CN206702602U - A kind of machining production line of tooth row pipe - Google Patents
A kind of machining production line of tooth row pipe Download PDFInfo
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- CN206702602U CN206702602U CN201720474410.9U CN201720474410U CN206702602U CN 206702602 U CN206702602 U CN 206702602U CN 201720474410 U CN201720474410 U CN 201720474410U CN 206702602 U CN206702602 U CN 206702602U
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- flitch
- tooth
- roller
- discaling roll
- lower gear
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Abstract
The utility model provides a kind of machining production line of tooth row pipe, including bin, flat material machine, gear-hobbing machine, forming machine, high-frequency induction welder, sizing cutting machine；The both sides of frame one end of gear-hobbing machine are fixedly connected with discaling roll frame, discaling roll is provided with upper discaling roll frame, the both ends of upper discaling roll are fixedly connected with power transmission shaft, rotary shaft is in upper discaling roll frame axis connection, lower gear roller is provided with immediately below upper discaling roll, the both ends of lower gear roller are fixedly connected with driving shaft, driving shaft and frame axis connection, lower gear roller is predominantly located in below the table top of frame, the fraction of lower gear roller is exposed to more than table top, the side of lower gear roller is provided with driving motor and gearbox, driving motor drives gearbox and provides power by belt transmission for driving shaft, gap be present between lower gear roller and upper discaling roll, this gap is less than the thickness of slab of flat flitch.The utility model greatly improves productivity ratio and yield rate and effectively reduces employment cost, improves automated production degree.
Description
Technical field：
It the utility model is related to logistics equipment technology field, more particularly to a kind of machining production line of tooth row pipe.
Background technology：
After loading goods inside the van of logistics transportation, in order to prevent that goods is produced mobile or knocked under steam for it
Touch, they sup-port can be utilized between two compartment walls, and goods is fixed.In this way, in the horizontal shape of van
Into some intervals, the goods is controlled to move or prevent to collide with this.
This tooth row pipe is the critical piece for forming support bar, its setting of a certain section in the centre position of tube wall side
There are some teeth, these teeth are the critical pieces for finely tuning distance.And the manufacturing process of these teeth, traditional mode are, steel plate is cut
Afterwards, after pipe being made by tubulation apparatus, fuse is inserted in pipe（Fuse is inserted in pipe, avoids result in manufactured pipe
Big deformation occurs in punching press, the section of fuse is identical with pipe section, and simply the perimeter of section of fuse is less than cutting for pipe
Face girth）, then go out some teeth using a certain section punch forming of the pressing equipment in the centre position of the side wall of pipe one, it is this
The shortcomings that manufacture method is brought is as follows：1st, punching press causes micro- deformation of the tube wall of fuse（Because to the punching press of tube wall side, this side
Micro- deformation can occur for tube wall）, cause fuse to be clamped in pipe, it is difficult to extract.If the 2, stamping press is spent greatly, tube wall is caused to become
Shape is big, then causes pipe calcellation, and percent defective increases.3rd, in view of this processing method, can not use automatic punch, make
Punching press is manually carried out, under productivity ratio.4th, artificial punching press, cause space width and tooth depth uneven, further increase useless
Product rate, and employment cost is big.To solve drawbacks described above, applicant has inquired into the process or set that some shift to an earlier date prefabricated tooth
It is standby, such as, first stamp out one section of tooth on the raw steel of strip, then to strip sheet metal forming, be the defects of this mode：It is this
Technique can only to pre-cut a section strip board carry out punching press after, but there are still production efficiency it is low, space width
With tooth depth it is uneven the problem of, moreover, again during subsequent forming, when strip board bending and molding, can cause space width and
Tooth depth further expands, and adds percent defective.
In view of above-mentioned technical problem is, it is necessary to which the defects of being directed to existing production technology is improved, there is provided a kind of method is simple,
Greatly improve productivity ratio and yield rate and effectively reduce employment cost, a kind of tooth row pipe of raising automated production degree adds
Work production line.
The content of the invention：
The purpose of this utility model is to overcome shortcoming present in prior art, there is provided a kind of method is simple, significantly carries
High production rate and yield rate simultaneously effectively reduce employment cost, improve a kind of processing of tooth row pipe of automated production degree
Line.
To achieve the above object, the utility model discloses a kind of machining production line of tooth row pipe again, it is characterised in that bag
Include bin, flat material machine, gear-hobbing machine, forming machine, high-frequency induction welder, sizing cutting machine；The bin bottom is ladder frame, on ladder frame
Portion's axis connection has transfer roller, and coil of strip is socketed with transfer roller, is hung down on ladder frame by hinge structure connection limited location counterweight, spacing counterweight
And block coil of strip bottom both sides be used for coil of strip rotate when it is spacing, transfer roller end by pin be fixed with uncoiling fork, open
Outermost layer steel plate and secondary outer layer plate paper of the volume fork top pressure in coil of strip, with the rotation of coil of strip, successively shovel opens coil of strip to uncoiling fork
Obtain flitch；The top both sides of flat material machine are fixedly connected with support, and axis connection has multigroup pressure roller and flattens carry-over pinch rolls on support, often
Group pressure roller, every group of pressing carry-over pinch rolls are formed by upper and lower two pinch rollers, and the spacing between two pinch rollers up and down of every group of pressure roller is big
In the thickness of slab of flitch, the thickness of slab being smaller than equal to flitch between two pinch rollers up and down of carry-over pinch rolls is flattened, is set on flat material machine
Motor is equipped with, motor drives two pinch rollers up and down of every group of pressure roller, two pinch rollers up and down of pressing carry-over pinch rolls counter-rotation, pressure roller
Two pinch rollers up and down between spacing and flatten carry-over pinch rolls two pinch rollers up and down between spacing constitute and roll space, press
Two pinch rollers up and down of roller are used for the flexibility for mitigating flitch, and two pinch rollers up and down for flattening carry-over pinch rolls are used to flatten flitch simultaneously
Driving flitch moves and then obtains flat flitch, i.e. and twitch flat flitch and then drive the coil of strip rotation on bin, while by flat flitch
It is delivered to gear-hobbing machine.
Further, the both sides of frame one end of gear-hobbing machine are fixedly connected with discaling roll frame, are provided with upper discaling roll frame
Discaling roll, the both ends of upper discaling roll are fixedly connected with power transmission shaft, and rotary shaft is provided with immediately below upper discaling roll frame axis connection, upper discaling roll
Lower gear roller, the both ends of lower gear roller are fixedly connected with driving shaft, and driving shaft and frame axis connection, lower gear roller are predominantly located in frame
Table top below, the fraction of lower gear roller is exposed to more than table top, and the side of lower gear roller is provided with driving motor and gearbox, pass
Dynamic motor driving gearbox simultaneously provides power by belt transmission for driving shaft, gap be present between lower gear roller and upper discaling roll, this
Gap is less than the thickness of slab of flat flitch.
Further, if upper discaling roll, lower gear roller roll surface integrally formed being provided with continuously or discontinuously in centre position
It is dry to roll tooth, the depression that tooth forms L shapes or V shapes on roll surface is rolled, after flat flitch enters the gap between discaling roll and lower gear roller,
Because the rotation of lower gear roller makes flat flitch be dragged into gap, after discaling roll is clamped in flat flitch with lower gear roller and is engaged
Roll tooth between, roll some regulation teeth being rolled over foring on flat flitch continuously or discontinuously of tooth, and then form flat flitch
Tooth flitch is simultaneously delivered to forming machine by tooth flitch.
Further, the one or both ends of forming machine are fixedly connected with retainer plate, if forming machine top is provided with dry forming
There is compression roller unit, the both sides of forming unit by rotating shaft axis connection, and the lateral wall of compression roller is provided with the extruding arc wall of indent,
The spacing between compression roller per composing type unit is sequentially reduced, tooth flitch enters carried by retainer plate after successively by it is multiple into
Type unit, because spacing reduces successively between compression roller, then by the both sides of tooth flitch, along extruding, arc wall is upward to be bent to
Type, the both sides of tooth flitch are bent upwards to form curling wall, and two curling wall ends are bonded each other, and then form tooth row pipe, tooth
A side wall of the comb with regulation tooth is in plane, and the opposite side of tooth row pipe is in inverted U-shaped.
Further, high-frequency induction welder is welded for the junction of two curling wall ends, forms one of weld seam.
Further, tooth row pipe passes through sizing cutting machine, and cutting obtains the tooth row pipe of some same sizes.
Further, the rear of sizing cutting machine is provided with coldplate, and the bottom of coldplate is fixedly installed material supporting rack, cold
But intralamellar part is provided with circulation line, and circulation line is interior to have cooling water by pump circulation, and the tooth row pipe after cutting drops in coldplate
Temperature cooling.
Compared with prior art, advantage is the utility model：Method is simple, greatly improves productivity ratio and yield rate and effective
Employment cost is reduced, improves automated production degree, is specially：
The utility model since coil of strip up to the pipe integrated operation of tooth row is prepared, only need 1-2 worker's migration in
Each equipment room of production line, each equipment traffic-operating period of detection management, production efficiency improve more than ten times, and yield rate improves.
The processing method of tooth row pipe, comprises the following steps：A, coil of strip is suspended on bin, and flitch is obtained by bin uncoiling；
B, flitch rolls by flat material machine and smooth obtains flat flitch；Characterized in that, further comprise following steps：
C, it is being interrupted after flat flitch is by gear-hobbing machine, in the middle part of tooth flitch or continuous suppress some regulation teeth and then shape
Into tooth flitch；
D, after tooth flitch is by steel tube shaping machine, by multiple forming unit extrusion formings on steel tube shaping machine, tooth flitch
Both sides be bent upwards to form curling wall, two curling wall ends are bonded each other, and then form tooth row pipe, tooth row pipe with adjust
The side wall for saving tooth is in plane, and the opposite side of tooth row pipe is in inverted U-shaped；
E, tooth row pipe passes through high-frequency induction welder, and two curling wall ends are welded, and forms one of weld seam, while weld seam is entered
The smooth polishing of row；
F, the tooth row pipe after smooth polishing passes through sizing cutting machine, and cutting obtains the tooth row pipe of some same sizes.
Further comprise following steps：
After step C, to tooth flitch by heating in medium frequency stove heat, beneficial to the extrusion forming of step D steel tube shaping machine
Operation.
Further comprise following steps：
After F-step, the tooth row pipe of some same sizes but, in coldplate is pumped into water by cooling bay by coldplate etc. and entered
Water-filling circulating cooling.
Brief description of the drawings：
Fig. 1 is the leading portion of production line of the present utility model（Because whole line can not be put into document, therefore whole line chart paper is divided into leading portion
And back segment）.
Fig. 2 is the back segment of production line of the present utility model.（Because whole line can not be put into document, therefore before whole line chart paper is divided into
Section and back segment）
Fig. 3 is the gear hobbing view of gear-hobbing machine of the present utility model.
Fig. 4 is a kind of surface structure schematic diagram of upper discaling roll of the present utility model and lower gear roller.
Fig. 5 is another surface structure schematic diagram of upper discaling roll of the present utility model and lower gear roller.
Fig. 6 is a kind of tooth flitch structure that upper discaling roll and lower gear roller through Fig. 4 roll to obtain.
Fig. 7 is a kind of tooth flitch structure that upper discaling roll and lower gear roller through Fig. 5 roll to obtain.
Fig. 8 is the structural representation of a composing type unit of the utility model forming machine.
Accompanying drawing identifies：
1st, spacing counterweight 2, uncoiling fork 3, coil of strip
4th, bin 5, flitch 51, flat flitch
511st, tooth flitch 5111, tooth row pipe 6, flat material machine
7th, pressure roller 71, flatten carry-over pinch rolls 8, roll space
9th, upper discaling roll frame 10, power transmission shaft 11, upper discaling roll
12nd, lower gear roller 13, gear-hobbing machine 14, driving motor
15th, gearbox 16, driving shaft 17, roll tooth
18th, retainer platform 19, compression roller 20, rotating shaft
21st, arc wall 22, curling wall 23, forming machine are extruded
24th, forming unit 25, high-frequency induction welder 26, sizing cutting machine
27th, coldplate 28, material supporting rack
Embodiment：
As shown in figures 1-8, Fig. 1 is the leading portion of production line of the present utility model（Because whole line can not be put into document, therefore by whole line
Drawing is divided into leading portion and back segment）.Fig. 2 is the back segment of production line of the present utility model.（Because whole line can not be put into document, therefore will be whole
Line chart paper is divided into leading portion and back segment）Fig. 3 is the gear hobbing view of gear-hobbing machine of the present utility model.Fig. 4 is the utility model
Upper discaling roll and lower gear roller a kind of surface structure schematic diagram.Fig. 5 is the another kind of upper discaling roll of the present utility model and lower gear roller
Surface structure schematic diagram.Fig. 6 is a kind of tooth flitch structure that upper discaling roll and lower gear roller through Fig. 4 roll to obtain.Fig. 7 is through Fig. 5
Upper discaling roll and lower gear roller roll a kind of obtained tooth flitch structure.Fig. 8 is a composing type unit of the utility model forming machine
Structural representation.
The utility model discloses a kind of machining production line of tooth row pipe, it is characterised in that including bin 4, flat material machine 6,
Gear-hobbing machine 13, forming machine 23, high-frequency induction welder 25, sizing cutting machine 26；The bottom of bin 4 is ladder frame, ladder frame upper axis
Transfer roller is connected with, is socketed with coil of strip 3 on transfer roller, limited location counterweight 1 is connected by hinge structure on ladder frame, spacing counterweight 1 is hung down
And block the bottom of coil of strip 3 both sides be used for coil of strip 3 rotate when it is spacing, transfer roller end by pin be fixed with uncoiling pitch 2,
Outermost layer steel plate and time outer layer plate paper of 2 top pressures in coil of strip 3 are pitched in uncoiling, and with the rotation of coil of strip 3, uncoiling fork 2 successively shovels
Open coil of strip 3 and obtain flitch 5；The top both sides of flat material machine 6 are fixedly connected with support, and axis connection has multigroup pressure roller 7 and pressure on support
Flat carry-over pinch rolls 71, every group of pressure roller 7, every group of pressing carry-over pinch rolls 71 are formed by upper and lower two pinch rollers, two up and down of every group of pressure roller 7
Spacing between pinch roller is more than the thickness of slab of flitch, flatten between two pinch rollers up and down of carry-over pinch rolls 71 be smaller than be equal to flitch
Thickness of slab, be provided with motor on flat material machine 6, motor drive two pinch rollers up and down of every group of pressure roller 7, flatten carry-over pinch rolls 71 up and down
Two pinch rollers are counter-rotation, the spacing between two pinch rollers up and down of pressure roller 7 with flatten carry-over pinch rolls 71 two pinch rollers up and down it
Between spacing constitute and roll space 8, two pinch rollers up and down of pressure roller 7 are used for the flexibility for mitigating flitch 5, flatten carry-over pinch rolls 71
Two pinch rollers up and down be used to flatten flitch 5 while drive flitch 5 to move and then obtain flat flitch 51, i.e. twitch flat flitch 51
And then drive the coil of strip 3 on bin 4 to rotate, while flat flitch 51 is delivered to gear-hobbing machine 13.Further, the machine of gear-hobbing machine 13
The both sides of frame one end are fixedly connected with discaling roll frame 9, and discaling roll 11 is provided with upper discaling roll frame, and the both ends of upper discaling roll 11, which are fixed, to be connected
Power transmission shaft 10 is connected to, rotary shaft 10 is provided with lower gear roller 12, lower gear roller in the upper axis connection of discaling roll frame 9, the underface of upper discaling roll 11
12 both ends are fixedly connected with driving shaft 16, driving shaft 16 and frame axis connection, the platform for being predominantly located in frame of lower gear roller 12
Below face, the fraction of lower gear roller is exposed to more than table top, and the side of lower gear roller is provided with driving motor 14 and gearbox 15, is passed
Dynamic motor 14 drives gearbox 15 and is that driving shaft 16 provides power by belt transmission, is deposited between lower gear roller 12 and upper discaling roll 11
In gap, this gap is less than the thickness of slab of flat flitch 51.Further, upper discaling roll 11, lower gear roller 12 roll surface centre position one
It is body formed continuously or discontinuously be provided with it is some roll tooth 17, roll the depression that tooth 17 forms L shapes or V shapes on roll surface, flat flitch
After 51 enter the gap between discaling roll 11 and lower gear roller 12, because the rotation of lower gear roller makes flat flitch be dragged into gap, after
And make discaling roll and lower gear roller by flat flitch 51 be clamped in after engaging roll tooth between, roll being rolled on flat flitch 51 of tooth 17
Some regulation teeth 171 continuously or discontinuously are formd, and then flat flitch 51 is formed tooth flitch 511 and tooth flitch is delivered into shaping
Machine 23.Further, the one or both ends of forming machine 23 are fixedly connected with retainer plate 18, the top of forming machine 23 be provided with it is some into
There is a compression roller 19 type unit 24, the both sides of forming unit 24 by the axis connection of rotating shaft 20, in the lateral wall of compression roller 19 is provided with
Recessed extruding arc wall 21, the spacing between compression roller 19 per composing type unit 24 are sequentially reduced, and tooth flitch 511 enters by retainer
Plate 18 passes through multiple forming units 24 successively after carrying, because spacing reduces successively between compression roller, then by the two of tooth flitch 511
Side is along extruding 21 upward brake forming of arc wall, and the both sides of tooth flitch 511 are bent upwards to form curling wall 22, two curlings
The end of wall 22 is bonded each other, and then forms tooth row pipe 5111, and a side wall of the tooth row pipe 5111 with regulation tooth 171 is in plane
Shape, the opposite side of tooth row pipe is in inverted U-shaped.Further, high-frequency induction welder 25 is used for the junction of two curling wall ends
Welded, form one of weld seam.Further, tooth row pipe 5111 passes through sizing cutting machine 26, and cutting obtains some same sizes
Tooth row pipe 5111.Further, the rear of sizing cutting machine 26 is provided with coldplate 27, the bottom fixed setting of coldplate 27
There is material supporting rack 28, coldplate 27 is internally provided with circulation line, and circulation line is interior to have cooling water by pump circulation, and coldplate will be cut
The cooling down of tooth row pipe 5111 after cutting.
Comparative test：
Exemplified by producing 10000 900mm long tooth combs, with the prior art manner of background technology and of the present utility model
Processing method prepares this 10000 rooted tooth comb respectively, is listed as follows：
| Group | Manually | Percent defective | Automaticity |
| Prior art | 97 people work 8 hours and complete 10000. | 12-15% | Nothing |
| The present invention | 5 people work 8 hours and complete 10000. | Nothing | All automations |
Compared with prior art, advantage is the utility model：Method is simple, greatly improves productivity ratio and yield rate and effective
Employment cost is reduced, improves automated production degree, is specially：
The utility model since coil of strip up to the pipe integrated operation of tooth row is prepared, only need 1-2 worker's migration in
Each equipment room of production line, each equipment traffic-operating period of detection management, production efficiency improve more than ten times, high yield rate.This practicality
The processing method of Novel toothed comb, comprises the following steps：A, coil of strip is suspended on bin, and flitch is obtained by bin uncoiling；B, expect
Plate rolls by flat material machine and smooth obtains flat flitch；Characterized in that, further comprise following steps：
C, it is being interrupted after flat flitch is by gear-hobbing machine, in the middle part of tooth flitch or continuous suppress some regulation teeth and then shape
Into tooth flitch；
D, after tooth flitch is by steel tube shaping machine, by multiple forming unit extrusion formings on steel tube shaping machine, tooth flitch
Both sides be bent upwards to form curling wall, two curling wall ends are bonded each other, and then form tooth row pipe, tooth row pipe with adjust
The side wall for saving tooth is in plane, and the opposite side of tooth row pipe is in inverted U-shaped；
E, tooth row pipe passes through high-frequency induction welder, and two curling wall ends are welded, and forms one of weld seam, while weld seam is entered
The smooth polishing of row；
F, the tooth row pipe after smooth polishing passes through sizing cutting machine, and cutting obtains the tooth row pipe of some same sizes.
Further comprise following steps：
After step C, to tooth flitch by heating in medium frequency stove heat, beneficial to the extrusion forming of step D steel tube shaping machine
Operation.
Further comprise following steps：
After F-step, the tooth row pipe of some same sizes but, in coldplate is pumped into water by cooling bay by coldplate etc. and entered
Water-filling circulating cooling.
Claims (7)
1. a kind of machining production line of tooth row pipe, it is characterised in that including bin（4）, flat material machine（6）, gear-hobbing machine（13）, shaping
Machine（23）, high-frequency induction welder（25）, sizing cutting machine（26）；The bin（4）Bottom is ladder frame, and ladder frame upper axis is connected with
Transfer roller, coil of strip is socketed with transfer roller（3）, pass through hinge structure on ladder frame and connect limited location counterweight（1）, spacing counterweight（1）Hang down
And block coil of strip（3）The both sides of bottom are used for coil of strip（3）Spacing during rotation, transfer roller end is fixed with uncoiling by pin
Fork（2）, uncoiling fork（2）Top pressure is in coil of strip（3）Outermost layer steel plate and time outer layer plate paper, with coil of strip（3）Rotation, open
Volume fork（2）Successively shovel opens coil of strip（3）Obtain flitch（5）；Flat material machine（6）Top both sides be fixedly connected with support, axle on support
It is connected with multigroup pressure roller（7）With pressing carry-over pinch rolls（71）, every group of pressure roller（7）, every group of pressing carry-over pinch rolls（71）By upper and lower two
Pinch roller is formed, every group of pressure roller（7）Two pinch rollers up and down between spacing be more than flitch thickness of slab, flatten carry-over pinch rolls（71）It is upper
The thickness of slab being smaller than equal to flitch between lower two pinch rollers, flat material machine（6）On be provided with motor, motor drives every group of pressure roller
（7）Two pinch rollers up and down, flatten carry-over pinch rolls（71）Two pinch rollers up and down it is counter-rotation, pressure roller（7）Two pinch rollers up and down
Between spacing with flatten carry-over pinch rolls（71）Two pinch rollers up and down between spacing constitute and roll space（8）, pressure roller（7）'s
Upper and lower two pinch rollers are used to mitigate flitch（5）Flexibility, flatten carry-over pinch rolls（71）Two pinch rollers up and down be used to flatten flitch
（5）Drive flitch simultaneously（5）Move and then obtain flat flitch（51）, i.e. twitch flat flitch（51）And then drive bin（4）On
Coil of strip（3）Rotation, while by flat flitch（51）It is delivered to gear-hobbing machine（13）.
2. the machining production line of tooth row pipe according to claim 1, it is characterised in that gear-hobbing machine（13）Frame one end two
Side is fixedly connected with discaling roll frame（9）, discaling roll is provided with upper discaling roll frame（11）, upper discaling roll（11）Both ends be fixedly connected with
Power transmission shaft（10）, rotary shaft（10）In upper discaling roll frame（9）Axis connection, upper discaling roll（11）Underface be provided with lower gear roller（12）,
Lower gear roller（12）Both ends be fixedly connected with driving shaft（16）, driving shaft（16）With frame axis connection, lower gear roller（12）Big portion
Divide below the table top of frame, the fraction of lower gear roller is exposed to more than table top, and the side of lower gear roller is provided with driving motor
（14）And gearbox（15）, driving motor（14）Drive gearbox（15）And by belt transmission it is driving shaft（16）There is provided dynamic
Power, lower gear roller（12）With upper discaling roll（11）Between gap be present, this gap is less than flat flitch（51）Thickness of slab.
3. the machining production line of tooth row pipe according to claim 2, it is characterised in that upper discaling roll（11）, lower gear roller（12）'s
Integrally formed being provided with and some roll tooth continuously or discontinuously in the centre position of roll surface（17）, roll tooth（17）L is formed on roll surface
The depression of shape or V shapes, flat flitch（51）Enter discaling roll（11）With lower gear roller（12）Between gap after, because lower gear roller turn
It is dynamic flat flitch is dragged into gap, then make discaling roll and lower gear roller by flat flitch（51）Be clamped in engagement after roll tooth it
Between, roll tooth（17）Be rolled over flat flitch（51）On form some regulation teeth continuously or discontinuously（171）, and then make flat flitch
（51）Form tooth flitch（511）And tooth flitch is delivered into forming machine（23）.
4. the machining production line of tooth row pipe according to Claims 2 or 3, it is characterised in that forming machine（23）One end or two
End is fixedly connected with retainer plate（18）, forming machine（23）Top is provided with some forming units（24）, forming unit（24）Two
Side passes through rotating shaft（20）Axis connection has compression roller（19）, compression roller（19）Lateral wall be provided with the extruding arc wall of indent（21）,
Per composing type unit（24）Compression roller（19）Between spacing be sequentially reduced, tooth flitch（511）Into by retainer plate（18）Hold
Pass through multiple forming units after load successively（24）, because spacing reduces successively between compression roller, then by tooth flitch（511）Both sides
Along extruding arc wall（21）Upward brake forming, tooth flitch（511）Both sides be bent upwards to form curling wall（22）, two
Crimp wall（22）End is bonded each other, and then forms tooth row pipe（5111）, tooth row pipe（5111）With regulation tooth（171）One
Side wall is in plane, and the opposite side of tooth row pipe is in inverted U-shaped.
5. the machining production line of tooth row pipe according to claim 4, it is characterised in that high-frequency induction welder（25）For two curlings
The junction of wall end is welded, and forms one of weld seam.
6. the machining production line of tooth row pipe according to claim 4, it is characterised in that tooth row pipe（5111）By Length-fixing cutting
Machine（26）, cut and obtain the tooth row pipe of some same sizes（5111）.
7. the machining production line of tooth row pipe according to claim 4, it is characterised in that sizing cutting machine（26）Rear set
There is coldplate（27）, coldplate（27）Bottom be fixedly installed material supporting rack（28）, coldplate（27）It is internally provided with circulation pipe
Road, there is a cooling water by pump circulation in circulation line, coldplate is by the tooth row pipe after cutting（5111）Cooling down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720474410.9U CN206702602U (en) | 2017-05-02 | 2017-05-02 | A kind of machining production line of tooth row pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720474410.9U CN206702602U (en) | 2017-05-02 | 2017-05-02 | A kind of machining production line of tooth row pipe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206702602U true CN206702602U (en) | 2017-12-05 |
Family
ID=60457831
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720474410.9U Active CN206702602U (en) | 2017-05-02 | 2017-05-02 | A kind of machining production line of tooth row pipe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206702602U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107866677A (en) * | 2017-12-06 | 2018-04-03 | 江阴戴勒姆动力设备有限公司 | A kind of energy-saving helix fin tooth punching device |
| CN112643873A (en) * | 2020-12-22 | 2021-04-13 | 湖北垚美软瓷有限公司 | Production line for processing novel soft porcelain |
-
2017
- 2017-05-02 CN CN201720474410.9U patent/CN206702602U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107866677A (en) * | 2017-12-06 | 2018-04-03 | 江阴戴勒姆动力设备有限公司 | A kind of energy-saving helix fin tooth punching device |
| CN107866677B (en) * | 2017-12-06 | 2023-11-28 | 江阴戴勒姆动力设备有限公司 | Energy-saving spiral fin tooth-forming device |
| CN112643873A (en) * | 2020-12-22 | 2021-04-13 | 湖北垚美软瓷有限公司 | Production line for processing novel soft porcelain |
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