CN202203622U - Support frame structure capable of reducing sway - Google Patents
Support frame structure capable of reducing sway Download PDFInfo
- Publication number
- CN202203622U CN202203622U CN 201120298188 CN201120298188U CN202203622U CN 202203622 U CN202203622 U CN 202203622U CN 201120298188 CN201120298188 CN 201120298188 CN 201120298188 U CN201120298188 U CN 201120298188U CN 202203622 U CN202203622 U CN 202203622U
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- CN
- China
- Prior art keywords
- support frame
- frame structure
- rotating disk
- fixed tray
- rocks
- 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.)
- Expired - Fee Related
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Abstract
The utility model provides a support frame structure capable of reducing sway. The support frame structure is arranged between a strut and a base, wherein the strut is positioned above the base, and can pass through the rotating axle center of the base to rotate relative to the base. The support frame structure comprises a mandrel bolt, a mandrel screw cap, a fixed disk and a first turntable, wherein the mandrel bolt comprises a bolt body and a bolt head; the bolt head is fixedly arranged on one end part of the bolt body; the fixed disk is fixed on the base; the first turntable is positioned below the fixed disk, and is upwards fixed to the strut; the bolt body passes through the fixed disk and the first turntable through the rotating axle center; the mandrel screw cap is locked and attached to the other end part of the bolt body; and the mandrel screw cap and the bolt head clamp the fixed disk and the first turntable. By the support frame structure, the problem of sway produced in the rotation of electronic equipment can be effectively reduced.
Description
Technical field
The utility model relates to a kind of support frame structure, particularly a kind of support frame structure that rocks that reduces.
Background technique
Computer screen, TV, flat-panel screens or other electronic equipment set firmly or furnish on desktop through a supporting frame usually traditionally, and the purpose of this supporting frame is that promptly it has function fixing and load-bearing.When the user uses the electronic equipment on this supporting frame, usually need moderately rotate its angle, to be adjusted to the position that people's most convenient is viewed and admired or operated.
Generally speaking, the configured of supporting frame is very strange, and it directly is connected this pillar nothing more than supporting this electronic equipment through a base and a pillar with this electronic equipment, this base is placed on desktop, ground or the wall again; So, rotate, can make this electronic equipment towards the arbitrary orientation angle in order to adjust turning to of this electronic equipment through the relativity of this pillar and this base.
Usually, this support frame structure can at random rotate in order to make between this pillar and this base, on the whole goes up and all is designed to the axial center type structure that a tolerable rotates.But; Increase along with its weight of electronic equipment that connects, supports on this support frame structure; The weight that the structure of this axial center type more and more can't be born this electronic equipment adds the dual load that moment of rotation produces, so be prone to cause off-centre to rock even problem such as bending deflection.
Therefore, how to improve the structural design of this rotation with supporting frame, in order to reduce the problem of rocking that this electronic equipment is produced when rotating, this is the target that those skilled in the art make great efforts.
Summary of the invention
The utility model main purpose is to improve the structural design of this rotation with supporting frame, in order to reduce the problem of rocking that this electronic equipment is produced when rotating.
For reaching above-mentioned and other purpose; The utility model provides a kind of support frame structure that rocks that reduces; This support frame structure is arranged between a pillar and the base; This pillar is positioned at the top of this base, and can one pass this base center of rotation and relatively this base rotate, this support frame structure includes a shaft screw, a fixed tray, one first rotating disk and a mandrel nut; This shaft screw includes a bolt body and a bolt head, and this bolt head is fixedly arranged on a wherein end of this bolt body; This fixed tray is fixed to this base; This first rotating disk is positioned at this fixed tray below, and up is fixed to this pillar, and this bolt body runs through this fixed tray and this first rotating disk along this center of rotation; This mandrel nut is attached to the other end of this bolt body, and this mandrel nut and this bolt head are with this fixed tray, the first rotating disk clamping.
Preferably, this support frame structure also includes a bracket panel, and this bracket panel is positioned at a wherein side of this fixed tray, and includes at least two and plug part, includes at least two on this fixed tray and plugs the hole, and each plugs part and is inserted into one and plugs the hole.
Preferably, this plugs the hole and connects or do not connect this fixed tray.
Preferably; This support frame structure also includes at least one pad, and this pad is sheathed on this bolt body, and between this fixed tray and this mandrel nut; The cross section of this pad is curved shape and has flexiblely, and this pad utilizes flexible strength to push this fixed tray or this mandrel nut.
Preferably, this mandrel nut includes an internal thread, and the outer side wall of this bolt body includes an outside thread, and this internal thread is corresponding with this outside thread and agree with.
Preferably, this first rotating disk includes one first joining hole, and the cross section of this bolt body conforms to the profile of this first joining hole, and this bolt body is passed in this first joining hole and runs through this first rotating disk.
Preferably, this fixed tray locks to this base through at least two set screws, and this first rotating disk locks to this pillar through at least two first screws.
Preferably, this first rotating disk includes at least two first penetration spaces, and this first penetration space connects this first rotating disk, and this set screw wore this first penetration space, and can in this first penetration space, laterally move.
Preferably, this fixed tray includes at least two piercing sites, and this piercing site connects this fixed tray, and this first screw wore this piercing site, and can in this piercing site, laterally move.
Preferably; This support frame structure also includes one second rotating disk, and this bolt body wore this second rotating disk, and this second rotating disk is between this fixed tray and this first rotating disk; This second rotating disk includes a plurality of second penetration spaces; This second penetration space connects this second rotating disk, and this set screw and/or this first screw wore this second penetration space, and this set screw can laterally move in this second penetration space.
Therefore; The utlity model has following beneficial effect: the said support frame structure that rocks that reduces of the utility model; Can be assembled into the structure that is crisscross arranged, rock problem in order to reduce, to reduce electronic equipment common off-centre when rotating, very practical and have an application potential.
For enabling further to understand the characteristic and the technology contents of the utility model, see also following detailed description and accompanying drawing, yet accompanying drawing only provides reference and explanation usefulness, is not to be used for the utility model is limited about the utility model.
Description of drawings
Fig. 1 is the exploded view that reduces the support frame structure that rocks of the utility model.
Fig. 2 is another angle exploded view that reduces the support frame structure that rocks of the utility model.
Fig. 3 is the stereogram of support frame structure after combination that rocks that reduce of the utility model.
Fig. 4 is support frame structure another angle stereogram after combination that rocks that reduces of the utility model.
Fig. 5 is the application schematic representation that reduces the support frame structure that rocks of the utility model.
Wherein, description of reference numerals is following:
1: support frame structure
11: the mandrel nut
111: internal thread
12: pad
13: bracket panel
131: plug part
14: fixed tray
141: plug the hole
142: piercing site
143: set screw
15: the first rotating disks
151: the first joining holes
152: the first penetration spaces
153: the first screws
16: the second rotating disks
161: the second joining holes
162: the second penetration spaces
17: shaft screw
171: the bolt body
172: bolt head
173: outside thread
91: base
92: pillar
A1: center of rotation
Embodiment
Please consult Fig. 1 and Fig. 2 simultaneously, Fig. 1 is the exploded view that reduces the support frame structure that rocks of the utility model, and Fig. 2 can reduce another angle exploded view of the support frame structure that rocks for the utility model.Like Fig. 1 and shown in Figure 2; One support frame structure 1; 1 definition of this support frame structure has a center of rotation A1, and includes a mandrel nut 11, four pads 12, a bracket panel 13, a fixed tray 14, one first rotating disk 15, one second rotating disk 16 and a shaft screw 17.Wherein, this mandrel nut 11, four pads 12, bracket panel 13, fixed tray 14, second rotating disk 16, first rotating disk 15, shaft screw 17 from top to bottom arrange in regular turn.This shaft screw 17 includes a bolt body 171, a bolt head 172 and an outside thread 173, and this bolt head 172 is fixedly arranged on the underpart of this bolt body 171, and this outside thread 173 is arranged at the outer side wall of this bolt body 171.This mandrel nut 11 includes an internal thread 111, and the outside thread of this internal thread 111 and this shaft screw 17 173 is corresponding and can agree with (cooperation) mutually.This first rotating disk 15, second rotating disk 16 all are positioned at this fixed tray 14 belows; This bracket panel 13 is positioned at the top of this fixed tray 14; Four pads 12 are between this fixed tray 14 and this mandrel nut 11, and this second rotating disk 16 is between this fixed tray 14 and this first rotating disk 15.This pad 12 is flexible pad, that is the cross section of this pad 12 is curved shape and has flexible.This bracket panel 13 includes three and plugs part 131, saidly plugs the outer rim that part 131 is positioned at this bracket panel 13.Include three on this fixed tray 14 and plug hole 141, four piercing sites 142 and four separable set screws that plug 143.Four set screws 143 are along this center of rotation A1 and symmetry plugs or be provided with.Three plug hole 141 and also are along this center of rotation A1 and are symmetrical set; And each plugs hole 141, and all to plug part 131 corresponding with one of this bracket panel 13; So can each be plugged part 131 is inserted into one and plugs in the hole 141; And after inserting, this plugs part 131 and is positioned at this and plugs hole 141 and be drive fit state (being interference fit).Therefore, plug part 131 through this and plug the drive fit in hole 141, this fixed tray 14 is combined with this bracket panel 13 closely, can not produce the situation that gets loose, rocks with this.In addition, this plugs hole 141 can connect or not connect this fixed tray 14, so, saidly plugs plugging part 131 and all can reaching friction tight combination effect of inserting.This fixed tray 14 probably is " ten " font; The space of this piercing site 142 for being connected with the outside around this fixed tray 14; Certainly; The appearance profile of this piercing site 142 is not limited by the accompanying drawing of the utility model, and along the direction of this center of rotation A1, four piercing sites 142 all connect this fixed tray 14 with above-below direction.
This first rotating disk 15 includes one first joining hole 151, four first penetration spaces 152 and four first screws 153 that can plug separation.This first joining hole 151 is positioned at the center of this first rotating disk 15.Four first screws 153 are symmetrical set or plug along this center of rotation A1.Four first penetration spaces 152 all connect this first rotating disk 15, and also are symmetrical set along this center of rotation A1.In the present embodiment, this first penetration space 152 probably is the profile of " pod-like ".
This second rotating disk 16 includes one second joining hole 161 and a plurality of second penetration space 162, and this second joining hole 161 is positioned at the center of this second rotating disk 16.Said second penetration space 162 is the hole of multiple different size dimensions, so each second penetration space 162 all connects this second rotating disk 16.In the present embodiment, larger-size those second penetration spaces 162 are similar or identical with the appearance profile of first penetration space 152 of this first rotating disk 15, and are corresponding up and down.
And the appearance profile of the cross section of this bolt body 171 conforms to the profile of this first joining hole 151, second joining hole 161 or is identical.With the bolt body 171 of this shaft screw 17 from lower to upper; Along the direction of this center of rotation A1 and upwards passed through this first joining hole 151, second joining hole 161, fixed tray 14, bracket panel 13, four pads 12; So; This first rotating disk 15, second rotating disk 16, fixed tray 14, bracket panel 13, four pads 12 can be sheathed with on this bolt body 171 in regular turn; Then, utilize the internal thread 111 of this mandrel nut 11 and the outside thread 173 of this shaft screw 17 to agree with again, and this mandrel nut 11 is attached to the upper end portion of this bolt body 171.When this mandrel nut 11 and this shaft screw 17 accomplish combine after; This bolt body 171 connects the center of four pads 12, bracket panel 13, fixed tray 14, second rotating disk 16 and this first rotating disk 15 simultaneously with the direction of this center of rotation A1; And through this mandrel nut 11 and this bolt head 172, and respectively up and down with four pads 12, bracket panel 13, fixed tray 14, second rotating disk 16 and 15 clampings of first rotating disk.
After the clamping, can accomplish the assembling of integrated support shelf structure 1.So, if this fixed tray 14 is fixed, then this first rotating disk 15, second rotating disk 16 promptly can this center of rotation A1 and relatively this fixed tray 14 rotate.Moreover; Because the shape of cross section of this bolt body 171 and this first joining hole 151, second joining hole 161 conforms to or identical; And this bolt body 171 is to plug simultaneously to this first joining hole 151 and this second joining hole 161; So; Limited by the appearance profile of this first joining hole 151, second joining hole 161, when this first rotating disk 15 when this center of rotation A1 rotates, this first joining hole 151 can drive this second joining hole 161, second rotating disk 16 simultaneously and rotate in the same way through this bolt body 171.That is to say, the support frame structure 1 of the utility model, its fixed tray 14, bracket panel 13 are fixed, and its first rotating disk 15, second rotating disk 16, shaft screw 17 can this center of rotation A1 be the center of circle and simultaneously and rotate in the same way.
