CN208499510U - Quickly adjust the linear feeding machine of strainer - Google Patents
Quickly adjust the linear feeding machine of strainer Download PDFInfo
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- CN208499510U CN208499510U CN201821067536.5U CN201821067536U CN208499510U CN 208499510 U CN208499510 U CN 208499510U CN 201821067536 U CN201821067536 U CN 201821067536U CN 208499510 U CN208499510 U CN 208499510U
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- strainer
- fixed
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- installation panel
- ratchet
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Abstract
The utility model discloses a kind of linear feeding machines for quickly adjusting strainer, it includes support base, conveying mechanism, guiding mechanism equipped with guide holder and the strainer equipped with connecting shaft, strainer further includes the ratchet equipped with ratchet, the angle adjustment device of pawl and pawl control member, ratchet is fixed on one end of connecting shaft, pawl control member includes control piece shell, drive-connecting shaft and connecting rod, drive-connecting shaft is fixed on control piece shell, one end of pawl is articulated on drive-connecting shaft, ratchet activity on the other end and ratchet is cooperatively connected, connecting rod is fixed on control piece shell, and activity is threaded through on guide holder, after adopting the above structure, either rotation is either rotated down strainer come when adjusting the rate of tension of strip upwards, to operation all very simples of angle adjustment device, it is convenient, but also fast velocity modulation The linear feeding machine of section strainer has the advantages that easy to use.
Description
Technical field
The present invention relates to material conveying device technical fields, particularly relate to a kind of linear feeding for quickly adjusting strainer
Machine.
Background technique
In production line, common linear feeding machine conveys strip, and during transportation because of strip
With certain speed, strip, which can be acted in feed end by inertia, generates certain lead, which reduces strip
Rate of tension during transportation reduces the transfer efficiency of strip, and in order to solve this problem, often linear feeding machine into
Expect that end is equipped with strainer, and the angle by adjusting strainer, to reach adjustment strip in the rate of tension of feed end, comes
Linear feeding machine is improved to the transfer efficiency of strip.
And the strainer of existing linear feeding machine needs first to unscrew the locking of locking strainer in adjustment process
Then part carries out angular adjustment to strainer, needed with this to adjust strip after the completion of the rate of tension of feed end, angular adjustment
Screw locking member；When strip needs to adjust rate of tension again during transportation, the tensioning device to linear feeding machine is needed
Structure is similarly operated, and adjusting rate of tension is the behaviour that linear feeding machine needs to be frequently performed during conveying strip
Make, when adjusting rate of tension repeatedly unscrew that with screwing operations existing linear feeding machine to be haveed the defects that inconvenient for use.
In view of this, the designer for above-mentioned linear feeding machine do not attain in structure improve caused by many missings and
Inconvenience, and deeply conceive, and actively research improvement has a fling at and develops and design the utility model.
Utility model content
The purpose of this utility model is to provide a kind of linear feeding machines of quick adjusting strainer easy to use.
In order to achieve the above objectives, the solution of the utility model is:
A kind of linear feeding machine of quick adjusting strainer comprising support base, conveying mechanism, leading equipped with guide holder
To mechanism and equipped with the strainer of connecting shaft, the conveying mechanism is fixed on the support base, the guiding mechanism dress
The both ends of the support base are fitted over, the strainer is articulated on the guide holder of the guiding mechanism by the connecting shaft,
The strainer further includes angle adjustment device, and the angle adjustment device includes ratchet, pawl and spine equipped with ratchet
Pawl control piece, the ratchet are fixed on one end of the connecting shaft, the pawl control member include control piece shell, drive-connecting shaft with
And connecting rod, the drive-connecting shaft are fixed on the control piece shell, one end of the pawl is articulated on the drive-connecting shaft, separately
Ratchet activity on one end and the ratchet is cooperatively connected, and the connecting rod is fixed on the control piece shell, and activity
It is threaded through on the guide holder.
The connecting rod is equipped with block and knob, and the block and the knob are separately fixed at the two of the connecting rod
End, the block are located at the inside of the guide holder, and the knob is located at the outside of the guide holder.
The pawl control member further includes spring, and the spring is arranged between the block and the guide holder and covers
It is located in the connecting rod.
The pawl control member further includes the sliding slot, gag lever post and limit connector being arranged on control piece shell, institute
State that gag lever post is mobilizable to be assemblied in the sliding slot, the both ends of the limit connector are separately fixed at the gag lever post and institute
It states on pawl.
The limit connector is equipped at least two limit link blocks being successively pivotally connected.
Equipped with the first installation panel and the second installation panel on the support base, the first installation panel is located at described
The lower section of second installation panel, the conveying mechanism include: the first conveying being assemblied on first installation panel upper surface
Mechanism and the second conveyor structure being assemblied on second installation panel lower end surface, first conveying mechanism and described the
Material space is equipped between two conveying mechanisms.
First conveying mechanism includes the first feeding electromagnet and first slide that can inhale solid strip, and described first
Feeding electromagnet is fixed on the upper surface of the first slide, and the first slide is movably coupled to first installation
On the upper surface of panel；
The second conveyor structure includes the second feeding electromagnet and second slide that can inhale solid strip, and described second
Feeding electromagnet is fixed on the lower end surface of the second slide, and the second slide is movably coupled to second installation
On the lower end surface of panel.
First conveying mechanism further includes first straight line motor platform and matches with first straight line motor platform
First permanent-magnet component, first permanent-magnet component are fixed on the upper surface of the first installation panel, the first straight line electricity
Machine platform is fixed on the lower end surface of the first slide and the top of first permanent-magnet component is arranged in；
The second conveyor structure further includes second straight line motor platform and matches with second straight line motor platform
Second permanent-magnet component, first permanent-magnet component are fixed on the upper surface of the first installation panel, the first straight line electricity
Machine platform is fixed on the lower end surface of the first slide and the top of first permanent-magnet component is arranged in.
The bottom of the first slide is equipped with first sliding groove or the first sliding rail, corresponding, first installation
The upper surface of panel is equipped with the first sliding rail or first sliding groove, and the first sliding groove is movably fit within first sliding rail
On；
The top of the second slide is equipped with second sliding slot or the second sliding rail, corresponding, second installation
The lower end surface of panel is equipped with the second sliding rail or second sliding slot, and the second sliding slot is movably fit within second sliding rail
On.
The first installation panel is equipped with the first limit assembly, and first limit assembly includes the first limit base and the
One elastic, first limit base are fixed on the upper surface of the first installation panel, and are cooperated in first installation
The both ends of the first sliding rail on panel or first sliding groove, first elastic is fixed on first limit base and direction
First slide；
The second installation panel is equipped with the second limit assembly, and second limit assembly includes the second limit base and the
Two elastics, second limit base are fixed on the lower end surface of the second installation panel, and are cooperated in second installation
The both ends of the second sliding rail on panel or second sliding slot, second elastic is fixed on second limit base and direction
Second slide.
After adopting the above structure, the utility model quickly adjusts the linear feeding machine of strainer when needs rotation upwards
When rate of tension of the tight mechanism to adjust strip, it is only necessary to rotate clockwise strainer, during strainer rotates, lead to simultaneously
Crossing connecting shaft drives ratchet to rotate clockwise, and during ratchet rotates clockwise, the top of ratchet can push the spine
The lower end of pawl is rotated counterclockwise around the drive-connecting shaft, to not influence the rotation of ratchet, makes it possible to smoothly adjust tensioning device
Structure after the completion of adjusting, unclamps strainer, the lower end of pawl can be along ratchet to reach the adjusting to strip rate of tension
Top slide into ratchet on the inside of, again serve to ratchet fixing effect, thus by strainer fix on guiding mechanism.When
When needing to be rotated down rate of tension of the strainer to adjust strip, it will be threaded through on the guide holder by connecting rod activity
Control piece shell pulls out, can because the drive-connecting shaft for being articulated with pawl is fixed on the control piece shell
Pawl is pulled out simultaneously, pawl is made to leave the fixing effect lost on the inside of the ratchet of ratchet to ratchet, strainer due to
Own wt rotates counterclockwise around connecting shaft, and compresses strip, thus reach the adjusting to strip rate of tension, after the completion of adjusting,
The control piece shell being threaded through on the guide holder by connecting rod activity is inwardly pushed again, because being articulated with the pivot joint of pawl
Axis is fixed on the control piece shell, so simultaneously can inwardly push pawl, pawl is made to come back to ratchet
On the inside of ratchet, the fixing effect to ratchet is again served to, to fixing strainer on guiding mechanism.So either to
Upper rotation is either rotated down strainer come when adjusting the rate of tension of strip, all simple to the operation of angle adjustment device,
It is convenient, but also the linear feeding machine of the quick adjusting strainer have the advantages that it is easy to use.
In addition, when the linear feeding machine of the quick adjusting strainer is in original state, first conveyer
Structure and the second conveyor structure are in feed end, and the strip that conveys will be needed to pass through first conveying mechanism and described the
Material space between two conveying mechanisms, the preparation before completing conveying strip；It is straight when the quick adjusting strainer
When first conveying mechanism of line feeder conveys strip, strip is transported to discharge end from feed end by the first conveying mechanism；Work as institute
When stating the second conveyor structure conveying strip for quickly adjusting the linear feeding machine of strainer, the first conveying mechanism is returned from discharge end
It is back to feed end, strip is transported to discharge end from feed end by second conveyor structure；It is straight when the quick adjusting strainer
When first conveying mechanism of line feeder conveys strip again, second conveyor structure is back to feed end from discharge end, and first is defeated
Send mechanism that strip is transported to discharge end from feed end；The linear feeding machine of the quick adjusting strainer passes through the first conveying
Mechanism and the cooperation of the alternating of second conveyor structure, realize continual conveying to strip, improve the transfer efficiency of strip.
In addition, the utility model quickly adjusts the linear feeding machine of strainer by being equipped with the first feeding electromagnet and the
Two feeding electromagnet act on the suction of strip admittedly using electromagnet, fix strip to reach in the transmission process to strip
On the conveyor, without being arranged the fixed hold-down mechanism on the conveyor of strip, and then reaching can be fast
Be arranged on the linear feeding machine of velocity modulation section strainer be mutually independent of each other and can independently convey strip the first conveying mechanism and
Second conveyor structure, and by the cooperation of the alternating of the first conveying mechanism and second conveyor structure, strip is realized continual defeated
It send, further increases the transfer efficiency of strip.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model preferred embodiment stereoscopic-state；
Fig. 2 is the partial schematic diagram of the utility model preferred embodiment stereoscopic-state；
Fig. 3 is the schematic diagram that the utility model preferred embodiment conveys original state before strip；
Fig. 4 is the schematic diagram that the utility model preferred embodiment lower part conveying mechanism conveys strip state；
Fig. 5 is the schematic diagram that the utility model preferred embodiment top conveying mechanism conveys strip state；
Fig. 6 is the schematic diagram of the utility model preferred embodiment strainer stereoscopic-state；
Fig. 7 is the schematic diagram that the utility model preferred embodiment pawl is detached from ratchet state；
Fig. 8 is the schematic diagram that the utility model preferred embodiment pawl fixes ratchet state；
Fig. 9 is the top view of the utility model preferred embodiment angle adjustment device；
Figure 10 is the schematic diagram of the utility model preferred embodiment angle adjustment device stereoscopic-state；
Figure 11 is the partial schematic diagram of the utility model preferred embodiment angle adjustment device stereoscopic-state.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.
As shown in Figure 1 to 11, the utility model discloses a kind of linear feeding machine for quickly adjusting strainer, packet
Include support base 1, conveying mechanism 2, the guiding mechanism 3 equipped with guide holder 31 and the strainer 4 equipped with connecting shaft 44, conveyer
Structure 2 is fixed on support base 1, and guiding mechanism 3 is assemblied in the both ends of support base 1, and strainer 4 is articulated in by connecting shaft 44 and is led
To on the guide holder 31 of mechanism 3.
Above-mentioned strainer 4 is equipped with baffle 41, the first carrying roller 42, second roller 43, connecting shaft 44 and angular adjustment dress
45 are set, the first carrying roller 42 and second roller 43 are each attached on baffle 41, and the top of the first carrying roller 42 is arranged in second roller 43,
Strainer 4 is articulated on guiding mechanism 3 by connecting shaft 44.The linear feeding machine of strainer is quickly adjusted in conveying strip
In the process, the lower end surface that strip 10 first againsts the first carrying roller 42 passes through, and passes through, enters back into then against 43 upper surface of second roller
Guiding mechanism 3 is conducive to keep the flat of strip 10 by the tension to strip 10 of the first carrying roller 42 and second roller 43
Pliable and rate of tension improves the transfer efficiency of strip 10.
Above-mentioned angle adjustment device 45 includes ratchet 451, pawl 452 and the pawl control member 453 for being equipped with ratchet 4511,
Ratchet 451 is fixed on one end of connecting shaft 44, and pawl control member 453 includes control piece shell 4531, drive-connecting shaft 4532 and connects
Extension bar 4533, drive-connecting shaft 4532 are fixed on control piece shell 4531, and one end of pawl 452 is articulated on drive-connecting shaft 4532, separately
4511 activity of ratchet on one end and ratchet 451 is cooperatively connected, and connecting rod 4533 is fixed on control piece shell 4531, and living
It is dynamic to be threaded through on guide holder 31.
When needing to rotate rate of tension of the strainer 4 to adjust strip 10 upwards, it is only necessary to rotate clockwise strainer
4, during strainer 4 rotates, while driving ratchet 451 to rotate clockwise by connecting shaft 44, it is clockwise in ratchet 451
During rotation, the top of ratchet 4511 can push the lower end of pawl 452 to rotate counterclockwise around drive-connecting shaft 4532, thus
The rotation for not influencing ratchet 451 makes it possible to smoothly adjust strainer 4, to reach the adjusting to 10 rate of tension of strip, adjusts
After the completion of section, strainer 4 is unclamped, the lower end of pawl 452 can slide into 4511 inside of ratchet along the top of ratchet 4511, then
The secondary fixing played the role of to ratchet 451, to fixing strainer 4 on guiding mechanism 3.
When needing to be rotated down rate of tension of the strainer 4 to adjust strip 10, will be worn by 4533 activity of connecting rod
The control piece shell 4531 being located on guide holder 31 pulls out, because the drive-connecting shaft 4532 for being articulated with pawl 452 is to be fixed on
On control piece shell 4531, so can simultaneously pull out pawl 452, pawl 452 is made to leave the ratchet of ratchet 451
4511 insides lose the effect of the fixing to ratchet 451, and strainer 4 is pressed since own wt is rotated around connecting shaft counterclockwise
Taut band material 10 after the completion of adjusting, then will be threaded through to reach the adjusting to 10 rate of tension of strip by 4533 activity of connecting rod
Control piece shell 4531 on guide holder 31 inwardly pushes, because the drive-connecting shaft 4532 for being articulated with pawl 452 is to be fixed on control
On part shell 4531, so simultaneously can inwardly push pawl 452, pawl 452 is made to come back to the ratchet of ratchet 451
4511 insides again serve to the effect of the fixing to ratchet 451, to fixing strainer 4 on guiding mechanism 3.
Above-mentioned connecting rod 4533 is equipped with block 45331 and knob 45332, and block 45331 and knob 45332 are fixed respectively
At the both ends of connecting rod 4533, block 45331 is located at the inside of guide holder 31, and knob 45332 is located at the outside of guide holder 31.It is logical
It crosses and is equipped with block 45331 in one end that connecting rod 4533 passes through 31 inside of guide holder, when control piece shell 4531 is pulled outward
When, it can be avoided pawl control member 453 and be detached from guide holder 31.By passing through 4531 outside of control piece shell in connecting rod 4533
One end is equipped with knob 45332, is conducive to the operation for pulling out control piece shell 4531 or inwardly pushing.
Above-mentioned pawl control member 453 further includes spring 4534, and spring 4534 is arranged between block 45331 and guide holder 31
And it is set in connecting rod 4533.By being equipped with spring 4534, strip 10 is adjusted when needing to be rotated down strainer 4
When rate of tension, the control piece shell 4531 being threaded through on guide holder 31 by 4533 activity of connecting rod is pulled out, because of pivot
The drive-connecting shaft 4532 for being connected to pawl 452 is fixed on control piece shell 4531, so can simultaneously be pulled outwardly pawl 452
Out, it leaves pawl 452 and loses the effect of the fixing to ratchet 451 on the inside of the ratchet 4511 of ratchet 451, while institute's block 45331
Can compressed spring 4534, spring 4534 stored power by compression, strainer 4 since own wt is rotated around connecting shaft counterclockwise,
And strip 10 is compressed, to reach the adjusting to 10 rate of tension of strip, after the completion of adjusting, it is only necessary to unclamp knob 45332, spring
4534 releases are pushed block 45331 to move inward, block 45331 will be worn by 4533 activity of connecting rod by the storage power compressed
The control piece shell 4531 being located on guide holder 31 inwardly pushes, because the drive-connecting shaft 4532 for being articulated with pawl 452 is to be fixed on
On control piece shell 4531, so simultaneously can inwardly push pawl 452, pawl 452 is made to come back to the spine of ratchet 451
4511 inside of tooth, again serves to the effect of the fixing to ratchet 451, to fixing strainer 4 on guiding mechanism 3.
Above-mentioned pawl control member 453 further include the sliding slot 45311 being arranged on control piece shell 4531, gag lever post 4535 with
And limit connector 4536, gag lever post 4535 is mobilizable to be assemblied in sliding slot 45311, the both ends difference of limit connector 4536
It is fixed on gag lever post 4535 and pawl 452.When needing to rotate rate of tension of the strainer 4 to adjust strip 10 upwards, spine
Pawl 452 can push gag lever post 4535 along 45311 upward sliding of sliding slot by 452 connector of pawl, to not influence ratchet
451 rotation makes it possible to smoothly adjust strainer 4, adjusts the tensioning of strip 10 when needing to be rotated down strainer 4
When spending, after pawl 452 leaves 4511 inside of ratchet of ratchet 451, gag lever post 4535 slides into the bottom end of sliding slot 45311, and leads to
It crosses 452 connector of pawl to hang pawl 452 admittedly on pawl control member 453, avoids pawl 452 because around drive-connecting shaft 4532
Excessive 4511 inside of ratchet for rotating clockwise and ratchet 451 can not being come back to.
Above-mentioned limit connector 4536 is equipped at least two pawl link blocks 45361 being successively pivotally connected.In the present embodiment
Limit connector 4536 is equipped with two pawl link blocks 45361 being mutually pivotally connected, by being equipped with pawl link block 45361, when to
When the upper rate of tension for rotating strainer 4 to adjust strip 10, two pawl link blocks 45361 being mutually pivotally connected can be around pivot
Spindle is rotated into pawl control member 453, so that pawl 452 does not need to be pushed to gag lever post 4535 during being rotated up
Along 45311 upward sliding of sliding slot, resistance when rotation strainer 4 upwards, the adjusting of cheap strainer 4 are reduced.
Equipped with the first installation panel 11 and the second installation panel 12 on above-mentioned support base 1, the first installation panel 11 is located at
The lower section of second installation panel 12, conveying mechanism 2 includes: the first conveying mechanism being assemblied on 11 upper surface of the first installation panel
212 and the second conveyor structure 222 that is assemblied on 12 lower end surface of the second installation panel, the first conveying mechanism 212 and second it is defeated
It send and is equipped with material space 5 between mechanism 222.
It is straight that above-mentioned first conveying mechanism 212 is equipped with the first feeding electromagnet 211, first straight line motor platform 212 and first
The first permanent-magnet component 213 and first slide 214 that line motor platform 212 matches, the first feeding electromagnet 211 are fixed on
On the upper surface of one slide 214, when the first feeding electromagnet 211 is in energized state, the first feeding electromagnet 211 can be by band
Material 10 is inhaled admittedly on the upper surface of the first feeding electromagnet 211, and when the first feeding electromagnet 211 is in off-position, first is sent
Material electromagnet 211, which can discharge, inhales the solid strip 10 on 211 upper surface of the first feeding electromagnet.
Above-mentioned first slide 214 is movably coupled on the upper surface of the first installation panel 11, and first slide 214 can
Linearly move back and forth from feed end to discharge end.
Above-mentioned first permanent-magnet component 213 is fixed on the upper surface of the first installation panel 11, first straight line motor platform 212
It is fixed on the lower end surface of first slide 214 and is arranged in the top of the first permanent-magnet component 213, when first straight line motor platform
212 be in energized state, and the magnetic force interaction that the first permanent-magnet component 213 and first straight line motor platform 212 generate makes
Obtaining the first permanent-magnet component 213 can push the first slide 214 for being fixed with first straight line motor platform 212 from feed end to discharging
End moves back and forth, wherein the sense of current by controlling first straight line motor platform 212 can control the first permanent-magnet component
213 promotions are fixed with the direction that the first slide 214 of first straight line motor platform 212 moves back and forth from feed end to discharge end,
Size by controlling the electric current of first straight line motor platform 212 can control the promotion of the first permanent-magnet component 213 and be fixed with first
The speed that the first slide 214 of linear motor platform 212 moves back and forth from feed end to discharge end.
It is straight that above-mentioned second conveyor structure 222 is equipped with the second feeding electromagnet 221, second straight line motor platform 222 and second
The second permanent-magnet component 223 and second slide 224 that line motor platform 222 matches, the second feeding electromagnet 221 are fixed on
On the lower end surface of two slides 224, when the second feeding electromagnet 221 is in energized state, the second feeding electromagnet 221 can be by band
Material 10 is inhaled admittedly on the lower end surface of the second feeding electromagnet 221, and when the second feeding electromagnet 221 is in off-position, second is sent
Material electromagnet 221, which can discharge, inhales the solid strip 10 on 221 lower end surface of the second feeding electromagnet.
Above-mentioned second slide 224 is movably coupled on the lower end surface of the second installation panel 12, and second slide 224 can
Linearly move back and forth from feed end to discharge end.
Above-mentioned second permanent-magnet component 223 is fixed on the lower end surface of the second installation panel 12, second straight line motor platform 222
It is fixed on the upper surface of second slide 224 and is arranged in the lower section of the second permanent-magnet component 223, when second straight line motor platform
222 be in energized state, and the magnetic force interaction that the second permanent-magnet component 223 and second straight line motor platform 222 generate makes
Obtaining the second permanent-magnet component 223 can push the second slide 224 for being fixed with second straight line motor platform 222 from feed end to discharging
End moves back and forth, wherein the sense of current by controlling second straight line motor platform 222 can control the second permanent-magnet component
223 promotions are fixed with the direction that the second slide 224 of second straight line motor platform 222 moves back and forth from feed end to discharge end,
Size by controlling the electric current of second straight line motor platform 222 can control the promotion of the second permanent-magnet component 223 and be fixed with second
The speed that the second slide 224 of linear motor platform 222 moves back and forth from feed end to discharge end.
The bottom of above-mentioned first slide 214 is equipped with first sliding groove or the first sliding rail 2141, corresponding, the first peace
The upper surface for filling panel 11 is equipped with the first sliding rail or first sliding groove 111, and first sliding groove 2141 is movably fit within first
On sliding rail 111.In the present embodiment, the bottom of first slide 214 is equipped with first sliding groove 2141, corresponding, the first peace
The upper surface for filling panel 11 is equipped with the first sliding rail 111, and first slide 214 is movably fit within the by first sliding groove 2141
On one sliding rail 111, first slide 214 is moved back along the first sliding rail 111 is smooth on the first installation panel 11
It is dynamic, and first slide 214 is avoided to be detached from from the first installation panel 11.
The top of above-mentioned second slide 224 is equipped with second sliding slot or the second sliding rail 2241, corresponding, the second peace
The lower end surface for filling panel 12 is equipped with the second sliding rail or second sliding slot 121, and second sliding slot 2241 is movably fit within second
On sliding rail 121.In the present embodiment, the top of second slide 224 is equipped with second sliding slot 2241, corresponding, the second peace
The lower end surface for filling panel 12 is equipped with the second sliding rail 121, and second slide 224 is movably fit within the by second sliding slot 2241
On two sliding rails 121, second slide 224 is moved back along the second sliding rail 121 is smooth on the second installation panel 12
It is dynamic, and second slide 224 is avoided to be detached from from the second installation panel 12.
As shown in Figures 3 to 5, when the linear feeding machine of above-mentioned quick adjusting strainer is in original state, first
Conveying mechanism 212 and second conveyor structure 222 are in feed end, and the strip 10 for needing to convey is passed through the first conveying mechanism
Material space 5 between 212 and second conveyor structure 222, the preparation before completing conveying strip 10；Tensioning is adjusted when quick
When the first conveying mechanism of linear feeding machine 212 of mechanism conveys strip 10, the first feeding electromagnet 211 is in energized state and energy
It is enough strip 10 is inhaled it is solid on the upper surface of the first feeding electromagnet 211, first straight line motor platform 212 by with the first permanent magnetism
Component 213, which is matched, pushes to discharge end along the first slide direction for first slide 214, and strip 10 is driven to move to discharge end
Move corresponding distance；When the linear feeding machine second conveyor structure 222 for quickly adjusting strainer conveys strip 10, first is sent
Material electromagnet 211 is in off-position and loses the suction to strip 10 and acts on admittedly, and first straight line motor platform 212 is by with first
Permanent-magnet component 213, which is matched, pushes to feed end along slide direction for first slide 214, meanwhile, the second feeding electromagnet 221
In energized state and strip 10 can be inhaled to solid on the lower end surface of the second feeding electromagnet 221, second straight line motor platform
Second slide 224 is pushed to discharge end, and band along the second slide direction by matching with the second permanent-magnet component 223 by 222
Strip 10 is moved to the mobile corresponding distance of discharge end；When the first conveying mechanism of linear feeding machine 212 for quickly adjusting strainer
When conveying strip 10 again, the second feeding electromagnet 221 is in off-position and loses the suction to strip 10 and acts on admittedly, and second is straight
Second slide 224 is pushed to charging along slide direction by matching with the second permanent-magnet component 223 by line motor platform 222
End, meanwhile, the first feeding electromagnet 211 is in energized state and can inhale strip 10 solid in the first feeding electromagnet 211
On upper surface, first straight line motor platform 212 with the first permanent-magnet component 213 by matching first slide 214 along first
Slide direction pushes to discharge end, and drives strip 10 to the mobile corresponding distance of discharge end；Quickly adjust the straight of strainer
Line feeder is realized strip 10 continual defeated by the cooperation of the alternating of the first conveying mechanism 212 and second conveyor structure 222
It send, improves the transfer efficiency of strip 10.
Above-mentioned first installation panel 11 is equipped with the first limit assembly 112, and the first limit assembly 112 includes the first limit base
1121 and first elastic 1122, the first limit base 1121 be fixed on the upper surface of the first installation panel 11, and cooperate and exist
The both ends of the first sliding rail or first sliding groove 111 on first installation panel 11, in the present embodiment, the first limit base 1121 is matched
The both ends of the first sliding rail on the first installation panel 11 are closed, the first elastic 1122 is fixed on the first limit base 1121 and court
To first slide 214.When first slide 214 moves back and forth along the first slide direction, first slide 214 is by the first limit
The barrier effect of component 112 can be avoided and slip from the first sliding rail, and because by flexible first elastic
1122 blocking can effectively alleviate shock of the first slide 214 to the first limit assembly 112, avoid first slide 214 and
The component being fixed in first slide 214 is hit and is damaged.
Above-mentioned second installation panel 12 is equipped with the second limit assembly 122, and the second limit assembly 122 includes the second limit base
1221 and second elastic 1222, the second limit base 1221 be fixed on the lower end surface of the second installation panel 12, and cooperate and exist
The both ends of the second sliding rail or second sliding slot 121 on second installation panel 12, in the present embodiment, the second limit base 1221 is matched
The both ends of the first sliding rail on the first installation panel 11 are closed, the second elastic 1222 is fixed on the second limit base 1221 and court
To second slide 224.When second slide 224 moves back and forth along the second slide direction, second slide 224 is by the second limit
The barrier effect of component 122 can be avoided and slip from the second sliding rail, and because by flexible second elastic
1222 blocking can effectively alleviate shock of the second slide 224 to the second limit assembly 122, avoid second slide 224 and
The component being fixed in second slide 224 is hit and is damaged.
The linear feeding machine of above-mentioned quick adjusting strainer further includes guiding mechanism 3, and guiding mechanism 3 is assemblied in the first peace
The both ends of panel 11 are filled, guiding mechanism 3 is equipped with guide holder 31, pressure plate 32, pressing roller 33, adjusting spiral shell with pressing groove 311
Bar 34 and adjustment spring 35, guiding mechanism 3 are fixed on the upper surface of the first installation panel 11 by guide holder 31, pressure plate
32 are fixed on guide holder 31, and pressing roller 33 is assemblied in pressing groove 311, are formed with ribbon supply between pressing roller 33 and pressure plate 32
The space that material 10 passes through, adjusting screw rod 34 passes through pressing groove 311 and pressing roller 33, and is spirally connected with guide holder 31, adjustment spring
35 are assemblied in pressing groove 311, and are socketed on adjusting screw rod 34, and the top of adjustment spring 35 is fixed on adjusting screw rod 34
It holds on the upper surface of pressing roller 33 on the bottom end top at middle part, adjustment spring 35.By screwing or unscrewing adjusting screw rod 34, spiral shell is adjusted
The top that bar 34 is able to drive adjustment spring 35 is moved downward or upward, with this to adjust the elastic force of adjustment spring 35 and its to pressure
The pressure of tight roller 33, has adjusted pressing roller 33 to the pressure of strip 10 indirectly, so that strip 10 is during transportation, keeps closing
Suitable rate of tension is conducive to the transfer efficiency for improving strip 10.
Above-mentioned guiding mechanism 3 is equipped with the directive wheel 36 with width adjusting handle 361 and the guiding bottom with regulating tank 371
Plate 37, guiding bottom plate 37 are fixed on guide holder 31, and directive wheel 36 is movably assemblied in regulating tank 371.3 energy of guiding mechanism
Enough spacing adjusted between directive wheel 36 by mobile guide wheel 36 can be passed through with cooperating the width of different strips 10
Mobile guide wheel 36 adjusts the position of directive wheel 36, so that strip 10 is in the linear feeding machine for quickly adjusting strainer
Linear movement can be by screwing width adjusting handle 361 for the locking of directive wheel 36 in guiding bottom plate after having adjusted directive wheel 36
On 37.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (10)
1. a kind of linear feeding machine for quickly adjusting strainer comprising support base, conveying mechanism, the guiding equipped with guide holder
Mechanism and strainer equipped with connecting shaft, the conveying mechanism are fixed on the support base, the guiding mechanism assembly
At the both ends of the support base, the strainer is articulated on the guide holder of the guiding mechanism by the connecting shaft,
It is characterized in that:
The strainer further includes angle adjustment device, the angle adjustment device include equipped with the ratchet of ratchet, pawl with
And pawl control member, the ratchet are fixed on one end of the connecting shaft, the pawl control member includes control piece shell, pivot joint
Axis and connecting rod, the drive-connecting shaft are fixed on the control piece shell, and one end of the pawl is articulated in the drive-connecting shaft
On, the ratchet activity on the other end and the ratchet is cooperatively connected, and the connecting rod is fixed on the control piece shell, and
Activity is threaded through on the guide holder.
2. the linear feeding machine as described in claim 1 for quickly adjusting strainer, it is characterised in that: the connecting rod is equipped with
Block and knob, the block and the both ends for shaking hands to be separately fixed at the connecting rod, the block are located at described lead
To the inside of seat, the knob is located at the outside of the guide holder.
3. the linear feeding machine as claimed in claim 2 for quickly adjusting strainer, it is characterised in that: the pawl control member
It further include spring, the spring is arranged between the block and the guide holder and is set in the connecting rod.
4. the linear feeding machine as claimed in claim 3 for quickly adjusting strainer, it is characterised in that: the pawl control member
It further include the sliding slot, gag lever post and limit connector being arranged on control piece shell, the gag lever post is mobilizable to be assemblied in
In the sliding slot, the both ends of the limit connector are separately fixed on the gag lever post and the pawl.
5. the linear feeding machine as claimed in claim 4 for quickly adjusting strainer, it is characterised in that: the limit connector
Equipped at least two limit link blocks being successively pivotally connected.
6. the linear feeding machine of the quick adjusting strainer as described in any one of claims 1 to 5, it is characterised in that: institute
It states equipped with the first installation panel and the second installation panel on support base, the first installation panel is located at second mounting surface
The lower section of plate, the conveying mechanism include: the first conveying mechanism and dress being assemblied on first installation panel upper surface
Fit over the second conveyor structure on second installation panel lower end surface, first conveying mechanism and the second conveyor structure
Between be equipped with material space.
7. the linear feeding machine as claimed in claim 6 for quickly adjusting strainer, it is characterised in that:
First conveying mechanism includes the first feeding electromagnet and first slide that can inhale solid strip, first feeding
Electromagnet is fixed on the upper surface of the first slide, and the first slide is movably coupled to the first installation panel
Upper surface on；
The second conveyor structure includes the second feeding electromagnet and second slide that can inhale solid strip, second feeding
Electromagnet is fixed on the lower end surface of the second slide, and the second slide is movably coupled to the second installation panel
Lower end surface on.
8. the linear feeding machine as claimed in claim 7 for quickly adjusting strainer, it is characterised in that:
First conveying mechanism further include first straight line motor platform and matched with first straight line motor platform first
Permanent-magnet component, first permanent-magnet component are fixed on the upper surface of the first installation panel, and the first straight line motor is flat
Platform is fixed on the lower end surface of the first slide and the top of first permanent-magnet component is arranged in；
The second conveyor structure further include second straight line motor platform and matched with second straight line motor platform second
Permanent-magnet component, first permanent-magnet component are fixed on the upper surface of the first installation panel, and the first straight line motor is flat
Platform is fixed on the lower end surface of the first slide and the top of first permanent-magnet component is arranged in.
9. the linear feeding machine as claimed in claim 7 for quickly adjusting strainer, it is characterised in that:
The bottom of the first slide is equipped with first sliding groove or the first sliding rail, corresponding, the first installation panel
Upper surface be equipped with the first sliding rail or first sliding groove, the first sliding groove is movably fit on first sliding rail；
The top of the second slide is equipped with second sliding slot or the second sliding rail, corresponding, the second installation panel
Lower end surface be equipped with the second sliding rail or second sliding slot, the second sliding slot is movably fit on second sliding rail.
10. the linear feeding machine as claimed in claim 9 for quickly adjusting strainer, it is characterised in that:
The first installation panel is equipped with the first limit assembly, and first limit assembly includes the first limit base and the first bullet
Property column, first limit base be fixed on it is described first installation panel upper surface on, and cooperate it is described first installation panel
On the first sliding rail or first sliding groove both ends, first elastic is fixed on first limit base and towards first
Slide；
The second installation panel is equipped with the second limit assembly, and second limit assembly includes the second limit base and the second bullet
Property column, second limit base be fixed on it is described second installation panel lower end surface on, and cooperate it is described second installation panel
On the second sliding rail or second sliding slot both ends, second elastic is fixed on second limit base and towards second
Slide.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821067536.5U CN208499510U (en) | 2018-07-06 | 2018-07-06 | Quickly adjust the linear feeding machine of strainer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821067536.5U CN208499510U (en) | 2018-07-06 | 2018-07-06 | Quickly adjust the linear feeding machine of strainer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208499510U true CN208499510U (en) | 2019-02-15 |
Family
ID=65283435
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821067536.5U Expired - Fee Related CN208499510U (en) | 2018-07-06 | 2018-07-06 | Quickly adjust the linear feeding machine of strainer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208499510U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110755892A (en) * | 2019-09-09 | 2020-02-07 | 上海珍水环保科技有限公司 | Chain type mud scraper chain tensioning device |
| CN113200310A (en) * | 2021-04-21 | 2021-08-03 | 科捷智能科技股份有限公司 | Dynamic width adjusting method |
-
2018
- 2018-07-06 CN CN201821067536.5U patent/CN208499510U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110755892A (en) * | 2019-09-09 | 2020-02-07 | 上海珍水环保科技有限公司 | Chain type mud scraper chain tensioning device |
| CN110755892B (en) * | 2019-09-09 | 2021-09-14 | 上海珍水环保科技有限公司 | Chain type mud scraper chain tensioning device |
| CN113200310A (en) * | 2021-04-21 | 2021-08-03 | 科捷智能科技股份有限公司 | Dynamic width adjusting method |
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| GR01 | Patent grant | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
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