CN108827565A - A kind of Medical plastic ampoule bottle air-tightness detection device - Google Patents
A kind of Medical plastic ampoule bottle air-tightness detection device Download PDFInfo
- Publication number
- CN108827565A CN108827565A CN201810359326.1A CN201810359326A CN108827565A CN 108827565 A CN108827565 A CN 108827565A CN 201810359326 A CN201810359326 A CN 201810359326A CN 108827565 A CN108827565 A CN 108827565A
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- China
- Prior art keywords
- transhipment
- component
- driving wheel
- workbench
- ampoule bottle
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M3/00—Investigating fluid-tightness of structures
- G01M3/02—Investigating fluid-tightness of structures by using fluid or vacuum
- G01M3/26—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors
- G01M3/32—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors for containers, e.g. radiators
- G01M3/3218—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors for containers, e.g. radiators for flexible or elastic containers
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01M—TESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING OF STRUCTURES OR APPARATUS, NOT OTHERWISE PROVIDED FOR
- G01M3/00—Investigating fluid-tightness of structures
- G01M3/02—Investigating fluid-tightness of structures by using fluid or vacuum
- G01M3/26—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors
- G01M3/32—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors for containers, e.g. radiators
- G01M3/3281—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors for containers, e.g. radiators removably mounted in a test cell
- G01M3/329—Investigating fluid-tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors for containers, e.g. radiators removably mounted in a test cell for verifying the internal pressure of closed containers
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Specific Conveyance Elements (AREA)
- Medical Preparation Storing Or Oral Administration Devices (AREA)
Abstract
The present invention relates to medical machinery fields, specifically a kind of Medical plastic ampoule bottle air-tightness detection device, including workbench, feed mechanism, transshipment acitivity, testing agency and cutting agency, the lower part of the workbench is equipped with mounting groove, feed mechanism, transshipment acitivity, testing agency and cutting agency are installed in the upper end of workbench, transshipment acitivity includes the first transhipment component, second transhipment component and Power Component, first transhipment component and the second transhipment component are connect with Power Component, Power Component is mounted in mounting groove, testing agency includes mounting rack, driving assembly and rotary components, driving assembly is fixedly connected with rotary components, the upper end of mounting rack and the equal workbench of rotary components.The beneficial effects of the invention are as follows the air-leakage test work that can be automatically performed plastic ampoule bottle group, are suitable on production line, being capable of quick detecting to the air-tightness of plastic ampoule bottle group at batch.
Description
Technical field
The present invention relates to medical machinery field, specifically a kind of Medical plastic ampoule bottle air-tightness detection device.
Background technique
Plastic ampoule bottle is the note produced by blowing the three-in-one aseptic filling technology of encapsulating using plastic pellet as raw material
Preparation is penetrated, there is safety compared with glass ampoule bottles and is convenient for the advantages of opening, therefore plastic ampoule bottle needs after sealing to it
Air-leakage test is carried out, preventing plastic ampoule bottle, there are the liquid leakage that hole leads to the inside, the inspections of existing plastic ampoule bottle
Device is surveyed to need by hand fit plastic ampoule bottle to be placed in detection device detect in batches, use is more numb
Tired, detection speed is low, is not suitable for flow line production.
Summary of the invention
The purpose of the present invention is to provide a kind of Medical plastic ampoule bottle air-tightness detection device, quickly detection modeling is automated
Expect the air-tightness of ampoule bottle.
The technical scheme is that：Including workbench, feed mechanism, transshipment acitivity, testing agency and cutting agency, institute
The lower part for stating workbench is equipped with mounting groove, and the feed mechanism, transshipment acitivity, testing agency and cutting agency are installed in work
The upper end of platform, the transshipment acitivity include the first transhipment component, the second transhipment component and Power Component, the first transhipment component
It is connect with Power Component with the second transhipment component, the first transhipment component is between feed mechanism and testing agency, institute
The second transhipment component is stated between cutting agency and testing agency, the Power Component is mounted in mounting groove, the detection
Mechanism includes mounting rack, driving assembly and rotary components, and the driving component is mounted in mounting groove and driving assembly and rotation
Component is fixedly connected, and mounting rack and rotary components are installed in the upper end of workbench.
In a preferred embodiment of the present invention, the feed mechanism includes the first conveyer belt, two first baffles and limit material
Component, first conveyer belt are in the upper end for being horizontally arranged at workbench, and two first baffles are symmetrical set in the first transmission
The two sides of band, the limit material component are mounted on the end of the first conveyer belt, and the limit material component includes limiting material cylinder and limit flitch,
The limit material cylinder is in be horizontally set on the side of the first conveyer belt and the output end of limit material cylinder towards the first conveyer belt, described
Limit flitch is fixedly connected with the output end of limit material cylinder, and the first baffle of close limit material cylinder is equipped with to be led to for what limit flitch passed through
Hole.
In a preferred embodiment of the present invention, the first transhipment component and the second transhipment modular construction are identical and include
Disk and transhipment axis are transported, the transhipment disk is mounted on the upper end of workbench and the side wall of transhipment disk is equipped with several and circumferentially divides
First station slot of cloth, transhipment axis are in be vertically arranged in the lower end for transporting disk, the upper end of the transhipment axis and the fixed company of transhipment disk
It connects and the lower end for transporting axis extends through workbench into mounting groove.
In a preferred embodiment of the present invention, the Power Component includes power motor, the first driving wheel, the second driving wheel
And connecting shaft, the power motor are in be vertically arranged in mounting groove and in the output end of power motor and the first transhipment component
The lower end of transhipment axis is fixedly connected, and the connecting shaft is in being vertically installed in mounting groove and the upper end of connecting shaft and the second transhipment group
The lower end of transhipment axis in part is fixedly connected, and first driving wheel and the second driving wheel are respectively sleeved under two transhipment axis
It holds and passes through belt between the first driving wheel and the second driving wheel and be sequentially connected.
In a preferred embodiment of the present invention, the upper end of the workbench is equipped with the circular groove being connected to mounting groove, the circle
Slot position is in the underface of mounting rack, and the interior disk and the upper surface of disk and the upper end surface of workbench of being equipped with of the circular groove is in same
Horizontal plane, the disk and circular groove coaxial line and one annular groove of formation between disk and workbench, the mounting groove is interior to be equipped with admittedly
Reservation is equipped with several support columns for being used to connect the two between the disk and fixing seat, the lower end of the mounting rack is equipped with
First Transition cylinder and the second transitional cylinder, the First Transition cylinder are located at the upper end of the second transitional cylinder and First Transition cylinder and the second mistake
It crosses and forms track between cylinder, the upper end of the First Transition cylinder is equipped with several connecting columns, the upper end of the connecting column and installation
Frame is fixedly connected, and the lower end of second transitional cylinder is fixedly connected with disk.
In a preferred embodiment of the present invention, the rotary components include detection plate, rotary shaft, fixed block, two fixations
Ring and eight detection parts, the detection plate are installed on the workbench and are equipped with several circumferentially at the upper end-face edge of detection plate
The lower end of the second station slot of distribution, the detection plate extends in mounting groove through annular groove, and the rotary shaft is in be vertically arranged
And the lower end of rotary shaft is rotatablely connected through the upper end of workbench and fixing seat, the fixed block installation is on the rotary shaft, described
It is set on mounting rack there are two connecting plate, two fixed rings are separately mounted to the middle part of two connecting plates, be all provided on two connecting plates
Have sliding slot, be equipped with the fin being in sliding fit with the sliding chute on the lateral wall of two fixed rings, the detection part include T-block,
The side wall of connecting rod, connection strap, two mobile bars and gas-tight enclosure, the fixed block is circumferentially being distributed and horizontal equipped with eight
The T-shaped shifting chute in section, the T-block are installed in the moving slot, and one end of connecting rod is fixedly connected with T-block, mobile bar
The other end be fixedly connected with connection strap, two mobile bars are fixedly connected with connection strap, and the gas-tight enclosure is mounted on two
The lower end of a mobile bar and the lower end of gas-tight enclosure and the edge of detection plate coincide, and the inlet of gas-tight enclosure is equipped with sealing ring, and two
Several limit holes passed through for mobile bar are equipped in fixed ring.
In a preferred embodiment of the present invention, the driving component includes driving motor, drive shaft, the first driving wheel,
Two driving wheels, third driving wheel and the 4th driving wheel, the driving motor are in the side for being vertically arranged in fixing seat, drive shaft
Top and bottom are fixedly connected with the output end of workbench and driving motor respectively, and first driving wheel is set in detection plate
Lower end, the second driving wheel and the 4th driving wheel are arranged on the driving shaft, and third driving wheel is arranged on the rotary shaft, and described first
It is sequentially connected between driving wheel and the second driving wheel by belt, passes through belt between the third driving wheel and the 4th driving wheel
Transmission connection.
In a preferred embodiment of the present invention, the cutting agency includes the second conveyer belt and third conveyer belt, and described the
Two conveyer belts are parallel with the direction of transfer of third conveyer belt, and one end of the second conveyer belt and third conveyer belt is respectively positioned on the second transhipment
The side of transhipment disk in component, the two sides of second conveyer belt are equipped with second baffle, and the two sides of third conveyer belt are all provided with
There is third baffle, the second baffle is equipped with the material selecting board hinged with it, and the side of the material selecting board is equipped in horizontally disposed
Sorting cylinder and the output end of sorting cylinder be arranged towards material selecting board, the output end of the sorting cylinder is equipped with the company of being secured to
The scraping wings connect.
In a preferred embodiment of the present invention, the upper end of the mounting rack is equipped with aspiration pump, is equipped in each gas-tight enclosure
The tracheae connecting with aspiration pump is equipped with solenoid valve on each tracheae, is designed with baroceptor in each gas-tight enclosure.
Being equipped in a preferred embodiment of the present invention, between two transhipment disks is in horizontally disposed limit plate, described
The position that limit plate transports disk close to two is in arc-shaped, between the transhipment disk and testing agency in the first transhipment component
Equipped with the first positive stop strip being inclined to set, it is equipped with and is inclined to set between the transhipment disk and testing agency in the second transhipment component
The second positive stop strip.
The present invention provides a kind of Medical plastic ampoule bottle air-tightness detection device by improving herein, with prior art phase
Than, have the advantages that as follows improve and：The feeding work of plastic ampoule bottle is completed by feed mechanism, then is driven by Power Component
Plastic ampoule bottle is transferred to detection machine from feed mechanism by the first transhipment component and the second transhipment component operation, the first transhipment component
On structure, rotary components rotation is driven by driving assembly, also to the gas of ampoule bottle while rotary components drive ampoule bottle rotation
Close property is detected, and is completed the blanking work of ampoule bottle by cutting agency later, can be automatically performed plastic ampoule bottle group
Air-leakage test work, is suitable on production line, being capable of quick examining to the air-tightness of plastic ampoule bottle group at batch
It surveys.
Detailed description of the invention
The present invention is further explained with reference to the accompanying drawings and examples:
Fig. 1 is schematic perspective view one of the invention；
Fig. 2 is the enlarged drawing in Fig. 1 at A；
Fig. 3 is the enlarged drawing in Fig. 1 at B；
Fig. 4 is sectional perspective structural schematic diagram one of the invention；
Fig. 5 is schematic perspective view two of the invention；
Fig. 6 is schematic perspective view three of the invention；
Fig. 7 is local fractionation structural representation of the invention；
Fig. 8 is the enlarged drawing in Fig. 7 at C；
Fig. 9 is sectional perspective structural schematic diagram two of the invention；
Figure 10 is sectional perspective structural schematic diagram three of the invention；
Description of symbols：Workbench 1, mounting groove 1a, feed mechanism 2, the first conveyer belt 2a, first baffle 2b, limit material component
2c, limit material cylinder 2c1, limit flitch 2c2, transshipment acitivity 3, and the first transhipment component 3a transports disk 3a1, transports axis 3a2, the first work
Position slot 3a3, the second transhipment component 3b, Power Component 3c, power motor 3c1, the first driving wheel 3c2, the second driving wheel 3c3, even
Spindle 3c4, testing agency 4, mounting rack 4a, connecting plate 4a1, sliding slot 4a2, driving assembly 4b, driving motor 4b1, drive shaft
4b2, the first driving wheel 4b3, the second driving wheel 4b4, third driving wheel 4b5, the 4th driving wheel 4b6, rotary components 4c, detection plate
4c1, second station slot 4c1a, rotary shaft 4c2, fixed block 4c3, shifting chute 4c3a, fixed ring 4c4, fin 4c4a, detection part
4c5, T-block 4c5a, connecting rod 4c5b, connection strap 4c5c, mobile bar 4c5d, gas-tight enclosure 4c5e, disk 4d, annular groove 4e are fixed
Seat 4f, support column 4g, First Transition cylinder 4h, the second transitional cylinder 4j, track 4k, connecting column 4m, cutting agency 5, the second conveyer belt
5a, third conveyer belt 5b, second baffle 5c, third baffle 5d, material selecting board 5e, sorting cylinder 5f, scraping wings 5g, aspiration pump 6, limit
Position plate 7, the first positive stop strip 8, the second positive stop strip 9.
Specific embodiment
Below in conjunction with attached drawing 1 to Figure 10, the present invention is described in detail, technical solution in the embodiment of the present invention
It is clearly and completely described, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are obtained without making creative work
The every other embodiment obtained, shall fall within the protection scope of the present invention.
The present invention provides a kind of Medical plastic ampoule bottle air-tightness detection device by improving herein, such as Fig. 1-Figure 10 institute
Show, including workbench 1, feed mechanism 2, transshipment acitivity 3, testing agency 4 and cutting agency 5, the lower part of the workbench 1 is equipped with
Mounting groove 1a, the feed mechanism 2, transshipment acitivity 3, testing agency 4 and cutting agency 5 are installed in the upper end of workbench 1, institute
Stating transshipment acitivity 3 includes the first transhipment component 3a, the second transhipment component 3b and Power Component 3c, the first transhipment component 3a and
Second transhipment component 3b connect with Power Component 3c, described first transport component 3a be located at feed mechanism 2 and testing agency 4 it
Between, for the second transhipment component 3b between cutting agency 5 and testing agency 4, the Power Component 3c is mounted on mounting groove
In 1a, the testing agency 4 includes mounting rack 4a, driving assembly 4b and rotary components 4c, and the driving component 4b is mounted on
In tankage 1a and driving assembly 4b is fixedly connected with rotary components 4c, and mounting rack 4a and rotary components 4c are installed in workbench 1
Upper end；The feeding work of plastic ampoule bottle is completed by feed mechanism 2, then the first transhipment component is driven by Power Component 3c
Plastic ampoule bottle is transferred to testing agency 4 from feed mechanism 2 by the transhipment component 3b work of 3a and second, the first transhipment component 3a
On, rotary components 4c rotation is driven by driving assembly 4b, also to ampoule bottle while rotary components 4c drives ampoule bottle rotation
Air-tightness detected, later by cutting agency 5 complete ampoule bottle blanking work.
The feed mechanism 2 includes the first conveyer belt 2a, two first baffle 2b and limit material component 2c, first transmission
It is in the upper end for being horizontally arranged at workbench 1 with 2a, two first baffle 2b are symmetrical set in the two sides of the first conveyer belt 2a, institute
The end that limit material component 2c is mounted on the first conveyer belt 2a is stated, the limit material component 2c includes limit material cylinder 2c1 and limit flitch
2c2, the limit material cylinder 2c1 are in be horizontally set on the output end of the side and limit material cylinder 2c1 of the first conveyer belt 2a towards the
One conveyer belt 2a, the limit flitch 2c2 is fixedly connected with the output end of limit material cylinder 2c1, close to the first gear of limit material cylinder 2c1
Plate 2b is equipped with the through-hole passed through for limit flitch 2c2；Plastic ampoule bottle, two first baffle 2b are conveyed by the first conveyer belt 2a
The distance between be greater than or equal to a plastic ampoule bottle thickness so that plastic ampoule bottle can only in a row successively first transmission
It is conveyed on band 2a, when the end of the first conveyer belt of plastic ampoule bottle conveyer belt 2a, flitch is limited by limit material cylinder 2c1 Work Promote
2c2 intercepts plastic ampoule bottle, is continued working later by limit material cylinder 2c1, so that limit flitch 2c2 is in the upper of the first conveyer belt 2a
Side moves reciprocatingly, so that can only have one group of plastic ampoule bottle to enter on the first transhipment component 3a every time, to control phase
Adjacent the distance between two groups of ampoule bottles.
It is described first transhipment component 3a and second transhipment component 3b structure it is identical and include transhipment disk 3a1 and transhipment axis
3a2, the transhipment disk 3a1 are mounted on the upper end of workbench 1 and the side wall of transhipment disk 3a1 is equipped with what several were circumferentially distributed
First station slot 3a3, transhipment axis 3a2 are in the lower end for being vertically arranged in transhipment disk 3a1, the upper end of the transhipment axis 3a2 and transhipment
Disk 3a1, which is fixedly connected and transports the lower end of axis 3a2, to be extended through workbench 1 into mounting groove 1a；Utilize each first station slot
3a3 engages one group of plastic ampoule bottle, drives the ampoule bottle being located in the first station slot 3a3 to rotate by transhipment disk 3a1 rotation.
The Power Component 3c includes power motor 3c1, the first driving wheel 3c2, the second driving wheel 3c3 and connecting shaft 3c4,
The power motor 3c1 is in be vertically arranged in mounting groove 1a and in the output end of power motor 3c1 and the first transhipment component 3a
The lower end of transhipment axis 3a2 be fixedly connected, the connecting shaft 3c4 be in be vertically installed in mounting groove 1a and connecting shaft 3c4 it is upper
It holds and is fixedly connected with the lower end of the transhipment axis 3a2 in the second transhipment component 3b, the first driving wheel 3c2 and the second driving wheel
3c3 is respectively sleeved at the lower end of two transhipment axis 3a2 and is passed between the first driving wheel 3c2 and the second driving wheel 3c3 by belt
Dynamic connection；The transhipment axis 3a2 being firmly connected with it rotation is driven by power motor 3c1 work, first transported on axis 3a2 passes
Driving wheel 3c2 drives the second driving wheel 3c3 to rotate under the transmission of belt, and the second driving wheel 3c3 drives another transhipment axis 3a2 to turn
It is dynamic, so that two transhipment axis 3a2 are rotated synchronously and two transhipment axis 3a2 drive two transhipment disk 3a1 rotations respectively.
The upper end of the workbench 1 is equipped with the circular groove that is connected to mounting groove 1a, the circular groove be located at mounting rack 4a just under
Side, the interior disk 4d and the upper surface of disk 4d and the upper end surface of workbench 1 of being equipped with of the circular groove is in same level, the circle
It is formed between disk 4d and circular groove coaxial line and disk 4d and workbench 1 and is equipped with fixing seat in annular groove a 4e, the mounting groove 1a
4f is equipped under the support column 4g, the mounting rack 4a that several are used to connect the two between the disk 4d and fixing seat 4f
End is equipped with First Transition cylinder 4h and the second transitional cylinder 4j, the First Transition cylinder 4h and is located at the upper end and first of the second transitional cylinder 4j
Track 4k is formed between transitional cylinder 4h and the second transitional cylinder 4j, the upper end of the First Transition cylinder 4h is equipped with several connecting columns
The upper end of 4m, the connecting column 4m are fixedly connected with mounting rack 4a, the lower end of the second transitional cylinder 4j and the fixed company of disk 4d
It connects；First Transition cylinder 4h is installed by mounting rack 4a and passes through support column 4g clutch disk so that First Transition cylinder 4h can not be rotated
4d and fixing seat 4f is to fixed disc 4d, but also the second transitional cylinder 4j for being fixedly mounted on the upper end disk 4d is fixed, so that
Track 4k between First Transition cylinder 4h and the second transitional cylinder 4j will not change.
The rotary components 4c includes detection plate 4c1, rotary shaft 4c2, fixed block 4c3, two fixed ring 4c4 and eight inspections
Component 4c5 is surveyed, the detection plate 4c1 is mounted on workbench 1 and is equipped with several circumferentially at the upper end-face edge of detection plate 4c1
The lower end of second station the slot 4c1a, the detection plate 4c1 of distribution extend in mounting groove 1a through annular groove 4e, the rotary shaft
4c2 is in be vertically arranged and the lower end of rotary shaft 4c2 is rotatablely connected through the upper end of workbench 1 and fixing seat 4f, the fixed block
4c3 is mounted on rotary shaft 4c2, is set on the mounting rack 4a there are two connecting plate 4a1, and two fixed ring 4c4 are separately mounted to
The middle part of two connecting plate 4a1 is equipped with sliding slot 4a2 on two connecting plate 4a1, is all provided on the lateral wall of two fixed ring 4c4
Having the fin 4c4a, the detection part 4c5 that are slidably matched with sliding slot 4a2 includes T-block 4c5a, connecting rod 4c5b, connection strap
The side wall of 4c5c, two mobile bar 4c5d and gas-tight enclosure 4c5e, the fixed block 4c3 are equipped with eight be circumferentially distributed and water
Plane section T-shaped shifting chute 4c3a, the T-block 4c5a are mounted in shifting chute 4c3a, one end of connecting rod 4c5b and T-type
Block 4c5a is fixedly connected, and the other end of mobile bar 4c5d is fixedly connected with connection strap 4c5c, two mobile bar 4c5d with
Connection strap 4c5c is fixedly connected, and the gas-tight enclosure 4c5e is mounted on the lower end of two mobile bar 4c5d and the lower end of gas-tight enclosure 4c5e
It coincide with the edge of detection plate 4c1, the inlet of gas-tight enclosure 4c5e is equipped with sealing ring, is equipped on two fixed ring 4c4 several
A limit hole passed through for mobile bar 4c5d；Rotary shaft 4c2 is driven to rotate turn synchronous with detection plate 4c1 by driving assembly 4b
Dynamic, rotary shaft 4c2 drives the fixed block 4c3 rotation being firmly connected with it, and is mounted on the T-block 4c5a of fixed block 4c3 side, connects
Extension bar 4c5b, connection strap 4c5c, mobile bar 4c5d and gas-tight enclosure 4c5e can be rotated with it, during rotation, connecting rod
4c5b passes through track 4k and can also move in the vertical direction along the track of track 4k, so that connecting rod 4c5b drives
The connection strap 4c5c being firmly connected with it and the mobile bar 4c5d being mounted on connection strap 4c5c and gas-tight enclosure 4c5e are vertical
It is moved on direction, two fixed ring 4c4 are capable of fixing the vertical position of mobile bar 4c5d, prevent mobile bar 4c5d from deviating, pass through
The cooperation of sliding slot 4a2 and fin 4c4a enable fixed ring 4c4 to rotate in the horizontal plane with rotary shaft 4c2.
The driving component 4b include driving motor 4b1, drive shaft 4b2, the first driving wheel 4b3, the second driving wheel 4b4,
Third driving wheel 4b5 and the 4th driving wheel 4b6, the driving motor 4b1 are in the side for being vertically arranged in fixing seat 4f, drive shaft
The top and bottom of 4b2 are fixedly connected with the output end of workbench 1 and driving motor 4b1 respectively, the first driving wheel 4b3 set
It is located at the lower end of detection plate 4c1, the second driving wheel 4b4 and the 4th driving wheel 4b6 are set on drive shaft 4b2, third driving
Wheel 4b5 is set on rotary shaft 4c2, is sequentially connected between the first driving wheel 4b3 and the second driving wheel 4b4 by belt,
It is sequentially connected between the third driving wheel 4b5 and the 4th driving wheel 4b6 by belt；It is worked and is driven by driving motor 4b1
Drive shaft 4b2 is rotated, and the second driving wheel 4b4 and the 4th driving wheel 4b6 on drive shaft 4b2 are rotated with it and the second driving
Wheel 4b4 and the 4th driving wheel 4b6 drives the first driving wheel 4b3 and third driving wheel 4b5 to rotate respectively by belt, the first driving
Wheel 4b3 and third driving wheel 4b5 drives detection plate 4c1 and rotary shaft 4c2 to rotate respectively.
The cutting agency 5 includes that the second conveyer belt 5a and third conveyer belt 5b, the second conveyer belt 5a and third pass
Send the direction of transfer with 5b parallel, one end of the second conveyer belt 5a and third conveyer belt 5b are respectively positioned in the second transhipment component 3b
The side of disk 3a1 is transported, the two sides of the second conveyer belt 5a are equipped with second baffle 5c, and the two sides of third conveyer belt 5b are all provided with
There is a third baffle 5d, the second baffle 5c is equipped with equipped with the side of the material selecting board 5e, the material selecting board 5e hinged with it is in
The output end of horizontally disposed sorting cylinder 5f and sorting cylinder 5f are arranged towards material selecting board 5e, the output of the sorting cylinder 5f
End is equipped with the scraping wings 5g being firmly connected with it；The ampoule bottle group of air-leakage test will be completed from inspection by the second transhipment component 3b
Survey on disk 4c1 and be transported on cutting agency 5, if testing result be ampoule bottle group air-tightness it is qualified, ampoule bottle group is from the
Two transhipment component 3b, which are moved on the second conveyer belt 5a, completes blanking, if the air-tightness that testing result is ampoule bottle group does not conform to
Lattice, sorting cylinder 5f work make the front end of scraping wings 5g push material selecting board 5e rotation, and material selecting board 5e is blocked in the second conveyer belt 5a
Front end so that ampoule bottle group from third conveyer belt 5b complete blanking.
The upper end of the mounting rack 4a is equipped with aspiration pump 6, is equipped with the gas connecting with aspiration pump 6 on each gas-tight enclosure 4c5e
It manages, is equipped with solenoid valve on each tracheae, is designed with baroceptor in each gas-tight enclosure 4c5e；When gas-tight enclosure 4c5e is located at most
Low side shrouds ampoule bottle group in gas-tight enclosure 4c5e, and the lower end of gas-tight enclosure 4c5e is bonded to form confined space with detection plate 4c1,
The air in gas-tight enclosure 4c5e is extracted out by aspiration pump 6, and the air pressure change in gas-tight enclosure 4c5e is incuded by baroceptor,
Therefore, it is determined that whether the air-tightness of ampoule bottle group is qualified.
