CN206369473U - Stokehold feeder - Google Patents
Stokehold feeder Download PDFInfo
- Publication number
- CN206369473U CN206369473U CN201621352277.1U CN201621352277U CN206369473U CN 206369473 U CN206369473 U CN 206369473U CN 201621352277 U CN201621352277 U CN 201621352277U CN 206369473 U CN206369473 U CN 206369473U
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- frame
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- roller
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Abstract
Stokehold feeder is related to feeder field.Mainly solve the problem of artificial loading labor intensity is big when being heated to stabilizer bar end at present and design.It is made up of sub-material into alternate device, sub-material into root device and drive apparatus；Sub-material includes frame into alternate device, bin is fixed in frame, front retainer plate is in frame, and back striker plate is hinged with front retainer plate, and the gear of power transmission shaft is meshed with the rack of back striker plate, there is material blocking rod in the cylinder rod of backgauge cylinder on front retainer plate, sub-material has left and right cutting plate and splicing frame into having to have on liftout frame, riser on first and second lift cylinder and first and second die pad, the first die pad in the frame of root device, lifter plate is fixed on the second die pad, and roller is set between lifter plate；Drive apparatus includes having groove on the travelling gear excircle on frame, driving gearshaft, and having between driving shaft and driving gearshaft on conveyer belt, conveyer belt has transfer block.Advantage is can be automatically by the single feeding of stabiliser bar, submitting heating furnace.
Description
Technical field：
The utility model is related to feeder field, is specifically related to a kind of setting to stabilizer bar end heating furnace feeding
It is standby.
Background technology：
All it is artificial loading at present when being heated to stabilizer bar end, every heating furnace needs to be equipped with a workman by surely
Fixed pole is single be well placed after be sent in stove, recruitment is more, increase workman labor intensity.
The content of the invention：
Technical problem to be solved in the utility model, which is to provide one kind, to be well placed automatically by stabiliser bar is single, make stabilization
Rod end head is to it, by the stokehold feeder in the single feeding heating furnace of stabiliser bar.
What above-mentioned purpose was realized in：It is made up of sub-material into alternate device, sub-material into root device and drive apparatus；
Described sub-material includes frame into alternate device, and rear high preceding low bin is fixed on the top of frame, i.e., described bin
It is obliquely installed, bin front end both sides are respectively equipped with two front retainer plates, the lower end of two described front retainer plates passes through rotating shaft
In frame, in addition to two back striker plates, the upper ends of described two back striker plates respectively with two front retainer plates
Upper end is hinged, and is all fixed with rack on two described back striker plates, motor is fixed in the frame below bin, in addition to is passed
The gear on travelling gear, motor power output shaft and the travelling gear phase in the middle part of power transmission shaft are installed in the middle part of moving axis, power transmission shaft
Engagement, the two ends of power transmission shaft are respectively provided with a gear, the gear at power transmission shaft two ends respectively with the rack phase on two back striker plates
Engagement, motor work can drive and be fixed with upper and lower two backgauges on two back striker plate up and down motions, each front retainer plate
All it is fixed with material blocking rod, two described front retainer plates and all corresponding opens respectively in cylinder, the cylinder rod of the backgauge cylinder
Provided with upper and lower two material blocking rods by hole, described each material blocking rod can pass through in hole from material blocking rod respectively corresponding thereto respectively
Pass through；
Described sub-material is located at sub-material into alternate device front into root device, and sub-material includes solid in frame, frame into root device
Surely there is the first lift cylinder, the first die pad is fixed in the cylinder rod of the first lift cylinder, is fixed with the first die pad some
The liftout frame of individual L-shaped, the top of the liftout frame is tilted gradually downward from back to front, fixed in the frame in front of the first die pad
Have and be respectively fixed with left cutting plate and right cutting plate, a described left side on riser, the riser back side of each liftout frame left and right sides
Cutting plate and right cutting plate all include bottom plate and top plate, and bottom plate is fixed on the bottom of top plate, and the upper surface of the bottom plate is from backward
Preceding to tilt gradually downward, the upper surface of the top plate is also tilted gradually downward from back to front；First lift cylinder works, being capable of band
Dynamic liftout frame moves up and down between the left cutting plate and right cutting plate of its both sides.
The front upper of riser is fixed with several splicing framves, and the top of the splicing frame is inclined gradually downward from back to front
Tiltedly, the front end of splicing frame is provided with block, and the second lift cylinder is fixed in the frame in front of riser, and the second die pad is fixed on the
In the cylinder rod of two lift cylinders, several lifter plates are fixed on the second die pad, and the lifter plate top rear is provided with splicing
Groove, the front end of splicing groove be located at the top of the lifter plate in front of the front of splicing frame front end block, splicing groove from back to front gradually to
It is lower to tilt, material blocking block is fixedly arranged at the front end with the top of lifter plate, a roller is set between every two neighboring lifter plate, the roller leads to
Roller shaft is crossed on riser, the roller mid diameter is small, rear and front end diameter is big, i.e., thin in the middle of roller, two ends are thick, described
The middle part of roller is located at the front of the splicing groove on lifter plate；It is fixed with the left of frame in location-plate, the location-plate and roller
Portion is designed with a sprocket wheel, in addition to positioning motor on same straight line on each roller shaft, positioning motor is fixed on frame
On, the roller on positioning motor power output shaft is connected with the sprocket wheel on each roller shaft by chain, positioning motor work, is driven
Each roller is rotated；
Described drive apparatus is located at sub-material into the front of root device, and drive apparatus includes frame, and driving gearshaft passes through
Bearing, which is arranged on frame rear end, driving gearshaft, is equipped with several travelling gears, equal on the excircle of each travelling gear
Even offers several grooves, and diameter of the opening more than stabiliser bar of the groove, driving shaft is mounted in frame front end by bearing, passed
Dynamic motor is fixed in frame, and the sprocket wheel on sprocket wheel and driving shaft on driving motor power output shaft is connected by chain, main
It is connected between moving axis and driving gearshaft on some conveyer belts, each conveyer belt and is fixed with several transfer blocks, each
Groove is designed with transfer block.
The utility model has the advantages that：Workpiece stabiliser bar is placed on bin, is obliquely installed because bin is low early and high after, surely
Fixed pole is gathered at back striker plate, motor work, drives back striker plate to move downward, some stabiliser bars positioned at top are rolled into
On front retainer plate, blocked by material blocking rod above, now motor is stopped, backgauge cylinder work above drives
Material blocking rod is retracted, and stabiliser bar is fallen to be blocked by underlying material blocking rod, and now motor, which works on, drives back striker plate motion,
The material blocking rod of top stretches out simultaneously, and stabiliser bar continues to roll into, and the backgauge cylinder work of lower section drives material blocking rod thereon to retract, surely
Fixed pole is entered on the bottom plate of left cutting plate and right cutting plate, the work of the first lift cylinder, and liftout frame is by positioned at bottom plate front end
Single stabiliser bar is sent on the top plate of left cutting plate and right cutting plate, due to top plate be it is low early and high after be obliquely installed, so
Stabiliser bar rolls into the front end of top plate automatically, then is sent to through liftout frame on splicing frame, the work of the second lift cylinder, lifter plate liter
Rising makes stabiliser bar drop into splicing groove, and lifter plate, which declines, makes stabiliser bar drop into the middle part of roller, positioning motor work, drives rolling
Side roll to the left is taken turns, the termination of stabiliser bar is withstood on location-plate, the second lift cylinder works on, lifter plate will stablize lever bracket
Rise, stabiliser bar rolls into the front end of lifter plate, is blocked by material blocking block, driving motor work band nutating gear is rotated, driving cog
Stabiliser bar is brought into the groove in transfer block by the groove on wheel, now, and the stabilizer bar end that need to be heated is entered in heating furnace.
The present apparatus, so as to mitigate the labor intensity of workman, can reduce recruitment automatically by the single feeding of stabiliser bar, submitting heating furnace.
Brief description of the drawings：
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 be amplification the utility model in sub-material into alternate device structural representation；
Fig. 3 be amplification the utility model in sub-material into root device rear perspective structural representation；
Fig. 4 be amplification the utility model in sub-material into root device main view dimensional structure diagram；
Fig. 5 is the structural representation of drive apparatus in the utility model amplified.
Embodiment：
Reference picture 1, it is made up of sub-material into alternate device 1, sub-material into root device 2 and drive apparatus 3；
Reference picture 2, described sub-material includes frame 1-1 into alternate device 1, and rear high preceding low bin 1-2 is fixed on frame
Top, i.e., described bin is obliquely installed, and bin front end both sides are respectively equipped with two front retainer plates 1-3, two described fronts
The lower end of flitch is arranged in frame by rotating shaft, in addition to two back striker plates 1-4, described two back striker plates
Upper end of the upper end respectively with two front retainer plates is hinged, and is all fixed with rack 1-5 on two described back striker plates, and motor 1-
6 are fixed in the frame below bin, in addition to power transmission shaft 1-7, and travelling gear 1-8, motor are provided with the middle part of power transmission shaft
Gear on power output shaft is meshed with the travelling gear in the middle part of power transmission shaft, and the two ends of power transmission shaft are respectively provided with a gear, transmission
The gear at axle two ends is meshed with the rack on two back striker plates respectively, motor work, can drive above and below two back striker plates
It is fixed with upper and lower two backgauge cylinders 1-9, the cylinder rod of the backgauge cylinder and is all fixed with motion, each front retainer plate
Upper and lower two material blocking rods that offer respectively all corresponding pass through hole, institute on material blocking rod 1-10, two described front retainer plates
Each material blocking rod stated can be respectively from material blocking rod respectively corresponding thereto by passing through in hole；
Reference picture 3 and Fig. 4, described sub-material are located at sub-material into alternate device front into root device 2, and sub-material includes into root device
The first lift cylinder 2-2 is fixed with frame 2-1, frame, the first die pad 2-3 is fixed on the cylinder rod of the first lift cylinder
On, the liftout frame 2-4 of several L-shaped is fixed with the first die pad, the top of the liftout frame is inclined gradually downward from back to front
Tiltedly, it is fixed with riser 2-5, the riser back side of each liftout frame left and right sides and distinguishes in the frame in front of the first die pad
Left cutting plate 2-6 and right cutting plate 2-7 are fixed with, described left cutting plate and right cutting plate all include bottom plate and top plate, bottom
Plate is fixed on the bottom of top plate, and the upper surface of the bottom plate is tilted gradually downward from back to front, the upper surface of the top plate also from
Tilted gradually downward before backward；First lift cylinder works, and can drive liftout frame in the left cutting plate and right sub-material of its both sides
Moved up and down between plate.
The front upper of riser is fixed with several splicing framves 2-8, and the top of the splicing frame is from back to front gradually downward
Tilt, the front end of splicing frame is provided with block 2-9, and the second lift cylinder 2-10 is fixed in the frame in front of riser, the second top
Flitch 2-11 is fixed in the cylinder rod of the second lift cylinder, and several lifter plates 2-12 are fixed on the second die pad, described
Lifter plate top rear is provided with splicing groove 2-13, and the front end of splicing groove is located at the front of splicing frame front end block 2-9, splicing groove
Tilted gradually downward from back to front at the top of the lifter plate in front, material blocking block 2-14 is fixedly arranged at the front end with the top of lifter plate, per adjacent
A roller 2-15 is set between two lifter plates, the roller is mounted on riser by roller shaft, the roller mid diameter
Small, rear and front end diameter is big, i.e., thin in the middle of roller, two ends are thick, and the middle part of the roller is located at before the splicing groove on lifter plate
Side；It is fixed with the left of frame in the middle part of location-plate 2-16, the location-plate and roller on same straight line, on each roller shaft
A sprocket wheel, in addition to positioning motor 2-17 are designed with, positioning motor is fixed in frame, on positioning motor power output shaft
Roller be connected with the sprocket wheel on each roller shaft by chain, positioning motor work drives each roller to rotate；
Reference picture 5, described drive apparatus 3 is located at sub-material into the front of root device, and drive apparatus includes frame, driving cog
Wheel shaft 3-1 is arranged on frame rear end, driving gearshaft by bearing and several travelling gears 3-2 is housed, each driving cog
Several grooves 3-3 are all uniformly offered on the excircle of wheel, being open for the groove is more than the diameter of stabiliser bar, driving shaft 3-
4 are mounted in frame front end by bearing, and driving motor 3-5 is fixed in frame, sprocket wheel and master on driving motor power output shaft
Sprocket wheel on moving axis is connected by chain, and some conveyer belts 3-6 are connected between driving shaft and driving gearshaft, each defeated
Send to take and be all fixed with several transfer blocks 3-7, groove 3-8 is designed with each transfer block.
Claims (1)
1. stokehold feeder, it is characterized in that：By sub-material into alternate device（1）, sub-material is into root device（2）And drive apparatus（3）Composition；
Described sub-material is into alternate device（1）Including frame（1—1）, rear high preceding low bin（1—2）The top of frame is fixed on,
Bin front end both sides are respectively equipped with two front retainer plates（1—3）, the lower end of two described front retainer plates is installed by rotating shaft
In frame, in addition to two back striker plates（1—4）, the upper ends of described two back striker plates respectively with two front retainer plates
Upper end be hinged, be all fixed with rack on two described back striker plates（1—5）, motor（1—6）It is fixed on below bin
In frame, in addition to power transmission shaft（1—7）, power transmission shaft middle part is provided with travelling gear（1—8）, the tooth on motor power output shaft
Wheel is meshed with the travelling gear in the middle part of power transmission shaft, and the two ends of power transmission shaft are respectively provided with a gear, the gear point at power transmission shaft two ends
It is not meshed with the rack on two back striker plates, upper and lower two backgauge cylinders is fixed with each front retainer plate（1—9）,
Material blocking rod is all fixed with the cylinder rod of the backgauge cylinder（1—10）, difference all corresponding on two described front retainer plates
Upper and lower two material blocking rods are offered by hole, described each material blocking rod can pass through hole from material blocking rod respectively corresponding thereto respectively
In pass through；
Described sub-material is into root device（2）Sub-material is located at into alternate device front, sub-material includes frame into root device（2—1）, frame
On be fixed with the first lift cylinder（2—2）, the first die pad（2—3）In the cylinder rod for being fixed on the first lift cylinder, the first top
The liftout frame of several L-shaped is fixed with flitch（2—4）, the top of the liftout frame tilts gradually downward from back to front, and first
Riser is fixed with frame in front of die pad（2—5）, it is respectively fixed with the riser back side of each liftout frame left and right sides
Left cutting plate（2—6）With right cutting plate（2—7）, described left cutting plate and right cutting plate all include bottom plate and top plate, bottom plate
The bottom of top plate is fixed on, the upper surface of the bottom plate is tilted gradually downward from back to front, the upper surface of the top plate is also from rear
Tilt gradually downward forward；
The front upper of riser is fixed with several splicing framves（2—8）, the top of the splicing frame is inclined gradually downward from back to front
Tiltedly, the front end of splicing frame is provided with block（2—9）, the second lift cylinder（2—10）It is fixed in the frame in front of riser, second
Die pad（2—11）In the cylinder rod for being fixed on the second lift cylinder, several lifter plates（2—12）It is fixed on the second die pad
On, the lifter plate top rear is provided with splicing groove（2—13）, the front end of splicing groove is located at splicing frame front end block（2—9）'s
Tilted gradually downward from back to front at the top of lifter plate in front of front, splicing groove, material blocking block is fixedly arranged at the front end with the top of lifter plate
（2—14）, often set a roller between two neighboring lifter plate（2—15）, the roller by roller shaft on the riser, institute
State roller mid diameter small, rear and front end diameter is big, the middle part of the roller is located at the front of the splicing groove on lifter plate；Frame
Left side is fixed with location-plate（2—16）, the location-plate in the middle part of roller on each roller shaft with same straight line, being designed with
One sprocket wheel, in addition to positioning motor（2—17）, positioning motor is fixed in frame, the rolling on positioning motor power output shaft
Wheel is connected with the sprocket wheel on each roller shaft by chain；
Described drive apparatus（3）Sub-material is located at into the front of root device, drive apparatus includes frame, driving gearshaft（3—1）
It is arranged on by bearing on frame rear end, driving gearshaft and several travelling gears is housed（3—2）, each travelling gear it is outer
Several grooves are all uniformly offered on circumference（3—3）, diameter of the opening more than stabiliser bar of the groove, driving shaft（3—4）
Frame front end, driving motor are mounted in by bearing（3—5）Be fixed in frame, the sprocket wheel on driving motor power output shaft with
Sprocket wheel on driving shaft is connected by chain, and some conveyer belts are connected between driving shaft and driving gearshaft（3—6）, often
Several transfer blocks are all fixed with individual conveyer belt（3—7）, groove is designed with each transfer block（3—8）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621352277.1U CN206369473U (en) | 2016-12-11 | 2016-12-11 | Stokehold feeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621352277.1U CN206369473U (en) | 2016-12-11 | 2016-12-11 | Stokehold feeder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206369473U true CN206369473U (en) | 2017-08-01 |
Family
ID=59392471
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621352277.1U Withdrawn - After Issue CN206369473U (en) | 2016-12-11 | 2016-12-11 | Stokehold feeder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206369473U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106403615A (en) * | 2016-12-11 | 2017-02-15 | 蒂森克虏伯富奥辽阳弹簧有限公司 | Furnace-front loading machine |
| CN109436864A (en) * | 2018-12-12 | 2019-03-08 | 中冶焦耐(大连)工程技术有限公司 | A kind of electric-melting magnesium production furnace vehicle bottom material laying device and method |
-
2016
- 2016-12-11 CN CN201621352277.1U patent/CN206369473U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106403615A (en) * | 2016-12-11 | 2017-02-15 | 蒂森克虏伯富奥辽阳弹簧有限公司 | Furnace-front loading machine |
| CN109436864A (en) * | 2018-12-12 | 2019-03-08 | 中冶焦耐(大连)工程技术有限公司 | A kind of electric-melting magnesium production furnace vehicle bottom material laying device and method |
| CN109436864B (en) * | 2018-12-12 | 2024-03-12 | 中冶焦耐(大连)工程技术有限公司 | Furnace wagon bottom material paving device and method for producing electric smelting magnesium |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170801 Effective date of abandoning: 20180713 |