CN208629523U - Based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed - Google Patents

Abstract

The utility model is disclosed based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, solves the problems, such as prior art slice efficiency is low, the degree of automation is low, operation when noise conference noise pollution is formed to environment and processes and is easy to cause drug effect to be lost not in time after being sliced.The utility model includes slicer body, baking material case and microprocessor, slicer body is for the raw material brought to be sliced in time, baking material case then carries out the slice cut to toast processing the drug effect loss in order to avoid slice by slicer body in time, the microprocessor then above-mentioned three's operation of whole-process control, sound-absorbing is set except the mechanism that makes an uproar on driving motor and stirring driving motor, is connected with temperature-compensation circuit on temperature sensor.The utility model slice efficiency is high, and when charging can effectively understand Ferromagnetic Impurities, reduces use cost, high degree of automation, and can carry out processing can effectively prevent drug effect loss at once after being sliced, can effectively reduce noise pollution when operation improves operating environment.

Description

Based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed

Technical field

The utility model relates to based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed.

Background technique

Slicer is widely used in all trades and professions, and wherein prepared slices of Chinese crude drugs processing industry is for the more demanding of slicer, The medicine materical crude slice processed needs thickness uniform, and traditional prepared slices of Chinese crude drugs slice is usually that experienced medicine materical crude slice slice master worker uses planing tool Flaking is carried out, it is not only time-consuming and laborious, but also inefficiency, the factorial production is not suitable for, for certain special Chinese medicines, when cutting After the completion of piece, it is necessary to be processed in a short time, otherwise drug effect will be largely lost, and the prior art is to such Chinese medicine After being sliced, it is also necessary to be transported to and process room and processed, many drug effects certainly will be had in transport process and are lost, when operation Noise is big, and noise pollution can be formed to environment, can increase error when temperature is surveyed because environment temperature generates drift when temperature is surveyed, lead Temperature is caused to survey result inaccurate.

Utility model content

Added technical problem to be solved by the utility model is: providing based on the temperature-compensation circuit intelligent medicine materical crude slice that precisely temperature is surveyed Construction equipment, solve prior art slice efficiency is low, the slice thickness cut is uneven, the degree of automation is low, operation when noise it is big Temperature can be caused to survey knot because of the error that environment temperature generates drift and increases when temperature is surveyed when can survey to environment molding noise pollution, temperature Fruit inaccurately and after slice processes the problem of being easy to cause drug effect to be lost not in time.

To achieve the above object, the technical solution adopted in the utility model is as follows:

It is cut based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, including the cubic bodily form in hollow structure Piece owner's body, set on feed hopper slicer body one upper lateral part and be connected to the inner cavity of the slicer body, Driving motor and discharge bucket set on the slicer body other side are set to the outer other side of the slicer body and are located at institute The baking material case immediately below discharge bucket is stated, the driving motor and the feed hopper are horizontal neat high, and the discharge bucket is located at described cut Piece machine lower body part is simultaneously connected to the inner cavity of the slicer body；

The feed hopper is connected to by two feed inlets being located in same horizontal line with the inner cavity of the slicer body, Be transversely provided with the cutter shaft with the driving axis connection of the driving motor in the slicer body, the cutter shaft from By holding the center being located between two feed inlets and being vertically and fixedly provided with cutter on its free end；

The back side of the slicer body be equipped with embedded micro-processor control cabinet, the feed hopper top side be equipped with The infrared ray light curtain transmitter of the microprocessor electrical connection, the feed hopper top other side is equipped with and microprocessor electricity The infrared ray light curtain receiver of connection；

The baking material case includes the baking material box main body in the cubic bodily form, the baking material case at the top of the baking material box main body Feed hopper and auxiliary material adding tube, set on one side lower part of baking material box main body baking material case discharge bucket, it is vertical it is equidistant be set to it is described Two or more electric heating wires on baking material box main body inner sidewall, the agitating device in the baking material box main body, be set to it is described The temperature sensor of baking material box main body inner top and stirring driving motor set on the baking material box main body other side, it is described Agitating device includes with the agitating shaft of the driving axis connection of the stirring driving motor and equidistant two on the agitating shaft The above stirrer paddle of piece, the baking material case feed hopper are located at the underface of the discharge bucket, and the auxiliary material adding tube is used for as institute Adding liquid auxiliary material in baking material box main body is stated, the auxiliary material adding tube is equipped with the electromagnetism being electrically connected respectively with the microprocessor Valve and flowmeter；

Sound-absorbing is equipped on the driving motor and the stirring driving motor except the mechanism that makes an uproar, the sound-absorbing is except mechanism packet of making an uproar The adhered layer being closely affixed on the driving motor or the stirring driving motor outer wall is included, the adhered layer appearance is closely affixed on The first stainless steel layer on face has been complemented each other to form set on first stainless steel layer periphery and with first stainless steel layer Suction in second stainless steel layer of cavity, and cavity between first stainless steel layer and second stainless steel layer Sound material layer；

Temperature-compensation circuit is connected on the temperature sensor, the temperature-compensation circuit includes first resistor R1, Two resistance R2,3rd resistor R3, potentiometer WZ, post-amplifier U1 and the diode D1 as temperature-compensating, the temperature The cathode interface of sensor is connect with the first resistor R1 and potentiometer WZ being serially connected, the anode interface of the temperature sensor It is connect with second resistance R2 and 3rd resistor R3 parallel with one another, diode D1 connects with second resistance R2, post-amplifier The non-inverting input terminal of U1 is connect with temperature sensor, the inverting input terminal and potentiometer WZ and second resistance R2 of post-amplifier U1 Connection, the output end of post-amplifier U1 are connect with filter circuit；The temperature-compensation circuit further includes the 4th resistance R4, the 5th Resistance R5, the 6th resistance R6, the 4th resistance R4 be connected to temperature sensor and post-amplifier U1 non-inverting input terminal it Between, the 5th resistance R5 is connected between potentiometer WZ, second resistance R2 and the inverting input terminal of post-amplifier U1, described The both ends of 6th resistance R6 are connect with the inverting input terminal of the output end of post-amplifier U1 and post-amplifier U1 respectively；

The microprocessor respectively with the driving motor, the electric heating wire, the stirring driving motor and the temperature Spend sensor electrical connection.

Further, baking material bottom portion is equipped with baking material bottom seat, and the side of the baking material bottom seat is equipped with and is used for Support the support frame of the stirring driving motor.

Further, bottom is equipped with a slope horizontal by 10 ° of angles in the baking material case, and the slope is most Low side is located at the top of the baking material case discharge bucket.

Further, the cutter and the cutter shaft are an integral structure, and are molded using stainless steel.

Further, the slicer body bottom is equipped with the pedestal for supporting the slicer body.

Further, the base bottom quadrangle is respectively equipped with a good fortune horse wheel.

Further, the slicer body front is equipped with interior form.

Further, the microprocessor is Intel Xeon E5-2699v3 microprocessor.

Compared with prior art, the utility model has the following beneficial effects:

(1) the utility model structure is simple, design is scientific and reasonable, and easy to use, the slice thickness cut is uniform, slice effect Rate is high, reduces use cost, high degree of automation, and can carry out processing to can effectively prevent drug effect stream at once after being sliced It loses, can effectively reduce noise pollution when operation, improve operating environment, temperature is surveyed accurate.

