200831759 九、發明說明： 【發明所屬之技術領域】 ‘本發明係關於在門的既定位置上例如使槓桿把手 • handle)可旋動自如地安農之門用把手安裝結構 【先前技術】 以往的門用把手安裝結構體，其一例如圖8所示，苴且 有：被配置在門106之-邊的外側面161而設置具有小螺 絲螺合用螺絲孔（在圖8中看不到）之附有輪數頭i4i之 輪轂（b〇SS)1〇4 ;及，設有第！把手安裝孔112和2個有 頭輪轂104安裝孔113之圓板狀的台座本體1〇1 (第i台 -座）；及，和台座本體101相對應而被配置在門1〇6之另 一邊的外侧面162並和輪轂104及第丨把手安裝孔112相 對峙之位置各別設有2個小螺絲插通孔122和第2把手安 裝孔121之第2台座102 ;及’通過第2台座1〇2之小螺 φ絲插通孔122而被螺合在輪轂1 〇4的小螺絲螺合用螺絲孔 且一體連結台座本體1〇1和第2台座1〇2之2個小'螺絲 103 ;及，一邊被配置在台座本體1〇1之外侧面而另一邊 被配置在弟2台座102的外侧面而通過台座本體IQ〗及第 2台座102之各把手安裝孔112、121且被互相連結之一 . 對未圖示之門用把手。 在以往的門用把手安裝結構體100中，有頭輪轂1〇4、 台座本體101及第2台座102’在門用把手的門中係當作 定位和安裝門用把手之結合構件的功能。有頭輪轂^4、 312XP/發明說明書(補件)/97-01/96133347 6 200831759 台座本體1〇1及第2台座102對門1〇6的安裝，係在輪轂 1〇4之小螺絲螺合用螺絲孔使小螺絲1〇3螺合。此一螺絲 之固定雖係使用螺絲起子A在鎖緊方向轉動而實施，但當 將螺絲起子A在鎖緊方向越加以轉動，則台座本體1〇1越 被強力地Μ緊在Η面16卜而第2台座102則強力地被壓 緊在門面162上而被強力地固定。 (專利文獻1)日本專利特開2002-129796號公報（申 請專利範圍第1項） 【發明内容】 (發明所欲解決之問題） =是’ Η用把手安裝結構體⑽中其㈣強度係依賴作 業者的感覺者。因此，作業者為了能確實地固定而會強固 :予以鎖緊，在此情況下’ _ 1〇4有發生破損之情 ”為了防止此一輪轂1Q4之破損，則有使用彎曲彈性 aending m〇dulus of elastici ty) ^ ^ ^ ? :的：屬當作輪穀104之素材者。但是，即使使用此種素 2作業者為了確實地固定仍會有強力地鎖緊之情形，而 其冒發生門的凹下等變形之問題。 :此’本發明之目的為提供一種可防止小螺絲 之門用把手安裝結構體。 、緊 (解決問題之手段） 在該情況下，树明人專讀討結果，發現假如在 小螺絲插入側之輪穀端部沿軸向形成比小： 絲螺合用螺絲更長的狹縫(S1⑴時則可防止小螺絲= 312XP/發明說明書(補件)/97_01/96133347 7 200831759 過度，如此而完成本發明。 亦即，本發明係提供-種具有：被配置於門的—邊之外 ㈣各別設置具有小螺絲螺合㈣絲孔之輪轂及第i把 孔的第1台座；及’和此第i台座相對應而被配置 於門的另-邊之外侧面並在該輪轂及第"巴手安裝孔之 2峙位置各別設有小螺絲插通孔與第2把手安裝孔之第2 二座’及’通過此第2台座之小螺絲插通孔而被螺合在此 _小螺絲螺合用螺絲孔而將該第1台座和該第2台座 面：連結之小螺絲；及’-邊被配置在該第1台座的外侧 =而另：邊被配置於此第2台座的外側面並通過該第i台 二及該第2台座的各個把手安裝孔而被互相連結之一對 手’·如此的安裝結構體，其特徵為，在該輪轂自小 之輪較端部沿軸向形成有比小螺絲螺合用螺 、、糸長度更長的狹縫’如此所成之門用把手安裝結構體。 J二t本發明中’其特徵為’前述第1台座係由：具有 讲、=螺合用螺絲孔之有頭輪穀；及，設有第 孔與有頭輪轂安裝孔之台座本體；如此所構成’該有= 係各別獨立的構件，如此而提供前‘ 為特==手:=金屬製_’如此 上^樹曲彈性率 戈此為特徵之刖述門用把手安裝結構體。 ，备明為提供，前述狹縫的長度係該小螺絲螺合用 312聊明說明書(補件)/97彻61卿 g 200831759200831759 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a door mounting structure for an Annon door which can be rotatably opened at a predetermined position of a door, for example, a lever handle/handle [Prior Art] The door handle mounting structure is an example, as shown in FIG. 8, and is provided with a screw hole for small screw screwing (not visible in FIG. 8) which is disposed on the outer side surface 161 of the side of the door 106. Wheels with round number i4i (b〇SS) 1〇4; and, with the first! a handle mounting hole 112 and two disk-shaped pedestal bodies 1〇1 (i-stage-seat) having the head hub 104 mounting holes 113; and, corresponding to the pedestal body 101, are disposed at the door 〇6 The outer side surface 162 of one side is provided with two small screw insertion holes 122 and the second base 102 of the second handle mounting hole 121 at positions opposite to the hub 104 and the second handle mounting hole 112; and 'passing the second side The small screw φ wire insertion hole 122 of the pedestal 1 〇 2 is screwed into the small screw screwing screw hole of the hub 1 〇 4 and integrally connects the two small 'screws of the pedestal body 1 〇 1 and the second pedestal 1 〇 2 And the other side is disposed on the outer side surface of the pedestal 2 pedestal 102 and passes through the handle mounting holes 112 and 121 of the pedestal body IQ and the second pedestal 102 and is One of the links to each other. Use a handle for a door that is not shown. In the conventional door handle mounting structure 100, the head hub 1〇4, the pedestal body 101, and the second pedestal 102' function as a joint member for positioning and attaching the door handle in the door handle door. Headed hub ^4, 312XP/Invention manual (supplement)/97-01/96133347 6 200831759 Mounting of the pedestal body 1〇1 and the second pedestal 102 to the door 1〇6, for the small screw of the hub 1〇4 The screw holes make the small screws 1〇3 screw. Although the fixing of this screw is performed by using the screwdriver A to rotate in the locking direction, when the screwdriver A is rotated in the locking direction, the pedestal body 1〇1 is strongly tightened on the 16 16 The second pedestal 102 is strongly pressed against the facade 162 and is strongly fixed. (Patent Document 1) Japanese Laid-Open Patent Publication No. 2002-129796 (Patent Application No. 1) [Disclosure of the Invention] (Problems to be Solved by the Invention) = Yes 'In the handle mounting structure (10), the strength is dependent on The operator's feelings. Therefore, the operator is strong in order to be surely fixed: it is locked, and in this case, '_1〇4 is broken.” In order to prevent the damage of the hub 1Q4, the bending elastic aending m〇dulus is used. Of elastici ty) ^ ^ ^ ? : : It is the material of the Valley of the Valley 104. However, even if the operator uses this element 2, there will be a strong lock in order to securely fix it. The problem of concave deformation, etc.: The purpose of the present invention is to provide a structure for preventing the door of a small screw from being attached to the structure by the handle. Tight (a means to solve the problem) In this case, the tree is read by the person It is found that if the end of the trough at the insertion side of the small screw is formed in the axial direction, the slit is longer: the screw with the longer screw (S1 (1) can prevent the small screw = 312XP / invention manual (supplement) / 97_01/96133347 7 200831759 Excessively, the present invention has been completed in this way. That is, the present invention provides that the wheel hub and the ith hole are provided separately from the side of the door (four) each having a small screw screw (four) wire hole. 1st pedestal; and 'and this ith pedestal Correspondingly, it is disposed on the other side of the door and is provided with a small screw insertion hole and a second handle mounting hole at the 2nd position of the hub and the "handle mounting hole". And the small screw insertion hole through the second pedestal is screwed into the small screw screwing hole, and the first pedestal and the second pedestal surface are connected with small screws; and the '- side is configured The outer side of the first pedestal is disposed on the outer side surface of the second pedestal, and is connected to each other by the respective handle mounting holes of the i-th stage 2 and the second pedestal. The mounting structure is characterized in that a handle mounting structure for the door is formed in the axial direction of the wheel from the end of the wheel to the end portion of the small screw. In the present invention, the first pedestal is characterized in that: the first pedestal having a screw hole for speaking and screwing; and the pedestal body having the first hole and the mounting hole of the headed hub; Constitute 'there are = separate components, so provide the front 'for the special == hand: = metal _' so ^The curvature of the tree is the feature of the door to install the structure with the handle. It is provided that the length of the slit is the small screw screwing 312 Liaoming manual (supplement) / 97 to 61 Qing g 200831759
螺絲長度之HU 裝結構體。 此為特徵之雨述門用把手安 又本發明為提供，更具有鞘構 1 二 絲螺合_絲長度以上長 有“述小螺 裝結構體。〜輪叔如此為特徵之前述門用把手安 (發明效果） 在本發明之門用把手安裝結構體 螺絲過度鎖緊睥，士认文衣作業中，如使小 徑向合瞬間門放於鎖緊力，因此，狹縫在 彈==’而使小螺絲之聲合分離，其次因狹縫之 鎖緊時，和^Γ齒合回復一螺距之位置而被固定。如更再 綠在处同樣，由於輪數側屈於鎖緊力，因此，狹 = = = 螺n合則分離’其次因狹縫 力而使小螺絲的喃合回復一螺距之位置而被固定。亦 P ’鎖緊力：一定以上時，狹縫則會開放而釋放必要以上 掇^ ’由於作業者可感受到小螺絲屬合分離「卡 :二或振動，因此’其即使未特別小心謹慎地鎖緊， 二’、可妾叉到鎖緊過度的信號而停止鎖緊動作’如此而可 完成適度的鎖緊。 【實施方式】 其次，參照圖1至圖6說明本發明之第i實施形態中之 門用把手安裝結構體（以下亦簡稱為「安裳結構體」。）。 圖1係在門上組襄此一安裝結構體之狀況的說明圖，圖2 表不小螺絲螺合在輪轂的小螺絲螺合用螺絲孔之狀態的 mxp/發明說明書(補件)/97·〇1/96ΐ33347 9 200831759 圖’圖3表示小螺絲螺合在純的小螺絲螺合用螺綠孔之 初期狀態的簡略圖’圖4表示在小螺絲在繫緊前進而 於開放狀態時之螺㈣合狀態之簡略圖，目5表示自圖、4 之狀態回到螺絲一螺距嚅合狀態之簡略圖，圖6係以剖面 表不安裝結構體的-部份之平面圖，目8係組裝習知 用把手女I結構體之狀況的說明圖。HU-mounted structure with screw length. This is a feature of the rain door door handle and the present invention is provided, and has a sheath structure 1 two wire screwing wire length and longer than the "small screw structure. The wheel handle is characterized by the aforementioned door handle Ann (Invention Effect) In the door handle mounting structure of the present invention, the screw is excessively locked, and in the operation of the clothing, if the small radial joint door is placed on the locking force, the slit is in the bullet == 'The sound of the small screw is separated, and the second is fixed by the position of the pitch when the slit is locked. If the green is everywhere, the wheel is bent to the locking force. Therefore, the narrow == = the screw n is separated, the second is fixed by the slit force, and the small screw is restored to the position of the pitch. Also P 'locking force: when the clearance is more than certain, the slit is opened. And the release is necessary more than ' ^ 'Because the operator can feel the small screw is separated and "card: two or vibration, so 'even if it is not carefully locked, two', can be forked to the signal of excessive locking Stop the locking action' so that a moderate locking can be achieved. Next, with reference to FIGS. 1 to 6, the i-th aspect of the embodiment of the present invention with a door handle mounting structure (hereinafter also referred to as "skirts security structure."). Fig. 1 is an explanatory view showing a state in which the mounting structure is assembled on the door, and Fig. 2 shows a state in which the small screw is screwed into the screw hole of the small screw of the hub, and the invention manual (supplement)/97· 〇1/96ΐ33347 9 200831759 Figure 'Figure 3 shows a simplified view of the initial state of a small screw screwed into a pure small screw screw hole green hole'. Figure 4 shows the screw when the small screw is tightened and opened in the open state (4) A simplified diagram of the state, the fifth is a schematic diagram of the state of returning from the state of the figure and 4 to the state of the screw-pitch, and FIG. 6 is a plan view of the part of the structure in which the structure is not attached. An illustration of the condition of the female I structure of the handle.
安裝結構體10具有：被配置於門6的一邊之外側面 而各別設置具有小螺絲螺合用螺絲孔44 (在圖丨看不到） 之2個輪轂（boss)4及第i把手安裝孔12的圓板狀之第i 台座1，及，對應於第1台座i而被配置於門6的另一邊 之外侧面62且在和2個輪轂4及第丨把手安裝孔12之對 峙位置各別設有2個小螺絲插通孔22和第2把手安裝孔 21之圓板狀的第2台座2 ;及，經過第2台座2之小螺絲 插通孔22而被螺合在輪轂4的小螺絲螺合用螺絲孔44且 一體連結第1台座1與第2台座2之小螺絲3 ;及，一邊 破配置在第1台座1的外侧面而另一邊被配置在第2台座 2之外侧面且通過第1台座1及第2台座2之各個把手安 裝孔12、21而互相被連結之一對門用把手8 (在圖工中 未圖示）；如此所成之安裝結構體，且在輪轂4上自小螺 絲插入侧之輪轂端部44沿軸向形成有比小螺絲螺合用螺 絲之長度更長的狹缝43。 又，在圖1之第1台座1，係由具有小螺絲螺合用螺絲 孔44之2個有頭42之輪轂本體41 ;及，在兩侧設有第J 把手文裝孔12和2個有頭輪轂安裝孔13之圓板狀的台座 312χΡ/發明說明書(補件)/97-01/96133347 10 200831759 本體11 ;如此所構成，而有頭輪轂41與台座本體u係 各別獨立不同的構件，雖然圓筒狀的輪轂係自台座本體 11之兩侧延伸至内侧（門之面向）所組裝而成，但其並 不限於此，其也可在成形階段將有頭輪轂41和台座本體 11構成一體化者亦可。在此情況下則沒有輪轂頭42者亦The mounting structure 10 has two bosses 4 and an i-th handle mounting hole which are disposed on the outer side surface of the door 6 and are provided with screw holes 44 for small screws (not visible in the drawing). The disk-shaped ith pedestal 1 of 12 is disposed on the other side surface 62 of the door 6 corresponding to the first pedestal i, and is disposed at a position opposite to the two hubs 4 and the second handle mounting hole 12 The second pedestal 2 having the two small screw insertion holes 22 and the second handle mounting hole 21; and the small pedestal insertion hole 22 of the second pedestal 2 are screwed to the hub 4. The small screw is screwed into the screw hole 44 and the small screws 3 of the first pedestal 1 and the second pedestal 2 are integrally connected; and the other side is disposed on the outer side surface of the first pedestal 1 and the other side is disposed on the outer side of the second pedestal 2 And a pair of door handles 8 (not shown in the drawings) are connected to each other by the respective handle attachment holes 12 and 21 of the first pedestal 1 and the second pedestal 2; the mounting structure thus formed, and at the hub The hub end 44 of the small screw insertion side is formed with a slit 43 longer than the length of the small screw screwing screw in the axial direction. Further, in the first pedestal 1 of Fig. 1, the hub body 41 having the head 42 having the small screw screwing holes 44 is provided; and the J-handle mounting holes 12 and 2 are provided on both sides. The disk-shaped pedestal of the head hub mounting hole 13 312 / invention specification (supplement) / 97-01/96133347 10 200831759 body 11; thus constituted, and the head hub 41 and the pedestal body u are independently different components Although the cylindrical hub is assembled from the both sides of the pedestal body 11 to the inner side (the surface of the door), it is not limited thereto, and the head hub 41 and the pedestal body 11 may be provided at the forming stage. It is also possible to form an integration. In this case, there is no hub head 42
第1台座1被連結在第2台座2上，而在門用把手的門 :、其為當作定位和為了安裝門用把手之結合構件的功 能。第1台座1的形狀並不限於圓板狀，其也可構成為四 角形或橢圓形等。X，形成在第i台座i之第^手安裝 孔12的位置並不限於如本例所示之中心位置，例如只要 是四角形&框體者則也可設在其中央稍上方之位置'亦 可。又，小螺絲螺合用螺絲孔44之形成數目並不限於上 述的j個’其也可因應於小螺絲3之制個數而決定。例 如’弟1台座1之形狀為四角形狀框體時，小螺絲螺合用 螺絲孔的位置可形成在框體之四角落亦可。在此情況下， 則使用4個小螺絲3。 第2台座2被連結在第1台座1上，而在門用把手的門 中當作^位和為了門用把手安裝用之結合構件的功能。第 2、台座2的形狀通常係和第1台座1之形狀相同。又，形 f在：2 口座2的第2把手安裝孔21之位置並不限於如 本例設在中錄置’例如只要是四角形狀框體時也可設在 其中央稍上方之位置。χ，小螺絲螺合用螺絲孔料之形 成數目也不限於上述的2個，其可因應於小螺絲3之使用 312ΧΡ/發明說明書(補件)/97-01/96133347 11 200831759 時，則/虫^絲例如，第2台座2之形狀如為四角形狀框體 $則小螺絲螺合用螺絲孔的位置形成在框體之四角落亦 ‘可。在此情況下，係使用4個小螺絲3。 在本财_使用2個餘4，但其衫受限於此，其 =和小螺絲3之使用個數同樣，因應其所必要而使用玉 輪穀4之材料可使用以往的安裝結構體同 之二4等可=出广製或樹脂與金屬 夕締以P 硬度以螺絲攻可切開螺絲 又p可。又，輪轂之材料為樹脂時，彎曲彈性率在 =二上：較好為2鳥以上時因可得到充分鎖緊強 ::狹縫形成而得到彈力之點，因此較佳。樹The first pedestal 1 is coupled to the second pedestal 2, and the door for the door handle is a function of positioning and a joint member for attaching the door handle. The shape of the first pedestal 1 is not limited to a disk shape, and may be formed in a quadrangular shape or an elliptical shape. X, the position of the first hand mounting hole 12 formed in the i-th pedestal i is not limited to the center position as shown in this example. For example, as long as it is a square shape and a frame body, it may be located slightly above the center. Also. Further, the number of the screw holes 44 for small screwing is not limited to the above-described j's, and it may be determined depending on the number of the small screws 3. For example, when the shape of the pedestal 1 is a square-shaped frame, the position of the screw holes for the small screw can be formed at the four corners of the frame. In this case, 4 small screws 3 are used. The second pedestal 2 is coupled to the first pedestal 1, and functions as a joint member for the door handle and a door for the door handle. Second, the shape of the pedestal 2 is generally the same as that of the first pedestal 1. Further, the shape f is not limited to the position in which the second handle attachment hole 21 of the two-port holder 2 is provided in the present embodiment. For example, if it is a quadrangular frame, it may be provided at a position slightly above the center. χ, the number of screw holes for screwing is not limited to the above two, which can be used in response to the use of small screws 3 312 ΧΡ / invention manual (supplement) / 97-01/96133347 11 200831759 For example, if the shape of the second pedestal 2 is a square-shaped frame body, the position of the screw hole for the small screw screwing is formed at the four corners of the frame body. In this case, 4 small screws 3 are used. In this fiscal _ use 2 more than 4, but the shirt is limited to this, the = is the same as the number of small screws 3, according to the need to use the material of the jade wheel valley 4 can use the same installation structure The second and the fourth can be = 广广制 or resin and metal eve with P hardness with a screw tap to cut the screw and p can. Further, when the material of the hub is a resin, the bending elastic modulus is preferably two or more: preferably 2 birds or more, since a sufficient locking strength is obtained, and a slit is formed to obtain an elastic force, which is preferable. tree
「_ " 體例可為優拉康dcorO Μ二44」；彎曲彈性率2爲（聚塑膠公司製品 必付UupataU「F20」；f曲彈性率2.卿 膠公司製品）、他那珍（T親gln)「m〇〇」；彎曲彈= uGPa(高安公二Γ))等他那珍「肺〇」，·彎曲彈性率 形成於輪轂4之小螺絲螺合用螺絲的有效長度 依照安裝強度或絲結構體的大小“可適#地 = 通常為5〜15随’較佳為8，，特別是10mm則最佳： 3、二?之有效長度11只要在上述範圍，小螺絲 3以此耗圍螺合時則可得到充分的鎖緊強度。 端部431起沿軸向比㈣㈣、人\自小螺絲插入侧的輪較 & /口神问比小螺絲螺合用螺絲的長度h更長之 12 312XP / 發明說明書(補件)/97-01/96133347 200831759 長如錢之長度l2和小螺絲螺合用螺絲的長 能防止小螺絲3之鎖緊。二 之二為小螺絲螺合用螺絲的長_ 又）！的1.5〜2.5倍為佳。又，狹縫43之寬度卜"_ " The system can be Eucalyptus dcorO Μ二44"; the flexural modulus 2 is (UupataU "F20" for polyplastic products; f elastic modulus 2. Products of Qingjiao Co., Ltd.), Tana (T Pro-gln) "m〇〇"; bending bullet = uGPa (高安公二Γ)) and his precious "pulsation", · bending elastic modulus formed in the hub 4 small screw screwing screw effective length according to the installation strength or The size of the silk structure is "suitable for the ground = usually 5 to 15 with 'better 8', especially 10 mm is the best: 3, 2? The effective length 11 is only in the above range, the small screw 3 is used as the consumption When the screw is screwed, sufficient locking strength can be obtained. The end portion 431 is axially longer than (4) (four), and the wheel from the side of the small screw insertion side is smaller than the length h of the small screw screw. 12 312XP / invention manual (supplement) /97-01/96133347 200831759 The length of the long l2 and the small screw screw can prevent the locking of the small screw 3. The second one is the small screw screw Length _ again)! 1.5 to 2.5 times better. Also, the width of the slit 43
，形程度之尺寸者即可，通常在U〜G.7mm程度即為充 二。被形成在1個輪轂4上之狹縫43的數目並；限 f如本例之1個，其也可設為2個或2個以上。在！個輪 毅4上形成複數個狹縫時，在圓周方向以相等間距形： 因可得到充分的鎖緊強度，因此較佳。 卞 小螺絲3具有螺絲頭3卜自螺絲本體部的前端朝向基 端至少被切成相當於小螺絲螺合用螺絲之長度L的外二、 紋，而如本例’最好在全長形成為外螺紋為佳。小螺絲^ 之使用數目雖照安裝強度或安裝結構體的大小等而 可適當決定，但其並不限於如本例之2根，也可為僅有1 根或3根以上。 • 在安裝結構體10中，門用把手並未特別被限制，例如 可為拉門（sliding door)用把手、槓桿把手（lever handle)、推拉（push-puii)把手等。槓桿把手為例如圖工 及圖6所示，可如在和鎖本體71的安裝用空間之内部的 對向之門扉6之部位貫通門扉6的厚度方向而形成把手安 - 衣孔（在圖1中未示出），而在鎖7的插入用空間使對應 •於槓桿把手型閂鎖（latch l〇ck)72之開鎖用槓桿把手8 藉由第1台座1及第2台座2可旋轉地安裝在把手安裝孔 上。在鎖本體71上則被形成2個輪轂插通用孔74和槓桿 13 3(補件)/97•漏6133347 200831759 把手連結棒9之插通孔75。 其次說明在安裝結構體1 〇中之小螺 台座2貼緊，使有頭輪轂4插入有頭輪數安裝 7螺=:用2台座2之小螺絲插通孔22在有頭輪轂4的 44螺合小螺絲3，並以螺絲起子A 异：圖3)。小螺絲3之前端超過小螺絲螺合用螺絲的 長度h而被鎖緊時’則輪轂4側屈於鎖緊力，而狹缝43 則在直控方向瞬㈣放而使螺絲之售合分離（目4)。接 者，狹縫外43之彈力螺絲之喃合在回到一螺距之位置而被 固定’而第1台座1和第2台座2則被一體連結（圖5)。 如更予鎖緊時，同樣地’輪轂4侧屈於鎖緊力，狹縫43 在直徑方向瞬間開放並使螺絲之嚅合分離，接著因狹縫 43之彈力螺絲之喃合在回到—螺距之位置被固^。如此， 如鎖緊力在一定以上時，則狹縫43會開放而釋放必要以 上之扭矩。當以狹縫43之彈力而在回到一螺距之位置使 螺絲之屬合固定時，由於作業者可感覺到「卡擦」的聲音 或振動，因此，其即使未特別小心謹慎地鎖緊，亦可感受 到鎖緊過度的信號。又’由於小螺絲3之外螺紋傷合於小 螺4螺合用螺絲的長度丨！，因此，其可具有充分適當的鎖 緊力。 、 其次麥照圖7說明第2實施形態之門用把手安裝結構 體。圖7表不小螺絲1 〇3螺合在輪轂4的小螺絲螺合用螺 絲孔之狀態的圖。在圖7中’和圖1及圖2相同之構成要 312XP/發明說明書(補件)/97-01/96133347 14 200831759 素被附加相同符號而省略其說明，而此處主 點。亦即，在圖7中其和圖2之不同點係， 結構體IGa更附設有勒構件47，其具有小螺絲螺合用螺 絲的長度h卩上的長度且在&長度之全長形成有狹缝 4Π，且被嵌入在輪轂4上。鞘構件47之材料可使用金屬 或樹脂製，如鞘構件47和輪轂4之材料均為樹脂製時， 則兩者的樹脂之各別的彎曲彈性率合計只要在h 8GPa以 上:可。藉由設置鞘構件47’則輪轂4也可使用例如彎 曲彈性率l.SGPa未滿之樹脂。 (產業上之可利用性） 本發明之安裝結構體，在對門安裝各種門用把手時，為 I防止小螺絲過度鎖緊，不必特別有意識即可對其賦予適 當之鎖緊力。因此，輪轂不會破損，又，不會使門面變形， 且設置作業也變輕鬆。 【圖式簡單說明】 圖1係第1實施形態中對門組裝安裝結構體之狀況 明圖。 圖2表示小螺絲在螺合於輪轂的小螺絲螺合用螺絲孔 之狀態的圖。 圖3表示小螺絲螺合在輪轂的小螺絲螺合用螺絲孔之 初期狀態的簡略圖。 圖4表示在小螺絲繫緊前進而狹縫在開放狀態之 的嚅合狀態之簡略圖。 圖5表示自圖4之狀態回到螺絲之一螺距嚅合狀態之簡 312XP/發明說明書(補件)/97-01/96133347 ls 200831759 略圖。 圖6係 以σ彳面表示女裝結構體的一部份之平面圖。 圖7表 示在第2貫施形態中小螺絲螺合在輪轂的小螺絲 系5用螺絲孔之狀態的圖。 圖8係組震習知的門用把手安裝結構體之狀況的說明 圖。 【主要元 件符號說明】 1 弟1台座 2 弟2台座 3、103 小螺絲 4、104 有頭輪轂（輪轂） 6 門（門扉） 7 鎖 8 槓桿把手 9 槓桿把手連結棒 1〇 % 10a 安裝結構體 11 台座本體 12 第1把手安裝孔 13 有頭輪轂安裝孔 21 第2把手安裝孔 22 小螺絲插通孔 31 小螺絲頭 41 輪轂本體 42 輪轂頭 312XP/發明說明書(補件)/97-〇1/96133撕 16 200831759 43 狹縫 44 小螺絲螺合用螺絲孔（輪轂端部） 47 鞘構件 61 門之一邊的外侧面 62 門之另一邊的外侧面 71 鎖本體 72 槓桿把手型閂鎖 74 小螺絲插通用孔 75 插通孔 431 輪轂端部 471 鞘之狹縫 A 螺絲起子 h 小螺絲螺合用螺絲之長度 1 2 狹缝之長度 w 狹缝之寬度The size of the shape can be, usually at the level of U~G.7mm. The number of the slits 43 formed in one of the hubs 4 is limited to one or two or more as in the present example. in! When a plurality of slits are formed on the wheel 4, they are formed at equal intervals in the circumferential direction: it is preferable because sufficient locking strength can be obtained. The small screw 3 has a screw head 3 which is cut at least from the front end of the screw main body toward the base end to be the outer two lines corresponding to the length L of the small screw screw, and as in this example, it is preferably formed in the entire length. The thread is better. The number of the small screws ^ can be appropriately determined depending on the mounting strength, the size of the mounting structure, and the like, but it is not limited to two in the present example, and may be one or three or more. • In the mounting structure 10, the door handle is not particularly limited, and may be, for example, a sliding door handle, a lever handle, a push-puii handle, or the like. The lever handle is, for example, as shown in Fig. 6, and can be formed in the thickness direction of the sill 6 by a portion of the opposite sill 6 in the interior of the mounting space of the lock body 71 (in Fig. 1). The unlocking lever handle 8 corresponding to the lever handle latch 72 is rotatably supported by the first pedestal 1 and the second pedestal 2 in the insertion space of the lock 7 Installed on the handle mounting hole. On the lock body 71, two hub insertion holes 74 and a lever 13 3 (supplement) / 97 • a drain 6133347 200831759 are inserted into the through hole 75 of the handle connecting rod 9. Next, it is explained that the small screw base 2 in the mounting structure 1 is tightly attached, so that the head hub 4 is inserted with the number of the first wheel. 7 screw is mounted: the small screw of the two seats 2 is inserted through the hole 22 in the headed hub 4 of 44 Screw the small screw 3 and use the screwdriver A different: Figure 3). When the front end of the small screw 3 is locked by the length h of the small screw screwing screw, the side of the hub 4 is bent to the locking force, and the slit 43 is placed in the direct control direction (four) to separate the screw. Head 4). Then, the splicing of the elastic screw of the outer slit 43 is fixed at a position returning to a pitch, and the first pedestal 1 and the second pedestal 2 are integrally coupled (Fig. 5). If it is more locked, the same as the 'hub 4 side flexes to the locking force, the slit 43 is instantaneously opened in the diameter direction and the screws are disengaged, and then the spring of the slit 43 is returned to the back-- The position of the pitch is fixed. Thus, if the locking force is more than a certain value, the slit 43 will open to release the necessary torque. When the screw is fixed by the elastic force of the slit 43 at a position returning to a pitch, since the operator can feel the sound or vibration of the "squeak", even if it is not carefully locked, You can also feel the signal of excessive locking. In addition, the thread of the screw 4 is broken by the length of the small screw 4 screw. Therefore, it can have a sufficiently appropriate locking force. Next, the door handle mounting structure of the second embodiment will be described with reference to Fig. 7. Fig. 7 is a view showing a state in which the small screw 1 〇 3 is screwed into the screw hole of the small screw of the hub 4. In Fig. 7, the same configuration as that of Fig. 1 and Fig. 2 is 312XP/invention specification (supplement)/97-01/96133347 14 200831759, and the same reference numerals are used, and the description thereof is omitted. That is, in Fig. 7, which differs from Fig. 2, the structure IGA is further provided with a strut member 47 having a length on the length h卩 of the small screw screw and forming a narrow length over the length of the & length The slit is 4 inches and is embedded in the hub 4. The material of the sheath member 47 can be made of metal or resin. When the materials of the sheath member 47 and the hub 4 are made of a resin, the respective bending elastic ratios of the resins of the both may be equal to or higher than h 8 GPa. By providing the sheath member 47', the hub 4 can also use, for example, a resin having a bending elastic modulus of 1.SGPa. (Industrial Applicability) In the mounting structure of the present invention, when various door handles are attached to the door, it is possible to prevent the small screws from being excessively locked, and it is possible to impart an appropriate locking force without being particularly conscious. Therefore, the hub is not damaged, and the facade is not deformed, and the setting work is also relaxed. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing a state in which a door assembly structure is assembled in a first embodiment. Fig. 2 is a view showing a state in which a small screw is screwed into a small screw screwing hole of a hub. Fig. 3 is a schematic view showing an initial state in which a small screw is screwed into a screw hole for screwing a small screw of a hub. Fig. 4 is a schematic view showing a state in which the small screw is fastened and the slit is in an open state. Fig. 5 shows a simplified view of the state of the screw from the state of Fig. 4 back to the screw 312XP/invention specification (supplement)/97-01/96133347 ls 200831759. Figure 6 is a plan view showing a portion of a women's structure in a σ plane. Fig. 7 is a view showing a state in which the small screw is screwed to the screw hole of the small screw system 5 of the hub in the second embodiment. Fig. 8 is an explanatory view showing a state in which a door handle mounting structure for a door is shaken. [Description of main components] 1 brother 1 pedestal 2 brother 2 pedestal 3, 103 small screws 4, 104 headed hub (hub) 6 doors (threshold) 7 lock 8 lever handle 9 lever handle connecting rod 1〇% 10a mounting structure 11 pedestal body 12 first handle mounting hole 13 head hub mounting hole 21 second handle mounting hole 22 small screw insertion hole 31 small screw head 41 hub body 42 hub head 312XP / invention manual (supplement) / 97-〇1 /96133Tear 16 200831759 43 Slit 44 Small screw screw hole (hub end) 47 Sheath member 61 Outer side of one side of door 62 Outer side 71 of the other side of door Door of lock body 72 Lever handle type latch 74 Small screw Insert universal hole 75 Insert through hole 431 Hub end 471 Sheath slit A Screw driver h Small screw screw length 1 2 Slit length w Slit width
312XP/發明說明書(補件)/97-01/96133347 17312XP/Invention Manual (supplement)/97-01/96133347 17