CN203332430U - Multi-pass welding tube high-speed packaging and discharging system - Google Patents
Multi-pass welding tube high-speed packaging and discharging system Download PDFInfo
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- CN203332430U CN203332430U CN2013204138558U CN201320413855U CN203332430U CN 203332430 U CN203332430 U CN 203332430U CN 2013204138558 U CN2013204138558 U CN 2013204138558U CN 201320413855 U CN201320413855 U CN 201320413855U CN 203332430 U CN203332430 U CN 203332430U
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Abstract
The utility model discloses a multi-pass welding tube high-speed packaging and discharging system which comprises a discharging accelerated clamping and conveying unit, a turnover roller way, a waster material collection unit, a transfer roller way, a converting unit and a temporary material storage unit. The discharging accelerated clamping and conveying unit is used for receiving welding tubes produced by a tube manufacturing system and accelerating output of discharged materials. The turnover roller way is used for identifying and distinguishing good products on the welding tubes outputted by the discharging accelerated clamping and conveying unit in an accelerated mode. The waste material collection unit is located on one side of the turnover roller way and is used for collecting defective products. The transfer roller way is located on the other side of the turnover roller way and used for selecting different channels to transfer the good products. The converting unit is arranged in the transfer roller way and used for converting the different channels. The temporary material storage unit is used for correspondingly storing the welding tubes through different material storage subunits according to the corresponding different channels. The multi-pass welding tube high-speed packaging and discharging system has a dual-channel converting high-speed discharging function, ensures continuity and automation for manufacturing the tubes, greatly relieves labor intensity of workers, improves production efficiency, and has great use value and economic benefit.
Description
Technical field
The utility model relates to a kind of multi-channel welded tube discharge system of packing at a high speed.
Background technology
Stainless steel tube is because possessing intensity preferably, and higher resistance to abrasion and superior anti-corrosive properties and exquisite outward appearance, so be widely used in automobile, decoration industry.At present domestic corrosion-resistant steel tubulation line is relatively ripe, but outstanding contradiction is " collection " hysteresis " tubulation ", and along with the tubulation linear velocity is more and more faster, this problem is severeer.Some factory, having to increases more manpower at discharging opening, and the line that even can only stop had is waited for collection, the tubulation of starting shooting again after having collected.Not only increase human cost, and greatly restricted production efficiency.
The utility model content
In view of the defect that above-mentioned prior art exists, the utility model purpose is to propose a kind of multi-channel welded tube discharge system of packing at a high speed in order to overcome above-mentioned shortcoming.
The technical solution of the utility model is: a kind of passage welded tube discharge system of packing at a high speed, it comprises: the discharging that receives the welded tube produced by the tubulation system and accelerate discharging output accelerates to pinch unit, discharging is accelerated to pinch the upset roller-way that the welded tube that accelerates output in unit carries out non-defective unit identification and differentiation, be positioned at upset roller-way one side for collecting the garbage collection unit of defective products, be positioned at upset roller-way opposite side and select different passages and the switching roller-way of the non-defective unit of transferring, be arranged in the switching roller-way and for switching the switch unit of different passages, according to corresponding different passages by different storing subelements the interim storing unit of corresponding storage welded tube, be used for receiving the welded tube of interim storing unit the finished product collector unit of bundled packing, for conveyor roller or the material conveying trolley that bundled welded tube is carried, and the laydown area that bundled welded tube is stacked.
Preferably, described discharging is accelerated to pinch unit and is comprised variable-frequency motor, lower air cylinder, by variable-frequency motor, through universal connecting shaft, drives and be subject to several driven rollers, several bottom pinch rolls that are positioned at the driven roller below that lower air cylinder controls, the backing roll that is positioned at the bottom pinch roll downstream.
Preferably, described upset roller-way comprise reducing motor, several rotating shafts by reducing motor by chain-driving, be set on respective axes of rotation and have three flabellums overturn material toggling several material toggling parts, be set on the reducing motor axle several carrying rollers with the inductive disks of induction upset, the inductive switch be connected with inductive disks, inertia Welded Pipe, be positioned at the defective products carriage of material toggling part one side and be positioned at the non-defective unit carriage of material toggling part opposite side.
Preferably, described switching roller-way comprises at least two transfer passages, a plurality of gear motors for driving welded tube to move in transfer passage, several chains of being in transmission connection corresponding to gear motor and by several carrying rollers of the corresponding driven rotary of chain.
Preferably, described switch unit is arranged between adjacent two transfer passages, it comprise adjustable end stop, the lift cylinder that drives the adjustable end stop perpendicular movement that can laterally intercept welded tube motion, the guidepost that is arranged on lift cylinder one side and with the vertical fixed dam that is connected and allows guidepost to pass of adjustable end stop.
Preferably, described interim storing unit comprises at least two group storing subelements, wherein every group of storing subelement comprise can put in transfer passage and can be by the poking device of welded tube upset, be positioned at transfer passage one side and for several oblique framves that receive the welded tube come by the poking device upset, the stop gauge that is arranged on oblique frame end and for opening the leading portion stop gauge and allowing the switch of blowing.
Preferably, described finished product collector unit comprise base, for the support cylinder of base for supporting longitudinal movement, be fixed on base and relatively transverse shifting a pair of cursor slide, be fixed on a cursor slide and the oscillating cylinder that can move relative to cursor slide and by the oscillating cylinder driving adjustable fork of angle also.
Preferably, described material conveying trolley comprise the hoist cylinder that promotes bundled welded tube, to walking the walking gear motor of power, the oscillating oil cylinder that bundled welded tube is rotated are provided, by the wheel of walking gear motor driving and the haul slide rail coordinated with wheel.
Due to the utilization of technique scheme, the utility model compared with prior art has following advantages:
There is binary channel switching high speed discharging functions, and automatically generate the packing form, meet many specification seriesization production, line and the automation of tubulation have been guaranteed, but high linear speed (Max60m/min) is produced continuously, overcome the contradiction of " collection " hysteresis " tubulation ", greatly alleviated workman's labour intensity, improve production efficiency, there is very large value of service and economic benefit.
The accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further described:
Fig. 1 is system layout schematic diagram of the present utility model;
Fig. 2 is the schematic diagram of Fig. 1 along X-direction;
Fig. 3 is the schematic diagram of Fig. 1 along Y-direction;
Fig. 4 is the structural representation that in the utility model, discharging accelerates to pinch unit;
The structural representation that Fig. 5 is upset roller-way in the utility model;
Fig. 6 be Fig. 5 along A to schematic diagram;
The partial schematic sectional view that Fig. 7 is the reducing motor of upset roller-way in the utility model;
Fig. 8 is the structural representation of roller-way, switch unit, interim storing unit of transferring in the utility model;
Fig. 9 is the C section enlarged diagram in Fig. 8;
The structural representation that Figure 10 is finished product collector unit in the utility model;
The structural representation that Figure 11 is preposition conveyor roller in the utility model;
The structural representation that Figure 12 is sliding damper in the utility model;
Figure 13 is the structural representation of material conveying trolley under the first visual angle in the utility model;
Figure 14 is the structural representation of material conveying trolley under the second visual angle in the utility model;
The structural representation that Figure 15 is step rate in the utility model;
The specific embodiment
Embodiment: as shown in Fig. 1-15, the specific embodiment that the utility model provides a kind of multi-channel welded tube to pack at a high speed discharge system, it comprises: the discharging that receives the welded tube 100 produced by the tubulation system and accelerate discharging output accelerates to pinch unit 1, discharging is accelerated to pinch the upset roller-way 2 that the welded tube that accelerates output in unit 1 carries out non-defective unit identification and differentiation, be positioned at upset roller-way 2 one sides for collecting the garbage collection unit 3 of defective products, be positioned at upset roller-way 2 opposite sides and select different passages and the switching roller-way 4 of the non-defective unit of transferring, be arranged in switching roller-way 4 and the switch unit 5 for switching different passages, according to corresponding different passages by different storing subelements the interim storing unit 6 of corresponding storage welded tube 100, for the welded tube 100 that receives interim storing unit 6 the finished product collector unit 7 of packing, several preposition conveyor rollers 8 that arrange respectively for welded tube 100 being carried out to first direction conveying corresponding different passages, carry with the first direction that stops welded tube 100 and corresponding different passages and the preposition sliding damper 9 that arranges respectively in the place ahead that is arranged on first party adterminal one preposition conveyor roller 8, the material conveying trolley 10 that transfers second direction conveying corresponding different passages for welded tube 100 is carried by first direction to and arrange respectively, the rearmounted conveyor roller 11 arranged respectively for welded tube 100 being carried out to second direction conveying corresponding different passages, carry with the second direction that stops welded tube 100 and corresponding different passages and the rearmounted sliding damper 12 that arranges respectively in the place ahead that is arranged on second party adterminal one rearmounted conveyor roller 11, reception is carried the welded tube 100 of coming corresponding different passages by rearmounted conveyor roller 11 and several step rates 13 of arranging respectively, and the laydown area 14 adjacent with step rate 13.
As shown in Figure 4, discharging is accelerated to pinch unit 1 and is comprised variable-frequency motor 101, lower air cylinder 102, by variable-frequency motor 101, through universal connecting shaft, drives and be subject to several driven rollers 103, several bottom pinch rolls 104 that are positioned at driven roller 103 belows that lower air cylinder 102 controls, a backing roll 105 that is positioned at bottom pinch roll 104 downstreams.Wherein welded tube 100 is between driven roller 103 and bottom pinch roll 104/ backing roll 105, lower air cylinder (102) can drive by the guidepost that linear bearing is housed the driven roller frame that driven roller 103 is installed and press down, bottom pinch roll 104 can manually shake the digital display handle and adjust upward absolute altitude through the screw mandrel transmission, and backing roll 105 is fixing free roll.
As shown in Fig. 5-7, upset roller-way 2 comprises reducing motor 201, pass through several rotating shafts 202 of chain-driving by reducing motor 201, be set on respective axes of rotation 202 and overturn several material toggling parts 203 of material toggling of three flabellums are arranged, be set in the inductive disks 204 of overturning with induction on reducing motor 201 axles, the inductive switch be connected with inductive disks 204, several carrying rollers 205 of inertia Welded Pipe 100, be positioned at the defective products carriage 206 of material toggling part 203 1 sides, with the non-defective unit carriage 207 that is positioned at material toggling part 203 opposite sides, the number of its middle idler roller 205 is greater than the number of material toggling part 203, and corresponding material toggling part 203 is adjacent with part carrying roller 205, and be positioned at the rear side of adjacent carrying roller 205, be that carrying roller 205 touches welded tube 100 prior to material toggling part 203.Reducing motor 201 is preferably the motor with turbine and worm slowing-down structure.Carrying roller 205 accelerates to pinch for being connected discharging the welded tube 100 that unit 1 sends, and by inertia, rolls forward.
As shown in Figure 3, garbage collection unit 3 is preferably the frame with roller, also movable to collect by the defective products of defective products carriage 206.
As shown in Figure 8, switching roller-way 4 receives the welded tube 100 of upset roller-way 2 and is transferred at least two different passages, before it comprises, back segment transfer passage 400A, 400B, be used for gear transmission and drive welded tube 100 front, back segment transfer passage 400A, before moving in 400B, back segment gear motor 401A, 401B, with front, back segment gear motor 401A, 401B is corresponding be in transmission connection before, rear chain 402A, 402B, by front, rear chain 402A, before several of the corresponding driven rotary of 402B, rear carrying roller 404A, 404B, and the fixed dam 403 that is positioned at back segment transfer passage 400B end.Wherein front and rear sections transfer passage 400A, 400B are on same straight line.
As shown in Figure 9, switch unit 5 is arranged between front and rear sections transfer passage 400A, 400B, so that welded tube 100 is positioned at leading portion transfer passage 400A or back segment transfer passage 400B, it comprise adjustable end stop 500, the lift cylinder 501 that drives adjustable end stop 500 perpendicular movements that can laterally intercept welded tube 100 motion, the guidepost 502 that is arranged on lift cylinder 501 1 sides and with the vertical fixed dam 503 that is connected and allows guidepost 502 to pass of adjustable end stop 500.Wherein the area of adjustable end stop 500 is greater than the sectional area of leading portion transfer passage 400A.Wherein the number of switch unit 5 can be for a plurality of, and to realize the switching of a plurality of passages, or switch unit 5 adopts single and allows three switching constructions with upper channel simultaneously.Front and rear sections transfer passage 400A, 400B corresponding A, B passage.
As shown in Figure 8, interim storing unit 6 comprises at least two group storing subelements, in the present embodiment, by leading portion storing subelement and back segment storing subelement, describe, wherein leading portion storing subelement receives the welded tube 100 of coming from leading portion transfer passage 400A, and back segment storing subelement receives the welded tube 100 of coming from back segment transfer passage 400B.Leading portion storing subelement comprise can put in leading portion transfer passage 400A and can be by the leading portion poking device 601A of welded tube 100 upsets, be positioned at leading portion transfer passage 400A mono-side and for the oblique frame 603A of several leading portions that receives the welded tube come by leading portion poking device 601A upset, the leading portion stop gauge 602A that is arranged on the oblique frame 603A of leading portion end, for opening leading portion stop gauge 602A and allowing the leading portion switch 604A of blowing and through the leading portion fixed link 605A of the oblique frame 603A of leading portion.And back segment storing subelement comprises and can put in back segment transfer passage 400B and can be by the back segment poking device 601B of welded tube 100 upsets, the oblique frame 603B of several back segments of the welded tube that is positioned at back segment transfer passage 400B mono-side and is come by back segment poking device 601B upset for reception, be arranged on the back segment stop gauge 602B of the oblique frame 603B of back segment end, be used for the back segment switch 604B that opens back segment stop gauge 602B and allow blowing, and the back segment fixed link 605B that passes the oblique frame 603B of back segment.Side by side, understandably, the storing unit also can be for more than three groups.
As shown in figure 10, finished product collector unit 7 comprise base 700, for the support cylinder 701 of base for supporting 700 longitudinal movements, be fixed on base 700 and relatively transverse shifting a pair of cursor slide 702, be fixed on a cursor slide 702 and the oscillating cylinder 703 that can move relative to cursor slide and by oscillating cylinder 703 drivings adjustable forks 704 of angle also.
As shown in figure 11, preposition conveyor roller 8 comprises preposition reducing motor 801, the elastic coupling 802 be connected with the axle of preposition reducing motor 801, connects with elastic coupling 802 and drives the roller 803 of bundled welded tube motion, and rearmounted conveyor roller 11 is identical with the structure of preposition conveyor roller 8, only that absolute altitude is different with position relationship, therefore it will not go into details.
As shown in figure 12, preposition sliding damper 9 comprises damping panel 901, is positioned at the slide rail 902 of damping panel 901 belows and for damping panel 901 being fixed to the removable pin 903 on slide rail 902.And rearmounted sliding damper 12 is identical with the structure of preposition sliding damper 9, be only that absolute altitude is different with position relationship, therefore it will not go into details.
As shown in Figure 13-14, material conveying trolley 10 comprises the hoist cylinder 1001 that promotes bundled welded tube, to walking, the walking gear motor 1002 of power, the oscillating oil cylinder 1003 that bundled welded tube is rotated, the wheel 1004, the haul slide rail 1005 coordinated with wheel 1004 that are driven by walking gear motor 1002 is provided and hydraulic hose is housed and drag chain 1006 cable and the capable of dynamic bending.
As shown in figure 15, step rate 13 is preferably respective channel A in the present embodiment, the a pair of step rate of B, wherein step rate 13 comprises a pair of walking oil cylinder 1301 that bundled welded tube is advanced, the a pair of elevating ram 1302 that bundled welded tube is promoted, walk with corresponding line that oil cylinder 1301 is connected and the parallel a pair of moving beam 1304 of setting up, two ends are fastened on the two inboard also two ends of moving beams 1304 and have forerunner's lever 1303 of cam, be positioned at a pair of quiet beam 1305 in moving beam 1304 outsides, the drive link 1306 that one end and forerunner's lever 1303 are in transmission connection, with the other end of drive link 1306, be in transmission connection and two ends are fastened on the inboard and two ends of two moving beams 1304 and have the rear-guard lever 1307 of cam.
For realizing the utility model, in conjunction with said structure, it is carried out in accordance with the following steps:
The first step: receive the welded tube of being produced by the tubulation system and accelerate discharging output;
Second step: Welded Pipe carries out non-defective unit identification and carries out the differentiation of non-defective unit and defective products by the upset mode, simultaneously the inertia Welded Pipe;
The 3rd step: at least two kinds of passages of alternate selection and carry non-defective unit, wherein these passages are on same straight line, and the selection of passage realizes by up-down mode;
The 4th step: the different interim storing unit according to different channel selecting, and deposit for tilting;
The 5th step: when the welded tube of interim storing unit surpasses preset value, carry out blowing and carry out bundled packing;
The 6th step: the conveying bundled welded tube is to final laydown area, can put conveyor roller or material conveying trolley is carried by forward and backward.
Its detailed operation flow process is: from the tubulation system has obtained after welded tube 100, and the driven roller 103 of the chain gear that the variable-frequency motor 101 that discharging accelerates to pinch unit 1 one group of speed ratio above universal connecting shaft drives is 1; Through lower air cylinder 102, press down, bottom pinch roll 104 and 105 pairs of folders of backing roll of absolute altitude have been customized in advance by the digital display handwheel, and welded tube 100 is thrown to upset roller-way 2, its middle idler roller 205 accelerates to pinch for being connected discharging the welded tube 100 that unit 1 sends, by inertia, on carrying roller 205, roll forward, and the reducing motor 201 with high speed ratio is by chain-driving rotating shaft 202 and lock material toggling part 203 upsets thereon; It is fixed that the direction of upset is come according to the situation of system flaw detection welded tube, and non-defective unit is turned to non-defective unit carriage 207 sides, and defective products is turned to defective products carriage 206 sides; Only stopping by being arranged on the coaxial inductive disks 204 of reducing motor 201 and the control of associated inductive switch of upset.After switching roller-way 4 receives the production tube of upset roller-way 2, its leading portion gear motor 401A drives forestock roller 404A and production tube is fed forward to leading portion transfer passage 400A by the chain transmission, when the guidepost 502 when the lift cylinder 501 of switch unit 5 by both sides is controlled at lower limit by adjustable end stop 500, production tube moves ahead continuing by the chain transmission drive butt roller 404A of back segment gear motor 401B, until production tube is while approaching fixed dam 403 soon, after being detected by near inductive switch, the back segment poking device 601B of interim storing unit 6 is turned to production tube on the oblique frame 603B of back segment, production tube rolls until blocked by back segment stop gauge 602B downwards, and when when the lift cylinder 501 of switch unit 5, the guidepost 502 by both sides is controlled at upper limit by adjustable end stop 500, when production tube is transported to adjustable end stop 500 front by leading portion gear motor 401A, and by after near inductive switch perception, it is upper that the leading portion poking device 601A of interim storing unit 6 is turned to the oblique frame 603A of leading portion by production tube, and roll until blocked by leading portion stop gauge 602A downwards.In order to ensure the operation of tubulation high-speed and continuous, the utility model alternately switches and is embodied as the switching of QC at the A/B passage by controlling switch unit 5.The A channel of hereinafter only take describes as example.The workman is according to the quantity of the production tube on the oblique frame 603A of leading portion in interim storing unit 6, control leading portion stop gauge 602A blowing in finished product collector unit 7 by leading portion switch 604A, because base 700 belows have one group to support cylinder 701, can oscilaltion, support cylinder 701 during packing in upper limit, support cylinder 701 in lower limit while transporting packed bundled welded tube, can transverse shifting due to cursor slide 702, can regulate the shelves of opening of different size production tube; The oscillating cylinder 703 simultaneously be contained on cursor slide 702 also can move up and down to regulate along cursor slide 702 shelves of opening of different size production tube, and the fork 704 that can swing on it has a certain degree, and finally surrounds one and is hexagonal packing form.After completing packing, the workman operates lift cylinder 701 in lower limit, the preposition reducing motor 801 of preposition conveyor roller 8 entry into service, thereby the bundled welded tube that the roller 803 that drives elastic coupling 802 connections drives on it, until bundled welded tube is encountered preposition sliding damper 9, now preposition conveyor roller 8 stalls, the hoist cylinder 1001 of material conveying trolley 10 starts to promote bundled welded tube simultaneously, after reaching upper limit, walking gear motor 1002 starts to rotate, after reaching the appointment stroke, oscillating oil cylinder 1003 is started working, by bundled welded tube rotation, after rotating to 90 °, hoist cylinder 1001 starts decline and discharges bundled welded tube, until after lower limit, rearmounted conveyor roller 11 entrys into service, until after bundled welded tube encounters rearmounted sliding damper 12, rearmounted conveyor roller 11 stalls, material conveying trolley 10 starts to reset, and the elevating ram 1302 of step rate 13 drives the cam of forerunner's lever 1303, thereby drive the lifting of moving beam 1304, after reaching upper limit, walking oil cylinder 1301 starts to push ahead, after reaching front limit, elevating ram 1302 starts to reset, by the moving beam 1304 of the cam driven of forerunner's lever 1303, descend, after it reaches lower limit, walking oil cylinder 1301 starts to reset, thereby complete, by rearmounted conveyor roller 11, be transported to bundled welded tube on the moving beam 1304 of step rate 13, again by its stepping after certain stroke, by moving beam 1304, be transported on quiet beam 1305, finally by workman's handling stacking to laydown area 14.
The utlity model has binary channel switching high speed discharging functions, and automatically generate the packing form, meet many specification seriesization production, line and the automation of tubulation have been guaranteed, but high linear speed (Max60m/min) is produced continuously, overcome the contradiction of " collection " hysteresis " tubulation ", greatly alleviated workman's labour intensity, improve production efficiency, there is very large value of service and economic benefit.
Certainly above-described embodiment is only explanation technical conceive of the present utility model and characteristics, and its purpose is to allow the person skilled in the art can understand content of the present utility model and implement according to this, can not limit protection domain of the present utility model with this.All equivalent transformations of doing according to the Spirit Essence of the utility model main technical schemes or modification, within all should being encompassed in protection domain of the present utility model.
Claims (8)
1. the multi-channel welded tube discharge system of packing at a high speed, it is characterized in that it comprises: the discharging that receives the welded tube (100) produced by the tubulation system and accelerate discharging output accelerates to pinch unit (1), discharging is accelerated to pinch the upset roller-way (2) that the welded tube that accelerates output in unit (1) carries out non-defective unit identification and differentiation, be positioned at upset roller-way (2) one sides for collecting the garbage collection unit (3) of defective products, be positioned at upset roller-way (2) opposite side and select different passages and the switching roller-way (4) of the non-defective unit of transferring, be arranged in switching roller-way (4) and the switch unit (5) for switching different passages, according to corresponding different passages by different storing subelements the interim storing unit (6) of corresponding storage welded tube (100), be used for receiving the welded tube (100) of interim storing unit (6) the finished product collector unit (7) of bundled packing, for conveyor roller or the material conveying trolley (10) that bundled welded tube (100) is carried, and the laydown area (14) that bundled welded tube (100) is stacked.
2. a kind of multi-channel welded tube according to claim 1 discharge system of packing at a high speed is characterized in that: described discharging is accelerated to pinch unit (1) and is comprised variable-frequency motor (101), lower air cylinder (102), by variable-frequency motor (101), through universal connecting shaft, drives and be subject to several driven rollers (103), several bottom pinch rolls (104) that are positioned at driven roller (103) below that lower air cylinder (102) controls, the backing roll (105) that is positioned at bottom pinch roll (104) downstream.
3. a kind of multi-channel welded tube according to claim 2 discharge system of packing at a high speed, it is characterized in that: described upset roller-way (2) comprises reducing motor (201), pass through several rotating shafts (202) of chain-driving by reducing motor (201), be set in respective axes of rotation (202) upper and overturn several material toggling parts (203) of material toggling of three flabellums are arranged, be set in the inductive disks (204) of overturning with induction on reducing motor (201) axle, the inductive switch be connected with inductive disks (204), several carrying rollers (205) of inertia Welded Pipe (100), be positioned at the defective products carriage (206) of material toggling part (203) one sides, with the non-defective unit carriage (207) that is positioned at material toggling part (203) opposite side.
4. according to claim 1 or the 2 or 3 described a kind of multi-channel welded tubes discharge system of packing at a high speed, it is characterized in that: described switching roller-way (4) comprises at least two transfer passages, a plurality of gear motors for driving welded tube (100) to move in transfer passage, several chains of being in transmission connection corresponding to gear motor and by several carrying rollers of the corresponding driven rotary of chain.
5. a kind of multi-channel welded tube according to claim 4 discharge system of packing at a high speed, it is characterized in that: described switch unit (5) is arranged between adjacent two transfer passages, it comprise adjustable end stop (500), the lift cylinder (501) that drives adjustable end stop (500) perpendicular movement that can laterally intercept welded tube (100) motion, the guidepost (502) that is arranged on lift cylinder (501) one sides and with the vertical fixed dam (503) that is connected and allows guidepost (502) to pass of adjustable end stop (500).
6. a kind of multi-channel welded tube according to claim 5 discharge system of packing at a high speed, it is characterized in that: described interim storing unit (6) comprises at least two group storing subelements, wherein every group of storing subelement comprise can put in transfer passage and can be by the poking device of welded tube (100) upset, be positioned at transfer passage one side and for several oblique framves that receive the welded tube come by the poking device upset, the stop gauge that is arranged on oblique frame end and for opening the leading portion stop gauge and allowing the switch of blowing.
7. a kind of multi-channel welded tube according to claim 6 discharge system of packing at a high speed is characterized in that: described finished product collector unit (7) comprises base (700), for the support cylinder (701) of base for supporting (700) longitudinal movement, be fixed on the upper and a pair of cursor slide (702) transverse shifting relatively of base (700), be fixed on the upper and oscillating cylinder (703) that can move relative to cursor slide of a cursor slide (702) and by oscillating cylinder (703) the driving adjustable fork of angle (704) also.
8. a kind of multi-channel welded tube according to claim 7 discharge system of packing at a high speed is characterized in that: described material conveying trolley (10) comprises the hoist cylinder (1001) that promotes bundled welded tube, to walking, provides the walking gear motor (1002) of power, the oscillating oil cylinder (1003) that bundled welded tube is rotated, the wheel (1004) driven by walking gear motor (1002) and the haul slide rail (1005) coordinated with wheel (1004).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204138558U CN203332430U (en) | 2013-07-12 | 2013-07-12 | Multi-pass welding tube high-speed packaging and discharging system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013204138558U CN203332430U (en) | 2013-07-12 | 2013-07-12 | Multi-pass welding tube high-speed packaging and discharging system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203332430U true CN203332430U (en) | 2013-12-11 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013204138558U Withdrawn - After Issue CN203332430U (en) | 2013-07-12 | 2013-07-12 | Multi-pass welding tube high-speed packaging and discharging system |
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| CN (1) | CN203332430U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104276305A (en) * | 2013-07-12 | 2015-01-14 | 苏州宝联重工股份有限公司 | Multi-channel welded pipe high-speed packing and discharging system |
| CN104316536B (en) * | 2014-10-22 | 2017-02-22 | 意瑞纳米科技(昆山)有限公司 | Detecting and collecting system for needle-tube pen points |
| CN113506008A (en) * | 2021-07-19 | 2021-10-15 | 太原重工股份有限公司 | Steel pipe warehouse and steel pipe storage management method |
| CN114290198A (en) * | 2021-12-15 | 2022-04-08 | 中国科学院金属研究所 | Device and method for grinding and polishing outer circle of alloy bar |
-
2013
- 2013-07-12 CN CN2013204138558U patent/CN203332430U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104276305A (en) * | 2013-07-12 | 2015-01-14 | 苏州宝联重工股份有限公司 | Multi-channel welded pipe high-speed packing and discharging system |
| CN104276305B (en) * | 2013-07-12 | 2016-03-09 | 苏州宝联重工股份有限公司 | Multi-channel welded tube is packed at a high speed discharge system |
| CN104316536B (en) * | 2014-10-22 | 2017-02-22 | 意瑞纳米科技(昆山)有限公司 | Detecting and collecting system for needle-tube pen points |
| CN113506008A (en) * | 2021-07-19 | 2021-10-15 | 太原重工股份有限公司 | Steel pipe warehouse and steel pipe storage management method |
| CN113506008B (en) * | 2021-07-19 | 2022-09-09 | 太原重工股份有限公司 | Steel pipe warehouse and steel pipe storage management method |
| CN114290198A (en) * | 2021-12-15 | 2022-04-08 | 中国科学院金属研究所 | Device and method for grinding and polishing outer circle of alloy bar |
| CN114290198B (en) * | 2021-12-15 | 2023-10-10 | 中国科学院金属研究所 | Device and method for polishing excircle of alloy bar |
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