Please consult Fig. 3 and Fig. 4 more simultaneously, the stereogram of support frame structure after combination that Fig. 3 rocks for the utility model can reduce, the support frame structure that Fig. 4 rocks for the utility model can reduce another angle stereogram after combination.This support frame structure 1 is accomplished after the assembling; As shown in Figure 3; This pad 12 promptly can utilize its flexible strength and push this bracket panel 13 and this fixed tray 14 downwards; And upwards push this mandrel nut 11 simultaneously, its strength that makes progress, pushes downwards is in order to strengthen the clamping strength up and down of this mandrel nut 11 and this bolt head 172.Simultaneously, this bracket panel 13 closely is attached at the upper side of this fixed tray 14, and three plug hole 141 and also abut in the periphery of this bolt body 171.In addition; Second penetration space 162 of this second rotating disk 16 and the piercing site 142 of this fixed tray 14; Corresponding for overlapping mutually up and down; Therefore, each first screw 153 can up wear, cross the second corresponding penetration space 162 and piercing site 142 of this overlapping in regular turn, and can in this piercing site 142, laterally move; At this, should be meant " laterally move " that said first screw 153 also can followed mobile when this first rotating disk 15 rotated, and the motion-vector of this first screw 153 is that direction with this center of rotation A1 is mutually perpendicular mobile status.As shown in Figure 4 again; Second penetration space 162 of this second rotating disk 16 and first penetration space 152 of this first rotating disk 15; Corresponding for overlapping mutually up and down; Therefore, the set screw 143 of this fixed tray 14 can down wear, cross this overlapping corresponding second penetration space 162 and first penetration space 152 in regular turn, and can in this first penetration space 152 and this second penetration space 162, laterally move.
At last, see also Fig. 5, Fig. 5 can reduce the application schematic representation of the support frame structure that rocks for the utility model.As shown in Figure 5, the support frame structure 1 of the utility model is arranged between a pillar 92 and the base 91.Wherein, this pillar 92 is positioned at the top of this base 91, and this pillar 92 can be in order to support or to be fixed to arbitrarily on the electronic equipment (not illustrating).This fixed tray 14 is down locked, is fixed to this base 91 through said set screw 143; Again this first rotating disk 15 is upwards locked, is fixed to this pillar 92 through said first screw 153, this pillar 92 is rotated with this center of rotation A1 with this first rotating disk 15; That is to say, below base 91 be to be connected with fixed tray 14 above being positioned at through this set screw 143, and pillar 92 up is to be connected with first rotating disk 15 that is positioned at the below through this first screw 153; So, this set screw 143 can be bestowed the downward pulling force of this fixed tray 14 1, and this first screw 153 can be bestowed the pulling force that this first rotating disk 15 1 makes progress.Therefore; This support frame structure 1 is in the annexation between the assembly up and down and intermeshes; So the support frame structure 1 of the utility model has " rotating shaft " effect, " the rotating shaft diameter " of its formation promptly is equal to the external diameter of this first rotating disk 15; And; Increase that should " rotating shaft diameter " also represents electronic equipment weight or the torsional moment that can bear bigger, so passed through the center of rotation A1 of base 91 with this and relatively during these base 91 rotations, this electronic equipment more can not produce the situation that off-centre is rocked when this pillar 92.
In other embodiments; The support frame structure 1 of the utility model can also omit this second rotating disk 16 or this bracket panel 13; So, only depend on this shaft screw 17, mandrel nut 11, fixed tray 14, first rotating disk 15, set screw 143 and this first screw 153, also can be assembled into the aforementioned structure that is crisscross arranged; And then reach the purpose of increase " rotating shaft diameter ", in order to reduce, to reduce the problem that this electronic equipment off-centre is rocked.Also have; The set screw 143 of previous embodiment is to be assembled down, plugged by last, and its first screw 153 is to be assembled up, plugged by following, but; Related domain has the direction change that common knowledge the knowledgeable can also assemble it, plug, and makes this set screw 143 by assembling, plug down up; Perhaps, make this first screw 153 assemble, plug down by last.Thus, after assembling, plugging completion, this set screw 143 still locks to this base 91, and bestows the downward pulling force of this fixed tray 14 1; This first screw 153 still locks to this pillar 92, and bestows the pulling force that this first rotating disk 15 1 makes progress.
In sum, the said support frame structure 1 that rocks that reduces of the utility model can be assembled into the structure that is crisscross arranged, and rocks problem in order to reduce, to reduce electronic equipment common off-centre when rotating, and is very practical and have an application potential.
The utility model explains as above that with embodiment so it is not in order to limit the patent right scope that the utility model is advocated.Its scope of patent protection when the scope that look appended claim and etc. same domain and deciding.All those skilled in the art, in not breaking away from this patent spirit or scope, change of being done or retouching all belong to the utility model and disclose equivalence change or the design that spirit is accomplished down, and should be included in the scope of following claim.
Claims (10)
1. one kind can be reduced the support frame structure that rocks; This support frame structure is arranged between a pillar and the base, and this pillar is positioned at the top of this base, and can one pass this base center of rotation and relatively this base rotate; It is characterized in that this support frame structure comprises:
One shaft screw includes a bolt body and a bolt head, and this bolt head is fixedly arranged on a wherein end of this bolt body;
One fixed tray is fixed to this base;
One first rotating disk is positioned at this fixed tray below, and up is fixed to this pillar, and this bolt body runs through this fixed tray and this first rotating disk along this center of rotation;
One mandrel nut is attached to the other end of this bolt body, and this mandrel nut and this bolt head are with this fixed tray, the first rotating disk clamping.
2. the support frame structure that rocks that reduces as claimed in claim 1; It is characterized in that; This support frame structure also includes a bracket panel, and this bracket panel is positioned at a wherein side of this fixed tray, and includes at least two and plug part; Include at least two on this fixed tray and plug the hole, each plugs part and is inserted into one and plugs the hole.
3. the support frame structure that rocks that reduces as claimed in claim 2 is characterized in that, this plugs the hole and connects or do not connect this fixed tray.
4. the support frame structure that rocks that reduces as claimed in claim 1; It is characterized in that; This support frame structure also includes at least one pad, and this pad is sheathed on this bolt body, and between this fixed tray and this mandrel nut; The cross section of this pad is curved shape and has flexiblely, and this pad utilizes flexible strength to push this fixed tray or this mandrel nut.
5. the support frame structure that rocks that reduces as claimed in claim 1 is characterized in that this mandrel nut includes an internal thread, and the outer side wall of this bolt body includes an outside thread, and this internal thread is corresponding with this outside thread and agree with.
6. the support frame structure that rocks that reduces as claimed in claim 1; It is characterized in that; This first rotating disk includes one first joining hole, and the cross section of this bolt body conforms to the profile of this first joining hole, and this bolt body is passed in this first joining hole and runs through this first rotating disk.
7. the support frame structure that rocks that reduces as claimed in claim 1 is characterized in that this fixed tray locks to this base through at least two set screws, and this first rotating disk locks to this pillar through at least two first screws.
8. the support frame structure that rocks that reduces as claimed in claim 7; It is characterized in that; This first rotating disk includes at least two first penetration spaces; This first penetration space connects this first rotating disk, and this set screw wore this first penetration space, and can in this first penetration space, laterally move.
9. the support frame structure that rocks that reduces as claimed in claim 7; It is characterized in that this fixed tray includes at least two piercing sites, this piercing site connects this fixed tray; This first screw wore this piercing site, and can in this piercing site, laterally move.
10. the support frame structure that rocks that reduces as claimed in claim 7 is characterized in that this support frame structure also includes one second rotating disk; This bolt body wore this second rotating disk; And this second rotating disk is between this fixed tray and this first rotating disk, and this second rotating disk includes a plurality of second penetration spaces, and this second penetration space connects this second rotating disk; This set screw and/or this first screw wore this second penetration space, and this set screw can laterally move in this second penetration space.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120298188 CN202203622U (en) | 2011-08-15 | 2011-08-15 | Support frame structure capable of reducing sway |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120298188 CN202203622U (en) | 2011-08-15 | 2011-08-15 | Support frame structure capable of reducing sway |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202203622U true CN202203622U (en) | 2012-04-25 |
Family
ID=45967743
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201120298188 Expired - Fee Related CN202203622U (en) | 2011-08-15 | 2011-08-15 | Support frame structure capable of reducing sway |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202203622U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110703858A (en) * | 2019-09-27 | 2020-01-17 | 联想(北京)有限公司 | Electronic equipment and supporting structure thereof |
-
2011
- 2011-08-15 CN CN 201120298188 patent/CN202203622U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110703858A (en) * | 2019-09-27 | 2020-01-17 | 联想(北京)有限公司 | Electronic equipment and supporting structure thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120425 Termination date: 20170815 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |