TWM614107U

TWM614107U - Assembling type chair armrest

Info

Publication number: TWM614107U
Application number: TW110203425U
Authority: TW
Inventors: 陳得峻; 陳涪銘
Original assignee: 廣力達企業有限公司
Priority date: 2021-03-30
Filing date: 2021-03-30
Publication date: 2021-07-01

Abstract

一種配組式椅扶手，該椅扶手包含一扶手支架、一扶手墊體、一連結體及一連結機構；其中該扶手墊體設有一開口朝下的容槽，該容槽具一深度及一形狀；其中該連結體具一厚度及一形狀且該厚度及該形狀是對應配合該扶手墊體的該容槽的該深度及該形狀，以使該連結體能嵌設地組裝並定位於該容槽內；其中該扶手支架與該連結體能藉由該連結機構的連結關係而相互連結；其中當配組成該椅扶手時，該扶手支架是藉由該連結機構以與該連結體相互連結，該扶手墊體是藉由該連結體以與該扶手支架配合組裝成一體，以利於降低成本。 A matching armrest of a chair. The armrest includes an armrest bracket, an armrest cushion, a connecting body, and a connecting mechanism; wherein the armrest cushion is provided with a cavity with an opening facing downward, the cavity having a depth and a Shape; wherein the connecting body has a thickness and a shape, and the thickness and the shape correspond to the depth and the shape of the groove of the armrest cushion body, so that the connecting body can be embeddedly assembled and positioned in the container In the groove; wherein the armrest bracket and the connecting body can be connected to each other by the connection relationship of the connecting mechanism; wherein when the chair armrest is assembled, the armrest bracket is connected to the connecting body by the connecting mechanism, the The armrest cushion body is assembled with the armrest bracket by the connecting body to be integrated into one body, so as to reduce the cost.

Description

配組式椅扶手 Equipped with armrests

本新型係一種椅扶手，尤指一種能有效地解決現有的椅扶手的扶手墊體所能配合的扶手支架種類受限的問題的配組式椅扶手。The present invention relates to a chair armrest, in particular to a matching type chair armrest which can effectively solve the problem of limited types of armrest brackets that can be matched with the armrest cushion body of the existing chair armrest.

參考圖式中的圖12及13，現有的一種椅扶手1大都是由一扶手墊體20及一扶手支架2所組裝形成，該扶手墊體20是位於該扶手支架2的一頂面2a上，而為了達成組裝目的，現有的組裝技術中是在該扶手墊體20與該扶手支架2之結構體之間預設至少二個相互對應配合的鎖合孔24，再利用如螺絲2b等的鎖固用零組件來進行鎖固組合。然而，若該扶手支架2未具有相互對應配合各該鎖合孔24的鎖固用零組件或相關結構，則使得現有的該椅扶手1的該扶手墊體20所能配合的扶手支架種類受限，製造端必須開發生產出新的扶手墊體以配合未使用鎖固用零組件來進行組合的扶手支架，不利於降低製造端的成本。12 and 13 in the drawings, the existing chair armrest 1 is mostly formed by assembling an armrest cushion body 20 and an armrest bracket 2. The armrest cushion body 20 is located on a top surface 2a of the armrest bracket 2. , And in order to achieve the purpose of assembly, the existing assembly technology is to preset at least two locking holes 24 corresponding to each other between the armrest cushion body 20 and the structure of the armrest bracket 2, and then use screws 2b, etc. The locking components are used for locking combination. However, if the armrest bracket 2 does not have locking components or related structures corresponding to each of the locking holes 24, the types of armrest brackets with which the armrest cushion body 20 of the existing chair armrest 1 can be matched are affected. However, the manufacturing end must develop and produce a new armrest cushion body to match the armrest bracket that does not use locking components to combine, which is not conducive to reducing the cost of the manufacturing end.

由上述可知，一種能讓扶手墊體與須使用鎖固用零組件來進行組合的扶手支架配合、又能配合未使用鎖固用零組件來進行組合的扶手支架的配組式椅扶手，為目前相關產業之迫切期待者。It can be seen from the above that a matching chair armrest that allows the armrest cushion body to be combined with the armrest bracket that requires the use of locking components, and can be combined with the armrest bracket that does not use the locking components, is Those who are eagerly looking forward to related industries at present.

本新型之主要目的在於提供一種配組式椅扶手，其中該椅扶手的一扶手墊體設有一開口朝下的容槽，該容槽具一深度及一形狀；其中該椅扶手的一連結體具一厚度及一形狀且該厚度及該形狀是對應配合該扶手墊體的該容槽的該深度及該形狀，以使該連結體能嵌設地組裝並定位於該容槽內；其中該椅扶手的一扶手支架與該連結體能藉由該連結機構的連結關係而相互連結，以有效地解決現有的椅扶手的扶手墊體所能配合的扶手支架種類受限的問題。The main purpose of the present invention is to provide a matching chair armrest, wherein an armrest cushion body of the chair armrest is provided with a cavity with an opening facing downward, and the cavity has a depth and a shape; wherein a connecting body of the chair armrest It has a thickness and a shape, and the thickness and the shape correspond to the depth and the shape of the pocket of the armrest cushion body, so that the connecting body can be embeddedly assembled and positioned in the pocket; wherein the chair An armrest bracket of the armrest and the connecting body can be connected to each other through the connection relationship of the connecting mechanism, so as to effectively solve the problem of limited types of armrest brackets that can be matched with the armrest cushion body of the existing chair armrest.

為達成上述目的，本新型提供一種配組式椅扶手，該椅扶手包含一扶手支架、一扶手墊體、一連結體及一連結機構；其中該扶手支架頂部包含一支架頂面；其中該扶手墊體是設於該扶手支架的該支架頂面上，該扶手墊體的底面上設有一開口朝下的容槽，該容槽具一深度及一形狀且包含一內底面及一容槽壁面；其中該連結體能設於該扶手支架與該扶手墊體之間，該連結體具一厚度及一形狀且該厚度及該形狀是對應配合該扶手墊體的該容槽的該深度及該形狀，以使該連結體能嵌設地組裝並定位於該容槽內；其中當配組成該椅扶手時，該扶手支架是藉由該連結機構的連結關係以與該連結體相互連結，而該扶手墊體是藉由該連結體以與該扶手支架配合組裝成一體，有效地解決現有的椅扶手的扶手墊體所能配合的扶手支架種類受限的問題，以利於降低成本。In order to achieve the above-mentioned object, the present invention provides a paired chair armrest. The chair armrest includes an armrest bracket, an armrest cushion, a connecting body and a connecting mechanism; wherein the top of the armrest bracket includes a bracket top surface; wherein the armrest The cushion body is arranged on the top surface of the armrest bracket. The bottom surface of the armrest cushion body is provided with a cavity with an opening facing down. The cavity has a depth and a shape and includes an inner bottom surface and a cavity wall surface Wherein the connecting body can be set between the armrest bracket and the armrest cushion, the connecting body has a thickness and a shape, and the thickness and the shape correspond to the depth and the shape of the recess of the armrest cushion , So that the connecting body can be embeddedly assembled and positioned in the accommodating groove; wherein when the chair armrest is assembled, the armrest bracket is connected to the connecting body through the connection relationship of the connecting mechanism, and the armrest The cushion body is assembled with the armrest bracket by the connecting body, which effectively solves the problem of limited types of armrest brackets that can be matched with the armrest cushion body of the existing chair armrest, so as to help reduce costs.

在本新型一較佳實施例中，該連結機構包含能互相形成上下連結關係的一第一連結部與一第二連結部，該第一連結部與該第二連結部是分別設於該扶手支架或該連結體的對應位置上；其中該第一連結部為一具有一垂直向厚度的鎖頭及一鎖頸連結地設於該鎖頭的一面上所構成；其中該第二連結部為一鎖孔及一具有一垂直向深度之鎖槽連通地設在該鎖孔之內側所構成；其中該鎖孔的水平向截面形狀及水平向截面面積係對應且略大於該鎖頭的水平向截面形狀及水平向截面面積，使該鎖頭得垂直向嵌入於該鎖孔並位於該鎖槽內；其中該鎖槽的水平向截面形狀及水平向截面面積是大於且包含該鎖頭的水平向截面形狀及水平向截面面積，使該鎖槽得相對於該鎖頭增加至少一行程區域，進而使該鎖頭得在垂直向嵌入於該鎖槽之後能沿著各該行程區域進行水平向轉動並得擋止且定位於各該行程區域上一擋止位置；其中當該鎖孔與該鎖頭相互垂直向對準時，該鎖頭得由該鎖孔垂直向嵌入至該鎖槽內，此時該鎖孔與該鎖頭之間即形成一第一組裝狀態；其中當該鎖孔與該鎖頭之間形成該第一組裝狀態時，該第一連結部的一前後向中心軸與該扶手支架的該支架頂面的該前後向中心軸之間是形成一水平向的錯開角度；其中當該鎖孔與該鎖頭之間形成該第一組裝狀態時，該鎖頭得以該鎖頸的一垂直向中心軸為轉軸而在該鎖槽內進行水平向轉動；其中當該鎖頭在該鎖槽內相對轉動該錯開角度至無法轉動而停止轉動時，該鎖頭即擋止且定位於各該行程區域上之該擋止位置，此時該鎖孔與該鎖頭之間即形成一第二組裝狀態，該扶手墊體即能與該扶手支架組裝並鎖固成一體。In a preferred embodiment of the present invention, the connecting mechanism includes a first connecting portion and a second connecting portion capable of forming an up-and-down connection relationship with each other, and the first connecting portion and the second connecting portion are respectively provided on the armrest The bracket or the corresponding position of the connecting body; wherein the first connecting portion is composed of a lock head having a vertical thickness and a lock neck connected to one surface of the lock head; wherein the second connecting portion is A lock hole and a lock groove with a vertical depth are connected to the inner side of the lock hole; wherein the horizontal cross-sectional shape and horizontal cross-sectional area of the lock hole correspond to and slightly larger than the horizontal direction of the lock head The cross-sectional shape and the horizontal cross-sectional area enable the lock to be vertically embedded in the keyhole and located in the lock groove; wherein the horizontal cross-sectional shape and horizontal cross-sectional area of the lock groove are larger than and include the level of the lock The cross-sectional shape and the horizontal cross-sectional area enable the lock groove to increase at least one stroke area relative to the lock head, so that the lock head can move horizontally along each stroke area after being vertically embedded in the lock groove Rotation can be stopped and positioned at a stop position on each of the stroke areas; wherein when the lock hole and the lock head are aligned perpendicular to each other, the lock head has to be vertically embedded into the lock groove from the lock hole, At this time, a first assembly state is formed between the lock hole and the lock head; wherein when the first assembly state is formed between the lock hole and the lock head, a front-to-back central axis of the first connecting portion is connected to The front and rear center axes of the top surface of the armrest bracket form a horizontal staggered angle; wherein when the first assembled state is formed between the lock hole and the lock head, the lock head can be locked A vertical central axis of the neck is the axis of rotation and rotates horizontally in the lock groove; wherein when the lock head rotates in the lock groove relative to the staggered angle to stop rotating, the lock head stops and stops. When the stop position is located on each of the stroke regions, a second assembly state is formed between the lock hole and the lock head, and the armrest cushion body can be assembled and locked into a whole with the armrest bracket.

在本新型一較佳實施例中，該第一連結部是一體成型地凸設於該扶手支架的該支架頂面上；其中該第二連結部是設於該連結體的底面上。In a preferred embodiment of the present invention, the first connecting portion is integrally formed to protrude from the top surface of the armrest bracket; wherein the second connecting portion is provided on the bottom surface of the connecting body.

在本新型一較佳實施例中，該第一連結部是一體成型地凸設於該連結體的底面上；其中該第二連結部是設於該扶手支架的該支架頂面上。In a preferred embodiment of the present invention, the first connecting portion is integrally formed and protrudingly provided on the bottom surface of the connecting body; wherein the second connecting portion is provided on the top surface of the bracket of the armrest bracket.

在本新型一較佳實施例中，該連結機構包含能互相形成上下向對應壓扣合連結關係的至少一第一連結部與至少一第二連結部，各該第一連結部與各該第二連結部是分別地設在該支架頂面或該連結體的對應位置上，各該第一連結部為一軸管，各該第二連結部為一軸套，各該軸管具有一第一扣合部，各該軸套具有一對應各該第一扣合部的第二扣合部，各該軸管能藉該第一扣合部與各該軸套的該第二扣合部互相扣合；其中各該軸套的該第二扣合部是位於各該軸套內部的一內環壁面上。In a preferred embodiment of the present invention, the connecting mechanism includes at least one first connecting portion and at least one second connecting portion capable of forming a vertical corresponding press-fit connection relationship with each other, each of the first connecting portion and each of the first connecting portions The two connecting parts are respectively arranged on the top surface of the bracket or the corresponding position of the connecting body. Each of the first connecting parts is a shaft tube, each of the second connecting parts is a shaft sleeve, and each of the shaft tubes has a first buckle. Each of the shaft sleeves has a second buckling portion corresponding to each of the first buckling portions, and each of the shaft tubes can be buckled with each other by the first buckling portion and the second buckling portion of each sleeve Close; wherein the second buckling portion of each of the shaft sleeves is located on an inner ring wall inside each of the shaft sleeves.

在本新型一較佳實施例中，各該軸套進一步包含一迫緊件，各該迫緊件是位於該連結體上並位於各該軸套的上部，各該迫緊件包含至少二迫緊片；其中各該軸管的該第一扣合部是位於各該軸管的端面上；其中當各該第一扣合部與各該第二扣合部互相扣合時，各該軸管的該第一扣合部受到各該迫緊件的該至少二迫緊片的壓應力緊迫，使得各該第一扣合部被壓迫並卡入於各該第二扣合部上。In a preferred embodiment of the present invention, each of the shaft sleeves further includes a pressing member, each of the pressing members is located on the connecting body and located on the upper part of each of the shaft sleeves, and each of the pressing members includes at least two pressing members. Sheet; wherein the first buckling portion of each of the shaft tube is located on the end surface of each of the shaft tube; wherein when each of the first buckling portion and each of the second buckling portion buckle each other, each of the shaft tube The first buckling part is pressed by the compressive stress of the at least two pressing pieces of each pressing member, so that each of the first buckling parts is pressed and clamped on each of the second buckling parts.

在本新型一較佳實施例中，各該第一連結部是一體成型地凸設於該扶手支架的該支架頂面上；其中各該第二連結部是設於該連結體的底面上。In a preferred embodiment of the present invention, each of the first connecting portions is integrally formed to protrude from the top surface of the armrest bracket; wherein each of the second connecting portions is provided on the bottom surface of the connecting body.

在本新型一較佳實施例中，各該第一連結部是設於該連結體的底面上；其中各該第二連結部是一體成型地凸設於該扶手支架的該支架頂面上。In a preferred embodiment of the present invention, each of the first connecting portions is provided on the bottom surface of the connecting body; wherein each of the second connecting portions is integrally formed to protrude from the top surface of the armrest bracket.

在本新型一較佳實施例中，各該第二扣合部為一位於各該內環壁面上的卡槽、一位於各該內環壁面上的穿孔或一位於各該內環壁面的端面。In a preferred embodiment of the present invention, each of the second buckling portions is a slot on the wall of each inner ring, a perforation on the wall of each inner ring, or an end surface on the wall of each inner ring .

在本新型一較佳實施例中，該至少二迫緊片為彼此之間具有間隔的爪型結構體。In a preferred embodiment of the present invention, the at least two compression pieces are claw-shaped structures with a gap between each other.

在本新型一較佳實施例中，該扶手墊體的該內底面上包含二相互對稱並具一定距離且開口朝下的鎖合孔。In a preferred embodiment of the present invention, the inner bottom surface of the armrest cushion body includes two symmetrical locking holes with a certain distance and opening downwards.

在本新型一較佳實施例中，該扶手墊體是由一扶手墊及一扶手構體所構成。In a preferred embodiment of the present invention, the armrest cushion body is composed of an armrest cushion and an armrest structure.

在本新型一較佳實施例中，該扶手墊是以一體發泡的技藝而成型於該扶手構體外部的軟彈性體。In a preferred embodiment of the present invention, the armrest pad is a soft elastic body formed on the outside of the armrest structure by the technique of integral foaming.

在本新型一較佳實施例中，該扶手墊體的該容槽壁面上進一步設有一卡槽結構；其中該連結體的側邊上進一步設有一卡凸結構能對應卡固於該卡槽結構上；其中該連結體是藉由該卡凸結構以卡固於該卡槽結構上並嵌設在該容槽內。In a preferred embodiment of the present invention, a groove structure is further provided on the wall surface of the pocket of the armrest cushion body; wherein a protruding structure is further provided on the side of the connecting body to be correspondingly locked in the groove structure On; wherein the connecting body is fixed on the slot structure and embedded in the receiving slot by means of the protruding structure.

配合圖示，將本新型的結構及其技術特徵詳述如後，其中各圖示只用以說明本新型的結構關係及相關功能，因此各圖示中各元件的尺寸並非依實際比例畫製且非用以限制本新型。With the illustrations, the structure and technical features of the present invention will be described in detail below. Each figure is only used to illustrate the structure relationship and related functions of the present invention. Therefore, the dimensions of each element in each figure are not drawn according to the actual scale. It is not intended to limit the present model.

一般而言，椅扶手是鎖固在椅子的左右兩側以坐者方向而言，故以下揭露內容中所提到的「前後向」或「左右向」的方向，即是以坐者方向而言。Generally speaking, the armrests of the chair are locked on the left and right sides of the chair in terms of the direction of the sitting person. Therefore, the "front and back" or "left and right" directions mentioned in the following disclosures refer to the direction of the sitting person. Words.

參考圖1、2及14，本新型提供一種配組式椅扶手1，該椅扶手1包含一扶手支架10、一扶手墊體20及一連結體30，該椅扶手1乃為無法前後、左右或旋轉移動的基礎型椅扶手結構而非具多種移動功能的椅扶手但不限制，屬於面向一般大眾大多數使用者的產品而具有龐大的市場價值；其中該椅扶手1的特徵在於包含一連結機構40如圖2所示或一連結機構50如圖14所示，根據連結機構的不同而能分為第一實施例使用該連結機構40及第二實施例使用該連結機構50。With reference to Figures 1, 2 and 14, the present invention provides an assembled chair armrest 1. The chair armrest 1 includes an armrest bracket 10, an armrest cushion body 20, and a connecting body 30. The chair armrest 1 is not capable of front, back, left, or right. Or a basic chair armrest structure with rotational movement instead of a chair armrest with multiple mobile functions, but it is not limited. It is a product for most users of the general public and has a huge market value. Among them, the chair armrest 1 is characterized by including a connection The mechanism 40 is shown in FIG. 2 or a connecting mechanism 50 is shown in FIG. 14, and can be divided into the first embodiment using the connecting mechanism 40 and the second embodiment using the connecting mechanism 50 according to the difference of the connecting mechanism.

其中，該扶手支架10、該扶手墊體20及該連結體30在第一實施例中或第二實施例中的結構構造或技術特徵大致上皆相同。Wherein, the structure and technical features of the armrest bracket 10, the armrest cushion body 20, and the connecting body 30 in the first embodiment or the second embodiment are substantially the same.

該扶手支架10頂部包含一支架頂面11如圖1及2所示。The top of the armrest bracket 10 includes a bracket top surface 11 as shown in FIGS. 1 and 2.

該扶手墊體20是設於該扶手支架10的該支架頂面11上如圖1及2所示，該扶手墊體20的底面上設有一開口朝下的容槽21，該容槽21具一深度及一形狀且包含一內底面22及一容槽壁面23如圖3至5所示；其中該扶手墊體20的該內底面22上更包含二相互對稱並具一定距離d且開口朝下的鎖合孔24但不限制如圖5所示，以能與現有的扶手支架透過螺絲鎖固而組合在一起。The armrest cushion body 20 is arranged on the top surface 11 of the armrest bracket 10, as shown in FIGS. 1 and 2. The bottom surface of the armrest cushion body 20 is provided with a recess 21 with an opening facing downward. A depth and a shape including an inner bottom surface 22 and a container wall 23 are shown in FIGS. 3 to 5; wherein the inner bottom surface 22 of the armrest cushion body 20 further includes two mutually symmetrical, with a certain distance d, and opening toward The lower locking hole 24 is not limited to that shown in FIG. 5, so that it can be combined with the existing armrest bracket through screw locking.

其中，該扶手墊體20是由一扶手墊20a及一扶手構體20b所構成但不限制如圖4及5所示，且該扶手墊20a是以一體發泡的技藝而成型於該扶手構體20b外部的軟彈性體但不限制，不但有利於製造端快速製造與量產化，且能軟彈性的舒適度能增加使用者滿意度。Wherein, the armrest cushion body 20 is composed of an armrest cushion 20a and an armrest structure 20b, but is not limited to those shown in FIGS. 4 and 5, and the armrest cushion 20a is formed on the armrest structure by the technique of integral foaming. The soft elastic body on the outside of the body 20b is not limited, which is not only conducive to rapid manufacturing and mass production of the manufacturing end, but also soft and elastic comfort can increase user satisfaction.

此外，該扶手墊體20的該容槽壁面23上進一步設有一卡槽結構25但不限制；其中該連結體30的側邊上進一步設有一卡凸結構31能對應卡固於該卡槽結構25上但不限制；其中該連結體30是藉由該卡凸結構31以卡固於該卡槽結構25上並嵌設在該容槽21內，以增加各結構之間卡固的穩固性。In addition, the groove wall 23 of the armrest cushion body 20 is further provided with a groove structure 25 but is not limited; wherein the side of the connecting body 30 is further provided with a protrusion structure 31 which can be correspondingly locked in the groove structure 25 but not limited; wherein the connecting body 30 is fixed on the groove structure 25 by the convex structure 31 and embedded in the groove 21 to increase the stability of the clamping between the structures .

該連結體30能設於該扶手支架10與該扶手墊體20之間如圖2所示，該連結體30具一厚度及一形狀且該厚度及該形狀是對應配合該扶手墊體20的該容槽21的該深度及該形狀，以使該連結體30能嵌設地組裝並定位於該容槽21內如圖3至5所示。The connecting body 30 can be arranged between the armrest bracket 10 and the armrest cushion body 20. As shown in FIG. 2, the connecting body 30 has a thickness and a shape, and the thickness and the shape correspond to the armrest cushion body 20. The depth and the shape of the receiving groove 21 enable the connecting body 30 to be embedded and assembled and positioned in the receiving groove 21 as shown in FIGS. 3 to 5.

以下根據該椅扶手1的連結機構的不同而分別說明第一實施例與第二實施例：The first embodiment and the second embodiment are described below according to the difference of the connecting mechanism of the chair armrest 1.

圖1至11中所示的實施例為本新型的該椅扶手1的第一實施例，在第一實施例中，該連結機構40包含能互相形成上下連結關係的一第一連結部41與一第二連結部42，該第一連結部41與該第二連結部42是分別設於該扶手支架10或該連結體30的對應位置上如圖2及11所示；其中該第一連結部41為一具有一垂直向厚度的鎖頭43及一鎖頸44連結地設於該鎖頭43的一面上所構成如圖2及11所示；其中該第二連結部42為一鎖孔45及一具有一垂直向深度之鎖槽46連通地設在該鎖孔45之內側所構成如圖3及5所示；其中該鎖孔45的水平向截面形狀及水平向截面面積係對應且略大於該鎖頭43的水平向截面形狀及水平向截面面積，使該鎖頭43得垂直向嵌入於該鎖孔45並位於該鎖槽46內如圖8至10所示；其中該鎖槽46的水平向截面形狀及水平向截面面積是大於且包含該鎖頭43的水平向截面形狀及水平向截面面積，使該鎖槽46得相對於該鎖頭43增加至少一行程區域47，進而使該鎖頭43得在垂直向嵌入於該鎖槽46之後（如圖8所示）能沿著各該行程區域47進行水平向轉動（如圖9所示）並得擋止且定位於各該行程區域47上一擋止位置48（如圖10所示）；其中當該鎖孔45與該鎖頭43相互垂直向對準時（如圖2及11所示），該鎖頭43得由該鎖孔45垂直向嵌入至該鎖槽46內，此時該鎖孔45與該鎖頭43之間即形成一第一組裝狀態如圖6及8所示；其中當該鎖孔45與該鎖頭43之間形成該第一組裝狀態時，該第一連結部41的一前後向中心軸41a與該扶手支架10的該支架頂面11的該前後向中心軸12之間是形成一水平向的錯開角度θ如圖6所示；其中當該鎖孔45與該鎖頭43之間形成該第一組裝狀態時，該鎖頭43得以該鎖頸44的一垂直向中心軸44a為轉軸而在該鎖槽46內進行水平向轉動如圖9所示；其中當該鎖頭43在該鎖槽46內相對轉動該錯開角度θ至無法轉動而停止轉動時，該鎖頭43即擋止且定位於各該行程區域47上之該擋止位置48，此時該鎖孔45與該鎖頭43之間即形成一第二組裝狀態如圖7及10所示，該扶手墊體20即能與該扶手支架10組裝並鎖固成一體。The embodiment shown in FIGS. 1 to 11 is the first embodiment of the chair armrest 1 of the new type. In the first embodiment, the connecting mechanism 40 includes a first connecting portion 41 and a first connecting portion 41 that can form an up-and-down connection relationship with each other. A second connecting portion 42. The first connecting portion 41 and the second connecting portion 42 are respectively provided at the corresponding positions of the armrest bracket 10 or the connecting body 30 as shown in FIGS. 2 and 11; wherein the first connecting portion The portion 41 is a lock head 43 with a vertical thickness and a lock neck 44 connected on one surface of the lock head 43 to form a structure as shown in FIGS. 2 and 11; wherein the second connecting portion 42 is a lock hole 45 and a lock groove 46 with a vertical depth are connected to the inner side of the lock hole 45 and are formed as shown in FIGS. 3 and 5; wherein the horizontal cross-sectional shape and horizontal cross-sectional area of the lock hole 45 correspond to Slightly larger than the horizontal cross-sectional shape and horizontal cross-sectional area of the lock head 43, the lock head 43 is vertically embedded in the lock hole 45 and located in the lock groove 46 as shown in Figures 8 to 10; wherein the lock groove The horizontal cross-sectional shape and horizontal cross-sectional area of 46 are greater than and include the horizontal cross-sectional shape and horizontal cross-sectional area of the lock 43, so that the lock groove 46 has at least one stroke area 47 added to the lock 43, and then After the lock head 43 is vertically embedded in the lock groove 46 (as shown in FIG. 8), it can rotate horizontally along each of the stroke areas 47 (as shown in FIG. 9), and is blocked and positioned at each A stop position 48 on the stroke area 47 (as shown in Figure 10); wherein when the lock hole 45 and the lock head 43 are aligned perpendicular to each other (as shown in Figures 2 and 11), the lock head 43 can be The lock hole 45 is vertically embedded in the lock groove 46. At this time, a first assembled state is formed between the lock hole 45 and the lock head 43, as shown in FIGS. 6 and 8; When the first assembled state is formed between the lock heads 43, a front-rear center axis 41a of the first connecting portion 41 and the front-rear center axis 12 of the top surface 11 of the armrest bracket 10 form a horizontal line. The staggered angle θ is shown in FIG. 6; when the first assembled state is formed between the lock hole 45 and the lock head 43, the lock head 43 uses a vertical central axis 44a of the lock neck 44 as a rotation axis The horizontal rotation in the lock groove 46 is as shown in FIG. 9; wherein when the lock head 43 relatively rotates in the lock groove 46 by the staggered angle θ to stop rotating, the lock head 43 stops. And positioned at the stop position 48 on each of the stroke areas 47, a second assembled state is formed between the lock hole 45 and the lock head 43 at this time, as shown in FIGS. 7 and 10, the armrest cushion body 20 is It can be assembled with the armrest bracket 10 and locked into one body.

當配組成該椅扶手1時，該扶手支架10是藉由該連結機構40的該第一連結部41與該第二連結部42的上下連結關係以與該連結體30相互連結，而該扶手墊體20是藉由該連結體30以與該扶手支架10配合組裝成一體如圖2及11所示。When the chair armrest 1 is assembled, the armrest bracket 10 is connected to the connecting body 30 by the up-and-down connection of the first connecting portion 41 and the second connecting portion 42 of the connecting mechanism 40, and the armrest The cushion body 20 is assembled with the armrest bracket 10 by the connecting body 30 to be integrated as shown in FIGS. 2 and 11.

此外，該第一連結部41與該第二連結部42是能依需求而選擇所要分別設於該扶手支架10或該連結體30的對應位置，在圖2所示的實施例中，該第一連結部41是一體成型地凸設於該扶手支架10的該支架頂面11上但不限制；其中該第二連結部42是設於該連結體30的底面上但不限制。In addition, the first connecting portion 41 and the second connecting portion 42 can be respectively installed in the armrest bracket 10 or the corresponding position of the connecting body 30 according to requirements. In the embodiment shown in FIG. 2, the first A connecting portion 41 is integrally formed and protrudingly provided on the top surface 11 of the armrest bracket 10 but not limited; wherein the second connecting portion 42 is provided on the bottom surface of the connecting body 30 but not limited.

反之，在圖11所示的實施例中，則該第一連結部41是一體成型地凸設於該連結體30的底面上但不限制；其中該第二連結部42是設於該扶手支架10的該支架頂面11上但不限制，以利於更多元的製造應用。上述除了該第一連結部41與該第二連結部42的位置有更動以外，其餘結構構造或技術特徵大致上皆相同。On the contrary, in the embodiment shown in FIG. 11, the first connecting portion 41 is integrally formed to protrude from the bottom surface of the connecting body 30 but is not limited; wherein the second connecting portion 42 is provided on the armrest bracket 10 is on the top surface 11 of the support but is not limited to facilitate more diverse manufacturing applications. Except for the changes in the positions of the first connecting portion 41 and the second connecting portion 42 described above, the remaining structures or technical features are substantially the same.

圖14至23中所示的實施例為本新型的該椅扶手1的第二實施例，在第二實施例中，該連結機構50包含能互相形成上下向對應壓扣合連結關係的至少一第一連結部51與至少一第二連結部52如圖14及23所示，各該第一連結部51與各該第二連結部52是分別地設在該支架頂面11或該連結體30的對應位置上，各該第一連結部51為一軸管53，各該第二連結部52為一軸套54，各該軸管53具有一第一扣合部55，各該軸套54具有一對應各該第一扣合部55的第二扣合部56，各該軸管53能藉該第一扣合部55與各該軸套54的該第二扣合部56互相扣合如圖20至22所示；其中各該軸套54的該第二扣合部56是位於各該軸套54內部的一內環壁面57上如圖19所示。The embodiment shown in FIGS. 14 to 23 is the second embodiment of the chair armrest 1 of the new type. In the second embodiment, the connecting mechanism 50 includes at least one that can form a vertical and corresponding press-fit connection relationship with each other. The first connecting portion 51 and the at least one second connecting portion 52 are shown in FIGS. 14 and 23. Each of the first connecting portion 51 and each of the second connecting portions 52 are respectively provided on the top surface 11 of the support or the connecting body. At the corresponding position of 30, each of the first connecting portions 51 is a shaft tube 53, each of the second connecting portions 52 is a shaft sleeve 54, each of the shaft tubes 53 has a first buckling portion 55, and each of the shaft sleeves 54 has A second buckling portion 56 corresponding to each of the first buckling portions 55, and each of the shaft tubes 53 can be buckled with each other by the first buckling portion 55 and the second buckling portion 56 of each sleeve 54 as 20 to 22; wherein the second buckling portion 56 of each sleeve 54 is located on an inner ring wall 57 inside each sleeve 54 as shown in FIG. 19.

當配組成該椅扶手1時，該扶手支架10是藉由該連結機構50該第一連結部51與該第二連結部52的上下向對應壓扣合連結關係以與該連結體30相互連結如圖14及23所示，而該扶手墊體20是藉由該連結體30以與該扶手支架10配合組裝成一體如圖14及23所示。When the chair armrest 1 is assembled, the armrest bracket 10 is connected to the connecting body 30 by means of the connecting mechanism 50, the first connecting portion 51 and the second connecting portion 52 in the vertical corresponding press-fit connection relationship. As shown in FIGS. 14 and 23, the armrest cushion body 20 is assembled with the armrest bracket 10 by the connecting body 30 to be integrated as shown in FIGS. 14 and 23.

參考圖15、16、18及19，各該軸套54進一步包含一迫緊件58但不限制，各該迫緊件58是位於該連結體30上並位於各該軸套54的上部，各該迫緊件58包含至少二迫緊片581如圖19所示；其中各該軸管53的該第一扣合部55是位於各該軸管53的端面上如圖19所示；其中當各該第一扣合部55與各該第二扣合部56互相扣合時，各該軸管53的該第一扣合部55受到各該迫緊件58的該至少二迫緊片581的壓應力緊迫，使得各該第一扣合部55被壓迫並卡入於各該第二扣合部56上如圖20至22所示。With reference to Figures 15, 16, 18 and 19, each of the sleeves 54 further includes a pressing member 58 but not limited thereto. Each of the pressing members 58 is located on the connecting body 30 and located on the upper part of each of the sleeves 54, each of the The pressing member 58 includes at least two pressing pieces 581 as shown in FIG. 19; wherein the first buckling portion 55 of each shaft tube 53 is located on the end surface of each shaft tube 53 as shown in FIG. 19; When the first buckling portion 55 and each of the second buckling portions 56 are buckled with each other, the first buckling portion 55 of each shaft tube 53 is affected by the at least two pressing pieces 581 of each pressing member 58 The compressive stress is tight, so that each of the first buckling portions 55 is pressed and locked into each of the second buckling portions 56 as shown in FIGS. 20-22.

此外，各該第一連結部51與各該第二連結部52是能依需求而選擇所要分別設於該扶手支架10或該連結體30的對應位置，在圖14所示的實施例中，各該第一連結部51是一體成型地凸設於該扶手支架10的該支架頂面11上但不限制；其中各該第二連結部52是設於該連結體30的底面上但不限制。In addition, each of the first connecting portion 51 and each of the second connecting portions 52 can be selected to be respectively provided in the armrest bracket 10 or the corresponding position of the connecting body 30 according to requirements. In the embodiment shown in FIG. 14, Each of the first connecting portions 51 is integrally formed and protrudingly provided on the top surface 11 of the armrest bracket 10 but not limited; wherein each of the second connecting portions 52 is provided on the bottom surface of the connecting body 30 but not limited .

反之，在圖23所示的實施例中，各該第一連結部51是設於該連結體30的底面上但不限制；其中各該第二連結部52是一體成型地凸設於該扶手支架10的該支架頂面11上但不限制，以利於更多元的製造應用。上述除了各該第一連結部51與各該第二連結部52的位置有更動以外，其餘結構構造或技術特徵大致上皆相同。On the contrary, in the embodiment shown in FIG. 23, each of the first connecting portions 51 is provided on the bottom surface of the connecting body 30 but is not limited; wherein each of the second connecting portions 52 is integrally formed and protruding from the armrest The bracket 10 is on the top surface 11 of the bracket but is not limited to facilitate more diverse manufacturing applications. Except for the changes in the positions of the first connecting portions 51 and the second connecting portions 52 described above, the remaining structural structures or technical features are substantially the same.

參考圖20至22，各該第二扣合部56為一位於各該內環壁面57上的卡槽56a但不限制（如圖20所示）、一位於各該內環壁面57上的穿孔56b但不限制（如圖21所示）或一位於各該內環壁面57的端面56c但不限制（如圖22所示）。20-22, each of the second buckling portions 56 is a slot 56a located on each of the inner ring wall surface 57, but not limited (as shown in FIG. 20), and a perforation located on each of the inner ring wall surface 57 56b but not limited (as shown in FIG. 21) or an end surface 56c located on each of the inner ring wall surfaces 57 but not limited (as shown in FIG. 22).

參考圖18，該至少二迫緊片581為彼此之間具有間隔的爪型結構體但不限制，以利於增加對其他結構的迫緊力道。Referring to FIG. 18, the at least two pressing pieces 581 are claw-shaped structures with spacing between each other, but are not limited, so as to increase the pressing force on other structures.

本新型的該椅扶手1與現有的椅扶手相較，具有以下優點：Compared with the existing chair armrests, the new chair armrest 1 has the following advantages:

本新型的該扶手墊體20設有開口朝下的該容槽21，該容槽21具該深度及該形狀；其中該椅扶手1的該連結體30具該厚度及該形狀且該厚度及該形狀是對應配合該扶手墊體20的該容槽21的該深度及該形狀，以使該椅扶手1的該連結體30能嵌設地組裝並定位於該容槽21內；其中該扶手支架10與該連結體30能藉由該連結機構40或該連結機構50的連結關係而相互連結，以有效地解決現有的椅扶手的扶手墊體所能配合的扶手支架種類受限的問題，該扶手墊體20不僅可以透過原有的各該鎖合孔24去跟現有的扶手支架2去進行鎖固組合如圖12及13所示，亦可使該扶手墊體20配組該連結體30並藉由該連結機構40或該連結機構50與新式的扶手支架如本新型的該扶手支架10進行組合如圖2、11、14及23所示，製造端不必開發生產出新的扶手墊體以配合未使用鎖固用零組件來進行組合的扶手支架，有利於降低製造端的成本。The armrest cushion body 20 of the present invention is provided with the accommodating groove 21 with an opening facing downward, the accommodating groove 21 having the depth and the shape; wherein the connecting body 30 of the chair armrest 1 has the thickness and the shape and the thickness and The shape corresponds to the depth and the shape of the receiving groove 21 of the armrest cushion body 20, so that the connecting body 30 of the chair armrest 1 can be embeddedly assembled and positioned in the receiving groove 21; wherein the armrest The bracket 10 and the connecting body 30 can be connected to each other by the connecting relationship of the connecting mechanism 40 or the connecting mechanism 50, so as to effectively solve the problem of limited types of armrest brackets that can be matched with the armrest cushion body of the existing chair armrest. The armrest cushion body 20 can not only be locked and combined with the existing armrest bracket 2 through the original locking holes 24, as shown in Figures 12 and 13, but also the armrest cushion body 20 can be combined with the connecting body. 30 and by combining the connecting mechanism 40 or the connecting mechanism 50 with the new armrest bracket such as the armrest bracket 10 of the present invention as shown in Figures 2, 11, 14 and 23, the manufacturing end does not need to develop and produce a new armrest pad The body is combined with the armrest bracket that does not use the locking components, which is beneficial to reduce the cost of the manufacturing end.

以上所述僅為本新型的優選實施例，對本新型而言僅是說明性的，而非限制性的；本領域普通技術人員理解，在本新型權利要求所限定的精神和範圍內可對其進行許多改變，修改，甚至等效變更，但都將落入本新型的保護範圍內。The above are only the preferred embodiments of the present invention, which are only illustrative for the present invention and not restrictive; those of ordinary skill in the art understand that they can be used within the spirit and scope defined by the claims of the present invention. Many changes, modifications, and even equivalent changes have been made, but they will all fall into the scope of protection of this new model.

1:椅扶手 10:扶手支架 11:支架頂面 12:前後向中心軸 20:扶手墊體 20a:扶手墊 20b:扶手構體 21:容槽 22:內底面 23:容槽壁面 24:鎖合孔 25:卡槽結構 30:連結體 31:卡凸結構 40:連結機構 41:第一連結部 41a:前後向中心軸 42:第二連結部 43:鎖頭 44:鎖頸 44a:垂直向中心軸 45:鎖孔 46:鎖槽 47:行程區域 48:擋止位置 50:連結機構 51:第一連結部 52:第二連結部 53:軸管 54:軸套 55:第一扣合部 56:第二扣合部 56a:卡槽 56b:穿孔 56c:端面 57:內環壁面 58:迫緊件 581:迫緊片 2:扶手支架 2a:頂面 2b:螺絲 d:距離 θ:角度 1: Chair armrest 10: Armrest bracket 11: The top surface of the bracket 12: Front and back center axis 20: Armrest cushion body 20a: Armrest pad 20b: Handrail structure 21: Tolerance 22: inner bottom surface 23: The wall of the cuvette 24: lock hole 25: Card slot structure 30: Concatenation 31: Card convex structure 40: Linking Organization 41: The first joint 41a: front and rear center axis 42: The second connection part 43: lock 44: lock neck 44a: Vertical to the central axis 45: keyhole 46: lock slot 47: Itinerary area 48: stop position 50: Linking Organization 51: The first joint 52: The second connection part 53: Shaft tube 54: Bushing 55: The first fastening part 56: The second fastening part 56a: card slot 56b: Piercing 56c: end face 57: inner ring wall 58: Compression 581: Compression Film 2: armrest bracket 2a: Top surface 2b: Screw d: distance θ: Angle

圖1為本新型一實施例的立體組合示意圖。圖2為圖1扶手墊體（第一實施例）旋轉一角度的立體分解示意圖。圖3為圖2中的扶手墊與連結體（第一實施例）的另一角度立體分解示意圖。圖4為本新型的扶手墊體與連結體（第一實施例）的平面側剖視組合示意圖。圖5為圖4的平面分解示意圖。圖6為第一連結部或第二連結部與鎖頭（第一實施例）形成第一組裝狀態的上視平面示意圖。圖7為第一連結部或第二連結部與鎖頭（第一實施例）形成第二組裝狀態的上視平面示意圖。圖8為第一連結部或第二連結部與鎖頭（第一實施例）形成第一組裝狀態的局部放大上視平面示意圖。圖9為鎖頭沿著第一連結部或第二連結部（第一實施例）的各行程區域進行水平向轉動的局部放大上視平面示意圖。圖10為第一連結部或第二連結部與鎖頭（第一實施例）形成第二組裝狀態的局部放大上視平面示意圖。圖11為本新型的鎖孔對準鎖頭（第一實施例）的另一實施例的立體分解示意圖。圖12為現有扶手墊體與扶手支架組合實施例的立體分解示意圖。圖13為圖12中現有扶手墊體與扶手支架組合後的平面側剖視組合示意圖。圖14為圖1扶手墊體（第二實施例）一角度的立體分解示意圖。圖15為圖2中的扶手墊體與連結體（第二實施例）的立體分解示意圖。圖16為圖15的局部放大示意圖。圖17為圖16中的軸套的局部放大示意圖。圖18為圖16中的迫緊件的局部放大示意圖。圖19為本新型第二實施例的軸管、軸套及迫緊件的平面側剖視分解示意圖。圖20為圖19（第二扣合部為位於各該內環壁面上的卡槽）的局部放大組合示意圖。圖21為圖19（第二扣合部為位於各該內環壁面上的穿孔）的局部放大組合示意圖。圖22為圖19（第二扣合部為位於各該內環壁面的端面）的局部放大組合示意圖。圖23為本新型的軸管對準軸套（第二實施例）的另一實施例的立體分解示意圖。 FIG. 1 is a schematic diagram of a three-dimensional assembly of an embodiment of the new type. Fig. 2 is a perspective exploded schematic view of the armrest cushion body (first embodiment) of Fig. 1 rotated by an angle. Fig. 3 is another perspective exploded schematic view of the armrest pad and the connecting body (first embodiment) in Fig. 2 from another angle. Fig. 4 is a schematic side sectional view of the combination of the armrest cushion body and the connecting body (first embodiment) of the new type. Fig. 5 is a plan exploded schematic view of Fig. 4. Fig. 6 is a schematic top plan view of the first connecting portion or the second connecting portion and the lock head (first embodiment) in a first assembled state. Fig. 7 is a schematic top plan view of the first connecting portion or the second connecting portion and the lock head (first embodiment) in a second assembled state. Fig. 8 is a partial enlarged top plan view of the first connecting portion or the second connecting portion and the lock head (first embodiment) forming a first assembled state. Fig. 9 is a partial enlarged top plan schematic view of the lock head rotating horizontally along each stroke area of the first connecting portion or the second connecting portion (first embodiment). Fig. 10 is a partially enlarged schematic top plan view of the first connecting portion or the second connecting portion and the lock head (first embodiment) in a second assembled state. Figure 11 is a three-dimensional exploded schematic view of another embodiment of the new lock hole aligned with the lock head (first embodiment). Fig. 12 is a three-dimensional exploded schematic view of a conventional embodiment of a combination of an armrest cushion body and an armrest bracket. FIG. 13 is a schematic side sectional view of the combination of the existing armrest cushion body and the armrest bracket in FIG. 12 after being combined. Fig. 14 is an exploded perspective view of the armrest cushion body (the second embodiment) of Fig. 1 from one angle. Fig. 15 is a perspective exploded schematic view of the armrest cushion body and the connecting body (the second embodiment) in Fig. 2. Fig. 16 is a partial enlarged schematic diagram of Fig. 15. Fig. 17 is a partial enlarged schematic view of the sleeve in Fig. 16. Fig. 18 is a partial enlarged schematic view of the pressing member in Fig. 16. Fig. 19 is an exploded schematic side view of the shaft tube, the shaft sleeve and the pressing member of the second embodiment of the new type. Fig. 20 is a partially enlarged and combined schematic diagram of Fig. 19 (the second buckling portion is a groove on the wall surface of each inner ring). Fig. 21 is a partially enlarged and combined schematic diagram of Fig. 19 (the second buckling portion is a perforation located on the wall surface of each inner ring). Fig. 22 is a partially enlarged and combined schematic diagram of Fig. 19 (the second buckling portion is the end surface of each inner ring wall surface). Figure 23 is a three-dimensional exploded schematic view of another embodiment of the new shaft tube aligning sleeve (second embodiment).

1:椅扶手 1: Chair armrest

10:扶手支架 10: Armrest bracket

11:支架頂面 11: The top surface of the bracket

20:扶手墊體 20: Armrest cushion body

20a:扶手墊 20a: Armrest pad

20b:扶手構體 20b: Handrail structure

21:容槽 21: Tolerance

30:連結體 30: Concatenation

40:連結機構 40: Linking Organization

41:第一連結部 41: The first joint

42:第二連結部 42: The second connection part

43:鎖頭 43: lock

44:鎖頸 44: lock neck

45:鎖孔 45: keyhole

Claims

一種配組式椅扶手，其包含：一扶手支架，其頂部包含一支架頂面，該支架頂面具有一前後向中心軸；一扶手墊體，其是設於該扶手支架的該支架頂面上，該扶手墊體的底面上設有一開口朝下的容槽，該容槽具一深度及一形狀且包含一內底面及一容槽壁面；一連結體，其設於該扶手支架與該扶手墊體之間，該連結體具一厚度及一形狀且該厚度及該形狀是對應配合該扶手墊體的該容槽的該深度及該形狀，以使該連結體能嵌設地組裝並定位於該容槽內；及一連結機構，其包含能互相形成上下連結關係的一第一連結部與一第二連結部，該第一連結部與該第二連結部是分別設於該扶手支架或該連結體的對應位置上；其中該第一連結部為一具有一垂直向厚度的鎖頭及一鎖頸連結地設於該鎖頭的一面上所構成；其中該第二連結部為一鎖孔及一具有一垂直向深度之鎖槽連通地設在該鎖孔之內側所構成；其中該鎖孔的水平向截面形狀及水平向截面面積係對應且略大於該鎖頭的水平向截面形狀及水平向截面面積，使該鎖頭得垂直向嵌入於該鎖孔並位於該鎖槽內；其中該鎖槽的水平向截面形狀及水平向截面面積是大於且包含該鎖頭的水平向截面形狀及水平向截面面積，使該鎖槽得相對於該鎖頭增加至少一行程區域，進而使該鎖頭得在垂直向嵌入於該鎖槽之後能沿著各該行程區域進行水平向轉動並得擋止且定位於各該行程區域上一擋止位置；其中當該鎖孔與該鎖頭相互垂直向對準時，該鎖頭得由該鎖孔垂直向嵌入至該鎖槽內，此時該鎖孔與該鎖頭之間即形成一第一組裝狀態；其中當該鎖孔與該鎖頭之間形成該第一組裝狀態時，該第一連結部的一前後向中心軸與該扶手支架的該支架頂面的該前後向中心軸之間是形成一水平向的錯開角度；其中當該鎖孔與該鎖頭之間形成該第一組裝狀態時，該鎖頭得以該鎖頸的一垂直向中心軸為轉軸而在該鎖槽內進行水平向轉動；其中當該鎖頭在該鎖槽內相對轉動該錯開角度至無法轉動而停止轉動時，該鎖頭即擋止且定位於各該行程區域上之該擋止位置，此時該鎖孔與該鎖頭之間即形成一第二組裝狀態，該扶手墊體即能與該扶手支架組裝並鎖固成一體；其中當配組成該椅扶手時，該扶手支架是藉由該連結機構的該第一連結部與該第二連結部的上下連結關係以與該連結體相互連結，而該扶手墊體是藉由該連結體以與該扶手支架配合組裝成一體。 A matching armrest of a chair, which comprises: An armrest bracket, the top of which includes a bracket top surface, and the bracket top surface has a front-to-back central axis; An armrest cushion body is arranged on the top surface of the armrest bracket. The bottom surface of the armrest cushion body is provided with a cavity with an opening facing downward. The cavity has a depth and a shape and includes an inner bottom surface and an inner bottom surface. A wall of the cuvette; A connecting body is arranged between the armrest bracket and the armrest cushion body, the connecting body has a thickness and a shape, and the thickness and the shape correspond to the depth and the shape of the pocket of the armrest cushion body , So that the connecting body can be embeddedly assembled and positioned in the container; and A connecting mechanism comprising a first connecting portion and a second connecting portion capable of forming an up-and-down connection relationship with each other, the first connecting portion and the second connecting portion are respectively provided at corresponding positions of the armrest bracket or the connecting body On; wherein the first connecting portion is a lock with a vertical thickness and a lock neck is connected on one side of the lock to form a structure; wherein the second connecting portion is a lock hole and a vertical The depth-oriented lock groove is connected and formed on the inner side of the lock hole; wherein the horizontal cross-sectional shape and horizontal cross-sectional area of the lock hole correspond to and slightly larger than the horizontal cross-sectional shape and horizontal cross-sectional area of the lock head, The lock head is vertically embedded in the lock hole and located in the lock groove; wherein the horizontal cross-sectional shape and horizontal cross-sectional area of the lock groove are larger than and include the horizontal cross-sectional shape and horizontal cross-sectional area of the lock head , So that the lock slot has to increase at least one stroke area relative to the lock head, so that the lock head can be horizontally rotated along each stroke area after being vertically embedded in the lock slot and be stopped and positioned at Each of the stroke areas has a stop position; when the lock hole and the lock head are aligned vertically with each other, the lock head has to be vertically embedded into the lock groove from the lock hole, and then the lock hole and the lock A first assembled state is formed between the heads; wherein when the first assembled state is formed between the lock hole and the lock head, a front-to-back central axis of the first connecting portion and the top surface of the armrest bracket are formed A horizontal staggered angle is formed between the front and rear central axes; wherein when the first assembled state is formed between the lock hole and the lock head, the lock head can take a vertical central axis of the lock neck as The rotating shaft rotates horizontally in the lock groove; wherein when the lock head rotates in the lock groove relative to the staggered angle to stop rotating, the lock head stops and is positioned on each of the stroke areas In the blocking position, a second assembled state is formed between the lock hole and the lock head at this time, and the armrest cushion body can be assembled with the armrest bracket and locked into one body; When the chair armrest is assembled, the armrest bracket is connected to the connecting body through the up-down connection relationship of the first connecting part and the second connecting part of the connecting mechanism, and the armrest cushion body is connected to each other by The connecting body is assembled with the armrest bracket to form a whole body.

如請求項1所述之椅扶手，其中該扶手墊體的該內底面上包含二相互對稱並具一定距離且開口朝下的鎖合孔。The chair armrest according to claim 1, wherein the inner bottom surface of the armrest cushion body includes two symmetrical locking holes with a certain distance and opening downwards.

如請求項1所述之椅扶手，其中該扶手墊體是由一扶手墊及一扶手構體所構成。The chair armrest according to claim 1, wherein the armrest cushion body is composed of an armrest cushion and an armrest structure.

如請求項3所述之椅扶手，其中該扶手墊是以一體發泡的技藝而成型於該扶手構體外部的軟彈性體。The chair armrest according to claim 3, wherein the armrest pad is a soft elastic body formed on the outside of the armrest structure by the technique of integral foaming.

如請求項1所述之椅扶手，其中該扶手墊體的該容槽壁面上進一步設有一卡槽結構；其中該連結體的側邊上進一步設有一卡凸結構能對應卡固於該卡槽結構上；其中該連結體是藉由該卡凸結構以卡固於該卡槽結構上並嵌設在該容槽內。The chair armrest of claim 1, wherein the armrest cushion body is further provided with a groove structure on the wall surface of the receiving groove; wherein the side of the connecting body is further provided with a protrusion structure which can be correspondingly locked in the groove In structure; wherein the connecting body is fixed on the slot structure by the protruding structure and embedded in the receiving slot.

如請求項1所述之椅扶手，其中該第一連結部是一體成型地凸設於該扶手支架的該支架頂面上；其中該第二連結部是設於該連結體的底面上。The chair armrest according to claim 1, wherein the first connecting portion is integrally formed to protrude from the top surface of the armrest bracket; wherein the second connecting portion is provided on the bottom surface of the connecting body.

如請求項1所述之椅扶手，其中該第一連結部是一體成型地凸設於該連結體的底面上；其中該第二連結部是設於該扶手支架的該支架頂面上。The chair armrest according to claim 1, wherein the first connecting portion is integrally formed and protrudingly provided on the bottom surface of the connecting body; wherein the second connecting portion is provided on the top surface of the bracket of the armrest bracket.

一種配組式椅扶手，其包含：一扶手支架，其頂部包含一支架頂面，該支架頂面具有一前後向中心軸；一扶手墊體，其是設於該扶手支架的該支架頂面上，該扶手墊體的底面上設有一開口朝下的容槽，該容槽具一深度及一形狀且包含一內底面及一容槽壁面；一連結體，其能設於該扶手支架與該扶手墊體之間，該連結體具一厚度及一形狀且該厚度及該形狀是對應配合該扶手墊體的該容槽的該深度及該形狀，以使該連結體能嵌設地組裝並定位於該容槽內；及一連結機構，其包含能互相形成上下向對應壓扣合連結關係的至少一第一連結部與至少一第二連結部，各該第一連結部與各該第二連結部是分別地設在該支架頂面或該連結體的對應位置上，各該第一連結部為一軸管，各該第二連結部為一軸套，各該軸管具有一第一扣合部，各該軸套具有一對應各該第一扣合部的第二扣合部，各該軸管能藉該第一扣合部與各該軸套的該第二扣合部互相扣合；其中各該軸套的該第二扣合部是位於各該軸套內部的一內環壁面上；其中當配組成該椅扶手時，該扶手支架是藉由該連結機構的各該第一連結部與各該第二連結部的上下向對應壓扣合連結關係以與該連結體相互連結，而該扶手墊體是藉由該連結體以與該扶手支架配合組裝成一體。 A matching armrest of a chair, which comprises: An armrest bracket, the top of which includes a bracket top surface, and the bracket top surface has a front-to-back central axis; An armrest cushion body is arranged on the top surface of the armrest bracket. The bottom surface of the armrest cushion body is provided with a cavity with an opening facing downward. The cavity has a depth and a shape and includes an inner bottom surface and an inner bottom surface. A wall of the cuvette; A connecting body that can be arranged between the armrest bracket and the armrest cushion body, the connecting body has a thickness and a shape, and the thickness and the shape correspond to the depth and the groove of the armrest cushion body Shape so that the connecting body can be embedded and assembled and positioned in the cavity; and A connecting mechanism comprising at least one first connecting portion and at least one second connecting portion capable of forming a vertical and corresponding press-fit connection relationship with each other, each of the first connecting portion and each of the second connecting portions is separately provided in On the top surface of the bracket or the corresponding position of the connecting body, each of the first connecting parts is a shaft tube, each of the second connecting parts is a shaft sleeve, each of the shaft tubes has a first buckling part, and each of the shaft sleeves has A second buckling portion corresponding to each of the first buckling portions, each of the shaft tubes can be buckled with each other by the first buckling portion and the second buckling portion of each of the shaft sleeves; wherein The second buckling portion is located on an inner ring wall inside each of the shaft sleeves; When the armrest of the chair is assembled, the armrest bracket is connected to the connecting body through the up-and-down corresponding press-fastening connection relationship of each of the first connecting portion and each of the second connecting portion of the connecting mechanism, and The armrest cushion body is assembled with the armrest bracket to form a whole body through the connecting body.

如請求項8所述之椅扶手，其中該扶手墊體的該內底面上包含二相互對稱並具一定距離且開口朝下的鎖合孔。The chair armrest according to claim 8, wherein the inner bottom surface of the armrest cushion body includes two symmetrical locking holes with a certain distance and opening downward.

如請求項8所述之椅扶手，其中該扶手墊體是由一扶手墊及一扶手構體所構成。The chair armrest according to claim 8, wherein the armrest cushion body is composed of an armrest cushion and an armrest structure.

如請求項10所述之椅扶手，其中該扶手墊是以一體發泡的技藝而成型於該扶手構體外部的軟彈性體。The chair armrest according to claim 10, wherein the armrest pad is a soft elastic body molded on the outside of the armrest structure by the technique of integral foaming.

如請求項8所述之椅扶手，其中該扶手墊體的該容槽壁面上進一步設有一卡槽結構；其中該連結體的側邊上進一步設有一卡凸結構能對應卡固於該卡槽結構上；其中該連結體是藉由該卡凸結構以卡固於該卡槽結構上並嵌設在該容槽內。The armrest of the chair according to claim 8, wherein a groove structure is further provided on the wall surface of the pocket of the armrest cushion body; wherein a protruding structure is further provided on the side of the connecting body to be correspondingly locked in the groove In structure; wherein the connecting body is fixed on the slot structure by the protruding structure and embedded in the receiving slot.

如請求項8所述之椅扶手，其中各該軸套進一步包含一迫緊件，各該迫緊件是位於該連結體上並位於各該軸套的上部，各該迫緊件包含至少二迫緊片；其中各該軸管的該第一扣合部是位於各該軸管的端面上；其中當各該第一扣合部與各該第二扣合部互相扣合時，各該軸管的該第一扣合部受到各該迫緊件的該至少二迫緊片的壓應力緊迫，使得各該第一扣合部被壓迫並卡入於各該第二扣合部上。The armrest of the chair according to claim 8, wherein each of the shaft sleeves further includes a pressing member, each of the pressing members is located on the connecting body and located on the upper part of each of the shaft sleeves, and each of the pressing members includes at least two pressing members. Tightening piece; wherein the first buckling portion of each of the shaft tube is located on the end surface of each of the shaft tube; wherein when each of the first buckling portion and each of the second buckling portion are buckled with each other, each of the shaft The first buckling part of the tube is pressed by the compressive stress of the at least two pressing pieces of each pressing member, so that each of the first buckling parts is pressed and clamped on each of the second buckling parts.

如請求項8所述之椅扶手，其中各該第一連結部是一體成型地凸設於該扶手支架的該支架頂面上；其中各該第二連結部是設於該連結體的底面上。The chair armrest according to claim 8, wherein each of the first connecting portions is integrally formed to protrude on the top surface of the bracket of the armrest bracket; wherein each of the second connecting portions is provided on the bottom surface of the connecting body .

如請求項8所述之椅扶手，其中各該第一連結部是設於該連結體的底面上；其中各該第二連結部是一體成型地凸設於該扶手支架的該支架頂面上。The chair armrest according to claim 8, wherein each of the first connecting portions is provided on the bottom surface of the connecting body; wherein each of the second connecting portions is integrally formed and protrudingly provided on the top surface of the bracket of the armrest bracket .

如請求項8所述之椅扶手，其中各該第二扣合部為一位於各該內環壁面上的卡槽、一位於各該內環壁面上的穿孔或一位於各該內環壁面的端面。The armrest of the chair according to claim 8, wherein each of the second buckling portions is a slot on the wall of each of the inner rings, a hole on the wall of each of the inner rings, or a hole on the wall of each of the inner rings End face.

如請求項1所述之椅扶手，其中該至少二迫緊片為彼此之間具有間隔的爪型結構體。The chair armrest according to claim 1, wherein the at least two compression pieces are claw-shaped structures with a gap between each other.