CN207086869U - A kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base - Google Patents
A kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base Download PDFInfo
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- CN207086869U CN207086869U CN201720719713.2U CN201720719713U CN207086869U CN 207086869 U CN207086869 U CN 207086869U CN 201720719713 U CN201720719713 U CN 201720719713U CN 207086869 U CN207086869 U CN 207086869U
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- sensor
- hot
- lowering
- hoisting gear
- hydraulic cylinder
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- 229910000831 Steel Inorganic materials 0.000 claims abstract description 63
- 239000010959 steel Substances 0.000 claims abstract description 63
- 239000000725 suspension Substances 0.000 claims abstract description 40
- 239000000203 mixture Substances 0.000 claims description 7
- 239000007788 liquid Substances 0.000 claims description 2
- 238000005303 weighing Methods 0.000 abstract description 10
- 238000009749 continuous casting Methods 0.000 description 5
- 230000007423 decrease Effects 0.000 description 5
- 238000000034 method Methods 0.000 description 5
- 238000004519 manufacturing process Methods 0.000 description 4
- 230000033228 biological regulation Effects 0.000 description 3
- 238000005520 cutting process Methods 0.000 description 3
- 239000000463 material Substances 0.000 description 3
- 230000000630 rising effect Effects 0.000 description 3
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 239000000523 sample Substances 0.000 description 2
- 238000005299 abrasion Methods 0.000 description 1
- 238000005275 alloying Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 238000001816 cooling Methods 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
- 229910052742 iron Inorganic materials 0.000 description 1
- 238000011084 recovery Methods 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 238000010008 shearing Methods 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
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Abstract
A kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base, belongs to conticaster hot-cast base weighing equipment technical field, for being weighed to hot-cast base.Its technical scheme is：The both ends column of the support of lowering or hoisting gear is fixed on the basis of roller-way both sides, rack beam is vertical with roller-way traffic direction, hydraulic cylinder leg is vertically welded on rack beam, hydraulic cylinder is fixedly connected on hydraulic cylinder leg, hydraulic cylinder piston rod is vertically downward, one end that the lower end of hydraulic cylinder piston rod assembles with turning arm is connected, turning arm assembles the upper surface for being fixed on rack beam, the other end of turning arm assembling is connected with the upper end that sensor assembles, sensor group holds end and is connected with hanging beam, the bottom of hanging beam is connected with steel billet suspension bracket, steel billet suspension bracket is relative with the hot-cast base on roller-way.The utility model is rational in infrastructure, having stable behavior, can avoid the interference of outer bound pair hot-cast base weighing precision, and the continuous weighting of hot-cast base can be achieved, have significant economic benefit.
Description
Technical field
The lowering or hoisting gear that a kind of on-line continuous weighs hot-cast base is the utility model is related to, belongs to the weighing of conticaster hot-cast base and sets
Standby technical field.
Background technology
Domestic most hot bases of iron and steel enterprise's conticaster are all to use cutting to length, including mechanical shearing, gas flame cuttiug
Two kinds of forms.In continuous-casting steel pouring process, due to the abrasion of crystallizer, molten steel alloying component, pouring temperature, pulling rate, cooling etc.
Larger difference be present in reason, the weight of hot-cast base.Rod product is delivered for scale, and hot continuous casting blank will be made by scale supply bar
Into substantial amounts of non-scale material（Logical chi material）Loss, causes damage huge.To improve rolling bar lumber recovery, reducing cost, reduction
Non- scale material loss, technique and technology using Weight-fixing cutting as production control are the development trend of continuous casting billet production, therefore open
It is very necessary to send out the continuous casting billet weighing-appliance to match with Weight-fixing cutting.
Utility model content
Technical problem to be solved in the utility model is to provide the lowering or hoisting gear that a kind of on-line continuous weighs hot-cast base, this
Kind lowering or hoisting gear can avoid the interference of outer bound pair hot-cast base weighing precision, realize the continuous weighting of hot-cast base, ensure conticaster
Normal production.
Solve above-mentioned technical problem technical scheme be：
A kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base, and it is made up of preceding lowering or hoisting gear and rear lowering or hoisting gear, preceding liter
Falling unit is identical with rear lifting device structure, and preceding lowering or hoisting gear and rear lowering or hoisting gear are laid along before and after roller-way direct of travel, preceding
The length of the distance between lowering or hoisting gear and rear lowering or hoisting gear and hot-cast base matches, preceding lowering or hoisting gear and rear lowering or hoisting gear difference
It is made up of support, hanging beam, steel billet suspension bracket, hydraulic cylinder leg, hydraulic cylinder, turning arm assembling, sensor, support is door shape
Steel frame construction, on the basis of the both ends column of support is fixed on roller-way both sides by foundation bolt respectively, rack beam and roller-way
Traffic direction is vertical, and hydraulic cylinder leg is vertically welded on rack beam, and hydraulic cylinder is fixedly connected on hydraulic cylinder leg, hydraulic pressure
Vertically downward, the lower end of hydraulic cylinder piston rod is connected cylinder piston rod with one end that turning arm assembles, and turning arm assembling is fixed on
The upper surface of rack beam, the other end of turning arm assembling are connected with the upper end that sensor assembles, and sensor group holds end
It is connected with hanging beam, the bottom of hanging beam is connected with steel billet suspension bracket, and steel billet suspension bracket is relative with the hot-cast base on roller-way.
Above-mentioned on-line continuous weighs the lowering or hoisting gear of hot-cast base, and the turning arm assembling is by rotary shaft, hydraulic cylinder crank, a left side
Bearing, left shaft holder, left crank, right bearing, right axle bearing, right crankset into the upper end of, hydraulic cylinder crank by hydraulic cylinder before
Bearing pin is connected with the front end of hydraulic cylinder piston rod, and the lower end of hydraulic cylinder crank in the middle part of rotary shaft with being connected, left bearing and the right side
Bearing is separately mounted to the both sides of rotary shaft, and left shaft holder and right axle bearing are fixedly connected on the upper surface of rack beam, Zuo Qu
Handle and right crank are separately mounted to the both ends of rotary shaft, and hydraulic cylinder crank in one plane, is distributed in left crank, right crank
Rotary shaft both sides.
Above-mentioned on-line continuous weighs the lowering or hoisting gear of hot-cast base, and the sensor group is equipped with two sets of identical structures, two sets
Sensor assembling is connected with the left crank of turning arm assembling and right crank respectively, before often the assembling of set sensor is assembled by sensor
Bearing pin, sensor, sensor rear pin shaft, the 3rd connect before bearing pin, first connecting rod, the first stud, second connecting rod, sensor
Bar, the second stud, fourth link, sensor assembling rear pin shaft composition, before the upper end of first connecting rod is assembled by sensor
The crank that bearing pin assembles with turning arm is connected, and the lower end of first connecting rod is connected by the first stud with second connecting rod, the
Two connecting rods are connected by bearing pin before sensor with sensor, and sensor is connected by sensor rear pin shaft with third connecting rod, and the 3rd
Connecting rod is connected by the second stud with fourth link, and the lower end of fourth link is connected with the upper end of hanging beam.
Above-mentioned on-line continuous weighs the lowering or hoisting gear of hot-cast base, first connecting rod, second connecting rod in the sensor assembling,
Third connecting rod, fourth link are U-shaped connecting rod, and there are relative pin-and-hole, the upper end horizontal stroke of U-shaped connecting rod in the biside plate lower end of U-shaped connecting rod
There is vertical screw on plate, the pin-and-hole of U-shaped connecting rod after bearing pin, sensor before bearing pin, sensor before sensor assembling respectively with selling
The diameter of axle matches, and the screw flight of the screw of U-shaped connecting rod respectively with the first stud, the second stud matches.
Above-mentioned on-line continuous weighs the lowering or hoisting gear of hot-cast base, and the hanging beam is two, and it is whole to be connected as one by steel plate
Body, two hanging beams are located at the both sides of roller-way respectively, and two hanging beams are placed along roller-way both sides parallel, horizontal, two hanging beams
Rear and front end loaded end by hanging respectively with the sensor group of preceding lowering or hoisting gear and the left and right sides of rear lowering or hoisting gear and be connected.
Above-mentioned on-line continuous weighs the lowering or hoisting gear of hot-cast base, and the steel billet suspension bracket is three, three steel billet suspension brackets along
The length direction of hanging beam is equidistantly connected to the lower section of hanging beam, relative with the front portion, middle part and rear portion of hot-cast base respectively.
Above-mentioned on-line continuous weighs the lowering or hoisting gear of hot-cast base, and the steel billet suspension bracket is square steel structure frame, and steel billet is hung
The cross tube of frame is connected with the shaped steel lower end in hanging beam, and two lateral bracing struts of steel billet suspension bracket are vertically positioned at the both sides of roller-way, steel
The sheer pole of base suspension bracket is located in the roller gap of roller-way, and the lower surface of the hot-cast base above sheer pole with roller-way is relative.
The beneficial effects of the utility model are：
Hydraulic cylinder of the present utility model is fixed on support, and hydraulic cylinder piston rod, which stretches out, drives turning arm assembling rotation, leads to
Crossing turning arm assembling rotation drives sensor group dress, hanging beam, steel billet suspension bracket to rise, and steel billet suspension bracket, which rises, drives hot-cast base to rise
Depart from roller-way, hot-cast base is vacantly weighed, after hot-cast base is weighed, hydraulic cylinder piston rod drives said mechanism reversely to transport
Dynamic, steel billet suspension bracket drives hot-cast base to decline, and hot-cast base disengaging steel billet suspension bracket falls on roller-way when reaching lower limit, completes to hot-cast
Base is weighed.
The utility model is rational in infrastructure, having stable behavior, front and rear sides lowering or hoisting gear synchronization lifting, and hot-cast base can after rising
Ensure the free degree around hot-cast base, avoid the interference of outer bound pair hot-cast base weighing precision, the continuous of hot-cast base can be achieved
Weigh, ensure that normally the Continuous Heat of production and bar strand supplies continuous casting, saves energy resource consumption, has significant economic benefit.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is Fig. 1 side view；
Fig. 3 is the structural representation of turning arm assembling；
Fig. 4 is the structural representation of sensor assembling.
Marked in figure as follows：Bearing pin 5, hydraulic cylinder leg before hot-cast base 1, roller-way 2, hanging beam 3, steel billet suspension bracket 4, hydraulic cylinder
6th, hydraulic cylinder base 7, hydraulic cylinder rear pin shaft 8, hydraulic cylinder 9, turning arm assembling 10, sensor assembling 11, support 12, sensor group
Bearing pin 17 before bearing pin 13, first connecting rod 14, the first stud 15, second connecting rod 16, sensor, sensor 18, sensing before dress
Device rear pin shaft 19, third connecting rod 20, the second stud 21, fourth link 22, sensor assembling rear pin shaft 23, left crank 24,
Left shaft holder 25, left bearing 26, rotary shaft 27, hydraulic cylinder crank 28, right axle bearing 29, right bearing 30, right crank 31, hanging
32nd, shaped steel 33.
Embodiment
The utility model is made up of preceding lowering or hoisting gear and rear lowering or hoisting gear, preceding lowering or hoisting gear and rear lifting device structure phase
Together, preceding lowering or hoisting gear and rear lowering or hoisting gear are laid along before and after the direct of travel of roller-way 2, between preceding lowering or hoisting gear and rear lowering or hoisting gear
Distance and the length of hot-cast base 1 match.
The preceding lowering or hoisting gear of the utility model and rear lowering or hoisting gear are respectively by support 12, hanging beam 3, steel billet suspension bracket 4, hydraulic cylinder
Support 6, hydraulic cylinder 9, turning arm assembling 10, the composition of sensor assembling 11.
Shown in figure, support 12 is door shaped steel frame structure, and the both ends column of support 12 is fixed on by foundation bolt respectively
On the basis of the both sides of roller-way 2, rack beam is vertical with the traffic direction of roller-way 2.
Shown in figure, hydraulic cylinder leg 6 is vertically welded on the crossbeam of support 12, and hydraulic cylinder base 7 passes through foundation bolt
It is fixed on hydraulic cylinder leg 6, hydraulic cylinder 9 is connected by hydraulic cylinder rear pin shaft 8 with hydraulic cylinder base 7, hydraulic cylinder piston rod
Vertically downward, the lower end of hydraulic cylinder piston rod is connected by bearing pin before hydraulic cylinder 5 with turning arm assembling 10.
Shown in figure, turning arm assembling 10 is fixed on the upper surface of rack beam.Turning arm assembling 10 is by rotary shaft 27, liquid
Cylinder pressure crank 28, left bearing 26, left shaft holder 25, left crank 24, right bearing 30, right axle bearing 29, right crank 31 form.Hydraulic pressure
The upper end of cylinder crank 28 is connected by bearing pin before hydraulic cylinder 5 with the front end of hydraulic cylinder piston rod, the lower end of hydraulic cylinder crank 28
It is fixedly connected with the middle part of rotary shaft 27 by key, the rotation centerline of rotary shaft 27 is parallel with rack beam, with the center line of roller-way 2
Vertically.
Shown in figure, left bearing 26 and right bearing 30 are separately mounted to the both sides of rotary shaft 27, left bearing 26 and right bearing
30 are arranged in left shaft holder 25 and right axle bearing 29, and left shaft holder 25 and right axle bearing 29 are fixedly connected on the upper of rack beam
Surface, rotary shaft 7 is supported by left shaft holder 26, right axle bearing 29, the rotation of rotary shaft 27 can be achieved.
Shown in figure, left crank 24 and right crank 31 are fixedly mounted on the both ends of rotary shaft 27, hydraulic cylinder by key respectively
Crank 28 in one plane, is distributed in the both sides of rotary shaft 27 with left crank 24, right crank 31.Hydraulic cylinder crank 28 is in hydraulic cylinder
When being moved down under the drive of piston rod, drive rotary shaft 27 rotate, rotary shaft 27 i.e. drive left crank 24 and right crank 31 to
Upper movement, left crank 24 and right crank 31 will drive sensor in connection to assemble 11 respectively and move up.
Shown in figure, sensor assembling 11 has two sets of identical structures, two sets sensors assemble 11 respectively with turning arm group
10 left crank 24 is filled with right crank 31 to be connected.The main function of sensor assembling 11 is to hot-cast base 1 by sensor 18
Weighed, while be can be achieved by the regulation of sensor assembling 11 to the leveling of hanging beam 3 and the fine setting of initial position height, sensing
Device, which assembles 11 structure types, can also realize the position freedom around of hanging beam 3.
Shown in figure, often cover bearing pin 13, first connecting rod 14, the first stud before sensor assembling 11 is assembled by sensor
15th, bearing pin 17, sensor 18, sensor rear pin shaft 19, third connecting rod 20, the second stud before second connecting rod 16, sensor
21st, fourth link 22, sensor assembling rear pin shaft 23 form.Before the upper end of first connecting rod 14 is assembled by sensor bearing pin 13 with
The left crank 24 or right crank 31 of turning arm assembling 10 are connected, and the lower end of first connecting rod passes through the first stud 15 and second
Connecting rod 16 is connected, and second connecting rod 16 is connected by bearing pin before sensor 17 with sensor 18, and sensor 18 after sensor by selling
Axle 19 is connected with third connecting rod 20, and third connecting rod 20 is connected by the second stud 21 with fourth link 22, fourth link 22
Lower end be connected with the upper end of hanging beam 3.By adjusting the first stud 15, the second stud 21 can realize sensor
Assemble the regulation of 11 entire lengths.
Shown in figure, first connecting rod 14, second connecting rod 16 in sensor assembling 11, third connecting rod 20, fourth link 22
It is U-shaped connecting rod, there is relative pin-and-hole the biside plate lower end of U-shaped connecting rod, has vertical screw, U on the upper end transverse slat of U-shaped connecting rod
The pin-and-hole of shape connecting rod assembled respectively with sensor before before bearing pin 13, sensor bearing pin 17, sensor rear pin shaft 19 diameter phase
Match somebody with somebody, the screw flight of the screw of U-shaped connecting rod respectively with the first stud 15, the second stud 21 matches.By adjusting U
The direction of shape connecting rod can realize the free degree in different directions, as second connecting rod 16, third connecting rod 20 U-shaped opening direction with
When first connecting rod 14, the U-shaped opening direction of fourth link 22 are into an angle of 90 degrees, the free degree of front, rear, left and right can be achieved.
Shown in figure, the lower end of sensor assembling 11 is connected with hanging beam 3, bottom and the phase of steel billet suspension bracket 4 of hanging beam 3
Connection, steel billet suspension bracket 4 are relative with the hot-cast base 1 on roller-way 2.
Shown in figure, hanging beam 3 is two, and hanging beam 3 is made up of hanging 32 and shaped steel 33, and both sides shaped steel 33 passes through steel plate
Connection is integral, and hanging 32 is welded on shaped steel 33, and two hanging beams 3 are located at the both sides of roller-way 2, two hanging beams 3 respectively
Placed along the both sides parallel, horizontal of roller-way 2, the rear and front ends of two hanging beams 3 by hanging 32 respectively with preceding lowering or hoisting gear and after
The sensor of the left and right sides of lowering or hoisting gear assembles 11 lower ends and is connected.
Shown in figure, steel billet suspension bracket 4 is three, and length direction of three steel billet suspension brackets 4 along hanging beam 3 is equidistantly connected to
The lower section of hanging beam 3, it is relative with the front portion, middle part and rear portion of hot-cast base 1 respectively.
Shown in figure, steel billet suspension bracket 4 shares 3, is evenly arranged, and steel billet suspension bracket 4 is square steel structure frame, steel billet suspension bracket
4 cross tube is connected with the lower end of shaped steel 33 in hanging beam 3, and two lateral bracing struts of steel billet suspension bracket 4 are vertically positioned at the two of roller-way 2
Side, the sheer pole of steel billet suspension bracket 4 are located in the roller gap of roller-way 2, above sheer pole with the following table of the hot-cast base 1 of roller-way 2
Face is relative.When steel billet suspension bracket 4 rises, hot-cast base 1 is lifted up by sheer pole, hot-cast base 1 is left roller-way 2, is weighed.
It is of the present utility model as follows using process：
Hydraulic cylinder 9 of the present utility model drives the rotary shaft 27 of turning arm assembling 10 to rotate, passed through when piston rod stretches out
The rotation of rotary shaft 27 drives sensor group to fill 11 risings, and sensor assembling 11, which rises, drives hanging beam 3 to rise, on hanging beam 3
Rising and drive steel billet suspension bracket to rise, steel billet suspension bracket 4, which rises, drives hot-cast base 1 to rise, and hot-cast base 1 departs from roller-way 2 when reaching upper limit,
Hot-cast base 1 is vacantly weighed.After hot-cast base 1 is weighed, the piston rod of hydraulic cylinder 9 is retracted, and drives turning arm assembling 10
Rotary shaft 27 reversely rotate, rotary shaft 27 reversely rotate drive sensor assembling 11 decline, sensor assembling 11 decline drive
Hanging beam 3 declines, and hanging beam 3, which declines, drives steel billet suspension bracket 4 to decline, and steel billet suspension bracket 4, which declines, drives hot-cast base 1 to decline, under arrival
Hot-cast base 1 departs from steel billet suspension bracket 4 when spacing, and hot-cast base 1 falls on roller-way 2, completes weighing to hot-cast base 1.Right side claims online
The lowering or hoisting gear of calorimetric base weight performs act same with left side simultaneously.
Arranged on left and right sides lowering or hoisting gear relies on the synchronization lifting of HYDRAULIC CONTROL SYSTEM hydraulic cylinder 9, ensures that both sides hydraulic cylinder 9 lifts
It is synchronous, so as to realize whole hot-cast base 1 while lift.
It is can be achieved by the regulation of sensor assembling 11 to the leveling of hanging beam 3 and the fine setting of initial position height, sensor group
The position freedom around of hanging beam 3 can be realized by filling 11 structure types.
The continuous weighting process of hot-cast base 1：Roller-way 2 is started, and hot-cast base 1 moves, and probe detection hot-cast base 1 is examined by electrical heat
Position, when reaching weighing positions, heat inspection probe detects hot-cast base 1, sends signal, roller-way 2 stops, and hot-cast base 1 is parked in title
Weight position, hot-cast base 1 starts to weigh, and after weighing, sends to weigh and finishes signal, starts roller-way 2, hot-cast base 1 is moved, outputed
Weighing positions, carry out the weighing process of next hot-cast base 1.
Claims (7)
1. a kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base, it is characterised in that：It is by preceding lowering or hoisting gear and rear lowering or hoisting gear
Composition, preceding lowering or hoisting gear is identical with rear lifting device structure, and preceding lowering or hoisting gear and rear lowering or hoisting gear are along roller-way（2）Direct of travel
Front and rear laying, the distance between preceding lowering or hoisting gear and rear lowering or hoisting gear and hot-cast base（1）Length match, preceding lowering or hoisting gear and
Lowering or hoisting gear is respectively by support afterwards（12）, hanging beam（3）, steel billet suspension bracket（4）, hydraulic cylinder leg（6）, hydraulic cylinder（9）, turning arm
Assembling（10）, sensor assembling（11）Composition, support（12）For door shaped steel frame structure, support（12）Both ends column pass through respectively
Foundation bolt is fixed on roller-way（2）On the basis of both sides, rack beam and roller-way（2）Traffic direction is vertical, hydraulic cylinder leg（6）
It is vertically welded on rack beam, hydraulic cylinder（9）It is fixedly connected on hydraulic cylinder leg（6）On, hydraulic cylinder piston rod vertically downward,
The lower end of hydraulic cylinder piston rod assembles with turning arm（10）One end be connected, turning arm assembling（10）It is fixed on rack beam
Upper surface, turning arm assembling（10）The other end and sensor assemble（11）Upper end be connected, sensor assembling（11）Under
End and hanging beam（3）It is connected, hanging beam（3）Bottom and steel billet suspension bracket（4）It is connected, steel billet suspension bracket（4）With roller-way（2）On
Hot-cast base（1）Relatively.
2. on-line continuous according to claim 1 weighs the lowering or hoisting gear of hot-cast base, it is characterised in that：The turning arm group
Dress（10）By rotary shaft（27）, hydraulic cylinder crank（28）, left bearing（26）, left shaft holder（25）, left crank（24）, right bearing
（30）, right axle bearing（29）, right crank（31）Composition, hydraulic cylinder crank（28）Upper end pass through bearing pin before hydraulic cylinder（5）With liquid
The front end of pressure cylinder piston bar is connected, hydraulic cylinder crank（28）Lower end and rotary shaft（27）Middle part is connected, left bearing（26）
And right bearing（30）It is separately mounted to rotary shaft（27）Both sides, left shaft holder（25）With right axle bearing（29）It is fixedly connected on branch
The upper surface of frame crossbeam, left crank（24）With right crank（31）It is separately mounted to rotary shaft（27）Both ends, hydraulic cylinder crank
（28）With left crank（24）, right crank（31）In one plane, it is distributed in rotary shaft（27）Both sides.
3. on-line continuous according to claim 2 weighs the lowering or hoisting gear of hot-cast base, it is characterised in that：The sensor group
Dress（11）There are two sets of identical structures, two sets of sensor assemblings（11）Assembled respectively with turning arm（10）Left crank（24）And the right side
Crank（31）It is connected, often covers sensor assembling（11）Bearing pin before being assembled by sensor（13）, first connecting rod（14）, the first double end
Bolt（15）, second connecting rod（16）, bearing pin before sensor（17）, sensor（18）, sensor rear pin shaft（19）, third connecting rod
（20）, the second stud（21）, fourth link（22）, sensor assembling rear pin shaft（23）Composition, first connecting rod（14）It is upper
Bearing pin before end is assembled by sensor（13）Assembled with turning arm（10）Crank be connected, first connecting rod（14）Lower end pass through
First stud（15）With second connecting rod（16）Connection, second connecting rod（16）Pass through bearing pin before sensor（17）With sensor
（18）Connection, sensor（18）Pass through sensor rear pin shaft（19）With third connecting rod（20）Connection, third connecting rod（20）Pass through
Two studs（21）With fourth link（22）Connection, fourth link（22）Lower end and hanging beam（3）Upper end be connected.
4. on-line continuous according to claim 3 weighs the lowering or hoisting gear of hot-cast base, it is characterised in that：The sensor group
Dress（11）In first connecting rod（14）, second connecting rod（16）, third connecting rod（20）, fourth link（22）It is U-shaped connecting rod, U-shaped
There is relative pin-and-hole the biside plate lower end of connecting rod, there is vertical screw, the pin-and-hole point of U-shaped connecting rod on the upper end transverse slat of U-shaped connecting rod
Bearing pin before not assembled with sensor（13）, bearing pin before sensor（17）, sensor rear pin shaft（19）Diameter match, U-shaped connect
The screw of bar respectively with the first stud（15）, the second stud（21）Screw flight match.
5. on-line continuous according to claim 4 weighs the lowering or hoisting gear of hot-cast base, it is characterised in that：The hanging beam
（3）For two, hanging beam（3）By hanging（32）And shaped steel（33）Composition, both sides shaped steel（33）It is integral by steel plate connection,
Hanging（32）It is welded on shaped steel（33）On, two hanging beams（3）It is located at roller-way respectively（2）Both sides, two hanging beams（3）Along
Roller-way（2）Both sides parallel, horizontal is placed, two hanging beams（3）Rear and front end pass through hanging（32）Respectively with preceding lowering or hoisting gear and
The sensor assembling of the left and right sides of lowering or hoisting gear afterwards（11）Lower end is connected.
6. on-line continuous according to claim 5 weighs the lowering or hoisting gear of hot-cast base, it is characterised in that：The steel billet suspension bracket
（4）For three, three steel billet suspension brackets（4）Along hanging beam（3）Length direction be equidistantly connected to hanging beam（3）Lower section, point
Not with hot-cast base（1）Front portion, middle part and rear portion it is relative.
7. on-line continuous according to claim 6 weighs the lowering or hoisting gear of hot-cast base, it is characterised in that：The steel billet suspension bracket
（4）For square steel structure frame, steel billet suspension bracket（4）Cross tube and hanging beam（3）In shaped steel（33）Lower end is connected, steel billet
Suspension bracket（4）Two lateral bracing struts be vertically positioned at roller-way（2）Both sides, steel billet suspension bracket（4）Sheer pole be located at roller-way（2）Roller between
In gap, above sheer pole with roller-way（2）Hot-cast base（1）Lower surface it is relative.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720719713.2U CN207086869U (en) | 2017-06-20 | 2017-06-20 | A kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720719713.2U CN207086869U (en) | 2017-06-20 | 2017-06-20 | A kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207086869U true CN207086869U (en) | 2018-03-13 |
Family
ID=61553188
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720719713.2U Expired - Fee Related CN207086869U (en) | 2017-06-20 | 2017-06-20 | A kind of on-line continuous weighs the lowering or hoisting gear of hot-cast base |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207086869U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108755229A (en) * | 2018-04-24 | 2018-11-06 | 东莞市泰昌纸业有限公司 | A kind of online replacing options of drying cylinder spindle nose in paper mill |
-
2017
- 2017-06-20 CN CN201720719713.2U patent/CN207086869U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108755229A (en) * | 2018-04-24 | 2018-11-06 | 东莞市泰昌纸业有限公司 | A kind of online replacing options of drying cylinder spindle nose in paper mill |
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