CN106263701A - Slidingtype support body - Google Patents
Slidingtype support body Download PDFInfo
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- CN106263701A CN106263701A CN201510323168.0A CN201510323168A CN106263701A CN 106263701 A CN106263701 A CN 106263701A CN 201510323168 A CN201510323168 A CN 201510323168A CN 106263701 A CN106263701 A CN 106263701A
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- component
- slide track
- plate portion
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Abstract
The open a kind of slidingtype support body of the present invention, comprises at least one slide track component, least one set dress component and at least one bearing part.Slide track component comprises a retaining rail part, one first rolling assembly, a linking rail part, one second rolling assembly and an active rail part.First rolling assembly is located at retaining rail part.Linking rail part is located at retaining rail part by the first rolling assembly.Second rolling assembly is located at linking rail part.Active rail part is located at linking rail part by the second rolling assembly.Assembled component is installed in active rail part.Bearing part is installed in assembled component, and is connected to active rail part by assembled component.Wherein, assembled component comprises a vertical plate part.Vertical plate part is vertically arranged.The top edge bending of vertical plate part is extended with a horizontal plate part, and horizontal plate part covers slide track component.The present invention can reduce shaking degree when movable pylon uses.
Description
Technical field
The present invention relates to a kind of support body, particularly a kind of slidingtype support body.
Background technology
In recent years, cabinet in addition to cabinet itself, also can install additional below cabinet extension support on front (such as pylon or
Carrier) promote the accommodation space of cabinet further.As a example by pylon, pylon is installed in cabinet
Mode is divided into fixed and movable.Fixed for pylon being directly attached to cabinet by screw.Movable
Formula is for be installed in cabinet by slide rail.But, because the ease of use of fixed pylon is less than movable
Pylon.Specifically, because fixed pylon is assembled in the cabinet below eye sight line, user
Need to bend over when hanging items to allow article hang the pylon in cabinet.Therefore, movable pylon is existed
In cabinet, allow user when wanting hanging items, pylon can be pulled out below cabinet, hang need not
When hanging article, pylon can be pushed back below cabinet.
The one of which practice of present movable pylon is to be installed in cabinet by slide rail, to make the pylon can
Relatively pulled out and retraction by slide rail.But owing to existing movable pylon still suffers from left and right on using
The phenomenon rocked produces, and the problem of double swerve potentially affects the consumption wish of consumer.Therefore,
How to reduce shaking degree when movable pylon uses, then one of problem that should solve for research staff.
Summary of the invention
It is an object of the invention to provide a kind of slidingtype support body, so as to reducing when movable pylon uses
Shaking degree.
For achieving the above object, the present invention provides a kind of slidingtype support body, comprises at least two slide track components, extremely
Few two assembled components and at least one bearing part.Each slide track component comprises a retaining rail part, one first rolling group
Part, a linking rail part, one second rolling assembly and an active rail part.First rolling assembly is located at retaining rail part.
Linking rail part is located at retaining rail part by the first rolling assembly.Second rolling assembly is located at linking rail part.Movable
Rail part is located at linking rail part by the second rolling assembly.Two assembled components are installed in the two of two slide track components respectively
Active rail part.The opposite sides of bearing part is installed in two assembled components respectively, and is divided by two assembled components
It is not connected to two active rail parts.Each of which assembled component comprises a vertical plate part.Vertical plate part is vertically arranged.Vertical
The top edge bending in plate portion is extended with a horizontal plate part, and two horizontal plate parts cover two slide track components respectively.
Wherein, this assembled component further include one before assembled plate portion, assembled plate portion and an assembled plate portion, the end after one,
This front assembled plate portion, this rear assembled plate portion and this assembled plate portion, end be connected to this vertical plate part leading edge, after
Edge and root edge, this bearing part comprise one before plate, plate and a floor piece, this front plate, this back plate after one
Part and this floor piece are installed in this front assembled plate portion of this assembled component, this rear assembled plate portion and this end group respectively
Fill plate portion and make this bearing part this vertical plate part with this assembled component jointly around forming a storage tank.
Wherein, this linking rail part comprises one first rail part and one second rail part, this first rail part and this second rail
Part is back-to-back to be stacked.
Wherein, further including a support member, this support member is combined in a fixed position, and this retaining rail part vertically sets
Being placed in this support member, this retaining rail part is connected on this fixed position by this support member group.
Wherein, this support member further includes a covering, when this slide track component is in a collapse state, and this assembling
Component is positioned at the side of this support member, and this covering covers the top of this slide track component jointly with this horizontal plate part
Portion.
Wherein, this bearing part is mounted on this horizontal plate part of this assembled component.
The present invention also provides for a kind of slidingtype support body, comprise a support member, at least one slide track component, at least one
Assembled component, a stabilizing member and at least one bearing part.Slide track component comprises a retaining rail part, one first rolling
Dynamic assembly, a linking rail part, one second rolling assembly and an active rail part.Retaining rail part is installed in support member.
First rolling assembly is located at retaining rail part.Linking rail part is located at retaining rail part by the first rolling assembly.Second
Rolling assembly is located at linking rail part.Active rail part is located at linking rail part by the second rolling assembly.Assembled component
It is installed in active rail part.Stabilizing member is positioned at the side of slide track component, and is resisted against support member and assembled component
Between.Bearing part is installed in assembled component, and is connected to active rail part by assembled component.Wherein assemble structure
Part comprises a vertical plate part.Vertical plate part is vertically arranged.The top edge bending of vertical plate part is extended with a horizontal plate part,
And horizontal plate part covers slide track component.
Wherein, this stabilizing member further includes:
One first steady wheel, this first steady wheel level is located at the rear end of this horizontal plate part of this assembled component,
One vertical ends of this support member is between this first steady wheel and this vertical plate part, and this first steady wheel supports
It is against this vertical ends of this support member；And
One second steady wheel, this second steady wheel level is located at the front end of this support member, and is resisted against this assembling
Component.
The present invention also provides for a kind of slidingtype support body, comprise at least one slide track component, least one set dress component and
At least one bearing part.Slide track component comprise a retaining rail part, one first rolling assembly, one linking rail part, one
Second rolling assembly and an active rail part.First rolling assembly is located at retaining rail part.Linking rail part is by first
Rolling assembly is located at retaining rail part.Second rolling assembly is located at linking rail part.Active rail part is by the second rolling
Linking rail part is located at by assembly.Assembled component is installed in the active rail part of slide track component.Bearing part is installed in assembling
Component, and it is connected to active rail part by assembled component.Wherein assembled component comprises a vertical plate part.Vertical plate part
It is vertically arranged.The top edge bending of vertical plate part is extended with a horizontal plate part, and horizontal plate part covers slide track component.
Wherein, this assembled component further include one before assembled plate portion, assembled plate portion and an assembled plate portion, the end after one,
This front assembled plate portion, this rear assembled plate portion and this assembled plate portion, end be connected to this vertical plate part leading edge, after
Edge and root edge, this bearing part comprise one before plate, plate and a floor piece, this front plate, this back plate after one
Part and this floor piece are installed in this front assembled plate portion of this assembled component, this rear assembled plate portion and this end group respectively
Fill plate portion and make this bearing part this vertical plate part with this assembled component jointly around forming a storage tank.
The slidingtype support body provided according to above-mentioned section Example, carrier replaces side plate by assembled component
The design of structure, to allow carrier and two assembled components jointly around forming a storage tank with relatively saving material.
Furthermore, in the slidingtype support body that above-mentioned section Example is provided, by the configuration of stabilizing member,
Bearing part can more stably be slided by relative support.
Describe the present invention below in conjunction with the drawings and specific embodiments, but not as to the present invention's
Limit.
Accompanying drawing explanation
Figure 1A is the schematic perspective view according to the slidingtype support body described in first embodiment of the invention.
Figure 1B is the partial exploded view of Figure 1A.
Fig. 1 C is the assembled component front-view schematic diagram with slide track component of Figure 1A.
Fig. 1 D is the floor map that each element of Fig. 1 C is exploded from one another.
Fig. 2 A is the schematic perspective view according to the slidingtype support body described in second embodiment of the invention.
Fig. 2 B is the partial exploded view of Fig. 2 A.
Fig. 2 C is the assembled component front-view schematic diagram with slide track component of Fig. 2 A.
Fig. 2 D is the floor map that each element of Fig. 2 C is exploded from one another.
Fig. 3 A is the schematic perspective view according to the slidingtype support body described in third embodiment of the invention.
Fig. 3 B is the partial exploded view of Fig. 3 A.
Fig. 3 C is the assembled component front-view schematic diagram with slide track component of Fig. 3 A.
Fig. 3 D is the floor map that each element of Fig. 3 C is exploded from one another.
Fig. 4 A is the schematic perspective view according to the slidingtype support body described in fourth embodiment of the invention.
Fig. 4 B is the partial exploded view of Fig. 4 A.
Fig. 4 C is the assembled component front-view schematic diagram with slide track component of Fig. 4 A.
Fig. 4 D is the floor map that each element of Fig. 4 C is exploded from one another.
Fig. 5 A is the schematic perspective view according to the slidingtype support body described in fifth embodiment of the invention.
Fig. 5 B is the partial exploded view of Fig. 5 A.
Fig. 5 C is the assembled component front-view schematic diagram with slide track component of Fig. 5 A.
Fig. 5 D is the floor map that each element of Fig. 5 C is exploded from one another.
Fig. 6 A is the schematic perspective view according to the slidingtype support body described in sixth embodiment of the invention.
Fig. 6 B is the partial exploded view of Fig. 6 A.
Fig. 6 C is the assembled component front-view schematic diagram with slide track component of Fig. 6 A.
Fig. 6 D is the floor map that each element of Fig. 6 C is exploded from one another.
Wherein, reference:
10,20,30,40,50,60 slidingtype support body
21,31,61 support member
311 vertical ends
215 coverings
61a supporting part
61b connecting portion
8 ', 18 ', 28 ', 38 ', 48 ', 68 ' two slide track components
2,12,22,32,42,62 retaining rail part
3,13,23,33,43,63 first rolling assembly
14,24,34,64 first rail part
15,25,35,65 second rail part
6,16,26,36,46,66 linking rail part
7,17,27,37,47,67 second rolling assembly
8,18,28,38,48,68 active rail part
89 cushion blocks
9,19,29,39,49,69 2 assembled component
91,191,291 vertical plate part
910 air-vents
92, assembled plate portion before 192,292
Assembled plate portion after 93
94 assembled plate portion, the ends
95,195,295,395,495,695 horizontal plate part
96 anti-fall bars
396 vertical plate parts
100,200,300,400,500,700 bearing part
110 floor piece
120, plate before 220,320
Plate after 130
150 storage tanks
210,310 bearing basket
39a the first steady wheel
31a the second steady wheel
Detailed description of the invention
Refer to Figure 1A to Fig. 1 D.Figure 1A is according to the slidingtype support body described in first embodiment of the invention
Schematic perspective view.Figure 1B is the partial exploded view of Figure 1A.Fig. 1 C is the assembled component of Figure 1A
Front-view schematic diagram with slide track component.Fig. 1 D is the floor map that each assembly of Fig. 1 C is exploded from one another.
The slidingtype support body 10 of the present embodiment, comprises two slide track components 8 ', two assembled component 9 and carryings
Part 100.
Slide track component 8 ' opens up formula slide rail the most entirely.Slide track component 8 ' comprises a retaining rail part 2,1 first
Rolling assembly 3, one linking rail part 6,1 second rolling assembly 7 and an active rail part 8.Retaining rail part 2 can
It is directly combined to a fixed position (such as laminate), or is indirectly incorporated into fixed part by a supporting member (not illustrating)
Position.First rolling assembly 3 is slidingly disposed at retaining rail part 2.Linking rail part 6 is by the first rolling assembly 3
And it is slidingly disposed at retaining rail part 2.Second rolling assembly 7 is slidingly disposed at linking rail part 6.Active rail
Part 8 is located at linking rail part 6 by the second rolling assembly 7.
Assembled component 9 comprises before a vertical plate part 91, that behind assembled plate portion 92, an end, assembled plate portion 93,
Assembled plate portion 94 and a horizontal plate part 95.Vertical plate part 91 is vertically installed in the vertical of active rail part 8.Before
Assembled plate portion 92, rear assembled plate portion 93, assembled plate portion, the end 94 and horizontal plate part 95 are connected to vertical plate part
Leading edge, trailing edge, root edge and the apical margin of 91.Front assembled plate portion 92 and rear assembled plate portion 93 towards mutually oppositely arranged,
And assembled plate portion, the end 94 is arranged in the opposite direction with horizontal plate part 95.Wherein, horizontal plate part 95 hide in
The top of slide track component 8 '.
In the present embodiment, front assembled plate portion 92 is the leading edge being detachably combined in vertical plate part 91, then
Assembled plate portion 93, assembled plate portion, the end 94 and horizontal plate part 95 are to be connected to vertical plate part 91 respectively one-body moldedly
Trailing edge, root edge and apical margin.But it is not limited thereto, in other embodiments (not illustrating), vertical plate part 91,
Assembled plate portion, the end 94 and horizontal plate part 95 can be the one-body molded of aluminium extruded molding, front assembled plate portion 92 and after
Assembled plate portion 93 can also be leading edge and the trailing edge being detachably combined in vertical plate part 91 respectively.Or, front
Assembled plate portion 92, rear assembled plate portion 93, assembled plate portion, the end 94 and horizontal plate part 95 are one-body moldedly respectively
It is connected to the leading edge of vertical plate part 91, trailing edge, root edge and apical margin.
Bearing part 100 comprises before a floor piece 110, a plate 130 after plate 120 and.Floor piece 110
Opposite sides be installed in two assembled plate portions, the end 94 of two assembled components 9 respectively.Relative the two of front plate 120
Side be installed in respectively two assembled components 9 two before assembled plate portion 92.The opposite sides of rear plate 130 fills respectively
It is located at assembled plate portion 93 after the two of two assembled components 9.It is to say, bearing part 100 itself there is no side plate knot
Structure, but use two vertical plate parts 91 of two assembled components 9 to constitute the biside plate structure of bearing part 100, make
Obtain bearing part 100 and two vertical plate parts 91 are common around forming a storage tank 150.
In the present embodiment and other embodiments, vertical plate part 91 is provided with multiple air-vent 910, make receiver in
Breathing freely during storage medicated clothing, it is mouldy to avoid medicated clothing to make moist, and effectively solves stuffy the breathing freely of wooden drawer medicated clothing and makes clothing
The problems such as the mouldy flavescence of thing.
In the present embodiment and other embodiments, between assembled component 9 and slide track component 8 ', add a cushion block
89 protrude from the width of vertical plate part 91 to increase slide track component, make slide track component 8 ' protrude vertical plate part 91
Width protrudes the width of vertical plate part 91 more than front assembled plate portion 92.Whereby, by increasing capacitance it is possible to increase assembled component 9 with
Between fixed side (not illustrating, for example, the side plate of cabinet, the retaining rail part 2 groups for slide track component 8 ' sets)
Away from and avoid front assembled plate portion 92 to encounter fixed side.
In the present embodiment and other embodiments, further including an anti-fall bar 96, anti-fall bar is positioned at floor piece 110
Top, and hide the gap between the one side of vertical plate part 91 and floor piece 110, with avoid little article or
Clothing clip is gap between vertical plate part 91 and assembled plate portion, the end 94.Additionally, anti-fall bar 96 surface is an indent
Arc structure, in order to cleaning.
Refer to Fig. 2 A to Fig. 2 D.Fig. 2 A is according to the slidingtype support body described in second embodiment of the invention
Schematic perspective view.Fig. 2 B is the partial exploded view of Fig. 2 A.Fig. 2 C is the assembled component of Fig. 2 A
Front-view schematic diagram with slide track component.Fig. 2 D is the floor map that each assembly of Fig. 2 C is exploded from one another.
The slidingtype support body 20 of the present embodiment comprises two slide track components 18 ', two assembled component 19 and carryings
Part 200.
Slide track component 18 ' opens up formula slide rail the most entirely.Slide track component 18 ' comprises a retaining rail part 12,
First rolling assembly 13, linking rail part 16,1 second rolling assembly 17 and an active rail part 18.Fixing
Rail part 12 is in order to be combined in a fixed position (such as laminate).First rolling assembly 13 is slidingly disposed at fixing
Rail part 12.Linking rail part 16 is slidingly disposed at retaining rail part 12 by the first rolling assembly 13.In detail
For, linking rail part 16 comprises one first rail part 14 and one second rail part 15.First rail part 14 and second
Rail part 15 is back-to-back to be stacked, and the first rail part 14 is slidingly disposed at the first rolling assembly 13.Second rolls
Assembly 17 is slidingly disposed at the second rail part 15 of linking rail part 16.Active rail part 18 is by the second rolling
The second rail part 15 of linking rail part 16 is located at by assembly 17.
Assembled component 19 comprises assembled plate portion 192 and a horizontal plate part 195 before a vertical plate part 191,.Vertical
Plate portion 191 is vertically installed in the vertical of active rail part 18.Front assembled plate portion 192 is connected to vertical plate part 191
Leading edge.Wherein, horizontal plate part 195 is connected to the apical margin of vertical plate part 191, and hides in slide track component 18 '
Top.
In the present embodiment, front assembled plate portion 192 is the leading edge being detachably combined in vertical plate part 191, and
Horizontal plate part 195 is the apical margin being connected to vertical plate part 191 one-body moldedly.But it is not limited thereto, at it
In its embodiment (not illustrating), vertical plate part 191, front assembled plate portion 192 and horizontal plate part 195 can be aluminium extrudeds
Molding one-body molded, horizontal plate part 195 can also be the top being detachably combined in vertical plate part 191 respectively
Edge.Or, front assembled plate portion 192 and horizontal plate part 195 are to be connected to vertical plate part 191 one-body moldedly
Leading edge and apical margin.
Bearing part 200 comprises plate 220 before a bearing basket 210 and.The opposite sides of bearing basket 210 is divided
Other carry is in the vertical in the riser plate portion 191 of assembled component 19.The opposite sides of front plate 120 is tied respectively
Together in assembled plate portion 192 before two.The purpose of front plate 220 is coordinate cabinet color and cover bearing basket 210
Avoid exposing, to beautify the outward appearance of slidingtype support body, but be not limited thereto, in other embodiments, sliding
Dynamic formula support body 20 can also be without being provided with front plate 220.
It is the first rail part 14 and the back-to-back structure being stacked of the second rail part 15 by above-mentioned linking rail part 16, with
The structural strength of reinforcement rank slide track component 18 ', and promote the sliding stability of slide track component 18 ＇ further.
Refer to Fig. 3 A to Fig. 3 D.Fig. 3 A is according to the slidingtype support body described in third embodiment of the invention
Schematic perspective view.Fig. 3 B is the partial exploded view of Fig. 3 A.Fig. 3 C is the assembled component of Fig. 3 A
Front-view schematic diagram with slide track component.Fig. 3 D is the floor map that each assembly of Fig. 3 C is exploded from one another.
The slidingtype support body 30 of the present embodiment, comprises two support member 21, two slide track components 28 ', two assemblings
Component 29, one bearing part 300.
Support member 21 is in order to be combined in a fixed position (such as laminate).Support member 21 further includes a covering 215.
Slide track component 28 ' opens up formula slide rail the most entirely.Slide track component 28 ' comprises a retaining rail part 22,
First rolling assembly 23, linking rail part 26,1 second rolling assembly 27 and an active rail part 28.Fixing
Rail part 22 is incorporated into support member 21.First rolling assembly 23 is slidingly disposed at retaining rail part 22.Linking rail
Part 26 is slidingly disposed at retaining rail part 22 by the first rolling assembly 23.Specifically, linking rail part
26 comprise one first rail part 24 and one second rail part 25.First rail part 24 and the second back-to-back phase of rail part 25
Fold, and the first rail part 24 is slidingly disposed at the first rolling assembly 23.Second rolling assembly 27 is slidably
It is located at the second rail part 25 of linking rail part 26.Active rail part 28 is located at linking by the second rolling assembly 27
Second rail part 25 of rail part 26.
Assembled component 29 comprises assembled plate portion 292 and a horizontal plate part 295 before a vertical plate part 291,.Vertical
Plate portion 291 is vertically installed in the vertical of active rail part 28.Front assembled plate portion 292 is connected to vertical plate part 291
Leading edge.Horizontal plate part 295 is connected to the apical margin of vertical plate part 291.When slide track component 28 ' folds shape in one
During state, assembled component 29 is positioned at the side of support member 21, and covering 215 is with horizontal plate part 295 altogether
The same top covering slide track component 28 ', to beautify the outward appearance of slidingtype support body 30.
In the present embodiment, front assembled plate portion 292 is the leading edge being detachably combined in vertical plate part 291, and
Horizontal plate part 295 is the apical margin being connected to vertical plate part 291 one-body moldedly.But it is not limited thereto, at it
In its embodiment (not illustrating), vertical plate part 291, front assembled plate portion 292 and horizontal plate part 295 can be aluminium extrudeds
Molding one-body molded, horizontal plate part 295 can also be the top being detachably combined in vertical plate part 291 respectively
Edge.Or, front assembled plate portion 292 and horizontal plate part 295 are to be connected to vertical plate part 291 one-body moldedly
Leading edge and apical margin.
Bearing part 300 comprises plate 320 before a bearing basket 310 and.The opposite sides of bearing basket 310 is divided
Other carry is in the top of the horizontal plate part 295 of assembled component 29.The opposite sides of front plate 320 respectively in connection with
Assembled plate portion 292 before two.The purpose of front plate 320 is coordinate cabinet color and cover bearing basket 310
Avoid exposing, to beautify the outward appearance of slidingtype support body, but be not limited thereto, in other embodiments, sliding
Dynamic formula support body 30 can also be without being provided with front plate 320.
It is the first rail part 24 and the back-to-back structure being stacked of the second rail part 25 by above-mentioned linking rail part 26, with
The structural strength of reinforcement rank slide track component 28 ', and promote the sliding stability of slide track component 28 ＇ further.
Understanding in the present embodiment, in addition to the cushion block 89 of first embodiment, the setting of support member 21 also may be used
Increase the spacing of assembled component 29 and fixed side (not illustrating), to avoid front assembled plate portion 292 to encounter fixing
Side plate (does not illustrates).
Refer to Fig. 4 A to Fig. 4 D.Fig. 4 A is according to the slidingtype support body described in fourth embodiment of the invention
Schematic perspective view.Fig. 4 B is the partial exploded view of Fig. 4 A.Fig. 4 C is the assembled component of Fig. 4 A
Front-view schematic diagram with slide track component.Fig. 4 D is the floor map that each assembly of Fig. 4 C is exploded from one another.
The slidingtype support body 40 of the present embodiment, comprises support member 31, slide track component 38 ', an assembling
Component 39, one bearing part 400,1 first steady wheel 39a and one second steady wheel 31a.
Support member 31 is in order to be combined in a fixed position (such as laminate).
Slide track component 38 ' opens up formula slide rail the most entirely.Slide track component 38 ' comprises a retaining rail part 32,
First rolling assembly 33, linking rail part 36,1 second rolling assembly 37 and an active rail part 38.Fixing
Rail part 32 is incorporated into support member 31.First rolling assembly 33 is slidingly disposed at retaining rail part 32.Linking rail
Part 36 is slidingly disposed at retaining rail part 32 by the first rolling assembly 33.Specifically, linking rail part
36 comprise one first rail part 34 and one second rail part 35.First rail part 34 and the second back-to-back phase of rail part 35
Fold, and the first rail part 34 is slidingly disposed at the first rolling assembly 33.Second rolling assembly 37 is slidably
It is located at the second rail part 35 of linking rail part 36.Active rail part 38 is located at linking by the second rolling assembly 37
Second rail part 35 of rail part 36.
Assembled component 39 comprises vertical plate part 391, horizontal plate part 395 and a vertical plate part 396.Riser
Portion 391 is vertically installed in the vertical of active rail part 38.Horizontal plate part 395 is connected to vertical plate part 391
Apical margin.Further, horizontal plate part 395 hides the top in slide track component 38 '.Vertical plate part 396 connects
In horizontal plate part 395 away from the side of vertical plate part 391.
In the present embodiment, horizontal plate part 395 is the apical margin being connected to vertical plate part 391 one-body moldedly.But
Being not limited thereto, in other embodiments (not illustrating), vertical plate part 391, horizontal plate part 395 and hangs down
Straight plate part 396 can be the one-body molded of aluminium extruded molding, and horizontal plate part 395 and a vertical plate part 396 also may be used
To be the apical margin being detachably combined in vertical plate part 391 respectively.
Bearing part 400 for example, pylon, is installed in the vertical plate part 391 of assembled component 39.
First steady wheel 39a level is located at the rear end of the horizontal plate part 395 of assembled component, and between vertical plate part
Between 391 and vertical plate part 396.The vertical ends 311 on support member 31 top is between the first steady wheel 39a
And between vertical plate part 391, and the first steady wheel 39a is resisted against the vertical ends 311 of support member 31.It is worth
It is noted that the first steady wheel 39a is not limited to against the vertical ends 311 being located at support member 31 top,
In other embodiments, it is also possible to be resisted against the vertical ends (not illustrating) of support member 31 bottom.
Second steady wheel 31a level is located at the front end of support member 31, and is resisted against the riser of assembled component 39
Portion 391.But being not limited thereto, in other embodiments, the second steady wheel 31a also can be resisted against by group
The folded end (not illustrating) that horizontal plate part 395 bending of dress component 39 extends.
The first above-mentioned steady wheel 39a and the rotation axis A of the second steady wheel 31a is orthogonal to slide track component 38 '
Glide direction D.Further, by the first steady wheel 39a and the configuration of the second steady wheel 31a, can be significantly
Alleviate produced swag phenomenon when bearing part 400 slides.
Additionally, be the first rail part 34 and the back-to-back knot being stacked of the second rail part 35 by above-mentioned linking rail part 36
Structure, the structural strength of Strengthenable rank slide track component 38 ', and the slip promoting slide track component 38 ＇ further is steady
Qualitative.
Refer to Fig. 5 A to Fig. 5 D.Fig. 5 A is according to the slidingtype support body described in fifth embodiment of the invention
Schematic perspective view.Fig. 5 B is the partial exploded view of Fig. 5 A.Fig. 5 C is the assembled component of Fig. 5 A
Front-view schematic diagram with slide track component.Fig. 5 D is the floor map that each assembly of Fig. 5 C is exploded from one another.
The slidingtype support body 50 of the present embodiment comprises a slide track component 48 ', assembled component 49 and a carrying
Part 500.
Slide track component 48 ' opens up formula slide rail the most entirely.Slide track component 48 ' comprises a retaining rail part 42,
First rolling assembly 43, linking rail part 46,1 second rolling assembly 47 and an active rail part 48.Fixing
Rail part 42 is in order to be combined in a fixed position (such as laminate).First rolling assembly 43 is slidingly disposed at fixing
Rail part 42.Linking rail part 46 is slidingly disposed at retaining rail part 42 by the first rolling assembly 43.Second
Rolling assembly 47 is slidingly disposed at linking rail part 46.Active rail part 48 is set by the second rolling assembly 47
In linking rail part 46.
The "U" shaped of the cross section of assembled component 49 for example, English alphabet.The activity of slide track component 48 ＇
Rail part 48 is incorporated into assembled component 49.Wherein, assembled component 49 cladding shaded portions slide track component 48 '.
Additionally, the bottom of assembled component 49 has a horizontal plate part 495.
Bearing part 500 for example, pylon.Bearing part 500 is installed in the horizontal plate part 495 of assembled component 49,
Slide being relatively fixed rail part 42.
Refer to Fig. 6 A to Fig. 6 D.Fig. 6 A is according to the slidingtype support body described in sixth embodiment of the invention
Schematic perspective view.Fig. 6 B is the partial exploded view of Fig. 6 A.Fig. 6 C is the assembled component of Fig. 6 A
Front-view schematic diagram with slide track component.Fig. 6 D is the floor map that each assembly of Fig. 6 C is exploded from one another.
The slidingtype support body 60 of the present embodiment, comprises support member 61, two slide track component 68 ', an assembling
Component 69, one bearing part 700.
Support member 61 comprises a supporting part 61a and a junction 61b.Supporting part 61a is solid in order to be combined in one
Determine position (such as laminate).Connecting portion 61b is positioned at below supporting part 61a, and respectively in connection with in supporting part 61a
Opposite end.Above-mentioned supporting part 61a and connecting portion 61b are formed in one formula, but are not limited thereto,
In other embodiments, the supporting part 61a and connecting portion 61b of support member 61 can also be knockdown structure.
Slide track component 68 ' opens up formula slide rail the most entirely.Each slide track component 68 ' comprise a retaining rail part 62,
One first rolling assembly 63, linking rail part 66,1 second rolling assembly 67 and an active rail part 68.Two
It is incorporated into the opposite sides of link 61b retaining rail part 62 virtual symmetry respectively.Virtual symmetry used
Refer to that being horizontally disposed with of two retaining rail parts 62 is the most close.2 first rolling assemblies 63 respectively slidably set
In two retaining rail parts 62.Two linking rail parts 66 are slidingly disposed at by 2 first rolling assemblies 63 respectively
Two retaining rail parts 62.Specifically, each linking rail part 66 comprises one first rail part 64 and one second rail part
65.First rail part 64 is back-to-back with the second rail part 65 to be stacked, and 2 first rail parts 64 respectively slidably set
In 2 first rolling assemblies 63.2 second rolling assemblies 67 are respectively slidably located at two linking rail parts 66
2 second rail parts 65.Two active rail parts 68 are located at two linking rail parts 66 by 2 second rolling assemblies 67 respectively
2 second rail parts 65.
The "U" shaped of the cross section of assembled component 69 for example, English alphabet.The two of two slide track component 68 ＇
Active rail part 68 is respectively in connection with in the opposite sides of assembled component 69.Wherein, assembled component 69 is positioned at support
The lower section of plate 61a, and cover two slide track components 68 '.Additionally, the bottom of assembled component 69 has a water
Flat part 695.
Bearing part 700 for example, pylon.Bearing part 700 is installed in the horizontal plate part 695 of assembled component 79,
Slide with relative support 61.It is arranged at connecting portion by above-mentioned two slide track component 68 ' virtual symmetry
The opposite sides of 61b, and linking rail part 66 be the first rail part 64 and the back-to-back knot being stacked of the second rail part 65
Structure, to promote the sliding stability of slide track component 68 ＇ further.
The bearing part that it should be noted that the various embodiments described above is a length of of fixed design, i.e. bearing part
Non-telescoping design, but be not limited thereto, can also set for movable in other embodiments (not illustrating)
Meter, i.e. bearing part is multisection type, makes a length of telescopic design of bearing part.
Additionally, the first steady wheel and the second steady wheel be stored in above-mentioned 4th embodiment, but not as
Limit, in other embodiments, also can be provided only with the first steady wheel or the second steady wheel.
The slidingtype support body provided according to above-mentioned section Example, carrier replaces side by two assembled components
The design of plate structure, to allow carrier and two assembled components jointly around forming a storage tank with relatively saving material.When
So, it is possible on two assembled components, design air-vent, make storage tank have airing function for receiving medicated clothing,
Medicated clothing is avoided to make moist mouldy flavescence.
Furthermore, in the slidingtype support body that above-mentioned section Example is provided, by steady wheel or steady slide rail
Configuration so that bearing part can more stably relative support slide.
Additionally, in the slidingtype support body that above-mentioned section Example is provided, linking rail part be the first rail part with
The second back-to-back design being stacked of rail part, the structural strength of Strengthenable rank slide track component, and promote cunning further
The sliding stability of rail assembly.
Certainly, the present invention also can have other various embodiments, without departing substantially from present invention spirit and the feelings of essence thereof
Under condition, those of ordinary skill in the art can make various corresponding change and deformation according to the present invention, but this
A little corresponding changes and deformation all should belong to the protection domain of the claims in the present invention.
Claims (10)
1. a slidingtype support body, it is characterised in that comprise:
At least two slide track components, this slide track component each comprises:
One retaining rail part；
One first rolling assembly, is located at this retaining rail part；
One linking rail part, is located at this retaining rail part by this first rolling assembly；
One second rolling assembly, is located at this linking rail part；And
One active rail part, is located at this linking rail part by this second rolling assembly；
At least two assembled components, are installed in this two active rails part of this two slide track component respectively；And
At least one bearing part, the opposite sides of this bearing part is installed in this two assembled component respectively, and by being somebody's turn to do
Two assembled components and be connected to this two active rails part；
This assembled component of each of which comprises a vertical plate part, and this vertical plate part is vertically arranged, the top of this vertical plate part
Edge bending is extended with a horizontal plate part, and this two horizontal plate part covers this two slide track component respectively.
Slidingtype support body the most according to claim 1, it is characterised in that this assembled component further includes one
Front assembled plate portion, assembled plate portion and an assembled plate portion, the end after one, this front assembled plate portion, this rear assembled plate portion and
This assembled plate portion, end is connected to the leading edge of this vertical plate part, trailing edge and root edge, and this bearing part comprises a header board
Part, plate and a floor piece after one, this front plate, this rear plate and this floor piece are installed in this assembling respectively
This front assembled plate portion of component, this rear assembled plate portion and this assembled plate portion, end and make this bearing part and this assembling structure
This vertical plate part of part is jointly around forming a storage tank.
Slidingtype support body the most according to claim 1, it is characterised in that this linking rail part comprises one
One rail part and one second rail part, the second rail part is back-to-back is stacked with this for this first rail part.
4. according to the slidingtype support body described in Claims 2 or 3, it is characterised in that further include a support member,
This support member is combined in a fixed position, and this retaining rail part is vertically installed in this support member, and this retaining rail part leads to
Cross this support member group and be connected on this fixed position.
Slidingtype support body the most according to claim 4, it is characterised in that this support member further includes a screening
Shield, when this slide track component is in a collapse state, this assembled component is positioned at the side of this support member, and should
Covering and this horizontal plate part cover the top of this slide track component jointly.
Slidingtype support body the most according to claim 1, it is characterised in that this bearing part is mounted on this group
This horizontal plate part of dress component.
7. a slidingtype support body, it is characterised in that comprise:
One support member；
At least one slide track component, comprises:
One retaining rail part, is installed in this support member；
One first rolling assembly, is located at this retaining rail part；
One linking rail part, is located at this retaining rail part by this first rolling assembly；
One second rolling assembly, is located at this linking rail part；And
One active rail part, is located at this linking rail part by this second rolling assembly；
Least one set dress component, is installed in this active rail part；
One stabilizing member, is positioned at the side of this slide track component, and be resisted against this support member and this assembled component it
Between；And
At least one bearing part, is installed in this assembled component, and is connected to this active rail part by this assembled component；
Wherein this assembled component comprises a vertical plate part, and this vertical plate part is vertically arranged, and the top edge of this vertical plate part is curved
Folding is extended with a horizontal plate part, and this horizontal plate part covers this slide track component.
Slidingtype support body the most according to claim 7, it is characterised in that this stabilizing member further includes:
One first steady wheel, this first steady wheel level is located at the rear end of this horizontal plate part of this assembled component,
One vertical ends of this support member is between this first steady wheel and this vertical plate part, and this first steady wheel supports
It is against this vertical ends of this support member；And
One second steady wheel, this second steady wheel level is located at the front end of this support member, and is resisted against this assembling
Component.
9. a slidingtype support body, it is characterised in that comprise:
At least one slide track component, comprises:
One retaining rail part；
One first rolling assembly, is located at this retaining rail part；
One linking rail part, is located at this retaining rail part by this first rolling assembly；
One second rolling assembly, is located at this linking rail part；And
One active rail part, is located at this linking rail part by this second rolling assembly；
Least one set dress component, is installed in this active rail part of this slide track component；And
At least one bearing part, is installed in this assembled component, and is connected to this active rail part by this assembled component；
Wherein this assembled component comprises a vertical plate part, and this vertical plate part is vertically arranged, and the top edge of this vertical plate part is curved
Folding is extended with a horizontal plate part, and this horizontal plate part covers this slide track component.
Slidingtype support body the most according to claim 9, it is characterised in that this assembled component further includes
Assembled plate portion before one, assembled plate portion and an assembled plate portion, the end, this front assembled plate portion, this rear assembled plate portion after one
And this assembled plate portion, end is connected to the leading edge of this vertical plate part, trailing edge and root edge, before this bearing part comprises one
Plate, plate and a floor piece after one, this front plate, this rear plate and this floor piece are installed in this group respectively
Fill this front assembled plate portion of component, this rear assembled plate portion and this assembled plate portion, end and make this bearing part and this assembling
This vertical plate part of component is jointly around forming a storage tank.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510323168.0A CN106263701A (en) | 2015-06-12 | 2015-06-12 | Slidingtype support body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510323168.0A CN106263701A (en) | 2015-06-12 | 2015-06-12 | Slidingtype support body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106263701A true CN106263701A (en) | 2017-01-04 |
Family
ID=57650613
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510323168.0A Pending CN106263701A (en) | 2015-06-12 | 2015-06-12 | Slidingtype support body |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106263701A (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201019269Y (en) * | 2007-03-28 | 2008-02-13 | 沈敏镝 | Improved structure for frame |
| CN101683218A (en) * | 2008-09-25 | 2010-03-31 | 世塑有限公司 | Detachable sliding rail |
| CN204087078U (en) * | 2013-03-13 | 2015-01-07 | 以乔纳森工程方案名义经营的乔纳森制造公司 | Slide assemblies |
-
2015
- 2015-06-12 CN CN201510323168.0A patent/CN106263701A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201019269Y (en) * | 2007-03-28 | 2008-02-13 | 沈敏镝 | Improved structure for frame |
| CN101683218A (en) * | 2008-09-25 | 2010-03-31 | 世塑有限公司 | Detachable sliding rail |
| CN204087078U (en) * | 2013-03-13 | 2015-01-07 | 以乔纳森工程方案名义经营的乔纳森制造公司 | Slide assemblies |
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Application publication date: 20170104 |