CN207097656U - A transformer intelligent pouring system - Google Patents

Abstract

The utility model discloses a mutual-inductor intelligence gating system belongs to mutual-inductor production facility technical field. The system comprises a filler drying device (11), a drying filler storage bin (12), an epoxy resin premixing tank (20), a curing agent premixing tank (23), an epoxy resin degassing device (21), a curing agent degassing device (24), a final mixing tank (22), a pouring device (30), a vacuum device (31) and a control device. The system has high intelligent degree, other procedures except the pouring procedure are automatically completed, manual operation is not needed, and the working intensity is reduced; meanwhile, through automatic control and manual pouring, the stability of pouring quality is guaranteed, and the product quality is improved.

Description

A transformer intelligent pouring system

technical field

The utility model belongs to the technical field of transformer production equipment, in particular to a transformer intelligent pouring system, in particular to a two-component, manual pouring transformer intelligent pouring system.

Background technique

During the production process of the transformer, it is necessary to cast the coil or skeleton of the transformer with unsaturated resin. When pouring the unsaturated resin, it is necessary to mix the resin material and curing agent before normal casting. Because of the unsaturated resin, The chemical characteristics of the curing agent itself make it impossible to mix directly in the mixing tank. Second, it needs to be mixed with the filler in the resin tank and the curing agent tank first, and then degassed in two degassing tanks respectively. After the degassing is completed, it is mixed in the final mixing tank, and finally sent to the pouring equipment for quantitative pouring.

For example, the patent application number 201420800018.5 discloses a simultaneous preparation system for two-component castables for substation equipment, which is divided into two parallel sets of production equipment for single-component castables. , reactors, storage tanks, electronic valves and pipelines, the raw material tanks, reactors, and storage tanks of the complete production equipment for each component castable are connected to the same or each group of vacuum pumps through vacuum pipelines and are equipped with vacuum pumps. Electronic valves and air-breaking electronic valves. The reaction kettles of each group of equipment are respectively provided with raw material and filler inlets. The outlet of the reaction kettle of the equipment is connected to the inlet of the respective storage tank through the respective electronic valve for feeding; the outlet of the storage tank of each group of equipment is connected with the inlet of the online degassing equipment; the vacuum pump group and the online degassing equipment adopt a set of joint connection or two separate connections.

The applicant found that the existing gating system is not intelligent enough and requires multiple operators to operate the gating system, which is labor-intensive and may affect product quality due to operational errors.

Contents of the invention

In order to solve the above problems, an embodiment of the utility model provides an intelligent pouring system for transformers, which has a high degree of intelligence, reduces work intensity and improves product quality. Described technical scheme is as follows:

The embodiment of the utility model provides an intelligent pouring system for transformers, which includes a filler drying device 11, a drying filler storage bin 12, an epoxy resin premixing tank 20, a curing agent premixing tank 23, an epoxy resin removal Gas device 21, curing agent degassing device 24, final mixing tank 22, pouring device 30, vacuum device 31 and control device.

Wherein, the drying filler storage bin 12 is located under the filler drying device 11 and communicated with the outlet of the filler drying device 11, and the epoxy resin premixing tank 20 and the curing agent premixing tank 23 are both located in the drying The filler storage bin 12 is below and connected through a pipeline with an electric control board valve, and the epoxy resin premixing tank 20 is communicated with the epoxy resin degassing device 21 through a pipeline with a pump 4 and an electric control valve 6, The curing agent premix tank 23 communicates with the curing agent degassing device 24 through a pipeline with a pump 4 and an electric control valve 6, and the epoxy resin degassing device 21 and the curing agent degassing device 24 are connected through a The pipelines of the pump 4, the flowmeter 5 and the electric control valve 6 communicate with the final mixing tank 22, and the final mixing tank 22 is located above the pouring device 30 and it communicates with the pouring through the pipeline with the flowmeter 5 and the manual control valve 307. The pouring pipe of the device 30 is connected, and the vacuum device 31 is respectively connected with the epoxy resin premix tank 20, the curing agent premix tank 23, the epoxy resin degassing device 21, and the curing agent degasser through a pipeline with an electric control valve 6. Gas device 24, final mixing tank 22 and pouring device 30 are in communication.

Wherein, the pouring device 30 includes a sealing tank 300, a turret 305 arranged on the top of the sealing tank 300 and a pouring pipe, a pouring plate 306 provided at the lower end of the turret 305 inclined, a guide rail 302 arranged at the bottom of the sealing tank 300 along the front and rear directions, a sliding The mold car 303 on the guide rail 302 and the drive structure 33 for driving the mold car 303 to slide back and forth, the pouring plate 306 is located directly below the pouring tube and directly above the mold car 303, the electric control panel valve, The pump 4, the flow meter 5, the electric control valve 6, the vacuum device 31 and the driving structure 33 are electrically connected with the control device.

Further, the gating system provided by the embodiment of the present invention also includes the epoxy resin raw material tank 10 above the epoxy resin premix tank 20 and the curing agent raw material tank 13 above the curing agent premix tank 23, the epoxy resin raw material The tank 10 communicates with the epoxy resin premix tank 20 through a pipeline with a flowmeter 5 and an electric control valve 6, and the curing agent raw material tank 13 communicates with the curing agent through a pipeline with a flowmeter 5 and an electric control valve 6. The premix tank 23 communicates.

Preferably, the pouring system provided by the utility model is arranged in three layers, the epoxy resin raw material tank 10, the curing agent raw material tank 13 and the filler drying device 11 are arranged on the upper layer, and the drying filler storage bin 12 is arranged on the middle layer In the upper part, the epoxy resin premixing tank 20, the curing agent premixing tank 23, the epoxy resin degassing device 21, the curing agent degassing device 24, the final mixing tank 22 and the control device are arranged in the middle layer, and the pouring device 30 And a vacuum device 31 is provided on the lower floor.

Wherein, the epoxy resin premixing tank 20, the curing agent premixing tank 23 and the final mixing tank 22 in the embodiment of the utility model are all provided with heating structures, stirring and temperature sensors, and the heating structures, stirring and temperature sensors are connected with the control The device is electrically connected.

Wherein, the epoxy resin degassing device 21 in the embodiment of the present utility model includes a tank body 240, a rotating shaft 246 arranged in the tank body 240 along the vertical direction and rotated, and a degassing umbrella 242 respectively arranged on the upper and lower parts of the rotating shaft 246 and degassing stirring 241, a degassing heating structure 244 and a temperature sensor located on the tank body 240, a spiral lifting structure 245 located on one side of the tank body 240, and a degassing umbrella 242 located on the tank body 240. Window, the discharge pipe and the feed pipe of the spiral lifting structure 245 communicate with the upper and lower parts of the tank body 240 respectively and its discharge pipe extends into the tank body 240 to the top of the degassing umbrella 242 .

Wherein, the control device in the embodiment of the utility model includes a console 25 arranged in the middle layer, and the manual control valve 307 and the handle at the upper end of the turret 305 are all arranged close to the console 25 .

Preferably, the pouring device 30 in the embodiment of the utility model also includes an illuminating lamp 308 and a camera 309 on the top of the sealed tank 300, the console 25 is provided with a display, and the camera 309 is connected to the control panel. The table 25 is electrically connected and it is located directly above the mold car 303 .

Wherein, the sealed tank 300 in the embodiment of the utility model is a horizontal tank body structure, and its front part is provided with a door 301 that can be opened and closed, its rear part is provided with a hot air branch pipe 3010, and its inner wall is provided with a heating structure. The pipeline is connected with the vacuum device 31; the drive structure 33 is arranged at the rear of the sealed tank 300 and its driving rod extends into the sealed tank 300 along the front and rear directions and is fixedly connected with the rear end of the mold car 303. The sealed tank 300 is equipped with The hot air supply structure 32 is connected to the hot air branch pipe 3010 through pipelines, and the heating structure and the hot air supply structure 32 are electrically connected to the control device.

Preferably, a plurality of mold placement positions 304 are evenly distributed on the mold cart 303 in the embodiment of the present utility model, and an ejector plate is arranged on the mold placement position 304 along the front and rear directions, and the space between the ejector plate and the mold placement position 304 is An ejecting structure is provided to make the ejecting plate tilt forward and backward, and the ejecting structure is electrically connected with the control device.

Wherein, the inclination angle of the pouring tray 306 in the embodiment of the present invention is 20°-40°, which includes a plane bottom plate and a fence surrounding the edge of the plane bottom plate, and the plane bottom plate is a flat plate-like structure with a large upper part and a smaller lower part.

The beneficial effects brought by the technical solution provided by the embodiment of the utility model are: the embodiment of the utility model provides an intelligent pouring system for transformers. The system has a high degree of intelligence, and all processes except the pouring process are automatically completed without manual labor. The operation reduces the work intensity; at the same time, through automatic control and manual pouring, the stability of pouring quality is guaranteed and the product quality is improved.

Description of drawings

Fig. 1 is a schematic structural view of a transformer intelligent pouring system provided by an embodiment of the present invention;

Fig. 2 is a structural schematic diagram of the middle layer of the transformer intelligent pouring system provided by the embodiment of the present invention;

Fig. 3 is the structural representation of the epoxy resin degassing device that the utility model embodiment provides;

Fig. 4 is a schematic structural view of the pouring device provided by the embodiment of the present invention.

In the figure: 4 pumps, 5 flowmeters, 6 electric control valves, 7 electric control vent valves;

10 epoxy resin raw material tank, 11 filler drying device, 12 drying filler storage bin, 13 curing agent raw material tank;

20 epoxy resin premixing tank, 21 epoxy resin degassing device, 22 final mixing tank, 23 curing agent premixing tank, 24 curing agent degassing device, 25 console;

30 pouring device, 31 vacuum device, 32 hot air supply structure, 33 driving structure;

240 tank body, 241 degassing stirring, 242 degassing umbrella, 243 leveling plate, 244 degassing heating structure, 245 spiral lifting structure, 246 rotating shaft;

300 sealed tank, 301 door, 302 guide rail, 303 mold car, 304 mold place, 305 turret, 306 pouring plate, 307 manual control valve, 308 lighting, 309 camera, 310 hot air branch pipe.

Detailed ways

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings.

Referring to Figures 1-4, the embodiment of the utility model provides an intelligent pouring system for transformers, which includes a filler drying device 11 for drying fillers, and a drying filler storage bin for storing dried fillers 12. Epoxy resin premixing tank 20 for quantitatively mixing epoxy resin with fillers, pigments, etc., curing agent premixing tank 23 for quantitatively mixing curing agent with fillers, etc., ring for degassing epoxy resin Oxygen resin degassing device 21, curing agent degassing device 24 for curing agent degassing, final mixing tank 22 for quantitatively mixing epoxy resin and curing agent, pouring device 30 for pouring transformer molds, A vacuum device 31 for vacuuming, a control device for controlling the entire system, and the like. Among them, the control device includes PLC, executive circuit (relay, air compressor, etc.), drive circuit, control buttons and sampling circuit, etc. Wherein, the filler drying device 11 is a quartz sand drying device, and its structure refers to the description in the patent application number 201420406278.4.

