CN109045835B - A kind of medical process of mixing uses equipment for separating liquid from solid - Google Patents
A kind of medical process of mixing uses equipment for separating liquid from solid Download PDFInfo
- Publication number
- CN109045835B CN109045835B CN201811107655.3A CN201811107655A CN109045835B CN 109045835 B CN109045835 B CN 109045835B CN 201811107655 A CN201811107655 A CN 201811107655A CN 109045835 B CN109045835 B CN 109045835B
- Authority
- CN
- China
- Prior art keywords
- fixedly connected
- wheel
- rotation
- powered drive
- drive wheel
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/02—Combinations of filters of different kinds
Landscapes
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Accessories For Mixers (AREA)
Abstract
The present invention relates to pharmaceutical process equipment fields, are in particular a kind of medical processing equipment for separating liquid from solid of mixing.There are two the medical feed pipe settings, and two medical feed pipes are symmetricly set on the both ends for being sirred and separated bucket；The medical feed pipe includes feeding tube body, charging tube body, driven shaft, drive pulley, rotation conveying blade, separating liquid medicine slot, connecting plate, rectangular collector box and perfusion tube；The upper end of feeding tube body outer end is arranged in charging tube body, and charging tube body is connected to feeding tube body；The present invention can carry out secondary separation to mixing medicine, improve separating effect；When separating for the first time, rotation conveying blade can gradually spread mixing medicine out, prevent medical accumulation, medicine can be separated for second of transport progress into sirring and separating bucket by rotating conveying blade rotation simultaneously, Stirring device makes medical fluid be kept in motion with the dregs of a decoction when separating when working, separating effect is more preferable, separative efficiency is higher, prevents the dregs of a decoction by filtrate hole plug.
Description
Technical field
The present invention relates to pharmaceutical process equipment fields, are in particular a kind of mixing medicine processing separation of solid and liquid dresses
It sets.
Background technique
A kind of pharmaceutical equipment for separating liquid from solid of existing Patent No. CN201520859903.5, the utility model disclose
A kind of pharmaceutical equipment for separating liquid from solid, including it is upper opening, mirror mouth, mesoporous sieve plate, vacuum pump, tank body, under shed, pedestal, thin
Hole sieve plate, rotation axis, gross porosity sieve plate, the upper and lower side of the tank body is separately connected the upper opening and the under shed, described true
Sky pump is mounted on the side of tank body, and the mesoporous sieve plate, the pore sieve plate and the gross porosity sieve plate are installed in tank interior,
Sequence from top to bottom is followed successively by gross porosity sieve plate, mesoporous sieve plate, pore sieve plate, and the mirror mouth is mounted on the upper surface of tank body, institute
Tank body is stated to be movably connected with the base by the rotation axis.The structure of the utility model patent is single, has a single function, only with more
A sieve plate is filtered medical fluid, and sieve plate is easy to be blocked by the solid dregs of a decoction in medical fluid, seriously affects medicine processing
Efficiency.
Summary of the invention
The object of the present invention is to provide a kind of medical processing equipment for separating liquid from solid of mixing, its advantages are that the present invention can
To carry out secondary separation to mixing medicine, separating effect is improved；When mixing medicine separate for the first time in medical feed pipe,
Rotation conveying blade can gradually spread mixing medicine out, prevent medical accumulation, while rotating conveying blade rotation can be medicine
Second of separation is carried out to transport in bucket is sirred and separated, Stirring device makes medical fluid be in fortune when separating with the dregs of a decoction when working
Dynamic state, sinks convenient for medical fluid, dregs of a decoction floating, so that separating effect is more preferable, separative efficiency is higher, the dregs of a decoction can be effectively prevented will
Filtrate hole plug.
The purpose of the present invention is achieved through the following technical solutions:
A kind of mixing medicine processing equipment for separating liquid from solid, including medical feed pipe, be sirred and separated bucket, Stirring device,
Driving wheel I, driving wheel I, driving wheel II, driving wheel II, dregs of a decoction discharge pipe, liquid medicine collecting box and dregs of a decoction collection box, the doctor
There are two the settings of medicine feed pipe, and two medical feed pipes are symmetricly set on the both ends for being sirred and separated bucket；The medical feed pipe
Including feeding tube body, charging tube body, driven shaft, drive pulley, rotation conveying blade, separating liquid medicine slot, connecting plate, rectangle
Liquid-collecting box and perfusion tube；The upper end of feeding tube body outer end is arranged in charging tube body, and charging tube body and feeding tube body connect
Logical, driven shaft is rotatably connected on feeding tube body by rolling bearing units, and drive pulley is fixedly connected on the outer end of driven shaft, rotation
Turn the inner end that conveying blade is fixedly connected on driven shaft, rotation conveying blade is located in feeding tube body；The feeding tube body
Lower end be surrounded with multiple separating liquid medicine slots；Separating liquid medicine slot is connected to the inside of feeding tube body, separating liquid medicine slot
Inside is fixedly connected with filter screen；Rectangular collector box is fixedly connected on the lower end of feeding tube body by two connecting plates, infusion
One end of pipe is fixedly connected on the bottom surface of rectangular collector box, and perfusion tube is connected to rectangular collector box, and the other end of perfusion tube is solid
Surely it is connected on liquid medicine collecting box, dregs of a decoction collection box is placed on liquid medicine collecting box；
The upper end of the sirring and separating bucket is fixedly connected with transverse slat, be sirred and separated bucket both ends be symmetrically arranged with one into
Material mouth, the bottom surface for being sirred and separated bucket are provided with multiple filtrate holes, are sirred and separated bucket and are fixedly connected on liquid medicine collecting box；It is described to send
Expects pipe ontology is fixedly connected on the inside of feed inlet；
The Stirring device includes motor, central axis, stirring body, driving pulley, driven pulley, worm screw and bridge
Plate；Motor is fixedly connected on the motor rack on transverse slat, and central axis is fixedly connected on the output shaft of motor by shaft coupling, in
Mandrel is rotatably connected on the center of transverse slat by rolling bearing units, and the lower end of central axis is provided with stirring body；The driving pulley with
Driven pulley is connected by belt V belt translation, and driven pulley is fixedly connected on one end of worm screw, and the other end of worm screw is by usheing to seat
Bearing is rotatably connected on bridge plate, and bridge plate, which is fixedly connected on, to be sirred and separated on bucket；
The driving wheel I includes worm gear, transmission shaft, telescopic shaft I, rectangular straight slot, convex block I, compressed spring, power transmission
Wheel I, vertical bar, mandril, linkage block, reverse-flighted screw and drive bevel gear；Worm gear and worm screw engaged transmission, worm gear are fixedly connected on biography
The middle-end of moving axis, transmission shaft are rotatably connected on bridge plate by rolling bearing units, and the both ends of transmission shaft are hollow structure, and two are stretched
Contracting axis I is slidably connected at the both ends of transmission shaft respectively, and the both ends of transmission shaft are provided with rectangular straight slot, and two convex blocks I are solid respectively
Surely it is connected to the inner end of two telescopic shafts I, two convex blocks I distinguish clearance fit in two rectangular straight slot, two compressed springs
Outer end be respectively fixedly connected on two telescopic shafts I, the inner end of two compressed springs is fixedly connected on transmission shaft；It is described
Compressed spring is located in transmission shaft, and the outer end of two telescopic shafts I has been respectively fixedly connected with a powered drive wheel I, two vertical bars
One end pass through rolling bearing units respectively and be rotatably connected on two telescopic shafts I, the other end of two vertical bars has been respectively fixedly connected with
One mandril has been respectively fixedly connected with a linkage block on two mandrils, and two linkage blocks are threadedly attached in two-way respectively
The both ends of screw rod, the outer end at reverse-flighted screw both ends are all fixedly connected with a gear circle, and the inner face of two gear circles joins with two respectively
Motion block fitting, the middle-end of reverse-flighted screw, which is fixedly connected with, screws ring；The outer end face of the vertical bar is bonded with powered drive wheel I；It is main
Dynamic bevel gear is fixedly connected on transmission shaft；
There are two the settings of driving wheel I, and the outer end of two driving wheels I passes through belt band with two drive pulleys respectively
Transmission connection, the inner end of two driving wheels I are sequentially connected with two powered drive wheels I respectively, and two vertical bars are slidably connected respectively
On two driving wheels I；The driving wheel I includes powered drive wheel II, drive shaft I, driving pulley, support rod and guide rod；
Powered drive wheel II and powered drive wheel I are sequentially connected, and powered drive wheel II and driving pulley are respectively fixedly connected in drive shaft I
Both ends, driving pulley connect with drive pulley by belt V belt translation, and the middle-end of drive shaft I passes through rolling bearing units and is rotatablely connected
On support rod, guide rod is fixedly connected on the medial surface of support rod, and vertical bar is slidably connected on the guide bar；
The driving wheel II includes driven wheel of differential, axle sleeve, telescopic shaft II, convex block sliding slot II, convex block II, stretches bullet
Spring, linkage seat, up-side down triangle slot, transverse slat and powered drive wheel III；Driven wheel of differential and transmission shaft engaged transmission, driven wheel of differential
It is fixedly connected on the top of axle sleeve, axle sleeve is rotatably connected on bridge plate by rolling bearing units, and telescopic shaft II is slidably connected at axis
Convex block sliding slot II is provided in set, on axle sleeve, convex block II is fixedly connected on one end of telescopic shaft II, and II clearance fit of convex block is convex
In block sliding slot II, extension spring is located in axle sleeve, and the both ends of extension spring are respectively fixedly connected in driven wheel of differential and telescopic shaft
On II；Linkage seat is rotatably connected on telescopic shaft II by rolling bearing units, and the both ends of linkage seat are respectively arranged with an inverted triangle
Shape slot, the inner end of two mandrils are located at the lower end of two up-side down triangle slots, and telescopic shaft II is slidably connected on transverse slat, and two
Support rod on driving wheel I is respectively fixedly connected at the both ends of transverse slat, and transverse slat, which is fixedly connected on, to be sirred and separated on bucket, telescopic shaft II
Bottom end be fixedly connected with powered drive wheel III；Drive bevel gear and driven wheel of differential engaged transmission；
The driving wheel II includes powered drive wheel IV, rotation belt wheel I, drive shaft II and pedestal plate；Powered drive wheel
IV is respectively fixedly connected with rotation belt wheel I at the both ends of drive shaft II, and drive shaft II is rotatably connected on pedestal by rolling bearing units
On plate, pedestal plate, which is fixedly connected on, to be sirred and separated on bucket；
The dregs of a decoction discharge pipe includes scum pipe, deslagging rotation axis, base plate, rotary slagging coutrol blade, deslagging rotation band
Wheel, rotation belt wheel II, short axle and rotation belt wheel III；Two scum pipes are symmetrically fixedly connected on the bottom surface for being sirred and separated bucket, and two
A scum pipe is connected to sirring and separating bucket, and the bottom end of two scum pipes is fixedly connected to base plate, two deslagging rotation axis
It is rotatably connected on two base plates by rolling bearing units, two rotary slagging coutrol blades are respectively fixedly connected with to be turned in two deslagginves
On moving axis；Rotary slagging coutrol blade is located in scum pipe, and rotary slagging coutrol blade is bonded with the inner wall of scum pipe, and two deslagginves rotate band
Wheel is respectively fixedly connected in the bottom end of two deslagging rotation axis, and two deslagging rotation belt wheels are passed with rotation belt wheel II by belt band
Dynamic connection, rotation belt wheel II are fixedly connected on one end of short axle, and the other end of short axle is rotatably connected on stirring by rolling bearing units
On separating barrel, rotation belt wheel III is fixedly connected on the middle-end of short axle, and rotation belt wheel III is connected with rotation belt wheel I by belt V belt translation
It connects；Dregs of a decoction collection box is located at the lower section of two scum pipes.
The liquid medicine collecting box includes collecting box body, the drain pipe with control valve, tube socket plate and cylinder connecting plate；
The front end for collecting box body is fixedly connected with drain pipe, and drain pipe is connected to box body is collected, and two tube socket plates are symmetrically fixed to be connected
It connects and is collecting left and right ends on the inside of box body, one end of cylinder connecting plate, which is fixedly connected on, collects on box body, and it is solid to be sirred and separated bucket
Surely it is connected to the other end of a connecting plate, the bottom end of the perfusion tube on two medical feed pipes is respectively fixedly connected in two tube sockets
In plate；The dregs of a decoction collection box, which is placed on, collects in box body.
The liquid medicine collecting box further includes rectangle placing groove, and the rear and front end for collecting box body is provided with rectangle placement
Slot.
The both ends of the dregs of a decoction collection box are all fixedly connected with a protrusive board, and two protrusive boards are located at two rectangles and put
It sets in slot.
The stirring body includes sleeve I, upper frame plate, lower frame plate, support rod, sleeve II, stirring blade；Sleeve I is fixed
Connection on center shaft, the upper and lower ends of sleeve I respectively uniform ring around being fixedly connected with multiple upper frame plates and lower frame plate；On described
Support rod there are two being fixedly connected between frame plate and lower frame plate；By rolling bearing units rotation connection, there are two sets on the support rod
Cylinder II；The outer ring of the sleeve II is uniformly surrounded with multiple stirring blades.
The convex edge that height is gradually reduced there are two being arranged on the powered drive wheel I, powered drive wheel I, power transmission
Wheel II, powered drive wheel III are identical with the structure of powered drive wheel IV, and powered drive wheel I and powered drive wheel II are oppositely arranged,
The mutual block in convex edge on powered drive wheel I and powered drive wheel II, powered drive wheel III and powered drive wheel IV are oppositely arranged.
When the inner end of two mandrils is located at the upper end of two up-side down triangle slots, powered drive wheel I and power
Driving wheel II separates, and powered drive wheel III and powered drive wheel IV are sequentially connected, on powered drive wheel III and powered drive wheel IV
The mutual block in convex edge.
The present invention is a kind of to mix having the beneficial effect that for medical processing equipment for separating liquid from solid
A kind of mixing medicine processing equipment for separating liquid from solid of the present invention, the present invention can carry out secondary point to mixing medicine
From raising separating effect；When mixing medicine separate for the first time in medical feed pipe, rotation conveying blade can be mixing
Medicine is gradually spread out, and medical accumulation is prevented, while rotating conveying blade rotation can the transport progress into sirring and separating bucket medicine
Second of separation, Stirring device make medical fluid be kept in motion with the dregs of a decoction when separating when working, and sink convenient for medical fluid, medicine
The dregs of a decoction can be effectively prevented by filtrate hole plug so that separating effect is more preferable, separative efficiency is higher in slag floating.
Detailed description of the invention
Fig. 1 is the structural schematic diagram one that equipment for separating liquid from solid is used in a kind of mixing medicine processing of the present invention；
Fig. 2 is the structural schematic diagram two that equipment for separating liquid from solid is used in a kind of mixing medicine processing of the present invention；
Fig. 3 is the structural schematic diagram three that equipment for separating liquid from solid is used in a kind of mixing medicine processing of the present invention；
Fig. 4 is the structural schematic diagram of medical feed pipe；
Fig. 5 is the structural schematic diagram one for being sirred and separated bucket；
Fig. 6 is the structural schematic diagram two for being sirred and separated bucket；
Fig. 7 is the structural schematic diagram of Stirring device；
Fig. 8 is the structural schematic diagram of driving wheel I；
Fig. 9 is the partial structure diagram of driving wheel I.
Figure 10 is the structural schematic diagram of transmission shaft；
Figure 11 is the structural schematic diagram of driving wheel I；
Figure 12 is the structural schematic diagram of driving wheel II；
Figure 13 is the partial structure diagram of driving wheel II；
Figure 14 is the partial cross-sectional structural diagram of driving wheel II；
Figure 15 is the structural schematic diagram of driving wheel II；
Figure 16 is the structural schematic diagram of dregs of a decoction discharge pipe；
Figure 17 is the structural schematic diagram of liquid medicine collecting box；
Figure 18 is the structural schematic diagram of dregs of a decoction collection box；
Figure 19 is the structural schematic diagram of stirring body.
