CN1862750A - Compact fluorescent lamp bridging technique - Google Patents
Compact fluorescent lamp bridging technique Download PDFInfo
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- CN1862750A CN1862750A CNA2006100402819A CN200610040281A CN1862750A CN 1862750 A CN1862750 A CN 1862750A CN A2006100402819 A CNA2006100402819 A CN A2006100402819A CN 200610040281 A CN200610040281 A CN 200610040281A CN 1862750 A CN1862750 A CN 1862750A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
Abstract
This invention relates to compact type fluorescent lamp bridge connecting technique. Quick changing clamp device is used in this invention, it is interim swingout bridge connecting device technique applied to 24 service position. Collet that can clamp 4 U type glass tubes at one time is used for 2U or 2 pi-4U type compact type fluorescents clamp device. 2 groups heating, burst holes and butt welding service position are series set on each bridge device. The whole bridge first times integrated on one interim swingout bridge connecting device, and the bridge connecting generating efficiency is improved 4 times under condition of same device rotating velocity.
Description
Technical field
The present invention is a kind of technology of production U (π) shape compact fluorescent lamp, is used to realize the bridging process of 2U (π), 3U (π) and 4U (π) shape compact fluorescent lamp, belongs to the technical field of electric light source device fabrication.
Background technology
Existing multi-station intermittent indexing type connects bridge device, all adopts two pipe clamp head modes, and two holding device of strip lamp are arranged at each chuck top, and the guide rail that is separately fixed at the chuck bottom closes on the slide block of sub-agencies.1 U of each clamping device clamping (π) shape glass-tube.Heat the bridge location that connects of each fluorescent tube and put, treat to carry out blast hole after the fusion of glass material, promote guide rail by butt joint driving mechanism then and close slide block on the sub-agencies, it is closed up, two glass-tubes merge butt joint at blast hole point, finish two behind the cooling shaping and manage the butt joint technologies.
With existing method, finish the bridge that connects of 1 4U (π) shape compact fluorescent lamp, 4 U (π) shape glass-tube need be docked mutually, need butt joint just can finish the bridge that connects of 1 4U (π) shape compact fluorescent lamp for 3 times altogether, promptly above-mentioned butt joint technology repetition just can be finished the bridge that connects of whole lamp for 3 times.Connect on the bridge device and finish if be docked at the same interstation indexing type of having a rest for these 3 times, then the station number of this equipment will be 3 times an of 2U (π) shape compact fluorescent lamp bridging equipment.Need 3 times heating and blast hole, docking mechanism on year-on-year basis, thereby cause bulky, the complex structure of entire equipment.So the bridge that connects of present 4U (π) shape compact fluorescent lamp arranges that all 2 or 3 multi-station intermittent indexing types connect bridge device and finish jointly.
With existing method, present existing 2U (π) shape compact fluorescent lamp connect bridge device in a gyration period, can only finish the bridge that connects of 1 2U (π) shape compact fluorescent lamp.
Existing method is not all considered the versatility of lamp shape, and each separate unit connects the bridge that connects that bridge device can only be finished 2U (π) or a kind of lamp shape of 3U (π) shape, and what each separate unit connect that bridge device can only finish 4U (π) shape wherein once docks technology.
Summary of the invention
Technical problem: the object of the invention provides a kind of compact fluorescent lamp bridging technique, this bridging process compatible 2U (π), 3U (π), 4U (π) shape compact fluorescent lamp connect bridge, its compact equipment, productivity ratio height, end product quality are easy to control.
Technical scheme: the present invention adopts the indexing type mechanism at intermittence of 24 stations, and 24 chuck radial arrangement are on rotary disk.Technology on its 24 station distributes as shown in Figure 1.
Chuck of the present invention divides upper and lower two parts as shown in Figure 2, and the bottom is that existing guide rail closes sub-agencies, and two slide blocks are realized folding simultaneously by pinion and rack on guide rail.Under the butt joint driving mechanism effect, slide block is made relative engagement movement along guide rail, when two slide blocks be close to setting apart from the time stop motion and by the locking mechanism locking; Open locking mechanism, then two slide blocks are made reverse split movement at the effect lower edge of extension spring guide rail.The holding device of strip lamp on top adopts the quick change design, and cramping body was formed with connecting by two alignment pins and soket head cap screw of slide block.Can finish the clamping of 3 kinds of lamp shape fluorescent tubes respectively by changing clamping device.The clamping device of 2U or 2 π, 4U or 4 π shape compact fluorescent lamps is two-tube fixture, and promptly single slide block is two U of clamping or π shape glass-tube simultaneously, and whole chuck is four U of clamping or π shape glass-tube simultaneously, corresponding in twos the layout.So once connect bridge just to 4 docking points should be arranged, so each there are 4 some flames on the height of anger, claim four igniter head.When slide block closes up, realize the butt joint of two U (π) shape glass-tube simultaneously, i.e. twice butt joint that connects bridge or 1 4U (π) shape compact fluorescent lamp of 2 2U (π) shape compact fluorescent lamp.The present invention arranges two groups of preheatings, heating and blast hole docking station, makes intermittently to comprise twice docking operation a gyration period of indexing mechanism.Like this, equipment returns and circles, and just can finish the bridge that connects of 4 2U (π) shape compact fluorescent lamp, or 1 4U (π) shape compact fluorescent lamp connect bridge.
By changing clamping device, this chuck also can be finished the bridge that connects of 1 3U (π) shape compact fluorescent lamp.With above-mentioned different be, its clamping device still adopts existing single tube fixture, once connects only corresponding 2 docking points of bridge, and each has 2 some flames on the height of anger, claims two igniter head.Equipment returns and circles, and finishes the bridge that connects of 1 3U (π) shape compact fluorescent lamp.
3 kinds of lamp clevis are held the fluorescent tube angle difference of device, and 2U (π) lamp clevis is held two glass-tubes on the device on the same straight line vertical with guide rail; Two glass-tubes on the clamping device of 4U (π) lamp shape keep 90 ° angle; The glass-tube of the clamping device of 3U (π) lamp shape then keeps 60 ° angle with guide rail.
The bridging process of compact fluorescent lamp of the present invention adopts the quick change clamping device, and the clamping device of 2U or 2 π～4U or 4 π shape compact fluorescent lamps is adopted the chuck of 4 U-shaped glass-tubes of clamping simultaneously; Every connects bridge device and is disposed in order 2 groups of heating, blast hole and docking stations, and whole bridging process step is as follows:
1) guarantee that the chuck slide block puts connecing bridge location, open jaw, according to tubular difference, U-shaped is put into 2 or 4 single U glass-tubes upside down on chuck respectively, closes up jaw after having good positioning;
2) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
3) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
4) on 5 stations, dock the bridge point respectively by 5 groups of igniter head and carry out preheating and heating.
5) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
6) be cooled to setting after butt joint is finished;
7) open jaw once more, tubularly carry out blanking respectively or reload according to different;
8) repeating step 2～step 6;
9) open jaw, finished product is taken off.
2U or 2 π shape compact fluorescent lamp bridging technique steps are:
1) equipment replacement 2U clevis head;
2) guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 4 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
3) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
4) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
5) on 5 stations, dock the bridge point respectively by 5 group of four igniter head and carry out preheating and heating.
6) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
7) be cooled to setting after butt joint is finished;
8) opening jaw takes off finished product;
9) repeating step 2～step 8;
4U or 4 π shape compact fluorescent lamp bridging technique steps are:
1) equipment replacement 4U clevis head;
2) guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 4 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
3) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
4) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
5) on 5 stations, dock the bridge point respectively by 5 group of four igniter head and carry out preheating and heating.
6) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
7) be cooled to setting after butt joint is finished;
8) open outer jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (C);
9) open interior jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (C);
10) repeating step 3～step 7;
11) open jaw, finished product is taken off.
The bridging process step of 3U or 3 π shape compact fluorescent lamps is:
1) equipment replacement 3U clevis head;
2) guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 2 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
3) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
4) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
5) on 5 stations, dock the bridge point respectively by 5 group of two igniter head and carry out preheating and heating.
6) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
7) be cooled to setting after butt joint is finished;
8) open outer jaw, by the moving direction on Fig. 4 (b) the 2U glass-tube is reentered in the jaw and locatees
9) clamp;
10) open interior jaw, U-shaped is put into new single U glass-tube upside down, closes up jaw after having good positioning;
11) repeating step 3～7;
12) open jaw, finished product is taken off.
Different with existing equipment is: the flame on preheating, heat-flash and blast hole station is that two groups of symmetric arrangement are split flame, respectively four U (π) shape glass-tube docking point position on the corresponding chuck.
Beneficial effect: adopt the present invention that following advantage is arranged:
1) first the bridging process of 4U (π) shape compact fluorescent lamp is integrated in an interstation and has a rest and finish on the transposition equipment, save table of equipment number and staffing;
2) adopt 24 stations to finish the bridging process of whole 4U (π) shape compact fluorescent lamp, make compact equipment, easily manufactured, the complexity of attenuating equipment;
3) the bridge device productivity ratio that connects that will have 2U (π) shape compact fluorescent lamp now improves 4 times.
4) design of the quick change by tube clamping mechanism makes the interstation transposition rotary type of having a rest connect bridge device, can compatible easily 2U (π), 3U (π) and 4U (π) shape compact fluorescent lamp connect bridge.
Description of drawings
Fig. 1 is the technology distribution schematic diagram of 24 stations.Wherein a, b, c---, x are 24 stations.
Fig. 2 is the chuck structure schematic diagram.Fig. 3 is the vertical view of Fig. 2.
Fig. 4 is the cutaway view of A-A direction among Fig. 3, i.e. clamping device quick change design diagram.
Fig. 5 is the chuck glass-tube head-down position schematic diagram of 2U (π) shape.
Fig. 6 is the chuck glass-tube head-down position schematic diagram of 3U (π) shape.
Fig. 7 is the chuck glass-tube head-down position schematic diagram of 4U (π) shape.
Have among the above figure: extension spring 1, fluorescent tube 2, holding device of strip lamp 3, cramping body 31, soket head cap screw 32, alignment pin 33, slide block 4, bottom plate 5, locking mechanism 6, butt joint driving mechanism 7, guide rail switching mechanism 8.
Embodiment
At different lamp types, the execution mode below adopting respectively:
2U or 2 π shape compact fluorescent lamp bridging technique steps are:
Equipment replacement 2U clevis head;
Guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 4 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
Adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
Chuck mechanism is opened in driving, makes the chuck slide block put and be separated into heating location from connecing bridge location;
On 5 stations, dock the bridge point respectively by 5 group of four igniter head and carry out preheating and heating,
Apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
After finishing, butt joint is cooled to setting;
Opening jaw takes off finished product;
Repeating step 2～step 8;
The technology that connects on bridge station 1-12 and the station 13-24 of 2U (π) shape compact fluorescent lamp is distributed symmetrically, when station 1 and 13 material loadings, 4 U of each chuck clamping (π) shape glass-tube behind preheating, heat-flash and blast hole, promotes slide block by butt joint driving mechanism and realizes connecing bridge.The bridge that connects of 2 2U (π) shape compact fluorescent lamp, bridge that connects of finishing 4 2U (π) shape compact fluorescent lamp gyration period altogether of whole equipment are finished in each butt joint.Blanking is finished at station 12 and 24.Station distributes and sees Table 1.
The bridge station that connects of table 1 2U (π) shape compact fluorescent lamp distributes
| Worker's item | Technology distributes | Worker's item | Technology distributes | Worker's item | Technology distributes |
| 1 | Material loading | 9-11 | Cooling | 18-19 | Heat-flash |
| 2 | The room | 12 | Blanking | 20 | The blast hole butt joint |
| 3 | Slide block is opened | 13 | Material loading | 21-23 | Cooling |
| 4-5 | Preheating | 14 | The room | 24 | Blanking |
| 6-7 | Heat-flash | 15 | Slide block is opened | ||
| 8 | The blast hole butt joint | 16-17 | Preheating |
The bridging process step of 3U or 3 π shape compact fluorescent lamps is:
Equipment replacement 3U clevis head;
Guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 2 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
Adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
Chuck mechanism is opened in driving, makes the chuck slide block put and be separated into heating location from connecing bridge location;
On 5 stations, dock the bridge point respectively by 5 group of two igniter head and carry out preheating and heating.
Apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
After finishing, butt joint is cooled to setting;
Open outer jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (b);
Open interior jaw, U-shaped is put into new single U glass-tube upside down, closes up jaw after having good positioning;
Repeating step 3～7;
Open jaw, finished product is taken off.
3U (π) shape compact fluorescent lamp connect bridge station 1 material loading the time, 1 U of clamping (π) shape glass-tube on each slide block behind preheating, heat-flash and blast hole, promotes slide block by butt joint driving mechanism and realizes once butt joint.To dock fluorescent tube at station 12 vertically takes out, after rotating 120 °, the axis of 3U (π) shape compact fluorescent lamp is mounted in it again on the clamping device, and in next station, a U of clamping (π) shape glass-tube again on another clamping device, preheating once more, heat-flash and blast hole, promote slide block by butt joint driving mechanism and realize the secondary butt joint, finish the bridge that connects of whole 3U (π) shape compact fluorescent lamp.Station 24 is finished last blanking.
The bridge station that connects of table 2 3U (π) shape compact fluorescent lamp distributes
| Worker's item | Technology distributes | Worker's item | Technology distributes | Worker's item | Technology distributes |
| 1 | Material loading | 9-11 | Cooling | 18-19 | Heat-flash |
| 2 | The room | 12 | Reload | 20 | The blast hole butt joint |
| 3 | Slide block is opened | 13 | Material loading | 21-23 | Cooling |
| 4-5 | Preheating | 14 | The room | 24 | Blanking |
| 6-7 | Heat-flash | 15 | Slide block is opened | ||
| 8 | The blast hole butt joint | 16-17 | Preheating |
4U or 4 π shape compact fluorescent lamp bridging technique steps are:
Equipment replacement 4U clevis head;
Guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 4 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
Adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating; Chuck mechanism is opened in driving, makes the chuck slide block put and be separated into heating location from connecing bridge location;
On 5 stations, dock the bridge point respectively by 5 group of four igniter head and carry out preheating and heating.
Apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
After finishing, butt joint is cooled to setting;
Open outer jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (C);
Open interior jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (C);
Repeating step 3～step 7;
Open jaw, finished product is taken off.
4U (π) shape compact fluorescent lamp connect bridge station 1 material loading the time, 4 U of each chuck clamping (π) shape glass-tube behind preheating, heat-flash and blast hole, promotes slide block by butt joint driving mechanism and realizes once butt joint, finishes the butt joint of 2 couples of U (π) shape glass-tube.At station 12 one of them having been docked fluorescent tube vertically takes out, behind the axis half-twist of 4U (π) shape compact fluorescent lamp, again be contained on the monolateral jaw of clamping device, and in next station, another has been docked fluorescent tube vertically takes out, elder generation is around the axis half-twist (opposite with aforementioned fluorescent tube direction of rotation) of 4U (π) shape compact fluorescent lamp, move to again on another jaw corresponding with aforementioned fluorescent tube, preheating once more, behind heat-flash and the blast hole, promote slide block by butt joint driving mechanism and realize the secondary butt joint, finish the bridge that connects of whole 4U (π) shape compact fluorescent lamp.Cooling postforming fluorescent tube is in station 24 blankings.
The bridge station that connects of table 3 4U (π) shape compact fluorescent lamp distributes
| Worker's item | Technology distributes | Worker's item | Technology distributes | Worker's item | Technology distributes |
| 1 | Material loading | 9-11 | Cooling | 18-19 | Heat-flash |
| 2 | The room | 12 | Reload 1 | 20 | The blast hole butt joint |
| 3 | Slide block is opened | 13 | Reload 2 | 21-23 | Cooling |
| 4-5 | Preheating | 14 | The room | 24 | Blanking |
| 6-7 | Heat-flash | 15 | Slide block is opened | ||
| 8 | The blast hole butt joint | 16-17 | Preheating |
Claims (4)
1, a kind of bridging process of compact fluorescent lamp is characterized in that this process using quick change clamping device, and the clamping device of 2U or 2 π～4U or 4 π shape compact fluorescent lamps is adopted the chuck of 4 U-shaped glass-tubes of clamping simultaneously; Every connects bridge device and is disposed in order 2 groups of heating, blast hole and docking stations, and whole bridging process step is as follows:
1.) guarantee that the chuck slide block puts connecing bridge location, open jaw, according to tubular difference, U-shaped is put into 2 or 4 single U glass-tubes upside down on chuck respectively, closes up jaw after having good positioning;
2.) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
3.) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
4.) on 5 stations, dock the bridge point respectively and carry out preheating and heating by 5 groups of igniter head.
5.) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
6. be cooled to setting after) butt joint is finished;
7.) open jaw once more, tubularly carry out blanking respectively or reload according to different;
8.) repeating step 2～step 6;
9.) open jaw, finished product is taken off.
2, the bridging process of a kind of compact fluorescent lamp according to claim 1 is characterized in that 2U or 2 π shape compact fluorescent lamp bridging technique steps are:
1.) equipment replacement 2U clevis head;
2.) guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 4 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
3.) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
4.) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
5.) on 5 stations, dock the bridge point respectively and carry out preheating and heating by 5 group of four igniter head.
6.) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating,
7.) close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
8. be cooled to setting after) butt joint is finished;
9.) opening jaw takes off finished product;
10.) repeating step 2～step 8.
3, the bridging process of compact fluorescent lamp according to claim 1 is characterized in that 4U or 4 π shape compact fluorescent lamp bridging technique steps are:
1.) equipment replacement 4U clevis head;
2.) guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 4 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
3.) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
4.) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
5.) on 5 stations, dock the bridge point respectively and carry out preheating and heating by 5 group of four igniter head,
6.) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
7. be cooled to setting after) butt joint is finished;
8.) open outer jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (C);
9.) open interior jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (C);
10.) repeating step 3～step 7;
11.) open jaw, finished product is taken off.
4, the bridging process of compact fluorescent lamp according to claim 1 is characterized in that the bridging process step of 3U wherein or 3 π shape compact fluorescent lamps is:
1.) equipment replacement 3U clevis head;
2.) guarantee that the chuck slide block puts connecing bridge location, open jaw, U-shaped is put into 2 single U glass-tubes upside down respectively, closes up jaw after having good positioning;
3.) adjust the glass-tube height and make the U-shaped top concordant, and make glass-tube connect the height and position that bridge is put corresponding duration and degree of heating;
4.) drive and to open chuck mechanism, make the chuck slide block put and be separated into heating location from connecing bridge location;
5.) on 5 stations, dock the bridge point respectively and carry out preheating and heating by 5 group of two igniter head.
6.) apply sealing air pressure to the glass-tube two ends respectively, make the outer quick-fried pore-forming of docking point of melted by heating, close up to connecing bridge location at butt joint driving mechanism effect lower chuck slide block and put, two glass-tubes are integral connecing the hot melt butt joint of bridge point place;
7. be cooled to setting after) butt joint is finished;
8.) open outer jaw, the 2U glass-tube is reentered into location clamping in the jaw by the moving direction on Fig. 4 (b);
9.) open interior jaw, U-shaped is put into new single U glass-tube upside down, closes up jaw after having good positioning;
10.) repeating step 3～7;
11.) open jaw, finished product is taken off.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100402819A CN100477061C (en) | 2006-05-12 | 2006-05-12 | Compact fluorescent lamp bridging technique |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100402819A CN100477061C (en) | 2006-05-12 | 2006-05-12 | Compact fluorescent lamp bridging technique |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1862750A true CN1862750A (en) | 2006-11-15 |
| CN100477061C CN100477061C (en) | 2009-04-08 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2006100402819A Expired - Fee Related CN100477061C (en) | 2006-05-12 | 2006-05-12 | Compact fluorescent lamp bridging technique |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101007701B (en) * | 2007-01-19 | 2010-05-26 | 王良才 | Full-automatic 4U lamp tube bridging apparatus and its process |
| CN101045605B (en) * | 2006-12-26 | 2010-06-16 | 江苏浩明光电科技股份有限公司 | Uniting machine for U-shaped energy-saving tube |
| CN112289666A (en) * | 2020-10-26 | 2021-01-29 | 佛山雪莱特照明有限公司 | Ultraviolet lamp bridging method and bridging device using same |
-
2006
- 2006-05-12 CN CNB2006100402819A patent/CN100477061C/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101045605B (en) * | 2006-12-26 | 2010-06-16 | 江苏浩明光电科技股份有限公司 | Uniting machine for U-shaped energy-saving tube |
| CN101007701B (en) * | 2007-01-19 | 2010-05-26 | 王良才 | Full-automatic 4U lamp tube bridging apparatus and its process |
| CN112289666A (en) * | 2020-10-26 | 2021-01-29 | 佛山雪莱特照明有限公司 | Ultraviolet lamp bridging method and bridging device using same |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100477061C (en) | 2009-04-08 |
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