CN202543040U - Processing machine for inner tube support of collector tube - Google Patents
Processing machine for inner tube support of collector tube Download PDFInfo
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- CN202543040U CN202543040U CN2012201125706U CN201220112570U CN202543040U CN 202543040 U CN202543040 U CN 202543040U CN 2012201125706 U CN2012201125706 U CN 2012201125706U CN 201220112570 U CN201220112570 U CN 201220112570U CN 202543040 U CN202543040 U CN 202543040U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/47—Mountings or tracking
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P40/00—Technologies relating to the processing of minerals
- Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
- Y02P40/57—Improving the yield, e-g- reduction of reject rates
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Abstract
The utility model discloses a processing machine for an inner tube support of a collector tube, drive chain groups which are parallel to each other and are driven by a transmission device to synchronously move are arranged on a rack. The processing machine is characterized in that a plurality of stands for conveying a support are equidistantly arranged on the drive chain groups at interval, a groove 1 and a groove for putting support strips are respectively formed in each stand, the middle parts of the grooves 1 and the grooves 2 are intersected with each other, a feed device which can put the support strips in the grooves 1 when the stands pass by the lower part of the rack is arranged on the rack, and a feed device which can put the support strips in the grooves 2 when the stands pass by the lower part of the rack is arranged the rack, on which the drive chain groups are appropriately moved backwards for a distance. The processing machine has the advantages that the support can be automatically put, and furthermore, the full-automatic production line type processing mode of the inner tube support of the collector tube is realized; and the processing machine has higher working efficiency, more accurate precision, and is convenient to batch jobs.
Description
Technical field
The utility model relates to a kind of manufacture technology field of processing machine, especially refers to tube support processing machine in a kind of thermal-collecting tube.
Background technology
Existing a kind of application number discloses a kind of full-automatic solar heat-collecting tube sealing machine for the Chinese invention patent that the CN200610154610.2 name is called " full-automatic solar heat-collecting tube sealing machine "; Mainly comprise and be arranged on the frame, parallel and the workpiece station transfer driving chain group and the core mould working position transfer driving chain group of synchronous operation through a gap transmission system drive; A plurality of correspondences are installed on the chain group, adjacent and drive and the workpiece rotation frictionwheel and the core rotation frictionwheel that rotate synchronously in twos through a transmission mechanism; A plurality of cores are placed on respectively between the two adjacent core rotation frictionwheels,, together speed rotation concentric with the corresponding workpiece on being placed on two adjacent workpieces rotation frictionwheels.Through be provided with a plurality of concentric with workpiece, rotate and the core of displacement synchronously with speed, can carry out the processing of the different operations of a plurality of workpiece continuously, simultaneously, improved production efficiency preferably, reduced energy consumption, improved seal quality simultaneously.Yet; This heat-collecting tube sealing machine can only seal as thermal-collecting tube; And can not be used for making be supported in the usefulness of support between pipe and the outer tube, the applicant is through years of researches and test, always in developed that the automatic processing and fabricating of a kind of ability is managed in being supported in and outer tube between the processing machine of support.
Summary of the invention
The utility model technical problem to be solved is to provide a kind of working (machining) efficiency thermal-collecting tube high, that can put support, welding support automatically interior tube support processing machine to above-mentioned prior art present situation.
The utility model solves the problems of the technologies described above the technical scheme that is adopted: tube support processing machine in this thermal-collecting tube; Include motor and frame; Frame is provided with parallel and drives and the driving chain group of synchronous operation through transmission mechanism; Said electric motor drives; It is characterized in that: equidistant compartment of terrain is provided with some stands that are used to transport support on said driving chain group; Be respectively arranged with the groove one and groove two that are used to put lattice framing on the said stand, the middle part of said groove one and groove two intersects each other, can lattice framing be put into the device of putting in the groove one when frame is provided with below stand passes through it; And being arranged in the mechanism that puts into that the driving chain group can be put into lattice framing groove two when the frame of mobile suitable distance is provided with below stand passes through it backward, the frame of putting into mechanism's one side is provided with the lattice framing that is used for being positioned over groove one and groove two respectively and is welded to each other the welding mechanism that forms support.
As improvement, said driving chain group moves suitably apart from being backward: said driving chain group moves the distance apart between two stands backward.
Improve, said welding mechanism moves on the frame of the distance apart between two stands along putting into mechanism in the driving chain group backward again.
Improve again; The said device of putting into comprises and contacts vertical frame that bar, program control driving device one and lattice framing place its inner chamber; The bottom of said vertical frame be provided with when stand through its when below can with groove one consistency from top to bottom and the suitable perforate of shape; Interlock is together each other with contacting that bar is connected through transmission rod for said program control driving device one; The said end face that contacts bar can be arranged at the tapping of vertical frame bottom transversal stretching; When stand during through the tapping of vertical frame bottom, the said end face that contacts bar laterally contacts through elastic deformation the lattice framing that fixes up and down together, thereby the lattice framing of lowermost end is broken away from from fix lattice framing together up and down through elastic deformation and falls into automatically to groove one.
Improve again; The said mechanism that puts into comprises that push rod, program control driving device two and lattice framing place the vertical frame of its inner chamber; The bottom of said vertical frame be provided with when stand through its when below can with groove two consistencies from top to bottom and the suitable perforate of shape; Said program control driving device two is connected with push rod through the transmission bar and links together each other; The end face of said push rod can be arranged at the tapping of vertical frame bottom transversal stretching; When stand during through the tapping of vertical frame bottom, the end face of said push rod laterally contacts through elastic deformation the lattice framing that fixes up and down together, thereby the lattice framing of lowermost end is broken away from from fix lattice framing together up and down through elastic deformation and falls into automatically to groove two.
Improve again; Said welding mechanism comprises program control driving device, welding bars, following program control driving device and following energising bar; The said program control driving device of going up is fixed on the frame through fixed link, and said welding bars can be connected with last program control driving device up or down, and said program control driving device down is fixed on the frame through mounting block; Said energising bar down can be connected with following program control driving device up or down; Said welding bars is connected with a utmost point of welding source through circuit, and said energising bar down is connected with another utmost point of welding source through circuit, when welding bars is moved downward to valley; The bottom of said welding bars can with through its below and be arranged in groove one and two lattice framings of groove two the point of crossing contact; Simultaneously, move on the described down energising bar with stand bottom surface and contact, electric current is short-circuited and makes the point of crossing generation spark of two lattice framings and be welded together each other through its top.
Improve again; Said welding bars has two, and the upper end of two root bead extension bars is connected with the cross bar of an arranged transversely, and the middle part of said cross bar is connected with last program control driving device through last transmission rod; Two root bead extension bars are spaced with front and back; Before and after at interval distance be the interval width between centers between two stands on the said driving chain group, said energising bar down has two, the lower end of two following energising bars is connected with the sheer pole of an arranged transversely; And the middle part of said sheer pole is connected with following program control driving device through the underdrive bar; Two following energising bars are spaced with vertical front and back, and front and back distance at interval is the distance apart between two stands on the said driving chain group, and described two following energising bars fit in two root bead extension bars respectively separately accordingly.
Improve, said welding mechanism one side is provided with the automatic soldering device that the intermediate plate that can will be used to insert and put solid absorbent is welded in mid-stent again, and this automatic soldering device moves on the frame of the distance apart between two stands in the driving chain group backward.
Improve again; Said automatic soldering device comprises the supporting rod that can clamp intermediate plate, program control driving device four, program control driving device five, automatically vibrating conveyer in the clip groove, conducting rod are down holded up and be arranged in to intermediate plate; Said supporting rod can be connected with program control driving device four up or down; Said program control moving device four is fixed on the slide block that can laterally move around along slide rail; Said slide block drives it by program control driving device five and slidably reciprocates, and said supporting rod slides when being moved downward to valley to the other end of slide rail from vibrating conveyer one end, and the intermediate plate of said supporting rod clamping can contact with the lattice framing point of crossing that is arranged in groove one and groove two; Said down conducting rod can be up or down be connected with following program control driving mechanism; Said supporting rod is connected through the utmost point of circuit with the overlap joint power supply, and said conducting rod down is connected through circuit another utmost point with the overlap joint power supply, when the intermediate plate of supporting rod clamping contacts with the support point of crossing; Described down conducting rod is for moving on simultaneously and contacting through the stand bottom surface above it, electric current is short-circuited and produce spark and with the intermediate plate welding on the crossover location of support.
Improve again; On frame, also be provided with the pressing device that to adjust the intermediate plate direction; This pressing device is positioned at automatic soldering device in the driving chain group backward on the frame of travel direction; Apart from the distance apart between two stands of automatic soldering device, this pressing device comprises push rod one, push rod two, program control driving device six, program control driving device seven, program control driving device eight, and said push rod one is driven by program control driving device six and can be to be arranged on the cross slide way with laterally moving around; Said push rod two is driven by program control driving device seven and can be to be arranged on the cross slide way with laterally moving around; Said program control driving device six is fixed on the slide plate with program control driving device seven and cross slide way simultaneously, and said slide plate can be arranged on the frame through program control driving device eight up or down, when slide plate moves to least significant end; The top of the lower end of said push rod one ability contact jaw when laterally moving; And the lower end of said push rod two is the bending head, and the bottom that the bending head can withstand intermediate plate when push rod two laterally moves is when said push rod one laterally moves and during contact jaw top; The bending head of said push rod two withstands the bottom of intermediate plate simultaneously, make the upper and lower of intermediate plate receive opposite two power simultaneously and with intermediate plate by vertical extruding for laterally.
Compared with prior art; The utility model is employed in that equidistant compartment of terrain is provided with some stands that are used to transport support on the driving chain group; Be respectively arranged with the groove one and groove two that are used to put lattice framing on the said stand; The middle part of said groove one and groove two intersects each other; When being provided with below stand passes through it, frame can lattice framing be put into the device of putting in the groove one; And being arranged in the mechanism that puts into that the driving chain group can be put into lattice framing groove two when the frame of mobile suitable distance is provided with below stand passes through it backward, the frame of putting into mechanism's one side is provided with the welding mechanism that the lattice framing that is positioned over groove one and groove two is welded into support.The advantage of this structure is: reach lattice framing and put robotization; Realize the full-automatic pipeline system cooked mode of tube support processing in the thermal-collecting tube, working (machining) efficiency is higher, and precision is more accurate; Not only output is high; And processing and fabricating forms the support better quality, further reduced working strength, saved labor force's expense effectively; Also have, processing machine adopts secondary welding to the welding of lattice framing, makes the support welding more firm; Then more durable; Longer service life also is welded with simultaneously the intermediate plate that is used for the clamping lump absorbent on support, lump absorbent can absorb the air that infiltrates to the vacuum chamber in vacuum chamber; Make the vacuum chamber between the inner and outer pipes keep good vacuum state over a long time, thereby further improve the result of use of thermal-collecting tube.
Description of drawings
Fig. 1 is the structural perspective of the utility model embodiment;
Fig. 2 is an I portion enlarged view among Fig. 1;
Fig. 3 is the structural perspective at another visual angle among Fig. 1;
Fig. 4 is an II portion enlarged view among Fig. 3;
Fig. 5 is another visual angle structural perspective among Fig. 3;
Fig. 6 is an III portion enlarged view among Fig. 5;
Fig. 7 is the structural perspective at another visual angle among Fig. 5;
Fig. 8 is an IV portion enlarged view among Fig. 7;
Fig. 9 is a V portion enlarged view among Fig. 1
Figure 10 is the structural perspective of Fig. 1 medium-height trestle;
Figure 11 is the stereographic map when horizontal for intermediate plate among Figure 10 is pressed into;
Figure 12 is the exploded view of Figure 11.
Embodiment
Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.
Shown in Fig. 1 to 12; Tube support processing machine in the thermal-collecting tube of present embodiment; Include motor 3 and frame 1, frame 1 is provided with parallel and drives and the driving chain group 11 of synchronous operation motor 3 drive transmissions through transmission mechanism; Equidistant compartment of terrain is provided with some stands 2 that are used to transport support on driving chain group 11; Be respectively arranged with the groove 1 and groove 2 22 that are used to put lattice framing 91 on the stand 2, the middle part of groove 1 and groove 2 22 intersects each other, and present embodiment is preferably mutual square crossing together.When being provided with below stand 2 passes through it, frame 1 can lattice framing 91 be put into the device of putting in the groove 1; Be provided with the mechanism that puts into that can lattice framing 91 be put into groove 2 22 during through its below and be arranged in frame 1 that driving chain group 11 moves suitable distance backward when stand 2; The frame 1 of putting into mechanism's one side is provided with the lattice framing 91 that is used for being positioned over groove 1 and groove 2 22 respectively and is welded to each other the welding mechanism that forms support; Welding mechanism one side is provided with the automatic soldering device that the intermediate plate 92 that can will be used to inserts and puts solid absorbent is welded in mid-stent, and this automatic soldering device moves on the frame 1 of the distance apart H between two stands 2 in driving chain group 11 backward.
The above-mentioned device of putting into comprises and contacts vertical frame 42 that bar 41, program control driving device 1 and lattice framing 91 place its inner chamber; Vertically the bottom of frame 42 be provided with when stand 2 during through its below can with groove one 21 consistencies from top to bottom and the suitable perforate of shape; Interlock is together each other with contacting that bar 41 is connected through transmission rod 43 for program control driving device 1; The end face that contacts bar 41 can be arranged at the tapping of vertical frame 42 bottoms transversal stretching; When stand 2 passes through the tapping of vertical frame 42 bottoms; The end face that contacts bar 41 laterally contacts through elastic deformation the lattice framing 91 that fixes up and down together, thereby the lattice framing 91 of lowermost end is broken away from from fix lattice framing 91 together up and down through elastic deformation and falls into automatically to groove 1.
The above-mentioned mechanism that puts into comprises that push rod 410, program control driving device 2 810 and lattice framing 91 place the vertical frame 420 of its inner chamber; The bottom of vertical frame 420 be provided with when stand 2 during through its below can with groove 2 22 consistencies from top to bottom and the suitable perforate of shape; Program control driving device 2 810 is connected with push rod 410 through transmission bar 430 and links together each other; The end face of push rod 410 can be arranged at the tapping of vertical frame 420 bottoms transversal stretching; When stand 2 passes through the tapping of vertical frame 420 bottoms; The end face of push rod 410 laterally contacts through elastic deformation up and down the lattice framing 91 that fixes together, thereby the lattice framing 91 of lowermost end is broken away from from fix lattice framing 91 together up and down through elastic deformation and falls into automatically to groove 2 22.
Above-mentioned welding mechanism comprises program control driving device 82, two root bead extension bars 51, program control driving device, two following energising bars and welding source down; Last program control driving device 82 is fixed on the frame 1 through fixed link 52; The upper end of two root bead extension bars 51 is connected with the cross bar 53 of an arranged transversely; The middle part of cross bar 53 is connected with last program control driving device 82 through last transmission rod 54; Two root bead extension bars 51 are spaced with vertical front and back, and front and back distance at interval is the interval width between centers between two stands 2 on the said driving chain group 11.Following program control driving device is fixed on the frame 1 through mounting block; The lower end of two following energising bars is connected with the sheer pole of an arranged transversely; And the middle part of sheer pole is connected with following program control driving device through the underdrive bar; Two following energising bars are spaced with front and back, and front and back distance at interval is the distance apart between two stands 2 on the said driving chain group 11, and two following energising bars fit in two root bead extension bars 51 respectively separately accordingly.Welding bars 51 is connected with a utmost point of welding source through circuit; And the energising bar is connected with another utmost point of welding source through circuit down; When welding bars 51 is moved downward to valley; The bottom of welding bars 51 can with through its below and be arranged in groove 1 and two lattice framings 91 of groove 2 22 the point of crossing contact; Simultaneously, move on the following energising bar and contact, electric current is short-circuited and makes the point of crossing of two lattice framings 91 produce spark and be welded together each other through stand 2 bottom surfaces of its top.
Above-mentioned automatic soldering device comprises the supporting rod 61 of clamping intermediate plate 92, program control driving device 4 84, program control driving device 5 85, automatically vibrating conveyer in the clip groove 62, conducting rod are down holded up and be arranged in to intermediate plate 92; Supporting rod 61 can be connected with program control driving device 4 84 up or down; Program control moving device 4 84 is fixed on the slide block 64 that can laterally move around along slide rail 63; Slide block 64 drives it by program control driving device 5 85 and slidably reciprocates; Supporting rod 61 slides to the other end of slide rail 63 and when being moved downward to valley from vibrating conveyer one end; The intermediate plate 92 of supporting rod 61 clampings can contact with lattice framing 91 point of crossing that are arranged in groove 1 and groove 2 22, and following conducting rod can be up or down be connected with following program control driving mechanism, and supporting rod 61 is connected with a utmost point that overlaps power supply through circuit; And conducting rod is connected through circuit another utmost point with the overlap joint power supply down; When the intermediate plate 92 of supporting rod 61 clampings contacted with the support point of crossing, following conducting rod was for moving on simultaneously and contacting through stand 2 bottom surfaces above it, electric current is short-circuited and produce spark and with intermediate plate 92 weldings on the crossover location of support.
On frame 1, also be provided with the pressing device that to adjust intermediate plate 92 directions; This pressing device is positioned at automatic soldering device in driving chain group 11 backward on the frame 1 of travel direction; Apart from the distance apart H between two stands 2 of automatic soldering device; This pressing device comprises push rod 1, push rod 2 72, program control driving device 6 86, program control driving device 7 87, program control driving device 8 88; Push rod 1 is connected with program control driving device 6 86 and can be arranged on the cross slide way 73 with laterally moving around, and push rod 2 72 is connected with program control driving device 7 87 and can be provided with on the cross slide way 73 with laterally moving around, and program control driving device 6 86 is fixed on the slide plate 74 with program control driving device 7 87 and cross slide way 73 simultaneously; Slide plate 74 can be arranged on the frame 1 through program control driving device 8 88 up or down; When slide plate 74 moves to least significant end, the top of the lower end of push rod 1 ability contact jaw 92 when laterally moving, and the lower end of push rod 2 72 is the bending head; The bottom that the bending head can withstand intermediate plate 92 when push rod 2 72 laterally moves; When push rod 1 laterally moves and during contact jaw 92 tops, the bottom that intermediate plate 92 is withstood in the bending of push rod 2 72 721 simultaneously, make the upper and lower of intermediate plate 92 receive opposite two power simultaneously and with intermediate plate 92 by vertical extruding for laterally.
Above-mentioned program control driving device is chosen as: cylinder or oil cylinder, and be connected with stored program controlled through circuit, motor and stored program controlled link and set the requirement drive transmission by stored program controlled.
The principle of work of this processing machine is following
At first will be stacked in the inner chamber of vertical frame 42 and vertical frame 420 energized, motor drive transmission device respectively through the lattice framing 91 that elastic deformation fixes together; Drive driving chain group 11 synchronously by transmission mechanism, said motor and stored program controlled link, and press stored program controlled and set; The driving chain group is made cycle rotation with compartment; Each interval miles of relative movement of present embodiment is two distance apart H between the stand, and behind each miles of relative movement H, the time that stops waiting can be set according to practical situation.When under stand moves to vertical frame bottom tapping, stopping; Program control driving device 1 makes the end face that contacts bar 41 laterally contact fixing lattice framing 91 together through transmission rod 43; The lattice framing 91 of lowermost end is fallen into automatically to groove 1; Then,, lattice framing is put into to groove two automatically with same principle with the lattice framing in the vertical frame; At this moment, two lattice framings 91 intersect each other and are mutual plumbness; Then; Welding bars 51 moves down the infall that arrives two lattice framings 91 under the effect of last program control driving device 82; Two following energising bars move up under the effect of program control driving device down and contact with the bottom surface of stand 2, electric current is short-circuited and makes the point of crossing of two lattice framings 91 produce spark and are welded together each other; Subsequently; Intermediate plate 92 is holded up and is arranged in the clip groove 62 under the effect of vibrating conveyer; Supporting rod 61 is moved down into clip groove 62 under the effect of program control driving device 4 84; A slice intermediate plate 92 in the clip groove 62 is clamped, under the effect of program control driving device 4 84, is moved up earlier then, again be moved horizontally under the effect of program control driving device 5 85 2 two lattice framing 91 infalls of stand directly over; Under the effect of program control driving device 4 84, descend; When the intermediate plate 92 of supporting rod 61 clampings contacted with lattice framing 91 point of crossing, following conducting rod moved to simultaneously with stand 2 bottom surfaces and contacts, electric current is short-circuited and produce spark and with intermediate plate 92 weldings on the crossover location of support; At last, support is horizontal with intermediate plate 92 by vertical extruding through overwhelming device.Its extrusion process is: slide plate 74 moves down under the effect of program control driving device 8 88; When slide plate 74 moves to least significant end; Push rod 1 moves right under the effect of program control driving device 6 86, and push rod 2 72 is moved to the left under the effect of program control driving device 7 87, and the lower end of push rod 1 props up the top of intermediate plate 92; The bottom that intermediate plate 92 is withstood in push rod 2 72 bendings 721 simultaneously, make the upper and lower of intermediate plate 92 receive opposite two power simultaneously and with intermediate plate 92 by vertical extruding for laterally.Intermediate plate 92 by vertical extruding be laterally after, when support moves forward, connect in the stand frame because below, frame worker machine end is fallen down in the effect of gravity, thus the full-automation that realizes processing support.
Claims (10)
1. tube support processing machine in the thermal-collecting tube; Include motor (3) and frame (1); Frame (1) is provided with parallel and drives and the driving chain group (11) of synchronous operation through transmission mechanism; Said motor (3) drive transmission; It is characterized in that: go up equidistant compartment of terrain in said driving chain group (11) and be provided with some stands (2) that are used to transport support; Be respectively arranged with the groove one (21) and the groove two (22) that are used to put lattice framing (91) on the said stand (2); The middle part of said groove one (21) and groove two (22) intersects each other; Frame (1) is provided with at stand (2) time can put into lattice framing (91) device of putting in the groove one (21) through its below, is provided with the mechanism that puts into that can lattice framing (91) be put into groove two (22) during through its below at stand (2) and be arranged in frame (1) that driving chain group (11) moves suitable distance backward, and the frame (1) of putting into mechanism's one side is provided with the welding mechanism that the lattice framing (91) that is positioned over groove one (21) and groove two (22) is welded into support.
2. tube support processing machine in the thermal-collecting tube according to claim 1 is characterized in that: said driving chain group (11) moves suitably apart from being backward: said driving chain group (11) moves the distance apart (H) between two stands (2) backward.
3. tube support processing machine in the thermal-collecting tube according to claim 2 is characterized in that: said welding mechanism is positioned at driving chain group (11) and moves on the frame (1) of the distance apart (H) between two stands (2) backward along putting into mechanism.
4. according to tube support processing machine in each described thermal-collecting tube in the claim 1 to 3; It is characterized in that: the said device of putting into comprises and contacts vertical frame (42) that bar (41), program control driving device one (81) and lattice framing (91) place its inner chamber; The bottom of said vertical frame (42) be provided with stand (2) through its when below can with groove one (21) consistency from top to bottom and the suitable perforate of shape; Interlock is together each other with contacting that bar (41) is connected through transmission rod (43) for said program control driving device one (81); The said end face that contacts bar (41) can be arranged at the tapping of vertical frame (42) bottom transversal stretching; When the tapping of stand (2) process vertical frame (42) bottom; The said end face that contacts bar (41) laterally contacts through elastic deformation up and down the lattice framing (91) that fixes together, thus the lattice framing (91) that makes lowermost end disengaging and falling into automatically to groove one (21) from fix lattice framing (91) together up and down through elastic deformation.
5. according to tube support processing machine in arbitrary described thermal-collecting tube in the claim 1 to 3; It is characterized in that: the said mechanism that puts into comprises that push rod (410), program control driving device two (810) and lattice framing (91) place the vertical frame (420) of its inner chamber; The bottom of said vertical frame (420) be provided with stand (2) through its when below can with groove two (22) consistencies from top to bottom and the suitable perforate of shape; Said program control driving device two (810) is connected with push rod (410) and mutual the interlock together through transmitting bar (430); The end face of said push rod (410) can be arranged at the tapping of vertical frame (420) bottom transversal stretching; When the tapping of stand (2) process vertical frame (420) bottom; The end face of said push rod (410) laterally contacts through elastic deformation up and down the lattice framing (91) that fixes together, thus the lattice framing (91) that makes lowermost end disengaging and falling into automatically to groove two (22) from fix lattice framing (91) together up and down through elastic deformation.
6. according to tube support processing machine in each described thermal-collecting tube in the claim 1 to 3; It is characterized in that: said welding mechanism comprises program control driving device (82), welding bars (51), following program control driving device and following energising bar; The said program control driving device (82) of going up is fixed on the frame (1) through fixed link (52); Said welding bars (51) can be connected with last program control driving device (82) up or down; Said program control driving device down is fixed on the frame (1) through mounting block, and said energising bar down can be connected with following program control driving device up or down, and said welding bars (51) is connected with a utmost point of welding source through circuit; And said energising bar down is connected with another utmost point of welding source through circuit; When welding bars (51) when being moved downward to valley, the bottom of said welding bars (51) can with contact through its below and the point of crossing that is arranged in two lattice framings (91) of groove one (21) and groove two (22), simultaneously; Move on the described down energising bar with stand (2) bottom surface and contact, electric current is short-circuited and makes the point of crossing generation spark of two lattice framings (91) and be welded together each other through its top.
7. tube support processing machine in the thermal-collecting tube according to claim 6; It is characterized in that: said welding bars (51) has two; The upper end of two root bead extension bars (51) is connected with the cross bar (53) of an arranged transversely; And the middle part of said cross bar (53) is connected with last program control driving device (82) through last transmission rod (54), and two root bead extension bars (51) are spaced with front and back, and front and back distance at interval is the interval width between centers between last two stands of said driving chain group (11) (2); Said energising bar down has two; The lower end of two following energising bars is connected with the sheer pole of an arranged transversely, and the middle part of said sheer pole is connected with following program control driving device through the underdrive bar, and two following energising bars are spaced with front and back; Front and back distance at interval is the distance apart between last two stands of said driving chain group (11) (2), and described two following energising bars fit in two root bead extension bars (51) respectively separately accordingly.
8. according to tube support processing machine in each described thermal-collecting tube in the claim 1 to 3; It is characterized in that: said welding mechanism one side is provided with the automatic soldering device that the intermediate plate (92) that can will be used to insert and put solid absorbent is welded in mid-stent, and this automatic soldering device is positioned at driving chain group (11) and moves on the frame (1) of the distance apart (H) between two stands (2) backward.
9. tube support processing machine in the thermal-collecting tube according to claim 8; It is characterized in that: said automatic soldering device comprises the supporting rod (61) that can clamp intermediate plate (92), program control driving device four (84), program control driving device five (85), automatically vibrating conveyer in the clip groove (62), conducting rod are down holded up and be arranged in to intermediate plate (92); Said supporting rod (61) can be connected with program control driving device four (84) up or down; Said program control moving device four (84) is fixed on the slide block (64) that can laterally move around along slide rail (63); Said slide block (64) drives it by program control driving device five (85) and slidably reciprocates; Said supporting rod (61) slides to the other end of slide rail (63) and when being moved downward to valley from vibrating conveyer one end; The intermediate plate (92) of said supporting rod (61) clamping can contact with lattice framing (91) point of crossing that is arranged in groove one (21) and groove two (22); Said down conducting rod can be up or down be connected with following program control driving mechanism; Said supporting rod (61) is connected through the utmost point of circuit with the overlap joint power supply, and said conducting rod down is connected through circuit another utmost point with the overlap joint power supply, when the intermediate plate (92) of supporting rod (61) clamping contacts with the support point of crossing; Described down conducting rod is for moving on simultaneously and contacting through stand (2) bottom surface above it, electric current is short-circuited and produce spark and with intermediate plate (92) welding on the crossover location of support.
10. tube support processing machine in the thermal-collecting tube according to claim 9; It is characterized in that: on frame (1), also be provided with the pressing device that to adjust intermediate plate (92) direction; This pressing device is positioned at automatic soldering device in driving chain group (11) backward on the frame of travel direction (1); Apart from the distance apart (H) between two stands of automatic soldering device (2); This pressing device comprises push rod one (71), push rod two (72), program control driving device six (86), program control driving device seven (87), program control driving device eight (88); Said push rod one (71) is driven by program control driving device six (86) and can be to be arranged on the cross slide way (73) with laterally moving around; Said push rod two (72) is driven by program control driving device seven (87) and can be to be arranged on the cross slide way (73) with laterally moving around; Said program control driving device six (86) and program control driving device seven (87) and cross slide way (73) are fixed on the slide plate (74) simultaneously, and said slide plate (74) can be arranged on the frame (1) through program control driving device eight (88) up or down, when slide plate (74) when moving to least significant end; The top of the lower end of said push rod one (71) ability contact jaw (92) when laterally moving; And the lower end of said push rod two (72) is bending head (721), and bending head (721) can withstand the bottom of intermediate plate (92) when push rod two (72) laterally moves, when said push rod one (71) laterally moves and during contact jaw (92) top; The bending head (721) of said push rod two (72) withstands the bottom of intermediate plate (92) simultaneously, make the upper and lower of intermediate plate (92) receive opposite two power simultaneously and with intermediate plate (92) by vertical extruding for laterally.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201125706U CN202543040U (en) | 2012-03-12 | 2012-03-12 | Processing machine for inner tube support of collector tube |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012201125706U CN202543040U (en) | 2012-03-12 | 2012-03-12 | Processing machine for inner tube support of collector tube |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202543040U true CN202543040U (en) | 2012-11-21 |
Family
ID=47163705
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012201125706U Withdrawn - After Issue CN202543040U (en) | 2012-03-12 | 2012-03-12 | Processing machine for inner tube support of collector tube |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202543040U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102601508A (en) * | 2012-03-12 | 2012-07-25 | 宁波北仑翰鑫新能源科技有限公司 | Processing machine for inner tube supports of heat collecting tubes |
| CN108147651A (en) * | 2018-01-20 | 2018-06-12 | 马海洋 | Gear driven type glass tube cuts off bottoming machine |
-
2012
- 2012-03-12 CN CN2012201125706U patent/CN202543040U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102601508A (en) * | 2012-03-12 | 2012-07-25 | 宁波北仑翰鑫新能源科技有限公司 | Processing machine for inner tube supports of heat collecting tubes |
| CN102601508B (en) * | 2012-03-12 | 2015-01-07 | 宁波北仑翰鑫新能源科技有限公司 | Processing machine for inner tube supports of heat collecting tubes |
| CN108147651A (en) * | 2018-01-20 | 2018-06-12 | 马海洋 | Gear driven type glass tube cuts off bottoming machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121121 Effective date of abandoning: 20150107 |
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| RGAV | Abandon patent right to avoid regrant |