CN206257233U - Novel synchronous friction speed linkage - Google Patents
Novel synchronous friction speed linkage Download PDFInfo
- Publication number
- CN206257233U CN206257233U CN201621368425.9U CN201621368425U CN206257233U CN 206257233 U CN206257233 U CN 206257233U CN 201621368425 U CN201621368425 U CN 201621368425U CN 206257233 U CN206257233 U CN 206257233U
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- CN
- China
- Prior art keywords
- tooth bar
- driven
- sliding block
- active
- linkage
- Prior art date
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Abstract
The utility model discloses a kind of novel synchronous friction speed linkage, it is characterized in that：The installation frame left and right sides is provided with active guide rail and driven guide rail；Active guide rail and driven guide rail are provided with active sliding block and driven sliding block；The inner side linking of active sliding block and driven sliding block has the active tooth bar and driven tooth bar that tooth pitch is differed；Two linkage gears of in-line gears composition of different sizes are provided between active tooth bar and driven tooth bar, gear wheel is engaged with active tooth bar, and little gear is engaged with driven tooth bar；The slide bar lower end of cam pack is connected with active tooth bar upper end；Sliding block is provided with extension spring.Its advantage is：Scientific structure, simple and practical, construction is firm, easy to manufacture, small volume, easy to assembly, low cost only can just realize friction speed linkage action with a driving power source, it is easily controlled, it is safe and reliable, clamp system, strainer or the different friction speed interlocking equipment of linkage speed can be widely used in.
Description
Technical field
The utility model is related to a kind of interlocking equipment, more particularly to a kind of different friction speed interlocking equipment of linkage speed.
Background technology
Traditional clamp system, strainer or the different friction speed interlocking equipment of linkage speed, frequently with dual drive power
The mechanism in source, power source is frequently with cylinder, motor etc..Its defect is, because needing two power source actions of control simultaneously, control system
System is relative complex, causes the poor reliability of mechanism's linkage action, and equipment volume is big, and power source buying and use cost are high, unfavorable
In energy-conserving and environment-protective.
The content of the invention
The defect that the utility model exists for the friction speed interlocking equipment of above-mentioned dual drive power source, and a kind of performance is provided
More preferably, small volume, the novel synchronous friction speed linkage of single driving power source of low cost.
To achieve the above object, the scheme that the utility model is taken is：A kind of novel synchronous friction speed linkage, including peace
Frame up frame, and is fixed on the power source on installation frame；It is characterized in that：The installation frame left and right sides is provided with leading of be arrangeding in parallel
Rail, from right to left respectively active guide rail and driven guide rail；Active guide rail and driven guide rail are provided with sliding block, respectively actively sliding
Block and driven sliding block；Active sliding block and driven sliding block inner side linking relative to each other have the tooth bar be arrangeding in parallel, respectively actively
The tooth pitch of tooth bar and driven tooth bar, active tooth bar and driven tooth bar is differed；Being provided between active tooth bar and driven tooth bar to turn
Dynamic linkage gear, gear is arranged on installation frame by bearing；Active tooth bar and driven tooth bar respectively with the linkage gear
Engagement connection；The power source is the cam pack installed in the outer upside of installation frame, and cam pack includes that fixed mount, rotation drive
Dynamic device, cam, slide bar, linear bearing, rotating driving device are stretched into located at fixed mount outside, the drive shaft of rotating driving device
To in fixed mount, cam is arranged on the driveshaft end of rotating driving device, and linear bearing is arranged at cam lower section and is fixed on
Fixed mount, in linear bearing, slide bar upper end is provided with runner to jack rod sleeve, and the slot rolling of slot rolling, runner and cam is provided with the middle of cam
Contact, slide bar lower end is connected with active tooth bar upper end；Active sliding block is provided with active sliding block toward the extension spring for pulling up；Driven cunning
Block is provided with driven sliding block toward drop-down extension spring；The linking of driven sliding block lower end extends downwardly into installation frame lower section, then
Prolong liter again forwards, followed by the lower section extension behind the center for extending right to installation frame, then to installation frame but not
The linkage contacted with installation frame is cranked arm.
Used as the explanation of above-mentioned technical proposal, extension spring produces pulling force, allows active sliding block and driven sliding block conversely to open, cam
The cam high point of component produces downward thrust, and extension spring is stretched and active sliding block is promoted and driven sliding block is compressed in opposite directions.Linkage
Cranking arm can bypass workpiece, realize linkage from top to bottom.Only needing to a power source promotes active tooth bar to move along a straight line, active tooth bar
Linkage gear rotation is driven, dynamic linkage gear drives driven tooth bar also to do linkage straight line fortune opposite with active tooth bar or opposite
It is dynamic, but because both tooth pitches are differed, both movement velocitys are also differed, so that, active tooth bar and driven rack drives
Active sliding block and driven sliding block are moved, you can realize that friction speed links.Due to being single driving power source, control is more convenient, volume
Can be made smaller, the linkage of friction speed is realized by machine driving, control more convenient, energy-conserving and environment-protective, production cost
Maintenance, use cost it is low.By changing speed ratio by the size for changing tooth pitch, namely within the unit interval, active sliding block
Make opposite or move toward one another with driven sliding block, but both every trade journeys are different.Wherein, external link gear and active sliding block and from
Movable slider connection is capable of achieving linkage function.
Used as the improvement of above-mentioned technical proposal, foregoing linkage gear is two in-line gears compositions of different sizes, wherein,
Gear wheel is engaged with active tooth bar, and little gear is engaged with driven tooth bar.Angular speed when being rotated due to big little gear is identical, but line
Speed is different, and the speed for being delivered to tooth bar is also different, therefore can realize different linkage speeds.
Used as further illustrating for above-mentioned technical proposal, foregoing guide rail is dovetail guide, and sliding block is dovetail groove sliding block.
Used as the improvement of above-mentioned technical proposal, aforementioned rack bottom side is provided with chute, and the roller for supporting tooth bar is provided with chute,
Roller is fixed on installation frame.Chute and roller are matched, and can not only support that tooth bar is acted on, moreover it is possible to play rack stroke spacing
Effect.
From the above mentioned knowable to scheme, the utility model has the advantages that：Scientific structure, simple and practical, construction is firm, easily system
Make, small volume is easy to assembly, low cost, only can just realize friction speed linkage action with a driving power source, be easily controlled,
It is safe and reliable, clamp system, strainer or the different friction speed interlocking equipment of linkage speed can be widely used in, facilitate correlation to set
Standby Automated condtrol, with larger application prospect.
Brief description of the drawings
Fig. 1 is the schematic diagram of novel synchronous friction speed linkage.
Description of symbols：100-installation frame, 101-active tooth bar, 102-driven tooth bar, 103-active sliding block,
104-driven sliding block, 105-gear wheel, 106-little gear, 107-active guide rail, 108-driven guide rail, 109-extension spring,
113-rotating driving device, 114-cam, 115-slide bar, 116-runner, 117-slot rolling, 118-linear bearing, 119-
Fixed mount, 121-roller, 122-chute；9-linkage is cranked arm.
Specific embodiment
Below in conjunction with the accompanying drawings and preferred embodiment, the utility model and its Advantageous Effects are carried out further detailed
Describe in detail bright.
Referring to Fig. 1, as seen from the figure, novel synchronous friction speed linkage includes installation frame 100, and is fixed on installing frame
Power source on frame 100；The left and right sides of installation frame 100 is provided with the guide rail be arrangeding in parallel, from right to left respectively active guide rail
107 and driven guide rail 108；Active guide rail 107 and driven guide rail 108 are provided with sliding block, respectively active sliding block 103 and driven cunning
Block 104；Active sliding block 103 and the inner side linking relative to each other of driven sliding block 104 have the tooth bar be arrangeding in parallel, respectively driving tooth
The tooth pitch of bar 101 and driven tooth bar 102, active tooth bar 101 and driven tooth bar 102 is differed；Active tooth bar 101 and driven tooth bar
Rotatable linkage gear is provided between 102, gear is arranged on installation frame 100 by bearing；Active tooth bar 101 and driven
Tooth bar 102 is connected with linkage gear engagement respectively；Power source is the cam pack installed in the outer upside of installation frame 100, convex
Wheel assembly includes fixed mount 119, rotating driving device 113, cam 114, slide bar 115, linear bearing 118, rotating driving device
113 extend into fixed mount 119 located at the outside of fixed mount 119, the drive shaft of rotating driving device 113, and cam 114 is arranged on rotation
The driveshaft end of rotary driving device 113, linear bearing 118 is arranged at the lower section of cam 114 and is fixed on fixed mount 119, slide bar
115 are enclosed within linear bearing 118, and the upper end of slide bar 115 is provided with runner 116, are provided with slot rolling 117 in the middle of cam 114, runner 116 with
The slot rolling 117 of cam 114 is contacted, and the lower end of slide bar 115 is connected with the upper end of active tooth bar 101；Active sliding block 103 is provided with master
Extension spring 109 of the movable slider 103 toward pull-up；Driven sliding block 104 is provided with driven sliding block 104 toward drop-down extension spring 109；Driven cunning
The linking of the lower end of block 104 extends downwardly into the lower section of installation frame 100, then prolongs liters again forwards, followed by extending right to pacify
Frame up behind the center of frame 100, then the linkage song for extending but contact with installation frame 100 to the lower section of installation frame 100
Arm 9.
Preferably, linkage gear is two in-line gears compositions of different sizes, wherein, gear wheel 105 and active tooth bar
101 engagements, little gear 106 is engaged with driven tooth bar 102.Guide rail is dovetail guide, and sliding block is dovetail groove sliding block.Tooth bar bottom side sets
There is the roller 121 for being provided with chute 122, chute 122 and supporting tooth bar, roller 121 is fixed on installation frame 100.
When using, if by related action parts and corresponding sliding block or linkage crank arm 9 connections be capable of achieving it is reliable
Friction speed linkage action.
Book and specific embodiment do not constitute any limitation to the utility model according to the above description, and the utility model is not
Specific embodiment disclosed and described above is confined to, to some modification and variation of the present utility model, it should also fall into this
In the scope of the claims of utility model.
Claims (4)
1. a kind of novel synchronous friction speed linkage, including installation frame, and it is fixed on the power source on installation frame；It is special
Levying is：The installation frame left and right sides is provided with the guide rail be arrangeding in parallel, from right to left respectively active guide rail and driven guide rail；Actively
Guide rail and driven guide rail are provided with sliding block, respectively active sliding block and driven sliding block；Active sliding block and driven sliding block are relative to each other
Inner side linking have the tooth pitch of the tooth bar that be arranged in parallel, respectively active tooth bar and driven tooth bar, active tooth bar and driven tooth bar
Differ；Rotatable linkage gear is provided between active tooth bar and driven tooth bar, gear is arranged on installation frame by bearing
On；Active tooth bar and driven tooth bar are connected with linkage gear engagement respectively；The power source is outside upper installed in installation frame
The cam pack of side, cam pack includes fixed mount, rotating driving device, cam, slide bar, linear bearing, rotating driving device
Located at fixed mount outside, the drive shaft of rotating driving device is extend into fixed mount, and cam is arranged on the drive of rotating driving device
Moving axis end, linear bearing is arranged at cam lower section and is fixed on fixed mount, and in linear bearing, slide bar upper end is provided with jack rod sleeve
Runner, is provided with slot rolling in the middle of cam, runner is contacted with the slot rolling of cam, and slide bar lower end is connected with active tooth bar upper end；Actively
Sliding block is provided with active sliding block toward the extension spring for pulling up；Driven sliding block is provided with driven sliding block toward drop-down extension spring；Driven cunning
The linking of block lower end extends downwardly into installation frame lower section, then prolongs liter again forwards, followed by extending right to installation frame
Center after, then extend to the lower section of installation frame but the linkage that is not contacted with installation frame is cranked arm.
2. novel synchronous friction speed linkage as claimed in claim 1, it is characterized in that：The linkage gear be two sizes not
Same in-line gears composition, wherein, gear wheel is engaged with active tooth bar, and little gear is engaged with driven tooth bar.
3. novel synchronous friction speed linkage as claimed in claim 2, it is characterized in that：The guide rail is dovetail guide, sliding block
It is dovetail groove sliding block.
4. the novel synchronous friction speed linkage as described in claim 1,2 or 3, it is characterized in that：The tooth bar bottom side is provided with cunning
Groove, is provided with the roller for supporting tooth bar in chute, roller is fixed on installation frame.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621368425.9U CN206257233U (en) | 2016-12-14 | 2016-12-14 | Novel synchronous friction speed linkage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621368425.9U CN206257233U (en) | 2016-12-14 | 2016-12-14 | Novel synchronous friction speed linkage |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206257233U true CN206257233U (en) | 2017-06-16 |
Family
ID=59029865
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621368425.9U Expired - Fee Related CN206257233U (en) | 2016-12-14 | 2016-12-14 | Novel synchronous friction speed linkage |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206257233U (en) |
-
2016
- 2016-12-14 CN CN201621368425.9U patent/CN206257233U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170616 Termination date: 20181214 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |