CN203205370U - Straight tube lamp tube automatic powder-removing machine - Google Patents
Straight tube lamp tube automatic powder-removing machine Download PDFInfo
- Publication number
- CN203205370U CN203205370U CN 201320139369 CN201320139369U CN203205370U CN 203205370 U CN203205370 U CN 203205370U CN 201320139369 CN201320139369 CN 201320139369 CN 201320139369 U CN201320139369 U CN 201320139369U CN 203205370 U CN203205370 U CN 203205370U
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- gumming
- tube
- fixed
- conveyer belt
- fluorescent tube
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- Withdrawn - After Issue
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Abstract
The utility model discloses a straight tube lamp tube automatic powder-removing machine which comprises a feeding device, an inner tube powder-removing device and an outer tube powder-removing device. A discharge opening of the feeding device is connected with a feeding opening of the inner tube powder-removing device through a feeding rod A, a discharge opening of the inner tube powder-removing device is connected with a feeding device of the outer tube power-removing device through a feeding rod B, the feeding opening of the inner tube powder-removing device is lower than the discharge opening of the feeding device, and the feeding opening of the outer tube powder-removing device is lower than the discharge opening of the inner tube powder-removing device. A driving motor supplies driving force to the feeding device, the inner tube powder-removing device and the outer tube powder-removing device. According to the above structure, when powder of the straight tube lamp tube is removed by the straight tube lamp tube automatic powder-removing machine, the labor force is reduced and the physical health of operators is protected, and the production efficiency is improved. Lamp tube damage of a straight tube energy saving lamp in transmission and powder-removing processes can be prevented and the production cost is reduced.
Description
Technical field
The utility model relates to the fluorescent tube field, is specifically related to the automatic gumming machine of a kind of straight tube fluorescent tube.
Background technology
Because comparing ordinary incandescent lamp, electricity-saving lamp has long, characteristics such as brightness is high, energy consumption is low of life-span; And electricity-saving lamp to compare common fluorescent start voltage lower, because electricity-saving lamp does not have stroboscopic, can protect eyes in addition, so electricity-saving lamp is widely used, country also started " green illumination " engineering in 2008, popularized electricity-saving lamp, replaced incandescent lamp.Electricity-saving lamp need will apply layer of fluorescent powder in the fluorescent tube in manufacturing process, two ends and the residual fluorescent material of outer surface with the inner surface of tube brushes then, and the lamp holder of fluorescent tube is installed afterwards.In the production process, all be by the operative employee the residual fluorescent material of fluorescent tube to be brushed generally at present, this mode not only takes time and effort, and production efficiency is lower; The operative employee contacts with dust in the process of gumming for a long time simultaneously, and operative employee's health is brought harm; And brushing fluorescent material and getting the damage that is easy to cause fluorescent tube in the process of material, blowing, cause the generation of waste product, increase enterprise production cost.
Summary of the invention
The purpose of this utility model is: overcome the deficiencies in the prior art, provide a kind of straight tube fluorescent tube automatic gumming machine, automatic gumming is carried out at the outer tube and the interior pipe two ends that needs are brushed unnecessary fluorescent material fluorescent tube, increase work efficiency, prevent that simultaneously fluorescent tube from causing damage when brushing unnecessary fluorescent material.
Technical solution adopted in the utility model is:
The automatic gumming machine of straight tube fluorescent tube, comprise pay-off, interior pipe gumming device and outer tube gumming device, the discharging opening of described pay-off is connected by feeding rod A with the charging aperture of interior pipe gumming device, and the discharging opening of described interior pipe gumming device is connected by feeding rod B with the charging aperture of outer tube gumming device; The charging aperture of pipe gumming device is a little less than the discharging opening of pay-off in described, and the charging aperture of outer tube gumming device is a little less than the discharging opening of interior pipe gumming device; Described pay-off, interior pipe gumming device and outer tube gumming device are by driving motor supplies power.
The further improvement project of the utility model is, described pay-off comprises base A, two ends, described base A top are respectively equipped with feeding conveyer belt and discharging device, the two ends of described feeding conveyer belt respectively with active rotating shaft and driven spindle on drive be in transmission connection, described active rotating shaft and base A are rotationally connected, and active rotating shaft is in transmission connection by driving-belt A and drive motors; Described driven spindle is rotationally connected with the top of bearing, and described bearing is fixed in the top of base A; The surface of described feeding conveyer belt is evenly distributed with the backgauge cross bar, and described discharging device tilts to the feeding conveyer belt, and the discharging device discharging opening is positioned at feeding conveyer belt top.
The utility model further improvement project is, described discharging device and feeding conveyer belt both sides, vertically is provided with first plate washer and second plate washer along the fluorescent tube direction of transfer, and described first plate washer and second plate washer are fixed on the base A.
The utility model further improvement project is, pipe gumming device comprises base B in described, the medium position place at described base B top is symmetrically fixed with cross bar, interior pipe gumming conveyer is fixed in the medium position place of cross bar, described interior pipe gumming conveyer both sides are provided with pipe powder device in the brush, and described interior pipe gumming conveyer is by driving motor supplies power; Pipe powder device and cross bar are slidingly connected in the described brush; Pipe gumming conveyer comprises the two symmetrical fixed boards and the two symmetrical movable risers that are movably connected on cross bar of fixed transverse rod in described, described movable riser is rotationally connected by the curved bar at connecting rod and rotating shaft B two ends, described rotating shaft B is rotationally connected by support plate and the cross bar that is fixed in cross bar, and rotating shaft B is in transmission connection by driving-belt B and drive motors.
The utility model further improvement project is that described fixed board and support plate all are fixed in cross bar by geometrical clamp; Described fixed board is identical with movable riser size, and fixed board and movable riser top are evenly distributed with " V " shape notch; The twice that the opening of described " V " shape notch and spacing all equal curved bar and rotating shaft B side-play amount, " V " shape notch bottom is provided with fillet.
The utility model further improvement project is, pipe powder device comprises the rubber roll of the output shaft end that is fixed in the gumming motor in the described brush, the described rubber roll outside is provided with the top cover, rubber roll is positioned at the central through hole of top cover, described top cover is fixed in the output end face of gumming motor by flange, described flange side is provided with gas port, and described gas port is communicated with getter device, and described rubber roll is over against " V " shape notch; Described support plate is between two movable risers; Described gumming motor is fixed in the slide plate top, and described slide plate is slidingly connected with the fixed block that is fixed in cross bar.
The utility model further improvement project is, described fixed block top, be positioned at top cover one side and be provided with vertical rod, described vertical rod is rotatably connected to depression bar near the side of top cover, the set compressing tablet in described depression bar end is positioned at cover front upper place, top, depression bar is connected by meshed transmission gear with the stock that is movably connected on vertical rod, described stock and slide plate are slidingly connected, and described stock passes the set through hole of fixed block, and the stock bottom is slidingly connected by roller and supporting plate; Described supporting plate one side is movably connected on base B, and opposite side flexibly connects by connecting rod and curved bar.
The utility model further improvement project is, described outer tube gumming device comprises support, and medium position place, described support both sides inwardly is symmetrically fixed with tube rack, and described tube rack is downward-sloping along the direction of transfer of fluorescent tube; Be provided with the outer tube gumming conveyer parallel with tube rack between described two tube racks, the parallel brush outer tube powder device that is provided with in described outer tube gumming conveyer top; Described outer tube gumming conveyer all is fixed in support with brush outer tube powder device, and described outer tube gumming conveyer and brush outer tube powder device are by driving motor supplies power.
The utility model further improvement project is, described outer tube gumming conveyer comprises the fluorescent tube conveyer belt, and described fluorescent tube conveyer belt flexibly connects by two rotating shaft C and the bearing of being located at bearing, and wherein a rotating shaft C is in transmission connection by driving-belt C and drive motors; Described fluorescent tube conveyer belt is in transmission connection by drive and the rotating shaft C that is fixed on the rotating shaft C; Described fluorescent tube conveyer belt outer surface is evenly distributed with catch, and described catch is higher than the upper surface of tube rack.
The utility model further improvement project is, described brush outer tube powder device comprises the gumming conveyer belt, be uniformly distributed in the cleaning brush of gumming conveyer belt outer surface, described gumming conveyer belt flexibly connects by rotating shaft D and the support of being located at the support both sides, wherein a rotating shaft D is in transmission connection by driving-belt D and deceleration device, and described deceleration device is in transmission connection by conveyer belt E and drive motors; The bristle of described cleaning brush and surface of the light tube are fitted.
The beneficial effects of the utility model are:
The first, with the utility model the straight tube fluorescent tube is carried out automatic gumming, the operative employee only needs the straight tube fluorescent tube is positioned over the charging aperture of pay-off, another operative employee is in the discharging opening pickup of outer tube gumming device, greatly reduce operative employee's labour intensity, and make the operative employee avoid contacting fluorescent material as much as possible, prevent that operative employee's health from being endangered.
The second, carry out the automatic gumming of straight tube fluorescent tube with the utility model, gumming speed is fast, the depth precision height of interior pipe gumming, and gumming efficient height has obviously improved the production efficiency of enterprise.
Three, the utility model carries out in the process of the automatic gumming of straight tube fluorescent tube, need not operative employee's contact, prevents the carelessness because of the operative employee, causes fluorescent tube to damage, and has reduced the production cost of enterprise.
Description of drawings:
Fig. 1 looks schematic diagram for the utility model structure master.
Fig. 2 looks partial schematic sectional view for the feeder structure master.
Fig. 3 is the feeder structure schematic top plan view.
Fig. 4 looks partial schematic sectional view for interior pipe gumming apparatus structure master.
Fig. 5 is interior pipe gumming apparatus structure schematic top plan view.
Fig. 6 is the enlarged diagram of M structure among Fig. 4.
Fig. 7 partly cuts open schematic diagram for the amplification of N structure among Fig. 5.
Fig. 8 looks partial schematic sectional view for outer tube gumming apparatus structure master.
Fig. 9 is outer tube gumming apparatus structure schematic top plan view.
Embodiment:
As shown in Figure 1, the utility model comprises pay-off 1, interior pipe gumming device 2 and outer tube gumming device 3, the discharging opening of described pay-off 1 is connected by feeding rod A4 with the charging aperture of interior pipe gumming device 2, and the discharging opening of described interior pipe gumming device 2 is connected by feeding rod B5 with the charging aperture of outer tube gumming device 3; The charging aperture of pipe gumming device 2 is a little less than the discharging opening of pay-off 1 in described, and the charging aperture of outer tube gumming device 3 is a little less than the discharging opening of interior pipe gumming device 2; Described pay-off 1, interior pipe gumming device 2 and outer tube gumming device 3 provide power by drive motors 6.
In conjunction with Fig. 2 and shown in Figure 3, described pay-off 1 comprises base A101, two ends, described base A101 top are respectively equipped with feeding conveyer belt 102 and discharging device 108, the two ends of described feeding conveyer belt 102 respectively with active rotating shaft 103 and driven spindle 104 on drive 105 be in transmission connection, described active rotating shaft 103 is rotationally connected with base A101, and active rotating shaft 103 is in transmission connection by driving-belt A107 and drive motors 6; Described driven spindle 104 is rotationally connected with the top of bearing 109, and described bearing 109 is fixed in the top of base A101; The surface of described feeding conveyer belt 102 is evenly distributed with backgauge cross bar 106, and described discharging device 108 tilts to feeding conveyer belt 102, and discharging device 108 discharging openings are positioned at feeding conveyer belt 102 tops; Described discharging device 108 and feeding conveyer belt 102 both sides, vertically be provided with first plate washer 110 and second plate washer 111 along the fluorescent tube direction of transfer, described first plate washer 110 and second plate washer 111 are fixed on the base A101.
In conjunction with Fig. 4, Fig. 5, Fig. 6 and shown in Figure 7, pipe gumming device 2 comprises base B201 in described, the medium position place at described base B201 top is symmetrically fixed with cross bar 205, interior pipe gumming conveyer is fixed in the medium position place of cross bar 205, described interior pipe gumming conveyer both sides are provided with pipe powder device in the brush, and described interior pipe gumming conveyer provides power by drive motors 6; Pipe powder device and cross bar 205 are slidingly connected in the described brush; Pipe gumming conveyer comprises two symmetrical fixed boards 202 and the two symmetrical movable risers 203 that are movably connected on cross bar 205 of fixed transverse rod 205 in described, described movable riser 203 is rotationally connected by the curved bar 207 of connecting rod 209 with rotating shaft B223 two ends, described rotating shaft B223 is rotationally connected with cross bar 205 by the support plate 208 that is fixed in cross bar 205, and rotating shaft B223 is in transmission connection by driving-belt B222 and drive motors 6; : described fixed board 202 all is fixed in cross bar 205 by geometrical clamp 206 with support plate 208; Described fixed board 202 is identical with movable riser 203 sizes, and fixed board 202 is evenly distributed with " V " shape notch 225 with movable riser 203 tops; The opening of described " V " shape notch 225 and spacing all equal the twice of curved bar 207 and rotating shaft B223 side-play amount, and " V " shape notch 225 bottoms are provided with fillet; Pipe powder device comprises the rubber roll 232 of output shaft 231 ends of being fixed in gumming motor 204 in the described brush, described rubber roll 232 outsides are provided with top cover 228, rubber roll 232 is positioned at the central through hole 233 of top cover 228, described top cover 228 is fixed in the output end face of gumming motor 204 by flange 227, described flange 227 sides are provided with gas port 230, described gas port 230 is communicated with getter device, and described rubber roll 232 is over against " V " shape notch 225; Described support plate 208 is between two movable risers 203; Described gumming motor 204 is fixed in slide plate 211 tops, and described slide plate 211 is slidingly connected with the fixed block 210 that is fixed in cross bar 205; Described fixed block 210 tops, be positioned at top cover 228 1 sides and be provided with vertical rod 217, described vertical rod 217 is rotatably connected to depression bar 215 near the side of top cover 228, the set compressing tablet in described depression bar 215 ends is positioned at cover 228 front upper places, top, depression bar 215 is connected by meshing transmission by gear 221 with the stock 218 that is movably connected on vertical rod 217, described stock 218 is slidingly connected with slide plate 211, described stock 218 passes the set through hole 229 of fixed block 210, and stock 218 bottoms are slidingly connected by roller 226 and supporting plate 219; Described supporting plate 219 1 sides are movably connected on base B201, and opposite side flexibly connects by connecting rod 220 and curved bar 226.
In conjunction with Fig. 8 and shown in Figure 9, described outer tube gumming device 3 comprises support 301, and medium position place, described support 301 both sides inwardly is symmetrically fixed with tube rack 302, and described tube rack 302 is downward-sloping along the direction of transfer of fluorescent tube; Be provided with the outer tube gumming conveyer parallel with tube rack 302 between described two tube racks 302, the parallel brush outer tube powder device that is provided with in described outer tube gumming conveyer top; Described outer tube gumming conveyer all is fixed in support 301 with brush outer tube powder device, and described outer tube gumming conveyer and brush outer tube powder device provide power by drive motors 6; Described outer tube gumming conveyer comprises fluorescent tube conveyer belt 304, and described fluorescent tube conveyer belt 304 flexibly connects with bearing 301 by two rotating shaft C 312 of being located at bearing 301, and wherein a rotating shaft C 312 is in transmission connection by driving-belt C310 and drive motors 6; Described fluorescent tube conveyer belt 304 is in transmission connection with rotating shaft C 312 by the drive 313 that is fixed on the rotating shaft C 312; Described fluorescent tube conveyer belt 304 outer surfaces are evenly distributed with catch 314, and described catch 314 is higher than the upper surface of tube rack 302; Described brush outer tube powder device comprises gumming conveyer belt 305, be uniformly distributed in the cleaning brush 303 of gumming conveyer belt 305 outer surfaces, described gumming conveyer belt 305 flexibly connects with support 301 by the rotating shaft D 306 of being located at support 301 both sides, wherein a rotating shaft D 306 is in transmission connection by driving-belt D309 and deceleration device 308, and described deceleration device 308 is in transmission connection by conveyer belt E311 and drive motors 6; Deceleration device 308 is fixed on the cushion block 315; The bristle of described cleaning brush 303 and surface of the light tube are fitted.
When carrying out the automatic gumming of straight tube fluorescent tube with the utility model, fluorescent tube is placed the charging aperture of discharging device 108, fluorescent tube since the gravity effect roll to feeding conveyer belt 102, and along with feeding conveyer belt 102 is sent to feeding rod A4 place; The charging aperture of pipe gumming device 2 in fluorescent tube is rolled into along feeding rod A4, by movable riser 203 fluorescent tube is managed the transmission of powder device in brush, pipe powder device place in fluorescent tube is sent to brush, top cover 228 drives the two ends of withstanding fluorescent tube by stock 218, and compressing tablet is driven by depression bar 215 lamp tube ends is pushed down; Rubber roll 232 stretches in the fluorescent tube, and with gumming motor 204 rotation, carries out the gumming operation of fluorescent tube inner tube portion, and the fluorescent material of rubber roll 232 absorption is siphoned away by getter device by gas port 230; After the inner tube portion gumming of fluorescent tube, depression bar 215 drives compressing tablet and unclamps fluorescent tube, and stock 218 drives top cover 228 and returns, and movable riser 203 continues to drive fluorescent tube and moves; When managing the discharging opening of gumming device 2 in fluorescent tube moves to, fluorescent tube is rolled into the charging aperture of outer tube gumming device 3 along feeding rod B5; Fluorescent tube is rolled into fluorescent tube conveyer belt 304 along tube rack 302, and along with fluorescent tube conveyer belt 304 moves to brush outer tube powder device; The gumming conveyer belt 305 of brush outer tube powder device drives cleaning brush 303 and rotates, and the fluorescent tube outer tube that fluorescent tube conveyer belt 304 is transmitted carries out the gumming operation; After the gumming of brush outer tube powder device, fluorescent tube is continued to transmit by fluorescent tube conveyer belt 304, and last fluorescent tube is rolled into the discharging opening of outer tube gumming device 3.
Claims (10)
1. the automatic gumming machine of straight tube fluorescent tube, it is characterized in that: comprise pay-off (1), interior pipe gumming device (2) and outer tube gumming device (3), the charging aperture of the discharging opening of described pay-off (1) and interior pipe gumming device (2) is by feeding rod A(4) be connected, described in the charging aperture of discharging opening and outer tube gumming device (3) of pipe gumming device (2) by feeding rod B(5) be connected; The charging aperture of pipe gumming device (2) is a little less than the discharging opening of pay-off (1) in described, and the charging aperture of outer tube gumming device (3) is a little less than the discharging opening of interior pipe gumming device (2); Described pay-off (1), interior pipe gumming device (2) and outer tube gumming device (3) provide power by drive motors (6).
2. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 1, it is characterized in that: described pay-off (1) comprises base A(101), described base A(101) two ends, top are respectively equipped with feeding conveyer belt (102) and discharging device (108), the two ends of described feeding conveyer belt (102) respectively with active rotating shaft (103) and driven spindle (104) on drive (105) be in transmission connection, described active rotating shaft (103) and base A(101) be rotationally connected, active rotating shaft (103) is by driving-belt A(107) be in transmission connection with drive motors (6); Described driven spindle (104) is rotationally connected with the top of bearing (109), and described bearing (109) is fixed in base A(101) the top; The surface of described feeding conveyer belt (102) is evenly distributed with backgauge cross bar (106), and described discharging device (108) tilts to feeding conveyer belt (102), and discharging device (108) discharging opening is positioned at feeding conveyer belt (102) top.
3. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 2, it is characterized in that: described discharging device (108) and feeding conveyer belt (102) both sides, vertically be provided with first plate washer (110) and second plate washer (111) along the fluorescent tube direction of transfer, described first plate washer (110) and second plate washer (111) are fixed in base A(101) on.
4. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 1, it is characterized in that: pipe gumming device (2) comprises base B(201 in described), described base B(201) the medium position place at top is symmetrically fixed with cross bar (205), interior pipe gumming conveyer is fixed in the medium position place of cross bar (205), described interior pipe gumming conveyer both sides are provided with pipe powder device in the brush, and described interior pipe gumming conveyer provides power by drive motors (6); Pipe powder device and cross bar (205) are slidingly connected in the described brush; Manage the two symmetrical movable risers (203) that the gumming conveyer comprises two symmetrical fixed boards (202) of fixed transverse rod (205) and is movably connected on cross bar (205) in described, described movable riser (203) is by connecting rod (209) and rotating shaft B(223) curved bar (207) at two ends is rotationally connected, described rotating shaft B(223) be rotationally connected rotating shaft B(223 by the support plate (208) that is fixed in cross bar (205) with cross bar (205)) by driving-belt B(222) be in transmission connection with drive motors (6).
5. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 4 is characterized in that: described fixed board (202) all is fixed in cross bar (205) by geometrical clamp (206) with support plate (208); Described fixed board (202) is identical with movable riser (203) size, and fixed board (202) is evenly distributed with " V " shape notch (225) with movable riser (203) top; The opening of described " V " shape notch (225) and spacing all equal curved bar (207) and rotating shaft B(223) twice of side-play amount, " V " shape notch (225) bottom is provided with fillet.
6. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 4, it is characterized in that: pipe powder device comprises the rubber roll (232) of output shaft (231) end of being fixed in gumming motor (204) in the described brush, described rubber roll (232) outside is provided with top cover (228), rubber roll (232) is positioned at the central through hole (233) of top cover (228), described top cover (228) is fixed in the output end face of gumming motor (204) by flange (227), described flange (227) side is provided with gas port (230), described gas port (230) is communicated with getter device, and described rubber roll (232) is over against " V " shape notch (225); Described support plate (208) is positioned between the two movable risers (203); Described gumming motor (204) is fixed in slide plate (211) top, and described slide plate (211) is slidingly connected with the fixed block (210) that is fixed in cross bar (205).
7. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 6, it is characterized in that: described fixed block (210) top, be positioned at top cover (228) one sides and be provided with vertical rod (217), described vertical rod (217) is rotatably connected to depression bar (215) near the side of top cover (228), the set compressing tablet in described depression bar (215) end is positioned at cover (228) front upper place, top, depression bar (215) is connected by meshing transmission by gear (221) with the stock (218) that is movably connected on vertical rod (217), described stock (218) is slidingly connected with slide plate (211), described stock (218) passes the set through hole (229) of fixed block (210), and stock (218) bottom is slidingly connected by roller (226) and supporting plate (219); Described supporting plate (219) one sides are movably connected on base B(201), opposite side flexibly connects by connecting rod (220) and curved bar (226).
8. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 1, it is characterized in that: described outer tube gumming device (3) comprises support (301), medium position place, described support (301) both sides inwardly is symmetrically fixed with tube rack (302), and described tube rack (302) is downward-sloping along the direction of transfer of fluorescent tube; Be provided with the outer tube gumming conveyer parallel with tube rack (302) between described two tube racks (302), the parallel brush outer tube powder device that is provided with in described outer tube gumming conveyer top; Described outer tube gumming conveyer all is fixed in support (301) with brush outer tube powder device, and described outer tube gumming conveyer and brush outer tube powder device provide power by drive motors (6).
9. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 8, it is characterized in that: described outer tube gumming conveyer comprises fluorescent tube conveyer belt (304), described fluorescent tube conveyer belt (304) flexibly connects with bearing (301) by two rotating shaft C (312) of being located at bearing (301), and wherein a rotating shaft C (312) is by driving-belt C(310) be in transmission connection with drive motors (6); Described fluorescent tube conveyer belt (304) is in transmission connection with rotating shaft C (312) by the drive (313) that is fixed on the rotating shaft C (312); Described fluorescent tube conveyer belt (304) outer surface is evenly distributed with catch (314), and described catch (314) is higher than the upper surface of tube rack (302).
10. the automatic gumming machine of straight tube fluorescent tube as claimed in claim 8, it is characterized in that: described brush outer tube powder device comprises gumming conveyer belt (305), be uniformly distributed in the cleaning brush (303) of gumming conveyer belt (305) outer surface, described gumming conveyer belt (305) flexibly connects with support (301) by the rotating shaft D (306) of being located at support (301) both sides, wherein a rotating shaft D (306) is by driving-belt D(309) be in transmission connection with deceleration device (308), described deceleration device (308) is by conveyer belt E(311) be in transmission connection with drive motors (6); The bristle of described cleaning brush (303) and surface of the light tube are fitted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320139369 CN203205370U (en) | 2013-03-26 | 2013-03-26 | Straight tube lamp tube automatic powder-removing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320139369 CN203205370U (en) | 2013-03-26 | 2013-03-26 | Straight tube lamp tube automatic powder-removing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203205370U true CN203205370U (en) | 2013-09-18 |
Family
ID=49149451
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320139369 Withdrawn - After Issue CN203205370U (en) | 2013-03-26 | 2013-03-26 | Straight tube lamp tube automatic powder-removing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203205370U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103165359A (en) * | 2013-03-26 | 2013-06-19 | 江苏省勇仕照明有限公司 | Straight pipe tube automatic powder-removing machine |
| CN103949442A (en) * | 2014-04-23 | 2014-07-30 | 浙江三晶照明有限公司 | Device for removing paint at two ends of lamp tube of LED (light emitting diode) straight lamp |
-
2013
- 2013-03-26 CN CN 201320139369 patent/CN203205370U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103165359A (en) * | 2013-03-26 | 2013-06-19 | 江苏省勇仕照明有限公司 | Straight pipe tube automatic powder-removing machine |
| CN103165359B (en) * | 2013-03-26 | 2015-08-12 | 江苏省电力公司淮安供电公司 | The automatic chalk dust removal machine of straight tube fluorescent tube |
| CN103949442A (en) * | 2014-04-23 | 2014-07-30 | 浙江三晶照明有限公司 | Device for removing paint at two ends of lamp tube of LED (light emitting diode) straight lamp |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130918 Effective date of abandoning: 20150812 |
|
| RGAV | Abandon patent right to avoid regrant |