CN205173233U - Novel improve polymer based composite slide of structure - Google Patents
Novel improve polymer based composite slide of structure Download PDFInfo
- Publication number
- CN205173233U CN205173233U CN201520949890.0U CN201520949890U CN205173233U CN 205173233 U CN205173233 U CN 205173233U CN 201520949890 U CN201520949890 U CN 201520949890U CN 205173233 U CN205173233 U CN 205173233U
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- CN
- China
- Prior art keywords
- jut
- pincerlike
- chute
- triangle
- slideway
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- Extrusion Moulding Of Plastics Or The Like (AREA)
Abstract
The utility model belongs to slide slide rail field especially relates to a novel improve polymer based composite slide of structure, including the slide, base strip A, base strip B, limited slip strip A, limited slip strip B, an is taken in the reinforcement, B is taken in the reinforcement, C is taken in the reinforcement, the protruding A of portion of triangle, the protruding B of portion of triangle, the protruding C of portion of triangle, the protruding D of portion of triangle, the protruding E of portion of triangle, the protruding F of portion of triangle, pincerlike jut A, pincerlike jut B, pincerlike jut C, pincerlike jut D, trapezoidal jut A, trapezoidal jut B, screens jut A, screens jut B, spout A, spout B, spout C, spout D, spout E, spout F, spout G, spout H, base strip A, base strip B are in the higher authority of slide, the one end of slide is connected base strip A, the other end of slide is connected base strip B, the limited slip strip A be in base strip A's top, the limited slip strip B be in base strip B's top.
Description
Technical field
The utility model belongs to slide rail slideway field, particularly relates to a kind of polymer composite slideway of novel improved structure.
Background technique
Slideway can be classified according to section configuration, vulcanization process, use position and the several method such as purposes, use material.
Divide by sulfuration method:
(1) discontinuous sulfuration method (adhesive tape will be extruded by after certain length severing, and put into sulfurizing pot vulcanization, the slideway semi-finished product of extruding and moulding are put into model sulfuration);
(2) continuous sulfurizing (several method such as microwave continuous vulcanization method, salt bath continuous sulfurizing, hot air continuous sulfurizing).A. microwave continuous vulcanization compound sealing strip: microwave vulcanization technology is applied after being 20 century 70 foreign oil crises and obtained the production technology of extensively popularization.Adopt microwave continuous vulcanization technology not only can produce by metal-cored, real core glue and sandwich rubber multiple material compound slideway, and, energy-conservation, to increase work efficiency etc. in superior compared with other continuous vulcanization subtraction units.This technology is by the universally acknowledged technological method best for production extruded product.The feature of microwave heating is that heat directly produces in heating object, instead of from outside input as conventional, so not only heat-dissipating is fast, and is evenly distributed, and is conducive to improving the quality of products and greatly shortens the heating time used.B. salt bath continuous vulcanization slideway: salt bath vulcanization adopts the salt bath system containing nitrite, environmental pollution is comparatively large, is eliminated gradually.Sulfuration (Tmax:450 DEG C and Vmax:60m/s) also can reach the pretreated effect of flame, and Security improves greatly.
Summary of the invention
The utility model provides a kind of polymer composite slideway of novel improved structure, is subject to solve the slideway proposed in above-mentioned background technology the problem easily loosened that repeatedly rubs.
