CN202269699U

CN202269699U - Multi-surface chair armrest structure

Info

Publication number: CN202269699U
Application number: CN201120310061XU
Authority: CN
Inventors: 杨骐铭; 陈宥廷
Original assignee: Isotech Products Inc
Current assignee: Isotech Products Inc
Priority date: 2011-08-24
Filing date: 2011-08-24
Publication date: 2012-06-13
Anticipated expiration: 2021-08-24

Abstract

The utility model is a multi-surface chair armrest structure which comprises an armrest pad disposed on a top surface of an armrest support; a chair seat is connected at the lower part of the armrest support; the armrest pad comprises a middle part; a plurality of armrest surfaces for bearing hands are disposed on the outer edge surface of the middle part; at least one positioning mechanism is disposed between the armrest pad and the armrest support; with the positioning mechanism, combined positioning and operation separation of the armrest pad relative to the armrest support can be performed; during separation, the armrest pad can be operated to rotate or move, and one of the plurality of armrest surfaces can be selected to be used for hand bearing; and thus the application effect of selective armrest surface changing of the utility model is realized.

Description

Multiaspect armrest of seat structure

Technical field

The utility model relates to a kind of armrest of seat structure, refers to a kind of armrest of seat structure with armrest pad of a plurality of handrail faces especially, but and the position of operational transformation armrest pad, selecting the handrail face on the conversion armrest pad, supply user's conversion to use.

Background technology

Present seat is for the more comfortable ride effects of person of promoting the seat; Usually two sides at seat are provided with armrest of seat for hand support, and this armrest of seat has multiple different designs, comprises various height guiding mechanisms or appearance and modeling variation etc.; Yet; The outer surface of existing armrest of seat pad (cushion body of abutment staff), its color, style or material are often fixed, as with from cutification; Should from cutification be utilize foaming body material and color and in mould in the foaming processing procedure nature form one deck musculus cutaneus on the surface; And should before moulding, just set from the color or the style of cutification, can't after moulding, do variation again, so be difficult to satisfy the needs of the various selection of user (consumer).

Because the shortcoming of aforementioned prior art, this case utility model designer satisfies this in actual design and the manufacturing experience of being engaged in armrest for many years, and the improvement of concentrating on studies, and makes and test and confirmation really can reach the expection effect through in kind.

Summary of the invention

The utility model main purpose is to be to provide a kind of multiaspect armrest of seat structure, makes the outer surface of armrest of seat pad, and its color, style or material can adapt to the needs of the various selection of user (consumer).

For realizing above-mentioned purpose, the technical scheme that the utility model adopts is:

A kind of multiaspect armrest of seat structure is characterized in that: comprise an armrest pad, this armrest pad is located on the end face of an armrest support; The bottom of this armrest support connects and is located on the seat support; This armrest pad comprises a pars intermedia, a plurality of handrail faces is set for the hand bearing, wherein on the outer edge surface of this pars intermedia; Be provided with at least one detent mechanism between this armrest pad and this armrest support, rely on this detent mechanism can make this armrest support combination relatively of this armrest pad, locate and separate.

Be respectively equipped with a handrail face below top the reaching of the pars intermedia of this armrest pad.

A plurality of handrail faces can select for use identical or different material to process.

The end face of this armrest support is provided with a tank, and this tank has an opening towards the top, and this armrest pad is assembled in this tank through this opening, and a wherein handrail on this armrest pad is faced up be exposed outside for the hand bearing.

This detent mechanism is the detent mechanism of interconnection system, does not separate fully when this armrest support shifts out relatively for this armrest pad.

This detent mechanism comprises a body; One end of this body is provided with one first articulated section; And the other end is provided with one second articulated section, and a side of the pars intermedia of this armrest pad is provided with an articulated section and articulates with first articulated section with this body, and a side of this armrest support is provided with an articulated section and articulates with second articulated section with this body; Rely on this detent mechanism that relative this armrest support of this armrest pad is pivoted and shift out and move into, this armrest pad can also rotate relative to this detent mechanism.

This detent mechanism is the detent mechanism of separate type, separates fully when this armrest support is shifted relatively for this armrest pad.

This detent mechanism comprises two pin thread components and two box components fasten with correspondence; These two pin thread components are arranged at forward and backward two ends of this armrest support respectively; These two box components are arranged at forward and backward two ends of the pars intermedia of this armrest pad respectively, and can operate this pin thread component and box component one-tenth fastening or open mode.

This detent mechanism comprises two slide rails and two chutes; Two slide rails can slide along two chutes; These two slide rails are arranged at left and right two sides of the pars intermedia of this armrest pad respectively; These two chutes are arranged at left and right two inboards of this armrest support respectively, rely on two slide rails and two chutes can make relative this armrest support of this armrest pad shift out or move into.

The cross sectional shape of the pars intermedia of this armrest pad is an equilateral triangle, and makes this pars intermedia form three sides for three handrail faces are set, and making this armrest pad is the structure with three handrail faces.

Compared with prior art; Adopt the advantage that the utlity model has of technique scheme to be: to rely on this detent mechanism can operate relative this armrest support integrated positioning of this armrest pad and separate; And when separating; Can operation rotate or move this armrest pad and use, so, this armrest pad is reached rotate simply and easily or mobile effect and can select the purpose of conversion handrail face by selecting wherein one side to be used as the hand bearing in a plurality of handrail faces.

Description of drawings

Fig. 1 is the constitutional diagram of first embodiment of the utility model;

Fig. 2 is the exploded view of Fig. 1;

Fig. 3 is (facing) user mode sketch map of first embodiment of the utility model;

Fig. 4 is (facing) user mode sketch map of second embodiment of the utility model;

Fig. 5 is (overlooking) user mode sketch map of the 3rd embodiment of the utility model;

Fig. 6 is the 4th embodiment of the utility model (right side is looked) user mode sketch map when wherein armrest pad is triangle.

Description of reference numerals: armrest pad 10; Pars intermedia 11; Above 111; Below 112; Articulated section 113; Handrail face 12; Armrest support 20; Tank 21; Opening 211; Articulated section 22;

Detent mechanism

30,30a, 30b, 30c; Body 31; First articulated section 311; Second articulated section 312; Pin thread component 32; Box component 33; Slide rail 34; Chute 35.

The specific embodiment

For making the utility model clear and definite more full and accurate, enumerate preferred embodiment now and cooperate following diagram, with the structure of the utility model and technical characterictic details as the back:

Please refer to Fig. 1 and shown in Figure 2, is the constitutional diagram and the exploded view of the utility model multiaspect armrest of seat structure.The multiaspect armrest of seat structure of the utility model comprises an armrest pad 10; This armrest pad 10 is to be installed on the end face of an armrest support 20; The bottom of this armrest support 20 connects on the bottom surface that is located at a seat support (figure does not show), wherein have a plurality of handrail faces 12 on this armrest pad 10 and supply hands to select bearing for use, and this armrest pad 10 relatively this armrest support 20 operate shift motions; Like the action of rotating, moving, shifting out, moving into; Rely on above-mentioned shift motion, can be by selecting wherein simultaneously to be used as conversion handrail face 12 in a plurality of handrail faces 12, to reach the use effect of convertible handrail face 12.

This armrest pad 10 comprises a pars intermedia 11; These pars intermedia 11 metal materials capable of using such as aluminium material matter are processed; Also can be processed like plastic cement material by non-metallic material, the outer edge surface of this pars intermedia 11 is provided with a plurality of handrail faces 12 and uses as bearing to offer human hands, and this handrail face 12 PC capable of using, PVC, PU or leather material are processed; Or with vacuum leather one-tenth, in order to the user to be provided different senses of touch; As shown in Figure 2, this armrest pad 10 has upper and lower two handrail faces 12, these two handrail faces 12 be located at respectively this pars intermedia 11 top 111 and below 112, and can select identical material or unlike material for use according to these two handrail faces 12 of design demand.

The end face of this armrest support 20 is provided with a tank 21; These armrest pad 10 shapes of the form fit of this tank 21; This tank 21 has an opening 211 towards the top; Be assembled in this tank 21 through this opening 211 for this armrest pad 10, and the wherein handrail face 12 on this armrest pad 10 is exposed outside for the hand bearing up.

Be provided with at least one detent mechanism 30 between this armrest pad 10 and this armrest support 20; Rely on this detent mechanism 30 can make these armrest pad 10 relative these armrest support 20 combinations, separate and the location; And can operate this armrest pad 10 relative these armrest support 20 displacements; As rotating, move, shift out or move into, and use by selecting wherein one side to be used as the hand bearing in a plurality of handrail faces 12 on this armrest pad 10; Wherein this detent mechanism 30 can be interconnection system or separate type; The detent mechanism 30 that further specifies interconnection system is meant when these armrest pad 10 relative these armrest supports 20 shift out to there not being complete released state; Just the detent mechanism 30 of interconnection system also remains attached to this armrest pad 10 and this armrest support 20, and the detent mechanism 30 of separate type is meant that these armrest pad 10 relative these armrest supports 20 are complete released state when shifting out.

(first embodiment)

Please refer to Fig. 2 and shown in Figure 3, this detent mechanism 30a (30) is the detent mechanism of interconnection system, and this detent mechanism 30a (30) comprises the body 31 of a T type; But do not limit; Like the I type, an end of this body 31 is articulated in a side of the pars intermedia 11 of this armrest pad 10, and the other end is articulated in a side of this armrest support 20; Rely on this detent mechanism 30a (30) that these armrest pad 10 relative these armrest supports 20 are pivoted and shift out and move into, this armrest pad 10 also can rotate relative to this detent mechanism 30a (30).

Please refer to shown in Figure 2; One end of this body 31 is provided with one first articulated section 311 and the other end is provided with one second articulated section 312; One side of the pars intermedia 11 of this armrest pad 10 is provided with an articulated section 113 to engage with first articulated section 311 of this body 31, and a side of this armrest support 20 is provided with an articulated section 22 to engage with second articulated section 312 of this body 31.

Please refer to shown in Figure 3; It is (facing) user mode sketch map of the utility model multiaspect armrest of seat structure; Under the state that this armrest pad 10 and this armrest support 20 make up; With this detent mechanism 30a (30) is that axle center this armrest pad 10 of pivot outwards shifts out shown in arrow A; Operate this armrest pad 10 again and rotate and convert another handrail face 12 to shown in arrow B by original handrail face 12 relative to this detent mechanism 30a (30), this armrest pad 10 that pivots again inwardly moves into and gets back to the state with 20 combinations of this armrest support, to reach the use effect of convertible handrail face 12.

(second embodiment)

Please refer to shown in Figure 4; It is (facing) user mode sketch map of the utility model multiaspect armrest of seat structure; This detent mechanism 30b (30) is the detent mechanism of separate type; This detent mechanism 30b (30) comprises two pin thread components 32 and two box components 33 fasten so that difference is corresponding, and these two pin thread components 32 are arranged at forward and backward two ends (seeing with seat person direction) of this armrest support 20 respectively, or left and right two ends (figure does not show); These two box components 33 are arranged at forward and backward two ends (seeing with seat person direction) of the pars intermedia 11 of this armrest pad 10 respectively; Or left and right two ends (figure does not show), so operate this pin thread component 32 and box component and fasten or open mode for 33 one-tenth, so that 20 one-tenth combinations of these armrest pad 10 relative these armrest supports or released state; In addition; These two pin thread components 32 and these two box components 33 that the position is set is also interchangeable; Just these two pin thread components 32 are arranged at (figure does not show) on these armrest pad 10 pars intermedias 11; These two box components 33 are arranged at this armrest support 20 (figure does not show), so, make this armrest pad 10 and this armrest support 20 fasten location or relative separation relatively.

For instance; Fasten under the state of location at this armrest pad 10 and this armrest support 20; Operate this detent mechanism 30b (30) and make pin thread component 32 and box component 33 be open mode; And this armrest pad 10 by taking out on the end face of this armrest support 20 shown in arrow C, is converted to another handrail face 12 by original handrail face 12 again and supplies the hand bearing shown in arrow D, again this armrest pad 10 is put back on the end face of this armrest support 20; And utilize this detent mechanism 30b (30) to be fastened on this armrest pad 10 on this armrest support 20 and form the integrated positioning state, to reach the use effect of convertible handrail face 12.

(the 3rd embodiment)

Please refer to shown in Figure 5; It is (overlooking) user mode sketch map of the utility model multiaspect armrest of seat structure; This detent mechanism 30c (30) comprises two slide rails 34 and two chutes 35; This slide rail 34 can slide along this chute 35; These two slide rails 34 are arranged at left and right two sides (seeing with seat person direction) of the pars intermedia 11 of this armrest pad 10 respectively, and these two chutes 35 are arranged at left and right two inboards (seeing with seat person direction) of this armrest support 20 respectively, so operate these armrest pad 10 relative these armrest supports 20 and shift out and move into; In addition, these two slide rails 34 and these two chutes 35 that the position is set is also interchangeable, just these two slide rails 34 are arranged at (figure does not show) on this armrest support 20, these two chutes 35 are arranged on the pars intermedia 11 of this armrest pad 10 (figure does not show).

For instance; Operating this armrest pad 10 utilizes the slide rail 34 of this detent mechanism 30c (30) and chute 35 to be shifted; Make on the end face of this armrest pad 10 by this armrest support 20 and shift out and form separation shown in arrow E; Convert another handrail face 12 to by original handrail face 12 again and supply the hand bearing shown in arrow F, utilize this detent mechanism 30c (30) to make this armrest pad 10 move into and be positioned on this armrest support 20 again, to reach the use effect of convertible handrail face 12.

(the 4th embodiment)

Please refer to shown in Figure 6; It is (right side is looked) user mode sketch map of the utility model multiaspect armrest of seat structure; This armrest pad 10 also can be the structure with three handrail faces 12; The cross sectional shape of the pars intermedia 11 of this armrest pad 10 is an equilateral triangle, and makes these three sides of pars intermedia 11 formation for correspondence three handrail faces 12 are set, and wherein three handrail faces 12 need to select for use identical material or unlike material or partly identical according to uses; Tank 21 on these armrest support 20 end faces further is designed to cooperate the vessel shape of ccontaining above-mentioned triangular structure, make equally on this armrest pad 10 a wherein handrail face 12 towards on be exposed outside for the hand bearing; Wherein also be to rely on this detent mechanism 30 between this armrest pad 10 and this armrest support 20; So that these armrest pad 10 relative these armrest support 20 combinations, separation and location; Moreover, operate this armrest pad 10 by taking out on the end face of this armrest support 20 shown in arrow G, and by selecting wherein one side to use as the hand bearing in three handrail faces 12 on this armrest pad 10; Again this armrest pad 10 is put back on the end face of this armrest support 20, to reach the use effect of convertible handrail face 12.

By on can know; This armrest pad 10 can be by shifting out on this armrest support 20; The turned position moves into this armrest support 20 with this armrest pad 10 again to select to supply a handrail face 12 of hand bearing again, and relies on this detent mechanism 30 to make this armrest pad 10 and these armrest support 20 location combinations; This detent mechanism 30 also capable of using is carried out the travel mechanism that shifts out, moves into as these armrest pad 10 relative these armrest supports 20, and can make this armrest pad 10 in the process of displacement, show stable, sliding suitable mobile effect.

Total; The structure of the multiaspect armrest of seat structure of the utility model is very simple, simplifies composition the number of components, has reduced element (member) management and built-up time; And it is very easy on operation is moved; So the process at conversion handrail face is just very simple and convenient, therefore, can promotes and use effect and reduce production costs and then increase product competitiveness.

More than explanation is just illustrative as far as the utility model; And nonrestrictive, those of ordinary skills understand, under the situation of spirit that does not break away from claim and limited and scope; Can make many modifications, variation or equivalence, but all will fall within the protection domain of the utility model.

Claims

1. multiaspect armrest of seat structure, it is characterized in that: comprise an armrest pad, this armrest pad is located on the end face of an armrest support; The bottom of this armrest support connects and is located on the seat support; This armrest pad comprises a pars intermedia, a plurality of handrail faces is set for the hand bearing, wherein on the outer edge surface of this pars intermedia; Be provided with at least one detent mechanism between this armrest pad and this armrest support, rely on this detent mechanism can make this armrest support combination relatively of this armrest pad, locate and separate.

2. multiaspect armrest of seat structure according to claim 1 is characterized in that: be respectively equipped with a handrail face below top the reaching of the pars intermedia of this armrest pad.

3. multiaspect armrest of seat structure according to claim 1 is characterized in that: a plurality of handrail faces select for use identical or different material to process.

4. multiaspect armrest of seat structure according to claim 1; It is characterized in that: the end face of this armrest support is provided with a tank; This tank has an opening towards the top; This armrest pad is assembled in this tank through this opening, and a wherein handrail on this armrest pad is faced up be exposed outside for the hand bearing.

5. multiaspect armrest of seat structure according to claim 1 is characterized in that: this detent mechanism is the detent mechanism of interconnection system, does not separate fully when this armrest support shifts out relatively for this armrest pad.

6. multiaspect armrest of seat structure according to claim 5; It is characterized in that: this detent mechanism comprises a body; One end of this body is provided with one first articulated section; And the other end is provided with one second articulated section, and a side of the pars intermedia of this armrest pad is provided with an articulated section and articulates with first articulated section with this body, and a side of this armrest support is provided with an articulated section and articulates with second articulated section with this body; Rely on this detent mechanism that relative this armrest support of this armrest pad is pivoted and shift out and move into, this armrest pad can also rotate relative to this detent mechanism.

7. multiaspect armrest of seat structure according to claim 1 is characterized in that: this detent mechanism is the detent mechanism of separate type, separates fully when this armrest support is shifted relatively for this armrest pad.

8. multiaspect armrest of seat structure according to claim 7; It is characterized in that: this detent mechanism comprises two pin thread components and two box components fasten with correspondence; These two pin thread components are arranged at forward and backward two ends of this armrest support respectively; These two box components are arranged at forward and backward two ends of the pars intermedia of this armrest pad respectively, and can operate this pin thread component and box component one-tenth fastening or open mode.

9. multiaspect armrest of seat structure according to claim 7; It is characterized in that: this detent mechanism comprises two slide rails and two chutes; Two slide rails can slide along two chutes; These two slide rails are arranged at left and right two sides of the pars intermedia of this armrest pad respectively, and these two chutes are arranged at left and right two inboards of this armrest support respectively, rely on two slide rails and two chutes can make relative this armrest support of this armrest pad shift out or move into.

10. multiaspect armrest of seat structure according to claim 1; It is characterized in that: the cross sectional shape of the pars intermedia of this armrest pad is an equilateral triangle; And make this pars intermedia form three sides for three handrail faces are set, making this armrest pad is the structure with three handrail faces.