In figure: medical feed pipe 1；Feeding tube body 1-1；Feed tube body 1-2；Driven shaft 1-3；Drive pulley 1-4；Rotation
Turn conveying blade 1-5；Separating liquid medicine slot 1-6；Connecting plate 1-7；Rectangular collector box 1-8；Perfusion tube 1-9；It is sirred and separated bucket 2；It is horizontal
Plate 2-1；Stirring device 3；Motor 3-1；Central axis 3-2；Stirring body 3-3；I 3-3-1 of sleeve；Upper frame plate 3-3-2；Lower frame plate 3-
3-3；Support rod 3-3-4；II 3-3-5 of sleeve；Stirring blade 3-3-6；Driving pulley 3-4；Driven pulley 3-5；Worm screw 3-6；Bar
Frame plate 3-7；Driving wheel I 4；Worm gear 4-1；Transmission shaft 4-2；I 4-3 of telescopic shaft；Rectangular straight slot 4-4；I 4-5 of convex block；Compressed spring 4-
6；I 4-7 of powered drive wheel；Vertical bar 4-8；Mandril 4-9；Linkage block 4-10；Reverse-flighted screw 4-11；Drive bevel gear 4-12；Driving
Take turns I 5；II 5-1 of powered drive wheel；I 5-2 of drive shaft；Driving pulley 5-3；Support rod 5-4；Guide rod 5-5；Driving wheel II 6；From
Dynamic bevel gear 6-1；Axle sleeve 6-2；II 6-3 of telescopic shaft；II 6-4 of convex block sliding slot；II 6-5 of convex block；Extension spring 6-6；Linkage seat 6-
7；Up-side down triangle slot 6-8；Transverse slat 6-9；III 6-10 of powered drive wheel；Driving wheel II 7；IV 7-1 of powered drive wheel；Rotate belt wheel I
7-2；II 7-3 of drive shaft；Pedestal plate 7-4；Dregs of a decoction discharge pipe 8；Scum pipe 8-1；Deslagging rotation axis 8-2；Base plate 8-3；Rotation
Slag discharging blades 8-4；Deslagging rotates belt wheel 8-5；Rotate II 8-6 of belt wheel；Short axle 8-7；Rotate III 8-8 of belt wheel；Liquid medicine collecting box 9；
Collect box body 9-1；Drain pipe 9-2；Tube socket plate 9-3；Rectangle placing groove 9-4；Cylinder connecting plate 9-5；Dregs of a decoction collection box 10；Protrusive board
10-1。
Specific embodiment
The present invention will be further described in detail for 1-19 and specific implementation method with reference to the accompanying drawing.
Specific embodiment 1:
Illustrate present embodiment, a kind of mixing medicine processing equipment for separating liquid from solid, including medicine below with reference to Fig. 1-19
Feed pipe 1 is sirred and separated bucket 2, Stirring device 3, driving wheel I 4, driving wheel I 5, driving wheel II 6, driving wheel II 7, dregs of a decoction row
Outlet pipe 8, liquid medicine collecting box 9 and dregs of a decoction collection box 10, there are two the settings of medical feed pipe 1, and two medical feed pipes 1 are right
Claim that the both ends for being sirred and separated bucket 2 are arranged in；The medical feed pipe 1 include feeding tube body 1-1, charging tube body 1-2, from
Moving axis 1-3, drive pulley 1-4, rotation conveying blade 1-5, separating liquid medicine slot 1-6, connecting plate 1-7, rectangular collector box 1-8 and defeated
Liquid pipe 1-9；The upper end of the outer end feeding tube body 1-1, charging tube body 1-2 and feeding tube body is arranged in charging tube body 1-2
1-1 connection, driven shaft 1-3 are rotatably connected on feeding tube body 1-1 by rolling bearing units, and drive pulley 1-4 is fixedly connected on
The outer end of driven shaft 1-3, rotation conveying blade 1-5 are fixedly connected on the inner end of driven shaft 1-3, and rotation conveying blade 1-5 is located at
In feeding tube body 1-1；The lower end of the feeding tube body 1-1 is surrounded with multiple separating liquid medicine slot 1-6；Separating liquid medicine slot
1-6 is connected to the inside of feeding tube body 1-1, is fixedly connected with filter screen on the inside of separating liquid medicine slot 1-6；Rectangular collector box 1-
8 are fixedly connected on the lower end of feeding tube body 1-1 by two connecting plate 1-7, and one end of perfusion tube 1-9 is fixedly connected on rectangle
On the bottom surface of liquid-collecting box 1-8, perfusion tube 1-9 is connected to rectangular collector box 1-8, and the other end of perfusion tube 1-9 is fixedly connected on medicine
In liquid collection box 9, dregs of a decoction collection box 10 is placed on liquid medicine collecting box 9；The medical feed pipe 1 when in use, will mix
Medicine is knocked down in charging tube body 1-2, and mixing medicine, which is dropped under gravity in feeding tube body 1-1, is ready for first
Secondary separation, driving pulley 1-4 will drive driven shaft 1-3 rotation when rotating, driven shaft 1-3 drives rotation conveying blade 1-5 rotation,
Rotation conveying blade 1-5 rotation gradually spreads mixing medicine out, prevents medical accumulation, the mixing spread out in feeding tube body 1-1
Medical fluid in medicine is flowed out through multiple separating liquid medicine slot 1-6 and is dropped into rectangular collector box 1-8 under gravity, rectangular set
Medical fluid after separating for the first time in liquid box 1-8 flows through perfusion tube 1-9 and exports to dregs of a decoction collection box 10, while rotating conveying blade
1-5 rotation to transport in bucket 2 is sirred and separated can carry out medicine to separate for the second time.
The upper end of the sirring and separating bucket 2 is fixedly connected with transverse slat 2-1, and the both ends for being sirred and separated bucket 2 are symmetrically arranged with
One feed inlet, the bottom surface for being sirred and separated bucket 2 are provided with multiple filtrate holes, are sirred and separated bucket 2 and are fixedly connected on liquid medicine collecting box 9
On；The feeding tube body 1-1 is fixedly connected on the inside of feed inlet；Medicine is conveyed by the rotation of rotation conveying blade 1-5
It drops into and is sirred and separated in bucket 2 under gravity.
The Stirring device 3 includes motor 3-1, central axis 3-2, stirring body 3-3, driving pulley 3-4, driven pulley
3-5, worm screw 3-6 and bridge plate 3-7；Motor 3-1 is fixedly connected on the motor rack on transverse slat 2-1, and central axis 3-2 passes through shaft coupling
Device is fixedly connected on the output shaft of motor 3-1, and central axis 3-2 is rotatably connected on the center of transverse slat 2-2 by rolling bearing units, in
The lower end of mandrel 3-2 is provided with stirring body 3-3；The driving pulley 3-4 is connect with driven pulley 3-5 by belt V belt translation,
Driven pulley 3-5 is fixedly connected on one end of worm screw 3-6, and the other end of worm screw 3-6 is rotatably connected on bridge by rolling bearing units
On plate 3-7, bridge plate 3-7, which is fixedly connected on, to be sirred and separated on bucket 2；The Stirring device 3 when in use, by I 3-1 of motor
It by wire connecting power and control switch and opens, I 3-1 of motor drives central axis 3-2 rotation, and central axis 3-2 drives stirring
Body 3-3 is rotated, and is stirred in stirring body 3-3 rotation process to the medicine being sirred and separated in bucket 2, so that medical fluid and the dregs of a decoction are dividing
From when be kept in motion, sink convenient for medical fluid, dregs of a decoction floating so that separating effect is more preferable, separative efficiency is higher, second point
From medical fluid drop into liquid medicine collecting box 9 and be collected under gravity by being sirred and separated the filtrate hole of 2 bottom of bucket, also
The filtrate hole plug that the dregs of a decoction will be sirred and separated 2 bottom of bucket can be effectively prevented；Central axis 3-2 drives driving pulley 3-4 rotation, main
Movable belt pulley 3-4 drives driven pulley 3-5 rotation, and driven pulley 3-5 drives worm screw 3-6 rotation.
The driving wheel I 4 include worm gear 4-1, transmission shaft 4-2, I 4-3 of telescopic shaft, rectangular straight slot 4-4, I 4-5 of convex block,
Compressed spring 4-6, I 4-7 of powered drive wheel, vertical bar 4-8, mandril 4-9, linkage block 4-10, reverse-flighted screw 4-11 and active conical tooth
Take turns 4-12；Worm gear 4-1 and worm screw 3-6 engaged transmission, worm gear 4-1 are fixedly connected on the middle-end of transmission shaft 4-2, and transmission shaft 4-2 is logical
It crosses rolling bearing units to be rotatably connected on bridge plate 3-7, the both ends of transmission shaft 4-2 are hollow structure, two I 4-3 of telescopic shaft difference
The both ends of transmission shaft 4-2 are slidably connected at, the both ends of transmission shaft 4-2 are provided with rectangular straight slot 4-4, two I 4-5 of convex block difference
It is fixedly connected on the inner end of two I 4-3 of telescopic shaft, two I 4-5 of convex block difference clearance fits are in two rectangular straight slot 4-4, and two
The outer end of a compressed spring 4-6 is respectively fixedly connected on two I 4-3 of telescopic shaft, and the inner end of two compressed spring 4-6 is fixed
It is connected on transmission shaft 4-2；The compressed spring 4-6 is located in transmission shaft 4-2, and the outer end of two I 4-3 of telescopic shaft is fixed respectively
Be connected with I 4-7 of powered drive wheel, one end of two vertical bar 4-8 pass through respectively rolling bearing units be rotatably connected on two it is flexible
On I 4-3 of axis, the other end of two vertical bar 4-8 has been respectively fixedly connected on mandril a 4-9, two mandril 4-9 fixed company respectively
It is connected to linkage block a 4-10, two linkage block 4-10 and is threadedly attached in the both ends of reverse-flighted screw 4-11, two-way spiral shell respectively
The outer end at the both ends bar 4-11 is all fixedly connected with a gear circle, and the inner face of two gear circles is bonded with two linkage block 4-10 respectively,
The middle-end of reverse-flighted screw 4-11, which is fixedly connected with, screws ring；The outer end face of the vertical bar 4-8 is bonded with I 4-7 of powered drive wheel；It is main
Dynamic bevel gear 4-12 is fixedly connected on transmission shaft 4-2；When in use, worm screw 3-6 drives worm gear 4-1 to turn to the driving wheel I 4
Dynamic, worm gear 4-1 drives transmission shaft 4-2 rotation, and transmission shaft 4-2 drives drive bevel gear 4-12 rotation, due to two I 4-5 of convex block
Clearance fit is in two rectangular straight slot 4-4 respectively, therefore transmission shaft 4-2 can drive two I 4-3 of telescopic shaft to rotate, and two
I 4-3 of telescopic shaft drives two I 4-7 of powered drive wheel rotations；Rotate forward the ring that screws on reverse-flighted screw 4-11, reverse-flighted screw
4-11 rotation drives two linkage block 4-10 to move towards, and two linkage block 4-10 drive two mandril 4-9 to move towards, and two
Mandril 4-9 drives two I 4-3 of telescopic shaft to slide in opposition in transmission shaft 4-2 by two vertical bar 4-8, two I 4-3 of telescopic shaft
It drives two I 4-7 of powered drive wheel to slide in opposition, rotates backward the ring that screws on reverse-flighted screw 4-11, two mandril 4-9 deviate from
Sliding, two I 4-7 of powered drive wheel reset.
There are two the settings of driving wheel I 5, and the outer end of two driving wheels I 5 passes through with two drive pulley 1-4 respectively
The connection of belt V belt translation, the inner end of two driving wheels I 5 are sequentially connected with two I 4-7 of powered drive wheel respectively, two vertical bar 4-8
It is slidably connected on two driving wheels I 5 respectively；The driving wheel I 5 includes II 5-1 of powered drive wheel, I 5-2 of drive shaft, driving
Belt wheel 5-3, support rod 5-4 and guide rod 5-5；II 5-1 of powered drive wheel and I 4-7 of powered drive wheel is sequentially connected, power transmission
It takes turns II 5-1 and driving pulley 5-3 to be respectively fixedly connected at the both ends of I 5-2 of drive shaft, driving pulley 5-3 and drive pulley 1-4 are logical
The connection of belt V belt translation is crossed, the middle-end of I 5-2 of drive shaft is rotatably connected on support rod 5-4 by rolling bearing units, guide rod 5-5
It is fixedly connected on the medial surface of support rod 5-4, vertical bar 4-8 is slidably connected on guide rod 5-5, and guide rod 5-5 is to vertical bar 4-8
Play the role of limition orientation, move left and right vertical bar 4-8 can only along guide rod 5-5, without being able to rotate；The driving wheel I 5
When in use, two I 4-7 of powered drive wheel drive two II 5-1 of powered drive wheel rotations, two II 5-1 bands of powered drive wheel
Dynamic two I 5-2 of drive shaft rotation, two I 5-2 of drive shaft drive two driving pulley 5-3 rotations, and two driving pulley 5-3 are logical
It crosses belt and drives two drive pulley 1-4 rotations；When rotate forward on reverse-flighted screw 4-11 when screwing ring, two power transmissions
It taking turns I 4-7 and slides in opposition and separated with two II 5-1 of powered drive wheel, two II 5-1 of powered drive wheel run out of steam and stop operating,
Two drive pulley 1-4 stop operating to stop blanking, rotate backward the ring that screws on reverse-flighted screw 4-11, and two power pass
I 4-7 of driving wheel resets, and continues blanking.
The driving wheel II 6 includes driven wheel of differential 6-1, axle sleeve 6-2, II 6-3 of telescopic shaft, II 6-4 of convex block sliding slot, convex
II 6-5 of block, extension spring 6-6, linkage seat 6-7, III 6-10 of up-side down triangle slot 6-8, transverse slat 6-9 and powered drive wheel；From mantle
Gear 6-1 and transmission shaft 4-2 engaged transmission, driven wheel of differential 6-1 are fixedly connected on the top of axle sleeve 6-2, and axle sleeve 6-2 passes through band
Seat bearing is rotatably connected on bridge plate 3-7, and II 6-3 of telescopic shaft is slidably connected in axle sleeve 6-2, is provided on axle sleeve 6-2 convex
II 6-4 of block sliding slot, II 6-5 of convex block are fixedly connected on one end of II 6-3 of telescopic shaft, and II 6-5 clearance fit of convex block is in convex block sliding slot
In II 6-4, extension spring 6-6 is located in axle sleeve 6-2, and the both ends of extension spring 6-6 are respectively fixedly connected in driven wheel of differential 6-1
On II 6-3 of telescopic shaft；Linkage seat 6-7 is rotatably connected on II 6-3 of telescopic shaft by rolling bearing units, the both ends of linkage seat 6-7
It is respectively arranged with a up-side down triangle slot 6-8, the inner end of two mandril 4-9 is located at the lower end of two up-side down triangle slot 6-8,
The rotation of linkage seat 6-7 is limited, II 6-3 of telescopic shaft is slidably connected on transverse slat 6-9, the support rod 5- on two driving wheels I 5
4 are respectively fixedly connected at the both ends of transverse slat 6-9, and transverse slat 6-9, which is fixedly connected on, to be sirred and separated on bucket 2, the bottom end of II 6-3 of telescopic shaft
It is fixedly connected with III 6-10 of powered drive wheel；Drive bevel gear 4-12 and driven wheel of differential 6-1 engaged transmission；The driving wheel
II 6 when in use, and drive bevel gear 4-12 drives driven wheel of differential 6-1 rotation, and driven wheel of differential 6-1 drives axle sleeve 6-2 rotation,
Since II 6-5 clearance fit of convex block is in II 6-4 of convex block sliding slot, axle sleeve 6-2 drives II 6-3 of telescopic shaft rotation, telescopic shaft
II 6-3 drives III 6-10 of powered drive wheel rotation, since the inner end of two mandril 4-9 is located at two up-side down triangle slot 6-8
It is interior, so not will drive linkage seat 6-7 rotation when II 6-3 of telescopic shaft rotation；When rotating forward the rotation on reverse-flighted screw 4-11
When twisting ring, the inner end of two mandril 4-9, which moves inward, squeezes linkage seat 6-7, moves down linkage seat 6-7, linkage seat 6-7 band
Dynamic II 6-3 of telescopic shaft slide downward in axle sleeve 6-2, extension spring 6-6 are stretched, and II 6-3 of telescopic shaft drives powered drive wheel
III 6-10 is moved down, and when rotating backward the ring that screws on reverse-flighted screw 4-11, two mandril 4-9 are slided outward simultaneously, joined
Dynamic seat 6-7 moves upwards reset under the elastic force effect of extension spring 6-6, and telescopic shaft II 6-3 and III 6-10 of powered drive wheel is equal
Move up reset；Two extension spring 6- when two gears circle on reverse-flighted screw 4-11 prevents from rotating backward reverse-flighted screw 4-11
6 are detached from linkage seat 6-7, while beyond stroke when two linkage block 4-10 being avoided to slide outward.
The driving wheel II 7 includes IV 7-1 of powered drive wheel, rotation I 7-2 of belt wheel, II 7-3 of drive shaft and pedestal plate 7-
4；IV 7-1 of powered drive wheel and rotation I 7-2 of belt wheel is respectively fixedly connected at the both ends of II 7-3 of drive shaft, and II 7-3 of drive shaft is logical
It crosses rolling bearing units to be rotatably connected on pedestal plate 7-4, pedestal plate 7-4, which is fixedly connected on, to be sirred and separated on bucket 2；The driving wheel
II 6 when in use, is sequentially connected when III 6-10 of powered drive wheel is moved down with IV 7-1 of powered drive wheel, and power is driven to pass
IV 7-1 of driving wheel rotation, IV 7-1 of powered drive wheel drive II 7-3 of drive shaft rotation, and II 7-3 of drive shaft drives rotation I 7-2 of belt wheel
Rotation, separates when III 6-10 of powered drive wheel is moved up with IV 7-1 of powered drive wheel, IV 7-1 of powered drive wheel runs out of steam
It stops operating.
The dregs of a decoction discharge pipe 8 includes scum pipe 8-1, deslagging rotation axis 8-2, base plate 8-3, rotary slagging coutrol blade 8-
4, deslagging rotation belt wheel 8-5, rotation II 8-6 of belt wheel, short axle 8-7 and rotation III 8-8 of belt wheel；Two scum pipe 8-1 are symmetrically fixed
It is connected on the bottom surface for being sirred and separated bucket 2, two scum pipe 8-1 are connected to sirring and separating bucket 2, the bottom of two scum pipe 8-1
End is fixedly connected to base plate 8-3, and two deslagging rotation axis 8-2 pass through rolling bearing units and are rotatably connected on two base plate 8-
On 3, two rotary slagging coutrol blade 8-4 are respectively fixedly connected on two deslagging rotation axis 8-2；Rotary slagging coutrol blade 8-4 is located at
In scum pipe 8-1, rotary slagging coutrol blade 8-4 is bonded with the inner wall of scum pipe 8-1, and medical fluid is from row when medical fluid and the dregs of a decoction being avoided to separate
Discharge in slag pipe 8-1, two deslagging rotation belt wheel 8-5 are respectively fixedly connected in the bottom end of two deslagging rotation axis 8-2, two rows
Slag rotates belt wheel 8-5 and is connect with rotation II 8-6 of belt wheel by belt V belt translation, and rotation II 8-6 of belt wheel is fixedly connected on short axle 8-7
One end, the other end of short axle 8-7 is rotatably connected on by rolling bearing units and is sirred and separated on bucket 2, and rotation III 8-8 of belt wheel is fixed to be connected
The middle-end in short axle 8-7 is connect, rotation III 8-8 of belt wheel is connect with rotation I 7-2 of belt wheel by belt V belt translation；Dregs of a decoction collection box 10
Positioned at the lower section of two scum pipe 8-1.The dregs of a decoction discharge pipe 8 when in use, when be sirred and separated bucket 2 in the dregs of a decoction excessively need
When being discharged, the ring that screws on reverse-flighted screw 4-11 is rotated forward, rotation I 7-2 of belt wheel drives rotation III 8-8 of belt wheel by belt
Rotation, rotation III 8-8 of belt wheel drive short axle 8-7 rotation, and short axle 8-7 drives rotation II 8-6 of belt wheel rotation, rotates II 8-6 of belt wheel
Two deslagging rotation belt wheel 8-5 rotations are driven, two deslagging rotation belt wheel 8-5 drive two deslagging rotation axis 8-2 to rotate, and two
Deslagging rotation axis 8-2, which drives, will be sirred and separated the dregs of a decoction of bottom in bucket 2 row of transport downwards when two rotary slagging coutrol blade 8-4 rotation
Out in dregs of a decoction collection box 10；After deslagging, reverse-flighted screw 4-11, III 6-10 of powered drive wheel and power transmission are rotated backward
IV 7-1 separation is taken turns, rotation III 8-8 of belt wheel, which runs out of steam to stop operating, stops deslagging, while I 4-7 of powered drive wheel and power pass
II 5-1 of driving wheel transmission connection continues blanking.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-19, the liquid medicine collecting box 9 includes collecting box body 9-1, having
Drain pipe 9-2, the tube socket plate 9-3 and cylinder connecting plate 9-5 of control valve；The front end for collecting box body 9-1 is fixedly connected with drain
Pipe 9-2, drain pipe 9-2 are connected to box body 9-1 is collected, and two tube socket plate 9-3, which are symmetrically fixedly connected on, to be collected in box body 9-1
Side left and right ends, one end of cylinder connecting plate 9-5, which is fixedly connected on, collects on box body 9-1, is sirred and separated bucket 2 and is fixedly connected on cylinder
The bottom end of the other end of connecting plate 9-5, the perfusion tube 1-9 on two medical feed pipes 1 is respectively fixedly connected in two tube socket plates
In 9-3；The dregs of a decoction collection box 10, which is placed on, collects in box body 9-1.Staff passes through the control on control drain pipe 6-2
Valve processed is discharged the medical fluid isolated twice in box body 6-1 is collected；Dregs of a decoction collection box 10 is placed on and collects box body 6-1
It is interior to be used to collect the dregs of a decoction.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-19, the liquid medicine collecting box 9 further includes rectangle placing groove 9-4, is received
The rear and front end of collection box body 9-1 is provided with rectangle placing groove 9-4.
The both ends of the dregs of a decoction collection box 10 are all fixedly connected with a protrusive board 10-1, and two protrusive board 10-1 are located at
In two rectangle placing groove 9-4.Prevent dregs of a decoction collection box 10 from moving left and right, after the dregs of a decoction have been collected, is lifted up two protrusive boards
Dregs of a decoction collection box 10 can be removed the internal dregs of a decoction of cleaning by 10-1.
Specific embodiment 4:
Illustrate present embodiment below with reference to Fig. 1-19, the stirring body 3-3 includes I 3-3-1 of sleeve, upper frame plate 3-3-
2, lower frame plate 3-3-3, support rod 3-3-4, II 3-3-5 of sleeve, stirring blade 3-3-6；I 3-3-1 of sleeve is fixedly connected on center
On axis 3-2, the upper and lower ends of I 3-3-1 of sleeve respectively uniform ring around being fixedly connected with multiple upper frame plate 3-3-2 and lower frame plate 3-3-
3, lower frame plate 3-3-3 are bonded with the bottom surface for being sirred and separated 2 inside of bucket, and the dregs of a decoction for being sirred and separated 2 inside bottom surface of bucket are pushed to row
In slag pipe 8-1；Support rod 3-3-4 there are two being fixedly connected between the upper frame plate 3-3-2 and lower frame plate 3-3-3；The support
By rolling bearing units rotation connection, there are two II 3-3-5 of sleeve on bar 3-3-4；The outer ring uniform ring of II 3-3-5 of sleeve around
It is provided with multiple stirring blade 3-3-6.Central axis 3-2 band I 3-3-1 of moving sleeve is rotated, and I 3-3-1 of sleeve drives multiple upper frame plates
3-3-2 and lower frame plate 3-3-3 is rotated around the axis of central axis 3-2, and upper frame plate 3-3-2 and lower frame plate 3-3-3 drive two branch
Strut 3-3-4 is rotated around the axis of central axis 3-2, and support rod 3-3-4 drives two II 3-3-5 of sleeve around central axis 3-2
Axis rotation, II 3-3-5 of sleeve drives multiple stirring blade 3-3-6 to rotate around the axis of central axis 3-2, while sleeve II
3-3-5 can drive multiple stirring blade 3-3-6 to rotate on support rod 3-3-4 around the axis of II 3-3-5 of sleeve, realize more preferable
Mixing effect.
Specific embodiment 5:
Illustrate present embodiment below with reference to Fig. 1-19, there are two highly gradually for setting on I 4-7 of powered drive wheel
Reduced convex edge, I 4-7 of powered drive wheel, II 5-1 of powered drive wheel, III 6-10 of powered drive wheel and powered drive wheel IV 7-1
Structure is identical, and I 4-7 of powered drive wheel and II 5-1 of powered drive wheel are oppositely arranged, I 4-7 of powered drive wheel and powered drive wheel II
The mutual block in convex edge on 5-1, III 6-10 of powered drive wheel and IV 7-1 of powered drive wheel are oppositely arranged.I 4-7 of powered drive wheel
When rotation, two convex edges on I 4-7 of powered drive wheel by with the mutual block band in two convex edges on II 5-1 of powered drive wheel
Dynamic II 5-1 of powered drive wheel rotation；When I 4-7 of powered drive wheel and II 5-1 of powered drive wheel are converted to connection shape by discrete state
It is convex on I 4-7 of powered drive wheel during I 4-7 of powered drive wheel rotation since the height of convex edge is gradually reduced when state
Along can gradually block is into the convex edge on II 5-1 of powered drive wheel, so that II 5-1 of powered drive wheel be driven to rotate.
When the inner end of two mandril 4-9 is located at the upper end of two up-side down triangle slot 6-8, powered drive wheel I
4-7 and II 5-1 of powered drive wheel separation, III 6-10 of powered drive wheel and IV 7-1 of powered drive wheel are sequentially connected, powered drive wheel
The mutual block in convex edge on IV 7-1 of III 6-10 and powered drive wheel.The work of IV 7-1 of III 6-10 of powered drive wheel and powered drive wheel
Make principle with I 4-7 of powered drive wheel as II 5-1 of powered drive wheel.
A kind of mixing medicine processing of present invention working principle of equipment for separating liquid from solid: when use device, the medicine
When in use, mixing medicine is knocked down in charging tube body 1-2 for feed pipe 1, and mixing medicine drops into feeding under gravity
It is ready for separating for the first time in tube body 1-1, driving pulley 1-4 will drive driven shaft 1-3 rotation, driven shaft 1-3 when rotating
Rotation conveying blade 1-5 rotation is driven, mixing medicine is gradually spread out, prevents medical accumulation, send by rotation conveying blade 1-5 rotation
The medical fluid in mixing medicine spread out in expects pipe ontology 1-1 is flowed out through multiple separating liquid medicine slot 1-6 and is fallen under gravity
Into in rectangular collector box 1-8, the medical fluid after separating for the first time in rectangular collector box 1-8 flows through perfusion tube 1-9 and exports to dregs of a decoction receipts
Collect in box 10, while rotating conveying blade 1-5 rotation medicine can be separated for second of transport progress into sirring and separating bucket 2.Doctor
Medicine is dropped under gravity by the rotation conveying of rotation conveying blade 1-5 and is sirred and separated in bucket 2.The Stirring
When in use, I 3-1 of motor by wire connecting power and control switch and is opened for device 3, and I 3-1 of motor drives central axis 3-2
Rotation, central axis 3-2 drive stirring body 3-3 rotation, carry out in stirring body 3-3 rotation process to the medicine being sirred and separated in bucket 2
Stirring is sunk so that medical fluid is kept in motion with the dregs of a decoction when separating convenient for medical fluid, dregs of a decoction floating, so that separating effect is more
Well, separative efficiency is higher, and the medical fluid of second of separation is dropped under gravity by being sirred and separated the filtrate hole of 2 bottom of bucket
It is collected in liquid medicine collecting box 9, can also effectively prevent the dregs of a decoction that will be sirred and separated the filtrate hole plug of 2 bottom of bucket；Central axis
3-2 drives driving pulley 3-4 rotation, and driving pulley 3-4 drives driven pulley 3-5 rotation, and driven pulley 3-5 drives worm screw 3-6.
When in use, worm screw 3-6 drives worm gear 4-1 rotation to the driving wheel I 4, and worm gear 4-1 drives transmission shaft 4-2 rotation, transmission shaft
4-2 drives drive bevel gear 4-12 rotation, since two I 4-5 of convex block difference clearance fits are in two rectangular straight slot 4-4, because
This transmission shaft 4-2 can drive two I 4-3 of telescopic shaft rotations, and two I 4-3 of telescopic shaft drive two I 4-7 of powered drive wheel to turn
It is dynamic；The ring that screws on reverse-flighted screw 4-11 is rotated forward, reverse-flighted screw 4-11 rotation drives two linkage block 4-10 to move towards,
Two linkage block 4-10 drive two mandril 4-9 to move towards, and two mandril 4-9 drive two to stretch by two vertical bar 4-8
I 4-3 of axis slides in opposition in transmission shaft 4-2, and two I 4-3 of telescopic shaft drive two I 4-7 of powered drive wheel to slide in opposition, reversely
Ring is screwed on rotation reverse-flighted screw 4-11, two mandril 4-9 are resetted away from sliding, two I 4-7 of powered drive wheel.Described
When in use, two I 4-7 of powered drive wheel drive two II 5-1 of powered drive wheel rotations, two powered drive wheels to driving wheel I 5
II 5-1 drives two I 5-2 of drive shaft rotations, and two I 5-2 of drive shaft drive two driving pulley 5-3 rotations, two driving bands
It takes turns 5-3 and two drive pulley 1-4 rotations is driven by belt；When rotate forward on reverse-flighted screw 4-11 when screwing ring, two
I 4-7 of powered drive wheel slides in opposition to be separated with two II 5-1 of powered drive wheel, and two II 5-1 of powered drive wheel run out of steam and stop
Rotation stop is dynamic, and two drive pulley 1-4 stop operating to stop blanking, rotates backward the ring that screws on reverse-flighted screw 4-11, and two
A I 4-7 of powered drive wheel resets, and continues blanking.When in use, drive bevel gear 4-12 drives driven the driving wheel II 6
Bevel gear 6-1 rotation, driven wheel of differential 6-1 drives axle sleeve 6-2 rotation, since II 6-5 clearance fit of convex block is in convex block sliding slot II
In 6-4, therefore axle sleeve 6-2 drives II 6-3 of telescopic shaft rotation, and II 6-3 of telescopic shaft drives III 6-10 of powered drive wheel rotation, due to
The inner end of two mandril 4-9 is located in two up-side down triangle slot 6-8, so not will drive when II 6-3 of telescopic shaft rotation
Linkage seat 6-7 rotation；When rotate forward on reverse-flighted screw 4-11 when screwing ring, the inner end of two mandril 4-9 moves inward crowded
Linkage seat 6-7 is pressed, linkage seat 6-7 is moved down, linkage seat 6-7 drives II 6-3 of telescopic shaft slide downward in axle sleeve 6-2,
Extension spring 6-6 is stretched, and II 6-3 of telescopic shaft drives III 6-10 of powered drive wheel to move down, when rotating backward reverse-flighted screw
Screw ring on 4-11, two mandril 4-9 are slided outward simultaneously, linkage seat 6-7 under the elastic force effect of extension spring 6-6 to
Upper movement resets, and II 6-3 of telescopic shaft and III 6-10 of powered drive wheel move up reset；Two gears on reverse-flighted screw 4-11
Two extension spring 6-6 and linkage seat 6-7 are detached from when circle prevents from rotating backward reverse-flighted screw 4-11, while avoiding two linkage blocks
Exceed stroke when 4-10 is slided outward.The driving wheel II 6 when in use, when III 6-10 of powered drive wheel is moved down with
IV 7-1 of powered drive wheel transmission connection, and IV 7-1 of powered drive wheel is driven to rotate, IV 7-1 of powered drive wheel drives drive shaft II
7-3 rotation, II 7-3 of drive shaft drives rotation I 7-2 of belt wheel rotation, when III 6-10 of powered drive wheel is moved up and power transmission
IV 7-1 separation is taken turns, IV 7-1 of powered drive wheel, which runs out of steam, to stop operating.The dregs of a decoction discharge pipe 8 when in use, works as stirring
When the dregs of a decoction in separating barrel 2 excessively need to be discharged, the ring that screws on reverse-flighted screw 4-11 is rotated forward, rotation I 7-2 of belt wheel passes through
Belt drives rotation III 8-8 of belt wheel rotation, and rotation III 8-8 of belt wheel drives short axle 8-7 rotation, and short axle 8-7 drives rotation belt wheel II
8-6 rotation, rotation II 8-6 of belt wheel drive two deslagging rotation belt wheel 8-5 rotations, and two deslagging rotation belt wheel 8-5 drive two
Deslagging rotation axis 8-2 rotation, two deslagging rotation axis 8-2, which drive, will be sirred and separated bucket 2 when two rotary slagging coutrol blade 8-4 rotations
The dregs of a decoction of interior bottom transport be expelled in dregs of a decoction collection box 10 downwards；Rotate backward reverse-flighted screw 4-11, III 6- of powered drive wheel
10 separate with IV 7-1 of powered drive wheel, and rotation III 8-8 of belt wheel, which runs out of steam to stop operating, stops deslagging.Staff passes through control
Control valve on drain pipe 6-2 processed is discharged the medical fluid isolated twice in box body 6-1 is collected；Dregs of a decoction collection box 10 is put
It sets and is collecting in box body 6-1 for collecting the dregs of a decoction.After the dregs of a decoction have been collected, the dregs of a decoction can be received by being lifted up two protrusive board 10-1
Collection box 10 removes the internal dregs of a decoction of cleaning.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (6)
1. a kind of mixing medicine processing equipment for separating liquid from solid, including medical feed pipe (1), sirring and separating bucket (2), Stirring
Device (3), driving wheel I (4), driving wheel I (5), driving wheel II (6), driving wheel II (7), dregs of a decoction discharge pipe (8), liquid medicine collecting box
(9) and dregs of a decoction collection box (10), it is characterised in that: there are two medical feed pipe (1) settings, two medical feed pipes
(1) both ends for being sirred and separated bucket (2) are symmetricly set on；The medical feed pipe (1) includes feeding tube body (1-1), charging
Tube body (1-2), driven shaft (1-3), drive pulley (1-4), rotation conveying blade (1-5), separating liquid medicine slot (1-6), connection
Plate (1-7), rectangular collector box (1-8) and perfusion tube (1-9)；Tube body (1-2) is fed to be arranged in the outer end feeding tube body (1-1)
Upper end, charging tube body (1-2) be connected to feeding tube body (1-1), driven shaft (1-3) is rotatably connected on feeding tube body
On (1-1), drive pulley (1-4) is fixedly connected on the outer end of driven shaft (1-3), and rotation conveying blade (1-5) is fixedly connected on
The inner end of driven shaft (1-3), rotation conveying blade (1-5) are located in feeding tube body (1-1)；The feeding tube body (1-1)
Lower end be surrounded with multiple separating liquid medicine slots (1-6)；The inside of separating liquid medicine slot (1-6) and feeding tube body (1-1) connect
It is logical, filter screen is fixedly connected on the inside of separating liquid medicine slot (1-6)；Rectangular collector box (1-8) is solid by two connecting plates (1-7)
Surely it is connected to the lower end of feeding tube body (1-1), one end of perfusion tube (1-9) is fixedly connected on the bottom of rectangular collector box (1-8)
On face, perfusion tube (1-9) is connected to rectangular collector box (1-8), and the other end of perfusion tube (1-9) is fixedly connected on liquid medicine collecting box
(9) on, dregs of a decoction collection box (10) is placed on liquid medicine collecting box (9)；
The upper end of the sirring and separating bucket (2) is fixedly connected with transverse slat (2-1), and the both ends for being sirred and separated bucket (2) are symmetrical arranged
There is a feed inlet, the bottom surface for being sirred and separated bucket (2) is provided with multiple filtrate holes, is sirred and separated bucket (2) and is fixedly connected on medical fluid
In collection box (9)；The feeding tube body (1-1) is fixedly connected on the inside of feed inlet；
The Stirring device (3) include motor (3-1), central axis (3-2), stirring body (3-3), driving pulley (3-4), from
Movable belt pulley (3-5), worm screw (3-6) and bridge plate (3-7)；Motor (3-1) is fixedly connected on the motor rack on transverse slat (2-1),
Central axis (3-2) is fixedly connected on the output shaft of motor (3-1) by shaft coupling, and central axis (3-2) is rotatably connected on transverse slat
The center of (2-2), the lower end of central axis (3-2) are provided with stirring body (3-3)；The driving pulley (3-4) and driven pulley (3-
5) it is connected by belt V belt translation, driven pulley (3-5) is fixedly connected on one end of worm screw (3-6), the other end of worm screw (3-6)
It is rotatably connected on bridge plate (3-7), bridge plate (3-7), which is fixedly connected on, to be sirred and separated on bucket (2)；
The driving wheel I (4) includes worm gear (4-1), transmission shaft (4-2), telescopic shaft I (4-3), rectangular straight slot (4-4), convex block
I (4-5), compressed spring (4-6), powered drive wheel I (4-7), vertical bar (4-8), mandril (4-9), linkage block (4-10), two-way spiral shell
Bar (4-11) and drive bevel gear (4-12)；Worm gear (4-1) and worm screw (3-6) engaged transmission, worm gear (4-1) are fixedly connected on biography
The middle-end of moving axis (4-2), transmission shaft (4-2) are rotatably connected on bridge plate (3-7), and the both ends of transmission shaft (4-2) are hollow knot
Structure, two telescopic shafts I (4-3) are slidably connected at the both ends of transmission shaft (4-2) respectively, and the both ends of transmission shaft (4-2) are provided with
Rectangular straight slot (4-4), two convex blocks I (4-5) are respectively fixedly connected in the inner end of two telescopic shafts I (4-3), two I (4- of convex block
5) in two rectangular straight slot (4-4), the outer end of two compressed springs (4-6) is respectively fixedly connected at two clearance fit respectively
On telescopic shaft I (4-3), the inner end of two compressed springs (4-6) is fixedly connected on transmission shaft (4-2)；The compressed spring
(4-6) is located in transmission shaft (4-2), and the outer end of two telescopic shafts I (4-3) has been respectively fixedly connected with an I (4- of powered drive wheel
7), one end of two vertical bars (4-8) is rotatably connected on respectively on two telescopic shafts I (4-3), the other end of two vertical bars (4-8)
It has been respectively fixedly connected with a mandril (4-9), has been respectively fixedly connected with a linkage block (4-10) on two mandrils (4-9), two
A linkage block (4-10) is threadedly attached in the both ends of reverse-flighted screw (4-11), the outer end at the both ends reverse-flighted screw (4-11) respectively
It is all fixedly connected with a gear circle, the inner face of two gear circles is bonded with two linkage blocks (4-10) respectively, reverse-flighted screw (4-11)
Middle-end be fixedly connected with and screw ring；The outer end face of the vertical bar (4-8) is bonded with powered drive wheel I (4-7)；Drive bevel gear
(4-12) is fixedly connected on transmission shaft (4-2)；
There are two driving wheel I (5) settings, and the outer end of two driving wheels I (5) is logical with two drive pulleys (1-4) respectively
The connection of belt V belt translation is crossed, the inner end of two driving wheels I (5) is sequentially connected with two powered drive wheels I (4-7) respectively, and two
Vertical bar (4-8) is slidably connected at respectively on two driving wheels I (5)；The driving wheel I (5) include powered drive wheel II (5-1),
Drive shaft I (5-2), driving pulley (5-3), support rod (5-4) and guide rod (5-5)；Powered drive wheel II (5-1) and power pass
Driving wheel I (4-7) transmission connection, powered drive wheel II (5-1) and driving pulley (5-3) are respectively fixedly connected at drive shaft I (5-2)
Both ends, driving pulley (5-3) connect with drive pulley (1-4) by belt V belt translation, the middle-end rotation of drive shaft I (5-2)
It is connected on support rod (5-4), guide rod (5-5) is fixedly connected on the medial surface of support rod (5-4), vertical bar (4-8) sliding
It is connected on guide rod (5-5)；
The driving wheel II (6) includes driven wheel of differential (6-1), axle sleeve (6-2), telescopic shaft II (6-3), convex block sliding slot II
(6-4), convex block II (6-5), extension spring (6-6), linkage seat (6-7), up-side down triangle slot (6-8), transverse slat (6-9) and power pass
Driving wheel III (6-10)；Driven wheel of differential (6-1) and transmission shaft (4-2) engaged transmission, driven wheel of differential (6-1) are fixedly connected on axis
The top of (6-2) is covered, axle sleeve (6-2) is rotatably connected on bridge plate (3-7), and telescopic shaft II (6-3) is slidably connected at axle sleeve (6-
2) it in, is provided on axle sleeve (6-2) convex block sliding slot II (6-4), convex block II (6-5) is fixedly connected on the one of telescopic shaft II (6-3)
End, in convex block sliding slot II (6-4), extension spring (6-6) is located in axle sleeve (6-2) (6-5) clearance fit of convex block II, stretches bullet
The both ends of spring (6-6) are respectively fixedly connected on driven wheel of differential (6-1) and telescopic shaft II (6-3)；Linkage seat (6-7) rotation connects
It connects on telescopic shaft II (6-3), the both ends of linkage seat (6-7) are respectively arranged with a up-side down triangle slot (6-8), two mandrils
The inner end of (4-9) is located at the lower end of two up-side down triangle slots (6-8), and telescopic shaft II (6-3) is slidably connected at transverse slat (6-9)
On, the support rod (5-4) on two driving wheels I (5) is respectively fixedly connected at the both ends of transverse slat (6-9), and transverse slat (6-9) is fixed to be connected
It connects on being sirred and separated bucket (2), the bottom end of telescopic shaft II (6-3) is fixedly connected with powered drive wheel III (6-10)；Active conical tooth
Take turns (4-12) and driven wheel of differential (6-1) engaged transmission；
The driving wheel II (7) includes powered drive wheel IV (7-1), rotation belt wheel I (7-2), drive shaft II (7-3) and pedestal
Plate (7-4)；Powered drive wheel IV (7-1) and rotation belt wheel I (7-2) are respectively fixedly connected at the both ends of drive shaft II (7-3), are driven
Moving axis II (7-3) is rotatably connected on pedestal plate (7-4), and pedestal plate (7-4), which is fixedly connected on, to be sirred and separated on bucket (2)；
The dregs of a decoction discharge pipe (8) includes scum pipe (8-1), deslagging rotation axis (8-2), base plate (8-3), rotary slagging coutrol leaf
Piece (8-4), deslagging rotation belt wheel (8-5), rotation belt wheel II (8-6), short axle (8-7) and rotation belt wheel III (8-8)；Two deslagginves
Pipe (8-1) is symmetrically fixedly connected on the bottom surface for being sirred and separated bucket (2), and two scum pipes (8-1) connect with sirring and separating bucket (2)
Logical, the bottom end of two scum pipes (8-1) is fixedly connected to base plate (8-3), and two deslagging rotation axis (8-2) are rotatablely connected
On two base plates (8-3), two rotary slagging coutrol blades (8-4) are respectively fixedly connected on two deslagging rotation axis (8-2)；
Rotary slagging coutrol blade (8-4) is located in scum pipe (8-1), and rotary slagging coutrol blade (8-4) is bonded with the inner wall of scum pipe (8-1),
Two deslagging rotations belt wheel (8-5) are respectively fixedly connected in the bottom end of two deslagging rotation axis (8-2), and two deslagginves rotate belt wheel
(8-5) is connect with rotation belt wheel II (8-6) by belt V belt translation, and rotation belt wheel II (8-6) is fixedly connected on short axle (8-7)
One end, the other end of short axle (8-7), which is rotatably connected on, to be sirred and separated on bucket (2), and rotation belt wheel III (8-8) is fixedly connected on short axle
The middle-end of (8-7), rotation belt wheel III (8-8) are connect with rotation belt wheel I (7-2) by belt V belt translation；Dregs of a decoction collection box (10)
Positioned at the lower section of two scum pipes (8-1)；
When the inner end of two mandrils (4-9) is located at the upper end of two up-side down triangle slots (6-8), powered drive wheel I (4-7) and
Powered drive wheel II (5-1) separation, powered drive wheel III (6-10) and powered drive wheel IV (7-1) are sequentially connected, power transmission
Take turns the mutual block in convex edge on III (6-10) and powered drive wheel IV (7-1).
2. a kind of mixing medicine processing equipment for separating liquid from solid according to claim 1, it is characterised in that: the medical fluid
Collection box (9) includes collecting box body (9-1), the drain pipe (9-2) with control valve, tube socket plate (9-3) and cylinder connecting plate
(9-5)；The front end for collecting box body (9-1) is fixedly connected with drain pipe (9-2), drain pipe (9-2) and collection box body (9-1)
Connection, two tube socket plates (9-3), which are symmetrically fixedly connected on, collects left and right ends on the inside of box body (9-1), cylinder connecting plate (9-5)
One end, which is fixedly connected on, collects on box body (9-1), is sirred and separated the other end that bucket (2) are fixedly connected on a connecting plate (9-5),
The bottom end of perfusion tube (1-9) on two medical feed pipes (1) is respectively fixedly connected in two tube socket plates (9-3)；Described
Dregs of a decoction collection box (10), which is placed on, collects in box body (9-1).
3. a kind of mixing medicine processing equipment for separating liquid from solid according to claim 2, it is characterised in that: the medical fluid
Collection box (9) further includes rectangle placing groove (9-4), and the rear and front end for collecting box body (9-1) is provided with rectangle placing groove (9-
4)。
4. a kind of mixing medicine processing equipment for separating liquid from solid according to claim 3, it is characterised in that: the dregs of a decoction
The both ends of collection box (10) are all fixedly connected with a protrusive board (10-1), and two protrusive boards (10-1) are located at two rectangles and place
In slot (9-4).
5. a kind of mixing medicine processing equipment for separating liquid from solid according to claim 1, it is characterised in that: the stirring
Body (3-3) includes sleeve I (3-3-1), upper frame plate (3-3-2), lower frame plate (3-3-3), support rod (3-3-4), II (3-3- of sleeve
5), stirring blade (3-3-6)；Sleeve I (3-3-1) is fixedly connected on central axis (3-2), the upper and lower ends of sleeve I (3-3-1)
Uniform ring is divided around multiple upper frame plates (3-3-2) and lower frame plate (3-3-3), lower frame plate (3-3-3) and stirring is fixedly connected with respectively
From the bottom surface fitting on the inside of bucket (2)；Support there are two being fixedly connected between the upper frame plate (3-3-2) and lower frame plate (3-3-3)
Bar (3-3-4)；There are two sleeve II (3-3-5) for rotation connection on the support rod (3-3-4)；The sleeve II (3-3-5)
Outer ring is uniformly surrounded with multiple stirring blades (3-3-6).
6. a kind of mixing medicine processing equipment for separating liquid from solid according to claim 1, it is characterised in that: the power
The convex edge that height is gradually reduced there are two being arranged on driving wheel I (4-7), powered drive wheel I (4-7), II (5- of powered drive wheel
1), powered drive wheel III (6-10) is identical with the structure of powered drive wheel IV (7-1), powered drive wheel I (4-7) and power transmission
II (5-1) of wheel is oppositely arranged, and the mutual block in convex edge on powered drive wheel I (4-7) and powered drive wheel II (5-1), power passes
Driving wheel III (6-10) and powered drive wheel IV (7-1) are oppositely arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811107655.3A CN109045835B (en) | 2018-09-21 | 2018-09-21 | A kind of medical process of mixing uses equipment for separating liquid from solid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811107655.3A CN109045835B (en) | 2018-09-21 | 2018-09-21 | A kind of medical process of mixing uses equipment for separating liquid from solid |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109045835A CN109045835A (en) | 2018-12-21 |
| CN109045835B true CN109045835B (en) | 2019-08-09 |
Family
ID=64763509
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811107655.3A Expired - Fee Related CN109045835B (en) | 2018-09-21 | 2018-09-21 | A kind of medical process of mixing uses equipment for separating liquid from solid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109045835B (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110404448A (en) * | 2019-08-27 | 2019-11-05 | 张生 | A kind of alimentary canal spray solution Preparation equipment |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE202005001395U1 (en) * | 2005-01-28 | 2005-03-31 | Rupp Michael | Filter device, in particular for fish tanks |
| CN201030262Y (en) * | 2007-03-18 | 2008-03-05 | 胡才勇 | Biological pharmacy heating filter |
| CN205250192U (en) * | 2015-11-30 | 2016-05-25 | 武汉兴盛农机技术开发有限公司 | Towed atomizing machine |
| CN107176426B (en) * | 2017-06-17 | 2018-06-26 | 李进虎 | A kind of construction exterior wall claying cement delivery device |
| CN207628302U (en) * | 2017-12-04 | 2018-07-20 | 佛山科学技术学院 | A kind of rabbling mechanism applied in treatment tank |
| CN107998726A (en) * | 2017-12-15 | 2018-05-08 | 郑州默尔电子信息技术有限公司 | A kind of anticlogging centrifugal equipment for separating liquid from solid |
| CN108479609B (en) * | 2018-05-03 | 2020-03-10 | 池仁淼 | Material mixing device for curing forming equipment |
| CN108503244B (en) * | 2018-07-16 | 2019-07-16 | 潞城市九元活性石灰有限公司 | A kind of energy conservation and environmental protection automated lime kiln |
-
2018
- 2018-09-21 CN CN201811107655.3A patent/CN109045835B/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| CN109045835A (en) | 2018-12-21 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205850381U (en) | Helix tube type solid liquid continuous separator | |
| CN109091948B (en) | It is a kind of medicine processing use equipment for separating liquid from solid | |
| CN207401834U (en) | A kind of rinsing device for chemical production | |
| CN109045835B (en) | A kind of medical process of mixing uses equipment for separating liquid from solid | |
| CN110667162B (en) | Squeezing and dewatering device for municipal solid waste treatment and working method thereof | |
| CN209077415U (en) | A kind of food waste treatment equipment | |
| CN109967335A (en) | Automatic processing technology applied to the preparation of Chinese medicine fructus lycii | |
| CN109967336A (en) | A kind of automation preparation system of Chinese medicine fructus lycii slurries | |
| CN210964246U (en) | Peony seed oil edulcoration equipment | |
| CN209227121U (en) | A kind of duck's down acquisition sorting unit with cleaning agitating function | |
| CN209076200U (en) | A kind of Walnut Milk production slurry separator | |
| CN208260205U (en) | A kind of Inulin concentration device | |
| CN108786239A (en) | Medical liquor extraction apparatus | |
| CN113634163B (en) | Starch dehydration equipment | |
| CN202050853U (en) | Soybean milk filtering device | |
| CN108905929A (en) | A kind of reaction kettle with filtering function | |
| CN108165367A (en) | A kind of edible oil oil expression method of rotary extrusion type | |
| CN210786370U (en) | Converter discharging, filtering and classifying device | |
| CN107983006A (en) | A kind of filtration apparatus | |
| CN207760077U (en) | A kind of production wastewater treatment system | |
| CN208449624U (en) | Centrifuge is used in the purification of butynediols crystal | |
| CN207820573U (en) | The one red medlar-picking machine of seed pod leaf separate type | |
| CN206186409U (en) | Agricultural product fluid pressure type oil press | |
| CN215995899U (en) | Perilla seed oil fine filtration device | |
| CN112569689A (en) | Traditional chinese medicine liquid medicine extraction element |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| CB03 | Change of inventor or designer information |
Inventor after: Sun Fang Inventor after: Xia Raoping Inventor before: Xia Raoping |
|
| CB03 | Change of inventor or designer information | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TA01 | Transfer of patent application right |
Effective date of registration: 20190719 Address after: 266034 Department of Obstetrics, Qingdao Women's and Children's Hospital, 217 Liaoyang West Road, North District, Qingdao City, Shandong Province Applicant after: QINGDAO WOMEN AND CHILDREN'S Hospital Address before: 225723 Sanshe Village Cottage, Zhangguo Town, Xinghua City, Taizhou City, Jiangsu Province Applicant before: Xia Raoping |
|
| TA01 | Transfer of patent application right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190809 Termination date: 20210921 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |