CN205441243U - Sandworm is climbed to live body and transportation utensil of pieces of an egg and pupa thereof - Google Patents

Abstract

The utility model discloses a transport tool for living sand crawling insects and their egg masses and pupae, which comprises an insect holding box, a plurality of insect holding boxes are arranged in the insect holding box, water absorbing parts are arranged in the insect holding box, The upper part of the grid containing insects is provided with a screen for insects. The utility model not only comprehensively considers the transportation volume and survival rate, but also further improves the moisturizing and ventilation during transportation, reduces the transportation temperature, reduces the activities of sand crawling insects, and avoids a large number of cannibalism. In addition, the transport device is also suitable for the transportation of sand crawler eggs and pupae, which realizes multiple purposes of one device, improves the use range of the device, reduces transportation costs, and promotes the industrialization of sand crawlers.

Description

A transport device for living sand crawling insects and their egg masses and pupae

technical field

The utility model relates to a transport device for aquatic insects, especially for the living transport of carnivorous aquatic insects—sand crawlers and their egg masses and pupae. Reduce costs and promote the large-scale development of sand crawling insect industry.

Background technique

Sand crawling worm is a common name for insects of the family Insecta Pteroptera, and it is called "animal ginseng". It has extremely high medicinal and edible value, and is a resource insect with high promotion value. In the prior art, there are few transport devices for aquatic insects, and there is no transport device that integrates the transport of sand crawling insects and their egg masses and pupae. In 2010, the utility model patent "Aquatic Insect Transport Device" invented by Cao Chengquan and Huang Chengjun made great improvements in the transportation of aquatic insects and sand crawlers. The transport device mainly includes multiple transport units. The upper water tank and the multiple worm tanks arranged on the bracket, the multiple worm tanks are arranged side by side to form a whole to form a transport area, the transport area and the water tank are integrated, each worm tank is connected to the water tank, and a partition is arranged at the connection , there is a water injection hole on the partition, a sealing cover with holes is arranged on the water tank, and two adjacent transport units are connected by a bracket, which has a relatively good transport function for aquatic insects, especially sand crawlers.

Although the above-mentioned aquatic insect transport equipment has been relatively perfect for the transportation of aquatic insects such as sand crawlers, there is still no design for the transportation of sand crawler eggs and pupae, and in the transportation and use of sand crawlers, there are still problems. The shortcomings are as follows.

1. The transport device supplies water to each worm tank through the water tank, and the worm tank keeps a lot of water for a long time, so it is impossible to transport sand crawling worm eggs and pupae. 2. Water has fluidity. During the actual transportation process, the flowing water can stimulate sand crawling insects. After being stimulated, sand crawling insects may emit harmful substances, and harmful substances will invade other sand crawling insects along with the water flow. 3. The two transport units are connected by brackets. When multiple transport racks are superimposed on each other for transportation, the pressure on the brackets (especially the bottom brackets) will be greater, which will affect the service life of the lower brackets, and there is a danger of collapse after long-term use. 4. Water cannot be circulated in the transport equipment, and its cooling effect is poor. In summer or other hot days, it is easy to cause the death of sand crawling insects by heat.

Utility model content

The purpose of the utility model is to solve the above-mentioned problems in the prior art of aquatic insects, especially sand crawling worms and their egg masses and pupae, in transport equipment, and provide a transport equipment for living sand crawling insects, their egg masses and pupae. The utility model not only comprehensively considers the transportation volume and survival rate, but also further improves the moisture retention and ventilation during the transportation process, reduces the transportation temperature, reduces the activity of sand crawling insects, and avoids a large number of cannibalism. In addition, the transport device is also suitable for the transportation of sand crawler eggs and pupae, realizing multiple uses of one device, improving the use range of the device, reducing transportation costs, and promoting the industrialization of sand crawlers.

In order to achieve the above object, the technical scheme adopted by the utility model is as follows:

A transporter for live sand crawling worms and their egg masses and pupae, characterized in that it includes an insect holding box, a plurality of insect holding grids are arranged in the insect holding box, and water absorbing parts are arranged in the insect holding box, so An insect separating board is arranged on the upper part of the Sheng insect grid.

A plurality of insect holding boxes in the insect holding box are arranged in multiple rows, and an insect separating board is correspondingly arranged on the upper part of each row of insect holding boxes.

The end of the insect holding box is provided with a socket, the inside of the insect holding box is provided with a slot, and the insect separator is inserted into the insect holding box through the socket and the slot.

The number of the insect holding boxes is multiple, and the multiple insect holding boxes are overlapped, and two adjacent insect holding boxes are buckled and connected.

An isolation layer for placing ice packs is also arranged between the two adjacent insect boxes, and the isolation layer is respectively buckled and connected with the two adjacent insect boxes.

Ventilation holes are arranged on the isolation layer.

Vent holes are provided on the side walls of the insect screen and the insect box.

The advantage of adopting the utility model is:

1. In the present utility model, a plurality of grids for holding insects are arranged in the box for holding insects, and each grid for holding insects holds one sand crawling worm separately, and the isolation effect of the insect partition board reduces the activities of sand crawling insects, It solves the problems of cannibalism and crowding in the transportation of sand crawlers. Through the water-absorbing parts in the insect holding box, the insect holding box can maintain a suitable humidity for a long time during transportation, and the survival rate of sand crawling insects is improved. In addition, in this appliance, only the water-absorbing part itself has water to maintain humidity, and there is no flowing water in the entire insect holding box. Therefore, this appliance is not only suitable for the transportation of live sand crawling insects, but also suitable for the transportation of egg masses and pupae. Realize multiple uses of one tool, increase the range of use of the tool, reduce transportation costs, and promote the industrialization of sand crawling insects. Moreover, when the egg mass and pupa are transported, the Sheng Chong grid can limit the position of the egg mass and pupa, preventing the egg mass and pupa from being damaged due to bumping or mutual extrusion during transportation.

2. In the present utility model, a piece of insect separator board is correspondingly arranged on the upper part of each row of grids for holding insects, which can quickly cover the row of grids for holding insects after putting sand crawling worms in each row of grids for holding insects, so as to prevent sand crawling insects from entering the grid. Crawling out of the worm compartment improves the efficiency of worm loading.

3. In the utility model, the insect separator is inserted into the insect holding box through the socket and the slot, and the insertion and extraction of the insect separator are very simple and convenient, which is beneficial to improve the efficiency of insect loading.

Four, in the utility model, a plurality of holding insect boxes overlaps and arranges, has improved the load insect capacity of transport equipment, can transport more sand crawling worms and its egg pieces and pupae at one time. The structure of buckle connection is adopted between two adjacent insect holding boxes, so that any two layers of insect holding boxes can be superimposed on each other, which has the advantage of convenient disassembly and assembly.

5. In the utility model, the temperature of the entire transportation device can be lowered through the isolation layer and ice packs are placed in the isolation layer, the activities of sand crawling insects can be reduced, the survival rate of live transportation can be improved, and economic benefits can be increased.

6. In the utility model, the cooling effect of the ice bag on the entire transportation device is better through the ventilation holes on the isolation layer.

7. In the present utility model, fresh air can be provided for sand crawling worms and their eggs and pupae through the ventilation holes on the side wall of the insect separator and the insect box, and the death of sand crawling worms, their eggs and pupae during transportation can be avoided .

8. The utility model has the advantages of simple structure, low cost, reusability and strong practicability, and because the whole device has no flowing water, it also has a good transportation function for pupae and egg masses.

9. The utility model is mainly suitable for the transportation of sand crawling insects and their egg masses and pupae, and is also applicable to other similar aquatic insects and various egg masses and pupae. It has a wide range of applications and has high promotional value.

Description of drawings

Fig. 1 is the structural representation of embodiment 1;

Fig. 2 is the structural representation of Sheng insect box in embodiment 1;

Fig. 3 is the structural representation of embodiment 2;

The marks in the figure are: 1. Insect holding box, 2. Insect holding grid, 3. Insect separator, 4. Card slot, 5. Breathing hole, 6. Isolation layer.

detailed description

Example 1

A transporter for living sand crawling insects and their eggs and pupae, comprising an insect holding box 1, a plurality of insect holding grids 2 are arranged in the insect holding box 1, and a plurality of insect holding grids 2 are formed in the insect holding box 1 Multiple rows are arranged, and water-absorbing parts are all arranged in each grid containing insects 2, and an insect separating board 3 is arranged on the top of the grid containing insects 2, and an insect separating board 3 is arranged correspondingly on the top of each row of holding insect grids 2.

In this embodiment, the insect holding box 1 is made of a plurality of plastic plates with ventilation holes 5, and the size is generally 52 (length) × 42 (width) × 2 (height) cm. A plurality of plastic partitions with air holes 5 are arranged, and the plurality of partitions divide the insect box 1 into 5 rows of worm grids 2, and the number of each row of worm grids 2 is 20, wherein the first 4 rows contain worms. The size of the insect grid 2 is 10 (length) × 2 (width) × 2 (height) cm, the size of the last row of Sheng Chong grid 2 is 12 (length) × 2 (width) × 2 (height) cm, the front 4 The worm grid 2 of rows is used to place the general sand crawlers of the build, and the last row of the grid 2 with the worms is used to place the larger sand crawlers of the build.

In this embodiment, the insect holding box 1 is a cuboid structure, and a socket of 42 (length) × 2 (width) cm is opened on the side where the wide side of the insect holding box 1 is located. Offer draw-in groove 4 on the inwall of face, and socket is corresponding with draw-in groove 4, and insect barrier board 3 is inserted in the holding insect box 1 by socket and draw-in groove 4, and meanwhile, insect barrier board 3 offers a lot of ventilation holes 5.

In this embodiment, the water-absorbing member is a water-absorbing sponge, and the sponge is allowed to fully absorb water before transportation, so as to maintain a suitable humidity during transportation for a long time.

Example 2

A transporter for living sand crawling insects and their eggs and pupae, comprising an insect holding box 1, a plurality of insect holding grids 2 are arranged in the insect holding box 1, and a plurality of insect holding grids 2 are formed in the insect holding box 1 Multiple rows are arranged, and water-absorbing parts are all arranged in each grid containing insects 2, and an insect separating board 3 is arranged on the top of the grid containing insects 2, and an insect separating board 3 is arranged correspondingly on the top of each row of holding insect grids 2.

In this embodiment, the number of the insect holding boxes 1 is multiple, and the multiple insect holding boxes 1 are arranged overlappingly, and two adjacent insect holding boxes 1 are connected by snap joints. When in use, multiple insect holding boxes 1 can be packed layer by layer, which improves the utilization rate of transportation space, increases transportation efficiency, and reduces transportation costs. Further, an isolation layer 6 is also provided between the two adjacent insect holding boxes 1, and the isolation layers 6 are connected with the two adjacent insect holding boxes 1 respectively, and an ice bag is placed in the isolation layer 6, It is used to reduce the temperature of the entire transportation device, reduce the activities of sand crawlers, and improve the survival rate of live transportation. Wherein, when transporting in the season with lower temperature, the quantity of holding insect box 1 can be appropriately increased and the quantity of insulating layer 6 can be reduced to improve the transportation capacity; quantity to increase the survival rate of insects. Further, ventilation holes 5 are also provided on the isolation layer 6 .

The operating principle of the utility model is as follows: select the insect holding box 1, pull out the insect separating board 3, thoroughly wet the water-absorbing sponge on the bottom of the insect holding grid 2, quickly put the sand crawling insects into the first row of holding insect grid 2, and then insert Insect barriers 3 cover the first row of insect grids 2 to prevent the insects from crawling out; put sand crawlers into the second row of insect grids 2, put them in row by row, push the insect barriers 3 row by row, cover Live Sheng worm grid 2, until filling up worm box 1. Select an appropriate amount of isolation layer 6, and put one to several ice packs. Place the insect holding box 1 on the bottom layer, and stack the isolation layer 6 and the insect holding box 1 sequentially on the top, and through the connection structure on the side, combine the stacked insect holding boxes 1 into a whole. After processing, carry out transportation.

Claims (7)

1. A transportation device for living sand crawling worms and their egg masses and pupae, characterized in that: it includes a box for holding insects (1), and the box for holding insects (1) is provided with a plurality of grids for holding insects (2), so A water-absorbing member is arranged inside the insect holding grid (2), and an insect separating board (3) is arranged on the upper part of the insect holding grid (2). 2. A transportation device for living sand crawling insects and their egg masses and pupae as claimed in claim 1, characterized in that: multiple insect holding grids (2) in the insect holding box (1) are arranged in multiple rows , and the upper part of each row of grids containing insects (2) is correspondingly provided with an insect separating board (3). 3. A transportation device for living sand crawling insects and their eggs and pupae according to claim 1 or 2, characterized in that: the end of the insect holding box (1) is provided with a socket, and the insect holding box (1) is (1) is provided with a card slot (4), and the above-mentioned insect separator (3) is inserted into the insect holding box (1) through the socket and the card slot (4). 4. A transportation device for live sand crawlers and their egg masses and pupae as claimed in claim 1 or 2, characterized in that: the number of the insect holding boxes (1) is multiple, and the number of holding insect boxes ( 1) Overlapping arrangement, and buckle connection between two adjacent worm-filling boxes (1). 5. A transport device for living sand crawling insects and their egg masses and pupae as claimed in claim 4, characterized in that: there is also a partition for placing ice packs between the two adjacent insect holding boxes (1) Layer (6), the isolation layer (6) is connected with two adjacent insect boxes (1) respectively. 6. A transport device for living sand crawlers and their egg masses and pupae as claimed in claim 5, characterized in that: the isolation layer (6) is provided with ventilation holes (5). 7. A transport device for living sand crawling insects and their egg masses and pupae as claimed in claim 1, characterized in that: the insect separator (3) and the side wall of the insect holding box (1) are provided with Vent holes (5).