CN209604465U - A kind of powered shock absorption device - Google Patents
A kind of powered shock absorption device Download PDFInfo
- Publication number
- CN209604465U CN209604465U CN201822063180.4U CN201822063180U CN209604465U CN 209604465 U CN209604465 U CN 209604465U CN 201822063180 U CN201822063180 U CN 201822063180U CN 209604465 U CN209604465 U CN 209604465U
- Authority
- CN
- China
- Prior art keywords
- mounting plate
- mass block
- spacer
- buffering
- right end
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Vibration Prevention Devices (AREA)
Abstract
The utility model discloses a kind of powered shock absorption device, including mass block, support construction, buffering spacer and adjustment structure, the mass block and the support construction longitudinal cross-section are L-shaped, the mass block left and right ends are symmetrically buffered with left and right ends on the inside of the support construction by the buffering spacer and are offseted, the adjustment structure is adjustable to be arranged in the support construction right end and offsets with the buffering spacer, the support construction left end with electric main shaft of digital control machine tool is detachable is fixedly connected.A kind of powered shock absorption device structure design of the utility model is simple and reasonable, facilitates installation and maintenance and repair is convenient；The vibration generated when electro spindle processing is reduced, the quality of engine cylinder body processing can be improved and reduces production cost；For the lathe of multiple station difference processes, versatility is stronger；Improve the stability and reliability of lathe.
Description
Technical field
The utility model relates to a kind of machinings of engine cylinder body to manufacture, more particularly to a kind of powered shock absorption device.
Background technique
Cylinder body roughing relies primarily on the main shaft of horizontal Machining centers and the linkage of XYZ axis is completed.Horizontal digital-control machine tool chief axis
Type is electro spindle.When process resonates, can by adjusting machined parameters, such as raise or lower processing revolving speed into
Row solves.
It is influenced by mounting means itself, main shaft is influenced vulnerable to peripheral structure.Cylinder body processing operating condition is severe, swashs in process
Strong and complicated, cutter is easily ignited with main shaft resonance, therefore resonance can only be avoided in a short time by adjusting machined parameters, can not be effective
Prevent, and because of the limitation of cutter life and processing quality and beat, can only be adjusted in a small range, ineffective, Wu Facong
Fundamentally solve the problems, such as.
Summary of the invention
The utility model is completed to solve in the prior art insufficient, and the purpose of the utility model is to provide one
Kind powered shock absorption device facilitates installation and maintenance and repair is convenient its advantage is that structure design is simple and reasonable；Electro spindle is reduced to add
The vibration that working hour generates can be improved the quality of engine cylinder body processing and reduce production cost；For multiple station difference processes
Lathe, versatility is stronger；Improve the stability and reliability of lathe.
A kind of powered shock absorption device of the utility model, including mass block, support construction, buffering spacer and adjustment structure,
The mass block and the support construction longitudinal cross-section are L-shaped, and the mass block left and right ends pass through the buffering spacer
It symmetrically buffers and offsets with left and right ends on the inside of the support construction, the adjustment structure is adjustable to be arranged in the support construction right side
End and offset with the buffering spacer, the support construction left end with electric main shaft of digital control machine tool is detachable is fixedly connected.
A kind of powered shock absorption device of the utility model may also is that
The support construction includes the first mounting plate, the second mounting plate, third mounting plate and at least two pieces of support plates, described
On the left of first mounting plate with the electro spindle is detachable is fixedly connected, on the left of first mounting plate and the second mounting plate right side
It is detachable to be fixedly connected, the second installation front edge of board, lower end and third installation front edge of board, between lower end with the branch
Fagging left and right ends are detachable to be fixedly connected, and the mass block left end is right by the buffering spacer and second mounting plate
End buffering offsets, and the mass block right end is offseted by the buffering spacer and third mounting plate left end buffering, the tune
Whole structure is adjustable to be arranged on the third mounting plate and the buffering spacer of itself and the mass block right end offsets.
The adjustment structure is outer-hexagonal bolt, and the outer-hexagonal bolt wears and is threadedly connected to the third mounting plate
On, outer-hexagonal bolt bottom end offsets with the buffering spacer on the mass block right end.
Third mounting plate left end is equipped with fixed block, the fixed block left end with it is described on the mass block right end
Buffering spacer offsets, and the fixed block right end offsets with the outer-hexagonal bolt.
The mass block left end is offseted by least six buffering spacers and the second mounting plate right end buffering, institute
It states mass block right end to offset by least six buffering spacers and third mounting plate left end buffering, described at least six
Outer-hexagonal bolt is adjustable be arranged in the third mounting plate and with the buffering spacer phase of the corresponding mass block right end
It supports.
The mass block bilateral symmetry offers at least six first said spacer mounting bores, the second mounting plate right end and institute
It states third mounting plate left end and offers the second said spacer mounting bores corresponding with first said spacer mounting bores, the buffering spacer can
It dismantles in first said spacer mounting bores and second said spacer mounting bores.
The support plate right end is provided with adjustment gasket, and the adjustment gasket left end offsets with the support plate right end, institute
Adjustment gasket right end is stated to offset with third mounting plate left end.
First mounting plate by the first bolt with the electro spindle is detachable is fixedly connected.
The second installation front edge of board, lower end and third installation front edge of board, between lower end with the support plate or so
Both ends are fixedly connected by the way that the second bolt is detachable.
It is fixedly connected between first mounting plate and second mounting plate by the way that third bolt is detachable.
A kind of powered shock absorption device of the utility model, including mass block, support construction, buffering spacer and adjustment structure,
The mass block and the support construction longitudinal cross-section are L-shaped, and the mass block left and right ends pass through the buffering spacer
It symmetrically buffers and offsets with left and right ends on the inside of the support construction, the adjustment structure is adjustable to be arranged in the support construction right side
End and offset with the buffering spacer, the support construction left end with electric main shaft of digital control machine tool is detachable is fixedly connected.
Detailed description of the invention
A kind of powered shock absorption device stereoscopic schematic diagram of Fig. 1 the utility model.
A kind of another stereoscopic schematic diagram of powered shock absorption device of Fig. 2 the utility model.
A kind of mass block schematic diagram of powered shock absorption device of Fig. 3 the utility model.
A kind of another schematic diagram of the mass block of powered shock absorption device of Fig. 4 the utility model.
Figure number explanation
1, mass block；2, support construction；21, the first mounting plate；22, the second mounting plate；23, third mounting plate；24, it supports
Plate；25, gasket is adjusted；3, buffering spacer；4, structure is adjusted；41, outer-hexagonal bolt；5, fixed block；6, the first bolt；7, second
Bolt；8, third bolt.
Specific embodiment
Fig. 1 to Fig. 4 with reference to the accompanying drawing is described in further detail a kind of powered shock absorption device of the utility model.
A kind of powered shock absorption device of the utility model, each figure of correlation that please refer to figs. 1 to 4, including mass block 1, support
Structure 2, buffering spacer 3 and adjustment structure 4, the mass block 1 and 2 longitudinal cross-section of the support construction are L-shaped, the matter
1 left and right ends of gauge block are symmetrically buffered with the 2 inside left and right ends of support construction by the buffering spacer 3 and are offseted, the tune
Whole structure 4 is adjustable to be arranged in 2 right end of support construction and offsets with the buffering spacer 3,2 left end of support construction with
Electric main shaft of digital control machine tool is detachable to be fixedly connected.In this way, support construction 2 is that mass block 1 provides installation site.Adjust structure
4 pairs of buffering spacers 3 play adjustment effect, and then can control supporting role of the buffering spacer 3 to mass block 1.Mass block 1 and branch
2 longitudinal cross-section of support structure is L-shaped, arc-shaped transition among 1 longitudinal cross-section of mass block, among 2 longitudinal cross-section of support construction
Arc-shaped transition guarantees that powered shock absorption device can be mounted on electro spindle.1 left end of mass block and 2 inside left-end of support construction it
Between connect buffering spacer 3, connect buffering spacer 3 between 2 inside right end of 1 right end of mass block and support construction, 1 left end of mass block and
The buffering spacer 3 of right end distribution is symmetrical arranged and position is corresponding, and buffering spacer 3 plays buffer function.It is every on 1 right end of mass block
One buffering spacer 3 is corresponding with an adjustment structure 4, adjusts structure 4 by adjusting, and can control adjustment 4 left end of structure and delays
It rushes gasket 3 to offset, and then controls the state of buffering spacer 3, can control supporting role of the buffering spacer 3 to mass block 1.Support
2 left end of structure is connected with the electro spindle on numerically-controlled machine tool, and also released connection, is easy for installation and removal.Pass through setting support knot
Structure 2, and then powered shock absorption device and lathe are connected.Powered shock absorption device effectively reduces to be produced in equipment process
Raw vibration effectively avoids electro spindle that fatigue failure occurs, extends the service life of electro spindle, avoid electro spindle abnormal damage
Caused rush repair, improves the average time between failures of equipment, and then the arrangement increases the stability of lathe and can
By property.Powered shock absorption device overall construction design is simple and reasonable, facilitates installation and maintenance and repair is convenient.Powered shock absorption device is suitable
For the lathe of multiple processes, the vibration generated in equipment process can effectively reduce, electro spindle can run smoothly, and guarantee
The surface quality of processing reaches control and requires, and quality useless, and then that cylinder body processing can be improved is expected caused by avoiding because of resonance
Performance reduces workpiece cost.A kind of powered shock absorption device of the utility model, has the advantage that in terms of existing technologies
Be: structure design is simple and reasonable, facilitates installation and maintenance and repair is convenient；The vibration generated when electro spindle processing is reduced, can be mentioned
The quality and reduction production cost of high engine cylinder body processing；For the lathe of multiple station difference processes, versatility is stronger；It mentions
The stability and reliability of high lathe.
A kind of powered shock absorption device of the utility model, please refer to figs. 1 to 4 related each figure, in front technical solution
On the basis of it may also is that the support construction 2 includes the first mounting plate 21, the second mounting plate 22, third mounting plate 23 and at least
Two pieces of support plates 24, first mounting plate, 21 left side with the electro spindle is detachable is fixedly connected, first mounting plate
21 left sides are fixedly connected with detachable on the right side of the second mounting plate 22,22 front end of the second mounting plate, lower end and the third
Between 23 front end of mounting plate, lower end with 24 left and right ends of support plate are detachable is fixedly connected, 1 left end of mass block is logical
It crosses the buffering spacer 3 to offset with 22 right end of the second mounting plate buffering, 1 right end of mass block passes through the buffering spacer
3 offset with 23 left end of third mounting plate buffering, the adjustment structure 4 is adjustable be arranged on the third mounting plate 23 and
The buffering spacer 3 of itself and 1 right end of mass block offsets.In this way, 21 left side of the first mounting plate is connected with electro spindle, it can also
Connection between releasing, is easy for installation and removal.First mounting plate 21 and the second mounting plate 22 connection, can also release between
Connection, is easy for installation and removal.Support plate 24, the second peace are connected between 23 front end of second mounting plate, 22 front end and third mounting plate
Support plate 24 is connected between 23 lower end of 22 lower end of loading board and third mounting plate, can also release support plate 24 and the second mounting plate 22,
Connection between third mounting plate 23.Buffering spacer 3, mass block 1 are connected between 22 right end of 1 left end of mass block and the second mounting plate
Buffering spacer 3 is connected between 23 left end of right end and third mounting plate, buffering spacer 3 plays buffer function.On 1 right end of mass block
Each buffering spacer 3 be corresponding with an adjustment structure 4, by adjust adjust structure 4, can control adjustment 4 left end of structure
It offsets with buffering spacer 3, and then controls the state of buffering spacer 3, can control supporting role of the buffering spacer 3 to mass block 1.
Even more preferably, buffering spacer 3 is made of pvc material.Further preferred technical solution are as follows: the adjustment structure 4
For outer-hexagonal bolt 41, the outer-hexagonal bolt 41 wears and is threadedly connected on the third mounting plate 23, the outer-hexagonal
41 bottom end of bolt offsets with the buffering spacer 3 on 1 right end of mass block.In this way, 41 structure of outer-hexagonal bolt is simple, dimension
It is low to protect maintenance cost, while being also easy to obtain.Outer-hexagonal bolt 41 is threadedly coupled to third installation from 23 right end of third mounting plate
It 23 left end of plate and offsets with the buffering spacer 3 being located on 1 right end of mass block, it, can be with by adjusting the elastic of outer-hexagonal bolt 41
Control supporting role of the buffering spacer 3 to mass block 1.Wherein, each buffering spacer 3 on 1 right end of mass block is corresponding with one
A outer-hexagonal bolt 41 can control the state of corresponding buffering spacer 3 by adjusting outer-hexagonal bolt 41.It is further excellent
The technical solution of choosing are as follows: 23 left end of third mounting plate is equipped with fixed block 5,5 left end of fixed block and the mass block 1
The buffering spacer 3 on right end offsets, and 5 right end of fixed block offsets with the outer-hexagonal bolt 41.In this way, third is pacified
23 left end connection fixing block 5 of loading board, wherein 5 quantity of fixed block, position setting and 1 right end of mass block 3 quantity of buffering spacer,
Position is corresponding.5 left end of fixed block and 1 right end of mass block offset, 41 left end of 5 right end of fixed block and outer-hexagonal bolt；Fixed block 5
With stability, can play the role of protecting buffering spacer 3.When needing to adjust mass block 1, after tightening outer-hexagonal bolt 41,
Fixed block 5 can be withstood, fixed block 5 compresses buffering spacer 3, reaches adjustment buffering spacer 3 to the holding state of mass block 1.It is more excellent
Choosing, fixed block 5 are steel disc, and steel disc stability of material is good, can arrive the protective effect that buffering spacer 3 plays replacement.It can be with
Be: 1 left end of mass block is offseted by least six buffering spacers 3 and 22 right end of the second mounting plate buffering, institute
It states 1 right end of mass block to offset by least six buffering spacers 3 and 23 left end of third mounting plate buffering, at least six
The outer-hexagonal bolt 41 is adjustable to be arranged in the third mounting plate 23 and delays with the described of corresponding 1 right end of mass block
Gasket 3 is rushed to offset.In this way, buffering spacer 3,3 quantity of buffering spacer are arranged between 22 right end of 1 left end of mass block and the second mounting plate
It is for six or multiple；Buffering spacer 3 is set between 1 right end of mass block and third mounting plate 23, and 3 quantity of buffering spacer is six
Or it is multiple.Buffering spacer 3 plays buffer function.Outer-hexagonal bolt 41, outer-hexagonal spiral shell are threaded on third mounting plate 23
41 quantity of bolt is for six or multiple, and wherein 3 quantity of buffering spacer of outer-hexagonal bolt 41 and 1 right end of mass block corresponds
And offset, by adjusting the adjustable buffering spacer 3 of outer-hexagonal bolt 41 to the holding state of mass block 1.Buffering spacer quantity
It is defined according to the powered shock absorption device actual service conditions.
A kind of powered shock absorption device of the utility model, please refer to figs. 1 to 4 related each figure, in front technical solution
On the basis of it may also is that 1 bilateral symmetry of mass block offer at least six first said spacer mounting bores, second mounting plate
22 right ends and 23 left end of third mounting plate offer the second said spacer mounting bores corresponding with first said spacer mounting bores, institute
Buffering spacer 3 is stated detachably in first said spacer mounting bores and second said spacer mounting bores.In this way, 1 left end of mass block
Upper be spaced apart is equipped with the first said spacer mounting bores, and the first said spacer mounting bores quantity is for six or more；It is spaced on 1 right end of mass block
The first said spacer mounting bores are offered, the first said spacer mounting bores quantity is for six or more；Wherein the first pad of 1 left end of mass block
First mounting hole spatial position of 1 right end of piece mounting hole and mass block is symmetrically corresponding.It is spaced apart on second mounting plate, 22 right end
If the second said spacer mounting bores, quantity is for six or more；Interval opens up the installation of the second gasket on 23 left end of third mounting plate
Hole, quantity are for six or more.The on the second said spacer mounting bores on second mounting plate, 22 right end and 1 left end of mass block
Position is opposite between one said spacer mounting bores and installs buffering spacer 3；The first said spacer mounting bores and third of 1 right end of mass block are installed
Position is opposite between second said spacer mounting bores of 23 left end of plate and installs buffering spacer 3.First said spacer mounting bores and the second gasket
Mounting hole is that buffering spacer 3 provides installation site.Even more preferably, 1 left end of mass block and right end open up corresponding six
First said spacer mounting bores, 22 right end of the second mounting plate and 23 left end of third mounting plate are respectively provided with six the second said spacer mounting bores.Its
Middle 3 quantity of buffering spacer is 12, is respectively positioned between the first said spacer mounting bores and the second said spacer mounting bores
A kind of powered shock absorption device of the utility model, please refer to figs. 1 to 4 related each figure, in front technical solution
On the basis of it may also is that 24 right end of support plate is provided with adjustment gasket 25,25 left end of adjustment gasket and the support
24 right end of plate offsets, and 25 right end of adjustment gasket offsets with 23 left end of third mounting plate.In this way, each support plate 24 is right
End is respectively provided with adjustment gasket 25, and adjustment 25 left end of gasket is connected in support plate 24, adjustment 25 right end of gasket and third mounting plate
23 left ends abut.It adjusts gasket 25 to be arranged between 23 left end of 24 right end of support plate and third mounting plate, adjustment gasket 25 can be with
Play the role of adjustment, buffering, small range adjusts the width of support construction 2, facilitates the installation of mass block 1.
A kind of powered shock absorption device of the utility model, please refer to figs. 1 to 4 related each figure, in front technical solution
On the basis of it may also is that first mounting plate 21 by the first bolt 6 with the electro spindle is detachable is fixedly connected.This
Sample, the first mounting plate 21 are connect with electro spindle by the first bolt 6, are easy for installation and removal.Even more preferably, dynamic absorber fills
It sets and is fixedly connected on the electro spindle of numerically-controlled machine tool by three the first bolts 6.
A kind of powered shock absorption device of the utility model, please refer to figs. 1 to 4 related each figure, in front technical solution
On the basis of it may also is that between 22 front end of the second mounting plate, lower end and 23 front end of third mounting plate, lower end with institute
24 left and right ends of support plate are stated to be fixedly connected by the way that the second bolt 7 is detachable.In this way, 22 front end of the second mounting plate and third peace
It is connect, is easy for installation and removal with 24 left and right ends of support plate by the second bolt 7 between 23 front end of loading board.Third mounting plate 23
It is connected by the second bolt 7 in 24 left and right ends of support plate between 23 lower end of lower end and third mounting plate, facilitates peace installation and dismantling
It unloads.When adjustment gasket 25 is arranged in 24 right end of support plate, the second bolt 7 is also connect gasket 25 is adjusted with third mounting plate 23
Together.Even more preferably, the second bolt 7 passes through the second mounting plate 22, support plate 24 and third mounting plate 23, by three's components
It connects.
A kind of powered shock absorption device of the utility model, please refer to figs. 1 to 4 related each figure, in front technical solution
On the basis of it may also is that between first mounting plate 21 and second mounting plate 22 by third bolt 8 it is detachable solid
Fixed connection.In this way, being connected between the first mounting plate 21 and the second mounting plate 22 by third bolt 8, it is easy for installation and removal.
Powered shock absorption device working principle: the additional mass spring resonance system on vibrating object, this spare system exist
The reaction force generated when resonance can be such that the vibration of vibrating object reduces.Work process, the first mounting plate 21 pass through the first bolt 6
It is installed to electro spindle end, forms mass spring resonance system.Buffering spacer 3 serves as the function of spring, in outer hex bolts 41
In rundown process, fixed block 5 can press to buffering spacer 3, thus can be with the spring rate of buffering spacer, and then control to quality
The supporting role of block.
It is above-mentioned that only several specific embodiments in the utility model are illustrated, but can not be as the utility model
Protection scope, equivalent change or modification or equal proportion amplification or contracting made by all design spirits according in the utility model
It is small etc., it is deemed to fall the protection scope of the utility model.
Claims (10)
1. a kind of powered shock absorption device, it is characterised in that: including mass block (1), support construction (2), buffering spacer (3) and adjustment
Structure (4), the mass block (1) and the support construction (2) longitudinal cross-section are L-shaped, mass block (1) left and right ends
It is symmetrically buffered and is offseted with left and right ends on the inside of the support construction (2) by the buffering spacer (3), the adjustment structure (4)
It is adjustable to be arranged in the support construction (2) right end and offset with the buffering spacer (3), support construction (2) left end with
Electric main shaft of digital control machine tool is detachable to be fixedly connected.
2. a kind of powered shock absorption device according to claim 1, it is characterised in that: the support construction (2) includes first
Mounting plate (21), the second mounting plate (22), third mounting plate (23) and at least two pieces of support plates (24), first mounting plate
(21) left side with the electro spindle is detachable is fixedly connected, on the left of first mounting plate (21) and the second mounting plate (22) right side
Side is detachable to be fixedly connected, the second mounting plate (22) front end, lower end and the third mounting plate (23) front end, lower end it
Between with the support plate (24) left and right ends are detachable is fixedly connected, mass block (1) left end passes through the buffering spacer
(3) it offsets with the second mounting plate (22) right end buffering, mass block (1) right end passes through the buffering spacer (3) and institute
It states third mounting plate (23) left end buffering to offset, the adjustment structure (4) is adjustable to be arranged on the third mounting plate (23)
And the buffering spacer (3) of itself and the mass block (1) right end offsets.
3. a kind of powered shock absorption device according to claim 2, it is characterised in that: the adjustment structure (4) is outer-hexagonal
Bolt (41), the outer-hexagonal bolt (41) wear and are threadedly connected on the third mounting plate (23), the outer-hexagonal spiral shell
Bolt (41) bottom end offsets with the buffering spacer (3) on the mass block (1) right end.
4. a kind of powered shock absorption device according to claim 3, it is characterised in that: third mounting plate (23) the left end peace
Equipped with fixed block (5), fixed block (5) left end offsets with the buffering spacer (3) on the mass block (1) right end, institute
Fixed block (5) right end is stated to offset with the outer-hexagonal bolt (41).
5. a kind of powered shock absorption device according to claim 4, it is characterised in that: mass block (1) left end is by extremely
Few six buffering spacers (3) offset with the second mounting plate (22) right end buffering, and mass block (1) right end is by extremely
Few six buffering spacers (3) offset with third mounting plate (23) left end buffering, at least six outer-hexagonal bolts
(41) it is adjustable be arranged in the third mounting plate (23) and with the buffering spacer of corresponding mass block (1) right end
(3) it offsets.
6. according to a kind of powered shock absorption device described in claim 2-5 any one claim, it is characterised in that: the matter
Gauge block (1) symmetrically offers at least six first said spacer mounting bores, the second mounting plate (22) right end and the third
Mounting plate (23) left end offers the second said spacer mounting bores corresponding with first said spacer mounting bores, the buffering spacer (3)
Detachably in first said spacer mounting bores and second said spacer mounting bores.
7. according to a kind of powered shock absorption device described in claim 2-5 any one claim, it is characterised in that: the branch
Fagging (24) right end is provided with adjustment gasket (25), and the adjustment gasket (25) left end offsets with the support plate (24) right end,
Adjustment gasket (25) right end offsets with third mounting plate (23) left end.
8. according to a kind of powered shock absorption device described in claim 2-5 any one claim, it is characterised in that: described
One mounting plate (21) by the first bolt (6) with the electro spindle is detachable is fixedly connected.
9. according to a kind of powered shock absorption device described in claim 2-5 any one claim, it is characterised in that: described
Two are controlled with the support plate (24) between two mounting plates (22) front end, lower end and the third mounting plate (23) front end, lower end
End is fixedly connected by the way that the second bolt (7) are detachable.
10. according to a kind of powered shock absorption device described in claim 2-5 any one claim, it is characterised in that: described
It is fixedly connected between first mounting plate (21) and second mounting plate (22) by the way that third bolt (8) are detachable.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822063180.4U CN209604465U (en) | 2018-12-10 | 2018-12-10 | A kind of powered shock absorption device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822063180.4U CN209604465U (en) | 2018-12-10 | 2018-12-10 | A kind of powered shock absorption device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209604465U true CN209604465U (en) | 2019-11-08 |
Family
ID=68396866
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822063180.4U Active CN209604465U (en) | 2018-12-10 | 2018-12-10 | A kind of powered shock absorption device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209604465U (en) |
-
2018
- 2018-12-10 CN CN201822063180.4U patent/CN209604465U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205901205U (en) | A fastener device for sending out motor cable fastener is tight | |
| CN103867636B (en) | A kind of tuner-type two-freedom passive damping device | |
| CN209604465U (en) | A kind of powered shock absorption device | |
| CN209578984U (en) | A kind of numerically-controlled machine tool shock-damping structure | |
| CN209632139U (en) | A kind of lathe combined knife disc mechanism | |
| CN111002050A (en) | Flat guide rail inclined lathe bed lathe | |
| CN218016026U (en) | Novel damping milling cutter of high stability | |
| CN202570261U (en) | Adjustable hammer fixing device for impact crusher | |
| CN214946080U (en) | Combined motor support with damping structure | |
| CN211063471U (en) | Motor base for numerical control machine tool | |
| CN221541706U (en) | Steering wheel assembly with buffer function | |
| CN206329483U (en) | A kind of engineering for pump housing and the water pump comprising the base | |
| CN218742141U (en) | Pulse type crusher and polycrystalline silicon processing equipment | |
| CN213064343U (en) | Bearing mechanism for lathe with shock-absorbing function | |
| CN217966298U (en) | Welding seam polishing shock absorber | |
| CN210756519U (en) | AR glasses equipment tool | |
| CN221698591U (en) | Transportation tool and transportation vehicle of large-scale equipment | |
| CN219062319U (en) | Damping base of circular knitting machine | |
| CN117145906B (en) | Detachable shock absorber and dismounting device thereof | |
| CN214722831U (en) | Auxiliary clamp for transverse shear blade machining | |
| CN219004430U (en) | Large-scale free forging hammer fuselage adjusting device | |
| CN211693348U (en) | Damping device for electromechanical device | |
| CN214305933U (en) | A antidetonation buffering protection base for electromechanical device | |
| CN209287392U (en) | Quartering hammer is used in a kind of mining | |
| CN219747062U (en) | Engine fan blade adds clamping apparatus |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |