CN212232999U

CN212232999U - Rice milk curing device is used in production of alkali rice cake

Info

Publication number: CN212232999U
Application number: CN202021280821.2U
Authority: CN
Inventors: 左登良; 左齐; 陈文方; 戴益清; 陈西凤
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-07-04
Filing date: 2020-07-04
Publication date: 2020-12-29
Anticipated expiration: 2030-07-04

Abstract

The utility model belongs to the technical field of rice product processing, and relates to a rice milk curing device for producing alkaline water cake, which is characterized in that the structure of the device comprises a support frame device, a power motor, a transmission belt, a scraper blade, a power rotating shaft, a transmission belt, a control panel device, a curing cage device, a thickness control device, an oil brushing device and a passive rotating shaft; the upper part of the supporting frame is sequentially welded or provided with a passive rotating shaft, an oil brushing device, a thickness control device, a curing cage device, a control panel device, a scraper and a power rotating shaft from front to back, and the lower part of the supporting frame is provided with a power motor; a conveyor belt is arranged between the power rotating shaft and the driven rotating shaft, and the upper part of the conveyor belt is inserted through a curing cage body of the curing cage device; the material rice milk is cured after passing through the curing cage device. Adopt the utility model discloses the device can be in order in the buck cake production process with the rice milk curing that grinds to provide next production operation in order, make things convenient for mechanized production, improve production efficiency.

Description

Rice milk curing device is used in production of alkali rice cake

Technical Field

The utility model belongs to the technical field of the rice product processing, specifically relate to a rice milk curing device is used in buck cake production.

Background

The alkali rice cake, also called as alkali rice cake, is one of rice processed products which are favored by people in Jingdezhen of Jiangxi and peripheral areas, can be used as staple food and snacks, is mainly prepared from glutinous rice in rice, wherein the main components are water and glutinous rice, and also comprise alkali, edible vegetable oil and gardenia jasminoides. The rice pulp curing is an important step in the production process of the soda rice cake, the rice pulp curing process of the traditional manual soda rice cake production adopts a large-pot frying, the operation is completely manual, the mechanized production is not facilitated, and the production efficiency is low.

Disclosure of Invention

For the cost that reduces the conventional production of buck cake, suitable its market demand solves its mechanized production, the utility model aims to provide a can be in order with rice milk curing to provide in order and produce the operation on next step, make things convenient for mechanized production's a novel rice milk curing device.

In order to achieve the above purpose, the utility model adopts the following technical scheme: a rice pulp curing device for producing an alkaline water cake is composed of a support frame device, a power motor, a transmission belt, a scraper blade, a power rotating shaft, a transmission belt, a control panel device, a curing cage device, a thickness control device, an oil brushing device and a driven rotating shaft; the support frame device consists of a main frame, a moving shaft support, a control panel support, an oil brushing support and support legs; the main frame is a rectangular frame, a driven rotating shaft, an oil brushing support, a thickness control device, a curing cage device and a control panel support are sequentially welded or mounted on a straight frame on the upper portion of the frame from left to right and are extended rightwards, the extending portion is a movable shaft support, a scraping plate and a power rotating shaft are mounted on the movable shaft support, a power motor is mounted on the straight frame on the lower portion of the frame, four supporting legs are arranged at the bottom of the frame, and the supporting legs are fixed to the ground through supporting leg screws; the oil brushing device is supported by the oil brushing bracket and consists of an oil can, an oil pipe and an oil brush, and the oil pipe is provided with an oil pipe switch; the thickness control device consists of a transverse plate and a vertical plate, and the vertical plate is provided with a strip-shaped fixing groove; the curing cage device consists of a curing cage body, a temperature prompter and small rollers, wherein an air supply pipe connector is arranged on the curing cage device, and a water outlet is arranged below the curing cage device; an air supply switch is installed at the near terminal of the air supply pipe; the control panel device is supported by the control panel bracket, and a working button and a power switch are arranged on the control panel device; a transmission belt is arranged between the power motor and the power rotating shaft; the conveyor belt is arranged on the power rotating shaft and the driven rotating shaft, and the upper part of the conveyor belt is inserted through the curing cage body.

The distance between the power rotating shaft and the driven rotating shaft is 10-15 meters.

The width of the conveyor belt is 40-50 cm, and the conveyor belt can rotate around a power rotating shaft and a driven rotating shaft.

The oil brushing device comprises: the oil pot is installed on the oil brushing support, the oil brush is installed on the lower portion of the oil brushing support, the tail end of the oil brush is close to the conveying belt, an oil pipe is connected between the oil pot and the oil brush, and an oil pipe switch is installed on the oil pipe.

The feeding pipe is a pipeline for providing working material rice milk: the starting end is connected with a slurry charging barrel or a slurry grinding machine, the terminal end is arranged above the conveying belt between the oil brush and a transverse plate of the thickness control device, and the pipe orifice faces to the middle part of the upper surface of the conveying belt; a feed pipe switch is arranged on the feeding pipe; the starting end is higher than the terminal end, the switch of the feeding pipe is opened, and the rice milk can flow to the conveyor belt.

The thickness control device: the main frame is provided with one transverse plate and two vertical plates, the transverse plate is fixed on the vertical plates, the middle position of the middle lower part of each vertical plate is provided with a strip-shaped fixing groove, and a screw is fixed on the main frame through the fixing groove during installation; the corresponding positions of the main frame are respectively provided with an upper screw fixing hole and a lower screw fixing hole which are screwed and fixed during installation; the distance between the transverse plate and the conveyor belt is the rice milk thickness control; the rice milk control thickness is adjustable, generally 2-5 mm, and the adjusting method is to loosen the screw, move the thickness control device to a proper position, enable the distance between the transverse plate and the conveyor belt to reach a required distance, and tighten the screw.

The curing cage body comprises: the conveyor belt is a hollow body, the upper part, the lower part, the front part and the rear part are closed, two sides are closed, a conveyor belt passing opening is reserved, the upper part is a triangular body, the lower part is a rectangular body, and the length is 9-14 meters; the upper part is provided with a temperature prompter and a plurality of air supply pipe interfaces; the bottom is welded and fixed on the cross frame at the upper part of the main frame; the passing opening is used for the upper part of the conveyor belt to be inserted; a water outlet is respectively arranged below one side of the inlet and one side of the outlet of the through port, and a water drainage pipe is connected below the water outlet; a small roller is arranged below the passing opening; the small roller is used for enabling the conveyor belt to smoothly pass through the curing cage body; for convenient opening and cleaning, the triangular body and the rectangular body are clamped, and the air supply pipe is connected with the air supply pipe connector in a spiral mode.

The gas supply pipe: the initial end is connected with a boiler or other heating devices, and can continuously provide high-temperature hot gas for the curing cage body; the terminal is provided with a plurality of pipe orifices which are correspondingly connected with the air supply pipe interface, and each pipe orifice is respectively provided with an air supply switch.

The temperature prompter: displaying the temperature in the curing cage body, and displaying a green light when the temperature in the curing cage body reaches the curing temperature; conversely, when the temperature inside the aging cage does not reach the aging temperature, a red light is displayed.

The power motor is a motor with a speed reducer.

The working method and the principle of rice milk curing are as follows: step one, starting a motor: pressing down a working button to start a power motor; the power motor rotates and drives the power rotating shaft to rotate through the transmission belt; the power rotating shaft rotates to drive the conveying belt to rotate clockwise around the power rotating shaft and the driven rotating shaft. And step two, opening gas supply: and opening the air supply switch, continuously conveying hot air of a boiler or other heating devices at the beginning end into the curing cage body by the air supply pipe, continuously increasing the temperature in the curing cage body, observing the temperature prompter, and indicating that the temperature in the curing cage body reaches the curing temperature when the temperature prompter is changed into a green light. And step three, opening oil brushing and feeding: when the temperature prompter becomes green light, turn on the oil pipe switch earlier and brush oil for the conveyer belt, then turn on feed pipe switch, material rice thick liquid flow direction conveyer belt. Step four, normal curing production and processing: the conveyer belt rotates clockwise around the power rotating shaft and the driven rotating shaft, the material rice milk flows to the conveyer belt from the feeding pipe, and firstly passes through the thickness control device and the curing cage device, when passing through the thickness control device, the material rice milk is scraped flat due to the fact that the material rice milk is soft and limited by the height of the transverse plate, and when passing through the curing cage device, the material rice milk is cured into rice cakes after being treated by high-temperature hot gas in the curing cage device; and then, the cured rice cakes move out of the curing cage body along with the conveyor belt and fall down when moving to the outer side of the power rotating shaft, and a small amount of rice cakes adhered to the conveyor belt are scraped by the scraper blade when passing through the scraper blade. The circulation is carried out, the rice milk curing procedure in the production process of the alkaline rice cake is orderly carried out and is orderly provided for the next production operation. And installing the next production operation at the rice cake falling position, or conveying the fallen rice cake to the next production process by using other conveying devices.

The oil brushing working principle and the function are as follows: when the oil pipe switch is turned on, oil in the oil pot can flow to the oil brush through the oil pipe, and the tail end of the oil brush is close to the conveyor belt, so that the conveyor belt is brushed when passing through the oil brush. And adjusting the switch of the oil pipe to a proper position according to the required oil brushing amount. After oil brushing, when the material rice paste flows to the conveying belt, an oil film interlayer is generated, so that the rice paste and the cured rice cake are not adhered to the conveying belt, and the cured rice cake smoothly falls down when reaching the outer side of the power rotating shaft.

Drawings

FIG. 1 is a schematic view of the structure of the device of the present invention;

FIG. 2 is a schematic top view of the apparatus of the present invention;

FIG. 3 is a schematic structural view of a supporting frame device of the present invention;

FIG. 4 is a schematic structural view of a thickness control device of the present invention;

FIG. 5 is a schematic view of the thickness control device of the present invention after installation;

fig. 6 is a schematic structural view of the curing cage device of the present invention.

The labels in the figures are: the device comprises a support frame device 1, a power motor 2, a main frame 3, a transmission belt 4, a scraping plate 5, a power rotating shaft 6, a movable shaft support 7, a transmission belt 8, a control panel support 9, a working button 10, a control panel device 11, a power switch 12, a curing cage device 13, an air supply switch 14, an air supply pipe 15, a temperature prompter 16, a curing cage body 17, a thickness control device 18, a feed pipe 19, a feed pipe 20, an oil pipe 21, an oil pot 22, an oil brushing device 23, an oil brushing support 24, an oil pipe 25, an oil brush 26, a driven rotating shaft 27, supporting legs 28, supporting leg screws 29, a drain pipe 30, a transverse plate 31, a vertical plate 32, a fixed groove 33, screws 34, small rollers 35, a water outlet 36 and an air.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings 1 to 6 and the detailed description thereof.

A rice milk curing device for producing an alkaline water cake is composed of a support frame device 1, a power motor 2, a transmission belt 4, a scraper 5, a power rotating shaft 6, a transmission belt 8, a control panel device 11, a curing cage device 13, a thickness control device 18, an oil brushing device 23 and a driven rotating shaft 27; the support frame device 1 consists of a main frame 3, a moving shaft support 7, a control panel support 9, an oil brushing support 24 and support legs 28; the main frame 3 is a cuboid frame, a driven rotating shaft 27, an oil brushing support 24, a thickness control device 18, a curing cage device 13 and a control panel support 9 are sequentially welded or mounted on a straight frame on the upper portion of the frame from left to right, the straight frame is extended rightwards, the extended portion is a moving shaft support 7, a scraper 5 and a power rotating shaft 6 are mounted on the moving shaft support 7, a power motor 2 is mounted on the straight frame on the lower portion of the frame, four supporting feet 28 are arranged at the bottom of the frame, and the supporting feet 28 are fixed on the ground through supporting foot screws 29; the oil brushing device 23 is supported by an oil brushing bracket 24 and comprises an oil can 22, an oil pipe 25 and an oil brush 26, wherein the oil pipe 25 is provided with an oil pipe switch 21; the thickness control device 18 consists of a transverse plate 31 and a vertical plate 32, and a strip-shaped fixing groove 33 is formed in the vertical plate; the curing cage device 13 consists of a curing cage body 17, a temperature prompter 16 and small rollers 35, wherein an air supply pipe interface 37 is arranged on the curing cage device, and a water outlet 36 is arranged below the curing cage device; an air supply switch 14 is installed at the near terminal of the air supply pipe 15; the control panel device 11 is supported by the control panel bracket 9, and is provided with a working button 10 and a power switch 12; a transmission belt 4 is arranged between the power motor 2 and the power rotating shaft 6; the conveyor belt 8 is arranged on the power rotating shaft 6 and the driven rotating shaft 27, and the upper part of the conveyor belt is inserted through the curing cage body 17.

The distance between the power rotating shaft 6 and the driven rotating shaft 27 is 10-15 m.

The width of the conveyor belt 8 is 40-50 cm, and the conveyor belt can rotate around the power rotating shaft 6 and the driven rotating shaft 27.

The oil brushing device 23: the oil pot 22 is arranged on the oil brushing support 24, the oil brush 26 is arranged at the lower part of the oil brushing support 24, the tail end of the oil brush 26 is close to the conveyor belt 8, an oil pipe 25 is connected between the oil pot 22 and the oil brush 26, and an oil pipe switch 21 is arranged on the oil pipe 25.

The feeding pipe 19 is a pipeline for providing the working material rice milk: the initial end is connected with a slurry filling barrel or a slurry grinder, the terminal end is arranged above the conveyor belt 8 between the oil brush 26 and the transverse plate 31 of the thickness control device, and the pipe orifice faces to the middle part of the upper surface of the conveyor belt 8; a feed pipe switch 20 is arranged on the feed pipe; the beginning is higher than the end, the switch 20 of the feeding pipe is opened, and the rice milk can flow to the conveyor belt 8.

The thickness control device 18: the main frame 3 is provided with one transverse plate 31 and two vertical plates 32, the transverse plate 31 is fixed on the vertical plates 32, the middle position of the middle lower part of each vertical plate 32 is provided with a strip-shaped fixing groove 33, and a screw 34 is fixed on the main frame 3 through the fixing groove 33 during installation; the corresponding positions of the main frame 3 are respectively provided with an upper screw fixing hole and a lower screw fixing hole which are rotationally fixed by screws 34 during installation; the distance between the transverse plate 31 and the conveyor belt 8 is the rice milk control thickness; the rice milk control thickness is adjustable, generally 2-5 mm, and the adjusting method is to loosen the screw 34, move the thickness control device 18 to a proper position, enable the distance between the transverse plate 31 and the conveyor belt 8 to reach a required distance, and then tighten the screw 34.

The curing cage body 17: the conveyor belt is a hollow body, the upper part, the lower part, the front part and the rear part are closed, the two sides are closed, a conveying belt 8 passing opening is reserved, the upper part is a triangular body, the lower part is a rectangular body, and the length is 9-14 meters; the upper part is provided with a temperature prompter 16 and three gas supply pipe connectors 37; the bottom is welded and fixed on the upper cross frame of the main frame 3; the passing opening is used for the upper part of the conveyor belt 8 to be inserted; a water outlet 36 is respectively arranged below one side of the inlet and one side of the outlet of the through opening, and a water drainage pipe 30 is connected below the water outlet 36; a small roller 35 is arranged below the passing opening; the small roller 35 is used for enabling the conveyor belt 8 to smoothly pass through the curing cage body 17; in order to be convenient to open and clean, the triangular body and the rectangular body are clamped, and the air supply pipe 15 and the air supply pipe connector 37 are in spiral connection.

The gas supply pipe 15: the initial end is connected with a boiler or other heating devices, and can continuously provide high-temperature hot gas for the curing cage body 17; the terminal has three nozzles corresponding to the air supply pipe connector 37, and each nozzle is equipped with an air supply switch 14.

The temperature prompter 16: displaying the temperature in the curing cage 17, and displaying a green light when the temperature in the curing cage 17 reaches the curing temperature; conversely, when the temperature in the aging cage 17 does not reach the aging temperature, a red light is displayed.

The power motor 2 is a motor with a speed reducer, the motor is a three-phase asynchronous motor with the model of YS7144, and the matched speed reducer is a cycloidal pin gear speed reducer with the model of BLYO-43-0.75; the brand of the working button 10 is selected to be LISCN, model XY-19 KAN-9A; the power switch 12 is a DZ 47-6316A air switch.

The power operation principle is as follows: the power motor 2 is connected with a control panel device 11 through a wire and a relay, and is controlled by a working button 10 and a power switch 12 to start and close; when the power motor 2 works, the power rotating shaft 6 is driven to rotate by the driving belt 4; when the power rotating shaft 6 rotates, the conveyor belt 8 is driven to rotate clockwise around the power rotating shaft 6 and the driven rotating shaft 27.

The working method and the principle of rice milk curing are as follows: step one, starting a motor: pressing the working button 10 to start the power motor 2; the power motor 2 rotates to drive the power rotating shaft 6 to rotate through the transmission belt 4; the power rotating shaft 6 rotates to drive the conveyor belt 8 to rotate clockwise around the power rotating shaft 6 and the driven rotating shaft 27. And step two, opening gas supply: when the gas supply switch 14 is turned on, the gas supply pipe 15 continuously supplies hot gas of a boiler or other heating devices at the beginning into the curing cage 17, the temperature in the curing cage 17 continuously rises, the temperature indicator 16 is observed, and when the temperature indicator 16 is changed into a green light, the temperature in the curing cage 17 reaches the curing temperature. And step three, opening oil brushing and feeding: when the temperature indicator 16 turns to green, the oil pipe switch 21 is turned on to brush the conveyor belt 8, and then the supply pipe switch 20 is turned on, so that the material rice milk flows to the conveyor belt 8. Step four, normal curing production and processing: the conveyor belt 8 rotates clockwise around the power rotating shaft 6 and the driven rotating shaft 27, the material rice milk flows to the conveyor belt 8 from the feeding pipe 19 and is firstly carried by the conveyor belt 8 to pass through the thickness control device 18 and the curing cage device 13, when passing through the thickness control device 18, the material rice milk is scraped flat due to the fact that the material rice milk is soft and is limited by the height of the transverse plate 31, and when passing through the curing cage device 13, the material rice milk is cured into rice cakes in the curing cage body 17 after being treated by high-temperature hot gas; then, the cooked rice cake moves out of the cooking cage 17 along with the conveyor belt 8, falls down when moving to the outside of the power rotating shaft 6, and a small amount of rice cake adhered to the conveyor belt 8 is scraped by the scraper 5 when passing through the scraper 5. The circulation is carried out, the rice milk curing procedure in the production process of the alkaline rice cake is orderly carried out and is orderly provided for the next production operation. And installing the next production operation at the rice cake falling position, or conveying the fallen rice cake to the next production process by using other conveying devices.

Function of the drain port 36: in the normal curing production process, the air supply pipe 15 continuously introduces high-temperature hot air into the curing cage body 17, the high-temperature hot air cures rice milk to reduce the self-heat, water drops are condensed on the inner wall of the curing cage body 17, and the water drops can be discharged out of the curing cage body 17 through the water discharge port 36 and the water discharge pipe 30.

The oil brushing working principle and the function are as follows: in operation, the conveyor belt 8 rotates clockwise around the power rotating shaft 6 and the passive rotating shaft 27, when the oil pipe switch 21 is turned on, the oil in the oil can 22 can flow to the oil brush 26 through the oil pipe 25, and the conveyor belt is brushed with oil when passing through the oil brush 26 because the tail end of the oil brush 26 is next to the conveyor belt 8. The oil pipe switch 21 is adjusted to a proper position according to the required oil brushing amount. After oil brushing, when the material rice paste flows to the conveyor belt 8, an oil film interlayer is generated, so that the rice paste and the cured rice cake are not adhered to the conveyor belt 8, and the cured rice cake smoothly falls down when reaching the outer side of the power rotating shaft 6.

The rice milk curing degree control method and principle are as follows: in the production process, whether the material rice milk can be cured smoothly is related to the thickness of the material rice milk on the conveyor belt 8, the length of the curing cage 17, the time for the material rice milk to pass through the curing cage 17 and the temperature in the curing cage 17, the thickness of the material rice milk on the conveyor belt 8 is large, the length of the curing cage 17 is small, the time for the material rice milk to pass through the curing cage 17 is short, the material rice milk is not cured easily when the temperature in the curing cage 17 is low, and the material rice milk is cured easily when the temperature in the curing cage 17 is low; the thickness of the material rice milk on the conveyor belt 8 can be controlled by adjusting the distance between the transverse plate 31 of the thickness control device and the conveyor belt 8; the length of the aging cage 17 is determined during design, and is designed to be longer as much as possible; the time for the material rice milk to pass through the curing cage body 17 is related to the rotating speed of the power motor 2, and the power motor 2 needs to select a motor with a speed reducer; in the working process, the temperature in the curing cage body 17 is high and low, the heat loss in the hot gas source, the sealing degree of the curing cage body 17, the heat supply capacity of the air supply pipe 15 and the heat loss of the curing cage body 17 are related, if the hot gas source is sufficient, the sealing degree of the curing cage body 17 is high, the heat supply capacity of the air supply pipe 15 is strong, the heat loss of the curing cage body 17 is low, the temperature in the curing cage body 17 is high, otherwise, the temperature is low; in the working process, the temperature in the curing cage body 17 is lower than that of a hot gas source, and the hot gas supply capacity of the hot gas source is improved; in the working process, the temperature in the curing cage body 17 is lower than the sealing degree thereof, so that the curing cage body 17 is designed to be closed as much as possible, and the passing opening through which the conveyor belt 8 passes is designed to be small as much as possible; the temperature in the curing cage body 17 in the working process is lower than the heat supply capacity of the air supply pipe 15, and can be adjusted by designing a plurality of air supply pipe outlets; in the working process, the temperature in the curing cage body 17 is lower than the heat loss of the curing cage body 17, and the curing cage body 17 is made of materials with good heat preservation effects, such as a built-in foam sealing heat-insulation stainless steel skin plate and the like.

The supply pipe 19 supplies the following requirements: when the conveyer belt 8 normally operates, the width behind the material rice milk passing through the thickness control device 18 is 1/4 ~ 1/2 of conveyer belt 8 width, can be through designing the control of 19 thickness of feed pipe, also can be through adjusting feed pipe switch 20 control.

The above description is the specific implementation manner of the preferred embodiments of the present invention, but the protection scope of the present invention is not limited thereto, and the technical solution, the technical principle and the inventive concept of the present invention are changed and all should be covered within the protection scope of the present invention.

Claims

1. The utility model provides a rice thick liquid curing device is used in production of alkali rice cake which characterized in that: the device consists of a support frame device (1), a power motor (2), a transmission belt (4), a scraper (5), a power rotating shaft (6), a transmission belt (8), a control panel device (11), a curing cage device (13), a thickness control device (18), an oil brushing device (23) and a driven rotating shaft (27); the support frame device (1) consists of a main frame (3), a moving shaft support (7), a control panel support (9), an oil brushing support (24) and support legs (28); the main frame (3) is a rectangular frame, a driven rotating shaft (27), an oil brushing support (24), a thickness control device (18), a curing cage device (13) and a control panel support (9) are sequentially welded or mounted on a straight frame on the upper portion of the frame from left to right and are extended rightwards, the extended portion is a moving shaft support (7), a scraper (5) and a power rotating shaft (6) are mounted on the moving shaft support (7), a power motor (2) is mounted on the straight frame on the lower portion of the frame, four supporting feet (28) are arranged at the bottom of the frame, and the supporting feet (28) are fixed on the ground through supporting foot screws (29); the oil brushing device (23) is supported by an oil brushing bracket (24) and consists of an oil can (22), an oil pipe (25) and an oil brush (26), and the oil pipe (25) is provided with an oil pipe switch (21); the thickness control device (18) consists of a transverse plate (31) and a vertical plate (32), and a strip-shaped fixing groove (33) is formed in the vertical plate; the curing cage device (13) consists of a curing cage body (17), a temperature prompter (16) and small rollers (35), an air supply pipe interface (37) is arranged on the curing cage device, and a water outlet (36) is arranged below the curing cage device; an air supply switch (14) is installed at the near terminal of the air supply pipe (15); the control panel device (11) is supported by the control panel bracket (9), and is provided with a working button (10) and a power switch (12); a transmission belt (4) is arranged between the power motor (2) and the power rotating shaft (6); the conveyor belt (8) is arranged on the power rotating shaft (6) and the driven rotating shaft (27), and the upper part of the conveyor belt is inserted through the curing cage body (17).

2. The rice pulp curing device for producing the alkaline paddy field as claimed in claim 1, wherein: the distance between the power rotating shaft (6) and the driven rotating shaft (27) is 10-15 m.

3. The rice pulp curing device for producing the alkaline paddy field as claimed in claim 1, wherein: the width of the conveyor belt (8) is 40-50 cm, and the conveyor belt can rotate around the power rotating shaft (6) and the driven rotating shaft (27).

4. The rice pulp curing device for producing the alkaline paddy field as claimed in claim 1, wherein: the oil brushing device (23) is characterized in that an oil pot (22) is arranged on the oil brushing support (24), an oil brush (26) is arranged on the lower portion of the oil brushing support (24), the tail end of the oil brush (26) is next to the conveyor belt (8), and an oil pipe (25) is connected between the oil pot (22) and the oil brush (26).

5. The rice pulp curing device for producing the alkaline paddy field as claimed in claim 1, wherein: the feeding pipe (19) is a pipeline for providing working material rice milk, the initial end of the feeding pipe is connected with the milk charging barrel or the milk grinder, the terminal end of the feeding pipe is arranged above the conveyor belt (8) between the oil brush (26) and the transverse plate (31) of the thickness control device, and the pipe orifice faces to the middle part of the upper surface of the conveyor belt (8); a feed pipe switch (20) is arranged on the feed pipe; the beginning end is higher than the end, the switch (20) of the feeding pipe is opened, and the rice milk can flow to the conveyor belt (8).

6. The rice pulp curing device for producing the alkaline paddy field as claimed in claim 1, wherein: the thickness control device (18) comprises one transverse plate (31) and two vertical plates (32), the transverse plate (31) is fixed on the vertical plate (32), a strip-shaped fixing groove (33) is arranged at the middle position of the middle lower part of the vertical plate (32), and a screw (34) is fixed on the main frame (3) through the fixing groove (33) during installation; the corresponding positions of the main frame (3) are respectively provided with an upper screw fixing hole and a lower screw fixing hole which are rotationally fixed by screws (34) during installation; the distance between the transverse plate (31) and the conveyor belt (8) is the rice milk thickness control; the rice milk control thickness is adjustable, generally 2-5 mm, the adjusting method is to loosen the screw (34), move the thickness control device (18) to a proper position, enable the distance between the transverse plate (31) and the conveyor belt (8) to reach a required distance, and then tighten the screw (34).

7. The rice pulp curing device for producing the alkaline paddy field as claimed in claim 1, wherein: the curing cage body (17) is a hollow body, is closed up and down and front and back, is closed at two sides and is provided with a conveying belt (8) through hole, the upper part of the curing cage body is a triangular body, and the lower part of the curing cage body is a rectangular body, and the length of the curing cage body is 9-14 meters; the upper part is provided with a temperature prompter (16) and three air supply pipe interfaces (37), and the air supply pipe interfaces (37) are connected with an air supply pipe (15); the bottom is welded and fixed on the upper cross frame of the main frame (3); the passing opening is used for the upper part of the conveyor belt (8) to be inserted; a water outlet (36) is respectively arranged below one side of the inlet and one side of the outlet of the through opening, and a water drainage pipe (30) is connected below the water outlet (36); a small roller (35) is arranged below the passing opening; the small roller (35) is used for enabling the conveyor belt (8) to smoothly pass through the curing cage body (17); in order to be convenient to open and clean, the triangular body and the rectangular body are clamped, and the air supply pipe (15) is in spiral connection with the air supply pipe interface (37).