A kind of Halogen lamp LED air exhauster
Technical field
The invention belongs to the Halogen lamp LED technical field, relate to a kind of Halogen lamp LED air exhauster.
Background technology
Based on halogen bulb (Halogen lamp) also claims the tungsten sodium lamp bubble, is a kind of of incandescent lamp.Principle is to inject halogen gass such as iodine or bromine in bulb, and at high temperature, the tungsten filament of distillation and halogen carry out chemical action, and the tungsten of distillation can be set on the tungsten filament again, forms the circulation of balance, avoids the tungsten filament premature failure.Therefore based on halogen bulb is more long-lived than incandescent lamp.
In the production process of Halogen lamp LED, need in the Halogen lamp LED fluorescent tube, pour halogen gas, before this, air in the fluorescent tube need be got rid of, namely vacuumize, because Halogen lamp LED need be rotated at a disk, so that operation such as carry out exhaust successively, inflate, seal, exactly because the reason of rotation, it is bad and leak gas to make between Halogen lamp LED fluorescent tube and the vacuum pump terminal ease of connection sealing occur, also leak air easily during inflation, gas leakage has not only reduced rate of finished products, and causes the waste of a large amount of financial resources and material resources.
Summary of the invention
The objective of the invention is the problems referred to above of existing at existing technology, a kind of Halogen lamp LED air exhauster is provided, technical problem to be solved by this invention is how to prevent situation about leaking air when exhaust.
Purpose of the present invention can realize by following technical proposal: a kind of Halogen lamp LED air exhauster, comprise a base and the rotating disk that is arranged on the base, it is characterized in that, vertically be provided with a center pillar on the described base, described rotating disk is fixedly connected on the described center pillar, described rotating disk is provided with some lamp tube sockets, has the exhaust joint that communicates with the fluorescent tube inner chamber of described Halogen lamp LED on the described lamp tube socket, also be set with a bracket panel on the described center pillar, described bracket panel is provided with the exhaust structure that links to each other with described exhaust joint, is provided with between described base and the described bracket panel to drive the Drive Structure that described bracket panel rotates; Described bracket panel is provided with a gasing tank, links to each other by flexible pipe between described gasing tank and the fluorescent tube.
Operation principle of the present invention is: for preventing exhaust and the fluorescent tube place gas leakage of when inflation, this Halogen lamp LED air exhauster will link to each other by a center pillar between rotating disk and the base, rotating disk is provided with lamp tube socket, the fluorescent tube that is in each operation is plugged in respectively in these lamp tube sockets, has exhaust joint in the lamp tube socket, exhaust joint links to each other with an exhaust structure, the exhaust structure setting is on the fixing bracket panel of center pillar, can also be arranged on the gasing tank that fluorescent tube is inflated on this bracket panel, effect by Drive Structure makes the bracket panel rotation, exhaust structure, inflatable structure and rotating disk are in synchronous state, leak air in the time of can avoiding traditional exhaust structure and gasing tank to dock with fluorescent tube.
In above-mentioned a kind of Halogen lamp LED air exhauster, described exhaust structure comprises a housing that is fixedly installed on the described bracket panel, has a working chamber in the described housing, has a runner in the described working chamber, described runner links to each other with a piston that can change described working chamber volume, offers a steam vent and several suction holes on the described housing.The runner rotation can drive piston and move up and down in working chamber, and working chamber volume is changed, thus the air in the sucking-off fluorescent tube, i.e. exhaust.
In above-mentioned a kind of Halogen lamp LED air exhauster, the eccentric position place of described runner is hinged with a connecting rod, and the push rod that described connecting rod and is vertically fixed on the described piston links to each other.Runner rotates, and the drivening rod swing constantly changes the distance between connecting rod and the push rod, moves up and down in working chamber thereby promote piston.
In above-mentioned a kind of Halogen lamp LED air exhauster, be hinged with in the described steam vent and can be hinged with only going out of to overturn clockwise in the described suction hole along the non-return door of contrary pin upset.When piston moved down in working chamber, because the effect of non-return door in the steam vent, with vent closure, the air in the fluorescent tube was inhaled in the working chamber; When piston moved in working chamber, because suction hole is closed in the effect of only going out in the suction hole, the air in the working chamber was discharged from steam vent.
In above-mentioned a kind of Halogen lamp LED air exhauster, described suction hole is identical with described exhaust joint number, described each exhaust joint all with between the corresponding suction hole links to each other by flexible pipe, described exhaust joint place is equipped with an electromagnetically operated valve, described base is provided with a distribution box, and described electromagnetically operated valve links to each other with distribution box.Be provided with the circuit of each closed electromagnetic valve of control or unlatching in the distribution box, when finding that certain exhaust joint place leaks air, can close electromagnetically operated valve, thereby stop it being carried out exhaust.
In above-mentioned a kind of Halogen lamp LED air exhauster, described Drive Structure comprises that one is installed in the drive motors on the base, the lateral surface of described bracket panel is provided with teeth, and the output shaft of described drive motors is provided with gear one, links to each other by a train of reduction gears between described gear one and the bracket panel.The drive motors output torque is passed to bracket panel through a train of reduction gears, make the bracket panel rotation, owing to link to each other by center pillar between bracket panel and the rotating disk, the rotation of bracket panel also can drive rotating disk rotation synchronously with it, thereby need not between rotating disk and exhaust structure, docking facilities to be set, simplified structure can also prevent that the fluorescent tube place from leaking air.
In above-mentioned a kind of Halogen lamp LED air exhauster, described train of reduction gears comprises that one is installed in the back shaft on the base, be connected with gear two and gear three on the described back shaft, described gear two and described gear one engagement, be installed with column on the described base, be connected with gear four on the described column, described gear four respectively with bracket panel on teeth and gear three engagement.Gear two diameters increase the moment of torsion of drive motors output less than gear three.
In above-mentioned a kind of Halogen lamp LED air exhauster, being provided with the control structure that can control the intermittent rotation of drive motors in the described distribution box links to each other, described control structure comprises a direct current motor, the output shaft of described direct current machine is provided with a tactile disk, described tactile disk is provided with the contact block between homogeneous phase, and described contact block is made for the metal material that can conduct electricity; Described contact block and a contact against, also be provided with an annular groove on the described tactile disk, against a metal fore-set that can conduct electricity is arranged, described drive motors links to each other with a delay controller in the described annular groove, and described delay controller all links to each other with described drive motors by lead with contact.Direct current machine drives tactile disk and at the uniform velocity rotates, make on the tactile disk contact block between homogeneous phase can be intermittent with contact against, tactile disk links to each other with drive motors by fore-set, contact links to each other with drive motors by lead, drive motors links to each other with a delay controller, when drive motors is connected by tactile disk, drive motors can rotate in the time that delay controller sets, corresponding result is: the corresponding rotating certain angle of rotating disk, so circulation, make rotating disk be in the state of intermittent exercise, thereby exhaust is provided, the operating time of a setting of operations such as inflation, the processing that makes fluorescent tube that also can be orderly enters subsequent processing.
In above-mentioned a kind of Halogen lamp LED air exhauster, be set with a supporting plate on the shell of described direct current machine, described contact is fixed on the described supporting plate, described fore-set is plugged in the sleeve, be provided with the compression spring between described sleeve and the fore-set, described sleeve is fixedly installed on the described supporting plate.For fore-set is contacted with tactile disk well, between fore-set and sleeve, be provided with a compression spring, can be with fore-set being resisted against in the annular groove on the tactile disk tightly.
In above-mentioned a kind of Halogen lamp LED air exhauster, be set with a baking oven on the described column, described baking oven is provided with an installation opening.Baking oven is dried processing to fluorescent tube, removes the moisture in the fluorescent tube, in order to avoid the moisture that retains in the fluorescent tube makes fluorescent tube influence the brightness of Halogen lamp LED in use.
Compared with prior art, the present invention has the following advantages:
1, for preventing exhaust and the fluorescent tube place gas leakage of when inflation, this Halogen lamp LED air exhauster will link to each other by a center pillar between rotating disk and the base, rotating disk is provided with lamp tube socket, the fluorescent tube that is in each operation is plugged in respectively in these lamp tube sockets, has exhaust joint in the lamp tube socket, exhaust joint links to each other with an exhaust structure, the exhaust structure setting is on the fixing bracket panel of center pillar, can also be arranged on the gasing tank that fluorescent tube is inflated on this bracket panel, effect by Drive Structure makes the bracket panel rotation, exhaust structure, inflatable structure and rotating disk are in synchronous state, leak air in the time of can avoiding traditional exhaust structure and gasing tank to dock with fluorescent tube.
2, in this air exhauster, direct current machine drives tactile disk and at the uniform velocity rotates, make on the tactile disk contact block between homogeneous phase can be intermittent with contact against, tactile disk links to each other with drive motors by fore-set, contact links to each other with drive motors by lead, drive motors links to each other with a delay controller, when drive motors is connected by tactile disk, drive motors can rotate in the time that delay controller sets, corresponding result is: the corresponding rotating certain angle of rotating disk, and so circulation makes rotating disk be in the state of intermittent exercise, thereby provide exhaust, the operating time of a setting of operations such as inflation, the processing that makes fluorescent tube that also can be orderly enters subsequent processing.
Description of drawings
Fig. 1 is the overall structure schematic diagram of this air exhauster.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the sectional view of exhaust structure in this air exhauster.
Fig. 4 is the vertical view of Fig. 3.
Fig. 5 is the principle schematic of control structure in this air exhauster.
Fig. 6 is the tactile disk structural representation of control structure in this air exhauster.
Fig. 7 is the explosive view of fore-set in this control structure.
Among the figure, a, fluorescent tube; A1, lamp tube socket; 1, base; 2, rotating disk; 3, center pillar; 4, bracket panel; 5, exhaust structure; 50, exhaust joint; 51, housing; 52, working chamber; 53, runner; 54, piston; 55, steam vent; 56, suction hole; 57, connecting rod; 58, push rod; 59, electromagnetically operated valve; 5a, non-return door; 5b, only go out; 6, Drive Structure; 61, drive motors; 62, teeth; 63, gear one; 64, gear two; 65, gear three; 66, gear four; 67, back shaft; 6a, train of reduction gears; 7, control structure; 71, direct current machine; 72, tactile disk; 73, contact block; 74, contact; 75, supporting plate; 76, annular groove; 77, fore-set; 78, delay controller; 79, sleeve; 70, compression spring; 8, distribution box; 9, baking oven; 91, installation opening; 92, column; B, gasing tank.
Embodiment
Below be specific embodiments of the invention and by reference to the accompanying drawings, technical scheme of the present invention is further described, but the present invention be not limited to these embodiment.
As depicted in figs. 1 and 2, a kind of Halogen lamp LED air exhauster, comprise a base 1 and the rotating disk 2 that is arranged on the base 1, vertically be provided with a center pillar 3 on the base 1, rotating disk 2 is fixedly connected on the center pillar 3, rotating disk 2 is provided with some lamp tube socket a1, has the exhaust joint 50 that communicates with the fluorescent tube a inner chamber of Halogen lamp LED on the lamp tube socket a1, also be set with a bracket panel 4 on the center pillar 3, bracket panel 4 is provided with the exhaust structure 5 that links to each other with exhaust joint 50, is provided with between base 1 and the bracket panel 4 to drive the Drive Structure 6 that bracket panel 4 rotates; Bracket panel 4 is provided with a gasing tank b, links to each other by flexible pipe between gasing tank b and the fluorescent tube a.
As Fig. 1, as 3 and shown in Figure 4, exhaust structure 5 comprises a housing 51 that is fixedly installed on the bracket panel 4, has a working chamber 52 in the housing 51, has a runner 53 in the working chamber 52, the piston 54 that runner 53 and can change working chamber 52 volumes links to each other, offer steam vent 55 and several suction holes 56 on the housing 51, runner 53 rotations can drive piston 54 and move up and down in working chamber 52, working chamber 52 volumes are changed, thereby the air in the sucking-off fluorescent tube a, it is exhaust, the eccentric position place of runner 53 is hinged with a connecting rod 57, the push rod 58 that connecting rod 57 and is vertically fixed on the piston 54 links to each other, runner 53 rotates, drivening rod 57 swings, distance between connecting rod 57 and the push rod 58 is constantly changed, thereby promoting piston 54 moves up and down in working chamber 52, being hinged with in the steam vent 55 can be along the non-return door 5a of contrary pin upset, be hinged with the 5b that only gos out that can overturn clockwise in the suction hole 56, when piston 54 moves down in working chamber 52, because steam vent 55 is closed in the effect of non-return door 5a in the steam vent 55, the air in the fluorescent tube a is inhaled in the working chamber 52; When piston 54 moves in working chamber 52, the effect of 5b owing to only go out in the suction hole 56, suction hole 56 is closed, air in the working chamber 52 is discharged from steam vent 55, suction hole 56 is identical with exhaust joint 50 numbers, each exhaust joint 50 all with between the corresponding suction hole 56 links to each other by flexible pipe, exhaust joint 50 places are equipped with an electromagnetically operated valve 59, base 1 is provided with a distribution box 8, electromagnetically operated valve 59 links to each other with distribution box 8, is provided with the circuit that each electromagnetically operated valve 59 of control cuts out or opens in the distribution box 8, when finding that certain exhaust joint 50 place leaks air, can close electromagnetically operated valve 59, thereby stop it being carried out exhaust.
As shown in Figure 1, Drive Structure 6 comprises that one is installed in the drive motors 61 on the base 1, the lateral surface of bracket panel 4 is provided with teeth 62, the output shaft of drive motors 61 is provided with gear 1, link to each other by a train of reduction gears 6a between gear 1 and the bracket panel 4, drive motors 61 output torques are passed to bracket panel 4 through a train of reduction gears 6a, make bracket panel 4 rotations, owing to link to each other by center pillar 3 between bracket panel 4 and the rotating disk 2, the rotation of bracket panel 4 also can drive rotating disk 2 rotation synchronously with it, thereby need not between rotating disk 2 and exhaust structure 5, docking facilities to be set, simplified structure, can also prevent that fluorescent tube a place from leaking air, train of reduction gears 6a comprises that one is installed in the back shaft 67 on the base 1, be connected with gear 2 64 and gear 3 65 on the back shaft 67, gear 2 64 and gear one 63 engagements, be installed with column 92 on the base 1, be connected with gear 4 66 on the column 92, gear 4 66 respectively with bracket panel 4 on teeth 62 and gear 3 65 engagement, gear 2 64 diameters increase the moment of torsion of drive motors 61 outputs less than gear 3 65.
As Fig. 5, Fig. 6 and shown in Figure 7, being provided with the control structures 7 that can control drive motors 61 intermittent rotations in the distribution box 8 links to each other, control structure 7 comprises a direct current motor 71, the output shaft of direct current machine 71 is provided with a tactile disk 72, tactile disk 72 is provided with the contact block 73 between homogeneous phase, and contact block 73 is made for the metal material that can conduct electricity; Contact block 73 and a contact 74 against, also be provided with an annular groove 76 on the tactile disk 72, annular groove 76 is interior against a metal fore-set 77 that can conduct electricity is arranged, drive motors 61 links to each other with a delay controller 78, delay controller 78 all links to each other with drive motors 61 by lead with contact 74, direct current machine 71 drives tactile disk 72 and at the uniform velocity rotates, make on the tactile disk 72 contact block between homogeneous phase 73 can be intermittent with contact 74 against, tactile disk 72 links to each other with drive motors 61 by fore-set 77, contact 74 links to each other with drive motors 61 by lead, drive motors 61 links to each other with a delay controller 78, when drive motors 61 is connected by tactile disk 72, drive motors 61 can rotate in the time that delay controller 78 sets, corresponding result is: rotating disk 2 corresponding rotating certain angle, and so circulation makes rotating disk 2 be in the state of intermittent exercise, thereby provide exhaust, the operating time of a setting of operations such as inflation, the processing that makes fluorescent tube a that also can be orderly enters subsequent processing.
Be set with a supporting plate 75 on the shell of direct current machine 71, contact 74 is fixed on the supporting plate 75, fore-set 77 is plugged in the sleeve 79, be provided with compression spring 70 between sleeve 79 and the fore-set 77, sleeve 79 is fixedly installed on the supporting plate 75, for fore-set 77 is contacted with tactile disk 72 well, between fore-set 77 and sleeve 79, be provided with a compression spring 70, can be with fore-set 77 being resisted against in the annular groove 76 on the tactile disk 72 tightly, be set with a baking oven 9 on the column 92, baking oven 9 is provided with an installation opening 91, and 9 couples of fluorescent tube a of baking oven are dried processing, remove the moisture in the fluorescent tube a, in order to avoid the moisture that retains in the fluorescent tube a makes fluorescent tube a influence the brightness of Halogen lamp LED in use.
Operation principle of the present invention is: for prevent exhaust and when inflation fluorescent tube a place leak gas, this Halogen lamp LED air exhauster will link to each other by a center pillar 3 between rotating disk 2 and the base 1, rotating disk 2 is provided with lamp tube socket a1, the fluorescent tube a that is in each operation is plugged in respectively in these lamp tube sockets a1, has exhaust joint 50 in the lamp tube socket a1, exhaust joint 50 links to each other with an exhaust structure 5, exhaust structure 5 setting is on the fixing bracket panel 4 of center pillar 3, can also be arranged on this bracket panel 4 to the gasing tank b that fluorescent tube a inflates, effect by Drive Structure 6 makes bracket panel 4 rotations, exhaust structure 5, inflatable structure and rotating disk 2 are in synchronous state, leak air in the time of can avoiding traditional exhaust structure 5 and gasing tank b to dock with fluorescent tube a.
Specific embodiment described herein only is that the present invention's spirit is illustrated.Those skilled in the art can make various modifications or replenish or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.