A kind of filling vial casual inspection device of medicine
Technical field
The present invention relates to a kind of filling vial casual inspection devices of medicine.
Background technology
It is very high for the quality requirement of vial in the filling field of medicine, and there is no effective sampling observation equipment at present.
And for the manufacturer of most of vials, after product export, the various product qualities of client can be all received every year and are asked
Topic, causes client to complain, causes damages to the two sides concerned.The reason of above problem occurs essentially consists in quality in manufacturing process and supervises
It is improper to control, and therefore, is badly in need of a kind of fast and easily detection device to be inspected by random samples to product, to ensure the qualification rate of product.Mesh
Before, there are also the devices inspected by random samples to vial on the market, but it is mostly loosely organized, floor space is larger, and cost
It is higher.
Invention content
In order to solve the above technical problems, the object of the present invention is to provide a kind of filling vial casual inspection device of medicine,
The apparatus structure is compact, and the cost of sampling observation is relatively low, can be directed to the filling vial of medicine and quickly be inspected by random samples.
In order to achieve the above purpose, present invention employs technical solutions below:
A kind of filling vial casual inspection device of medicine, the device include conveyer belt pedestal, glass bottles conveyer, turntable sampling observation receipts
Acquisition means, the glass bottles conveyer are fixed on conveyer belt pedestal, and the turntable inspects collection device and glass by random samples
Glass bottle conveying device is connected;
The conveyer belt pedestal includes embedded column, housing column, proximate matter chassis and is connected and fixed plate, and the fixation of housing column is set
It sets on proximate matter chassis, embeds column and be mounted in housing column, upper-lower height is adjusted, is fixed with holding screw after adjusting,
It is connected and fixed plate and is fixed at embedded column top;
The glass bottles conveyer includes main shaft, conveyer belt, protective fence, shield posts, air-leg, side plate, and main shaft is set
It sets on side plate, main shaft is driven by motor, is moved, is placed on thereon by the belt wheel driving conveying belt on main shaft
Vial is moved along conveying tape motion direction, and protective fence is fixed in shield posts, and shield posts are fixed at side plate
On, the air-leg is fixed on side plate, and air-leg pushing direction is taken out towards glass bottles conveyer and turntable
The first notch that inspection collection device is mutually connected;
The air-leg includes column, cylinder fixed block, cylinder, guide rail, sheet rubber, column fixed block, and column fixation is set
It sets on column fixed block, column fixed block is fixed on side plate, and cylinder fixed block is fixed on column, and cylinder is solid
Fixed to be arranged in cylinder fixed block, cylinder is fixed with sheet rubber, is oriented to by guide rail;
The described turntable sampling observation collection device includes that workbench, speed regulating motor, shaft coupling, turntable, guide card hold-down bars, spiral shape are led
Piece and outer ring catch;Speed regulating motor is fixed at workbench center, and speed regulating motor output shaft is connect by shaft coupling with turntable,
Motor rotation drives turntable rotation, spiral shape guide card to be suspended vacantly by guide card hold-down bars, is set to above turntable, outer ring catch
Fixed setting on the table, is located above turntable, surrounds turntable, and the second notch, the second notch and first is arranged in outer ring catch
Notch faces, and engagement plate is provided between the first notch and the second notch, is set between the engagement plate and workbench
It is equipped with gap.
Step is improved, and the conveyer belt pedestal includes that universal wheel, four universal wheels are all fixed on proximate matter chassis.
As a further improvement, the housing column is fixed on proximate matter chassis, embeds column and be mounted on housing
In column, be adjusted upper-lower height, fixed with holding screw after adjusting, be connected and fixed plate be fixed at embedded column top with
Glass bottles conveyer is fixedly connected.
The present invention due to the adoption of the above technical solution, when use when vial reaches the first indentation, there, gas
Dynamic push rod work is shifted the vial on conveyer belt in turntable sampling observation collection device onto, is collected when vial enters turntable sampling observation
The turntable of device is gradually assembled to turntable by the active force of spiral shape guide card, completes to collect, the glass that then will be gathered
Bottle is manually inspected by random samples.The apparatus structure is compact, and the cost of sampling observation is relatively low, can be directed to the filling vial of medicine and quickly be taken out
Inspection.
Description of the drawings
Fig. 1 is the structural schematic diagram of the embodiment of the present invention.
Fig. 2 is the structural schematic diagram of conveyer belt pedestal.
Fig. 3 is the structural schematic diagram of glass bottles conveyer.
Fig. 4 is the structural schematic diagram of air-leg.
Fig. 5 is that turntable inspects collection device structural schematic diagram by random samples.
Fig. 6 is the configuration schematic diagram that turntable inspects collection device by random samples.
Specific implementation mode
The specific implementation mode of the present invention is made a detailed explanation below in conjunction with the accompanying drawings.
The filling vial casual inspection device of a kind of medicine as shown in Figure 1, the device include that conveyer belt pedestal 1, vial are defeated
Device 2, turntable sampling observation collection device 3 are sent, the glass bottles conveyer 2 is fixed on conveyer belt pedestal 1, described
Turntable sampling observation collection device 3 is connected with glass bottles conveyer 2, and vial is transported from glass bottles conveyer 2, is being connected
Place shifts vial onto turntable and inspects collection device 3 by random samples, completes the collection of vial.
As shown in Fig. 2, the conveyer belt pedestal 1 includes universal wheel 11, embedded column 12, housing column 13, proximate matter bottom
Disk 14 is connected and fixed plate 15, and four universal wheels 11 are all fixed on proximate matter proximate matter chassis 14 so that workbench can facilitate
Mobile, housing column 13 is fixed on proximate matter chassis 14, is embedded column 12 and is mounted in housing column 13, is adjusted up and down
Highly, it is fixed with holding screw after adjusting, is connected and fixed plate 15 and is fixed at 12 top of embedded column, for being fixedly connected with glass
Glass bottle conveying device 2.
As shown in figure 3, the glass bottles conveyer 2 includes main shaft 21, conveyer belt 22, protective fence 23, shield posts
24, air-leg 25, side plate 26, main shaft 21 are arranged on side plate 26, and main shaft 21 is driven by motor, by being mounted on main shaft
Belt wheel driving conveying belt 22 move, the vial being placed on thereon moves along 22 direction of motion of conveyer belt, and protective fence 23 is fixed
It is arranged in shield posts 24, shield posts 24 are fixed on side plate 26, and protective fence 23 ensures vial on the conveyor belt
It will not topple over when movement, air-leg 25 is fixed on side plate 26, and 25 pushing direction of air-leg is conveyed towards vial
The first notch 27 that device 2 is connected with turntable sampling observation 3 phase of collection device, when needing the vial inspected by random samples to reach at this, pneumatically
Push rod 25 works, and the vial on conveyer belt 22 is shifted onto in turntable sampling observation collection device 3.
As shown in figure 4, the air-leg 25 include column 251, cylinder fixed block 252, cylinder 253, guide rail 254,
Sheet rubber 255, column fixed block 256, column 251 are fixed on column fixed block 256, and the fixation of column fixed block 256 is set
It sets on side plate 26, cylinder fixed block 252 is fixed on column 251, and cylinder 253 is fixed at cylinder fixed block 252
On, cylinder 253 is fixed with sheet rubber 255, is oriented to by guide rail 254.Cylinder pushes sheet rubber 255 to advance, and vial is promoted
Turntable is inspected by random samples in collection device 3.
As shown in Figure 5, Figure 6, turntable sampling observation collection device 3 includes workbench 31, adjusting pad 32, speed regulating motor
33, shaft coupling 34, turntable 35, guide card hold-down bars 36, spiral shape guide card 37, outer ring catch 38, adjusting pad 32 are arranged in workbench
On 31 4 angles, the height for adjusting workbench 31 is corresponding with glass bottles conveyer 2, and speed regulating motor 33 is fixed at work
31 center of platform, 33 output shaft of speed regulating motor are connect by shaft coupling 34 with turntable 35, and motor rotation drives turntable 35 to rotate, spiral
Shape guide card 37 is suspended vacantly by guide card hold-down bars 36, is set to 35 top of turntable, and the second notch 39 is arranged in outer ring catch 38, the
Two notches 39 are faced with the first notch 27, and are provided with engagement plate 40 between the first notch 27 and the second notch 36, described
Engagement plate 40 and workbench 31 between be provided with gap.When vial enter turntable inspect by random samples collection device 3 turntable 35, by
The active force of spiral shape guide card 37 is gradually assembled to turntable 35, and the purpose collected is completed, and outer ring catch 38 is fixed at work
On platform 31, it is located at 35 top of turntable, surrounds turntable 35, prevent vial from being toppled over by centrifugal force.