CN209364223U - A kind of hard process equipment of connecting rod with high stability - Google Patents
A kind of hard process equipment of connecting rod with high stability Download PDFInfo
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- CN209364223U CN209364223U CN201822222788.7U CN201822222788U CN209364223U CN 209364223 U CN209364223 U CN 209364223U CN 201822222788 U CN201822222788 U CN 201822222788U CN 209364223 U CN209364223 U CN 209364223U
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- vibration damper
- plate
- damping
- connecting rod
- damper plate
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Abstract
A kind of hard process equipment of connecting rod with high stability, clamping device and several driving devices set on clamping device outer ring including workbench, on workbench, the driving device side opposite with clamping device is connected with processing unit (plant), it is fixed with connecting rod on clamping device, is equipped with an installation space in the workbench；The installation space is connected by clamping structure with a damping block；The damping block upper surface fits with installation space upper inside walls；A damping space is equipped in the damping block；The damping space is respectively arranged on the left side and the right side upright bar, is equipped with middle vibration damper plate between upright bar；It is distributed with column at left and right sides of the damping space, left and right sides upright bar is between column.The hard process equipment of connecting rod with high stability of the utility model can effective buffered-display driver device generate shaking force, enable processing unit (plant) it is stable process, guarantee machining accuracy, to guarantee processing quality.
Description
Technical field
The utility model relates to a kind of hard process equipments of the connecting rod with high stability.
Background technique
Hard processing refers to the process that the harder material of material is processed into another shape, and connecting rod is processed firmly and set
Standby is a kind of equipment that can process connecting rod, and before Machining of Connecting Rod is at finished product, multiple processing unit (plant)s in equipment all can be right
It is processed, and these processing unit (plant) main functions have cutting, drilling etc., and required when the rotary motion of these processing unit (plant)s
Power from driving device, driving device generally uses relatively conventional motor, and motor at runtime, then can be inevitable
Vibration is generated, when multiple motors are run simultaneously, shaking force suffered by the workbench of equipment will be very big, these shaking forces are more
It can feed back on motor again, keep the vibration degree of motor bigger, when severe shocks occurs in motor, processing unit (plant) is subject to
Shaking force influences, and causes machining accuracy to be unable to get guarantee, the processing quality for eventually leading to connecting rod is very poor, causes yield rate pole
It is low.
Summary of the invention
The Machining of Connecting Rod equipment with high stability that the technical problem to be solved by the present invention is to provide a kind of, it can
Effective buffered-display driver device generate shaking force, enable processing unit (plant) it is stable process, guarantee machining accuracy, thus
Guarantee processing quality.
The technical scheme in the invention for solving the above technical problem are as follows:
The utility model discloses a kind of hard process equipment of the connecting rod with high stability, including workbench, is set to workbench
On clamping device and several driving devices set on clamping device outer ring, the driving device side opposite with clamping device connect
It is connected to processing unit (plant), is fixed with connecting rod on clamping device, it is characterised in that: is equipped with an installation space in the workbench；It is described
Installation space is connected by clamping structure with a damping block；The damping block upper surface is affixed with installation space upper inside walls
It closes；A damping space is equipped in the damping block；The damping space is respectively arranged on the left side and the right side upright bar, is equipped between upright bar
Vibration damper plate；It is distributed with column at left and right sides of the damping space, left and right sides upright bar is between column, positioned at the vertical of left side
Bar and column, the upright bar positioned at right side and column are adjacent to each other；The column lower end is fixed with a magnetic plate；Below the column
Equipped with the side vibration damper plate attracting with magnetic plate；The column is connected by resetting apparatus with side vibration damper plate；It is set in the upright bar
There is a slideway；The side vibration damper plate is equipped with a sliding part to match with slideway, and sliding part is hinged with side vibration damper plate；It is described
It is connected between side vibration damper plate and middle vibration damper plate by rubber membrane；The installation space upper and lower sides inner wall is equipped with mutually symmetrical delay
Rush cylinder body；The buffering cylinder body side opposite with middle vibration damper plate is equipped with movable span, movable span and buffering cylinder interior space phase
Perforation；The middle vibration damper plate upper and lower surface center is equipped with a buffer bar；Described buffer bar one end end passes through work corresponding thereto
Dynamic hole is simultaneously connected with one positioned at the intracorporal piston of cushion dashpot, and piston is located in the middle part of buffering cylinder body；On the buffering cylinder body being located above
Portion surface, underlying buffering cylinder body lower surface are equipped with several perforation being circularly and evenly distributed, and are equipped with one in perforation
Elastic membrane.
The clamping structure includes the plate at left and right sides of damping block；The installation space inner wall is equipped with and plate
The slot to match；It is mutually fixed between the plate and installation space inner wall by screw.
Side vibration damper plate center is equipped with a through-hole；A card hole is equipped in the column lower part；The through-hole and card hole it
Between connected by reset hole, the diameter of reset hole is less than the diameter of through-hole, card hole；The resetting apparatus includes in card hole
Upper snap-gauge, fit in the lower snap-gauge of side vibration damper plate lower surface；It is connected between the upper snap-gauge and lower snap-gauge by elastic webbing,
Elastic webbing is located in reset hole.
The sliding part is in I-shaped；The sliding part includes sliding bar and set on being respectively arranged on sliding bar upper and lower ends
Upper slide head, lower slider head；The limit channels to connect with slideway are equipped with inside the upright bar, it is logical that chute width is less than limit
Road width is in convex between slideway and limit channels；The side vibration damper plate is equipped with a hinge hole；The lower slider head is located at
In limit channels, sliding bar upper end passes through slideway, hinge hole upwards in turn and is connected with one and fits with side damping plate surface
Upper slide head.
The perforation is covered with a position-limiting cover.
The upright bar top is equipped with a spacing head.
The beneficial effects of the utility model are:
Compared with prior art, can be passed through using the hard process equipment of the connecting rod with high stability of the utility model structure
Multiple components in damping space form multiple tracks buffering, and driving device is transferred to the shaking force on workbench and is carried out effectively
Buffering avoid shaking force from causing shadow to processing unit (plant) to the full extent to buffer to the shaking force in driving device
It rings, guarantees the machining accuracy of processing unit (plant), processing quality is made to be protected, guarantee the high stability of equipment, to make yield rate
It is protected.
Detailed description of the invention
Fig. 1 is the structural schematic diagram for the hard process equipment of connecting rod that the utility model has high stability；
Fig. 2 is the sectional view inside workbench；
Fig. 3 is the structural schematic diagram of sliding part.
Specific embodiment
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments:
It please refers to Fig.1 to Fig.3, the utility model provides a kind of hard process equipment of the connecting rod with high stability, including work
Make platform 1, the clamping device 2 on workbench 1 and several driving devices 3 set on 2 outer ring of clamping device, driving device 3
The side opposite with clamping device 2 is connected with processing unit (plant) 4, and connecting rod 5 is fixed on clamping device 2, is equipped in the workbench
One installation space 6；The installation space 6 is connected by clamping structure with a damping block 7；7 upper surface of damping block and peace
Dress 6 upper inside walls of space fit；A damping space 8 is equipped in the damping block 7；At left and right sides of the damping space 8 respectively
Equipped with upright bar 9, middle vibration damper plate 10 is equipped between upright bar 9；Column 11, left and right two are distributed at left and right sides of the damping space 8
Edge-on bar 9 is between column 11, positioned at upright bar 9 and the column 11 in left side, the upright bar 9 positioned at right side and column 11 phase each other
It is adjacent；11 lower end of column is fixed with a magnetic plate 12；The side vibration damper plate attracting with magnetic plate 12 is equipped with below the column 11
13；The column 11 is connected by resetting apparatus with side vibration damper plate 13；The upright bar 9 is equipped with a slideway 14；The side subtracts
Shake plate 13 is equipped with a sliding part 15 to match with slideway 14, and sliding part 15 is hinged with side vibration damper plate 13；The side damping
It is connected between plate 13 and middle vibration damper plate 10 by rubber membrane 16；The 6 upper and lower sides inner wall of installation space is equipped with mutually symmetrical
Buffer cylinder body 17；The buffering cylinder body 17 side opposite with middle vibration damper plate 10 is equipped with movable span 18, movable span 18 and cushion dashpot
17 inner space of body connects；The 10 upper and lower surface center of middle vibration damper plate is equipped with a buffer bar 19；Described 19 one end of buffer bar
End passes through movable span 18 corresponding thereto and is connected with a piston 20 being located in buffering cylinder body 17, and piston 20 is located at cushion dashpot
17 middle part of body；17 upper face of buffering cylinder body that is located above, underlying 17 lower surface of buffering cylinder body, which are equipped with, several is in
Even circumferential distribution perforation 21, perforation 21 in be equipped with an elastic membrane 22.
The clamping structure includes the plate 23 set on 7 left and right sides of damping block；6 inner wall of installation space be equipped with
The slot 24 that plate 23 matches；It is fixed between the plate 23 and 6 inner wall of installation space by 25 phase of screw.
13 center of side vibration damper plate is equipped with a through-hole 26；A card hole 27 is equipped in 11 lower part of column；The through-hole
It is connected between 26 and card hole 27 by reset hole 28, the diameter of reset hole 28 is less than the diameter of through-hole 26, card hole 27；It is described multiple
Position device includes the upper snap-gauge 29 being embedded in card hole 27, the lower snap-gauge 30 for fitting in 13 lower surface of side vibration damper plate；The upper snap-gauge
It is connected between 29 and lower snap-gauge 30 by elastic webbing 31, elastic webbing 31 is located in reset hole 28.
The sliding part 15 is in I-shaped；The sliding part 15 includes sliding bar 1501 and set on being respectively arranged on sliding bar
Upper slide head 1502, the lower slider head 1503 of 1501 upper and lower ends；The limit to connect with slideway 14 is equipped with inside the upright bar 9
Channel 32,14 width of slideway are less than 32 width of limit channels, are in convex between slideway 14 and limit channels 32；The side damping
Plate 13 is equipped with a hinge hole 33；The lower slider head 1503 is located in limit channels 32, and 1501 upper end of sliding bar is upwards in turn
Across slideway 14, hinge hole 33 and it is connected with a upper slide head 1502 to fit with 13 surface of side vibration damper plate.
The perforation 21 is covered with a position-limiting cover 34.
9 top of upright bar is equipped with a spacing head 35.
The application method of the utility model is as follows:
When the hard process equipment of connecting rod brings into operation, driving device 3 brings into operation therewith, under the driving of driving device 3,
Processing unit (plant) 4 starts to process connecting rod 5, and when driving device 3 is run, driving device 3 can then shake, due to more
A driving device 3 is all provided at 1 upper surface of workbench, therefore the shaking force that driving device 3 generates can all be transferred to workbench 1
On, and towards transmitting inside workbench 1, and damping block 7 fits with 6 upper inside walls of installation space, the shaking force on workbench 1
It will be transferred on column 11, and the shaking force being transferred on column 11 will be transferred directly to side vibration damper plate 13, and side damping
A part of shaking force on plate 13 can be then transferred on middle vibration damper plate 10 by rubber membrane 16, and shaking force is by rubber membrane 16
In the process, it will cause the fluctuating of rubber membrane 16, rubber membrane 16 buffers a part of shake by the elasticity for the generation that rises and falls therewith
Power.
When side vibration damper plate 13 and middle vibration damper plate 10 are influenced to shake downwards by shaking force, side vibration damper plate 13 then can be from magnetic plate
It being detached from 12, the suction between magnetic plate 12 and side vibration damper plate 13 can be fought with the shaking force on side vibration damper plate 13 at this time,
Play the effect of bumper and absorbing shock, at the same time, as side vibration damper plate 13 moves down, side vibration damper plate 13 elastic webbing 31 can then be carried out to
Under pull, the elastic webbing 31 pullled can then generate elasticity at the first time, and the degree pullled is bigger, elastic webbing 31 generate elasticity
Bigger, the damping effect for capableing of the formation of opposite side vibration damper plate 13 is better；And middle vibration damper plate 10 can then drive under the action of shaking force
Buffer bar 19 moves down, to move down to the piston 20 being located below in buffering cylinder body 17, at this time in lower section buffering 17 lower part of cylinder body
Air pressure be continuously increased, the air pressure after increase can then push up piston 20, final to realize by buffering to piston 20
The buffering of centering vibration damper plate 10 makes the shaking force on middle vibration damper plate 10 be eliminated, and in buffering 17 lower part of cylinder body of lower section
Air pressure increase, high pressure gas can then squeeze elastic membrane 22, and expansion generates elasticity, this strand of bullet to elastic membrane 22 outward therewith
Property high pressure gas can then be formed it is counter push away, this strand of propulsive thrust is eventually acted on to piston 20, makes the vibration on middle vibration damper plate 10
Power is further by bumper and absorbing shock.
When side vibration damper plate 13 and middle vibration damper plate 10, which are shaken power, influences vibration upwards, middle vibration damper plate 10 then will drive position
It is moved up in the piston 20 in the buffering cylinder body 17 of top, also with pressurized air pressure and elastic membrane in the buffering cylinder body 17 of top
The elastic centering vibration damper plate 10 generated after 22 expansions carries out bumper and absorbing shock；And side vibration damper plate 13 can not hang down under the limitation of column
It directly moves up, but side vibration damper plate 13 is under the pullling of middle 10 pan-up bring power of vibration damper plate, can be the center of circle with sliding part 15, into
Row overturning, with the overturning of side vibration damper plate 13, side vibration damper plate 13 equally will appear be detached from 12 lower surface of magnetic plate the case where and
The case where pullling elastic webbing 31, the elastic force of the suction of magnetic plate 12 and elastic webbing 31 equally understands opposite side vibration damper plate at this time
Shaking force on 13 is buffered, and sliding part 15 will drive the one of side vibration damper plate 13 while guaranteeing that side vibration damper plate 13 is overturn
End is moved up along the track of slideway 14, is formed energy consumption, is consumed a part of shaking force on side vibration damper plate 13, and is used this moment
It can then be pullled in connecting side vibration damper plate 13 and the rubber membrane 16 of middle vibration damper plate 10, the state in tensioning, when side vibration damper plate 13
On shaking force when being transmitted to middle vibration damper plate 10, the rubber membrane 16 of tensioning is easier to carry out bumper and absorbing shock to shaking force.
It, will in summary it is found that the utility model can form multiple tracks buffering by the multiple components being set in damping space 8
The shaking force that driving device 3 is transferred on workbench 1 is effectively buffered, to carry out to the shaking force in driving device 3
Buffering, avoids shaking force from impacting processing unit (plant) 4 to the full extent, guarantees the machining accuracy of processing unit (plant) 4, makes to process matter
Amount is protected, and guarantees the high stability of equipment, so that yield rate be made to be protected.
Perforation 21 is covered with position-limiting cover 34, and the presence of position-limiting cover 34 can effectively limit the degrees of expansion of elastic membrane 22, keep away
Exempt from the case where 22 parectasis of elastic membrane leads to damage.
9 top of upright bar is equipped with spacing head 35, and the degree that moves up of effective limit slippage part 15 is capable of in the presence of spacing head 35, sliding
Moving part 15 drives side vibration damper plate 13 to move up the case where excessively causing elastic webbing 31 to be broken.
Claims (6)
1. a kind of hard process equipment of connecting rod with high stability, clamping device including workbench, on workbench and
Several driving devices set on clamping device outer ring, the driving device side opposite with clamping device are connected with processing unit (plant), folder
Connecting rod is fixed on tight device, it is characterised in that: an installation space is equipped in the workbench；The installation space passes through clamping
Structure is connected with a damping block；The damping block upper surface fits with installation space upper inside walls；It is set in the damping block
There is a damping space；The damping space is respectively arranged on the left side and the right side upright bar, is equipped with middle vibration damper plate between upright bar；The damping is empty
Between the left and right sides be distributed with column, left and right sides upright bar is positioned at column between, upright bar and column positioned at left side, positioned at right side
Upright bar and column it is adjacent to each other；The column lower end is fixed with a magnetic plate；It is equipped with below the column attracting with magnetic plate
Side vibration damper plate；The column is connected by resetting apparatus with side vibration damper plate；The upright bar is equipped with a slideway；The side subtracts
Shake plate is equipped with a sliding part to match with slideway, and sliding part is hinged with side vibration damper plate；The side vibration damper plate and middle damping
It is connected between plate by rubber membrane；The installation space upper and lower sides inner wall is equipped with mutually symmetrical buffering cylinder body；The buffering
The cylinder body side opposite with middle vibration damper plate is equipped with movable span, and movable span connects with buffering cylinder interior space；The middle damping
Plate upper and lower surface center is equipped with a buffer bar；Described buffer bar one end end passes through movable span corresponding thereto and is connected with one
In the intracorporal piston of cushion dashpot, piston is located in the middle part of buffering cylinder body；It is the buffering cylinder body upper face that is located above, underlying
It buffers cylinder body lower surface and is equipped with several perforation being circularly and evenly distributed, be equipped with an elastic membrane in perforation.
2. the hard process equipment of a kind of connecting rod with high stability according to claim 1, it is characterised in that: the clamping
Structure includes the plate at left and right sides of damping block；The installation space inner wall is equipped with the slot to match with plate；Institute
It states and is mutually fixed between plate and installation space inner wall by screw.
3. the hard process equipment of a kind of connecting rod with high stability according to claim 1, it is characterised in that: the side subtracts
It shakes plate center and is equipped with a through-hole；A card hole is equipped in the column lower part；It is mutually passed through between the through-hole and card hole by reset hole
Logical, the diameter of reset hole is less than the diameter of through-hole, card hole；The resetting apparatus includes the upper snap-gauge being embedded in card hole, fits in
The lower snap-gauge of side vibration damper plate lower surface；It is connected between the upper snap-gauge and lower snap-gauge by elastic webbing, elastic webbing, which is located at, to be resetted
In hole.
4. the hard process equipment of a kind of connecting rod with high stability according to claim 1, it is characterised in that: the sliding
Part is in I-shaped；The sliding part includes sliding bar and set on upper slide head, the downslide for being respectively arranged on sliding bar upper and lower ends
Dynamic head；The limit channels to connect with slideway are equipped with inside the upright bar, chute width is less than limit channels width, slideway and limit
It is in convex between bit port；The side vibration damper plate is equipped with a hinge hole；The lower slider head is located in limit channels, sliding
Bar upper end passes through slideway, hinge hole upwards in turn and is connected with a upper slide head to fit with side damping plate surface.
5. the hard process equipment of a kind of connecting rod with high stability according to claim 1, it is characterised in that: the perforation
It is covered with a position-limiting cover.
6. the hard process equipment of a kind of connecting rod with high stability according to claim 1, it is characterised in that: the upright bar
Top is equipped with a spacing head.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822222788.7U CN209364223U (en) | 2018-12-28 | 2018-12-28 | A kind of hard process equipment of connecting rod with high stability |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822222788.7U CN209364223U (en) | 2018-12-28 | 2018-12-28 | A kind of hard process equipment of connecting rod with high stability |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209364223U true CN209364223U (en) | 2019-09-10 |
Family
ID=67827523
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822222788.7U Active CN209364223U (en) | 2018-12-28 | 2018-12-28 | A kind of hard process equipment of connecting rod with high stability |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209364223U (en) |
-
2018
- 2018-12-28 CN CN201822222788.7U patent/CN209364223U/en active Active
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