CN205229777U - Automatic centering chuck for decoiler - Google Patents
Automatic centering chuck for decoiler Download PDFInfo
- Publication number
- CN205229777U CN205229777U CN201521057599.9U CN201521057599U CN205229777U CN 205229777 U CN205229777 U CN 205229777U CN 201521057599 U CN201521057599 U CN 201521057599U CN 205229777 U CN205229777 U CN 205229777U
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- CN
- China
- Prior art keywords
- oil
- transmission side
- mount pad
- stroke
- chuck
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- Withdrawn - After Issue
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Abstract
The utility model relates to an automatic centering chuck for decoiler specifically is one kind and includes operation side -mounting seat, fixes and operate the side hydro -cylinder on operation side -mounting seat, operates the side chuck, and AND operation side -mounting seat relative position department installs transmission side mount pad, oil motor and transmission side chuck, wherein: be fixed with the mounting bracket on the transmission side mount pad, retreat limit position sensor from what a left side to the right side installed in proper order that stroke limit on the left position detects that sensor, stroke meso position detect that sensor, stroke limit on the right -right -hand limit position detect sensor and transmission side chuck on this mounting bracket, be provided with in the pole section of the push rod II between transmission side hydro -cylinder and transmission side mount pad and detect the response piece. The utility model discloses because structure and the advantage that has are: the transmission side chuck has been realized automatic centering stroke meso position, has been improved production efficiency and has been reduced the use cost of enterprise.
Description
Technical field
The utility model relates to uncoiler chuck, especially a kind of uncoiler automatic centering chuck.
Background technology
Aluminium foil occupies very consequence in national economy, and uncoiler is the specialized equipment of sheet metal smoothing, can be used for out-of-flatness aluminium sheet, also can form production line needed for the techniques such as uncoiling, smoothing, shearing according to relevant configuration.
Aluminium roll of material, before entering uncoiler, is that aluminium roll of material is transported to chuck place by fork truck and steps up by workman, then centering enters in uncoiler and carries out related process operation.The uncoiler chuck of prior art generally comprises fore side mount pad, be fixed on fore side mount pad and operate side cylinder, the end winding support of the push rod I of this fore side oil cylinder has fore side chuck, with fore side mount pad relative position, transmission side mount pad is installed, this transmission side mount pad is fixed with oil motor, be arranged on the turbine in oil motor and worm mesh, worm screw is fixed on the shell of transmission side oil cylinder through the end of oil motor, and the push rod II of this transmission side oil cylinder has transmission side chuck through after transmission side mount pad at its end winding support; Described fore side oil cylinder, oil motor and transmission side oil cylinder are all connected by oil pipe and hydraulic oil base station, this hydraulic oil base station controls it to fore side oil cylinder, oil motor and transmission side oil cylinder fuel feeding by the switch board with PLC control strip, described hydraulic oil base station is also communicated with hydraulic oil source by oil pipeline, and oil pipeline is provided with oil feed pump.During concrete use, the switch board hydraulic control oil base station with PLC control strip, to the pipeline oil supply of on fore side oil cylinder, just can realize push rod I and move to left, if to another root pipeline oil supply on fore side oil cylinder, just can realize moving to right; The switch board hydraulic control oil base station with PLC control strip, to the oil pipe fuel feeding on transmission side oil cylinder, realizes pushing away equilibrium of forces to the right to fore side oil cylinder; There is the switch board hydraulic control oil base station of PLC control strip to the oil pipe fuel feeding of on oil motor, turbine reversion so in oil motor, the worm screw engaged with turbine is rotated forward and drives push rod II to move to fore side, there is the switch board hydraulic control oil base station of PLC control strip to another root oil pipe fuel feeding on oil motor, turbine so in oil motor rotates forward, and the worm screw engaged is rotated forward and drive push rod II to move to transmission side with turbine; If turbine and worm mesh are to extreme position, the mobile extreme position of advancing or retreating that so transmission side chuck is just corresponding.The technical matters that such uncoiler chuck in use exists is: after aluminium roll of material clamps by workman, it [is generally detect the distance between fore side chuck and fore side mount pad basal plane that workman is measured by detection ruler, the definite value of this distance for presetting], find aluminium roll of material not with uncoiler centering, when discovery deflection fore side, so transmission side chuck just needs to retreat to transmission side, but retreat extreme position [namely without the stroke required for centering] because described transmission side chuck after a upper aluminium roll of material discharging has retreated to transmission side chuck, so now centering process will be carried out, unique solution is discharging again, oil motor is controlled by the switch board with PLC control strip, realize transmission side chuck to move a certain distance to fore side, clamp aluminium roll of material again, then measured by detection ruler, centering adjustment is carried out according to measurement result control operation side cylinder and oil motor work, to reach the definite value preset, realize centering.On the contrary, when discovery deflection transmission side, so transmission side chuck just needs to advance to fore side, but because after a upper aluminium roll of material discharging, described transmission side chuck has advanced to transmission side chuck advance extreme position [namely without the stroke required for centering], so now centering process will be carried out, unique solution is discharging again, oil motor is controlled by the switch board with PLC control strip, realize transmission side chuck to move a certain distance to transmission side, clamp aluminium roll of material again, then measured by detection ruler, centering adjustment is carried out according to measurement result control operation side cylinder and oil motor work, to reach the definite value preset, realize centering.In actual production, after charging each time, centering all needs secondary to feed substantially, at when filling with substance, consuming time longer, causes production cost low.
Summary of the invention
The purpose of this utility model is to provide a kind of transmission side chuck automatic centering stroke meta, enhance productivity and reduce the uncoiler automatic centering chuck of enterprise's use cost.
For achieving the above object and adopt technical scheme be such, namely one comprises fore side mount pad, be fixed on fore side mount pad and operate side cylinder, the end winding support of the push rod I of this fore side oil cylinder has fore side chuck, with fore side mount pad relative position, transmission side mount pad is installed, this transmission side mount pad is fixed with oil motor, be arranged on the turbine in oil motor and worm mesh, this worm screw is fixed on the shell of transmission side oil cylinder through the end of oil motor, the push rod II of this transmission side oil cylinder has transmission side chuck through after transmission side mount pad at its end winding support, described fore side oil cylinder, oil motor and transmission side oil cylinder are all connected by oil pipe and hydraulic oil base station, this hydraulic oil base station controls it to fore side oil cylinder, oil motor and transmission side oil cylinder fuel feeding by the switch board with PLC control strip, described hydraulic oil base station is communicated with hydraulic oil source by oil pipeline, and oil pipeline is provided with oil feed pump, wherein:
Described transmission side mount pad is fixed with erecting frame, this erecting frame is provided with from left to right successively the retrogressing limit level sensor of level detection sensor, stroke limit on the right-right-hand limit level detection sensor and transmission side chuck in stroke limit on the left level detection sensor, stroke; In described stroke limit on the left level detection sensor, stroke, level detection sensor, stroke limit on the right-right-hand limit level detection sensor are all connected with the switch board with PLC control strip by cable with retrogressing limit level sensor;
The bar section of the push rod II between transmission side oil cylinder and transmission side mount pad is provided with detection sensor block.
The advantage that the utility model has due to said structure is: before charging, transmission side chuck is in transmission side chuck advance extreme position and transmission side chuck all the time and retreats stroke meta between extreme position, no matter how to adjust and all have stroke after charging during centering; Avoid secondary charging, significantly shorten charge time, transmission side chuck achieves automatic centering stroke meta, improves production efficiency and reduces enterprise's use cost.
Accompanying drawing explanation
The nonlimiting examples that the utility model can be provided by accompanying drawing further illustrates.
Fig. 1 is structural representation of the present utility model.
In figure: 1, fore side mount pad; 2, fore side oil cylinder; 3, push rod I; 4, fore side chuck; 5, transmission side mount pad; 6, oil motor; 7, worm screw; 8, transmission side oil cylinder; 9, push rod II; 10, transmission side chuck; 11, hydraulic oil base station; 12, there is the switch board of PLC control strip; 13, oil pipeline; 14, hydraulic oil source; 15, oil feed pump; 16, erecting frame; 17, stroke limit on the left level detection sensor; 18, level detection sensor in stroke; 19, stroke limit on the right-right-hand limit level detection sensor; 20, limit level sensor is retreated; 21, sensor block is detected; 22, oil pipe I; 23, oil pipe II; 24, oil pipe III; 25, oil pipe IV; 26, oil pipe V; 27, oil pipe VI; 28, scavenge pipe.
Embodiment
Below in conjunction with drawings and Examples, the utility model is described in further detail:
See accompanying drawing 1, fore side mount pad 1 is comprised in figure, be fixed on fore side mount pad 1 and operate side cylinder 2, the end winding support of the push rod I 3 of this fore side oil cylinder 2 has fore side chuck 4, with fore side mount pad 1 relative position, transmission side mount pad 5 is installed, this transmission side mount pad 5 is fixed with oil motor 6, the turbine be arranged in oil motor 6 engages with worm screw 7, this worm screw 7 is fixed on the shell of transmission side oil cylinder 8 through the end of oil motor 6, and the push rod II 9 of this transmission side oil cylinder 8 has transmission side chuck 10 through after transmission side mount pad 5 at its end winding support; Described fore side oil cylinder 2, oil motor 6 and transmission side oil cylinder 8 are all connected by oil pipe and hydraulic oil base station 11, this hydraulic oil base station 11 controls it to fore side oil cylinder 2, oil motor 6 and transmission side oil cylinder 8 fuel feeding by the switch board 12 with PLC control strip, described hydraulic oil base station 11 is communicated with hydraulic oil source 14 by oil pipeline 13, and oil pipeline 13 is provided with oil feed pump 15; Wherein:
Described transmission side mount pad 5 is fixed with erecting frame 16, this erecting frame 16 is provided with from left to right successively the retrogressing limit level sensor 20 of level detection sensor 18 in stroke limit on the left level detection sensor 17, stroke, stroke limit on the right-right-hand limit level detection sensor 19 and transmission side chuck 10; In described stroke limit on the left level detection sensor 17, stroke, level detection sensor 18, stroke limit on the right-right-hand limit level detection sensor 19 are all connected with the switch board 12 with PLC control strip by cable with retrogressing limit level sensor 20;
The bar section of the push rod II 9 between transmission side oil cylinder 8 and transmission side mount pad 5 is provided with and detects sensor block 21.In this embodiment, after a upper aluminium roll of material processes and unloads the core cylinder of lower support aluminium roll of material, once fore side chuck 4 and transmission side chuck 10 unclamp, retreat limit level sensor 20 and arrive transmission side chuck retrogressing extreme position with regard to acquiescence transmission side chuck 10, and by signal transmission to the switch board 12 with PLC control strip, the switch board 12 with PLC control strip controls oil motor 16 and runs reset, but transmission side chuck 10 may not be in stroke meta after resetting, likely keep left, also may keep right and [described hereinly keep left, keep right is all for the stroke meta of transmission side chuck 10.], or be in [transmission side chuck 10 and push rod II 9 one on transmission side chuck advance extreme position or transmission side chuck retrogressing extreme position, detection sensor block 21 so on push rod II 9 also integrally moves left and right with it, in following process, transmission side chuck 10 moves left and right and is replaced describing by detection sensor block 21].
If detect sensor block 21 do not sensed signal by level detection sensor in stroke 18, so now detecting sensor block 21 may be in stroke limit on the left level detection sensor 17 and stroke between level detection sensor 18, now, there is the switch board 12 hydraulic control oil base station 11 of PLC control strip to oil motor 6 fuel feeding [specifically, oil motor 6 fuel feeding is given by oil pipe III 24 in hydraulic oil base station 11] promote push rod II 9 and move to right until the detection sensor block 21 on push rod II 9 is responded to by level detection sensor in stroke 18, in stroke, signal feedback is realized transmission side chuck 10 automatic centering stroke meta to switch board 12 hydraulic control oil base station 11 fuel cut-off with PLC control strip to oil motor 6 by level detection sensor 18, when transmission side chuck 10 is in transmission side chuck advance extreme position, namely when detection sensor block 21 is in stroke limit on the left level detection sensor 17 position, stroke limit on the left level detection sensor 17 by signal feedback to the switch board 12 with PLC control strip, there is the switch board 12 hydraulic control oil base station 11 of PLC control strip to oil motor 6 fuel feeding [specifically, oil motor 6 fuel feeding is given by oil pipe III 24 in hydraulic oil base station 11] promote push rod II 9 and move to right until the detection sensor block 21 on push rod II 9 is responded to by level detection sensor in stroke 18, in stroke, signal feedback is realized transmission side chuck 10 automatic centering stroke meta to switch board 12 hydraulic control oil base station 11 fuel cut-off with PLC control strip to oil motor 6 by level detection sensor 18.
Detect sensor block 21 or to be in stroke between level detection sensor 18 and stroke limit on the right-right-hand limit level detection sensor 19, now, there is the switch board 12 hydraulic control oil base station 11 of PLC control strip to oil motor 6 fuel feeding [specifically, oil motor 6 fuel feeding is given by oil pipe III 24 in hydraulic oil base station 11, turbine in oil motor 6 rotates forward] promote push rod II 9 and move to right until the detection sensor block 21 on push rod II 9 is responded to by stroke limit on the right-right-hand limit level detection sensor 19, stroke limit on the right-right-hand limit level detection sensor 19 by signal feedback to the switch board 12 with PLC control strip, there is the switch board 12 hydraulic control oil base station 11 of PLC control strip to oil motor 6 fuel feeding [specifically, oil motor 6 fuel feeding is given by oil pipe IV 254 in hydraulic oil base station 11, turbine reversion in oil motor 6] promote push rod II 9 and move to left until level detection sensor 18 is responded in detection sensor block 21 stroke on push rod II 9, in stroke, signal feedback is realized transmission side chuck 10 automatic centering stroke meta to switch board 12 hydraulic control oil base station 11 fuel cut-off with PLC control strip to oil motor 6 by level detection sensor 18, when transmission side chuck 10 is in transmission side chuck retrogressing extreme position, namely when detection sensor block 21 is positioned at stroke limit on the right-right-hand limit level detection sensor 19 position, stroke limit on the right-right-hand limit level detection sensor 19 by signal feedback to the switch board 12 with PLC control strip, there is the switch board 12 hydraulic control oil base station 11 of PLC control strip to oil motor 6 fuel feeding [specifically, oil motor 6 fuel feeding is given by oil pipe IV 254 in hydraulic oil base station 11, turbine reversion in oil motor 6] promote push rod II 9 and move to left until level detection sensor 18 is responded in detection sensor block 21 stroke on push rod II 9, in stroke, signal feedback is realized transmission side chuck 10 automatic centering stroke meta to switch board 12 hydraulic control oil base station 11 fuel cut-off with PLC control strip to oil motor 6 by level detection sensor 18.
Due to described structure, transmission side chuck 10 is in transmission side chuck advance extreme position and transmission side chuck all the time and retreats stroke meta between extreme position, no matter how to adjust and all have stroke after charging during centering; Avoid secondary charging, significantly shorten charge time, transmission side chuck achieves automatic centering stroke meta, improves production efficiency and reduces enterprise's use cost.
For improving control accuracy further, in above-described embodiment, preferably: described hydraulic oil base station 11 is communicated with fore side oil cylinder 2 with oil pipe II 23 by oil pipe I 22, this hydraulic oil base station 11 is communicated with oil motor 6 with oil pipe IV 25 by oil pipe III 24, and described hydraulic oil base station 11 is communicated with transmission side oil cylinder 8 with oil pipe VI 27 by oil pipe V 26.
For recycling hydraulic oil, in above-described embodiment, preferably: described hydraulic oil base station 11 is communicated with hydraulic oil source 14 by scavenge pipe 28.
Each parts in above-mentioned all embodiments all adopt market products.
Obviously, above-mentioned all embodiments are a part of embodiments of the present utility model, instead of whole embodiments.Based on embodiment described in the utility model, those skilled in the art are not making other embodiments all obtained under creative work prerequisite, all belong to the category of the utility model protection.
In sum, due to said structure, transmission side chuck achieves automatic centering stroke meta, improves production efficiency and reduces enterprise's use cost.
Claims (3)
1. uncoiler automatic centering chuck, comprise fore side mount pad (1), be fixed on fore side mount pad (1) and operate side cylinder (2), the end winding support of the push rod I (3) of this fore side oil cylinder (2) has fore side chuck (4), with fore side mount pad (1) relative position, transmission side mount pad (5) is installed, this transmission side mount pad (5) is fixed with oil motor (6), the turbine be arranged in oil motor (6) engages with worm screw (7), this worm screw (7) is fixed on the shell of transmission side oil cylinder (8) through the end of oil motor (6), the push rod II (9) of this transmission side oil cylinder (8) has transmission side chuck (10) through after transmission side mount pad (5) at its end winding support, described fore side oil cylinder (2), oil motor (6) and transmission side oil cylinder (8) are all connected by oil pipe and hydraulic oil base station (11), this hydraulic oil base station (11) controls it to fore side oil cylinder (2), oil motor (6) and transmission side oil cylinder (8) fuel feeding by the switch board (12) with PLC control strip, described hydraulic oil base station (11) is communicated with hydraulic oil source (14) by oil pipeline (13), and oil pipeline (13) is provided with oil feed pump (15), it is characterized in that:
Described transmission side mount pad (5) is fixed with erecting frame (16), this erecting frame (16) is provided with from left to right successively the retrogressing limit level sensor (20) of level detection sensor (18) in stroke limit on the left level detection sensor (17), stroke, stroke limit on the right-right-hand limit level detection sensor (19) and transmission side chuck (10); In described stroke limit on the left level detection sensor (17), stroke, level detection sensor (18), stroke limit on the right-right-hand limit level detection sensor (19) are all connected with the switch board (12) with PLC control strip by cable with retrogressing limit level sensor (20);
The bar section of the push rod II (9) between transmission side oil cylinder (8) and transmission side mount pad (5) is provided with and detects sensor block (21).
2. uncoiler automatic centering chuck according to claim 1, it is characterized in that: described hydraulic oil base station (11) is communicated with fore side oil cylinder (2) with oil pipe II (23) by oil pipe I (22), this hydraulic oil base station (11) is communicated with oil motor (6) with oil pipe IV (25) by oil pipe III (24), and described hydraulic oil base station (11) is communicated with transmission side oil cylinder (8) with oil pipe VI (27) by oil pipe V (26).
3. uncoiler automatic centering chuck according to claim 1 and 2, is characterized in that: described hydraulic oil base station (11) is communicated with hydraulic oil source (14) by scavenge pipe (28).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521057599.9U CN205229777U (en) | 2015-12-18 | 2015-12-18 | Automatic centering chuck for decoiler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521057599.9U CN205229777U (en) | 2015-12-18 | 2015-12-18 | Automatic centering chuck for decoiler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205229777U true CN205229777U (en) | 2016-05-11 |
Family
ID=55904828
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521057599.9U Withdrawn - After Issue CN205229777U (en) | 2015-12-18 | 2015-12-18 | Automatic centering chuck for decoiler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205229777U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105382052A (en) * | 2015-12-18 | 2016-03-09 | 重庆银鸿铝业有限公司 | Chuck provided with automatic aligning structure and for uncoiler |
-
2015
- 2015-12-18 CN CN201521057599.9U patent/CN205229777U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105382052A (en) * | 2015-12-18 | 2016-03-09 | 重庆银鸿铝业有限公司 | Chuck provided with automatic aligning structure and for uncoiler |
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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 | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160511 Effective date of abandoning: 20170517 |