CN204486826U - The raw pawl of lathe for machining can interlock fine setting shaping coil structures - Google Patents
The raw pawl of lathe for machining can interlock fine setting shaping coil structures Download PDFInfo
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- CN204486826U CN204486826U CN201520044709.1U CN201520044709U CN204486826U CN 204486826 U CN204486826 U CN 204486826U CN 201520044709 U CN201520044709 U CN 201520044709U CN 204486826 U CN204486826 U CN 204486826U
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- correcting
- arcuate furrow
- slide block
- interlock
- lock member
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Abstract
What the utility model proposes the raw pawl of a kind of lathe for machining can finely tune shaping coil structures by interlock, especially refer to that the body surface of contoured band is provided with a correcting dish, this body and correcting dish are provided with multiple corresponding and the arcuate furrow of decile and radial correcting hole, the head end of this adjacent arcuate furrow and tail end are in correspondence with each other, the head end of this arcuate furrow encloses in body, tail end is then near the periphery of body, a lock member is provided with in this arcuate furrow, one spiro connecting element and a nut member, the outside that this lock member corresponds to arcuate furrow is provided with a joint portion, this joint portion can be fixed in the combined hole of raw pawl for lock knot, the inside that this lock member corresponds to arcuate furrow is provided with a slide block, this slide block is arranged in arcuate furrow.User only needs forward or backwards rotation correcting dish, the positive hole of radial guiding namely can be utilized to allow slide block any slippage in arcuate furrow adjust position, be used as interlock fine setting contoured band, be applicable to the inner clip face or the outer clip face that process raw pawl different inner diameters or external diameter size.
Description
Technical field
The raw pawl of the utility model lathe for machining can interlock fine setting shaping coil structures, being mainly applied to can interlock fine setting contoured band technical.
Background technology
At present, the contoured band structure of the raw pawl of lathe for machining of prior art, mainly be: contoured band is provided with the arcuate furrow of three deciles, a bolt and a nut is provided with in this arcuate furrow, this bolt any slippage can adjust position in arcuate furrow, the use that the raw pawl lock knot so as to being applicable to various different specification size size is fixing.
But the contoured band structure of above-mentioned prior art, must one by one after bolt adjustment position, and another fixes bolt by nut lock knot, use and seem cumbersome with inconvenience; For it had both deposited the problem and disappearance waiting to overcome solution.
Utility model content
The utility model applicant is engaged in manufacture, the design of Related product at present, accumulate practical experience for many years and gains in depth of comprehension, the problem of both having deposited for the contoured band of prior art and disappearance, drop into the spirit of innovation and improvement energetically, the raw pawl of the lathe for machining completed can interlock fine setting shaping coil structures.
For achieving the above object, technical scheme of the present invention is as follows:
The raw pawl of lathe for machining can an interlock fine setting shaping coil structures, comprising: a body, a correcting dish, multiple lock member, multiple spiro connecting element, multiple nut member; Wherein:
This body is a hollow circular ring shape disk body, the surface of this body is provided with a correcting dish, and the surface of this body is provided with the arcuate furrow of multiple decile, and the head end of this adjacent arcuate furrow and tail end are in correspondence with each other, the head end of this arcuate furrow encloses in body, and tail end is then near the periphery of body;
This correcting dish is a hollow circular ring shape disk body, and this correcting disk cover is located on body, and this correcting panel surface corresponds to the radial correcting hole that multiple arcuate furrow places of body are provided with multiple decile;
This lock member one end is provided with a joint portion and a pad, this joint portion line can be fixed in the combined hole of raw pawl for combining, this lock member other end is provided with a slide block and a protuberance, the both sides of this protuberance are smaller compared with slide block, to form two terrace edges, the size of this slide block just can be arranged in arcuate furrow, allow this slide block in arcuate furrow, any slippage can adjust position, this protuberance then can protrude from outside arcuate furrow, the outer wall of these slide block both sides corresponds to two pushing face-drawing places and is provided with two inclined-planes, two inclined-planes can be utilized to be packed on two pushing face-drawings of arcuate furrow when this lock member is locked, this protuberance is provided with two screws, this two screw can fix a spiro connecting element for two-screw lock knot,
The two screw places that this spiro connecting element corresponds to lock member are provided with two fish eyelets, this two fish eyelet can wear for two-screw, be locked in two screws of lock member by this two-screw by spiro connecting element, this spiro connecting element outside is provided with external screw thread, and this external screw thread can fix a nut member for lock knot;
The external screw thread place that this nut member inside corresponds to spiro connecting element is provided with a screw, is locked in the external screw thread of spiro connecting element by this screw.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: periphery and the interior place that encloses of this body are provided with first and second locating flange, this first and second locating flange can supply placement positioning one correcting dish.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: the surface of this nut member outside is provided with embossing.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: the both sides of this nut member outside are provided with two occlusal surfaces parallel to each other.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: the radial correcting hole parallelogram of this correcting dish is provided with left and right two hypotenuses parallel to each other.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: the radial correcting hole of this correcting dish is rectangle and is provided with left and right two straight flanges parallel to each other.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: this body peripheral circumferential place is provided with an index, the index place that this correcting dish peripheral circumferential corresponds to body is provided with a scale.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: this lock member differs from terrace edge other both sides place in pad bottom surface is provided with two depressed parts, this depressed part can for arranging a reed, the centre of this reed is provided with an open-work identical with slider bottom cross sectional shape, in the middle of this reed, both sides correspond to two depressed part places and are provided with two protuberances, this two protuberance can for being positioned in depressed part, this reed is provided with from centre to both sides extension the shell fragment that two are curved arc shape, by four angles and the body contacts of this two shell fragment, the slide block of this lock member is allowed to have spring-go active force, contribute to the smooth and easy movement of slide block.
For achieving the above object, the present invention also provides following technical scheme:
The raw pawl of lathe for machining can an interlock fine setting shaping coil structures, comprising: a body, a correcting dish, multiple lock member, multiple packing ring, multiple screw; Wherein:
This body is a circular disk body, the surface of this body is provided with a correcting dish, and the surface of this body is provided with the arcuate furrow of multiple decile, and the head end of this adjacent arcuate furrow and tail end are in correspondence with each other, the head end of this arcuate furrow encloses in body, and tail end is then near the periphery of body;
This correcting dish is a circular disk body, and this correcting dish system is covered on body, and this correcting panel surface corresponds to the radial correcting hole that multiple arcuate furrow places of body are provided with multiple decile, and this radial correcting hole is rectangle and is provided with left and right two straight flanges parallel to each other;
This lock member one end is provided with a joint portion and a pad, this joint portion can be fixed in the combined hole of raw pawl for lock knot, this lock member other end is provided with a slide block and a protuberance, the both sides of this protuberance are smaller compared with slide block, to form two terrace edges, the size of this slide block just can be arranged in arcuate furrow, allow this slide block in arcuate furrow, any slippage can adjust position, this protuberance then can protrude from outside arcuate furrow, the outer wall of these slide block both sides corresponds to two pushing face-drawing places and is provided with two inclined-planes, two inclined-planes can be utilized to be packed on two pushing face-drawings of arcuate furrow when this lock member is locked, this protuberance is provided with a screw, this screw can fix a packing ring for a screwed lock knot,
The external diameter of this packing ring is greater than the radial correcting hole of correcting dish, and this washer center can wear for screw, is locked on correcting dish by packing ring by this screw.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: this body is provided with corresponding outer terrace edge and interior terrace edge with the peripheral place of correcting dish.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: this body peripheral circumferential place is provided with a scale, the scale place that this correcting dish peripheral circumferential corresponds to body is provided with an index.
The raw pawl of above-mentioned lathe for machining can interlock fine setting shaping coil structures, wherein: this lock member differs from terrace edge other both sides place in pad bottom surface is provided with two depressed parts, this depressed part can for arranging a reed, the centre of this reed is provided with an open-work identical with slider bottom cross sectional shape, in the middle of this reed, both sides correspond to two depressed part places and are provided with two protuberances, this two protuberance can for being positioned in depressed part, this reed is provided with from centre to three limits extensions the shell fragment that three are curved arc shape, by three angles and the body contacts of this three shell fragment, the slide block of this lock member is allowed to have spring-go active force, contribute to the smooth and easy movement of slide block.
The utility model deal with problems applied technological means and contrast prior art effect be: the body surface of contoured band is provided with a correcting dish, this body and correcting dish are provided with multiple corresponding and the arcuate furrow of decile and radial correcting hole, the head end of this adjacent arcuate furrow and tail end are in correspondence with each other, the head end of this arcuate furrow encloses in body, tail end is then near the periphery of body, a lock member is provided with in this arcuate furrow, one spiro connecting element and a nut member, the outside that this lock member corresponds to arcuate furrow is provided with a joint portion, this joint portion can for being incorporated in the combined hole of raw pawl, the inside that this lock member corresponds to arcuate furrow is provided with a slide block, this slide block system is arranged in arcuate furrow, user only needs forward or backwards rotation correcting dish, namely the positive hole of radial guiding can be utilized to allow any slippage in arcuate furrow of this slide block adjust position, as the use of interlock fine setting contoured band, having the enhancement in effect, is its main purpose person of reaching.
Accompanying drawing explanation
Fig. 1: be that the master of the utility model embodiment one looks three-dimensional assembling schematic diagram.
Fig. 2: the rear perspective assembling schematic diagram being the utility model embodiment one.
Fig. 3: the stereo decomposing and the D portion enlarged diagram that are the utility model embodiment one.
Fig. 4: the B-B generalized section being Fig. 1.
Fig. 5: the N portion enlarged diagram being Fig. 4.
Fig. 6: the F section close-up schematic view being Fig. 4.
Fig. 7: be that the utility model embodiment one adjusts the action schematic diagram of raw pawl to maximum fixed position.
Fig. 8: be that the utility model embodiment one adjusts the action schematic diagram of raw pawl to minimum fixed position.
Fig. 9: the Y section close-up schematic view being Fig. 7.
Figure 10: the packing view being Fig. 9.
Figure 11: be the action schematic diagram that the utility model embodiment one is installed in raw pawl.
Figure 12: be the action schematic diagram that the utility model embodiment one processes raw pawl inner clip face.
Figure 13: the action schematic diagram being the utility model embodiment pawl in all one's life clamping spindle-type workpiece.
Figure 14: be the action schematic diagram that the utility model embodiment one processes spindle-type workpiece.
Figure 15: be that the master of the utility model embodiment two looks three-dimensional assembling schematic diagram.
Figure 16: the rear perspective assembling schematic diagram being the utility model embodiment two.
Figure 17: the perspective exploded view being the utility model embodiment two.
Figure 18: the M-M generalized section being Figure 15.
Figure 19: the J-J generalized section being Figure 18.
Figure 20: the P-P generalized section being Figure 18.
Figure 21: be that the utility model embodiment two adjusts the action schematic diagram of raw pawl to maximum fixed position.
Figure 22: be that the utility model embodiment two adjusts the action schematic diagram of raw pawl to minimum fixed position.
Figure 23: be the action schematic diagram that the utility model embodiment two is installed in raw pawl.
Figure 24: be the action schematic diagram that the utility model embodiment two processes raw pawl outer clip face.
Figure 25: be the action schematic diagram that the utility model embodiment two exits in raw pawl.
Figure 26: be the action schematic diagram that the utility model embodiment two processes ring-like workpiece.
Figure 27: the solid assembling schematic diagram being the utility model embodiment three.
Figure 28: the perspective exploded view being the utility model embodiment three.
Figure 29: be that the utility model embodiment three adjusts the action schematic diagram of raw pawl to suitable fixed position.
Wherein, description of reference numerals is as follows:
1 raw pawl
2 first combined holes
3 lathe tools
4 compared with the inner clip face of large diameter
The inner clip face of the 4 ' less internal diameter
5 spindle-type workpiece
5 ' external diameter
6 second combined holes
The outer clip face of 7 larger external diameters
The outer clip face of the 7 ' less external diameter
8 ring-like workpiece
8 ' external diameter
10 the first noumenons
11 first locating flanges
12 second locating flanges
13 first arcuate furrows
14 first pushing face-drawings
15 first indexs
20 first correcting dishes
21 first radial correcting holes
211 hypotenuses
212 straight flanges
22 first scales
30 first lock members
31 first joint portions
32 first pads
321 first depressed parts
33 first slide blocks
34 first protuberances
35 first terrace edges
36 first inclined-planes
37 first screws
38 first reeds
381 first protuberances
382 first shell fragments
383 first jiaos
384 first open-works
40 spiro connecting elements
41 fish eyelets
42 external screw threads
50 nut member
51 screws
52 embossing
53 occlusal surfaces
60 second bodies
61 outer terrace edges
62 second arcuate furrows
63 second pushing face-drawings
64 second scales
70 second correcting dishes
Terrace edge in 71
72 second radial correcting holes
721 straight flanges
73 second indexs
80 second lock members
81 second joint portions
82 second pads
821 second depressed parts
83 second slide blocks
84 second protuberances
85 second terrace edges
86 second inclined-planes
87 second screws
88 second reeds
881 second protuberances
882 second shell fragments
883 second jiaos
884 second open-works
90 packing rings
P1 first screw
P2 second screw
Detailed description of the invention
For making the specially smart people's bodyguard dealer being familiar with this skill be easy to the function and benefit of understanding structure content of the present utility model in depth and can reach, hereby enumerating two specific embodiments, and coordinating graphic detailed introduction to be described as follows:
The raw pawl of lathe for machining can an interlock fine setting shaping coil structures, please consult shown in Fig. 1, Fig. 2 and Fig. 3: be that the master of the utility model embodiment one looks, rear perspective assembling, stereo decomposing and D portion enlarged diagram.Shown in Fig. 4, Fig. 5 and Fig. 6: be that the B-B section of Fig. 1 and the N portion of Fig. 4 amplify and F section close-up schematic view.Embodiment one is applicable to the inner clip face 4 processing raw pawl 1, mainly comprises: the first noumenon 10,1 first correcting dish 20,3 first lock member 30, three spiro connecting element 40, three nut member 50.
Wherein: this first noumenon 10 is a thicker hollow circular ring shape disk body, periphery and the interior place that encloses of this first noumenon 10 are provided with one first locating flange 11 and one second locating flange 12, placement positioning one first correcting dish 20 can be supplied between this first locating flange 11 and second locating flange 12, this the first noumenon 10 surface is provided with the first arcuate furrow 13 of three deciles between the first locating flange 11 and the second locating flange 12, the head end of this first arcuate furrow 13 and the tail end of another the first arcuate furrow 13 adjacent are in correspondence with each other, the head end of this first arcuate furrow 13 near in the second locating flange 12 of enclosing, tail end is then near the first peripheral locating flange 11, the internal face of these the first arcuate furrow 13 both sides is provided with 2 first pushing face-drawings 14, this the first noumenon 10 peripheral circumferential place is provided with one first index 15.
This first correcting dish 20 is a thinner hollow circular ring shape disk body, the thickness of this first correcting dish 20 is suitable with first, second locating flange 11,12 degree of depth of the first noumenon 10, to be covered on the first noumenon 10, three the first arcuate furrow 13 places that this first correcting dish 20 surface corresponds to the first noumenon 10 are provided with the first radial correcting hole 21 of three deciles, this the first radial correcting hole 21 parallelogram is provided with left and right two hypotenuses 211 parallel to each other, and the first index 15 place that this first correcting dish 20 peripheral circumferential corresponds to the first noumenon 10 is provided with one first scale 22.
