CN103465200B - A kind of clamping device - Google Patents
A kind of clamping device Download PDFInfo
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- CN103465200B CN103465200B CN201310463978.7A CN201310463978A CN103465200B CN 103465200 B CN103465200 B CN 103465200B CN 201310463978 A CN201310463978 A CN 201310463978A CN 103465200 B CN103465200 B CN 103465200B
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Abstract
A kind of clamping device, includes: bearing, jig arm, bar, clutch guide mechanism etc.Jig arm is positioned at outside bearing, for clamping work pieces; One end of bar is positioned at described bearing, and the other end is positioned at outside described bearing, and described bar can rotate around the axle center of bar and/or move axially; Clutch guide mechanism is positioned at described bearing, be made up of initiative part and guide portion, initiative part is positioned on bar, it can be independently part and being fixedly connected with bar, also can be a part for bar and be connected with bar one, guide portion can be the some independently on part, this independently part be connected with described bearing, also can be a part for described bearing and be connected with bearing one.Because jig arm is near being move fast between the location of workpiece and open position, therefore the present invention makes clamping device save the operating time, improves operating efficiency.
Description
Technical field
The present invention relates to mechanical manufacturing field, especially mach Workpiece clamping field, the Workpiece clamping field of Product Assembly, the Workpiece clamping field etc. of Product jointing.
Background technology
The present invention relates to a kind of clamping device, be especially applicable to small batch produce, can the clamping device produced in different workpieces different batches of repeated application.
The standardization clamping device produced at small batch has; The general clamping device of vice, chuck, toggle joint type fast fixture etc., these general clamping devices have respective range of application and restriction.
JP2006116670A discloses so a kind of clamping device, its concrete structure is shown in Fig. 8, this technology directly adopts screw connection structure, by the fast driving of electric wrench in using, when making bolt rotary promote multi-turn pitch height, jig arm just reaches full open position, because electric wrench is comparatively heavy, and need to be accompanied with Power supply, make its range of application limited.
CN201544045U discloses so a kind of clamping device, its concrete structure is shown in Fig. 9, directly adopt screw connection structure equally, manually turn hex nut by spanner in using to rotate, therefore its range of application generally: only need turn hex nut and loosen to a little, then just directly jig arm is rotated an angle such as 90 degree, make this clamping device reach open position.Structure is known thus, its jig arm cannot accomplish first to rise fast then just to rotate to open position, when there is barrier therefore, jig arm also just cannot be avoided fast, and workpiece taking-up also can be more difficult, the workpiece of some complicated point even possibly cannot take out, and these factors cause its range of application limited.
Summary of the invention
The object of the present invention is to provide a kind of novel standardization clamping device, with reach easy to operate fast, the purposes of other workpiece of clamping that can again produce for other batches again after completing of reliable in action, production, therefore the present invention is especially applicable to being applied to small batch produces.
Means for dealing with problems:
Clamping device of the present invention includes: bearing, jig arm, bar, clutch guide mechanism etc.
Jig arm is positioned at outside bearing, for clamping work pieces; One end of bar is positioned at described bearing, and the other end is positioned at outside described bearing, and described bar can rotate around the axle center of bar and/or move axially; Clutch guide mechanism is positioned at described bearing, be made up of initiative part and guide portion, initiative part is positioned on bar, can be a part independently on part and be fixedly connected with bar, also can be a part for bar and be connected with bar one, guide portion can be the part independently on part, this independently part be connected with described bearing, also can be a part for described bearing and be connected with bearing one.
The operating process of gripping means grips workpiece:
When jig arm is in an open position, rotate fast and/or move axially bar, initiative part on bar is fast near guide portion, jig arm arrives near the location of workpiece fast under the drive of bar from open position, continue swingle, initiative part on bar arrives guide portion and also starts the constraint being subject to guide portion, and bar is by affix moving axially gradually, jig arm is from close location of workpiece arrival clamped position gradually under the drive of bar, and workpiece is clamped.
Clamping device unclamps the operating process of workpiece:
When jig arm is in clamped position, swingle, the constraint of the disengaging guide portion gradually of the initiative part on bar, jig arm under the drive of bar from clamped position arrival gradually near the location of workpiece, workpiece is released, continue rotate fast and/or move axially bar, the initiative part on bar leaves guide portion fast, and jig arm arrives open position fast near the location of workpiece under the drive of bar.
In sum, because jig arm is near being move fast between the location of workpiece and open position, therefore the present invention makes clamping device save the operating time, improves operating efficiency.
In clamping device of the present invention, for realizing the function of moving fast in aforesaid operations process and effect, described clutch guide mechanism can be one of following combining structure:
(1). described initiative part is shift fork, shift fork is a part for bar and is connected with bar one, described guide portion is the groove on external thread piece, this external thread piece is independently part, it is also with vertical slot and external screw thread, vertical slot and groove adjacent, in external screw thread and bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(2). described initiative part is finger, finger is that independently part and inlaying with bar is fixedly connected with, described guide portion is the groove on external thread piece, this external thread piece is independently part, it is also with vertical slot and external screw thread, vertical slot and groove adjacent, in external screw thread and bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(3). described initiative part is screw, screw is independently part and being fixedly connected with bar screw thread, described guide portion is the groove on external thread piece, this external thread piece is independently part, it is also with vertical slot and external screw thread, vertical slot and groove adjacent, in external screw thread and bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(4). described initiative part is moving tooth, moving tooth is a part for bar and is connected with bar one, described guide portion is the groove on external thread piece, this external thread piece is independently part, it is also with vertical slot and external screw thread, vertical slot and groove adjacent, in external screw thread and bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(5). described initiative part is for being interrupted external screw thread, interruption external screw thread is a part for bar and is connected with bar one, described guide portion is the interruption internal thread be screwed with described interruption external screw thread on bearing, be interrupted the adjacent place of internal thread also with vertical slot, described vertical slot is a part for bearing with interruption internal thread and is connected with bearing one;
(6). described initiative part is shift fork, and shift fork is a part for bar and is connected with bar one, and described guide portion is spin slot, and the adjacent place of spin slot is also with vertical slot, and described vertical slot and spin slot are a part for bearing and are connected with bearing one;
(7). described initiative part is finger, and finger is that independently part and inlaying with bar is fixedly connected with, and described guide portion is spin slot, and the adjacent place of spin slot is also with vertical slot, and described vertical slot and spin slot are a part for bearing and are connected with bearing one;
(8). described initiative part is screw, and screw is independently part and being fixedly connected with bar screw thread, and described guide portion is spin slot, and the adjacent place of spin slot is also with vertical slot, and described vertical slot and spin slot are a part for bearing and are connected with bearing one;
(9). described initiative part is spin slot, and the adjacent place of spin slot is also with plane, and spin slot and plane are a part for bar and are connected with bar one, and described guide portion is shift fork, and described shift fork is a part for bearing and is connected with bearing one;
. described initiative part is spin slot, and the adjacent place of spin slot is also with plane, and spin slot and plane are a part for bar and are connected with bar one, and described guide portion is independently part, this independently part be pin, described pin and bearing are inlayed and are fixedly connected with;
. described initiative part is spin slot, and the adjacent place of spin slot is also with plane, and spin slot and plane are a part for bar and are connected with bar one, and described guide portion is independently part, this independently part be screw, described screw is fixedly connected with bearing screw thread;
Due to the feature of combinations thereof structure, its operating process is flexible and efficient more than single employing screw connection structure, bar and jig arm can be moved between the location of workpiece and open position fast close, and jig arm arrive behind open position to dodge space also very large, thus make its range of application obtain larger expansion.
