CN209130040U - High loading rail structure - Google Patents
High loading rail structure Download PDFInfo
- Publication number
- CN209130040U CN209130040U CN201821636367.2U CN201821636367U CN209130040U CN 209130040 U CN209130040 U CN 209130040U CN 201821636367 U CN201821636367 U CN 201821636367U CN 209130040 U CN209130040 U CN 209130040U
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- CN
- China
- Prior art keywords
- sliding
- support
- sliding rails
- rail
- sliding block
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
A kind of high loading rail structure, it includes: an X-axis seats and one to provide the slide rail group of the X-axis seat slide displacement, the X-axis seat includes the top base and a top plate matched, the slide rail group includes a sliding block, two limit sliding rails and two support sliding rails, wherein, the sliding block is in conjunction with the top plate of the X-axis seat, and the two limit sliding rails and the two support sliding rails are then in conjunction with the top base, the sliding block is between the two limit sliding rails, above-mentioned sliding block is also stacked with the two support sliding rails simultaneously, and collocation sliding unit reaches the state of slide displacement respectively, when enabling the sliding block forced-slip, it can be by the two support sliding rails with the support torque with loading direction, the sliding block is not only enabled steadily to slide on the two support sliding rails, more via the support of the two support sliding rails, ensure the sliding precision between the sliding block and two sides limit sliding rail, it is promoted The stability of stability, precision that structure uses and the extension for helping service life.
Description
Technical field
The utility model is about a kind of measurement platform structure, espespecially a kind of high loading rail structure.
Background technique
Currently, existing measurement platform structure, please refer to the X-axis shown in Figure 12,13,14, being stacked including about one
40, one Y-axis seat 50 of seat, and the X-axis seat 40 and two slide rail groups 60 of 50 slide displacement of Y-axis seat are provided, the X-axis seat 40 packet
The top base 41 and a top plate 42 matched is included, which lies in the first sliding-rail groove 411 that top surface sets an X axis,
The Y-axis seat 50 includes the bottom base 51 and a bottom plate 52 matched, which lies in bottom surface sets a Y-axis second
Sliding-rail groove 511, but 50 system of Y-axis seat is folded with the top base 41 that bottom base 51 provides the X-axis seat 40 and is set, and the fixation that is mutually locked；
Two slide rail groups 60 slide on the sliding block 62 between the two limit sliding rails 61 including two limit sliding rails 61 and one, wherein two limits
61 system of sliding rail is fixedly arranged on the both ends of first and second sliding-rail groove 411,511, and formed between the two limit sliding rails 61 sliding slot 63 with
Installation is set for the sliding block 62 is sliding, and the limit sliding rail 61 is combined gearing with two using sliding unit 64 for 62 two sides of sliding block, finally
Again the top plate 42 and bottom plate 52 are mounted on 62 surface of sliding block respectively, make the X-axis seat 40 by two slide rail groups 60 whereby
And Y-axis seat 50 respectively reaches the displacement action state of X-axis and Y-axis.
It sees above-mentioned existing structure in detail to be not difficult to realize that it has remained a little shortcoming, main cause system returns as follows: above-mentioned institute
Structure is taken off, slide rail group 60 only provides the sliding movement of the sliding block 62 with two limit sliding rails 61, in order to promote the sliding block 62 in two
Smooth slippage degree between the limit sliding rail 61, the sliding block 62 is only to pass through sliding unit 64 between two side ends and the two limit sliding rails 61
Combination formed and interlock, and be suspended at first and second sliding-rail groove 411,511, therefore, carry out loading position when top plate 41 carries weight
When shifting, top plate 41 can press the sinking of sliding block 62 because of loading, and then allow the sliding position between sliding block 62 and the two limit sliding rails 61
Generation potential difference is set, causes the sliding unit 64 to deform, increases by 62 resistance to sliding of sliding block, so that sliding stability, precision is steady
Qualitative and smooth degree reduction but will cause the sliding block 62 and limit 61 damage and failures of sliding rail, accelerate to use when serious
The consumption in service life lacks practicability.
In view of this, the present inventor is in the manufacturing development and design experiences of being engaged in Related product for many years, for above-mentioned mesh
Mark designs in detail and after discretion assessment, obtains the utility model for really having practicability eventually.
Utility model content
The technical issues of the utility model is to be solved is to provide a kind of high for above-mentioned missing of the existing technology
Loading rail structure.
Above-mentioned high loading rail structure, it includes: an X-axis seats and one to provide the slide rail group of the X-axis seat slide displacement, should
X-axis seat includes the top base and a top plate matched, which includes that a sliding block, two limit sliding rails and two supports are slided
Rail, wherein the sliding block system in conjunction with the top plate of the X-axis seat, and the two limit sliding rails and the two support sliding rails then with base on this
Seat combines, and between the two limit sliding rails, above-mentioned sliding block is more stacked with the two support sliding rails simultaneously, and arranges in pairs or groups respectively for the sliding block system
Sliding unit reaches the state of slide displacement, passes through the support of the two support sliding rails whereby, it is ensured that the sliding block and two sides limit are slided
Sliding precision between rail, lift structure apply upper stability, the stability of precision and smooth degree.
Preferably, the top base lies in the first sliding-rail groove of the recessed X axis of top surface centre, hold so that the sliding block slides
If then be equipped with shallower 2 first guide grooves of depth by the first sliding-rail groove two sides, to the fixed two limit sliding rails, and two this
One guide groove surface is equipped with several combined holes, and the two limit sliding rails all aligns equipped with several perforation, and screw of arranging in pairs or groups is by two limits
Position sliding rail is sealed respectively to be fixed on 2 first guide grooves, and first sliding-rail groove runs through the top base further down and sets one first support
Slot, cooperation are installed with two support sliding rails of limitation.
Preferably, the ceiling center surface all forms a protrusion, and combination bore is equipped with by the protrusion, as in conjunction with the sliding rail
The sliding block of group uses.
Preferably, further including a Y-axis seat and one providing the slide rail group of the Y-axis seat slide displacement, which has matching
The bottom base and a bottom plate closed, the slide rail group include a sliding block, two limit sliding rails and two support sliding rails, wherein the cunning
Block system is in conjunction with the bottom plate of the Y-axis seat, and the two limit sliding rails and the two support sliding rails are then in conjunction with the bottom base, the sliding block
System is located at below the two support sliding rails, and collocation sliding unit reaches sliding position respectively simultaneously between the two limit sliding rails
The state of shifting.
Preferably, the bottom base lies in the second sliding-rail groove of the recessed Y-axis of bottom surface centre, hold so that the sliding block slides
If then be equipped with shallower 2 second guide grooves of depth by the second sliding-rail groove two sides, to the fixed two limit sliding rails, and two this
Two guide groove surfaces are equipped with several combined holes, and the two limit sliding rails all aligns equipped with several perforation, and screw of arranging in pairs or groups is by two limits
Position sliding rail is sealed respectively to be fixed on 2 second guide grooves, and second sliding-rail groove more up sets one second support through the bottom base
Slot, cooperation are installed with two support sliding rails of limitation.
Preferably, furthermore, which is folded with the top base that bottom base provides X-axis seat and is set, and the fixation that is mutually locked.
Preferably, the central surface of the bottom plate all forms a protrusion, and combination bore is equipped with by the protrusion, as in conjunction with the cunning
The sliding block of rail group uses.
Preferably, the sliding block two sides of two slide rail groups are all equipped with one first cone slot, the two limit sliding rails all set one second
Slot is bored, and sliding unit is folded with by the first and second cone slot.
Preferably, one front of sliding block of two sliding rails is all equipped with two thirds and bores slot, and the two support sliding rail fronts are all corresponding
Sliding unit is folded with equipped with one the 4th cone slot, and by third and fourth cone slot.
The effect of compareing prior art: the stress surface that the slide rail group lies in sliding block is further provided with two support sliding rails, and is equipped with cone
Slot collocation sliding unit reaches sliding mode, can be by the two support sliding rails with loading side when enabling the sliding block forced-slip
To support torque, not only enable the sliding block steadily to slide on the two support sliding rails, more pass through the branch of the two support sliding rails
Support, it is ensured that the case where sliding block and two sides limit the sliding precision between sliding rail, avoid dislocation modification generation, lift structure is using upper
Stability, the stability of precision and the extension for helping service life.
Detailed description of the invention
Fig. 1 is the perspective view of the utility model.
Fig. 2 is the exploded view of the utility model.
Fig. 3 is that the top view of the utility model and each section indicate schematic diagram.
Fig. 4 is the A-A schematic cross-sectional view of the utility model.
Fig. 5 is the B-B schematic cross-sectional view of the utility model.
Fig. 6 is the slide displacement schematic diagram of the B-B section view of the utility model.
Fig. 7 is the action state perspective view of the utility model.
Fig. 8 is the exploded view of the addition Y-axis seat of the utility model.
Fig. 9 is the cross-sectional view of the addition Y-axis seat of the utility model.
Figure 10 is the X-axis seat displacement action schematic diagram of the addition Y-axis seat of the utility model.
Figure 11 is the action state perspective view of the addition Y-axis seat of the utility model.
Figure 12 is existing exploded view.
Figure 13 is existing cross-sectional view.
Figure 14 is existing slide displacement schematic diagram.
Symbol description:
[the utility model]
10 X-axis seats,
11 top bases, 111 first sliding-rail grooves, 112 first guide grooves, 113 combined holes, 114 first support slots,
12 top plates, 121 protrusions, 122 combination bores,
20 Y-axis seats,
21 bottom bases, 211 second sliding-rail grooves, 212 second guide grooves, 213 combined holes, 214 second support slots,
22 bottom plates, 221 protrusions, 222 combination bores,
30 slide rail groups,
31 sliding blocks, 311 perforatings, 312 first cone slots, 313 thirds bore slot,
32 limit sliding rails, 321 perforation, 322 screws, 323 second cone slots,
33 support sliding rails, 331 the 4th cone slots,
34 sliding units,
35 sliding units；
[existing]
40 X-axis seats, 41 top bases, 411 first sliding-rail grooves, 42 top plates,
50 Y-axis seats, 51 bottom bases, 511 second sliding-rail grooves, 52 bottom plates,
60 slide rail groups, 61 limit sliding rails, 62 sliding blocks, 63 sliding slots, 64 sliding units.
Specific embodiment
To enable to have a better understanding and awareness to the purpose of this utility model, feature and effect, hereby ask below
Detailed description of the invention is cooperated to be described in detail as after:
Firstly, first please refer to Fig. 1,2 cooperation Fig. 3, shown in 4, a kind of high loading rail structure, it includes an X-axis seat 10 with
And one provide the slide rail group 30 of 10 slide displacement of X-axis seat, which includes the top base 11 and a top plate that match
12, which includes a sliding block 31, two limit sliding rail 32 and two support sliding rails 33, wherein the top base 11 lies in top
First sliding-rail groove 111 of the recessed X axis of face centre, so that the sliding block 31 sliding is installed with, then by 111 liang of first sliding-rail groove
Side is equipped with 2 first shallower guide grooves 112 of depth, and to the fixed two limit sliding rails 32, and 2 first guide groove, 112 surfaces are set
There are several combined holes 113, and the two limit sliding rails 32 all align and are equipped with several perforation 321, and screw 322 of arranging in pairs or groups is by two limits
Sliding rail 32 is sealed respectively to be fixed on 2 first guide grooves 112, and first sliding-rail groove 111 recessed one first support slot 114 further down,
Cooperation is installed with two support sliding rails 33 of limitation, which all forms a protrusion 121, and is equipped with by the protrusion 121
Combination bore 122, as combining the sliding block 31 of the slide rail group 30 to use, 31 surface of sliding block of the slide rail group 30 is equipped with several perforatings
311 are combined with the top plate 12, and 31 two sides of sliding block are all equipped with one first cone slot 312, and the two limit sliding rails 32 are all corresponding
If one second cone slot 323, and sliding unit 34 is folded with by the first and second cone slot 312,323 and reaches slide displacement state, again
The sliding block 31 is further provided with two thirds cone slot 313 in face of the front of first support slot 114, and two 33 fronts of support sliding rail are all right
It should be equipped with one the 4th cone slot 331, sliding unit 35 is folded with by third and fourth cone slot 313,331 and reaches slide displacement state.
The composition of its structure and application, then please refer to shown in Fig. 2 to 7, which is located in the X-axis seat 10,
In the sliding block 31 combined with perforating 311 with the combination bore 122 of the top plate 12, the two limit sliding rails 32 are mounted on the top base 11
2 first guide grooves 112 in, and combined using 322 screw lock of screw, the two support sliding rails 33 are located in the first of top base 11
In support slot 114, for the sliding block 31 between the two limit sliding rails 32, above-mentioned sliding block 31 is also folded with the two support sliding rails 33 simultaneously
It sets, and the first and third of 31 periphery of sliding block the cone slot 312,313 arrange in pairs or groups 34,35 and two limit of sliding unit cunning respectively respectively
4th cone 331 clamping of slot sliding of the second cone slot 323 and the two support sliding rails 33 of rail 32, enables the X-axis seat 10 can be by this
Slide rail group 30 reaches the X-axis displacement state between top base 11 and top plate 12, passes through the support of the two support sliding rails 33 whereby, really
Protect the sliding block 31 and two sides limit sliding rail 32 between sliding precision, lift structure the stability of application, the stability of precision and
Smooth degree, by above structure, in order to complete a kind of high loading rail structure.
Furthermore the extension application of structure further includes a Y-axis seat 20 and provides the slide rail group of 20 slide displacement of Y-axis seat
30, please refer to shown in Fig. 8,9, which has the bottom base 21 and a bottom plate 22 matched, the bottom base 21
The second sliding-rail groove 211 of the recessed Y-axis of bottom surface centre is lain in, so that the sliding block 31 sliding is installed with, then by second sliding rail
211 two sides of slot are equipped with shallower 2 second guide grooves 212 of depth, to the fixed two limit sliding rails 32, and 2 second guide grooves 212
Surface is equipped with several combined holes 213, and the two limit sliding rails 32 all align be equipped with it is several perforate 321, and screw 323 of arranging in pairs or groups is by two
The limit sliding rail 32 is sealed respectively to be fixed on 2 second guide grooves 212, and second sliding-rail groove 211 more up runs through the bottom base 21
If one second support slot 214, cooperation is installed with two support sliding rails 33 of limitation, and the central surface of the bottom plate 22 all forms a protrusion
221, and combination bore 222 is equipped with by the protrusion 221, as the use of sliding block 31 for combining the slide rail group 30, and 31 system of sliding block is situated between
Between the two limit sliding rails 32, and simultaneously on set the two support sliding rails 33, and respectively collocation sliding unit 34,35 reach sliding position
The state of shifting, but 20 system of Y-axis seat is folded with the top base 11 that bottom base 21 provides X-axis seat 10 and is set, and the fixation that is mutually locked.
By the disclosure above, X-axis seat 10 arranges in pairs or groups Y-axis seat 20 when forming a kind of multiaxis rail structure, please refer to again Fig. 8,
9, shown in 10,11, top base 11 and the bottom base 21 are first stacked and rest against conjunction by the X-axis seat 10 and 20 system of Y-axis seat, then benefit
Give sealed fixation with latch fitting, the first sliding-rail groove 111 of the top base 11 and the second sliding-rail groove 211 of the bottom base 21 is made to be staggered
Open form is crosswise, and two 30 systems of slide rail group are located in the top base 11 and bottom base 21 respectively, then distinctly connect the top plate
12 and bottom plate 22, wherein two support 33 systems of sliding rail of two slide rail groups 30 be distinctly installed with limit first and second support slot 114,
In 214, and two 32 systems of limit sliding rail are distinctly arranged in first and second guide groove 112,212 and the alignment of screw 322 is cooperated to combine
Hole 113,213 sealed fixations, then the sliding block 31 is slidedly arranged in first and second sliding-rail groove 111,211, more by the first of periphery,
Third hand tap slot 312,313 arrange in pairs or groups respectively 34, the 35 and two limit sliding rail 32 of sliding unit the second cone slot 323 and two supports it is sliding
4th cone 331 clamping of slot sliding of rail 33, finally respectively corresponds the X for the top plate 12 and bottom plate 22 again, Y-axis seat 10,20 is locked
It is fixed in the perforating 311 of the sliding block 31, enables the X-axis seat 10 that can reach between top base 11 and top plate 12 by the slide rail group 30
X-axis displacement state, and utilize the sliding stability of the limit sliding rail 32 of two sides and the support promotion of sliding rail 33 of the upper end sliding block 31
Property, and the Y-axis seat 20 then reaches the Y-axis displacement state between bottom base 21 and bottom plate 22 by another slide rail group 30, same benefit
The sliding stability that the sliding block 31 is promoted with the limit sliding rail 32 of two sides and the support sliding rail 33 of lower end, provides the cunning more really
The support effect of block 31, by above structure, in order to complete a kind of high loading multiaxis rail structure.
By means of the structure of above-mentioned specific embodiment, following benefits can be obtained: the slide rail group 30 in sliding block 31 stress surface also
Equipped with two support sliding rails 33, sliding mode is also reached by third and fourth cone collocation sliding unit 35 of slot 313,331, enables the sliding block
When 31 forced-slip, it can not only enable the sliding block 31 by the two support sliding rails 33 with the support torque with loading direction
The two support sliding rails 33 are steadily slided on, the support of the two support sliding rails 33 is also passed through, it is ensured that the sliding block 31 and two sides limit
Sliding precision between sliding rail 32, avoid dislocation modification the case where generation, lift structure apply upper stability, the stabilization of precision
Property and the extension for helping service life.
It is only described above, an only preferred embodiment of the utility model, when cannot with restriction the utility model
The range of implementation；That is equivalent changes and modifications made according to the claim of the utility model generally, should still belong to the utility model
In the range of patent covers.
Claims (9)
1. a kind of high loading rail structure, which is characterized in that it includes an X-axis seats and one to provide the X-axis seat slide displacement
Slide rail group, the X-axis seat include the top base and a top plate matched, the slide rail group include a sliding block, two limit sliding rails with
And two support sliding rail, wherein the sliding block is in conjunction with the top plate of the X-axis seat, and the two limit sliding rails and the two support sliding rails are then
In conjunction with the top base, for the sliding block between the two limit sliding rails, above-mentioned sliding block is also stacked with the two support sliding rails simultaneously, and point
Not Da Pei sliding unit reach the state of slide displacement, pass through the support of the two support sliding rails whereby, it is ensured that the sliding block and two sides
The sliding precision between sliding rail is limited, lift structure is in the stability of application, the stability of precision and smooth degree.