This the first lock member 30 one end is provided with one first joint portion 31 and one first pad 32, this first joint portion 31 can be fixed in the first combined hole 2 of raw pawl 1 periphery for combining, this the first lock member 30 other end is provided with one first slide block 33 and one first protuberance 34, the both sides of this first protuberance 34 are smaller compared with the first slide block 33, to form 2 first terrace edges 35, the size of this first slide block 33 just can be arranged in the first arcuate furrow 13, utilize the left side in its first radial correcting hole 21 of this first correcting dish 20, right two hypotenuses 211, allow this first slide block 33 in the first arcuate furrow 13, any slippage can adjust position, the first scale 22 of the first correcting dish 20 is aimed at by the first index 15 of this first noumenon 10, when the first index 15 aims at the position of the first scale 22 0, this first slide block 33 is just at the inner side place in the first radial correcting hole 21, when rotating forward this first correcting dish 20, namely can finely tune three the first lock members 30 and expand outwardly to outer fix by interlock, be applicable to process the inner clip face 4 (as shown in Figure 7) of raw pawl 1 compared with large diameter, when rotating backward this first correcting dish 20, namely can finely tune three the first lock members 30 and be inwardly contracted to inner side by interlock, be applicable to the inner clip face 4 ' (as shown in Figure 8) processing the less internal diameter of raw pawl 1, this first protuberance 34 then can protrude from outside the first arcuate furrow 13, the outer wall of these the first slide block 33 both sides corresponds to 2 first pushing face-drawing 14 places and is provided with 2 first inclined-planes 36, 2 first inclined-plane 36 rapid fastenings can be utilized on 2 first pushing face-drawings 14 of the first arcuate furrow 13 (as Fig. 9 when this first lock member 30 is locked, shown in Figure 10), this first protuberance 34 is provided with 2 first screws 37, this 2 first screw 37 can be locked knot for 2 first screw P1 and fix a spiro connecting element 40, this first lock member 30 differs from the first terrace edge 35 other both sides place in the first pad 32 bottom surface is provided with the first depressed part 321 of two semicirculars in shape, this first depressed part 321 can for arranging one first reed 38, the centre of this first reed 38 is provided with first open-work 384 identical with the first slide block 33 bottom section shape, these middle both sides of the first reed 38 correspond to the first protuberance 381 that the first depressed part 321 place of two semicirculars in shape is provided with two semicirculars in shape, this 2 first protuberance 381 can for being positioned in the first depressed part 321, this first reed 38 is provided with from centre to both sides extension the first shell fragment 382 that two are curved arc shape, four first jiao 383 by this 2 first shell fragment 382 contacts with the first noumenon 10, the first slide block 33 of this first lock member 30 is allowed to have spring-go active force, contribute to the smooth and easy movement of the first slide block 33.
2 first screw 37 places that this spiro connecting element 40 corresponds to the first lock member 30 are provided with two fish eyelets 41, this two fish eyelet 41 can wear for 2 first screw P1, by this 2 first screw P1, spiro connecting element 40 is locked in 2 first screws 37 of the first lock member 30, this spiro connecting element 40 outside is provided with external screw thread 42, and this external screw thread 42 can fix a nut member 50 for lock knot.
External screw thread 42 place that this nut member 50 inside corresponds to spiro connecting element 40 is provided with a screw 51, be locked in the external screw thread 42 of spiro connecting element 40 by this screw 51, the surface of this nut member 50 outside is provided with embossing 52, the both sides of this nut member 50 outside are also provided with two occlusal surfaces 53 parallel to each other, for Wrench occlusion rotating screw cap element 50, locking first lock member 30 can be used as.
By the utility model that above-mentioned each component structure combines, what be to provide the raw pawl of a kind of lathe for machining can interlock fine setting shaping coil structures, when the inner clip face 4 of the raw pawl 1 of reality processing.
Please consult shown in Figure 11: be the action schematic diagram that the utility model embodiment one is installed in raw pawl.First, the first joint portion 31 combination of three the first lock members 30 is fixed in three the first combined holes 2 of three raw pawl 1 peripheries.
Please consult shown in Figure 12: be the action schematic diagram that the utility model embodiment one processes raw pawl inner clip face.Utilize three inner clip faces 4 of the raw pawl 1 of lathe tool 3 turnery processing three.
Please consult shown in Figure 13: the action schematic diagram being the utility model embodiment pawl in all one's life clamping spindle-type workpiece.Three the inner clip faces 4 spindle-type workpiece 5 being placed in three raw pawls 1 clamp.
Please consult shown in Figure 14: be the action schematic diagram that the utility model embodiment one processes spindle-type workpiece.Utilize the external diameter 5 ' of lathe tool 3 turnery processing spindle-type workpiece 5.
The raw pawl of lathe for machining can an interlock fine setting shaping coil structures, please consult shown in Figure 15, Figure 16 and Figure 17: be that the master of the utility model embodiment two looks, rear perspective assembling, perspective exploded view.Shown in Figure 18, Figure 19 and Figure 20: be the M-M section of Figure 15 and J-J, P-P generalized section of Figure 18.Embodiment two is applicable to the outer clip face 7 processing raw pawl 1, mainly comprises: one second body 60,1 second correcting dish 70,3 second lock member 80, three packing ring 90,3 second screw P2.
Wherein: this second body 60 is a circular disk body, the outer of this second body 60 is arranged with an outer terrace edge 61, this outer terrace edge 61 can supply placement positioning one second correcting dish 70, this the second body 60 surface is provided with the second arcuate furrow 62 of three deciles, the head end of this second arcuate furrow 62 and the tail end of another the second arcuate furrow 62 adjacent are in correspondence with each other, the head end of this second arcuate furrow 62 near in enclose, tail end is then near peripheral outer terrace edge 61, the internal face of these the second arcuate furrow 62 both sides is provided with 2 second pushing face-drawings 63, this the second body 60 peripheral circumferential place is provided with one second scale 64.
This second correcting dish 70 is a circular disk body, outer terrace edge 61 place that this second correcting dish 70 corresponds to the second body 60 is provided with terrace edge 71 in, use and be covered on the second body 60, three the second arcuate furrow 62 places that this second correcting dish 70 surface corresponds to the second body 60 are provided with the second radial correcting hole 72 of three deciles, this second radial correcting hole 72 is rectangle and is provided with left and right two straight flanges 721 parallel to each other, and the second scale 64 place that this second correcting dish 70 peripheral circumferential corresponds to the second body 60 is provided with one second index 73.
This the second lock member 80 one end is provided with one second joint portion 81 and one second pad 82, this second joint portion 81 can be fixed in the second combined hole 6 enclosed in raw pawl 1 for combining, this the second lock member 80 other end is provided with one second slide block 83 and one second protuberance 84, the both sides of this second protuberance 84 are smaller compared with the second slide block 83, use formation 2 second terrace edge 85, the size of this second slide block 83 just can be arranged in the second arcuate furrow 62, utilize the left side in its second radial correcting hole 72 of this second correcting dish 70, right two straight flanges 721, allow this second slide block 83 in the second arcuate furrow 62, any slippage can adjust position, the second scale 64 of the second body 60 is aimed at by the second index 73 of this second correcting dish 70, when the second index 73 aims at the position of the second scale 64 0, this second slide block 83 is just at the inner side place in the second radial correcting hole 72, when rotating forward this second correcting dish 70, namely can finely tune three the second lock members 80 and expand outwardly to outer fix by interlock, be applicable to the outer clip face 7 (as shown in figure 21) processing the larger external diameter of raw pawl 1, when rotating backward this second correcting dish 70, namely can finely tune three the second lock members 80 and be inwardly contracted to inner side by interlock, be applicable to the outer clip face 7 ' (as shown in figure 22) processing the less external diameter of raw pawl 1, this second protuberance 84 then can protrude from outside the second arcuate furrow 62, the outer wall of these the second slide block 83 both sides corresponds to 2 second pushing face-drawing 63 places and is provided with 2 second inclined-planes 86, can utilize 2 second inclined-plane 86 rapid fastenings on 2 second pushing face-drawings 63 of the second arcuate furrow 62 when this second lock member 80 is locked, this second protuberance 84 is provided with one second screw 87, this second screw 87 can be locked knot for one second screw P2 and fix a packing ring 90, this second lock member 80 differs from the second terrace edge 85 other both sides place in the second pad 82 bottom surface is provided with the second depressed part 821 of two semicirculars in shape, this second depressed part 821 can for arranging one second reed 88, the centre of this second reed 88 is provided with second open-work 384 identical with the second slide block 83 bottom section shape, these middle both sides of the second reed 88 correspond to the second protuberance 881 that the second depressed part 821 place of two semicirculars in shape is provided with two semicirculars in shape, this 2 second protuberance 881 can for being positioned in the second depressed part 821, this second reed 88 is provided with from centre to three limits extensions the second shell fragment 882 that three are curved arc shape, three second jiao 883 by this three shell fragment 882 contacts with the second body 60, the second slide block 83 of this second lock member 80 is allowed to have spring-go active force, contribute to the smooth and easy movement of the second slide block 83.
The external diameter of this packing ring 90 is greater than the second radial correcting hole 72 of the second correcting dish 70, and this packing ring 90 center can wear for the second screw P2, is locked on the second correcting dish 70 by packing ring 90 by this second screw P2.
By the utility model that above-mentioned each component structure combines, what be to provide the raw pawl of a kind of lathe for machining can interlock fine setting shaping coil structures, when the outer clip face 4 of the raw pawl 1 of reality processing.
Please consult shown in Figure 23: be the action schematic diagram that the utility model embodiment two is installed in raw pawl.First, the second joint portion 81 combination of three the second lock members 80 is fixed in three the second combined holes 6 enclosed in three raw pawls 1.
Please consult shown in Figure 24: be the action schematic diagram that the utility model embodiment two processes raw pawl outer clip face.Utilize three outer clip faces 7 of the raw pawl 1 of lathe tool 3 turnery processing three.
Please consult shown in Figure 25: be the action schematic diagram that the utility model embodiment two exits in raw pawl.Second joint portion 81 of three the second lock members 80 is exited in three the second combined holes 6 of three raw pawls 1.
Please consult shown in Figure 26: be the action schematic diagram that the utility model embodiment two processes spindle-type workpiece.Three the outer clip faces 7 first ring-like workpiece 8 being placed in three raw pawls 1 clamp, the external diameter 8 ' of the ring-like workpiece 8 of recycling lathe tool 3 turnery processing.
The raw pawl of lathe for machining can an interlock fine setting shaping coil structures, please consult shown in Figure 27, Figure 28: the solid assembling and the perspective exploded view that are the utility model embodiment three.Shown in Figure 29: be that the utility model embodiment three adjusts the action schematic diagram of raw pawl to suitable fixed position.Mainly comprise: the first noumenon 10,1 first correcting dish 20,2 first lock member 30, two spiro connecting element 40, two nut member 50.
Wherein: this first noumenon 10 is a thicker hollow circular ring shape disk body, periphery and the interior place that encloses of this first noumenon 10 are provided with one first locating flange 11 and one second locating flange 12, placement positioning one first correcting dish 20 can be supplied between this first locating flange 11 and second locating flange 12, this the first noumenon 10 surface is provided with the first arcuate furrow 13 of two deciles between the first locating flange 11 and the second locating flange 12, the head end of this first arcuate furrow 13 and the tail end of another the first arcuate furrow 13 adjacent are in correspondence with each other, the head end of this first arcuate furrow 13 near in the second locating flange 12 of enclosing, tail end is then near the first peripheral locating flange 11, the internal face of these the first arcuate furrow 13 both sides is provided with 2 first pushing face-drawings 14, this the first noumenon 10 peripheral circumferential place is provided with one first index 15.
This first correcting dish 20 is a thinner hollow circular ring shape disk body, the thickness of this first correcting dish 20 is suitable with first, second locating flange 11,12 degree of depth of the first noumenon 10, use and be covered on the first noumenon 10, two the first arcuate furrow 13 places that this first correcting dish 20 surface corresponds to the first noumenon 10 are provided with the first radial correcting hole 21 of two deciles, this first radial correcting hole 21 is rectangle and is provided with left and right two straight flanges 212 parallel to each other, and the first index 15 place that this first correcting dish 20 peripheral circumferential corresponds to the first noumenon 10 is provided with one first scale 22.
This the first lock member 30 one end is provided with one first joint portion 31 and one first pad 32, this first joint portion 31 can be fixed in the first combined hole 2 of raw pawl 1 periphery for combining, this the first lock member 30 other end is provided with one first slide block 33 and one first protuberance 34, the both sides of this first protuberance 34 are smaller compared with the first slide block 33, to form 2 first terrace edges 35, the size of this first slide block 33 just can be arranged in the first arcuate furrow 13, utilize the left side in its first radial correcting hole 21 of this first correcting dish 20, right two hypotenuses 211, allow this first slide block 33 in the first arcuate furrow 13, any slippage can adjust position, the first scale 22 of the first correcting dish 20 is aimed at by the first index 15 of this first noumenon 10, when the first index 15 aims at the position of the first scale 22 0, this first slide block 33 is just at the inner side place in the first radial correcting hole 21, when rotating forward this first correcting dish 20, namely can finely tune two the first lock members 30 and expand outwardly to outer fix by interlock, be applicable to process the inner clip face 4 of raw pawl 1 compared with large diameter, when rotating backward this first correcting dish 20, namely can finely tune three the first lock members 30 and be inwardly contracted to inner side by interlock, be applicable to the inner clip face processing the less internal diameter of raw pawl 1, this first protuberance 34 then can protrude from outside the first arcuate furrow 13, the outer wall of these the first slide block 33 both sides corresponds to 2 first pushing face-drawing 14 places and is provided with 2 first inclined-planes 36, can utilize 2 first inclined-plane 36 rapid fastenings on 2 first pushing face-drawings 14 of the first arcuate furrow 13 when this first lock member 30 is locked, this first protuberance 34 is provided with 2 first screws 37, this 2 first screw 37 can be locked knot for 2 first screw P1 and fix a spiro connecting element 40, this first lock member 30 differs from the first terrace edge 35 other both sides place in the first pad 32 bottom surface is provided with the first depressed part 321 of two semicirculars in shape, this first depressed part 321 can for arranging one first reed 38, the centre of this first reed 38 is provided with first open-work 384 identical with the first slide block 33 bottom section shape, these middle both sides of the first reed 38 correspond to the first protuberance 381 that the first depressed part 321 place of two semicirculars in shape is provided with two semicirculars in shape, this 2 first protuberance 381 can for being positioned in the first depressed part 321, this first reed 38 is provided with from centre to both sides extension the first shell fragment 382 that two are curved arc shape, four first jiao 383 by this 2 first shell fragment 382 contacts with the first noumenon 10, the first slide block 33 of this first lock member 30 is allowed to have spring-go active force, contribute to the smooth and easy movement of the first slide block 33.
2 first screw 37 places that this spiro connecting element 40 corresponds to the first lock member 30 are provided with two fish eyelets 41, this two fish eyelet 41 can wear for 2 first screw P1, by this 2 first screw P1, spiro connecting element 40 is locked in 2 first screws 37 of the first lock member 30, this spiro connecting element 40 outside is provided with external screw thread 42, and this external screw thread 42 can fix a nut member 50 for lock knot.
External screw thread 42 place that this nut member 50 inside corresponds to spiro connecting element 40 is provided with a screw 51, be locked in the external screw thread 42 of spiro connecting element 40 by this screw 51, the surface of this nut member 50 outside is provided with embossing 52, the both sides of this nut member 50 outside are also provided with two occlusal surfaces 53 parallel to each other, for Wrench occlusion rotating screw cap element 50, locking first lock member 30 can be used as.
Comprehensive above-mentioned institute is old, the utility model tie up to the raw pawl of a kind of lathe for machining is provided can interlock fine setting shaping coil structures, to manufacture and repeatedly after operational testing through the utility model people is actual, confirm the function and benefit that really can reach desired by the utility model, simultaneously again in the streets there is no the first utility model of information at present, there is the value in industry, really meet the establishment main idea of new patent practicality and progressive, whence, according to the regulation of Patent Law, proposes the application of new patent to an ancient unit of weight office.
Claims (12)
1. the raw pawl of lathe for machining can an interlock fine setting shaping coil structures, it is characterized in that, comprising: a body, a correcting dish, multiple lock member, multiple spiro connecting element, multiple nut member; Wherein:
This body is a hollow circular ring shape disk body, the surface of this body is provided with a correcting dish, and the surface of this body is provided with the arcuate furrow of multiple decile, and the head end of this adjacent arcuate furrow and tail end are in correspondence with each other, the head end of this arcuate furrow encloses in body, and tail end is then near the periphery of body;
This correcting dish is a hollow circular ring shape disk body, and this correcting disk cover is located on body, and this correcting panel surface corresponds to the radial correcting hole that multiple arcuate furrow places of body are provided with multiple decile;
This lock member one end is provided with a joint portion and a pad, this joint portion line can be fixed in the combined hole of raw pawl for combining, this lock member other end is provided with a slide block and a protuberance, the both sides of this protuberance are smaller compared with slide block, to form two terrace edges, the size of this slide block just can be arranged in arcuate furrow, allow this slide block in arcuate furrow, any slippage can adjust position, this protuberance then can protrude from outside arcuate furrow, the outer wall of these slide block both sides corresponds to two pushing face-drawing places and is provided with two inclined-planes, two inclined-planes can be utilized to be packed on two pushing face-drawings of arcuate furrow when this lock member is locked, this protuberance is provided with two screws, this two screw can fix a spiro connecting element for two-screw lock knot,
The two screw places that this spiro connecting element corresponds to lock member are provided with two fish eyelets, this two fish eyelet can wear for two-screw, be locked in two screws of lock member by this two-screw by spiro connecting element, this spiro connecting element outside is provided with external screw thread, and this external screw thread can fix a nut member for lock knot;
The external screw thread place that this nut member inside corresponds to spiro connecting element is provided with a screw, is locked in the external screw thread of spiro connecting element by this screw.
2. the raw pawl of lathe for machining as claimed in claim 1 can interlock fine setting shaping coil structures, it is characterized in that: periphery and the interior place that encloses of this body are provided with first and second locating flange, this first and second locating flange can supply placement positioning one correcting dish.
3. the raw pawl of lathe for machining as claimed in claim 1 can interlock fine setting shaping coil structures, it is characterized in that: the surface of this nut member outside is provided with embossing.
4. the raw pawl of lathe for machining as claimed in claim 1 can interlock fine setting shaping coil structures, it is characterized in that: the both sides of this nut member outside are provided with two occlusal surfaces parallel to each other.
5. the raw pawl of lathe for machining as claimed in claim 1 can interlock fine setting shaping coil structures, it is characterized in that: the radial correcting hole parallelogram of this correcting dish is provided with left and right two hypotenuses parallel to each other.
6. the raw pawl of lathe for machining as claimed in claim 1 can interlock fine setting shaping coil structures, it is characterized in that: the radial correcting hole of this correcting dish is rectangle and is provided with left and right two straight flanges parallel to each other.
7. the raw pawl of lathe for machining as claimed in claim 1 can interlock fine setting shaping coil structures, it is characterized in that: this body peripheral circumferential place is provided with an index, the index place that this correcting dish peripheral circumferential corresponds to body is provided with a scale.
8. the raw pawl of lathe for machining as claimed in claim 1 can interlock fine setting shaping coil structures, it is characterized in that: this lock member differs from terrace edge other both sides place in pad bottom surface is provided with two depressed parts, this depressed part can for arranging a reed, the centre of this reed is provided with an open-work identical with slider bottom cross sectional shape, in the middle of this reed, both sides correspond to two depressed part places and are provided with two protuberances, this two protuberance can for being positioned in depressed part, this reed is provided with from centre to both sides extension the shell fragment that two are curved arc shape, by four angles and the body contacts of this two shell fragment, the slide block of this lock member is allowed to have spring-go active force, contribute to the smooth and easy movement of slide block.
9. the raw pawl of lathe for machining can an interlock fine setting shaping coil structures, it is characterized in that, comprising: a body, a correcting dish, multiple lock member, multiple packing ring, multiple screw; Wherein:
This body is a circular disk body, the surface of this body is provided with a correcting dish, and the surface of this body is provided with the arcuate furrow of multiple decile, and the head end of this adjacent arcuate furrow and tail end are in correspondence with each other, the head end of this arcuate furrow encloses in body, and tail end is then near the periphery of body;
This correcting dish is a circular disk body, and this correcting dish system is covered on body, and this correcting panel surface corresponds to the radial correcting hole that multiple arcuate furrow places of body are provided with multiple decile, and this radial correcting hole is rectangle and is provided with left and right two straight flanges parallel to each other;
This lock member one end is provided with a joint portion and a pad, this joint portion can be fixed in the combined hole of raw pawl for lock knot, this lock member other end is provided with a slide block and a protuberance, the both sides of this protuberance are smaller compared with slide block, to form two terrace edges, the size of this slide block just can be arranged in arcuate furrow, allow this slide block in arcuate furrow, any slippage can adjust position, this protuberance then can protrude from outside arcuate furrow, the outer wall of these slide block both sides corresponds to two pushing face-drawing places and is provided with two inclined-planes, two inclined-planes can be utilized to be packed on two pushing face-drawings of arcuate furrow when this lock member is locked, this protuberance is provided with a screw, this screw can fix a packing ring for a screwed lock knot,
The external diameter of this packing ring is greater than the radial correcting hole of correcting dish, and this washer center can wear for screw, is locked on correcting dish by packing ring by this screw.
10. the raw pawl of lathe for machining as claimed in claim 9 can interlock fine setting shaping coil structures, it is characterized in that: this body is provided with corresponding outer terrace edge and interior terrace edge with the peripheral place of correcting dish.
The raw pawls of 11. lathe for machining as claimed in claim 9 can interlock fine setting shaping coil structures, it is characterized in that: this body peripheral circumferential place is provided with a scale, the scale place that this correcting dish peripheral circumferential corresponds to body is provided with an index.
The raw pawls of 12. lathe for machining as claimed in claim 9 can interlock fine setting shaping coil structures, it is characterized in that: this lock member differs from terrace edge other both sides place in pad bottom surface is provided with two depressed parts, this depressed part can for arranging a reed, the centre of this reed is provided with an open-work identical with slider bottom cross sectional shape, in the middle of this reed, both sides correspond to two depressed part places and are provided with two protuberances, this two protuberance can for being positioned in depressed part, this reed is provided with from centre to three limits extensions the shell fragment that three are curved arc shape, by three angles and the body contacts of this three shell fragment, the slide block of this lock member is allowed to have spring-go active force, contribute to the smooth and easy movement of slide block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520044709.1U CN204486826U (en) | 2015-01-22 | 2015-01-22 | The raw pawl of lathe for machining can interlock fine setting shaping coil structures |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520044709.1U CN204486826U (en) | 2015-01-22 | 2015-01-22 | The raw pawl of lathe for machining can interlock fine setting shaping coil structures |
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| Publication Number | Publication Date |
|---|---|
| CN204486826U true CN204486826U (en) | 2015-07-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520044709.1U Expired - Fee Related CN204486826U (en) | 2015-01-22 | 2015-01-22 | The raw pawl of lathe for machining can interlock fine setting shaping coil structures |
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| CN (1) | CN204486826U (en) |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105903989A (en) * | 2016-05-25 | 2016-08-31 | 张玲玲 | Workpiece clamping mechanism capable of deflecting around Z axis in fixed direction at fixed angle at fixed rotation speed |
| CN109500456A (en) * | 2018-12-18 | 2019-03-22 | 江西福格新能源传动技术有限公司 | The fixed device of more fulcrum gears |
| CN109500454A (en) * | 2018-12-18 | 2019-03-22 | 江西福格新能源传动技术有限公司 | Involute spinning gears fixture |
| CN109500455A (en) * | 2018-12-18 | 2019-03-22 | 江西福格新能源传动技术有限公司 | Automotive transmission straight spur gear tooth socket clamp system |
| CN111468750A (en) * | 2020-04-24 | 2020-07-31 | 珠海格力智能装备有限公司 | Clamp apparatus |
| CN112643119A (en) * | 2020-12-07 | 2021-04-13 | 芜湖博威机械制造有限公司 | Automatic clamping steel pipe sectioning equipment |
| CN114523320A (en) * | 2021-11-04 | 2022-05-24 | 杭州大和热磁电子有限公司 | Adjusting tool for machining lathe claw |
| CN117001176A (en) * | 2023-09-15 | 2023-11-07 | 山东龙口三元铝材有限公司 | Rotary cutting device for aluminum product processing |
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- 2015-01-22 CN CN201520044709.1U patent/CN204486826U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105903989A (en) * | 2016-05-25 | 2016-08-31 | 张玲玲 | Workpiece clamping mechanism capable of deflecting around Z axis in fixed direction at fixed angle at fixed rotation speed |
| CN105903989B (en) * | 2016-05-25 | 2017-10-20 | 张玲玲 | The workpiece grip mechanism orient about the z axis, determine angle, determined rotating speed deflection |
| CN109500456A (en) * | 2018-12-18 | 2019-03-22 | 江西福格新能源传动技术有限公司 | The fixed device of more fulcrum gears |
| CN109500454A (en) * | 2018-12-18 | 2019-03-22 | 江西福格新能源传动技术有限公司 | Involute spinning gears fixture |
| CN109500455A (en) * | 2018-12-18 | 2019-03-22 | 江西福格新能源传动技术有限公司 | Automotive transmission straight spur gear tooth socket clamp system |
| CN111468750A (en) * | 2020-04-24 | 2020-07-31 | 珠海格力智能装备有限公司 | Clamp apparatus |
| CN112643119A (en) * | 2020-12-07 | 2021-04-13 | 芜湖博威机械制造有限公司 | Automatic clamping steel pipe sectioning equipment |
| CN114523320A (en) * | 2021-11-04 | 2022-05-24 | 杭州大和热磁电子有限公司 | Adjusting tool for machining lathe claw |
| CN117001176A (en) * | 2023-09-15 | 2023-11-07 | 山东龙口三元铝材有限公司 | Rotary cutting device for aluminum product processing |
| CN117001176B (en) * | 2023-09-15 | 2024-03-12 | 山东龙口三元铝材有限公司 | Rotary cutting device for aluminum product processing |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150722 Termination date: 20170122 |