CN109383851A - Electromagnetic force relaxation formula ultra quiet platform - Google Patents
Electromagnetic force relaxation formula ultra quiet platform Download PDFInfo
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- CN109383851A CN109383851A CN201811119519.6A CN201811119519A CN109383851A CN 109383851 A CN109383851 A CN 109383851A CN 201811119519 A CN201811119519 A CN 201811119519A CN 109383851 A CN109383851 A CN 109383851A
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- shell
- bar
- lifting
- electromagnetic force
- transmission
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B64—AIRCRAFT; AVIATION; COSMONAUTICS
- B64G—COSMONAUTICS; VEHICLES OR EQUIPMENT THEREFOR
- B64G7/00—Simulating cosmonautic conditions, e.g. for conditioning crews
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B64—AIRCRAFT; AVIATION; COSMONAUTICS
- B64G—COSMONAUTICS; VEHICLES OR EQUIPMENT THEREFOR
- B64G7/00—Simulating cosmonautic conditions, e.g. for conditioning crews
- B64G2007/005—Space simulation vacuum chambers
Abstract
The invention discloses electromagnetic force relaxation formula ultra quiet platforms, its structure includes vacuum tube, host, display screen, operation button, experimental bench, experimental bench is rectangular configuration and is set to display screen right end, and display screen upper end is set there are two operation button, and upper center is equipped with the groove of activity installing display screen.This practical experimental bench being equipped with is when vacuum guide device connects vacuum tube, driving mechanism is driven to respectively drive linkage mechanism and drawing mechanism, the linkage mechanism being equipped with drives Electromagnetic Control mechanism to generate electromagnetically, then drawing mechanism dragging lifting mechanism decline, jacks up magnetic board, and connect Electromagnetic Control mechanism, experimental bench surface is finally set to generate electromagnetic force, suitable for being used under the weightlessnesses such as space capsule, Laboratory Module, effectively ensures the stability of experiment product, reduce experiment difficulty.
Description
Technical field
The present invention relates to electromagnetic force relaxation formula ultra quiet platform fields, super quiet flat particularly with regard to a kind of electromagnetic force relaxation formula
Platform.
Background technique
In manned space flight field, people carry out a variety of basic physics using the weightlessness in spacecraft in spacecraft
Or scientific experimentation, but spacecraft in orbit will receive the influence of various disturbances, it is difficult to ensure that ideal weightlessness, is destroyed
Ideal conditions needed for test, will provide the high microgravity in spacecraft then for spaceborne test load in orbit
Environment.Ultra quiet platform is served the test load of high microgravity demand, is that one kind can be grown with its creative system design
Phase in-orbit suspension test ultra quiet platform.The prior art can not on a large scale consolidate the Physical Experiment product on ultra quiet platform
Fixed, under weightless environment, experiment product is easy to shake, and in turn results in experiment difficulty and increases.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: electromagnetic force relaxation formula is super quiet
Platform, structure include vacuum tube, host, display screen, operation button, experimental bench, and the experimental bench is rectangular configuration and is set to
Display screen right end, the display screen upper end are set there are two operation button, and groove of the upper center equipped with activity installing display screen,
The experimental bench front end by being connected inside vacuum tube and host, the experimental bench include vacuum guide device, driving mechanism,
Drawing mechanism, lifting mechanism, shell, linkage mechanism, magnetic board, Electromagnetic Control mechanism, the shell left and right ends middle part are equipped with
Vacuum guide device, the magnetic board is set to shell upper end, and is connected in the middle part of lower end with lifting mechanism, the lifting mechanism bottom
Portion is installed in the middle part of shell lower end by manner, and the magnetic board left and right ends are respectively provided with an Electromagnetic Control mechanism, institute
It states Electromagnetic Control mechanism bottom to be connected with linkage mechanism upper end respectively, the linkage mechanism is installed on shell by manner
Bottom both ends, and be connected with driving mechanism, the driving mechanism is set at the one third at shell both ends, and is guided with vacuum
Device is connected, and the drawing mechanism lower end is installed on housing central section both ends, the driving mechanism and lifting by embedded mode
It is connected between mechanism by drawing mechanism.
As advanced optimizing for the technical program, the vacuum guide device includes vacuum pipeline, external lug, inside
Connector, the external lug are installed in the middle part of hull outside both ends by embedded mode, and the enclosure interior both ends are equipped with vacuum
Conduit, and one end is connected with external lug respectively, the other end is connected with driving mechanism.
As advanced optimizing for the technical program, the driving mechanism includes fixed inflator, gas bar, inflator support, passes
Dynamic mandril, interlocking bar, there are two the fixed inflator is set, and bottom is installed on three points of housing bottom both ends by inflator support
One of place, described fixed inflator opposite direction one end be equipped with gas bar, and be connected by fitting mode, the transmission mandril head end passes through
Embedded mode is installed in the middle part of gas bar, and end is connected with drawing mechanism, and the interlocking bar is set to gas bar by manner
Left end, and top is connected with linkage mechanism.
As advanced optimizing for the technical program, the drawing mechanism includes that transmission sticks up bar, sticks up bar turntable, No.1 transmission
Rope, No.1 pulley, pulley support, lifting guide pillar, lifting briquetting, it is described to stick up bar turntable shell both ends are installed on by manner
Middle part, the transmission, which is stuck up, to be connected in the middle part of bar with bar turntable is stuck up by manner, and lower end with respectively be driven jack end
It is interlocked, the No.1 transmission rope, left end and transmission stick up bar upper end and be interlocked, and right end is left around No.1 pulley and lifting briquetting
End is connected, and the lifting briquetting upper center is connect with lifting guide pillar fitting, and the lifting guide pillar bottom passes through manner
It is installed at 3/4ths of housing bottom both ends, is respectively equipped with pulley support at the one third at the housing bottom both ends,
No.1 pulley is equipped at the top of the pulley support, described two lifting briquetting opposite direction one end are connected with lifting mechanism both ends.
As advanced optimizing for the technical program, the lifting mechanism include pushing-pulling-rack, pushing-pulling-rack guide rail, support wheel,
Supporting post-rod, top, spring reset plate, reset spring, pushing-pulling-rack guide rail bottom are installed under shell by embedded mode
End middle part, the pushing-pulling-rack are connected with pushing-pulling-rack guide rail middle part by chimeric mode, and top respectively with supporting post-rod lower end
It is interlocked, the support wheel is set altogether is installed on pushing-pulling-rack guide rail two sides upper end there are two and by welding manner, and the spring is multiple
Position plate is set to pushing-pulling-rack two sides lower end by welding manner in parallel, and bottom is connected by reset spring with housing bottom, institute
It states supporting post-rod lower end to fit with support wheel surface, and upper end is connected by coming directly towards with magnetic board bottom, the spring is multiple
Position plate upper end is connected with lifting briquetting bottom respectively.
As advanced optimizing for the technical program, the linkage mechanism includes No.1 coupled wheel, No. two coupled wheels, No. two
Transmission rope, linkage wheel support, the coupled wheel frame bottom are installed on a quarter at housing bottom both ends by embedded mode
Place, the No.1 coupled wheel, No. two coupled wheels are respectively provided with two, and are mutually perpendicular to be set to coupled wheel pedestal upper end, and described No. two
Transmission rope lower end is connected with interlocking bar top respectively, and upper end bypasses No.1 coupled wheel, No. two coupled wheels and electromagnetic controller
Structure is connected.
As advanced optimizing for the technical program, the magnetic board includes magnetic sheet plate body, conductive bit, conductive sheet, described
Magnetic sheet plate body is set in the housing portion top surface in parallel, and both ends are respectively provided with a conductive bit, and the conductive bit passes through conductive sheet and electricity
Magnetic control mechanism is connected.
As advanced optimizing for the technical program, the Electromagnetic Control mechanism includes solenoid valve, reset switch, electromagnetism production
Raw device, power supply line, starting pushing block, the electromagnetism generator is rectangular configuration, and is installed on case top two by manner
End, the electromagnetism generator is connected by power supply line with host, there are two the solenoid valve is set, and is connected respectively with conductive sheet
It connects, the other end is interlocked with electromagnetism generator, and the starting pushing block is connected with solenoid valve respectively by reset switch.
Beneficial effect
Electromagnetic force relaxation formula ultra quiet platform of the present invention, starts host by operation button, then connect experimental bench by vacuum tube
Electromagnetic force control is carried out, the experimental bench being equipped with connects vacuum pressure by external lug, then inputs fixed inflator by vacuum pipeline
Inside, the fixation inflator that is equipped with obtain air pressure pusher and take offence bar advance, and synchronous drive transmission mandril and interlocking bar, the connection being equipped with
Lever upper end drags No. two transmission rope lower ends movements, by No.1 coupled wheel, No. two coupled wheels guiding linkages, No. two biographies being equipped with
Running rope upper end drives starting pushing block to open reset switch, makes solenoid valve starting electromagnetically, and then enable magnetic sheet plate body by shell
The experiment object on surface carries out absorption fixation, reaches the experiment effect of super quiet no vibration, but magnetic sheet plate body is in reset shape at this time
State, there are no being bonded with housing top surface, the transmission mandril being equipped with pushes transmission to stick up bar lower end, and then upper end drives No.1 transmission rope
It tilts, the No.1 transmission rope right end engagement No.1 pulley bottom being equipped with, and lower end dragging lifting briquetting moves down, and band is moved
Spring restoring board pressed home spring finally makes pushing-pulling-rack that supporting post-rod be driven to move down, the supporting post-rod both ends difference being equipped with
It leans against on support wheel, upper end can stick up, and be jacked up magnetic sheet plate body to housing top surface by coming directly towards, thus to surface
Object is adsorbed.
For the prior art, the experimental bench that the present invention is equipped with drives and drives when vacuum guide device connects vacuum tube
Motivation structure respectively drives linkage mechanism and drawing mechanism, and the linkage mechanism being equipped with drives Electromagnetic Control mechanism to generate electromagnetically, and
Post-tensioning mechanism drags lifting mechanism decline, jacks up magnetic board, and connect Electromagnetic Control mechanism, finally produces experimental bench surface
Raw electromagnetic force effectively ensures the stability of experiment product, reduces experiment suitable for using under the weightlessnesses such as space capsule, Laboratory Module
Difficulty.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram of electromagnetic force of the present invention relaxation formula ultra quiet platform.
Fig. 2 is vacuum guide device schematic diagram of internal structure of the invention.
Fig. 3 is vacuum guide device the second form schematic diagram of the invention.
Fig. 4 is the first partial enlarged drawing of Fig. 3.
Fig. 5 is the second partial enlarged view of Fig. 3.
In figure: vacuum tube -1, display screen -3, operation button -4, experimental bench -5, vacuum guide device -501, drives host -2
Motivation structure -502, drawing mechanism -503, lifting mechanism -504, shell -505, linkage mechanism -506, magnetic board -507, electromagnetism control
Mechanism -508 processed, vacuum pipeline -5011, external lug -5012, internal connection -5013, fixed inflator -5021, gas bar -5022,
Inflator support -5023, transmission mandril -5024, interlocking bar -5025, transmission stick up bar -5031, stick up bar turntable -5032, No.1 transmission
Rope -5033, No.1 pulley -5034, pulley support -5035, lifting guide pillar -5036, lifting briquetting -5037, pushing-pulling-rack -5041,
Pushing-pulling-rack guide rail -5042, support wheel -5043, supporting post-rod -5044, top -5045, spring reset plate -5046, reset spring -
5047, -5061, No. two coupled wheels -5062 of No.1 coupled wheel, No. two transmission ropes -5063, linkage wheel support -5064, magnetic sheet plate
Body -5071, conductive bit -5072, conductive sheet -5073, solenoid valve -5081, reset switch -5082, electromagnetism generator -5083, electricity
Source line -5084, starting pushing block -5085.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Please refer to Fig. 1-Fig. 5, the present invention provides electromagnetic force relaxation formula ultra quiet platform, structure include vacuum tube 1, host 2,
Display screen 3, operation button 4, experimental bench 5, the experimental bench 5 are rectangular configuration and are set to 3 right end of display screen, the display screen 3
Upper end is set there are two operation button 4, and groove of the upper center equipped with activity installing display screen 3, and 5 front end of experimental bench passes through
It is connected inside vacuum tube 1 and host 2, the experimental bench 5 includes vacuum guide device 501, driving mechanism 502, drawing mechanism
503, lifting mechanism 504, shell 505, linkage mechanism 506, magnetic board 507, Electromagnetic Control mechanism 508, the shell 505 or so
Vacuum guide device 501 is equipped in the middle part of both ends, the magnetic board 507 is set to 505 upper end of shell, and lower end middle part and lifting mechanism
504 are connected, and 504 bottom of lifting mechanism is installed in the middle part of 505 lower end of shell by manner, the magnetic board 507
Left and right ends are respectively provided with an Electromagnetic Control mechanism 508, and 508 bottom of Electromagnetic Control mechanism is respectively and on linkage mechanism 506
End is connected, and the linkage mechanism 506 is installed on 505 bottom both ends of shell by manner, and is connected with driving mechanism 502
It connects, the driving mechanism 502 is set at the one third at 505 both ends of shell, and is connected with vacuum guide device 501, described
503 lower end of drawing mechanism is installed on 505 middle part both ends of shell, the driving mechanism 502 and lifting mechanism 504 by embedded mode
Between connected by drawing mechanism 503, the vacuum guide device 501 includes vacuum pipeline 5011, external lug 5012, internal
Connector 5013, the external lug 5012 are installed in the middle part of 505 outside both ends of shell by embedded mode, in the shell 505
Portion both ends are equipped with vacuum pipeline 5011, and one end is connected with external lug 5012 respectively, and the other end is connected with driving mechanism 502
It connects, the driving mechanism 502 includes fixed inflator 5021, gas bar 5022, inflator support 5023, transmission mandril 5024, interlocking bar
5025, there are two the fixed inflator 5021 is set, and bottom is installed on the three of 505 bottom both ends of shell by inflator support 5023
At/mono-, the opposite one end of the fixed inflator 5021 is equipped with gas bar 5022, and is connected by fitting mode, the transmission top
5024 head end of bar is installed on 5022 middle part of gas bar by embedded mode, and end is connected with drawing mechanism 503, the interlocking bar
5025 are set to 5022 left end of gas bar by manner, and top is connected with linkage mechanism 506, and the drawing mechanism 503 wraps
Transmission is included to stick up bar 5031, stick up bar turntable 5032, No.1 transmission rope 5033, No.1 pulley 5034, pulley support 5035, lifting guide pillar
5036, briquetting 5037 is gone up and down, the bar turntable 5032 that sticks up is installed in the middle part of 505 both ends of shell by manner, the transmission
Stick up and be connected with bar turntable 5032 is stuck up in the middle part of bar 5031 by manner, and lower end with respectively be driven 5024 end phase of mandril
Fasten, the No.1 transmission rope 5033, left end and transmission stick up 5031 upper end of bar and be interlocked, and right end around No.1 pulley 5034 with
Lifting 5037 left end of briquetting is connected, and 5037 upper center of lifting briquetting is connect with 5036 fitting of lifting guide pillar, the liter
Drop 5036 bottom of guide rod is installed at 3/4ths of 505 bottom both ends of shell by manner, 505 bottom two of shell
It is respectively equipped with pulley support 5035 at the one third at end, No.1 pulley 5034 is equipped at the top of the pulley support 5035, it is described
The opposite one end of two lifting briquettings 5037 is connected with 504 both ends of lifting mechanism, and the lifting mechanism 504 includes pushing-pulling-rack
5041, pushing-pulling-rack guide rail 5042, support wheel 5043, supporting post-rod 5044, top 5045, spring reset plate 5046, reset spring
5047,5042 bottom of pushing-pulling-rack guide rail is installed in the middle part of 505 lower end of shell by embedded mode, the pushing-pulling-rack 5041 with
5042 middle part of pushing-pulling-rack guide rail is connected by chimeric mode, and top is interlocked with 5044 lower end of supporting post-rod respectively, described
Support wheel 5043 sets there are two altogether and is installed on 5042 two sides upper end of pushing-pulling-rack guide rail, the spring reset plate by welding manner
5046 are set to 5041 two sides lower end of pushing-pulling-rack by welding manner in parallel, and bottom passes through reset spring 5047 and 505 bottom of shell
Portion is connected, and 5044 lower end of supporting post-rod fits with 5043 surface of support wheel, and upper end passes through top 5045 and electromagnetism
507 bottom of plate is connected, and 5046 upper end of spring reset plate is connected with lifting 5037 bottom of briquetting respectively, the gear
Structure 506 includes the coupled wheel 5062, two of No.1 coupled wheel 5061, two transmission rope 5063, linkage wheel support 5064, the linkage
5064 bottom of wheel support is installed at a quarter at 505 bottom both ends of shell by embedded mode, the No.1 coupled wheel
5061, No. two coupled wheels 5062 are respectively provided with two, and are mutually perpendicular to be set to linkage 5064 upper end of wheel support, No. two transmission ropes
5063 lower ends are connected at the top of interlocking bar 5025 respectively, and upper end around 5061, No. two coupled wheels 5062 of No.1 coupled wheel with
Electromagnetic Control mechanism 508 is connected, and the magnetic board 507 includes magnetic sheet plate body 5071, conductive bit 5072, conductive sheet 5073, institute
It states magnetic sheet plate body 5071 and is set to 505 inside top surface of shell in parallel, and both ends are respectively provided with a conductive bit 5072, the conductive bit
5072 are connected by conductive sheet 5073 with Electromagnetic Control mechanism 508, the Electromagnetic Control mechanism 508 including solenoid valve 5081,
Reset switch 5082, electromagnetism generator 5083, power supply line 5084, starting pushing block 5085, the electromagnetism generator 5083 are rectangle
Structure, and 505 top both ends of shell are installed on by manner, the electromagnetism generator 5083 passes through power supply line 5084 and master
Machine 2 is connected, and there are two the solenoid valve 5081 is set, and is connected respectively with conductive sheet 5073, the other end and electromagnetism generator
5083 are interlocked, and the starting pushing block 5085 is connected with solenoid valve 5081 respectively by reset switch 5082.
The principle of the present invention: host 2 is started by operation button 4, then experimental bench 5 is connected by vacuum tube 1 and carries out electromagnetic force
Control, the experimental bench 5 being equipped with connects vacuum pressure by external lug 5012, then inputs fixed inflator by vacuum pipeline 5011
Inside 5021, the fixation inflator 5021 that is equipped with obtains air pressure pusher and takes offence the advance of bar 5022, and synchronous drive is driven mandril 5024
With interlocking bar 5025,5025 upper end of interlocking bar being equipped with drags No. two 5063 lower ends of transmission rope movements, by No.1 coupled wheel
5061, No. two guiding linkages of coupled wheel 5062, No. two 5063 upper ends of transmission rope being equipped with drive the starting opening of pushing block 5085 to reset
Switch 5082 makes the starting of solenoid valve 5081 electromagnetically, and then enables magnetic sheet plate body 5071 by the experiment object on 505 surface of shell
Carry out absorption fixation, reach the experiment effect of super quiet no vibration, but magnetic sheet plate body 5071 is in reset state at this time, there are no with
The fitting of 505 top surface of shell, the transmission mandril 5024 being equipped with push transmission to stick up 5031 lower end of bar, and then upper end drives No.1 transmission rope
5033 tilt, 5033 right end of No.1 transmission rope engagement, 5034 bottom of No.1 pulley being equipped with, and lower end dragging lifting briquetting 5037
It moves down, and drives 5046 pressed home spring 5047 of spring reset plate, pushing-pulling-rack 5041 is finally made to drive supporting post-rod
5044 move down, and 5044 both ends of supporting post-rod being equipped with are leaned against respectively on support wheel 5043, and upper end can stick up, and lead to
Top 5045 is crossed to jack up magnetic sheet plate body 5071 to 505 top surface of shell, so that the object to surface adsorbs.
Reset spring 5047 of the present invention be it is a kind of utilize elasticity come work machine components.It is made of elastic material
Part deformation occurs under external force, remove external force after again restore to the original state.Also make " spring ".
Problems solved by the invention is that the prior art can not on a large scale consolidate the Physical Experiment product on ultra quiet platform
Fixed, under weightless environment, experiment product is easy to shake, and in turn results in experiment difficulty and increases, the present invention is mutual by above-mentioned component
It is combined, suitable for being used under the weightlessnesses such as space capsule, Laboratory Module, effectively ensures the stability of experiment product, it is difficult to reduce experiment
Degree.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. electromagnetic force relax formula ultra quiet platform, structure include vacuum tube (1), host (2), display screen (3), operation button (4),
Experimental bench (5), it is characterised in that:
The experimental bench (5) be rectangular configuration and be set to display screen (3) right end, display screen (3) upper end set there are two operation
Button (4), and upper center is equipped with the groove of activity installing display screen (3), experimental bench (5) front end passes through vacuum tube (1)
It is connected with host (2) inside；
The experimental bench (5) includes vacuum guide device (501), driving mechanism (502), drawing mechanism (503), lifting mechanism
(504), shell (505), linkage mechanism (506), magnetic board (507), Electromagnetic Control mechanism (508), shell (505) left and right
Vacuum guide device (501) are equipped in the middle part of both ends, the magnetic board (507) is set to shell (505) upper end, and lower end middle part and lift
It rises mechanism (504) to be connected, lifting mechanism (504) bottom is installed in the middle part of shell (505) lower end by manner, institute
It states magnetic board (507) left and right ends and is respectively provided with an Electromagnetic Control mechanism (508), Electromagnetic Control mechanism (508) bottom point
It is not connected with linkage mechanism (506) upper end, the linkage mechanism (506) is installed on shell (505) bottom by manner
Both ends, and be connected with driving mechanism (502), the driving mechanism (502) is set at the one third at shell (505) both ends,
And be connected with vacuum guide device (501), drawing mechanism (503) lower end is installed on shell (505) by embedded mode
Middle part both ends are connect between the driving mechanism (502) and lifting mechanism (504) by drawing mechanism (503).
2. electromagnetic force relaxation formula ultra quiet platform according to claim 1, it is characterised in that: the vacuum guide device
It (501) include vacuum pipeline (5011), external lug (5012), internal connection (5013), the external lug (5012) passes through
Embedded mode is installed on the outside of shell (505) in the middle part of both ends, and the internal both ends of the shell (505) are equipped with vacuum pipeline (5011),
And one end is connected with external lug (5012) respectively, the other end is connected with driving mechanism (502).
3. electromagnetic force relaxation formula ultra quiet platform according to claim 1, it is characterised in that: driving mechanism (502) packet
Fixed inflator (5021), gas bar (5022), inflator support (5023), transmission mandril (5024), interlocking bar (5025) are included, it is described solid
Determine there are two inflator (5021) sets, and bottom by inflator support (5023) be installed on shell (505) bottom both ends three/
At one, described opposite one end of fixed inflator (5021) is equipped with gas bar (5022), and is connected by fitting mode, the transmission top
Bar (5024) head end is installed in the middle part of gas bar (5022) by embedded mode, and end is connected with drawing mechanism (503), described
Interlocking bar (5025) is set to gas bar (5022) left end by manner, and top is connected with linkage mechanism (506).
4. electromagnetic force relaxation formula ultra quiet platform according to claim 1, it is characterised in that: drawing mechanism (503) packet
Transmission is included to stick up bar (5031), stick up bar turntable (5032), No.1 transmission rope (5033), No.1 pulley (5034), pulley support
(5035), lifting guide pillar (5036), lifting briquetting (5037), it is described to stick up bar turntable (5032) shell is installed on by manner
(505) in the middle part of both ends, the transmission is stuck up to be connected by manner with bar turntable (5032) is stuck up in the middle part of bar (5031), and lower end
With respectively with transmission mandril (5024) end be interlocked, the No.1 transmission rope (5033), left end and transmission are stuck up on bar (5031)
End is interlocked, and right end is connected around No.1 pulley (5034) with lifting briquetting (5037) left end, the lifting briquetting
(5037) upper center is connect with lifting guide pillar (5036) fitting, and lifting guide pillar (5036) bottom is installed by manner
At 3/4ths of shell (505) bottom both ends, pulley is respectively equipped at the one third at shell (505) the bottom both ends
Support (5035), pulley support (5035) top are equipped with No.1 pulley (5034), and described two lifting briquettings (5037) are right
It is connected to one end with lifting mechanism (504) both ends.
5. electromagnetic force relaxation formula ultra quiet platform according to claim 1, it is characterised in that: lifting mechanism (504) packet
It is multiple to include pushing-pulling-rack (5041), pushing-pulling-rack guide rail (5042), support wheel (5043), supporting post-rod (5044), top (5045), spring
Position plate (5046), reset spring (5047), pushing-pulling-rack guide rail (5042) bottom is installed on shell (505) by embedded mode
In the middle part of lower end, the pushing-pulling-rack (5041) is connected in the middle part of pushing-pulling-rack guide rail (5042) by chimeric mode, and top is distinguished
It is interlocked with supporting post-rod (5044) lower end, the support wheel (5043) sets there are two altogether and is installed on push-and-pull by welding manner
Frame guide rail (5042) two sides upper end, the spring reset plate (5046) are set to pushing-pulling-rack (5041) two sides by welding manner in parallel
Lower end, and bottom is connected by reset spring (5047) with shell (505) bottom, supporting post-rod (5044) lower end and branch
Support wheel (5043) surface fits, and upper end is connected by top (5045) with magnetic board (507) bottom, the spring reset
Plate (5046) upper end is connected with lifting briquetting (5037) bottom respectively.
6. electromagnetic force relaxation formula ultra quiet platform according to claim 1, it is characterised in that: linkage mechanism (506) packet
No.1 coupled wheel (5061), No. two coupled wheels (5062), No. two transmission ropes (5063), linkage wheel support (5064) are included, it is described
Driving wheel bracket (5064) bottom is installed at a quarter at shell (505) bottom both ends by embedded mode, the No.1 connection
Driving wheel (5061), No. two coupled wheels (5062) are respectively provided with two, and are mutually perpendicular to be set to linkage wheel support (5064) upper end, described
No. two transmission rope (5063) lower ends respectively with interlocking bar (5025) at the top of be connected, and upper end around No.1 coupled wheel (5061),
No. two coupled wheels (5062) are connected with Electromagnetic Control mechanism (508).
7. electromagnetic force according to claim 1 relaxation formula ultra quiet platform, it is characterised in that: the magnetic board (507) includes
Magnetic sheet plate body (5071), conductive bit (5072), conductive sheet (5073), the magnetic sheet plate body (5071) are set to shell (505) in parallel
Inside top surface, and both ends are respectively provided with a conductive bit (5072), the conductive bit (5072) passes through conductive sheet (5073) and electromagnetism
Control mechanism (508) is connected.
8. electromagnetic force relaxation formula ultra quiet platform according to claim 1, it is characterised in that: the Electromagnetic Control mechanism
It (508) include solenoid valve (5081), reset switch (5082), electromagnetism generator (5083), power supply line (5084), starting pushing block
(5085), the electromagnetism generator (5083) is rectangular configuration, and is installed on both ends at the top of shell (505) by manner,
The electromagnetism generator (5083) is connected by power supply line (5084) with host (2), there are two the solenoid valve (5081) sets,
And be connected respectively with conductive sheet (5073), the other end is interlocked with electromagnetism generator (5083), the starting pushing block (5085)
It is connected respectively with solenoid valve (5081) by reset switch (5082).
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|---|---|---|---|
| CN201811119519.6A CN109383851A (en) | 2018-09-25 | 2018-09-25 | Electromagnetic force relaxation formula ultra quiet platform |
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| CN201811119519.6A CN109383851A (en) | 2018-09-25 | 2018-09-25 | Electromagnetic force relaxation formula ultra quiet platform |
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| US5197341A (en) * | 1991-06-20 | 1993-03-30 | The United States Of America As Represented By The Secretary Of The Air Force | Payload attitude control tester |
| CN101439762A (en) * | 2007-11-23 | 2009-05-27 | 北京美联华新测控技术有限公司 | Magnetic floating imitating space capsule and magnetic space suit |
| CN205801548U (en) * | 2016-07-22 | 2016-12-14 | 宁波星箭航天机械有限公司 | Three Degree Of Freedom simulated weightlessness air floating platform |
| CN206757981U (en) * | 2017-03-21 | 2017-12-15 | 龙森洋 | A kind of electromagnetic induction testing stand |
| CN108382616A (en) * | 2018-05-17 | 2018-08-10 | 燕山大学 | The suspention gravity-compensated device being servo-actuated based on magnetic suspension |
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2018
- 2018-09-25 CN CN201811119519.6A patent/CN109383851A/en not_active Withdrawn
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3281964A (en) * | 1965-04-13 | 1966-11-01 | Donald E Hewes | Rotating space station simulator |
| US5197341A (en) * | 1991-06-20 | 1993-03-30 | The United States Of America As Represented By The Secretary Of The Air Force | Payload attitude control tester |
| CN101439762A (en) * | 2007-11-23 | 2009-05-27 | 北京美联华新测控技术有限公司 | Magnetic floating imitating space capsule and magnetic space suit |
| CN205801548U (en) * | 2016-07-22 | 2016-12-14 | 宁波星箭航天机械有限公司 | Three Degree Of Freedom simulated weightlessness air floating platform |
| CN206757981U (en) * | 2017-03-21 | 2017-12-15 | 龙森洋 | A kind of electromagnetic induction testing stand |
| CN108382616A (en) * | 2018-05-17 | 2018-08-10 | 燕山大学 | The suspention gravity-compensated device being servo-actuated based on magnetic suspension |
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Application publication date: 20190226 |