(2) under the utility model is on the outside of slicer body by setting baking material case, and the baking material case is located at discharge bucket just Side, the slice cut from slicer body come baking material case and carry out baking processing after coming out from discharge bucket, centre does not need to turn Fortune can effectively avoid and be lost drug effect in transhipment；Baking material case mainly by baking material box main body, baking material case feed hopper, auxiliary material adding tube, Baking material case discharge bucket, stirring driving motor, electric heating wire, agitating shaft, stirrer paddle, solenoid valve, flowmeter, temperature sensor, Baking material bottom seat, support frame and slope composition, and microprocessor is electrically connected with solenoid valve and flowmeter respectively, and microprocessor is logical The opening and closing of control solenoid valve is crossed to be added when controlling processing or stop access auxiliary material auxiliary material, flow in process meter will monitor in real time Flow information be sent to microprocessor, microprocessor controls the opening time of solenoid valve according to the flow information received, To realize the amount of control access auxiliary material；And microprocessor also respectively with stirring driving motor, electric heating wire and temperature sensing Device connection, temperature in temperature sensor real-time monitoring baking material case and by the temperature information real-time transmission monitored to micro process Device, microprocessor maintain suitable temperature so as to be sliced according to the unlatching power of the temperature information control electric heating wire received Baking processing is carried out in degree range, in the process the operation of microprocessor real-time control stirring driving motor, so that cutting in baking material case Piece can uniformly toast processing, to guarantee to toast concocted quality, while can also improve baking and process efficiency.Whole process utilizes micro process Device control operation, high degree of automation.

(3) the utility model design feed hopper passes through two feed inlets and slicer body that are located in same horizontal line Inner cavity connection, through the cutter of shaft and the driving axis connection of driving motor among two feed inlets, raw material is from feed inlet Into in slicer body, the cutter rotation being fixed in cutter shaft in the process is sliced the raw material for leaving feed inlet, Speed by controlling cutter can control cut slice thickness well, and since two feed inlets are positioned at same Feed rate slice thickness that is consistent, therefore being cut from two feed inlets on horizontal line, from two feed inlets out Unanimously, and slice rotates a circle and slicing action twice can be completed, and slice efficiency is significantly improved.

(4) the utility model two sides at the top of feed hopper set the infrared ray light curtain transmitter being electrically connected with microprocessor respectively With infrared ray light curtain receiver, while microprocessor is also electrically connected with driving motor, microprocessor real-time control infrared ray light curtain Transmitter emits infrared ray light curtain, and infrared ray light curtain receiver real-time reception infrared ray light curtain simultaneously passes the signal received in real time It send to microprocessor, when microprocessor, which has received raw material, falls into feed hopper above feed hopper, controls driving motor in time Operation is sliced, and is opened or closed without thinking, as long as having raw material to enter feed hopper can be sliced automatically, automates journey Degree is high；When microprocessor, which receives no raw material, falls into feed hopper above feed hopper, driving motor is controlled in time and stops fortune Row is with energy conservation.

(5) the utility model sets sound-absorbing except the mechanism that makes an uproar in driving motor and stirring driving motor periphery, and sound-absorbing is except the mechanism that makes an uproar Including adhered layer, the first stainless steel layer, sound-absorbing material layer, the second stainless steel layer being sequentially distributed from the inside to the outside, can effectively reduce Noise caused by driving motor improves ambient enviroment, eliminates noise pollution.

(6) the utility model designs on temperature sensor a temperature-compensation circuit, which can have Effect eliminates the influence of sensor temperature drift so that measurement result is more accurate.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model.

Fig. 2 is the utility model slicer body schematic internal view.

Fig. 3 is the utility model feed hopper schematic diagram.

Fig. 4 is the utility model slicer body schematic rear view.

Fig. 5 is that each electronic device of the utility model connects block diagram.

Fig. 6 is the utility model baking material box structure schematic diagram.

Fig. 7 is the utility model sound-absorbing except mechanism structure schematic diagram of making an uproar.

Fig. 8 is the circuit diagram of the utility model temperature-compensation circuit.

Wherein, the corresponding title of appended drawing reference are as follows:

1- slicer body, 2- feed hopper, 3- driving motor, 4- discharge bucket, 5- cutter shaft, 6- feed inlet, 7- cutter, 8- microprocessor, 9- control cabinet, 10- infrared ray light curtain transmitter, 11- infrared ray light curtain receiver, 12- pedestal, 13- good fortune horse Form, 15- sound-absorbing are except the mechanism that makes an uproar, 16- adhered layer, the first stainless steel layer of 17-, the second stainless steel layer of 18-, 19- suction in wheel, 14- Sound material layer, 22- baking material case, 23- baking material box main body, 24- baking material case feed hopper, 25- auxiliary material adding tube, the discharging of 26- baking material case Bucket, 27- stir driving motor, 28- electric heating wire, 29- agitating shaft, 30- stirrer paddle, 31- solenoid valve, 32- flowmeter, 33- Temperature sensor, 34- baking material bottom seat, 35- support frame, the slope 36-.

Specific embodiment

The utility model is described in further detail with embodiment for explanation with reference to the accompanying drawing, and the mode of the utility model includes But it is not limited only to following embodiment.

As shown in figures 1-8, provided by the utility model to be set based on the temperature-compensation circuit intelligent medicine materical crude slice processing that precisely temperature is surveyed Standby, structure is simple, design is scientific and reasonable, and easy to use, the slice thickness cut is uniform, and slice efficiency is high, reduces use cost, High degree of automation, and can carry out processing can effectively prevent drug effect loss at once after being sliced, when can effectively reduce operation Noise pollution, improve operating environment.The utility model includes cubic bodily form slicer body 1 in hollow structure, is set to institute The feed hopper 2 stating 1 one upper lateral part of slicer body and being connected to the inner cavity of the slicer body 1 is set to the slice The driving motor 3 and discharge bucket 4 of 1 other side of owner's body are set to the outer other side of the slicer body 1 and are located at the discharge bucket Baking material case 22 immediately below 4, the driving motor 3 is horizontal neat high with the feed hopper 2, and the discharge bucket 4 is located at the slice 1 lower part of owner's body is simultaneously connected to the inner cavity of the slicer body 1；The feed hopper 2 passes through two in same horizontal line A feed inlet 6 is connected to the inner cavity of the slicer body 1, is transversely provided in the slicer body 1 and the driving motor 3 Driving axis connection cutter shaft 5, the free end of the cutter shaft 5 is located at the center between two feed inlets 6 simultaneously And cutter 7 is vertically and fixedly provided on its free end, the cutter 7 and the cutter shaft 5 are an integral structure, and using stainless Steel is molded.

The utility model designs feed hopper and passes through in two feed inlets and slicer body in same horizontal line Chamber connection, through the cutter of shaft and the driving axis connection of driving motor among two feed inlets, raw material from feed inlet into Enter in slicer body, the cutter rotation being fixed in cutter shaft in the process is sliced the raw material for leaving feed inlet, leads to The speed for crossing control cutter can control cut slice thickness well, and since two feed inlets are located at same water Feed rate slice thickness one that is consistent, therefore being cut from two feed inlets on horizontal line, from two feed inlets out It causes, and is sliced to rotate a circle and slicing action twice can be completed, slice efficiency is significantly improved.

The back side of slicer body 1 described in the utility model is equipped with the control cabinet 9 of embedded micro-processor 8, the feed hopper 2 Top side is equipped with the infrared ray light curtain transmitter 10 being electrically connected with the microprocessor 8, and the 2 top other side of feed hopper is set There is the infrared ray light curtain receiver 11 being electrically connected with the microprocessor 8, the microprocessor 8 is electrically connected with the driving motor 3 It connects, the microprocessor 8 is Intel Xeon E5-2699v3 microprocessor.

The utility model two sides at the top of feed hopper set respectively the infrared ray light curtain transmitter being electrically connected with microprocessor and Infrared ray light curtain receiver, while microprocessor is also electrically connected with driving motor, microprocessor real-time control infrared ray light curtain hair The signal real-time transmission that emitter transmitting infrared ray light curtain light curtain receiver real-time reception infrared ray light curtain at infrared ray and will be received Driving motor fortune is controlled in time when microprocessor, which has received raw material, falls into feed hopper above feed hopper to microprocessor Row is sliced, and is opened or closed without thinking, as long as having raw material to enter feed hopper can be sliced automatically, the degree of automation It is high；When microprocessor, which receives no raw material, falls into feed hopper above feed hopper, it is out of service that driving motor is controlled in time With energy conservation.

Baking material case 22 described in the utility model includes in the baking material box main body 23 of the cubic bodily form, set on the baking material case master The baking material case feed hopper 24 and auxiliary material adding tube 25 at the top of body 23 go out set on the baking material case of 23 1 side lower part of baking material box main body Hopper 26, is set to the baking material at vertical two or more electric heating wires 28 being equidistantly set on 23 inner sidewall of baking material box main body Agitating device in box main body 23, set on 23 inner top of baking material box main body temperature sensor 33 and be set to the baking The stirring driving motor 27 of 23 other side of hopper main body, the agitating device include the drive shaft with the stirring driving motor 27 The agitating shaft 29 of connection and the above stirrer paddle 30 of two panels being equidistantly set on the agitating shaft 29, the baking material case feed hopper 24 Positioned at the underface of the discharge bucket 4, the auxiliary material adding tube 25 is used to be adding liquid auxiliary material in the baking material box main body 23, The auxiliary material adding tube 25 is equipped with the solenoid valve 31 and flowmeter 32 being electrically connected respectively with the microprocessor 8.

Microprocessor 8 described in the utility model respectively with the electric heating wire 28, the stirring driving motor 27 and described Temperature sensor 33 is electrically connected.

The utility model on the outside of slicer body by setting baking material case, and the baking material case is located at immediately below discharge bucket, The slice cut from slicer body comes baking material case after coming out from discharge bucket and carries out baking processing, and centre does not need to transport, It can effectively avoid and be lost drug effect in transhipment；Baking material case is mainly by baking material box main body, baking material case feed hopper, auxiliary material adding tube, baking Hopper discharge bucket, stirring driving motor, electric heating wire, agitating shaft, stirrer paddle, solenoid valve, flowmeter, temperature sensor, baking Hopper pedestal, support frame and slope composition, and microprocessor is electrically connected with solenoid valve and flowmeter respectively, and microprocessor passes through The opening and closing of solenoid valve is controlled to be added when controlling processing or stop access auxiliary material auxiliary material, flow in process meter will monitor in real time Flow information is sent to microprocessor, and microprocessor controls the opening time of solenoid valve according to the flow information received, from And realize the amount of control access auxiliary material；And microprocessor also respectively with stirring driving motor, electric heating wire and temperature sensor Connection, temperature in temperature sensor real-time monitoring baking material case and by the temperature information real-time transmission monitored to microprocessor, Microprocessor maintains suitable temperature model so as to be sliced according to the unlatching power of the temperature information control electric heating wire received Enclose it is interior carry out baking processing, in the process microprocessor real-time control stirring driving motor operation so that the slice energy in baking material case Enough uniformly bakings process, and to guarantee to toast concocted quality, while can also improve baking and process efficiency.Whole process utilizes microprocessor control System operation, high degree of automation.

In order to keep the utility model more firm and easy to carry at runtime, 1 bottom of slicer body is equipped with The pedestal 12 of the slicer body 1 is supported, 12 bottom four corners of pedestal are respectively equipped with a good fortune horse wheel 13.Good fortune horse wheel is removable It is dynamic to fix, it is very convenient.22 bottom of baking material case is equipped with baking material bottom seat 34, and the side of the baking material bottom seat 34 is set There is the support frame 35 for being used to support the stirring driving motor 27.

Medicine materical crude slice after processing for the ease of baking is more easier to discharge from baking material case discharge bucket, bottom in the baking material case 22 Slope 36 equipped with one horizontal by 10 ° of angles, the least significant end on the slope 36 are located at the baking material case discharge bucket 26 top Portion.

In order to which in slice, convenient for observation slicer body inner case, 1 front of slicer body is equipped with interior form 14。

Sound-absorbing is equipped on driving motor 3 described in the utility model and the stirring driving motor 27 except the mechanism 15 that makes an uproar, institute Stating sound-absorbing and removing the mechanism 15 that makes an uproar includes the adhered layer being closely affixed on the driving motor 3 or stirring 27 outer wall of driving motor 16, the first stainless steel layer 17 being closely affixed on 16 outer surface of adhered layer is set to 17 periphery of the first stainless steel layer simultaneously The second stainless steel layer 18 of cavity is complemented each other to form with first stainless steel layer 17, and is set to first stainless steel The sound-absorbing material layer 19 in cavity between layer 17 and second stainless steel layer 18.

The utility model sets sound-absorbing except the mechanism that makes an uproar in driving motor and stirring driving motor periphery, and sound-absorbing includes except the mechanism that makes an uproar Adhered layer, the first stainless steel layer, sound-absorbing material layer, the second stainless steel layer being sequentially distributed from the inside to the outside, can effectively reduce driving Noise caused by motor improves ambient enviroment, eliminates noise pollution.

It is connected with temperature-compensation circuit on temperature sensor 33 described in the utility model, the temperature-compensation circuit includes the One resistance R1, second resistance R2,3rd resistor R3, potentiometer WZ, post-amplifier U1 and the diode as temperature-compensating D1, the cathode interface of the temperature sensor 33 are connect with the first resistor R1 and potentiometer WZ being serially connected, and the temperature passes The anode interface of sensor 33 is connect with second resistance R2 parallel with one another and 3rd resistor R3, diode D1 and second resistance R2 Series connection, the non-inverting input terminal of post-amplifier U1 are connect with temperature sensor 33, the inverting input terminal and electricity of post-amplifier U1 Position device WZ is connected with second resistance R2, and the output end of post-amplifier U1 is connect with filter circuit；The temperature-compensation circuit is also Including the 4th resistance R4, the 5th resistance R5, the 6th resistance R6, the 4th resistance R4 is connected to temperature sensor 33 and puts with rear class Between the non-inverting input terminal of big device U1, the 5th resistance R5 is connected to potentiometer WZ, second resistance R2 and post-amplifier U1 Inverting input terminal between, the both ends of the 6th resistance R6 respectively with the output end and post-amplifier of post-amplifier U1 The inverting input terminal of U1 connects.

The utility model designs on temperature sensor a temperature-compensation circuit, which can effectively disappear Except the influence of sensor temperature drift is so that measurement result is more accurate.

Above-described embodiment is only one of preferred embodiments of the present invention, should not be taken to limit the utility model Protection scope, as long as the utility model body design thought and mentally make have no the change of essential meaning or profit Color, it is solved the technical issues of it is still consistent with the utility model, the protection scope of the utility model should all be included in Within.

Claims (8)

1. based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, it is characterised in that: including in hollow structure Cubic bodily form slicer body (1), be set to (1) one upper lateral part of slicer body and with the slicer body (1) The feed hopper (2) of inner cavity connection, is set to the driving motor (3) and discharge bucket (4) of the slicer body (1) other side, if In the outer other side of the slicer body (1) and the baking material case (22) immediately below the discharge bucket (4), the driving motor (3) horizontal neat high with the feed hopper (2), the discharge bucket (4) be located at the slicer body (1) lower part and with the slice The inner cavity of owner's body (1) is connected to；

The feed hopper (2) passes through the inner cavity of two feed inlets (6) and the slicer body (1) being located in same horizontal line Connection, the interior cutter shaft (5) being transversely provided with the driving axis connection of the driving motor (3) of the slicer body (1), institute The free end for stating cutter shaft (5), which is located on the center between two feed inlets (6) and its free end, to be vertically and fixedly provided with Cutter (7)；

The back side of the slicer body (1) is equipped with the control cabinet (9) of embedded micro-processor (8), feed hopper (2) top one Side is equipped with the infrared ray light curtain transmitter (10) being electrically connected with the microprocessor (8), and the other side is set at the top of the feed hopper (2) There is the infrared ray light curtain receiver (11) being electrically connected with the microprocessor (8)；

The baking material case (22) includes in the baking material box main body (23) of the cubic bodily form, at the top of the baking material box main body (23) Baking material case feed hopper (24) and auxiliary material adding tube (25), be set to (23) one side lower part of baking material box main body baking material case discharge Struggle against (26), vertical two or more electric heating wires (28) being equidistantly set on baking material box main body (23) inner sidewall, be set to it is described Agitating device in baking material box main body (23), the temperature sensor (33) for being set to baking material box main body (23) inner top and Stirring driving motor (27) set on baking material box main body (23) other side, the agitating device include driving with the stirring The agitating shaft (29) of the driving axis connection of motor (27) and the above stirrer paddle of two panels being equidistantly set on the agitating shaft (29) (30), the baking material case feed hopper (24) is located at the underface of the discharge bucket (4), and the auxiliary material adding tube (25) is used for as institute State the interior adding liquid auxiliary material of baking material box main body (23), the auxiliary material adding tube (25) be equipped with respectively with the microprocessor (8) The solenoid valve (31) and flowmeter (32) of electrical connection；

Sound-absorbing is equipped on the driving motor (3) and the stirring driving motor (27) except making an uproar mechanism (15), the sound-absorbing removes The mechanism that makes an uproar (15) includes the adhered layer being closely affixed on the driving motor (3) or described stirring driving motor (27) outer wall (16), the first stainless steel layer (17) being closely affixed on the adhered layer (16) outer surface is set to first stainless steel layer (17) periphery and the second stainless steel layer (18) of cavity is complemented each other to form with first stainless steel layer (17), and be set to The sound-absorbing material layer (19) in cavity between first stainless steel layer (17) and second stainless steel layer (18)；

Temperature-compensation circuit is connected on the temperature sensor (33), the temperature-compensation circuit includes first resistor R1, Two resistance R2,3rd resistor R3, potentiometer WZ, post-amplifier U1 and the diode D1 as temperature-compensating, the temperature The cathode interface of sensor (33) is connect with the first resistor R1 and potentiometer WZ being serially connected, the temperature sensor (33) Anode interface is connect with second resistance R2 parallel with one another and 3rd resistor R3, and diode D1 connects with second resistance R2, after The non-inverting input terminal of grade amplifier U1 is connect with temperature sensor (33), the inverting input terminal and potentiometer WZ of post-amplifier U1 It is connected with second resistance R2, the output end of post-amplifier U1 is connect with filter circuit；The temperature-compensation circuit further includes Four resistance R4, the 5th resistance R5, the 6th resistance R6, the 4th resistance R4 are connected to temperature sensor (33) and post-amplifier Between the non-inverting input terminal of U1, it is anti-with post-amplifier U1's that the 5th resistance R5 is connected to potentiometer WZ, second resistance R2 Between phase input terminal, the both ends of the 6th resistance R6 respectively with the output end of post-amplifier U1 and post-amplifier U1 Inverting input terminal connection；

The microprocessor (8) respectively with the driving motor (3), the electric heating wire (28), the stirring driving motor (27) it is electrically connected with the temperature sensor (33).

2. according to claim 1 based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, feature exists In: baking material case (22) bottom is equipped with baking material bottom seat (34), and the side of the baking material bottom seat (34) is equipped with for branch Support the support frame (35) of stirring driving motor (27).

3. according to claim 1 based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, feature exists Be equipped with a slope (36) horizontal by 10 ° of angles in: the interior bottom of the baking material case (22), the slope (36) it is minimum End is located at the top of the baking material case discharge bucket (26).

4. according to claim 1 based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, feature exists In: the cutter (7) and the cutter shaft (5) are an integral structure, and are molded using stainless steel.

5. according to claim 1 based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, feature exists In: slicer body (1) bottom is equipped with the pedestal (12) of the support slicer body (1).

6. according to claim 5 based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, feature exists In: pedestal (12) bottom four corners are respectively equipped with a good fortune horse wheel (13).

7. according to claim 1 based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, feature exists In: slicer body (1) front is equipped with interior form (14).

8. according to claim 1 based on the temperature-compensation circuit intelligent medicine materical crude slice process equipment that precisely temperature is surveyed, feature exists In: the microprocessor (8) is Intel Xeon E5-2699 v3 microprocessor.