五、新型說明： 【新型所屬之技術領域】 =創作制|於-種扣接組合件，尤指可快速且穩固地 固疋及分開兩板體的扣接組合件。 【先前技術】 ㈣定兩«的固U件，通t採用螺紋鎖合 式來達成，制定組件包含—螺絲、—套蓋及—套筒； 端1=絲一端具有一受力部’受力部設有起子槽，另一 ==料接的螺桿;該套蓋係套合在螺絲的受力 =:Γ 用以包覆及保護該螺絲，·而該套筒係套 ==絲的螺桿。藉此，㈣定組件可利用套蓋結 螺=在Γ將第一板體與第二板體對齊，使該螺絲的 ^力邱= 板體與第二板體的鎖孔，再以工具對螺絲 2㈣起子槽施以旋轉外力，進而使該螺桿鎖固在第二 板體的鎖孔之中，藉Μ成連接兩板體的組合結構。以上 二敎鎖合的方式，故然得以結合兩個板體，但是進行 ’必須使用工具對螺絲受力部的起子槽施以旋轉外 力，導致組裝裎序較為繁鎖。 w 且籍何創作出一種扣接組合件，以使其得以快速 處f '定及分開兩板體，將是本創作所欲積極揭露之 【新型内容】 M435523 .習^料岐^板體的岐㈣在㈣時，必須使用 ”才^成’且組裝程序繁靖，因此為了讓使用者能快 ^、方便越穩Ml地固定兩板體，故本創作係提供一種扣 接組合件來解決上述問題。 :、達到上述之目的，本創作所提供的—種用於固定一 一一物體並用以扣接—第二物體的扣接組合件，其包含： 一扣接7G件、-彈性兀件及—操控元件；該扣接元件包括： =部，其係用於固定該第一物體；一扣接部，其係設 之上’且具有一個以上的定位孔，及-個以 的扣接體，該扣接體活動設置於該定位孔中，該扣接部 係用於扣㈣第二物體；—肩部，其係設置於該扣接部之 二具有一開口；及一容置空間，其係設置於該固定部、 該扣接部與該肩部内；該彈性元件係設置於該容置空間 :置=控元:: 系藉由該肩部使該操控元件活動限位於該 二〒二間，且_控元件仏：對應該扣接部及該開口的 一止擋部及對應該馳元件的—限㈣，該 位部係相互連接。 I反3限 於實施例中 於實施例中 於該固定部。 該止擋部具有一斜面結構。 該第—物體係卡合、鉚接、擴接或焊接 個， 於實施例中’該定位孔與該扣接體係分 且該扣接體係可為珠體。 別為二個或四 於實施例中，該限位部為凸部、凹部或平面。 於實施例中，該操控元件更句 仟炅包括一操控部，其位於該 5523 扣接元件外，該操 於實施例中， 該肩部之上。 控部與該止擋部相互連接。 "亥扣接7L件更包含一凸緣，其係設置於 於貝％例巾’該扣接元件更包括另—固定部，該另一 ^部與該扣接部扣接該第二物體，該第—物體與 物體相互間隔。 使用設計’讓 【實施方式】 為充分瞭解本創作之目的、特徵及功效，兹藉由下述 具體之實施例’並配合所附之圖式’對本創作做一詳細說 明，說明如後： 請參照第1A圖與第1B圖，其係為本創作之扣接組合 件1的第-具體實施例。未創作的扣接組合件i係用於固 定-第-物體100’並用以扣接一第二物體200，該第二物 體100與該第二物體2〇〇皆可為板體。本創作之扣接組合V. New description: [New technical field] = Creative system | In-strip combination, especially the fastening assembly that can quickly and firmly fix and separate the two plates. [Prior Art] (4) Fixing the two solid parts of the U, the threaded lock type is used to achieve the assembly, including the screw, the cover and the sleeve; the end 1 = one end of the wire has a force part 'forced part A screwdriver slot is provided, and the other screw is connected to the screw; the sleeve is sleeved on the screw; the force is: Γ used to cover and protect the screw, and the sleeve is sleeved == the screw of the wire. Thereby, (4) the fixed component can be covered with the cover screw = the first plate body and the second plate body are aligned in the ,, so that the screw force of the screw = the lock hole of the plate body and the second plate body, and then the tool pair The screw 2 (four) screwdriver slot applies a rotating external force, and the screw is locked in the locking hole of the second plate body, thereby forming a combined structure connecting the two plates. In the above two-pronged manner, it is possible to combine the two plates, but it is necessary to use a tool to apply a rotating external force to the screwdriver slot of the screw receiving portion, resulting in a more complicated assembly sequence. w and how to create a fastening assembly, so that it can quickly set and separate the two plates, will be actively exposed by the creative [new content] M435523.岐 (4) In the case of (4), it is necessary to use “才成成” and the assembly procedure is pleasing. Therefore, in order to allow the user to fasten and secure Ml to fix the two plates, the creation department provides a fastening assembly to solve the problem. The above problem: For the above purpose, the present invention provides a fastening assembly for fixing a one-to-one object and for fastening a second object, comprising: a fastening 7G piece, - elastic 兀And a control component; the fastening component includes: a portion for fixing the first object, a fastening portion that is attached to the upper portion and having more than one positioning hole, and a buckle a fastening body is disposed in the positioning hole, the fastening portion is used for fastening a (four) second object; a shoulder portion is disposed on the fastening portion and has an opening; and an accommodation a space disposed in the fixing portion, the fastening portion and the shoulder portion; the elastic member Set in the accommodating space: set = control element:: the movement of the control element is limited to the second and second positions by the shoulder, and the _ control element 仏: a corresponding stop and a stop of the opening The portion and the corresponding component (4) are connected to each other. The third portion is limited to the fixing portion in the embodiment in the embodiment. The stopping portion has a bevel structure. The first system is engaged. In the embodiment, the positioning hole is separated from the fastening system and the fastening system can be a bead. The two or four are in the embodiment, the limiting portion is convex. a portion, a recess or a plane. In an embodiment, the steering element further includes a control portion located outside the 5523 fastening element, in the embodiment, the shoulder portion. The splicing portions are connected to each other. The quotation of the 7L piece further includes a flange which is disposed on the stencil. The fastening member further includes a fixing portion, and the other portion is fastened to the fastening portion. Connected to the second object, the first object and the object are spaced apart from each other. To understand the purpose, characteristics and efficacy of this creation, we will give a detailed explanation of the creation by the following specific example 'with the attached drawing', as explained below: Please refer to Figure 1A and Figure 1B. It is the first embodiment of the present invention. The uncreated fastening assembly i is used for fixing the -object 100' and for fastening a second object 200, the second object 100 and the second object 2 can be a plate body. The snap combination of the present creation
件1係包含一扣接元件10、一彈性元件20及一操控元^ 30。 I 該扣接元件10包括用於固定該第一物體1〇〇的—固定 部11、扣接該第二物體200且設置於該固定部li之上的一 扣接部12、設置於該扣接部12之上且具有一開口 13ι的一 肩部13及設置於該固定部U、該扣接部12與該肩部13 内的/容置空間14。其中，該扣接部12係藉由具有一個以 M435523 上的定位孔121及對應該定位孔121的一扣接體122來扣 接該第二物體200，如第3A圖至第3C圖所示，該扣接體 可為珠體，且該定位孔121與該扣接體122不限於一個， 亦可為兩個、三個或四個等等。此外，該扣接體122係活 動設置於該定位孔121中，該定位孔121係用於限制該扣 接體122的活動範圍。 該操控元件30包括：對應該扣接部12及該開口 131 的一止擋部31及對應該彈性元件20的一限位部32，該止 擋部31及該限位部32係相互連接，該止擋部31活動於該籲 開口 131，且用以止擋該扣接體122，該限位部32可為位 於該止播部31下方的一凸部（如第1A圖與第1B圖所示）、 凹部（如第4A圖與第4B圖所示）或平面（如第6A圖與第6B 圖所示），該止擋部31與該肩部13相互限位，讓該操控元 件30活動限位於該容置空間14内，從而使該操控元件30 不易晃動。此外，藉由該肩部'13與該止擋部31的限位關 係，從而避免使用者因施力過度而將整個操控元件30拉出$ 之情形。該彈性元件20係可為彈簧，並活動設置於該容置 空間14内，其一端抵止於該容置空間14的底部，其另一 端抵止於該限位部32(該限位部32(凸部）穿設於該彈性元 件20(彈簧）的另一端中）’，從而帶動該操控元件30的上下， 作動。 參照第2A圖與第2B圖，當使用者將該操控元件30 下壓時，該彈性元件20被壓迫，該止擋部31不會止擋該 扣接體122，該扣接體122可活動收回至該定位孔121内， 6 M435523 此時可將該第一物體100的第一貫孔101配置於該固定部 11而不會被該扣接體122所止擋，另外，使用者一開始亦 可先將該固定部11固定於該第一物體1〇〇的第一貫孔 101。該第一物體100可藉由卡合、鉚接、擴接或焊接的方 式來固定於該固定部11。接著，再將該第二物體200的第 二貫孔201置入該扣接元件10，當該第二物體200到達定 位時，使用者不再壓住該操控元件30,該彈性元件20釋放 能量，使該操控元件30回復至初始位置，且因該止擋部31 止擋該扣接體122,使該扣接體122的一部份突出於該定位 孔121外，從而達到扣接該第二物體200的功效。 另外，該止擋部31更可具有一斜面結構311以使該止 擋部31的截面積由上而下漸增，該止擋部31截面積小的 部分用以活動於該開口 131，該止擋部31截面積大的部分 用以止擋該扣接體122。當該彈性元件20釋放能量時，該 扣接體122藉由該斜面'結構311的導引，該止擋部31能快 速且容易地抵頂該扣接體122使該扣接體122突出一部份 於該定位孔121外。 經由上述之設計能讓使用者不需花費多餘的力氣與時 間，便能將本創作之扣接組合件1快速且穩固地固定兩板 體，另外，若使用者欲分離兩板體，亦可再藉由下壓該操 控元件30而快速達成。 參照第4A圖與第4B圖，其揭示本創作之扣接組合件 2的第二具體實施例。該扣接組合件2所包含的元件大致與 第一具體實施例所包含的元件相同。其中，該限位部32為 7 M435523 -凹部’該彈性元件20(彈簧）的另一端設置於該凹部中， 且該操控元件30更包括一操控部33,其係位於該扣接元件 1〇外，且該操控部33與該止擋部31相互連接。該操控部 33的設計有利於使用者對該操控元件3〇施力，且該操控部 33亦與該肩部13相互限位，從而避免使用者因施力過度而 將整個操控元件30壓入至容置空間14内之情形。 參照第5圖’其揭示本創作之扣接組合件3的第三具 體實施例。該扣接組合件3所包含的元件大致與第二I體 實施例所包含的元件相同。其+，該扣接树ig更因 ^3之組|方式不同，而另具有—㈣15，其係設置於該 肩部13之上。 々參照第6A圖至第7B圖，其揭承本創作之扣接組合件 )的第四具體實施例。該扣接組合件4所包含的元件大致盘 第二具體實施例所包含的元件相同。其中，該限位部％為 一平面’該彈性元件2〇(彈簧）的另一端頂抵於該平面，且 二扣接几件H)更包括另一固定部u’，該另一固定部⑴ 盥^口接部12扣接該第二物體2〇〇，從而使該第一物體1⑻ 與5亥第一物體2〇〇相互間隔。 所述’本創作之扣接組合件的各個具體實施例在 二=時，讓使用者不需藉由其他的工具即可快速且 :也扣接兩板體，該等扣接組合件的组裝程序有別於 ==繁，程序。此外’藉由本創作上述之 快速的移動^化費多餘的力^時間，便能讓扣接體 的移動，從而達到快速組裝與拆卸兩板體的功效。 ”本創作在上文中雖已以較佳實施例揭露，然熟習本項 技，者應理解的是，該實施例僅用於财本創作，而不應 =為限麻創作之範圍。應注意的是，舉凡與該實施例 專效之變化與置換，均應設為涵蓋於本創作之㈣内。因 此’本創作之保護範gjt以申請專利範圍所界定者為準。 【圖式簡單說明】 第1A圖與第1B 實施例。 圖為本創作之扣接組合件的第一具體 第2A圖與第❿圖為本創作第一具體實施例的應用示 〇 第3A圖至第3C圖為本創作第__具體實 意圖。 1 第4A圖與第4B圖為本創作第二具體實施例的示意 第5圖為本創作第三具體實施例的示意圖。 第6A圖與第6B圖為本創作第四具體實施例的示意 第7A圖與第7B圖為本創作第四具體實施例的應用示 【主要元件符號說明】 扣接組合件 -扣接組合件 M435523 3 扣接組合件 3 扣接組合件 10 扣接元件 11 固定部 1Γ 另一固定部 12 扣接部 13 肩部 14 容置空間 15 凸緣 20 彈性元件 30 操控元件 31 止擋部 32 限位部 33 操控部 100 第一物體 101 第一貫孔 121 定位孑L 122 扣接體 131 開口 200 ’第二物體’ 201 第二貫孔 311 斜面結構The component 1 comprises a fastening component 10, an elastic component 20 and a control element 30. The fastening component 10 includes a fixing portion 11 for fixing the first object 1 , a fastening portion 12 fastened to the second object 200 and disposed on the fixing portion li, and is disposed on the buckle A shoulder portion 13 above the connecting portion 12 and having an opening 13 ι and an accommodation space 14 disposed in the fixing portion U, the fastening portion 12 and the shoulder portion 13 . The fastening portion 12 is fastened to the second object 200 by having a positioning hole 121 on the M435523 and a fastening body 122 corresponding to the positioning hole 121, as shown in FIGS. 3A-3C. The fastening body can be a bead body, and the positioning hole 121 and the fastening body 122 are not limited to one, and may be two, three or four or the like. In addition, the fastening body 122 is movably disposed in the positioning hole 121 for limiting the range of motion of the fastening body 122. The control unit 30 includes a stop portion 31 corresponding to the fastening portion 12 and the opening 131 and a limiting portion 32 corresponding to the elastic member 20, and the stopping portion 31 and the limiting portion 32 are connected to each other. The stopping portion 31 is movable in the opening 131 and is configured to stop the fastening body 122. The limiting portion 32 can be a convex portion located below the stopping portion 31 (such as FIG. 1A and FIG. 1B). Shown), a recess (as shown in Figures 4A and 4B) or a plane (as shown in Figures 6A and 6B), the stop 31 and the shoulder 13 are mutually constrained to allow the steering element The activity limit is 30 in the accommodating space 14, so that the steering element 30 is not easily shaken. In addition, by the limit relationship between the shoulder '13 and the stop portion 31, the user is prevented from pulling out the entire steering element 30 due to excessive force. The elastic member 20 is a spring and is movably disposed in the accommodating space 14 . One end thereof abuts against the bottom of the accommodating space 14 and the other end abuts the limiting portion 32 (the limiting portion 32 ) The (protrusion) is disposed in the other end of the elastic member 20 (spring), thereby driving the upper and lower sides of the steering member 30 to be actuated. Referring to FIGS. 2A and 2B, when the user presses the steering element 30, the elastic member 20 is pressed, and the stopping portion 31 does not stop the fastening body 122, and the fastening body 122 is movable. The first through hole 101 of the first object 100 can be disposed in the fixing portion 11 without being blocked by the fastening body 122, and the user starts. The fixing portion 11 may be first fixed to the first through hole 101 of the first object 1 . The first object 100 can be fixed to the fixing portion 11 by snapping, riveting, expanding or welding. Then, the second through hole 201 of the second object 200 is placed into the fastening component 10. When the second object 200 reaches the positioning, the user no longer presses the steering component 30, and the elastic component 20 releases energy. The control unit 30 is returned to the initial position, and the locking portion 31 stops the fastening body 122, so that a portion of the fastening body 122 protrudes out of the positioning hole 121, thereby achieving the fastening of the first The effect of the two objects 200. In addition, the stopping portion 31 may further have a slope structure 311 such that the cross-sectional area of the stopping portion 31 is gradually increased from top to bottom, and a portion having a small cross-sectional area of the stopping portion 31 is configured to move to the opening 131. A portion having a large cross-sectional area of the stopper portion 31 is used to stop the fastening body 122. When the elastic element 20 releases energy, the fastening body 122 is guided by the inclined surface structure 311, and the stopping portion 31 can quickly and easily abut the fastening body 122 to protrude the fastening body 122. The portion is outside the positioning hole 121. Through the above design, the user can quickly and stably fix the two plates by the user without the extra effort and time, and if the user wants to separate the two plates, This is quickly achieved by pressing down the steering element 30. Referring to Figures 4A and 4B, a second embodiment of the snap-fit assembly 2 of the present invention is disclosed. The snap-fit assembly 2 contains substantially the same elements as the first embodiment. The third end of the elastic member 20 (spring) is disposed in the recess, and the control member 30 further includes a control portion 33 located at the fastening member 1〇. Further, the control portion 33 and the stopper portion 31 are connected to each other. The design of the operating portion 33 facilitates the user to apply force to the steering member 3, and the operating portion 33 also limits the shoulder portion 13 to each other, thereby preventing the user from pressing the entire steering member 30 due to excessive force application. To the situation in the accommodation space 14. Referring to Fig. 5, a third specific embodiment of the snap-fit assembly 3 of the present invention is disclosed. The snap-fit assembly 3 contains substantially the same elements as the second embodiment. The +, the fastening tree ig is different from the group of ^3, and has another - (four) 15, which is disposed above the shoulder 13. Referring to Figures 6A through 7B, a fourth embodiment of the present invention is disclosed. The components of the snap-fit assembly 4 are substantially the same as those of the second embodiment. Wherein, the limiting portion % is a plane 'the other end of the elastic element 2 〇 (spring) abuts against the plane, and the two fastening pieces H) further comprise another fixing portion u ′, the other fixing portion (1) The second mouth portion 12 is fastened to the second object 2〇〇 so that the first object 1 (8) and the fifth object 2 are spaced apart from each other. The specific embodiments of the present invention are provided in two versions, so that the user can quickly and without the other tools: the two boards are also fastened, and the groups of the fastening assemblies are The installation procedure is different from the == complex, program. In addition, by the above-mentioned rapid movement, the extra force and time can be used to move the fastener body, thereby achieving the effect of quickly assembling and disassembling the two plates. The present invention has been disclosed in the above preferred embodiments. However, it should be understood that the present embodiment is only used for financial creation, and should not be used for the scope of limited creation. Therefore, the changes and replacements of the specific effects of this embodiment should be included in (4) of this creation. Therefore, the protection of this creation is based on the scope of the patent application. 1A and 1B. The first specific 2A and 2D drawings of the present invention are shown in Figs. 3A to 3C. The present invention is the first embodiment of the present invention. FIG. 4A and FIG. 4B are schematic diagrams of the second embodiment of the second embodiment of the present invention. FIG. 6A and FIG. 7A and 7B are the application of the fourth embodiment of the present invention. [Main component symbol description] Fastening assembly - fastening assembly M435523 3 fastening assembly 3 fastening Assembly member 10 fastening member 11 fixing portion 1 另一 another fixing portion 1 2 fastening part 13 shoulder 14 accommodating space 15 flange 20 elastic element 30 steering element 31 stop part 32 limiting part 33 control part 100 first object 101 first hole 121 positioning 122L 122 fastening body 131 opening 200 'second object' 201 second through hole 311 bevel structure