CN109677309A - Saucer component - Google Patents
Saucer component Download PDFInfo
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- CN109677309A CN109677309A CN201710977330.XA CN201710977330A CN109677309A CN 109677309 A CN109677309 A CN 109677309A CN 201710977330 A CN201710977330 A CN 201710977330A CN 109677309 A CN109677309 A CN 109677309A
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- arm
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- support component
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60N—SEATS SPECIALLY ADAPTED FOR VEHICLES; VEHICLE PASSENGER ACCOMMODATION NOT OTHERWISE PROVIDED FOR
- B60N3/00—Arrangements or adaptations of other passenger fittings, not otherwise provided for
- B60N3/10—Arrangements or adaptations of other passenger fittings, not otherwise provided for of receptacles for food or beverages, e.g. refrigerated
- B60N3/105—Arrangements or adaptations of other passenger fittings, not otherwise provided for of receptacles for food or beverages, e.g. refrigerated for receptables of different size or shape
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- Transportation (AREA)
- Mechanical Engineering (AREA)
- Passenger Equipment (AREA)
- Vehicle Step Arrangements And Article Storage (AREA)
Abstract
The application one or more embodiment provides a kind of saucer component.Saucer component can include: bottom wall；The peripheral wall being connected with bottom wall, wherein bottom wall and peripheral wall limit the cavity for accommodating container；What is radially extended on peripheral wall is located at the first plane, the first support component of the second plane and the second support component, first support component, the second support component respectively include at least first group of supporting block and second group of supporting block spaced apart, and the first plane and the second plane are generally parallel to bottom wall and have different distances apart from bottom wall；It is separably connected to the support plate of the first support component or the second support component, wherein support plate includes at least the first arm and the second arm, and the first arm and the second arm are optionally placed in the first support component or in the second support component.
Description
[technical field]
This application involves a kind of cup holder with adjustable depth components.
[background technique]
Saucer can be equipped in usual vehicle to meet the needs of passenger places beverage container.Existing saucer wide variety,
In some cases, fixed saucer is provided since space limits, however fixed-size saucer is difficult to meet a variety of drinks
The demand of material container size, it is not steady enough in vehicle travel process if container size for fixed saucer is excessively high
It is fixed.In order to solve the problems, some solutions are proposed in the prior art.
Such as U.S. Patent application US8276964B2 provides a kind of vehicle central armrest box comprising storage device,
The storage device includes the memory space of open-top, bottom wall and side wall, and has bracket for cross spacing article
The mechanism in portion is separably connected to side wall and the folding plate support being placed in storage device.
Inventors realized that mechanism may not be able to meet a variety of height adjustments in the prior art, and structure is complicated, thus
Device that is a kind of simple and easy and being able to satisfy different height adjusting is intended to provide to solve at least one existing technical problem.
[application content]
According to the one aspect of the application, a kind of saucer component is provided.Saucer component can include: bottom wall；It is connected with bottom wall
Peripheral wall, wherein bottom wall and peripheral wall limit the cavity for accommodating container；What is radially extended on peripheral wall is located at first
Plane, the first support component of the second plane and the second support component, the first support component, the second support component respectively include
First group of supporting block and second group of supporting block spaced apart, the first plane and the second plane are generally parallel to bottom wall and the bottom of apart from
Wall has different distances；It is separably connected to the support plate of the first support component or the second support component, wherein support plate
Including at least the first arm and the second arm, the first arm and the second arm are optionally placed in the first support component or the second support
The depth of cavity is limited on component.
In one embodiment, wherein the first support component includes two supporting blocks being oppositely arranged, the first arm and second
The free end of arm is sized to be overlapped in two supporting blocks and when change support plate is with respect to the first support component
The first arm and the second arm may pass through the gap between two supporting blocks when position.
In another embodiment, wherein maximum radius of the support plate apart from its center is greater than center to corresponding supporting block
End minimum range so that each arm can be overlapped on the supporting block of the first or second support component under first state
On；And wherein least radius of the support plate away from its center is less than the minimum range at the center to the end of corresponding supporting block, works as rotation
Turn under the support plate to the second state of the relatively described first or second support component, each arm of support plate can be in institute
It states and is moved up and down between the supporting block of first or second support component.
In yet another embodiment, wherein the first, second support component includes two supporting blocks being oppositely arranged, and the
One support component, the supporting block of the second support component alignment in a longitudinal direction.
In yet another embodiment, wherein the first, second support component includes two supporting blocks being oppositely arranged, and the
One support component, the supporting block of the second support component are staggered in a longitudinal direction.
In yet another embodiment, wherein supporting block is step, that is, supporting block has platform in the section of longitudinal direction
Stepped shape, when support plate is selectively placed in first or second support component, support plate is placed on the bottom of supporting block
On portion's step.
In yet another embodiment, wherein the first support component includes spaced three supporting blocks, support plate includes
Spaced first arm, the second arm and third arm, under the opposite first support component first state of support plate, first
Arm, the second arm, third arm can be overlapped in three supporting blocks, under opposite first the second state of support component of support plate, first
Arm, the second arm, third arm may pass through the gap between three supporting blocks.
In yet another embodiment, the section of peripheral wall is circle, wherein the first support component includes spaced three
Supporting block, support plate include spaced first arm, the second arm and third arm, wherein every two supporting block end it
Between distance be greater than the first arm, the distance of the second arm and third arm circumferentially support plate made to turn to the first arm, the second arm
And third arm, when being located in the interval between three supporting blocks, support plate can be moved up and down freely.
In yet another embodiment, there are uniform interval, and three supports between the first arm, the second arm and third arm
Block also has uniform gap.
In yet another embodiment, wherein the centre of support plate has an opening so that in user's grasping.
In yet another embodiment, wherein the first support component adjacent bottom wall, wherein bottom wall has corresponding to opening
Sunk area provides for the finger of user and operates the space of support plate in the second support component.
In yet another embodiment, wherein the size of sunk area is greater than open area.
In yet another embodiment, at least one supporting block of the first support component includes two ends and interlude,
In two ends relatively toward the opening direction extension of saucer component the first arm of support plate is fallen into and circumferentially
It limits between the two ends.
In yet another embodiment, at least one supporting block of the first support component includes limit recess, and the of support plate
The bottom of one arm or the second arm includes that the restriction protrusion of corresponding recess makes when the first arm or the second arm stop at supporting block
Limit recess and restriction protrusion cooperation can to avoid the first arm or the second arm circumferentially rotating relative to supporting block.
In yet another embodiment, wherein including at least one briquetting at least one supporting block of the first support component,
The gap for allowing the first arm to pass through is formed between briquetting and at least one supporting block.
In yet another embodiment, wherein being set at least one supporting block of the first support component or the second support component
Resilient material layer.
According to a further aspect of the present invention, the central handrail box in a kind of vehicle is provided.Central handrail box is deposited with container
Store up space.The peripheral wall that container storage space can have bottom wall and be connected with bottom wall；On peripheral wall to be located at first flat
Face, the second plane the first support component and the second support component, between the first support component, the second support component respectively include
The first group of supporting block and second group of supporting block separated, the first plane and the second plane are generally parallel to bottom wall and apart from bottom wall
With different distances；It is separably connected to the support plate of the first support component or the second support component, support plate may be selected
It is placed on the depth that memory space is limited in first group of supporting block or second group of supporting block to property.
In one embodiment, wherein container storage space is two, and is equipped between two memory spaces for depositing
Store up support plate, the sunk area of electronic equipment or card.
In another embodiment, wherein support plate includes at least base portion and spaced first arm, the second arm and the
Three arms, the centre of base portion include opening, the side of being set between the size of opening and the first arm, the second arm and third arm
Just user grasps to move in memory space.
Another aspect according to the present invention provides the central handrail box in a kind of vehicle.Central handrail box is deposited with container
Store up space, the peripheral wall that container storage space has bottom wall and is connected with bottom wall；It is located at the first of the first plane on peripheral wall
Support component, the first support component include at least three supporting blocks spaced apart, and the first plane is generally parallel to bottom wall and distance
Bottom wall certain distance；It is separably connected to the support plate of the first support component, support plate includes at least base portion and interval setting
The first arm, the second arm and third arm, the centre of base portion includes opening, the size of opening and the first arm, the second arm and third arm
Between be set to facilitate user to grasp with memory space movement can be selectively placed on by user in three supporting blocks
To limit the depth of memory space.
In one embodiment, wherein the free end of the first arm, the second arm and third arm along peripheral wall circumferential ruler
It is very little be less than the distance between every two supporting block end support plate made to turn to the first arm, the second arm and third arm be located at
Support plate can be moved up and down freely when in the interval between supporting block.
Individually or be read in conjunction with the figure following specific embodiment, the above-mentioned advantage and further advantage of the application and
Feature will become obvious.
[Detailed description of the invention]
In order to be more fully understood from embodiments herein, should with reference in the accompanying drawings in more detail explanation and under
The embodiment being illustrated by way of example in text, in which:
Fig. 1 schematically shows the vehicle central armrest box in the application one embodiment.
Fig. 2 schematically shows the application central handrail box shown in FIG. 1 along longitdinal cross-section diagram shown in A-A.
Fig. 3 A-3B schematically shows the support plate of Vehicular cup stand component in the application one embodiment in different shapes
Top view under state.
Fig. 4 A-4B schematically show the longitdinal cross-section diagram of Vehicular cup stand component in another embodiment of the application with
And top view.
Fig. 5 A- Fig. 5 B schematically shows the supporting block and branch of Vehicular cup stand component in another embodiment of the application
The longitudinal view and top view of the part of fagging.
Fig. 6 schematically shows the supporting block and support plate of Vehicular cup stand component in another embodiment of the application
Longitudinal side view.
Fig. 7 schematically depicts the top view of Vehicular cup stand component in other embodiments of the application.
Fig. 8 schematically depicts the top view of Vehicular cup stand component in other embodiments of the application.
[specific embodiment]
For the label in attached drawing, same or similar label is used to indicate same or similar component.Retouching below
In stating, multiple operating parameters and component are described in various embodiments.These specific parameters and component are only used as example packet
It includes herein and is not meant to limit.
As needed, the application specific embodiment is disclosed in this specification；It however, it should be understood that disclosed embodiment
The example of the application and it can only be implemented with a variety of alternative forms.Attached drawing is not necessarily to scale；It can zoom in or out
Feature is to show the details of particular elements.So specific structural and functional details disclosed herein should not be construed as limiting,
And it is only the representative basis for instructing those skilled in the art to implement the application in a variety of forms.
As referred in the application background technique, the saucer wide variety provided in existing vehicle, but existing design
It is difficult to meet diversified demand under the premise of structure is simple.In particular, if container is for saucer for fixing
Size is excessively high, then is not sufficiently stable in vehicle travel process.Also, when user manipulates gear lever, the arm of user may
It touches container and will affect operation.The saucer for providing height adjustment in the prior art would generally be related to complicated regulating mechanism, so
And such mechanism also adds a possibility that mechanism error while bring complexity, noise vibration is uneven pliable etc..This Shen
Inventor please proposes a kind of simple cup holder device of structure, with solve the problems, such as it is in the prior art at least one.
Fig. 1 schematically shows the local interior trim of vehicle.As shown in Figure 1, automobile interior may include central handrail box
100, central handrail box 100 has saucer component 110 and traditional storage box 120 including container storage space, saucer group
Part 110 is here it is shown that being includes two saucers 110a and 110b, and is equipped between two saucers 110a and 110b for storing
The sunk area or holding tank 130 of article such as electronic equipment or card are for storing electronic equipment/card or other objects
Product.Padded coaming, such as rubber material can be equipped in holding tank 130, it is pliable to mitigate noise vibration and injustice.And
Electronic equipment/card holding tank 130 size can store enough electronic equipment or card, in this position with relative narrowness
It sets, taking and placing for user can be easily facilitated, the portable electronic products such as such as mobile phone are placed on biography to eliminate
Necessity in the storage box 120 of system, and avoid the subsequent trouble that electronic equipment is found from multiple articles.In this example
In, wherein gear lever 140 is located at the side of saucer 110a, 110b, and in other examples, gear lever 140 can be located at saucer
The other side of 110a, 110b.When user's operation gear lever, arm can be bent, in this way, too high container will affect gear lever
Operation.It will be understood the other positions that container storage space can also be located in vehicle, be such as, but not limited to located at heel row
In armrest box between seat, it will be understood that the container storage device at other positions equally can use the application implementation
The scheme of example obtains advantage.
Fig. 2 schematically shows that the saucer component of the application central handrail box shown in FIG. 1 is indulged along shown in A-A
To sectional view.In one embodiment, as shown, saucer 110a, 110b can have identical or slightly discrepant construction,
Electronic equipment/card holding tank can be set (in other words between two memory spaces) between two saucers 110a and 110b
130.It is appreciated that in other examples, saucer 110a and 110b also can have different constructions.For simplicity, exist
This introduces its specific structure by taking saucer 110a as an example.It is appreciated that saucer 110b has similar structure.With multiple cups
In the case of support, multiple saucers can have herein or at other positions described in saucer 110a structure.At one or
In multiple examples, saucer 110a can have bottom wall 200 and the peripheral wall being connected with bottom wall 200 210.In this example, peripheral wall
The first support component 220, the second support component 230, third support group are equipped with along the depth direction T of saucer 110a on 210
Part 240 and the 4th support component 250, wherein each group support component is located at the first plane, the second plane, third plane,
Four planes, in one example, the first plane, the second plane, third plane and fourth plane it is substantially parallel with bottom wall 200 and
And there is different distances apart from bottom wall 200.It is appreciated that the quantity of support component can be according to needing to change, such as one
The first support component is only needed in a little examples, can provide two support components or more support components in other examples.?
It is also provided with the finger component 112 of fixed container in some examples, in saucer, can have for example Chinese utility model
Construction described in patent 201521005499.1.Further, saucer 110a further include separably with each support group
The support plate 260 that part combines is placed on the first, second, third, fourth supporting element to 260 property of can choose of support plate to limit
The depth of memory space is determined to meet the needs of different user, different vessels size.When not needing using support plate 260,
It can be placed on the bottom of saucer 110a or 110b, or support plate 260 can also be placed in above-mentioned storage box
120 or holding tank 130 in.The schematic structure of each support component and support plate is further described below with reference to Fig. 3 A-3B.
Fig. 3 A-3B schematically shows the support plate 260 of Vehicular cup stand component in the application one embodiment in difference
Top view under state.In conjunction with Fig. 2 and with further reference to Fig. 3 A-3B, the peripheral wall 210 of saucer 110a or 110b have circle
Section.And radially extending the support component of setting around peripheral wall 210 may include two or more supporting blocks, scheme
In the example shown, support component radially extends toward center around peripheral wall 210.First, second, third, fourth support component
220,230,240,250 it can have similar construction.In one example, the first, second, third, fourth support component
220,230,240,250 can on longitudinal direction T alignment.In this way when needing to adjust depth convenient in a path
Move up support plate 260.In other examples, the first, second, third, fourth support component 220,230,
240, it 250 can be staggered on longitudinal direction T.Setting is so that support plate 260 needs rotation could upward or downward in this way
It is moved in different support components.It successively adjusts so that support plate 260 will not fall into always bottom wall because of sliding, and if
Sliding, which occurs, in support plate 260 will not fall directly into bottom, can at least rest in next layer of support component.The first,
Two, third, the 4th support component 220,230,240,250 can be formed on inner wall 210 by integrally formed mode,
Subsequent be installed can be passed through and forming interconnecting piece on inner wall 210.
With continued reference to Fig. 2-Fig. 3 B, illustrate by taking the first support component 220 as an example, other support components also can have phase
With setting.In one example, the first support component 220 may include spaced three supporting block 220a, 220b,
220c, and support plate 260 includes spaced first arm 260a, the second arm 260b and third arm 260c.In support plate
Under 260 opposite first support component, 220 first states, as shown in Fig. 3 A, first the second arm of arm 260a 260b, third arm 260c
The clearance G between three supporting blocks 220a, 220b, 220c can be may pass through so as to along on longitudinal direction T shown in Fig. 2
Under move freely.In other words, wherein the distance between the circumferential end of the 220a and 220b of every two supporting block such as diagram
G be greater than the first arm 260a, the second arm 260b and third arm 260c circumferentially distance (or be greater than the first arm 260a, the second arm
The distance of 260b and the end third arm 260c circumferentially), for example, diagram the first arm end circumferential size W.When rotation branch
Under fagging 260 to opposite first support component, 220 second state, the first arm 220a, the second arm 220b, third arm 220c can be taken
It connects on three supporting blocks 260a, 260b, 260c.In one or more examples, the first arm 260a, the second arm 260b and
There is uniform interval between three arm 260c, and also there is uniform gap between three supporting blocks 220a, 220b, 220c.
In one or more embodiments, it is greater than in this referring to Fig. 3 A, maximum radius r2 of the support plate 260 away from its center C
The minimum range R of heart C to the end of corresponding supporting block makes in the first state, each arm can be overlapped on any support
In the supporting block of component.In addition, least radius r1 of the support plate 260 away from its center C is less than center C to corresponding supporting block
The minimum range R of longitudinal end to rotate under support plate 260 to relatively any the second state of support component so that working as, each
A arm can move up and down between the supporting block of any support component.It should be understood that maximum or minimum in above-mentioned example
Radius can be understood as maximum or smallest radial size, the i.e. distance on centre distance periphery, maximum or least radius to retouch
It states and is not meant to limit support plate as circle, can have other the suitable shapes met the size requirements.In addition, answering
It should be appreciated that although there are three arms for the tool of support plate 260 in above-mentioned example, it is possible to understand that the setting of the size can also be applied to
Other embodiments described in herein or at other positions.
With further reference to Fig. 2-Fig. 3 B, in one or more examples, supporting block is step, as shown in Fig. 2, vertical
To on the section of direction T, supporting block has the section of step, when support plate 260 is selectively placed in first, second,
When in third or the 4th support component, support plate is placed in the bottom stage of supporting block.In the example shown in the series of figures, saucer
Memory space can have the bore gradually increased, or as shown, saucer the side wall section on T in a longitudinal direction
Shape be it is trapezoidal, close to opening direction on have maximum size.It is each in the case of saucer has inclined side wall
The distance between the circumferential end of two supporting blocks of support component G is all larger than the distance W of each arm of support plate circumferentially.
Certain inclined side wall it is not necessary to.
In another example, wherein the centre of support plate 260 has opening 262 in order to user's grasping.At another
In embodiment, 220 adjacent bottom wall 200 of the first support component, wherein bottom wall 200 has the sunk area for corresponding to opening 262
202 when operating support plate 260 near the first support component 220, or from bottom wall 200 in order to taking support plate 260
When, the space of operation support plate 260 is provided for the finger of user.In one example, the size of sunk area 202 can be greater than
The size of opening 262 is consequently facilitating user's finger is taken.
Fig. 4 A-4B schematically show the longitdinal cross-section diagram of Vehicular cup stand component in another embodiment of the application with
And top view.In this example, saucer 110a can have structure similar in above-described embodiment, the difference is that, at least
It include at least one briquetting at least one supporting block 230a of second support component 230 of one support component such as diagram
231, on longitudinal direction T, the gap for allowing the first arm 260a to pass through is formed between briquetting 231 and supporting block 230a.Work as support
When plate 260 is located at the height of corresponding second support component 230, support plate 260 can be moved in parallel into briquetting 231 and supporting block
Gap between 230a.Briquetting 231 can be more advantageous to the fixation of support plate 260, prevent vibration and coherent noise.One
In a example, the surface (and other supporting blocks) of briquetting 231 and/or supporting block 230a may include flexible material layer, such as
Rubber material.In one example, the gap between briquetting 231 and supporting block 230a and support plate 260 are formed more close
Cooperation makes it be not easy to rotate under general scenario or longitudinally beat.It is appreciated that any support component can have
There is above-mentioned setting.
Fig. 5 A- Fig. 5 B schematically shows the branch of Vehicular cup stand component saucer 110a in another embodiment of the application
The longitudinal side view and top view of bracer and the overlapping mode of support plate.In this example, saucer 110a can have similar
The structure shown in above-mentioned Fig. 2-Fig. 3 B, the difference is that at least one support component includes position limiting structure.With the first support
It is illustrated for component 220, in this example, at least one supporting block 220a of the first support component 220 includes main part
222 and two end 221a, 221b, two of them end 221a, 221b are from 222 protrusion of main part relatively toward the cup
The opening direction of support component extends (T is upward in a longitudinal direction) and forms recessed groove 225.Such as the first arm of support plate 260
260a can be fallen into and rotating to the top of recessed groove 225 (such as from dotted line shown in position) and circumferentially be limited to two
Between a end 221a, 221b.At least one supporting block 220a of limit by to(for) support plate 260, so that working as support plate
260 circumferential movement will not occur and fall into deeper when being placed in support component due to jolting in vehicle operation etc.
Position.It is appreciated that one or more supporting blocks of one or more support components have the limit knot in above-mentioned example
Structure.
Fig. 6 schematically shows the supporting block and support plate of Vehicular cup stand component in another embodiment of the application
The longitudinal side view of connection type.Similar with the example of Fig. 5 A-5B, at least one support component includes position limiting structure.With
It is illustrated for first support component 220, in this example, at least one supporting block of the first support component 220 is for example
220a includes limit recess 223, and the bottom of any arm of support plate 260 such as the first arm 260a includes the limit of corresponding recess 223
Position protrusion 263 cooperates limit recess 223 and restriction protrusion 263 when such as the first arm 260a stops at supporting block 220a
Can to avoid the first arm 220a or other arms circumferentially rotating relative to supporting block 220, cause using unstable factor etc..
It is appreciated that one or more supporting blocks of one or more support components have the position limiting structure in above-mentioned example.
Fig. 7, which is schematically showed, shows the supporting block and branch of Vehicular cup stand component in other embodiments of the application
The top view of the connection type of fagging.Shown in Fig. 7, in one or more examples, saucer component may include shown in Fig. 2 one
A or multiple support components, and the support plate 700 being detachably disposed in support component, herein with the second support component
Illustrate for 230.Second support component 230 may include two supporting blocks 230a and 230b being oppositely arranged, and correspondingly, branch
Fagging 700 may include the first arm 700a and the second arm 700b.First arm 700a and the second arm 700b can be symmetrical arranged.Show herein
In example, the free end (such as E of diagram) of the first arm 700a and the second arm 700b are sized to be overlapped on two branch
On bracer 230a and 230a and when change support plate 700 with respect to the second support component 230 position when the first arm 700a and second
Arm 700b may pass through the clearance G between two supporting blocks.When there are multiple support components, the size of support plate 700 needs needle
Above-mentioned requirements are all satisfied to each support component.
Fig. 8, which is schematically showed, shows the supporting block and branch of Vehicular cup stand component in other embodiments of the application
The top view of the connection type of fagging.In the example shown, multiple support components shown in Fig. 2, Fig. 8 equally be can have
Show that one or more support components include the example of multiple supporting blocks.It is said by taking third support component 240 as an example herein
It is bright.Third support component 240 may include spaced four supporting blocks 240a, 24bB, 240c and 240d, and correspondingly, branch
Fagging 800 can correspondingly include the first arm 800a, the second arm 800b, the second arm 800c, the second arm 800d.Each supporting block and branch
It can have uniform interval between each arm of fagging.In this example, similar, the free end of each arm 800a-800d
Portion is sized to be overlapped on each supporting block 240a-240d and when change support plate 800 is with respect to third support group
Each arm may pass through the gap between two supporting blocks to reach different depth adjustments when the position of part 240.
In above-mentioned one or more examples, the structure of the support plate of diagram and each support component has opposite rule
Then with centrosymmetric shape, it is possible to understand that the arm of support plate can have opposite central symmetry or axisymmetric setting, and
Centre/base portion of support plate can have different designs and be not necessarily centrosymmetric design.In the example of diagram
In, saucer has circular section, it is possible to understand that saucer also can have other shapes, such as ellipse/oblong.And phase
Ying Di, support plate can have adaptable corresponding shape, as long as meeting support plate can place under certain position situation
In support component, the gap of support component can be passed through under the situation of another location.
As this specification is stated, the application provides a kind of saucer component and tool by one or more embodiments
There is the vehicle armrest case of saucer component.The saucer component can be adapted for any suitable position, especially vehicle armrest case,
Car door, back seat handrail etc. are taken away the position of article convenient for user.By using separable support plate and around storage
The support component of the inner wall setting in space, and support plate is configured to can be placed in support component under a state, and
It may pass through support component in the other state and reach different depth, can reach convenient with relatively simple structure and adjust cup
Hold in the palm the function of depth.Limiting device is used in other examples, and further stability is provided.It can be according to practical need
It asks and multiple support components is set along the depth direction of memory space, and the specific structure of support component and support plate can
To be further set as desired.Those of skill in the art can be variously changed these specific embodiments,
The spirit and scope that modifications and variations are limited without departing from the claim of this application.
Point out in claim is considered as novel and non-obvious specific combination and sub-portfolio.These
Claim can be related to "one" element or " first " element or similar characteristics.Such claim should be understood that
Including one or more this elements, both neither requiring nor excluding two or more this elements.Feature, function, the member of description
Other combinations of part and/or characteristic and sub-portfolio can by modification to current claim or by the application or
It is proposed in related application and advocates right.Such claim, no matter its is wider, narrower, equivalent compared with former claim
Or it is different, it is all considered as including in the theme of the application.
Claims (20)
1. a kind of saucer component, comprising:
Bottom wall；
The peripheral wall being connected with bottom wall, wherein the bottom wall and the peripheral wall limit the cavity for accommodating container；
What is radially extended on the peripheral wall is located at the first plane, the first support component of the second plane and the second support
Component, first support component, the second support component respectively include first group of supporting block and second group of supporting block spaced apart,
First plane and the second plane are generally parallel to the bottom wall and have different distances apart from the bottom wall；
It is separably connected to the support plate of first support component or the second support component, wherein the support plate is at least wrapped
Include the first arm and the second arm, first arm and the second arm are optionally placed in first support component or described second
The space of holding said container is limited in support component.
2. saucer component as described in claim 1, wherein first support component includes two supporting blocks being oppositely arranged,
The free end of first arm and the second arm is sized to be overlapped in described two supporting blocks in the first state
And in the second condition when changing the position of relatively described first support component of support plate described in the first arm and described the
Two arms may pass through the gap between described two supporting blocks.
3. saucer component as claimed in claim 2, maximum radius of the support plate apart from its center is greater than the center extremely
The minimum range of the end of corresponding supporting block, so that each arm can be overlapped on the first or second support under first state
In the supporting block of component, and wherein least radius of the support plate away from its center is less than the center to the end of corresponding supporting block
The minimum range in portion makes under the rotation support plate to the relatively described first or second support component to the second state, described
Each arm of support plate can move up and down between the supporting block of the first or second support component.
4. saucer component as claimed in claim 2, first, second support component includes two supports being oppositely arranged
Block, and first support component, the supporting block of the second support component alignment in a longitudinal direction.
5. saucer component as claimed in claim 2, first, second support component includes two supports being oppositely arranged
Block, and first support component, the supporting block of the second support component are staggered in a longitudinal direction.
6. saucer component as described in claim 1, wherein the supporting block is step, when the support plate is by selectively
When being placed in the described first or described second support component, the support plate is placed in the bottom stage of the supporting block.
7. saucer component as described in claim 1, wherein first support component includes spaced three supporting blocks,
The support plate includes spaced first arm, the second arm and third arm, in the support plate relatively described
Under one support component first state, first arm, the second arm, third arm can be overlapped in three supporting blocks, described
Under relatively described the second state of first support component of support plate, first arm, the second arm, third arm may pass through three branch
Gap between bracer.
8. saucer component as described in claim 1, wherein the section of the peripheral wall is circle, wherein the first support group
Part includes spaced three supporting blocks, and the support plate includes spaced first arm, the second arm and
Three arms, wherein the distance between every two supporting block end is greater than the first arm, the distance of the second arm and third arm circumferentially makes
The support plate turns to first arm, the second arm and third arm Shi Suoshu in the interval between the supporting block
Support plate can be moved up and down freely.
9. saucer component as claimed in claim 8 has uniform interval between first arm, second arm and third arm, and
And three supporting blocks also have uniform gap.
10. saucer component as described in claim 1 grasps wherein the centre of the support plate has an opening so that in user.
11. saucer component as claimed in claim 10, wherein first support component is adjacent to the bottom wall, wherein described
Bottom wall provides for the finger of user with the sunk area corresponding to the opening and operates institute near second support component
State the space of support plate.
12. saucer component as described in claim 1, at least one supporting block of first support component include main part and
Two ends, two of them end extend relatively toward the opening direction of the saucer component from main part protrusion and are formed recessed
Slot is fallen into, the first arm of the support plate can fall into recessed groove and circumferentially limit between the two ends.
13. saucer component as described in claim 1, at least one supporting block of first support component includes that limit is recessed
It falls into, the first arm of the support plate or the bottom of the second arm include that the restriction protrusion of the corresponding recess makes when first arm
Or second arm stop at when the supporting block limit recess and restriction protrusion cooperation can be to avoid first arm or the
Two arms are circumferentially rotated relative to the supporting block.
It include at least one at least one supporting block of first support component 14. saucer component as described in claim 1
A briquetting forms the gap for allowing first arm to pass through between the briquetting and at least one described supporting block.
15. at least one support of saucer component as described in claim 1, first support component or the second support component
Block is equipped with elastomeric layer.
16. the central handrail box in a kind of vehicle, the central handrail box has container storage space,
The peripheral wall that the container storage space has bottom wall and is connected with bottom wall；
The first plane, the first support component of the second plane and the second support component, institute are located on the peripheral wall
State the first support component, the second support component respectively includes at least first group of supporting block and second group of supporting block spaced apart, institute
It states the first plane and the second plane is generally parallel to the bottom wall and has different distances apart from the bottom wall；
Support plate, the support plate are selectively placed in first group of supporting block or second group of supporting block to limit
The depth of the fixed memory space storage container.
17. central handrail box as claimed in claim 16, wherein the container storage space is two, and in described two storages
It is equipped between space for storing the support plate, the holding tank of electronic equipment or card.
18. central handrail box as claimed in claim 16, wherein the support plate includes at least base portion and spaced first
Arm, the second arm and third arm, the centre of the base portion include opening, the size of the opening and the first arm, the second arm and third
It is set to facilitate user to grasp to move in the memory space between arm.
19. the central handrail box in a kind of vehicle, the central handrail box has container storage space,
The peripheral wall that the container storage space has bottom wall and is connected with bottom wall；
On the peripheral wall be located at the first plane the first support component, first support component include it is spaced apart at least
Three supporting blocks, first plane are generally parallel to the bottom wall and apart from the bottom wall certain distances；
It is separably connected to the support plate of first support component, the support plate includes at least base portion and spaced
First arm, the second arm and third arm, the centre of the base portion include opening, the size of the opening and the first arm, the second arm and
It is set to facilitate user to grasp can selectively be placed on institute by user in memory space movement between third arm
State the depth that the memory space is limited in three supporting blocks.
20. central handrail box as claimed in claim 19, wherein the free end of first arm, the second arm and third arm
Being less than the distance between every two supporting block end along the circumferential size of the peripheral wall, that the support plate is turned to is described
The support plate can be moved up and down freely when first arm, the second arm and third arm are in the interval between the supporting block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710977330.XA CN109677309A (en) | 2017-10-19 | 2017-10-19 | Saucer component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710977330.XA CN109677309A (en) | 2017-10-19 | 2017-10-19 | Saucer component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109677309A true CN109677309A (en) | 2019-04-26 |
Family
ID=66184109
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710977330.XA Pending CN109677309A (en) | 2017-10-19 | 2017-10-19 | Saucer component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109677309A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110588475A (en) * | 2019-09-24 | 2019-12-20 | 一汽轿车股份有限公司 | Cup stand clamping mechanism with card slot |
-
2017
- 2017-10-19 CN CN201710977330.XA patent/CN109677309A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110588475A (en) * | 2019-09-24 | 2019-12-20 | 一汽轿车股份有限公司 | Cup stand clamping mechanism with card slot |
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| PB01 | Publication | ||
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Application publication date: 20190426 |