CN203679667U - Automatic copper column pressing machine capable of reducing abrasion to ball screw - Google Patents
Automatic copper column pressing machine capable of reducing abrasion to ball screw Download PDFInfo
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- CN203679667U CN203679667U CN201320869398.3U CN201320869398U CN203679667U CN 203679667 U CN203679667 U CN 203679667U CN 201320869398 U CN201320869398 U CN 201320869398U CN 203679667 U CN203679667 U CN 203679667U
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Abstract
The utility model discloses an automatic copper column pressing machine capable of reducing the abrasion to a ball screw. A connection block in which an elastic piece is mounted is additionally arranged between a sliding table and the ball screw, so that an upper component force and a lower component force which are generated by a fact that a screw nut drives the sliding table are greatly reduced, and abrasion between the ball screw and the screw nut is reduced, therefore, the service life of the ball screw is prolonged. The automatic copper column pressing machine capable of reducing the abrasion to the ball screw comprises a control module, an X-axis moving module, a Y-axis moving module, a material conveying module and a Z-axis copper column pressing machine head, wherein the X-axis moving module comprises an X-axis sliding table, an X-axis ball screw, an X-axis elastic piece and an X-axis elastic piece mounting block; the Y-axis moving module comprises a Y-axis sliding table, a Y-axis ball screw, a Y-axis elastic piece and a Y-axis elastic piece mounting block.
Description
Technical field
The utility model relates to mechanical field, relate in particular to a kind of can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing.
Background technology
Automatic pressing copper post machine is to be applied in notebook or mobile phone assembling, copper post is pressed into automatically to the machine of the plastic cement hole heart in notebook casing or mobile phone shell.
Existing automatic pressing copper post machine comprises: frame, pressure copper post head, X-axis slide unit, X ball screw, Y-axis slide unit and Y-axis ball screw etc., the mode that existing X-axis slide unit is generally threaded connection is fixedly connected with the feed screw nut on X-axis ball screw, and the mode that Y-axis slide unit is generally threaded connection is fixedly connected with the feed screw nut on Y-axis ball screw.When use, first by X-axis ball screw and Y-axis ball screw, the casing on X-axis slide unit is moved to and presses copper post head below, then press again copper post head that copper post is pressed in copper post head, complete this tamping copper post.
But, feed screw nut on X-axis slide unit and X-axis ball screw, feed screw nut on Y-axis slide unit and Y-axis ball screw locks, due to the restriction of machining accuracy, feed screw nut on X-axis slide unit and X-axis ball screw, feed screw nut on Y-axis slide unit and Y-axis ball screw location tolerance in vertical direction can not be zero, thereby can produce upper and lower component while causing feed screw nut to drive slide unit, and then cause ball screw need to bear vertical pull distance, above-mentioned vertical pull distance is larger, the strength that ball screw bears is larger, abrasion between ball screw and feed screw nut are also larger, thereby reduce the working life of ball screw.
Utility model content
The utility model embodiment disclose a kind of can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, the mode of the contiguous block of elastic component is installed by set up inside between slide unit and ball screw, feed screw nut can be reduced significantly drive slide unit time, can produce upper and lower component, thereby reduce the abrasion between ball screw and feed screw nut, and then improve the working life of ball screw.