2. high loading rail structure according to claim 1, which is characterized in that it is recessed that the top base lies in top surface centre
First sliding-rail groove of one X axis so that sliding block sliding is installed with, then by the first sliding-rail groove two sides is equipped with shallower 2 the of depth
One guide groove, to the fixed two limit sliding rails, and the 2 first guide groove surfaces are equipped with several combined holes, and the two limit sliding rails are all
Contraposition is equipped with several perforation, and screw of arranging in pairs or groups is fixed on 2 first guide grooves for the two limit sliding rails are sealed respectively, and this is first sliding
Recessed one first support slot, cooperation are installed with two support sliding rails of limitation to track slot further down.
3. high loading rail structure according to claim 1, which is characterized in that it is convex that the ceiling center surface all forms one
Portion, and combination bore is equipped with by the protrusion, it is used as the sliding block in conjunction with the slide rail group.
4. high loading rail structure according to claim 1, which is characterized in that it includes a Y-axis seat that its structure, which extends application,
And one provide the slide rail group of the Y-axis seat slide displacement, which has the bottom base and a bottom plate matched, the cunning
Rail group includes a sliding block, two limit sliding rails and two support sliding rails, wherein and the sliding block system is in conjunction with the bottom plate of the Y-axis seat, and two
The limit sliding rail and the two support sliding rails are then in conjunction with the bottom base, and the sliding block system is between the two limit sliding rails, and simultaneously
On set the two support sliding rails, and collocation sliding unit reaches the state of slide displacement respectively.
5. high loading rail structure according to claim 4, which is characterized in that the bottom base is in bottom surface centre recessed one
Second sliding-rail groove of Y-axis so that sliding block sliding is installed with, then is equipped with shallower 2 second of depth by the second sliding-rail groove two sides
Guide groove, to the fixed two limit sliding rails, and the 2 second guide groove surfaces are equipped with several combined holes, and the two limit sliding rails are all right
Position is equipped with several perforation, and screw of arranging in pairs or groups is fixed on 2 second guide grooves, and second sliding rail for the two limit sliding rails are sealed respectively
Slot more up sets one second support slot through the bottom base, and cooperation is installed with two support sliding rails of limitation.
6. high loading rail structure according to claim 4, which is characterized in that the Y-axis seat provides X-axis seat with bottom base
Top base is folded to be set, and the fixation that is mutually locked.
7. high loading rail structure according to claim 4, which is characterized in that it is convex that the central surface of the bottom plate all forms one
Portion, and combination bore is equipped with by the protrusion, it is used as the sliding block in conjunction with the slide rail group.
8. high loading rail structure according to claim 1 or 4, which is characterized in that the sliding block two sides of two slide rail groups
All equipped with one first cone slot, the two limit sliding rails all set one second cone slot, and are folded with sliding list by the first and second cone slot
Member.
9. high loading rail structure according to claim 1 or 4, which is characterized in that one front of sliding block of two sliding rails is all
Slot is bored equipped with two thirds, and the two support sliding rail fronts are all correspondingly provided with one the 4th cone slot, and pass through third and fourth cone slot sandwiched
There is sliding unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821636367.2U CN209130040U (en) | 2018-10-09 | 2018-10-09 | High loading rail structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821636367.2U CN209130040U (en) | 2018-10-09 | 2018-10-09 | High loading rail structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209130040U true CN209130040U (en) | 2019-07-19 |
Family
ID=67231253
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821636367.2U Withdrawn - After Issue CN209130040U (en) | 2018-10-09 | 2018-10-09 | High loading rail structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209130040U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111022494A (en) * | 2018-10-09 | 2020-04-17 | 全研科技有限公司 | Structure of high-load sliding rail |
-
2018
- 2018-10-09 CN CN201821636367.2U patent/CN209130040U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111022494A (en) * | 2018-10-09 | 2020-04-17 | 全研科技有限公司 | Structure of high-load sliding rail |
| CN111022494B (en) * | 2018-10-09 | 2021-08-24 | 全研科技有限公司 | Structure of high-load sliding rail |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20190719 Effective date of abandoning: 20210824 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20190719 Effective date of abandoning: 20210824 |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |