201249377 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種裝設於牆壁用之刺釘，其係用以 將像掛鉤那樣的金屬零件、架子或箱子等之家具類那樣 的物品，或掛設那樣的物品所用的轉接器裝設於住家等 之建築物的牆壁上。 【先前技術】 以往，在一般的住家等處，係將像掛鉤那樣的懸掛 用或鉤掛用的金屬零件、架子、收納盒、裝飾物或鏡、 畫框等之物品’對由石膏板、混凝土、膠合板那樣的木 材等之壁材構成的牆壁進行安裝。關於將這樣的物品朝 牆壁安裝的構造方面’有藉由釘子直接固定物品的構造 ，或將釘子固定於壁材，再將物品直接或經由轉接器掛 設於該已固定的釘子上之構造。後者的情況，物品僅掛 =?，因而沒有安裝專用的器具或裝置突出於物 : 部的情形’外觀性良好。再者，也很容易藉由 解除物品對釘子之掛設而從牆壁卸下物品。 壁材設於牆壁的情況，牆壁可承受的荷重係因該 壁的種類來：異。因此’除了物品的重量’還需考慮牆 類來選擇所使用之釘子的形態及個數。 關於裝設於壁面上之裝設具的— 1所揭示去 L. y. J 有如專利文獻 裝叹具係具備釘子頭部和從# t §1 Μ 延伸的釘子針部，對於將該釘子針=子頭部 裝在牆壁的圖hi τ丨穿刺於牆壁而被安 於釘子的卡合構件，事先安裝於欲安卡合 文展在牆壁之裝飾物 201249377 上，藉由使該卡合構件卡合於圖釘狀的釘子，可將裝飾 物安裝於牆壁。 t 右安裝的裝飾物的重量輕，則釘子可作成是藉穿刺 方式穿刺於牆壁的針之形態'。然而，若裝飾物是；物時 ’則取代針的形態’改為㈣釘子或螺紋被截掉之螺針 那樣的形態’藉由將釘子打進牆壁或將螺針螺入牆壁而 進行將釘子安裝於牆壁上的作業。 在如同進行室内改裝之際’或住戶因搬家等而離去 之際專將掛設物卸下的情況’通常亦會從牆壁除去掛嗖 用的釘子。在石膏板、膠合等之木材， 壁那種混凝土壁材之情況，冬細下ρ 馬大樓牆 ^ ^ ^ ^ w卸下已刺入牆壁的釘子時 ’在穿刺有釘子的牆壁之部位上會殘留大的孔，合有損 及室内的美觀、價值之虞。特 a 、 谢*古接π人a * 竹⑺疋保螺釘那樣的形態可 i & h更強烈。埋設此孔的作業乃耗 要能不受其周圍注目般地以 ^ 且 困難的。 低成本進行孔之埋設是非常 又，關於穿刺像混凝土牆那 用之刺釘，有需要聽牆用的裝設於牆壁 有而要以勝過於牆壁大的抵抗力之力量將刺 釘打進。然而，要將如丨4τ . 7 <刀重將刺 ^ 將刺釘—邊對硬質的牆壁維捭筌直的 # ^ - it a fp # Λ 6¾ >7 * ii Φ θ 、唯持筆真的 刃刀里待穿刺是困難的。 開始的打入或打入中途，刺釘的釘子 刺釘的姿勢容易鑤/μ . 本身谷易變形’或 丁的安努合易變化。當刺釘本身 時，會發生刺釘未以正# $ 形或/、姿勢變化 牆壁脫落等不良之情形。 衮於胺壁，且刺釘易從 [先前技術文獻] 201249377 【專利文獻j [專利文獻幻特開平10-151061號公報 【發明内容】 [發明欲解決之課題] "I二本發明之課題在於解決如下之問題點：也就 」牆壁的針構件及固定該針構件的根部之 且女裝於牆壁上的物品能和該釘頭 =於：壁用之刺釘中，能將該刺釘_邊維持其穩： =姿勢—邊對像混凝土牆那種硬質牆壁持續穿刺的問題 本發明之目的在於：解決上述課 於牆壁用之刺釘，苴兀椹g以 阢伢種裝0又 ，即便是Μ Μ ’、 疋對於像石膏板那種軟質牆壁201249377 VI. Description of the Invention: [Technical Field] The present invention relates to a stud that is attached to a wall, and is used for an article such as a metal part such as a hook, a shelf or a box, or the like. Or the adapter for hanging such an item is installed on the wall of a building such as a house. [Prior Art] In the past, in general homes, items such as metal parts, shelves, storage boxes, decorations, mirrors, and picture frames for hanging or hooking, such as hooks, are used. Walls made of wall materials such as concrete and wood such as plywood are installed. Regarding the structural aspect of mounting such an article toward a wall, there is a configuration in which an article is directly fixed by a nail, or a nail is fixed to a wall member, and the article is attached to the fixed nail directly or via an adapter. . In the latter case, the article only hangs =?, so that no special appliance or device is attached to the object: the condition of the part is good. Moreover, it is also easy to remove items from the wall by releasing the hanging of the items to the nails. When the wall material is placed on the wall, the load that the wall can withstand is due to the type of the wall: different. Therefore, in addition to the weight of the item, it is necessary to consider the wall type to select the shape and number of nails to be used. Regarding the mounting device mounted on the wall, the disclosure of L. y. J is as in the patent document, the sling has a nail head and a nail portion extending from #t §1 , for the nail needle = The head of the sub-head mounted on the wall hi τ 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 2012 2012 2012 2012 2012 2012 A nail-shaped nail can be used to mount the ornament to the wall. t The weight of the right-mounted ornament is light, and the nail can be made into a shape of a needle that punctures the wall by puncture. However, if the ornament is; the object 'replaces the shape of the needle' is changed to (4) the shape of the nail or the screw thread with the thread cut off. 'The nail is made by screwing the nail into the wall or screwing the screw into the wall. Work on a wall. In the case of indoor modification, or when the household is removed from the house due to moving, etc., the hanging nails are usually removed from the wall. In the case of plasterboard, gluing, etc., the concrete wall material of the wall, the winter 细 马 马 building wall ^ ^ ^ ^ w when removing the nail that has penetrated the wall, 'will be on the part of the wall where the nail is pierced Residual large holes are combined to damage the aesthetics and value of the interior. Special form a, Xie* ancient π person a * Bamboo (7) 疋 螺钉 螺钉 螺钉 螺钉 i i i i i i i i i i i i i i i The work of burying this hole is not difficult to be noticed by its surroundings. It is very important to bury the hole at a low cost. For the puncture like the concrete wall, there is a need to listen to the wall for mounting on the wall, and to push the puncture with the strength of the wall. However, to be as 丨4τ. 7 < knives will be stabbed ^ will be stabbed - edge to the hard wall dimension straight # ^ - it a fp # Λ 63⁄4 >7 * ii Φ θ, only holding pen It is difficult to puncture the blade knife. At the beginning of the intruding or in the middle of the process, the stud nails are easy to 鑤/μ. The valley itself is easily deformed or Ding's Anuhe changes easily. When the nail itself is used, it may occur that the nail is not in a positive shape or/or the posture changes, the wall falls off, and the like.胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 胺 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 It solves the following problems: that is, the needle member of the wall and the article that fixes the root of the needle member and is worn on the wall can be used with the nail head. _ while maintaining its stability: = posture - the problem of continuous puncture against a hard wall like a concrete wall. The purpose of the present invention is to solve the above-mentioned problems in the wall for the studs, 苴兀椹g to 阢伢 阢伢 0 0, Even Μ 、 ', 疋 for soft walls like plasterboard
實地進：Jr昆凝土那種較硬質的牆壁，亦可正確且確 貫地進行穿刺。 ％ WField entry: The harder walls of Jr Kun are also able to puncture correctly and consistently. % W
[解決課題之手段j 為解決上述課題，本發 特徵為：具備.穿刺睥辟 裝設於牆壁用之刺釘的 的根部之釘頭構件；且心針構件，以及固定該針構件 。卡入，α、+ 頭構件可和安裝於牆壁的物 -卡合’則述針構件係具 土關 長的板狀釘；前述板狀釘係區4呈尖銳之至少兩根細 在於共同的第！面内的方刀成.第1群，以板面是存 在於和前述第丨面平行之共己置；第2群，以板面是存 屬前述第1群的前述板狀；；的且第2面内的方式作配置； 的前述板狀釘係具有比前述^有第1高纟，而屬第2群 依據此裝設於牆壁用之：尚度還低的第2高度。 利針’至少兩根細長的板狀 201249377 釘區分成第！群的釘子和第2群的釘子，而 板狀釘之高度（第2高度）係比屬第】群的 = 1高度）還低，因而將裝設於 τ之阿度（第 壁時，-開始拍η 持續穿刺於牆 較高之第m: 板狀釘穿刺牆壁，而係僅高度 車:之第1群的板狀釘朝牆壁持續穿刺。因此，穿刺力 集中於第1群的拓北知 ,^ 而使板狀針變π ’ 一艮板狀釘的穿刺力變大 進牆壁時，：：容易穿刺牆壁。當第1群的板狀釘-刺 '、接者，咼度較低之第2群的板狀釘係藉由第叉 群的板狀針-邊引導而一邊開始朝牆壁穿刺。藉此，裝 設於牆壁用之刺釘即使對較硬質的牆壁，亦可在穿刺的 中途不變更姿勢之下，維持正確姿勢而穩定地確實進行 穿刺。 —此裳設於牆壁用之刺釘m成屬前述第i群的 則述板狀釘在前述根部和前述前端部之間的中間部彎曲 m藉由使屬第1群的板狀釘在根部和前端部 之間的中間部彎曲，在已穿刺於牆壁内的狀態，藉由彎 曲的中間部和牆壁摩擦卡合而對拔出呈現阻力，可提升 防止屬第1群的板狀釘及裝設於牆壁用之刺釘自牆 出。 ▲此裝《X於牆壁用之刺釘中，可作成屬前述第1群的 月J述板狀釘之根數為兩根或兩根以上，屬前述第2群的 刖述板狀釘之根數為一根或一根以上且為和屬前述第丄 群的前述板狀釘之根數相等或較其還少之根數。關於本 發明的裝設於牆壁用之刺釘，一開始，高度較高之^ 群的板狀釘會被穿刺於牆壁，但在屬第W的板狀釘之 201249377 根數設為兩根的情況，由於 數量之板狀針，故穿刺力的被分散到最少 品n m t 战少私度抑制在最小限唐， 且因抵接牆壁的部位有兩處 然德，厘访！ # ^的穿刺穩定。 釘子J 子的前端進入牆壁之後，屬第2群的 子的前端穿刺牆壁，兩群的釘子維持 ::子不穩定的話，釘子便會左右搖動而使孔變大亦 :為強度變弱的原因’若為此刺釘，則在穿刺牆壁時 子的姿勢穩定而易於朝牆壁拉 壁穿刺的狀態，存在有兩群的釘子合計三==牆 :子的情況還更穩定且強度增加。第2群的釘子至少二: f 一根，但在設為兩根的情況，兩群的釘子合計至少： 根’更能増加穩定和強度。 /四 此裝設於牆壁用之刺釘中，可作成屬前述 前述板狀釘之前述前端部在板厚方中一邻^ 的板狀釘和另一部分的板狀釘之翹曲方向係相反。關二 那樣：成的裝設於牆壁用之刺釘，由於屬第i群之：： 釘的則端部在板厚方向是朝相反方向翹曲，所以备 第1群的板狀釘朝牆壁持續穿刺時，其板狀釘係：复‘ 端部因應翹曲方向而在相互相反方向偏離的方式穿刺： 牆壁中。因此’裝設於牆壁用之刺釘為，其整體的姿勢 係相互抵銷而不會變更，但是從牆壁拔出之方向的力： 用於刺釘時，各板狀釘對其拔出方向的力而言係成為且 力，裝設於牆壁用之刺釘得以維持穩於辟= 狀態。 π牆壁的 此裝設於牆壁用之刺釘中，前述釘頭構件係利用樹 201249377 月曰形成别述針構件係藉由前述根部被嵌入成形而 定於前述釘頭椹杜女B 饭砍入成形而可固 前述針構件係藉由將前述根 部攸入成形於箭β ^ 5S城/t ^ 樹r所形^ 件而可簡單且強固地固定於由 樹知所形成的釘頭構件。 此裝設於牆壁用之刺 细县平；te的圭 τ作成在前述板狀釘之 表面形成有沿前述針部的長邊方向延伸的肋 x 千板上起作用的彎曲，通常相對於和i長 邊方向正交且繞著該平板允 ，朝長邊方向前進時在正交於板面：：軸…(亦即 )，剛性是最弱向上撓曲的彎曲 出·Κ盆旦名 由在板狀釘之細長平板的表面形 成>。其長邊方向延伸的肋，由於板狀釘在 彎曲剛性提升，故可# + π /、長逯方向的 故了作成難以引發以沿長邊方命Μ仙 線為樑線的弯曲或挫屈之構造。 邊方白延伸的 此裝設於牆壁用之刺釘中， 埋抓於俞、f知-S * 則述肋可延伸形成到被 埋叹於則述釘頭構件的前述 L λ. „ ,, ^ 精田將形成於板狀釘 由埋抓於4丁薛娃π 又於釘頭構件的根冑’板狀釘可 广於釘碩構件的根部提升強度和剛性，可防止容易 。特別是利…j 根部的彎曲變形、挫屈 田J疋J用樹月曰成形釘頭構件時，肋被 ’因而可提升針構件和樹脂製的㈣構件之“樹月曰令 此裝設於牆壁用之刺釘令， °。 部可形成三角形山狀或箭頭/ ’向之前述前端 形成三角形山狀或箭頭狀°错由將板狀钉的前端部 加於板狀釘的力成為单：ί，穿刺於牆壁時，施 X , Λ 0 ^ ΜΜ ^ ;刖鳊部’故容易穿刺牆壁。 又，在形成前頭狀的情況， ^ 方止在進行穿刺後板狀釘 201249377 從牆壁拔出’能提升對牆壁之保持性。 此裝設於牆壁用之刺釘中，前述 厚從前述根部到前述前端部是-樣的厚度，戈從ΐ其极 部朝前述前端部逐漸變薄的厚度。板狀針可述根 板材沖切出的沖切物而製作。在此情 ：由加工由 到前端部是成為-樣的板厚。再者 ^釘從根部 沖切之後’藉由沖堡加工從根部朝向前二 =之際或 對牆壁穿刺。 纟板厚方面疋别端逐新變小，容易 此裝設於牆壁用之刺釘，係具 有至少兩根釘子之針構株 '、 穿刺於牆壁的具 製的釘頭構件之刺4τ ▲ 針構件的根部之樹脂 貝稱件之刺釘’前述針構 的平板狀的板狀釘，且於該細 板之細長 形成有沿針構件的長邊板狀的釘子之表面 於牆壁用之刺釘，被穿刺於牆二：。依：那樣的裝設 細長平板狀的針部，在並 °ρ係則端呈尖銳之 的長邊方向延伸的肋，故二 =的表面形成有沿針部 其長邊方向前進，因為對正二:入硬牆時，即便是朝 剛性而不易挫屈。而且 '板面之方向的撓曲具高 進行金屬板的沖切和採塑性；係可藉由例如同時 簡單地製作。再者，進 方式進行肋之加工而能 懸掛或支持物品時，由於針及在穿刺後進行 針部可支撐大的荷重。 的強度係由肋所保持，故 f發明之效果j 本發明可提供一種如下的裘設於播壁用之刺钉，其 -10- 201249377 係具備：穿刺牆壁的針、 之釘頭構件；且該釘 ，u及固定該針構件的根部 :針構件係具有前端部呈:,、：和安裝於牆壁的物品卡合 ，其板狀釘係區分成：大’兄之至少兩根細長的板狀釘 第1面内的方式作配置：二，以板面是存在於共同的 面平行之共同的第 ，以板面是存在於和第置 J耵弟2面内的方 釘具有第1高度，而置’屬第1群的板狀 低的第2高度，所以 狀釘具有比第1高度還 續穿刺時，-：始僅二於牆壁用之刺釘跑 持續穿刺，故穿刺力==第1群的板狀釘朝牆壁 得“穿刺牆壁。然後，Π::狀訂，板狀釘變 壁時，接著，高度較低之第2 “ 一被刺入牆 _之第2群的板狀釘開始朝牆壁穿 ，第2群的板狀釘係藉由第…的板狀釘一邊引導一 邊維持正確❹而穩定地確實對牆壁it行穿刺。因此， 裝f於牆壁用之刺釘，其對軟材質的牆壁之情況當然沒 問題即使在對像混凝土那種較硬質牆壁進行穿刺的情 況，亦可一邊維持穩定的姿勢一邊持續穿刺，能正確、 確實且盡可能減少穿刺失敗地進行穿刺。 【實施方式】 [實施發明之形態] 以下，依據所附上的圖面，說明本發明的裝設於牆 壁用之刺釘的實施例。 [實施例1 ] 圖1係顯示本發明的裝設於牆壁用之刺釘（以下，簡 單起見，略稱為「刺釘」。）的實施例}的圖，圖i的（a) -11- 201249377 為表示其整體的斜视圖 :，⑷為其後視圖。圖2係:二^ 件的圖，（a)為前視圖，圖1所不的刺釘之針構 ，圖3係顯示圖}所示 ，（c)為後視圖。又 視圖’（b)為俯視圖 A :之釘碩構件的圖，⑷為前 (c)為側視圖。 圖1所示的本發明之實施 簧鋼那樣的不錯鋼等之金屬：釘〗〇備有：像彈 定針構件11的根部之# 、，牛11丨及埋設並固 在針構件"已穿刺於刺釘!。為， 裝於牆壁的物品卡合。 〜 τ頭構件1 2可和安 在實施例1中，針構件 細長的薄板狀的板狀釘13、14、、':圖2所示’是由三根 "〜15相連之共同的根 ：：：：：等板狀釘 、15全部朝相同方向延 ：成二根板狀釘Β、Μ 雜μ工 因此王部相互平行。>1笛1 群的兩根板狀釘13、14，係 仃屬第1 内，且隔荖、置成存在於共同的第1面 且隔者板狀釘1 3、1 4之4+眘众— 官蚀， 針寬程度（所例示者#比斜 寬稍細，但未受此所限）的 者係比針 凰H如 隙20而相互平行地延伸。 第2群的另一根板狀釘丨5 行的莖9而由女日 係配置成存在於和第丨面平 7八 P，三根細長的板狀釘13、14、15係 品刀成第1群的釘子13、14和第2群^1&>^1« 、 為，在和板狀針13、14於板厚方Π:5,板狀釘15 知方向錯位的位置上，使板 面和板狀釘1 3、14平行且盥柢壯4τ , 7 1 ^ ，、板狀釘13、Μ之間的間隙2〇 位置對應地延伸。此夕卜，板狀釘13〜15係如圖ι及圖2 不’作成藉由在對應於根部16的基部形成尺部，在穿 刺或打入之際亦不易折斷。 -12- 201249377 Δ Ζ 板狀釘13、14的前端部分別形成相同的箭頭21 形狀’板狀釘1 5係形成為單純之前端呈尖銳的三角形山 狀的楔銷23。箭頭21、22的寬度是一端縮頸地變狹窄。 因此’板狀釘1 3、1 4被穿刺於牆壁時容易穿刺並可防止 在進行穿刺後容易從牆壁拔出以提升對牆壁之保持性。 屬第1群的板狀釘13 ' 14係具有第1高度Η1(從釘頭構件 12突出之部分的長度（參照圖1的（c))。屬第2群的板狀釘 15係具有比板狀釘13、14的第丄高度則還低的第2高度 Η 2 ¥刺釘1 〇朝牆壁持續穿刺時’ 一開始並非全部的板 狀釘13〜15穿刺於牆壁，而是高度較高之第1群的板狀 釘13、Μ的前端部，即箭頭21、22穿刺於牆壁。由於作 用於第1群的板狀釘13、14之穿刺力會集中於各板狀釘 13、14之箭頭狀的前端部，故每一根板狀釘之穿刺力變 大，開始朝向牆壁之穿刺變得容易。當第1群的板狀釘 13 U被刺入牆壁時，接著，高度較低之第2群之板 狀釘1 5的則端部，即三角形山狀的楔銷23開始朝牆壁穿 ’刺。板狀釘15—穿刺牆壁時，第2群的板狀釘Η係藉由 ’第1群的板狀釘13、14 一邊引導一邊持續穿刺於牆壁。 平行的二根板狀釘丨3、丨4、丨5係分別更穩定地穿 刺於牆壁内。因此，即便是對較硬質的牆壁，刺釘1〇亦 ::穿刺的中途不變更姿勢之下維持正確姿勢而穩定地 確實進行穿刺。 首务針St "為，從一片金屬板’較佳為從不鏽鋼板， j p切方式製作成於中央形成具有相當於根部16 “、在其基部的-側從該基部相連延伸的二根板狀 -13- 201249377 釘13、14、以及在其基部另一側從該基部相連延伸的— 根板狀釘15之中途部件。關於該中途部件，基部折曲成 直角，形成底部17與其兩側的側部18及19，藉以在一側 部18接連形成兩根平行延伸的板狀釘13、14，於另一側 部19接連形成一根板狀釘15。實施例1中，針構件“的 根部16是呈一樣的板厚，各板狀釘13、14、"的板厚在 和根部16接續的部位是與根部16的板厚相同，但在沖切 之際或沖切之後’藉由沖壓加工，形成從根部16朝向前 端部（箭頭2卜22或三角形山狀的横銷23)板厚逐漸變薄 。由於前端部的板厚作成最薄，故容易對牆壁穿刺，因 為越朝向根部16板厚會增加，故確保在完成朝向牆壁穿 刺的狀態下的安裝力並使之，穩定。此構造的板狀釘，在 板厚方面是前端逐漸變小’適合於對由石膏板等之較軟 質壁材構成的牆壁進行穿刺。 釘頭構件12係亦如圖3所示，以可埋設根部“的方 式利用樹脂形成塊狀。金屬製的針構件"，係藉由伴隨 根部b嵌人成形的手法之樹脂射出成形而和釘頭構㈣ 備可簡單且強固地對釘頭構们2固定。釘頭構 件具備：塊狀的本體部25 ;以及在本體部25的跟前 側呈-體且面積被放大的釘頭端部2 6。釘頭端部2 6係在 將刺釘!〇穿刺於牆壁之際以手按愿或被榔頭等之 擊的部分。在圖示的例子中，如圖！的⑷所示，針構件 二:：部中的底部17雖深深地嵌入成形於釘頭端部％ 的位置，但底部17未在釘頭端部％露出。 使用這樣的裝設於牆壁用之刺釘1〇懸掛物品時的懸 201249377 掛力，係由三根板狀釘1 3、1 4、1 5分擔保持，因而比釘 子是兩根的情況還能穩定地保持。又，進行穿刺時的針 構件1 1，當其釘子不穩定，則會左右搖動使得在牆壁形 成的孔變大而降低刺釘的保持強度，但以此刺釘丨〇而言 ’形成平行的三根板狀釘1 3、1 4、1 5分別穿刺於牆壁， 故姿勢穩定，在牆壁上形成的孔亦能達到最小限度。箭 頭21、22的形狀、楔銷23的形狀僅為一例，並不受此所 限。圖1〜3所示的刺釘10由於係形成越靠前端板厚越薄 ，所以可使用於石膏板構成的牆壁、膠合板等之木材或 其加工品構成的牆壁、公寓大樓等之混凝土牆。板狀钉 13、14、15的板厚可因應於適用的牆壁之硬度作適宜變 更。對於像混凝土那種硬質牆壁而言，設成一樣的板厚 較佳。 針對刺釘10中屬第丨群的板狀釘13、14設為兩根的 情況作說明，但亦可為兩根以上的根數。又，屬第2群 的板狀釘15雖設為一根，但亦可為一根以上的根數。然 而’屬第2群的板狀釘之根數較佳為··設成和屬第i群的 板狀釘之根數相等或較其還少的根數。刺釘1 0的穿刺一 開始是高度較高之屬第i群的板狀釘13、14先進行穿刺 :，而那時的穿刺力被分散傳至第!群的板狀釘ΐ3、Μ ，母一者上’但在如實施例1那冑，設成第1群的板狀釘 14的根數是兩根的情況，成為只不過是分散到最小 ®的釘子13、1 4而已，穿刺力的減少程度抑制在最小 ，度’而且抵接牆壁的部位有兩處，故一開始的穿刺穩 疋之後，屬第2群的板狀釘15的前端穿刺牆壁，其姿 -15- 201249377 勢係因為平行之兩群的釘子13〜15而穩定。若穿刺時刺 釘不穩定的話，釘子便會左右搖動而使孔變大， 為強度變弱的原因，由於此刺釘1G在對牆壁穿刺時宜板 狀釘13〜15的姿勢穩定，故變得容易刺入牆壁q，、在 已完成對牆壁穿刺的狀態，兩群合計有三根板狀釘13〜 b ’比起兩根釘子的情況還更穩定且強度增加。 :板狀釘係至少存在一根(板狀.釘15)，而在設成兩根的 兩群的釘子合計成為至少四根，更能增加 強度。 [實施例2] 本發明的刺釘之實施例2顯示於圖4及圖卜 =發明的刺釘之圖，(a)為表示其整體的斜視圖糸二 U視圖’⑷為其側視圖，⑷為其後視圖。 所示的刺釘之針構件的圖，⑷為前視圖，⑻為t t圖，⑷為側視圖’⑷為被⑷的兩點鍵線所包圍的部 :::放大圖。實施例2的說明中，由於和實施们 構U且獲得同等之機能的構件及部位是使 所採用者相同的標號，故省略再次說明。 例1 實施例2中，在用以構成刺釘3〇的針構件31之 群的板狀釘33、34,分別於細長平板的表面沿 第1 :向形成肋35、36。板狀釘33、34的前端部並 ： 而是形成為和板狀釘15之前端逐漸變小 為 同樣的三角形山狀的楔銷37、38。其他的構造 3 的針構件η同樣的構造。肋35、36係除了楔銷 的部分以外，在板狀釘”、34的長邊方向延伸，且更 -16- 201249377 延伸到根部16之側部18的中段的高度為止。此外，肋35 、％係可在刺釘10的製造過程中藉沖壓加工容易地成形 。此外，標號32係刺釘30的釘頭構件。 關於在細長平板狀的板狀釘33、34上起作用的彎曲 ，通常相對於和其長邊方向正交且繞著該平板的面内延 伸的軸的弯曲(亦即，朝長邊方向前進時在正交於板面 的方向上撓曲的彎曲），剛性是最弱的，但藉由在細長 平板的表面形成肋35、36’可作成從根部16突出的板狀 釘33、34之強度和剛性提升，且朝牆壁穿刺時或打入時 難以引發彎曲變形或挫屈的構造。 由於根部16係在針構件3 1嵌入成形於釘頭構件32時 被埋設於樹脂中’所以從板狀㈣、34連續地形成於側 上的肋35、36亦成為在側部18上的部分被埋設於樹 脂内。其結果為’從埋設於釘頭構件32的根部Μ橫互板 狀釘33、34而連續地提升強度和剛性，可防止容易產生 在板狀釘33、34之根部的彎曲變形、挫屈。又，針構件 3!係在肋35、36藉由嵌入成形被埋設於樹脂時增加與樹 脂之接觸面積’所以亦可㈣在根部16與釘頭構件以 結合。 [實施例3] 本發明的刺釘之實施例3顯示於圖6。圖6係顯示本 發明的刺釘之圖，⑷為表示刺釘的針構件整體之斜視 圖，⑻為刺釘的俯視圖’（c)為（b)的側視圖，⑷為將 (b)的一部分放大顯示的圖。實施例3的說明中，由於和 實施例2(圖4及圖5)共同的構造且獲得同等之機能的構° -17- 201249377 件及部位是使用和實施例2所採用者相同的標號，故省 略再次說明。 圖6所示之實施例3的刺釘40，其針構件4 1之屬第1 群的板狀釘43、44之楔銷47、48的前端部47a、48a在板 厚方向翹曲。實施例3中，在第1群的板狀釘43、44中， 一板狀釘43之楔銷47的前端部47a的翹曲方向（A方向）與 另一板狀釘44之楔銷48的前端部48 a的翹曲方向（B方向） 作成相反。因此，當板狀釘43、44 一朝牆壁持續穿刺時 ’板狀釘43、44係使其前端部47a、48aa應翹曲方向而 在牆壁中相互朝反方向偏離的方式推進。板狀釘43、44 各自的舉動之朝向相反故會相互抵銷，刺釘4〇整體的姿 勢未變更。然而，當從牆壁拔出之方向的力作用於刺釘 40時，變形的各板狀釘43、44對其拔出方向的力而言係 成為阻力，刺釘40係維持穩定地安裝於牆壁的狀態。此 外^ ’標號42是指刺釘4〇的釘頭構件。 [貫施例4 ] 』釘之貫施例4顯示於圖7。圖7係顯示本 發明的刺釘之側禎圖— 个 如〜 現圖。貫施例4的說明中，由於和實施 部位^ 4及圖5)共同的構造且獲得同等之機能的構件及 4位是使用和眚 τ久 次說明。 知例2所採用者相同的標號，故省略再 圖7所示的如丨4 53、54，在/· 丁冲，針構件5 1之屬第1群的板狀釘 板厚方向（和形成。右端部57、58之間的中間部59朝 彎曲成形。如此一肋35、36之側的相反方向）鼓出般地 一來’朝向牆壁内穿刺雖沒有那樣程度 -18- 201249377 的阻力，但在已穿刺於牆壁内的狀態中，當彎曲的中間 4 59欲從牆壁拔出時，會和牆壁摩擦卡合而呈現阻力， 可提升防止屬第1群的板狀釘53、54及刺釘50自牆壁拔 出的作用·效杲。此外’實施例4中，亦在針構件5 i之 屬第2群的板狀釘55，於刺釘5〇之面向外侧&板面上， :成和板狀釘53、54的肋35、36同樣的補強用的肋56。 實施例4所示的刺釘50適合於硬材質的牆壁。 [實施例5] 本發明的刺釘之實施例5顯示於圖8及圖9。圖8係顯 示本土月的刺釘之圖，（a)為顯示刺針的針構件整體之 後視圖，（b)為刺釘的俯視圖，（c)為側視圖。又，圖9為 表示圖8所示的刺釘之針構件的圖，（a)為前視圖，（…為 側視圖，（c)為後視圖。實施例5的說明中，由於和實施 例4 (圖7)共同構造且獲得同等之機能的構件及部位是使 用和實施例4所採用者相同的標號，故省略再次說明。 圖8及圖9所示的實施例5中，刺釘6〇為，在針構件 61之屬第1群的板狀釘63、“，沿釘子的長邊方向延伸 的肋35、36是形成到根部16(侧部18的中途高度）為止。 又，在針構件61之屬第2群的板狀釘65亦是，沿釘子的 長邊方向延伸的肋56形成到根部16(側部18的中途$产 為止。針構件61係藉由對釘頭構件62嵌入成形而—H ’但針構件61的底部17係以在名丁頭構件62的端面露出的 方式成形。將刺釘60打人硬質牆壁之際，係利用挪頭插 打露出之金屬製的底部17而進行，故不會產生樹脂被榔 頭捶打所致破損的情形。在榔頭錘打之後，於釘頭構件 -19- 201249377 62的端面安裝罩蓋，可覆蓋底部17。 特別是如圖9所示’於針構件6 1的根部丨6，在不和 肋35、36及肋56干涉的位置上，形成有材料抽出用的孔 66及孔67、67。在板狀釘63、64延伸的側部18，於中央 形成較大的一個孔66，在板狀釘65延伸的側部丨9，於兩 側形成有較小的兩個孔67、67。在進行針構件6!之嵌入 成形時’所注入的樹脂會分別進入孔66及孔67、67。藉 由樹脂進入孔66及孔67、67，然後板狀釘63、64的肋/5 、36和板狀釘65的肋56在嵌入成形時與樹脂結合，而大 大地強化針構件6 1和釘頭構件6 2之結合。 關於裝設於牆壁用之刺釘，雖如上述舉出針構件的 板狀釘為三根（第丨群兩根，第2群一根）的例子說明了各 貫施例’但亦能考慮具有兩根釘子（第1群及第2群皆為 一根）的針構件之情況。兩根釘子的刺釘，係具有前端 部呈尖銳之兩根細長的板狀釘。由於板狀釘的根數少， 所以右疋安裝之物品的重量小，亦可適用於像公寓大樓 那樣的混凝土牆，惟亦可使用於壁材是石膏板、膠合板 材者。又’亦可穿刺於磁磚的接縫等之細小部位，因而 可在不於磁磚上開孔之情況下固定物品。且在卸下的情 …、成大的開孔這點上亦有益處。兩根板狀釘之刺釘 的If況亦和二根板狀釘的情況同樣，因為以不鏽鋼作成 而不生鏽且能確保高強度，又藉由在釘子中央部設置肋 可k升強度。 _ ^板狀釘的形狀而言，備有越靠前端側板厚會逐漸 變薄的板狀釘之刺釘特別適合用在石膏板、灰泥。可將 •20- 201249377 板狀釘的 。再者， 曲。 月IJ端部作成更尖的形狀， 亦可使板狀釘的腳部帶有 且則端部的厚度更薄 相互朝相反方向的翹 到構件是具有 用在混凝土或板材。在該情況，二：二刺釘適合 部形成-樣的板厚。具備三根板2=根部到前端 狀釘還要增加。接著，兩根釘子的…1比兩根板 Γ于的刖端進入牆壁中之狳 ’一根釘子的前端刺人牆壁，藉由三根平行的釘子 付在穿刺時釘子整體變得容易 子不穩定，則釘子會左右搖二穩疋地刺入。當穿刺時釘 唐㈣的“ 而使孔變大’亦會成為強 Μ 一 強度’可將釘子設成四根。 ”：？本發明的裝設於牆壁用之刺釘，係作成朝壁體 2 π用的釘子，但壁體可以是—般家庭的灰泥壁、 材所構成之壁材，或混凝土牆。關於以 木材或膠合板材構成的壁材，在製品方面除了 t以外’顯然亦可以是在合板或MDF(中質纖維板）等之 土材上黏貼木材的薄板而成的天然木化粧合板、合板的 表面黏貼樹脂加工的紙或乙婦樹脂而成的合成樹脂合板 、合板上直接印刷木紋等的印刷合板等。又，關於塗壁 材，例如可以是以除臭機能高的石夕藻土、熟石灰為原料 的石膏。亦可以是石膏灰泥或白雲石灰泥塗料。 又，關於本發明的裝設於牆壁用之刺釘，在用以朝 材質軟的牆裝設的情況’板狀釘的板厚也可作成薄到像 釘子：前端部程度而容易穿刺。那樣的板狀釘能以沖壓 加工容易地加工。又，在硬牆的情況，作為針構件，用 -21- 201249377 在硬牆時可作成從根部到前端部一樣 言，以採用將板厚加厚，訂子長度縮短且；=而 子的間隔者較佳，吏用具有肋者，則強度：：：針 的裝設於牆壁 1例舉一個本發明 為寸例，較長的針子長度大致 “的釘子長度大致為η_，釘子和釘子的門 隔（間隙）大致為2mm，柘ρ 7 < *釘子的間 -例m 2·〇_，此等僅為 為.在考慮要安裝之物品的重量、壁材的性 各個刺釘的荷重等條件 =再選擇刺釘的形態。因此，建議事切備多種規格的 .丁而因應使用的狀況，可由其中選擇安全的規格。 圖1〇係顯示本發明的裝設於牆壁用之刺釘(例如， 實施例!所示的刺釘10)的一適用例。圖1〇中，三根刺釘[Means for Solving the Problem] In order to solve the above-described problems, the present invention is characterized in that it includes a nail head member that punctures a root portion of a nail for a wall, a stylus member, and a needle member. When the card is engaged, the α and + head members can be engaged with the object mounted on the wall. The needle member is a plate-shaped nail having a long length; the plate-shaped nail region 4 is sharp and at least two are thin and common. The first! The square knives in the plane are the first group, the plate surface is present in parallel with the first surface, and the second group is the plate surface of the first group; The plate-shaped nail system of the second surface has a first height higher than that of the first surface, and the second group has a second height that is lower than the degree of the second group. The needle is at least two elongated plates 201249377 nails are divided into the first! The nails of the group and the nails of the second group, and the height of the plate-shaped nails (the second height) is lower than the height of the first group), and thus will be installed in the degree of τ (the wall, - Start to shoot η Continue to puncture the wall to the higher m: The plate-shaped nail punctures the wall, and the height-only car: the plate-shaped nail of the first group continues to puncture the wall. Therefore, the puncture force is concentrated in the first group of Tuobeizhi , ^ and the plate-shaped needle becomes π ' When the puncture force of the plate-shaped nail becomes larger into the wall, :: It is easy to puncture the wall. When the first group of plate-shaped nails - thorns, the receiver, the lower the degree The plate-shaped nails of the second group are punctured toward the wall by the plate-like needle-side guidance of the second group, whereby the nails attached to the wall can be pierced even for a hard wall. When the posture is not changed in the middle, the correct posture is maintained and the puncture is stably performed. - The skirt is provided on the wall, and the plate-shaped nail of the ith group is between the root portion and the front end portion. The middle portion is bent by bending the plate-shaped nail of the first group at the intermediate portion between the root portion and the front end portion, and has been pierced into the wall. In the state, the bending of the middle portion and the wall frictionally engage and pull out the resistance, and the plate-shaped nails belonging to the first group and the studs installed on the wall can be lifted out from the wall. In the studs for the wall, the number of the plate-shaped nails which can be made into the first group is two or more, and the number of the plate-shaped nails belonging to the second group is one. Or more than one and the number of the aforementioned plate-shaped nails belonging to the aforementioned second group is equal to or less than the number of the above-mentioned plate-shaped nails. The nail for mounting on the wall of the present invention has a high height at the beginning. ^ The plate-shaped nails of the group will be pierced into the wall, but in the case where the number of the plate-shaped nails belonging to the Wth is 24,049,377 is set to two. Due to the number of plate-shaped needles, the puncture force is dispersed to the minimum product nmt. Less private restraint is in the minimum limit, and there are two virtues in the part that abuts the wall, and the visit is made! # ^The puncture is stable. After the front end of the nail J enters the wall, the front end of the second group is puncture the wall. The two groups of nails are maintained: If the child is unstable, the nail will shake left and right and the hole will become larger: for strength The reason for the weakness is that if the nail is pierced, the posture of the child is stable when puncture the wall, and it is easy to puncture the wall toward the wall. There are two groups of nails totaling three == wall: the case of the child is more stable and the strength is increased. The second group of nails is at least two: f one, but in the case of two, the two groups of nails total at least: the root 'more stability and strength. / four installed in the studs for the wall The plate-shaped nail which is adjacent to the front end portion of the aforementioned plate-shaped nail in the thickness of the plate is opposite to the warping direction of the plate-shaped nail of the other portion, and the second direction is as follows: The stud is due to the ith group:: The end of the nail is warped in the opposite direction in the thickness direction, so when the plate-shaped nail of the first group is continuously punctured toward the wall, the plate-shaped nail system is complex The end is puncture in a manner that deviates from each other in the opposite direction of the warping direction: in the wall. Therefore, the studs installed on the wall are such that their overall postures are offset from each other without change, but the force in the direction of pulling out from the wall: when the stud is used, the direction of each plate-shaped nail is pulled out. In terms of force, it is a force, and the studs installed on the wall can be maintained in a stable state. The π wall is installed in the stud of the wall, and the nail head member is formed by using the tree 201249377 曰 别 别 别 别 系 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 The needle member which is formed to be solidified can be simply and firmly fixed to the nail head member formed by the tree by inserting the root portion into the shape of the arrow β ^ 5 S city / t ^ tree r. This is installed in the wall of the thorny county; the gu τ of the te is formed on the surface of the plate-shaped nail to have a curvature acting on the rib x slab extending in the longitudinal direction of the needle portion, usually with respect to i The longitudinal direction is orthogonal and around the plate, and when advancing toward the long side is orthogonal to the plate surface:: axis... (ie,), the rigidity is the weakest upward deflection and the bending is performed. Formed on the surface of the elongated plate of the plate-shaped nails. The rib extending in the longitudinal direction is improved in bending rigidity due to the plate-shaped nail, so that it can be made in the direction of # + π /, long 逯, and it is difficult to induce bending or frustration with the long side of the sacred line as the beam line. Construction. The side extending in white is installed in the stud of the wall, and is buried in Yu, F-S*, and the rib can be extended to the aforementioned L λ. „ , which is sighed by the nail head member. ^ The field will be formed in the plate-shaped nail by the burial in the 4 薛 娃 娃 π and the root of the nail head member 'plate-shaped nails can be wider than the root of the nail member to enhance the strength and rigidity, can be prevented easily. Especially benefit ...j bending deformation of the root, frustration field J疋J when forming the nail head member with the tree moon ,, the rib is used to raise the needle member and the resin (4) member of the tree. Stinger, °. The part can form a triangular mountain shape or an arrow / 'forms a triangular mountain shape or an arrow shape toward the front end. The wrong force is added to the plate-shaped nail by the front end portion of the plate-shaped nail. ί, when piercing the wall, X , Λ 0 ^ ΜΜ ^ ; 刖鳊 ' 'is easy to puncture the wall. In addition, in the case of forming the front head shape, the plate-shaped nails 201249377 are pulled out from the wall after the puncture, and the retention to the wall can be improved. This is installed in the stud of the wall, and the thickness is a thickness which is a thickness from the root portion to the front end portion, and is gradually thinned from the pole portion toward the front end portion. The plate-shaped needle can be produced by cutting the punched material from the root plate. In this case: from the processing to the front end is a plate-like thickness. In addition, after the nail is punched from the root, it is punctured from the root to the front two by the punching process. The thickness of the slab is different from that of the new one. It is easy to install the studs for the wall. It is a needle structure with at least two nails, and the thorn 4τ ▲ needle of the nail head member pierced into the wall. a stud of the resin shell of the root of the member, a flat plate-shaped nail of the aforementioned needle structure, and a slender nail formed on the surface of the long-side plate-shaped nail along the needle member on the wall , was puncture on the wall two:. According to the above-mentioned arrangement, the needle portion of the elongated flat plate is provided, and the rib extending in the longitudinal direction of the sharp end is formed in the direction of the ρ, so that the surface of the second surface is formed along the longitudinal direction of the needle portion because the alignment is correct. : When entering a hard wall, it is not easy to frustrate even if it is rigid. Moreover, the deflection in the direction of the plate surface is high and the punching and plasticizing of the metal plate are performed; for example, it can be easily produced at the same time. Further, when the rib is processed to suspend or support the article, the needle can support a large load due to the needle and the puncture. The strength of the invention is maintained by the ribs. Therefore, the present invention provides a piercing nail for use in a wall, and the -10- 201249377 includes a needle for piercing a wall and a nail head member; The nail, u and a root portion for fixing the needle member: the needle member has a front end portion that is:, and is engaged with an article mounted on the wall, and the plate-shaped nail is divided into at least two elongated plates of the big brother. The configuration of the first surface of the nail is configured as follows: Second, the plate surface is the same as the common surface parallel to the common surface, and the square nail is present in the surface of the second surface of the first and second sides. In the case of the first group, the second height is lower than the first height. Therefore, when the puncture has a puncture of more than the first height, the puncture is only used for the puncture of the wall, and the puncture force == The plate-shaped nails of the first group "puncture the wall toward the wall. Then, the Π:: shape, the plate-shaped nails become wall, and then, the lower height of the second "one pierced into the wall _ the second group of plates The studs begin to wear toward the wall, and the plate-shaped nails of the second group are stably guided by the plate-shaped nails of the ... Wall puncture it. Therefore, it is a problem that the wall is used for the wall, and the wall of the soft material is of course no problem. Even in the case of piercing a hard wall like concrete, the puncture can be continued while maintaining a stable posture. Puncture is performed without failing as much as possible. [Embodiment] [Embodiment of the Invention] Hereinafter, an embodiment of a stud that is attached to a wall according to the present invention will be described based on the attached drawings. [Embodiment 1] Fig. 1 is a view showing an embodiment of a nail for mounting a wall according to the present invention (hereinafter, simply referred to as "stud"), and (a) of Fig. i 11- 201249377 is an oblique view showing the whole: (4) is its rear view. Fig. 2 is a view showing two parts, (a) is a front view, the needle structure of Fig. 1 is not shown, Fig. 3 is a view showing a figure}, and (c) is a rear view. Further, the view '(b) is a plan view of the top view A: the nail member, and (4) is the front (c) side view. The metal of the steel such as the reed steel of the present invention shown in Fig. 1 is provided with: a nail like the root portion of the elastic needle member 11, a cow 11 丨 and a burying and fixing member in the needle member. Puncture the spikes! For the items attached to the wall to be engaged. The τ head member 12 can be attached to the first embodiment, and the thin plate-shaped plate-shaped nails 13, 14 of the needle member are shown in Fig. 2 as a common root connected by three "~15: :::: The plate-shaped nails, 15 are all extended in the same direction: two plate-shaped nails, Μ μ so the kings are parallel to each other. >1 The two plate-shaped nails 13, 14 of the flute 1 group are in the first inner portion, and are separated and placed in the common first surface and are separated by the plate-shaped nails 1 3, 14 4+ Shenzhong - official eclipse, the degree of needle width (the exemplified # is slightly thinner than the oblique width, but not limited by this) is parallel to the needle phoenix H as the gap 20 and parallel to each other. The other plate-shaped nails of the second group are arranged in the fifth row of stems 9 and are arranged by the female Japanese system to exist in the same plane as the third surface. The three elongated plate-shaped nails 13, 14, and 15 are the first. The nails 13 and 14 of the first group and the second group ^1&>^1« are placed at the position where the plate-like needles 13 and 14 are in the plate thickness: 5, and the plate-shaped nails 15 are misaligned. The plate surface and the plate-shaped nails 1 3, 14 are parallel and strong 4τ, 7 1 ^ , and the gap between the plate-shaped nails 13 and the crucible 2〇 is correspondingly extended. Further, the plate-like nails 13 to 15 are not formed as shown in Fig. 1 and Fig. 2 by forming a ruler at the base portion corresponding to the root portion 16, and are not easily broken at the time of piercing or driving. -12- 201249377 Δ 前端 The front end portions of the plate-shaped nails 13 and 14 are respectively formed with the same arrow 21 shape. The plate-shaped nails 15 are formed into a wedge-shaped pin 23 having a sharp triangular mountain shape at the front end. The width of the arrows 21, 22 is narrowed at one end by necking. Therefore, the plate-shaped nails 13 and 14 are easily pierced when pierced into the wall and can be easily pulled out from the wall after the puncture to improve the retention of the wall. The plate-shaped nails 13' of the first group have the first height Η1 (the length of the portion protruding from the nail head member 12 (see (c) of Fig. 1). The plate-shaped nails 15 belonging to the second group have a ratio The second height of the plate-shaped nails 13, 14 is still lower than the second height Η 2 刺 刺 1 〇 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 持续 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' The plate-shaped nails 13 of the first group and the distal end portions of the cymbals, that is, the arrows 21 and 22 are punctured into the wall. The puncturing force of the plate-shaped nails 13 and 14 acting on the first group is concentrated on the respective plate-shaped nails 13, 14 Since the arrow-shaped distal end portion is formed, the puncture force of each of the plate-shaped nails is increased, and the puncture toward the wall is facilitated. When the plate-shaped nails 13 U of the first group are pierced into the wall, then the height is low. The end portion of the plate-shaped nail 15 of the second group, that is, the triangular mountain-shaped wedge pin 23 starts to pierce the wall. When the plate-shaped nail 15 punctures the wall, the second group of the plate-shaped nails is caused by The plate-shaped nails 13 and 14 of the first group continue to puncture the wall while guiding. The two parallel plate-shaped nails 3, 4, and 5 are more stably pierced into the wall. Therefore, even for a harder wall, the stinger is also:: The puncture is maintained in a correct posture without changing the posture, and the puncture is stably performed. The first needle St " is, from a piece of metal plate In order to form a stainless steel plate, the jp cutting method is formed in the center to have two plate-like-13-201249377 nails 13, 14 extending from the base portion on the side of the base portion thereof, and at the base thereof. A middle portion of the root plate-shaped nail 15 extending from the base portion. The base portion is bent at a right angle with respect to the intermediate member, and the bottom portion 17 and the side portions 18 and 19 on both sides thereof are formed to form a side portion 18 successively. Two parallel-shaped plate-shaped nails 13, 14 are successively formed on the other side portion 19 to form a plate-shaped nail 15. In the embodiment 1, the root portion 16 of the needle member has the same plate thickness, and each of the plate-shaped nails 13 The thickness of the plate 14 is the same as the thickness of the root portion 16, but is formed by the press processing from the root portion 16 toward the front end portion (arrow 2 at the time of punching or punching) Bu 22 or triangular mountain-shaped cross pin 23) The thickness of the plate is gradually thinned. Since the thickness of the front end portion is the thinnest, it is easy to puncture the wall, and the thickness of the base portion 16 is increased. Therefore, the mounting force in the state of puncture the wall is ensured and stabilized. The nail is tapered in the thickness of the front end. It is suitable for piercing a wall made of a softer wall material such as a gypsum board. The nail head member 12 is also used as shown in Fig. 3 to embed the root portion. The resin is formed into a block shape. The metal needle member is formed by resin injection molding in accordance with the method of insert molding the root portion b, and the nail head structure (4) can be easily and firmly fixed to the nail head structure 2. The nail head member includes: a block-shaped body portion 25; and a nail head end portion 26 which is body-shaped on the front side of the body portion 25 and whose area is enlarged. The nail head end portion 26 is a portion that is pressed by a hand or a hammer or the like when the puncture nail is pricked on the wall. In the illustrated example, as shown in the figure! As shown in (4), the bottom portion 17 of the needle member 2:: portion is deeply embedded in the position of the end portion of the nail head, but the bottom portion 17 is not exposed at the end portion of the nail head. The hanging force of 201249377 when using such a stud hanging on a wall is suspended by three plate-shaped nails 1 3, 14 and 15 and thus is stable even when the nail is two. Keep it. Further, when the nail member 1 is punctured, the nail member is shaken left and right, so that the hole formed in the wall becomes large and the holding strength of the stab nail is lowered, but in the case of the spike, it is formed in parallel. The three plate-shaped nails 1 3, 14 and 15 are respectively pierced into the wall, so that the posture is stable and the holes formed in the wall can be minimized. The shape of the arrows 21, 22 and the shape of the wedge pin 23 are only an example and are not limited thereto. The stud nails 10 shown in Figs. 1 to 3 are thinner as the thickness of the front end plate is formed. Therefore, a concrete wall such as a wall made of a gypsum board, a wood such as a plywood, or a processed product, or a wall of an apartment building or the like can be used. The plate thickness of the plate-like nails 13, 14, 15 can be appropriately changed in accordance with the hardness of the applicable wall. For a hard wall like concrete, it is better to set the same thickness. Although the case where the plate-shaped nails 13, 14 belonging to the second group of the nails 10 are provided as two, the number of the two or more may be used. Further, although the number of the plate-shaped nails 15 belonging to the second group is one, it may be one or more. However, the number of the plate-shaped nails belonging to the second group is preferably set to be equal to or less than the number of the plate-shaped nails belonging to the i-th group. The puncture of the spike 10 is initially the highest height of the plate-shaped nails 13, 14 belonging to the i-th group: the puncture force is dispersed to the plate-shaped nails 3, Μ of the group! In the case of the first embodiment, the number of the plate-shaped nails 14 of the first group is two, and it is only the nails 13 and 14 that are dispersed to the minimum ®. The degree of force reduction is suppressed to a minimum, and the degree 'and the part that abuts the wall has two places. Therefore, after the initial puncture is stabilized, the front end of the plate-shaped nail 15 belonging to the second group punctures the wall, and its posture is -15-201249377. It is stabilized by the two groups of nails 13 to 15 which are parallel. If the stud is unstable when puncture, the nail will be shaken left and right to make the hole larger, which is the reason why the strength is weak. Since the stud 1G is stable in the posture of the plate-shaped nails 13 to 15 when puncture the wall, it becomes It is easy to puncture the wall q, and in the state where the wall puncture has been completed, the two groups have three plate-shaped nails 13 to b' which are more stable and stronger than the two nails. : At least one plate-shaped nail system (plate-shaped nails 15) is present, and the total of two groups of nails set to two is at least four, which increases the strength. [Embodiment 2] Embodiment 2 of the stud of the present invention is shown in Fig. 4 and Fig. = Fig. 4 of the invention, and Fig. 4(a) is a perspective view showing the entire view of Fig. 2 (4) as a side view thereof. (4) is its rear view. The figure of the stud needle member shown, (4) is a front view, (8) is a t t map, and (4) is a side view '(4) is a portion surrounded by a two-point key line of (4) ::: enlarged view. In the description of the second embodiment, since the members and the parts that are equivalent to the functions of the embodiment U are the same as those in the embodiment, the description will be omitted. (Example 1) In the second embodiment, the plate-shaped nails 33 and 34 of the group of the needle members 31 for constituting the studs 3 are respectively formed with ribs 35 and 36 along the first surface of the elongated flat plate. The front end portions of the plate-shaped nails 33, 34 are formed in the same triangular mountain-shaped wedge pins 37, 38 as the front end of the plate-shaped nail 15 gradually becomes smaller. The needle member η of the other structure 3 has the same structure. The ribs 35, 36 are extended in the longitudinal direction of the plate-shaped nails", 34 except for the portion of the wedge pin, and more preferably -16-201249377 extends to the height of the middle portion of the side portion 18 of the root portion 16. Further, the ribs 35, The % can be easily formed by press working in the manufacturing process of the stud 10. Further, reference numeral 32 is a nail head member of the stud 30. Regarding the bending acting on the elongated flat plate-like nails 33, 34, usually The rigidity is the most relative to the bending of the axis orthogonal to the longitudinal direction thereof and extending around the in-plane of the flat plate (that is, the bending in the direction orthogonal to the plate surface when advancing toward the longitudinal direction) Weak, but by forming ribs 35, 36' on the surface of the elongated flat plate, the strength and rigidity of the plate-shaped nails 33, 34 protruding from the root portion 16 can be increased, and it is difficult to cause bending deformation when puncture or penetration into the wall. The root portion 16 is embedded in the resin when the needle member 31 is fitted into the nail head member 32. Therefore, the ribs 35 and 36 which are continuously formed on the side from the plate shape (four), 34 are also on the side. The portion on the portion 18 is embedded in the resin. The result is 'buried from The root portion of the nail head member 32 is continuously reinforced with the plate-like nails 33, 34 to continuously increase the strength and rigidity, and it is possible to prevent the bending deformation and the buckling which are easily generated at the root portions of the plate-shaped nails 33, 34. Further, the needle member 3! When the ribs 35 and 36 are embedded in the resin by insert molding, the contact area with the resin is increased. Therefore, the root portion 16 and the nail head member may be joined together. [Embodiment 3] Embodiment 3 of the nail of the present invention 6 is a view showing the stud of the present invention, (4) is a perspective view showing the entire needle member of the stud, and (8) is a side view of the stud (c) is a side view of (b), and (4) is A part of (b) is enlarged and displayed. In the description of the third embodiment, the structure and the structure which are the same as those of the second embodiment (Fig. 4 and Fig. 5) are obtained. The same reference numerals are used for the second embodiment, and the description thereof will not be repeated. The stud 40 of the third embodiment shown in Fig. 6 has the needle member 41 as the wedge pin 47 of the plate-shaped nails 43 and 44 of the first group. The front end portions 47a and 48a of the 48 are warped in the thickness direction. In the third embodiment, one of the plate-shaped nails 43 and 44 of the first group is one. The warping direction (A direction) of the front end portion 47a of the wedge pin 47 of the nail 43 is opposite to the warping direction (B direction) of the front end portion 48a of the wedge pin 48 of the other plate-shaped nail 44. Therefore, when the plate is shaped When the nails 43 and 44 are continuously punctured toward the wall, the plate-shaped nails 43 and 44 are advanced such that the front end portions 47a and 48aa are warped in the direction of the wall and are offset from each other in the opposite direction in the wall. The respective plate-shaped nails 43 and 44 are respectively The orientation of the action is reversed, so that the posture of the stud is not changed. However, when the force in the direction of pulling out from the wall acts on the stud 40, the deformed plate-shaped nails 43, 44 are pulled out. The force in the outward direction is a resistance, and the spike 40 is maintained in a state of being stably attached to the wall. Further, the reference numeral 42 refers to the nail head member of the spike 4〇. [Example 4] The nail example 4 is shown in Fig. 7. Fig. 7 is a side view showing the stud of the present invention. In the description of the fourth embodiment, the members and the four positions which are the same as those of the implementation portion 4 and Fig. 5) are used for a long time. Since the same reference numerals are used for the example 2, the stencils 4, 54 and 54 shown in Fig. 7 are omitted, and the plate-shaped nail plate of the first group of the needle member 51 is thick (and formed). The intermediate portion 59 between the right end portions 57, 58 is formed by bending. The opposite direction of the side of the ribs 35, 36 is bulging like "the puncture toward the wall does not have the same degree of resistance -18 - 201249377, However, in the state that has been pierced into the wall, when the curved intermediate portion 4 59 is to be pulled out from the wall, it will be frictionally engaged with the wall to exhibit resistance, and the plate-shaped nails 53, 54 and the thorn which are the first group can be lifted. The effect of the nail 50 pulling out from the wall. Further, in the fourth embodiment, the plate-shaped nails 55 of the second group belonging to the needle member 5 i are formed on the outer surface of the nail 5 面向 and the ribs 35 of the plate-shaped nails 53 and 54 are formed. 36, the same reinforcing rib 56. The studs 50 shown in Embodiment 4 are suitable for walls of hard materials. [Embodiment 5] Embodiment 5 of the stud of the present invention is shown in Figs. 8 and 9. Fig. 8 is a view showing the stud of the native month, (a) is a rear view showing the entire needle member of the needle, (b) is a plan view of the stud, and (c) is a side view. 9 is a view showing the stud needle member shown in FIG. 8, wherein (a) is a front view, (... is a side view, and (c) is a rear view. In the description of the embodiment 5, the embodiment and the embodiment 4 (Fig. 7) The members and the parts which are constructed in common and have the same functions are the same as those in the fourth embodiment, and therefore will not be described again. In the embodiment 5 shown in Figs. 8 and 9, the studs 6 are omitted. In the case of the plate-shaped nails 63 of the first group of the needle members 61, "the ribs 35, 36 extending in the longitudinal direction of the nail are formed to the root portion 16 (the middle height of the side portion 18). The plate-shaped nails 65 of the second group belonging to the needle member 61 are also formed such that the ribs 56 extending in the longitudinal direction of the nail are formed to the root portion 16 (the middle portion of the side portion 18 is produced). The needle member 61 is formed by the pair of nail head members. 62 is insert-molded and H', but the bottom portion 17 of the needle member 61 is formed so as to be exposed at the end surface of the name of the head member 62. When the nail 60 is hit by a hard wall, it is made of metal which is exposed by the head. The bottom portion 17 is carried out, so that the resin is not damaged by the hammering of the hammer. After the hammer is hammered, the nail head member is The end face mounting cover of -19-201249377 62 can cover the bottom portion 17. In particular, as shown in Fig. 9, the root portion 6 of the needle member 61 is formed at a position that does not interfere with the ribs 35, 36 and the rib 56. There are holes 66 for the material extraction and holes 67, 67. In the side portion 18 where the plate-shaped nails 63, 64 extend, a larger hole 66 is formed in the center, and the side portion 9 extending in the plate-shaped nail 65 is in two The smaller side is formed with two smaller holes 67, 67. When inserting the needle member 6!, the injected resin enters the hole 66 and the holes 67, 67, respectively. The resin enters the hole 66 and the holes 67, 67. Then, the ribs/5, 36 of the plate-shaped nails 63, 64 and the ribs 56 of the plate-shaped nails 65 are bonded to the resin at the time of insert molding, and the combination of the needle member 61 and the nail head member 62 is greatly enhanced. For the studs for the wall, the three examples of the plate-shaped nails of the needle member (the second group of the second group and the second group of the second group) illustrate the respective examples, but it is also considered to have two nails. The case of a needle member (one for each of the first group and the second group). The nails of the two nails have two elongated plate-shaped nails having sharp ends at the front end. Since the number of plate-shaped nails is small, the weight of the articles installed on the right-hand side is small, and can also be applied to concrete walls like apartment buildings, but can also be used for wall materials such as gypsum board and glued board. Puncture the small parts of the seams of the tile, etc., so that the article can be fixed without opening the hole in the tile, and it is also beneficial in the case of removing the opening and opening the hole. The condition of the stud of the plate-shaped nail is also the same as that of the two plate-shaped nails, because it is made of stainless steel without rusting and can ensure high strength, and the strength can be increased by providing ribs at the center of the nail. _ ^ In terms of the shape of the plate-shaped nails, the studs of the plate-shaped nails which are gradually thinner toward the front end side are particularly suitable for use in gypsum boards and plasters. • 20- 201249377 plate-shaped nails can be used. Again, the song. The tip of the IJ is made into a more pointed shape, and the leg of the plate-shaped nail can be provided with a thinner end portion, and the member facing the opposite direction is used for concrete or plate. In this case, two: the two spikes are suitable for forming a sheet thickness. With three plates 2 = root to front end nails will increase. Then, the two nails...1 are inserted into the wall at the end of the two plates. The front end of a nail pierces the wall, and the nails are easily unstable when the puncture is made by three parallel nails. Then the nail will pierce and sway. When puncture, the "and the hole becomes larger" of the nail (4) will become stronger. The strength can be set to four.":? The studs for wall mounting of the present invention are formed as nails for the wall body 2 π, but the wall body may be a wall of a family of stucco, a wall material made of wood, or a concrete wall. Regarding the wall material made of wood or plywood, in addition to t, it is obviously a natural wood plywood or plywood which is formed by sticking a thin sheet of wood on a soil material such as plywood or MDF (medium fiberboard). The surface is adhered to a resin-processed paper or a synthetic resin plywood made of a resin, and a printed plywood such as a wood grain printed on a plywood. Further, the coated wall material may be, for example, gypsum having a high deodorizing function and a slaked lime as a raw material. It can also be gypsum plaster or dolomitic lime mud paint. Further, in the case where the studs attached to the wall of the present invention are attached to a wall having a soft material, the thickness of the plate-shaped nails can be made thinner than the nails at the tip end portion, and the puncture can be easily performed. Such a plate-shaped nail can be easily processed by press working. In addition, in the case of a hard wall, as a needle member, it can be made from the root to the front end when using a hard wall in the period of 21-201249377, in order to increase the thickness of the plate and shorten the length of the staple; Preferably, if the rib is used, the strength::: the needle is mounted on the wall. One example is the invention. The longer the length of the needle is substantially "the length of the nail is approximately η_, nails and nails. The door gap (gap) is approximately 2mm, 柘ρ 7 < * between the nails - the example m 2 · 〇 _, these are only for the weight of the article to be installed, the strength of the wall material, the load of each stud Conditions such as the shape of the spikes. Therefore, it is recommended to prepare a variety of specifications for the various conditions, and the safe specifications can be selected from them. Figure 1 shows the studs installed in the wall of the present invention. An example of application (for example, the stud 10 shown in the embodiment!)
10、10、10被運用在將鉤掛金屬零件丨〇〇固定於牆壁W 。鉤掛金屬零件100係具備：本體101 ;從本體101的下 端反折形成的掛鉤部102 :以及從本體1〇1延伸的3根臂 部103、103、103。在各臂部1〇3的前端部形成有供刺 釘10穿刺用的孔104。孔104係為了收納刺釘1〇的釘頭構 件1 2而开y成四角开〉。藉由將各刺釘1 〇通過孔1 〇4並穿刺 於牆壁W，釘頭構件12之塊狀的本體部25係和孔1〇4嵌 合，藉由在釘頭端部26和牆壁貿之間挾入鉤掛金屬零件 100，可將鉤掛金屬零件100固定於牆壁w。鉤掛金屬零 件100T將衣.或手提包等之物品懸掛於掛鉤部1〇2。圖 10所示之用以固定於牆壁w的金屬零件終究只是例示而 已，可採用圖示以外之適宜的形狀•形態。除了供鉤掛 -22- 201249377 支樓或將安裝其他製品用的轉接。。固 疋於騰壁w。釘頭構件_ =轉接益固 件12本身具有和物品卡合的構公：卡5 ’除了釘頭構 釘頭構件12和牆壁w之 广之情况以外，亦可為在 魬合 【圖式簡單說明】B句品，或其等之 圖1 (a)-(d)係顯示本發 例！之圖。 月的裳設於牆壁用之刺釘 實施例1之圖 圖2(a)-(c)係顯示圖i所 針構件之圖。 圖3(a)-(c)係顯示 釘頭構件之圖。 戶斤不的裳設於牆壁用 圖4(a)-(d)係顯示本發 實施例2之圖。 圖5(a)-(d)係顯示圖4 針構件之圖。 所不的裝設於牆壁用 的 示的裝設於牆壁用之刺釘 的 之刺釘的 之刺釘的 之刺釘的 圖6(a)_(d)係顯示本 實施例3之圖。 圖7係顯示本發明的裝 之圖。 發明的裝設於牆壁用 之刺釘的 叹於牆:壁用之刺釘的實 施例4 之刺釘的 之刺釘的 圖8⑷七）係顯^本發明的魏於牆 實施例5之圖。 圖9(a)-(c)係顯示圖8所示的裝設於牆壁用 針構件之圖。 圖1〇係顯示本發明的襞 例之斜視圖。 設於牆壁用之刺釘的—適用 -23- 201249377 【主要元件符號說明】 10 刺釘 11 針構件 12 釘頭構件（樹脂製） 13 ' 14、15 板狀釘 16 根部 17 底部 18、 19 側部 20 間隙 21、 22 箭頭 23 楔銷 25 塊狀的本體部 26 釘頭端部 30 刺釘 3 1 針構件 32 釘頭構件 33 ' 34 板狀釘 35 ' 36 肋 37、 38 楔銷 40 刺釘 41 針構件 42 釘頭構件 43、 44 板狀釘 47 ' 48 楔銷 47a 、48a 前端部 -24- 201249377 50 刺釘 5 1 針構件 52 釘頭構件 53 ' 54 、 55 板狀釘 56 肋 57 ' 58 前端部 59 中間部 60 刺釘 61 針構件 63 、 64 、 65 板狀釘 100 鉤掛金屬零件 -25-10, 10, and 10 are used to fix the hook metal parts to the wall W. The hook metal part 100 includes a main body 101, a hook portion 102 formed by folding the lower end of the main body 101, and three arm portions 103, 103, and 103 extending from the main body 1〇1. A hole 104 for piercing the stud 10 is formed at the distal end portion of each of the arm portions 1A3. The hole 104 is opened at four corners in order to accommodate the nail head member 12 of the stud 1〇. By passing each of the studs 1 through the hole 1 〇 4 and puncture the wall W, the block-shaped body portion 25 of the nail head member 12 is fitted into the hole 1 〇 4 by the nail end portion 26 and the wall trade. The hooking metal part 100 is inserted between the metal parts 100 to fix the hook metal part 100 to the wall w. The hook metal part 100T suspends the item such as a clothes or a handbag from the hook portion 1〇2. The metal parts shown in Fig. 10 for fixing to the wall w are merely exemplary, and a suitable shape and shape other than those shown in the drawings can be employed. In addition to the hook -22- 201249377 branch or the transfer of other products will be installed. . Solid in the wall. The nail head member _ = the transfer benefit firmware 12 itself has a configuration that is engaged with the article: the card 5' can be used in addition to the case where the nail head member 12 and the wall w are wide. Explanation] B sentence, or its etc. Figure 1 (a)-(d) shows this example! Picture. The monthly skirt is set on the wall. Figure 1 (a) - (c) shows the needle member of Figure i. Figures 3(a)-(c) are diagrams showing the nail head members. Figure 4 (a) - (d) shows the diagram of the second embodiment of the present invention. Figures 5(a)-(d) are views showing the needle member of Figure 4. Fig. 6 (a) - (d) showing the stud of the stud which is attached to the stud of the wall for mounting on the wall is a view showing the third embodiment. Fig. 7 is a view showing the mounting of the present invention. Fig. 8(4) and Fig. 7 of the nail of the nail of the embodiment 4 of the invention, which is attached to the wall for the stud, the figure of the embodiment 5 of the present invention . Fig. 9 (a) - (c) are views showing the needle member attached to the wall shown in Fig. 8. Fig. 1 is a perspective view showing an example of the present invention. Stabs for walls - Applicable -23- 201249377 [Description of main components] 10 Studs 11 Needle members 12 Stud members (resin made) 13 ' 14, 15 Plate nails 16 Roots 17 Bottoms 18, 19 Side Portion 20 gap 21, 22 arrow 23 wedge pin 25 block-shaped body portion 26 nail head end 30 spike 3 1 needle member 32 nail head member 33 ' 34 plate-shaped nail 35 ' 36 rib 37, 38 wedge pin 40 41 needle member 42 nail head member 43, 44 plate-shaped nail 47' 48 wedge pin 47a, 48a front end portion - 24 - 201249377 50 spike 5 1 needle member 52 nail head member 53 ' 54 , 55 plate-shaped nail 56 rib 57 ' 58 Front end portion 59 Middle portion 60 Studs 61 Needle members 63, 64, 65 Plate nails 100 Hook metal parts - 25-