CN205915101U - H shaped steel cutting device's work piece conveying mechanism - Google Patents
H shaped steel cutting device's work piece conveying mechanism Download PDFInfo
- Publication number
- CN205915101U CN205915101U CN201620774334.9U CN201620774334U CN205915101U CN 205915101 U CN205915101 U CN 205915101U CN 201620774334 U CN201620774334 U CN 201620774334U CN 205915101 U CN205915101 U CN 205915101U
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- China
- Prior art keywords
- feeding
- arm
- workpiece
- cradle
- beat
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Abstract
H shaped steel cutting device's work piece conveying mechanism, including a plurality of pay -off framves of going up the work or material rest, being used for carrying the work piece that are used for the material loading, last work or material rest about horizontal, last work or material rest on be equipped with with the feeding clamp of the cross section adaptation of H shaped steel, feeding clamp slidable locate last work or material rest on, last work or material rest on still be equipped with be used for the drive the gliding material loading actuating mechanism of feeding clamp, pay -off frame around erect and put, pay -off frame horizontally about going up have a dispatch material roller, pay -off frame on still be equipped with the barrier mechanism who is used for blockking the work piece, the head of pay -off frame is equipped with and is used for the feeding mechanism that carries the work piece forward. The utility model discloses a press from both sides the transport after tight mode of fixing a position is pressed from both sides tightly to the work piece, easy and simple to handle, transportation process stabilizes firmly.
Description
Technical field
This utility model is related to a kind of workpiece conveying mechanism of H type steel cutter sweep.
Background technology
The feeding style of H type steel cutting production line is mainly magnetic-type pay-off at present: by the electromagnetism on feeding arm
Suction nozzle holds the end of section bar, and then section bar send into machining area paragraph by paragraph, and the section bar to some larger specifications need to be in its end face
Burn-on connecting plate, for increasing feeding suction.The workpiece of existing this H type steel cutter sweep is defeated
Send mechanism's operation inconvenience, it is not firm that magnetic force attracts.
Content of the invention
In order to overcome the above-mentioned deficiency of the workpiece conveying mechanism of existing H type steel cutter sweep, this utility model provides a kind of h
The workpiece conveying mechanism of section steel cutting device, easy and simple to handle, conveying is reliable and stable.
The technical scheme in the invention for solving the technical problem is: the workpiece conveying mechanism of H type steel cutter sweep, bag
Include some stock shelfs for feeding, the cradle for conveying workpieces, horizontal about described stock shelf, described stock shelf
Be provided with the upper material clamp with the cross-section adaptation of H type steel, described upper material clamp slidably on described stock shelf,
Feeding drive mechanism for driving described upper material clamp to slide is additionally provided with described stock shelf；
It is vertically arranged before and after described cradle, on described cradle, left and right is horizontal row's feeding roller, described cradle
On be additionally provided with blocking mechanism for stopping workpiece, the head of described cradle is provided with the feeder for being fed forward workpiece
Structure.
Further, described feeding drive mechanism includes the feeding motor located at described stock shelf outer end, described on
The output shaft of material motor is provided with active feeding sprocket wheel, and the inner of described stock shelf is provided with driven feeding sprocket wheel；
Described feeding drive mechanism also includes feeding chain, and one end of described feeding chain is connected to described upper material clamp
Head, the other end of described feeding chain is connected to the afterbody of described upper material clamp, and this feeding chain tension is in described master
On dynamic feeding sprocket wheel and driven feeding sprocket wheel；
Described blocking mechanism is the stop wheel outside described feeding roller.
Further, described feed mechanism includes the propulsive mechanism along the setting of described cradle, described propulsive mechanism
Be provided with feeding clip mechanism, described feeding clip mechanism include link, the hydraulic power unit on described link, located at described company
Connect the fixed arm on frame, be connected on described fixed arm can beat up and down beat arm, described beat arm is perpendicular before and after being provided with
To the material folding oil cylinder being connected with described hydraulic power unit of setting, described beat arm is also transversely hinged to the top positioned at described material folding oil
Transiting rod in front of cylinder, the outfan of described material folding oil cylinder is hinged with the posterior lateral of described transiting rod upper end；
Described feed mechanism also includes a connecting rod, an activity jig arm, the front side of described transiting rod upper end and described connecting rod
Rear end be laterally hinged with, described activity jig arm is located at the lower section of described connecting rod, and the rear end of described activity jig arm is inclined with described
Swing arm is laterally hinged with, and the front end of described connecting rod is laterally hinged with the middle part of described activity jig arm；
The front end of described activity jig arm is provided with the active chuck in front of described beat arm, and the front end of described beat arm sets
There is fixed chuck corresponding with described active chuck.
Further, described beat arm is provided with feeding sensing cylinder, and the outfan that described feeding senses cylinder is provided with sense
Answer block, described sensor block is provided with the feeding inductive transducer for sensing workpiece, described feeding inductive transducer and institute
The material folding oil cylinder signal stated connects；
Described cradle is provided with the feeding inductive transducer for sensing workpiece, described feeding inductive transducer position
In the outside of described feeding roller, described feeding inductive transducer is connected with described propulsive mechanism signal.
When using, first the H type steel of strip is placed on the upper material clamp 3 of stock shelf, is then driven by feeding
Motivation structure makes material clamp move, thus by workpiece transfer to cradle, after being stopped to workpiece by components mechanism, feeding puts in place,
Then it is fed forward by feeder component workpiece, until the need processing of workpiece enters partly in cutting main frame.
The beneficial effects of the utility model are: the conveying after workpiece being clamped by the way of clamping and positioning, behaviour
Make easy, course of conveying is stablized firm.
Brief description
Fig. 1 is the structural representation of stock shelf and cradle.
Fig. 2 is the structural representation of upper material clamp.
Fig. 3 is the structural representation of feed mechanism.
Specific embodiment
With reference to the accompanying drawings and detailed description this utility model is described in further detail.
With reference to Fig. 1 ~ Fig. 3, the workpiece conveying mechanism of H type steel cutter sweep, including for feeding some stock shelfs 1, use
In the cradle 2 of conveying workpieces, described stock shelf 1 about is horizontal, and described stock shelf 1 is provided with the cross section with H type steel
The upper material clamp 3 of adaptation, described upper material clamp 3, slidably on described stock shelf 1, described stock shelf 1 is gone back
It is provided with the feeding drive mechanism for driving described upper material clamp 3 to slide.So-called upper material clamp 3 and the cross section of H type steel
Adaptation, refers to that material clamp 3 has a recessed utensil receiving opening so that H type steel 4 just can drop in this recessed utensil receiving opening.
It is vertically arranged before and after described cradle 2, on described cradle 2, left and right is horizontal row's feeding roller 5, described feeding
Blocking mechanism for stopping workpiece is additionally provided with frame 2, the head of described cradle 2 is provided with for sending of being fed forward workpiece
Material mechanism.
When using, first the H type steel 4 of strip is placed on the upper material clamp 3 of stock shelf 1, then passes through feeding
Drive mechanism makes material clamp 3 mobile, thus by workpiece transfer to cradle 2, feeding after being stopped to workpiece by components mechanism
Put in place, be then fed forward by feeder component workpiece, until the need processing of workpiece enters partly in cutting main frame.
In the present embodiment, described feeding drive mechanism includes the feeding motor 56 located at described stock shelf outer end,
The output shaft of described feeding motor 56 is provided with active feeding sprocket wheel 14, and the inner of described stock shelf is provided with driven feeding chain
Wheel 15；Described feeding drive mechanism also includes feeding chain 16, and one end of described feeding chain 16 is connected to described upper feed collet
The head of tool 3, the other end of described feeding chain 16 is connected to the afterbody of described upper material clamp 3, and this feeding chain 16 is stretched in
On described active feeding sprocket wheel 14 and driven feeding sprocket wheel 15.
During using above-mentioned feeding drive mechanism, active feeding sprocket wheel 14 is driven by feeding motor 56, thus driving
Feeding chain 16 action, and then drive upper material clamp 3 mobile, realize feeding.
In the present embodiment, described described blocking mechanism is located at the stop wheel 17 in described feeding roller 5 outside, works as workpiece
It is sent on cradle and when workpiece and this stop wheel 17 are collided, feed mechanism starts action feeding.
In the present embodiment, described feed mechanism includes the propulsive mechanism along the setting of described cradle, described propulsion
Mechanism is provided with feeding clip mechanism, described feeding clip mechanism include link 18, the hydraulic power unit 19 on described link 18,
Located at the fixed arm 20 on described link 18, be connected on described fixed arm 20 can beat up and down beat arm 21.Beat arm
21 set-up mode may is that beat arm 21 pass through to be laterally hinged with fixed arm 20 thus can beat up and down, thus adaptation is not
H type steel workpiece with size.
The material folding oil cylinder 22 that the vertically arranged and described hydraulic power unit before and after being provided with of described beat arm 21 is connected, institute
The transiting rod 23 being also transversely hinged to the top positioned at described material folding oil cylinder 22 front, the output of described material folding oil cylinder 22 are stated on beat arm 21
End is hinged with the posterior lateral of described transiting rod 23 upper end.
Described feed mechanism also includes a connecting rod 24, an activity jig arm 25, the front side of described transiting rod 23 upper end and institute
The rear end stating connecting rod 24 is laterally hinged with, and described activity jig arm 25 is located at the lower section of described connecting rod 24, described activity jig arm 25
Rear end is laterally hinged with described beat arm 21, and the front end of described connecting rod 24 is laterally hinged with the middle part of described activity jig arm 25；
The front end of described activity jig arm 25 is provided with the active chuck 26 positioned at described beat arm 21 front, described beat arm 21
Front end be provided with fixed chuck 27 corresponding with described active chuck 26.
In feeding, propulsive mechanism promotes feeding clip mechanism to travel forward first, until the web of H type steel 4 enters into activity
Between chuck 26 and fixed chuck 27, then material folding oil cylinder 22 action, its outfan ejects, thus passing through transiting rod 23, connecting rod
Activity jig arm 25 is pushed by 24, so that the web of H type steel 4 is clamped between active chuck 26 and fixed chuck 27, then
Feeding forward is advanced again in the presence of propulsive mechanism.Propulsive mechanism can adopt the reciprocator of various mechanism forms, for example alive
Stopper rod cylinder, Rodless cylinder, rack and pinion drive mechanism etc..
In the present embodiment, described beat arm is provided with feeding sensing cylinder 28, and described feeding senses the output of cylinder 28
End is provided with sensor block 29, and described sensor block 29 is provided with the feeding inductive transducer for sensing workpiece, described feeding sense
Induction sensor is connected with described material folding oil cylinder 22 signal；Described cradle 2 is provided with and senses for the feeding sensing workpiece
Sensor, described feeding inductive transducer is located at the outside of described feeding roller 5, described feeding inductive transducer with described
Propulsive mechanism signal connects.
During using said structure, after feeding puts in place, workpiece touches feeding inductive transducer, thus feeding inductive transducer
Instruction propulsive mechanism carries out pushing ahead motion.When feeding clip mechanism travels forward, cylinder is sensed by feeding sensor block is stretched
Go out, when sensor block touches the web of H type steel, the feeding inductive transducer on sensor block senses this state, instructs material folding
Oil cylinder 22 action, makes active chuck 26 action clamp the web of H type steel, and feeding sensing cylinder 28 drives sensor block 29 times
Contracting.
Claims (4)
- The workpiece conveying mechanism of 1.h section steel cutting device, including some stock shelfs for feeding, the feeding for conveying workpieces Frame it is characterised in that: horizontal about described stock shelf, described stock shelf is provided with upper with the cross-section adaptation of H type steel Material clamp, described upper material clamp, slidably on described stock shelf, described stock shelf is additionally provided with for driving The feeding drive mechanism that described upper material clamp slides；It is vertically arranged before and after described cradle, on described cradle, left and right is horizontal row's feeding roller, on described cradle also It is provided with the blocking mechanism for stopping workpiece, the head of described cradle is provided with the feed mechanism for being fed forward workpiece.
- 2. H type steel cutter sweep as claimed in claim 1 workpiece conveying mechanism it is characterised in that: described feeding drives Mechanism includes the feeding motor located at described stock shelf outer end, and the output shaft of described feeding motor is provided with actively Material sprocket wheel, the inner of described stock shelf is provided with driven feeding sprocket wheel；Described feeding drive mechanism also includes feeding chain, and one end of described feeding chain is connected to the head of described upper material clamp Portion, the other end of described feeding chain is connected to the afterbody of described upper material clamp, and this feeding chain tension is in described active On material sprocket wheel and driven feeding sprocket wheel；Described blocking mechanism is the stop wheel outside described feeding roller.
- 3. H type steel cutter sweep as claimed in claim 1 workpiece conveying mechanism it is characterised in that: described feed mechanism Including the propulsive mechanism arranging along described cradle, described propulsive mechanism is provided with feeding clip mechanism, described feeding clip mechanism Including link, located at the hydraulic power unit on described link, the fixed arm on described link, be connected to described fixation On arm can beat up and down beat arm, the vertically arranged and described hydraulic power unit before and after being provided with of described beat arm is connected Material folding oil cylinder, described beat arm is also transversely hinged to the top the transiting rod in front of described material folding oil cylinder, described material folding oil cylinder Outfan is hinged with the posterior lateral of described transiting rod upper end；Described feed mechanism also includes a connecting rod, an activity jig arm, behind the front side of described transiting rod upper end and described connecting rod End is laterally hinged with, and described activity jig arm is located at the lower section of described connecting rod, the rear end of described activity jig arm and described beat arm It is laterally hinged with, the front end of described connecting rod is laterally hinged with the middle part of described activity jig arm；The front end of described activity jig arm is provided with the active chuck in front of described beat arm, the front end of described beat arm be provided with The corresponding fixed chuck of described active chuck.
- 4. H type steel cutter sweep as claimed in claim 3 workpiece conveying mechanism it is characterised in that: on described beat arm It is provided with feeding sensing cylinder, the outfan that described feeding senses cylinder is provided with sensor block, and described sensor block is provided with for feeling Answer the feeding inductive transducer of workpiece, described feeding inductive transducer is connected with described material folding oil cylinder signal；Described cradle is provided with the feeding inductive transducer for sensing workpiece, and described feeding inductive transducer is located at institute State the outside of feeding roller, described feeding inductive transducer is connected with described propulsive mechanism signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620774334.9U CN205915101U (en) | 2016-07-22 | 2016-07-22 | H shaped steel cutting device's work piece conveying mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620774334.9U CN205915101U (en) | 2016-07-22 | 2016-07-22 | H shaped steel cutting device's work piece conveying mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205915101U true CN205915101U (en) | 2017-02-01 |
Family
ID=57873518
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620774334.9U Withdrawn - After Issue CN205915101U (en) | 2016-07-22 | 2016-07-22 | H shaped steel cutting device's work piece conveying mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205915101U (en) |
-
2016
- 2016-07-22 CN CN201620774334.9U patent/CN205915101U/en not_active Withdrawn - After Issue
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170201 Effective date of abandoning: 20180105 |
|
| AV01 | Patent right actively abandoned |