CN207248638U - Infrared ray Anti-explosion bulb detection line - Google Patents
Infrared ray Anti-explosion bulb detection line Download PDFInfo
- Publication number
- CN207248638U CN207248638U CN201720926246.0U CN201720926246U CN207248638U CN 207248638 U CN207248638 U CN 207248638U CN 201720926246 U CN201720926246 U CN 201720926246U CN 207248638 U CN207248638 U CN 207248638U
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- China
- Prior art keywords
- conveyer belt
- infrared ray
- rectangular cover
- conductive film
- ray anti
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Abstract
A kind of infrared ray Anti-explosion bulb detection line is the utility model is related to, it includes conveyer belt, pressure test device, and conveyer belt is equipped with the sets of holes of socket infrared ray Anti-explosion bulb along conveying direction uniform intervals；Pressure test device includes the rectangular cover of a bottom hollow out, the piston rod of cylinder is fixedly connected with the top of rectangular cover, and cylinder location is fixed；When the piston rod of cylinder, which drives rectangular cover to move downwardly to, to be pushed against with conveyer belt upper surface, one rectangular cavity of sealing formation between rectangular cover and conveyer belt；Rectangular cover is equipped with air inlet and the pressure gauge for testing air pressure in rectangular cover, and air inlet connects exterior feeder by air inlet pipeline；The position of corresponding rectangular cover is equipped with pressure-bearing platform below conveyer belt, i.e., when cylinder drives rectangular cover abutting conveyer belt, conveyer belt pushes against pressure-bearing platform, and the pressure-bearing platform top surface is equipped with the delivery chute that the conductive lamp base of adaptation moves.The utility model can realize the pressure test to infrared ray Anti-explosion bulb, and test is more convenient, efficient, securely and reliably.
Description
Technical field
Lamp production lines are the utility model is related to, are a kind of infrared ray Anti-explosion bulb detection lines.
Background technology
Infrared ray Anti-explosion bulb is one kind of infrared lamp, explosion-proof mainly by adding protected enclosure outside light bulb,
So as to be not easy the security incident for being caused light bulb to burst by temperature, external impact or compression shock etc..Bulb detection line is then pin
Production line together with being detected to the performance of light bulb with function, its detection mainly as bulb quality qualification.It is existing
The qualified detection of light bulb it is general it is more be to be examined by manual testing, it is not only time-consuming and laborious, and there are larger to reviewer
Security risk.For this reason, need to be improved existing bulb detection line.
Utility model content
To overcome above-mentioned deficiency, the utility model designs a kind of infrared ray Anti-explosion bulb detection line, it is solved existing lamp
Tool detects relatively complicated, less efficient, the technical problem that security is not good enough.It adopts the following technical scheme that realization.
Infrared ray Anti-explosion bulb detection line, it includes conveyer belt, pressure test device, and the conveyer belt is equal along conveying direction
The even sets of holes for being interval with socket infrared ray Anti-explosion bulb, and when infrared ray Anti-explosion bulb is socketed on sets of holes, infrared ray explosion-proof lamp
The conductive lamp base of bubble is located at below conveyer belt；The pressure test device includes the rectangular cover of a bottom hollow out, rectangular cover top
Portion is fixedly connected with the piston rod of cylinder, and cylinder is vertical setting relative to conveyer belt, and cylinder location is fixed；When the piston of cylinder
Bar drives rectangular cover to move downwardly to when being pushed against with the conveyer belt upper surface, sealing formation one between rectangular cover and conveyer belt
Rectangular cavity；The rectangular cover is equipped with air inlet and the pressure gauge for testing air pressure in rectangular cover, air inlet pass through air inlet pipeline
The exterior feeder of connection；The position of the corresponding rectangular cover is equipped with pressure-bearing platform below the conveyer belt, i.e. cylinder drives square
When shape cover pushes against conveyer belt, conveyer belt pushes against the pressure-bearing platform, and the pressure-bearing platform top surface is equipped with the adaptation infrared ray and prevents
The delivery chute of the conductive lamp base movement of quick-fried light bulb.Said structure, the horizontal feed of infrared ray Anti-explosion bulb is realized by conveyer belt,
Rectangular cover elevating movement is driven by cylinder, so as to fulfill the sealing folding between rectangular cover and conveyer belt, when infrared ray is explosion-proof
Light bulb enters rectangular cover, and when driving rectangular cover to offset with conveyer belt by cylinder to form sealed rectangular chamber, by feeder to
Supply pressurization in rectangular cavity, and keep specific air pressure for a period of time, it can learn that current infrared ray is prevented according to the change of pressure gauge
The artesian condition of quick-fried light bulb, realizes effective pressure detecting.
In above-mentioned infrared ray Anti-explosion bulb detection line, slid vertically in the rectangular cover equipped with one piece along rectangular cover inner cavity
Slide plate, forms in four side of slide plate and rectangular cover between four sides and is slidably matched, rectangle is connected by tension spring at the top of slide plate
Cover inner top, slide plate plate face are equipped with venthole, and the ventilation flow rate of venthole is less than the charge flow rate of the air inlet.Pass through the knot
Structure, when feeder is supplied into rectangular cover, under the slide plate is more than with the upper chambers temporal pressure that rectangular cover is formed
The air pressure of square chamber, so that slide plate moves downward, forms a lower pressure to the infrared ray Anti-explosion bulb on conveyer belt, promotes red
Sealed reliable between outside line Anti-explosion bulb and conveyer belt；Air pressure and lower section when the upper chambers that slide plate and rectangular cover are formed
During the air pressure balance of chamber, then the lower pressure of slide plate disappears, and realizes the pressure detecting to infrared ray Anti-explosion bulb.
Further, the slide plate is rubber slab.By the structure, pressing plate is set to be contacted with infrared ray Anti-explosion bulb to be soft,
Prevent extrusion damage light bulb.
The infrared ray Anti-explosion bulb detection line includes device for testing functions, and device for testing functions includes fixed cover, photoinduction
Device and/or temperature inductor, and the Power Supply Assembly below conveyer belt；The fixed cover is located above conveyer belt, and with
A test chamber is formed between conveyer belt, which is equipped with inlet and outlet, the optical inductor along conveying tape feeding direction
And/or temperature inductor is fixed on the wall of fixed cover inner side；The Power Supply Assembly includes being adapted to the institute below the conveyer belt
The track groove of conductive lamp base movement is stated, cathode conductive film and cathode conductive film are set along its length in track groove, cathode is led
Electric piece is located at the slot bottom position in the track groove, and cathode conductive film is located at the lateral location in track groove, the conduction lamp base
When being conveyed with conveyer belt, its cathode is contacted with the cathode conductive film and connected, its anode is contacted with the cathode conductive film and connected.
By the structure, the performance test to infrared ray Anti-explosion bulb can be realized, powered on by detecting infrared ray Anti-explosion bulb
Whether state afterwards meets setting brightness or temperature requirement, so that whether judge its performance qualified.
In above-mentioned device for testing functions, connected between the cathode conductive film, cathode conductive film and track groove by spring
Fixed, i.e., cathode conductive film, cathode conductive film are flexible connection relative to track groove.By the structure, make infrared ray explosion-proof lamp
The conductive lamp base of bubble and cathode conductive film, cathode conductive film conductive contact are reliable, improve the security of test.
The cathode conductive film, cathode conductive film form inclined guide surface with the initial end that the conductive lamp base contacts.
By the structure, make in the smooth injection groove of conductive lamp base of infrared ray Anti-explosion bulb with cathode conductive film, cathode conductive film
Reliable contacts.
It is equipped with the track groove and is adapted to the cathode conductive film, the elastically-deformable groove position of cathode conductive film.Pass through the knot
Structure, makes cathode conductive film, cathode conductive film elastic deformation relatively stable.
The fixed cover is equipped with spaced a pair of of optical inductor or a pair of of temperature inductor, or an optical inductor
With a temperature inductor, one group of Power Supply Assembly is respectively provided with below each optical inductor or temperature inductor, between two groups of Power Supply Assemblies
Every setting；Described corresponding interval location of fixed cover is equipped with the extractor fan that the air-flow in fixed cover is directed to outside.Pass through
Multigroup inductor is set, so as to be that test result is more accurate, by setting extractor fan so as in time will after the completion of detection
Hot wind in fixed cover suctions out, and reduces the influence to testing result.
Above-mentioned infrared ray Anti-explosion bulb detection line further include for by underproof infrared ray bulb from the conveyer belt
The manipulator unloaded, manipulator are arranged at the rear of the device for testing functions.By the structure, in time by underproof product
Reject.
In above-mentioned infrared ray Anti-explosion bulb detection line, the conveyer belt is that setting is close in rubber strip, or the sets of holes of conveyer belt
Big envelope circle.
The utility model overall structure is relatively simple, can realize that the pressure test to infrared ray Anti-explosion bulb and performance are surveyed
Examination, test mode is more convenient, efficient, securely and reliably.
Brief description of the drawings
Fig. 1 is the utility model overall simplification structure diagram.
Fig. 2 is the structure diagram of the utility model conveyer belt.
Fig. 3 is the schematic cross-sectional view that the utility model power supply is set up.
Fig. 4 is the top surface structure schematic diagram of Fig. 3.
Fig. 5 is the A-A schematic cross-sectional views of Fig. 4
Sequence number and entitled in figure：1st, infrared ray Anti-explosion bulb, 101, conductive lamp base, 2, conveyer belt, 201, sets of holes, 3, square
Shape cover, 301, rectangular cavity, 4, slide plate, 5, pressure gauge, 6, vent line, 7, cylinder, 8, pressure-bearing platform, 801, delivery chute, 9, supply
Electrical component, 901, track groove, 902, cathode conductive film, 903, cathode conductive film, 904, spring, 905, groove position, 10, fixed cover,
11st, optical inductor, 12, temperature inductor, 13, extractor fan, 14, manipulator.
Embodiment
In conjunction with attached drawing, the utility model is described as follows.
As shown in Figs. 1-5, which includes conveyer belt 2, pressure test device, functional test dress
Put, conveyer belt 2 is rubber strip, and conveyer belt 2 is equipped with the sets of holes 201 of socket infrared ray Anti-explosion bulb 1 along conveying direction uniform intervals.
When infrared ray Anti-explosion bulb 1 is socketed on sets of holes 201, the conductive lamp base 101 of infrared ray Anti-explosion bulb 1 is located at the lower section of conveyer belt 2.Pressure
Force test device includes the rectangular cover 3 of a bottom hollow out, and rectangular cover 3 is equipped with air inlet and for testing air pressure in rectangular cover 3
Pressure gauge 5, air inlet passes through the exterior feeder of air inlet pipeline connection.The top of rectangular cover 3 is fixedly connected with the piston of cylinder 7
Bar, cylinder 7 are vertical setting relative to conveyer belt 2, and 7 position of cylinder is fixed.When cylinder 7 piston rod drive rectangular cover 3 to
Under move to when being pushed against with 2 upper surface of conveyer belt, between rectangular cover 3 and conveyer belt 2 sealing form a rectangular cavity 301.Rectangle
Be equipped with one piece of slide plate 4 slid vertically along rectangular cavity 301 in cover 3, slide plate 4 is rubber slab, four in 4 four side of slide plate and rectangular cover 3
Formed and be slidably matched between a side, the top of slide plate 4 connects 3 inner top of rectangular cover by tension spring, and 4 plate face of slide plate is equipped with logical
Stomata, venthole connect exterior feeder by vent line 6, and the ventilation flow rate of venthole is less than the inlet air flow of air inlet
Amount.The position of the corresponding rectangular cover 3 in the lower section of conveyer belt 2 is equipped with pressure-bearing platform 8, i.e., when cylinder 7 drives the abutting conveyer belt 2 of rectangular cover 3,
Conveyer belt 2 pushes against pressure-bearing platform 8, and conductive lamp base 101 of 8 top surface of pressure-bearing platform equipped with adaptation infrared ray Anti-explosion bulb 1 is transported
Dynamic delivery chute 801.
Above-mentioned device for testing functions includes fixed cover 10, optical inductor 11 and/or temperature inductor 12, and positioned at conveying
Power Supply Assembly 9 with 2 lower sections.Fixed cover 10 forms a test chamber, the survey positioned at the top of conveyer belt 2 between conveyer belt 2
Examination chamber is equipped with inlet and outlet along 2 conveying direction of conveyer belt, and 10 interior sidewall surfaces of fixed cover are fixed with spaced a pair of of light
Inductor 11 or a pair of of temperature inductor 12, or an optical inductor 11 and a temperature inductor 12, each optical inductor 11 or
The lower section of temperature inductor 12 is respectively provided with one group of Power Supply Assembly 9, and two groups of Power Supply Assemblies 9 are arranged at intervals；Fixed cover 10 corresponds to the interval
Position is equipped with the extractor fan 13 that the air-flow in fixed cover 10 is directed to outside.Power Supply Assembly 9 includes 2 lower section of adaptation conveyer belt
The track groove 901 that moves of conductive lamp base 101, set cathode conductive film 902 and anode to lead along its length in track groove 901
Electric piece 903, cathode conductive film 902 are located at the slot bottom position in track groove 901, and cathode conductive film 903 is located in track groove 901
Two sides position, when the conductive lamp base 101 of infrared ray Anti-explosion bulb 1 is conveyed with conveyer belt 2, its cathode and cathode conductive film 902
Contact connects, its anode is contacted with cathode conductive film 903 and connected.Cathode conductive film 902, cathode conductive film 903 and track groove 901
Between by spring 904 connect fix, i.e., cathode conductive film 902, cathode conductive film 903 are relative to 901 company of being resilient of track groove
Connect.Cathode conductive film 902, cathode conductive film 903 form inclined guide surface with the initial end that conductive lamp base 101 contacts.Track
Adaptation cathode conductive film 902, the elastically-deformable groove position 905 of cathode conductive film 903 are equipped with groove 901.
The infrared ray Anti-explosion bulb detection line is further included for underproof infrared ray bulb to be unloaded from conveyer belt 2
Manipulator 14, manipulator 14 are arranged at the rear of device for testing functions.
The method of work of the infrared ray Anti-explosion bulb detection line is：Infrared ray Anti-explosion bulb 1 is installed on conveyer belt 2 to correspond to
Sets of holes 201 in, when conveyer belt 2 drives infrared ray Anti-explosion bulb 1 to enter in rectangular cover 3, conveyer belt 2 stops conveying, by gas
Cylinder 7 drives rectangular cover 3 to move downwardly to and offsets to form sealing with conveyer belt 2.Supplied at this time by feeder into rectangular cover 3
Gas, the slide plate 4 in rectangular cover 3 move downward low tight infrared ray Anti-explosion bulb 1, until feeder stops supply, in rectangular cover 3
Air pressure is steady, can detect the artesian condition of current infrared ray Anti-explosion bulb 1 by observing the change of pressure gauge 5, realize that pressure is surveyed
Examination.After pressure test, cylinder 7 drives rectangular cover 3, and movement resets upwards, and conveyer belt 2 continues to drive infrared ray explosion-proof lamp
1 entered function test device is steeped, the wherein conductive lamp base 101 of infrared ray Anti-explosion bulb 1 enters the track groove 901 of Power Supply Assembly 9
It is interior with 903 conductive contact of corresponding cathode conductive film 902 and cathode conductive film, so as to power on, realize infrared ray explosion-proof lamp
The automatic of bubble 1 is lighted, then Current Temperatures and brightness are detected by temperature inductor 12 or optical inductor 11, is realized red
The performance test of outside line Anti-explosion bulb 1.After performance test, qualified product continues to be conveyed by conveyer belt 2, underproof production
Product by device for testing functions rear 14 automatic rejection of manipulator.
Claims (10)
1. a kind of infrared ray Anti-explosion bulb detection line, it includes conveyer belt (2), pressure test device, it is characterised in that described defeated
Band (2) is sent to be equipped with the sets of holes (201) of socket infrared ray Anti-explosion bulb (1), and infrared ray explosion-proof lamp along conveying direction uniform intervals
When bubble (1) is socketed on sets of holes (201), the conductive lamp base (101) of infrared ray Anti-explosion bulb (1) is located at below conveyer belt (2)；It is described
Pressure test device includes the rectangular cover (3) of a bottom hollow out, and the piston rod of cylinder (7) is fixedly connected with the top of rectangular cover (3),
Cylinder (7) is vertical setting relative to conveyer belt (2), and cylinder (7) position is fixed；When the piston rod of cylinder (7) drives rectangle
Cover (3) is moved downwardly to when being pushed against with the conveyer belt (2) upper surface, and formation one is sealed between rectangular cover (3) and conveyer belt (2)
A rectangular cavity (301)；The rectangular cover (3) is equipped with air inlet and the pressure gauge (5) for testing rectangular cover (3) interior air pressure, into
Gas port connects exterior feeder by air inlet pipeline；The position of the corresponding rectangular cover (3) is equipped with below the conveyer belt (2)
When pressure-bearing platform (8), i.e. cylinder (7) drive rectangular cover (3) abutting conveyer belt (2), conveyer belt (2) pushes against the pressure-bearing platform
(8), and pressure-bearing platform (8) top surface is equipped with and is adapted to the conveying that the conductive lamp base (101) of the infrared ray Anti-explosion bulb (1) moves
Groove (801).
2. infrared ray Anti-explosion bulb detection line according to claim 1, it is characterised in that one is equipped with the rectangular cover (3)
The slide plate (4) that block slides vertically along rectangular cover (3) inner cavity, forms in (4) four side of slide plate and rectangular cover (3) between four sides and slides
It is dynamic to coordinate, rectangular cover (3) inner top is connected by tension spring at the top of slide plate (4), slide plate (4) plate face is equipped with venthole, ventilates
The ventilation flow rate in hole is less than the charge flow rate of the air inlet.
3. infrared ray Anti-explosion bulb detection line according to claim 2, it is characterised in that the slide plate (4) is rubber slab.
4. infrared ray Anti-explosion bulb detection line according to claim 1, it is characterised in that the infrared ray Anti-explosion bulb detects
Line includes device for testing functions, and device for testing functions includes fixed cover (10), optical inductor (11) and/or temperature inductor
(12), the Power Supply Assembly (9) and below conveyer belt (2)；The fixed cover (10) is located above conveyer belt (2), and with
A test chamber is formed between conveyer belt (2), which is equipped with inlet and outlet, the light along conveyer belt (2) conveying direction
Inductor (11) and/or temperature inductor (12) are fixed on the wall on the inside of fixed cover (10)；The Power Supply Assembly (9) includes suitable
Track groove (901) with conductive lamp base (101) movement below the conveyer belt (2), track groove (901) are interior along its length
Direction sets cathode conductive film (902) and cathode conductive film (903), and cathode conductive film (902) is located in the track groove (901)
Slot bottom position, cathode conductive film (903) is located at the lateral location in track groove (901), and the conduction lamp base (101) is with conveying
During band (2) conveying, its cathode is contacted with the cathode conductive film (902) and connected, its anode connects with the cathode conductive film (903)
Touch and connect.
5. infrared ray Anti-explosion bulb detection line according to claim 4, it is characterised in that the cathode conductive film (902),
Fixation, i.e. cathode conductive film (902), anode are connected by spring (904) between cathode conductive film (903) and track groove (901)
Conductive sheet (903) is flexible connection relative to track groove (901).
6. infrared ray Anti-explosion bulb detection line according to claim 4, it is characterised in that the cathode conductive film (902),
Cathode conductive film (903) forms inclined guide surface with the initial end that the conductive lamp base (101) contacts.
7. infrared ray Anti-explosion bulb detection line according to claim 4, it is characterised in that be equipped with the track groove (901)
It is adapted to the elastically-deformable groove position (905) of the cathode conductive film (902), cathode conductive film (903).
8. infrared ray Anti-explosion bulb detection line according to claim 4, it is characterised in that the fixed cover (10) is equipped with
Spaced a pair of optical inductor (11) or a pair of of temperature inductor (12), or an optical inductor (11) and a temperature sense
Device (12) is answered, one group of Power Supply Assembly (9), two groups of Power Supply Assemblies are respectively provided with below each optical inductor (11) or temperature inductor (12)
(9) it is arranged at intervals；Described corresponding interval location of fixed cover (10) is equipped with is directed to outside by the air-flow in fixed cover (10)
Extractor fan (13).
9. infrared ray Anti-explosion bulb detection line according to claim 4, it is characterised in that the described infrared ray Anti-explosion bulb
Detection line includes being used for the manipulator (14) for unloading underproof infrared ray bulb from the conveyer belt (2), manipulator
(14) it is arranged at the rear of the device for testing functions.
10. infrared ray Anti-explosion bulb detection line according to claim 1, it is characterised in that the conveyer belt (2) is rubber
Sealing ring is set in band, or the sets of holes (201) of conveyer belt (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720926246.0U CN207248638U (en) | 2017-07-27 | 2017-07-27 | Infrared ray Anti-explosion bulb detection line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720926246.0U CN207248638U (en) | 2017-07-27 | 2017-07-27 | Infrared ray Anti-explosion bulb detection line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207248638U true CN207248638U (en) | 2018-04-17 |
Family
ID=61880023
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720926246.0U Expired - Fee Related CN207248638U (en) | 2017-07-27 | 2017-07-27 | Infrared ray Anti-explosion bulb detection line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207248638U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107340189A (en) * | 2017-07-27 | 2017-11-10 | 德清县蓝鸟照明电器有限公司 | Infrared ray Anti-explosion bulb detection line |
-
2017
- 2017-07-27 CN CN201720926246.0U patent/CN207248638U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107340189A (en) * | 2017-07-27 | 2017-11-10 | 德清县蓝鸟照明电器有限公司 | Infrared ray Anti-explosion bulb detection line |
| CN107340189B (en) * | 2017-07-27 | 2023-08-22 | 德清县蓝鸟照明电器有限公司 | Infrared explosion-proof bulb detection line |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180417 Termination date: 20180727 |