CN105317901B - Equipment configured with locking part and shockproof pedestal - Google Patents
Equipment configured with locking part and shockproof pedestal Download PDFInfo
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- CN105317901B CN105317901B CN201410336633.XA CN201410336633A CN105317901B CN 105317901 B CN105317901 B CN 105317901B CN 201410336633 A CN201410336633 A CN 201410336633A CN 105317901 B CN105317901 B CN 105317901B
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- screw thread
- shockproof
- pedestal
- groove
- guide groove
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Abstract
A kind of equipment with shockproof pedestal, it is made of an equipment body and a plurality of shockproof pedestals for being configured at equipment body lower section, shockproof pedestal includes a top base, one bottom base, one sphere and a sliding sleeve, wherein sphere is configured among top base and bottom base in the arc groove of formation, and the state of point contact is formed with sphere, form shock-proof effect, and when being installed below equipment, by the setting of sliding sleeve, make top base, bottom base and spherical set at alignment in state, not only it is more easily installed, issuable displacement is crooked when more avoidable installation, and after installation, by to the prelocalization of shockproof pedestal elder generation, the state that can be more clear from during each component alignment is set, make the shockproof benefit for reaching optimization of the present invention.In addition it is locked in below equipment by configuration connector, shockproof pedestal is avoided arbitrarily to move, so that equipment is placed can be safer and firm.
Description
Technical field
Present invention is directed to a kind of equipment, refer in particular to a kind of equipment of the shockproof pedestal of configuration.
Background technology
In the society of scientific and technological prosperity now, there are the equipment of many precisions, the process apparatus of numerous such as semiconductor arrives general family
In commonly used equipment.And also because for accurate equipment, safeguard measure to a certain extent need to be provided, therefore shockproof become as most
One of main safeguard measure.
The source of equipment vibrations has very much, including：What vibrations, environment when equipment operates itself influenced shake, artificial
Vibrations, naturally vibrations (earthquake) etc..And generally shockproof solved by the contact surface on equipment and ground.
A kind of antidetonation pedestal of prior art exposure of the novel specification 106223 " the antidetonation pedestal of sound visual organ material " in Taiwan is such as
Shown in Fig. 1, including：With one of the opposite seat of honour 900 and a seat 910, respectively there is a groove 920, a steel ball 930 to configure
In in the groove 920 that the seat of the seat of honour 900 times 910 is formed.By the point contact of groove 920 and steel ball 930, carry out the audio-visual equipment of loss
The vibrations of itself, and the vibrations of external environment is prevented to be passed to equipment simultaneously.
However prior art is there is several missings, first：Since the seat of honour 900 and lower seat 910 only lean on the point of steel ball 930 to connect
It touches to connect, therefore when installing antidetonation pedestal, the seat of honour 900 and lower seat 910 are easy displacement and can not fix each other, when mounted
Easily cause it is crooked, it is cumbersome for that need to be installed on antidetonation pedestal for four corner of equipment；Second：Prior art is being installed
When completion, it is difficult to judge and check steel ball 930 whether be located at set middle position；Third：The curvature of groove 920 is just slightly larger than steel ball
930, it, can not be effective shockproof when the vibrations generation just like the big amplitude of vibration of earthquake；4th：Antidetonation pedestal is installed on equipment quadrangle
When falling, often height can be caused to differ because of a little error on ground, in the case that without adjustment height function, also result in antidetonation foot
Seat unbalance stress, influences incabloc function.
In view of this, the present invention is corrected for the above missing, provide a kind of can install and can make each component pair easily
Shockproof pedestal in setting together, and better groove curvature is provided, keep shock-proof effect more preferably more accurate, the various precisions of effective protection
Equipment.
Invention content
To overcome disadvantages mentioned above, the main purpose of the present invention to be to provide a kind of shockproof pedestal, good shock-absorbing can be provided
Effect.
According to above-mentioned purpose, the present invention provides a kind of shockproof pedestal, the base once with a top base and opposite top base
Seat, top base includes a upper surface, a lower surface and a side wall, and bottom base includes a upper surface, a lower surface and a side wall,
The lower surface system of top base with respect to bottom base upper surface, wherein shockproof pedestal is characterized in that：One first arc groove, is shape
At in the lower surface of top base and with a first curvature radius；One second arc groove is the upper surface for being formed in bottom base,
And opposite first arc groove, and second arc groove has radius of curvature identical with the first curvature radius；An and ball
Body has a second curvature radius, is to be configured between the first arc groove and the second arc groove, and contact the first arc simultaneously
Connected in star and the second arc groove, and make the lower surface of top base and the upper surface of bottom base that will not contact；Wherein, first song
Rate radius is 3-6 times of the second curvature radius.Make the shockproof pedestal of the present embodiment when earthquake occurs, it can be by sphere
Displacement is generated in first curvature radius to offset displacement caused by earthquake so that with the shockproof pedestal of the present embodiment as branch
The article of support will not topple over because of displacement caused by earthquake, therefore with the incabloc function for preventing displacement.
Another main purpose of the present invention is to provide a kind of shockproof pedestal, can be light by the sliding sleeve set by the present invention
In easily setting when mounted each position alignment, therefore other than installation can be made simple, the ball in shockproof pedestal can also be avoided
Body is not or not the center of the second arc groove of bottom base, to reach most effective shockproof configuration.
