TWM512703U - Multi-functional inspection container - Google Patents

Description

Multifunctional detection container

The present invention relates to a container, and more particularly to a container that provides a plurality of reagent grooves for mixing several reagents at a time.

There is no container in the market and domestic patents. There is no container that can be loaded with several kinds of reagents and the effects of each reagent are not interfered with each other. After artificial control, various reagents can be mixed into the same space, and the container diameter can be obtained. As a bottle cap. In the past, if you want to conduct an experiment, you need to prepare several bottles to carry several kinds of reagents, dry or wet, and then prepare the container to pour the test object, and then according to the order of the reagents to be tested, the first bottle can be Open the lid, pour it into the sample, stir evenly, wait for the reagent of the next dose to arrive, then pour the lid of the next jar into the specimen, stir evenly, wait for the reagent of the next dose to arrive, to This type of push, and finally completed the test.

The above prior art has the following problems. 1. Inconvenient to carry: Users need to carry a large number of bottles and cans. 2. The user is in danger of being exposed to the reagent: the user needs to open the reagent bottle and pour it into the sample during the experiment, which may cause accidental leakage. 3. Can not be single commercialization: If the testing company wants to sell a set of testing reagents, it must provide several kinds of bottles and cans, which is difficult to attract consumers.

In view of this, the present invention provides a chemical detection container comprising a transparent circular container, a white bottle cap, one or several different color groove covers and a white plastic software, the circular container and the bottle cap are locked. Closely combined, wherein the bottle of the circular container has a 5 ml mark line, and there is one or several reagent filling grooves above the bottle cap, and the edge height of the bottle cap is higher than the reagent filling groove, and the bottom of the groove is The plastic film has two indentations on the upper edge of the groove, and a groove cover is arranged above the groove, the circumference of the groove cover is slightly smaller than the circumference of the groove, the height is higher than the depth of the groove, and a convex mark is formed on the upper edge of the groove cover. The bottom of the circular container is recessed so that a plastic software is installed therein, and the bottom of the plastic software is also upwardly concave, and the inner edge is thick and thin. Thereby forming the chemical detection container.

The advantages and implementation of each component design are explained below.

1. Allowing several different objects to be dropped into the same container at different times to produce mixing: there are several reagent filling grooves above the bottle cap to store different reagents, and there are two indentations on the upper edge of the groove, the first way The dent can be spliced to the upper edge of the groove cover so that the reagent does not escape. By pressing the lower edge of the groove cover, the plastic film at the bottom of the groove is pierced to drop the reagent into the container, and the reagent can be dropped. It falls into the container and mixes with the liquid in the container, and the convex mark on the upper edge of the groove cover is spliced to the second indent of the upper edge of the groove, so that the groove cover still has the effect of sealing.

2. Easy to carry: The container is small in size, 57mm in diameter and 53mm in height, but it can be loaded with several reagents and the container itself.

3. It has to act as a bottle cap: the bottom of the round container has a groove that is upwardly recessed, and a rubber software that is upwardly concave and upwardly recessed, and the inside of the groove at the bottom of the container has a vertical and horizontal stepped section, and the upward convex There is also a vertical and horizontal stage difference between the rubber software. It is necessary to increase the friction after two pieces of installation and not to slide up and down, and the inner edge of the rubber software. The thick and thin vertical section is a trapezoidal shape, so that the rubber software bottle cap can seal the glass bottles of different sizes, and the suitable range is the glass bottle mouth with the diameter of 24.86mm~32.34mm. Please refer to Annex I for the glass bottles of different bottles to be suitable for the photos of this creation.

4. Safe operation: the user does not directly touch the reagents that may be harmful to the body, but the operation can be completed by pressing, and the function between the bottle cap and the container is prevented from leaking and the second opening is prohibited, so as to avoid the user's contact. The liquid that escapes. The mechanism of the second opening prohibition function is to use a segmented protruding thread on the inside of the bottle cap, and the thread of the bottle body has four raised barbs, and when the user turns the bottle cap clockwise, the segmented thread passes over the convexity. When the barb is used, the user cannot use his own force to counter-clockwise to break the barb, that is, the bottle cap cannot be opened again.

5. Easy to transport safely: The height of the edge of the bottle cap is higher than the height of the groove cover after installation, so as to avoid accidentally pressing the groove cover during transportation.

6. Easily identify the volume of the solution: the bottle is transparent and has a 5ml scale line for easy observation.

7. Easily observe the state of the solution. Color: The bottle is made of transparent acrylic and the plastic software is white to reflect the color of the solution.

The chemical detection container provided by the creation is used as follows. First, the seller fills the different reagent filling grooves on the bottle cap and covers the groove cover with the different reagents to be tested, and can be mass-produced and sold. The user pours the liquid to be tested into a circular container and closes the cap lock. Finally, the groove cover containing the reagent is pressed according to the order of use of the different reagents, and the groove cover pierces the bottle cap. The plastic film, which in turn allows the reagent to fall into the container, reacts with the test solution. Therefore, the creation can simplify the function of the detection program, and can be completed only by pressing, and is convenient to carry, and does not require other redundant reagent containers. Furthermore, the cap and container of the creation are dense. The leak-proof and non-secondary function has the advantage of safety. Finally, the plastic software installed at the bottom of the creation makes the container as a bottle cap.

A‧‧‧ is the reagent filling groove cover

B‧‧‧ is the cap

C‧‧‧ is a round container

D‧‧‧ is rubber software

E‧‧‧ is a side view of the reagent filling groove cover

F‧‧‧ is a top view of the reagent filling groove cover

G‧‧‧ is another side view of the reagent filling groove cover

H‧‧‧ is a bottom view of the reagent filling groove cover

I‧‧‧ is another side view of the reagent filling groove cover

J‧‧‧ is the side view of the bottle cap

K‧‧‧ is the bottom view of the bottle cap

L‧‧‧ is the side view of the bottle cap

M‧‧‧ is the top view of the bottle cap

N‧‧‧ is a sectional view of the bottle cap

O‧‧‧ is a sectional view of a circular container

P‧‧‧ is a bottom view of a round container

Q‧‧‧ is a side view of a round container

R‧‧‧ is a top view of a round container

S‧‧‧ is another sectional view of a round container

T‧‧‧ is a side view of rubber software

U‧‧‧ is a bottom view of rubber software

V‧‧‧ is a side view of rubber software

W‧‧‧ is a top view of rubber software

X‧‧‧ is a sectional view of rubber software

Figure 1 is a schematic cross-sectional view of the creation

Figure 2 is a schematic diagram of the reagent filling groove cover

Figure 3 is a schematic view of the bottle cap

Figure 4 is a schematic view of a circular container

Figure 5 is a schematic diagram of rubber software

Please refer to Figure 1, Figure 2, Figure 3, Figure 4, Figure 5. The present invention provides a solution detecting device, the container includes a reagent filling groove cover (A), a bottle cap (B) with a plurality of reagent filling grooves thereon, a round container (C), and a rubber software (D) The reagent filling groove cover is mounted on the reagent filling groove in a splicing manner, and the bottle cap is rotatably mounted on the container, and the rubber software is fitted in the fitting under the container.

A‧‧‧ is the reagent filling groove cover

B‧‧‧ is the cap

C‧‧‧ is a round container

D‧‧‧ is rubber software

Claims (12)

A chemical detection container comprises: a circular container with a bottom upwardly concave; a rubber software that is convex upward and concave at the bottom, which is installed at an upward concave end at the bottom of the circular container; The circular container lid of the trough is mounted directly above the circular container and is rotationally locked; a plurality of compressible reagents are used to fill the groove cover, which is spliced over the reagent filling recess. The chemical detection container according to claim 1, wherein the circular shape of the circular edge of the circular container has four raised barbs, the shape of which is an isosceles triangle to the right of the tip, and the inner edge of the bottle cap The segmented spiral fit achieves the function of prohibiting secondary opening. The chemical detection container according to claim 1, wherein the shape of the bottom of the circular container is concave and conforms to the rubber software which is convex upward and the bottom is concave upward, so that it can be tightly coupled. The chemical detection container according to claim 1, wherein the inner edge of the concave portion at the bottom of the circular container has a vertical and horizontal step difference, and combined with the external design of the rubber software, the friction is increased, and the upper and lower sides are not affected. slide. The chemical detection container according to claim 1, wherein the rubber software is thick and thin on the inner edge of the bottom upward concave portion, and the cross-sectional shape thereof is trapezoidal, so that the entire container is also suitable for different bottle size glass bottles. The cap. The chemical detection container according to claim 1, wherein the rubber software has a vertical and horizontal step type difference, and the design of the inner edge of the concave portion of the bottom of the circular container is combined to increase the friction force, so as not to slide up and down and left and right. . The chemical detection container according to claim 1 has a rubber software color white, which allows the user to more clearly recognize the color of the solution in the bottle body. The chemical detection container according to claim 1, wherein a plastic film is disposed under the respective reagent filling grooves in the circular container lid, and the plastic film is pierced by pressing the reagent cover by pressing the reagent, so that the plastic film is pierced. The reagent was allowed to fall into a round container. The chemical detection container according to claim 8, wherein the reagent loading groove has two indentations on the inner upper edge of the groove, and can be attached with a reagent to fill the upper edge of the groove cover, so that the reagent cover is filled and the groove cover is completed. When the cover is attached, the first dent can be spliced; and after the artificial pressing, the upper edge of the groove cover is slanted downwardly to the second dent, and the action of piercing the plastic film can be completed. The chemical detecting container according to claim 1 is characterized in that the height of the cap side of the circular container lid is higher than that of the groove cover after the loading and mounting, so that the groove cover can be prevented from being accidentally pressed during transportation. The chemical detection container according to claim 1, wherein the circumference of the groove cover is slightly smaller than the reagent filling groove, the height is larger than the reagent filling groove, and the upper edge has a protrusion to match the two dents of the upper edge of the groove. Therefore, the groove cover can achieve the function of the sealed filling reagent and the solution of the sealing reagent falling behind. The chemical detection container according to claim 1, wherein the color of the groove cover can be different according to the reagent to identify the groove for loading the different reagents.