CN206746438U - A kind of medical packaging produces printing high-efficiency stirring equipment - Google Patents
A kind of medical packaging produces printing high-efficiency stirring equipment Download PDFInfo
- Publication number
- CN206746438U CN206746438U CN201720425002.4U CN201720425002U CN206746438U CN 206746438 U CN206746438 U CN 206746438U CN 201720425002 U CN201720425002 U CN 201720425002U CN 206746438 U CN206746438 U CN 206746438U
- Authority
- CN
- China
- Prior art keywords
- gear
- plate
- rotating shaft
- discharge nozzle
- agitator
- 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
Landscapes
- Mixers Of The Rotary Stirring Type (AREA)
Abstract
It the utility model is related to a kind of medical packaging production printing mixing plant, more particularly to a kind of medical packaging production printing high-efficiency stirring equipment.The technical problems to be solved in the utility model is to provide that a kind of mixing speed is fast, operating efficiency is high, and the impurity in material can be carried out to filter medical packaging production printing high-efficiency stirring equipment.In order to solve the above-mentioned technical problem, the utility model provides such a medical packaging production printing high-efficiency stirring equipment, includes bottom plate, collection frame, right plate, left plate, transverse slat, agitator, first discharge nozzle etc.；Bolted mode is passed sequentially through at the top of bottom plate from left to right left plate, collection frame and right plate are installed, agitator is provided with above bottom plate, the first discharge nozzle is connected with the right side of agitator, the first discharge nozzle in agitator with connecting.The utility model rotates the Double stirring rotated with agitator by stirring vane, more preferable to the mixing effect of material, and then material is preferably used.
Description
Technical field
The present invention relates to a kind of medical packaging to produce printing mixing plant, more particularly to a kind of production printing of medical packaging
With high-efficiency stirring equipment.
Background technology
Medicine is the material or preparation of prevention or treatment or diagnosing human and livestock disease.Medicine by sources divides natural drug
And synthetic drug.Medical also preventable disease, treats disease, reduces pain, improves health, or resistance of the enhancing body to disease
The material of power or assisted diagnosis disease.
Medical packaging is all to need to be printed, and prints and be required for material, material using being preceding required for stirring, and then
Material is set preferably to be printed to medical packaging, when being manually stirred to material, mixing speed is slow, operating efficiency is low,
It is also easy to infiltrate impurity in material in whipping process, therefore needs that a kind of mixing speed of research and development is fast, operating efficiency is high badly, can be right
The medical packaging production printing high-efficiency stirring equipment that impurity in material is filtered.
The content of the invention
(1) technical problems to be solved
When the present invention is manually stirred to overcome to material, mixing speed is slow, operating efficiency is low, is also easy to stirring
During the shortcomings that infiltrating impurity in material, the technical problem to be solved in the present invention is to provide a kind of mixing speed is fast, work
Efficiency high, the impurity in material can be carried out to filter medical packaging production printing high-efficiency stirring equipment.
(2) technical scheme
In order to solve the above-mentioned technical problem, the invention provides the production printing of such a medical packaging to be set with high-efficiency stirring
It is standby, include bottom plate, collection frame, right plate, left plate, transverse slat, agitator, the first discharge nozzle, the first valve, discharging device and
Rotating device, bottom plate top pass sequentially through bolted mode and are provided with left plate, collection frame and right plate, bottom from left to right
Agitator is provided with above plate, the first discharge nozzle is connected with the right side of agitator, the first discharge nozzle in agitator with connecting, the first discharging
Pipe is provided with the first valve, and rotating device is provided between left plate and right plate, and rotary part and the agitator of rotating device connect
Connect, right plate left surface top is provided with transverse slat by bolted connection, and transverse slat left surface is provided with discharging device, blowing dress
The outlet member put and the first discharge nozzle coordinate.
Preferably, discharging device includes placing frame, the second discharge nozzle, the second valve, cover plate and handle, transverse slat left surface
Placing frame is installed by bolted connection, places and is connected with the second discharge nozzle among frame bottom, the second discharge nozzle is with putting
Inframe connection is put, the second discharge nozzle is provided with the second valve, and the second discharge nozzle and the first discharge nozzle coordinate, be provided with above placing frame
Cover plate, cover plate coordinate with placing frame, and the outer crown center of cover plate is provided with handle by bolted connection.
Preferably, rotating device includes first bearing seat, first rotating shaft, gear ring, fixed block, the first motor and the first tooth
First bearing seat is all installed by bolted connection in the middle part of wheel, left plate right flank middle part and right plate left surface, the
One bearing block is provided with first rotating shaft to be symmetrical arranged in first bearing seat, first rotating shaft is by way of interference connection with the
Bearing connection in one bearing block, left side first rotating shaft right-hand member and agitator are bolted among left surface outside, right side the
It is bolted, is covered by bolted connection among agitator with teeth among one rotating shaft left end and agitator external right side face
Circle, left plate right flank top are provided with fixed block by bolted connection, and fixed block right flank middle part is connected by bolt
The mode connect is provided with the first motor, and the first motor is connected with being horizontally disposed with the output shaft of the first motor by shaft coupling
First gear, first gear are located above gear ring, and first gear engages with gear ring.
Preferably, filter is also included, filter includes second bearing seat, the second rotating shaft, second gear, convex
Wheel, sliding block, the first spring, filter frame and fixed dam, left plate right flank bottom are provided with by bolted connection
Two bearing bracket, the second rotating shaft is installed, the second rotating shaft is by way of interference connection and in second bearing seat in second bearing seat
Bearing connection, the second rotating shaft right part is provided with second gear by bolted connection, and second gear be located at gear ring lower section,
Second gear engages with gear ring, and the second rotating shaft right part is provided with cam by bolted connection, and cam is located at second gear
Right side, left surface top and right flank top are all provided with chute in collection frame, and chute is provided with to be symmetrical arranged, in chute matches somebody with somebody with it
The sliding block of conjunction, sliding block and slide coordinate, and are connected with the first spring between slider bottom and chute inner bottom part, left slider with
Filter frame is installed by bolted connection, filter frame left side top is pacified by bolted connection between the sliding block of right side
Equipped with fixed dam, fixed dam is located at below cam, fixed dam and cam engagement.
Preferably, also include agitating device, agitating device include 3rd bearing seat, the 3rd rotating shaft, the 3rd gear and
Stirring vane, placing frame left lower is Embedded to be provided with 3rd bearing seat, and the 3rd rotating shaft is provided with 3rd bearing seat, the
Three rotating shafts are connected by way of interference connection with the bearing in 3rd bearing seat, the side that the 3rd rotating shaft left part is bolted
Formula is provided with the 3rd gear, and second gear is located above first gear, and first gear engages with second gear, the 3rd rotating shaft right part
Provided with stirring vane, stirring vane is located in placing frame.
Preferably, second spring and steel ball are also included, agitator medial surface is evenly spaced to be connected with second spring, and
Two spring tail ends are connected with steel ball.
Preferably, also include reinforcement, reinforcement is connected between bottom dome and left plate right flank, reinforcement is in
It is obliquely installed, reinforcement wherein one end is connected with bottom plate top left side by bolted connection, and the reinforcement other end passes through
Bolted mode is connected with left plate right flank bottom.
Preferably, multiple through holes are provided with stirring vane, through hole is evenly spaced to be distributed on stirring vane, the shape of through hole
Shape is circle.
Preferably, the 3rd rotating shaft right part is provided with multiple stirring vanes, and stirring vane is evenly spaced to be arranged on the 3rd rotating shaft
On, stirring vane is connected with the 3rd rotating shaft right part by bolted connection.
Operation principle：When initial, the first discharge nozzle is located at immediately below the outlet member of discharging device, and operating personnel beat first
The first valve is opened, then material is poured into discharging device, and then material flows into the first discharging by the outlet member of discharging device
In pipe, the material in the first discharge nozzle is flowed into agitator, closes the first valve, starts rotating device, the rotation of rotating device
Part drives agitator to rotate, and agitator rotates and carries out material to rock stirring.After material stirring is good, rotating device is closed,
And the first discharge nozzle is located at directly over collection frame, operating personnel open the first valve, and then the material in agitator passes through the
One discharge nozzle is flowed into collection frame, when material is all flowed into collection frame, closes the first valve, you can will be stirred in collection frame
Good material takes out.
Because discharging device includes placing frame, the second discharge nozzle, the second valve, cover plate and handle, transverse slat left surface leads to
Cross bolted mode and placing frame is installed, place and the second discharge nozzle is connected among frame bottom, the second discharge nozzle is with placing
Inframe connects, and the second discharge nozzle is provided with the second valve, and the second discharge nozzle and the first discharge nozzle coordinate, and lid is provided with above placing frame
Plate, cover plate coordinate with placing frame, and the outer crown center of cover plate is provided with handle by bolted connection, and operating personnel first are led to
Cross handle to remove cover plate, poured into by material in placing frame, returned when there is appropriate material in placing frame, then by cover plate lid,
The second valve is opened, and then material is flowed into the first discharge nozzle by the second discharge nozzle, you can close the second valve.
Because rotating device includes first bearing seat, first rotating shaft, gear ring, fixed block, the first motor and first gear,
First bearing seat, first axle are all installed by bolted connection in the middle part of left plate right flank middle part and right plate left surface
Bearing is provided with first rotating shaft to be symmetrical arranged in first bearing seat, first rotating shaft is by way of interference connection and first axle
It is bolted among bearing connection in bearing, left side first rotating shaft right-hand member and the outer left surface of agitator, first turn of right side
It is bolted among axle left end and agitator external right side face, is cased with gear ring among agitator by bolted connection,
Left plate right flank top is provided with fixed block by bolted connection, and fixed block right flank middle part is bolted
Mode is provided with the first motor, and the first motor is connected with first on the output shaft of the first motor in being horizontally disposed with by shaft coupling
Gear, first gear are located above gear ring, and first gear engages with gear ring, and when material is located in agitator, operating personnel open
Dynamic first motor rotates, and the first motor, which rotates, drives first gear to rotate, and first gear rotational band moves ring gear against rotation, and then drives
Agitator rotates, and agitator rotates and carries out material to rock stirring.After the completion of material stirring, the first motor is closed.
Because also including filter, filter include second bearing seat, the second rotating shaft, second gear, cam,
Sliding block, the first spring, filter frame and fixed dam, left plate right flank bottom are provided with the second axle by bolted connection
Bearing, the second rotating shaft, axle of second rotating shaft by way of interference connection and in second bearing seat are installed in second bearing seat
Connection is held, the second rotating shaft right part is provided with second gear by bolted connection, and second gear is located at below gear ring, and second
Gear engages with gear ring, and the second rotating shaft right part is provided with cam by bolted connection, and cam is located on the right side of second gear,
Left surface top and right flank top are all provided with chute in collection frame, and chute is provided with to be symmetrical arranged, in chute to be coordinated with it
Sliding block, sliding block coordinate with slide, and the first spring, left slider and right side are connected between slider bottom and chute inner bottom part
Filter frame is installed by bolted connection, filter frame left side top is provided with by bolted connection between sliding block
Fixed dam, fixed dam are located at below cam, fixed dam and cam engagement, when material is flowed out by the first discharge nozzle,
Material is stayed on filter frame, restarts the rotation of the first motor, and then drives second gear to rotate while ring gear against rotation, the second tooth
Wheel, which rotates, drives cam rotation, and because of the effect of the first spring, cam rotation drives filter frame to move up and down by fixed dam, enters
And filter frame is filtered material when moving up and down, the material filtered drops into collection frame, when material all filters
Afterwards, the first motor is closed.In this way, the contaminant filter that will can be mixed in material, and then make the using effect of material more preferable.
Because also including agitating device, agitating device includes 3rd bearing seat, the 3rd rotating shaft, the 3rd gear and stirring
Blade, placing frame left lower is Embedded to be provided with 3rd bearing seat, is provided with the 3rd rotating shaft in 3rd bearing seat, the 3rd turn
Axle is connected by way of interference connection with the bearing in 3rd bearing seat, and the 3rd rotating shaft left part is pacified by bolted connection
Equipped with the 3rd gear, the 3rd gear is located above first gear, and first gear is engaged with the 3rd gear, and the 3rd rotating shaft right part is provided with
Stirring vane, stirring vane is located in placing frame, when the material in agitator is stirred, while first gear rotates
The 3rd pinion rotation is driven, the 3rd pinion rotation drives the 3rd axis of rotation, and then drives stirring vane to rotate, and stirring vane turns
It is dynamic that remaining material in placing frame is tentatively stirred.In this way, preliminary being stirred to material make material in agitator more
Good stirring.
Because also including second spring and steel ball, agitator medial surface is evenly spaced to be connected with second spring, second
Spring tail end is connected with steel ball, and while agitator rotates, agitator drives second spring to rotate, and second spring, which rotates, to be driven
Steel ball is rotated, and steel ball is shaken in the presence of second spring, and then material is carried out to beat stirring.In this way, material can be stirred
It is more preferable to mix effect.
Because also including reinforcement, reinforcement is connected between bottom dome and left plate right flank, reinforcement is in incline
Tiltedly set, reinforcement wherein one end is connected with bottom plate top left side by bolted connection, and the reinforcement other end passes through spiral shell
Tether the mode connect to be connected with left plate right flank bottom, when the present apparatus operates, reinforcement effectively can operate the present apparatus
It is more firm.
Because being provided with multiple through holes on stirring vane, through hole is evenly spaced to be distributed on stirring vane, in stirring vane
While rotation, stirring vane drives through hole to rotate, and then through hole makes the mobility of material more preferably, faster, and then to material
Mixing speed is faster.
(3) beneficial effect
The present invention rotates the Double stirring rotated with agitator by stirring vane, more preferable to the mixing effect of material, enters
And material is preferably used, and filter frame moves up and down and can carry out impurity screening to the material being stirred, and has reached stirring
Speed is fast, operating efficiency is high, the effect that can be filtered to the impurity in material.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is the main structure diagram of rotating device of the present invention.
Fig. 3 is the main structure diagram of filter of the present invention.
Fig. 4 is the right side structural representation of cam of the present invention.
Fig. 5 is the first main structure diagram of agitating device of the present invention.
Fig. 6 is second of main structure diagram of the present invention.
Fig. 7 is second of main structure diagram of agitating device of the present invention.
Mark in accompanying drawing for：1- bottom plates, 2- collection frames, 3- right plates, 4- left plates, 5- transverse slats, 6- agitators, 7-
One discharge nozzle, the valves of 8- first, 9- discharging devices, 91- placing frames, the discharge nozzles of 92- second, the valves of 93- second, 94- cover plates,
95- handles, 10- rotating devices, 101- first bearing seats, 102- first rotating shafts, 103- gear rings, 104- fixed blocks, 105- first
Motor, 106- first gears, 11- filters, 111- second bearing seats, the rotating shafts of 112- second, 113- second gears, 114- are convex
Wheel, 115- chutes, 116- sliding blocks, the springs of 117- first, 118- filter frames, 119- fixed dams, 12- agitating devices, 121- the
Three bearing blocks, the rotating shafts of 122- the 3rd, the gears of 123- the 3rd, 124- stirring vanes, 13- second springs, 14- steel balls, 15- strengthen
Muscle, 125- through holes.
Embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of medical packaging produces printing high-efficiency stirring equipment, as shown in figs. 1-7, includes bottom plate 1, collection frame 2, the right side
Side plate 3, left plate 4, transverse slat 5, agitator 6, the first discharge nozzle 7, the first valve 8, discharging device 9 and rotating device 10, bottom plate 1
Top passes sequentially through bolted mode and is provided with left plate 4, collection frame 2 and right plate 3 from left to right, and the top of bottom plate 1 is set
There is agitator 6, the right side of agitator 6 is connected with the first discharge nozzle 7, and the first discharge nozzle 7 in agitator 6 with connecting, the first discharge nozzle 7
The first valve 8 is provided with, rotating device 10, the rotary part of rotating device 10 and stirring are provided between left plate 4 and right plate 3
Bucket 6 connects, and the left surface top of right plate 3 is provided with transverse slat 5 by bolted connection, and the left surface of transverse slat 5 fills provided with blowing
9 are put, the outlet member of discharging device 9 coordinates with the first discharge nozzle 7.
