Fen-flavor golden sophora flower bud tea making device

Abstract

The utility model provides a making device of fen-flavor golden sophora flower bud tea. The making device comprises a threshing assembly and an integrated furnace, an evaporation barrel, a gas conveying area and a liquid sealing area are arranged in the integrated furnace; the evaporation barrel is positioned in the gas conveying area; a supporting truss is connected to the upper portion of the threshing assembly, and a conveying rail is arranged below the supporting truss. The bottom of the threshing barrel is communicated with the evaporation barrel; a steam through hole is formed in the outer wall of the evaporation barrel; the gas conveying area is positioned above the liquid sealing area; the bottom of the stir-frying furnace is provided with a discharge port, and the liquid sealing area is sealed with the gas conveying area and the outer surface of the stir-frying furnace; according to the production line, the production process of the fen-flavor sophora flower bud tea is standardized, the time and the temperature between steps can be controlled, and an integrated sophora flower bud tea processing operation process which is standardized in yield, high in efficiency, high in automation speed and extremely high in controllability is formed; problems caused by manual operation can be solved, and the labor cost is reduced.

Description

Technical Field

[0001] The utility model relates to the technical field of equipment for frying golden locust rice tea leaves, in particular to a device for making fragrant golden locust rice tea leaves. Background Art

[0002] Sophora japonica is bitter in nature and flavor, slightly cold, and Sophora japonica has a blood pressure-lowering effect, can improve capillary function, prevent excessive bleeding caused by capillary fragility, high blood pressure, and diabetic patients take it to prevent bleeding, and Sophora japonica tea is a tea with Sophora japonica as the main ingredient, wherein Sophora japonica is the bud of Leguminosae, and the appearance is yellow-brown or yellow-green, slightly wrinkled, and can be edible. Rich in trace elements and vitamins, it has the effects of lowering blood pressure, cooling blood to stop bleeding, expectorant and relieving cough, at present, the processing technology of Sophora japonica tea among the people is mostly frying with fire, because the main nutrition of Sophora japonica tea comes from the protein of its core and the herbal value of its leaf itself, the frying method of domestic use can cause the loss of nutrients such as pollen core protein starch because of the temperature time, and there will also be situations such as damage of mosaic leaves in different degrees, causing its herbal efficacy to be poor, and the processing procedure of existing Sophora japonica tea is mostly manual picking and threshing, etc., and efficiency is extremely low, and large-scale Sophora japonica can not be manufactured, and economic benefit is extremely low, and labor cost is higher.

[0003] To achieve the above purpose, the utility model provides a device for making fragrant golden locust bean tea, which can solve the problems raised in the above background technology. Utility Model Content

[0004] The utility model adopts the following technical solutions to achieve:

[0005] A device for making fragrant golden locust bean tea, comprising a threshing assembly and an integrated furnace; an evaporation barrel, a gas delivery area, and a liquid sealing area are arranged inside the integrated furnace; the evaporation barrel is located inside the gas delivery area and is interconnected;

[0006] A conveying rail and a supporting truss are provided on one side of the threshing assembly;

[0007] The threshing assembly comprises a main shaft rotating motor installed at the bottom of the supporting truss, the output end of the main shaft rotating motor is connected downwardly to a cross disk bracket, a plurality of split mounting seats are connected to the peripheral side of the cross disk bracket, the angle between the axis points of two adjacent split mounting seats and the central axis position of the cross disk bracket is degrees, a plurality of threshing barrels are connected below the cross disk bracket, a threshing motor is arranged below the plurality of split mounting seats, and the axis position of a single threshing barrel is the same as the axis position of the threshing motor;

[0008] An outlet end on one side of the bottom of the threshing barrel is connected to the evaporation barrel;

[0009] A longitudinal transmission belt is fixedly arranged on the inner wall of the evaporation barrel, and the longitudinal center line of the longitudinal transmission belt is at the same position as the axis line of the evaporation barrel. Semicircular evaporation plates are fixedly arranged on both sides of the longitudinal transmission belt for carrying and transferring the locust beans. A plurality of steam vents are arranged on the outer wall of the evaporation barrel.

[0010] The gas delivery area is located above the liquid sealing area; a frying furnace is provided inside the liquid sealing area, and the bottom of the evaporation barrel is connected to the top of the frying furnace; a discharge port is provided at the bottom of the frying furnace, and the connection positions between the liquid sealing area and the gas delivery area and the outer surface of the frying furnace are all in a sealed state;

[0011] The outer wall of the gas delivery area is connected to a steam generator, and the outer wall of the liquid sealing area is connected to a mold temperature controller.

[0012] Preferably, a plurality of upper outer circle tangent points of the threshing barrels are provided with guide guard plates, the guide guard plates are arc-shaped structures of inverted truncated cones, and the track surface of the conveying rails matches the side edges of the guide guard plates; the upper portion of the integrated furnace is cylindrical and is connected to a material pouring chute on the side, the single rotation angle of the spindle rotating motor is degrees, the top-view area of ​​the material pouring chute continuously includes the discharge areas of two threshing barrels, and the material pouring chute is arranged on the outer wall of the integrated furnace at a nearly semicircular position away from the semicircular evaporation plate;

[0013] The bottom of the threshing motor is connected to a threshing plate, and a plurality of lateral movable grooves are arranged on the circumference of the threshing plate. The insides of the lateral movable grooves are all movably connected to swing rollers, and the swing rollers are used to knock the locust branches;

[0014] The threshing barrel is provided with an oblique discharge port on one side near the bottom, a shutter screen is provided inside the oblique discharge port, an elliptical isolation plate is provided inside the threshing barrel, the two sides of the short circular axis of the elliptical isolation plate are rotatably connected to the inner wall of the threshing barrel, and the elliptical center of the elliptical isolation plate is located on the axis of the threshing barrel;

[0015] The threshing barrel is provided with a guide arc plate near the oblique discharge port, the bottom of the guide arc plate is in contact with the inner wall of the evaporation barrel, one end of the short circular axis of the elliptical isolation plate is provided with a motor for coordinated rotation, and the lowest point of the elliptical isolation plate when the edge is fully fitted with the threshing barrel is located at the highest point of the horizontal position of the guide arc plate.

[0016] Preferably, the evaporation barrel is located inside the integrated furnace and in the area of ​​the gas delivery zone, a steam sealing port is provided on one side of the integrated furnace, the steam sealing port and the output end of the steam generator are sealed with each other, and a sealing plate is provided on one side of the gas delivery zone away from the steam sealing port for sealing;

[0017] The connecting lines at both ends of the width of the longitudinal transmission belt are located on the center line of the cross-sectional circle of the evaporation barrel. The coverage area of ​​the semicircular evaporation plate is the semicircular surfaces on both sides of the longitudinal transmission belt. The semicircular evaporation plate on one side of the longitudinal transmission belt is used to transmit and transport the sophora japonica seeds, and the semicircular evaporation plate on the other side symmetrically along the center point of the evaporation barrel is unloaded and follows the rotation. The steam vent is only located on the outer wall of the evaporation barrel close to the semicircular side of the semicircular evaporation plate used to carry the sophora japonica seeds.

[0018] Preferably, two double-layer mesh panels are provided at the bottom of the semicircular evaporation dish, and vibrators are fixed inside the two double-layer mesh panels; and a protective plate with a breathable function is provided on the circumference of the semicircular evaporation dish.

[0019] Preferably, the frying furnace includes a curved sand pot which is in contact with and sealed with the liquid sealing area and the gas delivery area, a connecting seat is provided inside the discharge port, the top of the connecting seat extends into the curved sand pot and is connected to an arc-shaped stirring claw plate extending in multiple directions, the arc radian of the arc-shaped stirring claw plate is the same as that of the curved sand pot, and a stirring motor is connected to the bottom of the connecting seat.

[0020] Preferably, a storage chamber is provided at the bottom of the frying furnace, a movable groove is provided inside the top wall of the storage chamber, a connecting plate is provided inside the movable groove, a storage chamber is provided above the connecting plate and connected to the movable groove, the connecting plate is sleeved on the circumference of the connecting seat and connected to the bearing between the connecting seat, the bottom of the stirring motor is connected to an electric telescopic bracket, and connecting rods are provided on both sides of the electric telescopic bracket and connected to the bottom of the connecting plate.

[0021] Preferably, a liquid inlet and a liquid outlet are provided on both sides of the liquid sealing area, and the liquid inlet and the liquid outlet are respectively connected to the output end and the liquid return end of the mold temperature controller.

[0022] Preferably, a miscellaneous material outlet is provided at the bottom of the pouring chute, and the miscellaneous material outlet is fully open.

[0023] The production process of the fragrant golden locust bean tea comprises the following steps:

[0024] S1, sun drying and rough threshing: picking the branches of Sophora japonica, separating the coarse branches manually, and spreading the thin branches with Sophora japonica flowers and fruits to dry naturally and stand still;

[0025] S2, threshing and separation: the sophora japonica branches after drying the surface moisture are concentrated and sent to the conveying rail, and the threshing motor is started, so that the swing roller hammers the sophora japonica branches entering the threshing barrel, and the sophora japonica branches fall into the evaporation barrel after being hammered, and the empty branches after being hammered are separated;

[0026] S3, steam, fixation: before step S2, the connected semicircular evaporation plate is preheated to the gas delivery area and the interior of the evaporation barrel, and the sophora japonica seeds fall to the interior of the uppermost semicircular evaporation plate through the guide arc plate. The rotation time from the uppermost semicircular evaporation plate to the lowermost sophora japonica seeds falling position is 15-20 minutes, and the internal temperature of the evaporation barrel is 100 degrees;

[0027] S4, drying and frying: the sophora japonica rice that falls into the arc-shaped casserole is stir-fried for 5-8 minutes using an arc-shaped stirring claw plate, the output temperature range of the mold temperature controller is controlled to be 70-80 degrees, the electric telescopic bracket is turned on regularly for discharging, and the rotation of the longitudinal transmission belt is stopped during the discharging process.

[0028] Compared with the prior art, the beneficial effects of the utility model are:

[0029] The utility model standardizes the production process of the fragrant locust bean tea by arranging a threshing component, an evaporation barrel and a frying furnace that can be linked as a whole, can freely control the time and temperature between each step, and cooperate with the action process to form a standardized, high-yield, high-efficiency, automated and highly controllable locust bean tea processing integrated operation process, which can eliminate most of the problems caused by manual operation and release a large amount of labor costs;

[0030] The threshing assembly controls the cross-plate bracket to rotate 90 degrees at a time, controls the threshing barrel to drive the threshing motor to rotate when it is not above the pouring trough, and stops rotating when it is above the pouring trough, so that the swing roller can lose the rotational centrifugal force and fall down, and cooperates with the elliptical isolation plate to rotate and open and close to guide the locust beans into the evaporation barrel, and separate the branches into the pouring trough. This step can greatly reduce the cost and time pressure of manual threshing, and can obtain greater economic benefits;

[0031] Half of the area inside the evaporation barrel belongs to the evaporation zone, and the other part is a relatively low temperature zone. The process of sending the locust beans downward can guide the gradual temperature rise process, protect the flowers and leaves, and reduce scalding damage. The locust beans entering the high temperature area are shaken and spread out, and the breathable properties of the outer wall of the evaporation barrel can form a better evaporation and killing effect. At the same time, the steam is heated and evaporated for rising, and is in direct contact with the running direction of the locust beans, which can better meet the evaporation effect;

[0032] The frying effect in the frying furnace area can be paired and supplemented with the thermal drying effect in the evaporation barrel area. During the discharge process inside the frying furnace, the semi-circular evaporation plate stops moving, and its dynamic contact with the rising direction of steam is reduced. The most seriously affected area is the lowest few layers of semi-circular evaporation plates. Due to the rapid rising effect of water vapor, the heat difference between the bottom and the top is small, but the air humidity is much lower than other semi-circular evaporation plates in direct contact with the upper part, so that it can achieve a dry drying effect for a period of time. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] Figure 1 It is a schematic cross-sectional diagram of the overall structure of the utility model;

[0034] Figure 2 This is a schematic diagram of the structure of the separation component, evaporation barrel and integrated furnace of the utility model;

[0035] Figure 3 This is a diagram showing the location of the longitudinal transmission belt structure inside the evaporation barrel of the utility model;

[0036] Figure 4 This is a schematic diagram of the longitudinal transmission belt structure of the utility model;

[0037] Figure 5 This is a schematic diagram of the upper structure of the frying furnace of the utility model;

[0038] Figure 6 It is a structural schematic diagram of the threshing assembly of the utility model.

[0039] In the figure: 1. Threshing assembly; 2. Evaporation barrel; 3. Stir-frying furnace; 4. Mold temperature controller; 5. Conveyor rail; 7. Steam making machine;

[0040] 101, main shaft rotating motor; 102, cross plate bracket; 103, split mounting seat; 104, threshing plate; 105, lateral movable groove; 106, swing roller; 107, elliptical isolation plate; 108, oblique discharge port; 109, shutter screen; 110, guide arc plate; 111, threshing barrel; 112, guide guard plate; 113, threshing motor;

[0041] 201, longitudinal transmission belt; 202, semicircular evaporation plate; 203, steam vent; 204, double-layer grid plate; 205, vibrator;

[0042] 301, integrated furnace; 302, gas delivery area; 303, liquid sealing area; 304, curved casserole; 305, discharge port; 306, curved stirring claw plate; 307, movable groove; 308, connecting seat; 310, stirring motor; 311, electric telescopic bracket; 312, connecting plate; 314, storage room;

[0043] 315. Material pouring chute; 316. Material outlet; 317. Steam sealing port. DETAILED DESCRIPTION

[0044] In order to facilitate the understanding of the present invention, the present invention will be described in more detail below with reference to the relevant drawings. Several embodiments of the present invention are given in the drawings, but the present invention can be implemented in different forms and is not limited to the embodiments described in the text. On the contrary, these embodiments are provided to make the content disclosed in the present invention more thorough and comprehensive.

[0045] It should be noted that when an element is referred to as being "fixed on" another element, it may be directly on the other element or there may be a central element. When an element is considered to be "connected to" another element, it may be directly connected to the other element or there may be a central element at the same time. The terms "vertical", "horizontal", "left", "right" and similar expressions used in this article are for illustrative purposes only.

[0046] Unless otherwise defined, all technical and scientific terms used herein have the same meaning as those commonly connected by technicians in the technical field of the present invention. The terms used in the specification of the present invention are only for the purpose of describing specific embodiments and are not intended to limit the present invention. The term "and / or" used in this article includes any and all combinations of one or more related listed items.

[0047] The utility model is further described in detail below in conjunction with the accompanying drawings.

[0048] In one of the embodiments of the present invention: Please refer to the attached Figure 1-6 A device for making fragrant golden locust bean tea comprises a threshing assembly 1 and an integrated furnace 301; an evaporation barrel 2, a gas delivery area 302, and a liquid sealing area 303 are arranged inside the integrated furnace 301; the evaporation barrel 2 is located inside the gas delivery area 302 and is interconnected;

[0049] A support truss is connected to the top of the threshing assembly 1, and a conveying rail 5 and a support truss 6 are provided on one side below the support truss;

[0050] The threshing assembly 1 includes a main shaft rotating motor 101 installed at the bottom of the supporting truss, the output end of the main shaft rotating motor 101 is connected downwardly to a cross disk bracket 102, a plurality of split mounting seats 103 are connected to the peripheral side of the cross disk bracket 102, the angle between the axis points of two adjacent split mounting seats 103 and the central axis position of the cross disk bracket 102 is 90 degrees, a plurality of threshing barrels 111 are connected below the cross disk bracket 102, a threshing motor 113 is arranged below the plurality of split mounting seats 103, and the axis position of a single threshing barrel 111 is the same as the axis position of the threshing motor 113;

[0051] An outlet end at one side of the bottom of the threshing barrel 111 is connected to the evaporation barrel 2;

[0052] A longitudinal transmission belt 201 is fixedly provided on the inner wall of the evaporation barrel 2, and the longitudinal center line of the longitudinal transmission belt 201 is at the same position as the axis line of the evaporation barrel 2. Semicircular evaporation plates 202 are fixedly provided on both sides of the longitudinal transmission belt 201 for carrying and transferring the locust beans; a plurality of steam vents 203 are provided on the outer wall of the evaporation barrel 2;

[0053] The gas delivery area 302 is located above the liquid sealing area 303; a frying furnace 3 is provided inside the liquid sealing area 303, and the bottom of the evaporation barrel 2 is connected to the top of the frying furnace 3; a discharge port 305 is provided at the bottom of the frying furnace 3, and the connection positions between the liquid sealing area 303 and the gas delivery area 302 and the outer surface of the frying furnace 3 are all in a sealed state;

[0054] The outer wall of the gas delivery area 302 is connected to a steam generator 7, and the outer wall of the liquid sealing area 303 is connected to a mold temperature controller 4;

[0055] The production process is as follows: comprising the following steps:

[0056] S1, sun drying and rough threshing: picking the branches of Sophora japonica, separating the coarse branches manually, and spreading the thin branches with Sophora japonica flowers and fruits to dry naturally and stand still;

[0057] S2, threshing and separation: the sophora japonica branches after drying the surface moisture are concentrated and sent to the conveying rail 5, and the threshing motor 113 is started, so that the swing roller 106 hammers the sophora japonica branches entering the threshing barrel 111, and the sophora japonica branches fall into the evaporation barrel 2 after being hammered, and the empty branches after being hammered are separated;

[0058] S3, steam, fixation: before step S2, the gas delivery area 302 and the interior of the evaporation barrel 2 are preheated by the semicircular evaporation plate 202 connected to each other, and the sophora japonica seeds fall to the interior of the uppermost semicircular evaporation plate 202 through the guide arc plate 110. The rotation time of the uppermost semicircular evaporation plate 202 to the position where the lowermost sophora japonica seeds fall is 15-20 minutes, and the internal temperature of the evaporation barrel 2 is 100 degrees;

[0059] S4, drying and frying: the sophora japonica rice that falls into the arc-shaped casserole 304 is stir-fried for 5-8 minutes using the arc-shaped stirring claw plate 306, the output temperature range of the mold temperature controller 4 is controlled to be 70-80 degrees, the electric telescopic bracket 311 is turned on regularly for discharging, and the rotation of the longitudinal transmission belt 201 is stopped during the discharging process.

[0060] By setting a threshing component 1, an evaporating barrel 2 and a frying furnace 3 that can be linked as a whole, the production process of the fragrant locust bean tea is standardized, the time and temperature between each step can be freely controlled, and the action process is adapted to form a standardized, high-yield, high-efficiency, automated and highly controllable integrated operation process for processing locust bean tea, which can eliminate most of a series of problems caused by manual operation and release a large amount of labor costs; the locust bean tea produced by the process has a certain fragrance, and the reason is that the production method can retain the nutrition of the flower core part with higher protein and starch content, can improve the relatively bitter taste of the locust bean tea, and improve its commercial value.

[0061] In another embodiment of the present invention: Please refer to Figure 1-5 , a plurality of upper outer circle tangent points of the threshing barrels 111 are provided with guide guard plates 112, the guide guard plates 112 are arc-shaped structures of inverted truncated cones, and the track surface of the conveying rail 5 matches the side of the guide guard plates 112; the upper part of the integrated furnace 301 is cylindrical and a material pouring trough 315 is connected to the side, a plurality of lateral movable grooves 105 are provided on the peripheral side of the threshing plate 104, the single rotation angle of the spindle rotating motor 101 is 90 degrees, and the top view of the material pouring trough 315 The inner area continuously includes the discharge area of ​​two threshing barrels 111, and the pouring trough 315 is arranged on the outer wall of the integrated furnace 301 at a nearly semicircular position away from the semicircular evaporation plate 202; the bottom of the threshing motor 113 is connected to the threshing plate 104, and the inside of the lateral movable groove 105 is movably connected to the swing roller 106, and the swing roller 106 is used to knock the locust bean branches; the bottom of the pouring trough 315 is provided with a sundry material outlet 316, and the sundry material outlet 316 is fully open;

[0062] An oblique discharge port 108 is provided on one side of the threshing barrel 111 near the bottom, a shutter screen 109 is provided inside the oblique discharge port 108, an elliptical isolation plate 107 is provided inside the threshing barrel 111, and the two sides of the short circular axis of the elliptical isolation plate 107 are rotatably connected to the inner wall of the threshing barrel 111, and the elliptical center of the elliptical isolation plate 107 is located on the axis of the threshing barrel 111;

[0063] The threshing barrel 111 is provided with a guide arc plate 110 near the oblique discharge port 108, the bottom of the guide arc plate 110 is in contact with the inner wall of the evaporation barrel 2, one end of the short circular axis of the elliptical isolation plate 107 is provided with a motor for cooperation and rotation, and the lowest point of the elliptical isolation plate 107 when the edge is fully fitted with the threshing barrel 111 is located at the highest point of the horizontal position of the guide arc plate 110;

[0064] The threshing assembly 1 controls the cross-plate bracket 102 to rotate 90 degrees at a time, controls the threshing barrel 111 to drive the threshing motor 113 to rotate when it is not above the pouring trough 315, and stops rotating when it is above the pouring trough 315, so that the swing roller 106 can lose the rotational centrifugal force and fall down, and cooperates with the elliptical isolation plate 107 to rotate and open and close to guide the locust beans into the evaporation barrel 2, and separate the branches into the pouring trough 315. This step can greatly reduce the cost and time pressure of manual threshing, and can obtain greater economic benefits.

[0065] Please pay attention to Figure 1-4 The evaporation barrel 2 is located inside the integrated furnace 301 and in the area of ​​the gas delivery area 302. A steam sealing port 317 is provided on one side of the integrated furnace 301. The steam sealing port 317 and the output end of the steam generator 7 are sealed with each other. A sealing plate is provided on one side of the gas delivery area 302 away from the steam sealing port 317 for sealing.

[0066] The connecting lines at both ends of the width of the longitudinal transmission belt 201 are located on the center line of the cross-sectional circle of the evaporation barrel 2, and the coverage area of ​​the semicircular evaporation plate 202 is the semicircular surface on both sides of the longitudinal transmission belt 201. The semicircular evaporation plate 202 on one side of the longitudinal transmission belt 201 is used to transmit and transport the sophora japonica seeds, and the semicircular evaporation plate 202 on the other side symmetrically along the center point of the evaporation barrel 2 is unloaded and follows the rotation, and the steam port 203 is only located on the outer wall of the evaporation barrel 2 on the semicircular side of the semicircular evaporation plate 202 used to carry the sophora japonica seeds;

[0067] The bottom of the semicircular evaporation plate 202 is provided with two layers of double-layer mesh plates 204, and the inside of the two layers of double-layer mesh plates 204 is fixed with an exciter 205; the semicircular evaporation plate 202 is provided with a breathable protective plate on the surrounding side; half of the inner area of ​​the evaporation barrel 2 belongs to the evaporation zone, and part of it is a relatively low temperature zone. In the process of sending the locust beans downward, it can guide the gradual heating process, protect the flowers and leaves, and reduce scalding damage. The locust beans entering the high-temperature area are shaken and spread out, and the breathable properties of the outer wall of the evaporation barrel 2 can form a better evaporation and killing effect. At the same time, the steam is heated and evaporated for rising, and is in direct contact with the running direction of the locust beans, which can better meet the evaporation effect.

[0068] Please pay attention to Figure 1 , Figure 2The frying furnace 3 includes a curved casserole 304 which is in contact with and sealed to the liquid sealing area 303 and the gas delivery area 302. A connecting seat 308 is provided inside the discharge port 305. The upper part of the connecting seat 308 extends into the curved casserole 304 and is connected to a multi-directionally extending curved stirring claw plate 306. The arc of the curved stirring claw plate 306 is the same as that of the curved casserole 304. A stirring motor 310 is connected to the bottom of the connecting seat 308.

[0069] A storage chamber 314 is provided at the bottom of the frying furnace 3, and a movable groove 307 is provided inside the top wall of the storage chamber 314. A connecting plate 312 is provided inside the movable groove 307. A storage chamber 314 is provided above the connecting plate 312 and connected to the movable groove 307. The connecting plate 312 is sleeved on the peripheral side of the connecting seat 308 and connected to the bearing between the connecting seat 308. The bottom of the stirring motor 310 is connected to an electric telescopic bracket 311. Connecting rods are provided on both sides of the electric telescopic bracket 311 to connect to the connecting plate 312. 12 is connected to the bottom of the frying furnace 3; the frying effect of the frying furnace 3 area can be paired and supplemented with the hot baking effect of the evaporation barrel 2 area. During the discharge process inside the frying furnace 3, the semi-circular evaporation plate 202 stops moving, and its dynamic contact with the rising direction of steam is reduced. The most seriously affected area is the lowest few layers of the semi-circular evaporation plate 202. Due to the rapid rising effect of water vapor, the heat difference between the bottom and the top is small, but the air humidity is much lower than that of other semi-circular evaporation plates 202 that are in direct contact with the upper part, so that it can obtain a dry baking effect for a period of time.

[0070] Please pay attention to Figure 1 A liquid inlet and a liquid outlet are provided on both sides of the liquid sealing area 303, and the liquid inlet and the liquid outlet are connected to the output end and the liquid return end of the mold temperature controller 4 respectively.

[0071] The operation sequence of the device is as follows: the locust beans move to the guide guard plate 112 through the conveying rail 5 and enter the threshing barrel 111. The threshing motor 113 inside the threshing barrel 111 rotates to drive the threshing plate 104 to rotate, and the swing roller 106 is thrown up after the centrifugal force is generated. The coverage area of ​​the swing roller 106 is slightly smaller than the cross-sectional area of ​​the threshing barrel 111. The locust bean branches are hit by the swing roller 106 many times during the process of falling by gravity. The rotation force process of the threshing motor 113 is repeated rotation in the forward and reverse directions, and there are two layers of threshing plates 104, which can The sophora japonica branches are struck for many times, and the sophora japonica grains are exported through the aperture of the shutter screen 109 in the oblique discharge port 108. The switch state of the elliptical isolation plate 107 is two 90-degree rotation cycles of the main shaft rotating motor 101, which is convenient for separating the sophora japonica after being struck. Finally, the sophora japonica enters the semicircular evaporation plate 202 for carrying, and the exciter 205 vibrates and spreads the sophora japonica. The total running time from the top of the longitudinal transmission belt 201 to the bottom is 15-20 minutes, and the frying furnace 3 is intermittently discharged during the period. The sophora japonica after evaporation and sterilization falls into the interior of the cambered casserole 304, and is stir-fried by the stirring effect of the stirring motor 310. The material is pushed upward by adjusting the electric telescopic bracket 311 at a fixed time, and the material is discharged to the storage chamber 314 through the discharge port 305 position.

[0072] In the description of the present invention, it should be noted that, unless otherwise clearly specified and limited, the terms "installed", "connected", "connected", etc. should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or an indirect connection through an intermediate medium, or it can be the internal communication of two components. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

Claims

1. A device for making fragrant golden locust rice tea, characterized in that: It comprises a threshing assembly (1) and an integrated furnace (301); the integrated furnace (301) is provided with an evaporation barrel (2), a gas delivery area (302), and a liquid sealing area (303); the evaporation barrel (2) is located inside the gas delivery area (302) and is interconnected; A conveying rail (5) and a supporting truss (6) are provided on one side of the threshing assembly (1); The threshing assembly (1) comprises a main shaft rotating motor (101) installed at the bottom of the supporting truss (6); the output end of the main shaft rotating motor (101) is downwardly connected to a cross-plate bracket (102); a plurality of split mounting seats (103) are connected to the peripheral side of the cross-plate bracket (102); the angle between the axis points of two adjacent split mounting seats (103) and the central axis position of the cross-plate bracket (102) is 90 degrees; a plurality of threshing barrels (111) are connected below the cross-plate bracket (102); a threshing motor (113) is provided below each of the plurality of split mounting seats (103); and the axis position of a single threshing barrel (111) is the same as the axis position of the threshing motor (113); An outlet end on one side of the bottom of the threshing barrel (111) is connected to the evaporation barrel (2); A longitudinal transmission belt (201) is fixedly provided on the inner wall of the evaporation barrel (2), the longitudinal center line of the longitudinal transmission belt (201) is at the same position as the axis line of the evaporation barrel (2), and semicircular evaporation plates (202) are fixedly provided on both sides of the longitudinal transmission belt (201) for carrying and transferring the sophora japonica seeds; and a plurality of steam openings (203) are provided on the outer wall of the evaporation barrel (2); The gas delivery area (302) is located above the liquid sealing area (303); a frying furnace (3) is provided inside the liquid sealing area (303), and the bottom of the evaporation barrel (2) is connected to the top of the frying furnace (3); a discharge port (305) is provided at the bottom of the frying furnace (3), and the connection positions between the liquid sealing area (303) and the gas delivery area (302) and the outer surface of the frying furnace (3) are all in a sealed state; The outer wall of the gas delivery area (302) is connected to a steam generator (7), and the outer wall of the liquid sealing area (303) is connected to a mold temperature controller (4).

2. A device for making a light-fragrant golden locust bean tea according to claim 1, characterized in that: A plurality of upper outer circle tangent points of the threshing barrels (111) are provided with guide guard plates (112), the guide guard plates (112) are arc-shaped structures of inverted truncated cones, and the track surface of the conveying rail (5) matches the side of the guide guard plates (112); the upper part of the integrated furnace (301) is cylindrical and is connected to a material pouring chute (315) on the side, the single rotation angle of the main shaft rotating motor (101) is 90 degrees, and the top view area of ​​the material pouring chute (315) continuously contains the discharge areas of two threshing barrels (111), and the material pouring chute (315) is arranged on the outer wall of the integrated furnace (301) at a position close to the semicircle away from the semicircular evaporation plate (202); The bottom of the threshing motor (113) is connected to a threshing plate (104), and a plurality of lateral movable grooves (105) are arranged on the circumference of the threshing plate (104). The insides of the lateral movable grooves (105) are all movably connected to swing rollers (106), and the swing rollers (106) are used to knock the locust branches; The threshing barrel (111) is provided with an oblique discharge port (108) on one side close to the bottom, a shutter screen (109) is provided inside the oblique discharge port (108), an elliptical isolation plate (107) is provided inside the threshing barrel (111), the two sides of the short circular axis of the elliptical isolation plate (107) are rotatably connected to the inner wall of the threshing barrel (111), and the elliptical center of the elliptical isolation plate (107) is located on the axis of the threshing barrel (111); The threshing barrel (111) is provided with a guide arc plate (110) at a position close to the oblique discharge port (108); the bottom of the guide arc plate (110) contacts the inner wall of the evaporation barrel (2); a motor is provided at one end of the short circular axis of the elliptical isolation plate (107) for coordinated rotation; the lowest point of the elliptical isolation plate (107) when its edge is fully in contact with the threshing barrel (111) is located at the highest point of the horizontal position of the guide arc plate (110).

3. The device for making the fragrant golden locust bean tea according to claim 1, characterized in that: The evaporation barrel (2) is located inside the integrated furnace (301) and in the area of ​​the gas delivery zone (302); a steam sealing port (317) is provided on one side of the integrated furnace (301); the steam sealing port (317) and the output end of the steam generator (7) are sealed with each other; and a sealing plate is provided on a side of the gas delivery zone (302) away from the steam sealing port (317) for sealing; The connecting lines at both ends of the width of the longitudinal transmission belt (201) are located on the center line of the cross-sectional circle of the evaporation barrel (2); the coverage area of ​​the semicircular evaporation plate (202) is the semicircular surface on both sides of the longitudinal transmission belt (201); the semicircular evaporation plate (202) on one side of the longitudinal transmission belt (201) is used for transmitting and conveying the sophora japonica seeds; the semicircular evaporation plate (202) on the other side symmetrically along the center point of the evaporation barrel (2) is unloaded and follows the rotation; the steam outlet (203) is only located on the outer wall of the evaporation barrel (2) close to the semicircular side of the semicircular evaporation plate (202) used for carrying the sophora japonica seeds.

4. A device for making a light-fragrant golden locust bean tea according to claim 3, characterized in that: The bottom of the semicircular evaporation plate (202) is provided with two double-layer mesh plates (204), and an exciter (205) is fixed inside the two double-layer mesh plates (204); and a protective plate with a breathable function is provided on the circumference of the semicircular evaporation plate (202).

5. The device for making the fragrant golden locust bean tea according to claim 1, characterized in that: The frying furnace (3) comprises a curved sand pot (304) which contacts and seals the liquid sealing area (303) and the gas conveying area (302); a connecting seat (308) is provided inside the discharge port (305); the upper part of the connecting seat (308) extends into the curved sand pot (304) and is connected to a multi-directionally extending curved stirring claw plate (306); the arc of the curved stirring claw plate (306) is the same as that of the curved sand pot (304); and the bottom of the connecting seat (308) is connected to a stirring motor (310).

6. The device for making the fragrant golden locust bean tea according to claim 5, characterized in that: A storage chamber (314) is provided at the bottom of the frying furnace (3), a movable groove (307) is provided inside the top wall of the storage chamber (314), a connecting plate (312) is provided inside the movable groove (307), a storage chamber (314) is provided above the connecting plate (312) and is connected to the movable groove (307), the connecting plate (312) is sleeved on the peripheral side of the connecting seat (308) and is connected to the connecting seat (308) through a bearing, the bottom of the stirring motor (310) is connected to an electric telescopic bracket (311), and connecting rods are provided on both sides of the electric telescopic bracket (311) and are connected to the bottom of the connecting plate (312).

7. The device for making the fragrant golden locust bean tea according to claim 1, characterized in that: A liquid inlet and a liquid outlet are provided on both sides of the liquid sealing area (303), and the liquid inlet and the liquid outlet are respectively connected to the output end and the liquid return end of the mold temperature controller (4).

8. The device for making the fragrant golden locust bean tea according to claim 2, characterized in that: The bottom of the pouring chute (315) is provided with a miscellaneous material outlet (316), and the miscellaneous material outlet (316) is fully open.

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