CN204893177U - Steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma - Google Patents

Steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma Download PDF

Info

Publication number
CN204893177U
CN204893177U CN201520449039.1U CN201520449039U CN204893177U CN 204893177 U CN204893177 U CN 204893177U CN 201520449039 U CN201520449039 U CN 201520449039U CN 204893177 U CN204893177 U CN 204893177U
Authority
CN
China
Prior art keywords
square tube
cutting
rollgang
steel pipe
material loading
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201520449039.1U
Other languages
Chinese (zh)
Inventor
贾宝英
程凯
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Hang Xiao Gang Gou Ltd Co
Original Assignee
Hang Xiao Gang Gou Ltd Co
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Hang Xiao Gang Gou Ltd Co filed Critical Hang Xiao Gang Gou Ltd Co
Priority to CN201520449039.1U priority Critical patent/CN204893177U/en
Application granted granted Critical
Publication of CN204893177U publication Critical patent/CN204893177U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Landscapes

  • Arc Welding In General (AREA)

Abstract

The utility model discloses a steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma, including the base, still including setting up the conveying mechanism on the base, a smoke and dust processing mechanism for absorbing the smoke and dust that produces during plasma cutting, a cutting mechanism for cutting crossed the thick liquid hole by the array of the side of processing quarter bend, and control the electrical control mechanism of above -mentioned mechanism action, conveying mechanism includes that main rollgang constitutes by the workstation of processing side's quarter bend along the main rollgang of the length direction setting of base, one side of workstation is provided with the material loading rollgang for material loading end, material loading end, and the opposite side of the workstation relative with the material loading end is provided with the unloading rollgang, but the equal individual drive of above -mentioned each rollgang, the smoke and dust processing mechanism is installed at the end of main rollgang and corresponding with the inner chamber by processing side's quarter bend, the movably material loading side of installing at the workstation of cutting mechanism to the mistake of being accomplished on the other side's quarter bend by the walking of the length direction of processing side's quarter bend can be followed and the cutting process in hole is starched.

Description

Steel pipe bundle numerical control square tube plasma cutting hole equipment
Technical field
The utility model relates to a kind of steel pipe bundle numerical control square tube plasma cutting hole equipment.
Background technology
I shaped steel pipe bundle member is a kind of new steel structure wall body construction, and it is by some thin-wall U-shaped steel pipes and a wide square tube for shutoff U-shaped steel pipe opening, stands and weld together to form steel pipe bundle component through superposition group.On the tube wall of square tube, be furnished with array thin long eyelet.The effect of array thin long eyelet (crossing slurry hole) is when wall construction, makes the concrete of pouring mutual mistake between each steel pipe of superposition welding starch through, forms the monolithic concrete wall construction of local connection.
The specification of square and rectangular steel pipe is:
Length range is about 4000-12000mm, and altitude range is about 130-180mm, and width range is about 130-200mm, and thickness of steel pipe is about 4-8mm.The hole machined operation of square and rectangular steel pipe, the development initial stage all adopts Manual flame cutting processing.This procedure also exists that labour intensity is large, production efficiency is low, high in cost of production problem.
Summary of the invention
In order to overcome the above-mentioned defect existed in existing square and rectangular steel the machining of drilling operation, the utility model provides a kind of square tube hole machined that makes to realize automation, while guarantee product quality and production efficiency, alleviate the steel pipe bundle numerical control square tube plasma cutting hole equipment of the labour intensity of producers.
The technical solution adopted in the utility model is:
Steel pipe bundle numerical control square tube plasma cutting hole equipment, comprises pedestal, it is characterized in that: also comprise
Be arranged on the conveying mechanism on pedestal;
The dust treatment mechanism of the flue dust produced during for absorbing plasma cut;
Array for cutting processed square tube crosses the cutting mechanism in slurry hole;
And control the electrical control mechanism of said mechanism action;
Described conveying mechanism comprises the main rollgang that the length direction along pedestal is arranged, and described main rollgang forms the workbench of processed square tube; The side of described workbench is material loading end, and described material loading end is provided with material feeding transfer table, and the opposite side of the workbench relative with described material loading end is provided with blanking rollgang; Above-mentioned each rollgang all can drive;
Described dust treatment mechanism is arranged on the end of main rollgang and corresponding with the inner chamber of processed square tube;
Described cutting mechanism is arranged on the material loading side of workbench movably, and can walk to the cutting processing crossing slurry hole on square tube along the length direction of processed square tube.
The dedusting suction inlet of the flue dust that described dust treatment mechanism produces when comprising for absorbing plasma cut, smoke discharging pipe and deduster, described dedusting suction inlet is communicated with deduster by smoke discharging pipe; Described dedusting suction inlet is arranged on the rear end of main rollgang.
Described dedusting suction inlet is rectangular configuration and the end of dedusting suction inlet forms the positioning end of processed square tube length direction; The size of described rectangular configuration is consistent with the cross sectional dimensions that four velamens process square tube, and described dedusting suction inlet is corresponding with the port position that four velamens process square tube, the flue dust that described dedusting suction inlet is produced by the Intracavity absorption of square tube.
Described cutting mechanism comprises walking cantilever frame and burning torch device, and described walking cantilever frame is arranged on the material loading side of workbench movably by linear rolling track, and is controlled by electrical control mechanism; Described burning torch device is arranged on burning torch pedestal.
Described burning torch device is made up of two groups of plasma cutting guns, and the spacing of two groups of burning torches is adjustable with the square tube adapting to different size.
Described cutting mechanism also comprises waste material pick device, and described waste material pick device comprises the electromagnet arranged near burning torch position, for adsorbing the waste material after cutting after described electromagnet energising.
Plasma cutting gun described in two is arranged on burning torch pedestal, and described burning torch pedestal is arranged on the cantilever of walking cantilever frame 6; Described electromagnet is arranged on bottom the guide rod of guider, and under the drive of transmission cylinder, described guider moves down, and in the hole that electromagnet and processed square tube are cutting, waste material contacts.When being about in each hole cut complete, be arranged on the electromagnet bottom guider guide rod, under the drive of transmission cylinder, move down waste material in the hole of cutting with square tube to contact, and energising holds waste material, avoid after hole completes cutting, waste material falls into square tube inside from cutting hole.Mechanism to be cut crosses in the dynamic way of slurry hole displacement to the next one, electromagnet dead electricity, by cross slurry hole cutting waste material come off square tube upper surface or near position to the collection cleaning of cutting waste material after processing.
Also comprise Workpiece fixing and move materials device, described Workpiece fixing move materials device comprise cooperatively interact effect lateral positioning device and side direction move materials device, described side direction move materials device with drive air cylinder driven be connected; Described lateral positioning device installs side relative with material loading side on the table; Described side direction is moved materials device and is pushed lateral positioning device end to for processed square tube material feeding transfer table being transported to workbench material loading end.
Described lateral positioning device can 90 upsets, and when lateral positioning device is horizontal, the height of described lateral positioning device is lower than the height of the roller end face of main rollgang.
Described main rollgang is made up of some conveying rollers along base length direction parallel arrangement.
In the utility model, require as follows to the focus technology of each mechanism:
A, dust treatment mechanism adopt indoor dedusting air draft form, and require that main dust removal machine is arranged near main rollgang positioning end, dedusting suction inlet directly connects with square tube one end open, in order to pick-up performance, plays square tube end positioning action simultaneously; Smoke discharging pipe between deduster and dedusting suction inlet should be provided with inspection opening and ash discharging hole in position.
B, conveying mechanism
(1) workpiece feeding and blanking transporting velocity, need meet the beat requirement that workpiece crosses the cutting of slurry hole and steel pipe bundle batching;
(2) each group of roller-way of material feeding transfer table, main rollgang, blanking rollgang all can drive, can the electric shaft of follow procedure substep during operation; Wherein material feeding transfer table carries 1 square steel tube to main rollgang at every turn, move materials device by side direction more successively the thruster of every root square steel tube to be positioned to main rollgang, main rollgang time processing as workbench at most can clamping square steel tube 4, the square steel tube machined, the each 1 ground thruster of materials device is moved on blanking conveying roller again by side direction, steel pipe bundle dispensing requirements pressed by blanking rollgang, square steel tube carried 1 to steel pipe bundle proportioner at every turn, namely completes conveying task.
(3) continous-stable that roller-way spacing can meet different length (4000 ~ 12000mm) workpiece passes through;
C, cutting mechanism
After burning torch cutting closes to an end, electromagnet energising is adsorbed on cutting waste material, and inhales the waste material after cutting in electromagnet end, when walk cantilever frame to next group cut hole site move time, electromagnet dead electricity, the equipment that is placed on by waste material is convenient to manual place of collecting.
D, Workpiece fixing move materials device:
Workpiece lateral positioning device and side direction is had to move materials device in the side arrangement of main rollgang, after four square tubes are sent into main rollgang successively and are located, side direction is moved materials device and is pushed square tube group to lateral positioning device, and object eliminates the side sway of square tube self, ensures the precision of cutting hole position.
The production process of numerical control square tube plasma cutting hole equipment is as follows:
1, square tube lifting is carried with material loading: operating personnel's crane gear, by square steel tube workpiece, winches on material feeding transfer table by root, and start material feeding transfer table, is carried by square tube by root to main rollgang, for square tube cutting processing prepares material.
2, square tube thruster location: at every turn carry 1 to the square tube of main rollgang by material feeding transfer table, to contact after end locates with dedusting suction inlet at its head, side direction moves materials device under the drive driving cylinder, is automatically pushed to by square tube to locate by root by 90 degree of lateral register benchmark overturn.Require the object of lateral positioning device 90 degree upset, be when square tube material loading and cutting processing, lateral positioning device 90 degree is upwards dug, and plays the lateral register effect to square tube.After square tube cutting processing completes, lateral positioning device needs to turn over downwards to turn 90 degrees, and makes it lower than the roller apical side height of main rollgang, for square tube dodges passage to blanking rollgang thruster blanking.
3, square tube cutting processing: operating personnel according to the size of square tube workpiece and split requirement, machining programming.And automatically adjust two plasma cutting gun spacing of burning torch system, the requirement of simultaneously cutting two square tubes can be met.Starting device makes it enter surface trimming state, from the leading section of square tube, progressively by cut hole requirement complete four square tube groups cut hole work.If other tube wall of every root square tube also needs to cut hole, then each square tube manually needs the tube wall cutting hole to be turned to cutting position after having cut by the whole mistake slurry holes on the tube wall of square tube group side, then row cutting processing.
4, workpiece blanking: when square tube group whole cut after hole worked, lateral positioning device turns over downwards and turn 90 degrees, and dodges blanking channel.Side direction is moved materials device and the square tube completing cutting is all pushed away main rollgang, enters blanking storage area, for steel pipe bundle batching is prepared.And prepare the cutting processing of follow-up square tube.
The beneficial effects of the utility model are embodied in:
1, electrified control, easy to operate, and labour intensity reduces, and cost is low.
2, dust treatment mechanism adopts indoor dedusting air draft form, and main dust removal machine is arranged near main rollgang positioning end, and dedusting suction inlet directly connects with square tube one end open, in order to pick-up performance, plays square tube end positioning action simultaneously.
3, each group of roller-way of material feeding transfer table, main rollgang, blanking rollgang all can drive, can the electric shaft of follow procedure substep during operation; Wherein material feeding transfer table carries 1 square steel tube to main rollgang at every turn, move materials device by side direction more successively the thruster of every root square steel tube to be positioned to main rollgang, main rollgang time processing as workbench at most can clamping square steel tube 4, the square steel tube machined, the each 1 ground thruster of materials device is moved on blanking conveying roller again by side direction, steel pipe bundle dispensing requirements pressed by blanking rollgang, square steel tube carried 1 to steel pipe bundle proportioner at every turn, namely completes conveying task.
4, the continous-stable that roller-way spacing can meet different length (4000 ~ 12000mm) workpiece passes through;
5, after burning torch cutting closes to an end, electromagnet energising is adsorbed on cutting waste material, and inhales the waste material after cutting in electromagnet end, when walk cantilever frame to next group cut hole site move time, electromagnet dead electricity, the equipment that is placed on by waste material is convenient to manual place of collecting.
6, workpiece lateral positioning device and side direction is had to move materials device in the side arrangement of main rollgang, after four square tubes are sent into main rollgang successively and are located, side direction is moved materials device and is pushed square tube group to lateral positioning device, object eliminates the side sway of square tube self, ensures the precision of cutting hole position.
Accompanying drawing explanation
Fig. 1 is the utility model overall structure front view.
Fig. 2 is the utility model overall structure top view.
Fig. 3 is the utility model overall structure side view.
Fig. 4 is the utility model burning torch structural scheme of mechanism.
Fig. 5 is the utility model dust treatment structural scheme of mechanism.
Detailed description of the invention
Referring to figs. 1 through Fig. 5, steel pipe bundle numerical control square tube plasma cutting hole equipment, comprises pedestal 4, also comprises
Be arranged on the conveying mechanism on pedestal;
The dust treatment mechanism 1 of the flue dust produced during for absorbing plasma cut;
Array for cutting processed square tube 2 crosses the cutting mechanism 7 in slurry hole;
And control the electrical control mechanism of said mechanism action;
Described conveying mechanism comprises the main rollgang 5 that the length direction along pedestal is arranged, and described main rollgang 5 forms the workbench of processed square tube; The side of described workbench is material loading end, and described material loading end is provided with material feeding transfer table 8, and the opposite side of the workbench relative with described material loading end is provided with blanking rollgang 10; Above-mentioned each rollgang all can drive;
Described dust treatment mechanism 1 is arranged on the end of main rollgang 5 and corresponding with the inner chamber of processed square tube 2;
Described cutting mechanism 7 is arranged on the material loading side of workbench movably, and can walk to the cutting processing crossing slurry hole on square tube along the length direction of processed square tube 2.
The dedusting suction inlet 11 of the flue dust that described dust treatment mechanism 1 produces when comprising for absorbing plasma cut, smoke discharging pipe 12 and deduster 13, described dedusting suction inlet is communicated with deduster by smoke discharging pipe; Described dedusting suction inlet is arranged on the rear end of main rollgang.
Described dedusting suction inlet 11 is rectangular configuration and the end of dedusting suction inlet forms the positioning end of processed square tube length direction; The size of described rectangular configuration is consistent with the cross sectional dimensions that four velamens process square tube, and described dedusting suction inlet is corresponding with the port position that four velamens process square tube, the flue dust that described dedusting suction inlet is produced by the Intracavity absorption of square tube.
Described cutting mechanism 7 comprises walking cantilever frame 6 and burning torch device 71, and described walking cantilever frame 6 is arranged on the material loading side of workbench movably by linear rolling track, and is controlled by electrical control mechanism; Described burning torch device 71 is arranged on walking burning torch pedestal 73.
Described burning torch device is made up of two groups of plasma cutting guns, and the spacing of two groups of burning torches is adjustable with the square tube adapting to different size.
Described cutting mechanism also comprises waste material pick device, and described waste material pick device comprises the electromagnet 72 arranged near burning torch position, for adsorbing the waste material after cutting after described electromagnet 72 is energized.
Plasma cutting gun described in two is arranged on burning torch pedestal 73, and described burning torch pedestal is arranged on the cantilever of walking cantilever frame 6; Described electromagnet is arranged on bottom the guide rod of guider 74, and under the drive of transmission cylinder 75, described guider moves down, and in the hole that electromagnet and processed square tube are cutting, waste material contacts.When being about in each hole cut complete, be arranged on the electromagnet bottom guider guide rod, under the drive of transmission cylinder, move down waste material in the hole of cutting with square tube to contact, and energising holds waste material, avoid after hole completes cutting, waste material falls into square tube inside from cutting hole.Mechanism to be cut crosses in the dynamic way of slurry hole displacement to the next one, electromagnet dead electricity, by cross slurry hole cutting waste material come off square tube upper surface or near position to the collection cleaning of cutting waste material after processing.
Also comprise Workpiece fixing and move materials device, described Workpiece fixing move materials device comprise cooperatively interact effect lateral positioning device 3 and side direction move materials device 9, described side direction move materials device with drive air cylinder driven be connected; Described lateral positioning device installs side relative with material loading side on the table; Described side direction is moved materials device and is pushed lateral positioning device end to for processed square tube material feeding transfer table being transported to workbench material loading end.
Described lateral positioning device can 90 upsets, and when lateral positioning device is horizontal, the height of described lateral positioning device is lower than the height of the roller end face of main rollgang.
Described main rollgang is made up of some conveying rollers along base length direction parallel arrangement.
In the utility model, require as follows to the focus technology of each mechanism:
A, dust treatment mechanism adopt indoor dedusting air draft form, and require that main dust removal machine is arranged near main rollgang positioning end, dedusting suction inlet directly connects with square tube one end open, in order to pick-up performance, plays square tube end positioning action simultaneously; Smoke discharging pipe between deduster and dedusting suction inlet should be provided with inspection opening and ash discharging hole in position.
B, conveying mechanism
(1) workpiece feeding and blanking transporting velocity, need meet the beat requirement that workpiece crosses the cutting of slurry hole and steel pipe bundle batching;
(2) each group of roller-way of material feeding transfer table, main rollgang, blanking rollgang all can drive, can the electric shaft of follow procedure substep during operation; Wherein material feeding transfer table carries 1 square steel tube to main rollgang at every turn, move materials device by side direction more successively the thruster of every root square steel tube to be positioned to main rollgang, main rollgang time processing as workbench at most can clamping square steel tube 4, the square steel tube machined, the each 1 ground thruster of materials device is moved on blanking conveying roller again by side direction, steel pipe bundle dispensing requirements pressed by blanking rollgang, square steel tube carried 1 to steel pipe bundle proportioner at every turn, namely completes conveying task.
(3) continous-stable that roller-way spacing can meet different length (4000 ~ 12000mm) workpiece passes through;
C, cutting mechanism
After burning torch cutting closes to an end, electromagnet energising is adsorbed on cutting waste material, and inhales the waste material after cutting in electromagnet end, when walk cantilever frame to next group cut hole site move time, electromagnet dead electricity, the equipment that is placed on by waste material is convenient to manual place of collecting.
D, Workpiece fixing move materials device:
Workpiece lateral positioning device and side direction is had to move materials device in the side arrangement of main rollgang, after four square tubes are sent into main rollgang successively and are located, side direction is moved materials device and is pushed square tube group to lateral positioning device, and object eliminates the side sway of square tube self, ensures the precision of cutting hole position.
The production process of numerical control square tube plasma cutting hole equipment is as follows:
1, square tube lifting is carried with material loading: operating personnel's crane gear, by square steel tube workpiece, winches on material feeding transfer table by root, and start material feeding transfer table, is carried by square tube by root to main rollgang, for square tube cutting processing prepares material.
2, square tube thruster location: at every turn carry 1 to the square tube of main rollgang by material feeding transfer table, to contact after end locates with dedusting suction inlet at its head, side direction moves materials device under the drive driving cylinder, is automatically pushed to by square tube to locate by root by 90 degree of lateral register benchmark overturn.Require the object of lateral positioning device 90 degree upset, be when square tube material loading and cutting processing, lateral positioning device 90 degree is upwards dug, and plays the lateral register effect to square tube.After square tube cutting processing completes, lateral positioning device needs to turn over downwards to turn 90 degrees, and makes it lower than the roller apical side height of main rollgang, for square tube dodges passage to blanking rollgang thruster blanking.
3, square tube cutting processing: operating personnel according to the size of square tube workpiece and split requirement, machining programming.And automatically adjust two plasma cutting gun spacing of burning torch system, the requirement of simultaneously cutting two square tubes can be met.Starting device makes it enter surface trimming state, from the leading section of square tube, progressively by cut hole requirement complete four square tube groups cut hole work.If other tube wall of every root square tube also needs to cut hole, then each square tube manually needs the tube wall cutting hole to be turned to cutting position after having cut by the whole mistake slurry holes on the tube wall of square tube group side, then row cutting processing.
4, workpiece blanking: when square tube group whole cut after hole worked, lateral positioning device turns over downwards and turn 90 degrees, and dodges blanking channel.Side direction is moved materials device and the square tube completing cutting is all pushed away main rollgang, enters blanking storage area, for steel pipe bundle batching is prepared.And prepare the cutting processing of follow-up square tube.
Content described in this description embodiment is only enumerating the way of realization of inventive concept; protection domain of the present utility model should not be regarded as being only limitted to the concrete form that embodiment is stated, protection domain of the present utility model also and conceive the equivalent technologies means that can expect according to the utility model in those skilled in the art.

Claims (10)

1. steel pipe bundle numerical control square tube plasma cutting hole equipment, comprises pedestal, it is characterized in that: also comprise
Be arranged on the conveying mechanism on pedestal;
The dust treatment mechanism of the flue dust produced during for absorbing plasma cut;
Array for cutting processed square tube crosses the cutting mechanism in slurry hole;
And control the electrical control mechanism of said mechanism action;
Described conveying mechanism comprises the main rollgang that the length direction along pedestal is arranged, and described main rollgang forms the workbench of processed square tube; The side of described workbench is material loading end, and described material loading end is provided with material feeding transfer table, and the opposite side of the workbench relative with described material loading end is provided with blanking rollgang; Above-mentioned each rollgang all can drive;
Described dust treatment mechanism is arranged on the end of main rollgang and corresponding with the inner chamber of processed square tube;
Described cutting mechanism is arranged on the material loading side of workbench movably, and can walk to the cutting processing crossing slurry hole on square tube along the length direction of processed square tube.
2. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 1, it is characterized in that: the dedusting suction inlet of the flue dust produced when described dust treatment mechanism comprises for absorbing plasma cut, smoke discharging pipe and deduster, described dedusting suction inlet is communicated with deduster by smoke discharging pipe; Described dedusting suction inlet is arranged on the rear end of main rollgang.
3. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 2, is characterized in that: described dedusting suction inlet is rectangular configuration and the end of dedusting suction inlet forms the positioning end of processed square tube length direction; The size of described rectangular configuration is consistent with the cross sectional dimensions that four velamens process square tube, and described dedusting suction inlet is corresponding with the port position that four velamens process square tube, the flue dust that described dedusting suction inlet is produced by the Intracavity absorption of square tube.
4. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 3, it is characterized in that: described cutting mechanism comprises walking cantilever frame and burning torch device, described walking cantilever frame is arranged on the material loading side of workbench movably by linear rolling track, and is controlled by electrical control mechanism; Described burning torch device is arranged on burning torch pedestal.
5. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 4, it is characterized in that: described burning torch device is made up of two groups of plasma cutting guns, the spacing of two groups of burning torches is adjustable with the square tube adapting to different size.
6. the numerical control square tube plasma cutting hole equipment of the steel pipe bundle as described in claim 4 or 5, it is characterized in that: described cutting mechanism also comprises waste material pick device, described waste material pick device comprises the electromagnet arranged near burning torch position, for adsorbing the waste material after cutting after described electromagnet energising.
7. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 6, is characterized in that: the plasma cutting gun described in two is arranged on burning torch pedestal, and described burning torch pedestal is arranged on the cantilever of walking cantilever frame; Described electromagnet is arranged on bottom the guide rod of guider, and under the drive of transmission cylinder, described guider moves down, and in the hole that electromagnet and processed square tube are cutting, waste material contacts.
8. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 7, it is characterized in that: also comprise Workpiece fixing and move materials device, described Workpiece fixing move materials device comprise cooperatively interact effect lateral positioning device and side direction move materials device, described side direction move materials device with drive air cylinder driven be connected; Described lateral positioning device installs side relative with material loading side on the table; Described side direction is moved materials device and is pushed lateral positioning device end to for processed square tube material feeding transfer table being transported to workbench material loading end.
9. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 8, it is characterized in that: described lateral positioning device can 90 degree of upsets, when lateral positioning device is horizontal, the height of described lateral positioning device is lower than the height of the roller end face of main rollgang.
10. steel pipe bundle numerical control square tube plasma cutting hole equipment as claimed in claim 9, is characterized in that: described main rollgang is made up of some conveying rollers along base length direction parallel arrangement.
CN201520449039.1U 2015-06-24 2015-06-24 Steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma Withdrawn - After Issue CN204893177U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520449039.1U CN204893177U (en) 2015-06-24 2015-06-24 Steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520449039.1U CN204893177U (en) 2015-06-24 2015-06-24 Steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma

Publications (1)

Publication Number Publication Date
CN204893177U true CN204893177U (en) 2015-12-23

Family

ID=54915389

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520449039.1U Withdrawn - After Issue CN204893177U (en) 2015-06-24 2015-06-24 Steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma

Country Status (1)

Country Link
CN (1) CN204893177U (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104942420A (en) * 2015-06-24 2015-09-30 杭萧钢构股份有限公司 Numerical-controlled square tube plasma hole cutting equipment for steel tube bundle
CN107891217A (en) * 2017-12-26 2018-04-10 江苏金三力机械制造有限公司 It is a kind of automate that ductule cuts hole forming production line cut hole equipment
CN107931803A (en) * 2017-12-26 2018-04-20 江苏金三力机械制造有限公司 One kind automation ductule cuts hole forming production line and its production technology

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104942420A (en) * 2015-06-24 2015-09-30 杭萧钢构股份有限公司 Numerical-controlled square tube plasma hole cutting equipment for steel tube bundle
CN107891217A (en) * 2017-12-26 2018-04-10 江苏金三力机械制造有限公司 It is a kind of automate that ductule cuts hole forming production line cut hole equipment
CN107931803A (en) * 2017-12-26 2018-04-20 江苏金三力机械制造有限公司 One kind automation ductule cuts hole forming production line and its production technology

Similar Documents

Publication Publication Date Title
CN204893177U (en) Steel pipe is restrainted and is cut hole equipment with numerical control side's quarter bend plasma
CN104400198B (en) Longitudinal joint automatic submerged-arc welder in a kind of steel pipe
CN104057209B (en) Robot welding system and breathe out fragrant groove robot welding system
CN206764148U (en) A kind of plate pipe integral type laser cutting machine
CN106670660A (en) Circular tube intersecting line cutting production line
CN105109931A (en) Automatic directional feeding machine for blood taking needle hard seats
CN106862808A (en) It is a kind of to be machined special dustless type jig
CN107150163A (en) A kind of efficient metal cutting dedusting device
CN104942420A (en) Numerical-controlled square tube plasma hole cutting equipment for steel tube bundle
CN204311123U (en) For the internal blowing device that the zinc-plated raffinate of steel pipe is removed
CN103659611B (en) Slab element automatic dust removing sander
CN109454317A (en) The on-line automatic cutter device of steel pipe and its cutting method
CN203696772U (en) Automatic dedusting and grinding machine for board unit
CN103773930A (en) Hot-working back burning distortion corrector
CN203412265U (en) Spray dust-removing type grooving machine
CN205032897U (en) A circular arc and an axle type repairing welding are met sb. at airport
CN204413432U (en) A kind of three station rotary workbench
CN210937604U (en) Welding device for submerged arc welding
CN211162456U (en) Energy-saving dust-removing metal cutting machine
CN108436258A (en) A kind of laser processing production line
CN105458108A (en) Automatic feeding device of pipe-expanding machine
CN205032864U (en) Transversal joint mechanically welded machine
CN113814640A (en) Intelligent metal plate welding positioning device
CN206751654U (en) A kind of automatic glass wire drawing machine
CN203412263U (en) Dual dust removal type computer full automatic grooving machine

Legal Events

Date Code Title Description
C14 Grant of patent or utility model
GR01 Patent grant
AV01 Patent right actively abandoned

Granted publication date: 20151223

Effective date of abandoning: 20171114

AV01 Patent right actively abandoned