CN109939003A - A vacuum microwave electromagnetic type Mongolian medicine drying and frying device - Google Patents

Abstract

The present invention relates to processing of crude drugs technical fields, in particular a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic, including support frame assembly, cavity assembly, electromagnetic heater assembly, microwave generating apparatus assembly, cavity slewing equipment assembly, cavity angle adjustment device assembly and Electromechanical Control box assembly.In the present invention, warm and humid sensor and baroceptor monitor intracavitary parameters always, cooperate the working frequency and duration of labVIEW data acquisition card and PLC controller adjust automatically magnetic control, heating coil, avoid occurring drug and the counter productives such as are charred, are half-cooked.The simultaneously built-in processing scheme of most mongolian medicines and Chinese medicine of PLC controller, can according to condition retrieve, facilitate operation；Processing scheme can also be manually adjusted, make finished product by the wish output of operator, it is easy to operate.

Description

A vacuum microwave electromagnetic type Mongolian medicine drying and frying device

technical field

The invention relates to the technical field of medicinal material processing, in particular to a vacuum microwave electromagnetic type Mongolian medicine drying and frying device.

Background technique

The frying technology is widely used in the processing of Mongolian medicine, and it is one of the important processes in the pretreatment of Mongolian medicine preparations. Through frying, the properties, taste, functions and indications of Mongolian medicinal materials can be changed, that is, the medicinal properties can be changed by processing (such as enhancing the curative effect, relieving the medicinal properties, reducing toxicity and reducing toxicity, etc.). The traditional heating method of Mongolian medicine frying mainly uses coal as the heat source, and the fire control is mainly judged by the operator's experience; modern use of electricity, oil, gas and other clean heat sources, although the realization of automatic temperature control, timing, etc., but for "firepower" There is no exact method yet. In addition, the modern frying process is carried out under aerobic conditions. The frying of Mongolian medicine is mostly based on frying. Overheating will cause frying, so it is necessary to control the temperature and time, but there is no excessive oxidation under vacuum conditions. At the same time, some components in the medicine are more conducive to volatilization and promote the modification of the medicine during the frying process. Therefore, in view of the above problems, a vacuum microwave electromagnetic drying and frying device for Mongolian medicine is proposed.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a vacuum microwave electromagnetic type Mongolian medicine drying and frying device to solve the problems raised in the above background technology.

To achieve the above object, the present invention provides the following technical solutions:

A vacuum microwave electromagnetic type Mongolian medicine drying and frying device, comprising a support frame assembly, a cavity assembly, an electromagnetic heating device assembly, a microwave generating device assembly, a cavity rotating device assembly, a cavity angle adjusting device assembly and Electromechanical control box assembly, a cavity rotating device assembly is arranged above the support frame assembly, the cavity body assembly passes through the latter and is connected with the microwave generating device assembly, while the electromechanical control box assembly is fixed to the support At the rear of the frame assembly, the cavity angle adjustment device assembly passes through the support frame assembly and is fixed at the bottom, and the electromagnetic heating device assembly is placed under the cavity assembly to maintain a certain gap with it and is fixed in the middle of the support frame assembly.

Preferably, the support frame assembly is composed of base beam I, base beam II, base beam III, base beam IV, base longitudinal beam I, base longitudinal beam II, lower cavity fixing frame I, lower cavity fixing frame II, Connecting beam I, connecting beam II, upper fixing frame I, cavity upper fixing frame II, cavity fixing bracket base, support frame base beam, said base beam I, base beam II, base beam III, base beam IV, The base longitudinal beam I and the base longitudinal beam II are fixedly connected as a rectangular frame as the main body of the support frame. The lower cavity fixing frame I, the lower fixing frame II, the connecting beam I, the connecting beam II, the upper fixing frame I, the upper Part II of the fixing frame is fixed with bolts and nuts, and then connected with the beam of the base of the support frame, as the base frame of the cavity rotary device assembly, used to fix the transmission wheel, transmission shaft, transmission bearing, transmission shaft fixing pin, the cavity The body fixing bracket base is located in the middle of the whole base frame, and connects the base and the cavity.

Preferably, the cavity assembly is composed of a cavity body, a cavity front cover, a transmission wheel limit ring, a vacuum valve, a front cover handle pressure relief valve, a front cover fastening pin, a lifting ring force hole, a pressure gauge, a waveguide It consists of a fixed plate, a composite glass reinforced composite mica sheet, a waveguide (rear part), a fixed plate of a magnetron protection cover, and a cavity back cover. The cavity front cover, the cavity main body, and the cavity back cover are sequentially combined into a heating cavity. Two sets of transmission wheel limit rings are fixed on both sides of the cavity body and keep a certain distance from the cavity front cover and the cavity rear cover. The vacuum valve is vertically fixed on the cavity front cover and coincides with its axis. The front cover handles, The pressure relief valve and the pressure gauge are also fixed on the front cover, and the front cover fastening pins and lifting ring force holes are equally spaced at the front of the cavity body. The magnetron protective cover fixing plates at the upper and lower ends of the latter are combined into the rear part of the waveguide, which is vertically fixed on the cavity back cover and coincides with its axis, and the fixed position of the magnetron protective cover fixing plate is deviated from the axis.

Preferably, the electromagnetic heating device assembly includes an electromagnetic heating device main body and a heating coil, and the heating coil is located inside the electromagnetic heating device main body.

Preferably, the microwave generating device assembly is composed of a magnetron, a magnetron protective cover, a heat dissipation window, a protective shell fixing hole, a waveguide (front), a cooling fan fixing nut, a cooling fan, a waveguide fixing nut, a waveguide fixing screw, a conductive The magnetron protection cover is the substrate of the whole device. The magnetron and the waveguide (front part) are connected by the waveguide fixing nut and the waveguide fixing screw, and are connected with the composite glass reinforced composite mica sheet and the waveguide (the rear part). ) connection, the special heat dissipation window and the protective shell fixing hole are convenient for heat dissipation and fixing the protective cover, the same is true for the fan fixing screw, the cooling fan fixing nut, and the cooling fan, and the outer side of the magnetic control protective cover is provided with a conductive tube.

Preferably, the cavity rotating device assembly is composed of an output motor, a drive belt pulley, a drive wheel, a drive shaft, a drive bearing, and a drive shaft fixing pin. The entire device is based on a support frame assembly, and the output motor is fixed on the base frame. At the rear right, it is connected with the follow-up components such as the pulley through the transmission belt. The combination of the transmission bearing and the fixed pin of the transmission shaft is fixed on the outside of the cavity bracket at equal distances. The transmission shaft passes through the transmission wheel and is combined with it, and is fixed by the transmission bearing and the transmission shaft. The pin combination is connected with the pulley to complete the transmission.

Preferably, the cavity angle adjustment device assembly consists of an adjustment gear drive shaft, a gear gearbox, an adjustment shaft sleeve, an adjustment drive shaft bearing, a shaft sleeve fixing nut, a shaft sleeve fixing screw, an adjustment handle, an adjustment gear I, an adjustment gear Ⅱ composition, the adjusting shaft sleeve and the adjusting drive shaft bearing are fixed on the lower part of the bracket by the shaft sleeve fixing nut and the shaft sleeve fixing screw, the adjusting gear drive shaft passes through it, the gear box is connected with the adjusting gear drive shaft, and the latter runs through the bottom of the former.

Preferably, the electromechanical control box assembly is composed of a control panel, a conducting tube guide hole, a conducting tube bearing fixing hole, a fixing screw of the electromechanical control box, a fixing nut of the electromechanical control box, a shell of the electromechanical control box, a transformer, and an AC-DC converter. component composition. The whole control box is based on the shell of the electromechanical control box. The control panel is connected with it to function as a control and inspection window. The conductive pipe guide hole and the conductive pipe bearing fixing hole are set on the left side of the box, which is convenient for docking with the magnetron. The box body is fixed to the rear of the support frame assembly through the fixing screws of the electromechanical control box and the fixing nuts of the electromechanical control box. There are also transformers and AC-DC converters inside the box, which can supply power to the heating coil and magnetron at the same time.

Compared with the prior art, the beneficial effect of the present invention is: during the operation of the device, the temperature and humidity sensor and the air pressure sensor always monitor various parameters in the cavity, and cooperate with the labVIEW signal acquisition card and the PLC controller to automatically adjust the magnetron, The working frequency and duration of the heating coil can avoid negative effects such as scorching of the drug and inclusions. At the same time, the PLC controller has built-in processing schemes for most Mongolian medicinal materials and Chinese medicinal materials, which can be retrieved according to conditions, which is convenient for operation; it can also manually adjust the processing scheme, so that the finished products can be produced according to the wishes of the operator, and the operation is convenient.

Description of drawings

Fig. 1 is the whole machine assembly schematic diagram of embodiment 1;

Fig. 2 is the schematic diagram of the support frame assembly of Embodiment 1;

3 is a schematic diagram of the cavity assembly 1 of Embodiment 1;

4 is a schematic diagram of the electromagnetic heating assembly of Embodiment 1;

5 is a schematic diagram of the microwave generating device assembly 1 of Embodiment 1;

6 is a schematic diagram of the microwave generating device assembly 2 of the embodiment 1;

7 is a schematic diagram of the microwave generating device assembly 3 of Embodiment 1;

8 is a schematic diagram of the cavity rotary device assembly of Embodiment 1;

9 is a schematic diagram of the cavity angle adjustment device assembly 1 of Embodiment 1;

10 is a schematic diagram of the cavity angle adjustment device assembly 2 of Embodiment 1;

11 is a schematic diagram of the electromechanical control box assembly 1 of Embodiment 1;

12 is a schematic diagram of the electromechanical control box assembly 2 of Embodiment 1;

13 is a schematic diagram of the cavity assembly 2 of Embodiment 1;

Figure 14 is a schematic diagram of the device control scheme of Example 1 (wherein, 1, 2, and 3 are temperature sensors evenly distributed on the outside of the cavity, 4, 5, and 6 are air pressure, smell, and humidity sensors, and the thick solid line is the component outline. line, the thin solid line is the signal output line, and the thin dotted line is the signal feedback line);

FIG. 15 is a schematic diagram of the device control scheme of Example 1. FIG.

In the figure: 1—Support frame assembly, 2—Cavity assembly, 3—Electromagnetic heating device assembly, 4—Microwave generator assembly, 5—Cavity rotary device assembly, 6—Cavity angle adjustment device assembly 7—Electrical control box assembly, 1-1—base beam I, 1-2—base beam II, 1-3—base beam III, 1-4—base beam IV, 1-5—base longitudinal beam I , 1-6—base longitudinal beam II, 1-7—fixing frame under the cavity I, 1-8—fixing frame under the cavity II, 1-9—connecting beam I, 1-10—connecting beam II, 1- 11—Fixing frame I on the cavity, 1-12—Fixing frame II on the cavity, 1-13—The base of the fixing bracket for the cavity, 1-14—The beam on the base of the support frame, 2-1—The main body of the cavity, 2-2 —Cavity Front Cover, 2-3—Transmission Wheel Limiting Ring, 2-4—Vacuum Valve, 2-5—Front Cover Grip, 2-6—Pressure Relief Valve, 2-7—Front Cover Fastening Pin, 2-8—Hanging ring force hole, 2-9—Pressure gauge, 3-1 Main body of electromagnetic heating device, 3-2—Heating coil, 4-1—Magnetron, 4-2—Magnetron protective cover, 4-3— Heat dissipation window, 4-4—fixing hole of protective case, 4-5—waveguide (front), 4-6—waveguide fixing nut, 5-7—waveguide fixing screw, 5-1—cooling fan fixing nut, 5-2—heat dissipation Fan, 6-1—conductive tube, 6-2—fan fixing screw, 7-1—output motor, 7-2—drive belt, 7-3—pulley, 7-4—drive wheel, 7-5—drive shaft , 7-6—transmission bearing, 7-7—transmission shaft fixing pin, 8-1—adjustment gear transmission shaft, 8-2—gear gearbox, 8-3—adjustment bushing, 8-4—adjustment transmission shaft bearing , 8-5—sleeve fixing nut, 8-6—sleeve fixing screw, 9-1—adjusting handle, 9-2—adjusting gear I, adjusting gear II 9-3, 10-1—control panel, 10-2 — Conductive tube guide hole, 10-3 — Conductive tube bearing fixing hole, 10-4 — Electromechanical control box fixing screw, 10-5 — Electromechanical control box fixing nut, 10-6 Electromechanical control box shell, 11-1 — Transformer, 11-2—AC/DC converter, 12-1—waveguide fixing plate, 12-2—composite glass reinforced composite mica sheet, 12-3—waveguide (rear), 12-4—magnetron protection cover fixing plate, cavity Body back cover 12-5.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Please refer to Figure 1-15, the present invention provides a technical solution:

A vacuum microwave electromagnetic type Mongolian medicine drying and frying device, Figure 1 is a schematic diagram of the assembly of the whole machine in Example 1, indicating the positional relationship and connection relationship between each part, Figure 1 can be used as a main reference in the following scheme description process. As shown in Fig. 1, a cavity rotating device assembly 5 is arranged above the support frame assembly 1, and the cavity assembly 2 passes through the latter and is connected to the microwave generating device assembly 4. At the same time, the electromechanical control box assembly 7 It is fixed at the rear of the support frame assembly 1, the cavity angle adjustment device assembly 6 is fixed to the bottom through the support frame assembly 1, and the electromagnetic heating device assembly 3 is placed under the cavity assembly 2 to maintain a certain gap and fixed to the support frame. In the middle of the frame assembly 1, the composition and positional relationship of each part will be described in detail below in conjunction with the schematic diagram of each part assembly.

Further, as shown in Figure 2, base beam I1-1, base beam II1-2, base beam III1-3, base beam IV1-4, base longitudinal beam I1-5, base longitudinal beam II1-6, fixed under the cavity Frame Ⅰ1-7, lower cavity fixing frame Ⅱ1-8, connecting beam Ⅰ1-9, connecting beam Ⅱ1-10, upper fixing frame Ⅰ1-11, cavity upper fixing frame Ⅱ1-12, cavity fixing bracket base 1-1 , The base beam 1-14 of the support frame is composed of a total of 14 parts, the base beam I1-1, the base beam II1-2, the base beam III1-3, the base beam IV1-4, the base longitudinal beam I1-5, the base longitudinal beam II1- 6 The fixed connection is a rectangular frame as the main body of the support frame, the lower cavity fixing frame I1-7, the lower cavity fixing frame II1-8, the connecting beam I1-9, the connecting beam II1-10, the upper fixing frame I 1-11, The fixing frame II 1-126 parts on the cavity are fixed with bolts and nuts, and then connected with the beams 1-14 of the base of the support frame, as the base frame of the cavity rotary device assembly 5, which is used to fix the transmission wheels 7-4 and the transmission shaft. 7-5, transmission bearing 7-6, transmission shaft fixing pin 7-74 components, which are the basis for realizing cavity rotation. The cavity fixing bracket base 1-13 is located in the middle of the entire base frame, connecting the base and the cavity to realize the cavity rotation function.

Further, as shown in Figures 3 and 12, the cavity assembly 2 consists of a cavity body 2-1, a cavity front cover 2-2, a transmission wheel limit ring 2-3, a vacuum valve 2-4, and a front cover handle 2-5 Pressure relief valve 2-6, front cover fastening pin 2-7, lifting ring force hole 2-8, pressure gauge 2-9, waveguide fixing plate 12-1, composite glass reinforced composite mica sheet 12-2, waveguide (rear part) 12-3, magnetron protective cover fixing plate 12-, cavity rear cover 12-5 is composed of a total of 14 components. The cavity front cover 2-2, the cavity main body 2-1, and the cavity rear cover 12-53 are sequentially combined into a heating cavity, and two sets of transmission wheel limit rings 2-3 are fixed on both sides of the cavity main body 2-1 And keep a certain distance from the cavity front cover 2-2 and the cavity rear cover 12-5. The vacuum valve 2-4 is vertically fixed on the cavity front cover 2-2 and coincides with its axis. The front cover handle 2-5 , pressure relief valve 2-6, pressure gauge 2-9 are also fixed on the front cover, 3 sets of front cover fastening pins 2-7 and lifting ring force holes 2-8 are equally spaced at the front of the cavity body 2-1, which play a role in fixed effect. The composite glass reinforced composite mica sheet 12-2 is closely attached to the waveguide (rear part) 12-3, and is combined with the magnetron protective cover fixing plates 12-4 distributed at the upper and lower ends of the latter to form the rear part of the waveguide, which is vertically fixed to the cavity The rear cover 12-5 is coincident with its axis, and the fixed position of the magnetron protective cover fixing plate 12-42 is deviated from the axis.

Further, as shown in FIG. 4 , the electromagnetic heating device assembly 3 is relatively simple, and only includes the electromagnetic heating device main body 3-1 and the heating coil 3-2, the latter being inside and the former acting as a covering.

Further, as shown in Figures 5, 6, and 7, the microwave generating device assembly 4 consists of a magnetron 4-1, a magnetron protective cover 4-2, a heat dissipation window 4-3, a protective shell fixing hole 4-4, a waveguide (front Part) 4-5, cooling fan fixing nut 5-1, cooling fan 5-2, waveguide fixing nut 4-6, waveguide fixing screw 5-7, conductive tube 6-1, fan fixing screw 6-2, a total of 11 parts composition. The magnetron protective cover 4-2 is the base plate of the whole device. The magnetron 4-1 and the waveguide (front) 4-5 are connected by the waveguide fixing nut 4-6 and the waveguide fixing screw 5-7, and are connected with the composite glass reinforced composite mica The sheet 12-2 and the waveguide (rear) 12-3 are connected. The special heat dissipation window 4-3 and the protective case fixing hole 4-4 are convenient for heat dissipation and fixing the protective cover. The same is true for the fan fixing screw 6-2, the cooling fan fixing nut 5-1, and the cooling fan 5-2. At the same time, the outer side of the magnetron protective cover 4-2 is provided with a conductive tube 6-1, which is convenient for energy transmission.

Further, as shown in FIG. 8, the cavity rotating device assembly 5 is composed of an output motor 7-1, a transmission belt 7-2, a pulley 7-3, a transmission wheel 7-4, a transmission shaft 7-5, a transmission bearing 7-6, The transmission shaft fixing pin 7-7 consists of 7 parts. The whole device is based on the support frame assembly 1. The output motor 7-1 is fixed on the right rear of the base frame, and is connected with the follow-up components such as the pulley 7-3 through the transmission belt 7-2. There are 6 sets of transmission bearings 7-6 and transmission shafts. The combination of fixing pins 7-7 is fixed at the outer side of the cavity bracket at equal distances, and the transmission shaft 7-5 passes through the transmission wheel 7-4 and is combined with it. 7-3 connection, complete the transmission.

Further, as shown in Figures 9 and 10, the cavity angle adjustment device assembly 6 consists of an adjustment gear transmission shaft 8-1, a gear box 8-2, an adjustment shaft sleeve 8-3, an adjustment transmission shaft bearing 8-4, a shaft Sleeve fixing nut 8-5, shaft sleeve fixing screw 8-6, adjusting handle 9-1, adjusting gear I 9-2, adjusting gear II 9-3 are composed of 9 parts. Adjusting sleeve 8-3, adjusting drive shaft bearing 8-4 is fixed to the lower part of the bracket by the shaft sleeve fixing nut 8-5 and the shaft sleeve fixing screw 8-6, the adjustment gear transmission shaft 8-1 passes through it, and the gear transmission 8-2 is connected with the adjustment gear transmission shaft 8-1 At the same time, the latter runs through the bottom of the former.

Further, as shown in Figures 11 and 12, the electromechanical control box assembly 7 consists of a control panel 10-1, a conducting tube guide hole 10-2, a conducting tube bearing fixing hole 10-3, an electromechanical control box fixing screw 10-4, The electromechanical control box fixing nut 10-5, the electromechanical control box shell 10-6, the transformer 11-1, and the AC-DC converter 11-2 are composed of eight parts. The whole control box is based on the electromechanical control box shell 10-6, and the control panel 10-1 is connected to it to function as a control and inspection window. The conductive pipe guide hole 10-2 and the conductive pipe bearing fixing hole 10-3 are arranged in the box body. The left side of the box is convenient for docking with the magnetron 4-1, and the entire box is fixed to the rear of the support frame assembly 1 through the electromechanical control box fixing screws 10-4 and the electromechanical control box fixing nuts 10-5. A transformer 11-1 and an AC/DC converter 11-2 are also arranged inside the box, which supply power to the heating coil 3-2 and the magnetron 4-1 at the same time.

For convenience of description, FIG. 12 is merged with FIG. 3 .

Working principle: Figure 1 is a schematic diagram of the control scheme of the vacuum microwave electromagnetic drying and frying device for Mongolian medicine, and the control process is described in detail in combination with the schematic diagram below.

Since the cavity always keeps rotating during the operation of the device, and in order to obtain more real cavity data, the sensors should be arranged on both sides inside and outside the cavity and are in close contact with the cavity, so the wireless transmission sensor is used.

Further, after the device is checked and started without error, the sensor first transmits the monitored data to the labVIWE signal acquisition card, and the acquisition card optimizes the signal and then transmits it to the PLC controller and PC. The PLC controller judges whether the parameters in the cavity are within the Within the scope of starting the relevant equipment, it will then issue commands to the subordinate output motors, magnetrons, and heating coils to make the relevant devices operate selectively. At the same time, the PC can visualize various parameters, which is convenient for operators to monitor and intervene and control appropriately.

Further, during the operation of the device, the temperature and humidity sensor and the air pressure sensor always monitor various parameters in the cavity, and cooperate with the labVIEW signal acquisition card and PLC controller to automatically adjust the working frequency and duration of the magnetron and heating coils to avoid the occurrence of drug coke. Negative effects such as paste, sandwich and so on. At the same time, the PLC controller has built-in processing schemes for most Mongolian medicinal materials and Chinese medicinal materials, which can be retrieved according to conditions, which is convenient for operation; it can also manually adjust the processing scheme, so that the finished products can be output according to the wishes of the operator.

Workflow: The vacuum microwave electromagnetic type Mongolian medicine drying and frying device needs to do preparatory work before working, including checking the connection of the device, cleaning the site, putting the medicinal materials to be processed into the cavity body 2-1, and turning on the power. After the preparatory work is completed, close the front cover 2-2 of the cavity, and tighten the fastening pins 2-7 of the front cover to seal the cavity. Due to the composite glass reinforced composite mica sheet 12-2 at the tail, the cavity can be vacuum sealed. , connect the vacuum valve 2-4 with the vacuum pump and connect the exhaust gas treatment device between the two to prevent the exhaust gas from polluting the site. The electromechanical control box is operated to transmit power to the heating coil 3-2, the magnetron 4-1, and the output motor 7-1 to make the device run. At this time, the magnetron 4-1 emits microwaves, and the heating coil 3-2 heats up while heating the medicinal materials in the cavity.

Further, after the output motor 7-1 is powered on, it starts to work, and transmits power to the pulley 7-3, the transmission wheel 7-4, and the transmission shaft 7-5 through the transmission belt 7-2, so that the cavity is rotated, so as to achieve the purpose of uniformly heating the medicinal materials .

Further, during the heating process, the control panel 10-1 can be operated to make the heating coil 3-2 and the magnetron 4-1 work alternately and indirectly, and different heating schemes can also be formulated for different medicinal materials.

Further, when the processing is completed, cut off the power supply, shake the adjustment handle 9-1, and tilt the transmission cavity assembly 2 of the adjustment gear I9-2 and adjustment gear II9-3 to realize the function of angle adjustment, which is convenient for dispensing, and finally repeat the angle adjustment. Operation, adjust the cavity assembly 2 to a suitable angle, clean the cavity, and wait for the next processing.

Although embodiments of the present invention have been shown and described, it will be understood by those skilled in the art that various changes, modifications, and substitutions can be made in these embodiments without departing from the principle and spirit of the invention and modifications, the scope of the present invention is defined by the appended claims and their equivalents.

Claims (8)

1. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic, including support frame assembly, cavity assembly, electromagnetic heater Assembly, microwave generating apparatus assembly, cavity slewing equipment assembly, cavity angle adjustment device assembly and Electromechanical Control box assembly, It is characterized by: be provided with cavity slewing equipment assembly above support frame as described above assembly, cavity assembly passed through from the latter and with it is micro- Wave generating device assembly is connected, while Electromechanical Control box assembly is fixed on support frame assembly tail portion, cavity angle adjustment device Assembly passes through support frame assembly and is fixed on bottom, and electromagnetic heater assembly is placed in below cavity assembly and keeps certain interval with it And it is fixed in the middle part of support frame assembly.

2. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic according to claim, it is characterised in that: the branch Support assembly is by base crossbeam I, base crossbeam II, base crossbeam III, base crossbeam IV, pedestal stringer I, pedestal stringer II, chamber Body lower fixed frame I, cavity lower fixed frame II, connecting cross beam I, connecting cross beam II, upper holder I, cavity upper holder II, cavity Fixed bracket base, support frame base crossbeam composition, the base crossbeam I, base crossbeam II, base crossbeam III, base crossbeam IV, pedestal stringer I, pedestal stringer II are fixedly connected as main body of the rectangular frame as support frame, cavity lower fixed frame I, cavity II lower fixed frame II, connecting cross beam I, connecting cross beam II, upper holder I, cavity upper holder component are fixed with bolt and nut, Be attached again with support frame base crossbeam, as the pedestal of cavity slewing equipment assembly, for fixed conveyor wheel, transmission shaft, Drive bearing, transmission shaft fixed pin, the fixed bracket base of the cavity are located at the middle part of entire pedestal, connect pedestal and cavity.

3. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic according to claim, it is characterised in that: the chamber Body assembly is by chamber body, cavity front cover, driving wheel spacing collar, vacuum valve, front cover handle relief valve, front cover holding pin, hanging ring Put forth effort hole, pressure gauge, waveguide fixed plate, glass strengthening combined mica piece, waveguide (rear portion), magnetic control protective cover fixed plate, cavity Rear cover composition, successively group is combined into heating chamber for the cavity front cover, chamber body, cavity rear cover, and two groups of driving wheel spacing collars are fixed Certain distance is kept in chamber body two sides and with cavity front cover, cavity rear cover, vacuum valve is perpendicularly fixed on cavity front cover, and It is overlapped with its axis, front cover handle, relief valve, pressure gauge are also attached to front cover, and group front cover holding pin, that hanging ring puts forth effort hole is equidistant It is distributed in chamber body forward position, glass strengthening combined mica piece is fitted closely with waveguide (rear portion), and is distributed in the latter or more two The magnetic control protective cover fixed plate group at end is combined into waveguide rear portion, is perpendicularly fixed at cavity rear cover and is overlapped with its axis, magnetic control protection The fixed position of cover fixed plate then off-axis.

4. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic according to claim, it is characterised in that: the electricity Magnetic heating device assembly includes electromagnetic heater main body, heating coil, and the heating coil is located at electromagnetic heater main body It is internal.

5. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic according to claim, it is characterised in that: described micro- Wave generating device assembly is by magnetic control, magnetic control protective cover, radiator window, protective shell fixation hole, waveguide (front), the fixed spiral shell of heat emission fan Mother, radiator fan, waveguide fixture nut, waveguide fixing screws, contact tube, fan fixing screws composition, the magnetic control protective cover For the substrate of whole device, magnetic control, waveguide (front) are connected by waveguide fixture nut, waveguide fixing screws, with compound glass Glass enhances combined mica piece, waveguide (rear portion) connection, and ad hoc radiator window and protective shell fixation hole facilitate heat dissipation and fixed protective cover, Fan fixing screws, heat emission fan fixture nut, radiator fan similarly, are equipped with contact tube on the outside of the magnetic control protective cover.

6. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic according to claim, it is characterised in that: the chamber Body slewing equipment assembly is by output motor, driving belt belt pulley, driving wheel, transmission shaft, drive bearing, transmission shaft fixed pin Composition, for whole device based on support frame assembly, output motor is fixed on the right back of pedestal, passes through driving belt and skin The connection of the subsequent parts such as belt wheel, group drive bearing, the combination of transmission shaft fixed pin are equidistantly fixed on the outside of chamber mount, and transmission shaft is worn Driving wheel and in combination is crossed, connect by a group drive bearing, the combination of transmission shaft fixed pin with belt pulley, completion is driven.

7. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic according to claim, it is characterised in that: the chamber Body angle adjustment device assembly is solid by adjustment gearing shaft, speed-changing gear box, adjusting axle sleeve, adjusting transmission shaft bearing, axle sleeve Determine nut, axle sleeve fixing screws, regulation handle, adjustment gear I, adjustment gear II to form, adjusts axle sleeve, adjusts transmission shaft bearing It is fixed on bracket lower part by axle sleeve fixture nut, axle sleeve fixing screws, adjustment gearing shaft extends there through, speed-changing gear box The latter runs through the former bottom simultaneously with adjustment gear drive axis connection.

8. a kind of dry frying apparatus of vacuum microwave electromagnetic type anaesthetic according to claim, it is characterised in that: the machine Electric control box assembly is by control panel, contact tube pilot hole, conductive tubular shaft fixation hole, Electromechanical Control case fixing screws, electromechanics Component is constituted altogether for control cabinet fixture nut, Electromechanical Control box enclosure, transformer, AC/DC changeover switch.Entire control cabinet is with machine Based on electric control box shell, control panel is connected thereto the function of playing control and overhauls window, and contact tube pilot hole is conductive The left side of cabinet is arranged in tubular shaft fixation hole, convenient to dock with magnetic control, and entire cabinet then passes through the fixed spiral shell of Electromechanical Control case Nail, Electromechanical Control case fixture nut are fixed on the rear of support frame assembly.Box house is additionally provided with transformer, AC-DC conversion Device, one time simultaneously to heating coil, magnetic control power supply.