According to above-mentioned purpose, the present invention provides a kind of shockproof pedestal, the base once with a top base and opposite top base
Seat, top base includes a upper surface, a lower surface and a side wall, and bottom base includes a upper surface, a lower surface and a side wall,
The lower surface system of top base with respect to bottom base upper surface, wherein shockproof pedestal is characterized in that：One first arc groove, is shape
At in the lower surface of top base and with a first curvature radius；One second arc groove is the upper surface for being formed in bottom base,
And opposite first arc groove, and second arc groove has radius of curvature identical with the first curvature radius；One sphere,
It is to be configured between the first arc groove and the second arc groove, and contact the first arc simultaneously with a second curvature radius
Groove and the second arc groove, and make the lower surface of top base and the upper surface of bottom base that will not contact；One first guide groove, be by
The lower surface of top base is up formed in the side wall of top base, and the bottom of the first guide groove is made to form a stopper section；One second leads
Slot is the side wall of bottom base to be formed in by the lower surface of the upper surface pedestal down of bottom base, and the second guide groove system is relative to
One guide groove；And a sliding sleeve, it is to be sheathed on the second guide groove；Wherein, sliding sleeve system slides on the first guide groove and the second guide groove.So that
The shockproof pedestal of the present embodiment has the function of during the shock-absorbing for preventing displacement and alignment are set.
The present invention provides a kind of shockproof pedestal again, has one of a top base and opposite top base bottom base, top base packet
Include a upper surface, a lower surface and a side wall, and bottom base includes a upper surface, a lower surface and a side wall, under top base
Surface system with respect to bottom base upper surface, wherein shockproof pedestal is characterized in that：One taper is the following table for being formed in top base
Face；One arc groove is to be formed in the upper surface of bottom base, and opposite taper；One first guide groove is the following table by top base
Face is up formed in the side wall of top base, and the bottom of the first guide groove is made to form a stopper section；One second guide groove, is by bottom base
The lower surface of upper surface pedestal down be formed in the side wall of bottom base, and the second guide groove system is relative to the first guide groove；And one slide
Set, is to be sheathed on the second guide groove；Wherein, sliding sleeve system slides on the first guide groove and the second guide groove.So that the present embodiment is anti-
Shake pedestal has the function of in preventing the shock-absorbing of vibrations and alignment from setting, and taper has the function of to transmit vibrations.
The present invention provides a kind of shockproof pedestal again, has one of a top base and opposite top base bottom base, top base packet
Include a upper surface, a lower surface and a side wall, and bottom base includes a upper surface, a lower surface and a side wall, under top base
Surface system with respect to bottom base upper surface, wherein shockproof pedestal is characterized in that：One through opening, be through top base, and in
An open-top screw thread is formed through opening inner wall；One multi-functional shock-absorbing part has a upper surface and a lower surface, wherein multi-functional keep away
The upper surface for shaking part forms a taper, and the lower surface of multi-functional shock-absorbing part forms first arc with first curvature radius
The side wall of connected in star, multi-functional shock-absorbing part has shock-absorbing part screw thread one of opposite with open-top screw thread；One second arc groove, is shape
At in the upper surface of bottom base, and opposite first arc groove, and second arc groove has and the first curvature radius phase
Same radius of curvature；One sphere has a second curvature radius, be configured at the first arc groove and the second arc groove it
Between, and the first arc groove and the second arc groove are contacted simultaneously, and make top base lower surface and once pedestal upper surface will not
Contact；One first guide groove is the bottom shape for being up formed in the side wall of top base by the lower surface of top base, and making the first guide groove
At a stopper section；One second guide groove, be the side wall of bottom base is formed in by the lower surface of the upper surface pedestal down of bottom base, and
Second guide groove system is relative to the first guide groove；And a sliding sleeve, it is to be sheathed on the second guide groove；Wherein, sliding sleeve system slides on first and leads
On slot and the second guide groove；Wherein top base can be combined with each other with multi-functional shock-absorbing part by open-top screw thread and shock-absorbing part screw thread, and
It may be selected to configure opposite second arc groove with taper or the first arc groove.So that the shockproof pedestal of the present embodiment has
Function in being set with the incabloc function for preventing displacement and vibrations, and alignment, and taper has the function of to transmit vibrations.
The present invention provides a kind of shockproof pedestal again, has one of a top base and opposite top base bottom base, top base packet
Include a upper surface, a lower surface and a side wall, and bottom base includes a upper surface, a lower surface and a side wall, under top base
Surface system with respect to bottom base upper surface, wherein shockproof pedestal is characterized in that：One first arc groove, is to be formed in top base
Lower surface and have a first curvature radius；One second arc groove is to be formed in the upper surface of bottom base, and opposite first
Arc groove, and second arc groove has radius of curvature identical with the first curvature radius；One sphere has one second
Radius of curvature is to be configured between the first arc groove and the second arc groove, and contact the first arc groove and second simultaneously
Arc groove, and make the lower surface of top base and the upper surface of bottom base that will not contact；One first guide groove, is by under top base
Surface is up formed in the side wall of top base, and the bottom of the first guide groove is made to form a stopper section；One second guide groove is by lower base
The lower surface of the upper surface of seat pedestal down is formed in the side wall of bottom base；One limitation side, by the periphery of the upper surface of bottom base
It outwardly protrudes, and limitation side is made to protrude from the second guide groove；And a sliding sleeve, it is to be made of a displacement portion and a collar portion, displacement
Portion is sheathed on the second guide groove, and collar portion is aligned the first guide groove；Wherein, the displacement portion of sliding sleeve slides on the second of limitation side lower section
Guide groove, and collar portion is made to slide on the first guide groove.So that the shockproof pedestal of the present embodiment, which has, prevents the shock-absorbing of displacement and right
Function in setting together.