The technical problem that the utility model solves realizes by the following technical solutions: the utility model provides a kind of polymer composite slideway of novel improved structure, it is characterized in that: comprise slideway, base bar A, base bar B, non-slip nosing A, non-slip nosing B, reinforce belt A, reinforce belt B, reinforce belt C, triangle jut A, triangle jut B, triangle jut C, triangle jut D, triangle jut E, triangle jut F, pincerlike jut A, pincerlike jut B, pincerlike jut C, pincerlike jut D, trapezoidal protrusion portion A, trapezoidal protrusion portion B, screens jut A, screens jut B, chute A, chute B, chute C, chute D, chute E, chute F, chute G, chute H, described base bar A, base bar B is on described slideway, and one end of described slideway connects described base bar A, and the other end of described slideway connects described base bar B, described non-slip nosing A on the top of described base bar A, described non-slip nosing B on the top of described base bar B, described triangle jut A, triangle jut C, triangle jut D, pincerlike jut A, pincerlike jut B, trapezoidal protrusion portion A, chute G on described base bar A, described triangle jut B, triangle jut E, triangle jut F, pincerlike jut C, pincerlike jut D, trapezoidal protrusion portion B, chute H is on described base bar B, and described triangle jut A is at described non-slip nosing A, between chute A, described triangle jut C is below described chute A, described triangle jut D is below described triangle jut C, described pincerlike jut A is below described triangle jut D, described pincerlike jut B is below described pincerlike jut A, and described chute C is at described pincerlike jut A, between pincerlike jut B, described chute E is below described pincerlike jut B, and described trapezoidal protrusion portion A is below described chute E, and described screens jut A is on described trapezoidal protrusion portion A, and described chute G is at described slideway, between trapezoidal protrusion portion A, described triangle jut B is at described non-slip nosing B, between chute B, described triangle jut E is below described chute B, described triangle jut F is below described triangle jut E, described pincerlike jut C is below described triangle jut F, described pincerlike jut D is below described pincerlike jut C, and described chute D is at described pincerlike jut C, between pincerlike jut D, described chute F is below described pincerlike jut D, and described trapezoidal protrusion portion B is below described chute F, and described screens jut B is on described trapezoidal protrusion portion B, and described chute H is at described slideway, between trapezoidal protrusion portion B.
Described reinforce belt A is in the inside of described slideway.
Described reinforce belt B is in the inside of described base bar A.
Described reinforce belt C is in the inside of described base bar B.
The beneficial effects of the utility model are:
The polymer composite slideway of 1 novel improved structure, Ji Tiaoshang is provided with non-slip nosing, triangle jut, pincerlike jut, trapezoidal protrusion portion, upper and lower close-packed arrays, and slide member of in use effectively fitting, prevents from getting loose.
2 triangle jut levels are straggly, not only easy to usely can also carry out lateral tilting adjustment according to the thickness of slide member, thus reach the effect more fitted tightly.
3 triangle juts, trapezoidal protrusion portion, pincerlike jut can prevent foreign matter from entering chute.
More than 4 different chute can conveniently adjust.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described further:
In figure: 1-slideway, 2-base bar A, 3-base bar B, 4-non-slip nosing A, 5-non-slip nosing B, 6-reinforce belt A, 7-reinforce belt B, 8-reinforce belt C, 9-triangle jut A, 10-triangle jut B, 11-triangle jut C, 12-triangle jut D, 13-triangle jut E, 14-triangle jut F, the pincerlike jut A of 15-, the pincerlike jut B of 16-, the pincerlike jut C of 17-, the pincerlike jut D of 18-, 19-trapezoidal protrusion portion A, 20-trapezoidal protrusion portion B, 21-screens jut A, 22-screens jut B, 23-chute A, 24-chute B, 25-chute C, 26-chute D, 27-chute E, 28-chute F, 29-chute G, 30-chute H.
Embodiment:
The present embodiment comprises slideway 1, base bar A2, base bar B3, non-slip nosing A4, non-slip nosing B5, reinforce belt A6, reinforce belt B7, reinforce belt C8, triangle jut A9, triangle jut B10, triangle jut C11, triangle jut D12, triangle jut E13, triangle jut F14, pincerlike jut A15, pincerlike jut B16, pincerlike jut C17, pincerlike jut D18, trapezoidal protrusion portion A19, trapezoidal protrusion portion B20, screens jut A21, screens jut B22, chute A23, chute B24, chute C25, chute D26, chute E27, chute F28, chute G29, chute H30, base bar A2, base bar B3 is on slideway 1, and one end of slideway 1 connects base bar A2, and the other end of slideway 1 connects base bar B3, non-slip nosing A4 on the top of base bar A2, non-slip nosing B5 on the top of base bar B3, triangle jut A9, triangle jut C11, triangle jut D12, pincerlike jut A15, pincerlike jut B16, trapezoidal protrusion portion A19, chute G29 on base bar A2, triangle jut B10, triangle jut E13, triangle jut F14, pincerlike jut C17, pincerlike jut D18, trapezoidal protrusion portion B20, chute H30 is on base bar B3, and triangle jut A9 is at non-slip nosing A4, between chute A23, triangle jut C11 is below chute A23, and triangle jut D12 is below triangle jut C11, and pincerlike jut A15 is below triangle jut D12, pincerlike jut B16 is below pincerlike jut A15, and chute C25 is at pincerlike jut A15, between pincerlike jut B16, chute E27 is below pincerlike jut B16, and trapezoidal protrusion portion A19 is below chute E27, and screens jut A21 is on trapezoidal protrusion portion A19, and chute G29 is at slideway 1, between trapezoidal protrusion portion A19, triangle jut B10 is at non-slip nosing B5, between chute B24, triangle jut E13 is below chute B24, and triangle jut F14 is below triangle jut E13, and pincerlike jut C17 is below triangle jut F14, pincerlike jut D18 is below pincerlike jut C17, and chute D26 is at pincerlike jut C17, between pincerlike jut D18, chute F28 is below pincerlike jut D18, and trapezoidal protrusion portion B20 is below chute F28, and screens jut B22 is on trapezoidal protrusion portion B20, and chute H30 is at slideway 1, between trapezoidal protrusion portion B20.
Reinforce belt A6 is in the inside of slideway 1.
Reinforce belt B7 is in the inside of base bar A2.
Reinforce belt C8 is in the inside of base bar B3.
Utilize technological scheme described in the utility model, or those skilled in the art being under the inspiration of technical solutions of the utility model, designing similar technological scheme, and reach above-mentioned technique effect, is all fall into protection domain of the present utility model.
Claims (4)
1. a polymer composite slideway for novel improved structure, is characterized in that: comprise slideway, base bar A, base bar B, non-slip nosing A, non-slip nosing B, reinforce belt A, reinforce belt B, reinforce belt C, triangle jut A, triangle jut B, triangle jut C, triangle jut D, triangle jut E, triangle jut F, pincerlike jut A, pincerlike jut B, pincerlike jut C, pincerlike jut D, trapezoidal protrusion portion A, trapezoidal protrusion portion B, screens jut A, screens jut B, chute A, chute B, chute C, chute D, chute E, chute F, chute G, chute H, described base bar A, base bar B is on described slideway, and one end of described slideway connects described base bar A, and the other end of described slideway connects described base bar B, described non-slip nosing A on the top of described base bar A, described non-slip nosing B on the top of described base bar B, described triangle jut A, triangle jut C, triangle jut D, pincerlike jut A, pincerlike jut B, trapezoidal protrusion portion A, chute G on described base bar A, described triangle jut B, triangle jut E, triangle jut F, pincerlike jut C, pincerlike jut D, trapezoidal protrusion portion B, chute H is on described base bar B, and described triangle jut A is at described non-slip nosing A, between chute A, described triangle jut C is below described chute A, described triangle jut D is below described triangle jut C, described pincerlike jut A is below described triangle jut D, described pincerlike jut B is below described pincerlike jut A, and described chute C is at described pincerlike jut A, between pincerlike jut B, described chute E is below described pincerlike jut B, and described trapezoidal protrusion portion A is below described chute E, and described screens jut A is on described trapezoidal protrusion portion A, and described chute G is at described slideway, between trapezoidal protrusion portion A, described triangle jut B is at described non-slip nosing B, between chute B, described triangle jut E is below described chute B, described triangle jut F is below described triangle jut E, described pincerlike jut C is below described triangle jut F, described pincerlike jut D is below described pincerlike jut C, and described chute D is at described pincerlike jut C, between pincerlike jut D, described chute F is below described pincerlike jut D, and described trapezoidal protrusion portion B is below described chute F, and described screens jut B is on described trapezoidal protrusion portion B, and described chute H is at described slideway, between trapezoidal protrusion portion B.
2. the polymer composite slideway of a kind of novel improved structure according to claim 1, is characterized in that: described reinforce belt A is in the inside of described slideway.
3. the polymer composite slideway of a kind of novel improved structure according to claim 1, is characterized in that: described reinforce belt B is in the inside of described base bar A.
4. the polymer composite slideway of a kind of novel improved structure according to claim 1, is characterized in that: described reinforce belt C is in the inside of described base bar B.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520949890.0U CN205173233U (en) | 2015-11-25 | 2015-11-25 | Novel improve polymer based composite slide of structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520949890.0U CN205173233U (en) | 2015-11-25 | 2015-11-25 | Novel improve polymer based composite slide of structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205173233U true CN205173233U (en) | 2016-04-20 |
Family
ID=55737233
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520949890.0U Expired - Fee Related CN205173233U (en) | 2015-11-25 | 2015-11-25 | Novel improve polymer based composite slide of structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205173233U (en) |
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2015
- 2015-11-25 CN CN201520949890.0U patent/CN205173233U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160420 Termination date: 20161125 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |