CN204405298U - A kind of fluorescent tube test, film sticking equipment - Google Patents
A kind of fluorescent tube test, film sticking equipment Download PDFInfo
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- CN204405298U CN204405298U CN201420866332.3U CN201420866332U CN204405298U CN 204405298 U CN204405298 U CN 204405298U CN 201420866332 U CN201420866332 U CN 201420866332U CN 204405298 U CN204405298 U CN 204405298U
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- fluorescent tube
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Abstract
The utility model discloses the test of a kind of fluorescent tube, film sticking equipment, described fluorescent tube comprises lamp tube body and is located at the pin of lamp tube body end, it is characterized in that, comprise some conveyers for fluorescent tube conveying, and the optic test mechanism be arranged on conveyer direction of transfer, film pasting mechanism, and withstand voltage test mechanism, described optic test mechanism is located at the upstream of film pasting mechanism, for the optical performance test of lamp tube body; Described withstand voltage test mechanism detects for the pin withstand voltage properties of lamp tube end; Described film pasting mechanism is used for attaching at least side of described lamp tube body waiting to paste part.This equipment, aim at tube design, by conveyer by optic test mechanism, film pasting mechanism, with withstand voltage test mechanism series connection, streamline completes the optics of fluorescent tube, voltage-withstand test and pad pasting, eliminates the transfer process between operations, shorten the interval between two fluorescent tube operations, greatly increase work efficiency.
Description
Technical field
The utility model relates to the equipment of a kind of test, the multi-functional unification of pad pasting.
Background technology
Fluorescent tube, before dispatching from the factory, often needs to detect the optical property of luminous component, the withstand voltage properties of pin 12, to ensure serviceable life and security.The outside surface of fluorescent tube also needs attachment labels to identify simultaneously.But existing voltage-withstand test and pad pasting normally separately carry out, and use single devices to carry out manual operation one by one, waste of manpower very and time, production efficiency is low.
Summary of the invention
A kind of fluorescent tube test, film sticking equipment, described fluorescent tube comprises lamp tube body and is located at the pin of lamp tube body end, it is characterized in that, comprise some conveyers for fluorescent tube conveying, and the optic test mechanism be arranged on conveyer direction of transfer, film pasting mechanism, and withstand voltage test mechanism, described optic test mechanism is located at the upstream of film pasting mechanism, for the optical performance test of lamp tube body; Described withstand voltage test mechanism detects for the pin withstand voltage properties of lamp tube end; Described film pasting mechanism is used for attaching at least side of described lamp tube body waiting to paste part.
Preferably, described optic test mechanism, withstand voltage test mechanism, and film pasting mechanism, be successively set on the direction of transfer of conveyer.
Preferably, described optic test mechanism, comprises the camera bellows of hollow, is provided with optical testing device in camera bellows, camera bellows has at least and is relatively in the upstream side of described sender and arranges the opening passed through for fluorescent tube, and is provided with the dodge gate can opening and close described opening.
Preferably, described conveyer is arranged through camera bellows, and described dodge gate is offered the breach holding described conveyer and advance.
Preferably, described dodge gate is provided with the current described breach of multiple adaptation diverse location conveyer along the direction perpendicular to direction of transfer.
Preferably, the both sides that described camera bellows is in described direction of transfer upstream and downstream relatively all arrange described opening and corresponding described dodge gate, arrange a cylinder and control opening of the described dodge gate of two fans simultaneously and close in camera bellows.
Preferably, described conveyer passes camera bellows and is partial to camera bellows side and arranges, the side that camera bellows is bordering on conveyer is the first side, dodge gate by near and carry out opening and closing away from described first side, and dodge gate offers the breach that the described conveyer of accommodation is advanced towards the side of described first side.
Preferably, the position-limit mechanism of the described dodge gate of restriction direct of travel under air cylinder driven is provided with in described camera bellows.
Preferably, described position-limit mechanism comprises the guide rail being parallel to described cylinder-bore axis direction and arranging, and is located at the slide block that dodge gate coordinates with described guide rail.
Preferably, tool placed by the fluorescent tube that described conveyer is provided with for supporting described fluorescent tube, described fluorescent tube is placed tool and is comprised the two ends that one group of two base is respectively used to support described fluorescent tube, offer the groove of accommodating described pin in described base, described withstand voltage test mechanism has can stretch into base groove and the conductive contact contacting described pin.
Preferably, be provided with the stopper slot communicated with described groove in described base, conductive contact is contacted with the fluorescent tube pin held in groove by stopper slot.
Preferably, described withstand voltage test mechanism comprises lifting structure, and described conductive contact is arranged on lifting structure, can follow lifting structure short transverse move thus near and place the groove of tool away from described fluorescent tube, described slot opening is in the upper end of base.
Preferably, described conductive contact is elastic conduction contact.
Preferably, described lifting structure is cylinder.
Preferably, describedly wait that pasting part is attached on counterdie and forms banded material strip, described film pasting mechanism comprises the gearshift of the setting of vertical direction of transfer, and gearshift can be followed move, the adhering device of pad pasting work is carried out along fluorescent tube length direction, described adhering device comprises the discharging device material strip being wound into tubular being carried out to blowing, coordinate with discharging device, counterdie is carried out to the material collecting device of rewinding, and the stripping off device for subsides part stripping counterdie will be treated be arranged on material strip direct of travel, also comprise for treating after stripping counterdie is pasted the paste attachment that part attaches to surface of the light tube.
Preferably, described adhering device is arranged on institute's displacement apparatus by a jacking gear, can move up and down and make paste attachment contact and leave described fluorescent tube.
Preferably, described paste attachment has and attaches with described surface of the light tube the workplace coordinated, and when described fluorescent tube horizontal positioned, described workplace is inclined relative to horizontal setting.
Preferably, described jacking gear is provided with the described adhering device of two covers, and the paste attachment of two cover adhering devices is respectively towards the upstream and downstream of fluorescent tube direction of transfer.
Preferably, the paste attachment of two cover adhering devices is symmetrical arranged about vertical direction.
Preferably, described adhering device comprises erecting frame, and described paste attachment is the pinch roller being rotatably located at described erecting frame, and the side of pinch roller is formed and attaches with described surface of the light tube the workplace coordinated.
Preferably, described film pasting mechanism have at least side wait paste part consistent with the working position of withstand voltage test mechanism.
Preferably, described fluorescent tube test, film sticking equipment comprise the conveyer of at least two direction of transfer arranged in parallel, and for carrying described fluorescent tube, and conveyer described at least one is adjustable in the position perpendicular to described direction of transfer.
Preferably, at least three described conveyers are comprised.
Preferably, described conveyer is chain delivery structure, comprises ring chain, and described bar-shaped workpieces transport sector comprises the back up pad of the lower end, top being located at chain circumference, for supporting the chain in advancing.
The beneficial effect that the utility model reaches:
1. fluorescent tube test of the present utility model, film sticking equipment, aim at tube design, by conveyer by optic test mechanism, film pasting mechanism, with withstand voltage test mechanism series connection, streamline completes the optics of fluorescent tube, voltage-withstand test and pad pasting, eliminates the transfer process between operations, shorten the interval between two fluorescent tube operations, greatly increase work efficiency.
2. optic test mechanism, withstand voltage test mechanism, and film pasting mechanism, be successively set on the direction of transfer of conveyer, be then best sequence of operation, be independent of each other and operational quality is high.
3. optic test mechanism, comprise the camera bellows being provided with optical testing device of hollow, also combine conveyer simultaneously, make conveyer directly fluorescent tube input and output camera bellows can be carried out material loading detection and blanking, greatly improve detection efficiency, the fluorescent tube simultaneously delivered by conveyer directly can be followed in conveyer arrival camera bellows and be detected, without the need to Design Orientation seat other in camera bellows, eliminate the trouble of reorientating, contribute to improving accuracy of detection.In addition, on camera bellows correspond to fluorescent tube by opening arrange dodge gate can automatically open the door in time let pass and close the door start test, also contribute to improve detection efficiency and increase measuring accuracy.
4. conveyer is arranged through camera bellows, and dodge gate is offered the breach 462 holding conveyer and advance, then can ensure the shaded effect of camera bellows to greatest extent, improve measuring accuracy.When being especially provided with the conveyer of multiple diverse location perpendicular to direction of transfer, corresponding breach is set respectively.
5. the both sides that camera bellows is in direction of transfer upstream and downstream relatively all arrange opening and corresponding dodge gate, then fluorescent tube can enter in the same direction and exit camera bellows, and needs to turn back from same entrance, simplifies structure, shorten the interval detection time of corresponding fluorescent tube, the flow work is more smooth and easy.Especially arrange a cylinder in camera bellows control opening of two fan dodge gates simultaneously and close, the then open entrance of the synchronous fluorescent tube to upstream, with to downstream adjacent and the open outlet of the fluorescent tube be completed in camera bellows, then save time the most, raise the efficiency.
6. special design one group of two base are used for the two ends of support luminous tube; and offer the accommodating fluorescent tube pin of groove in base as fulcrum; then the tube wall of fluorescent tube directly can not contact with placement tool on the one hand; avoid scratching damage; on the other hand pin is accommodating also easily contacts with the conductive contact of withstand voltage test mechanism and stablizing in keeping detecting in a groove; be convenient to detect and improve detection accuracy, the groove of base also has protective effect to pin simultaneously.
7. the stopper slot communicated with groove is set in base, stopper slot to a certain degree spacing can be obtained when then conductive contact is contacted with the fluorescent tube pin held in groove by stopper slot, be not easy to skid relative to the arc surface of pin, be conducive to more stable contacting with pin, improve the accuracy detected.
8. film pasting mechanism arranges gearshift and adhering device matches, pad pasting can be completed comparatively accurately and rapidly along the length direction of fluorescent tube, the particularly cooperation of blowing in adhering device, rewinding and stripping off device, structure can ensure that simply again stripping is stablized, and contributes to improving attaching quality.
9, adhering device is arranged on gearshift by a jacking gear, then can move up and down and make paste attachment contact and leave fluorescent tube, thus facilitate the introducing of fluorescent tube and send.
10. to have at least side to wait to paste part consistent with the working position of withstand voltage test mechanism for film pasting mechanism, then fluorescent tube also can carry out pad pasting while completing voltage-withstand test, significantly decreases working time and increasing work efficiency further.
In 11. each conveyers, at least one is adjustable in the position perpendicular to direction of transfer, then the adaptability for the fluorescent tube of various different length size improves greatly, and the scope of application is wider, and be suitable for more flexible, cost reduces.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of the utility model preferred embodiment;
Fig. 2 is the vertical view of the utility model preferred embodiment;
Fig. 3 is the enlarged diagram of the A of local shown in Fig. 1;
Fig. 4 is the vertical view that fluorescent tube is embedded in the utility model fluorescent tube placement jig base;
Fig. 5 is the cut-away view of camera bellows in the utility model preferred embodiment;
Fig. 6 is that in the utility model preferred embodiment, withstand voltage test mechanism places relative to fluorescent tube the schematic diagram that tool is in off working state;
Fig. 7 is that in the utility model preferred embodiment, withstand voltage test mechanism places the in running order schematic diagram of tool relative to fluorescent tube;
Fig. 8 is the schematic diagram of adhering device in the utility model preferred embodiment;
Fig. 9 is the enlarged diagram of the B of local shown in Fig. 8;
Figure 10 be in the utility model preferred embodiment adhering device face enlarged drawing;
Wherein: 1, fluorescent tube, 12, pin, 14, lamp tube body, 2, conveyer, 22, chain, 24, sprocket wheel, 26, support, 262, frame, 264, column, 266, support bar, 3, tool placed by fluorescent tube, and 32, base, 322, groove, 324, stopper slot, 42, camera bellows, 422, panel, 424, first side, 44, colour temperature meter, 45, position-limit mechanism, 452, guide rail, 46, dodge gate, 462, breach, 47, cylinder, 472, piston, 48, web joint, 482, slide block, 484, bar-shaped trough, 486, locating part, 5, material strip, 52, wait to paste part, 54, counterdie, 6, withstand voltage test mechanism, 62, conductive contact, 64, cylinder, 642, piston rod, 66, top board, 8, adhering device, 82, discharging device, 822, driven shaft, 84, material collecting device, 842, main drive shaft, 85, guide, 86, stripping off device, 862, stripping cutter, 88, paste attachment, 882, workplace, 92, gearshift, 94, jacking gear, 96, erecting frame, 962, horizontal supporting plate, 964, swash plate.
Embodiment
Below in conjunction with accompanying drawing, the utility model is further described.Following examples only for clearly the technical solution of the utility model being described, and can not limit protection domain of the present utility model with this.
As Figure 1-10 shows, a kind of fluorescent tube test, film sticking equipment, wherein fluorescent tube 1 comprises lamp tube body 14 and is located at the pin 12 of lamp tube body 14 end, fluorescent tube test, film sticking equipment comprise four conveyers 2 carried for fluorescent tube 1, and the optic test mechanism be arranged on conveyer 2 direction of transfer, film pasting mechanism, and withstand voltage test mechanism 6, optic test mechanism is located at the upstream of film pasting mechanism, for the optical performance test of lamp tube body 14; Withstand voltage test mechanism 6 detects for pin 12 withstand voltage properties of fluorescent tube 1 end; Film pasting mechanism is then waited to paste part 52 for attaching the both sides of lamp tube body 14.
Concrete, optic test mechanism, withstand voltage test mechanism 6, and film pasting mechanism, be successively set on the direction of transfer of conveyer 2, then can complete optic test, voltage-withstand test and pad pasting to fluorescent tube 1 successively, ensure to be independent of each other, and improves quality.
Fluorescent tube test, film sticking equipment comprise support 26, and each conveyer 2 is arranged on support 26.Support 26 specifically comprises the frame 262 of horizontal positioned, the column 264 of supporting frame 262, and is arranged on frame 262 respectively along three support bars 266 that direction of transfer extends.Conveyer 2 is specially chain conveyor, comprise ring chain 22 according to industry universal structure, and two of support chains 22 sprocket wheels 24, two sprocket wheels 24 are respectively driving wheel and engaged wheel, and driving wheel connecting drive device, thus realize the running of chain 22.In four conveyers 2 two be arranged on outside, two be arranged on inner side, synchronous operation.And each conveyer 2 is adjustable in the position perpendicular to direction of transfer, be specifically threaded and be connected to the interior form that removably connects realization to comprise.Therefore base 32 position two ends can being selected to pacify according to the length of fluorescent tube 1, the conveyer 2 of correct position can be selected to install, and the position that also can adjust conveyer 2 is installed again.
On conveyer 2, that tool 3 placed by the fluorescent tube that chain 22 is provided with for support luminous tube 1 in particular, fluorescent tube is placed tool 3 and is comprised the two ends that one group of two base 32 is respectively used to support luminous tube 1, and the groove 322 specifically offering accommodating pin 12 in base 32 carrys out support luminous tube 1.One group of two base 32 is separately positioned on two conveyers 2, then fluorescent tube 1 is placed at fluorescent tube and tool 3 can follow conveyer 2 stably advanced.Be provided with multiple fluorescent tube altogether along direction of transfer in the present embodiment and place tool 3, multiple fluorescent tube 1 can be transported simultaneously, raise the efficiency.
Two pins 12 of two accommodating fluorescent tube 1 ends of grooves 322 difference are specifically offered in base 32, groove 322 opening is in the upper end of base 32, and the outer shape of the interior shape of groove 322 and pin 12 adapts, pin 12 can be fixed preferably, prevent fluorescent tube 1 from moving.
Further, be also provided with the stopper slot 324 communicated with groove 322 in base 32, stopper slot 324 is arranged on base 32 top, and conductive contact 62 is contacted with fluorescent tube 1 pin 12 held in groove 322 by stopper slot 324.Stopper slot 324 is specifically arranged on the top of groove 322, communicates with groove 322.The profile of shape and conductive contact 62 matches, thus conductive contact 62 passes downwardly through from top and to obtain stopper slot 324 to a certain degree spacing when stopper slot 324 contacts with fluorescent tube 1 pin 12 held groove 322, be not easy to skid relative to the arc surface of pin 12, be conducive to more stable contacting with pin 12, improve the accuracy detected.
Optic test mechanism specifically comprises the camera bellows 42 of hollow, optical testing device is provided with in camera bellows 42, and camera bellows 42 is arranged on the direction of transfer of conveyer 2, the both sides that camera bellows 42 is in direction of transfer upstream and downstream relatively all arrange the opening passed through for fluorescent tube 1, and arrange the dodge gate 46 can opening and close corresponding opening respectively.One cylinder 47 is set in camera bellows 42 and controls opening and closing of two fan dodge gates 46 simultaneously, then can synchronously to the open entrance of the upstream fluorescent tube 1 of sender, with to downstream adjacent and the open outlet of the fluorescent tube 1 be completed in camera bellows 42, thus save time to greatest extent, raise the efficiency.Wherein, the inside of camera bellows 42, top is provided with colour temperature meter 44 as optical testing device, the fluorescent tube 1 of camera bellows 42 inside placement is carried out to the test of optical property.Opening is arranged on the both sides panel 422 of camera bellows 42, and opening size all can hold fluorescent tube 1 to be passed through, and dodge gate 46 is arranged on the inner side of panel 422 simultaneously.The two ends of camera bellows 42 are symmetrical arranged difference cylinder 47 vertically, and the dodge gate 46 of camera bellows 42 both sides is all connected with same level web joint 48 inside it, and be connected with the piston 472 of cylinder 47 by web joint 48, thus cylinder 47 lifting can synchronously drive two dodge gates 46 to be elevated, and realizes the opening and closing of camera bellows 42.More specifically, in camera bellows 42, two ends are also provided with the position-limit mechanism 45 of restraint door 46 direct of travel under cylinder 47 drives.Position-limit mechanism 45 specifically comprises the guide rail 452 being parallel to cylinder 47 axis direction and arranging, and is located at the slide block 482 that web joint 48 coordinates with guide rail 452.In addition, the middle part of web joint 48 also starts there is the bar-shaped trough 484 holding fluorescent tube 1 and protrude upward, and a shape locating part 486 is set at the two ends of bar-shaped trough 484, locating part 486 1 aspect can control the position of fluorescent tube 1 in camera bellows 42, also facilitates sensor installation to respond to fluorescent tube 1 on the other hand.
Because conveyer 2 is arranged horizontal through camera bellows 42, for ensure conveyer 2 advance smoothly and dodge gate 46 is closed time camera bellows 42 obturation effect, dodge gate 46 is also offered and holds conveyer 2 breach 462 of advancing.More specifically, conveyer 2 passes camera bellows 42 and is partial to camera bellows 42 bottom and arranges, the side that namely base plane of camera bellows 42 is bordering on conveyer 2 is the first side 424, dodge gate 46 by near and open away from the first side 424 and the opening of closed camera bellows 42, and dodge gate 46 offers towards the side of the first side 424 breach 462 holding conveyer 2 and advance.Further, when being provided with the conveyer 2 of multiple diverse location perpendicular to direction of transfer, corresponding breach 462 can be set respectively.
In addition, conveyer 2 is at least provided with two fluorescent tubes being respectively used to support luminous tube 1 along direction of transfer arrangement and places tool 3.Then two fluorescent tubes 1 can be had to advance in the utility model mechanism simultaneously, shorten the stand-by period.
Withstand voltage test mechanism 6 specifically comprises lifting structure, lifting structure is provided with and can stretches into base 32 groove 322 and the conductive contact 62 contacting pin 12, conductive contact 62 can follow lifting structure short transverse move thus near and place the groove 322 of tool 3 away from fluorescent tube.More specifically, lifting structure is the cylinder 64 that axis is vertically arranged, and upwards, top connects horizontal top 66 to cylinder 64 piston rod 642, and the bottom of top board 66 arranges two conductive contacts 62 straight down for testing the resistance to pressure of fluorescent tube 1 pin 12.Conductive contact 62 specifically can connect voltage-withstand test instrument according to this area universal architecture, realizes voltage-withstand test.In addition, conductive contact 62 is specially elastic conduction contact, better can not only be fitted in testing, and have protective effect to pin 12 by deformation and pin 12.Direction of transfer can be arranged multiple withstand voltage test mechanism 6, and each fluorescent tube arranged along direction of transfer arrangement is placed spacing and withstand voltage test mechanism 6 spacing between tool 3 and is adapted, withstand voltage test mechanism 6 place that then each fluorescent tube 1 can advance to correspondence with conveyer 2 is detected simultaneously, greatly improves testing efficiency.
Withstand voltage test mechanism 6 is arranged on the direction of transfer of conveyer 2, and conductive contact 62 can place tool 3 base 32 groove 322 correspondence by the fluorescent tube just and immediately below moving to.So can be tested by the fluorescent tube 1 of the form of streamline to batch, efficiency improves greatly.In addition along conveyer 2 direction, multiple withstand voltage test mechanism 6 can be set, thus realize the same time and have many fluorescent tubes 1 in the object of carrying out voltage-withstand test, greatly improve testing efficiency.
Film pasting mechanism, for the sheet on material strip 5 being waited pasting part 52 attaches to fluorescent tube 1 surface, wherein material strip 5 comprises counterdie 54, waits that labeing part 52 is specifically as follows, and is attached on counterdie 54.Film pasting mechanism specifically comprises the gearshift 92 of sense of displacement perpendicular to direction of transfer, and the adhering device 8 that gearshift 92 moves, carries out pad pasting work along fluorescent tube 1 length direction can be followed, adhering device 8 comprises the discharging device 82 material strip 5 being wound into tubular being carried out to blowing, coordinate, counterdie 54 carried out the material collecting device 84 of rewinding with discharging device 82, and be arranged on material strip 5 direct of travel for the stripping off device 86 by label peeling counterdie 54, also comprise for the paste attachment 88 of the label attachment after counterdie 54 to fluorescent tube 1 surface will be peeled off.
Adhering device 8 is arranged on gearshift 92 especially by a jacking gear 94, can move up and down and make paste attachment 88 contact and leave fluorescent tube 1.And the gearshift 92 of film pasting mechanism, jacking gear 94 and adhering device 8 are all arranged on the direction of transfer of conveyer 2.
Gearshift 92 is specially leading screw module, coordinates fluorescent tube to place fluorescent tube 1 on tool 3 and extends to the other end from one end of fluorescent tube 1 length direction.Jacking gear 94 is arranged on leading screw module can perpendicular to to-and-fro movement on the direction of direction of transfer.Jacking gear 94 is specially lift cylinder 47, and axis is vertically arranged, and top connects adhering device 8.And jacking gear 94 being specifically provided with two cover adhering devices 8, two cover adhering devices 8 are installed by arranging erecting frame 96 in the top of lift cylinder 47.More specifically, erecting frame 96 comprises the horizontal supporting plate 962 being arranged on lift cylinder 47 top, and is located at the swash plate 964 be inclined relative to horizontal of horizontal supporting plate 962 both sides respectively.Two pieces of swash plates 964 are symmetrical arranged, and respectively towards the upstream and downstream of direction of transfer, swash plate 964 are installed adhering device 8.
Adhering device 8 comprises and is arranged on discharging device 82 on swash plate 964 and material collecting device 84, material collecting device 84 comprises a main drive shaft 842, discharging device 82 comprises a driven shaft 822, driven shaft 822 installs the material strip 5 i.e. barrel being wound into tubular, the free end of material strip 5 pulls out and is fixed on main drive shaft 842, main drive shaft 842 connecting drive device, then can carry out blowing to barrel on driven shaft 822 when rotating.Simultaneously, at material strip 5, some guides 85 are set by driven shaft 822 to the direct of travel of main drive shaft 842, play guiding and control the effect of tension force, and the stripping off device 86 being provided with stripping cutter 862 makes treating on material strip 5 paste part 52 is separated with counterdie 54 at stripping cutter place.In addition, adhering device 8 also comprises the paste attachment 88 being arranged on front, stripping cutter 862 discharging direction.Paste attachment 88 is specially the rotating pinch roller being located at swash plate 964, and rotating shaft is arranged perpendicular to swash plate 964 plane, and the side of pinch roller is formed and attaches with fluorescent tube 1 surface the workplace 882 coordinated.On swash plate 964, the trend of material strip 5 is parallel to swash plate 964 plane.
Because two pieces of swash plates 964 are symmetrical arranged, therefore two cover adhering devices 8 are also symmetrical arranged about vertical direction.The paste attachment 88 of two cover adhering devices 8 is respectively towards the upstream and downstream of fluorescent tube 1 direction of transfer.And consistent with the working position of a withstand voltage test mechanism 6 towards upstream paste attachment 88 working position, voltage-withstand test and pad pasting operation can be carried out to the fluorescent tube 1 moving to this station simultaneously.
Introduce conveyer 2 to run the using method that five fluorescent tubes 1 illustrate the utility model preferred embodiment below, but the utility model is not construed as limiting.Conveyer 2 is from upstream to downstream along direction of transfer and forms feeding station, optic test station, voltage-withstand test station also i.e. pad pasting first station, pad pasting second station and discharge station successively.
First the fluorescent tube first fluorescent tube 1 to be measured being placed in feeding station is placed on tool 3.The pin 12 at fluorescent tube 1 two ends is embedded respectively in base 32 groove 322 of correspondence.Camera bellows 42 place can arrange sensor, it is sensed before first fluorescent tube 1 arrives camera bellows 42 with conveyer 2, cylinder 47 controls two dodge gates 46 and opens, first fluorescent tube 1 enters camera bellows 42, arrive optic test station, again drive two dodge gates 46 to close with exhaust hood 47, web joint 48 descends through the position that locating part 486 limits fluorescent tube 1 simultaneously, and colour temperature meter 44 starts to carry out testing to interior first fluorescent tube 1 of camera bellows 42 subsequently; When first fluorescent tube 1 receives optic test in camera bellows 42, place on tool 3 at the fluorescent tube of the first station and place second fluorescent tube 1 to be measured.First fluorescent tube 1 is completed subsequently, dodge gate 46 is opened again, and fluorescent tube 1 leaves camera bellows 42 optic test station, arrives voltage-withstand test station and withstand voltage test mechanism 6 place, second fluorescent tube 1 to be measured moves to optic test station simultaneously, and the 3rd fluorescent tube 1 to be measured loads on feeding station.Voltage-withstand test station, the pin 12 be embedded in base 32 groove 322 of first fluorescent tube 1 in below aimed at just by the conductive contact 62 of withstand voltage test mechanism 6, and cylinder 47 drives conductive contact 62 to press down can contact pin 12, and carries out voltage-withstand test; Meanwhile, film pasting mechanism also carries out pad pasting to first fluorescent tube 1 towards upstream adhering device 8.Concrete, on swash plate 964, discharging device 82, material collecting device 84 and stripping off device 86 coordinate arrival paste attachment 88 place, front end making on material strip 5 one to treat to label part 52 and be, the below of paste attachment 88 workplace 882.Jacking gear 94 drives adhering device 8 to decline, the workplace 882 of paste attachment 88 is made to be pressed in the side surfaces of fluorescent tube 1 across label top, front end by label is attached to fluorescent tube 1 surface, here the concave surface that workplace 882 is designed to match with fluorescent tube 1 cylindrical outer surface then better can be fitted with the surface of fluorescent tube 1, ensures the laminating effect of label.Subsequently, gearshift 92 drives jacking gear 94 and adhering device 8 by the other end steadily movement of displacement stroke to displacement stroke, then label one by one, and each from front end to the back-end, by paste attachment 88 along fluorescent tube 1 axis top pressure, the surface being attached to fluorescent tube 1, thus complete the attaching of the whole axis direction in this side of fluorescent tube 1.Voltage-withstand test is complete, conductive contact 62 rises return, attach complete, gearshift 92, jacking gear 94 and adhering device 8 also return, conveyer 2 continues transmission first fluorescent tube 1 and moves to downstream adhering device 8, after arriving pad pasting second station, second fluorescent tube 1, the 3rd fluorescent tube 1 corresponding arrival voltage-withstand test station and optic test station, first fluorescent tube 1 accepts the pad pasting of opposite side subsequently, second, the 3rd fluorescent tube 1 accepts voltage-withstand test, side pad pasting and optic test respectively, loads the 4th fluorescent tube 1 at feeding station simultaneously.Pad pasting second station is left after first fluorescent tube 1 both sides has all been attached label, arrive discharge station, second, the 3rd, the 4th fluorescent tube 1 arrives pad pasting second station, pad pasting first station and optic test station respectively, first fluorescent tube 1 can shift, second, the 3rd, the 4th fluorescent tube 1 accepts corresponding operation respectively, and loads the 5th fluorescent tube 1 at feeding station.The like i.e. Absorbable organic halogens, the batch testing completing unrooted fluorescent tube 1 accurately and efficiently, pad pasting operation.
The above is only preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model know-why; can also make some improvement and distortion, these improve and distortion also should be considered as protection domain of the present utility model.
Claims (10)
1. fluorescent tube test, film sticking equipment, described fluorescent tube comprises lamp tube body and is located at the pin of lamp tube body end, it is characterized in that, comprise some conveyers for fluorescent tube conveying, and the optic test mechanism be arranged on conveyer direction of transfer, film pasting mechanism, and withstand voltage test mechanism, described optic test mechanism is located at the upstream of film pasting mechanism, for the optical performance test of lamp tube body; Described withstand voltage test mechanism detects for the pin withstand voltage properties of lamp tube end; Described film pasting mechanism is used for attaching at least side of described lamp tube body waiting to paste part.
2. a kind of fluorescent tube test according to claim 1, film sticking equipment, it is characterized in that, described optic test mechanism, withstand voltage test mechanism, and film pasting mechanism, be successively set on the direction of transfer of conveyer.
3. a kind of fluorescent tube test according to claim 1, film sticking equipment, it is characterized in that, described optic test mechanism, comprise the camera bellows of hollow, optical testing device is provided with in camera bellows, camera bellows has at least and is relatively in the upstream side of described sender and arranges the opening passed through for fluorescent tube, and is provided with the dodge gate can opening and close described opening.
4. a kind of fluorescent tube test according to claim 3, film sticking equipment, it is characterized in that, described conveyer is arranged through camera bellows, and described dodge gate is offered the breach holding described conveyer and advance.
5. a kind of fluorescent tube test according to claim 3, film sticking equipment, it is characterized in that, the both sides that described camera bellows is in described direction of transfer upstream and downstream relatively all arrange described opening and corresponding described dodge gate, arrange a cylinder and control opening of the described dodge gate of two fans simultaneously and close in camera bellows.
6. a kind of fluorescent tube test according to claim 1, film sticking equipment, it is characterized in that, tool placed by the fluorescent tube that described conveyer is provided with for supporting described fluorescent tube, described fluorescent tube is placed tool and is comprised the two ends that one group of two base is respectively used to support described fluorescent tube, offer the groove of accommodating described pin in described base, described withstand voltage test mechanism has can stretch into base groove and the conductive contact contacting described pin.
7. a kind of fluorescent tube test according to claim 6, film sticking equipment, it is characterized in that, be provided with the stopper slot communicated with described groove in described base, conductive contact is contacted with the fluorescent tube pin held in groove by stopper slot.
8. a kind of fluorescent tube test according to claim 1, film sticking equipment, it is characterized in that, describedly wait that pasting part is attached on counterdie and forms banded material strip, described film pasting mechanism comprises the gearshift of the setting of vertical direction of transfer, and gearshift can be followed move, the adhering device of pad pasting work is carried out along fluorescent tube length direction, described adhering device comprises the discharging device material strip being wound into tubular being carried out to blowing, coordinate with discharging device, counterdie is carried out to the material collecting device of rewinding, and the stripping off device for subsides part stripping counterdie will be treated be arranged on material strip direct of travel, also comprise for treating after stripping counterdie is pasted the paste attachment that part attaches to surface of the light tube.
9. a kind of fluorescent tube test according to claim 8, film sticking equipment, it is characterized in that, described adhering device is arranged on institute's displacement apparatus by a jacking gear, can move up and down and make paste attachment contact and leave described fluorescent tube.
10. a kind of fluorescent tube test according to claim 1, film sticking equipment, it is characterized in that, comprise the conveyer of at least two direction of transfer arranged in parallel, for carrying described fluorescent tube, and conveyer described at least one is adjustable in the position perpendicular to described direction of transfer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420866332.3U CN204405298U (en) | 2014-12-31 | 2014-12-31 | A kind of fluorescent tube test, film sticking equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420866332.3U CN204405298U (en) | 2014-12-31 | 2014-12-31 | A kind of fluorescent tube test, film sticking equipment |
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| Publication Number | Publication Date |
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| CN204405298U true CN204405298U (en) | 2015-06-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420866332.3U Expired - Fee Related CN204405298U (en) | 2014-12-31 | 2014-12-31 | A kind of fluorescent tube test, film sticking equipment |
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| Country | Link |
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| CN (1) | CN204405298U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104569759A (en) * | 2014-12-31 | 2015-04-29 | 爱彼思（苏州）自动化科技有限公司 | Modulator tube testing and film pasting equipment |
| CN110466855A (en) * | 2019-09-18 | 2019-11-19 | 佛山市佛大华康科技有限公司 | Refrigerating chip labelling machine |
| CN110466856A (en) * | 2019-09-18 | 2019-11-19 | 佛山市佛大华康科技有限公司 | Unloading station structure and the refrigerating chip labelling machine for applying it |
| CN110510207A (en) * | 2019-09-18 | 2019-11-29 | 佛山市佛大华康科技有限公司 | Label manipulator and the refrigerating chip labelling machine using it |
-
2014
- 2014-12-31 CN CN201420866332.3U patent/CN204405298U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104569759A (en) * | 2014-12-31 | 2015-04-29 | 爱彼思（苏州）自动化科技有限公司 | Modulator tube testing and film pasting equipment |
| CN110466855A (en) * | 2019-09-18 | 2019-11-19 | 佛山市佛大华康科技有限公司 | Refrigerating chip labelling machine |
| CN110466856A (en) * | 2019-09-18 | 2019-11-19 | 佛山市佛大华康科技有限公司 | Unloading station structure and the refrigerating chip labelling machine for applying it |
| CN110510207A (en) * | 2019-09-18 | 2019-11-29 | 佛山市佛大华康科技有限公司 | Label manipulator and the refrigerating chip labelling machine using it |
| CN110466856B (en) * | 2019-09-18 | 2024-08-20 | 佛山市佛大华康科技有限公司 | Unloading station structure and refrigerating chip labeling machine applying same |
| CN110466855B (en) * | 2019-09-18 | 2024-08-20 | 佛山市佛大华康科技有限公司 | Refrigerating chip labeller |
| CN110510207B (en) * | 2019-09-18 | 2024-08-20 | 佛山市佛大华康科技有限公司 | Labeller manipulator and use its refrigeration chip labeller |
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