CN106986169A - The automatic blanking device and operating method of a kind of continuous steering conveyor structure - Google Patents
The automatic blanking device and operating method of a kind of continuous steering conveyor structure Download PDFInfo
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- CN106986169A CN106986169A CN201710402009.9A CN201710402009A CN106986169A CN 106986169 A CN106986169 A CN 106986169A CN 201710402009 A CN201710402009 A CN 201710402009A CN 106986169 A CN106986169 A CN 106986169A
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- 238000011017 operating method Methods 0.000 title abstract description 12
- 238000012546 transfer Methods 0.000 claims abstract description 69
- 238000000034 method Methods 0.000 claims description 15
- 238000007599 discharging Methods 0.000 claims description 7
- 239000003351 stiffener Substances 0.000 claims description 7
- 239000000463 material Substances 0.000 description 7
- 238000001816 cooling Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 4
- 230000001105 regulatory effect Effects 0.000 description 3
- 206010024453 Ligament sprain Diseases 0.000 description 2
- 208000010040 Sprains and Strains Diseases 0.000 description 2
- 238000005299 abrasion Methods 0.000 description 2
- 238000009825 accumulation Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000004519 manufacturing process Methods 0.000 description 2
- WSGDRFHJFJRSFY-UHFFFAOYSA-N 4-oxo-TEMPO Chemical compound CC1(C)CC(=O)CC(C)(C)N1[O] WSGDRFHJFJRSFY-UHFFFAOYSA-N 0.000 description 1
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- IXSZQYVWNJNRAL-UHFFFAOYSA-N etoxazole Chemical group CCOC1=CC(C(C)(C)C)=CC=C1C1N=C(C=2C(=CC=CC=2F)F)OC1 IXSZQYVWNJNRAL-UHFFFAOYSA-N 0.000 description 1
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
- B65G47/52—Devices for transferring articles or materials between conveyors i.e. discharging or feeding devices
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- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21D—MODIFYING THE PHYSICAL STRUCTURE OF FERROUS METALS; GENERAL DEVICES FOR HEAT TREATMENT OF FERROUS OR NON-FERROUS METALS OR ALLOYS; MAKING METAL MALLEABLE, e.g. BY DECARBURISATION OR TEMPERING
- C21D1/00—General methods or devices for heat treatment, e.g. annealing, hardening, quenching or tempering
- C21D1/26—Methods of annealing
- C21D1/28—Normalising
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Abstract
The automatic blanking device and operating method of a kind of continuous steering conveyor structure, including isothermal section automatic blanking device, transfer section automatic blanking device；Isothermal section automatic blanking device includes bite type locking assembly, adjustable automatic blanking chute, horizontal slidable adjustment assembly, vertical slidable adjustment assembly；Adjustable automatic blanking chute both sides are respectively configured with bite type locking assembly；The horizontal slidable adjustment assembly of adjustable automatic blanking chute both sides is located at bite type locking assembly bottom；Vertical slidable adjustment assembly one end is connected with isothermal section conveying device, and the other end is connected with horizontal slidable adjustment assembly；The configuration of isothermal section automatic blanking device is between the discharge end of isothermal section conveying device and the feeding end of transfer section conveying device, transfer section automatic blanking device configuration is between the transfer section discharge end of conveying device and the feeding end of air-cooled section of conveying device, and isothermal section automatic blanking device is arranged with transfer section automatic blanking device vertical direction.Its apparatus structure is compact, and operating method is concise.
Description
Technical field
The invention belongs to mechanical manufacturing field, it is related to automatic blanking device and the operation side of a kind of continuous steering conveyor structure
Method.
Background technology
At present, in the hot-working workshop of enterprise, the occasion of automatic blanking device application is more, various informative, there is electricity respectively
Bidirectional reciprocating automatic blanking device, cylinder driving-type automatic blanking device, the conveyor type automatic blanking dress of machine driving push rod
The various ways such as put.Generally for direct blanking to material frame and required precision it is not high part processing generally using more than it is several fall
Material mode.
Finish forge isothermal normalizing technique mainly includes two processes of isothermal normalizing and cooling, in the prior art, isothermal normalizing
Conveying is typically conveyed and turned to using continuous linear to transporting pattern between cooling two-step.For isothermal normalizing to cooling two
Conveying is turned to using continuous between process, then, it is necessary to which blanking, interconnecting device have been aided between isothermal normalizing equipment and cooling device
Into the conveying of continuous steering-type.At present, steering-type conveying is general uses two kinds of material frame stacked and truss manipulator beat batch (-type)
Form completes blanking, switching conveying, so as to realize from isothermal normalizing to the continuous steering-type conveying between cooling two-step.
The technical scheme of above-mentioned material frame stacked and truss manipulator beat two kinds of blanking forms of batch (-type), is solved respectively
Respective technical requirements " automatic transport blanking ", " order blanking " etc., but continuously turned to for the isothermal normalizing equipment of finish forge part
The automatic blanking of conveying mechanism, is respectively present problems with：
1st, when discharged way use material frame stacked when, finish forge part blanking to material frame, typically present it is unordered, arbitrarily put,
It is easy to the phenomenon that part collides with occur in blanking and course of conveying, the precision of finish forge part will certainly be influenceed.
2nd, when blanking uses beat batch (-type), typically will using robot or truss manipulator according to productive temp one by one
Crawl, workpiece is forwarded on another station from a station, especially in irregular shape, baroque part,
Even it can also increase visual identifying system, and then, equipment investment cost, and uneconomical practicality will necessarily be increased.
The content of the invention
In order to overcome above-mentioned deficiency, it is an object of the invention to provide a kind of automatic blanking of continuous steering conveyor structure dress
Put and operating method, i.e.,：Automatic blanking device is arranged respectively at a kind of continuous isothermal section turned in automatic delivering mechanism defeated
The discharging end of device discharging end and transfer section conveying device is sent, by adjusting falling for continuous steering conveyor structure automatic blanking device
Expect angle, gap etc., it is ensured that finish forge part successively from isothermal section conveying device without tumbling, sprained without card, the blanking without accumulation
To transfer section conveying device, from transfer section conveying device without tumbling, sprained without card, the blanking without accumulation to air-cooled section of conveying device,
Set simultaneously by automatic blanking twice, realize finish forge part from isothermal section conveying device auto-steering be delivered to air-cooled section it is defeated
Device is sent, so that continuous steering conveyor structure realizes automatic linking conveying.
In order to realize technical purpose of the present invention, the present invention uses following technical scheme：
A kind of automatic blanking device of continuous steering conveyor structure, including isothermal section automatic blanking device, transfer section automatic blanking
Device；Isothermal section automatic blanking device include bite type locking assembly, adjustable automatic blanking chute, horizontal slidable adjustment assembly,
Vertical slidable adjustment assembly；A set of bite type locking assembly is respectively configured in adjustable automatic blanking chute both sides, and adjustable falls automatically
The adjustable angle of chute is expected, while being locked by fastener；The horizontal slidable adjustment of adjustable automatic blanking chute both sides is total
Assembly bottom is locked into positioned at bite type, and horizontal direction position is adjustable, while being fastenedly connected using fastener；Vertical slide is adjusted
Section assembly one end is connected with the isothermal section conveying device of continuous steering conveyor structure, and the other end passes through with horizontal slidable adjustment assembly
Fastener is connected, and vertical direction position is adjustable；Isothermal section automatic blanking device configures the isothermal section in continuous steering conveyor structure
Between the feeding end of the transfer section conveying device of the discharge end of conveying device and continuous steering conveyor structure, transfer section automatic blanking
Device configures air-cooled section of discharge end and continuous steering conveyor structure in the transfer section conveying device of continuous steering conveyor structure
Between the feeding end of conveying device, isothermal section automatic blanking device is arranged with transfer section automatic blanking device vertical direction.
Described bite type locking assembly, including special-shaped lasso, locking bottom plate, bolt, connecting plate；Wherein, special-shaped lasso
It is fixedly connected with locking bottom plate；Trunnion pivot, the regulation trunnion pivot of adjustable automatic blanking chute are configured in profiled sleeve collar aperture,
And be locked by bolt；Connecting plate configuration is above locking bottom plate, for the hand with horizontal slidable adjustment assembly
Handle screw rod is connected.
Described adjustable automatic blanking chute, including trunnion pivot, backgauge wing plate, chute bottom plate, regulation trunnion pivot, work
Fixed handle；Wherein, a backgauge wing plate is respectively configured in chute bottom plate both sides；Backgauge wing plate side configures trunnion pivot, opposite side
Configuration adjustment trunnion pivot；Flexible handle is assemblied on regulation trunnion pivot.
Described horizontal slidable adjustment assembly, including horizontal connecting plate, vertical center web, stiffener plate, handle screw, company
Connect riser；Wherein, the horizontal connecting plate with mounting hole is fixedly connected with the vertical center web with mounting hole, connection board respectively；
Stiffener plate is configured on horizontal connecting plate and vertical center web middle section, and is fixedly connected；Handle screw is respectively with being connected vertical
Plate, connecting plate threaded connection；Horizontal slidable adjustment assembly is locked assembly by fastener and bite type and is fastenedly connected.
Described vertical slidable adjustment assembly, including handle screw, connection flat board, connection board；Wherein, connection flat board with
Connection board is fixedly connected；Handle screw is threadedly coupled with being connected flat board, horizontal connecting plate respectively；Vertical slidable adjustment assembly one
End is fastenedly connected with horizontal slidable adjustment assembly, and the isothermal section conveying device of the other end and continuous steering conveyor structure, which is fixed, to be connected
Connect.
A kind of operating method of the automatic blanking device of continuous steering conveyor structure, step is as follows：
【1】, according to finish forge part in the blanking temperature of the isothermal section conveying device of continuous steering conveyor structure, find and rub accordingly
Coefficient is wiped, a blanking angle is calculated；By operating the flexible handle of isothermal section automatic blanking device, trunnion pivot band is adjusted
Adjustable automatic blanking chute is moved to be rotated to a blanking angle, regulating bolt pretension abnormity lasso, by adjustable automatic blanking
Chute is locked；
【2】, operation isothermal section automatic blanking device handle screw, adjustment bite type locking assembly, adjustable automatic blanking chute
Horizontal direction position, the gap between adjustment chute bottom plate and isothermal section guipure；
【3】, operation isothermal section automatic blanking device handle screw, adjustment bite type locking assembly, adjustable automatic blanking chute
Vertical direction position, the gap between adjustment chute bottom plate and transfer section feeding end carrier bar；
【4】, according to finish forge part continuous steering conveyor structure transfer section conveying device blanking temperature, find and rub accordingly
Coefficient is wiped, secondary blanking angle is calculated；The method of adjustment of the secondary blanking angle of transfer section automatic blanking device is such as step
【1】；
【5】, transfer section automatic blanking device chute bottom plate and transfer section discharge end carrier bar between gap method of adjustment as
Step【2】；
【6】, transfer section automatic blanking device chute bottom plate and air-cooled section of carrier bar between gap method of adjustment such as step
【3】；
【7】, work when, finish forge part is placed on to the feeding end of the isothermal section conveying device of continuous steering conveyor structure, with etc.
Temperature section transporting velocity is delivered to the end of the isothermal section conveying device of continuous steering conveyor structure, and finish forge part is automatic by isothermal section
Doffer automatic blanking is delivered to continuously to the transfer section conveying device of continuous steering conveyor structure with transfer section transporting velocity
The end of the transfer section conveying device of steering conveyor structure, finish forge part is by transfer section automatic blanking device automatic blanking to continuous
Air-cooled section of conveying device of steering conveyor structure, with air-cooled section of transporting velocity be delivered to air-cooled section of continuous steering conveyor structure it is defeated
Send the discharging end of device.
Due to using techniques described above scheme, the present invention can reach following beneficial effect：
1st, the automatic blanking device and operating method of a kind of continuous steering conveyor structure of the present invention, is arranged on by adjustment
The flexible handle of adjustable automatic blanking chute, makes adjustable automatic blanking chute that different angles are presented, meets multi items finish forge zero
The blanking requirement of part.
2nd, the automatic blanking device and operating method of a kind of continuous steering conveyor structure of the present invention, by adjustment certainly
Dynamic doffer and the gap size of front and rear two-step equipment, can prevent the card of automatic blanking device and front and rear two-step equipment
The phenomenon such as sprain, wear and tear.
3rd, the automatic blanking device and operating method of a kind of continuous steering conveyor structure of the present invention, by two
Being arranged vertically for automatic blanking device conveying direction, realizes finish forge part defeated according to the continuous vertical duction switching of conveying direction
Send, while not needing artificial, robot or truss manipulator in blanking switching, both improve automaticity, but it is economical real
With.
4th, the automatic blanking device and operating method of a kind of continuous steering conveyor structure of the present invention, it is not only overall to tie
Structure is compact to be easy to fabrication and installation, and operating method is easy, and experiment shows with good use value.
Brief description of the drawings
Fig. 1 is a kind of structural representation of the automatic blanking device of continuous steering conveyor structure of the present invention；
Fig. 2 is Fig. 1 K direction views；
Fig. 3 is Fig. 2 A-A cross section views；
Fig. 4 illustrates for a kind of section of the bite type locking assembly of automatic blanking device of continuous steering conveyor structure of the present invention
Figure；
Fig. 5 is Fig. 4 B-B cross section views；
Fig. 6 is a kind of adjustable automatic blanking chute schematic diagram of the automatic blanking device of continuous steering conveyor structure of the present invention；
Fig. 7 is a kind of horizontal slidable adjustment assembly schematic diagram of the automatic blanking device of continuous steering conveyor structure of the present invention；
Fig. 8 is Fig. 7 J direction views；
Fig. 9 is Fig. 7 F direction views；
Figure 10 is a kind of vertical slidable adjustment assembly schematic diagram of the automatic blanking device of continuous steering conveyor structure of the present invention；
Figure 11 is Figure 10 M direction views；
Figure 12 illustrates for a kind of continuous steering conveyor structure work of automatic blanking device of continuous steering conveyor structure of the present invention
Figure；
Figure 13 is Figure 12 C-C cross section views；
Figure 14 is Figure 12 D-D cross section views；
Local I zoomed-in view that Figure 15 is Figure 13；
Local II zoomed-in view that Figure 16 is Figure 14；
Figure 17 is finish forge part along automatic blanking device inclined-plane downslide simplified model schematic diagram.
In figure：1st, isothermal section automatic blanking device；1 ＇, transfer section automatic blanking device；1a, bite type locking assembly；
1aa, special-shaped lasso；1ab, locking bottom plate；1ac, bolt；1ad, connecting plate；1b, adjustable automatic blanking chute；1ba, support ear
Axle；1bb, backgauge wing plate；1bc, chute bottom plate；1bd, regulation trunnion pivot；1be, flexible handle；1c, horizontal slidable adjustment are total
Into；1ca, horizontal connecting plate；1cb, vertical center web；1cc, stiffener plate；1cd, handle screw；1ce, connection board；It is 1d, perpendicular
Straight slidable adjustment assembly；1da, handle screw；1db, connection flat board；1dc, connection board；2nd, in continuous steering conveyor structure
Turn section conveying device；3rd, air-cooled section of conveying device of continuous steering conveyor structure；4th, the isothermal section of continuous steering conveyor structure is defeated
Send device；5th, finish forge part.X, isothermal section conveying direction；X ', air-cooled section of conveying direction；Y, transfer section conveying direction；V0, isothermal
Section transporting velocity；V1, transfer section transporting velocity；V2, air-cooled section of transporting velocity；Between ε 1, chute bottom plate and isothermal section guipure
Gap；Gap between ε 2, chute bottom plate and transfer section feeding end carrier bar；ε 3, chute bottom plate and transfer section discharge end carrier bar it
Between gap；Gap between ε 4, chute bottom plate and air-cooled section of carrier bar；θ 1, a blanking angle；θ 2, secondary blanking angle；S、
Feeding end；T, discharging end.
Embodiment
The present invention can be explained in more detail by the following examples, still, the invention is not limited in following reality
Example is applied, disclosed purpose is intended to protect all changes and improvements in scope of the invention as claimed.
Known by Fig. 1 to Figure 14, the discharge end of isothermal section conveying device 4 in continuous steering conveyor structure and continuously turned to defeated
The transfer section discharge end of conveying device 2 of mechanism is sent to be each configured with isothermal section automatic blanking device 1, transfer section automatic blanking device
1 ＇；The isothermal section automatic blanking device 1, including bite type locking assembly 1a, adjustable automatic blanking chute 1b, level are slided and adjusted
Save assembly 1c, vertical slidable adjustment assembly 1d；A set of bite type locking assembly is respectively configured in adjustable automatic blanking chute 1b both sides
1a, and locked by fastener；The horizontal slidable adjustment assembly 1c of adjustable automatic blanking chute 1b both sides is located at bite type
Assembly 1a bottoms are locked, and horizontal direction position is adjustable, while being fastenedly connected using fastener；Vertical slidable adjustment assembly
1d one end and the isothermal section conveying device 4 of continuous steering conveyor structure are fastenedly connected, the other end and horizontal slidable adjustment assembly 1c
It is connected by fastener, vertical direction position is adjustable；Further, since the material of finish forge part 5, drop temperature etc. require different,
Cause finish forge part 5 different from automatic blanking chute 1b friction coefficient μ, pass through operant activity handle 1be, regulation trunnion pivot
1bd, regulation trunnion pivot 1bd drives adjustable automatic blanking chute 1b to be rotated to proper angle, and then completes finish forge part 5
Nothing is tumbled, blanking of being transferred with spraining without card.Isothermal section automatic blanking device 1 configures the isothermal section conveying in continuous steering conveyor structure
Between the feeding end of the transfer section conveying device 2 of the discharge end of device 4 and continuous steering conveyor structure, transfer section automatic blanking dress
1 ＇ configurations are put at air-cooled section of discharge end and continuous steering conveyor structure of the transfer section conveying device 2 of continuous steering conveyor structure
Between the feeding end of conveying device 3, isothermal section automatic blanking device 1 is arranged with transfer section automatic blanking device 1 ＇ vertical direction.
Described bite type locking assembly 1a, including special-shaped lasso 1aa, locking bottom plate 1ab, bolt 1ac, connecting plate 1ad；
Wherein, special-shaped lasso 1aa is fixedly connected with locking bottom plate 1ab；Adjustable automatic blanking chute 1b trunnion pivot 1ba, regulation branch
The 1bd configurations of support gudgeon are locked in special-shaped lasso 1aa holes, and by bolt 1ac；Connecting plate 1ad configurations are in locking
Above bottom plate 1ab, it is connected for the handle screw 1cd with horizontal slidable adjustment assembly 1c.
Described adjustable automatic blanking chute 1b, including trunnion pivot 1ba, backgauge wing plate 1bb, chute bottom plate 1bc, regulation
Trunnion pivot 1bd, flexible handle 1be；Wherein, a backgauge wing plate 1bb is respectively configured in chute bottom plate 1bc both sides；Backgauge wing plate
1bb sides configure trunnion pivot 1ba, opposite side configuration adjustment trunnion pivot 1bd；Flexible handle 1be assembling regulation trunnion pivots
Upper 1bd.For the blanking angle requirement of different finish forge parts 5, by operant activity handle 1be, regulation trunnion pivot 1bd drives
Adjustable automatic blanking chute 1b is rotated to proper angle, and then completes different finish forge parts 5 without tumbling, transferred with spraining without card
Blanking.Wherein, by the special-shaped lasso 1aa of regulating bolt 1ac pretensions, the suitable adjustable automatic blanking chute 1b of angle adjustment is locked
Tightly.
Described horizontal slidable adjustment assembly 1c, including horizontal connecting plate 1ca, vertical center web 1cb, stiffener plate 1cc,
Handle screw 1cd, connection board 1ce；Wherein, band mounting hole horizontal connecting plate 1ca respectively with band mounting hole vertical center web
1cb, connection board 1ce are fixedly connected；Stiffener plate 1cc is configured in horizontal connecting plate 1ca and vertical center web 1cb middle sections
On, and be fixedly connected；Handle screw 1cd is threadedly coupled with connection board 1ce, connecting plate 1ad respectively；Horizontal slidable adjustment assembly
1c locks assembly 1a by fastener and bite type and is fastenedly connected.Wherein, by operation handle screw rod 1cd, bite type lock is driven
Tight assembly 1a, adjustable automatic blanking chute 1b carry out horizontal position adjustment, are conveniently adjusted automatic blanking device and front and rear equipment room
Gap.
Described vertical slidable adjustment assembly 1d, including handle screw 1da, connection flat board 1db, connection board 1dc；Its
In, connection flat board 1db is fixedly connected with connection board 1dc；Handle screw 1da is respectively with being connected flat board 1db, horizontal connecting plate
1ca is threadedly coupled；Vertical slidable adjustment assembly 1d and horizontal slidable adjustment assembly 1c is fastenedly connected, and conveys fill with isothermal section respectively
4, transfer section conveying device 2 is put to be fixedly connected.Wherein, by operation handle screw rod 1da, bite type locking assembly 1a is driven, can
Adjust automatic blanking chute 1b to carry out vertical position adjustment, be conveniently adjusted the gap of automatic blanking device and front and rear equipment room.
With reference to Figure 15 to Figure 17, a kind of operating method of the automatic blanking device of continuous steering conveyor structure, step is as follows：
In finish forge part 5 along along automatic blanking device inclined-plane downslide model, downslide angle, θ, part gravity G, perpendicular to inclined-plane
Pressure F1, parallel to the pressure F2 on inclined-plane, friction coefficient μ, finish forge part 5 is automatic along isothermal section automatic blanking device 1, transfer section
The condition that the ＇ inclined-planes of doffer 1 glide automatically is F1 >=μ F2, i.e. θ >=arctan μ.
【1】According to finish forge part 5 in the blanking temperature of the isothermal section conveying device 4 of continuous steering conveyor structure, phase is found
The friction coefficient μ answered, calculates a blanking angle, θ 1；By operating the flexible handle 1be of isothermal section automatic blanking device 1,
Regulation trunnion pivot 1bd drives adjustable automatic blanking chute 1b to be rotated to a blanking angle, θ 1, wherein, adjustment is once
Blanking angle, θ 1 ensure finish forge part 5 without tumbling, blanking of being transferred with spraining without card；Regulating bolt 1ac pretensions abnormity lasso 1aa, will
Adjustable automatic blanking chute 1b locking, it is ensured that the smoothly blanking of finish forge part 5；
【2】The handle screw 1cd of isothermal section automatic blanking device 1 is grasped, adjustment bite type locking assembly 1a, adjustable automatic blanking are slided
Groove 1b horizontal directions position, the gap ε 1 between adjustment chute bottom plate and isothermal section guipure, it is to avoid chute bottom plate 1bc and isothermal section
The problems such as appearance abrasion, conveying card between guipure are sprained；
【3】Operate the handle screw 1da of isothermal section automatic blanking device 1, adjustment bite type locking assembly 1a, adjustable automatic blanking
Chute 1b vertical directions position, the gap ε 2 between adjustment chute bottom plate and transfer section feeding end carrier bar, it is to avoid chute bottom plate 1bc
The problems such as appearance abrasion, conveying card between transfer section carrier bar are sprained；
【4】, according to finish forge part 5 in the blanking temperature of the transfer section conveying device 2 of continuous steering conveyor structure, find corresponding
Friction coefficient μ, calculates secondary blanking angle, θ 2；The method of adjustment of transfer section automatic blanking device 1 ＇ secondary blanking angle, θ 2
Such as step【1】；
【5】, transfer section the ＇ chutes bottom plate of automatic blanking device 1 and transfer section discharge end carrier bar between gap ε 3 method of adjustment
Such as step【2】；
【6】, transfer section automatic blanking device 1 ＇ chute bottom plate and air-cooled section of carrier bar between gap ε 4 method of adjustment as
Step【3】；
【7】, work when, finish forge part 5 is placed on to the feeding end S of the isothermal section conveying device 4 of continuous steering conveyor structure, with
Isothermal section transporting velocity V0 is delivered to the end of the isothermal section conveying device 4 of continuous steering conveyor structure, and finish forge part 5 is by isothermal
The section automatic blanking of automatic blanking device 1 to continuous steering conveyor structure transfer section conveying device 2, with transfer section transporting velocity V1
The end of the transfer section conveying device 2 of continuous steering conveyor structure is delivered to, finish forge part 5 is by transfer section automatic blanking device 1 ＇
Automatic blanking is delivered to continuous steering to air-cooled section of conveying device 3 of continuous steering conveyor structure with air-cooled section of transporting velocity V2
The discharging end T of air-cooled section of conveying device 3 of conveying mechanism.
Electric power starting, finish forge part 5 is in feeding end S successively feeding, with isothermal section transporting velocity V0 along isothermal section conveying side
The discharge end of isothermal section conveying device 4 of continuous steering conveyor structure, the one of adjustment isothermal section automatic blanking device 1 are delivered to X
The gap ε between gap ε 1, chute bottom plate and transfer section carrier bar between secondary blanking angle, θ 1, chute bottom plate and isothermal section guipure
2, finish forge part 5 is sprained the steady blanking in ground without tumbling, without card successively to the transfer section conveying device 2 of continuous steering conveyor structure,
The collisionless of finish forge part 5 of front and rear blanking, without interference, and realize that 90 ° of 5 conveying direction of finish forge part turns to conveying；Finish forge part 5
Gone out with transfer section transporting velocity V1 along the transfer section conveying direction Y transfer section conveying devices 2 for being delivered to continuous steering conveyor structure
Expect end, the gap ε between adjustment transfer section automatic blanking device 1 ＇ secondary blanking angle, θ 2, chute bottom plate and transfer section carrier bar
3rd, the gap ε 4 between chute bottom plate and air-cooled section of carrier bar, makes finish forge part 5 sprain the steady blanking in ground without tumbling, without card successively to even
Air-cooled section of conveying device 3 of continuous steering conveyor structure, the collisionless of finish forge part 5 of front and rear blanking, without interference, and realize finish forge zero
Air-cooled section conveying device 3 of the part 5 from the isothermal section conveying device 4 of continuous steering conveyor structure to continuous steering conveyor structure it is defeated
180 ° of direction is sent to turn to conveying；Finish forge part 5 is delivered to discharging end with air-cooled section of transporting velocity V2 along air-cooled section of conveying direction X '
T, so far, finish forge part 5 use automatic blanking device blanking, are all finished in a kind of work of continuous steering conveyor structure.
Claims (6)
1. a kind of automatic blanking device of continuous steering conveyor structure, including isothermal section automatic blanking device（1）, transfer section it is automatic
Doffer（1 ＇）；Isothermal section automatic blanking device（1）Assembly is locked including bite type（1a）, adjustable automatic blanking chute
（1b）, horizontal slidable adjustment assembly（1c）, vertical slidable adjustment assembly（1d）；It is characterized in that：Adjustable automatic blanking chute
（1b）A set of bite type locking assembly is respectively configured in both sides（1a）, and adjustable automatic blanking chute（1b）Adjustable angle, simultaneously
Locked by fastener；Adjustable automatic blanking chute（1b）The horizontal slidable adjustment assembly of both sides（1c）Positioned at bite type lock
Tight assembly（1a）Bottom, and horizontal direction position is adjustable, while being fastenedly connected using fastener；Vertical slidable adjustment assembly（1d）
One end and the isothermal section conveying device of continuous steering conveyor structure（4）Connection, the other end and horizontal slidable adjustment assembly（1c）It is logical
Fastener connection is crossed, vertical direction position is adjustable；Isothermal section automatic blanking device（1）Configure continuous steering conveyor structure etc.
Temperature section conveying device（4）Discharge end and continuous steering conveyor structure transfer section conveying device（2）Feeding end between, transfer
Section automatic blanking device（1 ＇）Configure the transfer section conveying device in continuous steering conveyor structure（2）Discharge end and continuous steering
Air-cooled section of conveying device of conveying mechanism（3）Feeding end between, isothermal section automatic blanking device（1）, with transfer section fall automatically
Expect device（1 ＇）Vertical direction is arranged.
2. a kind of automatic blanking device of continuous steering conveyor structure according to claim 1, it is characterised in that：Described
Bite type locks assembly（1a）, including special-shaped lasso（1aa）, locking bottom plate（1ab）, bolt（1ac）, connecting plate（1ad）；Its
In, special-shaped lasso（1aa）With locking bottom plate（1ab）It is fixedly connected；Adjustable automatic blanking chute（1b）Trunnion pivot（1ba）、
Adjust trunnion pivot（1bd）Configuration is in special-shaped lasso（1aa）In hole, and pass through bolt（1ac）It is locked；Connecting plate
（1ad）Configuration is in locking bottom plate（1ab）Above, for horizontal slidable adjustment assembly（1c）Handle screw (1cd) connection.
3. a kind of automatic blanking device of continuous steering conveyor structure according to claim 1, it is characterised in that：Described
Adjustable automatic blanking chute（1b）, including trunnion pivot（1ba）, backgauge wing plate（1bb）, chute bottom plate（1bc）, regulation support ear
Axle（1bd）, flexible handle（1be）；Wherein, chute bottom plate（1bc）A backgauge wing plate is respectively configured in both sides（1bb）；The backgauge wing
Plate（1bb）Side configures trunnion pivot（1ba）, opposite side configuration adjustment trunnion pivot（1bd）；Flexible handle（1be）It is assemblied in
Adjust trunnion pivot（1bd）On.
4. a kind of automatic blanking device of continuous steering conveyor structure according to claim 1, it is characterised in that：Described
Horizontal slidable adjustment assembly（1c）, including horizontal connecting plate（1ca）, vertical center web（1cb）, stiffener plate（1cc）, handle spiral shell
Bar（1cd）, connection board（1ce）；Wherein, the horizontal connecting plate with mounting hole（1ca）Connection vertical with what it is with mounting hole respectively
Plate（1cb）, connection board（1ce）It is fixedly connected；Stiffener plate（1cc）Configuration is in horizontal connecting plate（1ca）And vertical center web
（1cb）On middle section, and it is fixedly connected；Handle screw（1cd）Respectively with connection board（1ce）, connecting plate（1ad）Screw thread connects
Connect；Horizontal slidable adjustment assembly（1c）Assembly is locked by fastener and bite type（1a）It is fastenedly connected.
5. a kind of automatic blanking device of continuous steering conveyor structure according to claim 1, it is characterised in that：Described
Vertical slidable adjustment assembly（1d）, including handle screw（1da）, connection flat board（1db）, connection board（1dc）；Wherein, connect
Flat board（1db）With connection board（1dc）It is fixedly connected；Handle screw（1da）Respectively with being connected flat board（1db）, horizontal connecting plate
（1ca）Threaded connection；Vertical slidable adjustment assembly（1d）One end and horizontal slidable adjustment assembly（1c）Be fastenedly connected, the other end with
The isothermal section conveying device of continuous steering conveyor structure（4）It is fixedly connected.
6. a kind of automatic blanking device of continuous steering conveyor structure according to claim 1, it is characterised in that：It is operated
Method and step is as follows：
【1】, according to finish forge part（5）In the blanking temperature of the isothermal section conveying device 4 of continuous steering conveyor structure, find corresponding
Coefficient of friction（μ）, calculate a blanking angle（θ1）；By operating isothermal section automatic blanking device（1）, flexible handle
（1be）, adjust trunnion pivot（1bd）Drive adjustable automatic blanking chute（1b）Rotated to a blanking angle（θ1）, adjust
Save bolt（1ac）Pretension abnormity lasso（1aa）, by adjustable automatic blanking chute（1b）Locking；
【2】, operation isothermal section automatic blanking device（1）Handle screw（1cd）, adjustment bite type locking assembly（1a）, it is adjustable
Automatic blanking chute（1b）Horizontal direction position, the gap between adjustment chute bottom plate and isothermal section guipure（ε1）；
【3】, operation isothermal section automatic blanking device（1）, handle screw（1da）, adjustment bite type locking assembly（1a）, it is adjustable
Automatic blanking chute（1b）Vertical direction position, the gap between adjustment chute bottom plate and transfer section feeding end carrier bar（ε2）；
【4】, according to finish forge part（5）In the transfer section conveying device of continuous steering conveyor structure（2）Blanking temperature, find phase
The coefficient of friction answered（μ）, calculate secondary blanking angle（θ2）；Transfer section automatic blanking device（1 ＇）Secondary blanking angle（θ
2）Method of adjustment such as step【1】；
【5】, transfer section automatic blanking device（1 ＇）Gap between chute bottom plate and transfer section discharge end carrier bar（ε3）Adjustment
Method is such as step【2】；
【6】, transfer section automatic blanking device（1 ＇）Chute bottom plate and air-cooled section of carrier bar between gap（ε4）Method of adjustment
Such as step【3】；
【7】, work when, by finish forge part（5）It is placed on the isothermal section conveying device of continuous steering conveyor structure（4）Feeding end
（S）, with isothermal section transporting velocity（V0）It is delivered to the isothermal section conveying device of continuous steering conveyor structure（4）End, finish forge
Part（5）By isothermal section automatic blanking device（1）, automatic blanking to continuous steering conveyor structure transfer section conveying device（2）,
With transfer section transporting velocity（V1）It is delivered to the transfer section conveying device of continuous steering conveyor structure（2）End, finish forge part
（5）By transfer section automatic blanking device（1 ＇）Automatic blanking to continuous steering conveyor structure air-cooled section of conveying device（3）, with wind
Cold section of transporting velocity（V2）It is delivered to air-cooled section of conveying device of continuous steering conveyor structure（3）Discharging end（T）.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710402009.9A CN106986169B (en) | 2017-06-01 | 2017-06-01 | Automatic blanking device of continuous steering conveying mechanism and operation method |
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| CN201710402009.9A CN106986169B (en) | 2017-06-01 | 2017-06-01 | Automatic blanking device of continuous steering conveying mechanism and operation method |
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| CN109807743A (en) * | 2019-02-24 | 2019-05-28 | 烟台大学 | An automatic indexing mechanism for circular plate parts from horizontal to vertical |
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| CN109807743B (en) * | 2019-02-24 | 2024-01-12 | 烟台大学 | Automatic indexing mechanism for circular plate parts from horizontal to vertical |
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|---|---|
| CN106986169B (en) | 2023-05-09 |
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