Small insect specimen sticky plate

Abstract

The invention discloses a small insect specimen sticky plate, which is composed of a specimen placing area, an information collecting area, a needling and fixing area, a code bar area, an identifier information area, and a specimen name area. When the sticky plate is arranged horizontally, from the left to the right, the specimen placing area, the needling and fixing area, the information collecting area, and the code bar area are arranged in sequence; and the identifier information area, and the specimen name area are arranged on the bottom of the sticky plate. The sticky plate is prepared by combining a hard paper plate and a piece of transparent organic glass. The specimen placing area is composed of transparent organic glass, the thickness of the organic glass is 0.1 to 0.5 mm, the light can transmit the organic glass, and thus the front side and back side of the specimen can be clearly observed. The collection information and identification information are integrated, and the using of labels is reduced. Moreover, a code bar is provided, so that related information can be stored, and the information can be converted into electronic data, which can be uploaded to the internet. The automatic sorting of male specimens and female specimens can be achieved, and the statistic becomes easier.

Description

[0001] This invention is funded by the National Natural Science Foundation of China (31401962) and Tianjin Normal University Talent Introduction Fund (5R127). technical field [0002] The invention belongs to the technical field of tools for making insect specimens. The utility model relates to an insect specimen making tool, which is particularly suitable for making and preserving small insect specimens. Background technique [0003] With the improvement of collection tools and the further maturity of collection methods, the number of insect specimens collected has doubled compared with the original, and there are many small insect specimens that are of great value to scientific research, such as Miridae insects. Small and fragile; the original methods of making these specimens mostly use needle insertion method and triangular paper point sticking method. The needle insertion method is to use insect needles to pass through a certain part of the insect body for fixed pre...

AI Technical Summary

Problems solved by technology

The needle insertion method is to use insect needles to pass through a certain part of the insect body for fixed preservation of the collected insects. This method has no obvious impact on larger insects, but the impact on small insect specimens is obvious. The integrity of the specimen is damaged, which brings certain difficulties to later identification and photographing; the triangular paper tip sticking method is to first fix a triangular hard paper on the insect needle, and then apply a layer on the top corner of the triangular paper The method of preserving specimens by sticking them together with triangular paper points with liquid glue

This method maintains the integrity of insect specimens to a certain extent, but this method has high requirements for producers and is not conducive to large-scale promotion; in addition, when observing specimens, the observation results will be affected by the presence of paper tips. degree of influence

The above process briefly described the practical difficulties in making small insect specimens. At the same time, it should be pointed out that the later identification work will add collection labels and identification labels on the basis of the original ones, and there will be other labels for wrong identification. These labels are too large. More will also bring trouble to the storage of specimens

Due to the limited size of the label and less information carried, there may be several labels under one specimen, which is not conducive to subsequent scientific research work

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