What the utility model embodiment provided can fall the automatic pressing copper post machine that low Roll ballscrew weares and teares, and comprises control module, X-axis mobile module, Y-axis mobile module, feeding module and Z axis pressure copper post head,
Described X-axis mobile module comprises: X-axis slide unit, X-axis ball screw, X-axis elastic component and X-axis elastic component mounting blocks;
Described X-axis slide unit is fixedly connected on described X-axis elastic component mounting blocks;
Described X-axis elastic component mounting blocks is socketed on the feed screw nut of described X-axis ball screw;
Described X-axis elastic component is arranged in the through hole of two adjacent vertical planes of described X-axis elastic component mounting blocks, and it is upper that its one end is against described feed screw nut, and the other end is fixed in described X-axis elastic component mounting blocks;
Described Y-axis mobile module comprises: Y-axis slide unit, Y-axis ball screw, Y-axis elastic component and Y-axis elastic component mounting blocks;
Described X-axis mobile module is fixedly connected on described Y-axis elastic component mounting blocks by described Y-axis slide unit;
Described Y-axis elastic component is arranged in the through hole of two adjacent vertical planes of described Y-axis elastic component mounting blocks, and it is upper that its one end is against described feed screw nut, and the other end is fixed in described Y-axis elastic component mounting blocks;
Described Y-axis elastic component mounting blocks is socketed on the feed screw nut of described Y-axis ball screw.
Alternatively,
Described X-axis elastic component is spring pearl, PU glue rod or pneumatic cylinder;
Described Y-axis elastic component is spring pearl, PU glue rod or pneumatic cylinder.
Alternatively,
Described spring pearl comprises ball, spring and ball placed cavity;
Described ball is movably arranged in described ball placed cavity;
Described spring fitting is between described ball and described ball placed cavity;
Described ball placed cavity is outside equipped with snap ring, for fixing described X-axis spring pearl and described Y-axis spring pearl.
Alternatively,
The inner and outer wall of described ball placed cavity is cylindrical.
Alternatively,
Described X-axis elastic component mounting blocks is identical with described Y-axis elastic component mounting blocks structure;
In described X-axis elastic component mounting blocks, offer the groove position of matching with the feed screw nut of described X-axis ball screw, described X-axis elastic component mounting blocks is flexibly connected with the feed screw nut of described X-axis ball screw by described groove position;
Alternatively,
Described X-axis elastic component mounting blocks is rectangular structure;
Angle on the horizontal plane of described rectangular structure is right angle or fillet.
Alternatively,
Described X-axis elastic component mounting blocks offers respectively at least one elastic component hole on two adjacent vertical planes, and described elastic component offers the draw-in groove corresponding with described snap ring in hole;
Described Y-axis elastic component mounting blocks offers respectively at least one elastic component hole on two adjacent vertical planes, and described elastic component offers the draw-in groove corresponding with described snap ring in hole.
Alternatively,
Described X-axis elastic component mounting blocks offers respectively at least two elastic component holes on two adjacent vertical planes, and described X-axis elastic component is evenly distributed in described X-axis elastic component mounting blocks;
Described Y-axis elastic component mounting blocks offers respectively at least two elastic component holes on two adjacent vertical planes, and described Y-axis elastic component is evenly distributed in described Y-axis elastic component mounting blocks.
Alternatively,
The gravity that the elastic force summation that described X-axis elastic component produces is greater than described X-axis slide unit amasss with coefficient of friction is;
The gravity that the elastic force summation that described Y-axis elastic component produces is greater than described Y-axis slide unit and described X-axis mobile module amasss with coefficient of friction is.
In the utility model embodiment, can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, comprise control module, X-axis mobile module, Y-axis mobile module, feeding module and Z axis pressure copper post head, described X-axis mobile module comprises: X-axis slide unit, X-axis ball screw, X-axis elastic component and X-axis elastic component mounting blocks; Described X-axis slide unit is fixedly connected on described X-axis elastic component mounting blocks; Described X-axis elastic component mounting blocks is socketed on the feed screw nut of described X-axis ball screw; Described X-axis elastic component is arranged in the through hole of two adjacent vertical planes of described X-axis elastic component mounting blocks, and it is upper that its one end is against described feed screw nut, and the other end is fixed in described X-axis elastic component mounting blocks; Described Y-axis mobile module comprises: Y-axis slide unit, Y-axis ball screw, Y-axis elastic component and Y-axis elastic component mounting blocks; Described X-axis mobile module is fixedly connected on described Y-axis elastic component mounting blocks by described Y-axis slide unit; Described Y-axis elastic component is arranged in the through hole of two adjacent vertical planes of described Y-axis elastic component mounting blocks, and it is upper that its one end is against described feed screw nut, and the other end is fixed in described Y-axis elastic component mounting blocks; Described Y-axis elastic component mounting blocks is socketed on the feed screw nut of described Y-axis ball screw.The mode of the contiguous block of elastic component is installed by set up inside between slide unit and ball screw, when can reducing significantly feed screw nut and drive slide unit, the automatic pressing copper post machine of the utility model embodiment can produce upper and lower component, thereby reduce the abrasion between ball screw and feed screw nut, and then improve the working life of ball screw.
Brief description of the drawings
Fig. 1 be the utility model can Jiang Di Roll ballscrew the structural representation of automatic pressing copper post machine embodiment of wearing and tearing;
Fig. 2 be the utility model can Jiang Di Roll ballscrew the structural representation of X-axis mobile module in the automatic pressing copper post machine embodiment of wearing and tearing;
Fig. 3 is the structural representation that Y-axis mobile module in the automatic pressing copper post machine embodiment of low Roll ballscrew wearing and tearing can fall in the utility model;
Fig. 4 be the utility model can Jiang Di Roll ballscrew the structural representation of automatic pressing copper post machine embodiment medi-spring pearl of wearing and tearing;
Fig. 5 be the utility model can Jiang Di Roll ballscrew the structural representation of automatic pressing copper post machine embodiment medi-spring pearl mounting blocks of wearing and tearing.
Detailed description of the invention
The utility model embodiment disclose a kind of can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, the mode of the contiguous block of elastic component is installed by set up inside between slide unit and ball screw, feed screw nut can be reduced significantly drive slide unit time, can produce upper and lower component, thereby reduce the abrasion between ball screw and feed screw nut, and then improve the working life of ball screw.
It should be noted that, the utility model embodiment can Jiang Di Roll ballscrew in the automatic pressing copper post machine of wearing and tearing, the method and structure of setting up inside and be provided with the contiguous block of spring pearl between slide unit and ball screw adopting, except can being applied to automatic pressing copper post machine, can also be used for, among the machinery of automatic dispensing machine, mobile platform that automatically bonding equipment etc. comprises ball screw, being not construed as limiting herein.As an example of automatic pressing copper post machine example, the method structure of the utility model embodiment is described below, although only describe restriction that should be using this as the utility model device as an example of automatic pressing copper post machine example.
Refer to Fig. 1, Fig. 2 and Fig. 3, in the utility model embodiment, can fall the automatic pressing copper post machine of low Roll ballscrew wearing and tearing, comprise control module 1, X-axis mobile module 2, Y-axis mobile module 3, feeding module 4 and Z axis pressure copper post head 5;
X-axis mobile module 2 comprises: X-axis slide unit 21, X-axis ball screw 22, X-axis elastic component 23 and X-axis elastic component mounting blocks 24;
X-axis elastic component mounting blocks 24 is socketed on the feed screw nut 221 of X-axis ball screw 22;
X-axis elastic component 23 is arranged in the through hole of 24 two adjacent vertical planes of X-axis elastic component mounting blocks, and its one end is against on feed screw nut 221, and the other end is fixed in X-axis elastic component mounting blocks 24;
Y-axis mobile module 3 comprises: Y-axis slide unit 31, Y-axis ball screw 32, Y-axis elastic component 33 and Y-axis elastic component mounting blocks 34;
X-axis mobile module 2 is fixedly connected on Y-axis elastic component mounting blocks 34 by Y-axis slide unit 31;
Y-axis elastic component 33 is arranged in the through hole of 34 two adjacent vertical planes of Y-axis elastic component mounting blocks, and its one end is against on feed screw nut 321, and the other end is fixed in Y-axis elastic component mounting blocks;
Y-axis elastic component mounting blocks 34 is socketed on the feed screw nut 321 of Y-axis ball screw 32.
The automatic pressing copper post machine that can fall low Roll ballscrew wearing and tearing of the utility model embodiment, comprises control module 1, X-axis mobile module 2, Y-axis mobile module 3, feeding module 4 and Z axis pressure copper post head 5; Wherein X-axis mobile module 2 comprises: X-axis slide unit 21, X-axis ball screw 22, X-axis elastic component 23 and X-axis elastic component mounting blocks 24; Y-axis mobile module 3 comprises: Y-axis slide unit 31, Y-axis ball screw 32, Y-axis elastic component 33 and Y-axis elastic component mounting blocks 34.Casing is placed on the X-axis slide unit 21 of X-axis mobile module 2, when the work of automatic pressing copper post machine, X-axis mobile module 2 and Y-axis mobile module 3 move to casing according to the instruction of control module 1 position of setting, meanwhile, what feeding module 4 delivered to by copper post that Z axis presses copper post head 5 presses down copper post position, Z axis presses copper post head 5 copper post to be pressed into the position, copper post hole to be pressed of casing, completes this and presses copper post process.
The course of work of the each parts of automatic pressing copper post machine that below can the wearing and tearing of Jiang Di Roll ballscrew with instantiation explanation the utility model:
X-axis mobile module 2 is in the process of mobile casing, suppose that X-axis mobile module 2 moves X-axis slide unit 21 along X-axis positive direction, X-axis elastic component 23 is arranged in the face of X-axis elastic component mounting blocks 24 near X-axis positive direction, now X-axis slide unit 21 produces the pulling force of X-axis negative direction to X-axis elastic component mounting blocks 24 due to inertia, X-axis elastic component 23 in X-axis elastic component mounting blocks 24 is because the effect of X-axis elastic component mounting blocks 24 pressure is compressed, and produce the thrust of X-axis positive direction to X-axis elastic component mounting blocks 24, and because X-axis elastic component 23 can produce the thrust that equals X-axis slide unit 21 inertia pulling force, therefore make X-axis elastic component mounting blocks 24 can be fixed on the feed screw nut 221 of X-axis ball screw 22, simultaneously because X-axis elastic component mounting blocks 24 is not fixedly connected with feed screw nut 221, therefore can't produce upper and lower component to feed screw nut 221, thereby can reduce the abrasion between ball screw and feed screw nut, and then the working life of raising ball screw.
Similarly, Y-axis mobile module 3 is in the process of mobile X-axis mobile module 2, suppose that Y-axis mobile module 3 moves Y-axis slide unit 31 along Y-axis positive direction, X-axis elastic component 23 is arranged in the face of X-axis elastic component mounting blocks 24 near Y-axis positive direction, now X-axis slide unit 21 produces the pulling force of Y-axis negative direction to X-axis elastic component mounting blocks 24 due to inertia, X-axis elastic component 23 in X-axis elastic component mounting blocks 24 is because the effect of X-axis elastic component mounting blocks 24 pressure is compressed, and produce the thrust of X-axis positive direction to X-axis elastic component mounting blocks 24, and because X-axis elastic component 23 can produce the thrust that equals X-axis slide unit 21 inertia pulling force, therefore make X-axis elastic component mounting blocks 24 can be fixed on the feed screw nut 221 of X-axis ball screw 22, simultaneously because X-axis elastic component mounting blocks 24 is not fixedly connected with feed screw nut 221, therefore can't produce upper and lower component to feed screw nut 221, thereby can reduce the abrasion between ball screw and feed screw nut, and then the working life of raising ball screw.
Similarly, X-axis mobile module 2 moves X-axis slide unit 21 or when Y-axis slide unit 31 is moved along Y-axis negative direction Y-axis mobile module 3 along X-axis negative direction, X-axis elastic component mounting blocks 24 is because the effect of X-axis elastic component 23 is fixed, and Y-axis elastic component mounting blocks 34 is because the effect of Y-axis elastic component 33 is fixed.
Alternatively,
X-axis elastic component is spring pearl, PU glue rod or pneumatic cylinder;
Y-axis elastic component is spring pearl, PU glue rod or pneumatic cylinder.
It should be noted that, above-mentioned X-axis elastic component and Y-axis elastic component, except being above-mentioned spring pearl, PU glue rod or pneumatic cylinder, can also be other tools structures springy, are not construed as limiting herein.
Alternatively,
Spring pearl comprises ball 231, spring 232 and ball placed cavity 233;
Ball 231 is movably arranged in ball placed cavity 233;
Spring 232 is arranged between ball 231 and ball placed cavity 233;
Ball 231 placed cavities are outside equipped with snap ring 234, for fixing X-axis spring pearl 23 and Y-axis spring pearl 33.
Alternatively,
The inner and outer wall of ball placed cavity 233 is cylindrical.
Refer to Fig. 4, for the utility model can Jiang Di Roll ballscrew the structural representation of automatic pressing copper post machine embodiment medi-spring pearl of wearing and tearing, that is the structural representation of X-axis spring pearl 23 and Y-axis spring pearl 33.
Alternatively,
X-axis elastic component mounting blocks 24 is identical with Y-axis elastic component mounting blocks 34 structures;
In X-axis elastic component mounting blocks 24, offer the groove position of matching with the feed screw nut 221 of X-axis ball screw 22, X-axis elastic component mounting blocks 24 is flexibly connected with the feed screw nut 221 of X-axis ball screw 22 by groove position;
Alternatively,
X-axis elastic component mounting blocks 24 is rectangular structure;
Angle on the horizontal plane of rectangular structure is right angle or fillet.
Alternatively,
X-axis elastic component mounting blocks 24 offers respectively at least one elastic component hole 241 on two adjacent vertical planes, offers the draw-in groove corresponding with snap ring in elastic component hole 241;
Y-axis elastic component mounting blocks 34 offers respectively at least one elastic component hole 341 on two adjacent vertical planes, offers the draw-in groove corresponding with snap ring in elastic component hole 341.
Alternatively,
X-axis elastic component mounting blocks 24 offers respectively at least two elastic component holes 241 on two adjacent vertical planes, and X-axis elastic component 23 is evenly distributed in X-axis elastic component mounting blocks 24;
Y-axis elastic component mounting blocks 34 offers respectively at least two elastic component holes 341 on two adjacent vertical planes, and Y-axis elastic component 33 is evenly distributed in Y-axis elastic component mounting blocks 34.
Refer to Fig. 5, for the utility model can Jiang Di Roll ballscrew the structural representation of automatic pressing copper post machine embodiment medi-spring pearl mounting blocks of wearing and tearing, that is the structural representation of X-axis elastic component mounting blocks 24 and Y-axis elastic component mounting blocks 34.In figure, on each vertical plane of elastic component mounting blocks, evenly offer position, 6 holes, in the time that feed screw nut is cuboid, in elastic component mounting blocks, offer the cuboid groove position corresponding with above-mentioned cuboid, the volume of this cuboid groove position is slightly larger than feed screw nut's volume.
Alternatively,
The elastic force summation that X-axis elastic component 23 produces is greater than the gravity of X-axis slide unit 21 and coefficient of friction is long-pending;
The elastic force summation that Y-axis elastic component 33 produces is greater than the gravity of Y-axis slide unit 31 and X-axis mobile module 2 and coefficient of friction is long-pending.
Describe as an example of X-axis elastic component 23 and X-axis slide unit 21 example below (because the weight of the relative X-axis slide unit 21 of weight of casing can be ignored, therefore in the discussion below, do not include the weight of casing in limit of consideration, it should be noted that, in the time that the weight of casing be can not ignore, the gravity that should consider is the gravity sum of X-axis slide unit 21 and casing), the weight of supposing X-axis slide unit 21 is 10KG, coefficient of friction is 0.1, the gravity that 23 elastic force that can produce of each X-axis elastic component are 0.5KG, the gravity that X-axis slide unit 21 is 1KG, therefore 2 X-axis elastic components at least will be installed in X-axis elastic component mounting blocks 24, preferably, X-axis elastic component mounting blocks 24 is interior preferably will install 4 above X-axis elastic components, that is the elastic force summation that produces of X-axis elastic component 23 to be greater than gravity and the coefficient of friction of X-axis slide unit 21 of twice long-pending.Similarly, the elastic force summation that Y-axis elastic component 33 produces is long-pending more preferably greater than the Y-axis slide unit 31 of twice and the gravity of X-axis mobile module 2 and coefficient of friction
In the utility model embodiment, the automatic pressing copper post machine of low Roll ballscrew wearing and tearing be can fall, control module 1, X-axis mobile module 2, Y-axis mobile module 3, feeding module 4 and Z axis pressure copper post head 5 comprised; X-axis mobile module 2 comprises: X-axis slide unit 21, X-axis ball screw 22, X-axis elastic component 23 and X-axis elastic component mounting blocks 24; X-axis slide unit 21 is fixedly connected on X-axis elastic component mounting blocks 24; X-axis elastic component mounting blocks 24 is socketed on the feed screw nut 221 of X-axis ball screw 22; X-axis elastic component 23 is arranged in the through hole of 24 two adjacent vertical planes of X-axis elastic component mounting blocks, and its one end is against on feed screw nut 221, and the other end is fixed in X-axis elastic component mounting blocks 24; Y-axis mobile module 3 comprises: Y-axis slide unit 31, Y-axis ball screw 32, Y-axis elastic component 33 and Y-axis elastic component mounting blocks 34; X-axis mobile module 2 is fixedly connected on Y-axis elastic component mounting blocks 34 by Y-axis slide unit 31; Y-axis elastic component 33 is arranged in the through hole of 34 two adjacent vertical planes of Y-axis elastic component mounting blocks, and its one end is against on feed screw nut 321, and the other end is fixed in Y-axis elastic component mounting blocks; Y-axis elastic component mounting blocks 34 is socketed on the feed screw nut 321 of Y-axis ball screw 32.The mode of the contiguous block of elastic component is installed by set up inside between slide unit and ball screw, when can reducing significantly feed screw nut and drive slide unit, the automatic pressing copper post machine of the utility model embodiment can produce upper and lower component, thereby reduce the abrasion between ball screw and feed screw nut, and then improve the working life of ball screw.
Above to provided by the utility model a kind of can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing be described in detail, for one of ordinary skill in the art, according to the thought of the utility model embodiment, all will change in specific embodiments and applications, in sum, this description should not be construed as restriction of the present utility model.
Claims (9)
1. can fall an automatic pressing copper post machine for low Roll ballscrew wearing and tearing, comprise control module, X-axis mobile module, Y-axis mobile module, feeding module and Z axis pressure copper post head, it is characterized in that,
Described X-axis mobile module comprises: X-axis slide unit, X-axis ball screw, X-axis elastic component and X-axis elastic component mounting blocks;
Described X-axis slide unit is fixedly connected on described X-axis elastic component mounting blocks;
Described X-axis elastic component mounting blocks is socketed on the feed screw nut of described X-axis ball screw;
Described X-axis elastic component is arranged in the through hole of two adjacent vertical planes of described X-axis elastic component mounting blocks, and it is upper that its one end is against described feed screw nut, and the other end is fixed in described X-axis elastic component mounting blocks;
Described Y-axis mobile module comprises: Y-axis slide unit, Y-axis ball screw, Y-axis elastic component and Y-axis elastic component mounting blocks;
Described X-axis mobile module is fixedly connected on described Y-axis elastic component mounting blocks by described Y-axis slide unit;
Described Y-axis elastic component is arranged in the through hole of two adjacent vertical planes of described Y-axis elastic component mounting blocks, and it is upper that its one end is against described feed screw nut, and the other end is fixed in described Y-axis elastic component mounting blocks;
Described Y-axis elastic component mounting blocks is socketed on the feed screw nut of described Y-axis ball screw.
According to claim 1 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
Described X-axis elastic component is spring pearl, PU glue rod or pneumatic cylinder;
Described Y-axis elastic component is spring pearl, PU glue rod or pneumatic cylinder.
According to claim 2 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
Described spring pearl comprises ball, spring and ball placed cavity;
Described ball is movably arranged in described ball placed cavity;
Described spring fitting is between described ball and described ball placed cavity;
Described ball placed cavity is outside equipped with snap ring, for fixing described X-axis spring pearl and described Y-axis spring pearl.
According to claim 3 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
The inner and outer wall of described ball placed cavity is cylindrical.
According to claim 3 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
Described X-axis elastic component mounting blocks is identical with described Y-axis elastic component mounting blocks structure;
In described X-axis elastic component mounting blocks, offer the groove position of matching with the feed screw nut of described X-axis ball screw, described X-axis elastic component mounting blocks is flexibly connected with the feed screw nut of described X-axis ball screw by described groove position;
According to claim 5 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
Described X-axis elastic component mounting blocks is rectangular structure;
Angle on the horizontal plane of described rectangular structure is right angle or fillet.
According to claim 5 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
Described X-axis elastic component mounting blocks offers respectively at least one elastic component hole on two adjacent vertical planes, and described elastic component offers the draw-in groove corresponding with described snap ring in hole;
Described Y-axis elastic component mounting blocks offers respectively at least one elastic component hole on two adjacent vertical planes, and described elastic component offers the draw-in groove corresponding with described snap ring in hole.
According to claim 7 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
Described X-axis elastic component mounting blocks offers respectively at least two elastic component holes on two adjacent vertical planes, and described X-axis elastic component is evenly distributed in described X-axis elastic component mounting blocks;
Described Y-axis elastic component mounting blocks offers respectively at least two elastic component holes on two adjacent vertical planes, and described Y-axis elastic component is evenly distributed in described Y-axis elastic component mounting blocks.
According to claim 1 can Jiang Di Roll ballscrew the automatic pressing copper post machine of wearing and tearing, it is characterized in that,
The gravity that the elastic force summation that described X-axis elastic component produces is greater than described X-axis slide unit amasss with coefficient of friction is;
The gravity that the elastic force summation that described Y-axis elastic component produces is greater than described Y-axis slide unit and described X-axis mobile module amasss with coefficient of friction is.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320869398.3U CN203679667U (en) | 2013-12-26 | 2013-12-26 | Automatic copper column pressing machine capable of reducing abrasion to ball screw |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320869398.3U CN203679667U (en) | 2013-12-26 | 2013-12-26 | Automatic copper column pressing machine capable of reducing abrasion to ball screw |
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| Publication Number | Publication Date |
|---|---|
| CN203679667U true CN203679667U (en) | 2014-07-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320869398.3U Withdrawn - After Issue CN203679667U (en) | 2013-12-26 | 2013-12-26 | Automatic copper column pressing machine capable of reducing abrasion to ball screw |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103707041A (en) * | 2013-12-26 | 2014-04-09 | 昆山富新立伟自动化科技有限公司 | Automatic copper cylinder pressing machine capable of lowering abrasion of ball screw |
-
2013
- 2013-12-26 CN CN201320869398.3U patent/CN203679667U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103707041A (en) * | 2013-12-26 | 2014-04-09 | 昆山富新立伟自动化科技有限公司 | Automatic copper cylinder pressing machine capable of lowering abrasion of ball screw |
| CN103707041B (en) * | 2013-12-26 | 2016-02-17 | 昆山富新立伟自动化科技有限公司 | A kind of can Jiang Di Roll ballscrew wearing and tearing automatic pressing copper post machine |
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