Just part cited above can realize the combining structure example of function and the effect of moving fast in aforesaid operations process, certainly also has other a lot of combining structures of obviously easily seeing can realize same function and effect, does not all depart from the scope of the present invention.
In addition, bar can also be allowed with spring, like this in aforesaid operations process, after bar also finally departs from the constraint of clutch guide mechanism gradually, under spring force, bar can move axially a segment distance fast, thus makes the operation of clamping device become more quick and convenient.
In addition, when jig arm is in clamped position, be unlikely to produce under the impact being subject to cutting vibration to make jig arm to get loose or displacement, clamping device can also be provided with maintaining body, such as can at guide portion and/or initiative part with inclined plane, or guide portion and/or initiative part are with magnetic part, certainly also have other structures of obviously easily seeing can realize same function and effect, all do not depart from the scope of the present invention.
In addition, clamping device can also with cover, this cover can rotate around the axle center of bearing and/or move axially, jig arm and cover can be same part and one is connected, can certainly both be independently part and being mutually permanently connected respectively, so just can rotate such as 90 degree by cover makes jig arm rotate such as 90 degree, abdicates larger space be beneficial to take out workpiece to make clamping device.
In addition, cover also can be allowed with spring, like this in aforesaid operations process, after bar also finally departs from the constraint of clutch guide mechanism gradually, under spring force, cover can move a segment distance fast, thus makes the operation of clamping device become more quick and convenient.
In addition, can with synchronous axial moving mechanism in clamping device, when rotating and/or move axially bar, cover will keep synchronously moving axially but not following bar rotating with bar.Therefore such as one of following structure can be provided with:
(1). one of bar or cover have annular groove, and another has fork, and another one of this fork and this is connected;
. one of bar or cover have annular groove, and another has pin, this pin and this another inlay and be fixedly connected with;
(3). one of bar or cover have annular groove, and another has screw, and another screw thread of this screw and this is fixedly connected with;
. one of bar or cover have annular groove, and another has steel ball, this steel ball and this another inlay and be fixedly connected with;
(5). bar and/or overlap flexible, this elastic component is fixedly connected with bar and/or cover, now elastic component frictional force of being formed by producing elastic deformation between bar with cover overcomes own wt and makes bar and overlap to realize synchronously moving axially, and on the other hand, only need apply slightly large strength swingle or cover can overcome frictional force that elastic deformation formed and make it rotate alone;
(6). bar and/or cover are magnetic part, this magnetic part is fixedly connected with bar and/or cover, bar and/or cover can be selected and can be manufactured by the metal material of magnetic, the magnetic attraction that magnetic part produces can overcome own wt makes bar realize synchronously moving axially with overlapping, and on the other hand, only need apply slightly large strength swingle or overlap to overcome magnetic attraction and to make it rotate alone.
Structure cited above can make bar overcome own wt to keep synchronously moving axially but not affecting the rotation alone of bar and cover with overlapping, certainly also have other a lot of structures of obviously easily seeing can realize same function and effect, all do not depart from the scope of the present invention.
In addition, can arrange rotation angle mechanism at described clamping device, make the rotation of cover and/or move axially convenient and controlled, such as, can be one of following combining structure:
(1). one of cover or bearing have groove, and another has fork, and another one of this fork and this is connected;
. cover or one of bearing have groove, and another has pin, this pin and this another inlay and be fixedly connected with;
(3). one of cover or bearing have groove, and another has screw, and another screw thread of this screw and this is fixedly connected with;
. cover or one of bearing have groove, and another has steel ball, this steel ball and this another inlay and be fixedly connected with.
Just partial example cited above, certainly also has other a lot of combining structures of obviously easily seeing can realize same function and effect, does not all depart from the scope of the present invention.
In addition, can be provided with tracking mechanism at bar and/or cover, when tracking mechanism is in engagement state, rotates and/or move axially bar, cover is just followed bar and is rotated together and/or move axially, thus makes the operation of clamping device become more quick and convenient.Such as one of following structure:
(1). bar and cover are respectively with moving tooth, and this two moving tooth is fixedly connected with cover with bar respectively or one is connected;
(2). one of bar or cover are with groove, and another is with shift fork, and another one of this shift fork and this is connected;
. one of bar or cover are with groove, and another is with finger, this finger and this another inlay and be fixedly connected with;
(4). one of bar or cover are with groove, and another is with screw, and another screw thread of this screw and this is fixedly connected with;
(5). bar and/or cuff are magnetic part, and this magnetic part is fixedly connected with bar and/or cover.
The example of just part tracking mechanism cited above, certainly also has other a lot of mechanisms of obviously easily seeing can realize same function and effect, does not all depart from the scope of the present invention.
The effect of invention:
According to clamping device of the present invention, adopt after clutch guide mechanism, bar and jig arm are near being move fast between the location of workpiece and open position.And on the other hand, jig arm is in when the location of workpiece, the angle about only needing swingle to be about 90-180 degree, just can allow jig arm arrive clamped position, that is final clamping work pieces of clamping device; When jig arm is in clamped position, the angle about only needing swingle to be about 90-180 degree, just can allow jig arm arrive near the location of workpiece.Only need about 2-5 time second just can quick and complete switching between open position and clamped position through this clamping device of test measuring and calculating, therefore clamping device both significantly improve operating efficiency and operation convenience, make again jig arm be in position away from workpiece when open position, make the operation of taking-up workpiece obtain equally maximum efficient and convenient.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described:
Fig. 1-1a is the exploded perspective view of the clutch guide mechanism of embodiment one;
Stereogram when Fig. 1-1b is the clamped position of embodiment one;
Longitudinal sectional view when Fig. 1-2 is the open position of embodiment one, bar departs from the constraint of clutch guide mechanism;
Longitudinal sectional view when Fig. 1-3 is close location of workpieces of embodiment one, bar starts the constraint being subject to clutch guide mechanism;
Longitudinal sectional view when Fig. 1-4 is clamped positions of embodiment one, bar is subject to the constraint of clutch guide mechanism;
Fig. 2-1a is the exploded perspective view of embodiment two;
Fig. 2-1b is the postrotational stereogram of external thread piece of Fig. 2-1a, from the structure of bottom surface display guide portion;
Longitudinal sectional view when Fig. 2-2 is open positions of embodiment two, bar departs from the constraint of clutch guide mechanism, and tracking mechanism is in engagement state;
Longitudinal sectional view when Fig. 2-3 is close location of workpieces of embodiment two, bar departs from the constraint of clutch guide mechanism, and tracking mechanism is in engagement state;
Longitudinal sectional view when Fig. 2-4 is close location of workpieces of embodiment two, bar starts the constraint being subject to clutch guide mechanism, and tracking mechanism is in released state;
Longitudinal sectional view when Fig. 2-5 is clamped positions of embodiment two, bar is subject to the constraint of clutch guide mechanism, and tracking mechanism is in released state;
Fig. 3-1a is the exploded perspective view of the clutch guide mechanism of embodiment three;
Stereogram when Fig. 3-1b is the clamped position of embodiment three;
Longitudinal sectional view when Fig. 3-2 is open positions of embodiment three, bar departs from the constraint of clutch guide mechanism;
Longitudinal sectional view when Fig. 3-3 is close location of workpieces of embodiment three, bar starts the constraint being subject to clutch guide mechanism;
Longitudinal sectional view when Fig. 3-4 is clamped positions of embodiment three, bar is subject to the constraint of clutch guide mechanism;
Fig. 4-1 is the exploded perspective view of embodiment four;
Longitudinal sectional view when Fig. 4-2 is open positions of embodiment four, bar departs from the constraint of clutch guide mechanism;
Longitudinal sectional view when Fig. 4-3 is close location of workpieces of embodiment four, bar starts the constraint being subject to clutch guide mechanism;
Longitudinal sectional view when Fig. 4-4 is clamped positions of embodiment four, bar is subject to the constraint of clutch guide mechanism;
Fig. 5-1a is the exploded perspective view of embodiment five;
Fig. 5-1b is the three-dimensional cutaway view of the guide portion of Fig. 5-1a;
Longitudinal sectional view when Fig. 5-2 is open positions of embodiment five, bar departs from the constraint of clutch guide mechanism;
Longitudinal sectional view when Fig. 5-3 is close location of workpieces of embodiment five, bar starts the constraint being subject to clutch guide mechanism;
Longitudinal sectional view when Fig. 5-4 is clamped positions of embodiment five, bar is subject to the constraint of clutch guide mechanism;
Stereogram when Fig. 6-1a is the clamped position of embodiment six;
Fig. 6-1b is the side view of the bar of Fig. 6-1a;
Longitudinal sectional view when Fig. 6-2 is open positions of embodiment six, bar departs from the constraint of clutch guide mechanism;
Longitudinal sectional view when Fig. 6-3 is close location of workpieces of embodiment six, bar starts the constraint being subject to clutch guide mechanism;
Longitudinal sectional view when Fig. 6-4 is clamped positions of embodiment six, bar is subject to the constraint of clutch guide mechanism;
Fig. 7 is box spanner, and in sleeve, band is magnetic, and can mention bar after adsorbing the hex nut on bar.
Fig. 8 is the longitudinal sectional view of the clamping device in JP2006116670A;
Fig. 9 is the longitudinal sectional view of the clamping device in CN201544045U.
Description of reference numerals:
101: bearing 201: bearing 301: bearing 401: bearing 501: bearing 601: bearing
102: bar 202: bar 302: bar 402: bar 502: bar 602: bar
103: jig arm 203: jig arm 303: jig arm 403: jig arm 503: jig arm 603: jig arm
204: cover 304: cover 404: cover 504: cover 604: cover
105: internal thread 205: internal thread 305: internal thread
306: annular groove 406: annular groove 506: annular groove 606: annular groove
307: pin 407: pin 507: pin 607: pin
208: groove 508: groove 209: pin 509: pin
210: moving tooth 211: moving tooth 212: spring 612: spring
214: spring 314: spring 514: spring
115: screw hole 515: screw hole 516: screw
317: keel 517: keel 617: keel
218: open slot 318: open slot 418: open slot 618: open slot
120: shift fork 220: finger 320: moving tooth 420: be interrupted external screw thread 520: finger 622: spin slot 621: plane
222: finger head 522: finger head
130: external thread piece 230: external thread piece 330: external thread piece 630: pin
131: vertical slot 231: vertical slot 331: vertical slot 431: vertical slot 531: vertical slot
132: groove 232: groove 332: groove 432: be interrupted internal thread 532: spin slot 632: pin head part
133: inclined plane 135: external screw thread 235: external screw thread 335: external screw thread
A: clutch guide mechanism B: initiative part C: guide portion D: maintaining body E: synchronous axial moving mechanism F: rotation angle mechanism G: tracking mechanism Q: clamping device T: installation foundation plate W: workpiece S: the magnetic box spanner of band in sleeve
Detailed description of the invention
First embodiment:
Fig. 1-1a to Fig. 1-4 shows the clamping device Q according to first embodiment of the invention, and this clamping device Q is fixed on installation foundation plate T.The bearing 101 of clamping device Q there are 4 screw holes 115 (with reference to Fig. 1-1b), utilize 4 screws (not shown) of inserting above-mentioned screw hole 115 to be fixed on above-mentioned installation foundation plate T.The workpiece W be placed on this installation foundation plate T is clamped by above-mentioned clamping device Q.
The clamping device Q of this embodiment forms primarily of bearing 101, jig arm 103, bar 102 and clutch guide mechanism A.Jig arm 103 is positioned at outside bearing 101, for clamping work pieces W.One end of bar 102 is positioned at described bearing 101, and the other end is positioned at outside described bearing 101, and described bar 102 can rotate around the axle center of bar 102 and/or move axially.Clutch guide mechanism A is positioned at described bearing 101, be made up of initiative part B and guide portion C, initiative part B is namely positioned at the shift fork 120 on bar 102, shift fork 120 is a part for bar 102 and is connected with bar 102 one, guide portion C is the groove 132 on external thread piece 130, and this external thread piece 130 is independently parts, and it is also with vertical slot 131 and external screw thread 135, vertical slot 131 and groove 132 adjacent, in external screw thread 135 and bearing 101 with internal thread 105 form the screw thread mutually screwed togather and be flexibly connected.
The operating process of clamping device Q clamping work pieces W:
When jig arm 103 is in an open position (with reference to Fig. 1-2), the hex nut of bar 102 head is entangled with box spanner S, then rotate fast and/or move axially bar 102, shift fork 120 on bar 102 is by vertical slot 131 fast near groove 132, and jig arm 103 arrives near workpiece W position (with reference to Fig. 1-3) fast under the drive of bar 102 from open position; Continue swingle 102, shift fork 120 on bar 102 arrives groove 132 place and starts to be subject to the constraint of groove 132, groove 132 makes external thread piece 130 follow the rotation making some angles under the stirring of shift fork 120, bar 102 is by affix moving axially gradually, jig arm 103 is from close workpiece W position arrival clamped position gradually (with reference to Fig. 1-4) under the drive of bar 102, and workpiece W is clamped.
Clamping device Q unclamps the operating process of workpiece W:
When jig arm 103 is in clamped position (with reference to Fig. 1-4), the hex nut of bar 102 head is entangled with box spanner S, then swingle 102, shift fork 120 on bar 102 arrival vertical slot 131 place gradually, the constraint of shift fork 120 disengaging groove 132 gradually, groove 132 makes external thread piece 130 follow the rotation making some angles under the stirring of shift fork 120 in the process, jig arm 103 under the drive of bar 102 from clamped position arrival gradually near workpiece W position (with reference to Fig. 1-3), workpiece W is released; Continue rotate fast and/or move axially bar 102, the shift fork 120 on bar 102 leaves groove 132 fast by vertical slot 131 place, and jig arm 103 arrives open position (with reference to Fig. 1-2) fast from close workpiece W position under the drive of bar 102.
In sum, because jig arm 103 is near being move fast between workpiece W position and open position, therefore the present invention makes clamping device Q save the operating time, improves operating efficiency.
In addition, when jig arm 103 is in clamped position, be unlikely to make bar 102 to produce useless rotation under the impact being subject to cutting vibration, thus jig arm 103 generation is got loose and displacement, the clamping device Q of the present embodiment is also provided with maintaining body D, groove 132 place namely on external thread piece 130 with in inclined plane 133 and shift fork 120 with the inclined plane (not shown) matched with this inclined plane 133.Under the impact being subject to cutting vibration, bar 102 can produce the trend to vertical slot 131 direction slippage, but make bar 102 produce the trend of the opposite direction movement to vertical slot 131 due to the existence of two inclined planes, thus counteract the above-mentioned trend to vertical slot 131 direction slippage, bar 102 is remained on original position motionless.
Maintaining body D can also be that the magnetic part that guide portion C and/or initiative part B are provided with is formed, at this moment make bar 102 produce the trend of origin-location of remaining on due to the existence of magnetic part, thus counteract above-mentioned under the impact being subject to cutting vibration the trend to the slippage of vertical slot direction.Certainly also have other structures of obviously easily seeing can realize same function and effect, all do not depart from the scope of the present invention.
Second embodiment:
Fig. 2-1a to Fig. 2-5 shows the clamping device Q according to second embodiment of the invention, and this clamping device Q is fixed on installation foundation plate T.The bearing 201 of clamping device Q has 3 open slots 218 (with reference to Fig. 2-1a), utilizes 3 screws (not shown) of inserting above-mentioned open slot 218 to be fixed on above-mentioned installation foundation plate T.The workpiece W be placed on this installation foundation plate T is clamped by above-mentioned clamping device Q.
The clamping device Q of this embodiment forms primarily of bearing 201, jig arm 203, bar 202 and clutch guide mechanism A.Jig arm 203 is positioned at outside bearing 201, for clamping work pieces W.One end of bar 202 is positioned at described bearing 201, and the other end is positioned at outside described bearing 201, and described bar 202 can rotate around the axle center of bar 202 and/or move axially.Clutch guide mechanism A is positioned at described bearing 201, be made up of initiative part B and guide portion C, initiative part B is namely positioned at the finger head 222 (note: the part that finger 220 contacts with groove 232) of the finger 220 on bar 202, and finger 220 is independently parts and being fixedly connected with bar 202; Guide portion C is the groove 232 on external thread piece 230, this external thread piece 230 is independently parts, it is also with vertical slot 231 and external screw thread 235, vertical slot 231 and groove 232 adjacent, in external screw thread 235 and bearing 201 with internal thread 205 form the screw thread mutually screwed togather and be flexibly connected.
The operating process of clamping device Q clamping work pieces W:
When jig arm 203 is in an open position (with reference to Fig. 2-2), hexagonal in bar 202 head is injected with Inner die nut, then rotate fast and/or move axially bar 202, finger head 222 on bar 202 is by vertical slot 231 fast near groove 232, and jig arm 203 arrives near workpiece W position (with reference to Fig. 2-4) fast under the drive of bar 202 from open position; Continue swingle 202, finger head 222 on bar 202 arrives groove 232 place and starts to be subject to the constraint of groove 232, groove 232 makes external thread piece 230 follow the rotation making some angles under the stirring of finger head 222, bar 202 is by affix moving axially gradually, jig arm 203 is from close workpiece W position arrival clamped position gradually (with reference to Fig. 2-5) under the drive of bar 202, and workpiece W is clamped.
Clamping device Q unclamps the operating process of workpiece W:
When jig arm 203 is in clamped position (with reference to Fig. 2-5), hexagonal in bar 202 head is injected with Inner die nut, then swingle 202, finger head 222 on bar 202 arrival vertical slot 231 place gradually, the constraint of finger head 222 disengaging groove 232 gradually, groove 232 makes external thread piece 230 follow the rotation making some angles under the stirring of finger head 222 in the process, jig arm 203 under the drive of bar 202 from clamped position arrival gradually near workpiece W position (with reference to Fig. 2-4), workpiece W is released; Continue rotate fast and/or move axially bar 202, finger head 222 on bar 202 leaves groove 232 fast by vertical slot 231 place, and jig arm 203 arrives open position (with reference to Fig. 2-2) fast from close workpiece W position under the drive of bar 202.
In sum, because jig arm 203 is near being move fast between workpiece W position and open position, therefore the present invention makes clamping device Q save the operating time, improves operating efficiency.
In addition, the bar 202 of the clamping device Q of the present embodiment is with spring 212, like this in aforesaid operations process, after bar 202 also finally departs from the constraint of clutch guide mechanism A gradually, under spring force, bar 202 can move axially a segment distance fast, thus makes the operation of clamping device Q become more quick and convenient.
In addition, the clamping device Q of the present embodiment is also with cover 204, this cover 204 can rotate around the axle center of bearing 201 and/or move axially, jig arm 203 and cover 204 are same part and one is connected, so just jig arm 203 can being made to rotate such as 90 degree by overlapping 204 rotations such as 90 degree, abdicating larger space to make clamping device Q and being beneficial to take out workpiece W.
In addition, the cover 204 of the clamping device Q of the present embodiment is with spring 214, like this in aforesaid operations process, after bar 202 also finally departs from the constraint of clutch guide mechanism A gradually, under spring force, cover 204 can move a segment distance fast, thus makes the operation of clamping device Q become more quick and convenient.
In addition, the clamping device Q of the present embodiment is with rotation angle mechanism F.Rotation angle mechanism F is made up of the pin 209 on the groove 208 overlapped on 204 and bearing 201.In aforesaid operations process, the groove 208 on cover 204 is subject to guiding and the constraint of the pin 209 on bearing 201, therefore the movement locus of cover 204 is fixed with affined, thus makes the rotation of cover 204 and/or move axially convenient and controlled.
Pin 209 on above-mentioned bearing 201 also can be designed to fork, screw or steel ball, can play identical function and effect equally.Certainly also have other structures of obviously easily seeing can realize same function and effect, all do not depart from the scope of the present invention.
In addition, the clamping device Q of the present embodiment is also with tracking mechanism G.Tracking mechanism G is made up of the moving tooth 210 on bar 202 and the moving tooth 211 on cover 204.In aforesaid operations process, when the moving tooth 210 on bar 202 and the moving tooth 211 on cover 204 have been in engagement, rotate fast and/or move axially bar 202, cover 204 is just followed bar 202 and is rotated fast together and/or move axially, thus makes that the clamping device Q's of the present embodiment is more convenient to operate.
Above-mentioned tracking mechanism G also can be designed to bar 202 or cover one of 204 with groove, another with shift fork, finger or screw, identical function and effect can be played equally.In addition, bar 202 and/or cover 204 are designed to can play identical function and effect equally with during magnetic part.Certainly also have other structures of obviously easily seeing can realize same function and effect, all do not depart from the scope of the present invention.
3rd embodiment:
Fig. 3-1a to Fig. 3-4 shows the clamping device Q according to third embodiment of the invention, and this clamping device Q is fixed on installation foundation plate T.The bearing 301 of clamping device Q is fixedly connected with keel 317 by screw (not shown), keel 317 there are 4 open slots 318 (with reference to Fig. 3-1b), utilize 4 screws (not shown) of inserting above-mentioned open slot 318 to be fixed on above-mentioned installation foundation plate T.The workpiece W be placed on this installation foundation plate T is clamped by above-mentioned clamping device Q.
The clamping device Q of this embodiment forms primarily of bearing 301, jig arm 303, bar 302 and clutch guide mechanism A.Jig arm 303 is positioned at outside bearing 301, for clamping work pieces W.One end of bar 302 is positioned at described bearing 301, and the other end is positioned at outside described bearing 301, and described bar 302 can rotate around the axle center of bar 302 and/or move axially.Clutch guide mechanism A is positioned at described bearing 301, be made up of initiative part B and guide portion C, initiative part B is namely positioned at the moving tooth 320 on bar 302, moving tooth 320 is a part for bar 302 and is connected with bar 302 one, guide portion C is the groove 332 on external thread piece 330, and this external thread piece 330 is independently parts, and it is also with vertical slot 331 and external screw thread 335, vertical slot 331 and groove 332 adjacent, in external screw thread 335 and bearing 301 with internal thread 305 form the screw thread mutually screwed togather and be flexibly connected.
The operating process of clamping device Q clamping work pieces W:
When jig arm 303 is in an open position (with reference to Fig. 3-2), first dial jig arm 303 90-degree rotation with hand, then the hex nut of bar 302 head is entangled with box spanner S, rotate fast and/or move axially bar 302, moving tooth 320 on bar 302 is by vertical slot 331 fast near groove 332, and jig arm 303 arrives near workpiece W position (with reference to Fig. 3-3) fast under the drive of bar 302 from open position; Continue swingle 302, moving tooth 320 on bar 302 arrives groove 332 place and starts to be subject to the constraint of groove 332, groove 332 makes external thread piece 330 follow the rotation making some angles under the stirring of moving tooth 320, bar 302 is by affix moving axially gradually, jig arm 303 is from close workpiece W position arrival clamped position gradually (with reference to Fig. 3-4) under the drive of bar 302, and workpiece W is clamped.
Clamping device Q unclamps the operating process of workpiece W:
When jig arm 303 is in clamped position (with reference to Fig. 3-4), the hex nut of bar 302 head is entangled with box spanner S, then swingle 302, moving tooth 320 on bar 302 arrival vertical slot 331 place gradually, the constraint of moving tooth 320 disengaging groove 332 gradually, groove 332 makes external thread piece 330 follow the rotation making some angles under the stirring of moving tooth 320 in the process, jig arm 303 under the drive of bar 302 from clamped position arrival gradually near workpiece W position (with reference to Fig. 3-3), workpiece W is released; Continue rotate fast and/or move axially bar 302, moving tooth 320 on bar 302 leaves groove 332 fast by vertical slot 331 place, jig arm 303 is left fast near workpiece W position under the drive of bar 302, dial jig arm 303 90-degree rotation with hand again, jig arm 303 arrives open position (with reference to Fig. 3-2).
In sum, because jig arm 303 is near being move fast between workpiece W position and open position, therefore the present invention makes clamping device Q save the operating time, improves operating efficiency.
In addition, the clamping device Q of the present embodiment is also with cover 304, this cover 304 can rotate around the axle center of bearing 301 and/or move axially, jig arm 303 and cover 304 are independently part and make it to be mutually permanently connected with screw respectively, so just jig arm 303 can being made to rotate such as 90 degree by overlapping 304 rotations such as 90 degree, abdicating larger space to make clamping device Q and being beneficial to take out workpiece W.
In addition, the cover 304 of the clamping device Q of the present embodiment is with spring 314, like this in aforesaid operations process, after bar 302 also finally departs from the constraint of clutch guide mechanism A gradually, under spring force, cover 304 can move a segment distance fast, thus makes the operation of clamping device Q become more quick and convenient.
In addition, with synchronous axial moving mechanism E in the clamping device Q of the present embodiment, be made up of the annular groove 306 on bar 302 and the pin 307 on cover 304, this pin 307 is inlayed with cover 304 and is fixedly connected with.To rotate and/or when moving axially bar 302, cover 304 will keep synchronously moving axially but not following bar 302 rotating with bar 302.
Above-mentioned synchronous axial moving mechanism E also can be designed to bar 302 or cover one of 304 with annular groove 306, another with fork, screw or steel ball, identical function and effect can be played equally.In addition, bar 302 and/or cover 304 are designed to be designed to can play identical function and effect with magnetic part with elastic component, bar 302 and/or cover 304.Certainly also have other structures of obviously easily seeing can realize same function and effect, all do not depart from the scope of the present invention.
4th embodiment:
Fig. 4-1 to Fig. 4-4 shows the clamping device Q according to four embodiment of the invention, and this clamping device Q is fixed on installation foundation plate T.The bearing 401 of clamping device Q has 3 open slots 418 (with reference to Fig. 4-1), utilizes 3 screws (not shown) of inserting above-mentioned open slot 418 to be fixed on above-mentioned installation foundation plate T.The workpiece W be placed on this installation foundation plate T is clamped by above-mentioned clamping device Q.
The clamping device Q of this embodiment forms primarily of bearing 401, jig arm 403, bar 402 and clutch guide mechanism A.Jig arm 403 is positioned at outside bearing 401, for clamping work pieces W.One end of bar 402 is positioned at described bearing 401, and the other end is positioned at outside described bearing 401, and described bar 402 can rotate around the axle center of bar 402 and/or move axially.Clutch guide mechanism A is positioned at described bearing 401, be made up of initiative part B and guide portion C, initiative part B is namely positioned at the interruption external screw thread 420 on bar 402, interruption external screw thread 420 is a part for bar 402 and is connected with bar 402 one, guide portion C is the interruption internal thread 432 be screwed with described interruption external screw thread 420 on bearing 401, be interrupted the adjacent place of internal thread 432 also with vertical slot 431, described vertical slot 431 is a part for bearing 401 with interruption internal thread 432 and is connected with bearing 401 one.
The operating process of clamping device Q clamping work pieces W:
When jig arm 403 is in an open position (with reference to Fig. 4-2), first dial jig arm 403 90-degree rotation with hand, then the hex nut of bar 402 head is entangled with box spanner S, rotate fast and/or move axially bar 402, interruption external screw thread 420 on bar 402 is by vertical slot 431 fast near being interrupted internal thread 432, and jig arm 403 arrives near workpiece W position (with reference to Fig. 4-3) fast under the drive of bar 402 from open position; Continue swingle 402, interruption external screw thread 420 on bar 402 starts to screw togather with interruption internal thread 432, and start the constraint being subject to interruption internal thread 432, bar 402 is by affix moving axially gradually, jig arm 403 is from close workpiece W position arrival clamped position gradually (with reference to Fig. 4-4) under the drive of bar 402, and workpiece W is clamped.
Clamping device Q unclamps the operating process of workpiece W:
When jig arm 403 is in clamped position (with reference to Fig. 4-4), the hex nut of bar 402 head is entangled with box spanner S, then swingle 402, interruption external screw thread 420 on bar 402 arrival vertical slot 431 place gradually, be interrupted the constraint that external screw thread 420 disengaging is gradually interrupted internal thread 432, jig arm 403 under the drive of bar 402 from clamped position arrival gradually near workpiece W position (with reference to Fig. 4-3), workpiece W is released; Continue rotate fast and/or move axially bar 402, interruption external screw thread 420 on bar 402 is left fast by vertical slot 431 place and is interrupted internal thread 432, jig arm 403 is left fast near workpiece W position under the drive of bar 402, dial jig arm 403 90-degree rotation with hand again, jig arm 403 arrives open position (with reference to Fig. 4-2).
In sum, because jig arm 403 is near being move fast between workpiece W position and open position, therefore the present invention makes clamping device Q save the operating time, improves operating efficiency.
In addition, the clamping device Q of the present embodiment is also with cover 404, this cover 404 can rotate around the axle center of bearing 401 and/or move axially, jig arm 403 and cover 404 are same part and one is connected, so just jig arm 403 can being made to rotate such as 90 degree by overlapping 404 rotations such as 90 degree, abdicating larger space to make clamping device Q and being beneficial to take out workpiece W.
In addition, with synchronous axial moving mechanism E in the clamping device Q of the present embodiment, be made up of the annular groove 406 on bar 402 and the pin 407 on cover 404, this pin 407 is inlayed with cover 404 and is fixedly connected with.To rotate and/or when moving axially bar 402, cover 404 will keep synchronously moving axially but not following bar 402 rotating with bar 402.
5th embodiment:
Fig. 5-1a to Fig. 5-4 shows the clamping device Q according to fifth embodiment of the invention, and this clamping device Q is fixed on installation foundation plate T.The bearing 501 of clamping device Q is fixedly connected with keel 517 (with reference to Fig. 5-1a) by screw 516, keel 517 there are 4 screw holes 515, utilize 4 screws (not shown) of inserting above-mentioned screw hole 515 to be fixed on above-mentioned installation foundation plate T.The workpiece W be placed on this installation foundation plate T is clamped by above-mentioned clamping device Q.
The clamping device Q of this embodiment forms primarily of bearing 501, jig arm 503, bar 502 and clutch guide mechanism A.Jig arm 503 is positioned at outside bearing 501, for clamping work pieces W.One end of bar 502 is positioned at described bearing 501, and the other end is positioned at outside described bearing 501, and described bar 502 can rotate around the axle center of bar 502 and/or move axially.Clutch guide mechanism A is positioned at described bearing 501, be made up of initiative part B and guide portion C, initiative part B is namely positioned at the finger head 522 (note: the part that finger 520 contacts with spin slot 532) of the finger 520 on bar 502, and finger 520 is independently parts and being fixedly connected with bar 502; Guide portion C is the spin slot 532 on bearing 501, and adjacent place is also with vertical slot 531, and described vertical slot 531 and spin slot 532 are a part for bearing 501 and are connected with bearing 501 one.
The operating process of clamping device Q clamping work pieces W:
When jig arm 503 is in an open position (with reference to Fig. 5-2), the hex nut of bar 502 head is entangled with box spanner S, then rotate fast and/or move axially bar 502, finger head 522 on bar 502 is by vertical slot 531 fast near spin slot 532, and jig arm 503 arrives near workpiece W position (with reference to Fig. 5-3) fast under the drive of bar 502 from open position; Continue swingle 502, finger head 522 on bar 502 arrives spin slot 532 place and starts to be subject to the constraint of spin slot 532, bar 502 is by affix moving axially gradually, jig arm 503 is from close workpiece W position arrival clamped position gradually (with reference to Fig. 5-4) under the drive of bar 502, and workpiece W is clamped.
Clamping device Q unclamps the operating process of workpiece W:
When jig arm 503 is in clamped position (with reference to Fig. 5-4), the hex nut of bar 502 head is entangled with box spanner S, then swingle 502, finger head 522 on bar 502 arrival vertical slot 531 place gradually, the constraint of finger head 522 disengaging spin slot 532 gradually, jig arm 503 under the drive of bar 502 from clamped position arrival gradually near workpiece W position (with reference to Fig. 5-3), workpiece W is released; Continue rotate fast and/or move axially bar 502, finger head 522 on bar 502 leaves spin slot 532 fast by vertical slot 531 place, and jig arm 503 arrives open position (with reference to Fig. 5-2) fast from close workpiece W position under the drive of bar 502.
In sum, because jig arm 503 is near being move fast between workpiece W position and open position, therefore the present invention makes clamping device Q save the operating time, improves operating efficiency.
In addition, the clamping device Q of the present embodiment is also with cover 504, this cover 504 can rotate around the axle center of bearing 501 and/or move axially, jig arm 503 and cover 504 are same part and one is connected, so just jig arm 503 can being made to rotate such as 90 degree by overlapping 504 rotations such as 90 degree, abdicating larger space to make clamping device Q and being beneficial to take out workpiece W.
In addition, the cover 504 of the clamping device Q of the present embodiment is with spring 514, like this in aforesaid operations process, after bar 502 also finally departs from the constraint of clutch guide mechanism A gradually, under spring force, cover 504 can move a segment distance fast, thus makes the operation of clamping device Q become more quick and convenient.
In addition, with synchronous axial moving mechanism E in the clamping device Q of the present embodiment, be made up of the annular groove 506 on bar 502 and the pin 507 on cover 504, this pin 507 is inlayed with cover 504 and is fixedly connected with.To rotate and/or when moving axially bar 502, cover 504 will keep synchronously moving axially but not following bar 502 rotating with bar 502.
In addition, the clamping device Q of the present embodiment is with rotation angle mechanism F.Rotation angle mechanism F is made up of the groove 508 on bearing 501 and the pin 509 on cover 504.In aforesaid operations process, the pin 509 on cover 504 is subject to guiding and the constraint of the groove 508 on bearing 501, therefore the movement locus of cover 504 is fixed with affined, thus makes the rotation of cover 504 and/or move axially convenient and controlled.
6th embodiment:
Fig. 6-1a to Fig. 6-4 shows the clamping device Q according to sixth embodiment of the invention, and this clamping device Q is fixed on installation foundation plate T.The bearing 601 of clamping device Q and keel 617 there are 3 open slots 618 (with reference to Fig. 6-1a), utilize 3 screws (not shown) of inserting above-mentioned 3 open slots 618 to be fixed on above-mentioned installation foundation plate T.The workpiece W be placed on this installation foundation plate T is clamped by above-mentioned clamping device Q.
The clamping device Q of this embodiment forms primarily of bearing 601, jig arm 603, bar 602 and clutch guide mechanism A.Jig arm 603 is positioned at outside bearing 601, for clamping work pieces W.One end of bar 602 is positioned at described bearing 601, and the other end is positioned at outside described bearing 601, and described bar 602 can rotate around the axle center of bar 602 and/or move axially.Clutch guide mechanism A is positioned at described bearing 601, be made up of initiative part B and guide portion C, initiative part B is namely positioned at the spin slot 622 on bar 602, and adjacent place is also with plane 621, and described plane 621 and spin slot 622 are a part for bar 602 and are connected with bar 602 one; Guide portion C is the pin head part 632 (note: the part that pin 630 contacts with spin slot 622) of the pin 630 on bearing 601, and pin 630 is independently parts and being fixedly connected with bearing 601.
The operating process of clamping device Q clamping work pieces W:
When jig arm 603 is in an open position (with reference to Fig. 6-2), first dial jig arm 603 90-degree rotation with hand, then the hex nut of bar 602 head is entangled with box spanner S, rotate fast and/or move axially bar 602, spin slot 622 on bar 602 is by plane 621 fast near pin head part 632, and jig arm 603 arrives near workpiece W position (with reference to Fig. 6-3) fast under the drive of bar 602 from open position; Continue swingle 602, spin slot 622 on bar 602 arrives pin head part 632 place and starts to be subject to the constraint of pin head part 632, bar 602 is by affix moving axially gradually, jig arm 603 is from close workpiece W position arrival clamped position gradually (with reference to Fig. 6-4) under the drive of bar 602, and workpiece W is clamped.
Clamping device Q unclamps the operating process of workpiece W:
When jig arm 603 is in clamped position (with reference to Fig. 6-4), the hex nut of bar 602 head is entangled with box spanner S, then swingle 602, plane 621 on bar 602 arrival pin head part 632 place gradually, the constraint of spin slot 622 disengaging pin head part 632 gradually, jig arm 603 under the drive of bar 602 from clamped position arrival gradually near workpiece W position (with reference to Fig. 6-3), workpiece W is released; Continue rotate fast and/or move axially bar 602, spin slot 622 on bar 602 leaves pin head part 632 fast, jig arm 603 is left fast near workpiece W position under the drive of bar 602, dial jig arm 603 90-degree rotation with hand again, jig arm 603 arrives open position (with reference to Fig. 6-2).
In sum, because jig arm 603 is near being move fast between workpiece W position and open position, therefore the present invention makes clamping device Q save the operating time, improves operating efficiency.
In addition, the bar 602 of the clamping device Q of the present embodiment is with spring 612, like this in aforesaid operations process, after bar 602 also finally departs from the constraint of clutch guide mechanism A gradually, under spring force, bar 602 can move axially a segment distance fast, thus makes the operation of clamping device Q become more quick and convenient.
In addition, the clamping device Q of the present embodiment is also with cover 604, this cover 604 can rotate around the axle center of bearing 601 and/or move axially, jig arm 603 and cover 604 are same part and one is connected, so just jig arm 603 can being made to rotate such as 90 degree by overlapping 604 rotations such as 90 degree, abdicating larger space to make clamping device Q and being beneficial to take out workpiece W.
In addition, with synchronous axial moving mechanism E in the clamping device Q of the present embodiment, be made up of the annular groove 606 on bar 602 and the pin 607 on cover 604, this pin 607 is inlayed with cover 604 and is fixedly connected with.To rotate and/or when moving axially bar 602, cover 604 will keep synchronously moving axially but not following bar 602 rotating with bar 602.
By above to the structure of clamping device of the present invention and the description of operation principle; person of ordinary skill in the field should be appreciated that; the present invention is not limited to above-mentioned detailed description of the invention, basis of the present invention adopts the improvement of techniques well known and substitutes all to drop among protection scope of the present invention.
Claims (8)
1. a clamping device, includes:
Bearing,
Jig arm, this jig arm is positioned at outside bearing, for clamping work pieces,
Bar, one end of this bar is positioned at described bearing, and the other end is positioned at outside described bearing, and described bar can move axially and/or axis around bar rotates, and
Clutch guide mechanism, this clutch guide mechanism is positioned at described bearing, be made up of initiative part and guide portion, initiative part is positioned on bar, be that a part independently on part is fixedly connected with bar, or a part for bar is connected with bar one, guide portion is that another part independently on part is connected with described bearing, or a part for described bearing is connected with bearing one
Described clutch guide mechanism is one of following combining structure:
(1) described initiative part is the shift fork be positioned on bar, shift fork is a part for bar and is connected with bar one, described guide portion is the groove on external thread piece, this external thread piece is independently part, its band is fluted, vertical slot and external screw thread, vertical slot and groove adjacent, in external screw thread and bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(2) described initiative part is the finger head of the finger be positioned on bar, and finger is independently part and being fixedly connected with bar; Described guide portion is the groove on external thread piece, and this external thread piece is independently part, and its band is fluted, vertical slot and external screw thread, vertical slot and groove adjacent, external screw thread with in bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(3) described initiative part is the screw be positioned on bar, screw is independently part and being fixedly connected with bar, described guide portion is the groove on external thread piece, this external thread piece is independently part, it is also with vertical slot and external screw thread, vertical slot and groove adjacent, in external screw thread and bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(4) described initiative part is the moving tooth be positioned on bar, moving tooth is a part for bar and is connected with bar one, described guide portion is the groove on external thread piece, this external thread piece is independently part, its band is fluted, vertical slot and external screw thread, vertical slot and groove adjacent, in external screw thread and bearing with internal thread form the screw thread mutually screwed togather and be flexibly connected;
(5) described initiative part is the interruption external screw thread be positioned on bar, interruption external screw thread is a part for bar and is connected with bar one, described guide portion is the interruption internal thread be screwed with described interruption external screw thread on bearing, be interrupted the adjacent place of internal thread also with vertical slot, described vertical slot is a part for bearing with interruption internal thread and is connected with bearing one;
(6) described initiative part is the shift fork be positioned on bar, and shift fork is a part for bar and is connected with bar one, and described guide portion is the spin slot on bearing, and the adjacent place of spin slot is also with vertical slot, and described vertical slot and spin slot are a part for bearing and are connected with bearing one;
(7) described initiative part is the finger head of the finger be positioned on bar, and finger is independently part and being fixedly connected with bar; Described guide portion is the spin slot on bearing, and the adjacent place of spin slot is also with vertical slot, and described vertical slot and spin slot are a part for bearing and are connected with bearing one;
(8) described initiative part is the screw be positioned on bar, and screw is independently part and being fixedly connected with bar, and described guide portion is the spin slot on bearing, and the adjacent place of spin slot is also with vertical slot, and described vertical slot and spin slot are a part for bearing and are connected with bearing one;
(9) described initiative part is the spin slot be positioned on bar, and the adjacent place of spin slot is also with plane, and described plane and spin slot are a part for bar and are connected with bar one, and described guide portion is the shift fork on bearing, and described shift fork is a part for bearing and is connected with bearing one;
(10) described initiative part is the spin slot be positioned on bar, and the adjacent place of spin slot is also with plane, and described plane and spin slot are a part for bar and are connected with bar one; Described guide portion is the pin head part of the directing pin on bearing, and directing pin is independently part and being fixedly connected with bearing;
(11) described initiative part is the spin slot be positioned on bar, and the adjacent place of spin slot is also with plane, and described plane and spin slot are a part for bar and are connected with bar one, and described guide portion is the screw on bearing, and screw is independently part and being fixedly connected with bearing,
Described clamping device is with cover, and this cover can move axially and/or axis around described bearing rotates, and described jig arm is connected with described cover or same part and one, or both are independently part and being mutually permanently connected respectively,
It is characterized in that, described bar and/or described cover are with tracking mechanism.
2. clamping device as claimed in claim 1, is characterized in that: described clamping device is with maintaining body.
3. clamping device as claimed in claim 2, is characterized in that: described maintaining body is one of following structure:
(1) guide portion and/or initiative part are with inclined plane;
(2) guide portion and/or initiative part are with magnetic part.
4. clamping device as claimed in claim 1, it is characterized in that, described bar is with spring.
5. clamping device as claimed in claim 1, is characterized in that: described cover is with spring.
6. clamping device as claimed in claim 1, is characterized in that: described clamping device is with rotation angle mechanism.
7. clamping device as claimed in claim 6, is characterized in that: rotation angle mechanism is one of following combining structure:
Cover or bearing both in one have groove, another has fork, this fork with another one be connected;
Cover or bearing both in one have groove, another has corner pin, and this corner pin is inlayed with another and is fixedly connected with;
Cover or bearing both in one have groove, another has screw, and this screw is fixedly connected with another screw thread;
Cover or bearing both in one have groove, another has steel ball, and this steel ball is inlayed with another and is fixedly connected with.
8. clamping device as claimed in claim 1, is characterized in that, described bar and/or described cover are with making bar and overlapping the synchronous axial moving mechanism keeping synchronously moving axially.
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| CN201310463978.7A CN103465200B (en) | 2013-10-08 | 2013-10-08 | A kind of clamping device |
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| CN201310463978.7A CN103465200B (en) | 2013-10-08 | 2013-10-08 | A kind of clamping device |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN205677948U (en) * | 2016-06-17 | 2016-11-09 | 江苏水木天蓬科技有限公司 | A kind of thread mechanism of quick connection |
| CN107790993A (en) * | 2017-11-29 | 2018-03-13 | 苏州汉腾自动化设备有限公司 | Installation axle positioning push frock |
| CN108436360B (en) * | 2018-03-28 | 2019-11-05 | 唐山市众基钢结构有限公司 | A kind of frame welding location structure |
| CN109128917B (en) * | 2018-10-24 | 2020-01-03 | 郑州亨睿精密机械科技有限公司 | Self-adaptive adjustable clamp for processing aluminum products |
| CN112551919A (en) * | 2020-11-24 | 2021-03-26 | 大族激光科技产业集团股份有限公司 | Pressure maintaining jig and pressure maintaining equipment |
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Effective date of registration: 20160222 Address after: 526060, Guangdong, Zhaoqing, Duanzhou all the way south, Duanzhou industrial south, east side of the factory Road No. Applicant after: The high-accuracy Machinery Co., Ltd. of letter of Zhaoqing China Address before: 510100, room 23, No. 705 South Gate Road, Guangzhou, Guangdong, Liwan District Applicant before: Chen Kebo |
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