Being equipped between described two transhipment disk 3a1 is in horizontally disposed limit plate 7, and the limit plate 7 is transported close to two
The position of disk 3a1 is in arc-shaped, and being equipped between the transhipment disk 3a1 and testing agency 4 in the first transhipment component 3a is in incline
The first positive stop strip 8 being tiltedly arranged is equipped between the second transhipment disk 3a1 transported in component 3b and testing agency 4 and is inclined to set
The second positive stop strip 9；It is mounted on the side of two transhipment disk 3a1 by limit plate 7, prevents from being located in the first station slot 3a3
Ampoule bottle group is detached from the first station slot 3a3 when transporting disk 3a1 rotation, and the movement of ampoule bottle group is limited by the first positive stop strip 8
Route limits ampoule by the second positive stop strip 9 so that ampoule bottle group is moved in testing agency 4 from the first transhipment component 3a
The moving line of bottle group, so that ampoule bottle group is moved on the second transhipment component 3b from testing agency 4.
The working principle of the invention：The present invention conveys plastic ampoule bottle group by the first conveyer belt 2a first at work,
The distance between two first baffle 2b are greater than or equal to the thickness of a plastic ampoule bottle, so that plastic ampoule bottle group can only be at
Row successively conveys on the first conveyer belt 2a, when the end of the first conveyer belt of plastic ampoule bottle conveyer belt 2a, expects cylinder by limit
2c1 Work Promote limits flitch 2c2 and intercepts plastic ampoule bottle, is continued working later by limit material cylinder 2c1, so that limit flitch 2c2
It moves reciprocatingly above the first conveyer belt 2a, so that can only there is one group of plastic ampoule bottle to enter the first transhipment group every time
On part 3a, to control adjacent the distance between two groups of ampoule bottles, is driven and be firmly connected with it by power motor 3c1 work
Transhipment axis 3a2 rotation, transport axis 3a2 on the first driving wheel 3c2 driven under the transmission of belt the second driving wheel 3c3 turn
Dynamic, the second driving wheel 3c3 drives another transhipment axis 3a2 rotation, so that two transhipment axis 3a2 are rotated synchronously and two turn
Fortune axis 3a2 drives two transhipment disk 3a1 rotations respectively, engages a retable using a first station slot 3a3 on transhipment disk 3a1
Expect ampoule bottle, drives the ampoule bottle being located in the first station slot 3a3 to rotate by transhipment disk 3a1 rotation, later in the first limit
Under the action of item 8, the ampoule bottle group on the first transhipment component 3a is moved to one on detection plate 4c1 the from transhipment disk 3a1
In two station slot 4c1a, being worked by driving motor 4b1 drives drive shaft 4b2 rotation, the second driving wheel on drive shaft 4b2
4b4 and the 4th driving wheel 4b6 is rotated with it and the second driving wheel 4b4 and the 4th driving wheel 4b6 is driven respectively by belt
First driving wheel 4b3 and third driving wheel 4b5 rotation, the first driving wheel 4b3 and third driving wheel 4b5 drive detection plate respectively
4c1 and rotary shaft 4c2 is rotated synchronously, and rotary shaft 4c2 drives the fixed block 4c3 rotation being firmly connected with it, and is mounted on fixed block
T-block 4c5a, connecting rod 4c5b, connection strap 4c5c, mobile bar 4c5d and the gas-tight enclosure 4c5e of 4c3 side can be rotated with it,
During rotation, connecting rod 4c5b is also moved in the vertical direction along the track of track 4k, so that connecting rod
4c5b drives the connection strap 4c5c being firmly connected with it and the mobile bar 4c5d and gas-tight enclosure that are mounted on connection strap 4c5c
4c5e is moved in the vertical direction, shrouds ampoule bottle group in gas-tight enclosure 4c5e when gas-tight enclosure 4c5e is located at least significant end, airtight
The lower end of cover 4c5e is bonded to form confined space with detection plate 4c1, extracts the air in gas-tight enclosure 4c5e out by aspiration pump 6,
The air pressure change in gas-tight enclosure 4c5e is incuded by baroceptor, if the air-tightness of plastic ampoule bottle group is bad to will lead to modeling
Gas and medical fluid in material ampoule bottle enter in gas-tight enclosure 4c5e, so as to cause the pressure sensor detection in gas-tight enclosure 4c5e
The air pressure change degree arrived is less than the air pressure change degree in gas-tight enclosure 4c5e under normal circumstances, therefore, it is determined that the gas of ampoule bottle group
Whether close property is qualified, and gas-tight enclosure 4c5e rises later, and plastic ampoule bottle group is from second station slot under the action of the second positive stop strip 9
It is entered in 4c1a on the second transhipment component 3b, later, qualified plastic ampoule bottle group is as assistant director's disk is from the second conveyer belt 5a
Upper completion blanking, if testing result is unqualified for the air-tightness of ampoule bottle group, before sorting cylinder 5f work makes scraping wings 5g
End pushes material selecting board 5e rotation, and material selecting board 5e is blocked in the front end of the second conveyer belt 5a, so that ampoule bottle group is from third conveyer belt
5b completes blanking.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention.
Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein
General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention
It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one
The widest scope of cause.
Claims (10)
1. a kind of Medical plastic ampoule bottle air-tightness detection device, it is characterised in that：Including workbench（1）, feed mechanism（2）,
Transshipment acitivity（3）, testing agency（4）And cutting agency（5）, the workbench（1）Lower part be equipped with mounting groove（1a）, it is described on
Expect mechanism（2）, transshipment acitivity（3）, testing agency（4）And cutting agency（5）It is installed in workbench（1）Upper end, described turn
Transport mechanism（3）Including the first transhipment component（3a）, second transhipment component（3b）And Power Component（3c）, the first transhipment component
（3a）With the second transhipment component（3b）And Power Component（3c）Connection, the first transhipment component（3a）Positioned at feed mechanism
（2）And testing agency（4）Between, the second transhipment component（3b）Positioned at cutting agency（5）And testing agency（4）Between, institute
State Power Component（3c）It is mounted on mounting groove（1a）It is interior, the testing agency（4）Including mounting rack（4a）, driving assembly（4b）With
Rotary components（4c）, the driving component（4b）It is mounted on mounting groove（1a）Interior and driving assembly（4b）With rotary components（4c）Gu
Fixed connection, mounting rack（4a）And rotary components（4c）It is installed in workbench（1）Upper end.
2. Medical plastic ampoule bottle air-tightness detection device according to claim 1, it is characterised in that：The feed mechanism
（2）Including the first conveyer belt（2a）, two first baffles（2b）Component is expected with limit（2c）, first conveyer belt（2a）In level
It is mounted on workbench（1）Upper end, two first baffles（2b）It is symmetrical set in the first conveyer belt（2a）Two sides, the limit
Expect component（2c）It is mounted on the first conveyer belt（2a）End, the limit expects component（2c）Cylinder is expected including limit（2c1）Expect with limit
Plate（2c2）, the limit material cylinder（2c1）In being horizontally set on the first conveyer belt（2a）Side and limit material cylinder（2c1）It is defeated
Outlet the first conveyer belt of direction（2a）, the limit flitch（2c2）Cylinder is expected with limit（2c1）Output end be fixedly connected, close to limit
Expect cylinder（2c1）First baffle（2b）It is equipped with for limiting flitch（2c2）The through-hole passed through.
3. Medical plastic ampoule bottle air-tightness detection device according to claim 1, it is characterised in that：First transhipment
Component（3a）With the second transhipment component（3b）Structure is identical and includes transhipment disk（3a1）With transhipment axis（3a2）, the transhipment disk
（3a1）It is mounted on workbench（1）Upper end and transhipment disk（3a1）Side wall be equipped with several first stations for being circumferentially distributed
Slot（3a3）, transport axis（3a2）In being vertically arranged in transhipment disk（3a1）Lower end, the transhipment axis（3a2）Upper end and transhipment
Disk（3a1）It is fixedly connected and transports axis（3a2）Lower end run through workbench（1）To mounting groove（1a）Interior extension.
4. Medical plastic ampoule bottle air-tightness detection device according to claim 3, it is characterised in that：The Power Component
（3c）Including power motor（3c1）, the first driving wheel（3c2）, the second driving wheel（3c3）And connecting shaft（3c4）, the power electric
Machine（3c1）In being vertically arranged in mounting groove（1a）Interior and power motor（3c1）Output end and first transhipment component（3a）Interior
Transport axis（3a2）Lower end be fixedly connected, the connecting shaft（3c4）In being vertically installed at mounting groove（1a）Interior and connecting shaft
（3c4）Upper end with second transhipment component（3b）Interior transhipment axis（3a2）Lower end be fixedly connected, first driving wheel
（3c2）With the second driving wheel（3c3）It is respectively sleeved at two transhipment axis（3a2）Lower end and the first driving wheel（3c2）With second
Driving wheel（3c3）Between pass through belt be sequentially connected.
5. Medical plastic ampoule bottle air-tightness detection device according to claim 1, it is characterised in that：The workbench
（1）Upper end be equipped with and mounting groove（1a）The circular groove of connection, the circular groove are located at mounting rack（4a）Underface, in the circular groove
Equipped with disk（4d）And disk（4d）Upper surface and workbench（1）Upper end surface in same level, the disk（4d）
With circular groove coaxial line and disk（4d）With workbench（1）Between formed an annular groove（4e）, the mounting groove（1a）It is interior to be equipped with admittedly
Reservation（4f）, the disk（4d）And fixing seat（4f）Between be equipped with several be used for connect the two support column（4g）, described
Mounting rack（4a）Lower end be equipped with First Transition cylinder（4h）With the second transitional cylinder（4j）, the First Transition cylinder（4h）Positioned at second
Transitional cylinder（4j）Upper end and First Transition cylinder（4h）With the second transitional cylinder（4j）Between form track（4k）, the First Transition
Cylinder（4h）Upper end be equipped with several connecting columns（4m）, the connecting column（4m）Upper end and mounting rack（4a）It is fixedly connected, institute
State the second transitional cylinder（4j）Lower end and disk（4d）It is fixedly connected.
6. Medical plastic ampoule bottle air-tightness detection device according to claim 5, it is characterised in that：The rotary components
（4c）Including detection plate（4c1）, rotary shaft（4c2）, fixed block（4c3）, two fixed rings（4c4）With eight detection parts
（4c5）, the detection plate（4c1）It is mounted on workbench（1）Upper and detection plate（4c1）Upper end-face edge at be equipped with several in circle
The second station slot of week distribution（4c1a）, the detection plate（4c1）Lower end run through annular groove（4e）Extend to mounting groove（1a）It is interior,
The rotary shaft（4c2）In being vertically arranged and rotary shaft（4c2）Lower end run through workbench（1）With fixing seat（4f）Upper end turn
Dynamic connection, the fixed block（4c3）It is mounted on rotary shaft（4c2）On, the mounting rack（4a）On set there are two connecting plate
（4a1）, two fixed rings（4c4）It is separately mounted to two connecting plates（4a1）Middle part, two connecting plates（4a1）On be equipped with
Sliding slot（4a2）, two fixed rings（4c4）Lateral wall on be equipped with and sliding slot（4a2）The fin being slidably matched（4c4a）, described
Detection part（4c5）Including T-block（4c5a）, connecting rod（4c5b）, connection strap（4c5c）, two mobile bars（4c5d）With it is airtight
Cover（4c5e）, the fixed block（4c3）Side wall be equipped with the shifting chute that eight are circumferentially distributed and horizontal cross-section is T-shaped
（4c3a）, the T-block（4c5a）It is mounted on shifting chute（4c3a）It is interior, connecting rod（4c5b）One end and T-block（4c5a）Gu
Fixed connection, mobile bar（4c5d）The other end and connection strap（4c5c）It is fixedly connected, two mobile bars（4c5d）And even
Narrow bars（4c5c）It is fixedly connected, the gas-tight enclosure（4c5e）It is mounted on two mobile bars（4c5d）Lower end and gas-tight enclosure（4c5e）
Lower end and detection plate（4c1）Edge coincide, gas-tight enclosure（4c5e）Inlet be equipped with sealing ring, two fixed rings（4c4）
On be equipped with several for mobile bar（4c5d）The limit hole passed through.
7. Medical plastic ampoule bottle air-tightness detection device according to claim 6, it is characterised in that：The driving component
（4b）Including driving motor（4b1）, drive shaft（4b2）, the first driving wheel（4b3）, the second driving wheel（4b4）, third driving wheel
（4b5）With the 4th driving wheel（4b6）, the driving motor（4b1）In being vertically arranged in fixing seat（4f）Side, drive shaft
（4b2）Top and bottom respectively with workbench（1）And driving motor（4b1）Output end be fixedly connected, it is described first driving
Wheel（4b3）It is set in detection plate（4c1）Lower end, the second driving wheel（4b4）With the 4th driving wheel（4b6）It is set in drive shaft
（4b2）On, third driving wheel（4b5）It is set in rotary shaft（4c2）On, first driving wheel（4b3）With the second driving wheel
（4b4）Between pass through belt be sequentially connected, the third driving wheel（4b5）With the 4th driving wheel（4b6）Between pass through belt pass
Dynamic connection.
8. Medical plastic ampoule bottle air-tightness detection device according to claim 7, it is characterised in that：The cutting agency
（5）Including the second conveyer belt（5a）With third conveyer belt（5b）, second conveyer belt（5a）With third conveyer belt（5b）Biography
Send direction parallel, the second conveyer belt（5a）With third conveyer belt（5b）One end be respectively positioned on the second transhipment component（3b）Interior transhipment
Disk（3a1）Side, second conveyer belt（5a）Two sides be equipped with second baffle（5c）, third conveyer belt（5b）Two sides
It is equipped with third baffle（5d）, the second baffle（5c）It is equipped with the material selecting board hinged with it（5e）, the material selecting board（5e）
Side be equipped be in horizontally disposed sorting cylinder（5f）And sorting cylinder（5f）Output end towards material selecting board（5e）Setting, institute
State sorting cylinder（5f）Output end be equipped with the scraping wings that is firmly connected with it（5g）.
9. Medical plastic ampoule bottle air-tightness detection device according to claim 8, it is characterised in that：The mounting rack
（4a）Upper end be equipped with aspiration pump（6）, each gas-tight enclosure（4c5e）On be equipped with and aspiration pump（6）The tracheae of connection, Mei Geqi
Solenoid valve, each gas-tight enclosure are equipped on pipe（4c5e）Inside it is designed with baroceptor.
10. Medical plastic ampoule bottle air-tightness detection device according to claim 3, it is characterised in that：Turn described in two
Transport disk（3a1）Between be equipped be in horizontally disposed limit plate（7）, the limit plate（7）Close to two transhipment disks（3a1）Position
It is in arc-shaped, the first transhipment component（3a）Interior transhipment disk（3a1）And testing agency（4）Between be equipped be inclined to set
The first positive stop strip（8）, the second transhipment component（3b）Interior transhipment disk（3a1）And testing agency（4）Between be equipped with and inclined set
The second positive stop strip set（9）.
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| CN201810359326.1A CN108827565B (en) | 2018-04-20 | 2018-04-20 | A kind of Medical plastic ampoule bottle air-tightness detection device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810359326.1A CN108827565B (en) | 2018-04-20 | 2018-04-20 | A kind of Medical plastic ampoule bottle air-tightness detection device |
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| CN108827565B CN108827565B (en) | 2019-11-26 |
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| CN118482878A (en) * | 2024-07-16 | 2024-08-13 | 山东奥扬新能源科技股份有限公司 | Gas tightness detection device for gas storage bottle |
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| CN108827565B (en) | 2019-11-26 |
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Effective date of registration: 20191030 Address after: 261500 Weifang City, Gaomi City Province town street, No. 77, Applicant after: Sun Sumei Applicant after: Zhang Yanmin Address before: 264025 College of physics and Optoelectronics Engineering, Ludong University, 186 Hongqi Middle Road, Zhifu District, Yantai, Shandong Applicant before: Zhang Huifang |
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Effective date of registration: 20221130 Address after: Room 201, Heze Homecoming Entrepreneurship Incubation Base, Qianjiang Road, Heze Development Zone, 274000 Shandong Province Patentee after: Shandong Huayu Zhongchi Medical Technology Co.,Ltd. Address before: 261500 No. 77 Zhenfu Street, Gaomi City, Weifang City, Shandong Province Patentee before: Sun Sumei Patentee before: Zhang Yanmin |