Wherein, referring to Fig. 1 , the drying filler storage bin 12 in the embodiment of the utility model is located below the filler drying device 11 and communicated with the discharge port of the filler drying device 11, the epoxy resin premixing tank 20 and the curing agent pre-mixing tank 20 The mixing tanks 23 are all located below the dry filler storage bin 12 and communicated through pipelines with electric control board valves. The epoxy resin premixing tank 20 communicates with the epoxy resin degassing device 21 through a pipeline with a pump 4 and an electric control valve 6, and the curing agent premixing tank 23 and the curing agent degassing device 24 communicate through a pipeline with a pump 4 and an electric valve 6 The pipeline of the control valve 6 is connected, the epoxy resin degasser 21 and the curing agent degasser 24 are all communicated with the final mixing tank 22 through the pipeline with the pump 4, the flow meter 5 and the electric control valve 6, and the final mixing tank 22 is located above the pouring device 30 and it communicates with the pouring pipe of the pouring device 30 through a pipeline with a flow meter 5 and a manual control valve 307 . The vacuum device 31 is respectively connected with the epoxy resin premix tank 20, the curing agent premix tank 23, the epoxy resin degassing device 21, the curing agent degassing device 24, the final mixing tank 22 and the The pouring device 30 is connected for vacuuming the above 6 structures.

Wherein, referring to FIGS. 1 and 4, the pouring device 30 in the present embodiment includes a sealed tank 300, a turret 305 arranged on the top of the sealed tank 300 (arranged in the vertical direction) and the pouring pipe, and the lower end of the turret 305 is inclined (the front is inclined downwards). Setting) the pouring plate 306 set, the guide rail 302 arranged at the bottom of the sealed tank 300 along the front and rear directions (passing through the sealed tank 300 forward), the mold cart 303 (for placing the mold) slidingly arranged on the guide rail 302 (for placing the mold) and for driving The driving structure 33 etc. that the mold car 303 slides back and forth. Wherein, the pouring plate 306 is located directly below the pouring pipe and directly above the mold car 303 , and the driving structure 33 uses a driving rod or a driving rope to drive the mold car 303 . Wherein, the electric control board valve, the pump 4, the flow meter 5, the electric control valve 6, the vacuum device 31 and the driving structure 33 are electrically connected with the control device.

Further, referring to Fig. 1, the pouring system provided by the embodiment of the present invention also includes the epoxy resin raw material tank 10 above the epoxy resin premix tank 20 and the curing agent raw material tank 13 above the curing agent premix tank 23, the epoxy resin The resin raw material tank 10 communicates with the epoxy resin premix tank 20 through a pipeline with a flowmeter 5 and an electric control valve 6, and the curing agent raw material tank 13 communicates with the curing agent through a pipeline with a flowmeter 5 and an electric control valve 6. The premix tank 23 communicates. Further, a pigment raw material tank is provided above the epoxy resin premix tank 20 , and the pigment raw material tank communicates with the epoxy resin premix tank 20 through a pipeline with a flow meter 5 and an electric control valve 6 . Certainly also can not be provided with raw material tank, directly feeds from the feed inlet on the epoxy resin premix tank 20 and curing agent premix tank 23.

Preferably, referring to FIG. 1 , the gating system provided by the present invention is arranged in three layers, and each layer is separated by a floor or a bracket with stairs between them. Among them, the epoxy resin raw material tank 10, the curing agent raw material tank 13 and the filler drying device 11 are arranged on the upper layer for raw material preparation, the drying filler storage bin 12 is arranged on the upper part of the middle layer, the epoxy resin premixing tank 20, the curing agent premixing The mixing tank 23, the epoxy resin degassing device 21, the curing agent degassing device 24, the final mixing tank 22 and the control device are arranged in the lower part of the middle layer for pouring liquid deployment, multiple tanks are arranged side by side, and the casting device 30 and the vacuum device 31 are set It is convenient for pouring operation in the lower layer. A lifting structure for transporting packing can be set between the upper layer and the lower layer.

Wherein, referring to Fig. 1, epoxy resin premixing tank 20, curing agent premixing tank 23 and final mixing tank 22 in the utility model embodiment are all provided with heating structure, stirring and temperature sensor etc., heating structure, stirring and temperature Sensors and the like are electrically connected to the control device. Further, the epoxy resin premixing tank 20, the curing agent premixing tank 23, the epoxy resin degassing device 21, the curing agent degassing device 24 and the final mixing tank 22 are all provided with an electric control vent valve 7 for emptying , the electronically controlled venting valve 7 is electrically connected with the control device.

Wherein, referring to Fig. 1 and 3, the epoxy resin degassing device 21 in the utility model embodiment comprises tank body 240, along vertical direction and rotates the rotating shaft 246 that is arranged in tank body 240, is respectively arranged on rotating shaft 246, The lower degassing umbrella 242 and degassing stirring 241, the degassing heating structure 244 (steam heating, hot water heating or electric heating) and temperature sensor on the tank body 240, and the spiral lifting structure on the side of the tank body 240 245 and the viewing window (not shown) on the tank body 240 and at the degassing umbrella 242. Wherein, the discharge pipe and the feed pipe of the spiral lifting structure 245 communicate with the upper and lower parts of the tank body 240 respectively and the discharge pipe extends into the tank body 240 to the top of the degassing umbrella 242 . Preferably, on the rotating shaft 246 and between the discharge pipe of the spiral lifting structure 245 and the degassing umbrella 242, a leveling plate 243 is provided, and the leveling plate 243 is used to evenly distribute the raw materials output by the spiral lifting structure 245 on the degassing umbrella 242 on. For the structure of the epoxy resin degassing device 21, refer to the description in the patent application number 201320050681.3. Similarly, the structure of the curing agent degassing device 24 is the same as that of the epoxy resin degassing device 21 .

Wherein, referring to Figs. 1 and 2, the control device in the embodiment of the utility model includes a console 25 located at the middle layer for controlling the entire pouring process, the console 25 is provided with control buttons, and the manual control valve 307 and rotation The handles at the upper end of the rack 305 and above the airtight tank 300 are arranged near the console 25 for manual pouring control. Preferably, the console 25 is provided with timers, clocks and alarm devices and the like.

Preferably, the pouring device 30 in the embodiment of the present utility model also includes an illuminating lamp 308 (preferably located at the top of the sealed tank 300 ) inside the sealed tank 300 and a camera 309 on the top of the sealed tank 300 . Correspondingly, the console 25 is provided with a display for observing the pouring situation in the airtight tank 300 , the lighting lamp 308 is electrically connected with the console 25 , and the camera 309 is electrically connected with the console 25 and it is located directly above the mold car 303 .

Wherein, referring to Fig. 1 and 4, the airtight tank 300 in the utility model embodiment is a horizontal tank body structure, and its front part is provided with the door 301 that can open and close, and its rear part is provided with hot air branch pipe 3010 for preheating and heating. To remove the cleaning agent, a heating structure is provided on its inner wall, which is connected with the vacuum device 31 through a pipeline. Wherein, the driving structure 33 is arranged at the rear of the sealed tank 300 and its driving rod extends into the sealed tank 300 along the front and rear direction and is fixedly connected with the rear end of the mold car 303 to make the mold car 303 move back and forth. The sealed tank 300 is provided with a hot air supply The structure 32 (blower and electric heating wire), the hot air supply structure 32 is connected to the hot air branch pipe 3010 through pipelines, and the heating structure and the hot air supply structure 32 are electrically connected to the control device.

Preferably, referring to Figures 1 and 4, there are multiple mold placement positions 304 evenly distributed (such as in a matrix) on the mold car 303 in the embodiment of the present invention, and each mold placement position 304 is used to place a mold to be poured , specifically a limit protrusion that matches the size of the mold. The mold placement position 304 is provided with an ejector plate (one end can be tilted) along the front and rear directions, and the ejector plate can make the mold on it tilt slightly to improve the pouring effect. An ejector structure (specifically, a cylinder) is provided between the ejector plate and the mold placement position 304 to make the ejector plate tilt forward and backward, and the ejector structure is electrically connected to the control device (air compressor).

Wherein, referring to Figs. 1 and 4, the inclination angle of the pouring pan 306 in the embodiment of the present invention is 20°-40°, which includes a plane base plate and a fence surrounding the edge of the plane base plate, and the plane base plate is a plane plate with a large upper part and a smaller bottom plate shape structure. The pouring pan 306 and the turret 305 can refer to the description in the patent application number 201420406306.2.

The following describes the working process of this system in conjunction with Figure 1: In the premix tank, suck epoxy resin into the premix tank, stir and heat to 50°C, and its fluidity reaches the best state, add fillers and pigments according to the proportion, keep When the vacuum state is 20-30mbar, stir evenly, there are no large bubbles and the temperature is 50-60°C, send it to the corresponding degassing device for degassing. Hardeners are handled similarly. In the degassing device, the raw material circulates between the tank body and the spiral lifting structure, and the spiral lifting structure sends the raw material to the leveling structure, and the leveling structure evenly distributes the raw material on the uppermost degassing umbrella, and the Flowing down to the surrounding, at this moment, the raw material forms a very thin raw material layer on the umbrella surface, and the gas in the raw material will be squeezed into the tank with air bubbles and sucked out by the vacuum pump. Continue degassing for more than 10 hours to remove moisture and gas as much as possible. Preparation before pouring: Turn on the hot air supply structure before pouring, remove the cleaning agent and dry the internal structure of the sealed tank, place the mold to be poured on the mold placement position and tilt it, close the door, open the heating structure, and dry the mold to be poured Preheating, temperature 80-85 ℃, time 8-10 hours, two hours before pouring, open the vacuum device to vacuum. Pouring process: Make the two degassing devices add epoxy resin and curing agent to the final mixing tank at a ratio of 1:1, turn on the vacuum pump and start stirring. The final mixing time is about 30 minutes, and the standing time is about 10 minutes. The pouring process is manually operated, and the manual control valve and turret are manually operated to achieve pouring. The total pouring time is required to be controlled within 2 hours. After the pouring is completed, the mold car can be sent to the curing device along the guide rail for curing.

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present utility model shall be included in this utility model. within the scope of protection of utility models.

Claims (10)

1. An intelligent pouring system for a transformer, characterized in that it includes a filler drying device (11), a drying filler storage bin (12), an epoxy resin premix tank (20), and a curing agent premix tank (23) , epoxy resin degassing device (21), curing agent degassing device (24), final mixing tank (22), pouring device (30), vacuum device (31) and control device; The drying filler storage bin (12) is located below the filler drying device (11) and communicated with the discharge port of the filler drying device (11), and the epoxy resin premixing tank (20) is premixed with the curing agent The tanks (23) are all located under the drying filler storage bin (12) and communicated through a pipeline with an electric control panel valve, and the epoxy resin premix tank (20) and the epoxy resin degassing device (21) pass through A pipeline with a pump (4) and an electric control valve (6) is connected, and the curing agent premix tank (23) and the curing agent degassing device (24) pass through a pipeline with a pump (4) and an electric control valve (6). ) pipeline communication, the epoxy resin degasser (21) and curing agent degasser (24) all pass through the pipeline with pump (4), flow meter (5) and electric control valve (6) It communicates with the final mixing tank (22), which is located above the pouring device (30) and which passes through a pipeline with a flow meter (5) and a manual control valve (307) to the pouring device (30) The pouring pipe of the vacuum device (31) is connected with the epoxy resin premix tank (20), the curing agent premix tank (23), the epoxy resin degasser respectively through the pipeline with the electric control valve (6). Device (21), curing agent degassing device (24), final mixing tank (22) and pouring device (30) are connected; The pouring device (30) comprises a sealed tank (300), a turret (305) provided on the top of the sealed tank (300), a pouring tube, a pouring tray (306) arranged obliquely at the lower end of the turret (305), and a front-to-back direction. The guide rail (302) at the bottom of the sealed tank (300), the mold car (303) slidingly arranged on the guide rail (302) and the driving structure (33) used to drive the mold car (303) to slide back and forth, the pouring tray ( 306) is located directly below the pouring pipe and directly above the mold car (303), the electric control board valve, pump (4), flow meter (5), electric control valve (6), vacuum device (31) and The driving structure (33) is electrically connected with the control device. 2. transformer intelligent pouring system according to claim 1, is characterized in that, described system also comprises the epoxy resin raw material tank (10) above the epoxy resin premix tank (20) and curing agent premix tank ( 23) The curing agent raw material tank (13) above, the epoxy resin raw material tank (10) passes through the pipeline with flow meter (5) and electric control valve (6) and epoxy resin premix tank (20) The curing agent raw material tank (13) communicates with the curing agent premix tank (23) through a pipeline with a flow meter (5) and an electric control valve (6). 3. The transformer intelligent pouring system according to claim 2, characterized in that the system is arranged in three layers, the epoxy resin raw material tank (10), the curing agent raw material tank (13) and the filler drying device (11) is located on the upper floor, the drying filler storage bin (12) is located on the middle upper part, the epoxy resin premix tank (20), curing agent premix tank (23), epoxy resin degassing device ( 21), curing agent degassing device (24), final mixing tank (22) and control device are arranged in the middle layer, and the pouring device (30) and vacuum device (31) are arranged in the lower layer. 4. The transformer intelligent pouring system according to claim 2, characterized in that, the epoxy resin premix tank (20), curing agent premix tank (23) and final mix tank (22) are all equipped with heating structure, stirring and temperature sensor, the heating structure, stirring and temperature sensor are electrically connected with the control device. 5. The transformer intelligent pouring system according to claim 2, characterized in that, the epoxy resin degassing device (21) comprises a tank body (240), which is arranged on the tank body (240) along the vertical direction and rotates The rotating shaft (246) in the rotating shaft (246), the degassing umbrella (242) and the degassing stirring (241) respectively arranged on the upper and lower parts of the rotating shaft (246), the degassing heating structure (244) and the temperature The sensor, the spiral lifting structure (245) located on one side of the tank body (240) and the viewing window located on the tank body (240) and at the degassing umbrella (242), the outlet of the spiral lifting structure (245) The feeding pipe and the feeding pipe communicate with the upper and lower parts of the tank body (240) respectively, and the discharge pipe thereof extends into the tank body (240) to the top of the degassing umbrella (242). 6. The transformer intelligent pouring system according to claim 3, characterized in that, the control device includes a console (25) located in the middle layer, the manual control valve (307) and the upper end of the turret (305) The handles are all set near the console (25). 7. The transformer intelligent pouring system according to claim 6, characterized in that, the pouring device (30) also includes an illuminating lamp (308) arranged in the sealed tank (300) and a lamp on the top of the sealed tank (300). A camera (309), the console (25) is provided with a display, the camera (309) is electrically connected to the console (25) and it is arranged directly above the mold car (303). 8. The transformer intelligent pouring system according to claim 7, characterized in that, the sealed tank (300) is a horizontal tank structure, and its front part is provided with an openable door (301), and its rear part is A hot air branch pipe (3010) is provided with a heating structure on its inner wall, which is connected to the vacuum device (31) through a pipeline; the driving structure (33) is arranged at the rear of the sealed tank (300) and its driving rod is After stretching into the sealed tank (300), it is fixedly connected with the rear end of the mold car (303). The sealed tank (300) is provided with a hot air supply structure (32), and the hot wind provided structure (32) is connected with the hot air through the pipeline. The branch pipe (3010) is connected, and the heating structure and the hot air supply structure (32) are electrically connected with the control device. 9. The transformer intelligent pouring system according to claim 1, characterized in that a plurality of mold placement positions (304) are evenly distributed on the mold cart (303), and the front and rear edges of the mold placement positions (304) are An ejector plate is arranged in the direction, and an ejector structure that makes the ejector plate tilt forward and backward is provided between the ejector plate and the mold placement position (304), and the ejector structure is electrically connected with the control device. 10. The transformer intelligent pouring system according to claim 1, characterized in that, the inclination angle of the pouring tray (306) is 20°-40°, which includes a plane bottom plate and a fence surrounding the edge of the plane bottom plate, the The plane bottom plate is a plane plate-like structure with a large top and a small bottom.