M3 5 8902 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種改良式螺柱結構，尤指可達到穩固 鎖接板件之功效者。 【先前技術】 按，一般傳統用以結合多數板件之固接震置，係由一 具有内嫘紋之螺柱、及分別可螺接於螺柱中之螺絲所構 成；當使用時’係將螺柱插設緊配於一承載體（或其他任 思結構件）上’之後再將所需之板件設置於承載體之一面 上，使板件上之牙孔與螺柱對應，之後再經由穿孔將螺絲 螺接於嫘枉中，而完成板件與承載體之結合組裝，另更可M3 5 8902 V. New description: [New technical field] This creation is about an improved stud structure, especially for achieving the effect of a stable locking plate. [Prior Art] Press, generally used to combine the fixation of most of the plates, consisting of a stud with internal ridges and screws that can be screwed into the studs respectively; Inserting the studs tightly on a carrier (or other Rens structural member), and then placing the required plate on one side of the carrier, so that the hole on the plate corresponds to the stud, and then Then screw the screw into the raft through the perforation, and complete the assembly of the plate and the carrier, and further
相關承載體上之功效。The effect on the relevant carrier.
將是本貪 【新型内容】 良式螺柱結構，以使其達 、疋本創作所欲積極揭露之處。 M358902 有鏗於上述習知改良式螺柱結構之缺懺， 其未療於完善’遂竭其心智悉心研究克服，憑复"人有感 產業多年之累積經驗，進而研發出一種改良式"事Λ頁 以期達到穩su貞接板件的目的。 、柱結構’ 本創作之主要目的在提供一種改良式螺柄 丨'^·、、、吉才舞3 -甘^違在. 著在承載體上結合螺柱，致使設於承載體上 八9 Λ 、叛件以鎖固 早70與螺柱之配合，讓板件壓迫於螺柱上而鎖固β 一 於板件上，進而達到穩固鎖接板件的目的。单元抵頂 為達上述目的，本創作之改良式螺柱結構勺人一< 有貫孔之承載體；與承載體結合之螺柱，复^ 3 .叹 紋部’且其—端係具有穿設於貫孔中之筒身^_有螺 设有-擔板’而該筒身部外緣係設有與貫另端係化 之棘面部；設於承制—面上之板件，其.^成干涉 對應之穿孔，且使板件鄰近穿孔之周緣壓迫^有與螺柱 上；以及與螺柱結合之鎖固單元，其一端係：板之頂面 € ，Λβ ^ 禚面係連接有與螺紋部螺接之 該咖之底面係抵頂於板件上鄰近穿 累杯’且 错此，本創作之一種改良式螺柱結構可達至，。 板件之功效。 建到穩固鎖接 【實施方式】 為^瞭解本創作之目的、特徵及 關’並•所附之圖式，對本創作二 明，說明如後： 评、，、田5兄 請參閱『第一圖$y 弟一圖』，係分別為本創作較佳具 4 M358902 體實施例之分解圖及本創作較佳具體實施例之第一使用 狀態圖。如圖所示：本創作之改良式螺柱結構，其至少包 含一承載體1、螺柱2、板件3以及鎖固單元所構成。 上述所提之承載體1其上係設有貫孔丄丄，貫孔工丄 端緣係環設有一凹陷部1 2。 該螺柱2係與承載體1結合，其内面係設有螺紋部2 1，且其一端係具有穿設於貫孔1 1中之筒身部2 2，另 端係具有延伸出貫孔i丄之凸出部2 3，且筒身部2 2與 凸出部2 3之間係環設一限位於凹陷部1 2中之擋板2 4 ’而該筒身部22外緣係設有與貫孔1 1内緣形^干涉 之棘面部2 2 1。 該板件3係設於承載體1之一面上，其上係設有套設 於凸出部2 3上之穿孔3 1，且使板件3鄰近穿孔3工之 周緣壓迫於擋板2 4之頂面上。 該鎖固單元4係與螺柱2結合，其一端係具有一受力 部4 1，該受力部4 1之一端面係連接有與螺紋部2丄螺 接之螺桿4 2，且該受力部4 1之底面係抵頂於板件3上 鄰近穿孔3 1之周緣處。 葛只施組裝日τ，使用者係可將螺柱2之筒身部2 2穿 設於承載體1之貫孔i i中，並對螺柱2施以一外力使該 筒身部2 2外緣之棘面部2 2 1與貫孔1 1内緣形成干 涉，藉以讓螺柱2與承載體1穩固結合，而當使用者欲將 板件3與承載體χ結合時，係將該板件3疊設於承載體工 之一面上，且使該板件3上之穿孔3 χ套設於螺柱2之凸 M358902 出部2 3上’且使板件3鄰近穿孔3 1之周緣壓迫於螺柱 2之擋板2 4頂面上，之後再將鎖固單元4分別以螺桿4 2與螺柱2内面之螺紋部21螺接，而由於板件3疊設於 承載體1上時螺柱2之擋板2 4已被板件3鄰近穿孔3 1之周緣壓迫，因此，當鎖固單元4與螺柱2螺接時，原 本螺柱2所產生之上拉力便會由板件3加以抵銷，使得該 鎖固單元4可較為順暢的與螺柱2螺接，並讓該鎖固單元 4之受力部4 1底面抵頂於板件3上鄰近穿孔3 之周 緣處，進而完成板件3與承載體1之結合。 明參閱『第二圖』，為本創作較佳具體實施例之第二 使用狀態圖。如圖所*:當本創作於運用時，除可為上述 第-使用狀態所述結合方式之外，亦可於該承載體工之另 面（底面）上係設有另—板件^，而該另—板件3 &上係 設有對應於筒身部2 2端緣之穿孔3 la，且可使鎖固單 元4之螺桿42經由穿孔31a與螺紋部以螺接，而由 於該·主2之擔板2 4底面餘頂於凹陷部丨2之頂面 上’因此，當鎖固單元4與螺柱2螺接時，原本螺柱2所 產生之拉力便會由播板2 4之底面與凹陷部丄2之 =射貞Γ元4可順暢的與螺柱2螺接，並於鎖固 後讓鎖固早兀4之受力部41底面抵 鄰近穿孔3“之周緣處，進而完心4'板件3&上 们之結合。 &進而疋成另—板件3a與承載 請參閱『第四圖』 使用狀態圖。如圖所示 ’係本創作較佳具體實施例之第三 :當本創作於運㈣，除可為上述 M358902 第一及第二使用狀態所述結合方式之外，亦可於該承載體 1之頂面上設置板件3，且於底面上同時設置另一板件3 a，而當於承載體1之頂面上設置板件3時，係將該板件 3上之各穿孔3 1套設於螺柱2之凸出部2 3上，且使板 件3鄰近穿孔3 1之周緣壓迫於螺柱2之擋板2 4頂面 上，之後再將鎖固單元4分別以螺桿4 2與螺柱2内面之 螺紋部2 1螺接，而由於板件3疊設於承載體1上時螺柱 2之擋板2 4已被板件3鄰近穿孔3 1之周緣壓迫，因 此，當鎖固單元4與螺柱2螺接時，原本螺柱2所產生之 上拉力便會由板件3加以抵銷，使得該鎖固單元4可順暢 的與螺柱2螺接，並讓該鎖固單元4之受力部41底面抵 頂於板件3上鄰近穿孔31之周緣處，之後再將該另一板 件3a設於承載體χ之底面，使該另一板件3a上之穿孔 3 1 a與筒身部2 2端緣對應’並以鎖固單元4之螺桿4 2經由穿孔3 1 a與螺紋部2 1螺接，而由於該螺柱2之 擋板2 4底面係抵頂於凹陷部丄2之頂面上，因此，當鎖 固單元4與螺柱2螺接鎖固另一板件3a時，原本螺:2 所產生之拉力便會由擋板2 4之底面與凹陷部丄2之頂 面抵銷，而不會影響頂面板件3上之鎖固單元4，且使該 鎖固單το 4可順暢的與螺柱2螺接，並於鎖固後讓鎖固單 元4之受力部41底面抵頂於另一板件3a上鄰近穿孔3 1 a之周緣處，進而完成另一板件3 a與承載體丄之結合。 如上所述，本創作完全符合專利三要件：新穎性、進 步性和產業上的可利雜。以喃性㈣步性而言，本創 M358902 μ猎Γ在承載體上結合螺柱，致使設於承載體上之板件 γ固早7G朗柱之配合，讓㈣㈣於獅上而鎖固單 頂於婦上，it㈣到穩賴接板件賴f就產業 、可利用性而言，利用本創作所衍生的產品，當可充分 滿足目前市場的需求。 