CN104608995B - A kind of slip bowl care with convertible label fixes dactylethrae Riker mount - Google Patents

Abstract

The invention discloses a sliding bowl support fixed finger-shaped tube specimen box with a reversible label, aiming to provide a neat and beautiful specimen box which can securely fix the finger-shaped tube specimen, is easy to find during use. It is composed of a label card, a specimen box, transparent glass, a bottom plate, a bowl holder, a slide rail, an open clip, and a foamed plastic block. The label card is a transparent rectangular card with a label slot, and there are rotating shafts connected to the side of the specimen box on both sides in the middle; the bowl holder, open clip, and foamed plastic blocks are arranged in a straight line from bottom to top and fixed on the bottom plate. The holder can move up and down along the slide rail; the transparent glass is rectangular and covers the top of the specimen box. The invention has the advantages of simple structure, low price and convenient use, and can securely fix finger-shaped tube specimens, and is convenient for searching during use.

Description

A sliding bowl rest fixed finger tube specimen box with flip-up label

technical field

A sliding bowl support fixed finger tube specimen box with a flip-up label is a box for storing insect and plant specimens, more specifically, a specimen box with a label card and a fixed finger tube structure, so that Specimen box for easy search and long-term storage.

Background technique

Insect and plant specimens are basic test materials for teaching and scientific research. Usually the specimen box is a flat cuboid box. In teaching, a large number of specimen boxes are stacked one by one in the specimen cabinet according to classification, and they are found out when a certain type of specimen is needed. The names of the specific specimens are all marked on a piece of paper in the specimen box, and the specimens are stacked in higher specimen cabinets, so it is difficult to find the desired specimen quickly. In order to facilitate the search, most experimenters usually use a method of affixing a label on the outwardly stored side of the rectangular specimen box in advance, and labeling the specific name of the specimen. However, due to the frequent use of specimens, friction or long-term storage, the writing on the label gradually becomes blurred or falls off naturally, and it takes time and effort to paste it again. In order to prevent the label from rubbing and falling off, transparent tape is often used to stick the outer surface of the label, but after a long time, the transparent tape will age and turn yellow, which will affect the appearance of the box.

The insect specimens in the specimen box are the most primitive and basic important materials for teaching and scientific research, wherein insect eggs and larvae specimens are preserved in finger tubes with alcohol. Finger tubes are generally made of glass test tubes, which contain specimens, alcohol solutions, etc., and the upper seal is formed by hot melting glass. Its shape is characterized by irregular sharp cones at the upper seal. The finger tubes are usually sewn with needles and thread, and fixed one by one on the bottom plastic gasket in the specimen box. During teaching, students frequently pick up and watch and carry. Due to the long-term action of gravity, the finger tube will expand the coil, causing the coil to loosen and the finger tube to shift, making it difficult for observers to see the front identification label in the tube. Some finger-shaped tubes even slipped from the fixed coil and hit the wall of the specimen box, causing the finger-shaped tubes to rupture, the alcohol in the tubes flowed out, and the specimens were damaged. Usually the experimenter finds that the finger-shaped tube is displaced and opens the specimen box, re-sutures the finger-shaped tube to fix it again, or sticks the finger-shaped tube to the plastic spacer with double-sided tape. But after a period of time, it will be found that the double-sided tape loses its viscosity, the sutures become loose, and the finger tubes are displaced and damaged again. This conventional repair method can only be fixed for a period of time, and it will be displaced and damaged after a long time, and it is time-consuming and laborious to operate.

The present invention solves the problem that the above-mentioned labels are easily damaged and difficult to find the required specimen box quickly by adding a reversible L-shaped label card with a label groove on the side of the specimen box, and it is also easier to stack labels at designated positions. Neat and beautiful; the finger tube is fixed by arranging a foam plastic block with a finger tube sample hole in the specimen box, which solves the problem that the finger tube sample is fragile.

Contents of the invention

The purpose of the present invention is to set a reversible transparent rectangular card with a label groove on the side of the specimen box, which is convenient for quickly finding the required specimens, and the stacking of similar specimens is more neat and beautiful; Type clips and foamed plastic blocks are used to fix the finger tubes to solve the problem of fragile finger tube specimens.

1. The structure of a sliding bowl holder with a flip-up label to fix the finger-shaped tube specimen box:

(1) A sliding bowl holder with a reversible label to fix the finger-shaped tube specimen box, which is composed of a label card, a specimen box, transparent glass, a bottom plate, a bowl holder, a slide rail, an open clip, and a foamed plastic block. Yes, the label card mentioned is a transparent rectangular card with a label slot, and there are rotating shafts connected to the side of the specimen box on both sides in the middle; the bowl holder, open clip, and foamed plastic blocks are arranged in a straight line and fixed in order from back to front On the bottom plate, the bowl support can move back and forth along the slide rail; the transparent glass is rectangular and located above the specimen box.

(2) It is characterized in that the label card is a transparent rectangular card with a label slot, and there are rotating shafts connected to the side of the specimen box on both sides of the middle of the card, and there is a concave cuboid space at the corresponding position on the side of the specimen box, and the card can be rotated 360° Flip freely and stay at any angle.

(3) The bottom plate is sheet-like rectangular, located at the bottom of the specimen box, and has the same size as the inside of the specimen box.

(4) The slide rails are located at the rear of the bottom plate and are distributed parallel to the left and right sides of the specimen box.

(5) The bowl holder is hemispherical, with an opening forward and a suction cup inside, which is placed on the slide rail and can move forward and backward along the slide rail.

(6) The open-type clip is fixed in the middle of the bottom plate and is located directly in front of the bowl holder.

(7) The foamed plastic block is a cuboid, fixed on the front of the bottom plate, directly in front of the bowl holder and the open clip.

(8) There are many sets of slide rails, bowl holders, open-type clips, and foamed plastic block devices in the described specimen box.

(9) The transparent glass has the same size as the sample box and is located above the sample box.

2. A method of using a sliding bowl rest fixed finger tube specimen box with a flip label:

Take a card with two symmetrical inverted specimen names on the front and back, and place it in the label slot of the transparent label card. Take a finger-shaped tube with built-in specimens, pierce the foam plastic block with the upper tip, press the finger-shaped tube into the open-type clip, and finally slide the bowl holder on the slide rail to the appropriate position, so that the suction cup in the bowl holder Secure the finger by suctioning the bottom of the finger firmly. By repeating this many times, a plurality of finger tubes can be fixed in a specimen box. Finally, the transparent glass is sealed, and the production of a fixed finger tube specimen box with labels on the side is completed.

When a lot of fixed finger tube specimen boxes with labels on the side are stacked in the specimen cabinet, you can flip the label card to the appropriate position according to the height of the specimen box, so that the label is easy to observe, so that no matter the specimen box is placed in the cabinet The top, middle, or bottom of the screen can be easily viewed to improve work efficiency.

Beneficial effects of the present invention:

1. It can improve the working efficiency of making the finger tube specimen box and improve the quality of the finger tube specimen box.

2. It can greatly avoid the damage of the finger tube in the specimen box during long-term use.

3. When the specimens are stacked and collected, the label position is neat and consistent, simple and beautiful.

4. The required specimen can be quickly found in a pile of specimens in the specimen cabinet, saving time in searching for specimens.

Description of drawings

Fig. 1 is a kind of physical picture of the fixed finger-shaped tube specimen box of a kind of sliding bowl holder with flip-up label;

Fig. 2 is the usage figure of the label card of specimen box;

In the figure: 1 label card; 2 is the specimen box; 3 is the bottom plate; 4 is the foamed plastic block; 5 is the transparent glass; 6 is the label groove; 7 is the finger tube; 8 is the bowl holder; 9 is the open clip; 10 is a suction cup; 11 is a slide rail

detailed description:

The present invention will be further described below in conjunction with the accompanying drawings.

1. The structure of a sliding bowl holder with a flip-up label to fix the finger-shaped tube specimen box:

(1) A sliding bowl holder fixed finger tube specimen box with a flip-up label, which consists of a label card 1, a specimen box 2, a transparent glass 5, a bottom plate 3, a bowl holder 8, a slide rail 11, an open clip 9, and a Composed of foam plastic blocks 4, it is characterized in that the label card 1 is a transparent rectangular card with a label groove 6, and there are rotating shafts connected to the sides of the specimen box 2 on both sides in the middle; bowl holder 8, open clip 9, foaming The plastic blocks 4 are fixed on the base plate 3 in a straight line in order from back to front, and the bowl holder 8 can move back and forth along the slide rail 11;

(2) It is characterized in that the label card 1 is a transparent rectangular card with a label slot 6, there are rotating shafts connected to the side of the specimen box 2 on both sides of the middle of the card, and there is a concave cuboid space at the corresponding position on the side of the specimen box 2, Cards can be flipped freely 360° and stay at any angle.

(3) The bottom plate 3 is sheet-shaped and rectangular, located at the bottom of the specimen box 2, and has the same size as the inside of the specimen box 2.

(4) The slide rails 11 are located at the rear of the bottom plate 3 and are parallel to the left and right sides of the specimen box and vertically distributed.

(5) The bowl holder 8 is hemispherical, with an opening forward and a suction cup 10 inside, which is placed on the slide rail 11 and can move forward and backward along the slide rail 11.

(6) The open-type clip 9 is fixed on the middle part of the bottom plate 3 and is located directly in front of the bowl holder 8 .

(7) The foamed plastic block 4 is a cuboid, which is fixed on the front portion of the base plate 3 and is positioned directly in front of the bowl holder 8 and the open clip 9 .

(8) There are many sets of slide rails 11, bowl holders 8, open clips 9, and foamed plastic block 4 devices in the described specimen box 2.

(9) The transparent glass 5 has the same size as the sample box 2 and is located above the sample box 2 .

2. A method of using a sliding bowl rest fixed finger tube specimen box with a flip label:

Take a card with two symmetrically inverted specimen names on the front and back, and place it in the label slot 6 of the transparent label card 1. Take a finger tube 7 with a built-in specimen, pierce the foamed plastic block 4 with the upper tip, press the finger tube 7 into the open clamp 9, and finally slide the bowl support 8 on the slide rail 11 to a suitable position, Make the suction cup 10 in the bowl holder 8 suck the bottom of the finger tube 7 tightly, and finish fixing the finger tube 7. So repeated many times, a plurality of finger tubes 7 can be fixed in a specimen box 2. Finally, the transparent glass 5 is sealed, and the making of a fixed finger tube specimen box 2 with a label on the side is completed.

When a lot of fixed finger tube specimen boxes 2 with labels on the sides are stacked in the specimen cabinet, the label card 1 can be flipped to a suitable position according to the height of the specimen box 2, so that the labels are easy to observe, so that no matter the specimen box 2 Whether it is placed on the top, middle, or bottom of the cabinet, it is easy to view and improve work efficiency.

Claims (9)

1. A sliding bowl holder with a reversible label to fix the finger-shaped tube specimen box, which is composed of a label card, a specimen box, transparent glass, a bottom plate, a bowl holder, a slide rail, an open clip, and a foamed plastic block, and is characterized in that , the label card is a transparent rectangular card with a label slot, and there are rotating shafts connected to the side of the specimen box on both sides of the middle; the bowl holder, the open clip, and the foamed plastic block are arranged in a straight line and fixed in the order from back to front. On the bottom plate, the bowl holder can move back and forth along the slide rail; the transparent glass is rectangular and located above the specimen box. 2. The sliding bowl holder with a flip-over label according to claim 1, wherein the fixed finger tube specimen box is characterized in that, the label card is a transparent rectangular card with a label groove, and there are two sides in the middle of the card with the specimen box. The rotating shaft connected to the side, and the corresponding position on the side of the specimen box has a concave cuboid space, and the card can be turned freely 360° and stay at any angle. 3. The sliding bowl holder with flip-up label and fixed finger tube specimen box according to claim 1, characterized in that, the bottom plate is a sheet-shaped rectangle, located at the bottom of the specimen box, and has the same size as the inside of the specimen box. 4. The sliding bowl holder with flip-up label and fixed finger tube specimen box according to claim 1, characterized in that, the slide rails are located at the rear of the bottom plate and are distributed parallel to the left and right sides of the specimen box. 5. The sliding bowl support fixed finger tube specimen box with flip-up label according to claim 1, characterized in that, said bowl support is hemispherical, with an opening forward and a suction cup inside, which is placed on the slide rail , can move forward and backward along the slide rail. 6 . The sliding bowl support fixed finger tube specimen box with flip-over label according to claim 1 , wherein the open-type clip is fixed in the middle of the bottom plate and is located directly in front of the bowl support. 7 . 7. The sliding bowl rest fixed finger tube specimen box with a flip-up label according to claim 1, wherein the foamed plastic block is a cuboid fixed on the front of the bottom plate, located in the bowl rest, open-type The clip is straight ahead. 8. The sliding bowl support fixed finger-shaped tube specimen box with flip-over label according to claim 1, characterized in that, there are multiple sets of slide rails, bowl support, open-type clips, foam plastics in the described specimen box block device. 9 . The sliding bowl holder with flip-up label and fixed finger tube specimen box according to claim 1 , wherein the transparent glass is the same size as the specimen box and is located above the specimen box. 10 .