CN205685010U - A kind of bolt forge hot undergauge automatic assembly line - Google Patents
A kind of bolt forge hot undergauge automatic assembly line Download PDFInfo
- Publication number
- CN205685010U CN205685010U CN201620631727.4U CN201620631727U CN205685010U CN 205685010 U CN205685010 U CN 205685010U CN 201620631727 U CN201620631727 U CN 201620631727U CN 205685010 U CN205685010 U CN 205685010U
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- China
- Prior art keywords
- undergauge
- temperature control
- chamfering
- groove
- guide rail
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Abstract
The utility model discloses a kind of bolt forge hot undergauge automatic assembly line, including chamfering undergauge all-in-one, undergauge oil cylinder, temperature control feeding device, described chamfering undergauge all-in-one includes frame, conveyer device, facing attachment, reducing device, described undergauge oil cylinder includes that undergauge locating piece, undergauge cylinder body, undergauge groove, demoulding push rod, control axis, described temperature control feeding device include heating tank, temperature inductor, the first temperature control maincenter, the second temperature control maincenter, machinery feeding hands, servomotor, hydraulic system.This utility model enable that and enough makes the chamfering of bolt and undergauge carry out on same equipment, the charging conveying of full automatic bolt can also be realized simultaneously, production efficiency is high, it is possible to make undergauge oil cylinder voluntarily bolt be carried out undergauge operation, it is possible to make bolt heat forging process the most controlled.
Description
[technical field]
This utility model relates to the technical field of bolt forge hot, the skill of a kind of bolt forge hot undergauge automatic assembly line
Art field.
[background technology]
Under the prior art, all processing with instrument lathe during processing blank chamfering, production efficiency is low, and chamfered part size is not
Unanimously, the shortcoming such as safety is low.Under the prior art, the bar portion of screw thread, diameter often has various size requirement, it is necessary to right
Thread rod part carries out tube reducing, and traditional handicraft is to process with lathe or punch press, there is efficiency low, and concentricity has deviation, produces into
This height, the shortcomings such as contracting pole length is restricted, mould easily damage.Under the prior art, before forge hot during the heating of bolt blank head
It is all to utilize manual control, heat time heating time to have length, easily occurs that blank temperature is too low or too high, having of these phenomenons
It is likely to result in bolt and takes off head or decarburization, easily break mould or sticking to mould, the quality of bolt is produced serious consequence.Existing
Under technology, after forge hot blank heating, it is all to utilize manual operation, blank to enter the mould time to have speed, causes the blank temperature heated
Spend variant, cause the inconsistent of product size.Being the most all to use mechanical press, mechanical press's stroke is short, and
Often hot forged bolt length exceedes punching machine stroke, so can only use the forge hot that moves moulds, and causes upper and lower mould concentricity to be forbidden, on
Blanking velocity is slow.
[utility model content]
The purpose of this utility model solves the problems of the prior art exactly, proposes a kind of bolt forge hot undergauge and automatically produces
Line, it is possible to the chamfering and the undergauge that allow to bolt are carried out on same equipment, can also realize full automatic simultaneously
Bolt charging conveying, simple to operate, production efficiency is high, it is possible to makes undergauge oil cylinder voluntarily bolt be carried out undergauge operation, eliminates
The step of additionally mounted stem reducing mould, the ejection device voluntarily of the bolt after undergauge can also be eliminated additionally by undergauge oil cylinder simultaneously
The trouble of equipment stripper apparatus, simple in construction, undergauge efficiency is high, it is possible to make bolt heat forging process the most controlled, according to bolt
Average temperature data carries out feeding, it is ensured that being heated of each workpiece is consistent, so that it is guaranteed that the quality balance of final products, it is possible to make
The feeding of bolt undergauge is carried out by batch, has only to change the slide plate pay-off damaged, the feeding to other during maintenance
Device is entirely without impact, simple for structure, easy installation and removal, it is simple to safeguard, what effective guarantee produced stable is quickly carried out,
Bolt can be made in different undergauge operations, be automatically delivered to process equipment with suitable machining angle, easy to operate, structure letter
It is single, it is possible to continual automatically carrying out bolt carries operation, is effectively reduced artificial conveyance and feeds the operation exception caused,
Production is made to carry out efficiently more in order.
For achieving the above object, the utility model proposes a kind of bolt forge hot undergauge automatic assembly line, contract including chamfering
Footpath all-in-one, undergauge oil cylinder, temperature control feeding device, including frame, conveyer device, facing attachment, reducing device, described conveying fills
Put, facing attachment, reducing device are arranged in frame, and described conveyer device includes that feeding mechanical folder, feed ramp, chamfering are sliding
Plate, undergauge slide plate, discharging machinery folder, the first guide rail, the second guide rail, the 3rd guide rail, the quantity of described first guide rail at least two
Root, described first guide rail parallel is arranged, and described feed ramp, chamfering slide plate, undergauge slide plate are sequentially arranged on the first guide rail, institute
State feed ramp, chamfering slide plate, undergauge slide plate top are provided with multiple feeding V-groove, described feeding mechanical folder be arranged on into
Directly over the initial position of material slide plate, described feeding mechanical folder is arranged on the second guide rail, described second guide rail and the first guide rail
The most orthogonal, described discharging machinery sandwiched is put directly over the final position of undergauge slide plate, described discharging machine
Tool folder is arranged on the 3rd guide rail, and described 3rd guide rail and the first guide rail are the most orthogonal, described facing attachment
Including chamfering clamp, chamfering rotating disk sword, described chamfering clamp is arranged on frame side, and described chamfering rotating disk sword is arranged on chamfering folder
The frame side that tool is corresponding, described reducing device is arranged in the left side frame of facing attachment；Described undergauge oil cylinder includes undergauge
Locating piece, undergauge cylinder body, undergauge groove, demoulding push rod, control axis, described undergauge groove is arranged in undergauge cylinder body, described undergauge
The bottom of groove is provided with demoulding push rod, and the bottom of described demoulding push rod connects has demoulding oil jar, the top of described demoulding push rod to set
Being equipped with demoulding tray, the bottom of described demoulding tray is provided with groove height induction apparatus, and the bottom of described undergauge cylinder body is provided with
Control axis, described undergauge locating piece just opening direction to undergauge groove；Described temperature control feeding device includes heating tank, temperature sense
Answer device, the first temperature control maincenter, the second temperature control maincenter, machinery feeding hands, servomotor, hydraulic system, the quantity of described heating tank
Having some, described heating tank sidewall is provided with some temperature inductors, described first temperature control maincenter is positioned at immediately below heating tank,
Described temperature inductor and the first temperature control maincenter are connected one by one, and described second temperature control maincenter and the first temperature control maincenter are connected one by one,
Described machinery feeding hands is arranged on the side of heating tank, and the bottom of described machinery feeding hands is provided with a set of servomotor and hydraulic pressure
System, described second temperature control maincenter is connected one by one with servomotor and hydraulic system.
As preferably, described feed ramp, chamfering slide plate, undergauge slide plate are electric step slide plate, and described charging is sliding
Plate immediately below facing attachment and feeding mechanical press from both sides between move back and forth, described chamfering slide plate facing attachment and reducing device it
Between move back and forth, described undergauge slide plate immediately below discharging machinery presss from both sides between move back and forth, described feeding mechanical folder, charging are sliding
The quantity of plate, chamfering slide plate, undergauge slide plate, discharging machinery folder is one, and described feeding mechanical folder, discharging machinery folder are electronic
Step mechanical gearing mechanism presss from both sides, described second guide rail and the 3rd the length of guide rail be all higher than the width of frame, the right side of described reducing device
It is provided with cylinder apparatus on side frame, described cylinder apparatus is provided with some painting oil nozzles.
As preferably, the top of described undergauge cylinder body is provided with moulding step, described moulding step be shaped as annular,
The top of described demoulding tray is provided with undertaking groove, described undertaking groove be shaped as circular arc, described undertaking groove is
Vicarious groove, the circular groove being shaped as bottom level of described undergauge groove, the sensing direction of described groove height induction apparatus is the most right
The bottom of undergauge groove, described control axis is connected one by one with groove height induction apparatus, demoulding oil jar, undergauge cylinder body, undertaking groove respectively.
As preferably, the quantity of described heating tank at least four, at least provided with four temperature senses on each heating tank
Device, described temperature inductor is answered uniformly to be circumferentially positioned on heating tank sidewall, the quantity of described first temperature control maincenter and heating tank
Quantity identical, each first temperature control maincenter is connected one by one with all temperature inductors of surface heating tank, described mechanically
The quantity of material hands and the second temperature control maincenter is identical, and the quantity of described second temperature control maincenter at least one, in each second temperature control
Pivot is respectively connected with a set of servomotor and hydraulic system.
The beneficial effects of the utility model: this utility model is by by chamfering undergauge all-in-one, undergauge oil cylinder, temperature control feeding
Device combines, and through optimum experimental, facing attachment can carry out chamfering operation and ensure the quality of undergauge operation bolt,
Conveyer device can be stablized the reducing device that is delivered to by bolt of specification and carry out undergauge operation, before cylinder apparatus can be to undergauge
Bolt carries out Anti-cracking oiling pretreatment, improves the quality of undergauge bolt further, and all above step can be at same equipment
On uninterruptedly carry out, operate full automation, largely avoided the impact of manpower factor, improve production efficiency and quality；Contracting
Footpath cylinder body can carry out undergauge to bolt, and moulding platform is possible to prevent the notch of undergauge groove to deform, and undergauge locating piece can ensure that
Bolt is in suitable undergauge position, and groove height induction apparatus coordinates control axis can make at demoulding push rod in place, to enter
And coordinate vicarious to accept groove and control the undergauge length of bolt；Temperature inductor can fully measure heating tank different loci
Real time temperature, it is ensured that measuring the true of numerical value, the first temperature control maincenter can collect the measurement numerical value of temperature inductor and be counted
Calculating, it is concurrent that the second temperature control maincenter calculates walking journey under servomotor and hydraulic system according to the evaluation of the first temperature control maincenter
Go out signal, servomotor and hydraulic system to expect on hand according to signal controlling machine tool feeding.This utility model enable that and enough makes spiral shell
Chamfering and the undergauge of bolt are carried out on same equipment, can also realize the charging conveying of full automatic bolt, operation simultaneously
Simply, production efficiency is high, utilizes hydraulic pressure or pressure technology, processing workpiece is automatically fed into fixing mould, and workpiece pressing, then with joining
The portable unit head having optoelectronic induction cuts, and has cut rear workpiece automatic demoulding, blanking, has efficiency height, size essence
The advantage that degree is high, safety is high, integrates automatization's feeding, fixed length undergauge, the demoulding, blanking, it is possible to make undergauge oil cylinder voluntarily
Bolt being carried out undergauge operation, eliminates the step of additionally mounted stem reducing mould, undergauge oil cylinder can also be to the spiral shell after undergauge simultaneously
Bolt ejection device voluntarily, eliminates the trouble additionally equipping stripper apparatus, simple in construction, and undergauge efficiency is high, improves reducing diameter part
Point steel density, tensile strength, concentricity, it is ensured that the technological requirement after the screw thread rolled thread of bolt, it is possible to make bolt forge hot
Process is the most controlled, carries out feeding according to the average temperature data of bolt, it is ensured that being heated of each workpiece is consistent, so that it is guaranteed that
The quality balance of finished product, uses robot to replace manpower that forge hot workpiece carries out the mould that comes in and goes out, and displacement accuracy is high, action sensitivity
Height, reaches the persistence to temperature controlled concordance and production, uses servo-hydraulic device, can be according to the length of workpiece
Degree, automatically controls stroke height, in the case of not moving lower mold, has enough spaces allow robot feeding between upper and lower mould,
Improve the quality of production efficiency and bolt head, it is possible to make the feeding of bolt undergauge carry out by batch, only need during maintenance
The slide plate pay-off of damage to be changed, on other pay-off entirely without impact, simple for structure, easy installation and removal,
Being easy to safeguard, what effective guarantee produced stable is quickly carried out, it is possible to make bolt in different undergauge operations, automatically with suitably
Machining angle is delivered to process equipment, easy to operate, simple in construction, it is possible to continual automatically carrying out bolt carries operation,
It is effectively reduced artificial conveyance and feeds the operation exception caused, be to produce to carry out efficiently more in order.
Feature of the present utility model and advantage will combine accompanying drawing by embodiment and be described in detail.
[accompanying drawing explanation]
Fig. 1 is the structural representation of this utility model a kind of bolt forge hot undergauge automatic assembly line；
Fig. 2 is the structural representation of the chamfering undergauge all-in-one of this utility model a kind of bolt forge hot undergauge automatic assembly line
Figure；
Fig. 3 is the structural representation of the undergauge oil cylinder of this utility model a kind of bolt forge hot undergauge automatic assembly line；
Fig. 4 is the structural representation of the temperature control feeding device of this utility model a kind of bolt forge hot undergauge automatic assembly line.
In figure: 1-chamfering undergauge all-in-one, 2-undergauge oil cylinder, 3-temperature control feeding device, 101-frame, 102-carry dress
Put, 103-facing attachment, 104-reducing device, 105-feeding mechanical folder, 106-feed ramp, 107-chamfering slide plate, 108-contract
Footpath slide plate, 109-discharging machinery folder, 110-the first guide rail, 111-the second guide rail, 112-the 3rd guide rail, 113-feeding V-groove,
114-chamfering clamp, 115-chamfering rotating disk sword, 116-cylinder apparatus, 201-undergauge locating piece, 202-undergauge cylinder body, 203-undergauge
Groove, 204-demoulding push rod, 205-control axis, 206-demoulding oil jar, 207-demoulding tray, 208-groove height induction apparatus, 209-
Moulding step, 210-accept groove, 301-heating tank, 302-temperature inductor, 303-the first temperature control maincenter, 304-the second temperature control
Maincenter, 305-machinery feeding hands, 306-servomotor, 307-hydraulic system.
[detailed description of the invention]
Refering to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, this utility model one bolt forge hot undergauge automatic assembly line, contract including chamfering
Footpath all-in-one 1, undergauge oil cylinder 2, temperature control feeding device 3, described chamfering undergauge all-in-one 1 include frame 101, conveyer device 102,
Facing attachment 103, reducing device 104, described conveyer device 102, facing attachment 103, reducing device 104 are arranged at frame
On 101, described conveyer device 102 includes feeding mechanical folder 105, feed ramp 106, chamfering slide plate 107, undergauge slide plate 108, goes out
Material machinery folder 109, first guide rail the 110, second guide rail the 111, the 3rd guide rail 112, the quantity of described first guide rail 110 at least two
Root, described first guide rail 110 be arranged in parallel, and described feed ramp 106, chamfering slide plate 107, undergauge slide plate 108 are sequentially arranged at
On first guide rail 110, described feed ramp 106, chamfering slide plate 107, undergauge slide plate 108 top are provided with multiple feeding V-type
Groove 113, described feeding mechanical folder 105 is arranged on directly over the initial position of feed ramp 106, described feeding mechanical folder 105 peace
Being contained on the second guide rail 111, described second guide rail 111 is the most orthogonal with the first guide rail 110, described discharging machine
Tool folder 109 is arranged on directly over the final position of undergauge slide plate 108, and described discharging machinery folder 109 is arranged on the 3rd guide rail 112
On, described 3rd guide rail 112 is the most orthogonal with the first guide rail 110, and described facing attachment 103 includes that chamfering is pressed from both sides
Tool 114, chamfering rotating disk sword 115, described chamfering clamp 114 is arranged on frame 101 side, and described chamfering rotating disk sword 115 is arranged on
Frame 101 side of chamfering clamp 114 correspondence, described reducing device 104 is arranged in the left side frame 101 of facing attachment 103,
Described feed ramp 106, chamfering slide plate 107, undergauge slide plate 108 are electric step slide plate, and described feed ramp 106 is being fallen
Moving back and forth between immediately below angle apparatus 103 and feeding mechanical folder 105, described chamfering slide plate 107 is at facing attachment 103 and undergauge
Moving back and forth between device 104, described undergauge slide plate 108 moves back and forth between discharging machinery presss from both sides immediately below 109, described feeding
Machinery folder 105, feed ramp 106, chamfering slide plate 107, undergauge slide plate 108, the quantity of discharging machinery folder 109 are one, described
Feeding mechanical folder 105, discharging machinery folder 109 be electric step machinery folder, described second guide rail 111 and the guide rail of the 3rd
Length is all higher than the width of frame 101, and the right side frame 101 of described reducing device 104 is provided with cylinder apparatus 116, described
Some painting oil nozzles it are provided with on cylinder apparatus 116；Described undergauge oil cylinder 2 includes undergauge locating piece 201, undergauge cylinder body 202, contracting
Footpath groove 203, demoulding push rod 204, control axis 205, described undergauge groove 203 is arranged in undergauge cylinder body 202, described undergauge groove
The bottom of 203 is provided with demoulding push rod 204, and the bottom of described demoulding push rod 204 connects demoulding oil jar 206, described demoulding top
The top of bar 204 is provided with demoulding tray 207, and the bottom of described demoulding tray 207 is provided with groove height induction apparatus 208, institute
The bottom stating undergauge cylinder body 202 is provided with control axis 205, described undergauge locating piece 201 just openings to undergauge groove 203
To；Described temperature control feeding device 3 includes heating tank 301, temperature inductor the 302, first temperature control maincenter the 303, second temperature control maincenter
304, machinery feeding hands 305, servomotor 306, hydraulic system 307, the quantity of described heating tank 301 has some, described heating
Being provided with some temperature inductors 302 on groove 301 sidewall, described first temperature control maincenter 303 is positioned at immediately below heating tank 301, institute
State temperature inductor 302 to be connected one by one with the first temperature control maincenter 303, described second temperature control maincenter 304 and the first temperature control maincenter 303
Being connected one by one, described machinery feeding hands 305 is arranged on the side of heating tank 301, and the bottom of described machinery feeding hands 305 is provided with
A set of servomotor 306 and hydraulic system 307, described second temperature control maincenter 304 and servomotor 306 and hydraulic system 307 1
One be connected, the top of described undergauge cylinder body 202 is provided with moulding step 209, described moulding step 209 be shaped as annular,
The top of described demoulding tray 207 be provided with undertaking groove 210, described undertaking groove 210 be shaped as circular arc, described in hold
Connecing groove 210 is vicarious groove, the circular groove being shaped as bottom level of described undergauge groove 203, described groove height induction apparatus
The just bottom to undergauge groove 203, sensing direction of 208, described control axis 205 respectively with groove height induction apparatus 208, demoulding oil jar
206, undergauge cylinder body 202, undertaking groove 210 are connected one by one, the quantity of described heating tank 301 at least four, each heating tank
At least provided with four temperature inductors 302 on 301, described temperature inductor 302 is uniformly circumferentially positioned at heating tank 301 sidewall
On, the quantity of described first temperature control maincenter 303 is identical with the quantity of heating tank 301, each first temperature control maincenter 303 and surface
All temperature inductors 302 of heating tank 301 are connected one by one, described machinery feeding hands 305 and the quantity of the second temperature control maincenter 304
Identical, the quantity of described second temperature control maincenter 304 at least one, each second temperature control maincenter 304 is respectively connected with a set of servo
Motor 306 and hydraulic system 307.
Utility model works process:
This utility model by chamfering undergauge all-in-one 1, undergauge oil cylinder 2, temperature control feeding device 3 are combined, warp
Crossing optimum experimental, facing attachment 103 can carry out chamfering operation and get out suitable undergauge surplus hole simultaneously bolt, it is ensured that undergauge
The quality of operation, conveyer device 102 can be stablized the reducing device 104 that is delivered to by bolt of specification and carry out undergauge operation, oil cylinder
Device 116 can carry out Anti-cracking oiling pretreatment to the bolt before undergauge, improves the quality of undergauge bolt, above institute further
Can the most uninterruptedly carry out in steps, operate full automation, largely avoided the impact of manpower factor, improve
Production efficiency and quality；Undergauge cylinder body 202 can carry out undergauge to bolt, and moulding platform is possible to prevent the groove of undergauge groove 203
Mouth deformation, undergauge locating piece 201 can ensure that bolt is in suitable undergauge position, and groove height induction apparatus 208 coordinates control axis
205 can make at demoulding push rod 204 in place, and then coordinating vicarious to accept groove 210, to control the undergauge of bolt long
Degree；Temperature inductor 302 can fully measure the real time temperature of heating tank 301 different loci, it is ensured that measures the true of numerical value, the
One temperature control maincenter 303 can collect the measurement numerical value of temperature inductor 302 and be calculated, and the second temperature control maincenter 304 is according to
The evaluation of one temperature control maincenter 303 calculates servomotor 306 and 307 times walking journeys of hydraulic system and sends signal, servo
Motor 306 and hydraulic system 307 are according to signal controlling machine tool feeding hands 305 feeding.This utility model enable that and enough makes bolt
Chamfering and undergauge carry out on same equipment, the charging conveying of full automatic bolt, operation letter can also be realized simultaneously
Single, production efficiency is high, it is possible to makes undergauge oil cylinder 2 voluntarily bolt be carried out undergauge operation, eliminates additionally mounted stem reducing mould
Step, undergauge oil cylinder 2 can also eliminate, to the ejection device voluntarily of the bolt after undergauge, the fiber crops additionally equipping stripper apparatus simultaneously
Tired, simple in construction, undergauge efficiency is high, it is possible to makes bolt heat forging process the most controlled, carries out according to the average temperature data of bolt
Feeding, it is ensured that being heated of each workpiece is consistent, so that it is guaranteed that the quality balance of final products, it is possible to make the feeding of bolt undergauge by
Batch is carried out, and has only to change the slide plate pay-off damaged during maintenance, on other pay-off entirely without impact,
Simple for structure, easy installation and removal, it is simple to safeguard, what effective guarantee produced stable is quickly carried out, it is possible to make the bolt in difference
Undergauge operation, be automatically delivered to process equipment with suitable machining angle, easy to operate, simple in construction, it is possible to continual
Automatically carry out bolt carrying operation, be effectively reduced artificial conveyance and feed the operation exception caused, be produce more orderly
Carry out efficiently.
Above-described embodiment is to explanation of the present utility model, is not to restriction of the present utility model, any new to this practicality
Scheme after type simple transformation belongs to protection domain of the present utility model.
Claims (4)
1. a bolt forge hot undergauge automatic assembly line, it is characterised in that: include chamfering undergauge all-in-one (1), undergauge oil cylinder
(2), temperature control feeding device (3), described chamfering undergauge all-in-one (1) includes frame (101), conveyer device (102), facing attachment
(103), reducing device (104), described conveyer device (102), facing attachment (103), reducing device (104) are arranged at frame
(101), on, described conveyer device (102) includes that feeding mechanical presss from both sides (105), feed ramp (106), chamfering slide plate (107), undergauge
Slide plate (108), discharging machinery folder (109), the first guide rail (110), the second guide rail (111), the 3rd guide rail (112), described first
The quantity of guide rail (110) at least two, described first guide rail (110) be arranged in parallel, and described feed ramp (106), chamfering are sliding
Plate (107), undergauge slide plate (108) are sequentially arranged on the first guide rail (110), described feed ramp (106), chamfering slide plate
(107), undergauge slide plate (108) top be provided with multiple feeding V-groove (113), described feeding mechanical folder (105) be arranged on into
Directly over the initial position of material slide plate (106), described feeding mechanical folder (105) is arranged on the second guide rail (111), and described second
Guide rail (111) is the most orthogonal with the first guide rail (110), and it is sliding that described discharging machinery folder (109) is arranged on undergauge
Directly over the final position of plate (108), described discharging machinery folder (109) is arranged on the 3rd guide rail (112), described 3rd guide rail
(112) the most orthogonal with the first guide rail (110), described facing attachment (103) include chamfering clamp (114),
Chamfering rotating disk sword (115), described chamfering clamp (114) is arranged on frame (101) side, and described chamfering rotating disk sword (115) is arranged
In frame (101) side that chamfering clamp (114) is corresponding, described reducing device (104) is arranged on the left side of facing attachment (103)
In frame (101)；Described undergauge oil cylinder (2) includes undergauge locating piece (201), undergauge cylinder body (202), undergauge groove (203), the demoulding
Push rod (204), control axis (205), described undergauge groove (203) is arranged in undergauge cylinder body (202), described undergauge groove (203)
Bottom be provided with demoulding push rod (204), the bottom of described demoulding push rod (204) connects demoulding oil jar (206), the described demoulding
The top of push rod (204) is provided with demoulding tray (207), and the bottom of described demoulding tray (207) is provided with the sensing of groove height
Device (208), the bottom of described undergauge cylinder body (202) is provided with control axis (205), and described undergauge locating piece (201) is just to contracting
The opening direction of footpath groove (203)；Described temperature control feeding device (3) includes heating tank (301), temperature inductor (302), the first temperature
Control maincenter (303), the second temperature control maincenter (304), machinery feeding hands (305), servomotor (306), hydraulic system (307), institute
The quantity stating heating tank (301) has some, and described heating tank (301) sidewall is provided with some temperature inductors (302), described
First temperature control maincenter (303) is positioned at immediately below heating tank (301), described temperature inductor (302) and the first temperature control maincenter (303)
Being connected one by one, described second temperature control maincenter (304) is connected one by one with the first temperature control maincenter (303), described machinery feeding hands (305)
Being arranged on the side of heating tank (301), the bottom of described machinery feeding hands (305) is provided with a set of servomotor (306) and liquid
Pressure system (307), described second temperature control maincenter (304) is connected one by one with servomotor (306) and hydraulic system (307).
2. a kind of bolt forge hot undergauge automatic assembly line as claimed in claim 1, it is characterised in that: described feed ramp
(106), chamfering slide plate (107), undergauge slide plate (108) be electric step slide plate, described feed ramp (106) chamfering fill
Move back and forth between putting immediately below (103) and feeding mechanical folder (105), described chamfering slide plate (107) at facing attachment (103) and
Moving back and forth between reducing device (104), described undergauge slide plate (108) is back and forth transported between discharging machinery folder (109) underface
Dynamic, described feeding mechanical folder (105), feed ramp (106), chamfering slide plate (107), undergauge slide plate (108), discharging machinery folder
(109) quantity is one, and described feeding mechanical folder (105), discharging machinery folder (109) are electric step machinery folder, institute
State the second guide rail (111) and the 3rd the length of guide rail be all higher than the width of frame (101), the right side of described reducing device (104)
It is provided with cylinder apparatus (116) on side frame (101), described cylinder apparatus (116) is provided with some painting oil nozzles.
3. a kind of bolt forge hot undergauge automatic assembly line as claimed in claim 1, it is characterised in that: described undergauge cylinder body
(202) top is provided with moulding step (209), described moulding step (209) be shaped as annular, described demoulding tray
(207) top be provided with undertaking groove (210), described undertaking groove (210) be shaped as circular arc, described undertaking groove
(210) it is vicarious groove, the circular groove being shaped as bottom level of described undergauge groove (203), described groove height induction apparatus
(208) just bottom to undergauge groove (203), sensing direction, described control axis (205) respectively with groove height induction apparatus (208),
Demoulding oil jar (206), undergauge cylinder body (202), undertaking groove (210) are connected one by one.
4. a kind of bolt forge hot undergauge automatic assembly line as claimed in claim 1, it is characterised in that: described heating tank (301)
Quantity at least four, at least provided with four temperature inductors (302), described temperature sense on each heating tank (301)
Device (302) is uniformly circumferentially positioned on heating tank (301) sidewall, the quantity of described first temperature control maincenter (303) and heating tank
(301) quantity is identical, each first temperature control maincenter (303) and all temperature inductors (302) of surface heating tank (301)
Being connected one by one, described machinery feeding hands (305) is identical with the quantity of the second temperature control maincenter (304), described second temperature control maincenter
(304) quantity at least one, each second temperature control maincenter (304) is respectively connected with a set of servomotor (306) and hydraulic pressure system
System (307).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620631727.4U CN205685010U (en) | 2016-06-22 | 2016-06-22 | A kind of bolt forge hot undergauge automatic assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620631727.4U CN205685010U (en) | 2016-06-22 | 2016-06-22 | A kind of bolt forge hot undergauge automatic assembly line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205685010U true CN205685010U (en) | 2016-11-16 |
Family
ID=57425015
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620631727.4U Withdrawn - After Issue CN205685010U (en) | 2016-06-22 | 2016-06-22 | A kind of bolt forge hot undergauge automatic assembly line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205685010U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105922016A (en) * | 2016-06-22 | 2016-09-07 | 海盐宝利机械有限公司 | Hot-forging reducing automatic production line for bolts |
| CN112792520A (en) * | 2021-04-08 | 2021-05-14 | 北京铁科首钢轨道技术股份有限公司 | Automatic production system and production method for anchor bolt or T-shaped bolt through thermal forming |
-
2016
- 2016-06-22 CN CN201620631727.4U patent/CN205685010U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105922016A (en) * | 2016-06-22 | 2016-09-07 | 海盐宝利机械有限公司 | Hot-forging reducing automatic production line for bolts |
| CN105922016B (en) * | 2016-06-22 | 2017-09-19 | 海盐宝利机械有限公司 | A kind of bolt hot forging undergauge automatic assembly line |
| CN112792520A (en) * | 2021-04-08 | 2021-05-14 | 北京铁科首钢轨道技术股份有限公司 | Automatic production system and production method for anchor bolt or T-shaped bolt through thermal forming |
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