CN209009606U - A kind of bottle separating device of inoculated needle vision detection system - Google Patents
A kind of bottle separating device of inoculated needle vision detection system Download PDFInfo
- Publication number
- CN209009606U CN209009606U CN201821731179.8U CN201821731179U CN209009606U CN 209009606 U CN209009606 U CN 209009606U CN 201821731179 U CN201821731179 U CN 201821731179U CN 209009606 U CN209009606 U CN 209009606U
- Authority
- CN
- China
- Prior art keywords
- star
- bottle
- sub
- wheel
- wheels
- 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.)
- Active
Links
Landscapes
- Filling Of Jars Or Cans And Processes For Cleaning And Sealing Jars (AREA)
- Investigating Materials By The Use Of Optical Means Adapted For Particular Applications (AREA)
- Specific Conveyance Elements (AREA)
Abstract
The utility model discloses a kind of bottle separating devices of inoculated needle vision detection system, including support baseboard, two star-wheel supports, two star-wheel shafts, two tracheaes, driving mechanism and sub-bottle guardrail；Two star-wheel supports are fixed on the upper surface of support baseboard, and two star-wheel shafts are interspersed in the inner cavity of two star-wheel supports；Two sub-bottle star-wheels are sleeved on the top of two star-wheel shafts；The ventilation gentle disk of aluminium dish is successively installed in the decentralization of two sub-bottle star-wheels；Two tracheaes are connected in the stomata of two gas disks each by gas-tpe fitting；Driving mechanism includes two lower ends for being mounted on two star-wheel shafts and meshed gears；Sub-bottle guardrail is mounted among the rear side of two sub-bottle star-wheels, and the gap between the outer peripheral surface of two sub-bottle star-wheels forms a qualified product channel and a rejected product channel.Qualified and underproof inoculated needle product steadily can be respectively fed to qualified channel and unqualified channel, realize the rejecting of substandard product by the bottle separating device of the utility model.
Description
Technical field
The utility model relates to a kind of bottle separating devices of inoculated needle vision detection system.
Background technique
In pharmaceutical machine apparatus field, full-automatic soup bottle intelligent vision checks that system is for west on pharmaceutical production line
The full-automatic on-line measuring device of the product qualities detection such as woods bottle, cillin bottle and large transfusion bottle, can with on-line checking glass chip,
The foreign matters such as metal aluminium skimmings, eraser chips, hair, fiber can also detect the package quality of the breakage of bottle body itself, crackle and bottleneck
Deng automatic rejection rejected product.Compared with artificial detection, detection speed and quality is greatly improved, artificial detection is avoided
Unstability, realize product is carried out 100% detection, and detection method and standard are uniformly unified, and thoroughly prevent not conforming to
The product of lattice enters market.It is combined with machine vision technique with Automatic Control Theory, makes to be detected by mechanical means
Product runs at high speed, brakes, and a series of images of detected material is obtained using high-speed industrial camera, with high-performance industrial control system
And software calculates image, is analyzed, and the detection to product is completed.The rejected product detected passes through holding for automatic control
Luggage, which is set, gives automatic rejection, realizes the touchless detection of medicinal liquid bottle quality.
There are mainly two types of lamp inspection machines currently on the market, and one is intermittent lamp inspection machine, camera is remained stationary with light source,
When bottle turns between camera and light source, stops operating and complete Image Acquisition；Another kind is continous way lamp inspection machine, camera with
Light source is kept by mechanically operated mode and detects bottle synchronous rotation completion Image Acquisition.The former detects discontinuously, detection effect
Rate is extremely low；The latter is realized by mechanical drive mode and is synchronized, higher to machine components processing and structure installation requirement, once assembly
Precision does not reach requirement, and will directly affect detection accuracy.
Utility model content
A kind of inoculated needle vision detection system is provided the purpose of the utility model is to overcome the defect of the prior art
Bottle separating device, qualified and underproof inoculated needle product steadily can be respectively fed to qualified channel and unqualified channel by it,
Realize the rejecting of substandard product.
Purpose of the utility model is realized as follows: a kind of bottle separating device of inoculated needle vision detection system, including length
Bar shaped support baseboard, two star-wheel supports, two star-wheel shafts, two sub-bottle star-wheels, two ventilation aluminium dishes, two gas disks, two
Root tracheae, driving mechanism and sub-bottle guardrail；Wherein,
A first from left is provided with two perforation rightly on the support baseboard；
Two star-wheel supports and two perforation are fixed on the upper surface of the support baseboard, two star-wheels correspondingly
The inner cavity upper and lower part of support respectively corresponds one upper bearing (metal) of installation and lower bearing；
Two star-wheel shafts are interspersed in two perforation of the support baseboard and the inner cavity of two star-wheel supports；
Two sub-bottle star-wheels are sleeved on the top of two star-wheel shafts correspondingly, keep two sub-bottle star-wheels tangent, should
Open up the card slot of multiple inoculated needle products on the outer peripheral surface of two sub-bottle star-wheels in uniform way respectively, the bottom surface of each card slot opens up
One is communicated to the air flue of bottom surface；
Two ventilation aluminium dishes are sleeved on the top of two star-wheel shafts correspondingly and are located under two sub-bottle star-wheels
Fang Shang, this two ventilation aluminium dish top surface on respectively correspond top sub-bottle star-wheel on air flue open up the ventilation for being communicated to bottom surface
Hole；
Two gas disks are sleeved on the top of two star-wheel shafts correspondingly and are located at the lower section of two ventilation aluminium dishes, should
Two gas disks are fixed on correspondingly on the top surface of two star-wheel supports, open up a company on the top surface of two gas disks respectively
The stomata of bottom surface is led to, and opens up the annular gas tank being connected to the stomata on top surface；
Two tracheaes are connected in the stomata of two gas disks correspondingly and correspond each by a gas-tpe fitting
On the bottom surface of two gas disks；
The driving mechanism includes two lower ends for being mounted on two star-wheel shafts correspondingly and meshed gears；
The sub-bottle guardrail is mounted on the support baseboard and is located among the rear side of two sub-bottle star-wheels, sub-bottle shield
The leading flank on column is in the herringbone that is adapted to the outer peripheral surface of two sub-bottle star-wheels, between the outer peripheral surface of a sub-bottle star-wheel between
Gap forms a qualified product channel, and the gap between the outer peripheral surface of another sub-bottle star-wheel forms a rejected product channel.
The bottle separating device of above-mentioned inoculated needle vision detection system, wherein two sub-bottle star-wheels are each by fixation
Part and screw with knob are mounted on the top of two star-wheel shafts correspondingly.
The bottle separating device of above-mentioned inoculated needle vision detection system, wherein the lower bearing is pacified by axle sleeve and fixed ring
Mounted in the inner cavity lower part of the star-wheel support.
The bottle separating device of above-mentioned inoculated needle vision detection system, wherein two gears are each by tensioner one
One is accordingly mounted on the lower end of two star-wheel shafts.
The bottle separating device of the inoculated needle vision detection system of the utility model, using two star wheel components, and passes through sub-bottle
The flange section of star-wheel and star-wheel guardrail support inoculated needle product, does not have to bottom supporting track, can be achieved with inoculated needle product
Qualified and underproof inoculated needle product steadily can be respectively fed to qualified channel and unqualified channel by motion transmission, real
The rejecting of existing substandard product.
Detailed description of the invention
Fig. 1 is the axial section of the bottle separating device of the inoculated needle vision detection system of the utility model；
Fig. 2 is the top view of the bottle separating device of the inoculated needle vision detection system of the utility model.
Specific embodiment
Below in conjunction with attached drawing, the utility model is described in further detail.
Please refer to Fig. 1 and Fig. 2, the bottle separating device of the inoculated needle vision detection system of the utility model, including strip branch
Support the star-wheel support 6, two of bottom plate 17, two star-wheel shaft 7, two sub-bottle star-wheel 3, two ventilation 4, two gas disks 5, two of aluminium dish
Root tracheae 11, driving mechanism and sub-bottle guardrail 15；
A first from left is provided with two perforation rightly on support baseboard 17；
Two star-wheel supports 6 and two perforation are fixed on the upper surface of support baseboard 17, two star-wheels correspondingly
The inner cavity upper and lower part of support 6 respectively corresponds one upper bearing (metal) 12 of installation and lower bearing 12 '；Lower bearing 12 ' passes through axle sleeve 8
The inner cavity lower part of star-wheel support 6 is mounted on fixed ring 13；
Two star-wheel shafts 7 are interspersed in two perforation of support baseboard 17 and the inner cavity of two star-wheel supports 6；
Two sub-bottle star-wheels 3 are sleeved on two star-wheels correspondingly and turn each by fixing piece 2 with the screw with knob 1
The top of axis 7 keeps two sub-bottle star-wheels 3 tangent, opens up multiple inoculated on the outer peripheral surface of two sub-bottle star-wheels 3 in uniform way respectively
The card slot 30 of needle product, the bottom surface of each card slot 30 open up the air flue 31 for being communicated to bottom surface；
Two ventilation aluminium dishes 4 are sleeved on the top of two star-wheel shafts 7 correspondingly and are located at two sub-bottle star-wheels 3
On lower section, the air flue 31 respectively corresponded on the sub-bottle star-wheel 3 of top on the top surface of this two ventilation aluminium dishes 4 opens up and is communicated to bottom surface
Venthole 41；
Two gas disks 5 are sleeved on the top of two star-wheel shafts 7 correspondingly and are located under two ventilation aluminium dishes 4
Side, two gas disks 5 are fixed on the top surface of two star-wheel supports 6 correspondingly, open respectively on the top surface of two gas disks 5
If one is communicated to the stomata 51 of bottom surface, and opens up the annular gas tank 52 being connected to the stomata 51 on top surface；
Two tracheaes 11 are connected in the stomata 51 of two gas disks 5 and one correspondingly each by a gas-tpe fitting 10
Vacuum source on the one corresponding bottom surface for being located at two gas disks 5, outside the respective connection of two tracheaes 11；
Driving mechanism includes two and is mounted on the lower end of two star-wheel shafts 7 correspondingly simultaneously each by tensioner 14
Meshed gears 9 rotates two star-wheel shafts 7 in the opposite direction；
Sub-bottle guardrail 15 is mounted on support baseboard 17 and is located among the rear side of two sub-bottle star-wheels 3, the sub-bottle guardrail
15 leading flank is in the herringbone being adapted to the outer peripheral surface of two sub-bottle star-wheels 3, between the outer peripheral surface of the sub-bottle star-wheel 3 on the left side
Gap formed a qualified product channel 100, and the outer peripheral surface of the sub-bottle star-wheel 3 on the right between gap formed one it is unqualified
Product channel 200.
The working principle of the bottle separating device of the inoculated needle vision detection system of the utility model is: when detection system detection is soft
When the judgement inoculated needle product 16 of part is qualified, which is sent between two sub-bottle star-wheels 3 and by two sub-bottles
After the card slot 30 of star-wheel 3 clamps, system control is connected to the vacuum source ventilation on the gas disk 5 of 3 lower section of sub-bottle star-wheel on the left side,
Vacuum source enters the stomata 51 of gas disk 5 by tracheae 11 and enters the venthole 41 of ventilation aluminium dish 4 by air drain 52, enters back into
The air flue 31 of sub-bottle star-wheel 3 enables the card slot 30 of the sub-bottle star-wheel 3 on the left side to adsorb inoculated needle product 16, passes through sub-bottle star-wheel 3
Rotation is by the inoculated needle product 16 of qualification feeding qualified product channel 100, and by the sub-bottle star-wheel 3 on the left side and star-wheel guardrail 15
The flange section of left front lateral support inoculated needle product 16.When the judgement inoculated needle product 16 of detection system inspection software is unqualified
When, which is sent between two sub-bottle star-wheels 3 and after being clamped by the card slot of two sub-bottle star-wheels 3 30, is
The vacuum source that system control is connected on the gas disk 5 of 3 lower section of sub-bottle star-wheel on the right is ventilated by tracheae 11, so that point on the right
Bottle star-wheel 3 can adsorb inoculated needle product 16, be sent into the inoculated needle product 16 of the qualification by the rotation of sub-bottle star-wheel 3 unqualified
Product channel 200, and by the flange portion of the forward right side face of the sub-bottle star-wheel 3 on the right and star-wheel guardrail 15 support inoculated needle product 16
Point, realize the rejecting of substandard product.
The bottle separating device of the inoculated needle vision detection system of the utility model, can steadily will be qualified and underproof pre-
It fills needle product and is respectively fed to qualified channel and unqualified channel, realize the rejecting of substandard product.
Claims (4)
1. a kind of bottle separating device of inoculated needle vision detection system, including strip support baseboard, two star-wheel supports, two stars
Take turns shaft, two sub-bottle star-wheels, two ventilation aluminium dishes, two gas disks, two tracheaes, driving mechanism and sub-bottle guardrail；Its feature
It is,
A first from left is provided with two perforation rightly on the support baseboard；
Two star-wheel supports and two perforation are fixed on the upper surface of the support baseboard, two star-wheel supports correspondingly
Inner cavity upper and lower part respectively correspond installation one upper bearing (metal) and lower bearing；
Two star-wheel shafts are interspersed in two perforation of the support baseboard and the inner cavity of two star-wheel supports；
Two sub-bottle star-wheels are sleeved on the top of two star-wheel shafts correspondingly, keep two sub-bottle star-wheels tangent, and this two
Open up the card slot of multiple inoculated needle products on the outer peripheral surface of sub-bottle star-wheel in uniform way respectively, the bottom surface of each card slot opens up one
It is communicated to the air flue of bottom surface；
Two ventilation aluminium dishes are sleeved on the top of two star-wheel shafts correspondingly and are located on the lower section of two sub-bottle star-wheels,
The air flue respectively corresponded on the sub-bottle star-wheel of top on the top surface of this two ventilation aluminium dishes opens up the venthole for being communicated to bottom surface；
Two gas disks are sleeved on the top of two star-wheel shafts correspondingly and are located at the lower section of two ventilation aluminium dishes, and this two
Gas disk is fixed on correspondingly on the top surface of two star-wheel supports, is opened up one on the top surface of two gas disks respectively and is communicated to
The stomata of bottom surface, and the annular gas tank being connected to the stomata is opened up on top surface；
Two tracheaes, which are connected in the stomata of two gas disks correspondingly and are corresponded each by a gas-tpe fitting, to be located at
On the bottom surface of two gas disks；
The driving mechanism includes two lower ends for being mounted on two star-wheel shafts correspondingly and meshed gears；
The sub-bottle guardrail is mounted on the support baseboard and is located among the rear side of two sub-bottle star-wheels, the sub-bottle guardrail
Leading flank is in the herringbone being adapted to the outer peripheral surface of two sub-bottle star-wheels, the gap shape between the outer peripheral surface of a sub-bottle star-wheel
At a qualified product channel, the gap between the outer peripheral surface of another sub-bottle star-wheel forms a rejected product channel.
2. the bottle separating device of inoculated needle vision detection system according to claim 1, which is characterized in that two sub-bottles
Screw of the star-wheel each by fixing piece and with knob is mounted on the top of two star-wheel shafts correspondingly.
3. the bottle separating device of inoculated needle vision detection system according to claim 1, which is characterized in that the lower bearing is logical
It crosses axle sleeve and fixed ring is mounted on the inner cavity lower part of the star-wheel support.
4. the bottle separating device of inoculated needle vision detection system according to claim 1, which is characterized in that two gears
It is mounted on the lower end of two star-wheel shafts correspondingly each by tensioner.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821731179.8U CN209009606U (en) | 2018-10-24 | 2018-10-24 | A kind of bottle separating device of inoculated needle vision detection system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821731179.8U CN209009606U (en) | 2018-10-24 | 2018-10-24 | A kind of bottle separating device of inoculated needle vision detection system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209009606U true CN209009606U (en) | 2019-06-21 |
Family
ID=66839908
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821731179.8U Active CN209009606U (en) | 2018-10-24 | 2018-10-24 | A kind of bottle separating device of inoculated needle vision detection system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209009606U (en) |
-
2018
- 2018-10-24 CN CN201821731179.8U patent/CN209009606U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201319023Y (en) | Visual detecting device for visible foreign matter in bottled liquid on high speed bottling line | |
| CN103512897B (en) | A kind of for freeze-drying cillin bottle without base type lamp inspection machine | |
| CN107297337B (en) | A kind of Clear glass bottles and jars automatic intelligent detection machine | |
| CN101398390A (en) | On-line vision detection device for visual foreign body in bottle contained liquid | |
| CN108387590A (en) | A kind of low module stem gear appearance defect detection device | |
| CN1529165A (en) | Fully-automatic bottled-medicine detecting machine | |
| CN103454284A (en) | Paper container product detection machine and detection method thereof | |
| CN209009606U (en) | A kind of bottle separating device of inoculated needle vision detection system | |
| CN201434829Y (en) | Device for synchronously tracking and acquiring images of automatic inspector by adopting bottom light source | |
| CN209014457U (en) | A kind of gripper device of inoculated needle vision detection system | |
| CN203578240U (en) | Classifying and bottle discharging mechanism for automatic light examining machine | |
| CN103512900B (en) | A kind of for liquid drugs injection ampoule bottle without base type lamp inspection machine | |
| CN206857637U (en) | A kind of intelligent bottleneck automatic direction regulating device | |
| CN201653929U (en) | Brake device for full-automatic physic liquor bottle lamp detection machine | |
| CN206079487U (en) | Mirror of lipstick liquid filling machine is examined and is closed mechanism soon | |
| CN208476817U (en) | A kind of bottle opener of full automatic lamp detecting machine | |
| CN201653928U (en) | Synchronous tracking device for fully automatic liquid medicine bottle lamp inspector | |
| CN101592619A (en) | Adopt the automatic lamp inspector picture synchronization tracking and collecting device of end light source | |
| CN101587060A (en) | Automatic lamp inspector picture synchronization tracking and collecting device with two light sources | |
| CN203465220U (en) | Synchronous image follow acquisition device of ampoule bottle lamp inspection machine adopting bottom light source | |
| CN201653930U (en) | Fully automatic lamp inspector for liquid medicine bottle | |
| CN206292184U (en) | Tangent tower wheel-type full automatic lamp detecting machine | |
| CN203595672U (en) | Foreign object detecting device for squirt cut ampoule bottle lamp inspector | |
| CN205550879U (en) | Checking machine is synthesized to complete servo bottleneck | |
| CN208361373U (en) | It is a kind of for lamp inspection machine without suction nozzle vacuum star-wheel |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |