CN208576294U - A kind of multi-functional full-automatic steel pipe stamp system - Google Patents
A kind of multi-functional full-automatic steel pipe stamp system Download PDFInfo
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- CN208576294U CN208576294U CN201820785676.XU CN201820785676U CN208576294U CN 208576294 U CN208576294 U CN 208576294U CN 201820785676 U CN201820785676 U CN 201820785676U CN 208576294 U CN208576294 U CN 208576294U
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Abstract
The utility model relates to a kind of multi-functional full-automatic steel pipe stamp systems, by taking pipe device, conveying device, pipe device is passed in storage, determine face feeding device, alignment means, positioning device, stamp device, output device composition, take pipe device, conveying device, pipe device is passed in storage, determine face feeding device, output device is successively horizontally set at main line rollgang side, stamp device is set to outbound course one end in side on output device, alignment means are set to storage and pass pipe device steel pipe outbound course side, positioning device and the ipsilateral one end of alignment means are set on output device, the other end is mutually fixedly mounted with stamp device, it is described determine face feeding device be two groups, determine face feeding device for two groups to be symmetrically disposed on output device, by power mechanism, deposit mechanism, Fan Guan mechanism, righting mechanism, control mechanism composition.Have many advantages, such as that high degree of automation, human-saving, purposes are wide, speed is high-efficient fastly, flat rectangular tube auto-strengthening there can be higher innovation.
Description
Technical field
The utility model belongs to steel pipe processing technical field, in particular to a kind of multi-functional full-automatic steel pipe stamp system
System.
Background technique
Steel pipe includes that round tube, square tube, flat rectangular tube, polygonal tube etc. are widely used in industrial and agricultural production and daily life
Various aspects.Steel pipe is during processing, and after being formed, being cut off, as needed, some also need to carry out stamp, beat
The processes such as packet.Existing stamp equipment all may be only available for one two kinds of steel pipes mostly, when to variety classes steel pipe even same type
Different size steel pipe carry out stamp when, will more exchange device.The stamp of especially flat rectangular tube is packaged, be usually require it is narrow
While erect stamp and packing to being exactly up and down, and when actual production operation, when the overturning of flat rectangular tube enters stamp line, mostly in from
By falling state, for flat rectangular tube, it is substantially broadside to crouching on deposit mechanism and rollgang up and down, previous
Stamp equipment, be not able to satisfy flat rectangular tube determines face conveying, cannot adapt to the needs that subsequent handling especially stamp is packaged completely,
It usually needs human assistance to erect the overturning of flat rectangular tube even to position, it has to take artificial one by one by flat rectangular tube
Standing is placed on stamp rollgang.In this way, can not achieve full-automatic continuous productive process, not only waste of manpower, but also speed
Slowly, low efficiency, safety are poor.
Summary of the invention
The purpose of the utility model is to overcome the deficiencies in the prior art, provide a kind of suitable for multiple types, more gauge steels
Pipe stamp be packaged, can automatic pipe taking, conveying, store, pass pipe, positioning, stamp and flat rectangular tube auto-strengthening can be made to determine face, be convenient for
Subsequent job saves manpower, highly-safe multi-functional full-automatic steel pipe stamp system.
The utility model solves its technical problem and is achieved through the following technical solutions:
A kind of multi-functional full-automatic steel pipe stamp system, it is characterised in that: by taking pipe device, conveying device, storage to pass pipe
Device, determine face feeding device, alignment means, positioning device, stamp device, output device composition, take pipe device, conveying device,
Storage, which passs pipe device, determine face feeding device, output device is successively horizontally set at main line rollgang side, and stamp device is arranged
In outbound course one end in side on output device, alignment means are set to storage and pass pipe device steel pipe outbound course side, positioning
Device and the ipsilateral one end of alignment means are set on output device, and the other end is mutually fixedly mounted with stamp device, described to determine face feeding dress
Two groups are set to, face feeding device is determined for two groups and is symmetrically disposed on output device, is two groups by face feeding device is determined, two groups are determined face
Feeding device is symmetrically disposed on output device, by power mechanism, deposit mechanism, Fan Guan mechanism, righting mechanism, control mechanism
Composition, power mechanism, deposit mechanism, Fan Guan mechanism, righting mechanism are all set in output device Shang Qiefanguan mechanism, righting mechanism
With power mechanism be sequentially connected, control mechanism one is set on deposit mechanism, another portion be set on output device and with life
The connection of producing line main control box signal.
