CN204374053U - For the Tensile Tester web member of drawing adhesion test - Google Patents
For the Tensile Tester web member of drawing adhesion test Download PDFInfo
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- CN204374053U CN204374053U CN201520038210.XU CN201520038210U CN204374053U CN 204374053 U CN204374053 U CN 204374053U CN 201520038210 U CN201520038210 U CN 201520038210U CN 204374053 U CN204374053 U CN 204374053U
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- dolly
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Abstract
The utility model is used for the Tensile Tester web member of drawing adhesion test, and containing upper and lower plate jig, dolly web member, described upper flat plate fixture is that centre has sunk area and dolly through hole, both sides to have the plate-type structural piece of through hole; Described dolly web member is the cylindrical structural part having upper connecting hole, lower link; Described lower plate jig is the "T"-shaped structural member that platy structure and cylindrical structural are formed, and is provided with the through hole on both sides and lower connecting hole; Described upper and lower plate jig energy clamping test plate, with hex bolts and hexagonal nut interlocking; To utilize under dolly nose circle and bondd by clamping test plate, nose circle on dolly is socketed through the lower end of dolly through hole with dolly web member, realize the connection of Tensile Tester by this web member and test board.The utility model has played the strong point of two kinds of instruments, and make drawing adhesion test solidification easy for installation, it is more convenient to use, and obtain data and more accurately facilitate, utilization factor is higher.
Description
Technical field
The utility model relates to mechanical stretching instrument technical field, is specifically related to chemical machinery Properties Tensile test instrument equipment, is a kind of Tensile Tester web member for the test of drawing adhesion.
Background technology
Drawing type adhesion-force tester (such as Elcometer 106) and Tensile Tester (such as QJ212) in the test of chemical machinery Properties Tensile, use two kinds of more equipment at present.The two all has advantage, but also Shortcomings: drawing type adhesion-force tester Elcometer106 can be used for the uniaxial direct tensile strength test (see Fig. 1) of coating in carbon steel platen surface, but it belongs to non-electronic data display equipment, needs test limit, limit reading.And QJ212 at the uniform velocity Tensile Tester and conventional drawing head be applicable to drawing type adhesion after combining and test, can be used at the uniform velocity testing and have the electronic data of test to show; But it directly can not pull open the test of method adhesion on test board to coating, two drawing head docking are carried out again after needing to carry out sandblasting, application, solidification on subassembly drawing head, namely first with the adhesive solidification being greater than coating adhesion, and then drawing property test is carried out.So existing equipment has certain inconvenience in use.
Utility model content
The purpose of this utility model is to solve the problem, a kind of Tensile Tester web member for the test of drawing adhesion is provided, it utilizes the advantage of drawing type adhesion-force tester and Tensile Tester structure, provides a kind of that can combinationally use with QJ212 Tensile Tester, directly can carry out the test of drawing type adhesion at test board web member; Have simple installation, size dimension can the size of drawing sheet material as required adjust, advantage simple to operate, solidify between coating and adhesive, process simple to operation.
For realizing above-mentioned object, the utility model have employed following technical scheme.
A kind of Tensile Tester web member for the test of drawing adhesion, it is characterized in that, containing upper flat plate fixture, dolly web member, lower plate jig, described upper flat plate fixture is that centre has sunk area and in the middle of described sunk area, is provided with the plate-type structural piece of dolly through hole, is provided with through hole (the Ith through hole, the IIth through hole, the IIIth through hole and the IVth through hole) on the both sides of upper flat plate fixture; Described dolly web member is that upper end has upper connecting hole, and lower end is provided with the cylindrical structural part of link; The "T"-shaped structural member that described lower plate jig is integrated: top is plate-type structural piece, the both sides of described top plate structural member are provided with through hole (the Ith through hole, the IIth through hole, the IIIth through hole and the IVth through hole), bottom is cylindrical structural part, is provided with lower connecting hole (test tensilometer with drawing adhesion and combine use) in the lower end of described bottom cylindrical structural part; Described lower plate jig to be fitted clamping test plate with described upper flat plate fixture, by through hole (the Ith through hole, the IIth through hole, the IIIth through hole and the IVth through hole) hex bolts and the hexagonal nut interlocking on their both sides separately; To utilize under dolly (accessory of Elcometer 106) nose circle and bondd by clamping test plate, the lower end of nose circle on dolly through dolly through hole dolly through hole and dolly web member is socketed, realizes the connection of Tensile Tester (by web member of the present utility model) and test board.
Further, described link is half open form connector, and the diameter of its connector is greater than the diameter of dolly.
Further, the length in described upper flat plate clamp recess region is greater than the diameter of described dolly web member lower end link.
Further, the consistency of thickness of nose circle under the thickness of described sunk area and described dolly.
Further, the diameter of described dolly through hole is greater than the diameter of nose circle under described dolly.
Further, described hex bolts and hexagonal nut comprise the Ith hex bolts, the Ith hexagonal nut, the IIth hex bolts, the IIth hexagonal nut, the IIIth hex bolts, the IIIth hexagonal nut, the IVth hex bolts and the IVth hexagonal nut.
The good effect that the utility model is used for the Tensile Tester web member of drawing adhesion test is:
(1) web member of the present utility model the accessory " dolly " of drawing type adhesion-force tester Elcometer106 and the data of Tensile Tester QJ212 are read in real time, electronic data display device with the use of, make use of the strong point of two kinds of instruments, solidify easy for installation, it is more convenient to use, obtain data more accurately to facilitate, utilization factor is higher.
(2) adjust the radian of nose circle bottom surface under dolly, can be used for testing the drawing adhesion of the test board having certain radian.
(3) web member of the present utility model controls drawing speed by QJ212 Tensile Tester, ensures that test process is in low speed, at the uniform velocity state, guarantees that test data can embody the mechanical property of coating more accurately.
(4) web member of the present utility model is utilized can to avoid cohesive strength because not knowing to test sample and the manually operated risk that causes.
Accompanying drawing explanation
Fig. 1 is the structural representation of existing drawing head web member.
Label in figure is respectively:
11, upper connecting hole; 12, lower connecting hole; 13, drawing head coating coating test surfaces.
Fig. 2 is the structural representation of a kind of Tensile Tester web member for the test of drawing adhesion of the utility model.
Fig. 3 is the structural representation of upper flat plate fixture and sunk area.
Fig. 4 is the structural representation of dolly web member and half open form connector.
Fig. 5 is the structural representation of dolly.
Label in figure is respectively:
21, upper flat plate fixture; 211, sunk area; 212, dolly through hole;
22, dolly web member; 23, upper connecting hole; 24, half open form connector;
25, lower plate jig; 26, lower connecting hole; 271, the Ith hex bolts;
272, the IIth hex bolts; 273, the IIIth hex bolts; 274, the IVth hex bolts;
281, the Ith hexagonal nut; 282, the IIth hexagonal nut; 283, the IIIth hexagonal nut;
284, the IVth hexagonal nut; 291, the Ith through hole; 292, the IIth through hole;
293, the IIIth through hole; 294, the IVth through hole; 210, dolly;
2101, upper nose circle; 2102, lower nose circle.
Embodiment
Further illustrate the embodiment of the Tensile Tester web member that the utility model is tested for drawing adhesion below in conjunction with accompanying drawing, but it is noted that enforcement of the present utility model is not limited to following embodiment.
See Fig. 2.For a Tensile Tester web member for drawing adhesion test, containing upper flat plate fixture 21, sunk area 211, dolly through hole 212, dolly web member 22, upper connecting hole 23, half open form connector 24, lower plate jig 25, lower connecting hole 26, the Ith hex bolts 271, the IIth hex bolts 272, the IIIth hex bolts 273, the IVth hex bolts 274, the Ith hexagonal nut 281, the IIth hexagonal nut 282, the IIIth hexagonal nut 283, the IVth hexagonal nut 284.Involved structural member is all hardware.
Described upper flat plate fixture 21 is that centre has sunk area 211 and in the middle of described sunk area 211, is provided with the plate-type structural piece (see Fig. 3) of dolly through hole 212: the length of described sunk area 211 should be greater than the diameter of dolly web member 22 lower end link; The thickness of described sunk area 211 can with the consistency of thickness of dolly 210 times nose circles 2102; The diameter of described dolly through hole 212 should be greater than the diameter of dolly 210 times nose circles 2102; One or two through holes (the Ith through hole 291 and the IIIth through hole 293 or the Ith through hole 291, the IIth through hole 292, the IIIth through hole 293 and the IVth through hole 294) are respectively set on the both sides of described upper flat plate fixture 21.
Described dolly web member 22 for upper end is provided with upper connecting hole 23(for testing the combination of tensilometer QJ212 with drawing adhesion), lower end is provided with the cylindrical structural part (see Fig. 4) of link: described link can make half open form connector 24, and the diameter of its connector should be greater than the diameter of dolly 210.For saving material, according to the requirement of interface on different model drawing adhesion tensilometer, the top of described dolly web member 22 can be made the structure with Interface Matching on drawing adhesion tensilometer.
Continue and see Fig. 2.The "T"-shaped structural member that described lower plate jig 25 is integrated: top is for being similar to upper flat plate fixture 21(but not having sunk area 211) plate-type structural piece, one or two through holes (the Ith through hole 291 and the IIIth through hole 293 or the Ith through hole 291, the IIth through hole 292, the IIIth through hole 293 and the IVth through hole 294) are respectively set on the both sides of top plate structural member.The bottom of described lower plate jig 25 is cylindrical structural part, arranges lower connecting hole 26(for testing the combination of tensilometer QJ212 with drawing adhesion in its lower end).The polycrystalline substance part of described lower plate jig 25, according to the requirement of different model drawing adhesion tensilometer lower interface, is made the structure of mating with drawing adhesion tensilometer lower interface by the polycrystalline substance part of described lower plate jig 25.Described lower plate jig 25 can fit with described upper flat plate fixture 21 together with clamping test plate (needing to carry out the straight model of drawing adhesion test), by through hole (the Ith through hole 291 on the respective both sides of described upper flat plate fixture 21 and described lower plate jig 25, IIth through hole 292, IIIth through hole 293 and the IVth through hole 294) use hex bolts (the Ith hex bolts 271, IIth hex bolts 272, IIIth hex bolts 273 and the IVth hex bolts 274) and hexagonal nut (the Ith hexagonal nut 281, IIth hexagonal nut 282, IIIth hexagonal nut 283 and the IVth hexagonal nut 284) interlocking, complete the clamping of described lower plate jig 25 and described upper flat plate fixture 21.Can arrange on described upper flat plate fixture 21 and the both sides of described lower plate jig 25 and one fix or two fix on one side on one side, concrete visual drawing requires to arrange.
The accessory of recycling dolly 210(Elcometer 106, see Fig. 5): the lower nose circle 2102 of described dolly 210 is bondd with by clamping test plate (on coating), the upper nose circle 2101 of described dolly 210 is socketed through the half open form connector 24 of dolly through hole 212 with described dolly web member 22 lower end, make described upper flat plate fixture 21 and described dolly web member 22 become an integral structure component, realize the connection of Tensile Tester by web member of the present utility model and test board.
In enforcement, the radian of adjustment dolly 210 times nose circle 2102 bottom surfaces, can be used for there being the test board of certain radian to carry out the test of drawing adhesion.
The use-pattern that the utility model is used for the Tensile Tester web member of drawing adhesion test is:
(1) at the bottom of described dolly 210 coating adhesive, by described dolly 210, (plan is carried out the straight model of drawing adhesion test or is had the test board of certain radian with test board, chemical industry adopts the test steel plate of 100 × 100 × 6mm usually) on coating bonding, push down by appropriate weight, solidification of controlling well connects, that is, make adhesive bond and to solidify the lower end of dolly 210 and the coating of test board, make test data close to actual value.Can according to requiring to use different adhesives to complete solidification.To be solidified complete after the coating of stripping dolly 210 times nose circle 2102 bottom periphery, make test zone be only region bottom dolly 210 times nose circles 2102.
(2) the dolly through hole 212 of the upper nose circle 2101 of the dolly 210 bondd through upper flat plate fixture 21 is socketed with half open form connector 24 of dolly web member 22 lower end, realizes the connection of Tensile Tester QJ212 by web member of the present utility model and test board.
(3) test board is clamped with plate jig 21 and lower plate jig 25, use the Ith hex bolts 271, the Ith hexagonal nut 281 again, IIth hex bolts 272, the IIth hexagonal nut 282, IIIth hex bolts 273, the IIIth hexagonal nut 283, IVth hex bolts 274 and the IVth hexagonal nut 284 are fixed from both sides (can one be fixed on one side, can two fix on one side), make described upper flat plate fixture 21, dolly web member 22 be linked to be an integral structure component with described lower plate jig 25 with test board.
(4) the upper connecting hole 23 of the upper end of Tensile Tester (QJ212) by described upper flat plate fixture 21 top is connected with web member of the present utility model.
(5) the lower connecting hole 26 of the lower end of Tensile Tester (QJ212) by described lower plate jig 25 lower end is connected with web member of the present utility model.
(6) carry out drawing adhesion extension test: drawing speed is set by Tensile Tester (QJ212), by zeros data, start and start key, start drawing adhesion extension test, by the electronic data display screen read test data of instrument.
Claims (6)
1. the Tensile Tester web member for the test of drawing adhesion, it is characterized in that, containing upper flat plate fixture (21), dolly web member (22), lower plate jig (25), described upper flat plate fixture (21) has sunk area (211) for centre and in the middle of described sunk area (211), is provided with the plate-type structural piece of dolly through hole (212), is provided with through hole on the both sides of upper flat plate fixture (21); Described dolly web member (22) is upper connecting hole (23) for upper end has, and lower end is provided with the cylindrical structural part of link; The "T"-shaped structural member that described lower plate jig (25) is integrated: top is plate-type structural piece, the both sides of described top plate structural member are provided with through hole, bottom is cylindrical structural part, is provided with lower connecting hole (26) in the lower end of described bottom cylindrical structural part; Described lower plate jig (25) to be fitted clamping test plate with described upper flat plate fixture (21), by them the through hole hex bolts on both sides and hexagonal nut interlocking separately; To utilize under dolly (210) nose circle (2102) and bondd by clamping test plate, upper for dolly (210) nose circle (2101) is socketed through the lower end of dolly through hole dolly through hole (212) with dolly web member (22), realizes the connection of Tensile Tester and test board.
2. the Tensile Tester web member for the test of drawing adhesion according to claim 1, it is characterized in that, described link is half open form connector (24), and the diameter of its connector is greater than the diameter of dolly (210).
3. the Tensile Tester web member for the test of drawing adhesion according to claim 1, it is characterized in that, the length of described upper flat plate fixture (21) sunk area (211) is greater than the diameter of described dolly web member (22) lower end link.
4. the Tensile Tester web member for the test of drawing adhesion according to claim 3, is characterized in that, the consistency of thickness of nose circle (2102) under the thickness of described sunk area (211) and described dolly (210).
5. the Tensile Tester web member for the test of drawing adhesion according to claim 1, is characterized in that, the diameter of described dolly through hole (212) is greater than the diameter of nose circle (2102) under described dolly (210).
6. the Tensile Tester web member for the test of drawing adhesion according to claim 1, it is characterized in that, described hex bolts and hexagonal nut comprise the Ith hex bolts (271), the Ith hexagonal nut (281), IIth hex bolts (272), the IIth hexagonal nut (282), IIIth hex bolts (273), the IIIth hexagonal nut (283), the IVth hex bolts (274) and the IVth hexagonal nut (284).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520038210.XU CN204374053U (en) | 2015-01-20 | 2015-01-20 | For the Tensile Tester web member of drawing adhesion test |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520038210.XU CN204374053U (en) | 2015-01-20 | 2015-01-20 | For the Tensile Tester web member of drawing adhesion test |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204374053U true CN204374053U (en) | 2015-06-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520038210.XU Active CN204374053U (en) | 2015-01-20 | 2015-01-20 | For the Tensile Tester web member of drawing adhesion test |
Country Status (1)
| Country | Link |
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| CN (1) | CN204374053U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104614313A (en) * | 2015-01-20 | 2015-05-13 | 上海海隆石油化工研究所 | Tensile tester connector used for drawing attachment force testing |
| CN108680131A (en) * | 2018-05-24 | 2018-10-19 | Oppo广东移动通信有限公司 | dispensing test fixture |
-
2015
- 2015-01-20 CN CN201520038210.XU patent/CN204374053U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104614313A (en) * | 2015-01-20 | 2015-05-13 | 上海海隆石油化工研究所 | Tensile tester connector used for drawing attachment force testing |
| CN108680131A (en) * | 2018-05-24 | 2018-10-19 | Oppo广东移动通信有限公司 | dispensing test fixture |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20180329 Address after: 200949 No. 1825 East Luo Road, Shanghai, Baoshan District Patentee after: Shanghai Hilong Shine New Material Co., Ltd. Address before: 200949 No. 1825 East Luo Road, Shanghai, Baoshan District Co-patentee before: Shanghai Hilong Shine New Material Co., Ltd. Patentee before: Shanghai Hilong Oil Chemical Research Institute Co-patentee before: Hilong Petroleum Industry Group Co., Ltd. |
|
| TR01 | Transfer of patent right |