The present invention provides a kind of shockproof pedestal again, has one of a top base and opposite top base bottom base, top base packet
Include a upper surface, a lower surface and a side wall, and bottom base includes a upper surface, a lower surface and a side wall, under top base
Surface system with respect to bottom base upper surface, wherein shockproof pedestal is characterized in that：One through opening, be through top base, and in
An open-top screw thread is formed through opening inner wall；One multi-functional shock-absorbing part has a upper surface and a lower surface, wherein multi-functional keep away
The upper surface for shaking part forms a taper, and the lower surface of multi-functional shock-absorbing part forms first arc with first curvature radius
The side wall of connected in star, multi-functional shock-absorbing part has shock-absorbing part screw thread one of opposite with open-top screw thread；One second arc groove, is shape
At in the upper surface of bottom base, and opposite first arc groove, and second arc groove has and the first curvature radius phase
Same radius of curvature；One sphere has a second curvature radius, be configured at the first arc groove and the second arc groove it
Between, and the first arc groove and the second arc groove are contacted simultaneously, and make top base lower surface and once pedestal upper surface will not
Contact；One first guide groove is the bottom shape for being up formed in the side wall of top base by the lower surface of top base, and making the first guide groove
At a stopper section；One second guide groove is the side wall that bottom base is formed in by the lower surface of the upper surface pedestal down of bottom base；One
Side is limited, is outwardly protruded by the periphery of the upper surface of bottom base, and limitation side is made to protrude from the second guide groove；And a sliding sleeve, be by
One displacement portion and a collar portion are formed, and displacement portion is sheathed on the second guide groove, and collar portion is aligned the first guide groove；Wherein, sliding sleeve
Displacement portion slide on the second guide groove of limitation side lower section, and collar portion is made to slide on the first guide groove；Wherein top base with it is more
Function shock-absorbing part can be combined with each other by open-top screw thread and shock-absorbing part screw thread, and may be selected to come with taper or the first arc groove
Opposite second arc groove of configuration.So that the shockproof pedestal of the present embodiment has the function of shock-absorbing and is aligned in setting, and taper
Have the function of to transmit vibrations.
Another main purpose of the present invention is to provide a kind of shockproof pedestal, be adjusted by the height set by the present invention
Seat can adjust each corner height easily, to reach the mesh of equipment level placement when shockproof pedestal is configured at below equipment
, both rapidly and conveniently.
According to above-mentioned purpose, the shockproof pedestal of present invention offer, the lower surface of wherein bottom base further comprises：One is recessed
Slot is to be formed in the lower surface of bottom base, and form a groove screw thread in groove inner wall；And a height adjusting seat, by a pedestal
And one of upper surface for being formed in pedestal convex block is formed, convex block has one of opposite with a groove screw thread convex block screw thread, and makes
Bottom base can be combined with each other with height adjusting seat by groove screw thread and convex block screw thread.So that the shockproof pedestal of the present embodiment has
The function of height can be adjusted.
According to above-mentioned purpose, the height adjusting seat of present invention offer, wherein further comprising：Pass through aperture is by pedestal
It is through to convex block, and pass through aperture screw thread is formed in through hole inner wall；And a locking bolt, have it is opposite with through hole screw thread it
One bolt thread, and be configured in through hole.
Another main purpose of the present invention is to provide a kind of shockproof pedestal, arc groove, the first arc groove and
The radius of curvature that two arc grooves configure can make shockproof pedestal reach optimization on shock-proof effect.
According to above-mentioned purpose, the shockproof pedestal of present invention offer, wherein the of the first arc groove and the second arc groove
One radius of curvature is 3~6 times of the second curvature radius of sphere..So that the present embodiment shockproof pedestal have best shock-absorbing it
Function.
Another main purpose of the present invention is to provide a kind of shockproof pedestal, wherein further being wrapped in the upper surface of bottom base
It is to house sphere containing a storage tank.
According to above-mentioned purpose, the shockproof pedestal of present invention offer so that the shockproof pedestal of the present embodiment has storage sphere
Function, can to avoid lose sphere.
Another main purpose of the present invention is to provide a kind of shockproof pedestal, can be by the setting of connector, can will be shockproof
Pedestal is locked in below equipment, and shockproof pedestal is avoided arbitrarily to move, and so that equipment is placed can be safer and firm.
According to above-mentioned purpose, the shockproof pedestal of present invention offer, the upper surface of wherein top base further comprises：One connection
Slot is to be formed in the upper surface of top base, and form a link slot screw thread in link slot inner wall；A connection piece has one to combine
One of plate and the upper surface that is formed in board connection convex block, board have one of opposite with a link slot screw thread board spiral shell
Line, and link slot is enable to be combined with each other by link slot screw thread and board screw thread with connector, and connect on the outer wall of convex block
Formed have with the external world engagement one of connect convex block screw thread.So that the shockproof pedestal of the present embodiment has the function of to prevent displacement.
The shockproof pedestal of the present invention is not only more easily installed compared to known shockproof pedestal, and avoids to produce when installation
It is crooked during raw sphere can not be set, and after installation, by the prelocalization of shockproof pedestal elder generation, can more be clear from each component pair
State in setting together makes the shockproof benefit for reaching optimization of the present invention.
Description of the drawings
Below by by cited embodiment, coordinate the attached drawing of accompanying, the technology contents and spy that the present invention will be described in detail
Sign, wherein：
Fig. 1 systems are the antidetonation pedestal schematic diagram of prior art；
Fig. 2A systems are the first embodiment explosive view of the shockproof pedestal of the present invention；
Fig. 2 B systems are the first embodiment combination diagram of the shockproof pedestal of the present invention；
Fig. 2 C systems are the shockproof sliding schematic diagram of the first embodiment of the shockproof pedestal of the present invention；
Fig. 2 D systems are that the sliding sleeve of the first embodiment of the shockproof pedestal of the present invention slides schematic diagram.
Fig. 3 systems are the second embodiment schematic diagram of the shockproof pedestal of the present invention；
Fig. 4 A systems are the 3rd embodiment arc groove end schematic diagram of the shockproof pedestal of the present invention；
Fig. 4 B systems are the 3rd embodiment pointed cone body end schematic diagram of the shockproof pedestal of the present invention；
Fig. 5 systems are the fourth embodiment schematic diagram of the shockproof pedestal of the present invention；
Fig. 6 systems are the 5th embodiment schematic diagram of the shockproof pedestal of the present invention；
Fig. 7 systems are the sixth embodiment schematic diagram of the shockproof pedestal of the present invention；
Fig. 8 systems are the 7th embodiment schematic diagram of the shockproof pedestal of the present invention；
Fig. 9 systems are the equipment schematic diagram configured with shockproof pedestal of the present invention；
Figure 10 systems are that the machine configured with shockproof pedestal of the present invention lifts schematic diagram.
Specific implementation mode
To make purpose, technical characteristic and the advantage of the present invention, more correlative technology field personnel it can understand and be able to reality
The present invention is applied, coordinates institute's accompanying drawings herein, illustrates the technical characteristic and embodiment of the present invention in follow-up specification, and enumerate
Preferred embodiment further illustrates that right following embodiment explanation is not limited to the present invention, and the figure hereinafter to compare
Formula is the expression signal related with feature of present invention.
Please refer to Fig. 2A and Fig. 2 B, be the first embodiment of the shockproof pedestal for the present invention explosive view and combination after
Schematic diagram.First, as shown in Figure 2 A, the shockproof pedestal 1 of first embodiment of the invention includes：One top base 10 has on one
Surface 101, a lower surface 103 of opposing upper 101 and a side wall 105；One bottom base 12, with a upper surface 121, relatively
A lower surface 123 of upper surface 121 and a side wall 125；Wherein, the configuration of bottom base 12 is relative to 10 lower section of top base, and makes
Upper surface 121 of the lower surface 103 of pedestal 10 relative to bottom base 12.One first arc groove 20, be formed in top base 10 it
Lower surface 103, this first arc groove 20 have radius of curvature (R)；One second arc groove 22, is formed on bottom base 12
Surface 121, and opposite first arc groove 20, this second arc groove 22 have curvature identical with the first arc groove 20 half
Diameter (R).One sphere 30 is configured between the first arc groove 20 and the second arc groove 22, and after the completion of combination, sphere 30 is same
When contact the first arc groove 20 and the second arc groove 22, and by the support and separation of sphere 30, make under top base 10
Surface 103 will not be contacted with the upper surface 121 of bottom base 12；Wherein, the song of the first arc groove 20 and the second arc groove 22
Rate radius (R) is 3~6 times of 30 radius (r) of sphere, and it is sphere 30 that the optimal curvatures radius of the present invention, which is radius of curvature (R),
5 times of radius (r)；The material of sphere 30 is not limited in addition, the material of sphere 30 is ceramics or wolfram steel, the present invention.Very
It is apparent that after the shockproof pedestal 1 of first embodiment of the invention completes combination, schematic diagram is as shown in Figure 2 B.
Please continue to refer to Fig. 2A and Fig. 2 B, further configuration includes one first guide groove 40 in this present embodiment, is by upper
The lower surface 103 of pedestal 10 is up formed in the side wall 105 of top base 10, and the bottom of the first guide groove 40 is made to form a stopper section
401 and side wall 402；One second guide groove 42 is that the lower surface 123 from the upper surface 121 of bottom base 12 toward bottom base 12 is formed in
The side wall 125 of bottom base 12, and side wall 402 of the side wall 125 of the second guide groove 42 relative to the first guide groove 40.Then, then into one
Step one sliding sleeve 50 of configuration, makes it be sheathed on the second guide groove 42, and 50 system of sliding sleeve slidably leads in the first guide groove 40 and second
On slot 42.One groove 127 is formed in the lower surface 123 of bottom base 12, and forms a groove screw thread 1271 in 127 inner wall of groove.
Please continue to refer to Fig. 2A and Fig. 2 B, further one is configured on the lower surface 123 of bottom base 12 in this present embodiment
Groove 127, and a groove screw thread 1271 is formed in 127 inner wall of groove, to configuration height adjusting seat 60.Height in the present embodiment
Adjusting seat 60 is spent, is made of one of a pedestal 601 and the upper surface for being formed in pedestal 601 convex block 603, convex block 603 has one
One of opposite convex block screw thread 6031 with groove screw thread 1271, and enable bottom base 12 with height adjusting seat 60 by groove screw thread
1271 and convex block screw thread 6031 be combined with each other, and the height of shockproof pedestal 1 can be adjusted by rotation height adjusting seat 60.And
There is pass through aperture 605 in height adjusting seat 60, be convex block 603 to be through to by pedestal 601, and formed in 605 inner wall of through hole
Pass through aperture screw thread 6051, a locking bolt 607 have one of opposite bolt thread 6071 with through hole screw thread 6051, and match
It is placed in through hole 607；It is adjusted to when a positioning in height adjusting seat 60, height can be made to adjust by rotation locking bolt 607
60 level altitudes of seat make height adjusting seat 60 that will not arbitrarily rotate in shockproof pedestal 1.
Followed by please referring to Fig. 2 C, be the shockproof sliding schematic diagram of the first embodiment of the shockproof pedestal for the present invention.When
In the present invention shockproof pedestal come when supporting a weight 32, if because external or internal factor (such as：Earthquake) so that weight 32 is generated
When shaking and being rocked, top base 10 rocks degree and generates opposite displacement with the meeting basis of bottom base 12.Wherein, with upper base
Seat 10 and the sphere 30 of the point-to-point contact each other of bottom base 12, by the song in the first arc groove 20 and the second arc groove 22
Rate radius (R) it is appropriately designed so that sliding in range, so that top base 10 is formed with bottom base 12 has keeping away for a range degree
Shake.According to the degree rocked, the orientation of displacement may be any orientation between top base 10 and bottom base 12, and when weight 32 shakes
When rolling tends towards stability, top base 10 and bottom base 12 can reply and set middle position for Fig. 2A again again so that the present embodiment it is shockproof
Pedestal has the incabloc function for preventing displacement.
Then, Fig. 2 D are please referred to, are the sliding sleeve sliding schematic diagram of the first embodiment of the shockproof pedestal for the present invention.Anti-
When shaking the implementation of pedestal 1, multiple shockproof pedestals 1 need to be placed in weight (such as：Sound appliances) lower section is (such as：Four fall orientation), and by
Sphere 30 inside shockproof pedestal 1 forms shock-proof effect.And due between top base 10 and bottom base 12 only by a sphere 30
Support, therefore before placing shockproof pedestal 1 below the weight, first is up slid by the second guide groove 42 by by sliding sleeve 50
Guide groove 40, and terminate in stopper section 401, make sliding sleeve 50 while contacting the first guide groove 40 and the second guide groove 42.When multiple shockproof pedestals 1
When being placed in below weight, then sliding sleeve 50 is slided respectively, top base 10 is made only to lean on the point contact branch with sphere 30 with bottom base 12
Support, reaches shock-proof effect.Thereby mode can prevent top base 10 and the crooked movement when mounted of bottom base 12, and after installation,
Positioning top base 10, bottom base 12 and sphere 30 are held in center, reach the setting of optimization.The top base 10 of the present invention,
Bottom base 12, sliding sleeve 50 and height adjusting seat 60 its shape are all circular ring shape, but the present invention does not limit its shape.
Referring to Fig. 3, being the second embodiment schematic diagram of the shockproof pedestal for the present invention.As shown in figure 3, in shockproof pedestal
In 1 second embodiment, the lower surface 103 of top base 10 forms a taper 24, and taper 24 is made to be aligned on bottom base 12
Arc groove 26 one of on surface 121 replaces sphere 30 with taper 24.It, can be because of sound since certain sound appliances are in running
Broadcasting for sound makes equipment generate vibrations, and shaking can pass by equipment lower bearing surface；Therefore by below equipment
The shockproof pedestal 1 with taper 24 is configured, makes vibrations transmission that can be transferred to ground by the tip of taper 24, makes vibrations width
Degree becomes minimum so that the shockproof pedestal of the present embodiment has the incabloc function for preventing vibrations, can further protect equipment.And
Remaining structure feature is identical with the first embodiment, and is not repeated here.
It is the 3rd embodiment schematic diagram of the shockproof pedestal for the present invention please refer to Fig. 4 A, 4B.Shockproof pedestal 1
In three embodiments, one, through opening 107, runs through the top base 10, and in through opening 107 inner walls, one open-top screw thread of formation
1071；One multi-functional shock-absorbing part 70 has a upper surface 701 and a lower surface 703, wherein the upper surface of multi-functional shock-absorbing part 70
701 form a tapers 72, and the lower surface 703 of multi-functional shock-absorbing part 70 forms one first arc groove 28, and multi-functional keep away
The side wall for shaking part 70 has one of opposite shock-absorbing part screw thread 705 with open-top screw thread 1071.And remaining structure feature is implemented with first
Example is identical, is not repeated here.
When 3rd embodiment is implemented, when shock-absorbing support need to be used as with sphere 30, by the first of multi-functional shock-absorbing part 70
Arc groove 28 is down configured to be combined (as shown in Figure 4 A) with through opening 107；And shock-absorbing branch need to be used as with taper 72 by working as
When support, 107 combined (as shown in Figure 4 B) with through opening by the taper 72 of multi-functional shock-absorbing part 70 is down configured.And in pointed cone
Sphere 30 can be accommodated in the storage tank 129 of bottom base 12 when as shock-absorbing mode, prevent from losing by body 72.
Referring to Fig. 5, being the fourth embodiment schematic diagram of the shockproof pedestal for the present invention.In the fourth embodiment, second
A guide groove screw thread 421 is formed on guide groove 42, and sliding sleeve 50 then forms one of opposite sliding sleeve screw thread 501 with guide groove screw thread 421, therefore
By the configuration of opposite thread, sliding sleeve 50 is set to rise or fall to rotate sliding sleeve 50, and sliding sleeve 50 is enable not slide easily.Separately
Outside, form the first inclined-plane 403 of one of one 45 degree angles in the stopper section 401 of the first guide groove 40, and formed in the upper end of sliding sleeve 50 and
The second inclined-plane 503 of one of first inclined-plane, 403 its opposite 45 degree of angles.The purpose on the opposite 45 degree of angles inclined-plane of configuration, is that 45 degree of angles are oblique
Face has the function for making component centering；When the up displacement of sliding sleeve 50, and when its second inclined-plane 503 and the first inclined-plane 403 being made to contact,
It can make 10 automatic alignment of top base, make the first arc groove 20, the second arc groove 22 and sphere 30 (or taper 24, arc
Connected in star 26) it marks each other together.Therefore, when shockproof pedestal 1 is placed under weight, and sliding sleeve 50 is made into 1 shape of shockproof pedestal toward bottom offset
When at shock-absorbing state, component is marked together to optimum state just.And remaining structure feature of the present embodiment and first and second or three
Embodiment is identical, is not repeated here.
Referring to Fig. 6, being the 5th embodiment schematic diagram of the shockproof pedestal for the present invention.In the 5th embodiment, group
Part structure is identical as fourth embodiment, and is mainly characterized by forming a guide groove screw thread 405 on the first guide groove 40, and the then shape of sliding sleeve 50
At one of opposite sliding sleeve screw thread 501 with guide groove screw thread 405；Therefore when sliding sleeve 50 is up moved to the first guide groove 40 of top base 10
When, it can be combined with each other via guide groove screw thread 405 and sliding sleeve screw thread 501, and due to the sliding sleeve screw thread 501 of sliding sleeve 50 also part and the
The guide groove screw thread 421 of two guide grooves 42 combines, therefore sliding sleeve 50 can combine top base 10 and bottom base 12, make shockproof pedestal 1
It is more accurate to timing together being marked with 45 degree of angles inclined-plane, and when shockproof pedestal 1 is stored or is mobile, can more prevent top base 10 with
Bottom base 12 detaches.
Referring to Fig. 7, being the sixth embodiment schematic diagram of the shockproof pedestal for the present invention.In the sixth embodiment, group
Part structure is identical as fourth embodiment, and is mainly characterized by a limitation side 128, from the periphery of the upper surface 121 of bottom base 12 to
Outer protrusion, and limitation side 128 is made to protrude from the second guide groove 42.One sliding sleeve 52, by 523 groups of a displacement portion 521 and a collar portion
At.Wherein displacement portion 521 is sheathed on the second guide groove 42, and collar portion 523 is aligned the first guide groove 40.One is formed on first guide groove 40
Guide groove screw thread 405, and the collar portion 523 of sliding sleeve 52 forms the collar portion screw thread 5231 opposite with guide groove screw thread 405.Therefore when cunning
It, can be via guide groove screw thread 405 and lantern ring when covering 52 up displacements, and collar portion 523 being made to move to the first guide groove 40 of top base 10
Portion's screw thread 5231 is combined with each other；And the displacement portion 521 on the second guide groove 42 is sheathed in upward sliding, it can be because limiting side 128
Be limited on the second guide groove 42 will not transition skid off.Sliding sleeve 52 can combine top base 10 and bottom base 12, make shockproof pedestal 1
It is more accurate to timing together being marked with 45 degree of angles inclined-plane, and when shockproof pedestal 1 is stored or is mobile, can more prevent top base 10 with
Bottom base 12 detaches.
Referring to Fig. 8, being the 7th embodiment schematic diagram of the shockproof pedestal for the present invention.In the seventh embodiment, group
Part structure is identical as sixth embodiment, and is mainly characterized by a link slot 14, be formed in the upper surface 101 of top base 10, and
A link slot screw thread 141 is formed in 14 inner wall of link slot；A connection piece 80 has a board 801 and is formed in board 801
One of upper surface connection convex block 803, board 801 have one with link slot screw thread 141 one of opposite board screw thread 8011,
And link slot 14 is enable to be combined with each other by link slot screw thread 141 and board screw thread 8011 with connector 80.And connect convex block
A connection convex block screw thread 8031 is formed on 803 outer wall, it can be with the screw hole of external equipment lower section by connection convex block screw thread 8031
In conjunction with avoiding shockproof pedestal 1 arbitrarily mobile.
Referring to Fig. 9, being the equipment schematic diagram configured with shockproof pedestal for the present invention.As shown in figure 9, equipment 90 is one
Geometry is formed by object, is a bottom plane 901, such as a kind of stereo set or a kind of half in the bottom of equipment 90
Manufacturing equipment in conductor factory is (such as：Exposure sources, etching machines etc.) or semiconductor package testing factory in equipment (such as：Routing
Machine, probe card apparatus etc.)；The bottom plane 901 of equipment may be formed on a plurality of shockproof pedestals 903 so that equipment
It is supported by a plurality of shockproof pedestals 903 between ground, therefore when an earthquake occurs, it can be by a plurality of shockproof pedestals
903 offset displacement or vibrations caused by earthquake so that equipment 90 will not topple over；Wherein shockproof pedestal 903 is characterized as
Above-mentioned first embodiment is not repeated here to the 8th embodiment.It, can be light by the shockproof pedestal 903 configured in equipment 90
Easily reach the effect of shockproof.
Referring to Fig. 10, being the board schematic diagram configured with shockproof pedestal for the present invention.As shown in Figure 10, board 92 is
One geometry is formed by object, is a bottom plane 921 in the bottom of board 92 and forms plural number in bottom plane 921
A tripod 923；Each tripod 923 in 92 bottom plane 921 of board can be formed on a shockproof pedestal 925, be made
It obtains and is supported by a plurality of shockproof pedestals 925 between board 92 and ground, therefore when an earthquake occurs, it can be by a plurality of anti-
Pedestal 925 is shaken to offset displacement or vibrations caused by earthquake so that board 92 will not topple over；Wherein shockproof pedestal 925 it
Characterized by above-mentioned first embodiment to the 8th embodiment, it is not repeated here.By the shockproof pedestal configured on board 92
925, the effect of shockproof can be easily reached.
The shockproof pedestal 1 of the present invention can be by setting to the first arc groove 20 and 22 optimal curvatures of the second arc groove
It sets, shockproof pedestal 1 is made to reach optimization on shock-proof effect.
The shockproof pedestal 1 of the present invention can be by the setting of sliding sleeve 50,52, can be when shockproof pedestal 1 is installed under equipment, gently
During easily top base 10, bottom base 12 are set with the positioning of sphere 30；And when removing shockproof pedestal 1, can completely take out, it will not component
Separation is lost.
The shockproof pedestal 1 of the present invention can be configured by 45 degree of angles on the first inclined-plane 403 and the second inclined-plane 503, make top base
During 10 can be aligned with bottom base 12 and set easily, avoid wasting the unnecessary improvement time.
The shockproof pedestal 1 of the present invention can be by the setting of multi-functional shock-absorbing part 70, can be according to demand with taper 72 or the
One arc groove 28 is replaced, the equipment for making shockproof pedestal 1 form multifunctional usage, simply and conveniently.
The shockproof pedestal 1 of the present invention can transmit the vibrations of equipment itself by taper 72, and vibration amplitude is made to become most
It is small, reach the effect of shockproof.
The shockproof pedestal 1 of the present invention can be configured in shockproof pedestal 1 below equipment by the setting of height adjusting seat 60
When, each corner height is adjusted easily, to reach the purpose of equipment level placement, both rapidly and conveniently.
Shockproof pedestal 1 can be locked in below equipment, keep away by the setting of connector 80 by the shockproof pedestal 1 of the present invention
It is arbitrarily mobile to exempt from shockproof pedestal 1, so that equipment is placed can be safer and firm.
Although the present invention is disclosed above with aforementioned preferred embodiment, however, it is not to limit the invention, any to be familiar with
This field those skilled in the art, without departing from the spirit and scope of the invention, when can make it is a little change and retouch, therefore the present invention
Scope of patent protection must regard subject to the appended claim institute defender of this specification.
Claims (5)
1. a kind of equipment configured with locking part and shockproof pedestal, by an equipment body and is configured at the equipment body lower section
A plurality of shockproof pedestals are formed, and the equipment body lower surface has a plurality of one of opposite with shockproof pedestal screw holes,
It includes a upper surface, one that the shockproof pedestal, which has one of a top base and the relatively described top base bottom base, the top base,
Lower surface and a side wall, and the bottom base includes a upper surface, a lower surface and a side wall, the lower surface system of the top base
The upper surface of the relatively described bottom base, wherein the shockproof pedestal is characterized in that：One through opening, is through the upper base
Seat, and in described an open-top screw thread is formed through opening inner wall；
One multi-functional shock-absorbing part has a upper surface and a lower surface, wherein the upper surface of the multi-functional shock-absorbing part forms one
Taper, and the lower surface of the multi-functional shock-absorbing part forms first arc groove with first curvature radius, it is described more
The side wall of function shock-absorbing part has shock-absorbing part screw thread one of opposite with the open-top screw thread；
One second arc groove is to be formed in the upper surface of the bottom base, and relatively described first arc groove, and described
Two arc grooves have radius of curvature identical with the first curvature radius；
One sphere has a second curvature radius, is to be configured between first arc groove and second arc groove,
And first arc groove and second arc groove are contacted simultaneously, and make on the top base lower surface and a bottom base
Surface will not contact；
One first guide groove is the side wall of the top base to be up formed in by the lower surface of the top base, and make described first
One stopper section is formed on the bottom of guide groove；
One second guide groove is the side that the bottom base is formed in from the upper surface of the bottom base toward the lower surface of the bottom base
Wall；
One limitation side, is outwardly protruded, and the limitation side is made to protrude from described second by the periphery of the upper surface of the bottom base
Guide groove；
One sliding sleeve is to be made of a displacement portion and a collar portion, and institute's displacing portion is sheathed on second guide groove, and the set
Ring portion alignment first guide groove, the first inclined-plane of one of one 45 degree of angles of the stopper section formation, and the lantern ring of the sliding sleeve
The upper end in portion forms the second inclined-plane of one of its 45 degree of angles opposite with first inclined-plane；
One link slot is to be formed in the upper surface of the top base, and form a link slot screw thread in the link slot inner wall；And
A connection piece, with one of a board and the upper surface for being formed in the board connection convex block, the board tool
There is one of opposite with a link slot screw thread board screw thread, and enables the link slot with the connector by the company
Access slot screw thread and the board screw thread be combined with each other, and are formed to have on the outer wall of the connection convex block and one of be engaged with the external world
Convex block screw thread is connected, and is connect with the screw hole of the equipment body via the connection convex block screw thread；
Wherein, institute's displacing portion of the sliding sleeve slides on second guide groove of the limitation side lower section, and makes the lantern ring
Portion slides on first guide groove；
The wherein described top base can mutually be tied with the multi-functional shock-absorbing part by the open-top screw thread and the shock-absorbing part screw thread
It closes, and may be selected to configure relatively described second arc groove with taper or the first arc groove.
2. the equipment configured with locking part and shockproof pedestal according to claim 1, it is characterised in that the bottom base it
Lower surface further comprises：
One groove is to be formed in the lower surface of the bottom base, and form a groove screw thread in the groove inner wall；And
One height adjusting seat is made of an one of pedestal and the upper surface for being formed in pedestal convex block, and the convex block has
One one of opposite with groove screw thread convex block screw thread, and enable the bottom base with the height adjusting seat by the groove
Screw thread and the convex block screw thread be combined with each other.
3. the equipment configured with locking part and shockproof pedestal according to claim 2, it is characterised in that the height adjustment
Seat further comprises：
Pass through aperture is to be through to the convex block by the pedestal, and form pass through aperture screw thread in the through hole inner wall；And
One locking bolt has bolt thread one of opposite with the through hole screw thread, and is configured in the through hole.
4. the equipment configured with locking part and shockproof pedestal according to claim 1, it is characterised in that first arc
The first curvature radius of groove and second arc groove is 3~6 times of the second curvature radius of the sphere.
5. the equipment configured with locking part and shockproof pedestal according to claim 1, it is characterised in that second guide groove
It is further formed a guide groove screw thread, and the sliding sleeve forms sliding sleeve screw thread one of opposite with the guide groove screw thread.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410336633.XA CN105317901B (en) | 2014-07-15 | 2014-07-15 | Equipment configured with locking part and shockproof pedestal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410336633.XA CN105317901B (en) | 2014-07-15 | 2014-07-15 | Equipment configured with locking part and shockproof pedestal |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105317901A CN105317901A (en) | 2016-02-10 |
| CN105317901B true CN105317901B (en) | 2018-08-17 |
Family
ID=55245953
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410336633.XA Expired - Fee Related CN105317901B (en) | 2014-07-15 | 2014-07-15 | Equipment configured with locking part and shockproof pedestal |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105317901B (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2235547Y (en) * | 1995-08-02 | 1996-09-18 | 张洲 | Combined multipurpose sizing block |
| JP2000023272A (en) * | 1998-07-02 | 2000-01-21 | Audio Gunkyo:Kk | Vibration isolating device |
| CN1342821A (en) * | 2001-04-29 | 2002-04-03 | 姜立平 | Earthquake damper and construction method for earthquake-damping building |
| CN2544263Y (en) * | 2002-05-13 | 2003-04-09 | 林胜信 | Load support for electronic weighing apparatus |
| CN102927183A (en) * | 2012-10-15 | 2013-02-13 | 清华大学 | Low-frequency two-degree-of-freedom horizontal vibration isolation mechanism |
| CN103629285A (en) * | 2013-12-11 | 2014-03-12 | 株洲时代新材料科技股份有限公司 | Vibration damper |
-
2014
- 2014-07-15 CN CN201410336633.XA patent/CN105317901B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2235547Y (en) * | 1995-08-02 | 1996-09-18 | 张洲 | Combined multipurpose sizing block |
| JP2000023272A (en) * | 1998-07-02 | 2000-01-21 | Audio Gunkyo:Kk | Vibration isolating device |
| CN1342821A (en) * | 2001-04-29 | 2002-04-03 | 姜立平 | Earthquake damper and construction method for earthquake-damping building |
| CN2544263Y (en) * | 2002-05-13 | 2003-04-09 | 林胜信 | Load support for electronic weighing apparatus |
| CN102927183A (en) * | 2012-10-15 | 2013-02-13 | 清华大学 | Low-frequency two-degree-of-freedom horizontal vibration isolation mechanism |
| CN103629285A (en) * | 2013-12-11 | 2014-03-12 | 株洲时代新材料科技股份有限公司 | Vibration damper |
Also Published As
| Publication number | Publication date |
|---|---|
| CN105317901A (en) | 2016-02-10 |
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Address after: 200030 Shanghai city Xuhui District 7 Guangxi Jinglu No. 3 Building 5 floor Applicant after: Crown Research (Shanghai) Patent Technology Co., Ltd. Address before: 200030 Shanghai city Xuhui District 7 Guangxi Jinglu No. 3 Building 5 floor Applicant before: Hat grinds (Shanghai) Consultancy for Enterprise Management Co., Ltd |
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