TWM583195U - Automatic breeding device for illucens L. - Google Patents

Abstract

This creation relates to an automatic breeding device for blackwater bream, which includes a breeding tank, feeding mechanism, moving mechanism, temperature maintaining mechanism, exhaust gas removal mechanism, discharge opening and closing mechanism, and collection mechanism; the blackwater is raised in the breeding tank. Alas, the feeding mechanism transports all kinds of natural waste materials to the breeding space for blackwater maggots to decompose and digest. The moving mechanism is set above the breeding tank and can move back and forth above the breeding tank. The moving mechanism also includes There is a flattening unit and a harvesting unit. The flattening unit is used to scrape off the insect fertilizer in the breeding tank or to flatten the natural waste material. The harvesting unit is used to scrape the black water in the breeding tank one by one.虻 Push to the blanking area; and use the temperature keeping mechanism, the exhaust gas removal mechanism and other settings to make the breeding tank have a good breeding environment; the discharge opening and closing mechanism is set in the blanking area of the breeding tank, which can be controlled The opening and closing of the blanking area; the collection mechanism is set at the corresponding blanking area. When the blanking area is opened and the harvesting unit pushes the blackwater maggot in the breeding tank to the blanking area Black water falls to be able to fly the collecting means collecting the blanking area.

Description

Automatic breeding device for blackwater salamander

This creation relates to an automatic breeding device for blackwater sturgeon, and particularly to a device for systematically rearing blackwater sturgeon.

Blackwater salamander (iIlucens L.) is native to the Americas. It is a saprophytic water snake, which can feed on poultry manure and domestic waste, and produce high-value animal protein feed. Because of its rapid reproduction, large biomass, wide food habits, high absorption and conversion rate, easy management, low feeding costs, and good palatability of animals, it is widely used in the treatment of organic wastes (such as feces, kitchen waste).

The black water sturgeon is a completely metamorphic insect. Its growth undergoes four stages: eggs, larvae, pupae, and adults. Among them, the larva is called "phoenix". It has been divided into six instars from just hatched to ready to become pupae. Resource insects that are as famous as fly maggots, yellow mealworms, barley worms, etc., have been promoted worldwide.

Today, the creator created this creation in view of the fact that Hei Shuiyu can feed on various types of natural waste materials and produce high-value animal protein feed.

The main purpose of this creation is to provide an automatic breeding device for blackwater salamander.

The above-mentioned main purpose and effect of this creation are achieved by the following specific technical means:

An automatic breeding device for blackwater bream includes a breeding tank, a feeding mechanism, a moving mechanism, a temperature maintaining mechanism, an exhaust gas removing mechanism, a discharge opening and closing mechanism, and a collecting mechanism; at least one layer of the breeding tank is provided, and the breeding tank is provided with a breeding space Blackwater bream is raised in the breeding space, the feeding mechanism sends natural waste materials to the breeding space for the blackwater bream to eat, the moving mechanism is set above the breeding tank, and the moving mechanism is provided with a first power source to drive The moving mechanism moves back and forth above the breeding tank. The moving mechanism further includes a flattening unit and a harvesting unit. The flattening unit can scrape the insect fertilizer in the breeding tank or make the flattening unit smooth the culture. The natural waste material on the trough enables the natural waste material to be evenly distributed in the breeding tank, and the harvesting unit pushes the black water slug in the breeding tank to the blanking area by means of sequential scraping; the A temperature maintaining mechanism is provided at the bottom of the breeding tank, and can cool or raise the breeding tank by heat energy transmission; the exhaust gas exhausting mechanism is correspondingly arranged above the breeding tank to The exhaust gas generated during the breeding of blackwater maggots is eliminated; the discharge opening and closing mechanism is set in the blanking area of the breeding tank, which can control the opening and closing of the blanking area; the collecting mechanism is set at the corresponding blanking area, When the blanking area is opened and the harvesting unit pushes the blackwater maggots in the breeding tank to move to the blanking area, the blackwater maggots can fall through the blanking area to the collection mechanism for collection.

Wherein, the breeding tank is a long rectangular shallow plate body including a rectangular bottom surface and a frame surrounded by four vertical walls. The vertical wall at the front end of the breeding tank and the bottom surface and the vertical walls adjacent to the two sides are: Disconnected.

Among them, the feeding mechanism is a steel cable conveyor.

The moving mechanism includes a mobile trolley, two tracks, a first power source, at least two axles, and at least four drive wheels. The two tracks are respectively disposed above the vertical walls on the two sides of the breeding tank. The first power source group Set on the mobile trolley, the first power source outputs power to one of the wheel axles, the driving wheels are assembled at the two ends of the wheel axle, and the driving wheels at the two ends of the wheel axle are respectively arranged on the two tracks, and can Rolling walking on the two tracks; the first power source drives the wheel shaft to rotate the driving wheel, and rolls on the two tracks to drive the mobile trolley to move forward and backward on the breeding tank.

Wherein, the flattening unit includes a first actuating cylinder and a first scraper. The first actuating cylinder is fixed on the mobile trolley in such a manner that the output end faces vertically downward, and the output end of the first actuating cylinder is connected to the first scraper. The convex extension of the output shaft of the first actuating cylinder can drive the first scraper to move vertically downward.

Wherein, the harvesting unit includes a second actuating cylinder and a second scraper. The second actuating cylinder is fixed on the mobile trolley in such a manner that the output end faces vertically downward. The output end of the second actuating cylinder is connected to the second scraper. The convex extension of the output shaft of the second cylinder can drive the second scraper to move downward vertically.

Wherein, the moving mechanism further includes a stirring unit. The stirring unit includes a second power source, a transmission shaft, and a plurality of blades. The plurality of blades are disposed on the transmission shaft, and the power output end of the second power source is connected to the transmission shaft. The driving shaft is driven to rotate, and the rotation of the driving shaft drives the plurality of blades to rotate to stir the natural waste material in the breeding tank.

Wherein, the stirring unit further includes a fourth actuator cylinder, and the output shaft of the fourth actuator cylinder is pivotally mounted with a base of the second power source, the transmission shaft, and the blade, and the base is pivoted with the mobile trolley. .

Wherein, the moving mechanism further includes a heat dissipation unit, which is installed on the mobile trolley, and can use the heat dissipation unit to disturb the air in the breeding tank to achieve the heat dissipation effect.

Wherein, the temperature maintaining mechanism includes a coil that is bent back and forth, and the two ends of the coil are an inlet and an outlet, respectively, and a cooling liquid or a heating liquid can be inputted from the inlet, and output from the outlet, and then processed automatically. This inlet input forms a circulating cooling liquid or heating liquid input mode.

Wherein, the exhaust gas removing mechanism includes a plurality of tubes, which are disposed immediately above the breeding tank, the tubes are provided with a plurality of holes through the tube wall, and the tubes are connected to the air extractor The exhaust operation of the air extractor enters the pipes through the holes to remove the exhaust gas from the breeding tank.

Wherein, the discharging opening-closing mechanism includes a third actuating cylinder provided on the outside of the vertical walls on the two sides of the breeding tank, the output shaft of the third actuating cylinder is connected to the front vertical wall of the breeding tank, and the output of the third actuating cylinder is When the shaft is extended, the front vertical wall is moved away from the bottom surface of the breeding tank, so that the front vertical wall and the bottom surface of the breeding tank are opened, and a blanking area is formed between the front vertical wall and the bottom surface, or When the output shaft of the third actuating cylinder is retracted, the front vertical wall is closely contacted with the bottom surface and the two vertical walls, so that the front vertical wall and the bottom surface of the breeding tank are in a closed state.

The collection mechanism includes at least one collection conveyor belt, at least one sorting unit, and at least one cleaning device. One end of the collection conveyor belt is correspondingly located at the blanking area to receive the blackwater maggots or insects falling from the blanking area. The other end of the collection conveyor belt corresponds to the classification unit, and the black water flea or insect fertilizer dropped from the blanking area is sent to the classification unit, and the classification unit will use the vibration screening method to classify the black The leeches or insect fertilizers are classified, and the black leeches are washed by a washing device.

Advantages of this creation:

The automatic breeding device of the black water salamander created through the setting of the breeding tank, feeding mechanism, moving mechanism, temperature maintaining mechanism, exhaust gas removal mechanism, discharge opening and closing mechanism, and collection mechanism. Set, so the length or height can be extended according to the needs of the breeding plant, and the flexibility of assembly is quite good.

In addition, sensors such as temperature and humidity can be installed to monitor the aquaculture environmental conditions in the aquaculture tank at any time, and the temperature maintaining mechanism, the stirring unit, the heat dissipation unit and the exhaust gas exhausting mechanism can be activated in time to ensure that the aquaculture environmental conditions are maintained Conducive to the growth of black water salamander.

In order to provide a more complete and clear disclosure of the technical content, creative purpose and effectiveness achieved by this creation, it is described in detail below, and please also refer to the drawings and numbers disclosed:

See the first and second figures.

The automatic breeding device for blackwater maggots in this creation mainly includes at least one breeding tank 1, a feeding mechanism 2, at least a moving mechanism 3, at least a temperature maintaining mechanism 4, an exhaust gas removing mechanism 5, and at least one discharge opening and closing Institution 6, collection agency 7; of which:

The breeding tank 1 is provided with a breeding space in which blackwater bream is raised; wherein, the breeding tank 1 is a long rectangular shallow plate body defined by a frame surrounded by a rectangular bottom surface 11 and four vertical walls 12. The vertical wall 12 at the front end of the breeding tank 1 is separated from the bottom surface 11 and the vertical walls 12 adjacent to the two sides (see Figures 3 to 6).

The feeding mechanism 2 is used to transport various types of natural waste materials such as wheat bran and distiller's grains to the breeding space of the breeding tank 1 for the digestion and decomposition of black water leeches. Among them, the feeding mechanism 2 uses a steel cable conveyor (see section Seven pictures).

The moving mechanism 3 is set up above the breeding tank 1. The moving mechanism 3 is provided with a first power source 33 to drive the moving mechanism 3 to move back and forth above the breeding tank 1. Among them (refer to Figures 8 and 9 below) The moving mechanism 3 includes a mobile trolley 31, two tracks 32, a first power source 33, at least two axles 34, and at least four driving wheels 35. The two tracks 32 are respectively disposed above the vertical walls 12 on the two sides of the breeding tank 1. The first power source 33 is set on the mobile trolley 31. The first power source 33 outputs power to one of the axles 34. The driving wheels 35 are assembled at the two ends of the axle 34 and the driving wheels at the two ends of the axle 34. 35 is correspondingly provided on the two tracks 32, so that the driving wheel 35 can roll on the two tracks 32; the first power source 33 drives the wheel shaft 34 to rotate the driving wheel 35, and rolls on the track 32 to drive the movement The trolley 31 moves forward and backward on the breeding tank 1.

The moving mechanism 3 further includes a flattening unit 36 and a harvesting unit 37 (see also ninth and tenth drawings). The flattening unit 36 can scrape the worm fertilizer in the breeding tank 1 or can scrape all kinds of natural waste materials such as wheat bran and distiller's grains on the breeding tank 1 so that the natural waste materials can be evenly distributed in the breeding tank 1; The flattening unit 36 includes a first actuating cylinder 361 and a first scraper 362. The first actuating cylinder 361 is fixed to the mobile carriage 31 with the output end vertically downward, and the first scraper 362 is connected to the first actuating cylinder. When the output end of 361 is actuated, when the output end of the first actuating cylinder 361 protrudes, it can drive the first scraper 362 to move vertically downward. The protrusion distance of the output end of the first actuating cylinder 361 of the first scraper 362 can be controlled and adjusted according to different feed sources, so as to achieve an optimal scraper depth. The harvesting unit 37 pushes the black water salamander in the breeding tank 1 to the blanking area A in a sequential scraping manner; wherein, the harvesting unit 37 includes a second operating cylinder 371 and a second scraper 372, and the second operating cylinder 371 is fixed on the mobile trolley 31 with the output end facing downward. The output end of the second actuator 371 is connected to the second scraper 372, and the second scraper 372 is driven downward by the protrusion of the output end of the second actuator 371. Vertical displacement.

The moving mechanism 3 further includes a stirring unit 38 (see also Figures 9 and 14). The stirring unit 38 includes a second power source 381, a transmission shaft 382, and a plurality of blades 383. The blades 383 are disposed on the transmission shaft 382. Above, the power output end of the second power source 381 is connected to the transmission shaft 382. When the second power source 381 drives the transmission shaft 382 to rotate, the transmission shaft 382 can drive the blades 383 to rotate to stir the aquarium 1. Wheat bran, distiller's grains and other natural waste materials. In addition, the stirring unit 38 further includes a fourth actuating cylinder 384, and the output shaft of the fourth actuating cylinder 384 is pivotally mounted with a base 385 for mounting the second power source 381, the transmission shaft 382, and the blade 383. The trolley 31 is pivotally installed. According to this, when the convex extension of the output shaft of the fourth cylinder 384 is changed, the setting height of the stirring unit 38 can be changed to meet different stirring depth requirements.

The moving mechanism 3 further includes a heat radiating unit 39 (refer to the first figure). The heat radiating unit 39 is installed on the mobile trolley 31, and can use the heat radiating unit 39 to disturb the air in the breeding tank 1 to achieve the heat radiation effect. The heat dissipation unit 39 is a fan.

The temperature maintaining mechanism 4 is located at the bottom of the breeding tank 1 (see the second figure), and can cool or raise the temperature of the breeding tank 1 by heat energy transmission. The temperature maintaining mechanism 4 includes a coil 41 that is bent back and forth. The two ends of the coil 41 are an inlet and an outlet, respectively. A cooling liquid or a heating liquid can be input from the inlet and output from the outlet. After processing, the liquid is input from the inlet to form a circulating cooling liquid or heating liquid input mode. .

The exhaust gas removal mechanism 5 is correspondingly disposed above the breeding tank 1 (see the first and second figures) to exclude the exhaust gas generated during the breeding of blackwater bream. The exhaust gas removal mechanism 5 includes a plurality of tubes 51. The tube bodies 51 are disposed immediately above the breeding tank 1. The tube body 51 is provided with a plurality of holes 52 penetrating through the tube wall. The tube bodies 51 are connected to the air extractor 53 and pass through the air extractor 53. The air operation of the aquaculture tank 1 enters the pipe bodies 51 through the holes 52 and is guided by the pipe body 51 to the outside.

The discharging opening-closing mechanism 6 is arranged in the blanking area A of the breeding tank 1 (see also Figures 3, 4, 5, and 6), and can control the opening and closing of the blanking area A; The closing mechanism 6 includes a third actuating cylinder 61 provided outside the vertical wall 12 on the second side of the breeding tank 1. The output shaft of the third actuating cylinder 61 is connected to the front vertical wall 12 of the breeding tank 1. When the output shaft protrudes, the front side vertical wall 12 is moved away from the bottom surface 11 of the breeding tank 1 so that the front side vertical wall 12 and the bottom surface 11 of the breeding tank 1 are opened, and the front side vertical wall 12 and the bottom surface are opened. A blanking area A is formed between 11 or when the output shaft of the third actuating cylinder 61 is retracted, the front vertical wall 12 is closely contacted with the bottom surface 11 and the two vertical walls 12 so that the front vertical wall 12 and the breeding The bottom surfaces 11 of the grooves 1 are in a closed state.

The collecting mechanism 7 is provided at the corresponding blanking area A (refer to the first figure). When the blanking area A is opened and the harvesting unit 37 pushes the blackwater maggot in the breeding tank 1 toward the blanking area A, The black water salamander can be dropped to the collection mechanism 7 through the blanking area A for collection. The collection mechanism 7 includes at least one collection conveyor belt 71, at least one sorting unit 72 (the system uses a vibrating screen), and at least one cleaning device 73. One end of the collection conveyor belt 71 is located at the blanking area A correspondingly. In order to receive the blackwater maggot or insect fertilizer dropped from the blanking area A, the other end of the collection conveyor belt 71 corresponds to the classification unit 72 (the system uses a vibratory screening machine), and the Blackwater maggots or insect manure are sent to the classification unit 72 through the collection conveyor belt 71. The classification unit 72 uses the vibration sieving method to classify the blackwater maggots or insect manure into the same category. The unit is cleaned. Among them, the so-called same category usually refers to the same size black maggot, or it may be the insect fertilizer and impurities in the insect fertilizer.

In this way, the black water salamander can be placed in the breeding tank 1 and the operating time of the feeding mechanism 2 can be set to perform timing and quantitative feeding. Among them, the feeding mechanism 2 of this creation uses a steel cable type feeder for its durability. High, not easy to damage; and after feeding into the aquaculture tank 1, it can be distributed evenly into the aquaculture tank 1 through the flattening unit 36 on the moving mechanism 3, and the natural waste materials such as wheat bran and distiller's grains can be evenly distributed in the aquaculture tank 1 ( (See Figure 11); In addition, temperature and humidity sensors can be further installed to monitor the environmental conditions of the breeding tank 1 at any time, and the temperature keeping mechanism 4, the stirring unit 38, and the heat dissipation unit 39 can be activated at a proper time. And the exhaust gas removal mechanism 5 to ensure that the environmental conditions of the breeding are maintained in a state conducive to the growth of blackwater sturgeon. When the black water sturgeon produces a certain amount of insect manure, the paving unit 36 can be started to descend, and the mobile trolley 31 is driven by the first power source 33 to move to the front of the breeding tank 1 to scrape and accumulate above the black water sting. Since the height of the flattening unit 36 has been set, the first scraper 362 will be at a distance from the bottom plate 11 of the breeding tank 1, and the distance is just not to touch the black water salamander, which can avoid the black water salamander. Injury, at the same time, the output shaft of the third actuating cylinder 61 of the discharge opening and closing mechanism 6 projects the front side vertical wall 12 away from the bottom surface 11 of the breeding tank 1 so that the front side vertical wall 12 and the bottom surface 11 of the breeding tank 1 The blanking area A is opened, and the worm fertilizer is dropped from the blanking area A to the collection conveyor 71 of the collection mechanism 7, and then the collection conveyor 71 is sent to the classification unit 72 for classification, and then stored in the cleaning device 73. in.

When the black water salamander can be harvested (refer to FIG. 12), the harvesting unit 37 is activated so that the second operating cylinder 371 and the second scraper 372 are vertically lowered until they contact the bottom surface 11 of the breeding tank 1, and the first power source 33 The mobile trolley 31 is driven to move toward the front end of the breeding tank 1 to scrape black water slugs. This scraping action is performed in sections to prevent the black water slugs accumulated during the scraping process from overflowing the vertical of the breeding tank 1 At the same time, the output shaft of the third actuating cylinder 61 of the discharging opening-closing mechanism 6 simultaneously projects the front side vertical wall 12 away from the bottom surface 11 of the breeding tank 1 so that the front side vertical wall 12 and the bottom surface 11 of the breeding tank 1 The blanking area A between them is opened, and the blackwater maggots are dropped from the blanking area A to the collection conveyor 71 of the collection mechanism 7, and then the collection conveyor 71 is sent to the classification unit 72 for classification, and then stored in the cleaning Device 73.

Because the automatic breeding device of the black water bream of this creation has formed a systematic and unit modular setting, users can extend the length of the rear and front of the breeding tank 1 according to the difference in their breeding space, or set up in layers. As the height extension (as shown in the fifteenth figure), the feeding mechanism 2 can bypass the breeding tank 1 of each floor one by one in a rotating manner at this time, and smoothly perform the feeding operation.

The above are only some of the embodiments of this creation, and are not intended to limit this creation. Those created based on the creative spirit and characteristics of this creation with slight changes should also be included in the scope of this patent.

In summary, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed is not only not seen in similar products, nor disclosed before the application, and it has fully complied with the provisions of the Patent Law. In accordance with the law, the application for a new type of patent was submitted in accordance with the law, and it is imperative to ask for approval and grant the patent.

1‧‧‧ breeding tank

11‧‧‧ underside

12‧‧‧ vertical wall

2‧‧‧feeding mechanism

3‧‧‧ mobile agency

31‧‧‧mobile trolley

32‧‧‧ track

33‧‧‧First Power Source

34‧‧‧ Wheel

35‧‧‧Drive Wheel

36‧‧‧ Pavement Unit

37‧‧‧ Harvest unit

361‧‧‧First cylinder

362‧‧‧First Scraper

371‧‧‧Second Actuator

372‧‧‧Second Scraper

4‧‧‧Temperature holding mechanism

41‧‧‧ coil

38‧‧‧ mixing unit

381‧‧‧Second power source

382‧‧‧Drive shaft

383‧‧‧Plural blades

384‧‧‧Fourth acting cylinder

385‧‧‧ base

39‧‧‧Cooling Unit

5‧‧‧Exhaust gas removal mechanism

51‧‧‧ tube body

52‧‧‧hole

53‧‧‧Air Extractor

6‧‧‧Discharge opening and closing mechanism

61‧‧‧Third Actuator

7‧‧‧ collection agency

71‧‧‧ collection conveyor

72‧‧‧ taxon

73‧‧‧cleaning device

Figure 1: Schematic diagram of the overall structure of the automatic breeding device of the black water salamander in this creation

Second picture: The positional relationship between the breeding tank, the moving mechanism, the temperature keeping mechanism, and the exhaust gas removing mechanism of the automatic breeding device of the black water bream in this creation.

The third picture: the three-dimensional schematic diagram of the opening and closing mechanism of the automatic breeding device of the black water salamander in this creation

Figure 4: Top view of the opening and closing mechanism of the automatic feeding device of the blackwater bream in this creation

Figure 5: The three-dimensional schematic diagram of the opening and closing mechanism of the automatic feeding device of the black water salamander in this creation when it is opened

Figure 6: Top view of the opening and closing mechanism of the automatic feeding device of the blackwater bream in this creation when it is opened

Figure 7: Partial cross-sectional schematic diagram of the feeding mechanism of the automatic breeding device of the black water salamander created in this creation

Figure 8: A three-dimensional schematic diagram of the moving mechanism of the automatic breeding device of the black water salamander in this creation

Figure 9: A perspective view of the moving mechanism of the automatic breeding device of the black water salamander in the other direction

Figure 10: A schematic side view of the flattening unit, harvesting unit, and mixing unit of the automatic breeding device for blackwater bream in this creation

Figure 11: Schematic diagram of the operation state of the flattening unit of the automatic breeding device of the black water salamander in this creation

Figure 12: Schematic diagram of the operating state of the harvesting unit of the automatic breeding device for blackwater bream (1)

Figure 13: Schematic diagram of the operating state of the harvesting unit of the automatic breeding device for blackwater salamander (2)

Figure 14: Schematic diagram of the operating state of the stirring unit of the automatic breeding device for blackwater bream in this creation

Figure 15: Schematic diagram of the highly-extended erection of the automatic breeding device of the black water salamander in this creation

Claims (12)

An automatic breeding device for blackwater bream includes a breeding tank, a feeding mechanism, a moving mechanism, a temperature maintaining mechanism, an exhaust gas removing mechanism, a discharge opening and closing mechanism, and a collecting mechanism; at least one layer of the breeding tank is provided, and the breeding tank is provided with a breeding space Blackwater bream is raised in the breeding space, the feeding mechanism sends natural waste materials to the breeding space for the blackwater bream to eat, the moving mechanism is set above the breeding tank, and the moving mechanism is provided with a first power source to drive The moving mechanism moves back and forth above the breeding tank. The moving mechanism further includes a flattening unit and a harvesting unit. The flattening unit can scrape the insect fertilizer in the breeding tank or make the flattening unit smooth the culture. The natural waste material on the trough enables the natural waste material to be evenly distributed in the breeding tank, and the harvesting unit pushes the black water slug in the breeding tank to the blanking area by means of sequential scraping; the A temperature maintaining mechanism is provided at the bottom of the breeding tank, and can cool or raise the breeding tank by heat energy transmission; the exhaust gas exhausting mechanism is correspondingly arranged above the breeding tank to The exhaust gas generated during the breeding of blackwater maggots is eliminated; the discharge opening and closing mechanism is set in the blanking area of the breeding tank, which can control the opening and closing of the blanking area; the collecting mechanism is set at the corresponding blanking area, When the blanking area is opened and the harvesting unit pushes the blackwater maggots in the breeding tank to move to the blanking area, the blackwater maggots can fall through the blanking area to the collection mechanism for collection. The automatic breeding device for blackwater salamander as described in item 1 of the scope of patent application, wherein the breeding tank is a long rectangular shallow plate body which is defined by a rectangular bottom surface and framed by four vertical walls. The vertical wall at the front end of the groove is separated from the bottom surface and the vertical walls adjacent to the two sides. The automatic breeding device for blackwater salamander as described in the second item of the patent application scope, wherein the feeding mechanism is a steel cable conveyor. The automatic breeding device for black water salamander as described in the third item of the scope of the patent application, wherein the moving mechanism includes a mobile trolley, two tracks, a first power source, at least two axles, and at least four driving wheels, and the tracks are respectively Corresponding to the two vertical walls above the breeding tank, the first power source is set on the mobile trolley, the first power source outputs power to one of the wheel axles, and the driving wheels are assembled at the two ends of the wheel axle, located at The driving wheels at the two ends of the axle are respectively arranged on the two tracks, and can roll on the two tracks; the first power source drives the axle to rotate the driving wheels, and rolls on the two tracks to drive The mobile trolley is displaced forward and backward on the breeding tank. The automatic breeding device for blackwater salamander according to item 4 of the scope of patent application, wherein the flattening unit includes a first actuating cylinder and a first scraper, and the first actuating cylinder is fixed in such a manner that the output end faces vertically downward. On the mobile trolley, the output end of the first actuating cylinder is connected to the first scraper, and the protrusion of the output shaft of the first actuating cylinder can drive the first scraper to be vertically displaced downward. The automatic breeding device for blackwater salamanders as described in item 4 or 5 of the scope of patent application, wherein the harvesting unit includes a second actuating cylinder and a second scraper, and the second actuating cylinder is vertically downward with the output end Fixed on the mobile trolley, the output end of the second actuating cylinder is connected to the second scraper, and the protrusion of the output shaft of the second actuating cylinder can drive the second scraper to vertically downwardly displace. The automatic breeding device for blackwater salamander as described in item 6 of the scope of patent application, wherein the moving mechanism further includes a stirring unit, the stirring unit includes a second power source, a transmission shaft, and a plurality of blades, and the plurality of blades are arranged At the transmission shaft, the power output end of the second power source is connected to the transmission shaft to drive the transmission shaft to rotate, and the rotation of the transmission shaft drives the plurality of blades to rotate to stir the natural waste material in the breeding tank; the The stirring unit further includes a fourth actuating cylinder, and the output shaft of the fourth actuating cylinder is pivotally mounted with a base of the second power source, the transmission shaft, and the blade, and the base is pivoted with the mobile trolley. The automatic breeding device for blackwater salamanders as described in item 7 of the scope of the patent application, wherein the moving mechanism further includes a heat dissipation unit, which is installed on the mobile trolley and can be used for the inside of the breeding tank by the heat dissipation unit. The air generates disturbance to achieve the heat dissipation effect. The automatic breeding device for blackwater salamanders as described in any one of claims 1 to 5, wherein the temperature maintaining mechanism includes a coil coil that is bent back and forth, and the two ends of the coil tube are an inlet and an outlet, respectively. The cooling liquid or heating liquid can be input from the inlet and output from the outlet. After processing, the cooling liquid or heating liquid can be input to form a circulating cooling liquid or heating liquid input mode. The automatic breeding device for black water salamander as described in any one of claims 1 to 5, wherein the exhaust gas removing mechanism includes a plurality of tubes, and the tubes are disposed immediately above the breeding tank. The pipes are provided with a plurality of holes through the pipe wall, and the pipes are connected to an air extractor, and the exhaust operation of the air extractor exhausts the exhaust gas from the breeding tank through the holes to the pipes to be excluded. . The automatic breeding device for blackwater salamanders as described in any one of claims 1 to 5, wherein the discharging opening-closing mechanism includes a third actuating cylinder provided on the outside of the vertical walls on the two sides of the breeding tank. The output shaft of the third actuating cylinder is connected to the front vertical wall of the breeding tank. When the output shaft of the third actuating cylinder is protruded, the front vertical wall is moved away from the bottom surface of the breeding tank, so that the front vertical wall and the rear of the breeding tank are connected. The bottom surface is in an open state, and a blanking area is formed between the front vertical wall and the bottom surface, or the front vertical wall is closely contacted with the bottom surface and the two vertical walls when the output shaft of the third cylinder is retracted. So that the front vertical wall and the bottom surface of the breeding tank are in a closed state. The automatic breeding device for blackwater salamanders according to any one of claims 1 to 5, wherein the collection mechanism includes at least one collection conveyor belt, at least one classification unit, and at least one cleaning device. The collection conveyor belt One end is located at the blanking area corresponding to the blackwater maggot or insect fertilizer dropped from the blanking area, and the other end of the collection conveyor belt corresponds to the classification unit, and the blackwater maggot or Insect fertilizer is sent to this classification unit for classification. The classification unit will use the vibration sieving method to classify blackwater maggots or insect fertilizer of the same classification, and then clean the blackwater maggots through a cleaning device.