CN210752803U

CN210752803U - Anti-pollution experimental reagent pipe support that splices of many specifications

Info

Publication number: CN210752803U
Application number: CN201921048118.6U
Authority: CN
Inventors: 崔媛媛; 郭治理; 王晓龙; 邱忠营
Original assignee: Xian Medical University
Current assignee: Xian Medical University
Priority date: 2019-07-04
Filing date: 2019-07-04
Publication date: 2020-06-16
Anticipated expiration: 2029-07-04

Abstract

The utility model discloses an anti-pollution experimental reagent pipe support that splices of many specifications, including reagent pipe support body, the both sides of reagent pipe support body are equipped with curb plate tongue and curb plate recess respectively, and the shape of curb plate tongue and curb plate recess matches each other, and the top surface of reagent pipe support body is equipped with a plurality of roof-plate holes, the rigid coupling gasket on each roof-plate hole, and the gasket is continuous triangle-shaped cockscomb structure, and triangle-shaped cockscomb structure gasket encircles the pore size of the adjustable roof-plate hole of roof-plate hole a week in the roof-plate hole, and the gasket of flexible material has guaranteed the upright placement of reagent pipe, prevents the reagent pollution because of reagent pipe slope causes; reagent tubes with various specifications can be placed in one support, so that the step of frequently replacing reagent tube supports with different specifications in the experimental operation process is avoided, and the use of the support is reduced; the matching of a plurality of supports through the curb plate tongue and groove extends in order, has reduced because of the support puts the reagent misuse that unordered leads to.

Description

Anti-pollution experimental reagent pipe support that splices of many specifications

Technical Field

The utility model belongs to the experimental apparatus field, concretely relates to anti-pollution experimental reagent pipe support that splices of many specifications.

Background

The experimental reagent tube bracket is one of the most common auxiliary devices in various experiments, and is widely applied to experimental research in various professional fields. The types of the currently used experimental reagent tube holders are many, but most of the holders are designed according to the size of the reagent tube with the same specification, such as holders suitable for commonly used 50ml or 15ml centrifuge tubes or glass test tubes, 1.5ml or 0.5ml EP tubes, and the like. Reagent tubes with different specifications can be placed on different side surfaces of part of the bracket, but the reagent tubes with the same specification can be placed at one time when the bracket is used; although a small-sized reagent tube can be placed in a large-sized bracket, for example, a 15ml centrifuge tube can be placed in a 50ml centrifuge tube bracket, the 15ml centrifuge tube is easy to incline when placed due to the unmatched sizes, so that the reagent tube is contacted with the surrounding centrifuge tubes to cause reagent pollution; in addition, the quantity that big specification centrifuging tube can be placed to current support is less, though can increase the quantity of support, but a plurality of supports use simultaneously, and the operator is easy to be because of the support places unordered misuse that causes experimental reagent, leads to the failure of experiment. Whether the reagents are contaminated with each other or misused, the experimental results are directly affected.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an anti-pollution experimental reagent pipe support that splices of many specifications can place the reagent pipe of multiple different specifications simultaneously, saves experimental space, and is difficult for taking place the contact and cause reagent pollution in the support between the reagent pipe of placing.

The utility model discloses the technical scheme who adopts is, an anti-pollution experimental reagent pipe support that splices of many specifications, including reagent pipe support body, one side of reagent pipe support body is equipped with the curb plate tongue, and the opposite side of reagent pipe support body is opened there is the curb plate recess, and the curb plate tongue can mate with the mutual gomphosis of the shape of curb plate recess, and the top surface of reagent pipe support body is equipped with a plurality of roof-plates holes, rigid coupling gasket on every roof-plate hole, and the gasket is continuous triangle-shaped cockscomb structure, and triangle-shaped cockscomb structure gasket encircles the pore size of the adjustable roof-plate hole of the downthehole a week of roof, and a plurality of curb plate holes have all.

The utility model is also characterized in that,

the reagent tube bracket body is made of light, high-temperature resistant and low-temperature resistant materials.

The material of the reagent tube bracket body is resin.

The spacer is made of a flexible material.

The gasket is made of elastic silica gel.

The aperture of the top plate hole is 10 mm-35 mm.

The top surface and the both sides face of reagent pipe support body all are equipped with a plurality of hole serial numbers, and the hole serial number sets up in one side in roof plate hole and curb plate hole, and the hole serial number of reagent pipe support body top surface is the same and the position one-to-one with the quantity in roof plate hole, and the hole serial number of reagent pipe support body both sides is the same and the position one-to-one with the quantity in curb plate hole.

The side plate convex groove and the side plate groove are both trapezoidal.

The side plate hole is oval, the long axis range of the side plate hole is 12 mm-17 mm, and the short axis range of the side plate hole is 7 mm-10 mm.

A plurality of bottom plate holes are formed in the bottom surface of the reagent tube support body, and the bottom plate holes correspond to the top plate holes in the same number and in the positions one to one.

The utility model has the advantages that:

(1) the utility model relates to an anti-pollution experimental reagent pipe support that splices of many specifications, experiment operator select suitable jack position to put into according to the size of reagent pipe, can realize that a support just can place the purpose of multiple specification reagent pipe commonly used, and the support is high temperature resistant and low temperature resistant material, can be used to the heating and the freezing of reagent.

(2) The utility model relates to an anti-pollution experimental reagent pipe holder that splices of many specifications, the maximum diameter in roof plate hole is fit for commonly used 50ml centrifuging tube

The vertical placement of the small-diameter reagent tube can be guaranteed by the elastic silica gel gasket in the hole, and the reagent tube is prevented from being polluted due to the inclination.

(3) The utility model relates to an anti-pollution experimental reagent pipe support that splices of many specifications has oval hole not of uniform size on the board of both sides, can place 1.5ml or 0.5 ml's EP pipe respectively, and makes the EP pipe be close to upright placing.

(4) The utility model relates to an anti-pollution experimental reagent pipe support that splices of many specifications, the recess and the tongue of support both sides are the trapezoidal that the shape matches each other, and the order of placing is guaranteed to the support length that can extend through the matching of each other of tongue and groove between different supports, prevents to place the unordered reagent mistake that causes because of the support.

(5) The utility model relates to an anti-pollution experimental reagent pipe support that splices of many specifications, the reagent pipe of multiple specification commonly used in laboratory can be placed to a support, and many, in disorder, miscellaneous putting when reducing the experiment operation reduces usage space as far as possible, liberation experiment operator's both hands.

Drawings

Fig. 1 is the utility model discloses an anti-pollution experimental reagent pipe holder that splices of many specifications structural schematic.

In the figure, 1 is a reagent tube support body, 2 is a side plate convex groove, 3 is a hole number, 4 is a gasket, 5 is a top plate hole, 6 is a side plate groove, 7 is a side plate hole, and 8 is a bottom plate hole.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings and specific embodiments.

The utility model relates to an anti-pollution experimental reagent pipe support that can splice of many specifications, as shown in figure 1, including reagent pipe support body 1, one side of reagent pipe support body 1 is equipped with curb plate tongue 2, reagent pipe support body 1's opposite side is opened there is curb plate recess 6, curb plate tongue 2 matches each other with curb plate recess 6's shape, the top surface of reagent pipe support body is equipped with a plurality of roof-plate holes 5, rigid coupling gasket 4 on every roof-plate hole, gasket 4 is continuous triangle-shaped cockscomb structure, triangle-shaped cockscomb structure gasket 4 encircles the aperture size of the adjustable roof-plate hole 5 of a week in the roof-plate hole 5, the aperture size of roof-plate hole 5 is 10mm ~ 35mm, a plurality of curb plate holes 7 have all been opened to the both sides of reagent pipe support.

The reagent tube support body 1 is made of light, high-temperature resistant and low-temperature resistant materials, and the resin effect is good.

The gasket 4 is made of flexible material, and the elastic silica gel effect is better.

Reagent pipe support body 1's top surface and both sides face all are equipped with a plurality of hole serial numbers 3, and hole serial numbers 3 set up respectively in top plate hole 5 and with one side of curb plate hole 7, the same and position one-to-one in the quantity of hole serial numbers 3 and top plate hole 5 of 1 top surface of reagent pipe support body, the same and position one-to-one in the quantity of hole serial numbers 3 and curb plate hole 7 of 1 both sides of reagent pipe support body.

Curb plate tongue 2 and curb plate recess 6 are trapezoidal, and curb plate tongue 2 and curb plate recess 6 become complementary trapezoidal for the recess and the tongue of a plurality of supports can match each other, and then can connect a plurality of test tube holders.

The side plate hole 7 is oval, the major axis range of the side plate hole 7 is 12 mm-17 mm, the minor axis range is 7 mm-10 mm, thereby ensuring that the EP tube of 1.5ml and 0.5ml is approximately in an upright state when being placed.

Reagent pipe support body 1's bottom surface is opened has a plurality of bottom plate holes 8, and bottom plate hole 8's diameter is less than top plate hole 5's minimum aperture, and bottom plate hole 8 is the same and the position one-to-one with top plate hole 5's quantity, and bottom plate hole 8 has supplementary fixed effect to the reagent pipe of placing in the top plate hole 5.

The utility model relates to an anti-pollution experimental reagent pipe holder that splices of many specifications, its working process as follows:

when in use, reagent tubes with different specifications are directly placed in the top plate holes 5 or the side plate holes 7. The main material of the device is light and is resistant to high temperature and low temperature, so that the device has wide application range and convenient operation; meanwhile, the gasket 4 in the top plate hole 5 ensures that reagent tubes of different specifications can be placed vertically, so that reagent pollution caused by inclination is prevented, and the bottom plate hole 8 has an auxiliary fixing effect on the reagent tubes placed in the top plate hole 5; the oval shape of the side plate hole 7 ensures that 1.5ml and 0.5ml EP tubes are almost in an upright state when placed, thereby being convenient for operation and saving space; in addition, if reagent pipe is more, the matching of the curb plate tongue 2 of different support both sides and curb plate recess 6 of accessible extends support length, reduces because of a plurality of supports put the reagent misuse that unordered and cause, and the setting of hole number 3 is because of reagent pipe is more and confuse each other when avoiding doing the experiment.

Claims

1. The utility model provides an anti-pollution experimental reagent pipe support that can splice of many specifications, a serial communication port, including reagent pipe support body (1), one side of reagent pipe support body (1) is equipped with curb plate tongue (2), the opposite side of reagent pipe support body (1) is opened there is curb plate recess (6), curb plate tongue (2) and the shape of curb plate recess (6) match each other, reagent pipe support body (1) top surface is equipped with a plurality of roof-plate holes (5), rigid coupling gasket (4) are gone up in every roof-plate hole (5), gasket (4) are continuous triangle-shaped cockscomb structure, triangle-shaped cockscomb structure gasket (4) encircle the size of the adjustable roof-plate hole (5) of a week, the both sides of reagent pipe support body (1) are all opened there are a plurality of side plate holes.

2. The multi-specification anti-pollution splittable experimental reagent tube holder according to claim 1, wherein the reagent tube holder body (1) is made of a light, high temperature and low temperature resistant material.

3. The multi-specification anti-pollution spliceable experimental reagent tube bracket according to claim 2, wherein the material of the reagent tube bracket body (1) is resin.

4. A multi-format contamination-proof spliceable laboratory reagent tube rack according to claim 1, wherein the gasket (4) is made of flexible material.

5. The multi-specification anti-pollution spliceable experimental reagent tube bracket according to claim 4, wherein the gasket (4) is made of elastic silica gel.

6. The multi-specification anti-pollution splittable experimental reagent tube holder according to claim 1, wherein the hole diameter of the top plate hole (5) is 10mm to 35 mm.

7. The multi-specification anti-pollution splittable experimental reagent tube holder according to claim 6, wherein a plurality of bottom plate holes (8) are formed in the bottom surface of the reagent tube holder body (1), the diameter of each bottom plate hole (8) is smaller than the minimum value of the aperture of the top plate hole (5), and the bottom plate holes (8) are the same as the top plate holes (5) in number and are in one-to-one correspondence with the top plate holes (5) in position.

8. The multi-specification anti-pollution spliceable experimental reagent tube bracket according to claim 1, wherein the side plate tongue (2) and the side plate groove (6) are both trapezoidal.

9. The multi-specification anti-pollution splittable experimental reagent tube holder according to claim 1, wherein the side plate holes (7) are oval, the major axis range of the side plate holes (7) is 12mm to 17mm, and the minor axis range of the side plate holes (7) is 7mm to 10 mm.

10. The multi-specification anti-pollution spliceable experimental reagent tube support according to any one of claims 1-9, wherein the top surface and both sides of the reagent tube support body (1) are provided with a plurality of hole numbers (3), the hole numbers (3) are arranged on one side of the top plate holes (5) and the side plate holes (7), the number of the hole numbers (3) on the top surface of the reagent tube support body (1) is the same as that of the top plate holes (5), the positions of the hole numbers (3) on the both sides of the reagent tube support body (1) are in one-to-one correspondence, and the number of the hole numbers (3) on the both sides of the reagent tube support body (1) is the same as that of the side plate holes.