CN206373170U - A kind of multichannel cooling bed steel-feeding device and cold bed - Google Patents
A kind of multichannel cooling bed steel-feeding device and cold bed Download PDFInfo
- Publication number
- CN206373170U CN206373170U CN201720022590.7U CN201720022590U CN206373170U CN 206373170 U CN206373170 U CN 206373170U CN 201720022590 U CN201720022590 U CN 201720022590U CN 206373170 U CN206373170 U CN 206373170U
- Authority
- CN
- China
- Prior art keywords
- skirtboard
- connecting rod
- unit
- fixed seat
- axle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Landscapes
- Heat Treatments In General, Especially Conveying And Cooling (AREA)
Abstract
The utility model discloses a kind of multichannel cooling bed steel-feeding device and cold bed.Multichannel cooling bed steel-feeding device of the present utility model is placed in before straightening plate, and the device includes boxed frame, the first skirtboard unit, the second skirtboard unit, the 3rd skirtboard unit, the 4th skirtboard unit and the 5th skirtboard unit；The boxed frame has axle I, the axle II of the first fixed seat, the second fixed seat, the first fixed seat of guide plate and connection, the second fixed seat and guide plate；It is engaged using the first skirtboard unit, the second skirtboard unit, the 3rd skirtboard unit, the 4th skirtboard unit and the 5th skirtboard unit, the skirtboard of each skirtboard unit can be realized separately through cylinder action and pumped, when different skirtboards is located at different positions, can be formed between skirtboard and skirtboard and between skirtboard and support it is different enter steel passage, it is achieved thereby that charging gear enters the purpose of multiple rolled pieces simultaneously.
Description
Technical field
The utility model belongs to mechanical equipment of steel rolling technical field, more particularly to a kind of new multichannel cooling bed steel-feeding dress
Put, further relate to a kind of cold bed with above-mentioned charging gear.
Background technology
In mill, cold bed is one of key equipment on production line, for axial transport and cooling multiple length finished product.
The cold bed used at present includes charging gear, stepping rack bed surface, alignment roller table and lower steel device, and wherein charging gear is by inputting
Roller-way, upper steel skirtboard and straightening plate composition, upper steel skirtboard is as critical component, for by the rolled piece fast braking of high-speed cruising,
And rolled piece is transported on straightening plate by upper steel skirtboard, traditional upper steel skirtboard transmission mechanism has two kinds of kinds of drive：Motor
Transmission and hydraulic drive, but either any kind of drive, the only one group upper steel skirtboard that can move, so that can only
Form single rolled piece passage.The problem of existing be：For the rolled piece of splitting rolling, it can not divide after by cooling bed steel-feeding device
Open, cause to stack multiple rolled pieces on a rack, during cold bed stepping, multiple rolled pieces on rack are mutually squeezed in always
Together, and the part that contacts with each other remains constant, cause that rolled piece inhomogeneous cooling is even, so as to have impact on the mechanical property of finished product
Energy.
Utility model content
In order to overcome the defect of prior art, the purpose of this utility model is to provide a kind of multichannel cooling bed steel-feeding dress
Put, the problem of cooling bed steel-feeding device can not carry out steel splitting during solving for splitting rolling.
To achieve these goals, the utility model employs following technical scheme：
A kind of multichannel cooling bed steel-feeding device, is placed in before straightening plate, is characterized in that the device includes boxed frame, first
Skirtboard unit, the second skirtboard unit, the 3rd skirtboard unit, the 4th skirtboard unit and the 5th skirtboard unit；The boxed frame tool
There are axle I, the axle II of the first fixed seat, the second fixed seat, the first fixed seat of guide plate and connection, the second fixed seat and guide plate, its
In the first drive mechanism of the first skirtboard unit be fixed in above-mentioned first fixed seat, and be connected with the first skirtboard, driving first
Skirtboard pumps, and when the first skirtboard is located at low level, the first fixed seat enters steel passage with the first skirtboard formation first；
3rd drive mechanism of the 3rd skirtboard unit is fixed in above-mentioned second fixed seat, and is connected with the 3rd skirtboard, drives the 3rd skirt
Plate pumps, and when the 3rd skirtboard is located at low level, the 3rd skirtboard enters steel passage with guide plate formation second；Second skirtboard
Second drive mechanism of unit is fixed in above-mentioned second fixed seat, and is connected with the second skirtboard, above and below driving the second skirtboard work
Move back and forth, when the second skirtboard is located at a high position, the second skirtboard enters steel passage with guide plate formation the 3rd；The of 4th skirtboard unit
Four drive mechanisms are each attached in above-mentioned second fixed seat, and are connected with the 4th skirtboard, and the 4th skirtboard of driving is made up and down reciprocatingly
Motion, the 5th drive mechanism of the 5th skirtboard unit is each attached in above-mentioned second fixed seat, and is connected with the 5th skirtboard, driving
5th skirtboard pumps, when the 4th skirtboard is located at low level, and steel is entered in the 4th skirtboard and the 5th skirtboard formation the 4th
Passage.
In above-mentioned multichannel cooling bed steel-feeding device, optionally, the boxed frame is consolidated including the first fixed seat, second
Reservation, first connecting rod, second connecting rod, third connecting rod, axle I, axle II and guide plate, first connecting rod and third connecting rod two ends are respectively by spiral shell
Bolt and nut are connected with the first fixed seat, the second fixed seat, guide plate, by axle I, axle II, second connecting rod, nut on the downside of boxed frame
First fixed seat and the second fixed seat are tensed, so as to not only ensure that the first fixed seat, the second fixed seat and guide plate composition frame
The stability of frame, while also ensure that integrally-built rigidity.
In above-mentioned multichannel cooling bed steel-feeding device, optionally, the first skirtboard unit includes the first drive mechanism
With the first skirtboard, the first drive mechanism includes the first cylinder, connecting rod a, connecting rod b, connecting rod c, connecting rod d and axle a, and connecting rod a passes through pin
Axle is connected with the tailpiece of the piston rod homalocephalus of the first cylinder, and connecting rod a is connected by bearing pin with connecting rod b, and connecting rod a drive shafts a makees reciprocating rotary
It is dynamic；The axle a other end is connected with connecting rod c, and connecting rod d one end is connected with connecting rod c, and the other end is connected with the first skirtboard, and axle a's is reciprocal
Drivening rod c motions are rotated, connecting rod c drives the first skirtboard to pump.
In above-mentioned multichannel cooling bed steel-feeding device, optionally, the axle a two ends pass through key and connecting rod a and connecting rod c
Connection；Connecting rod b constitutes strip by some sections by flange connection, and this be rigidly connected ensure that the synchronism of axle a motions.
In above-mentioned multichannel cooling bed steel-feeding device, optionally, the 3rd skirtboard unit includes the 3rd drive mechanism
With the 3rd skirtboard, the 3rd drive mechanism includes the 3rd cylinder, connecting rod e, connecting rod f, connecting rod g, connecting rod h and contiguous block, the 3rd cylinder
Tailpiece of the piston rod homalocephalus be connected with connecting rod e one end, connecting rod e is assemblied on axle I, and the connecting rod e other end passes through bearing pin and support
Connection, the support other end and the 3rd skirtboard are by bolt connection；Connecting rod e is connected by bearing pin with contiguous block, and contiguous block two ends lead to
Cross on bolt, nut and connecting rod f connections, connecting rod f and weld bearing, bearing is connected by bearing pin with connecting rod g, the connecting rod g other ends with
Support is connected；Pedestal upper end connects connecting rod h, and connecting rod h is assemblied on axle II.
In above-mentioned multichannel cooling bed steel-feeding device, optionally, the connecting rod f is made up of by some sections flange connection
Strip, this be rigidly connected ensure that the synchronism of axle b motions.
Another object of the present utility model is to provide a kind of cold bed with above-mentioned multichannel cooling bed steel-feeding device.
Compared with prior art, beneficial effect is：
1) the utility model is novel, simple in construction, rational and compact；
2) the utility model is by using the first skirtboard unit, the second skirtboard unit, the 3rd skirtboard unit, the 4th skirtboard list
Member and the 5th skirtboard unit are engaged, and the skirtboard of each skirtboard unit can be separately through cylinder action so as to realize past up and down
Multiple motion, when different skirtboards is located at different positions, can be formed between skirtboard and skirtboard and between skirtboard and support
Different enters steel passage, it is achieved thereby that charging gear enters the purpose of multiple rolled pieces simultaneously.
Brief description of the drawings
The technical solution of the utility model is described in further detail below with reference to drawings and examples, still
It should be known that these accompanying drawings only design for task of explanation, therefore not as the restriction of the utility model scope.In addition,
Unless otherwise indicated, these accompanying drawings are meant only to conceptually illustrate structure construction described herein, without to carry out to scale
Draw.
Fig. 1 is the structural representation of the utility model multichannel cooling bed steel-feeding device；
Fig. 2 is the structural representation of the utility model the first skirtboard unit；
Fig. 3 is Fig. 2 A-A sectional views；
Fig. 4 is Fig. 2 B-B sectional views；
Fig. 5 is the structural representation of the skirtboard unit of the utility model the 3rd；
Fig. 6 is steel procedure decomposition figure on the rolled piece of embodiment 1；
Fig. 7 is steel procedure decomposition figure on the rolled piece of embodiment 2.
In figure：The skirtboards of 1- first, the skirtboards of 2- second, the skirtboards of 3- the 3rd, the skirtboards of 4- the 4th, the skirtboards of 5- the 5th, 6- guide plates, 7-
First fixed seat, the fixed seats of 8- second, 9- first connecting rods, 10- axle I, 11- axle II, 12- second connecting rod, 13- third connecting rods, 14-
First cylinder, 15- axle a, 16- connecting rod a, 17- key, 18- connecting rod c, 19- connecting rod d, 20- connecting rod b, 21- connecting rod g, 22- support,
The cylinder of 23- connecting rod f, 24- connecting rod h, 25- connecting rods e, 26- the 3rd, 27- bearings, 28- straightening plates, 29- contiguous blocks.
Embodiment
Firstly, it is necessary to which explanation, the utility model multichannel cooling bed steel-feeding will be illustrated by way of example below
Concrete structure, feature and advantage of device etc., but all descriptions are intended merely to what is illustrated, and should not be construed as
Any limitation is formed to the utility model.
Incorporated by reference to referring to figs. 1 to Fig. 7, come to carry out the utility model multichannel cooling bed steel-feeding device with reference to embodiment
Exemplary illustration.
As shown in Figures 1 to 5, a kind of multichannel cooling bed steel-feeding device, is placed in before straightening plate.The device includes box frame
Frame, the first skirtboard unit, the second skirtboard unit, the 3rd skirtboard unit, the 4th skirtboard unit and the 5th skirtboard unit；The box
Framework has the first fixed seat 7, the second fixed seat 8, the first fixed seat 7 of guide plate 6 and connection, the second fixed seat 8 and guide plate 6
Axle I10, axle II11, wherein the first drive mechanism of the first skirtboard unit is fixed in the first fixed seat 7, and with the first skirtboard 1
Connection, the first skirtboard 1 of driving pumps, when the first skirtboard 1 is located at low level, the first fixed seat 7 and the first skirtboard 1
Form first and enter steel passage；
3rd drive mechanism of the 3rd skirtboard unit is fixed in the second fixed seat, and is connected with the 3rd skirtboard 3, driving the
Three skirtboards 3 pump, and when the 3rd skirtboard 3 is located at low level, the 3rd skirtboard 3 enters steel passage with the formation of guide plate 6 second；
Second drive mechanism of the second skirtboard unit is fixed in the second fixed seat, and is connected with the 3rd skirtboard 3, driving the
Three skirtboards 3 pump, when on the 3rd skirtboard 3, and are connected with the second skirtboard 2, the second skirtboard 2 of driving make above and below it is past
Multiple motion, when the second skirtboard 2 is located at a high position, the second skirtboard 2 enters steel passage with the formation of guide plate 6 the 3rd；
4th drive mechanism of the 4th skirtboard unit is each attached in the second fixed seat, and is connected with the 3rd skirtboard 3, driving
3rd skirtboard 3 pumps, when on the 3rd skirtboard 3, and is connected with the 4th skirtboard 4, on the 4th skirtboard 4 of driving is made
Lower to move back and forth, the 5th drive mechanism of the 5th skirtboard unit is each attached in the second fixed seat, and is connected with the 3rd skirtboard 3,
Drive the 3rd skirtboard 3 to pump, when on the 3rd skirtboard 3, and be connected with the 5th skirtboard 5, the 5th skirtboard 5 of driving is equal
Pump, when the 4th skirtboard 4 is located at low level, steel passage is entered in the 4th skirtboard 4 and the 5th skirtboard 5 formation the 4th.
Boxed frame include the first fixed seat 7, the second fixed seat 8, first connecting rod 9, second connecting rod 12, third connecting rod 13,
Axle I10, axle II11 and guide plate 6, first connecting rod 9 and the two ends of third connecting rod 13 are respectively by bolt and nut and the first fixed seat 7,
Two fixed seats 8, guide plate 6 are connected, by axle I10, axle II11, second connecting rod 12, nut by the and of the first fixed seat 7 on the downside of boxed frame
Second fixed seat 8 is tensed, so as to not only ensure that the first fixed seat, the second fixed seat and guide plate constitute the stability of framework, together
When also ensure that integrally-built rigidity.
Further, the first skirtboard unit includes the first drive mechanism and the first skirtboard 1, and the first drive mechanism includes first
Cylinder 14, connecting rod a16, connecting rod b20, connecting rod c18, connecting rod d19 and axle a15, connecting rod a pass through bearing pin and the piston of the first cylinder 14
Rod end homalocephalus is connected, and connecting rod a16 is connected by bearing pin with connecting rod b20, and connecting rod a drive shafts a15 makees reciprocating rotation；Axle a's is another
End is connected with connecting rod c18, and connecting rod d19 one end is connected with connecting rod c18, and the other end is connected with the first skirtboard 1, axle a reciprocating rotation
Drivening rod c18 is moved, and connecting rod c18 drives the first skirtboard 1 to pump, and axle a two ends pass through key 17 and connecting rod a16
And connecting rod c18 connections；Connecting rod b20 constitutes strip by some sections by flange connection, and this be rigidly connected ensure that axle a15 is transported
Dynamic synchronism.
Further, the 3rd skirtboard unit includes the 3rd drive mechanism and the 3rd skirtboard 3, and the 3rd drive mechanism includes the 3rd
Cylinder 26, connecting rod e25, connecting rod f23, connecting rod g21, connecting rod h24 and contiguous block 29, the tailpiece of the piston rod homalocephalus of the 3rd cylinder 26 and company
Bar e25 one end connection, connecting rod e25 is assemblied on axle I10, and the connecting rod e25 other end is connected by bearing pin with support 22, support
The other end and the 3rd skirtboard are by bolt connection；Connecting rod e25 is connected by bearing pin with contiguous block 29, and the two ends of contiguous block 29 pass through spiral shell
Bearing 27 is welded on bolt, nut and connecting rod f23 connections, connecting rod f23, bearing is connected by bearing pin with connecting rod g21, and connecting rod g21 is another
One end is connected with support 22, to ensure the stability of the 3rd skirtboard 3 motion, the upper end of support 22 connection connecting rod h24, connecting rod h24 dress
Fit on axle II11；Connecting rod f23 constitutes strip by some sections by flange connection, and this be rigidly connected ensure that the 3rd skirtboard
The synchronism of 3 motions.
Another object of the present utility model is to provide a kind of cold bed with above-mentioned multichannel cooling bed steel-feeding device.
Embodiment 1
For being not required to carry out the larger specification rolled piece (such as round steel, angle steel) of splitting rolling, as shown in fig. 6, thereon
Steel mode is as follows：
The first step, the first skirtboard 1 and the first skirtboard 2 are respectively positioned on a high position, the 3rd skirtboard 3, the 4th skirtboard 4 and the 5th skirtboard 5
Low level is respectively positioned on, now, first rolled piece #1 enters first skirtboard 2 and entered with the 3rd of the formation of guide plate 6 in steel passage, and soon
Stop after speed braking；
Second step, the first skirtboard 1 is located at a high position, and the second skirtboard 2 moves to low level, now, guide plate 6, the first skirtboard 2 and the
The top bevel of four skirtboards 4 rests on the 3rd rolled piece #1 entered in steel passage and slid along this inclined-plane, and stop on same inclined-plane
The 4th is stayed in enter in steel passage；
3rd step, second skirtboard 2 moves to a high position, now, and the 2nd rolled piece #2 enters the second skirtboard 2 and the shape of guide plate 6
Into the 3rd enter in steel passage, and stop after fast braking.
4th step, the 4th skirtboard 4 moves to middle position, now, the top bevel of the 4th skirtboard 4 and the top of the 5th skirtboard 5
Inclined-plane rests on the 4th rolled piece #1 entered in steel passage and slid along this inclined-plane, and rest on the 5th skirtboard 5 on same inclined-plane
Between straightening plate 28；
5th step, the 5th skirtboard 5 moves to a high position, now, and the top of the top bevel and straightening plate 28 of the 5th skirtboard 5 is oblique
Face is on same inclined-plane, and the inclined-plane of rolled piece #1 from the 5th skirtboard 5 is slipped in the skewed slot of straightening plate 28, so completes first
Root rolled piece #1 upper steel；
At the same time, the second skirtboard 2 and the 4th skirtboard 4 move to the top of low level, the second skirtboard 2 and the 4th skirtboard 4
The lower bevel of inclined-plane and guide plate 6 rests on the 3rd rolled piece #2 entered in steel passage and slid along this inclined-plane on same inclined-plane,
And rest on the 4th and enter in steel passage；
6th step, the second skirtboard 2 moves to a high position, and the 4th skirtboard 4 moves to middle position, and the 5th skirtboard 5 moves to low level, this
When, the top bevel of the 4th skirtboard 4 and the top bevel of the 5th skirtboard 5 rest on the 4th and enter steel passage on same inclined-plane
In rolled piece #2 slid along this inclined-plane, and rest between the 5th skirtboard 5 and straightening plate 28；
At the same time, the 3rd rolled piece #3 enters in steel passage into the second skirtboard 2 with the 3rd of the formation of guide plate 6, and quickly
Stop after braking；
7th step, cold bed carry-over bar is by low level setting in motion, and cold bed carry-over bar will stay on rolling on the straightening plate 28
Part #1 and the rolled piece #2 that rests between the 5th skirtboard 5 and straightening plate 28 are while get on straightening plate 28；Carry-over bar action one
Individual cycle, rolled piece moves two tooth pitches to tapping side, so will stay on the rolled piece #1 that first tooth position is put on straightening plate 28 and takes
To the position of the 3rd tooth, the rolled piece #2 that will stay between the 5th skirtboard 5 and straightening plate 28 gets the position of second tooth, rectifys
The position of first tooth is vacant out in straight panel 28, waits rolled piece #3, then repeats the first step to the 7th step.
Embodiment 2
For it need to carry out the rolled piece of splitting rolling, as shown in fig. 7, steel mode is as follows thereon：
The first step, the first skirtboard 1 and the 5th skirtboard 5 are respectively positioned on a high position, and the second skirtboard 2, the 3rd skirtboard 3, the 4th skirtboard 4 are equal
Positioned at low level, now, a rolled piece B1 of splitting rolling enters the 3rd skirtboard 3 and entered with the second of the formation of guide plate 6 in steel passage, and
Stop after fast braking；Another rolled piece A1 of splitting rolling enters steel into the 4th skirtboard 4 and the 5th skirtboard 5 are formed the 4th and led to
In road, and stop after fast braking；
Second step, the first skirtboard 1 moves to low level, and the second skirtboard 2 moves to a high position, and the 3rd skirtboard 3 and the 4th skirtboard 4 are equal
Middle position is moved to, now, a rolled piece B2 of splitting rolling enters the first fixed seat 7 and the first skirtboard 1 formation first is entered steel and led to
In road, and stop after fast braking；Another rolled piece A2 of splitting rolling enters the second skirtboard 2 and enters steel with the formation of guide plate 6 the 3rd
In passage, and stop after fast braking；
3rd step, the 5th skirtboard 5 moves to low level, and rolled piece A1 slides from the inclined-plane of the 5th skirtboard 5, and rests on the 5th skirt
Between plate 5 and straightening plate 28；
4th step, the 4th skirtboard 4 and the 5th skirtboard 5 move to a high position, now the top bevel and aligning of the 5th skirtboard 5
The top bevel of plate 28 is on same inclined-plane, and the inclined-plane of rolled piece A1 from the 5th skirtboard 5 is slipped in the skewed slot of straightening plate 28, this
Sample completes first rolled piece A1 upper steel；
5th step, the posture of the 4th skirtboard 4 is constant, and the 5th skirtboard 5 moves to low level, and the 3rd skirtboard 3 moves to a high position, so
3rd skirtboard 3, the skirtboard 4 of guide plate 6 and the 4th top bevel on same inclined-plane, rolled piece B1 slides along this inclined-plane, and stops
Stay between the 5th skirtboard 5 and straightening plate 28；
Cold bed carry-over bar is by low level setting in motion, rolled piece A1 and stop that cold bed carry-over bar will stay on straightening plate 28
Rolled piece B1 between the 5th skirtboard 5 and the straightening plate 28 is got on straightening plate 28 simultaneously.Carry-over bar acts a cycle, rolls
Part moves two tooth pitches to tapping side, so will stay on the rolled piece A1 that first tooth position is put on straightening plate 28 and gets the 3rd tooth
Position, the rolled piece B1 that will stay between the 5th skirtboard 5 and straightening plate 28 got on the position of second tooth, straightening plate 28
The position of one tooth is vacant out, waits follow-up rolled piece；
6th step, the first skirtboard 1 moves to a high position, and the 3rd skirtboard 3 moves to low level, and now the 3rd skirtboard 3 and first is solid
The top bevel of reservation 7 rests on the first rolled piece B2 entered in steel passage and slid along this inclined-plane, and stop on same inclined-plane
Enter second in steel passage；
Second skirtboard 2 and the 4th skirtboard 4 move to the top bevel and guide plate of low level, the second skirtboard 2 and the 4th skirtboard 4
6 lower bevel rests on the 3rd rolled piece A2 entered in steel passage and slid along this inclined-plane, and rest on the on same inclined-plane
Four are entered in steel passage；
7th step, the 4th skirtboard 4 moves to middle position, and rolled piece A2 slides from the inclined-plane of the 5th skirtboard 5, and rests on the 5th skirt
Between plate 5 and straightening plate 28；
8th step, the 4th skirtboard 4 and the 5th skirtboard 5 move to a high position, now the top bevel and aligning of the 5th skirtboard 5
The top bevel of plate 28 is on same inclined-plane, and the inclined-plane of rolled piece A2 from the 5th skirtboard 5 is slipped in the skewed slot of straightening plate 28, this
Sample completes the 3rd rolled piece A2 upper steel；
9th step, the posture of the 4th skirtboard 4 is constant, and the 5th skirtboard 5 moves to low level, and the 3rd skirtboard 3 moves to a high position, so
3rd skirtboard 3, the skirtboard 4 of guide plate 6 and the 4th top bevel on same inclined-plane, rolled piece B2 slides along this inclined-plane, and stops
Stay between the 5th skirtboard 5 and straightening plate 28；
Cold bed carry-over bar is by low level setting in motion, rolled piece A2 and stop that cold bed carry-over bar will stay on straightening plate 28
Rolled piece B2 between the 5th skirtboard 5 and straightening plate 28 is got on straightening plate 28 simultaneously, carry-over bar action a cycle, rolled piece to
Move two tooth pitches in tapping side.It so will stay on the position that the rolled piece A2 that first tooth position is put on straightening plate 28 gets the 3rd tooth
Put, the rolled piece B2 that will stay between the 5th skirtboard 5 and straightening plate 28 gets first tooth on the position of second tooth, straightening plate
Position it is vacant out, wait follow-up rolled piece, at the same time, rolled piece A1 and rolled piece B1 is to two tooth pitches of tapping side movement；
Then the first step is repeated to the 9th step.
Claims (8)
1. a kind of multichannel cooling bed steel-feeding device, is placed in before straightening plate (28), it is characterised in that the device includes box frame
Frame, the first skirtboard unit, the second skirtboard unit, the 3rd skirtboard unit, the 4th skirtboard unit and the 5th skirtboard unit；The box
Framework has the first fixed seat (7), the second fixed seat (8), guide plate (6) and the first fixed seat of connection (7), the second fixed seat
(8) and guide plate (6) axle I (10), axle II (11), wherein the first drive mechanism of the first skirtboard unit be fixed on above-mentioned first consolidate
In reservation (7), and it is connected with the first skirtboard (1), the first skirtboard of driving (1) pumps, when the first skirtboard (1) is located at
During low level, the first fixed seat (7) enters steel passage with the first skirtboard (1) formation first；3rd drive mechanism of the 3rd skirtboard unit
It is fixed on above-mentioned second fixed seat (8), and is connected with the 3rd skirtboard (3), the 3rd skirtboard (3) of driving pumps,
When the 3rd skirtboard (3) is located at low level, the 3rd skirtboard (3) enters steel passage with guide plate (6) formation second；The of second skirtboard unit
Two drive mechanisms are fixed on above-mentioned second fixed seat (8), and are connected with the second skirtboard (2), past above and below the second skirtboard of driving (2) work
Multiple motion, when the second skirtboard (2) is located at a high position, the second skirtboard (2) enters steel passage with guide plate (6) formation the 3rd；4th skirtboard
4th drive mechanism of unit is each attached on above-mentioned second fixed seat (8), and is connected with the 4th skirtboard (4), drives the 4th skirt
Plate (4) is pumped, and the 5th drive mechanism of the 5th skirtboard unit is each attached on above-mentioned second fixed seat (8),
And be connected with the 5th skirtboard (5), the 5th skirtboard (5) of driving pumps, when the 4th skirtboard (4) is located at low level,
4th skirtboard (4) enters steel passage with the 5th skirtboard (5) formation the 4th.
2. multichannel cooling bed steel-feeding device according to claim 1, it is characterised in that the boxed frame includes first and consolidated
Reservation (7), the second fixed seat (8), first connecting rod (9), second connecting rod (12), third connecting rod (13), axle I (10), axle II (11)
And guide plate (6), first connecting rod (9) and third connecting rod (13) two ends are consolidated by bolt and nut and the first fixed seat (7), second respectively
First is consolidated by axle I (10), axle II (11), second connecting rod (12), nut on the downside of reservation (8), guide plate (6) connection, boxed frame
Reservation (7) and the second fixed seat (8) are tensed.
3. multichannel cooling bed steel-feeding device according to claim 1, it is characterised in that the first skirtboard unit includes the
One drive mechanism and the first skirtboard (1), the first drive mechanism include the first cylinder (14), connecting rod a (16), connecting rod b (20), connecting rod
C (18), connecting rod d (19) and axle a (15), connecting rod a are connected by bearing pin with the tailpiece of the piston rod homalocephalus of the first cylinder, and connecting rod a passes through
Bearing pin is connected with connecting rod b, and connecting rod a drive shafts a makees reciprocating rotation；The axle a other end is connected with connecting rod c, connecting rod d one end and connecting rod
C connections, the other end is connected with the first skirtboard, and axle a reciprocating rotation drivening rod c motions, connecting rod c is driven above and below the first skirtboard work
Move back and forth.
4. multichannel cooling bed steel-feeding device according to claim 3, it is characterised in that axle a (15) two ends pass through
Key (17) is connected with connecting rod a (16) and connecting rod c (18).
5. multichannel cooling bed steel-feeding device according to claim 3, it is characterised in that the connecting rod b (20) is by some sections
Pass through flange connection composition strip.
6. multichannel cooling bed steel-feeding device according to claim 1, it is characterised in that the 3rd skirtboard unit includes the
Three drive mechanisms and the 3rd skirtboard (3), the 3rd drive mechanism include the 3rd cylinder (26), connecting rod e (25), connecting rod f (23), connecting rod
G (21), connecting rod h (24) and contiguous block (29), the tailpiece of the piston rod homalocephalus of the 3rd cylinder (26) are connected with connecting rod e (25) one end,
Connecting rod e (25) is assemblied on axle I (10), and connecting rod e (25) other end is connected by bearing pin with support (22), and support (22) is another
End is with the 3rd skirtboard (3) by bolt connection；Connecting rod e (25) is connected by bearing pin with contiguous block (29), and contiguous block (29) two ends are equal
By bolt, nut and connecting rod f (23) connections, bearing (27) is welded on connecting rod f (23), bearing passes through bearing pin and connecting rod g (21)
Connection, the connecting rod g other ends are connected with support (22)；Pedestal upper end connection connecting rod h (24), connecting rod h are assemblied on axle II (11).
7. multichannel cooling bed steel-feeding device according to claim 5, it is characterised in that the connecting rod f (23) is by some sections
Pass through flange connection composition strip.
8. a kind of cold bed with any one of claim 1 to the 7 multichannel cooling bed steel-feeding device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720022590.7U CN206373170U (en) | 2017-01-09 | 2017-01-09 | A kind of multichannel cooling bed steel-feeding device and cold bed |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720022590.7U CN206373170U (en) | 2017-01-09 | 2017-01-09 | A kind of multichannel cooling bed steel-feeding device and cold bed |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206373170U true CN206373170U (en) | 2017-08-04 |
Family
ID=59404817
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720022590.7U Withdrawn - After Issue CN206373170U (en) | 2017-01-09 | 2017-01-09 | A kind of multichannel cooling bed steel-feeding device and cold bed |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206373170U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106540975A (en) * | 2017-01-09 | 2017-03-29 | 中冶华天南京工程技术有限公司 | A kind of multichannel cooling bed steel-feeding device and cold bed |
-
2017
- 2017-01-09 CN CN201720022590.7U patent/CN206373170U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106540975A (en) * | 2017-01-09 | 2017-03-29 | 中冶华天南京工程技术有限公司 | A kind of multichannel cooling bed steel-feeding device and cold bed |
| CN106540975B (en) * | 2017-01-09 | 2019-04-23 | 中冶华天南京工程技术有限公司 | A kind of multichannel cooling bed steel-feeding device and cold bed |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201380257Y (en) | 8-shaped rib processing machine | |
| CN203751053U (en) | Small and medium-sized vertical hydraulic straightening machine | |
| CN102688920A (en) | Pipe bender and bending method using pipe bender | |
| CN103084453B (en) | Corrugated plate forming press | |
| CN106540975B (en) | A kind of multichannel cooling bed steel-feeding device and cold bed | |
| CN206373170U (en) | A kind of multichannel cooling bed steel-feeding device and cold bed | |
| CN104690125B (en) | A kind of multiple spot progressive sheet material forming method and device | |
| CN203863203U (en) | Base for welding and correction of steel structure | |
| CN202894550U (en) | Corrugation web H type steel welding device | |
| CN103878519B (en) | A kind of centering clamping Ripple Sternum group founds machine | |
| CN103373599A (en) | Batch pipe arranging and sequencing device | |
| CN204545068U (en) | The progressive sheet material forming device of a kind of multiple spot | |
| CN104014913A (en) | Dual-purpose seat for welding and correcting steel structure | |
| CN213384880U (en) | Wire binding apparatus for ferrous metal smelting rolled product | |
| CN103848368A (en) | Synchronous lifting device for longer steel pipe | |
| CN202283576U (en) | Rebar truss bending mechanism for rebar truss automatic welding production line | |
| CN204672685U (en) | A kind of milling train | |
| CN203578455U (en) | Section-straightening machine | |
| CN115673202A (en) | Torsion upsetting process and device | |
| CN205324531U (en) | Large -scale pipe part's alignment frock | |
| CN100386157C (en) | Closed type three poles framework for support | |
| CN207682382U (en) | A kind of Die-casting Machines hand both arms handle composite assemble mechanism | |
| CN105382543B (en) | Ensure half honeycomb strip shaping, the cutting machine of forced convection even flow field | |
| CN2656041Y (en) | Three dimension multislant roller round material straightening machine | |
| CN207425902U (en) | A kind of high performance solar panels Frame assembling machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170804 Effective date of abandoning: 20190423 |
|
| AV01 | Patent right actively abandoned |