M396781 五 、新型說明 【新型所屬之技術領域】 接於車及其相_靠調整機構，尤指—種利用插 的嬰兒車及===Γ眺吻麟之相對位置 【先前技術】 嫌=言，常見的嬰兒車腳靠設計包括座椅以及與座椅的前部通 相樞接的轉，在先前技射，腳靠通常只能相對於座椅而 j早-鎖定肢，如此_可允許較大的兒童㈣放的雙腳承靠 t上，然而若是在體迪小的絲坐於缸時，此種單一鎖 ^攻計就會無綠_當_靠敎纽域兒的雙腳水 罪’從而導财兒車_在彳㈣上的顿从造成兒在乘坐上 的不適。 為了改善上賴問題’多段式的腳靠調整機構因應而生，也就是 利用没置於座椅以及腳靠之間_定機構來進行腳靠鎖定角度的多 •k式避’常見的機構③計為利用可相對座椅前後滑動的操作件以 限制住腳靠相對於麟的_，以使腳靠可固定在不同的鎖定角 度’從而滿足不同體型之嬰幼兒的乘坐需求。細，上述的方式往 «96781 往2有複雜的機構設計；此外，要求使用者前後拉動操作件以調整 腳靠與座椅之相對位置的機構設計仍顯不夠直覺方便。 【新型内容】 因此，本創作係提供-種樞接於腳靠上之㈣件抵接於定位 塊以固定住腳靠與鋪之械位.置的嬰兒車及其相_靠調整 構’以解決上述之問題。 本創作係提供-種應躲—嬰兒車_靠調整機構，該嬰兒 括一座椅’該腳靠調整機構包括一腳靠，其樞接於該麟； ;以及—操作件，其樞接於該腳靠且抵接 …疋位4，其中，賴作件可被操作以選擇性地與該定位塊分離。 本創作另提供-種嬰兒車，其包括一主體；一座椅 腳靠調整機構，其設置於該座椅上，該腳靠= 構已括-腳罪，其樞接於該座椅，·一定位1 4 其中，該操作 以及:操作件，其_於該腳靠且抵接於购ς，接該座椅； 件可被#作以選雜地與該定位塊分離。 綜上所述，本創作係_樞接於腳靠上 6 之設計’《0定_#與賴之撕位置1乘上 的嬰幼兒之雙腳可舒適地承靠於腳靠±。如此—來，借=== M396781 ^覺式的魏操作設計，摘作所提供之嬰兒車不僅可提升其在 ΐίΓ同體叙伽·縣需求，進㈣加嬰料在實際使用上 〜「/'丨风伏及要兄單不僅 =疋位方__性，_也可透料段式的腳靠定 位設計，以 的彈性 【實施方式】 下m提rr靠調整機構設計係可應用於嬰兒車的兩側，以 、 祕於i兒車一側的各個元件結構進行描述，另 =此=或是於其他實施例中使用其他適用的樞轉機構與之二， 八相關况明不再贅述以求簡化說明。 -〇 音：：1圖，其為本創作一優選實施例-嬰兒車i。的爆炸亍 ^部份）、-1座Γ!Γ，嬰兒車1G包括，12 (於第1圖中僅顯 H)上卜以 及一腳靠調整機構16 ;主體12為嬰兒車 除座椅Μ以及腳靠調整機構16 =時的背靠伽構，或作為操作嬰兒二^ ，綱設計常見於先前技術中，故於此不再 一座板π及-座管18，座管18與座板17及主體12相連接，j 14係利用座板17以承幼兒’以使嬰幼兒可安穩地乘坐於丄可 車10上，·腳靠調整機構16包括一腳靠2〇、 、I兒 =以™;定位塊22連接於細的二，:;3 論地套接於定位塊22上，而操作件24則是枢接於腳靠如且抵接 5M396781 V. New description [New technical field] Connected to the car and its phase _ relying on the adjustment mechanism, especially the relative position of the baby stroller and the ===Γ眺Γ眺麟 [previous technique] The common stroller foot design includes a seat and a pivoting pivotal connection with the front of the seat. In the prior art, the footrest is usually only early relative to the seat, and the limb is locked. The larger children (4) put their feet on the t, but if the small silk in the body sits in the cylinder, this single lock will have no green _ when _ rely on the new feet of the water The sin' thus guides the child's car _ on the 彳 (four) on the discomfort caused by the child in the ride. In order to improve the problem of the problem, the multi-stage footrest adjustment mechanism is used, that is, the multi-k-type avoidance of the footrest locking angle is not used between the seat and the footrest. It is considered to utilize the operating member that can slide back and forth relative to the seat to limit the footrest relative to the lining so that the footrest can be fixed at different locking angles to meet the riding needs of infants of different body types. Fine, the above method has a complicated mechanism design to «96781 to 2; in addition, the mechanism design that requires the user to pull the operating member back and forth to adjust the relative position of the footrest and the seat is still not intuitive enough. [New content] Therefore, the author provides a type of (four) pivotally connected to the footrest to abut the positioning block to fix the position of the footrest and the paving device. Solve the above problems. The creation system provides a kind of sheltering-baby car_adjusting mechanism, the baby includes a seat, the footrest adjusting mechanism includes a footrest, which is pivotally connected to the collar; and an operating member pivotally connected thereto The foot rests against and abuts the position 4, wherein the handle is operable to selectively separate from the positioning block. The present invention further provides a stroller including a main body; a seat reclining adjustment mechanism disposed on the seat, the foot rest = a structure-footed crime, which is pivotally connected to the seat, A positioning 1 4, wherein the operation and the operating member, the footrest and the abutment of the foot, are connected to the seat; the piece can be separated from the positioning block by the selection. In summary, the creation department _ pivotally connected to the design of the footrest 6 '0' _# and Lai's tear position 1 of the infant's feet can comfortably bear against the foot. So, come, borrow === M396781 ^ Sense of Wei operation design, the baby carriage provided by the excerpt can not only improve its demand in the ΐ Γ Γ Γ 叙 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县 县'Hurricane volts and brothers are not only = 疋 _ _ _ _, _ can also be through the section of the foot positioning design, the flexibility [implementation] The two sides of the car are described in terms of the structure of each component on the side of the car, and the other = the same or other other pivoting mechanisms are used in other embodiments, and the relevant conditions are not repeated here. In order to simplify the explanation. - Arpeggio:: 1 picture, which is a preferred embodiment of the creation - baby car i. Explosion 亍 ^ part), -1 seat Γ! Γ, stroller 1G includes, 12 (in the first In the figure, only the H) and the footrest adjustment mechanism 16 are shown; the main body 12 is the backrest gamma of the stroller in addition to the seat sill and the footrest adjustment mechanism 16 =, or as an operation baby 2 In the prior art, there is no longer a plate π and a seat tube 18, and the seat tube 18 is connected to the seat plate 17 and the main body 12, and the j 14 system is utilized. The board 17 is used to support the infant so that the infant can ride securely on the cart 10, and the footrest adjusting mechanism 16 includes a footrest 2〇, a child==TM, and the positioning block 22 is connected to the thin second. 3; the ground is sleeved on the positioning block 22, and the operating member 24 is pivotally connected to the footrest and abuts 5
Mjy6781 20進行樞轉，從而可被操作 於定位塊22，操作件24可相對於腳靠 以選擇性地蚊倾錄或抵接。 下靠調整機構16之結構設計及絲，其係詳述如 R笛〇 叶方面，請同時參閱第！圖、第2圖以及第3 圖第3 = 30所/1 @所不讀塊22的放大示_;如第1圖以及第 圖：疋位塊22上形成―固定孔28以及至少4位槽％ (於 22 / 13 „， ㈣Ό18上，在此實施例中，定位槽30優選地為-L型定 处於定倾22的表面；操作件24具有—按㈣32以及 結Ϊ部34，卡合部34係用來抵接於定位槽3〇，以固定住聊靠2〇 =17的相對位置，按壓部32被按麗進而使操作 =轉，爾卡合部3觸與__接，^= 目_椅14搗轉；此外’上述彈簧26係設置於按壓部32以 3 2〇之間’提供彈力卿部32，使得卡合部34具有抵 疋位槽30的趨勢。 a ^著’在組裝方面’由第1圖可知，腳靠2〇上形成一容置槽％， 田腳罪20與定織u連接時，定位塊a職操作件％係分別容 置於容置^36内。综上所述，借助在座椅M的座f 18穿設於定位 塊22的固定孔％内且#接於腳靠劝的容置槽允内，以及定位塊 22與操作件24分別容置於容置槽％内的設計，腳靠調整機構π M396781 即可穩固地安裝於座椅14上（如第2圖所示）， 的功能。 並提供腳靠20 定位 以下進-步地針對腳靠難機構16之結構作動進行詳細价 述，請參閱第4圖以及第5圖，第4圖為第！圖所示操作件⑷田 .於疋位塊22之定位槽30的剖面示意圖，第5圖為第*圖所示 .件24抵接於另-定位槽30的剖面示意圖。當腳靠2〇相對於座祷 魯Η而位於如第4圖所示之位置時，嬰兒車1〇係可利用操作件^上 ^ 口 4 34與讀塊22上之定位槽3G的抵接卡合，以限制住腳靠 相對於座椅14的樞轉，藉以使腳靠2G可固定在如第4圖所示的 位置上。如此-來’當體型較大的嬰幼絲坐於座板Η上時，其向 下垂放的雙腳即可舒適地承靠於腳靠上。 刀囬，右疋腳者想要將腳靠2G從如第4圖所示之位 t如第5圖所示之位置上，以使體型較小之嬰幼兒的雙腳可水平 =於腳靠20上’聰須直接向上扳動腳靠2()相對於座椅㈣ 轉，^到腳靠20旋轉至如第5圖所示之位置為止，在此過程中，隨 者=20之樞轉，操作件24上的卡合部％也不再抵接於原本的定 之，之移動到另一定位槽3〇内(如第5圖所示)，當不 ^絲腳* Μ k ’腳#2G受自身重力或嬰幼兒雙腳的重量作用而 v.動時，卡合部34即可再次奴位槽30抵接而固定在如第5 圆t丁《位置上。由上述可知，即便是體型較小的嬰幼兒乘坐於座 上，嬰兒車1G係可藉由卡合部34與定位槽3〇之抵接而 7 M396781 固定於^第5圖所故位置上_靠2()，以使嬰幼賴空的雙腳可 水平承綠其上，進而提供給嬰幼兒更加舒適的乘坐感。 若是使用者想要將腳靠2〇從如第5圖所示之位置逆時鐘推回至 "圖所示之位置上，則僅須按壓帛5圖所示之按壓部对此時， ^ 26鑛關綠態），以錢作件24上的卡合部34相對於腳 順時鐘枢轉以與其所抵接卡合的定位槽3〇分離，此時，由於 t合部34已不再減卡合蚊_ 3()，因此，使时即可在按麼 操作件24之按壓部32的同時順勢下壓腳靠2()相對於麟μ逆時 鐘樞轉，朗腳靠20旋轉至如第4 _示之位置為止；接下來，移 去施加於按壓部32的外力，被魏的彈簧26就會提供彈性恢復力 至祕部32,以驅動卡合部34抵接於定位槽3〇内（如第4圖所示）。 意物作件24係可借助彈簧26所提供之彈力而具有自動回位之功 月^此-來，腳靠20即可利用卡合部34與定位槽3〇之抵接而再 二人固疋在如第4圖所示之位置上。 綜上所述，透過上述兩段式的腳靠定位設計，嬰兒車1〇係可拜 性地献不_型之嬰幼兒的乘蚊求。此外，定位槽3q在定㈣ 22上的配置數量係、可不限於上述實施例，其亦可隨著嬰兒車 實際應用而有所增減。舉例來說，定位槽3()係可增加至二個 以使嬰兒車Π)可具有多段式_#定位舰，彳柿f加 ’ 在操作上㈣性；或者，定位槽3Q亦聊減至—個， D僅形成有可使腳靠2G固定於如第5圖所示之位 ^ 藉以簡化定位塊22的結構設計。 此外上述之彈簧％係可為一可省略之元件 者係可直接料動之方式推動操作件2 或利用卡合部34以 &位塊22抵接或为離， 力按壓时局輕形，射H 砂_件24上，當受外 將操作件24讀_於粒塊=^__理特性， 上今晉-μλλ 塊22的位置’例如，於操作件24 ° 片的設計，介於操作件24與腳靠2〇 件24復位的能力，藉以簡化腳靠調整機構16的：」= 用何種方式，端視嬰兒車的之實際製造需求而t 腳 之操 對 靠H辑_彻嶋#彳__將以限制住 崎，摘料彻轉麟靠上之 位置，進而使乘坐於=車二舆座椅上之座板的相對 上。如此-來’二==可舒適地承靠於腳靠 連而増加嬰兒車在實際倾上2=_型之嬰敝的乘坐需求， 圍 以上職僅為摘叙健實蝴 所做之解糾與修飾1顧本觸之涵蓋=專如 M396781 【圖式簡單說明】 第1圖為本創作優選實施例嬰兒車的爆炸示意圖。 第2圖為第1圖所示座椅以及腳靠調整機構的組合示意圖。 第3圖為第1圖所示定位塊的放大示意圖。 第4圖為第1圖所示操作件抵接於定位塊之定位槽的剖面示意 圖。 第5圖為第4圖所示操作件抵接於另一定位槽的剖面示意圖。 【主要元件符號說明】 10 嬰兒車 12 主體 14 座椅 16 腳靠調整機構 17 座板 18 座管 20 腳靠 22 定位塊 24 操作件 26 彈簧 28 固定孔 30 定位槽 32 按壓部 34 卡合部 36 容置槽The Mjy6781 20 is pivoted so as to be operable with the positioning block 22, and the operating member 24 is retractable or abuttable with respect to the foot. The structure design and the wire of the adjustment mechanism 16 are as follows. For details, such as the R 〇 leaf, please refer to the same! Fig. 2, Fig. 3 and Fig. 3, 3 = 30/1 @, enlarged view of block 22; as shown in Fig. 1 and Fig.: a "fixed hole 28" and at least a 4-bit groove are formed on the clamp block 22. % (at 22 / 13 „, (4) Ό18, in this embodiment, the positioning groove 30 is preferably a surface of the -L type fixed to the tilting 22; the operating member 24 has - (4) 32 and the crotch portion 34, the engagement The portion 34 is used to abut against the positioning groove 3〇 to fix the relative position of the chat 2〇=17, the pressing portion 32 is pressed to perform the operation=turn, and the engaging portion 3 is touched with the __, ^ = The head 14 is turned around; in addition, the above-mentioned spring 26 is disposed between the pressing portion 32 to provide the elastic portion 32 so that the engaging portion 34 has a tendency to abut against the positioning groove 30. In terms of assembly, it can be seen from Fig. 1 that a pocket 100 is formed on the footrest 2, and when the footstep crime 20 is connected with the weaving u, the % of the positioning block a operating parts are respectively accommodated in the housing ^36 In the above, the seat f 18 of the seat M is inserted into the fixing hole % of the positioning block 22 and is connected to the receiving groove of the foot, and the positioning block 22 and the operating member 24 are respectively accommodated. Design placed in the receiving slot % The footrest adjustment mechanism π M396781 can be stably mounted on the seat 14 (as shown in Fig. 2), and the footrest 20 is positioned to advance the structure of the footrest mechanism 16 in a step-by-step manner. For details, please refer to Fig. 4 and Fig. 5. Fig. 4 is a cross-sectional view of the positioning groove 30 of the operating block (4) shown in Fig. The cross-sectional view of the member 24 abutting on the other positioning groove 30. When the footrest 2 is located at a position as shown in Fig. 4 with respect to the seat of the seat, the stroller 1 can be operated by the operating member ^ The mouth 4 34 is engaged with the abutment of the positioning groove 3G on the reading block 22 to restrict the pivoting of the footrest relative to the seat 14, whereby the footrest 2G can be fixed in the position as shown in Fig. 4. So - when 'small infantile silk sits on the seat sill, its downwardly lying feet can comfortably rest on the footrest. Knife back, right-footed person wants to lean the foot 2G from the position shown in Figure 4 as shown in Figure 5, so that the feet of infants with smaller body size can be leveled on the footrest 20 2() is rotated relative to the seat (four), and the footrest 20 is rotated to the position as shown in Fig. 5, in the process, the pivoting of the member 20, the engagement portion % of the operating member 24 is also No longer abuts the original setting, it moves to another positioning slot 3〇 (as shown in Figure 5), when not the wire foot * Μ k 'foot #2G by its own gravity or the weight of the infant's feet When the action is v., the engaging portion 34 can be abutted again by the slave slot 30 and fixed at the position of the fifth circle. As can be seen from the above, even a small infant is seated on the seat. The stroller 1G can be abutted by the engaging portion 34 and the positioning groove 3, and the 7 M396781 is fixed at the position of the figure 5, which is 2 (), so that the feet of the baby can be horizontally supported. On the green, it provides a more comfortable ride for infants and toddlers. If the user wants to push the foot 2 逆 from the position shown in Figure 5 back to the position shown in the figure, then only press the pressing part shown in Figure 5, ^ 26 ore green state), the engaging portion 34 on the money piece 24 is pivoted relative to the foot clock to be separated from the positioning groove 3 抵 which is abutted thereto, at this time, since the t joint portion 34 is no longer The card is reduced to _ 3 (), so that the pressing portion 32 of the operating member 24 can be pressed at the same time, and the footrest 2 () is pivoted relative to the lining counterclockwise, and the foot is rotated 20 to Next, the position of the fourth position is shown. Next, the external force applied to the pressing portion 32 is removed, and the spring 26 of the Wei provides the elastic restoring force to the secret portion 32 to drive the engaging portion 34 to abut against the positioning groove 3. Inside (as shown in Figure 4). The object piece 24 can be automatically retracted by the elastic force provided by the spring 26, and the footrest 20 can be used to abut the positioning groove 3 by the engaging portion 34.疋 is in the position shown in Figure 4. In summary, through the two-legged footrest positioning design, the stroller 1 can provide a mosquito-free solution for infants and young children. Further, the number of the positioning grooves 3q on the fixed (four) 22 is not limited to the above embodiment, and may be increased or decreased depending on the actual application of the baby carriage. For example, the positioning slot 3 () can be increased to two so that the baby carriage can have a multi-segment _# positioning ship, the persimmon f plus 'in operation (four); or, the positioning slot 3Q is also reduced to For example, D is formed only by a structure in which the footrest 2G can be fixed to the position shown in FIG. 5 to simplify the positioning block 22. In addition, the above-mentioned spring % can be an element that can be omitted, and the operating member 2 can be directly driven to feed or the engaging portion 34 can be abutted or separated by the position block 22, and the force is pressed when the force is pressed. Shot H sand_piece 24, when the external operating member 24 is read _ in the granule = ^ _ _ _ _ _ _ _ _ _ _ _ _ λ λ λ 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 22 The ability of the operating member 24 to be reset with the footrest 2 member 24 simplifies the footrest adjusting mechanism 16:"= In what manner, the actual manufacturing requirements of the stroller are viewed in the opposite direction.嶋#彳__ will limit Suzaki, picking the material and turning it to the position of the lining, and then riding on the opposite side of the seat plate on the seat of the car. So - come 'two == can comfortably rely on the foot and even the baby stroller in the actual tilt of the 2 = _ type of infant ride demand, the above positions are only to extract the real butterfly Covering with the modifier 1 = specifically for M396781 [Simple description of the drawing] Fig. 1 is a schematic view showing the explosion of the preferred embodiment of the stroller. Fig. 2 is a schematic view showing the combination of the seat and the footrest adjusting mechanism shown in Fig. 1. Figure 3 is an enlarged schematic view of the positioning block shown in Figure 1. Fig. 4 is a schematic cross-sectional view showing the positioning groove of the operating member abutting on the positioning block shown in Fig. 1. Fig. 5 is a schematic cross-sectional view showing the operating member of Fig. 4 abutting against another positioning groove. [Description of main component symbols] 10 Stroller 12 Main body 14 Seat 16 Footrest adjustment mechanism 17 Seat plate 18 Seat tube 20 Footrest 22 Positioning block 24 Operating member 26 Spring 28 Fixing hole 30 Positioning groove 32 Pressing portion 34 Engagement portion 36 Locating slot