〜本創作在上文中已以較佳實施例揭露，然熟習本項技 術者應理解的是，該實施例僅餘騎摘作，*不應解 讀為限制本創作之範圍。應注意的是，舉凡㈣實施㈣ 政之變化與置換，均應設為涵蓋於本創作之範疇内。因 ί準本創作之保魏51當町文之申請專鄉圍所界定者 【圖式簡單說明】 第 第 圖 為本創作較佳具體實施例之分解圖 圖為本創作較佳具體實施例之第 第二圖為本創作較佳具體實施例之第 使用狀態圖 具體實施例之第三=態圖 態圖It will be the greed [new content] The good stud structure, so that it can be actively exposed. M358902 is contrary to the above-mentioned conventional improved stud structure. It has not been cured to perfect the 'exhaustion of its mentally and thoughtful research to overcome, relying on the accumulated experience of people's sense of industry for many years, and then developed an improved version. The fact sheet is intended to achieve the goal of maintaining the board. , column structure 'The main purpose of this creation is to provide an improved screw handle 丨 '^·,, 吉才舞3 - Gan ^ violation. On the carrier combined with the stud, resulting in the carrier on the eight 9 Λ Rebels are locked with the studs and interlocked with the studs to allow the plates to be pressed against the studs to lock the β-on the plate, thus achieving the purpose of stabilizing the locking plates. The unit is abutted to achieve the above purpose, and the improved stud structure of the present invention is a carrier having a through hole; the stud combined with the carrier has a spurt portion and its end has The tubular body that is disposed in the through hole has a snail-supporting plate, and the outer edge of the tubular body is provided with a thorn surface that is tied to the other end; the plate is disposed on the bearing surface. The ^ is the interference corresponding to the perforation, and the plate member is pressed against the periphery of the perforation and the stud; and the locking unit combined with the stud, one end of which is: the top surface of the plate, Λβ ^ 禚 surface system The improved bottom stud structure of the present invention is achieved by attaching the bottom surface of the coffee cup screwed to the threaded portion against the wearer cup on the plate member. The effect of the board. Built to a stable lock [Implementation] For the purpose of understanding the purpose, characteristics and relationship of the creation and the accompanying drawings, the description of this creation is as follows: Comment,,,,,,,,,,,,,,,,, Figure 1 is a diagram of the first embodiment of the preferred embodiment of the preferred embodiment of the present invention. As shown in the figure, the improved stud structure of the present invention comprises at least a carrier 1, a stud 2, a plate 3 and a locking unit. The carrier body 1 mentioned above is provided with a through hole 丄丄, and the end hole rim of the through hole is provided with a recessed portion 12. The stud 2 is coupled to the carrier 1 and has a threaded portion 2 1 on the inner surface thereof, and has a barrel portion 2 2 penetrating through the through hole 1 1 at one end and extending through the through hole at the other end. a protrusion 2 2 is formed, and a baffle 24 4 is defined between the barrel portion 2 2 and the protrusion portion 2 3 and is located in the recess portion 1 2 and the outer edge of the barrel portion 22 is provided The spine portion 2 2 1 that interferes with the inner edge of the through hole 1 1 . The plate member 3 is disposed on one surface of the carrier body 1 and has a through hole 31 disposed on the protruding portion 23, and the plate member 3 is pressed against the baffle plate 24 adjacent to the periphery of the hole punching member. On the top side. The locking unit 4 is coupled to the stud 2, and has a force receiving portion 4 at one end thereof. The end surface of the force receiving portion 41 is connected with a screw 42 that is screwed to the thread portion 2, and the receiving portion 4 The bottom surface of the force portion 41 is abutted against the periphery of the plate member 3 adjacent to the perforation 31. The user can apply the day of the τ, and the user can insert the barrel 2 of the stud 2 into the through hole ii of the carrier 1 and apply an external force to the stud 2 to make the body 2 2 The edge of the spine portion 2 2 1 interferes with the inner edge of the through hole 1 1 , so that the stud 2 is firmly coupled with the carrier 1 , and when the user wants to combine the plate 3 with the carrier body, the plate is 3 is stacked on one side of the carrier body, and the perforation 3 上 on the plate member 3 is sleeved on the protrusion M 3 902 of the stud 2 and the plate member 3 is pressed against the periphery of the perforation 3 1 The top surface of the baffle 2 of the stud 2, and then the locking unit 4 is screwed to the threaded portion 21 of the inner surface of the stud 2 by the screw 4 2, respectively, and the screw is snailed when the plate member 3 is stacked on the carrier 1 The baffle 24 of the column 2 has been pressed by the plate member 3 adjacent to the periphery of the perforation 31, so that when the locking unit 4 is screwed to the stud 2, the tension generated by the original stud 2 is generated by the plate member 3. The locking unit 4 is smoothly screwed to the stud 2, and the bottom surface of the force receiving portion 4 1 of the locking unit 4 is abutted against the periphery of the plate member 3 adjacent to the perforation 3, thereby further Complete plate 3 and carrier 1 The combination. Referring to the "second diagram", it is a second use state diagram of a preferred embodiment of the present invention. As shown in the figure: When the present invention is used, in addition to the combination of the above-mentioned first-use state, another panel can be attached to the other side (bottom surface) of the carrier. The other plate member 3 & is provided with a through hole 3 la corresponding to the end edge of the barrel portion 22, and the screw 42 of the locking unit 4 can be screwed to the threaded portion via the through hole 31a, and · The bottom surface of the main plate 2 4 is placed on the top surface of the recessed portion ' 2. Therefore, when the locking unit 4 is screwed to the stud 2, the pulling force generated by the original stud 2 will be generated by the playing board 2 The bottom surface of the 4 and the depression portion = 2 = the 贞Γ 贞Γ element 4 can be smoothly screwed to the stud 2, and after locking, the bottom surface of the force receiving portion 41 of the locking early 兀 4 is adjacent to the periphery of the perforation 3 And then complete the 4' plate 3 & the combination of them. & further into another - plate 3a and bearing please refer to the "fourth picture" use state diagram. As shown in the figure In the third example, in addition to the combination of the first and second states of use of the M358902, the board member 3 may be disposed on the top surface of the carrier 1 . And another plate member 3 a is simultaneously disposed on the bottom surface, and when the plate member 3 is disposed on the top surface of the carrier body 1, the perforations 31 of the plate member 3 are sleeved on the stud 2 The portion of the plate member 3 is pressed against the top surface of the baffle plate 2 of the stud 2 adjacent to the periphery of the perforation 3 1 , and then the locking unit 4 is respectively threaded with the screw 42 and the inner surface of the stud 2 2 1 is screwed, and since the plate member 3 is stacked on the carrier 1 , the baffle 24 of the stud 2 has been pressed by the plate member 3 adjacent to the periphery of the perforation 3 1 , so when the locking unit 4 and the stud 2 are When the screw is connected, the tension generated by the original stud 2 is offset by the plate member 3, so that the locking unit 4 can be smoothly screwed to the stud 2, and the force receiving portion of the locking unit 4 is allowed. The bottom surface of the plate 41 abuts on the periphery of the plate member 3 adjacent to the perforation 31, and then the other plate member 3a is disposed on the bottom surface of the carrier body, so that the perforation 3 1 a and the barrel portion of the other plate member 3a 2 2 end edge corresponds to 'and the screw 4 2 of the locking unit 4 is screwed to the threaded portion 2 1 via the through hole 3 1 a, and the bottom surface of the baffle 24 of the stud 2 is abutted against the recessed portion 2 Top surface, therefore, when the locking unit 4 When the stud 2 is screwed and locked to the other plate member 3a, the pulling force generated by the original screw: 2 is offset by the bottom surface of the baffle plate 24 and the top surface of the recessed portion 丄2 without affecting the top panel member 3. The locking unit 4 is fixed, and the locking unit το 4 can be smoothly screwed to the stud 2, and after the locking, the bottom surface of the force receiving portion 41 of the locking unit 4 is abutted against the other plate member 3a. Adjacent to the periphery of the perforation 3 1 a, the combination of the other plate member 3 a and the carrier body is completed. As described above, the creation completely conforms to the three requirements of the patent: novelty, advancement, and industrial miscellaneous. In terms of sinus (four) step, the M358902 μ hunting scorpion combines studs on the carrier, resulting in the cooperation of the γ-solid 7G languus on the carrier, allowing (4) (4) to lock the single top on the lion. In the case of women, it (four) to the stability of the board, in terms of industry, availability, the use of the products derived from this creation, can fully meet the needs of the current market. The present invention has been disclosed in the above preferred embodiments, and it should be understood by those skilled in the art that this embodiment is only for the sake of limitation, and * should not be construed as limiting the scope of the present invention. It should be noted that the changes and replacements of (4) implementation (4) should be included in the scope of this creation. For the purpose of creating a preferred embodiment of the present invention, The second figure is a third state diagram of the specific embodiment of the preferred embodiment of the present invention.
承载體1 貫孑L 1 1 四陷部i 2 螺杈2 螺紋部2 1 茼身部2 2 棘面部2 2 8 ^ M358902 凸出部2 3 擋板2 4 板件3 另一板件3 a 穿孔3 1、3 鎖固單元4 受力部4 1 螺桿4 2Carrier 1 孑L 1 1 Four traps i 2 Thread 2 Threaded part 2 1 部 2 2 2 2 2 8 8 8 M 358 902 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 Perforation 3 1 , 3 locking unit 4 force part 4 1 screw 4 2