CN1051165C - Method for removing fluorescent powder on inner wall of fluorescent tube and equipment thereof - Google Patents
Method for removing fluorescent powder on inner wall of fluorescent tube and equipment thereof Download PDFInfo
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- CN1051165C CN1051165C CN95112765A CN95112765A CN1051165C CN 1051165 C CN1051165 C CN 1051165C CN 95112765 A CN95112765 A CN 95112765A CN 95112765 A CN95112765 A CN 95112765A CN 1051165 C CN1051165 C CN 1051165C
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- pipe
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- sucker
- wall
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Abstract
The present invention relates to a method and a device for removing a fluorescent powder layer on the inner wall of a fluorescent lamp tube, which is suitable for automatic production lines of a powder-rubbing machine for fluorescent lamps. The device is composed of a negative pressure generator, a residuary powder collector, a powder suction head, an air passage coupler, a rotary lifting mechanism and a pipeline. High-speed negative pressure airflow with certain intensity and direction is formed on the surface of the fluorescent powder layer to be removed so as to flush fluorescent powder down; the residuary powder is collected to the residuary powder collector along with the airflow. The fluorescent powder layer within setting length on the inner wall of the fluorescent lamp tube port is thoroughly removed by regulating the size of the airflow and the rotary lifting of the powder suction head. The device has the advantages of simple structure, convenient operation, high productive efficiency, etc., and is good for ensuring the sealing quality of the lamp tube.
Description
The present invention relates to a kind of method and equipment thereof that is used to remove fluorescent powder on inner wall of fluorescent tube, belong to fluorescent lamp production process and equipment technical field.
In fluorescent lamp is produced, there is the glass tube cell of phosphor powder layer to be convenient to seal or clamp for making coated inner wall, must before sealing, remove the phosphor powder layer of tube cell mouth of pipe position certain-length totally.The sweep-out method that present domestic and international all kinds of fluorescent lamp production lines are adopted is crocus method (" electric light source manufacturing process " Shanghai scientific and technical literature publishing house, 1992, P475), promptly the rubber skin brush of high speed rotating is sent in the tube cell mouth of pipe, rely on the contact friction of brush and tube cell inwall, the phosphor powder layer on the tube cell mouth of pipe inwall is wiped.This crocus method also need be equipped with a cover air draft system, so that the surplus powder that will remove captures except brush and high speed rotating mechanism that needs one cover rubber leather becomes.Because the brush of crocus method weares and teares easily, need often to adjust, prune or change, thereby the continuity of influence production, production efficiency is low, mouth of pipe bisque is difficult for cleaning, and easily at the residual floating powder of the mouth of pipe, influences fluorescent tube and seal air-tightness, particularly on the fluorescent lamp high-speed automated line, can't use because of influencing the production continuity.
The objective of the invention is at the deficiencies in the prior art, provide the running of a kind of energy long-time continuous, production efficiency height, mouth of pipe bisque can thoroughly remove the not method for removing fluorescent powder on inner wall of fluorescent tube and the equipment thereof of residual floating powder, it does not need frequent adjustment, pruning or the parts of exchange device more, do not need to be equipped with in addition air draft system yet, both be applicable to manual operations, also be applicable to motor-driven production, be particularly suitable in the High-Speed Automatic production of fluorescent lamp, using.
The present invention adopts following technical scheme to realize the goal of the invention of removing fluorescent powder on inner wall of fluorescent tube method:
The present invention is a kind of method for removing fluorescent powder on inner wall of fluorescent tube that fluorescent lamp is produced that is used for, and adopts negative pressure of vacuum to inhale the powder method, and this method is:
The 1st step: the length that the upper end of sucker 1 is stretched into required gumming in the fluorescent tube 5;
The 2nd step: under the effect of depression generator 4, negative-pressure air-flow is by the pore of surplus powder trap 3, pipeline 2 and sucker 1, make around the pore of sucker upper end and produce the air-flow of certain intensity and direction between the fluorescent tube inwall, the strength of air-flow pulls down phosphor powder layer from the tube wall upper punch;
The present invention adopts following technical scheme to realize the goal of the invention of the removing equipment of fluorescent powder on inner wall of fluorescent tube:
The present invention is made of depression generator 4, sucker 1 and surplus powder trap 3, surplus powder trap 3 is located between sucker 1 and the depression generator 4, sucker 1 is communicated with surplus powder trap 3 by pipeline, and surplus powder trap 3 is communicated with depression generator 4 by pipeline.
In order further to improve the ability that the present invention removes fluorescent powder on inner wall of fluorescent tube, the present invention is provided with the suction pipe 14 that communicates with it in the lower end of sucker 1, on suction pipe 14, be arranged with sleeve pipe 15, outside sleeve pipe 15, be provided with bearing 16, bearing 16 is located on the support 17, on support 17, be provided with the outlet 21 of bleeding, this outlet 21 of bleeding communicates with surplus powder trap 3, and by being located at the hole on the sleeve pipe 15, the hole and the suction pipe 14 that are located on the suction pipe 14 communicate with sucker 1, adopt pin key 28 to be connected between suction pipe 14 and the sleeve pipe 15, on sleeve pipe 15, be provided with driven pulley 27, driven pulley 27 is connected in motor 25 by belt 24 and main pulley 23, above-mentioned suction pipe 14 lower ends link to each other with cylinder 32 by attachment cap 31, also are with spring 29 and by sleeve pipe 15 and attachment cap 31 with spring clip betwixt on suction pipe 14.
The air-flow that the present invention forms by negative pressure of vacuum acts on the phosphor powder layer on the glass-tube inwall, utilize the effect of air-flow that phosphor powder layer is clean towards pulling down and absorbing, rather than by the direct friction gumming, between sucker outer wall and glass-tube inwall, leave certain clearance, thereby do not need frequent adjustment, prune and change sucker, be equipped with sucker rotation and lifting mechanism, can make its running continuously on the fluorescent lamp powdering machine, surplus powder directly sucks surplus powder trap by the air-flow that depression generator produces, have simple in structure, easy to operate and production efficiency advantages of higher helps guaranteeing the seal quality of fluorescent tube.The present invention also can be used for high-pressure mercury lamp etc., and other need remove the production occasion of fluorescent material, can also be used for the occasions such as fluorescent material recovery of useless fluorescent tube.
Fig. 1 is a device structure schematic diagram of the present invention; Fig. 2 is the structural representation of surplus powder trap; Fig. 3 is the structural representation of sucker, air flue coupler and rotation and lifting mechanism.
The present invention can adopt scheme shown in the drawings to realize.The phosphor powder layer of glass-tube inwall is removed equipment can adopt scheme shown in Figure 1.The structure of sucker 1 as shown in Figure 3, it is made of powder absorbing pipe 8, location rubber ring 9, location rubber 10 and hold-down nut 11, powder absorbing pipe 8 top closure also have protruding screw rod, location rubber 10 covers the top of powder absorbing pipe by hold-down nut 11, powder absorbing pipe 8 upper ends are inhaled the powder position and are had several pores (for example 1～1000), and location rubber ring 9 is attached on the following powder absorbing pipe outer wall of pore.Powder absorbing pipe 8 can be made by brass or other materials, and its external diameter leaves certain clearance between the two according to the decision of the internal diameter of the glass-tube 5 of required gumming size, and the pore on the powder absorbing pipe 8 can be a rectangle, square, circular or other is special-shaped.Form between the phosphor powder layer 12 of diameter and glass-tube 5 inwalls of location rubber 10 and slidably cooperate, locate the edge of rubber 10 and can cut several (for example 1～1000) small gaps, between sucker and glass-tube inwall, form air-flow so that help.The diameter of location rubber ring 9 should be greater than the internal diameter of glass-tube 5, and its position on powder absorbing pipe 8 can suitably be regulated up and down, and it and the distance of locating between the rubber 10 are the maximum length of the required gumming of glass-tube 5 mouths of pipe.The negative pressure generation systems (negative pressure generator) that depression generator 4 can adopt mechanical pump, dust catcher or adopt fluidics to form.Surplus powder trap 3 can adopt structure shown in Figure 2, and it is made of air inlet pipe 33, cavity volume 34, screen pack 35, filtered fluid 36, escape pipe 37, and air inlet pipe and escape pipe are positioned at the both sides of screen pack.Air inlet pipe 33 is connected with air flue coupler 6 by pipeline 2.Escape pipe 37 joins with depression generator 4.The air-flow that has the fluorescence dust enters in the cavity volume 34 via air inlet pipe 33, and by screen pack 35 and filtered fluid 36, fluorescent material deposits to get off to obtain and collects.Screen pack 35 can add one or more layers, and filtered fluid can add also and can not add.The structure of air flue coupler 6 is shown in Fig. 3, and it is made of suction pipe 14, sleeve pipe 15, bearing 16, support 17, compression ring 18, sealing ring 19, sealing ring 20 and the outlet 21 of bleeding, and support 17 is fixed on the platen 22.Rotation synchronously and the equal perforate of side direction communicate between suction pipe 14, sleeve pipe 15 and the compression ring 18, the upper and lower side of perforate has the upper and lower side of perforate between sealing ring 20 sealings, sleeve pipe 15 compression rings 16 that sealing ring 19 sealings are arranged between suction pipe 14 sleeve pipes 15, the upper port of suction pipe 14 is joined by connecting tight lock ring 13 with the lower port of the powder absorbing pipe 8 of sucker 1, powder absorbing pipe 8 is communicated up and down with the gas circuit of suction pipe 14, suction pipe 14 side direction perforates communicate with the outlet 21 of bleeding, and can form an air flue coupled system.The structure of rotation and lifting mechanism 7 still is shown in Fig. 3, it is made of motor 25, fixed mount 26, main pulley 23, belt 24, driven pulley 27, pin key 28, spring 29, support 30, attachment cap 31, cylinder 32, motor 25 is fixed in by fixed mount 26 under the platen 22, and cylinder 32 is fixed under platen 22 bottom surfaces by support 30.Motor 25 drives main pulley 23 rotations, drives suction pipe 14 rotations by belt 24, driven pulley 27, pin key 28 again.(rotating mechanism also can be realized by gear drive).Suction pipe 14 lower ends link by attachment cap 31 and cylinder 32, and cylinder 32 promotes suction pipe 14 oscilaltions and moves.Elevating mechanism also can be realized by cam mechanism.By air flue coupler 6 and rotation and lifting mechanism 7, both can guarantee the unimpeded of air-breathing gas circuit in the sucker 1, can guarantee that again sucker 1 can realize rotary lifting movement.
When adopting gumming of the present invention, the upper end of sucker 1 is stretched into the length of required gumming in the glass-tube 5, and can rotate at a slow speed and move up and down, under the effect of depression generator 4, negative-pressure air-flow is by the pore of pipeline 2, air flue coupler 6 and sucker 1, make around the pore of sucker upper end and produce the air-flow of certain intensity and direction between the glass-tube inwall, the strength of air-flow draws phosphor powder layer (peeling off) to get off from the tube wall upper punch, and enter in the surplus powder trap 3 through pore and pipeline with air-flow and to collect, so that recyclable utilization.By regulating the rotary lifting movement of air-flow size and sucker rotation and lifting device 7, make the phosphor powder layer 12 of glass-tube inwall in mouth of pipe preseting length thoroughly be removed totally and not residual floating powder.Because the effect of the location rubber 10 on sucker 1 top can guarantee that the gumming edge clear is neat, meets manufacturing technique requirent, helps improving the quality that fluorescent tube seals.
Claims (7)
1. one kind is used for the method for removing fluorescent powder on inner wall of fluorescent tube that fluorescent lamp is produced, and it is characterized in that adopting negative pressure of vacuum to inhale the powder method, and this method is:
The 1st step: the length that the upper end of sucker (1) is stretched into required gumming in the fluorescent tube (5);
The 2nd step: under the effect of depression generator (4), negative-pressure air-flow is by the pore of surplus powder trap (3), pipeline (2) and sucker (1), make around the pore of sucker upper end and produce the air-flow of certain intensity and direction between the fluorescent tube inwall, the strength of air-flow pulls down phosphor powder layer from the tube wall upper punch.
2. method for removing fluorescent powder on inner wall of fluorescent tube according to claim 1 is characterized in that by regulating air-flow size and sucker rotary lifting movement the phosphor powder layer of fluorescent tube inwall in mouth of pipe preseting length being removed totally and not residual floating powder.
3. one kind is used for the removing fluorescent powder on inner wall of fluorescent tube equipment that fluorescent lamp is produced, it is characterized in that it is made of depression generator (4), sucker (1) and surplus powder trap (3), surplus powder trap (3) is located between sucker (1) and the depression generator (4), sucker (1) is communicated with surplus powder trap (3) by pipeline, and surplus powder trap (3) is communicated with depression generator (4) by pipeline.
4. removing fluorescent powder on inner wall of fluorescent tube equipment according to claim 3, it is characterized in that being provided with the suction pipe (14) that communicates with it in the lower end of sucker (1), on suction pipe (14), be arranged with sleeve pipe (15), outside sleeve pipe (15), be provided with bearing (16), bearing (16) is located on the support (17), on support (17), be provided with the outlet (21) of bleeding, this outlet (21) of bleeding communicates with surplus powder trap (3), and by being located at the hole on the sleeve pipe (15), the hole and the suction pipe (14) that are located on the suction pipe (14) communicate with sucker (1), adopt pin key (28) to be connected between suction pipe (14) and the sleeve pipe (15), on sleeve pipe (15), be provided with driven pulley (27), driven pulley (27) is connected in motor (25) by belt (24) and main pulley (23), above-mentioned suction pipe (14) lower end links to each other with cylinder (32) by attachment cap (31), also is with spring (29) and by sleeve pipe (15) and attachment cap (31) with spring clip betwixt on suction pipe (14).
5. according to claim 3 or 4 described removing fluorescent powder on inner wall of fluorescent tube equipment, it is characterized in that sucker is made of powder absorbing pipe, location rubber ring, location rubber and hold-down nut, the powder absorbing pipe top closure also has protruding screw rod, the location rubber covers the powder absorbing pipe top by hold-down nut, having several pores that are used to inhale powder near powder absorbing pipe top powder absorbing pipe sidewall, the location rubber ring is attached on the following powder absorbing pipe outer wall of pore.
6. removing fluorescent powder on inner wall of fluorescent tube equipment according to claim 5, the pore that it is characterized in that powder absorbing pipe is 1-1000, pore is shaped as rectangle, square, circular or other is special-shaped, form between the edge of location rubber (10) and the fluorescent tube and be slidingly matched, several small gaps have been cut at the edge of location rubber (10), the diameter of location rubber ring (9) is greater than the internal diameter of glass-tube, but the position up-down adjustment on powder absorbing pipe.
7. removing fluorescent powder on inner wall of fluorescent tube equipment according to claim 4, it is characterized in that surplus powder trap is made of air inlet pipe (33), cavity volume (34), screen pack (35) and escape pipe (37), screen pack (35) is located in the cavity volume (34), air inlet pipe (33) and escape pipe (37) are located at the both sides that screen pack (35) were gone up and laid respectively to cavity volume (34), air inlet pipe (33) communicates with the outlet (21) of bleeding, and escape pipe (37) communicates with depression generator (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN95112765A CN1051165C (en) | 1995-11-10 | 1995-11-10 | Method for removing fluorescent powder on inner wall of fluorescent tube and equipment thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN95112765A CN1051165C (en) | 1995-11-10 | 1995-11-10 | Method for removing fluorescent powder on inner wall of fluorescent tube and equipment thereof |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1150320A CN1150320A (en) | 1997-05-21 |
| CN1051165C true CN1051165C (en) | 2000-04-05 |
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ID=5079731
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN95112765A Expired - Fee Related CN1051165C (en) | 1995-11-10 | 1995-11-10 | Method for removing fluorescent powder on inner wall of fluorescent tube and equipment thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1051165C (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103286107A (en) * | 2012-11-05 | 2013-09-11 | 家雄灯饰（濮阳）有限公司 | Automatic energy-saving lamp fluorescent powder brushing and dust removing system |
| CN104425196B (en) * | 2013-08-29 | 2017-05-03 | 珠海格力电器股份有限公司 | Fluorescent powder collection device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5262987A (en) * | 1975-11-19 | 1977-05-24 | Hitachi Ltd | Edge-wiping device for a fluorescent lamp |
| US4299016A (en) * | 1979-12-03 | 1981-11-10 | Zenith Radio Corporation | Cathode ray tube neck cleansing-scavenging means and method |
-
1995
- 1995-11-10 CN CN95112765A patent/CN1051165C/en not_active Expired - Fee Related
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5262987A (en) * | 1975-11-19 | 1977-05-24 | Hitachi Ltd | Edge-wiping device for a fluorescent lamp |
| US4299016A (en) * | 1979-12-03 | 1981-11-10 | Zenith Radio Corporation | Cathode ray tube neck cleansing-scavenging means and method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1150320A (en) | 1997-05-21 |
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