CN203156531U - Titanium tube friction rolling mechanism - Google Patents
Titanium tube friction rolling mechanism Download PDFInfo
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- CN203156531U CN203156531U CN 201320151387 CN201320151387U CN203156531U CN 203156531 U CN203156531 U CN 203156531U CN 201320151387 CN201320151387 CN 201320151387 CN 201320151387 U CN201320151387 U CN 201320151387U CN 203156531 U CN203156531 U CN 203156531U
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Abstract
The utility model discloses a titanium tube friction rolling mechanism and belongs to the technical field of metal tubular product polishing machinery. The titanium tube friction rolling mechanism comprises a first rack, a friction wheel shaft, a friction wheel shaft driving mechanism, and a pair of adjusting plate adjusting mechanisms, wherein an adjusting plate and a fixed plate are arranged on the first rack, a friction wheel shaft seat is arranged on the adjusting plate, a supporting wheel frame is arranged on the fixed plate, a supporting wheel is arranged on the supporting wheel frame, the friction wheel shaft is supported on the friction wheel shaft seat, a friction wheel is fixed on the friction wheel shaft, the friction wheel shaft driving mechanism is arranged on the first rack and connected with the friction wheel shaft, the pair of the adjusting plate adjusting mechanisms is arranged at two ends of the fixed plate and connected with two ends of the adjusting plate, and a tube pressing mechanism is arranged on the first rack. The friction wheel enables a titanium tube which is placed between the friction wheel and the supporting wheel to roll, the tube pressing mechanism limits the upper portion of the titanium tube, so that continuous roll of the titanium tube is guaranteed when the titanium tube is polished by a polishing device is guaranteed and polishing efficiency and the polishing quality are improved.
Description
Technical field
The utility model belongs to metal pipe material polishing mechanical technical field, is specifically related to a kind of titanium pipe friction rolling mechanism, and the titanium pipe is polished for the inwall of burnishing device to the titanium pipe under rolling condition.
Background technology
Owing to the characteristic of excellences such as titanium metal material has known good toughness, proportion is little, wear-resistant, corrosion-resistant and high temperature resistant is described as the space metal, and be widely used in each field such as electronics, electrical equipment, military project, generating, Aeronautics and Astronautics and navigation etc.
In the production process of titanium pipe, there is rolling process and heat treatment (vacuum annealing) operation, because after rolling, the inwall of titanium pipe stays inevitably and hinders the bright and clean smooth slight flaws of inwall such as burr etc., again because after heat treatment, the inwall of titanium pipe often entire body is attached with one deck rubbish (industry claims dirt), therefore need flaw and refuse cleaning, to improve quality and lumber recovery.
Prior art is generally handled by means of electric mill flaw or title tiny flaw that rolling process stays in the mode of handwork by the workman, but can only prove effective to the two ends of titanium pipe, and can't handle (cleaning) to the inwall of whole titanium pipe.Be that the cleaning of dirt uses giant to clean usually for the rubbish on the titanium inside pipe wall after the heat treatment.
There is following technical problem at least in the above-mentioned mode that flaw and the rubbish of titanium inside pipe wall are implemented to remove: the one, and operating efficiency is low and working strength of workers is big; The 2nd, cleaning effect is poor, is difficult to ensure cleaning quality, because manual cleanup often changes with the difference of workman's differences such as experience, mood and/or the sense of duty; The 3rd because therefore the flushing of the titanium inside pipe wall after adopting giant to heat treatment wastes precious water resource on the one hand, influence the environment in operation place on the other hand because of the sewage trickling, again the one side wastewater disposition to external world environment exert an influence.
Undoubtedly, adopt tediously long and in the grinding wheel spindle that the end is furnished with emery wheel such as cloth wheel is insinuated into the tube chamber of titanium pipe, polish and to avoid above-mentioned technical problem, for example driving grinding wheel spindle travel mechanism by actuating unit moves, drive the grinding wheel spindle rotation by grinding wheel spindle travel mechanism simultaneously, thereby the tube chamber of finishing the titanium pipe polishes comprehensively.But, if the titanium pipe is in static condition, so can appreciable impact polishing efficiency and polishing effect.Therefore how making the titanium pipe that is in the polishing process be in rolling condition has become industry to expect the technical problem that solves for a long time.In view of this, the applicant has done literature search, but there is no all enlightenments that is solved this technical problem in disclosed patent and the non-patent literature up to now, the applicant has done useful design for this reason, finally formed technical scheme described below, and the titanium pipe production line in the applicant plant area has carried out simulated test under the secrecy provision having taked, and the result has shockingly shown unexpected technique effect.
Summary of the invention
Task of the present utility model is to provide a kind of titanium pipe that can ensure in burnishing device is implemented the process of polishing ceaselessly to roll and use the titanium pipe friction rolling mechanism that improves polishing efficiency and ensure quality of finish.
Task of the present utility model is finished like this, a kind of titanium pipe friction rolling mechanism, comprise one first frame, the top of this first frame is provided with adjustment plate and the fixed head that an end from first frame extends to the other end, wherein: adjust the edge that plate is positioned at the described top of first frame, and be provided with one group of friction pulley axle bed at the length direction of adjusting plate with the interval state, and be provided with one group of roller frame that quantity equates and the position is corresponding of quantity and friction pulley axle bed at the length direction of fixed head with the interval state, be provided with a support roller at each roller frame head lamp brush guard pivot; One friction wheel axle, this friction wheel axle are bearing on described one group of friction pulley axle bed rotationally, and at this friction wheel axle the friction pulley that quantity is equal with described support roller and the position is corresponding are arranged fixedly; One is used for ordering about the friction wheel axle driving mechanism of described friction wheel axle motion, and this friction wheel axle driving mechanism is arranged on described first frame, and is in transmission connection with friction wheel axle; A pair of adjustment plate guiding mechanism, in this a pair of adjustment plate guiding mechanism one of them adjusted the end that the plate guiding mechanism is arranged on described fixed head, and be connected with an end of adjusting plate, and another adjustment plate guiding mechanism in a pair of adjustment plate guiding mechanism is arranged on the other end of fixed head, and be connected with the other end of adjusting plate, wherein: described first frame is provided with equate with described friction pulley and the pressure pipe structure that match with friction pulley of one group of quantity.
In a specific embodiment of the present utility model, described friction wheel axle driving mechanism comprises drive motors, reduction box, first, second drive and driving-belt, drive motors cooperates with the reduction box transmission, and be fixed on the deceleration block together with drive motors by reduction box, and the deceleration block is fixed on the bottom of described first frame, first drive is fixed on the reduction box power output shaft of reduction box, second drive is fixed on the right-hand member of described friction wheel axle, one end of driving-belt is nested with on first drive, and the other end is nested with on second drive.
In another specific embodiment of the present utility model, described a pair of adjustment plate guiding mechanism respectively comprises nut seat, adjusts screw rod, screw bolt seat and handwheel, nut seat is fixed on the described adjustment plate, an end of adjusting screw rod matches with nut seat, the middle part is bearing on the screw bolt seat rotationally, screw bolt seat is fixed on the described fixed head, and handwheel is fixed on the other end of adjusting screw rod.
In another specific embodiment of the present utility model, described one group of pressure pipe structure respectively comprises pinch roller arm pillar, pinch roller arm and pinch roller, pinch roller arm pillar is fixed on described first frame, one end of pinch roller arm pivots by bearing pin and is connected the upper end of pinch roller arm pillar, and the other end of pinch roller arm constitutes free end and a pinch roller seat is fixedly arranged, pinch roller is arranged on the pinch roller seat rotationally, and this pinch roller is corresponding to the top between described support roller and the friction pulley.
In another specific embodiment of the present utility model, an end of pair of locking plate is fixedly arranged with the interval state, and the other end of lockplate is connected on the described fixed head on described adjustment plate.
The technical scheme that the utility model provides drives friction wheel axle by the friction wheel axle driving mechanism, driven the one group of friction wheel from rotation that is fixed thereon by friction wheel axle, thereby can the titanium pipe that be shelved between friction pulley and the support roller be rolled by friction pulley, and it is spacing to the top of titanium pipe by pressure pipe structure, thereby can ensure that the titanium pipe ceaselessly rolls under to the state of its polishing at burnishing device, not only polishing efficiency can be improved, and quality of finish can be improved.
Description of drawings
Fig. 1 is example structure figure of the present utility model.
Fig. 2 is the utility model and the schematic diagram that cooperates of burnishing device.
Fig. 3 is the detailed structure view of burnishing device shown in Figure 2.
The specific embodiment
For the auditor that the makes Patent Office especially public can be expressly understood technical spirit of the present utility model and beneficial effect more, the applicant general elaborates in the mode of embodiment below, but all be not restriction to the utility model scheme to the description of embodiment, any according to the utility model design done only for pro forma but not substantial equivalent transformation all should be considered as the technical solution of the utility model category.
Embodiment:
See also Fig. 1, provided one first frame 1, under this first frame, 1 use state corresponding to the right-hand member by second frame 6 shown in Figure 2, be provided with adjustment plate 11 and the fixed head 12 that an end (left end) from first frame 1 extends to the other end (right-hand member) on the top of this first frame 1, wherein: adjust the edge that plate 11 is positioned at the top of first frame 1, namely corresponding to the outside of fixed head 12.From the applicant to the title of Reference numeral as can be known, fixed head 12 and first frame 1 are fixing, are fixing with first frame 1 and adjust plate 11.The length direction of adjusting plate 11 and towards on a side with this reality of friction pulley axle bed 111(that the interval state fixedly has one group of quantity not to be subjected to illustrating restriction four friction pulley axle beds 111 are arranged), and one group of roller frame 121 that quantity equates and the position is corresponding of one-level group quantity and friction pulley axle bed 111 fixedly arranged with the interval state equally at the length direction of fixed head 12, on each roller frame 121, being fixed on the roller frame 121 by supporting-roller shaft 12111(supporting-roller shaft 12111) pivot is provided with a support roller 1211, and specifically: supporting-roller shaft 12111 is arranged on the roller frame 121 rotationally by bearing of conveyor idler 12112.Roller frame 121 can be adjusted groove 1212 by the roller frame on it and make accommodation in the position corresponding to roller frame hold-down screw 1213 at fixed head 12.
Be bearing in rotationally on aforesaid one group of friction pulley axle bed 111 by the detailed friction wheel axle 2 that shows of Fig. 1, with the interval state and preferably adopt flat key 211 that one group of friction pulley 21 fixedly is arranged, this friction wheel axle 2 is by 3 drivings of friction wheel axle driving mechanism on friction wheel axle 2.
Above mentioned friction wheel axle driving mechanism 3 comprises drive motors 31, reduction box 32, first, second drive 33,34 and driving-belt 35, drive motors 31 cooperates with reduction box 32 transmissions, and be fixed on the deceleration block 322 together with drive motors 31 by reduction box 32, and deceleration block 322 usefulness deceleration block hold-down screws 3221 are fixed on the bottom of the right-hand member of first frame 1, first drive 33 is fixed on the reduction box power output shaft 321 of reduction box 32, second drive 34 is fixed on the right-hand member of aforementioned friction wheel axle 2, one end of driving-belt 35 is nested with on second drive 33, and the other end is nested with on second drive 34.
In the present embodiment; aforesaid first, second drive 33,34 all adopts belt pulley; aforesaid driving-belt 35 adopts driving belt; yet; if use first, second driving- belt 33,34 instead sprocket wheel; use driving-belt 35 instead driving chain, should be considered as equivalence so and substitute and still belong to protection domain of the present utility model.Same reason if use first, second drive 33,34 instead synchronous pulley, is used driving-belt 35 instead synchronous band, then should be considered as the disclosed technology contents category of the utility model equally.
Each fixedly has an end of a lockplate 112 with lockplate hold-down screw 1121 at the end (left end) of the length direction of aforesaid adjustment plate 11 and the other end (right-hand member), and the other end of lockplate 112 is stretched over aforesaid fixed head 12, and offer a lockplate and adjust groove 1122, lockplate 112 plays the effect to the fixed-site after 11 adjustment of adjustment plate, and the adjustment of adjusting plate 11 is taken on by a pair of adjustment plate guiding mechanism 4.
Please still see Fig. 1, above mentioned a pair of adjustment plate guiding mechanism 4 lays respectively at the two ends of aforesaid pair of locking plate 112, that is to say one of them adjustment plate guiding mechanism 4 end (left end) corresponding to adjustment plate 11 in a pair of adjustment plate guiding mechanism 4, and another adjustment plate guiding mechanism 4 in a pair of adjustment plate guiding mechanism 4 is corresponding to the other end (right-hand member) of adjusting plate 11, this a pair of adjustment plate guiding mechanism 4 respectively comprises nut seat 41, adjust screw rod 42, screw bolt seat 43 and handwheel 44, the nut seat 41 of being furnished with nut is fixed on the aforesaid adjustment plate 11, one end of adjustment screw rod 42 matches with the nut on the nut seat 41, the middle part is bearing on the screw bolt seat 43 rotationally, and screw bolt seat 43 is fixed on the aforesaid fixed head 12, and handwheel 44 is fixed on the other end of adjusting screw rod 42.
Preferred scheme: adjusting above the screw rod 42 and each fixedly has a stop collar 421 corresponding to a side of screw bolt seat 43 and opposite side.
Under the state that unscrews aforesaid adjustment dog screw 1123, by operating clockwise or counterclockwise handwheel 44, make adjustment screw rod 42 do clockwise or be rotated counterclockwise, thereby make adjustment plate 11 towards the direction displacement of fixed head 12 or towards the direction displacement away from fixed head 12 by adjusting screw rod 42 by nut seat 41, thereby make the spacing between aforesaid friction pulley 21 and the support roller 1211 obtain adjusting, to adapt to the vary in diameter by the titanium pipe of illustrating among the figure 10, after finishing, adjustment more aforesaid adjustment dog screw 1123 is fixed.
Provided that quantity preferably equates with the quantity of aforesaid friction pulley 21 and be arranged on one group of pressure pipe structure 5 on aforementioned first frame 1, this group of pressure pipe structure 5 respectively comprises pinch roller arm pillar 51, pinch roller arm 52 and pinch roller 53, pinch roller arm pillar 51 is fixed on first frame 1 with vertical state, constitute a hinged seat 511 in the upper end of pinch roller arm pillar 51, this handing-over seat 511 is the U font of English alphabet, one end of pinch roller arm 52 namely pivots connection (namely hinged) towards an end of pinch roller arm pillar 51 on aforementioned hinged seat 511 by bearing pin 521, and the other end of pinch roller arm 52 constitutes free end and a pinch roller seat 522 is fixedly arranged, pinch roller 53 is arranged on the pinch roller seat 522 rotationally, and this pinch roller 53 is corresponding to the top between aforementioned support roller 1211 and the friction pulley 21.By as can be known shown in Figure 1, pinch roller 53, support roller 1211 and friction pulley 21 threes form the position relation of equilateral triangle, are limited by the top of 53 pairs of titanium pipes 10 of pinch roller.
Aforesaid pinch roller 53 is arranged on the wheel pressing shaft 5311 rotationally by pinch roller bearing 531, and wheel pressing shaft 5311 is fixed on the pinch roller seat 522.
Application examples:
See also Fig. 2 and Fig. 3, provided second frame 6 of a frame structure, (preferred adopt welding) fixed on top in a side of the length direction of this second frame 6 has a shape of cross section preferably to be first guide rail 61 of the L font of English alphabet, and preferably fixedly have a shape of cross section equally preferably to be the second L shaped guide rail 62 of English alphabet by welding on the top of the opposite side of the length direction of second frame 6, first, second guide rail 61,62 parallel.
Provided a grinding wheel spindle travel mechanism 7, this grinding wheel spindle travel mechanism 7 comprises mobile seat 71, first motor 72 and jaw dish 73, side at mobile seat 71 namely namely is provided with a pair of first roller 711 towards a side of first guide rail 61 by the setting of roller shaft pivot rotationally, this a pair of first roller 711 rolls with first guide rail 61 and cooperates, and namely forms rolling pair.Opposite side at mobile seat 71 namely namely is provided with a pair of second roller 712 towards a side of second guide rail 62 by the setting of roller shaft pivot rotationally, and this a pair of second roller 712 rolls with second guide rail 62 and cooperates, and namely forms rolling pair.First motor 72 is fixed on mobile 71 towards a last side, and jaw dish 73 is fixed on first motor shaft 721 of first motor 72, and corresponding with the following grinding wheel spindle supporting device 9 that also will describe in detail.
In should use-case, tooth bar 623 has been fixed on aforesaid second guide rail 62 towards a side of first guide rail 61 by tooth bar hold-down screw 6231, therefore be extended with an actuating unit holder 713 at aforesaid mobile seat 71 towards a side of tooth bar 623 and the middle position that is positioned at mobile seat 71, below this actuating unit holder 713, fixedly have a signal picker to ram 7131.The applicant need to prove: if tooth bar 623 is fixed in first guide rail 61 towards a side of the length direction of second guide rail 62, so aforesaid actuating unit holder 713 is transferred to mobile seat 71 sides towards first guide rail 61.
Provided an actuating unit 8 that is equipped on the mobile seat 71, this actuating unit 8 comprises second motor 81 and gear 82, the motor of second motor 81 for having the rotating function, and be fixed on the aforesaid actuating unit holder 713 with one group of motor hold-down screw 812, second motor shaft 811 of this second motor 81 is towards following, and pass actuating unit holder 713, gear 82 is fixed on second motor shaft 811, and is meshed with tooth bar 623.
In the present embodiment, because aforesaid tooth bar 623 is fixed in second guide rail 62 towards a side of first guide rail 61, therefore first signal picker 621 and the secondary signal collector 622 that provides is fixed on second guide rail 62 towards a last side, wherein: first signal picker 621 is positioned at an end (diagram left end) of the length direction of second guide rail 62, and secondary signal collector 622 is positioned at the other end (diagram right-hand member) of the length direction of second guide rail 62.
Since first, second signal picker 621,622 all be fixed on second frame 6 on electric control box 63 electrical controls be connected, therefore ram 7131 when hitting (touching) first signal picker 621 when aforesaid signal picker, give electric control box 63 by this first signal picker 621 with signal feedback so, send signal by electric control box 63 to second motor 81 that is connected with its electrical control, second motor 81 is quit work, and grinding wheel spindle travel mechanism 7 no longer moves to left; In like manner, ram 7131 when touching secondary signal collector 622 when signal picker, give electric control box 63 by secondary signal collector 622 with signal feedback, second motor 81 is quit work, grinding wheel spindle travel mechanism 7 no longer moves to right.
In should use-case, aforesaid first signal picker 621 and secondary signal collector 622 all use travel switch, use microswitch, position near switch, tongue tube or hall sensing element but do not repel.
The grinding wheel spindle supporting device of having mentioned above 9 comprises base 91, first, second adjustment screw rod 92,93, carrying roller base plate 94, carrying roller 95 and backplate 96, base 91 is fixed on aforesaid second frame 6 and is positioned at the right-hand member of second frame 6 (be example with present Fig. 2 and location status shown in Figure 3), and base 91 is between aforesaid first, second guide rail 61,62 right-hand member.First, second is adjusted screw rod 92,93 and is fixed on base 91 towards a last side with vertically parallel state each other, be equipped with one first spring 921 in first bottom of adjusting screw rod 92, and top is equipped with one first screw rod cover 922, be equipped with one second spring 931 in second bottom of adjusting screw rod 93, and top is equipped with one second screw rod cover 932.One end of carrying roller seat board 94 is nested with aforesaid first and adjusts on the screw rod 92, and between first spring 921 and first screw rod cover 922, and the other end of carrying roller seat board 94 is nested with on the second adjustment screw rod 93, and between second spring 931 and second screw rod cover 932.Carrying roller 95 is bearing on the spindle nose supporting base 9521 rotationally by the carrying roller spindle nose 952 at its two ends, and spindle nose supporting base 9521(has a pair of) be fixed on carrying roller seat board 94 towards a last side, and carrying roller 95 is adjusted between the screw rod 92,93 corresponding to first, second, more precisely corresponding between first, second screw rod cover 922,932.By shown in Figure 3, carrying roller 95 is corresponding with aforesaid jaw dish 73, constitutes a carrying roller cavity 951 at the middle part of the length direction of this carrying roller 95.One end of backplate 96 is nested with the top at the first adjustment screw rod 92, and limited by first nut 961 that revolves the top that fits over first screw rod 92, the middle part is corresponding to the top of carrying roller 95, and the other end is nested with on the second adjustment screw rod 93, and is limited by second nut 962 that revolves the top that fits over second screw rod 93.By shown in Figure 3, the shape of whole piece of backplate 96 is arch, and namely the middle part constitutes arc and rises.By to first, second nut 961,962 adjusting, can make the Level Change of carrying roller seat board 94, so that carrying roller 94 keeps corresponding with the position of jaw dish 73.
Please continue referring to Fig. 1 to Fig. 3, when will be to the projection burr on the chamber wall of the tube chamber 101 of illustrated titanium pipe 10 and dirt cleaning, so that an end (left end shown in Figure 2) of grinding wheel spindle 20 is fixing with the jaw 731 on the jaw dish 73, and the other end of grinding wheel spindle 20 is shelved in the carrying roller cavity 951 of aforementioned carrying roller 95, is aimed at the tube chamber 101 of titanium pipe 10 by the emery wheel 2011 on the spindle nose 201 of the aforementioned other end end (right-hand member end) that is fixed on grinding wheel spindle 20.Titanium pipe 10 is held on by between one group of friction pulley 21 shown in Figure 1 and the one group of support roller 1211, and it is spacing by pinch roller 53 up, under the work of friction wheel axle driving mechanism 3, described and make friction pulley 21 be in rotation status in the above by the applicant, drive titanium pipes 10 by friction pulley 21 and be in the roller rotation status.Meanwhile, make first, second motor 72,81 all in running order (first, second motor 72,81 all is connected with electric control box 63 electrical controls) by the online assignment personnel by the operation to electric control box 63, first motor shaft 721 by first motor 72 drives jaw dish 73, drive grinding wheel spindle 20 rotations by jaw dish 73, drive emery wheel 2011(emery wheel 2011 by grinding wheel spindle 20 and be the cloth wheel).Meanwhile, second motor shaft, 811 driven gears 82 by second motor 81, because second motor 81 is fixed on the actuating unit holder 713 of mobile seat 71, be meshed with tooth bar 623 owing to gear 82 again, therefore under the motion of gear 82, make mobile seat 71 follow first, second guide rail 61,62 low to the right (be example with state shown in Figure 2) is mobile, the grinding wheel spindle 20 of this moment under rotation status together with fixing emery wheel 2011 on its spindle nose 201 to tube chamber 101 intrinsic displacements of titanium pipe 10, by emery wheel 2011 in the polishing mode with the burr on the chamber wall of tube chamber 101 and dirt cleaning.When emery wheel 2011 arrives at the other end of tube chamber 101, just signal picker is ramed and 7131 is touched secondary signal collector 622(first, secondary signal collector 621, spacing between 622 namely adapts apart from the length with titanium pipe 10) time, give electric control box 63 by this secondary signal collector 622 with signal feedback, send signal by electric control box 63 and make second motor, 81 reverse operations, gear 82 reverse rotations, make mobile 71 from first, second guide rail 61,62 right-hand member moves to left end, driving grinding wheel spindle 20 moves to left, until making emery wheel 2011 withdraw from the tube chamber 101 of titanium pipe 10, when signal picker rams 7131 when touching first signal picker 621, second motor 81 quits work, the also break-off of aforesaid friction wheel axle driving mechanism 3, and the titanium pipe 10 that will be finished polishing by the online assignment personnel is replaced, enter the next course of work, the position that next the root titanium pipe 10 that is about to await polishing is set to corresponding to emery wheel 2011 namely is shelved between one group of friction pulley 21 and the support roller 1211.
By above-mentioned description to application examples as can be known, at burnishing device shown in Figure 3 titanium pipe 10 is under the polishing condition, namely make titanium pipe 10 be in the state that ceaselessly rolls by the titanium pipe friction rolling mechanism of structure shown in Figure 1 by of the present utility model, thereby can guarantee polishing operation efficient and quality of finish.
Claims (5)
1.
A kind of titanium pipe friction rolling mechanism, it is characterized in that comprising one first frame (1), the top of this first frame (1) is provided with adjustment plate (11) and the fixed head (12) that an end from first frame (1) extends to the other end, wherein: adjust the edge that plate (11) is positioned at the described top of first frame (1), and be provided with one group of friction pulley axle bed (111) at the length direction of adjusting plate (11) with the interval state, and be provided with one group of roller frame (121) that quantity equates and the position is corresponding of quantity and friction pulley axle bed (111) at the length direction of fixed head (12) with the interval state, be provided with a support roller (1211) at each roller frame (121) head lamp brush guard pivot; One friction wheel axle (2), this friction wheel axle (2) is bearing on described one group of friction pulley axle bed (111) rotationally, and at this friction wheel axle (2) friction pulley (21) that quantity is equal with described support roller (1211) and the position is corresponding is arranged fixedly; One is used for ordering about the friction wheel axle driving mechanism (3) of described friction wheel axle (2) motion, and this friction wheel axle driving mechanism (3) is arranged on described first frame (1), and is in transmission connection with friction wheel axle (2); A pair of adjustment plate guiding mechanism (4), in this a pair of adjustment plate guiding mechanism (4) one of them adjusted the end that plate guiding mechanism (4) is arranged on described fixed head (12), and be connected with an end of adjusting plate (11), and another adjustment plate guiding mechanism (4) in a pair of adjustment plate guiding mechanism (4) is arranged on the other end of fixed head (12), and be connected with the other end of adjusting plate (11), wherein: described first frame (1) is provided with pressure pipe structure (5) that one group of quantity equates with described friction pulley (21) and that match with friction pulley (21).
2.
Titanium pipe friction rolling mechanism according to claim 1, it is characterized in that described friction wheel axle driving mechanism (3) comprises drive motors (31), reduction box (32), first, second drive (33,34) and driving-belt (35), drive motors (31) cooperates with reduction box (32) transmission, and be fixed on the deceleration block (322) together with drive motors (31) by reduction box (32), and deceleration block (322) is fixed on the bottom of described first frame (1), first drive (33) is fixed on the reduction box power output shaft (321) of reduction box (32), second drive (34) is fixed on the right-hand member of described friction wheel axle (2), one end of driving-belt (35) is nested with on first drive (33), and the other end is nested with on second drive (34).
3.
Titanium pipe friction rolling mechanism according to claim 1, it is characterized in that described a pair of adjustment plate guiding mechanism (4) respectively comprises nut seat (41), adjusts screw rod (42), screw bolt seat (43) and handwheel (44), nut seat (41) is fixed on the described adjustment plate (11), an end of adjusting screw rod (42) matches with nut seat (41), the middle part is bearing on the screw bolt seat (43) rotationally, screw bolt seat (43) is fixed on the described fixed head (12), and handwheel (44) is fixed on the other end of adjusting screw rod (42).
4.
Titanium pipe friction rolling mechanism according to claim 1, it is characterized in that described one group of pressure pipe structure (5) respectively comprises pinch roller arm pillar (51), pinch roller arm (52) and pinch roller (53), pinch roller arm pillar (51) is fixed on described first frame (1), one end of pinch roller arm (52) pivots by bearing pin (521) and is connected the upper end of pinch roller arm pillar (51), and the other end of pinch roller arm (52) constitutes free end and a pinch roller seat (522) is fixedly arranged, pinch roller (53) is arranged on the pinch roller seat (522) rotationally, and this pinch roller (53) is corresponding to the top between described support roller (1211) and the friction pulley (21).
5.
Titanium pipe friction rolling mechanism according to claim 1 it is characterized in that going up the end that pair of locking plate (112) is fixedly arranged with the interval state at described adjustment plate (11), and the other end of lockplate (112) is connected on the described fixed head (12)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320151387 CN203156531U (en) | 2013-03-29 | 2013-03-29 | Titanium tube friction rolling mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320151387 CN203156531U (en) | 2013-03-29 | 2013-03-29 | Titanium tube friction rolling mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203156531U true CN203156531U (en) | 2013-08-28 |
Family
ID=49017755
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320151387 Withdrawn - After Issue CN203156531U (en) | 2013-03-29 | 2013-03-29 | Titanium tube friction rolling mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203156531U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144015A (en) * | 2013-03-29 | 2013-06-12 | 常熟市中钛科技有限公司 | Titanium pipe friction rolling mechanism |
| CN103481141A (en) * | 2013-09-22 | 2014-01-01 | 台州北平机床有限公司 | Numerical-control external cylindrical grinding machine |
| CN107756143A (en) * | 2016-08-16 | 2018-03-06 | 江苏永纪化工设备有限公司 | Fiberglass pole pipe napper |
-
2013
- 2013-03-29 CN CN 201320151387 patent/CN203156531U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144015A (en) * | 2013-03-29 | 2013-06-12 | 常熟市中钛科技有限公司 | Titanium pipe friction rolling mechanism |
| CN103144015B (en) * | 2013-03-29 | 2015-03-25 | 苏州市职业大学 | Titanium pipe friction rolling mechanism |
| CN103481141A (en) * | 2013-09-22 | 2014-01-01 | 台州北平机床有限公司 | Numerical-control external cylindrical grinding machine |
| CN107756143A (en) * | 2016-08-16 | 2018-03-06 | 江苏永纪化工设备有限公司 | Fiberglass pole pipe napper |
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