Moreover, the deposit mechanism, is made of forestock tube socket, butt tube socket, forestock tube socket, butt tube socket are successive solid
Loaded on output device top surface.
Moreover, the forestock tube socket, is formed with adapter tube slot thereon and falls pipe inclined-plane.
Moreover, the butt tube socket, is made of, horizontal pallets level is installed on forestock tube socket, erects gear horizontal supporting plate, perpendicular baffle
Plate is movably set in vertically on horizontal supporting plate, and tube seat is received in formation between horizontal supporting plate, perpendicular baffle and forestock tube socket.
Moreover, the Fan Guan mechanism, by lengthening mandril, drag link, vertical connecting rod, L-type push plate, turns over tube sheet and form, lengthen top
Bar is installed in cylinder head vertically, and hinge one end and lengthens mandril hinge and fills loaded on output device in the middle part of drag link, the other end and perpendicular
Pull rod lower end hinge dress, L-type push plate, loaded on forestock tube socket, the other end and vertical connecting rod upper end hinge fill one end hinge, turn over tube sheet activity and set
It is placed in L-type push plate.
Moreover, described turn over tube sheet, it is formed with oval adjusting hole thereon.
Moreover, the righting mechanism, is made of, guiding clamping plate level is installed in guiding clamping plate, guiding driving plate, righting pawl
On output device, guiding driving plate is vertically arranged in guiding clamping plate, and bottom end is mutually fixedly mounted with mandril is lengthened, and righting is arranged in top
Pawl.
Moreover, the righting pawl, is formed with arcwall face thereon.
Moreover, the control mechanism is made of the first inductive switch, the second inductive switch, third inductive switch, the first sense
Inductive switch, the second inductive switch are separately positioned on two forestock tube sockets on side adapter tube fluted shaft line, the setting of third inductive switch
In on output device central axes, the first inductive switch, the second induction open, third inductive switch with production line main control box signal
Connection.
Moreover, the positioning device, by assembly sleeve, adjustment screw, front end positioning plate, positioning plate guide post, bracket, liter
Lever composition drops, and assembly sleeve is installed on stamp device, and adjustment screw is screwed in assembly sleeve, and bracket is installed in output dress
Side top surface is set, positioning plate guiding column symmetry is installed in output device top surface two sides, and front end positioning plate is slideably positioned in positioning plate
In guide post, hinge is loaded on bracket in the middle part of lifting lever, and one end and adjustment screw lower end hinge fill, and the other end and front end positioning plate are cut with scissors
Dress.
It the advantages of the utility model and has the beneficial effect that
1. the multi-functional full-automatic steel pipe stamp system of the utility model can automatic pipe taking, conveying, store, pass pipe, positioning, beat
Code realizes full-automatic continuous productive process, saves manpower, and speed is high-efficient fastly, highly-safe, is convenient for subsequent job.
2. the multi-functional full-automatic steel pipe stamp system of the utility model is applicable to flat rectangular tube, the side of being equally applicable to
The stamp and packing of the multiple types such as pipe, round tube, polygonal tube, more specification steel pipes, it is applied widely.
3. the multi-functional full-automatic steel pipe stamp system of the utility model, which is provided with, determines face feeding device and righting pawl, not only may be used
Automatic pipe turning feeding, and flat rectangular tube auto-strengthening top surface can be made, it is convenient for subsequent handling operation, and be formed with arc on righting pawl
Face is damaged tube body when righting smaller.
4. the multi-functional full-automatic steel pipe stamp system of the utility model is provided with positioning device, stamp exports synchronism height,
Harmony is good, and every steel pipe can be made in same position stamp, and stamp effect is good.
5. the multi-functional full-automatic steel pipe stamp system of the utility model has high degree of automation, saving manpower, purposes wide
It is general, highly-safe, speed is fast, it is high-efficient, smaller can be beaten by flat rectangular tube auto-strengthening, convenient for subsequent job, to tube body damage
The advantages that code effect is good, is a kind of multi-functional full-automatic steel pipe stamp system with higher innovation.
Detailed description of the invention
Fig. 1 is multi-functional full-automatic steel pipe stamp system structure diagram；
Fig. 2 is to determine face feeding device structural schematic diagram；
Fig. 3 is positioning device, alignment means structural schematic diagram.
Attached drawing mark explanation:
1- takes pipe device, and 2- main line rollgang, 3- conveying device, 4-, which is stored, passs pipe device, 5- output device, 6- control
Mechanism, 7- stamp device, 8- determine face feeding device, 9- positioning device, 10- alignment means, and 11- turns over tube sheet, 12- adapter tube slot, 13-
Oval adjusting hole, 14-L type push plate, 15- fall pipe inclined-plane, 16- vertical connecting rod, 17- drag link, 18- forestock tube socket, 19- righting
Pawl, the flat rectangular tube of 20-, 21- erect baffle, and 22- is oriented to driving plate, and 23- is oriented to clamping plate, and 24 lengthen mandril-, the horizontal supporting plate of 25-, 26-
Runout table rack, 27- feeding cylinder, 28- coder go up and down cabinet, 29- printing mechanism, 30- lifting cylinder, 31- coder
Guide post, 32- assembly sleeve, 33- adjustment screw, 34- lifting lever, 35- bracket, 36- alignment push plate, 37- push plate pillar,
38- is aligned cylinder, the front end 39- positioning plate, 40- positioning plate guide post.
Specific embodiment
Below by specific embodiment, the utility model is described in further detail, following embodiment be it is descriptive, no
It is restrictive, protection scope of this utility model cannot be limited by this.
A kind of multi-functional full-automatic steel pipe stamp system, by taking pipe device 1, conveying device 3, storage to pass pipe device 4, determine face
Feeding device 8, alignment means 10, positioning device 9, stamp device 7, output device 5 form, and take pipe device, conveying device, storage
Pipe device is passed, face feeding device, output device is determined and is successively horizontally set at 2 side of main line rollgang, stamp device is set to
Outbound course one end in side on output device, alignment means are set to the storage of steel pipe outbound course and pass pipe device side, positioning dress
It sets and is set on output device with the ipsilateral one end of alignment means, the other end is mutually fixedly mounted with stamp device.Pipe device is taken to be used for from master
Steel pipe is turned in the conveying device of this system on line rollgang；Conveying device is used to passing steel pipe market to storage into pipe dress
It sets；Storage passs pipe device for temporarily storing steel pipe and steel pipe being transmitted in the adapter tube slot of forestock tube socket；Determine face feeding dress
It sets the steel pipe for will take in slot and is turned to and fall on pipe inclined-plane so that steel pipe is freely slipped to and receives in tube seat i.e. runout table
And erect flat rectangular tube vertically, so that the narrow side of flat rectangular tube is in upper and lower position, convenient for subsequent coder in flat rectangular tube
Narrow side stamp and packing later；Alignment means for steel pipe to be aligned with the front end positioning plate of positioning device, convenient for steel pipe into
Enter runout table；Positioning device is used to that stamp will to be started after the fixed same position of steel pipe, guarantees every steel pipe all in same position
Stamp guarantees stamp effect；Stamp device is used for the stamp on steel pipe and provides power for positioning device；Output device is for fixed
Position, output steel pipe, and guarantee coder stamp in steel tube body during output.
Determine face feeding device be two groups, determine face feeding device for two groups and be symmetrically disposed on output device, by power mechanism,
Deposit mechanism, Fan Guan mechanism, righting mechanism, control mechanism 6 form, power mechanism, deposit mechanism, Fan Guan mechanism, righting mechanism
It is all set in output device Shang Qiefanguan mechanism, righting mechanism and power mechanism to be sequentially connected, control mechanism one is set to support
In pipe mechanism, another portion is set on output device and connect with production line main control box signal.
Power mechanism is feeding cylinder 27, and feeding cylinder is vertically arranged at output device lower part.
Deposit mechanism is made of forestock tube socket 18, butt tube socket, forestock tube socket, butt tube socket be successive be installed in it is defeated
Device top surface out.
Forestock tube socket is formed with adapter tube slot 12 thereon and falls pipe inclined-plane 15.Adapter tube slot passs pipe device for catching from storage
It conveys the steel pipe to come and temporarily stores, fallen on pipe inclined-plane in order to which steel pipe is turned to by Fan Guan mechanism.Steel can be made by falling pipe inclined-plane
Pipe is in free-falling state and is directed into steel pipe and enters and receives in tube seat on i.e. runout table.
Butt tube socket is made of horizontal supporting plate 25, perpendicular baffle 21, and horizontal pallets level is installed on forestock tube socket, and it is perpendicular to erect baffle
It is directly movably set on horizontal supporting plate, tube seat is received in formation between horizontal supporting plate, perpendicular baffle and forestock tube socket.Tube seat of receiving is for accommodating steel
Guan Bingke makes flat rectangular tube 20 convenient for erecting；The i.e. horizontal supporting plate top surface in tube seat bottom of receiving is slightly below rollgang top surface.According to steel pipe
Specification can adjust perpendicular position of the baffle on horizontal supporting plate, receives the size of tube seat to change, is needed with adapting to different size steel pipe
It asks.
Fan Guan mechanism by lengthening mandril 24, drag link 17, vertical connecting rod 16, L-type push plate 14, turns over tube sheet 11 and forms, lengthens top
Bar is installed in cylinder head vertically, and hinge one end and lengthens mandril hinge and fills loaded on output device in the middle part of drag link, the other end and perpendicular
Pull rod lower end hinge dress, L-type push plate, loaded on forestock tube socket, the other end and vertical connecting rod upper end hinge fill one end hinge, turn over tube sheet activity and set
It is placed in L-type push plate, the position in L-type push plate can front and back adjustment.
Tube sheet is turned over, is formed with oval adjusting hole 13 thereon.Oval adjusting hole is used to adjust the front-rear position for turning over tube sheet, when
When steel pipe specification is larger, make to turn over tube sheet protruding longer；When steel pipe specification is smaller, make to turn over tube sheet protruding shorter.
Turn over tube sheet stretch out it is too long be possible to turn over two steel pipes, it is too short possibly to overturn steel pipe.
Righting mechanism is made of guiding clamping plate 23, guiding driving plate 22, righting pawl 19, and guiding clamping plate level is installed in defeated
Out on device, guiding driving plate is vertically arranged in guiding clamping plate, and bottom end is mutually fixedly mounted with mandril is lengthened, and righting pawl is arranged in top.
Righting pawl, is formed with arcwall face thereon.Clamping plate is oriented to for keeping the honest movement of guiding driving plate or more, guiding driving plate is on the one hand
It can make the honest movement of cylinder or more, the mountable righting pawl of another aspect simultaneously drives righting pawl to move up and down to overturn the flat rectangle of righting
Pipe；Righting pawl, which is used to crouch, is receiving the lower flat rectangular tube standing upwards of broadside in tube seat, though the narrow side of flat rectangular tube to upper and lower,
In order to the stamp in narrow side and subsequent packing；The injury caused by steel tube surface when curve slope can reduce overturning steel pipe.When
When producing non-flat rectangular tube, righting pawl can not be assembled.
Control mechanism is made of the first inductive switch, the second inductive switch, third inductive switch, the first inductive switch,
Two inductive switches are separately positioned on two forestock tube sockets on side adapter tube fluted shaft line, and third inductive switch is set to output device
On central axes, the first inductive switch, the second induction is opened, third inductive switch is connect with production line main control box signal.Control
Mechanism turns over the implementation of pipe mechanism action and turns over pipe for detecting steel pipe position signal in order to control.When the first inductive switch detects
When having steel pipe, the second inductive switch to detect no steel pipe, pipe cylinder whereabouts is turned in the control of production line main control box, drives Fan Guan mechanism
It will take over the steel pipe on slot and be turned to and fall on pipe inclined-plane.
Taking pipe device is that a rotating disc type turns over pipe device, by driving motor, drive shaft, turns over pipe turntable, turns over pipe pawl and form, turns over pipe and turn
Disk is set in drive shaft, is turned over pipe pawl and is installed in and turns on pipe turntable, and drive shaft and driving motor are sequentially connected.Driving motor drives
Drive shaft, turn over pipe turntable rotation, turn over pipe pawl follow turn in pipe turntable rotation process by main line rollgang steel pipe overturn
Onto the conveying device of this system.
Conveying device is made of driving motor, main drive shaft, driven axle, chain, and chain is three, main drive shaft, passive
Axis is oppositely arranged, and three chains are uniformly arranged on main drive shaft, driven axle, driving motor be set to below main drive shaft and with
Main drive shaft transmission connection.
Storage is passed pipe device and is made of driving motor, main drive shaft, driven axle, chain, and main drive shaft, driven axle are opposite to be set
It sets and driven axle is mutually connected with conveying device, chain is symmetrically disposed on main drive shaft, on driven axle, and driving motor is set to main drive
It is sequentially connected below moving axis and with main drive shaft.
Alignment means are made of push plate pillar 37, alignment cylinder 38, alignment push plate 36, and push plate pillar is installed in storage and passs
Pipe device side, loaded on push plate pillar, alignment cylinder is set to alignment push plate outside and passes with push plate is aligned alignment push plate hinge
Dynamic connection.
Positioning device, by assembly sleeve 32, adjustment screw 33, front end positioning plate 39, positioning plate guide post 40, bracket 35,
Lifting lever 34 forms, and assembly sleeve is installed on stamp device, and adjustment screw is screwed in assembly sleeve, and bracket is installed in defeated
Device side top surface out, positioning plate guiding column symmetry are installed in output device top surface two sides, and front end positioning plate is slideably positioned in fixed
In the plate guide post of position, hinge is loaded on bracket in the middle part of lifting lever, and one end and adjustment screw lower end hinge fill, and the other end and front end position
Plate hinge dress.Adjustment screw is used to adjust the height of front end positioning plate, when steel pipe specification is smaller, adjustment screw is turned up, front end is fixed
Position plate is relatively low；When steel pipe specification is larger, adjustment screw is turned down, front end positioning plate is relatively high.
Stamp device is a printing-type coder, including lifting cylinder 30, coder guide post 31, coder elevator chamber
Body 28, printing mechanism 29 form, and coder guiding column symmetry is installed in output device top surface side, and driving cylinder inversion is installed in
It controls at the top of coder guide post and with production line main control box and connects, coder lifting cabinet is slideably positioned in coder guiding
It is connect on column and with driving cylinder, printing mechanism is set on coder lifting cabinet.
Output device is made of runout table rack 26, runout table, and runout table is set to runout table rack top
Face.
Working principle of the utility model is:
Before production, tube sheet front-rear position, adjustment screw high and low position, and root are turned over according to production steel pipe type, specification adjustment
According to whether flat rectangular tube chooses whether assembly righting pawl；If not flat rectangular tube, righting pawl can not be assembled；If it is flat rectangle
Righting pawl is installed in guiding driving plate top with bolt by Guan Ze.
In production process, when steel pipe formed, cut off be delivered to this system when, by taking pipe device by main line rollgang 2
On steel pipe be turned in the conveying device of this system, the operation of the chain-driving steel pipe of conveying device is simultaneously by steel pipe market to storing
Pipe device is passed, storage is passed the chain of pipe device on steel pipe market to adapter tube slot, can temporarily be stored when steel pipe is more；This
When, the first inductive switch will have pipe signal to be transmitted to production line main control box, if without steel pipe, the second inductive switch on output device
It will be transmitted to production line main control box without pipe signal, at this point, production line main control box control feeding cylinder falls, drive and lengthen top
Bar drives simultaneously mutually cuts with scissors the drag link pivoting of dress with lengthening mandril, to drive vertical connecting rod to move upwards while drive L-type
Push plate and the tube sheet that turns over being arranged in L-type push plate move upwards, and turn over tube sheet and are turned to steel pipe by adapter tube slot and fall on pipe inclined-plane, steel
Pipe is in free-falling state, falls into the case where falling the guidance of pipe inclined-plane and receives tube seat.Steel pipe, which enters, to be received after tube seat, if it is flat rectangular tube,
When feeding cylinder rises, the guiding driving plate at the top of it is set, righting pawl will rise simultaneously, will will be crouched in uphill process
It is erected receiving the flat rectangular tube 20 in tube seat, creates conditions for coder stamp in flat rectangular tube narrow side, be also subsequent packing
It creates conditions.Steel pipe, which enters, receives tube seat, has actually fallen on runout table, and under runout table drive, steel pipe is to defeated
Direction moves out；Coder goes up and down cabinet in raised position at this time, and front end positioning plate is in drop-off positions, and steel pipe is by front end positioning plate
Block positioning；The coder lifting cabinet of production line main control box control at this time falls and adjustment screw is driven to fall, adjustment screw
It drives and cuts with scissors the lifting lever of dress around holder pivots with it and front end positioning plate is driven to rise, at the same time, coder goes up and down cabinet
On printing mechanism decline contacted with steel tube surface and steel pipe table body printing stamp；After completing stamp, coder goes up and down cabinet
It rises and front end positioning plate is driven to fall.It loops back and forth like this.
It is aligned cylinder and feeding cylinder synchronization action, every to turn over a steel pipe to falling pipe inclined-plane, alignment cylinder movement is primary,
Steel pipe that storage is passed in pipe device is inwardly pushed away and is allowed to be aligned with front end positioning plate slightly inwardly.
When steel pipe specification changes, it can change by adjusting front-rear position of the perpendicular baffle on horizontal supporting plate and receive the big of tube seat
It is small, by adjusting front-rear position of the tube sheet in L-type push plate is turned over to be adapted with steel pipe specification.
Although disclosing the embodiments of the present invention and attached drawing for the purpose of illustration, those skilled in the art can be with
Understand: departing from the utility model and spirit and scope of the appended claims, various substitutions, changes and modifications are all can
Can, therefore, the scope of the utility model is not limited to the embodiment and attached drawing disclosure of that.
Claims (10)
1. a kind of multi-functional full-automatic steel pipe stamp system, it is characterised in that: by taking pipe device, conveying device, storage to pass pipe dress
It sets, determine face feeding device, alignment means, positioning device, stamp device, output device composition, take pipe device, conveying device, storage
It deposits and passs pipe device, determine face feeding device, output device and be successively horizontally set at main line rollgang side, stamp device is set to
Outbound course one end in side on output device, alignment means are set to storage and pass pipe device steel pipe outbound course side, positioning dress
It sets and is set on output device with the ipsilateral one end of alignment means, the other end is mutually fixedly mounted with stamp device, described to determine face feeding device
It is two groups, determines face feeding device for two groups and be symmetrically disposed on output device, by power mechanism, deposit mechanism, Fan Guan mechanism, helps
Positive mechanism, control mechanism composition, power mechanism, deposit mechanism, Fan Guan mechanism, righting mechanism are all set on output device and turn over
Pipe mechanism, righting mechanism and power mechanism are sequentially connected, and control mechanism one is set on deposit mechanism, and another portion is set to defeated
It is connect on device and with production line main control box signal out.
2. multi-functional full-automatic steel pipe stamp system according to claim 1, it is characterised in that: the deposit mechanism, by
Forestock tube socket, butt tube socket composition, forestock tube socket, butt tube socket are successive to be installed in output device top surface.
3. multi-functional full-automatic steel pipe stamp system according to claim 2, it is characterised in that: the forestock tube socket,
On be formed with and adapter tube slot and fall pipe inclined-plane.
4. multi-functional full-automatic steel pipe stamp system according to claim 2, it is characterised in that: the butt tube socket, by
Horizontal supporting plate, perpendicular baffle composition, horizontal pallets level are installed on forestock tube socket, and perpendicular baffle is movably set in vertically on horizontal supporting plate, horizontal
Tube seat is received in formation between supporting plate, perpendicular baffle and forestock tube socket.
5. multi-functional full-automatic steel pipe stamp system according to claim 1, it is characterised in that: the Fan Guan mechanism, by
It lengthens mandril, drag link, vertical connecting rod, L-type push plate, turn over tube sheet composition, lengthen mandril and be installed in cylinder head vertically, in drag link
Loaded on output device, one end and lengthening mandril hinge fill portion's hinge, the other end and vertical connecting rod lower end hinge dress, L-type push plate, one end hinge dress
In on forestock tube socket, the other end and vertical connecting rod upper end hinge are filled, and are turned over tube sheet and are movably set in L-type push plate.
6. multi-functional full-automatic steel pipe stamp system according to claim 5, it is characterised in that: it is described to turn over tube sheet, thereon
It is formed with oval adjusting hole.
7. multi-functional full-automatic steel pipe stamp system according to claim 1, it is characterised in that: the righting mechanism, by
It is oriented to clamping plate, guiding driving plate, righting pawl composition, guiding clamping plate level is installed on output device, and guiding driving plate is set vertically
It is placed in guiding clamping plate, bottom end is mutually fixedly mounted with mandril is lengthened, and righting pawl is arranged in top.
8. multi-functional full-automatic steel pipe stamp system according to claim 7, it is characterised in that: the righting pawl, thereon
It is formed with arcwall face.
9. multi-functional full-automatic steel pipe stamp system according to claim 1, it is characterised in that: the control mechanism is by
One inductive switch, the second inductive switch, third inductive switch composition, the first inductive switch, the second inductive switch are separately positioned on
On two forestock tube sockets on side adapter tube fluted shaft line, third inductive switch is set on output device central axes, and the first induction is opened
It closes, the second induction is opened, third inductive switch is connect with production line main control box signal.
10. multi-functional full-automatic steel pipe stamp system according to claim 1, it is characterised in that: the positioning device, by
Sleeve, adjustment screw, front end positioning plate, positioning plate guide post, bracket, lifting lever composition are assembled, assembly sleeve, which is installed in, to be beaten
On code device, adjustment screw is screwed in assembly sleeve, and bracket is installed in output device side top surface, and positioning plate is oriented to column symmetry
Output device top surface two sides are installed in, front end positioning plate is slideably positioned in positioning plate guide post, and hinge is loaded in the middle part of lifting lever
On bracket, one end and adjustment screw lower end hinge are filled, and the other end and front end positioning plate hinge fill.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820785676.XU CN208576294U (en) | 2018-05-23 | 2018-05-23 | A kind of multi-functional full-automatic steel pipe stamp system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820785676.XU CN208576294U (en) | 2018-05-23 | 2018-05-23 | A kind of multi-functional full-automatic steel pipe stamp system |
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| Publication Number | Publication Date |
|---|---|
| CN208576294U true CN208576294U (en) | 2019-03-05 |
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ID=65506445
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820785676.XU Active CN208576294U (en) | 2018-05-23 | 2018-05-23 | A kind of multi-functional full-automatic steel pipe stamp system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108481920A (en) * | 2018-05-23 | 2018-09-04 | 天津市天应泰钢管有限公司 | A kind of multi-functional full-automatic steel pipe stamp system |
| CN112223920A (en) * | 2020-09-16 | 2021-01-15 | 西安交通大学 | Automatic marking device and marking equipment for end part of pipe rod body |
-
2018
- 2018-05-23 CN CN201820785676.XU patent/CN208576294U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108481920A (en) * | 2018-05-23 | 2018-09-04 | 天津市天应泰钢管有限公司 | A kind of multi-functional full-automatic steel pipe stamp system |
| CN112223920A (en) * | 2020-09-16 | 2021-01-15 | 西安交通大学 | Automatic marking device and marking equipment for end part of pipe rod body |
| CN112223920B (en) * | 2020-09-16 | 2021-12-28 | 西安交通大学 | Automatic marking device and marking equipment for end part of pipe rod body |
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