CN107961840A - A kind of Respiratory Medicine medicine particle milling equipment - Google Patents
A kind of Respiratory Medicine medicine particle milling equipment Download PDFInfo
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- CN107961840A CN107961840A CN201711211565.4A CN201711211565A CN107961840A CN 107961840 A CN107961840 A CN 107961840A CN 201711211565 A CN201711211565 A CN 201711211565A CN 107961840 A CN107961840 A CN 107961840A
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- sleeve
- rod
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- 239000003814 drug Substances 0.000 title claims abstract description 98
- 239000002245 particle Substances 0.000 title claims abstract description 55
- 229940079593 drug Drugs 0.000 title claims abstract description 33
- 238000003801 milling Methods 0.000 title claims abstract description 23
- 230000000241 respiratory effect Effects 0.000 title claims abstract description 23
- 238000000227 grinding Methods 0.000 claims abstract description 21
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 claims description 39
- 230000007246 mechanism Effects 0.000 claims description 30
- 229910052742 iron Inorganic materials 0.000 claims description 20
- 230000008878 coupling Effects 0.000 claims description 7
- 238000010168 coupling process Methods 0.000 claims description 7
- 238000005859 coupling reaction Methods 0.000 claims description 7
- 230000000694 effects Effects 0.000 abstract description 23
- 208000015943 Coeliac disease Diseases 0.000 description 24
- 239000000843 powder Substances 0.000 description 11
- 238000010586 diagram Methods 0.000 description 7
- 230000002146 bilateral effect Effects 0.000 description 4
- 238000007599 discharging Methods 0.000 description 4
- 206010035664 Pneumonia Diseases 0.000 description 3
- 238000011065 in-situ storage Methods 0.000 description 3
- 238000005096 rolling process Methods 0.000 description 3
- 201000010099 disease Diseases 0.000 description 2
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
- 206010001881 Alveolar proteinosis Diseases 0.000 description 1
- 241000894006 Bacteria Species 0.000 description 1
- 206010006473 Bronchopulmonary aspergillosis Diseases 0.000 description 1
- 241000222122 Candida albicans Species 0.000 description 1
- 206010007134 Candida infections Diseases 0.000 description 1
- 206010035734 Pneumonia staphylococcal Diseases 0.000 description 1
- 208000004430 Pulmonary Aspergillosis Diseases 0.000 description 1
- 230000001154 acute effect Effects 0.000 description 1
- 208000006673 asthma Diseases 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 201000003984 candidiasis Diseases 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 229910001651 emery Inorganic materials 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 201000003453 lung abscess Diseases 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 201000003489 pulmonary alveolar proteinosis Diseases 0.000 description 1
- 230000002685 pulmonary effect Effects 0.000 description 1
- 238000012827 research and development Methods 0.000 description 1
- 208000004048 staphylococcal pneumonia Diseases 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C1/00—Crushing or disintegrating by reciprocating members
- B02C1/14—Stamping mills
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C19/00—Other disintegrating devices or methods
- B02C19/08—Pestle and mortar
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C23/00—Auxiliary methods or auxiliary devices or accessories specially adapted for crushing or disintegrating not provided for in preceding groups or not specially adapted to apparatus covered by a single preceding group
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Mechanical Engineering (AREA)
- Medical Preparation Storing Or Oral Administration Devices (AREA)
- Disintegrating Or Milling (AREA)
Abstract
The present invention relates to a kind of milling equipment, more particularly to a kind of Respiratory Medicine medicine particle milling equipment.The technical problem to be solved in the present invention is to provide it is a kind of it is time saving and energy saving, grinding effect is good, and patient is taken well, rehabilitation speed fast Respiratory Medicine medicine particle milling equipment.In order to solve the above technical problem, the present invention provides such a Respiratory Medicine medicine particle milling equipment, include L-type plate, supporting rod etc.；What the bottom left and right sides was symmetrical in L-type plate is provided with supporting rod, and cylinder is provided between the supporting bar top of the left and right sides, tremie pipe is connected with the left of barrel top, tremie pipe in cylinder with connecting, and left surface lower part is provided with installing plate in L-type plate.The present invention can carry out medicine particle preliminary broken by breaker, and abrasive wheel is preferably ground to medicine particle, and it is good to have reached time saving and energy saving, grinding effect, and patient is taken well, the fast effect of rehabilitation speed.
Description
Technical field
The present invention relates to a kind of milling equipment, more particularly to a kind of Respiratory Medicine medicine particle milling equipment.
Background technology
Respiratory Medicine is a section office in modern Western medicine.Common disease has klebsiellar pneumonia, acute pulmonary abscess, pneumonia ball
Bacterium pneumonia, asthma, staphylococcal pneumonia, pulmonary aspergillosis, pulmonary candidiasis, pulmonary alveolar proteinosis etc..
, it is necessary to which medicine particle is ground into powder during Respiratory Medicine serious patient, and patient is facilitated to be taken medicine
With, it is time-consuming and laborious, grinding effect is bad and when being manually ground to medicine particle, and cause patient to take, cause health
Complex velocity is slow, thus there is an urgent need for research and development it is a kind of it is time saving and energy saving, grinding effect is good, and patient is taken well, rehabilitation speed
Fast Respiratory Medicine medicine particle milling equipment.
The content of the invention
(1) technical problems to be solved
The present invention is when being manually ground medicine particle to overcome, time-consuming and laborious, grinding effect is bad, and causes disease
The shortcomings that people cannot take, cause rehabilitation speed slow, the technical problem to be solved in the present invention is to provide a kind of time saving and energy saving, grinding
Effect is good, and patient is taken well, rehabilitation speed fast Respiratory Medicine medicine particle milling equipment.
(2) technical solution
In order to solve the above technical problem, the present invention provides such a Respiratory Medicine medicine particle milling equipment,
Include L-type plate, supporting rod, cylinder, cross bar, fixed link, tremie pipe, lower hopper, installing plate, lapping device and drawing mechanism, L
What the bottom left and right sides was symmetrical in template is provided with supporting rod, and cylinder, cylinder are provided between the supporting bar top of the left and right sides
Top left side is connected with tremie pipe, and tremie pipe in cylinder with connecting, and left surface lower part is provided with installing plate, installing plate in L-type plate
On rear side of cylinder, lapping device is equipped with the right side of installing plate leading flank between cylinder, the grinding component of lapping device is positioned at circle
It is in contact with it in cylinder, discharge port is provided among bottom of cylinder, is equipped with drawing mechanism among cylinder outer bottom, drawing mechanism is located at
Immediately below material mouth, the outlet member of drawing mechanism is located in discharge port, and what left surface top was symmetrical in L-type plate is provided with horizontal stroke
Bar, is provided with fixed link between upper and lower both sides cross bar right end, fixed link bottom is connected with installing plate crown center, before the cross bar of upside
Lower hopper is installed on the left of portion, lower hopper is connected with tremie pipe top, and lower hopper in tremie pipe with connecting.
Preferably, lapping device includes motor, shaft, sleeve, motion bar, abrasive wheel, the first spring and N-shaped frame, peace
Motor is installed, the output shaft of motor is connected with shaft by shaft coupling, after shaft front end passes through cylinder on the right side of loading board leading flank
Side center location, is then passed through cylinder leading flank center location and is located at outside cylinder, is provided with sleeve in the middle part of shaft, is equipped with sleeve
Motion bar, motion bar are connected with the first spring, motion bar with being slidably matched in sleeve between motion bar top and sleeve inner top
Bottom is provided with N-shaped frame, and rotary type is provided with abrasive wheel in N-shaped frame, and abrasive wheel is contacted with cylinder medial surface.
Preferably, drawing mechanism includes sprue, discharge nozzle, the first guide sleeve, pull rod, the second guide sleeve and montant, outside cylinder
Discharge nozzle is installed, discharge nozzle is located at immediately below discharge port, and discharge nozzle, with being connected in cylinder, is discharged by discharge port among bottom
Bottom of the tube left and right sides symmetrical expression is provided with the first guide sleeve, is equipped with pull rod between the first guide sleeve of the left and right sides, pull rod is equipped with
Second guide sleeve, the second guide sleeve crown center are provided with montant, and montant is located in discharge nozzle, and montant top is provided with sprue, sprue
In discharge port.
Preferably, further included breaker, breaker include the 3rd guide sleeve, the first guide rod, wedge block, connecting rod,
Connecting rod, the 4th guide sleeve, slide bar, contact wheel, pressing plate, web plate, babinet and second spring, fixed link right side central are provided with the 3rd
Guide sleeve, the 3rd guide sleeve is interior to be equipped with the first guide rod, and the first guide rod top is provided with wedge block, and shaft front end is provided with connecting rod, even
Extension bar is located at outside cylinder, and connecting rod is connected with by pin between connecting rod tail end and the first guide rod bottom, among fixed link top
4th guide sleeve is installed, is equipped with slide bar in the 4th guide sleeve, slide bar right end rotary type is provided with contact wheel, contact wheel and wedge block
Contact of incline plane, left surface top is provided with babinet in L-type plate, and babinet is located above lower hopper, Embedded on the left of the bottom of box
Web plate, web plate and lower hopper top contact are installed, pressing plate is equipped with babinet, pressing plate is in be vertically arranged, above and below pressing plate right flank
It is connected with second spring in both sides and babinet above and below right flank between both sides, slide bar left end is right with pressing plate through babinet right side central
Connection in the middle part of side.
Preferably, arc panel has been further included, arc panel is installed on the right side of cylinder medial surface.
Preferably, shaking device has been further included, shaking device includes the second guide rod, fixed plate, pulley, strut, arc
Oscillating deck, the 3rd spring and block is struck, cylinder right upper portion is provided with through hole, and the second guide rod is equipped with through hole, and the second guide rod bottom is pacified
Equipped with fixed plate, fixed plate is located above arc panel, and the second guide rod top is provided with pulley, and pulley is located at outside cylinder, outside cylinder
Right upper portion is provided with strut, and strut top is connected with arcuate oscillating motion plate, arcuate oscillating motion plate medial surface top and cunning by pin
Wheel contact, is connected with the 3rd spring, arcuate oscillating motion plate between arcuate oscillating motion plate medial surface bottom and cylinder lateral surface right upper portion
Bottom, which is provided with, strikes block, strikes block and is located on the right side of cylinder.
Preferably, iron block and magnet have been further included, the outer left surface lower part of discharge nozzle is provided with magnet, pacifies at the top of pull rod left end
Equipped with iron block, iron block, which is located on the left of magnet, to be in contact with it.
Preferably, baffle has been further included, lower hopper bottom right side is connected with baffle by pin, and baffle is matched somebody with somebody with tremie pipe
Close.
Operation principle：Operating personnel pour into medicine particle in lower hopper first, and then the medicine particle in lower hopper leads to
Cross tremie pipe to be discharged into cylinder, you can start lapping device, the grinding component of lapping device is rotated by cylinder to medicine particle
It is ground.When medicine particle is ground into powder, lapping device is closed, you can arrange powdered drug by drawing mechanism
Go out, operating personnel can be collected powdered drug, and then give patients.
Because lapping device includes motor, shaft, sleeve, motion bar, abrasive wheel, the first spring and N-shaped frame, installing plate
Motor is installed on the right side of leading flank, the output shaft of motor is connected with shaft by shaft coupling, and shaft front end passes through cylinder trailing flank
Center location, is then passed through cylinder leading flank center location and is located at outside cylinder, and sleeve is provided with the middle part of shaft, activity is equipped with sleeve
Bar, motion bar are connected with the first spring, motion bar bottom with being slidably matched in sleeve between motion bar top and sleeve inner top
N-shaped frame is installed, rotary type is provided with abrasive wheel in N-shaped frame, and abrasive wheel is contacted with cylinder medial surface, when medicine particle is located at
When in cylinder, you can start motor reversal, motor reversal drives shaft reversion, and shaft reversion band moving sleeve inverts, sleeve reversion
Motion bar reversion is driven, and then drives abrasive wheel reversion, abrasive wheel reversion is ground medicine particle by cylinder, because of first
The effect of spring, abrasive wheel are contacted with medicine particle all the time.When medicine particle is ground into powder, you can close motor.
Because drawing mechanism includes sprue, discharge nozzle, the first guide sleeve, pull rod, the second guide sleeve and montant, cylinder outer bottom
Centre is provided with discharge nozzle, and discharge nozzle is located at immediately below discharge port, discharge nozzle by discharge port with being connected in cylinder, discharge nozzle bottom
Portion left and right sides symmetrical expression is provided with the first guide sleeve, and pull rod is equipped between the first guide sleeve of the left and right sides, and pull rod is equipped with second
Guide sleeve, the second guide sleeve crown center are provided with montant, and montant is located in discharge nozzle, and montant top is provided with sprue, and sprue is located at
In discharge port, when medicine particle is ground into powder, you can pull pull rod to be moved to the left, pull rod is moved to the left and the first guide sleeve
Depart from the second guide sleeve, you can pull sprue to move down by montant, it is powdered when sprue is moved down outside discharge nozzle
Medicine is discharged by discharge nozzle, and operating personnel can be collected powdered drug.After powdered drug is all discharged, i.e.,
Sprue can be pushed back in situ in discharge port, then pull rod is inserted into the first guide sleeve and the second guide sleeve, and then pull rod is by the
Two guide sleeves are fixed.
Because having further included breaker, breaker includes the 3rd guide sleeve, the first guide rod, wedge block, connecting rod, connection
Bar, the 4th guide sleeve, slide bar, contact wheel, pressing plate, web plate, babinet and second spring, fixed link right side central are provided with the 3rd and lead
Set, the 3rd guide sleeve is interior to be equipped with the first guide rod, and the first guide rod top is provided with wedge block, and shaft front end is provided with connecting rod, connection
Bar is located at outside cylinder, is connected with connecting rod by pin between connecting rod tail end and the first guide rod bottom, pacifies among fixed link top
Equipped with the 4th guide sleeve, slide bar is equipped with the 4th guide sleeve, slide bar right end rotary type is provided with contact wheel, and contact wheel is oblique with wedge block
Face contacts, and left surface top is provided with babinet in L-type plate, and babinet is located above lower hopper, Embedded peace on the left of the bottom of box
Equipped with web plate, web plate and lower hopper top contact, babinet is interior to be equipped with pressing plate, and pressing plate is in be vertically arranged, two above and below pressing plate right flank
It is connected with second spring in side and babinet above and below right flank between both sides, slide bar left end passes through babinet right side central and pressing plate right side
Middle face connects, and operating personnel pour into medicine particle in babinet first, and then when the motor is energized, shaft reversion drives connection
Bar inverts, and connecting rod reversion drives the first guide rod to move up and down by connecting rod, because of the effect of second spring, is moved down on the first guide rod
Dynamic to drive contact wheel to move left and right, contact wheel moves left and right band moving slide-bar and moves left and right, and slide bar moves left and right band dynamic pressure plate or so
It is mobile, pressing plate move left and right medicine particle is carried out it is preliminary broken, it is broken after medicine fallen to by web plate in lower hopper,
And then fall in cylinder and further grind.When medicine particle is ground into powder, motor is closed, and then pressing plate stops moving
It is dynamic.In this way, can be more preferable to the grinding effect of medicine particle.
Because having further included arc panel, arc panel is installed on the right side of cylinder medial surface, when abrasive wheel inverts, grinding and arc
The contact of shape plate rolls, and because of the effect of the first spring, abrasive wheel contacts rolling increase pressure on arc panel, and medicine particle is ground
The effect of mill is more preferable.
Because having further included shaking device, shaking device includes the second guide rod, fixed plate, pulley, strut, arcuate oscillating motion
Plate, the 3rd spring and block is struck, cylinder right upper portion is provided with through hole, is equipped with the second guide rod in through hole, the second guide rod bottom is provided with
Fixed plate, fixed plate are located above arc panel, and the second guide rod top is provided with pulley, and pulley is located at outside cylinder, cylinder external right side
Top is provided with strut, and strut top is connected with arcuate oscillating motion plate by pin, and arcuate oscillating motion plate medial surface top connects with pulley
Touch, the 3rd spring, arcuate oscillating motion plate bottom are connected between arcuate oscillating motion plate medial surface bottom and cylinder lateral surface right upper portion
It is provided with and strikes block, strike block and be located on the right side of cylinder, when abrasive wheel reversion is moved to arc panel peak, abrasive wheel continues reversion not
Contacted with arc panel, and then abrasive wheel is contacted with fixed plate, abrasive wheel drives fixed plate to move up, and fixed plate moves up band
Dynamic second guide rod moves up, and the second guide rod moves upwardly through pulley driving arcuate oscillating motion plate left part and moves right, and then arc
Shape oscillating deck right part is moved to the left, the 3rd spring-compressed, and arcuate oscillating motion plate right part swings drive and strikes block to the left to be moved to the left, and strikes block
It is moved to the left and it is carried out with cylinders contact to beat vibrations, and the medicine for making to be sticked on arc panel drops.When abrasive wheel is not with consolidating
When fixed board contacts, because the effect of the 3rd spring, arcuate oscillating motion plate recovers in situ drive to strike block and recover to original position.In this way, it can prevent
Only medicine, which is sticked on arc panel, causes to waste.
Because having further included iron block and magnet, the outer left surface lower part of discharge nozzle is provided with magnet, is installed at the top of pull rod left end
There is iron block, iron block, which is located on the left of magnet, to be in contact with it, and when pull rod pulls to the left, iron block departs from magnet, and then when pull rod is inserted
It is back in situ when second guide sleeve is fixed, iron block is contacted with magnet, and then it is downward to prevent that the second guide sleeve from moving down drive sprue
Movement does not block discharge port.
Because having further included baffle, baffle is connected with by pin on the right side of lower hopper bottom, baffle coordinates with tremie pipe, when
When abrasive wheel inverts, abrasive wheel contacts drive with baffle, and it is moved up, and baffle, which moves up, blocks tremie pipe, and then prevents
Medicine, which is located in tremie pipe, to be blocked.
(3) beneficial effect
The present invention can carry out medicine particle preliminary broken by breaker, and make abrasive wheel preferably to particle
Medicine is ground, and it is good to have reached time saving and energy saving, grinding effect, and patient is taken well, the fast effect of rehabilitation speed
Fruit.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is that the right side of reducing mechanism part-structure of the present invention regards schematic diagram.
Fig. 3 is second of main structure diagram of the present invention.
Fig. 4 is the third main structure diagram of the present invention.
Fig. 5 is the enlarged diagram of part A of the present invention.
Fig. 6 is the 4th kind of main structure diagram of the present invention.
Fig. 7 is the 5th kind of main structure diagram of the present invention.
Mark in attached drawing for：1-L templates, 2- supporting rods, 3- cylinders, 4- cross bars, 5- fixed links, 6- tremie pipes, under 7-
Hopper, 8- installing plates, 9- lapping devices, 91- motors, 92- shafts, 93- sleeves, 94- motion bars, 95- abrasive wheels, 96- first
Spring, 97-n type frame, 10- drawing mechanisms, 101- sprues, 102- discharge nozzles, the first guide sleeves of 103-, 104- pull rods, 105- second
Guide sleeve, 106- montants, 11- breakers, the 3rd guide sleeves of 111-, the first guide rods of 112-, 113- wedge blocks, 114- connecting rods, 115-
Connecting rod, the 4th guide sleeves of 116-, 117- slide bars, 118- contact wheels, 119- pressing plates, 1110- web plates, 1111- babinets, 1112-
Two springs, 12- arc panels, 13- shaking devices, the second guide rods of 131-, 132- fixed plates, 133- pulleys, 134- struts, 135- arcs
Shape oscillating deck, the 3rd springs of 136-, 137- strike block, 138- through holes, 14- iron blocks, 15- magnet, 16- baffles.
Embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of Respiratory Medicine medicine particle milling equipment, as shown in figs. 1-7, includes L-type plate 1, supporting rod 2, cylinder
3rd, cross bar 4, fixed link 5, tremie pipe 6, lower hopper 7, installing plate 8, lapping device 9 and drawing mechanism 10, bottom is left in L-type plate 1
Right bilateral type is provided with supporting rod 2, and cylinder 3,3 top left side of cylinder are provided between 2 top of left and right sides supporting rod
Tremie pipe 6 is connected with, tremie pipe 6 in cylinder 3 with connecting, and left surface lower part is provided with installing plate 8, installing plate 8 in L-type plate 1
Lapping device 9 is equipped between cylinder 3 on the right side of the rear side of cylinder 3,8 leading flank of installing plate, the grinding component of lapping device 9 is located at
It is in contact with it in cylinder 3, discharge port is provided among 3 bottom of cylinder, drawing mechanism 10, discharging dress is equipped among 3 outer bottom of cylinder
10 are put immediately below discharge port, the outlet member of drawing mechanism 10 is located in discharge port, and left surface top is symmetrical in L-type plate 1
Formula is provided with cross bar 4, is provided with fixed link 5 between upper and lower 4 right end of both sides cross bar, 5 bottom of fixed link with the top of installing plate 8
Between connect, cross bar 4 front left in upside is provided with lower hopper 7, and lower hopper 7 is connected with 6 top of tremie pipe, lower hopper 7 and blanking
Connection in pipe 6.
Embodiment 2
A kind of Respiratory Medicine medicine particle milling equipment, as shown in figs. 1-7, includes L-type plate 1, supporting rod 2, cylinder
3rd, cross bar 4, fixed link 5, tremie pipe 6, lower hopper 7, installing plate 8, lapping device 9 and drawing mechanism 10, bottom is left in L-type plate 1
Right bilateral type is provided with supporting rod 2, and cylinder 3,3 top left side of cylinder are provided between 2 top of left and right sides supporting rod
Tremie pipe 6 is connected with, tremie pipe 6 in cylinder 3 with connecting, and left surface lower part is provided with installing plate 8, installing plate 8 in L-type plate 1
Lapping device 9 is equipped between cylinder 3 on the right side of the rear side of cylinder 3,8 leading flank of installing plate, the grinding component of lapping device 9 is located at
It is in contact with it in cylinder 3, discharge port is provided among 3 bottom of cylinder, drawing mechanism 10, discharging dress is equipped among 3 outer bottom of cylinder
10 are put immediately below discharge port, the outlet member of drawing mechanism 10 is located in discharge port, and left surface top is symmetrical in L-type plate 1
Formula is provided with cross bar 4, is provided with fixed link 5 between upper and lower 4 right end of both sides cross bar, 5 bottom of fixed link with the top of installing plate 8
Between connect, cross bar 4 front left in upside is provided with lower hopper 7, and lower hopper 7 is connected with 6 top of tremie pipe, lower hopper 7 and blanking
Connection in pipe 6.
Lapping device 9 includes motor 91, shaft 92, sleeve 93, motion bar 94, abrasive wheel 95, the first spring 96 and N-shaped
Frame 97,8 leading flank of installing plate right side are provided with motor 91, and the output shaft of motor 91 is connected with shaft 92, shaft by shaft coupling
92 front ends pass through 3 trailing flank center location of cylinder, are then passed through 3 leading flank center location of cylinder and are located at outside cylinder 3, the middle part of shaft 92
Sleeve 93 is installed, motion bar 94 is equipped with sleeve 93, motion bar 94 in sleeve 93 with being slidably matched, 94 top of motion bar and set
The first spring 96 is connected between 93 inner tops of cylinder, and 94 bottom of motion bar is provided with N-shaped frame 97, the peace of rotary type in N-shaped frame 97
Equipped with abrasive wheel 95, abrasive wheel 95 is contacted with 3 medial surface of cylinder.
Embodiment 3
A kind of Respiratory Medicine medicine particle milling equipment, as shown in figs. 1-7, includes L-type plate 1, supporting rod 2, cylinder
3rd, cross bar 4, fixed link 5, tremie pipe 6, lower hopper 7, installing plate 8, lapping device 9 and drawing mechanism 10, bottom is left in L-type plate 1
Right bilateral type is provided with supporting rod 2, and cylinder 3,3 top left side of cylinder are provided between 2 top of left and right sides supporting rod
Tremie pipe 6 is connected with, tremie pipe 6 in cylinder 3 with connecting, and left surface lower part is provided with installing plate 8, installing plate 8 in L-type plate 1
Lapping device 9 is equipped between cylinder 3 on the right side of the rear side of cylinder 3,8 leading flank of installing plate, the grinding component of lapping device 9 is located at
It is in contact with it in cylinder 3, discharge port is provided among 3 bottom of cylinder, drawing mechanism 10, discharging dress is equipped among 3 outer bottom of cylinder
10 are put immediately below discharge port, the outlet member of drawing mechanism 10 is located in discharge port, and left surface top is symmetrical in L-type plate 1
Formula is provided with cross bar 4, is provided with fixed link 5 between upper and lower 4 right end of both sides cross bar, 5 bottom of fixed link with the top of installing plate 8
Between connect, cross bar 4 front left in upside is provided with lower hopper 7, and lower hopper 7 is connected with 6 top of tremie pipe, lower hopper 7 and blanking
Connection in pipe 6.
Lapping device 9 includes motor 91, shaft 92, sleeve 93, motion bar 94, abrasive wheel 95, the first spring 96 and N-shaped
Frame 97,8 leading flank of installing plate right side are provided with motor 91, and the output shaft of motor 91 is connected with shaft 92, shaft by shaft coupling
92 front ends pass through 3 trailing flank center location of cylinder, are then passed through 3 leading flank center location of cylinder and are located at outside cylinder 3, the middle part of shaft 92
Sleeve 93 is installed, motion bar 94 is equipped with sleeve 93, motion bar 94 in sleeve 93 with being slidably matched, 94 top of motion bar and set
The first spring 96 is connected between 93 inner tops of cylinder, and 94 bottom of motion bar is provided with N-shaped frame 97, the peace of rotary type in N-shaped frame 97
Equipped with abrasive wheel 95, abrasive wheel 95 is contacted with 3 medial surface of cylinder.
Drawing mechanism 10 includes sprue 101, discharge nozzle 102, the first guide sleeve 103, pull rod 104, the second guide sleeve 105 and erects
Bar 106, discharge nozzle 102 is provided among 3 outer bottom of cylinder, and discharge nozzle 102 is located at immediately below discharge port, and discharge nozzle 102 passes through
Connect in discharge port and cylinder 3, symmetrical expression is provided with the first guide sleeve 103 at left and right sides of 102 bottom of discharge nozzle, the left and right sides the
Pull rod 104 is equipped between one guide sleeve 103, pull rod 104 is equipped with the second guide sleeve 105, and 105 crown center of the second guide sleeve is provided with perpendicular
Bar 106, montant 106 are located in discharge nozzle 102, and 106 top of montant is provided with sprue 101, and sprue 101 is located in discharge port.
Embodiment 4
A kind of Respiratory Medicine medicine particle milling equipment, as shown in figs. 1-7, includes L-type plate 1, supporting rod 2, cylinder
3rd, cross bar 4, fixed link 5, tremie pipe 6, lower hopper 7, installing plate 8, lapping device 9 and drawing mechanism 10, bottom is left in L-type plate 1
Right bilateral type is provided with supporting rod 2, and cylinder 3,3 top left side of cylinder are provided between 2 top of left and right sides supporting rod
Tremie pipe 6 is connected with, tremie pipe 6 in cylinder 3 with connecting, and left surface lower part is provided with installing plate 8, installing plate 8 in L-type plate 1
Lapping device 9 is equipped between cylinder 3 on the right side of the rear side of cylinder 3,8 leading flank of installing plate, the grinding component of lapping device 9 is located at
It is in contact with it in cylinder 3, discharge port is provided among 3 bottom of cylinder, drawing mechanism 10, discharging dress is equipped among 3 outer bottom of cylinder
10 are put immediately below discharge port, the outlet member of drawing mechanism 10 is located in discharge port, and left surface top is symmetrical in L-type plate 1
Formula is provided with cross bar 4, is provided with fixed link 5 between upper and lower 4 right end of both sides cross bar, 5 bottom of fixed link with the top of installing plate 8
Between connect, cross bar 4 front left in upside is provided with lower hopper 7, and lower hopper 7 is connected with 6 top of tremie pipe, lower hopper 7 and blanking
Connection in pipe 6.
Lapping device 9 includes motor 91, shaft 92, sleeve 93, motion bar 94, abrasive wheel 95, the first spring 96 and N-shaped
Frame 97,8 leading flank of installing plate right side are provided with motor 91, and the output shaft of motor 91 is connected with shaft 92, shaft by shaft coupling
92 front ends pass through 3 trailing flank center location of cylinder, are then passed through 3 leading flank center location of cylinder and are located at outside cylinder 3, the middle part of shaft 92
Sleeve 93 is installed, motion bar 94 is equipped with sleeve 93, motion bar 94 in sleeve 93 with being slidably matched, 94 top of motion bar and set
The first spring 96 is connected between 93 inner tops of cylinder, and 94 bottom of motion bar is provided with N-shaped frame 97, the peace of rotary type in N-shaped frame 97
Equipped with abrasive wheel 95, abrasive wheel 95 is contacted with 3 medial surface of cylinder.
Drawing mechanism 10 includes sprue 101, discharge nozzle 102, the first guide sleeve 103, pull rod 104, the second guide sleeve 105 and erects
Bar 106, discharge nozzle 102 is provided among 3 outer bottom of cylinder, and discharge nozzle 102 is located at immediately below discharge port, and discharge nozzle 102 passes through
Connect in discharge port and cylinder 3, symmetrical expression is provided with the first guide sleeve 103 at left and right sides of 102 bottom of discharge nozzle, the left and right sides the
Pull rod 104 is equipped between one guide sleeve 103, pull rod 104 is equipped with the second guide sleeve 105, and 105 crown center of the second guide sleeve is provided with perpendicular
Bar 106, montant 106 are located in discharge nozzle 102, and 106 top of montant is provided with sprue 101, and sprue 101 is located in discharge port.
Further included breaker 11, breaker 11 include the 3rd guide sleeve 111, the first guide rod 112, wedge block 113,
Connecting rod 114, connecting rod 115, the 4th guide sleeve 116, slide bar 117, contact wheel 118, pressing plate 119, web plate 1110, babinet 1111 and
Two springs 1112,5 right side central of fixed link are provided with the 3rd guide sleeve 111, are equipped with the first guide rod 112 in the 3rd guide sleeve 111, and first
112 top of guide rod is provided with wedge block 113, and 92 front end of shaft is provided with connecting rod 115, and connecting rod 115 is located at outside cylinder 3, even
Connecting rod 114 is connected with by pin between 112 bottom of 115 tail end of extension bar and the first guide rod, is provided among 5 top of fixed link
Four guide sleeves 116, are equipped with slide bar 117 in the 4th guide sleeve 116,117 right end rotary type of slide bar is provided with contact wheel 118, contact wheel
118 with 113 contact of incline plane of wedge block, left surface top is provided with babinet 1111 in L-type plate 1, and babinet 1111 is located on lower hopper 7
Side, 1111 bottom left of babinet is Embedded to be provided with web plate 1110, web plate 1110 and 7 top contact of lower hopper, babinet 1111
Interior to be equipped with pressing plate 119, pressing plate 119 is in be vertically arranged, both sides and above and below right flank in babinet 1,111 two above and below 119 right flank of pressing plate
Second spring 1112 is connected between side, 117 left end of slide bar connects through 1111 right side central of babinet and 119 right flank middle part of pressing plate
Connect.
Arc panel 12 has been further included, arc panel 12 is installed on the right side of 3 medial surface of cylinder.
Shaking device 13 is further included, shaking device 13 includes the second guide rod 131, fixed plate 132, pulley 133, strut
134th, arcuate oscillating motion plate 135, the 3rd spring 136 and block 137 is struck, 3 right upper portion of cylinder is provided with through hole 138, is equipped with through hole 138
Second guide rod 131,131 bottom of the second guide rod are provided with fixed plate 132, and fixed plate 132 is located at the top of arc panel 12, the second guide rod
131 tops are provided with pulley 133, and pulley 133 is located at outside cylinder 3, and 3 external right side top of cylinder is provided with strut 134, strut 134
Top is connected with arcuate oscillating motion plate 135 by pin, and 135 medial surface top of arcuate oscillating motion plate is contacted with pulley 133, arcuate oscillating motion
The 3rd spring 136,135 bottom of arcuate oscillating motion plate peace are connected between 3 lateral surface right upper portion of 135 medial surface bottom of plate and cylinder
Equipped with block 137 is struck, strike block 137 and be located at the right side of cylinder 3.
Iron block 14 and magnet 15 are further included, the outer left surface lower part of discharge nozzle 102 is provided with magnet 15,104 left end of pull rod
Top is provided with iron block 14, and iron block 14 is located at the left side of magnet 15 and is in contact with it.
Baffle 16 is further included, 7 bottom of lower hopper right side is connected with baffle 16 by pin, and baffle 16 is matched somebody with somebody with tremie pipe 6
Close.
Operation principle：Operating personnel pour into medicine particle in lower hopper 7 first, and then the medicine particle in lower hopper 7
Be discharged into by tremie pipe 6 in cylinder 3, you can start lapping device 9, the grinding component of lapping device 9 rotate by cylinder 3 to
Grain medicine is ground.When medicine particle is ground into powder, lapping device 9 is closed, you can powder is made by drawing mechanism 10
Last shape medicine discharge, operating personnel can be collected powdered drug, and then give patients.
Because lapping device 9 includes motor 91, shaft 92, sleeve 93, motion bar 94, abrasive wheel 95, the first spring 96
With N-shaped frame 97,8 leading flank of installing plate right side is provided with motor 91, and the output shaft of motor 91 is connected with shaft 92 by shaft coupling,
92 front end of shaft passes through 3 trailing flank center location of cylinder, is then passed through 3 leading flank center location of cylinder and is located at outside cylinder 3, shaft 92
Middle part is provided with sleeve 93, is equipped with motion bar 94 in sleeve 93, motion bar 94 in sleeve 93 with being slidably matched, 94 top of motion bar
It is connected with the first spring 96 between 93 inner top of sleeve, 94 bottom of motion bar is provided with N-shaped frame 97, rotary type in N-shaped frame 97
Abrasive wheel 95 is installed, abrasive wheel 95 is contacted with 3 medial surface of cylinder, when medicine particle is located in cylinder 3, you can start electricity
Machine 91 inverts, and the reversion of motor 91 drives shaft 92 to invert, and the reversion band moving sleeve 93 of shaft 92 inverts, and sleeve 93 inverts drive activity
Bar 94 inverts, and then drives abrasive wheel 95 to invert, and the reversion of abrasive wheel 95 is ground medicine particle by cylinder 3, because of first
The effect of spring 96, abrasive wheel 95 are contacted with medicine particle all the time.When medicine particle is ground into powder, you can close motor
91。
Because drawing mechanism 10 includes sprue 101, discharge nozzle 102, the first guide sleeve 103, pull rod 104, the second guide sleeve 105
With montant 106, discharge nozzle 102 is installed among 3 outer bottom of cylinder, discharge nozzle 102 is located at immediately below discharge port, discharge nozzle 102
By discharge port with being connected in cylinder 3, symmetrical expression is provided with the first guide sleeve 103, left and right two at left and right sides of 102 bottom of discharge nozzle
Pull rod 104 is equipped between the first guide sleeve of side 103, pull rod 104 is equipped with the second guide sleeve 105, the installation of 105 crown center of the second guide sleeve
There is montant 106, montant 106 is located in discharge nozzle 102, and 106 top of montant is provided with sprue 101, and sprue 101 is located at discharge port
It is interior, when medicine particle is ground into powder, you can pull pull rod 104 to be moved to the left, pull rod 104 is moved to the left and the first guide sleeve
103 and second guide sleeve 105 depart from, you can by montant 106 pull sprue 101 move down, sprue 101, which moves down, to be located at
When expects pipe 102 is outer, powdered drug is discharged by discharge nozzle 102, and operating personnel can be collected powdered drug.Work as powder
Last shape medicine is all after discharge, you can sprue 101 is pushed back to original position in discharge port, then pull rod 104 is inserted into first and is led
In 103 and second guide sleeve 105 of set, and then pull rod 104 fixes the second guide sleeve 105.
Because having further included breaker 11, breaker 11 includes the 3rd guide sleeve 111, the first guide rod 112, wedge block
113rd, connecting rod 114, connecting rod 115, the 4th guide sleeve 116, slide bar 117, contact wheel 118, pressing plate 119, web plate 1110, babinet 1111
With second spring 1112,5 right side central of fixed link is provided with the 3rd guide sleeve 111, the first guide rod 112 is equipped with the 3rd guide sleeve 111,
First guide rod, 112 top is provided with wedge block 113, and 92 front end of shaft is provided with connecting rod 115, and connecting rod 115 is located at cylinder 3
Outside, connecting rod 114 is connected with by pin between 112 bottom of 115 tail end of connecting rod and the first guide rod, pacified among 5 top of fixed link
Equipped with the 4th guide sleeve 116, slide bar 117 is equipped with the 4th guide sleeve 116,117 right end rotary type of slide bar is provided with contact wheel 118,
Contact wheel 118 and 113 contact of incline plane of wedge block, left surface top is provided with babinet 1111 in L-type plate 1, under babinet 1111 is located at
The top of hopper 7,1111 bottom left of babinet is Embedded to be provided with web plate 1110, web plate 1110 and 7 top contact of lower hopper, case
Pressing plate 119 is equipped with body 1111, pressing plate 119 is in be vertically arranged, both sides and right flank in babinet 1111 above and below 119 right flank of pressing plate
Second spring 1112 is connected between upper and lower both sides, 117 left end of slide bar passes through 1111 right side central of babinet and 119 right flank of pressing plate
Middle part connects, and operating personnel pour into medicine particle in babinet 1111 first, and then when motor 91 starts, shaft 92 inverts band
Dynamic connecting rod 115 inverts, and the reversion of connecting rod 115 drives the first guide rod 112 to move up and down by connecting rod 114, because of second spring
1112 effect, the first guide rod 112, which moves up and down, drives contact wheel 118 to move left and right, and contact wheel 118 moves left and right band moving slide-bar
117 move left and right, and slide bar 117 moves left and right band dynamic pressure plate 119 and moves left and right, and pressing plate 119, which moves left and right, carries out medicine particle
Preliminary is broken, and the medicine after crushing is fallen in lower hopper 7 by web plate 1110, and then falls to further in cylinder 3
Grinding.When medicine particle is ground into powder, motor 91 is closed, and then pressing plate 119 stops movement.In this way, can be to particle medicinal
The grinding effect of product is more preferable.
Because having further included arc panel 12, arc panel 12 is installed on the right side of 3 medial surface of cylinder, when abrasive wheel 95 inverts,
Grinding contacts rolling with arc panel 12, and because of the effect of the first spring 96, abrasive wheel 95 contacts rolling increase pressure on arc panel 12
Power, and it is more preferable to the effect of medicine particle grinding.
Because having further included shaking device 13, shaking device 13 include the second guide rod 131, fixed plate 132, pulley 133,
Strut 134, arcuate oscillating motion plate 135, the 3rd spring 136 and block 137 is struck, 3 right upper portion of cylinder is provided with through hole 138, in through hole 138
Equipped with the second guide rod 131,131 bottom of the second guide rod is provided with fixed plate 132, and fixed plate 132 is located above arc panel 12, and second
131 top of guide rod is provided with pulley 133, and pulley 133 is located at outside cylinder 3, and 3 external right side top of cylinder is provided with strut 134, strut
134 tops are connected with arcuate oscillating motion plate 135 by pin, and 135 medial surface top of arcuate oscillating motion plate is contacted with pulley 133, arc
The 3rd spring 136,135 bottom of arcuate oscillating motion plate are connected between 3 lateral surface right upper portion of 135 medial surface bottom of oscillating deck and cylinder
End, which is provided with, strikes block 137, strikes block 137 and is located at the right side of cylinder 3, when the reversion of abrasive wheel 95 is moved to 12 peak of arc panel, grinds
Emery wheel 95 continues reversion and is not contacted with arc panel 12, and then abrasive wheel 95 is contacted with fixed plate 132, and abrasive wheel 95 drives fixed plate
132 move up, and fixed plate 132, which moves up, drives the second guide rod 131 to move up, and the second guide rod 131 moves upwardly through
Pulley 133 drives 135 left part of arcuate oscillating motion plate to move right, and then 135 right part of arcuate oscillating motion plate is moved to the left, the 3rd spring
136 compressions, 135 right part of arcuate oscillating motion plate swings drive and strikes block 137 to the left to be moved to the left, and is struck block 137 and is moved to the left and is connect with cylinder 3
Touch and it is carried out to beat vibrations, and the medicine for making to be sticked on arc panel 12 drops.When abrasive wheel 95 is not contacted with fixed plate 132
When, because of the effect of the 3rd spring 136, arcuate oscillating motion plate 135 recovers to original position drive to strike block 137 and recover to original position.In this way, it can prevent
Only medicine is sticked on arc panel 12 and causes to waste.
Because having further included iron block 14 and magnet 15, the outer left surface lower part of discharge nozzle 102 is provided with magnet 15, pull rod 104
Iron block 14 is installed at the top of left end, iron block 14 is located at the left side of magnet 15 and is in contact with it, when pull rod 104 pulls to the left, iron block 14
Depart from magnet 15, and then when pull rod 104 turns back to original position and fixes the second guide sleeve 105, iron block 14 is contacted with magnet 15, into
And prevent the second guide sleeve 105 moves down from driving sprue 101 to move down and do not block discharge port.
Because having further included baffle 16, baffle 16, baffle 16 and tremie pipe are connected with by pin on the right side of 7 bottom of lower hopper
6 coordinate, and when abrasive wheel 95 inverts, abrasive wheel 95 contacts drive with baffle 16, and it is moved up, and baffle 16 is moved up by under
Expects pipe 6 is blocked, and then prevents medicine is located in tremie pipe 6 from being blocked.
Embodiment described above only expresses the preferred embodiment of the present invention, its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention cannot be interpreted as.It should be pointed out that for those of ordinary skill in the art
For, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (8)
1. a kind of Respiratory Medicine medicine particle milling equipment, it is characterised in that include L-type plate (1), supporting rod (2), cylinder
(3), cross bar (4), fixed link (5), tremie pipe (6), lower hopper (7), installing plate (8), lapping device (9) and drawing mechanism
(10), it is symmetrical at left and right sides of the interior bottom of L-type plate (1) that supporting rod (2) is installed, between left and right sides supporting rod (2) top
Cylinder (3) is installed, cylinder (3) top left side is connected with tremie pipe (6), and tremie pipe (6) in cylinder (3) with connecting, L-type plate
(1) interior left surface lower part is provided with installing plate (8), and installing plate (8) is located on rear side of cylinder (3), on the right side of installing plate (8) leading flank with
Lapping device (9) is equipped between cylinder (3), the grinding component of lapping device (9), which is located in cylinder (3), to be in contact with it, cylinder (3)
Discharge port is provided among bottom, is equipped with drawing mechanism (10) among cylinder (3) outer bottom, drawing mechanism (10) is being located at discharge port just
Lower section, the outlet member of drawing mechanism (10) are located in discharge port, and the interior left surface top symmetrical expression of L-type plate (1) is provided with horizontal stroke
Bar (4), fixed link (5), fixed link (5) bottom and installing plate (8) crown center are provided between upper and lower both sides cross bar (4) right end
Connection, upside cross bar (4) front left are provided with lower hopper (7), and lower hopper (7) is connected with tremie pipe (6) top, lower hopper
(7) with being connected in tremie pipe (6).
A kind of 2. Respiratory Medicine medicine particle milling equipment according to claim 1, it is characterised in that lapping device
(9) motor (91), shaft (92), sleeve (93), motion bar (94), abrasive wheel (95), the first spring (96) and N-shaped frame are included
(97), motor (91) is installed on the right side of installing plate (8) leading flank, the output shaft of motor (91) is connected with shaft by shaft coupling
(92), shaft (92) front end passes through cylinder (3) trailing flank center location, is then passed through cylinder (3) leading flank center location positioned at circle
Cylinder (3) outside, is provided with sleeve (93), motion bar (94), motion bar (94) and sleeve is equipped with sleeve (93) in the middle part of shaft (92)
(93) it is slidably matched in, the first spring (96), motion bar is connected between motion bar (94) top and sleeve (93) inner top
(94) bottom is provided with N-shaped frame (97), and N-shaped frame (97) interior rotary type is provided with abrasive wheel (95), abrasive wheel (95) and cylinder
(3) medial surface contacts.
A kind of 3. Respiratory Medicine medicine particle milling equipment according to claim 2, it is characterised in that drawing mechanism
(10) sprue (101), discharge nozzle (102), the first guide sleeve (103), pull rod (104), the second guide sleeve (105) and montant are included
(106), discharge nozzle (102) is installed, discharge nozzle (102) is located at immediately below discharge port, discharge nozzle among cylinder (3) outer bottom
(102) by discharge port with being connected in cylinder (3), symmetrical expression is provided with the first guide sleeve at left and right sides of discharge nozzle (102) bottom
(103), pull rod (104) is equipped between the first guide sleeve of the left and right sides (103), pull rod (104) is equipped with the second guide sleeve (105), the
Two guide sleeves (105) crown center is provided with montant (106), and montant (106) is located in discharge nozzle (102), montant (106) top peace
Equipped with sprue (101), sprue (101) is located in discharge port.
4. a kind of Respiratory Medicine medicine particle milling equipment according to claim 3, it is characterised in that further included brokenly
Crushing device (11), breaker (11) include the 3rd guide sleeve (111), the first guide rod (112), wedge block (113), connecting rod
(114), connecting rod (115), the 4th guide sleeve (116), slide bar (117), contact wheel (118), pressing plate (119), web plate (1110), case
Body (1111) and second spring (1112), fixed link (5) right side central are provided with the 3rd guide sleeve (111), and the 3rd guide sleeve (111) is interior
Equipped with the first guide rod (112), the first guide rod (112) top is provided with wedge block (113), and shaft (92) front end is provided with connecting rod
(115), connecting rod (115) is located at cylinder (3) outside, passes through pin between connecting rod (115) tail end and the first guide rod (112) bottom
Connecting rod (114) is connected with, the 4th guide sleeve (116) is installed among fixed link (5) top, slide bar is equipped with the 4th guide sleeve (116)
(117), slide bar (117) right end rotary type is provided with contact wheel (118), and contact wheel (118) connects with wedge block (113) inclined-plane
Touch, the interior left surface top of L-type plate (1) is provided with babinet (1111), and babinet (1111) is located above lower hopper (7), babinet
(1111) bottom left is Embedded is provided with web plate (1110), web plate (1110) and lower hopper (7) top contact, babinet
(1111) pressing plate (119) is equipped with, pressing plate (119) is in be vertically arranged, both sides and babinet (1111) above and below pressing plate (119) right flank
Second spring (1112) is connected between both sides above and below interior right flank, slide bar (117) left end passes through babinet (1111) right side central
It is connected with pressing plate (119) right flank middle part.
5. a kind of Respiratory Medicine medicine particle milling equipment according to claim 4, it is characterised in that further included arc
Shape plate (12), cylinder (3) medial surface right side are provided with arc panel (12).
6. a kind of Respiratory Medicine medicine particle milling equipment according to claim 5, it is characterised in that further included shake
Dynamic device (13), shaking device (13) include the second guide rod (131), fixed plate (132), pulley (133), strut (134), arc
Shape oscillating deck (135), the 3rd spring (136) and block (137) is struck, cylinder (3) right upper portion is provided with through hole (138), through hole (138)
The second guide rod (131) is inside equipped with, the second guide rod (131) bottom is provided with fixed plate (132), and fixed plate (132) is located at arc panel
(12) top, the second guide rod (131) top are provided with pulley (133), and pulley (133) is located at cylinder (3) outside, and cylinder (3) is right outside
Upper lateral part is provided with strut (134), and strut (134) top is connected with arcuate oscillating motion plate (135), arcuate oscillating motion plate by pin
(135) medial surface top is contacted with pulley (133), on arcuate oscillating motion plate (135) medial surface bottom and cylinder (3) lateral surface right side
The 3rd spring (136) is connected between portion, arcuate oscillating motion plate (135) bottom, which is provided with, strikes block (137), strikes block (137) positioned at circle
On the right side of cylinder (3).
7. a kind of Respiratory Medicine medicine particle milling equipment according to claim 6, it is characterised in that further included iron
Block (14) and magnet (15), the outer left surface lower part of discharge nozzle (102) are provided with magnet (15), are installed at the top of pull rod (104) left end
There is iron block (14), iron block (14), which is located on the left of magnet (15), to be in contact with it.
8. a kind of Respiratory Medicine medicine particle milling equipment according to claim 7, it is characterised in that further included gear
Plate (16), lower hopper (7) bottom right side are connected with baffle (16) by pin, and baffle (16) coordinates with tremie pipe (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201711211565.4A CN107961840B (en) | 2017-11-28 | 2017-11-28 | A kind of Respiratory Medicine medicine particle milling equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711211565.4A CN107961840B (en) | 2017-11-28 | 2017-11-28 | A kind of Respiratory Medicine medicine particle milling equipment |
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| CN107961840B CN107961840B (en) | 2019-05-07 |
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| CN110802765A (en) * | 2019-12-04 | 2020-02-18 | 温州宏量机械科技有限公司 | A vibration device for in plastic raw materials production process |
| CN110813415A (en) * | 2019-10-12 | 2020-02-21 | 高素芳 | Pestle equipment of moxa stick production |
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|---|---|
| CN107961840B (en) | 2019-05-07 |
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