Drone Pupa Rapid Limited Time Production Controller

Abstract

The utility model relates to a controller for the rapid and limited-time production of drone pupae, and belongs to the technical field of control devices for the production of drone pupae in the beekeeping industry. The utility model is composed of a controller frame, a plastic honeycomb and a controller cover plate. The queen bee does not need to build a nest when laying eggs, which completely changes the queen bee's egg-laying habits, ensures that the queen bee completes the egg-laying process of all nests within one day, and makes the harvesting time of drone pupae unified to the optimal time of 21 days. When harvesting drone pupae, it is only necessary to use a special honey-cutting knife to cut off the protruding bee cap wax of the plastic honeycomb along the two sides of the controller frame, avoiding the cutting knife from cutting the drone pupae in the beehive, greatly saving the production cost of drone pupae, and improving the production quality and production efficiency of drone pupae. The utility model solves the problem that the existing production of drone pupae cannot guarantee unified harvesting after 21 days, resulting in poor quality of drone pupae products, and that cutting the cap with a cutting knife during harvesting will cause some drone pupae to be incomplete, and that bees sometimes do not build nests or change nests due to depression.

Description

Technical Field

[0001] The utility model relates to a drone pupa rapid time-limited production controller, belonging to the technical field of control devices for drone pupa production in the beekeeping industry. Background Art

[0002] The drone pupa of honey bees is a high-protein food. Long-term consumption has a health-care effect and can also relieve human fatigue. Although drone pupae can be used for medicinal purposes, they are also a delicacy. Eating bee pupae is very popular in many places. It is delicious and can also bring benefits to the human body, so it is very popular and has a promising market prospect. At present, the technology for producing drone pupae is to use traditional wax drone nests, so that honey bees can deepen and build spleens on the basis of wax drone nests. After the honeycomb is made, the queen bee lays eggs in the drone nest. After the eggs hatch after a certain period of time, the honey bees cap the drone nests. After the capping reaches the specified number of days, the drone pupae are harvested. When harvesting drone pupae, the capping wax should be cut with a cutter first, and then the drone pupae are poured out. However, when the capping wax is cut with a cutter, the drone pupae in the honeycomb will inevitably be cut due to the low strength of the natural wax drone nest and easy to deform, which affects the quality and production efficiency of the drone pupae.

[0003] On the other hand, the 21st day after the drone lays eggs is the best time to collect drone pupae, as the hardness and glossiness of the drone pupae at this time are the best. Grasping the collection time is the key to producing high-standard drone pupae; if the collection time is too early, the pupae will have too much water content and be too tender, which makes it very inconvenient to store and transport. If the collection time is too late, the pupae will gradually turn gray and hard, and the color and nutrition will be much worse, so the time to collect drone pupae is very important. However, due to the habit of laying eggs by drones, drones must first build nests when laying eggs, and a large amount of honey is consumed during the nesting process. After the nest is built, it takes about 4 days for the queen bee to lay eggs. Since the egg-laying time is not on the same day, the time for harvesting drone pupae cannot be unified to the optimal time of 21 days. In addition, if the food reserves of the bee colony cannot be sufficiently guaranteed, the worker bees will give up feeding the drones due to food shortages, resulting in the quality of the drone pupae not being guaranteed; and some drones only lay eggs in some nests, resulting in low production efficiency of drone pupae; even worse, some drones do not build nests or have problems with nest changes due to depression, resulting in the inability to produce drone pupae. Therefore, in order to ensure the production quality and efficiency of drone pupae, it is necessary to make artificial nests to artificially intervene in the habit of queen bee egg-laying to ensure the production quality and efficiency of drone pupae. Summary of the invention

[0004] The purpose of the utility model is to provide a reusable nest made of plastic in view of the deficiencies of the above-mentioned prior art. The queen bee does not need to build a nest when laying eggs, which promotes the queen bee to complete the laying of eggs in all nests within one day, ensures that the harvesting time of drone pupae is unified to the optimal harvesting time of 21 days, and uses a special honey-cutting knife to cut open the cover for harvesting during the harvesting, which not only saves the production cost and time of drone pupae, but also avoids the bees from consuming a large amount of honey during the nesting process, resulting in the queen bee laying eggs only in part of the nest, resulting in a drone pupae rapid time-limited production controller that solves the problem of low drone pupae production efficiency.

[0005] The utility model achieves the above-mentioned purpose through the following technical solutions:

[0006] The drone pupa rapid time-limited production controller is composed of a controller frame, a plastic honeycomb and a controller cover, and is characterized in that a plastic honeycomb is fixedly installed inside the controller frame, and the two outer side surfaces of the plastic honeycomb are on the same plane as the two side surfaces of the controller frame; the controller cover consists of two pieces, which are movably installed on the two side surfaces of the controller frame and can be removed from the controller frame at any time.

[0007] The plastic honeycomb is composed of a honeycomb net and a middle partition. The honeycomb net has a through-hole structure. Each longitudinal or transverse bar of the honeycomb net is staggered with another adjacent longitudinal or transverse bar. The honeycomb net is composed of two pieces, which are fixed on both sides of the middle partition respectively.

[0008] Hanging handles are made at both ends of the controller frame, and fixing sockets are respectively made on both sides of the frame of the controller frame.

[0009] The controller cover is evenly provided with ventilation grooves; at least two queen bee casting openings are provided on one side of the controller cover; a longitudinal partition and a transverse partition are provided on the back of the controller cover, and the back of the controller cover is divided into at least two areas by the longitudinal partition and the transverse partition.

[0010] The height of the longitudinal partition and the transverse partition made on the back side of the controller cover is 1-2 cm.

[0011] The longitudinal partition and the transverse partition on the back side of the controller cover are made with fixed pins, and the diameter and position of the fixed pins are matched with the fixed sockets on the controller frame.

[0012] A sealing plate is arranged on the queen bee casting opening of the controller cover plate, and the sealing plate is inserted into the insertion holes on both sides of the queen bee casting opening through the sealing plate latches arranged on the sealing plate.

[0013] The beneficial effects of the utility model compared with the prior art are:

[0014] The drone pupa rapid time-limited production controller uses a reusable nest made of plastic, so that the queen bee does not need to build a nest when laying eggs, saving the bees from consuming a large amount of honey in the process of building nests; it can completely change the queen bee's egg-laying habits, promote the queen bee to complete all nest laying eggs in one day, ensure that the harvesting time of drone pupae is unified to the best time of 21 days, and the nest cleaning is simple, which greatly saves the production cost of drone pupae and improves the production quality and production efficiency of drone pupae. It solves the problem that the existing production of drone pupae cannot ensure that drone pupae are uniformly harvested at the best harvesting time of 21 days, resulting in the product quality of drone pupae cannot be guaranteed. The plastic nest of the drone pupa rapid time-limited production controller can be used repeatedly and permanently, solving the problem that bees do not build nests or change nests due to depression. This drone pupa rapid time-limited production controller increases production by about 30% compared with traditional methods, and solves the professional problem of impure genetic purity of honeybee king seeds, which has never been solved in honeybee breeding. It can artificially select selected varieties for hybridization, overcoming the problems of traditional natural hybridization such as many diseases, low immunity, slow reproduction, small bee colonies, poor quality of bee products, and low export yield of honeybee pupae. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a schematic diagram of the main structure of the controller for rapid and time-limited production of drone pupae;

[0016] Figure 2 A top view schematic diagram of the structure of a controller for rapid and time-limited production of drone pupae;

[0017] Figure 3 A schematic diagram of the side view of the controller for the rapid and time-limited production of drone pupae;

[0018] Figure 4 for Figure 1 AA section view;

[0019] Figure 5 for Figure 4 A magnified view of point B;

[0020] Figure 6 Schematic diagram of the reverse structure of the cover plate;

[0021] Figure 7 A schematic diagram of the structure of the drone pupa rapid time-limited production controller after removing the controller cover;

[0022] Figure 8 Schematic diagram of the structure of a plastic honeycomb.

[0023] In the figure: 1. controller frame, 101. fixed socket, 102. hanging handle, 2. plastic honeycomb, 201. honeycomb net, 202. middle partition, 3. controller cover, 301. ventilation groove, 302. queen bee mouth, 303. fixed latch, 304. longitudinal partition, 305. transverse partition, 4. sealing plate, 401. sealing plate latch. DETAILED DESCRIPTION

[0024] The following is combined with Figure 1-8 The utility model is further described as follows.

[0025] The drone pupa rapid time-limited production controller is composed of a controller frame 1, a plastic honeycomb 2 and a controller cover 3. The plastic honeycomb 2 is fixedly installed in the frame of the controller frame 1, and the two outer sides of the plastic honeycomb 2 are on the same plane as the two side surfaces of the controller frame 1; the controller cover 3 is composed of two pieces, which are movably installed on the two side surfaces of the controller frame 1 and can be removed from the controller frame 1 at any time (see attached Figure 1 , 4 , 5, 7).

[0026] Furthermore, the two ends of the controller frame 1 are provided with hanging handles 102, which facilitate the controller to be hung in the beehive; the two side frames of the controller frame 1 are respectively provided with fixing sockets 101 for installing the controller cover 3 (see attached Figure 7 ).

[0027] Furthermore, the plastic honeycomb 2 is composed of a honeycomb net 201 and a middle partition 202. The honeycomb net has a through-hole structure. The honeycomb net 201 is composed of two pieces, which are fixed on both sides of the middle partition 202. The middle partition 202 is fixedly connected to the inner cavity of the controller frame 1. During production, the middle partition 202 and the controller frame 1 can be produced at one time. Each vertical or horizontal bar of the honeycomb net 201 has a staggered arrangement with another adjacent vertical or horizontal bar. The staggered arrangement ensures that the spacing between adjacent holes is minimized (see attached Figure 7 , 8 ).

[0028] Furthermore, the controller cover 3 is evenly provided with ventilation grooves 301, which are used to connect the queen bee control room in the controller with the outside air; at least two queen bee casting openings 302 are provided on one side of the controller cover 3, and the queen bee is placed into the controller through the queen bee casting openings 302 when laying eggs; a longitudinal partition 304 and a transverse partition 305 are provided on the reverse side of the controller cover 3, and the reverse side of the controller cover 3 is divided into at least two areas by the longitudinal partition 304 and the transverse partition 305; the height of the longitudinal partition 304 and the transverse partition 305 on the reverse side of the controller cover 3 is 1 -2 cm; the longitudinal partition 304 and the transverse partition 305 on the back of the controller cover 3 are made with a fixing pin 303, the diameter and position of which match the fixing socket 101 on the controller frame 1. The controller cover 3 is plugged into the fixing socket 101 of the controller frame 1 through the fixing pin 303, and the controller cover 3 is fixed to the controller frame 1 and can be removed at any time (see attached Figure 6 ).

[0029] Furthermore, a sealing plate 4 is installed on the queen bee casting opening 302 of the controller cover 3, and the sealing plate 4 is inserted into the jacks on both sides of the queen bee casting opening 302 through the sealing plate latches 401 thereon, so that the sealing plate 4 is fixed on the queen bee casting opening 302 and can be removed at any time (see attached Figure 1 , 2 , 3).

[0030] The use process of the drone pupa rapid time-limited production controller is as follows:

[0031] The sealing plates 4 on the two controller covers 3 of the controller are removed, and the queen bees are placed in the queen bee casting openings 302 respectively, and then the sealing plates 4 are covered. The queen bees stay in the two areas separated by the longitudinal partitions 304 and the transverse partitions 305 on the reverse sides of the two controller covers 3, and lay eggs in the honeycomb net 201 of the plastic honeycomb 2. Since the honeycomb has been made artificially, the queen bee's egg-laying habits have been changed, and the plastic honeycomb 2 is divided into two areas by the longitudinal partitions 304 and the transverse partitions 305, the queen bees will not bite each other in the controller, and can promote the queen bee to complete the egg-laying of all the nests of the two honeycomb nets 201 on the plastic honeycomb 2 within one day, ensuring that all the drone pupae can be harvested after 21 days.

[0032] After the queen bee has finished laying eggs, the sealing plate 4 on the queen bee mouth 302 is removed, the queen bee is taken out, the controller is put into the beehive and fed by the working bees for 21 days, and after the calculated number of days reaches 21 days, the controller is taken out from the beehive, the two controller cover plates 3 on the controller frame 1 are removed, the controller frame 1 is put into the refrigerator refrigeration chamber together with the plastic honeycomb 2 and frozen for about half an hour, the controller frame 1 is taken out, the bee cover wax protruding from the plastic honeycomb 2 is cut off along the two sides of the controller frame 1 with a special honey cutting knife, and then the drone pupa in the plastic honeycomb 2 can be knocked out with a few taps, so far the working process of the queen bee laying eggs and producing drone pupae is completed. After the drone pupae are harvested, the drone pupa fast time-limited production controller can be cleaned and the next drone pupa production cycle can be entered, which can be used repeatedly. The drone pupa rapid time-limited production controller has high efficiency in producing and collecting drone pupae, and the drone pupae will not have the problem of incomplete pupae. Moreover, the collected drone pupae are distinct in particles without damage, and the hardness, color and glossiness of the drone pupae are of the same standard.

[0033] The above is only a preferred embodiment of the present invention. The above examples do not impose any form of limitation on the essential content of the present invention. Any simple modification or deformation made by ordinary technicians in the relevant technical field to the above specific implementation methods based on the technical essence of the present invention after reading this specification, as well as equivalent embodiments that may be changed or modified to equivalent changes using the technical content disclosed above, still fall within the scope of the technical solution of the present invention without departing from the essence and scope of the present invention.

Claims

1. A drone pupae rapid time-limited production controller, comprising a controller frame (1), a plastic honeycomb (2) and a controller cover (3), characterized in that: A plastic honeycomb (2) is fixedly mounted inside the controller frame (1), and two outer side surfaces of the plastic honeycomb (2) are on the same plane as two side surfaces of the controller frame (1); the controller cover (3) is composed of two pieces, which are movably mounted on two side surfaces of the controller frame (1) and can be removed from the controller frame (1) at any time.

2. A drone pupa rapid time-limited production controller according to claim 1, characterized in that: Hanging handles (102) are formed at both ends of the controller frame (1), and fixing sockets (101) are respectively formed on the two side frames of the controller frame (1).

3. A drone pupa rapid time-limited production controller according to claim 1, characterized in that: The plastic honeycomb (2) is composed of a honeycomb net (201) and a middle partition (202); the honeycomb net has a through-hole structure; each longitudinal or transverse bar of the honeycomb net (201) has a staggered arrangement with another longitudinal or transverse bar of the honeycomb net (201); and the honeycomb net (201) is composed of two pieces, which are respectively fixed on two sides of the middle partition (202).

4. A drone pupa rapid time-limited production controller according to claim 1, characterized in that: The controller cover plate (3) is evenly provided with ventilation grooves (301); at least two queen bee casting openings (302) are provided on one side of the controller cover plate (3); and a longitudinal partition plate (304) and a transverse partition plate (305) are provided on the reverse side of the controller cover plate (3), and the reverse side of the controller cover plate (3) is divided into at least two areas by the longitudinal partition plate (304) and the transverse partition plate (305).

5. A drone pupa rapid time-limited production controller according to claim 1, characterized in that: The height of the longitudinal partition (304) and the transverse partition (305) made on the back side of the controller cover (3) is 1-2 centimeters.

6. A drone pupa rapid time-limited production controller according to claim 1, characterized in that: A fixing pin (303) is formed on the longitudinal partition (304) and the transverse partition (305) on the reverse side of the controller cover (3), and the diameter and position of the fixing pin (303) match the fixing socket (101) on the controller frame (1).

7. A drone pupa rapid time-limited production controller according to claim 1, characterized in that: A sealing plate (4) is mounted on the queen bee casting opening (302) of the controller cover plate (3), and the sealing plate (4) is inserted into the insertion holes on both sides of the queen bee casting opening (302) via the sealing plate latches (401) thereon.

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