CN108161108A

CN108161108A - A kind of tubing length processing device

Info

Publication number: CN108161108A
Application number: CN201810158063.8A
Authority: CN
Inventors: 陆飞飞
Original assignee: Ningbo Fenghua Feitian Precision Mould Design Co Ltd
Current assignee: Hangzhou Jifa Metal Furniture Co., Ltd.
Priority date: 2016-11-14
Filing date: 2016-11-14
Publication date: 2018-06-15
Anticipated expiration: 2036-11-14
Also published as: CN108405967A; CN108405968A; CN108161108B; CN106392173B; CN108436172A; CN108161109A; CN108405969A; CN106392173A; CN108436171A; CN108436170A

Abstract

The invention discloses a kind of tubing length processing devices, including workbench, the worktable upper surface is equipped with cutting mechanism, the worktable upper surface and upright bar is equipped in front of the fixed station, the upright bar upper surface is equipped with horizontal mounting plate, the horizontal mounting plate front surface is equipped with controller, the workbench side surface is equipped with commercial power interface, the controller power source terminals are connected by conducting wire with commercial power interface, the controller output end by conducting wire respectively with No.1 motor-driven carrier, No.1 hydraulic cylinder, electric pushrod, No.1 miniature linear, No. two motor-driven carriers, micro hydraulic cylinder is connected with electric rotating machine.The invention has the advantages that maintenance cost is low, cutting is placed in semi-automation, and crystallized ability is strong, has liberated manpower, improves work efficiency, and reduces security risk, and easy to use, novelty is strong.

Description

A kind of tubing length processing device

Technical field

The present invention relates to tubing length processing field, particularly a kind of tubing length processing device.

Background technology

With the development of society, the improvement of people's living standards, building has all been built up in many places, is building building When, steel pipe is a kind of essential material, and many steel pipes can all be unsatisfactory for the requirement of length when in use, need into Row cutting, manually cuts time-consuming and laborious, and working efficiency is low, in cutting, heat can be generated at steel pipe cutting mouth, slightly without paying attention to Staff can be scalded, there are security risk, existing cutter device is although powerful, but maintenance cost is high, and places It also needs to manually place during steel pipe, crystallized ability is undesirable, in order to meet the market demand, therefore designs a kind of tubing length processing Device is very necessary.

Invention content

The purpose of the present invention is to solve the above problems, devise a kind of tubing length processing device.

Realize above-mentioned purpose the technical scheme is that, a kind of tubing length processing device, including workbench, the work Make platform upper surface equipped with cutting mechanism, the cutting mechanism is by being arranged on one group of No.1 sliding rail of worktable upper surface, being arranged on Each the No.1 motor-driven carrier on No.1 sliding rail, the No.1 mounting blocks for being arranged on each No.1 motor-driven carrier upper surface, processing exist No.1 circular groove at each No.1 mounting blocks upper surface center is arranged in each No.1 circular groove lower surface and flexible The No.1 degree of lip-rounding mounting bracket that hold upward No.1 hydraulic cylinder, is arranged on each No.1 hydraulic cylinder extension end is arranged on each one In number degree of lip-rounding mounting bracket lower surface and telescopic end for horizontal direction electric pushrod, be arranged on each electric pushrod telescopic end No.1 rectangular mounting plate, No. two circular grooves processed respectively in each No.1 rectangular mounting plate both side surface are arranged on often In a No. two circular grooves and telescopic end for horizontal direction No.1 miniature linear, be arranged on the miniature straight-line electric of each No.1 Connecting rod on machine telescopic end, is arranged on worktable upper surface and position at the No.1 clamping plate being arranged on each connecting rod end face Fixed station between one group of No.1 sliding rail, one group of L-shaped mounting bracket for being arranged on fixed station upper surface are arranged on each L-shaped peace It shelves on crossbeam lower surface No. two sliding rails, No. two motor-driven carriers being arranged on each No. two sliding rails, be arranged on each No. two No. three circular grooves at the center of each No. two mounting blocks lower surfaces of No. two mounting blocks on motor-driven carrier lower surface, processing, It is arranged on micro hydraulic cylinder that in each No. three circular grooves and telescopic end is downward, is arranged on each micro hydraulic cylinder telescopic end No. two degree of lip-rounding mounting brackets, be arranged in each No. two degree of lip-rounding mounting brackets on lower surface and round end be horizontal direction electric rotating What machine and the cutting sheet being arranged on each electric rotating machine round end collectively formed, the worktable upper surface and positioned at fixed station Front is equipped with upright bar, and the upright bar upper surface is equipped with horizontal mounting plate, and the horizontal mounting plate front surface is equipped with controller, described Workbench side surface is equipped with commercial power interface, and the controller power source terminals are connected by conducting wire with commercial power interface, the control Device output terminal processed by conducting wire respectively with No.1 motor-driven carrier, No.1 hydraulic cylinder, electric pushrod, No.1 miniature linear, two Number motor-driven carrier, micro hydraulic cylinder are connected with electric rotating machine.

The model MAM-200 of the controller.

The fixed station upper surface and two groups of No. three mounting blocks are equipped between one group of L-shaped mounting bracket, described each three No. four circular grooves are machined on number mounting blocks side surface, telescopic end is equipped in each No. four circular grooves as level The miniature electromotive handspike in direction is equipped with fixed plate, the controller output end on each miniature electromotive handspike telescopic end It is connected by conducting wire with miniature electromotive handspike.

The worktable upper surface and No. two L-shaped mounting brackets are equipped with positioned at fixed station rear, No. two L-shaped mounting brackets are horizontal Beam lower surface is equipped with No. three sliding rails, and No. three sliding rails are equipped with No. three motor-driven carriers, No. three motor-driven carrier lower surfaces Be equipped with No. two rectangular mounting plates, No. two rectangular mounting plate lower surfaces be equipped with one group of No. four mounting blocks, described each four Be machined with No. five circular grooves at number mounting blocks lower surface center, be equipped in each No. five circular grooves telescopic end to Under No. two hydraulic cylinders, be equipped with No. three rectangular mounting plates, each No. three squares on each No. two hydraulic cylinder extension ends No. six circular grooves are machined in shape installing plate both side surface, telescopic end is equipped in each No. six circular grooves as water Square to No. two miniature linears, be equipped with No. two clamping plates on each No. two miniature linear telescopic ends, it is described Controller output end is connected by conducting wire with No. three motor-driven carriers, No. two hydraulic cylinders and No. two miniature linears respectively.

Elastic protective layer is equipped on each No.1 clamping plate.

Each No.1 motor-driven carrier side surface is equipped with RF transmitter, and the fixed station both side surface is equipped with Infrared receiver, the controller output end are connected by conducting wire with RF transmitter and infrared receiver respectively.

Skid resistant course is equipped on each No. two clamping plates.

A kind of tubing length processing device made using technical scheme of the present invention, the present apparatus is easy to operate, safeguards into This is low, and cutting is placed in semi-automation, and crystallized ability is strong, has liberated manpower, improves work efficiency, and reduces security risk, makes With conveniently, novelty is strong.

Description of the drawings

Fig. 1 is a kind of structure diagram of tubing length processing device of the present invention；

Fig. 2 is a kind of side view of tubing length processing device of the present invention；

Fig. 3 is a kind of vertical view of tubing length processing device of the present invention；

Fig. 4 is a kind of partial enlarged view of tubing length processing device of the present invention；

In figure, 1, workbench；2nd, No.1 sliding rail；3rd, No.1 motor-driven carrier；4th, No.1 mounting blocks；5th, No.1 hydraulic cylinder；6th, No.1 Degree of lip-rounding mounting bracket；7th, electric pushrod；8th, No.1 rectangular mounting plate；9th, No.1 miniature linear；10th, connecting rod；11st, No.1 is pressed from both sides Plate；12nd, fixed station；13rd, L-shaped mounting bracket；14th, No. two sliding rails；15th, No. two motor-driven carriers；16th, No. two mounting blocks；17th, miniature liquid Cylinder pressure；18th, No. two degree of lip-rounding mounting brackets；19th, electric rotating machine；20th, cutting sheet；21st, upright bar；22nd, horizontal mounting plate；23rd, controller； 24th, commercial power interface；25th, No. three mounting blocks；26th, miniature electromotive handspike；27th, fixed plate；28th, No. two L-shaped mounting brackets；29th, No. three Sliding rail；30th, No. three motor-driven carriers；31st, No. two rectangular mounting plates；32nd, No. four mounting blocks；33rd, No. two hydraulic cylinders；34th, No. three squares Shape installing plate；35th, No. two miniature linears；36th, No. two clamping plates；37th, elastic protective layer；38th, RF transmitter；39th, it is red Outer line receiver；40th, skid resistant course.

Specific embodiment

The present invention is specifically described below in conjunction with the accompanying drawings, as shown in Figs 1-4, a kind of tubing length processing device, packet Include workbench（1）, the workbench（1）Upper surface is equipped with cutting mechanism, and the cutting mechanism is by being arranged on workbench（1）Upper table One group of No.1 sliding rail in face（2）, be arranged on each No.1 sliding rail（2）On No.1 motor-driven carrier（3）, be arranged on each No.1 electricity Dynamic trolley（3）The No.1 mounting blocks of upper surface（4）, processing in each No.1 mounting blocks（4）No.1 at the center of upper surface is round Groove is arranged on lower surface in each No.1 circular groove and the upward No.1 hydraulic cylinder of telescopic end（5）, be arranged on each No.1 Hydraulic cylinder（5）No.1 degree of lip-rounding mounting bracket on telescopic end（6）, be arranged on each No.1 degree of lip-rounding mounting bracket（6）It interior lower surface and stretches Contracting end is the electric pushrod of horizontal direction（7）, be arranged on each electric pushrod（7）No.1 rectangular mounting plate on telescopic end（8）、 It is processed respectively in each No.1 rectangular mounting plate（8）No. two circular grooves in both side surface, to be arranged on each No. two circles recessed The No.1 miniature linear that slot is interior and telescopic end is horizontal direction（9）, be arranged on each No.1 miniature linear（9）It is flexible Connecting rod on end（10）, be arranged on each connecting rod（10）No.1 clamping plate on end face（11）, be arranged on workbench（1）On Surface and positioned at one group of No.1 sliding rail（2）Between fixed station（12）, be arranged on fixed station（12）One group of L-shaped installation of upper surface Frame（13）, be arranged on each L-shaped mounting bracket（13）No. two sliding rails on crossbeam lower surface（14）, be arranged on each No. two sliding rails （14）On No. two motor-driven carriers（15）, be arranged on each No. two motor-driven carriers（15）No. two mounting blocks on lower surface（16）、 Processing is in each No. two mounting blocks（16）No. three circular grooves at the center of lower surface, be arranged in each No. three circular grooves and The downward micro hydraulic cylinder of telescopic end（17）, be arranged on each micro hydraulic cylinder（17）No. two degree of lip-rounding mounting brackets on telescopic end （18）, be arranged on each No. two degree of lip-rounding mounting brackets（18）On interior lower surface and round end be horizontal direction electric rotating machine（19）With It is arranged on each electric rotating machine（19）Cutting sheet on round end（20）It collectively forms, the workbench（1）Upper surface and position In fixed station（12）Front is equipped with upright bar（21）, the upright bar（21）Upper surface is equipped with horizontal mounting plate（22）, the vertical peace Loading board（22）Front surface is equipped with controller（23）, the workbench（1）Side surface is equipped with commercial power interface（24）, the controller （23）Supply terminals passes through conducting wire and commercial power interface（24）It is connected, the controller（23）Output terminal by conducting wire respectively with No.1 motor-driven carrier（3）, No.1 hydraulic cylinder（5）, electric pushrod（7）, No.1 miniature linear（9）, No. two motor-driven carriers （15）, micro hydraulic cylinder（17）And electric rotating machine（19）It is connected；The controller（23）Model MAM-200；It is described solid Determine platform（12）Upper surface and positioned at one group of L-shaped mounting bracket（13）Between be equipped with two groups of No. three mounting blocks（25）, described each No. three Mounting blocks（25）No. four circular grooves are machined on side surface, telescopic end is equipped in each No. four circular grooves as water Square to miniature electromotive handspike（26）, each miniature electromotive handspike（26）Fixed plate is equipped on telescopic end（27）, institute State controller（23）Output terminal passes through conducting wire and miniature electromotive handspike（26）It is connected；The workbench（1）Upper surface and it is located at Fixed station（12）Rear is equipped with No. two L-shaped mounting brackets（28）, No. two L-shaped mounting brackets（28）Crossbeam lower surface is equipped with No. three Sliding rail（29）, No. three sliding rails（29）It is equipped with No. three motor-driven carriers（30）, No. three motor-driven carriers（30）On lower surface Equipped with No. two rectangular mounting plates（31）, No. two rectangular mounting plates（31）Lower surface is equipped with one group of No. four mounting blocks（32）, Each No. four mounting blocks（32）No. five circular grooves are machined at the center of lower surface, in each No. five circular grooves It is equipped with No. two downward hydraulic cylinders of telescopic end（33）, each No. two hydraulic cylinders（33）No. three rectangles are equipped on telescopic end Installing plate（34）, each No. three rectangular mounting plates（34）No. six circular grooves are machined in both side surface, it is described each No. two miniature linears that telescopic end is horizontal direction are equipped in No. six circular grooves（35）, described each No. two miniature straight Line motor（35）No. two clamping plates are equipped on telescopic end（36）, the controller（23）Output terminal by conducting wire respectively with No. three electricity Dynamic trolley（30）, No. two hydraulic cylinders（33）With No. two miniature linears（35）It is connected；Each No.1 clamping plate（11）On It is equipped with elastic protective layer（37）；Each No.1 motor-driven carrier（3）Side surface is equipped with RF transmitter（38）, it is described Fixed station（12）Both side surface is equipped with infrared receiver（39）, the controller（23）Output terminal by conducting wire respectively with it is red Outside line transmitter（38）And infrared receiver（39）It is connected；Each No. two clamping plates（36）On be equipped with skid resistant course （40）.

The characteristics of the present embodiment is that worktable upper surface is equipped with cutting mechanism, and cutting mechanism is by setting on the table One group of No.1 sliding rail on surface, is arranged on each No.1 motor-driven carrier at the No.1 motor-driven carrier being arranged on each No.1 sliding rail No.1 circular groove at each No.1 mounting blocks upper surface center of the No.1 mounting blocks of upper surface, processing, be arranged on it is each Lower surface and the upward No.1 hydraulic cylinder of telescopic end in No.1 circular groove, one be arranged on each No.1 hydraulic cylinder extension end Number degree of lip-rounding mounting bracket, be arranged on lower surface in each No.1 degree of lip-rounding mounting bracket and telescopic end for horizontal direction electric pushrod, set It puts the No.1 rectangular mounting plate on each electric pushrod telescopic end, processed respectively in each No.1 rectangular mounting plate both side surface On No. two circular grooves, be arranged in each No. two circular grooves and the miniature straight-line electric of No.1 that telescopic end is horizontal direction Machine, the connecting rod being arranged on each No.1 miniature linear telescopic end, the No.1 being arranged on each connecting rod end face Clamping plate, is arranged on the one of fixed station upper surface at the fixed station for being arranged on worktable upper surface and being located between one group of No.1 sliding rail Group L-shaped mounting bracket, is arranged on each No. two sliding rails No. two sliding rails being arranged on each L-shaped mounting bracket crossbeam lower surface No. two motor-driven carriers, No. two mounting blocks being arranged on each No. two motor-driven carrier lower surfaces, processing are in each No. two mounting blocks No. three circular grooves at the center of lower surface, be arranged in each No. three circular grooves and micro hydraulic cylinder that telescopic end is downward, No. two degree of lip-rounding mounting brackets being arranged on each micro hydraulic cylinder telescopic end are arranged on lower surface in each No. two degree of lip-rounding mounting brackets Upper and round end is collectively formed for the electric rotating machine of horizontal direction with the cutting sheet being arranged on each electric rotating machine round end, Worktable upper surface and upright bar is equipped in front of the fixed station, upright bar upper surface is equipped with horizontal mounting plate, table before horizontal mounting plate Face is equipped with controller, and workbench side surface is equipped with commercial power interface, and controller power source terminals are connected by conducting wire with commercial power interface Connect, controller output end by conducting wire respectively with No.1 motor-driven carrier, No.1 hydraulic cylinder, electric pushrod, the miniature straight-line electric of No.1 Machine, No. two motor-driven carriers, micro hydraulic cylinder are connected with electric rotating machine, and the present apparatus is easy to operate, and maintenance cost is low, semi-automatic Cutting is placed, crystallized ability is strong, has liberated manpower, improves work efficiency, and reduces security risk, easy to use, novelty By force.

In the present embodiment, after device is passed through power supply, controller receives operational order, and device is started to work, each No.1 motor-driven carrier slides on No.1 sliding rail, the No.1 hydraulic cylinder in No.1 mounting blocks on No.1 motor-driven carrier upper surface to It is upper flexible, rise to certain altitude, the electric pushrod horizontal extension in No.1 degree of lip-rounding mounting bracket on telescopic end drives telescopic end On the movement of No.1 rectangular mounting plate, the miniature straight line of No.1 in No. two circular grooves in No.1 rectangular mounting plate both side surface Motor horizontal extension drives the connecting rod movement on telescopic end, and then No.1 motor-driven carrier starts to slide, when each No.1 is electronic RF transmitter on trolley side surface launches signal, and the infrared receiver in fixed station both side surface receives After signal, No.1 motor-driven carrier stops moving, and the No.1 clamping plate on connecting rod end face can be in No.1 miniature linear Lower steel pipe both ends of effect clamp, in fixed station upper surface and two groups of No. three mounting blocks being located between one group of L-shaped mounting bracket Miniature electromotive handspike horizontal extension drives the fixed plate movement on telescopic end, fixed plate phase under the action of miniature electromotive handspike It mutually draws close, then clamps firm pipe, steel pipe is fixed, fixed station upper surface is equipped with one group of L-shaped mounting bracket, and each No. two electronic Trolley slides back and forth on No. two sliding rails on L-shaped mounting bracket crossbeam lower surface, and the micro hydraulic cylinder in No. two mounting blocks is downward It is flexible, No. two degree of lip-rounding mounting brackets on telescopic end is driven to move downward, the electric rotating machine rotation in No. two degree of lip-rounding mounting brackets drives Cutting sheet rotation on round end, is then cut, after having cut, No.1 clamping plate takes the waste material cut down to steel pipe It walks, places on one side, fixed station rear is equipped with No. two L-shaped mounting brackets, and No. three motor-driven carriers are No. two L-shaped mounting bracket crossbeam lower surfaces On No. three sliding rails on slide back and forth, slide among fixed station, then No. four mounting blocks on No. three motor-driven carrier lower surfaces No. two interior hydraulic cylinders stretch downwards, drive No. three rectangular mounting plates movement on telescopic end, No. three rectangular mounting plate both sides tables No. two miniature linear horizontal extensions in face drive No. two clamping plates movement on telescopic end, then clamp well cutting into Then product move forward, finished product is taken away, and then No.1 clamping plate again picks up steel pipe, is put on fixed station, repeated work, dress The operation put just completes, and has liberated manpower, improves work efficiency, and reduces security risk, easy to use.

Above-mentioned technical proposal only embodies the optimal technical scheme of technical solution of the present invention, those skilled in the art The principle of the present invention is embodied to some variations that some of which part may be made, belongs to the scope of protection of the present invention it It is interior.

Claims

1. a kind of tubing length processing device, which is characterized in that including workbench（1）, the workbench（1）Upper surface is equipped with and cuts Cutting mill structure, the cutting mechanism is by being arranged on workbench（1）One group of No.1 sliding rail of upper surface（2）, be arranged on each No.1 and slide Rail（2）On No.1 motor-driven carrier（3）, be arranged on each No.1 motor-driven carrier（3）The No.1 mounting blocks of upper surface（4）, processing In each No.1 mounting blocks（4）No.1 circular groove at the center of upper surface is arranged on lower surface in each No.1 circular groove And the No.1 hydraulic cylinder that telescopic end is upward（5）, be arranged on each No.1 hydraulic cylinder（5）No.1 degree of lip-rounding mounting bracket on telescopic end （6）, be arranged on each No.1 degree of lip-rounding mounting bracket（6）Interior lower surface and the electric pushrod that telescopic end is horizontal direction（7）, be arranged on Each electric pushrod（7）No.1 rectangular mounting plate on telescopic end（8）, respectively process in each No.1 rectangular mounting plate（8）Two No. two circular grooves on side surface are arranged in each No. two circular grooves and telescopic end is miniature straight for the No.1 of horizontal direction Line motor（9）, be arranged on each No.1 miniature linear（9）Connecting rod on telescopic end（10）, be arranged on each connecting rod （10）No.1 clamping plate on end face（11）, be arranged on workbench（1）Upper surface and positioned at one group of No.1 sliding rail（2）Between consolidate Determine platform（12）, be arranged on fixed station（12）One group of L-shaped mounting bracket of upper surface（13）, be arranged on each L-shaped mounting bracket（13）It is horizontal No. two sliding rails on beam lower surface（14）, be arranged on each No. two sliding rails（14）On No. two motor-driven carriers（15）, be arranged on it is every A No. two motor-driven carriers（15）No. two mounting blocks on lower surface（16）, processing in each No. two mounting blocks（16）Lower surface center No. three circular grooves at place are arranged on the micro hydraulic cylinder that each No. three circular grooves are interior and telescopic end is downward（17）, be arranged on Each micro hydraulic cylinder（17）No. two degree of lip-rounding mounting brackets on telescopic end（18）, be arranged on each No. two degree of lip-rounding mounting brackets（18）It is interior On lower surface and round end be horizontal direction electric rotating machine（19）Be arranged on each electric rotating machine（19）Cutting on round end Pitch cutting（20）It collectively forms, the workbench（1）Upper surface and positioned at fixed station（12）Front is equipped with upright bar（21）, it is described vertical Bar（21）Upper surface is equipped with horizontal mounting plate（22）, the horizontal mounting plate（22）Front surface is equipped with controller（23）, the work Make platform（1）Side surface is equipped with commercial power interface（24）, the controller（23）Supply terminals passes through conducting wire and commercial power interface（24） It is connected, the controller（23）Output terminal by conducting wire respectively with No.1 motor-driven carrier（3）, No.1 hydraulic cylinder（5）, electronic push away Bar（7）, No.1 miniature linear（9）, No. two motor-driven carriers（15）, micro hydraulic cylinder（17）And electric rotating machine（19）It is connected It connects；The controller（23）Model MAM-200；The fixed station（12）Upper surface and positioned at one group of L-shaped mounting bracket（13） Between be equipped with two groups of No. three mounting blocks（25）, each No. three mounting blocks（25）It is recessed that No. four circles are machined on side surface Slot is equipped with the miniature electromotive handspike that telescopic end is horizontal direction in each No. four circular grooves（26）, it is described each micro- Type electric pushrod（26）Fixed plate is equipped on telescopic end（27）, the controller（23）Output terminal passes through conducting wire and miniature electric Push rod（26）It is connected；The workbench（1）Upper surface and positioned at fixed station（12）Rear is equipped with No. two L-shaped mounting brackets（28）, No. two L-shaped mounting brackets（28）Crossbeam lower surface is equipped with No. three sliding rails（29）, No. three sliding rails（29）It is equipped with No. three Motor-driven carrier（30）, No. three motor-driven carriers（30）Lower surface is equipped with No. two rectangular mounting plates（31）, No. two rectangles Installing plate（31）Lower surface is equipped with one group of No. four mounting blocks（32）, each No. four mounting blocks（32）It is equal at the center of lower surface No. five circular grooves are machined with, No. two downward hydraulic cylinders of telescopic end are equipped in each No. five circular grooves（33）, institute State each No. two hydraulic cylinders（33）No. three rectangular mounting plates are equipped on telescopic end（34）, each No. three rectangular mounting plates （34）No. six circular grooves are machined in both side surface, telescopic end is equipped in each No. six circular grooves as level side To No. two miniature linears（35）, each No. two miniature linears（35）No. two clamping plates are equipped on telescopic end （36）, the controller（23）Output terminal by conducting wire respectively with No. three motor-driven carriers（30）, No. two hydraulic cylinders（33）With No. two Miniature linear（35）It is connected；Each No.1 clamping plate（11）On be equipped with elastic protective layer（37）；Described each one Number motor-driven carrier（3）Side surface is equipped with RF transmitter（38）, the fixed station（12）Both side surface is equipped with infrared ray Receiver（39）, the controller（23）Output terminal by conducting wire respectively with RF transmitter（38）And infrared receiver （39）It is connected；Each No. two clamping plates（36）On be equipped with skid resistant course（40）;Worktable upper surface is equipped with cutting mechanism, cuts Cutting mill structure by one group of No.1 sliding rail for being arranged on worktable upper surface, the No.1 motor-driven carrier being arranged on each No.1 sliding rail, It is arranged on one of the No.1 mounting blocks, processing of each No.1 motor-driven carrier upper surface at each No.1 mounting blocks upper surface center Number circular groove, be arranged on lower surface in each No.1 circular groove and the upward No.1 hydraulic cylinder of telescopic end, be arranged on it is each No.1 degree of lip-rounding mounting bracket on No.1 hydraulic cylinder extension end is arranged on lower surface in each No.1 degree of lip-rounding mounting bracket and telescopic end is The electric pushrod of horizontal direction, is processed respectively each the No.1 rectangular mounting plate being arranged on each electric pushrod telescopic end No. two circular grooves in No.1 rectangular mounting plate both side surface are arranged in each No. two circular grooves and telescopic end is level The No.1 miniature linear in direction, the connecting rod being arranged on each No.1 miniature linear telescopic end, be arranged on it is each No.1 clamping plate on connecting rod end face is arranged on worktable upper surface and fixed station between one group of No.1 sliding rail, sets Put fixed station upper surface one group of L-shaped mounting bracket, be arranged on each L-shaped mounting bracket crossbeam lower surface No. two sliding rails, set Put No. two motor-driven carriers on each No. two sliding rails, No. two mounting blocks being arranged on each No. two motor-driven carrier lower surfaces, No. three circular grooves at the center of each No. two mounting blocks lower surfaces are processed, are arranged in each No. three circular grooves and is flexible No. two degree of lip-rounding mounting brackets hold downward micro hydraulic cylinder, being arranged on each micro hydraulic cylinder telescopic end are arranged on each two In number degree of lip-rounding mounting bracket on lower surface and round end for horizontal direction electric rotating machine and be arranged on each electric rotating machine round end On cutting sheet collectively form, worktable upper surface and upright bar is equipped in front of fixed station, upright bar upper surface is equipped with vertical Installing plate, horizontal mounting plate front surface are equipped with controller, and workbench side surface is equipped with commercial power interface, and controller power source terminals lead to Conducting wire is crossed with commercial power interface to be connected, controller output end by conducting wire respectively with No.1 motor-driven carrier, No.1 hydraulic cylinder, electronic Push rod, No.1 miniature linear, No. two motor-driven carriers, micro hydraulic cylinder are connected with electric rotating machine, and the present apparatus is easy to operate, Maintenance cost is low, and cutting is placed in semi-automation, and crystallized ability is strong, has liberated manpower, improves work efficiency, and it is hidden to reduce safety Suffer from, easy to use, novelty is strong;After device is passed through power supply, controller receives operational order, and device is started to work, Mei Geyi Number motor-driven carrier slides on No.1 sliding rail, and the No.1 hydraulic cylinder in No.1 mounting blocks on No.1 motor-driven carrier upper surface is upward It is flexible, rise to certain altitude, the electric pushrod horizontal extension in No.1 degree of lip-rounding mounting bracket on telescopic end is driven on telescopic end The movement of No.1 rectangular mounting plate, the miniature straight-line electric of No.1 in No. two circular grooves in No.1 rectangular mounting plate both side surface Machine horizontal extension drives the connecting rod movement on telescopic end, and then No.1 motor-driven carrier starts to slide, when each No.1 is electronic small RF transmitter on vehicle side surface launches signal, and the infrared receiver in fixed station both side surface receives letter After number, No.1 motor-driven carrier stops moving, and the No.1 clamping plate on connecting rod end face can be in the work of No.1 miniature linear It is clamped with lower steel pipe both ends, it is micro- in fixed station upper surface and two groups of No. three mounting blocks being located between one group of L-shaped mounting bracket Type electric pushrod horizontal extension, drives the fixed plate movement on telescopic end, and fixed plate is mutual under the action of miniature electromotive handspike It draws close, then clamps firm pipe, steel pipe is fixed, fixed station upper surface is equipped with one group of L-shaped mounting bracket, each No. two electronic small Vehicle slides back and forth on No. two sliding rails on L-shaped mounting bracket crossbeam lower surface, and the micro hydraulic cylinder in No. two mounting blocks is stretched downwards Contracting drives No. two degree of lip-rounding mounting brackets on telescopic end to move downward, and the electric rotating machine rotation in No. two degree of lip-rounding mounting brackets drives rotation Turn the cutting sheet rotation on end, then cut to steel pipe, after having cut, No.1 clamping plate takes the waste material cut down It walks, places on one side, fixed station rear is equipped with No. two L-shaped mounting brackets, and No. three motor-driven carriers are No. two L-shaped mounting bracket crossbeam lower surfaces On No. three sliding rails on slide back and forth, slide among fixed station, then No. four mounting blocks on No. three motor-driven carrier lower surfaces No. two interior hydraulic cylinders stretch downwards, drive No. three rectangular mounting plates movement on telescopic end, No. three rectangular mounting plate both sides tables No. two miniature linear horizontal extensions in face drive No. two clamping plates movement on telescopic end, then clamp well cutting into Then product move forward, finished product is taken away, and then No.1 clamping plate again picks up steel pipe, is put on fixed station, repeated work, dress The operation put just completes.