The automatic polishing chamfering device of building iron material ends |
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Granted publication date: 20151223 Termination date: 20200902 |