Embodiment 2
A kind of medical packaging produces printing high-efficiency stirring equipment, as shown in figs. 1-7, includes bottom plate 1, collection frame 2, the right side
Side plate 3, left plate 4, transverse slat 5, agitator 6, the first discharge nozzle 7, the first valve 8, discharging device 9 and rotating device 10, bottom plate 1
Top passes sequentially through bolted mode and is provided with left plate 4, collection frame 2 and right plate 3 from left to right, and the top of bottom plate 1 is set
There is agitator 6, the right side of agitator 6 is connected with the first discharge nozzle 7, and the first discharge nozzle 7 in agitator 6 with connecting, the first discharge nozzle 7
The first valve 8 is provided with, rotating device 10, the rotary part of rotating device 10 and stirring are provided between left plate 4 and right plate 3
Bucket 6 connects, and the left surface top of right plate 3 is provided with transverse slat 5 by bolted connection, and the left surface of transverse slat 5 fills provided with blowing
9 are put, the outlet member of discharging device 9 coordinates with the first discharge nozzle 7.
Discharging device 9 includes placing frame 91, the second discharge nozzle 92, the second valve 93, cover plate 94 and handle 95, transverse slat 5
Left surface is provided with placing frame 91 by bolted connection, and the second discharge nozzle 92 is connected among the bottom of placing frame 91, the
Two discharge nozzles 92 in placing frame 91 with connecting, and the second discharge nozzle 92 is provided with the second valve 93, and the second discharge nozzle 92 goes out with first
Expects pipe 7 coordinates, and the top of placing frame 91 is provided with cover plate 94, and cover plate 94 coordinates with placing frame 91, and 94 outer crown center of cover plate passes through spiral shell
Tether the mode connect and handle 95 is installed.
Embodiment 3
A kind of medical packaging produces printing high-efficiency stirring equipment, as shown in figs. 1-7, includes bottom plate 1, collection frame 2, the right side
Side plate 3, left plate 4, transverse slat 5, agitator 6, the first discharge nozzle 7, the first valve 8, discharging device 9 and rotating device 10, bottom plate 1
Top passes sequentially through bolted mode and is provided with left plate 4, collection frame 2 and right plate 3 from left to right, and the top of bottom plate 1 is set
There is agitator 6, the right side of agitator 6 is connected with the first discharge nozzle 7, and the first discharge nozzle 7 in agitator 6 with connecting, the first discharge nozzle 7
The first valve 8 is provided with, rotating device 10, the rotary part of rotating device 10 and stirring are provided between left plate 4 and right plate 3
Bucket 6 connects, and the left surface top of right plate 3 is provided with transverse slat 5 by bolted connection, and the left surface of transverse slat 5 fills provided with blowing
9 are put, the outlet member of discharging device 9 coordinates with the first discharge nozzle 7.
Discharging device 9 includes placing frame 91, the second discharge nozzle 92, the second valve 93, cover plate 94 and handle 95, transverse slat 5
Left surface is provided with placing frame 91 by bolted connection, and the second discharge nozzle 92 is connected among the bottom of placing frame 91, the
Two discharge nozzles 92 in placing frame 91 with connecting, and the second discharge nozzle 92 is provided with the second valve 93, and the second discharge nozzle 92 goes out with first
Expects pipe 7 coordinates, and the top of placing frame 91 is provided with cover plate 94, and cover plate 94 coordinates with placing frame 91, and 94 outer crown center of cover plate passes through spiral shell
Tether the mode connect and handle 95 is installed.
Rotating device 10 includes first bearing seat 101, first rotating shaft 102, gear ring 103, fixed block 104, the first motor
105 and first gear 106, all install by bolted connection in the middle part of the right flank middle part of left plate 4 and the left surface of right plate 3
There is a first bearing seat 101, first bearing seat 101 is provided with first rotating shaft 102 to be symmetrical arranged in first bearing seat 101, and first
Rotating shaft 102 is connected by way of interference connection with the bearing in first bearing seat 101, and the right-hand member of left side first rotating shaft 102 is with stirring
Mix and be bolted among 6 outer left surface of bucket, pass through spiral shell among the left end of right side first rotating shaft 102 and the external right side face of agitator 6
Tether and connect, be cased with gear ring 103 among agitator 6 by bolted connection, the right flank top of left plate 4 is bolted
Mode fixed block 104 is installed, the right flank middle part of fixed block 104 is provided with the first motor 105 by bolted connection,
First motor 105 is connected with first gear 106, the first tooth on the output shaft of the first motor 105 in being horizontally disposed with by shaft coupling
Wheel 106 engages positioned at the top of gear ring 103, first gear 106 with gear ring 103.
Embodiment 4
A kind of medical packaging produces printing high-efficiency stirring equipment, as shown in figs. 1-7, includes bottom plate 1, collection frame 2, the right side
Side plate 3, left plate 4, transverse slat 5, agitator 6, the first discharge nozzle 7, the first valve 8, discharging device 9 and rotating device 10, bottom plate 1
Top passes sequentially through bolted mode and is provided with left plate 4, collection frame 2 and right plate 3 from left to right, and the top of bottom plate 1 is set
There is agitator 6, the right side of agitator 6 is connected with the first discharge nozzle 7, and the first discharge nozzle 7 in agitator 6 with connecting, the first discharge nozzle 7
The first valve 8 is provided with, rotating device 10, the rotary part of rotating device 10 and stirring are provided between left plate 4 and right plate 3
Bucket 6 connects, and the left surface top of right plate 3 is provided with transverse slat 5 by bolted connection, and the left surface of transverse slat 5 fills provided with blowing
9 are put, the outlet member of discharging device 9 coordinates with the first discharge nozzle 7.
Discharging device 9 includes placing frame 91, the second discharge nozzle 92, the second valve 93, cover plate 94 and handle 95, transverse slat 5
Left surface is provided with placing frame 91 by bolted connection, and the second discharge nozzle 92 is connected among the bottom of placing frame 91, the
Two discharge nozzles 92 in placing frame 91 with connecting, and the second discharge nozzle 92 is provided with the second valve 93, and the second discharge nozzle 92 goes out with first
Expects pipe 7 coordinates, and the top of placing frame 91 is provided with cover plate 94, and cover plate 94 coordinates with placing frame 91, and 94 outer crown center of cover plate passes through spiral shell
Tether the mode connect and handle 95 is installed.
Rotating device 10 includes first bearing seat 101, first rotating shaft 102, gear ring 103, fixed block 104, the first motor
105 and first gear 106, all install by bolted connection in the middle part of the right flank middle part of left plate 4 and the left surface of right plate 3
There is a first bearing seat 101, first bearing seat 101 is provided with first rotating shaft 102 to be symmetrical arranged in first bearing seat 101, and first
Rotating shaft 102 is connected by way of interference connection with the bearing in first bearing seat 101, and the right-hand member of left side first rotating shaft 102 is with stirring
Mix and be bolted among 6 outer left surface of bucket, pass through spiral shell among the left end of right side first rotating shaft 102 and the external right side face of agitator 6
Tether and connect, be cased with gear ring 103 among agitator 6 by bolted connection, the right flank top of left plate 4 is bolted
Mode fixed block 104 is installed, the right flank middle part of fixed block 104 is provided with the first motor 105 by bolted connection,
First motor 105 is connected with first gear 106, the first tooth on the output shaft of the first motor 105 in being horizontally disposed with by shaft coupling
Wheel 106 engages positioned at the top of gear ring 103, first gear 106 with gear ring 103.
Also include filter 11, filter 11 includes second bearing seat 111, the second rotating shaft 112, second gear
113rd, cam 114, sliding block 116, the first spring 117, filter frame 118 and fixed dam 119, the right flank bottom of left plate 4 pass through
Bolted mode is provided with second bearing seat 111, and the second rotating shaft 112, the second rotating shaft are provided with second bearing seat 111
112 are connected by way of interference connection with the bearing in second bearing seat 111, and the right part of the second rotating shaft 112 is bolted
Mode second gear 113 is installed, second gear 113 is located at the lower section of gear ring 103, and second gear 113 engages with gear ring 103,
The right part of second rotating shaft 112 is provided with cam 114 by bolted connection, and cam 114 is located at the right side of second gear 113, received
Left surface top and right flank top are all provided with chute 115 in collection frame 2, chute 115 be provided with to be symmetrical arranged, in chute 115 with
Its sliding block 116 coordinated, sliding block 116 are slidably matched with chute 115, are connected between the bottom of sliding block 116 and the inner bottom part of chute 115
First spring 117, is provided with filter frame 118, mistake by bolted connection between left slider 116 and right side sliding block 116
The left side top of filter frame 118 is provided with fixed dam 119 by bolted connection, and fixed dam 119 is located under cam 114
Side, fixed dam 119 coordinate with cam 114.
Also include agitating device 12, agitating device 12 includes 3rd bearing seat 121, the 3rd rotating shaft 122, the 3rd gear
123 and stirring vane 124, the left lower of placing frame 91 is Embedded to be provided with 3rd bearing seat 121, in 3rd bearing seat 121
3rd rotating shaft 122 is installed, the 3rd rotating shaft 122 is connected by way of interference connection with the bearing in 3rd bearing seat 121, the
The left part of three rotating shaft 122 is provided with the 3rd gear 123 by bolted connection, and second gear 113 is located in first gear 106
Side, first gear 106 engage with second gear 113, and the right part of the 3rd rotating shaft 122 is provided with stirring vane 124, stirring vane 124
In in placing frame 91.
Also including second spring 13 and steel ball 14, the medial surface of agitator 6 is evenly spaced to be connected with second spring 13, and
The tail end of two spring 13 is connected with steel ball 14.
Also include reinforcement 15, reinforcement 15 is connected between bottom dome and the right flank of left plate 4, reinforcement 15 is in
It is obliquely installed, the wherein one end of reinforcement 15 is connected with the top left side of bottom plate 1 by bolted connection, the other end of reinforcement 15
It is connected by bolted connection with the right flank bottom of left plate 4.
Multiple through holes 125 are provided with stirring vane 124, through hole 125 is evenly spaced to be distributed on stirring vane 124, is led to
Hole 125 is shaped as circle.
The right part of 3rd rotating shaft 122 is provided with multiple stirring vanes 124, and stirring vane 124 is evenly spaced to be arranged on the 3rd turn
On axle 122, stirring vane 124 is connected with the right part of the 3rd rotating shaft 122 by bolted connection.
Operation principle：When initial, the first discharge nozzle 7 is located at immediately below the outlet member of discharging device 9, first operating personnel
The first valve 8 is opened, then material is poured into discharging device 9, and then material flows into first by the outlet member of discharging device 9
In discharge nozzle 7, the material in the first discharge nozzle 7 is flowed into agitator 6, closes the first valve 8, starts rotating device 10, rotation
The rotary part of device 10 drives agitator 6 to rotate, and agitator 6, which rotates, to carry out material to rock stirring.After material stirring is good,
Rotating device 10 is closed, and the first discharge nozzle 7 is located at directly over collection frame 2, operating personnel open the first valve 8, and then stir
The material mixed in bucket 6 is flowed into collection frame 2 by the first discharge nozzle 7, when material is all flowed into collection frame 2, closes first
Valve 8, you can take out the material being stirred in collection frame 2.
It is horizontal because discharging device 9 includes placing frame 91, the second discharge nozzle 92, the second valve 93, cover plate 94 and handle 95
The left surface of plate 5 is provided with placing frame 91 by bolted connection, and the second discharge nozzle 92 is connected among the bottom of placing frame 91,
For second discharge nozzle 92 with being connected in placing frame 91, the second discharge nozzle 92 is provided with the second valve 93, the second discharge nozzle 92 and first
Discharge nozzle 7 coordinates, and the top of placing frame 91 is provided with cover plate 94, and cover plate 94 coordinates with placing frame 91, and 94 outer crown center of cover plate passes through
Bolted mode is provided with handle 95, and operating personnel first are removed cover plate 94 by handle 95, are put material is poured into
Put in frame 91, covered back when there is appropriate material in placing frame 91, then by cover plate 94, open the second valve 93, and then material leads to
Cross the second discharge nozzle 92 to flow into the first discharge nozzle 7, you can close the second valve 93.
Because rotating device 10 includes first bearing seat 101, first rotating shaft 102, gear ring 103, fixed block 104, first
In the middle part of motor 105 and first gear 106, the right flank middle part of left plate 4 and the left surface of right plate 3 all by bolted connection
First bearing seat 101 is installed, first bearing seat 101 is to be symmetrical arranged, and first rotating shaft 102 is provided with first bearing seat 101,
First rotating shaft 102 is connected by way of interference connection with the bearing in first bearing seat 101, the right-hand member of left side first rotating shaft 102
It is logical among the left end of right side first rotating shaft 102 and the external right side face of agitator 6 with being bolted among 6 outer left surface of agitator
Bolt connection is crossed, is cased with gear ring 103 among agitator 6 by bolted connection, the right flank top of left plate 4 passes through bolt
The mode of connection is provided with fixed block 104, and the right flank middle part of fixed block 104 is provided with the first motor by bolted connection
105, the first motor 105 is connected with first gear 106 on the output shaft of the first motor 105 in being horizontally disposed with by shaft coupling, the
One gear 106 is located at the top of gear ring 103, and first gear 106 engages with gear ring 103, when material is located in agitator 6, operation
Personnel start the first motor 105 and rotated, and the first motor 105, which rotates, drives first gear 106 to rotate, the rotational band of first gear 106
Moving teeth circle 103 rotates, and then drives agitator 6 to rotate, and agitator 6, which rotates, to carry out material to rock stirring.When material stirring is complete
Cheng Hou, close the first motor 105.
Because also including filter 11, filter 11 includes second bearing seat 111, the second rotating shaft 112, second
Gear 113, cam 114, sliding block 116, the first spring 117, filter frame 118 and fixed dam 119, the right flank bottom of left plate 4
Second bearing seat 111 is installed by bolted connection, the second rotating shaft 112 is installed in second bearing seat 111, second turn
Axle 112 is connected by way of interference connection with the bearing in second bearing seat 111, and the right part of the second rotating shaft 112 is connected by bolt
The mode connect is provided with second gear 113, and second gear 113 is located at the lower section of gear ring 103, and second gear 113 is nibbled with gear ring 103
Closing, the right part of the second rotating shaft 112 is provided with cam 114 by bolted connection, and cam 114 is located at the right side of second gear 113,
Left surface top and right flank top are all provided with chute 115 in collection frame 2, and chute 115 is provided with to be symmetrical arranged in chute 115
The sliding block 116 coordinated with it, sliding block 116 are slidably matched with chute 115, are connected between the bottom of sliding block 116 and the inner bottom part of chute 115
There is the first spring 117, filter frame 118 be installed by bolted connection between left slider 116 and right side sliding block 116,
The left side top of filter frame 118 is provided with fixed dam 119 by bolted connection, and fixed dam 119 is located under cam 114
Side, fixed dam 119 coordinate with cam 114, and when material is flowed out by the first discharge nozzle 7, material is stayed on filter frame 118,
Restart the first motor 105 to rotate, and then drive second gear 113 to rotate while the rotation of gear ring 103,113 turns of second gear
Dynamic band moving cam 114 rotates, and because of the effect of the first spring 117, cam 114 rotates drives filter frame 118 by fixed dam 119
Moving up and down, and then filtered material when filter frame 118 moves up and down, the material filtered drops into collection frame 2, when
Material all after filtering well, closes the first motor 105.In this way, the contaminant filter that will can be mixed in material, and then make making for material
It is more preferable with effect.
Because also including agitating device 12, agitating device 12 includes 3rd bearing seat 121, the 3rd rotating shaft the 122, the 3rd
Gear 123 and stirring vane 124, the left lower of placing frame 91 is Embedded to be provided with 3rd bearing seat 121,3rd bearing seat
3rd rotating shaft 122 is installed, the 3rd rotating shaft 122 is connected by way of interference connection with the bearing in 3rd bearing seat 121 in 121
Connect, the left part of the 3rd rotating shaft 122 is provided with the 3rd gear 123 by bolted connection, and the 3rd gear 123 is located at first gear
106 tops, first gear 106 engage with the 3rd gear 123, and the right part of the 3rd rotating shaft 122 is provided with stirring vane 124, stirring vane
124 in placing frame 91, and when the material in agitator 6 is stirred, the 3rd is driven while first gear 106 rotates
Gear 123 rotates, and the 3rd gear 123, which rotates, drives the 3rd rotating shaft 122 to rotate, and then drives stirring vane 124 to rotate, paddle
Piece 124 rotates tentatively to be stirred to remaining material in placing frame 91.In this way, preliminary being stirred to material makes material exist
Agitator 6 preferably stirs.
Because also including second spring 13 and steel ball 14, the medial surface of agitator 6 is evenly spaced to be connected with second spring
13, the tail end of second spring 13 is connected with steel ball 14, and while agitator 6 rotates, agitator 6 drives second spring 13 to rotate,
Second spring 13, which rotates, drives steel ball 14 to rotate, and steel ball 14 is shaken in the presence of second spring 13, and then material is struck
Disturb and mix.In this way, can be more preferable to the mixing effect of material.
Because also including reinforcement 15, reinforcement 15, reinforcement are connected between bottom dome and the right flank of left plate 4
15 are inclined to set, and the wherein one end of reinforcement 15 is connected with the top left side of bottom plate 1 by bolted connection, and reinforcement 15 is another
One end is connected with the right flank bottom of left plate 4 by bolted connection, and when the present apparatus operates, reinforcement 15 can be effective
Operate the present apparatus more firm.
Because being provided with multiple through holes 125 on stirring vane 124, through hole 125 is evenly spaced to be distributed in stirring vane 124
On, while stirring vane 124 rotates, stirring vane 124 drives through hole 125 to rotate, and then through hole 125 makes the flowing of material
Property it is more preferable, faster, and then to the mixing speed of material faster.
Embodiment described above only expresses the preferred embodiment of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one 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 (9)
1. a kind of medical packaging produces printing high-efficiency stirring equipment, it is characterised in that include bottom plate (1), collection frame (2),
Right plate (3), left plate (4), transverse slat (5), agitator (6), the first discharge nozzle (7), the first valve (8), discharging device (9) and
Rotating device (10), bottom plate (1) top pass sequentially through bolted mode and are provided with left plate (4), collection frame from left to right
(2) and right plate (3), being provided with agitator (6) above bottom plate (1), agitator (6) right side is connected with the first discharge nozzle (7), and first
For discharge nozzle (7) with being connected in agitator (6), the first discharge nozzle (7) is provided with the first valve (8), left plate (4) and right plate
(3) rotating device (10) is provided between, the rotary part of rotating device (10) is connected with agitator (6), right plate (3) left surface
Top is provided with transverse slat (5) by bolted connection, and transverse slat (5) left surface is provided with discharging device (9), discharging device (9)
Outlet member and the first discharge nozzle (7) coordinate.
2. a kind of medical packaging production printing high-efficiency stirring equipment according to claim 1, it is characterised in that blowing fills
Put (9) and include placing frame (91), the second discharge nozzle (92), the second valve (93), cover plate (94) and handle (95), transverse slat (5)
Left surface is provided with placing frame (91) by bolted connection, and the second discharge nozzle is connected among placing frame (91) bottom
(92), the second discharge nozzle (92) in placing frame (91) with connecting, and the second discharge nozzle (92) is provided with the second valve (93), and second goes out
Expects pipe (92) coordinates with the first discharge nozzle (7), is provided with cover plate (94) above placing frame (91), cover plate (94) is matched somebody with somebody with placing frame (91)
Close, cover plate (94) outer crown center is provided with handle (95) by bolted connection.
A kind of 3. medical packaging production printing high-efficiency stirring equipment according to claim 2, it is characterised in that rotating dress
Put (10) and include first bearing seat (101), first rotating shaft (102), gear ring (103), fixed block (104), the first motor (105)
With first gear (106), in the middle part of left plate (4) right flank middle part and right plate (3) left surface all by bolted connection
First bearing seat (101) is installed, first bearing seat (101) is provided with first turn to be symmetrical arranged in first bearing seat (101)
Axle (102), first rotating shaft (102) are connected by way of interference connection with the bearing in first bearing seat (101), left side first
It is bolted among rotating shaft (102) right-hand member and agitator (6) outer left surface, right side first rotating shaft (102) left end and stirring
Bucket is bolted among (6) external right side face, and gear ring (103) is cased with by bolted connection among agitator (6), left
Side plate (4) right flank top is provided with fixed block (104) by bolted connection, and fixed block (104) right flank middle part is led to
Cross bolted mode and the first motor (105) be installed, the first motor (105) in horizontally disposed, the first motor (105) it is defeated
First gear (106) is connected with by shaft coupling on shaft, first gear (106) is located above gear ring (103), first gear
(106) engaged with gear ring (103).
4. a kind of medical packaging production printing high-efficiency stirring equipment according to claim 3, it is characterised in that also include
Have a filter (11), filter (11) include second bearing seat (111), the second rotating shaft (112), second gear (113),
Cam (114), sliding block (116), the first spring (117), filter frame (118) and fixed dam (119), left plate (4) right flank
Bottom is provided with second bearing seat (111) by bolted connection, and the second rotating shaft is provided with second bearing seat (111)
(112), the second rotating shaft (112) is connected by way of interference connection with the bearing in second bearing seat (111), the second rotating shaft
(112) right part is provided with second gear (113) by bolted connection, and second gear (113) is located under gear ring (103)
Side, second gear (113) engage with gear ring (103), and the second rotating shaft (112) right part is provided with cam by bolted connection
(114), cam (114) is located on the right side of second gear (113), and the interior left surface top of collection frame (2) and right flank top are all provided with
Chute (115), chute (115) are provided with the sliding block (116) coordinated with it to be symmetrical arranged, in chute (115), sliding block (116) with
Chute (115) is slidably matched, and the first spring (117), left side are connected between sliding block (116) bottom and chute (115) inner bottom part
Filter frame (118) is installed by bolted connection, filter frame (118) is left between sliding block (116) and right side sliding block (116)
Side roof part is provided with fixed dam (119) by bolted connection, and fixed dam (119) is located at below cam (114), Gu
Determine baffle plate (119) with cam (114) to coordinate.
5. a kind of medical packaging production printing high-efficiency stirring equipment according to claim 4, it is characterised in that also include
There is agitating device (12), agitating device (12) includes 3rd bearing seat (121), the 3rd rotating shaft (122), the 3rd gear (123)
With stirring vane (124), placing frame (91) left lower is Embedded to be provided with 3rd bearing seat (121), 3rd bearing seat
(121) the 3rd rotating shaft (122) is installed, the 3rd rotating shaft (122) is interior with 3rd bearing seat (121) by way of interference connection in
Bearing connection, the 3rd rotating shaft (122) left part is provided with the 3rd gear (123), second gear by bolted connection
(113) above first gear (106), first gear (106) engages with second gear (113), the 3rd rotating shaft (122) right part
Provided with stirring vane (124), stirring vane (124) is located in placing frame (91).
6. a kind of medical packaging production printing high-efficiency stirring equipment according to claim 5, it is characterised in that also include
There are second spring (13) and steel ball (14), agitator (6) medial surface is evenly spaced to be connected with second spring (13), second spring
(13) tail end is connected with steel ball (14).
7. a kind of medical packaging production printing high-efficiency stirring equipment according to claim 6, it is characterised in that also include
There is reinforcement (15), reinforcement (15) is connected between bottom dome and left plate (4) right flank, reinforcement (15) is inclined to be set
Put, reinforcement (15) wherein one end is connected with bottom plate (1) top left side by bolted connection, reinforcement (15) other end
It is connected by bolted connection with left plate (4) right flank bottom.
A kind of 8. medical packaging production printing high-efficiency stirring equipment according to claim 7, it is characterised in that paddle
Multiple through holes (125) are provided with piece (124), through hole (125) is evenly spaced to be distributed on stirring vane (124), through hole (125)
Be shaped as circle.
9. a kind of medical packaging production printing high-efficiency stirring equipment according to claim 8, it is characterised in that the 3rd turn
Axle (122) right part is provided with multiple stirring vanes (124), and stirring vane (124) is evenly spaced to be arranged on the 3rd rotating shaft (122)
On, stirring vane (124) is connected with the 3rd rotating shaft (122) right part by bolted connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720425002.4U CN206746438U (en) | 2017-04-21 | 2017-04-21 | A kind of medical packaging produces printing high-efficiency stirring equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720425002.4U CN206746438U (en) | 2017-04-21 | 2017-04-21 | A kind of medical packaging produces printing high-efficiency stirring equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206746438U true CN206746438U (en) | 2017-12-15 |
Family
ID=60614604
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720425002.4U Expired - Fee Related CN206746438U (en) | 2017-04-21 | 2017-04-21 | A kind of medical packaging produces printing high-efficiency stirring equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206746438U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108745133A (en) * | 2018-08-01 | 2018-11-06 | 嘉兴奥帮涂料科技有限公司 | A kind of drum-type lacquer coating material agitator |
-
2017
- 2017-04-21 CN CN201720425002.4U patent/CN206746438U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108745133A (en) * | 2018-08-01 | 2018-11-06 | 嘉兴奥帮涂料科技有限公司 | A kind of drum-type lacquer coating material agitator |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106955622A (en) | A kind of medical packaging produces printing high-efficiency stirring equipment | |
| CN106890595A (en) | A kind of quick mixing plant of coating for medical packaging production printing | |
| CN107212448A (en) | A kind of herding efficient feed agitating device | |
| CN206731007U (en) | A kind of quick mixing plant of coating for medical packaging production printing | |
| CN106914062A (en) | A kind of petroleum collection petroleum efficient filter | |
| CN207061885U (en) | A kind of sewage disposal portable type alum preparation facilities | |
| CN209438494U (en) | A kind of agar blender | |
| CN107029580A (en) | A kind of leather shoes spray paint pigment prepares mixing arrangement | |
| CN206746438U (en) | A kind of medical packaging produces printing high-efficiency stirring equipment | |
| CN207192893U (en) | A kind of electroplating waste water high-efficiency stirs coagulation apparatus | |
| CN107749455A (en) | A kind of lithium battery productive power pole slurry draft machine | |
| CN106994312A (en) | A kind of pulvis veterinary drug mixing device | |
| CN107377502A (en) | A kind of automatic flushing device for Chinese medicine | |
| CN106902570A (en) | A kind of oil pinion and-rack filter | |
| CN106861493A (en) | A kind of Medicines are prepared and use high-efficiency stirring equipment | |
| CN107824499A (en) | A kind of Quick cleaning device of root of kudzu vine raw material | |
| CN107998949A (en) | A kind of flocculant for sewage treatment solution preparation equipment | |
| CN112756092A (en) | Traditional chinese medical science paediatrics medicine grinder | |
| CN108863901A (en) | A method of preparing the indigo of purifying | |
| CN107551911A (en) | Litho ink agitating device is used in a kind of polybag production | |
| CN208341198U (en) | A kind of Quick cleaning device of pueraria lobata raw material | |
| CN206923574U (en) | A kind of flour agitating device for being used to make noodles | |
| CN207913634U (en) | Lubricating oil agitator tank | |
| CN108718612A (en) | Plum plantation digging apparatus | |
| CN113119301A (en) | Production process of polymer cement waterproof mortar |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171215 Termination date: 20180421 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |