CN203650020U - Clamp for plane for processing box partition - Google Patents
Clamp for plane for processing box partition Download PDFInfo
- Publication number
- CN203650020U CN203650020U CN201320852685.3U CN201320852685U CN203650020U CN 203650020 U CN203650020 U CN 203650020U CN 201320852685 U CN201320852685 U CN 201320852685U CN 203650020 U CN203650020 U CN 203650020U
- Authority
- CN
- China
- Prior art keywords
- indexing mechanism
- housing
- disconnected
- positioning
- vertical
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Abstract
The utility model discloses a clamp for a plane for processing a box partition. The clamp for the plane comprises a clamp base plate (4-1), and further comprises a locating clamping mechanism (6), an indexing mechanism (8) installed at the left end of the clamp base plate (4-1), a transmission mechanism (7) located between the locating clamping mechanism (6) and the indexing mechanism (8) and installed on the clamp base plate (4-1), and a profiling mechanism (9) located on the exterior of the left side of the indexing mechanism (8), wherein one portion of the locating clamping mechanism (6) is installed at the right end of the clamp base plate (4-1), and the other portion of the locating clamping mechanism (6) is installed on the right side of the indexing mechanism (8) and corresponding to the portion of the locating clamping mechanism (6), which is installed at the right end of the clamp base plate (4-1). The clamp for the plane for processing the box partition has the advantages of being accurate in locating, and guaranteeing quality.
Description
Technical field
The utility model relates to machining, be specifically related to a kind of machining box disconnected every plane fixture.
Background technology
In some special machine equipment, there is a kind of casing, shown in Fig. 1, Fig. 2 and Fig. 3, it is disconnected every 101 that this casing has casing, small end 103, hold 102 greatly, casing body 2-1, disconnected spacer ring 2-2, disconnected every breach 2-3, disconnected every local 3-1, disconnected every breach working position cross section 3-2, the disconnected undressed gap portions of spacer ring cross section 3-3.Described disconnected spacer ring 2-2 has multiple, is arranged in casing 100 mutual spacing.Described casing is disconnected is 265mm with holding greatly 102 end faces at a distance of L every 101, and each casing is disconnected all becomes helical angle to be distributed in spirally on the inner periphery of casing 100 every 101.Thereby general milling method is difficult to its processing and ensures the quality of products.In order to guarantee that crudy adopts planing operation conventionally.Adopt planing operation just must adopt planer fixture.Existing a kind of machining box disconnected every plane fixture, mainly combined in conjunction with some V-blocks, cushion block, pressing plate with dividing head by milling, rather than a set of fixed-type built-up jig, each clamping location all needs to piece together combination, plays table correction, so exist, location is inaccurate, crudy is poor, and the also technical problem such as poor of adaptability.
Utility model content
Machining box that the technical problems to be solved in the utility model is to provide a kind of accurate positioning, ensure the quality of products disconnected every plane fixture.
For solving the problems of the technologies described above, the utility model adopts following technical scheme:
The disconnected plane fixture every processing of casing of the present utility model, comprise clamp bottom board: also comprise that a part is installed on that this clamp bottom board right-hand member, another part are installed on the right side of indexing mechanism and the positioning and clamping mechanism corresponding with being installed on a part on described clamp bottom board right-hand member, be installed on indexing mechanism on described clamp bottom board left end, between described positioning and clamping mechanism and indexing mechanism and be installed on the transmission mechanism on described clamp bottom board, and be positioned at the feeler mechanism of indexing mechanism left hand external;
A part that is installed on clamp bottom board right-hand member for described positioning and clamping mechanism comprises that the athwartship plane of friction top, 3 bearings and supporting base, described friction top is interior empty circular arc, and described supporting base top has the mounting groove that is upper opening corresponding to interior empty circular arc with the athwartship plane of friction top; 2 of described 3 bearings are rotatably installed on the two sides of supporting base mounting groove bottom, in 1 the rotatable interior empty circular arc that is installed on friction top; 3 bearings distribute evenly and at intervals in the closed circumference of the mounting groove of supporting base and the interior empty circular arc formation of friction top;
Another part of described positioning and clamping mechanism comprises pressing plate, positioning support and locating piece
;described pressing plate is connected on positioning support in plane, and positioning support is installed on top outside indexing mechanism right side; Described locating piece is positioned at positioning support top, be also installed on indexing mechanism the right side outside above;
Described transmission mechanism comprises;
Be installed in supported box and the vertical rotation axle of this supported box is stretched out in one end downwards, be installed near the first vertical-transmission gear train other end that rotation handwheel on vertical rotation axle external part is installed on vertical rotation axle;
A side of supported box is stretched in one end, and be all installed on described clamp bottom board and the 3rd supporting seat supported box upper part integrated, the first supporting seat of support level power transmission shaft and the second supporting seat by described the first vertical-transmission gear train engages with vertical rotation axle, the other end is equipped with the second vertical-transmission gear train engaging with indexing mechanism horizontal drive shaft and bottom;
Described indexing mechanism comprises;
Housing and be positioned within this housing and fixed cover is loaded on the worm screw on synchronizing shaft, two ends are installed within housing near bottom on sidewall and the worm gear being meshed with described worm screw, described housing is stretched out in described worm screw one end, engage with the second vertical-transmission gear train of described transmission mechanism, housing is stretched out in one end of described synchronizing shaft; The housing bottom of described indexing mechanism is installed on the left end of clamp bottom board; The concentric connection of profiling rotating disk of described synchronizing shaft and feeler mechanism;
Described feeler mechanism comprises;
In periphery, be distributed with institute machining box disconnected every disconnected every three suitable breach of the geomery of breach, be connected on the housing of described indexing mechanism, can be at its corresponding breach) in pass in and out up or down and control the retainer of profiling dial rotation position, described profiling rotating disk) the fixed cover synchronizing shaft that is loaded on described indexing mechanism stretches out in the part of described housing.
Preferably, the positioning support of described positioning and clamping mechanism is installed on the right outside side of the housing top of indexing mechanism; The locating piece of described positioning and clamping mechanism is installed on the right outside side of the housing top of indexing mechanism
,be positioned at positioning support top.
Preferably, on the rotation handwheel of described transmission mechanism, swinging handle is installed.
Preferably, the first vertical-transmission gear train of described transmission mechanism is made up of mutual Vertical Meshing and the bevel gear that is installed on respectively on bevel gear and the horizontal drive shaft on vertical rotation axle.
Preferably, the second vertical-transmission gear train of described transmission mechanism by mutual Vertical Meshing and be installed on respectively bevel gear on horizontal drive shaft and the worm screw of indexing mechanism on bevel gear form.
Preferably, the friction top bottom righthand side of described positioning and clamping mechanism adopts pin to be rotatably connected in the right top of supporting base; Two pins of 2 employings of 3 bearings of described positioning and clamping mechanism are located and are rotatably installed on the two sides of supporting base mounting groove bottom, and 1 adopts in another pin location the rotatable interior empty circular arc that is installed on friction top; The supporting base lower end of described positioning and clamping mechanism adopts screw to be fixed on clamp bottom board right-hand member.
Preferably, described in be connected on the housing of described indexing mechanism, the retainer that can pass in and out up or down and control profiling dial rotation position in its corresponding breach is pin; This pin has pin body and positive stop end, the outer upper left side of housing of described indexing mechanism is provided with holder, in it, be provided with locking pin cover, in this locking pin cover, have the spring being set on pin body and between top and the positive stop end of pin of locking pin cover.
Compared with prior art, the utility model comprises following beneficial effect:
1) accurate positioning, and can guarantee crudy, the utility model comprises clamp bottom board, also comprise that a part is installed on this clamp bottom board right-hand member, another part is installed on the right side of indexing mechanism and the positioning and clamping mechanism corresponding with being installed on a part on described clamp bottom board right-hand member, be installed on the indexing mechanism on described clamp bottom board left end, between described positioning and clamping mechanism and indexing mechanism and be installed on the transmission mechanism on described clamp bottom board, and be positioned at the feeler mechanism of indexing mechanism left hand external, it is fixing fixture, do not need to resemble of the prior art by milling with dividing head in conjunction with some V-blocks, cushion block, the fixture that pressing plate combines is such, each location of installing all needs to piece together combination, playing table proofreaies and correct, thereby accurate positioning, and can guarantee crudy.
2) accommodation is wider; Feeler mechanism of the present utility model comprise in periphery, be distributed with institute machining box disconnected every the disconnected profiling rotating disk every three suitable breach of the geomery of breach, when casing disconnected every disconnected in the time that notch geometry size is different, as long as respective production is changed the profiling rotating disk adapting with it, just can process, thereby adaptive capacity scope is wider, relatively change whole fixture, making and replacing profiling rotating disk are both simple, cost-saving again simultaneously.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model machining box;
Fig. 2 is that casing is disconnected every structural representation;
Fig. 3 is that casing is disconnected every structure enlarged diagram;
Fig. 4 is the utility model structural representation;
Fig. 5 is the structural representation of the utility model positioning and clamping mechanism part;
Fig. 6 is the structural representation that comprises positioning and clamping mechanism another part of the present utility model;
Fig. 7 is the structural representation of transmission mechanism of the present utility model;
Fig. 8 is the structural representation of indexing mechanism of the present utility model;
Fig. 9 is the structural representation of feeler mechanism of the present utility model;
Figure 10 is the partial structurtes schematic diagram that represents the housing holder that upper left side is provided with of retainer of the present utility model and indexing mechanism outward.
In figure, casing body 2-1, disconnected spacer ring 2-2, disconnected every breach 2-3, disconnected every local 3-1, disconnected every breach working position cross section 3-2, the disconnected undressed gap portions of spacer ring cross section 3-3, clamp bottom board 4-1, locating piece 6-10, pressing plate 6-8, positioning support 6-9, nut 6-1, bolt 6-2, friction top 6-3, pin 6-4, bearing 6-5, pin 6-6, supporting base 6-7, mounting groove 6-7-1, handle 7-1, handwheel 7-2, vertical rotation axle 7-3, the first vertical-transmission gear train 7-4, 7-7, horizontal drive shaft 7-5, supported box 7-8, the second vertical-transmission gear train 7-6, 7-9, the first supporting seat 7-10, the second supporting seat 7-11, the 3rd supporting seat 7-12, indexing mechanism 8, housing 8-4, worm screw 8-1, worm gear 8-2, synchronizing shaft 8-3, holder 8-6, retainer 9-1, profiling rotating disk 9-2, key 9-3, locking pin body 9-1-1, locking pin cover 9-1-2, spring 9-1-3.Positive stop end 9-1-4.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Referring to Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8 and Fig. 9, the disconnected plane fixture every processing of casing of the present utility model, comprise clamp bottom board 4-1: also comprise that a part is installed on this clamp bottom board 4-1 right-hand member, another part is installed on the right side of indexing mechanism 8 and the positioning and clamping mechanism 6 corresponding with being installed on a part on described clamp bottom board 4-1 right-hand member, be installed on the indexing mechanism 8 on described clamp bottom board 4-1 left end, between described positioning and clamping mechanism 6 and indexing mechanism 8 and be installed on the transmission mechanism 7 on described clamp bottom board 4-1, and be positioned at the feeler mechanism 9 of indexing mechanism 8 left hand external,
From Fig. 4 and Fig. 6, a part that is installed on clamp bottom board 4-1 right-hand member for described positioning and clamping mechanism 6 comprises, the athwartship plane of friction top 6-3,3 bearing 6-5 and supporting base 6-7, described friction top 6-3 is interior empty circular arc, and described supporting base 6-7 top has the mounting groove 6-7-1 that is upper opening corresponding to interior empty circular arc with the athwartship plane of friction top 6-3; 2 of described 3 bearing 6-5 are rotatably installed on the two sides of supporting base 6-7 mounting groove 6-7-1 bottom, in 1 the rotatable interior empty circular arc that is installed on friction top 6-3 on; 3 bearings distribute evenly and at intervals in the closed circumference of the mounting groove 6-7-1 of supporting base 6-7 and the interior empty circular arc formation of friction top 6-3;
Another part of described positioning and clamping mechanism 6 comprises pressing plate 6-8, positioning support 6-9 and locating piece 6-10; Described pressing plate 6-8 is connected in the upper plane of positioning support 6-9, and positioning support 6-9 is installed on the right outside side of indexing mechanism 8 top; Described locating piece 6-10 is positioned at positioning support 6-9 top, is also installed on above the right outside side of indexing mechanism 8;
As seen from Figure 7, described transmission mechanism 7 comprises;
Be installed in supported box 7-8 and the vertical rotation axle 7-3 of this supported box 7-8 is stretched out in one end downwards, be installed near the first vertical-transmission gear train 7-4 other end that rotation handwheel 7-2 on vertical rotation axle 7-3 external part is installed on vertical rotation axle 7-3,7-7;
A side of supported box 7-8 is stretched in one end, and by described the first vertical-transmission gear train 7-4,7-7 engages with vertical rotation axle 7-3, the other end is equipped with the second vertical-transmission gear train 7-6 engaging with indexing mechanism 8, the horizontal drive shaft 7-5 of 7-9 and bottom are all installed on described clamp bottom board 4-1 and the 3rd supporting seat 7-12 supported box 7-8 upper part integrated, the first supporting seat 7-10 of support level power transmission shaft 7-5 and the second supporting seat 7-11;
As seen from Figure 8, described indexing mechanism 8 comprises;
Housing 8-4 and be positioned within this housing 8-4 and fixed cover is loaded on the worm screw 8-1 on synchronizing shaft 8-3, two ends are installed within housing 8-4 near bottom on sidewall and the worm gear 8-2 being meshed with described worm screw 8-1, described worm screw 8-1 stretches out described housing 8-4 in one end, the second vertical-transmission gear train 7-6 with described transmission mechanism 7,7-9 engagement, housing 8-4 is stretched out in one end of described synchronizing shaft 8-3
;the housing 8-4 bottom of described indexing mechanism 8 is installed on the left end of clamp bottom board 4-1; The concentric connection of profiling rotating disk 9-2 of described synchronizing shaft 8-3 and feeler mechanism 9;
As seen from Figure 9, described feeler mechanism 9 comprises;
In periphery, be distributed with institute machining box disconnected every disconnected every three suitable breach 9-5 of the geomery of breach, be connected in retainer 9-1 on the housing 8-4 of described indexing mechanism 8, can pass in and out up or down and control profiling rotating disk 9-2 turned position in its corresponding breach 9-5, the synchronizing shaft 8-3 that described profiling rotating disk 9-2 adopts key 9-1 fixed cover to be loaded on described indexing mechanism 8 stretches out in the part of described housing 8-4.
The utility model adopts said structure, can guarantee institute's machining box disconnected every the disconnected quality every breach.
From Fig. 4 and Fig. 6, the positioning support 6-9 of described positioning and clamping mechanism 6 is installed on the right outside side of the housing 8-4 top of indexing mechanism 8; The locating piece 6-10 of described positioning and clamping mechanism 6 is installed on the right outside side of the housing 8-4 top of indexing mechanism 8
,be positioned at positioning support 6-9 top.This just makes one end of institute's machining box to locate preferably.
As seen from Figure 7, on the rotation handwheel 7-2 of described transmission mechanism 7, swinging handle 7-1 is installed.This makes of the present utility model more convenient to operate.
As seen from Figure 7, the first vertical-transmission gear train 7-4 of described transmission mechanism 7,7-7 is made up of mutual Vertical Meshing and the bevel gear 7-7 that is installed on respectively on bevel gear 7-4 and the horizontal drive shaft 7-5 on vertical rotation axle 7-3.Relatively simple for structure and result of use is like this better.
As seen from Figure 7, the second vertical-transmission gear train 7-6 of described transmission mechanism 7,7-9 by mutual Vertical Meshing and be installed on respectively bevel gear 7-6 on horizontal drive shaft 7-5 and the worm screw 8-1 of indexing mechanism 8 on bevel gear 7-9 form.Relatively simple for structure and result of use is like this better.
From Fig. 4, Fig. 5 and Fig. 6, the friction top 6-3 bottom righthand side of described positioning and clamping mechanism 6 adopts pin 6-4 to be rotatably connected in the right top of supporting base 6-7; Two pin 6-6 of 2 employings of 3 bearing 6-5 of described positioning and clamping mechanism 6 locate and are rotatably installed on the two sides of supporting base 6-7 mounting groove 6-7-1 bottom, and 1 adopts in another pin 6-6 location the rotatable interior empty circular arc that is installed on friction top 6-3; The supporting base 6-7 lower end of described positioning and clamping mechanism 6 adopts screw 4-3 to be fixed on clamp bottom board 4-1 right-hand member.Such structure is convenient to the casing that handling are processed.
From Fig. 9 and Figure 10, described in be connected in the housing 8-4 of described indexing mechanism 8, the retainer 9-1 that can pass in and out up or down and control profiling rotating disk 9-2 turned position in its corresponding breach is pin; This pin has pin body 9-1-1 and positive stop end 9-1-4, the outer upper left side of housing 8-4 of described indexing mechanism 8 is provided with holder 8-6, in it, be provided with locking pin cover 9-1-2, in this locking pin cover 9-1-2, have the spring 9-1-3 being set on pin body 9-1-1 and between the locking pin cover top of 9-1-2 and the positive stop end 9-1-4 of pin.So, just as required mobile retainer 9-1, it is entered or exits breach corresponding to profiling rotating disk 9-2, thereby control profiling rotating disk 9-2 turned position, and realize calibration.
Groundwork principle of the present utility model is as follows:
Plane of the present utility model is placed on planing machine platen face with fixture, with bolt, the fixing also pretension of nut, utilizes dial gauge clamping fixture for correcting base plate to proofread and correct basal plane, then carry out fastening, one end of institute's machining box is placed in the supporting base 6-7 of clamp mechanism 6, adopts nut 6-2, bolt 6-1, friction top 6-3, pin 6-4, bearing 6-5 and pin 6-6 to clamp, the disconnected of casing aimed to locating piece 6-10 every breach 2-3, adopt pressing plate 6-8 to compress, shake the handle 7-1 of transmission mechanism 7 or directly rotate handwheel 7-2, make vertical rotation axle 7-3 carry-over moment, the first vertical-transmission gear train 7-4, 7-7 changes moment direction, horizontal drive shaft 7-5 transmits moment to the second vertical-transmission gear train 7-6 changing after direction, 7-9, after again changing moment direction, pass torque to indexing mechanism 8, by the worm gear 8-2 of indexing mechanism 8, the institute's machining box that rotarily drives of worm screw 8-1 rotates, together with the profiling rotating disk 9-2 of feeler mechanism 9 and the synchronizing shaft 8-3 of indexing mechanism 8, rotate simultaneously, the retainer 9-1 being connected on the housing 8-4 of described indexing mechanism 8 is placed in the breach 9-5 of its corresponding profiling rotating disk 9-2, to control profiling rotating disk 9-2 turned position.Like this, just can realize the clamping of casing and carry out the disconnected processing every breach 2-3 etc. of casing.
Claims (7)
- A machining box disconnected every plane fixture, comprise clamp bottom board (4-1), it is characterized in that: also comprise that a part is installed on this clamp bottom board (4-1) right-hand member, another part is installed on the right side of indexing mechanism (8) and the positioning and clamping mechanism (6) corresponding with being installed on a part on described clamp bottom board (4-1) right-hand member, be installed on the indexing mechanism (8) on described clamp bottom board (4-1) left end, be positioned between described positioning and clamping mechanism (6) and indexing mechanism (8) and be installed on the transmission mechanism (7) on described clamp bottom board (4-1), and be positioned at the feeler mechanism (9) of indexing mechanism (8) left hand external,A part that is installed on clamp bottom board (4-1) right-hand member for described positioning and clamping mechanism (6) comprises; The athwartship plane of friction top (6-3), 3 bearings (6-5) and supporting base (6-7), described friction top (6-3) is interior empty circular arc, and described supporting base (6-7) top has the mounting groove (6-7-1) of the upper opening corresponding with friction top (6-3); 2 of described 3 bearings (6-5) are rotatably installed on the two sides of supporting base (6-7) mounting groove (6-7-1) bottom, in 1 the rotatable interior empty circular arc that is installed on friction top (6-3); 3 bearings distribute evenly and at intervals in the closed circumference of the mounting groove (6-7-1) of supporting base (6-7) and the interior empty circular arc formation of friction top (6-3);Another part of described positioning and clamping mechanism (6) comprises pressing plate (6-8), positioning support (6-9) and locating piece (6-10); Described pressing plate (6-8) is connected in the upper plane of positioning support (6-9), and positioning support (6-9) is installed on the right outside side of indexing mechanism (8) top; Described locating piece (6-10) is positioned at positioning support (6-9) top, is installed on the right outside side of indexing mechanism (8) top;Described transmission mechanism (7) comprises;Be installed in supported box (7-8) and the vertical rotation axle (7-3) of this supported box (7-8) is stretched out in one end downwards, be installed on the rotation handwheel (7-2) on vertical rotation axle (7-3) external part, be installed near the first vertical-transmission gear train (7-4,7-7) of the other end of vertical rotation axle (7-3);A side of supported box (7-8) is stretched in one end, and by described the first vertical-transmission gear train (7-4,7-7) engage with vertical rotation axle (7-3), the other end is equipped with the second vertical-transmission gear train (7-6 engaging with indexing mechanism (8), horizontal drive shaft (7-5) 7-9) and bottom are all installed on described clamp bottom board (4-1) and the 3rd supporting seat (7-12) supported box (7-8) upper part integrated, first supporting seat (7-10) of support level power transmission shaft (7-5) and the second supporting seat (7-11);Described indexing mechanism (8) comprises;Housing (8-4) and be positioned within this housing (8-4) and fixed cover is loaded on the worm screw (8-1) on synchronizing shaft (8-3), two ends are installed within housing (8-4) near bottom on sidewall and the worm gear (8-2) being meshed with described worm screw (8-1), described housing (8-4) is stretched out in described worm screw (8-1) one end, the second vertical-transmission gear train (7-6 with described transmission mechanism (7), 7-9) engagement, housing (8-4) is stretched out in one end of described synchronizing shaft (8-3) ;the bottom of described housing (8-4) is installed on the left end of clamp bottom board (4-1); The concentric connection of profiling rotating disk (9-2) of described synchronizing shaft (8-3) and feeler mechanism (9);Described feeler mechanism (9) comprises;In periphery, be distributed with institute machining box disconnected every disconnected every suitable three breach (9-5) of the geomery of breach, be connected in retainer (9-1) on the housing (8-4) of described indexing mechanism (8), can pass in and out up or down and control profiling rotating disk (9-2) turned position in its corresponding breach (9-5), the synchronizing shaft (8-3) that described profiling rotating disk (9-2) fixed cover is loaded on described indexing mechanism (8) stretches out in the part of described housing (8-4).
- Machining box according to claim 1 disconnected every plane fixture, it is characterized in that: above the positioning support (6-9) of described positioning and clamping mechanism (6) is installed on outside housing (8-4) right side of indexing mechanism (8); The locating piece (6-10) of described positioning and clamping mechanism (6) is installed on top outside housing (8-4) right side of indexing mechanism (8) ,be positioned at positioning support (6-9) top.
- Machining box according to claim 1 disconnected every plane fixture, it is characterized in that: on the rotation handwheel (7-2) of described transmission mechanism (7), swinging handle (7-1) is installed.
- Machining box according to claim 1 disconnected every plane fixture, it is characterized in that: the first vertical-transmission gear train (7-4,7-7) of described transmission mechanism (7) is made up of mutual Vertical Meshing and the bevel gear (7-7) that is installed on respectively on bevel gear (7-4) and the horizontal drive shaft (7-5) on vertical rotation axle (7-3).
- Machining box according to claim 1 disconnected every plane fixture, it is characterized in that: the second vertical-transmission gear train (7-6,7-9) of described transmission mechanism (7) by mutual Vertical Meshing and be installed on respectively bevel gear (7-6) on horizontal drive shaft (7-5) and the worm screw (8-1) of indexing mechanism (8) on bevel gear (7-9) form.
- Machining box according to claim 1 disconnected every plane fixture, it is characterized in that: friction top (6-3) the bottom righthand side employing pin (6-4) of described positioning and clamping mechanism (6) is rotatably connected in the right top of supporting base (6-7); 2 two pins of employing (6-6) of 3 bearings (6-5) of described positioning and clamping mechanism (6) are located and are rotatably installed on the two sides of supporting base (6-7) mounting groove (6-7-1) bottom, and 1 adopts in another pin (6-6) location the rotatable interior empty circular arc that is installed on friction top (6-3); Supporting base (6-7) lower end of described positioning and clamping mechanism (6) adopts screw (4-3) to be fixed on clamp bottom board (4-1) right-hand member.
- Machining box according to claim 1 disconnected every plane fixture, it is characterized in that: described in be connected in the housing (8-4) of described indexing mechanism (8), the retainer (9-1) that can pass in and out up or down and control profiling rotating disk (9-2) turned position in its corresponding breach is pin; This pin has pin body (9-1-1) and positive stop end (9-1-4), the outer upper left side of housing (8-4) of described indexing mechanism (8) is provided with holder (8-6), in it, be provided with locking pin cover (9-1-2), in this locking pin cover (9-1-2), have to be set in pin body (9-1-1) and to go up and be positioned at the spring (9-1-3) between the top of locking pin cover (9-1-2) and the positive stop end (9-1-4) of pin.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320852685.3U CN203650020U (en) | 2013-12-23 | 2013-12-23 | Clamp for plane for processing box partition |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320852685.3U CN203650020U (en) | 2013-12-23 | 2013-12-23 | Clamp for plane for processing box partition |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203650020U true CN203650020U (en) | 2014-06-18 |
Family
ID=50916457
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320852685.3U Expired - Fee Related CN203650020U (en) | 2013-12-23 | 2013-12-23 | Clamp for plane for processing box partition |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203650020U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103692256A (en) * | 2013-12-23 | 2014-04-02 | 重庆望江工业有限公司 | Plane fixture and method for machining box fault isolator |
-
2013
- 2013-12-23 CN CN201320852685.3U patent/CN203650020U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103692256A (en) * | 2013-12-23 | 2014-04-02 | 重庆望江工业有限公司 | Plane fixture and method for machining box fault isolator |
| CN103692256B (en) * | 2013-12-23 | 2016-02-24 | 重庆望江工业有限公司 | A kind of machining box break every plane fixture and method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103264342B (en) | A kind of composite grinding lathe of grinding pin wheel housing | |
| CN206484313U (en) | A kind of station integrated hydraulic turntable clamper of four axle three | |
| CN209598793U (en) | Gear grinding machines workpiece positioning material disk | |
| CN102773719A (en) | Rotary table for numerical control floor type boring miller | |
| CN208913625U (en) | A kind of machining fixing seat facilitating adjusting | |
| CN202129670U (en) | Elongated flay milling head of numerical control heavy type milling boring machine tool | |
| CN208713447U (en) | A kind of steel plate fixture of machining | |
| CN203945216U (en) | A kind of vertical high precision double-ended grinding machine | |
| CN203650020U (en) | Clamp for plane for processing box partition | |
| CN103692256B (en) | A kind of machining box break every plane fixture and method | |
| CN102581386A (en) | Face gear grinding machining method based on cylindrical gear worm gear-grinding machine tool | |
| CN204397370U (en) | Cutting head of roadheader body milling tool | |
| CN203292988U (en) | Composite grinding lathe for grinding pin wheel housing | |
| CN105817719A (en) | Internal gear honing machine | |
| CN208391654U (en) | A kind of bench type milling machine of safe operation | |
| CN202204678U (en) | Main shaft locking mechanism | |
| CN204339570U (en) | Empiecement hobboing cutter is driven front edge emery wheel and is repaiied type device | |
| CN104043862B (en) | Graphite heater process equipment | |
| CN203712292U (en) | Machine tool workpiece auxiliary center frame | |
| CN203282196U (en) | Rotating table | |
| CN210996988U (en) | Cutting off machine centering device | |
| CN201455456U (en) | Workpiece box of heavy-duty spiral bevel gear shaving machine | |
| CN204339562U (en) | Front edge grinding wheel dressing device driven by large hobboing cutter | |
| CN203695975U (en) | Rotating too rest device | |
| CN204339564U (en) | Front edge emery wheel Xiu Xing mechanism opened by empiecement hobboing cutter |
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 |
Granted publication date: 20140618 Termination date: 20151223 |
|
| EXPY | Termination of patent right or utility model |