CN218278558U

CN218278558U - Microwave and light wave composite fixation machine for tea

Info

Publication number: CN218278558U
Application number: CN202221877666.1U
Authority: CN
Inventors: 赵君华; 高勇; 黄建平
Original assignee: Emeishan Runhua Machinery Co ltd
Current assignee: Emeishan Runhua Machinery Co ltd
Priority date: 2022-07-21
Filing date: 2022-07-21
Publication date: 2023-01-13
Anticipated expiration: 2032-07-21

Abstract

The utility model discloses a tea microwave and light wave composite fixation machine, including frame, the main tank body, magnetron microwave generation system, light wave generation system, dehumidification system, warm air system, evener, driving motor, initiative cylinder, passive cylinder, clean cylinder, conveyer belt regulator, wave inhibitor, shield door, material passageway, microwave and light wave composite fixation machine control system, microwave and light wave composite fixation machine electrical power generating system. The main part case is established at frame top middle part, and main part case top and shield door are equipped with the magnetron microwave and take place the system opposite, and the microwave frequency takes place for the during operation magnetron, makes the hydrone in the fresh leaf that completes violently vibrate to generate heat and complete the enzyme. The upper part of the main body box is provided with a light wave generating system. This patent has realized the automation of completing to tea processing, and it is even to complete, and the penetrating power that completes is strong, has kept the fresh degree of activity of tealeaves to the fresh leaf after completing, and the colour is emerald green, has improved quality and efficiency to the tealeaves completing.

Description

Microwave and light wave composite fixation machine for tea

Technical Field

The utility model relates to a tealeaves processing machinery field, what specifically say is a tealeaves microwave light wave complex machine of completing.

Background

In the tea processing technology, the fixation of fresh tea leaves is an important technology at the front stage of tea making, and after the tea leaves are withered, the rapid killing of active enzymes in the fresh tea leaves is ensured, the fresh activity of the tea leaves subjected to fixation is ensured, and the fixation defects of red stalks, scorched leaves, scorched edges, fragments, incomplete fixation and the like of the fixation fresh leaves are prevented. The traditional tea fixation adopts a roller heating mode and a steam hot air fixation mode, heat energy is transferred to the surface of fresh tea leaves by heating from outside to inside to achieve fixation, the fixation of the fresh tea leaves is not uniform and completely complete due to uneven heating temperature, the fresh tea leaves are scorched and have more fragments and large operation difficulty, or the ideal effect is hardly achieved by adopting a microwave or light wave single fixation mode. The green degree and the fresh activity of the tea leaves after being de-enzymed are poor.

SUMMERY OF THE UTILITY MODEL

Therefore, the utility model relates to a solve traditional mode and to the fresh tea leaf problem on the quality of completing, provide a tea microwave light wave composite fixation machine here, the utility model discloses the rate of heating of completing is fast, and the heating is even, and tealeaves nutrition loss is few, and the sterilization passivation effect is big, reduces advantages such as intensity of labour improvement work efficiency.

The utility model discloses a realize like this, construct a tealeaves microwave light wave complex machine of completing, its characterized in that: the microwave oven comprises a rack, a main box body, a magnetron microwave generating system, a light wave generating system, a dehumidifying system, a warm air system, a material homogenizing device, a transmission motor, an active roller, a passive roller, a sweeping roller, a conveying belt regulator, a wave suppressor, a shielding door, a material channel, a microwave and light wave composite water-removing machine control system and a microwave and light wave composite water-removing machine power supply system; all parts are arranged on the frame; the middle of the upper part of the frame is provided with a main box body, the upper part of the main box body is provided with a magnetron microwave generating system, a light wave generating system, a dehumidifying system and a warm air system, the front end of the upper part of the frame is provided with a driven roller, a conveyer belt regulator and a material evening device, the rear end of the upper part of the frame is provided with a transmission motor, a driving roller and a cleaning roller, the conveyer belt is arranged on the driven roller arranged above the frame, passes through a front wave suppressor material channel to the main box body, passes through a rear wave suppressor material channel, winds back to the driven roller after reaching the driving roller, is wound into a circle and is started by the transmission motor to move at a constant speed, the front and the back of the main box body are provided with wave suppressors, and the front of the main box body is provided with a shielding door.

According to the utility model a tealeaves microwave light wave complex machine of completing, its characterized in that: the material homogenizer evenly spreads the fresh leaves on the conveying belt, and the driving motor drives the driving roller, the driven roller and the conveying belt to pass through the material homogenizer, the suppressor material channel at the front end of the main box body and the suppressor material channel at the tail end of the main box body on the rack when being started, so that the fresh leaves are conveyed to the tail end of the rack; the cleaning roller is used for cleaning the fresh leaves clamped on the conveying belt; the conveyer belt regulator is used for regulating the conveyer belt to prevent the conveyer belt from deviating.

According to the utility model, the microwave and light wave combined fixation machine for tea leaves is provided; the method is characterized in that: the main box body comprises a supporting strip inside the box body, and the supporting strip keeps the conveying belt to run smoothly in the main box body. A magnetron microwave generating system, a light wave generating system, a dehumidifying system and a warm air system are arranged above the main box body and opposite to the shielding door.

According to the utility model, the microwave and light wave combined fixation machine for tea leaves is provided; the method is characterized in that: the magnetron microwave generating system comprises a plurality of magnetron microwave generators which are arranged above a main box body and opposite to a shielding door, the magnetron microwave generators are arranged on a microwave waveguide box, a flange on the microwave waveguide box is connected with the main box body, a magnetron power supply supplies power to the microwave generators, a magnetron cooling assembly cools the microwave generators, a magnetron power supply cooling fan cools the magnetron power supply, and the microwave generators generate microwave frequency to generate electromagnetic waves which pass through the microwave waveguide box to enable water molecules in fresh leaves to generate violent oscillation and generate heat to perform enzyme deactivation. The magnetron microwave generating system comprises a microwave generator which is a magnetron, a microwave waveguide box, a magnetron cooling assembly, a magnetron power supply and a magnetron power supply cooling fan.

According to the utility model, the microwave and light wave composite fixation machine for tea leaves is provided; the method is characterized in that: the light wave generation system comprises an infrared light wave generator, a light wave emission hole, a light wave generation box flange and a light wave generation box, wherein the light wave generation box flange on the light wave generation box is connected with the main box body, and the light wave generated by the light wave generator during working heats the main box body and completes fresh leaves.

According to the utility model, the microwave and light wave composite fixation machine for tea leaves is provided; the method is characterized in that: the dehumidifying system comprises a dehumidifying channel, a dehumidifying fan and a dehumidifying air quantity regulating valve, the dehumidifying system is installed on the main box body through a flange, when the dehumidifying system works, water vapor generated by the enzyme deactivation in the main box body is operated by the dehumidifying fan through the dehumidifying channel, the water vapor is discharged out of the main box body through the dehumidifying air quantity regulating valve, and the dehumidifying air quantity regulating valve can control the moisture of the enzyme-deactivated tea leaves through regulation, so that the ideal enzyme deactivation quality is achieved.

According to the utility model, the microwave and light wave combined fixation machine for tea leaves is provided; the method is characterized in that: the warm air system is arranged at the inlet end of the fresh leaves, the main box body is close to the upper part of the wave suppressor at the material homogenizer end, and the main box body is heated during working, so that cold air is prevented from entering and dewing to generate water drops to damage internal elements.

According to the utility model, the microwave and light wave combined fixation machine for tea leaves is provided; the method is characterized in that: the wave suppressor comprises two groups of wave suppressor devices, a first wave suppressor flange, a second wave suppressor flange, a first wave suppressor plate, a second wave suppressor baffle and a second wave suppressor baffle, wherein the two wave suppressor devices are respectively arranged at the front end and the rear end of the main box body and comprise a first wave suppressor flange, a second wave suppressor flange and a third wave suppressor flange; a wave suppression pin is arranged between the wave suppression lower plate and the wave suppression pin partition plate, the wave suppression pin is connected with the wave suppression lower plate, a wave suppression strip is arranged between the wave suppression pin and the wave suppression pin, wave suppression baffle strips are arranged on the two end faces of the wave suppression lower plate and the wave suppression pin partition plate, and a material channel is formed between the side plates connected with the upper plate and the lower plate through the upper wave suppression pin partition plate and the lower wave suppression pin partition plate; it is cylindric to press down the ripples pin, shield door installs in the positive the place ahead of main tank body, and the cooperation presses down the ripples ware and restraines microwave leakage, and this utility model discloses can effectively restrain magnetron microwave generation system and produce microwave radiation, prevent that the microwave from leaking.

According to the utility model, the microwave and light wave combined fixation machine for tea leaves is provided; the method is characterized in that: the microwave and light wave composite water-removing machine control system is equipped with display, frequency converter speed regulator, temperature controller, material homogenizing device speed regulator, current display and several push-button switches.

According to the utility model, the microwave and light wave combined fixation machine for tea leaves is provided; the method is characterized in that: the power supply system of the microwave and light wave composite fixation machine is provided with a PLC control system, a plurality of contactors, a plurality of switches, a circuit protection system and the like. The PLC control system can realize that a plurality of groups or a single group or a plurality of groups of linkage control magnetron microwave generation systems realize the uniformity of enzyme deactivation of fresh leaves, and the enzyme deactivation has strong penetrating power and complete enzyme deactivation.

The utility model has the advantages of as follows: the utility model discloses a compound machine that completes of tealeaves microwave light wave takes place the system, the light wave takes place the system, takes out wet system, warm braw system, evener, driving motor, initiative cylinder, passive cylinder, cleans cylinder, conveyer belt regulator, presses down ripples ware, shield door, material passageway, the compound machine control system that completes of microwave light wave, the compound machine power system that completes of microwave light wave, cleans and forms such as mouthful by frame, the main tank body, magnetron microwave. The main body box is arranged in the middle of the upper portion of the rack, the magnetron microwave generating system is arranged above the main body box and opposite to the shielding door, and microwave frequency is generated by the magnetron during working, so that water molecules in the de-enzyming fresh leaves are vibrated violently to generate heat for de-enzyming. The main part case top is equipped with the light wave and takes place the infrared ray light wave and heat the fresh leaf, carries out compound enzyme-deactivating together with the microwave, adjusts the light wave temperature simultaneously according to temperature change and reaches the moisture control to the fresh leaf that completes. A dehumidifying system is arranged above the main box body, and can suck out the water vapor generated by the enzyme-deactivating fresh leaves after microwave and light wave heating and discharge the water vapor out of the main box body. The front end and the rear end of the main box body are provided with microwave suppressors, so that microwave leakage can be prevented, and safe operation of equipment is achieved. When fresh leaves enter the conveying belt, the fresh leaves are uniformly spread on the conveying belt through the operation of the material homogenizer, enter the material channel in the middle of the microwave suppressor at the front end of the main box body, enter the material channel in the middle of the microwave suppressor at the tail end of the main box body through the water-removing process in the main box body, and are output to fall on the vibration cooling tank at the tail end of the rack along with the operation of the conveying belt to complete the water-removing process. The utility model discloses a to the automation of completing of tea processing, it is even to complete, and the penetrating power that completes is strong, has kept the fresh degree of activity of tealeaves after completing bright leaf, and the colour is emerald green, has improved quality and efficiency to the tea wrap.

The utility model discloses an infrared ray light wave heating box and tealeaves, combine magnetron microwave to take place system transmission microwave frequency, let the electromagnetic wave shine on fresh leaf, make the inside and outside heating of fresh leaf, make the hydrone in the fresh leaf produce violent oscillation and generate heat, fresh leaf moisture evaporates and through the system discharge box of dehumidifying from inside to outside, it is a thorough change to the fresh leaf green removing technology of tealeaves and principle, not only kill the active enzyme in the fresh leaf of tealeaves fast, and guaranteed the fresh activity degree after the tealeaves green removing.

Drawings

FIG. 1 is a schematic front view of the microwave and light wave composite water-removing machine;

FIG. 2 is a schematic side view of the microwave and light wave combined water-removing machine;

FIG. 3 is a schematic view of a microwave generator of the microwave and light wave composite water-removing machine;

FIG. 4 is a schematic view of the microwave suppressor of the microwave/optical wave composite water-removing machine;

fig. 5 is a schematic diagram of the light wave system of the microwave and light wave composite water-removing machine.

Wherein: a frame 1; a main box body 2; a magnetron microwave generating system 3; a light wave generation system 4; a dehumidifying system 5; a warm air system 6; a material homogenizer 7; a transmission motor 8; a driving roller 9; a passive drum 10; cleaning the roller 11; a conveyor belt 12; a conveyor belt adjuster 13; a wave suppressor 14; a shield door 15; a material passage 16; a microwave and light wave composite fixation machine control system 17; a power supply system 18 of the microwave and light wave composite fixation machine; a cleaning port 19;

a dehumidifying passage 51; a dehumidifying fan 52; a dehumidification air volume adjusting valve 53;

a magnetron microwave generator 31; a microwave waveguide box 32; a magnetron cooling assembly 33; a magnetron power supply 34; a magnetron power supply cooling fan 35;

a wave suppression flange I141; a wave suppression upper plate 142; a wave suppressing lower plate 143; a wave suppression pin baffle 144; a wave suppression pin 145; a wave suppressor rejection strip 146; a wave suppression stop bar 147; a second wave suppression flange 148;

an infrared light wave generator 41; a light wave emitting hole 42; a light wave generating box flange 43; a light wave generating box 44.

Detailed Description

The present invention will be described in detail with reference to the accompanying drawings 1-5, wherein the technical solutions in the embodiments of the present invention are clearly and completely described, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts all belong to the protection scope of the present invention.

The utility model provides a tea microwave and light wave composite fixation machine through improvement, which can be implemented as follows as shown in the figure; the microwave oven comprises a frame 1, a main box body 2, a magnetron microwave generating system 3, a light wave generating system 4, a dehumidifying system 5, a warm air system 6, a material homogenizer 7, a transmission motor 8, a driving roller 9, a driven roller 10, a cleaning roller 11, a conveying belt 12, a conveying belt regulator 13, a wave suppressor 14, a shielding door 15, a material channel 16, a microwave and light wave composite water-removing machine control system 17, a microwave and light wave composite water-removing machine power supply system 18 and a cleaning port 19. All parts are arranged on the frame 1 to form an integral structure, so that the manufacture, the transportation, the installation and the debugging are convenient. When the transmission motor 8 is started, the driving roller 9, the driven roller 10 and the conveyer belt 12 are driven to pass through the material homogenizer 7, the suppressor material channel 16 at the front end of the main box body 2 and the suppressor material channel 16 at the tail end of the main box body 2 on the rack 1, and fresh leaves are conveyed to the tail end of the rack 1. The cleaning roller 11 cleans the fresh leaves stuck on the conveyer belt 12. The conveyor belt adjuster 13 is used for adjusting the conveyor belt 12 to prevent the conveyor belt 12 from deviating. After a power supply is turned on, magnetron cooling system components are turned on, a light wave generating system and a warm air system heat a main box body to a certain temperature, a transmission motor is turned on to drive a driving roller, a driven roller, a cleaning roller and a conveying belt to linearly run at a constant speed, a material homogenizer is turned on, fresh leaves are uniformly spread on the conveying belt through the material homogenizer when being conveyed to a conveying belt of a microwave and light wave composite fixation machine by a lifter, a material confirmation switch is turned on when a material confirmation point is reached, the fresh leaves enter a wave suppressor material channel at the front end of the main box body and enter the main box body, each group of magnetron microwave generating systems are turned on according to a preset sequence through a calculated PLC control system, the magnetron microwave generating systems emit microwave frequency to enable electromagnetic waves to irradiate on the fresh leaves, the device is characterized in that an infrared light wave generated by a light wave generating system is emitted from an emission hole of a light wave generating box, fresh leaves are rapidly heated inside and outside, water molecules in the fresh leaves are violently oscillated to generate heat under the action of electromagnetic waves, moisture in the fresh leaves is evaporated from inside to outside, a dehumidifying fan of a dehumidifying system is started, water vapor generated by heating the fresh leaves is exhausted out of a box body through a dehumidifying channel through the operation of the dehumidifying fan, a dehumidifying air quantity regulating valve can control the moisture of the tea leaves subjected to green removing through the regulation of a regulating valve to achieve ideal green removing quality, when a warm air system works, the main box body is heated to prevent cold air from entering the dew to generate water drops to damage internal elements, the fresh leaves subjected to green removing enter a material channel at the rear end of the main box body and are output along the operation direction of a conveying belt to fall on a cooling vibration groove, and the green removing operation is completed. Wave suppression pins in the wave suppressor at two ends of the main box body are cylindrical, a wave suppressor inhibition strip is arranged between the pins and the wave suppression pins, wave suppression barrier strips are arranged on two end faces of a wave suppression lower plate and a wave suppression pin partition plate, a shielding door is arranged in front of the front face of the main box body and is matched with the wave suppressor to inhibit microwave leakage, microwave radiation generated by a magnetron microwave generation system can be effectively inhibited, microwave leakage is prevented, and safe operation of equipment is ensured.

A tealeaves microwave light wave composite fixation machine, as shown in fig. 2, take out wet system 5 contain and take out wet passageway 51, take out wet fan 52, take out wet air regulation valve 53, take out wet system and pass through flange mounting on the main tank body, the vapor that produces when taking out wet system during operation with the inside fixation of main tank body passes through the main tank body that takes out wet passageway and is taken out wet air regulation valve discharge by taking out wet fan operation, take out wet air regulation valve can control the moisture content of tea that completes through adjusting, let it reach the quality of completing of ideal.

The utility model relates to a tea microwave and light wave composite fixation machine, as shown in figure 3; the magnetron microwave generating system 3 comprises a plurality of magnetron microwave generators 31 which are arranged above the main box body and opposite to the shielding door, the magnetron microwave generators are arranged on a microwave waveguide box 32, a flange on the microwave waveguide box 32 is connected with the main box body, a magnetron power supply 34 supplies power to the microwave generators, a magnetron cooling component 33 cools the microwave generators, a magnetron power supply cooling fan 35 cools the microwave generator power supply, the microwave generators generate microwave frequency to generate electromagnetic waves, and the electromagnetic waves pass through the microwave waveguide box to enable water molecules in fresh leaves to generate violent oscillation and generate heat for enzyme deactivation.

The utility model relates to a tea microwave and light wave composite fixation machine, as shown in figure 4; the wave suppressor 14 of the tea microwave and light wave composite water-removing machine is respectively arranged at the front end and the rear end of a main box body and comprises a first wave suppression flange, a first wave suppression plate, a second wave suppression plate, a third wave suppression plate, a fourth wave suppression pin, a wave suppression strip, a wave suppression barrier strip and a second wave suppression flange, wherein the first wave suppression flange is connected with the main box body and comprises a first wave suppression plate, a second wave suppression plate and a side plate, the upper wave suppression plate is connected with the lower wave suppression pin, the wave suppression pin is connected with the upper wave suppression plate, the wave suppression strip is arranged between the wave suppression pin and the wave suppression pin, and the wave suppression barrier strips are arranged on two end faces of the upper wave suppression plate and the wave suppression pin barrier plate. The wave suppression pin is arranged between the wave suppression lower plate and the wave suppression pin partition plate, the wave suppression pin is connected with the wave suppression lower plate, a wave suppression strip is arranged between the wave suppression pin and the wave suppression pin, wave suppression baffle strips are arranged on two end faces of the wave suppression lower plate and the wave suppression pin partition plate, and a material channel is formed between the side plates connected with the upper plate and the lower plate through the upper wave suppression pin partition plate and the lower wave suppression pin partition plate. It is cylindric to press down the ripples pin, shield door installs in the positive the place ahead of main tank body, and the cooperation presses down the ripples ware and suppresses microwave leakage, and this utility model discloses can effectively restrain magnetron microwave generation system and produce microwave radiation, prevent that the microwave from leaking.

The utility model relates to a tea microwave and light wave composite fixation machine, as shown in figure 5; the light wave generation system 4 of the tea microwave and light wave composite fixation machine comprises an infrared light wave generator 41, a light wave emission hole 42, a light wave generation box flange 43 and a light wave generation box 44, wherein the light wave generation box flange on the light wave generation box is connected with the main box body, the light wave generated by the light wave generator when the light wave generator works heats the main box body and carries out fixation on fresh leaves, and the light wave generation system can control the temperature of the main box body through a temperature controller, so that the temperature of the main box body is kept at a proper temperature when the fixation effect is ensured.

The utility model discloses an infrared ray light wave heating box and tealeaves, combine magnetron microwave generation system transmission microwave frequency, let the electromagnetic wave shine on the fresh leaf, make the inside and outside heating of fresh leaf, make the hydrone in the fresh leaf produce violent oscillation and generate heat, fresh leaf moisture is from inside to outside evaporation and through the system exhaust box of dehumidifying, it is a thorough change to the fresh leaf green-removing technology of tealeaves and principle, not only kill the active enzyme in the fresh leaf of tealeaves fast, and guaranteed the fresh activity degree after the tealeaves completes. The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. The utility model provides a tea microwave light wave composite fixation machine which characterized in that: the microwave oven comprises a rack (1), a main box body (2), a magnetron microwave generating system (3), a light wave generating system (4), a dehumidifying system (5), a warm air system (6), a material homogenizer (7), a transmission motor (8), a driving roller (9), a driven roller (10), a cleaning roller (11), a conveying belt (12), a conveying belt regulator (13), a wave suppressor (14), a shielding door (15), a material channel (16), a microwave and light wave composite water-removing machine control system (17) and a microwave and light wave composite water-removing machine power supply system (18); all parts are arranged on the frame (1); the microwave oven comprises a rack (1), a main box body (2) is arranged in the middle of the upper part of the rack (1), a magnetron microwave generating system (3), a light wave generating system (4), a dehumidifying system (5) and a warm air system (6) are arranged above the main box body (2), a driven roller (10), a conveying belt regulator (13) and a material homogenizer (7) are arranged at the front end of the upper part of the rack (1), a transmission motor (8), an active roller (9) and a cleaning roller (11) are arranged at the rear end of the upper part of the rack (1), a conveying belt (12) is arranged on the driven roller (10) above the rack (1), a material channel of a front wave suppressor is penetrated into the main box body (2), a material channel of the rear wave suppressor is penetrated into the driving roller and then is wound back to the driven roller (10), a circle is started by the transmission motor (8) to move linearly at a constant speed, the wave suppressor (14) is arranged at the front and the rear of the main box body (2), and a shield door (15) is arranged on the front of the main box body (2).

2. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the homogenizer (7) is used for uniformly spreading the fresh leaves on the conveyer belt (12), and when the transmission motor (8) is started, the transmission motor drives the driving roller (9), the driven roller (10) and the conveyer belt (12) to pass through the homogenizer (7), the suppressor material channel (16) at the front end of the main box body (2), the main box body (2) and the suppressor material channel (16) at the tail end of the main box body (2) on the rack (1) so as to convey the fresh leaves to the tail end of the rack (1); the cleaning roller (11) cleans the fresh leaves clamped on the conveying belt (12); the conveyer belt adjuster (13) is used for adjusting the conveyer belt (12) to prevent the conveyer belt (12) from deviating.

3. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the main box body (2) comprises a supporting strip inside the box body, and the supporting strip is used for keeping the conveying belt (12) to run smoothly in the main box body (2); a magnetron microwave generating system (3), a light wave generating system (4), a dehumidifying system (5) and a warm air system (6) are arranged above the main box body (2) and opposite to the shielding door (15).

4. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the magnetron microwave generating system (3) comprises a plurality of magnetron microwave generators (31) which are arranged above the main box body (2) and opposite to the shielding door (15), the magnetron microwave generators (31) are arranged on a microwave waveguide box (32), a flange on the microwave waveguide box (32) is connected with the main box body (2), a magnetron power supply (34) supplies power to the microwave generators (31), a magnetron cooling component (33) cools the microwave generators (31), a magnetron power supply cooling fan (35) cools the magnetron power supply (34), and the microwave generators (31) generate microwave frequency to generate electromagnetic waves which enable water molecules in fresh leaves to generate violent oscillation and heat through the microwave waveguide box (32) to be de-enzymed.

5. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the light wave generation system (4) comprises an infrared light wave generator (41), a light wave emission hole (42), a light wave generation box flange (43) and a light wave generation box (44), wherein the light wave generation box flange (43) on the light wave generation box (44) is connected with the main box body (2), and light waves generated when the light wave generator (41) works heat the main box body (2) to raise the temperature and to de-enzyme fresh leaves.

6. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: dehumidifying system (5) contain dehumidifying passageway (51), dehumidifying fan (52), dehumidifying air volume control valve (53), dehumidifying system (5) pass through flange mounting on main tank (2), dehumidifying system (5) during operation with the inside water vapor that completes the production of main tank (2) through dehumidifying passageway (51) by dehumidifying fan (52) operation, and discharge main tank (2) through dehumidifying air volume control valve (53), dehumidifying air volume control valve (53) can be controlled the moisture content of tea that completes through adjusting, let it reach the perfect quality of completing.

7. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the warm air system (6) is arranged at the inlet end of fresh leaves, the main box body (2) is arranged above the wave suppressor (14) by the material homogenizer end, and the main box body (2) is heated during working, so that cold air is prevented from entering dew and generating water drops to damage internal elements.

8. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the wave suppressor (14) comprises two groups, is respectively arranged at the front end and the rear end of the main box body (2), and comprises a first wave suppression flange (141), a first wave suppression upper plate (142), a second wave suppression lower plate (143), a first wave suppression pin baffle plate (144), wave suppression pins (145), a first wave suppression strip (146), a second wave suppression baffle strip (147) and a second wave suppression flange (148), wherein the first wave suppression flange (141) is connected with the main box body (2) and comprises a first wave suppression upper plate (142), a second wave suppression lower plate (143) and side plates connected with the upper plate and the lower plate, the wave suppression pins (145) are arranged between the first wave suppression upper plate (142) and the second wave suppression pin baffle plate (144), the wave suppression pins (145) are connected with the first wave suppression plate (142), and the wave suppression upper plate (142) and the wave suppression pin baffle plate (144) are provided with the wave suppression baffle strips (147) on the two end faces; a wave suppression pin (145) is arranged between the wave suppression lower plate (143) and the wave suppression pin partition plate (144), the wave suppression pin (145) is connected with the wave suppression lower plate (143), a wave suppression strip (146) is arranged between the wave suppression pin (145) and the wave suppression pin (145), wave suppression baffle strips (147) are arranged on two end faces of the wave suppression lower plate (143) and the wave suppression pin partition plate (144), and a material channel (16) is formed between side plates connected with the upper plate and the lower plate through the upper wave suppression pin partition plate (144) and the lower wave suppression pin partition plate (144); the wave suppression pin (145) is cylindrical, the shielding door (15) is installed in front of the front face of the main box body (2) and is matched with the wave suppressor (14) to suppress microwave leakage.

9. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the microwave and light wave composite water-removing machine control system (17) is provided with a display, a frequency converter speed regulator, a temperature controller, a material mixer speed regulator, a current display and a plurality of button switches.

10. The microwave and light wave composite fixation machine for tea leaves according to claim 1, which is characterized in that: the power supply system (18) of the microwave and light wave composite fixation machine is provided with a PLC control system, a plurality of contactors, a plurality of switches and a circuit protection system; the PLC control system can realize that a plurality of groups or a single group or a plurality of groups of linked control magnetron microwave generation systems realize the uniformity of enzyme deactivation of fresh leaves, and the enzyme deactivation has strong penetrating power and complete enzyme deactivation.