1310350 (1) 九、發明說明 ' 【發明所屬之技術領域】 ' 本發明是有關具備打孔器之夾片裝著器。更詳言之， 是有關可利用推出器將收納於本體內的夾片送出至本體前 部的插入口，裝著文件或卡片等，並設置打孔器於本體前 部的插入口上方，可進行文件或卡片等的穿孔的夾片裝著 器。 【先前技術】 於習知此種夾片裝著器中，已知有在該本體的外部面 的前部或後部倂設打孔器者（例如參照專利文獻1、2、3 )。此等周知技術均爲與本申請人的申請案有關的技術。 以下對設置打孔器的習知夾片裝著器加以說明。專利文獻 1及3所揭示技術是可利用夾片連續裝著文件或卡片等者 ，此技術提議於其上併設釘書機或打孔器的附有連發裝置 • 之夾片裝著器。此附有連發裝置之夾片裝著器是併設打孔 器者。此打孔器是爲可例如隔80mm的間隔於用紙穿孔， 在夾片裝著器的本體外部面設置隔間隔配置的2個打孔洞 ，以及在穿孔時插入此打孔洞的打孔刃的裝置。 於專利文獻2提議可利用僅有1孔的打孔器打穿2洞 、3洞、4洞等的孔的多用途打孔器。此打孔器係因在穿 孔之際定位紙張時的表示不明確，難以進行根據規格的適 當穿孔，爲改良此問題而開發的裝置。此打孔器是裝著打 孔器於夾片裝著器本體的蓋後部的上面位置的裝置。藉此 -4 - (2) 1310350 ，可進行藉夾片裝訂於用紙以及藉打孔器穿孔二者。因而 ' ，此打孔器不需要規尺等附屬品等。 ' 〔專利文獻1〕日本專利特許第343 5 52 1號公報 〔專利文獻2〕日本專利特開第2000 - 1 27096號公報 〔專利文獻3〕日本專利特開平第7 — 1 7 1 80號公報 【發明內容】 • (發明欲解決之問題） 如以上所述，專利文獻1、3所記載者是於夾片裝著 器本體的外部表面設置同時進行2洞穿孔的打孔器。然而 ，根據此打孔器的構成，打孔屑片會貯留於本體上面，發 '生無法順利排出的堵塞。又由於藉由半徑短的搖動動作進 行2洞的穿孔，故以半徑短的圓弧曲線進行洞的穿孔動作 。因此，需要對打洞不當的力量，又，洞的形狀亦作不會 成爲平直的洞的變形。甚而，此打孔器的構成受限，僅能 # 進行2洞用的一種打孔洞的穿孔。此等習知打孔器亦有形 狀變大，價格會增高的問題。 又，專利文獻2所載技術是於夾片裝著器的後部上面 ，亦即於本體的上部面，並在沿長邊方向與插入口相反方 向的位置安裝打孔器。由於打孔洞貫通本體，故打孔屑排 入本體內。此打孔器配置於夾片裝著器本體的上部面。此 構造供取出穿孔的打孔屑的取出口的進深成袋形小徑狀。 因此，有無法容易自取出口取出穿孔的打孔屑等缺點。甚 而，由於打孔器的構造複雜，故亦有價格增高的問題，無 -5- (3) 1310350 法實用化》 _ 本發明是解決此種習知構造所具有的問題及缺陷 * 術，達成如次目的。 本發明之目的在於提供具備以突出部分少，在設 優異的構造簡化全體形狀’操作容易的構成的打孔器 片裝著器。 本發明之其他目的在於提供具備除了使用夾片於 φ 訂入功能外，可順利排出穿孔所發生的打孔屑的打孔 夾片裝著器。 本發明又其他目的在於提供具備除了使用夾片於 訂入功能外，添加使用打孔器的穿孔功能、使用訂書 '訂針的裝釘功能，謀得多功能化的打孔器的夾片裝著: (用以解決問題之手段） 本發明爲達成前述目的，採用如次手段。 # 本發明具備打孔器之夾片裝著器的主要構成是將 (8)收納於由底座（2)與蓋（3)相結合所構成的 裝著器的本體（1)內，利用推出器（4)讓前述夾戶 )沿前述本體（1)的長邊方向移動，藉用撐開用彈 13)導引前述夾片（8)，自前述本體（1)內部推出 紙的插入口（7)的夾片裝著器，具備由作動柄（35 打孔洞（3 4 )所構成的打孔器（2 3 )，前述作動柄（ ，係在蓋（3)的插入口（7)附近的外部上面轉動， 部具有打孔刃（3 8 );前述打孔洞（3 4 )，係配置於 的技 計上 的夾 用紙 器的 用紙 機的 夾片 夾片 Γ ( 8 簧（ 至用 )及 35 ) 於端 前述 -6- (4) 1310350 蓋（3)的前述插入口（7)附近的外部上面（33)，當前 " 述作動柄（35)轉動時，前述打孔刃（38)可插入，並貫 * 通前述插入口（7):藉由前述作動柄（35)的轉動動作 ，能夠進行被插入於前述蓋（3)與前述作動柄（35)之 間之用紙的穿孔。 以此主要構成爲基本，本發明可採用如次解決手段及 作用。 φ 第1問題解決手段是安裝薄型裝訂裝置於夾片裝著器 的後部上面，並在設於夾片裝著器本體前部的用紙插入口 的上方設置可進行1洞、2洞、4洞穿孔的打孔器及作動 柄。此夾片裝著器的本體由長方形底座及蓋組裝，於此蓋 上方安裝推出夾片8的推出器，由在本體內將夾片向前推 進的夾片推壓具、供用紙插入本體前部的插入口以及設於 該插入口後方的撐開用彈簧構成。 爲更添加便利性，於習知有效利用的夾片裝著器設置 • 打孔器，有效利用構成本體的蓋前部作爲打孔器的台部， 於其前部設置打孔洞。並且，能轉動地將安裝有打孔刃的 作動柄安裝於蓋上方，更於蓋的打孔洞後方設置構成2洞 及4洞穿孔之際的標識的表示部及洞符號，可於用紙進行 1洞、2洞、4洞各洞的穿孔。 其次，第2問題解決手段是如同前述，於設在習知實 用化的簡易型裝著器的本體前部的用紙插入口上方設置打 孔器者。此夾片裝著器的本體安裝有長方形底座，以及覆 蓋此底座的蓋，於此蓋可滑動地安裝將夾片推出的推出器 -7 - (5) 1310350 ，於本體的前部形成插入用紙等的插入口。 具備此打孔器的夾片裝著器是延長形成前述插入口的 蓋前部，作爲打孔器的台部的裝置。於前端部設置打孔洞 ，在作動柄的前端部設置嵌入此打孔洞的打孔刃。可自由 轉動地安裝此作動柄於蓋的上面，並開孔，藉此，本案之 夾片裝著器可進行夾片的裝著以及打孔洞穿孔二事務處理 • 其次，第3問題解決手段是利用目前有效利用的夾片 裝著器的零件，可對用紙進行打洞穿孔的裝置。此夾片裝 著器的本體由底座及蓋構成，於本體的.前端部設置用紙插 入口，配置撐開用彈簧於此插入口後方。本體的中間部及 後部構成上面敞開的匣型，收納夾片及夾片推壓具於本體 內。在本體上面，能轉動地樞裝作動柄的後部於蓋的後方 ，並能滑動地裝著推出器於作動柄上面的中央部。 而且，於此作動柄的前部下面安裝打孔刃，並於蓋的 • 前部上面設置此打孔刃進出的打孔洞。透過藉此轉動作動 柄，對載置於打孔洞上面的用紙進行穿孔。且於對用紙進 行1洞以外2洞、4洞的穿孔時，有效利用設於蓋的打孔 洞後部的表示部及洞符號。 (發明效果） 本發明藉以上說明的過程及以下論明的構成，奏得如 次記載的效果。 由於本發明具備打孔器之夾片裝著器可將打孔屑排入 -8- (6) 1310350 插入口側的空間部，保持原樣排出本體外，不易在打孔洞 ' 發生打孔屑的堵塞，故可有效率地穿孔。又，此打孔器可 * 選擇按規格決定的1洞至4洞的多種洞間隔的裝訂孔，予 以穿孔。因此，可按檔案的種類選擇性穿孔’提高事務能 力。 又由於本發明具備打孔器之夾片裝著器倂設訂書機於 夾片裝著器，可除了以一台進行使用夾片的紙裝訂及使用 φ 訂針的紙裝訂外，亦對用紙進行使用打孔器的打洞，可在 文書處理上以一台實現三個功能。 更由於倂設於夾片裝著器的訂書機形成爲針匣體或蓋 體可密貼收納於本體的蓋上的構成，故成爲可單手握持， 在安全上，於隨身攜帶時亦無危險，無突出物，且操作容 易的夾片裝著器。並由於仍可將市售既有訂書機裝載於夾 片裝著器，在製造時減少零件數，故結泉可低成本製造。 【實施方式】 (用以實施發明之最佳形態） 以下說明本發明具備打孔器之夾片裝著器。 〔實施形態1〕 〔夾片裝著器之槪要〕 第1圖是本發明實施形態1的夾片裝著器，係裝載於 此夾片裝著器的作動柄成開啓狀態的立體圖。第2圖是表 示本發明實施形態1的夾片裝著器的全體構成的剖面圖。 -9- (7) 1310350 然而，第1圖是除去夾片裝著器的蓋3上的訂書機51時 ' 的立體圖。如第1及2圖所示。此夾片裝著器的本體1結 " 合內部空洞，上面敞開的長方體的匣狀底座2與安裝成覆 蓋此底座2上的蓋3。於此本體1的外部上面裝載可藉由 搖動操作穿孔的作動柄3 5。 本實施形態1的夾片裝著器具備3種功能，其一是撐 開夾片8 (參照第8圖），訂入用紙的功能，其二是利用 φ 打孔刃38於用紙打洞的功能，其三是藉訂書機51(參照 第2圖），以U字形釘針裝釘紙張的功能。夾片裝著器的 槪略構造由構成下部的本體1、與其連結的蓋3、能搖動 地安裝於蓋3的作動柄35以及裝載於蓋3上的訂書機51 (參照第2圖）等構成。 夾片裝著器內部的主要構成零件或構成元件如第2圖 所示，由推出器4、收納部5、推壓具6及撐開用彈簧13 等構成。亦即，推出器4是用來於蓋3上沿其長邊方向滑 # 動，推壓安裝於本體1内的夾片8(第8圖）的元件。收 納部5是用來收納夾片8，形成於本體1內，具有大致匣 形的元件。推壓具6是能沿長邊方向滑動地插入，用來保 持所收納夾片8的元件。撐開用彈簧13是用來將推出的 夾片8撐開，訂入用紙的一對元件。1310350 (1) IX. Description of the invention 'Technical field to which the invention pertains' The present invention relates to a clip mounter having a puncher. More specifically, it is related to the use of the ejector to feed the clip stored in the body to the insertion opening of the front portion of the body, and to mount a document or a card, and to provide a puncher above the insertion opening at the front of the body. A clip holder for punching a document or card. [Prior Art] Conventionally, in such a clip mounter, a puncher is provided on the front or rear portion of the outer surface of the main body (see, for example, Patent Documents 1, 2, and 3). These well-known techniques are all related to the applicant's application. The conventional clip holder for setting the puncher will be described below. The techniques disclosed in Patent Documents 1 and 3 are those in which a document or a card is continuously loaded using a clip, and the technique is proposed to be provided with a clip mounter to which a stapler or a puncher is attached. The clip mounter with the bursting device is a perforator. The puncher is for perforating the paper at intervals of, for example, 80 mm apart, and two perforations are provided at intervals on the outer surface of the body of the clip mounter, and a perforated blade is inserted into the perforated hole at the time of perforation. s installation. Patent Document 2 proposes a multi-purpose puncher that can punch holes of 2 holes, 3 holes, 4 holes, etc., using a hole punch having only 1 hole. This puncher is a device developed to improve the problem because the indication when positioning the paper at the time of piercing is unclear and it is difficult to perform proper perforation according to specifications. This punch is a device in which the punch is placed above the rear of the cover of the clip body. With this -4 - (2) 1310350, both the binding of the clip to the paper and the punching of the punch can be performed. Therefore, this puncher does not require accessories such as gauges. [Patent Document 1] Japanese Patent Application Laid-Open No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. [Problem to be Solved by the Invention] As described above, in Patent Documents 1 and 3, a puncher in which two holes are pierced at the same time is provided on the outer surface of the clip body. However, according to the configuration of the puncher, the punching chips are stored on the body, and the jam is not produced smoothly. Further, since the two holes are pierced by the short radiusing motion, the hole punching operation is performed by the arc curve having a short radius. Therefore, it is necessary to force the hole to be improper, and the shape of the hole is also a deformation that does not become a straight hole. In addition, the structure of the puncher is limited, and only one type of perforation for the hole can be made. These conventional punchers also have the problem that the shape becomes larger and the price increases. Further, the technique of Patent Document 2 is to mount the puncher on the upper surface of the clip holder, that is, on the upper surface of the body, and at a position opposite to the insertion port in the longitudinal direction. Since the punched holes penetrate the body, the punching chips are discharged into the body. The punch is disposed on the upper surface of the clip body. This configuration is such that the take-out opening for taking out the perforated punching chips is deep into a bag-shaped small diameter. Therefore, there is a disadvantage that it is not easy to take out the perforation of the perforations from the outlet. In addition, due to the complicated structure of the puncher, there is also a problem of an increase in price, and no practical use of the -5-(3) 1310350 method _ The present invention solves the problems and defects of the conventional structure. For secondary purposes. It is an object of the present invention to provide a puncher blade mount having a configuration in which the projection portion is small and the overall shape is simplified, and the operation is easy. Another object of the present invention is to provide a punching clip holder having a punching chip which can be smoothly discharged in addition to the φ setting function using a clip. Still another object of the present invention is to provide a clip for a puncher which has a punch function which uses a puncher in addition to a use of a clip, and a nailing function using a stapled stapler. Loading: (Means for Solving the Problem) In order to achieve the foregoing object, the present invention employs a secondary means. # The main structure of the clip mounter having the puncher of the present invention is that the (8) is housed in the body (1) of the mounter which is formed by combining the base (2) and the cover (3), and is pushed out. The device (4) moves the aforementioned holders along the longitudinal direction of the body (1), and guides the clips (8) by the expansion pins 13), and pushes out the insertion openings of the paper from the inside of the body (1). The clip holder of (7) is provided with a puncher (23) composed of an operating handle (35 punched hole (3 4), and the actuating handle (which is attached to the insertion opening of the cover (3) (7) The outer part of the vicinity rotates, and the part has a perforating edge (38); the aforementioned perforation hole (3 4) is a clip of the paper machine of the paper clipper disposed on the technical technique (8 springs (to And 35) at the outer upper surface (33) near the aforementioned insertion opening (7) of the above-mentioned -6-(4) 1310350 cover (3), when the current handle (35) is rotated, the aforementioned perforating blade (38) insertable and through the insertion port (7): the paper inserted between the cover (3) and the actuating handle (35) can be performed by the rotation of the actuating handle (35) Perforation. The main structure is basically the same, and the present invention can adopt the secondary solution and function. φ The first problem solving method is to install a thin binding device on the rear part of the clip holder, and set it on the clip holder. A puncher and an actuating handle for perforating one hole, two holes and four holes are arranged above the paper insertion opening at the front of the main body. The body of the clip loading device is assembled by a rectangular base and a cover, and is mounted above the cover. The ejector of the clip 8 is composed of a clip pusher for advancing the clip in the body, an insertion opening for inserting the paper into the front portion of the body, and a spring for opening the rear of the insertion opening. Convenience, a clip-on device that is effectively utilized by the conventional use • A puncher that effectively utilizes the front portion of the cover that constitutes the body as a puncher, and has a punch hole at the front portion thereof. The actuator with the perforated blade is attached to the top of the cover, and the indicator portion and the hole symbol for the two-hole and four-hole perforation are provided behind the perforated hole of the cover. One or two holes can be used for the paper. , the perforation of each hole in the 4th hole. The second problem solving means is that, as described above, a puncher is provided above the paper insertion opening provided in the front portion of the body of the conventional simple-purpose applicator. The body of the clip applicator is provided with a rectangular base. And a cover covering the base, the cover is slidably mounted with an ejector -7 - (5) 1310350 for pushing out the clip, and an insertion opening for inserting paper or the like is formed at the front portion of the body. The clip having the puncher The attaching device is a device for extending the front portion of the cover forming the insertion opening as a table portion of the puncher. A punching hole is provided in the front end portion, and a punching hole in which the punching hole is fitted is provided at the front end portion of the operating handle. The actuating handle is rotatably mounted on the upper surface of the cover and is opened, whereby the clip holder of the present invention can perform the loading of the clip and the perforation of the punch hole. Secondly, the third problem solving means is A device for punching holes in paper by means of parts of the clip-on device that are currently effectively utilized. The body of the clip holder is composed of a base and a cover, and a paper insertion opening is provided at a front end portion of the main body, and a spring for opening is disposed behind the insertion opening. The middle portion and the rear portion of the main body constitute an open top type, and the storage clip and the clip pressing member are incorporated in the main body. On the upper side of the body, the rear portion of the actuating handle is pivotally mounted to the rear of the cover, and the central portion of the pusher on the upper surface of the actuating handle is slidably mounted. Moreover, a perforating blade is installed under the front portion of the actuating handle, and a perforation hole for the perforating blade is provided on the front portion of the cover. Through the rotation of the handle, the paper placed on the perforation hole is perforated. Further, when the paper is perforated by two holes or four holes other than one hole, the display portion and the hole symbol provided at the rear of the punch hole of the cover are effectively utilized. (Effect of the Invention) The present invention achieves the effects described in the above by the above-described process and the constitution described below. Since the clip holder with the puncher of the present invention can discharge the punching chips into the space portion of the -8-(6) 1310350 insertion port side, and the original body is discharged as it is, and the punching hole is not easily generated in the punching hole. The blockage is so efficient that it can be perforated. In addition, this puncher can * select a hole of a plurality of holes spaced from one hole to four holes according to specifications, and perforate. Therefore, it is possible to selectively puncture the type of file to improve transactional capabilities. Moreover, since the clip holder of the present invention has a puncher and a stapler on the clip mounter, it can be used in addition to paper binding using a clip and paper binding using a φ staple. Paper punching using a puncher can achieve three functions in one instrument processing. Further, since the stapler provided on the clip attaching device is formed as a pin body or a cover body can be closely attached to the cover of the main body, it can be held by one hand, and is safe to carry when carrying it. There is also no danger, no protruding objects, and easy to operate clip holder. Further, since the commercially available stapler can be loaded on the clip mounter and the number of parts is reduced at the time of manufacture, the spring can be manufactured at low cost. [Embodiment] (Best Mode for Carrying Out the Invention) A clip mounter having a puncher according to the present invention will be described below. [Embodiment 1] [Brief of the clip attaching device] Fig. 1 is a perspective view showing the clip attaching device according to the first embodiment of the present invention in a state in which the operating handle of the clip attaching device is opened. Fig. 2 is a cross-sectional view showing the overall configuration of the clip attacher according to the first embodiment of the present invention. -9- (7) 1310350 However, Fig. 1 is a perspective view of the case where the stapler 51 on the cover 3 of the clip holder is removed. As shown in Figures 1 and 2. The body of the clip holder 1 is combined with an internal cavity, an open rectangular cuboid base 2 and a cover 3 mounted to cover the base 2. An actuating handle 35 that can be perforated by a rocking operation is mounted on the exterior of the body 1. The clip attacher of the first embodiment has three functions, one of which is to open the clip 8 (see Fig. 8), to load the paper, and the other is to use the φ punching blade 38 to punch holes in the paper. The function, the third is to use the stapler 51 (refer to Figure 2) to load the paper with a U-shaped nail. The schematic structure of the clip attaching device is composed of a main body 1 constituting the lower portion 1, a cover 3 coupled thereto, an operating handle 35 rotatably attached to the cover 3, and a stapler 51 mounted on the cover 3 (see Fig. 2). And so on. As shown in Fig. 2, the main components or constituent elements inside the clip holder are constituted by the ejector 4, the accommodating portion 5, the urging member 6, the urging spring 13, and the like. That is, the ejector 4 is an element for sliding the cover 3 in the longitudinal direction of the cover 3 to press the clip 8 (Fig. 8) mounted in the body 1. The receiving portion 5 is for accommodating the clip 8, and is formed in the main body 1 and has a substantially U-shaped member. The pusher 6 is an element that can be slidably inserted in the longitudinal direction to hold the clip 8 accommodated therein. The expansion spring 13 is a pair of elements for propelling the pushed clip 8 to staple the paper.
此等底座2、蓋3、作動柄35、推出器4及夾片推壓 具6分別爲合成樹脂製，藉由射出成型製造。又，藉由以 後述方法連結並裝配底座2與蓋3,於其前端形成插入口 7 ’此插入口 7具有朝前方外側呈V字形張開的空間部7A -10- (8) 1310350 。將層疊的複數張用紙插入此空間部7A，利用夾片8訂 住。 〔夾片8〕 夾片8是用來將其撐開，訂入用紙的元件。如第8圖 所示，於此夾片裝著器中使用的夾片裝著器是將金屬板、 合成樹脂板等矩形板狀體折彎，於其中央部設置折曲部9 ’以及其前端彈性接觸並相向的挾持部10。供撐開夾片8 的耳部11相向並突出形成於各挾持部1〇前端部之二側部 。於含有耳部11的各挾持部10前端形成相互朝撐開方向 的外部折彎的導引部12，使此挾持部10的耳部11容易相 互撐開。 〔夾片裝著器的本體1〕 如第5(a) 、（b)圖所示，底座2是呈細長匣形的 Φ 形狀的元件，其上面敞開，於下面中央部形成長貫通孔。 換言之’是其橫截面形狀形成凹部狀，於其底面形成貫通 孔（參照第5(b)圖）的元件。蓋3是槪略具有側壁的細 長板狀零件，於其長邊方向的中心形成貫通孔（參照第1 圖）。利用鉚接、超音波等周知固定手段連結並裝配蓋3 於此底座2上。於底座2與蓋3的接合面前端之二側壁， 沿此側壁分別固定撐開用彈簧1 3 (參照第5 ( a )圖）。 撐開用彈簧13是用來導引，並強迫開啓夾片8的耳部n 的元件。亦即，若利用推出器4自後部將前端的夾片8推 -11 - (9) 1310350 出’撐開用彈簧13即抵抗夾片8的彈力強迫插入夾片8 的耳部1 1的二側間’此二耳部丨丨之間形成撐開間隔。 如第2圖所示，此撐開用彈簧13的橫截面形狀形成 大致Y字狀》此撐開用彈簧13形成有設在構成此γ字基 體部分的插入孔14。撐開用彈簧13藉由將與底座2形成 —體的銷15插入插入孔14，固定於底座2與蓋3間的接 合面（參照第5(a)圖）。此插入孔14及銷15的配置位 • 置是在撐開用彈簧13的夾片8的撐開動作（強迫撐開動 作）時’不干涉夾片8的耳部11通過的位置。又，如第5 (b)圖所示於底座2’沿長邊方向形成挾持部滑動面 16’若裝載夾片8於此挾持部滑動面16上，夾片8的挾 持部10部分即就座，滑動並導引此挾持部1〇。 此挾持部滑動面16的外側緣部17是自兩側保持夾片 8的耳部11的側壁面。於與此緣部17成9〇度的角度位置 配置平面的耳導引部18，此耳導引部18在使夾片8的耳 ® 部11滑動時導引。更於底座2的長邊方向的後端位置設 置夾片插入口 29。此夾片插入口 29是用來在充塡夾片8 於本體1內時插入的貫通孔。於底座2的中央部形成與夾 片插入口 29連接，且係細長貫通孔的推壓具滑動孔27。 如後述’推壓具滑動孔27是形成供夾片推壓具6下面的 指扣部25及卡止部26自本體1外部突出至可操作程度而 滑動的貫通孔。指扣部25是用來讓手指與其接觸，抵抗 伸縮螺旋彈簧31的力量而拉伸，移動夾片推壓具6的元 件。 -12- (10) 1310350 藉此等構造，夾片8的挾持部10於挾持部滑動面16 上滑動，耳部11爲耳導引部18所導引，耳部n兩側爲 緣部17所導引’夾片8於本體1內的收納部$內移動（ 參照第5 ( b )圖）^如第1圖所示，爲於蓋3的前部兩側 結合底座2與蓋3，於蓋3的前端部一體設置卡止片19。 將此卡止片19插入並卡止於形成在底座2的前端兩側的 卡止槽20’ 一體結合底座2與蓋3。就此結合而言，於底 # 座2的中間位置’並在其兩側設置截面矩形的嵌合孔21 ( 參照第5(a)圖）。另一方面，於蓋3的兩側形成向下垂 下之二卡止突片22。分別將此二卡止突片22插入二嵌合 孔21’鎖緊裝配底座2與蓋3(參照第1、5圖）。更於 底座2與蓋3結合時，將一體設於蓋3的後端部二處的凸 部45插入底座2的凹部44，一體結合底座2與蓋3。 〔夾片推壓具6〕 # 夾片推壓具6是用來自本體1內的收納部5，從後部 推出夾片8的元件。如第2圖所示，夾片推壓具6可前後 滑動地插入本體1內收納夾片8的收納部5內。於夾片推 壓具6的前端部設置推壓夾片8的的推壓部30°又’於夾 片推壓具6的前部中央部形成卡止伸縮螺旋彈簧31的— 端的卡止突起32。又，於其前部’成向下突出狀形成供手 指接觸，解除與底座2間的卡止的卡止部26。更於其後部 上方設置伸縮螺旋彈簧3 1的折返部24。 -13， (11) 1310350 〔推出器4〕 如第1圖所示，自蓋3的中央部向前部形成長方形貫 通孔的長孔35A。於此長孔35A兩側形成供推出器4滑動 並移動的滑動緣3 6A。又，如第1圖及第2圖所示，推出 夾片8的折曲部9的推出器4於前端位置設置爲將夾片8 的上部推向前方而形成的上下二段的押抵部37。押抵部 37是用來接觸夾片8的折曲部9，亦即角部的上面及後面 ，向前推出的元件。更是於推出器4設置具有卡止伸縮螺 旋彈簧31 —端於中央部的卡止突部3 7A的卡止部6a，更 於.上面設置指觸部40的元件。如第1圖所示，於蓋3的 前端部上面配置後述打孔器23。 使如以上構成的推出器4沿形成於蓋3的長孔35A兩 側的滑動緣36A移動，進行指觸部40的下部位於前述滑 動緣36A的上面，以手按壓指觸部40使之移動時的導引 。因此，如第1圖所示，雖若指尖接觸指觸部40，推出器 4的前方部即下壓移動，惟，平時通常利用伸縮螺旋彈簧 31的彈壓力位於上方。 其次，如第2圖所示，伸縮螺旋彈簧31之一端卡止 於能移動地安裝於本體1內的夾片推壓具6的卡止突起32 。此伸縮螺旋彈簧31之另一端經由將其中間部捲掛於夾 片推壓具6的折返部24，連結於推出器4的卡止部69的 卡止突部37A。因此，推出器4與夾片推壓具6成利用該 伸縮螺旋彈簧3〗相互連結之狀態。 若利用伸縮螺旋彈簧3】的彈壓力，夾片推壓具6前 -14- (12) 1310350 進’且若利用推壓部30將夾片8向前推進，推出器4即 相反地被拉到後方的待機位置，成第2圖所示可使用狀態 。雖若相反地推出器4藉由推壓動作前進，即於夾片推壓 具6起反方向的作用，惟推出器4處於待機位置，即使夾 片推壓具6處於夾片的保持位置，仍保持彈簧的彈壓力。 〔打孔器23〕 φ 其次，本發明特點之一的對文件或卡片等用紙穿孔的 打孔器23是如前述，設於本體1前端的用紙的插入口 7 上方的裝置。如第1圖所示，打孔器23的台部33與本體 1的蓋3的上面部分共用，於其前部穿設打孔洞34。 如第1圖、第3圖、第4圖所示，於構成打孔器23 的作動柄35略呈長方形構成空間部36。空間部36是於中 間部貫通成推出器4可前後移動的孔。打孔刃38藉作動 柄35的前部固定於蓋3側。此打孔刃38對向設於前述台 • 部33的打孔洞34配置。打孔刃38插入並相對出入此打 孔洞3 4。 如第2至第4圖所示，於作動柄35的後方一體形成 圓形安裝部39。於此圓形安裝部39的中心一體形成安裝 銷41»如第2圖所示，安裝銷41插入安裝於構成轉動支 點的本體1的安裝孔42，可轉動地支持作動柄3 5。又， 如第1圖所示，構成穿孔時洞間隔標識的表示部52及57 以V字形槽形成於蓋3的台部33上面。此表示部52、57 的位置設於與檔案用洞位置規格一致的尺寸，例如距打孔 -15- (13) 1310350 洞34的中心28.5mm尺寸及40mm尺寸的位置。於表示部 52、57’在此附近刻印表示洞數的數字4及2的洞符號58 〔訂書機5 1〕 其次’如第1圖所示，由區劃的平面及外周壁所構成 的安裝部50形成於構成本體〗的蓋3的後方上面。折疊 φ 式訂書機51嵌入此安裝部50。此訂書機51的構造、功能 周知’不詳加記述。雖然於本實施形態中藉由嵌入式，惟 此外’可藉由黏接、鉚接等來實現安裝部50及訂書機51 的固定。裝著訂書機51於安裝部的構成形成如第6圖及 第7圖所示外觀。此訂書機51是市售的既有器具，亦可 爲配合本夾片裝著器更爲簡化的專用器具。且可安裝用來 收納夾片8、迴紋針等小件文具的小型容器，以替代安裝 訂書機51於前述安裝部50。 # 此訂書機51形成如第2圖所示構成，於訂書機51的 底座體43上面配置並固定用來折彎釘針前端的金屬製彎 針台44 A。於底座體43的基部形成樞軸45A。針匣體46 及蓋體49能搖動地樞裝於此樞軸45A。針匣體46是收納 訂針的元件。蓋體49是用來覆蓋針匣體46的元件。於蓋 體49的內側上面安裝前端設置壓針頭48的板簧48A。更 於針匣體46內配置收縮彈簧47，利用此收縮彈簧47，自 後方向前推壓而送出訂針。此等構造、功能周知，省略其 說明。 -16- (14) 1310350 自長邊方向的前述插入口 7的相反側插入欲裝訂之用 ' 紙’進行使用訂針之訂入。、雖未圖示詳細’惟在此訂書機 ' 51不使用情況下，可將裝訂用紙時押壓針的針押部位移至 無法壓針的位置。由於在不使用時，成訂書機51的蓋部 分覆蓋收納部的形態，故訂書機51可收成大致密貼於蓋3 的狀態，有助於夾片裝著器的簡化。 φ 〔夾片8的裝訂動作〕 其次，對利用此夾片裝著器，以夾片8裝訂文件或卡 片等的動作加以說明。於第1圖所示狀態下，一開始，將 複數張用紙插入本體1前端的插入口 7。其次，若大拇指 觸按推出器4的指觸部40，推出器4的前端即略微下降， 若於此狀態下仍將推出器4移至插入口 7側，推出器4前 端的壓抵部37即抵接位於其前方的夾片8的折曲部9後 端，使夾片8前進。 Φ 如此，夾片8前端的導引部12即接觸撐開用彈簧13 的後部，若於此接觸後，進一步繼續推壓推出器4，即藉 此’導引部12—面開始撐開，一面更往前進。藉此，上 下二個撐開用彈簧13相互窄縮，開始挾持插入口 7內的 用紙’夾片8的耳部π的內側—面接觸撐開用彈簧13兩 側的外表面’一面移動，若撐開用彈簧13的前端通過而 結束’撐開用彈簧1 3的前端即利用彈力張開成原來狀態 ，由於與此同時，夾片8自撐開用彈簧13卸下，故夾片8 藉彈力挾持用紙，將其裝訂。 -17- (16) 1310350 由於此打孔刃38的前端形成鋸齒狀凹凸，故藉由此 凸部咬入用紙並插入打孔洞3 4穿孔。此打孔洞3 4貫通並 連通具有向外部敞開的空間部7A的插入口 7。因此，隨 同穿孔發生的打孔屑通過打孔洞34，落入插入口 7的空間 部7A而排出。於打孔屑不排出時，可在穿孔後，再度向 上轉動，打開作動柄35，簡單取出穿孔的用紙。 其次，說明於第9及10圖所示規格用紙的A4規格用 紙5 3進行2洞及4洞穿孔的方法。如第9圖所示，A4規 格用紙的大小規格爲210mmx2 9 7mm，於第 9圖所示用紙 的左側部分，根據規格進行4洞穿孔，可訂入活頁簿。雖 然於本實施形態1中此打穿的洞爲4洞，惟即使是2洞情 形亦相同。2洞用洞距爲8 0mm，4洞用洞距洞如第9圖所 示，洞間隔於3處均爲80mm，中心部的80mm與2洞用 洞距相同。洞的中心位置係上下距兩端分別爲28.5mm的 位置，距左端12mm的尺寸位置，此尺寸位置是規格位置 〇 首先，於此A4規格用紙53進行2洞穿孔。如第10 圖所示，將A4規格用紙53對折。第1 0圖是表示折叠狀 態的用紙的俯視圖。自折返邊54的部分載置於第1圖所 示台部33，定位於後方的表示部52。若於此狀態下，轉 動並推壓作動柄35，第10圖所示中央部的2個洞，亦即 第1次洞5 5即如前述，利用打孔刃3 8穿孔。 表示部52處於與此第1次洞55的穿孔一致的位置， 其刻設淺凹狀槽。接著，若取出用紙53並展開，即穿出 -19- (17) 1310350 與洞距80mm的規格一致的2洞。且此2洞規格不僅對A4 規格，對B5規格用紙亦一樣。如果只是2洞，藉由至此 爲止的操作即完成穿孔。 其次，爲於A4規格用紙53進行本發明特點之一的4 洞穿孔，如第I 〇圖所示，利用前述方法，對最初對折者 進行2洞穿孔。於此穿孔後，如第10圖的下方所示，在 重疊折彎的用紙兩端部56的狀態下，定位於設在距打孔 | 洞34的中心28.5mm位置的表示部57。若於此用紙定位 後，以手按壓作動柄35，即可對A4規格用紙53進行4 洞穿孔。雖然表示部57處在異於表示部52的位置，惟可 如同表示部52刻設設置。 若於穿孔結束後，展開A4規格用紙53,即除了原先 穿孔的用紙中央部的2個洞，還打穿用紙端部側的2個洞 ’結果，打出第9圖所示間距尺寸80mm的4處孔洞。亦 即，此等孔洞實現按距用紙兩端28.5mm尺寸的2個洞及 # 中央部2個洞的規格的4洞穿孔。因而，此用紙可裝訂於 標準4洞用活頁簿。 本實施形態1具有於夾片裝著器設置可如此進行用紙 的2洞及4洞穿孔的穿孔器的特徵。甚而，作成亦可進行 訂針訂入的多功能夾片裝著器。儘管更如圖示添加3個功 能，構造卻簡化，可既容易且安全地單手進行操作。 〔實施形態2〕 其次，對第1 1圖至1 3圖所示實施形態2加以說明。 -20- (18) 1310350 第11圖是表示實施形態2的夾片裝著器的全體構成的剖 面圖。第12圖是實施形態2的夾片裝著器的作動柄成張 '開狀態的立體圖。第1 3圖是表示實施形態2的夾片裝著 器的底座的俯視圖。此實施形態2的夾片裝著器係於歷來 實用化的既有簡易型夾片裝著器的本體1上方設置打孔器 的裝置。如第11及12圖所示，此實施形態2的夾片裝著 器的本體1安裝長方形底座2，並安裝蓋3以覆蓋此底座 • 2。 此蓋3上主要由沿長邊方向滑動的推出器4構成。底 座2、蓋3、推出器4等分別爲合成樹脂製.，藉由射出成 型製造。於由底座2及蓋3 —體形成的本體1前端形成文 件等插入的插入口 7。使用於此夾片裝著器的夾片8是與 前述實施形態1中詳細說明者完全相同的夾片。 如第Π圖所示，本實施形態2的底座2如同實施形 態1，底座2的上面形成凹部狀。夾片8在位於此插入口 • 7側的前端部時’利用推出器4推壓，推出至插入口 7。 此時，固定於底座2的撐開用彈簧13強行插入第8圖所 示夾片8之二耳部11之間，於推出過程中，撐開此耳部 11° 如第11圖所示’用來將二耳部11間撐開的撐開用彈 簧13的截面形成大致橫Y字狀，藉由如第13圖所示，立 設於底座2的銷15插入設於撐開用彈簧13的基盤部的插 入口 14，支持固定於底座2。此插入口 14及銷15的位置 如同前述實施形態1 ’設定於與撐開用彈簧1 3的側緣接合 -21 - (19) 1310350 ’不會干涉夾片8的耳部n通過的位置。 於底座2，沿其長邊方向形成挾持部滑動面16，將夾 片8插入並收納於此挾持部滑動面16內。挾持部滑動面 1 6的則端側形成—段式深槽孔59。此槽孔59內是供位於 前面的夾片8的折曲部9以及緊接其後的挾持部1〇落入 的構造。於形成挾持部滑動面的一對緣部17的外側， 保持夾片8的耳部n的耳導槽is延伸至撐開用彈簧13 φ 的位置。 於底座2的插入口 7側相反方向的後端部形成一對導 引突起60 (參照第13圖），使其.自此後端部朝前端方向 位於下方，亦即自蓋3側朝底座2的外部面側傾斜，位於 耳導槽18。此導引突起60之二後端部間，一對導引突起 60利用具有水平部的連結體61平滑結合。且於圖中，底 座2上的銷15Α與蓋3的嵌合孔（未圖示）相嵌合。 其次，如第11及12圖所示，於前部的插入口 7側的 • 蓋3的上面形成用來與本件發明的特點之一的打孔器23 構成爲一體的台部33»如第12圖所示，於台部33的上面 ，貫通插入口 7穿設打孔洞34，穿孔發生的打孔屑排入此 此插入口 7的空間部7Α。於其後方設置可供推出器4前 後滑動的長孔35Α。 又，於蓋3後方設置補給夾片8的夾片插入口 63’其 係爲了使插入的夾片8不脫落’僅可沿插入方向的構造。 亦即，於後端部設置具有彈壓性的蓋部64 ’此蓋部64的 後端部側的端部6 4 A與底座2的連結部6 5間的距離（間 -22- (20) 1310350 隔）較夾片8的折曲部9的厚度略窄，夾片8於對抗彈壓 性插入時張開，若插入，即再度收窄，以免夾片8脫落。 如第12圖所示，推出器4可前後方向滑動地沿形成 於蓋3的長孔35A兩側的滑動緣36A滑動。推出器4的 指觸部40的兩側接觸並位於此滑動緣36A上面。又，如 第11圖所示，卡止伸縮螺旋彈簧31之一端於設在推出器 4後部的卡止部69。又，卡止伸縮螺旋彈簧31之另一端 φ 於設在蓋3下面的卡止突起32，平常將推出器4拉至後側 。只要指尖不接觸並按壓指觸部40，推出器4的前方平常 均向上推壓。於推出器4設置壓抵部37，藉由此壓抵部 37抵接夾片8，推出夾片8。 其次，對裝配本實施形態2的夾片裝著器的本體1的 方法加以說明。將底座2之二銷15插入並安裝於撐開用 彈簧13的插入孔14。其次，嵌合底座2後端的連結部65 與蓋後端的安裝部66，其次，將以金屬構成的迫緊帶67 • 嵌入形成於底座2及蓋3的前部的帶狀槽62，完成裝配。 其次，就本發明特點之一的對文件或卡片穿孔的打孔 器23加以說明。打孔器23是設於本體1前端的用紙插入 口 7上方，並設於蓋3上面的構件。打孔器23的台部33 是如第12圖所示，與本體1的蓋3前部構成一體的元件 ，於前部穿設打孔洞34。共用打孔器23的本體1及打孔 洞34。 如第11圖及第12圖所示，構成前述打孔器23的作 動柄35於前方部的下面安裝有打孔刃38,使其可進出地 -23- (21) 1310350 插入設於前述台部33的打孔洞34。更於打孔刃38後方的 作動柄3 5中間部，呈與長孔3 5 A同形，大致長方形形成 供推出器4前後滑動的空間部36。又，於作動柄35的後 部下方，在足部前端設置安裝銷41，將此安裝銷41的前 端部安裝於設在蓋3的內側上方的安裝孔（未圖示），使 作動柄35以此銷41爲支點自由轉動。 又，如第12圖所示，於台部33的上面，在距打孔洞 φ 34的中心28.5mm的尺寸及40mm的尺寸的位置，以凹狀 槽設置構成穿孔時標識的表示部52及表示部57二表示部 〇 然而，此凹狀槽亦可爲凸狀物。更於其附近標記相當於用 紙洞數的4及2的洞符號58。亦即，於表示部52標記2 ，於表示部5 7標記4。 爲將夾片8補給於實施形態2的夾片裝著器的本體1 內，自夾片插入口 63插入夾片8。夾片插入口 63雖因蓋 φ 部64而變得較夾片8的折曲部9狹窄，惟由於此蓋部64 藉由夾片8的插入而掀起，故只要些微力量即可插入夾片 8 » 以上，第1 1圖至第1 3圖所示實施形態2構成可應用 於如前述既有簡易型的夾片裝著器"對藉此插入插入口 7 的文件或卡片等，藉由指尖接觸推出器4的指觸部40,推 進推出器4，可容易以夾片8訂住用紙。又，本發明特點 之一的用紙穿孔可如前述說明爲〗洞、2洞、4洞的穿孔 -24- (22) 1310350 由於具體穿孔方法大致與前述第1圖至第10 形態1相同，故省略說明。 〔實施形態3〕 其次，對第14圖至18圖所示另一實施形 明。如第14圖所示，本體1由底座2、蓋3 等構成。由於作動柄35是構成打孔器23的元 φ 構成本體1的零件及構成打孔器23的零件。 前端部設置文件等用紙的插入口 7，利用銷15 簧13固裝於此插入口 7兩側後部的方法與前 的方法相同。固裝的撐開用彈簧13裝著成利 13A覆蓋插入口 7上下。 本體1的中間部及後部構成上下敞開的匣 1內部配置收納第8圖所示夾片8及第1 7圖所 具6的收納部5。收納部5能沿前後方向滑動 φ 8及夾片推壓具6。更如第14、15' 16圖所示 5的蓋3上面配置用來將夾片8裝塡於收納部 入口 29。\/ 如第1 7圖所示’能沿前後方向滑動地裝 內的夾片推壓具6於前端設置推壓部3〇,於前 卡止伸縮螺旋彈簧31的一端的卡止突起32。 推壓具6於其兩側緣形成滑接部6A，並於其 縮螺旋彈簧31的折返部24。 其次，作動柄35以能利用設於蓋3後部纪 圖所示實施 態3加以說 、作動柄3 5 件，故共用 於本體1的 將撐開用彈 述實施形態 用彈簧板部 形。於本體 示夾片推壓 地保持夾片 ，於收納部 5的夾片插 著於本體1 部中央形成 甚而，夾片 後部設置伸 丨軸68轉動 -25- (23) 1310350 的方式安裝於蓋3的外部上面。如第18圖所示。於作動 柄3 5的前部設置空間部3 6。於此空間部3 6的兩側形成供 '嵌入的推出器4滑動的滑動緣3 6Α。 如第14圖至第15圖所示，推出器4於上面設置指觸 部40，於前端設置形成2段的壓抵部37。於其後部形成 卡止伸縮螺旋彈簧31 —端的卡止部69，繫止伸縮螺旋彈 簧31。嵌裝於本體1的收納部5內的夾片推壓具6的卡止 φ 突起32卡止於伸縮螺旋彈簧31—端，此伸縮螺旋彈簧31 的另一端經由捲掛於夾片推壓具6後部的折返部24,連結 此另一端於卡止部69。若轉動作動柄35，覆蓋於本體1 上，夾片推壓具6即利用伸縮螺旋彈簧31的彈壓力前進 ，夾片推壓具6的前端部6Β將夾片8推向插入口 7側的 前方。藉由此推壓動作，將推出器4拉至後側，保持於後 端部位置。第14圖表示如次夾片裝訂的使用狀態。 其次是本案發明的特點之一，對用紙穿孔的打孔器23 # 設於用紙插入口 7的上方。如第16圖所示，打孔器23的 台部33與蓋3的前部構成一體，於前部設置打孔洞34。 穿孔發生的打孔屑排入此插入口 7的空間部7Α。安裝打 孔刃38於構成打孔器23的作動柄35。於作動柄35的前 端部下面，在第16圖所示台部33的前部設置打孔刃38。 將打孔刃38插入打孔洞34，對用紙穿孔。此作動柄35可 在蓋3覆蓋敞開的上面狀態下，透過設於後端部的卡止軸 68,亙蓋3的長邊方向全體啓閉轉動。 又，依第16圖所示，如同前述實施例，於台部33的 -26- (24) 1310350 上面，在距打孔洞34的中心28.5mm的尺寸及40mm的尺 寸的位置，設置構成穿孔時標識的表示部52及表示部57 〇 同樣地，洞符號58與前述實施例相同。爲補給夾片8 於夾片裝著器的本體1內，如第15圖所示，亙全長方向 寬度將作動柄35打開90度以上。若如第15圖所示，於 此打開狀態下，自蓋3上面的夾片8的夾片插入口 29,朝 φ 插入方向投入夾片8的導引部12,即可插入本體1的收納 部5內》若如第14圖所示，將作動柄35覆蓋於本體1， 夾片推壓具6即利用伸縮螺旋彈簧31的收縮力前進，成 夾片8利用夾片推壓具6保持之狀態。 以上，第14圖至第18圖所示實施形態3是如前述， 可應用於能擴大打開蓋3側，插入夾片8的類型的構成。 對藉此構成插入插入口 7的文件或卡片等，藉由指尖接觸 推出器4的指觸部40，推進推出器4,使夾片8前進，可 • 如實施形態1所說明，裝訂用紙。又，本案發明的特點之 一的用紙穿孔亦如同實施形態1，可進行1洞、2洞、4洞 的穿孔，由於穿孔方法等亦大致與實施形態1相同，故省 略詳細說明。 〔實施形態4〕 其次，根據第19圖至第21圖，對夾片推壓具6的構 成變形的實施形態4說明其詳細。第1 9圖是自底座側觀 看的部分俯視圖。實施形態4的基本構造、功能與實施形 -27- (25) 1310350 態1相同。以下僅說明與實施形態1間的相異點。夾片推 壓具6成卡止於底座2後端部的狀態。在夾片推壓具6處 於此狀態時，以導引部12側在前，自夾片插入口 29插入 夾片8。沿自此夾片插入口 29至插入口 7側的長邊方向， 設置挾持部滑動面16於底座2。如同前述實施形態，沿設 於此挾持部滑動面16兩側的緣部17導引，收納複數個夾 片推壓具6於本體1內。 φ 又，於底座2的側壁，在夾片插入口 29附近設置如 前述之卡合部28。此卡合部28形成底座2壁的一部分自 挾持部滑動面16向內側伸出，且自底座2內側向底座2 外部表面具有既定寬度，呈大致直狀設置梯級部28a的形 狀。在以手拉指扣部25，使夾片推壓具6位於底座2的後 端部時，梯級部28a扣住夾片推壓具6的卡止部6a。亦即 ’若在夾片推壓具6側的卡止部6a越過梯級部2 8a，朝後 部側移動後不久離手，卡止部6a即利用伸縮螺旋彈簧3 1 # 的彈壓力推壓於梯級部28a。因而，夾片推壓具6卡止於 卡合部28 » 伸縮螺旋彈簧31的一端卡止於設在夾片推壓具6前 端的卡止突起32，另一端部經由折返部24卡止於推出器 4。於解除此夾片推壓具6的卡止時，以手推壓指扣部25 ’卸下擱置於梯級部28a上的卡止部26。第21圖表示此 卡止狀態解除後不久的狀態。卡止狀態解除的夾片推壓具 6沿緣部17被導引至插入口 7側，推壓並保持收納的夾片 -28- (26) 1310350 且，就前述各實施形態而言，雖然打孔屑於用紙打穿 打孔洞之^落入插入口 7內，惟由於打孔屑可於此完全排 出外部’故打孔屑不會堵塞，消除習知問題。甚而，雖未 圖示順利回收打孔屑的方法，惟亦可於插入口 7的上方設 置小型打孔屑容器來回收。又’爲補強樹脂製打孔洞3 4， 亦可用薄金屬板等來補強。雖然說明以上本發明實施形態 來代替3個實施形態，惟本發明不限於本實施形態。 (產業上可利用性） 如上述’本案發明是於本體前部的用紙插入口上方具 備打孔器的夾片裝著器’可應用於習知市售的夾片裝著器 ’可多功能化。結果，可藉一台夾片裝著器，除了進行文 件或卡片等用紙的裝訂外，還簡單地對用紙穿孔。更由於 利用設於夾片裝著器的本體前部上方的打孔器，除了可用 一台夾片裝著器進行用紙的裝訂外，還可於用紙進行1洞 、2洞、4洞及多種間隔不同的洞穿孔，故可實現按檔案 卷冊的種類選擇的穿孔，可謀得事務效率的提高。 【圖式簡單說明】 第1圖是設置打孔器於插入口上方的本發明實施形態 1的夾片裝著器的作動柄成開啓狀態的立體圖。 第2圖是表示設置打孔器於插入口上方的本發明實施 形態1的夾片裝著器的全體構成的剖面圖。 第3圖是表示設置打孔器於插入口上方的本發明實施 -29- (27) 1310350 形態1的夾片裝著器的作動柄的俯視圖。 第4圖是表示設置打孔器於插入口上方的本發明實施 形態1的夾片裝著器的作動柄的剖面圖。 第5(a)圖是表示安裝撐開用彈簧在設置打孔器於插 入口上方的本發明實施形態1的夾片裝著器底座的構成的 俯視圖，第5 ( b )圖是沿第5 ( a )圖的b — b線切斷的剖 面圖。 φ 第6圖是表示設置打孔器於插入口上方的本發明實施 形態1的夾片裝著器的俯視圖。 第7圖是表示設置打孔器於插入口上方的本發明實施 形態1的夾片裝著器的側視圖。 第8圖是表示使用於具備打孔器的夾片裝著器的夾片 的立體圖。 第9圖是表示使用具備打孔器的夾片裝著器，4洞 穿孔的A4規格用紙的俯視圖。 • 第10圖是表示具備打孔器的夾片裝著器，自中央將 A4規格用紙對折並穿孔狀態的俯視圖。 第11圖是表示設置打孔器於插入口上方的本發明實 施形態2的夾片裝著器的全體構成的剖面圖。 第12圖是設置打孔器於插入口上方的本發明實施形 態2的夾片裝著器的作動柄成張開狀態的立體圖。 第13圖是表示安裝撐開用彈簧在設置打孔器於插入 口上方的本發明實施形態2的夾片裝著器底座的構成的俯 視圖。 -30- (28) 1310350 第14圖是表示設置打孔器於插入口上方的本發明實 施形態3的夾片裝著器的全體構成的剖面圖。 第15圖是具有局部表示設置打孔器於插入口上方的 本發明實施形態3的夾片裝著器的作動柄成90度開啓狀 態的剖面圖的側視圖。 第16圖是設置打孔器於插入口上方的本發明實施形 態3的夾片裝著器的蓋的俯視圖。 第17圖是設置打孔器於插入口上方的本發明實施形 態3的夾片裝著器的夾片推壓具的立體圖。 第18圖是設置打孔器於插入口上方的本發明實施形 態3的夾片裝著器的作動柄的俯視圖。 第19圖是自設置打孔器於插入口上方的本發明實施 形態4的夾片裝著器的底座側外部表面觀看的部分底視圖 第20圖是表示設置打孔器於插入口上方的本發明實 φ 施形態4的夾片裝著器的夾片推壓具成卡止狀態的部分剖 面圖。 第21圖是表示設置打孔器於插入口上方的本發明實 施形態4的夾片裝著器的夾片推壓具成卡止解除狀態的部 分剖面圖。 【主要元件符號說明】 1 :本體 2 :底座 -31 - (29) (29)1310350 3 :蓋 4 :推出器 5 :收納部 6 :推壓具 6A :滑接部 6a :卡止部 6B :前端部 7 :插入口 7A :空間部 8 :夾片 9 :折曲部 10 :挾持部 1 1 :耳部 12 :導引部 1 3 :撐開用彈簧 13A :彈簧板部 1 4 :插入孔 15 、 15A :銷 16 :挾持部滑動面 17 :緣部 18 :耳導引部 19 :卡止片 20 :卡止槽 21 :嵌合孔 -32 (30) (30)1310350 2 2 :卡止突片 23 :打孔器 24 :折返部 2 5 :指扣部 2 6 :卡止部 27 :推壓具滑動部 2 8 :卡合部 2 8 a :梯級部 29 :夾片插入口 3 0 :押圧部 3 1 :伸縮螺旋彈簧 32 :卡止突起 33 :台部 3 4 :打孔洞 3 5 :作動柄 3 5 A :長孔 3 6 :空間部 36A :滑動緣 37 :壓抵部 37A :卡止突部 3 8 :打孔刃 39 :安裝部 4 0 :指觸部 4 1 :安裝銷 -33 (31)1310350 42 ： 43 ： 44 ： 44A 45 ： 45 A 46 :The base 2, the cover 3, the operating handle 35, the ejector 4, and the clip urging member 6 are each made of synthetic resin and are manufactured by injection molding. Further, the base 2 and the cover 3 are coupled and assembled by a method described later, and an insertion port 7' is formed at the tip end thereof. The insertion port 7 has a space portion 7A -10- (8) 1310350 which is opened in a V shape toward the front outer side. The stacked sheets of paper are inserted into the space portion 7A, and are bound by the clips 8. [Clip 8] The clip 8 is an element for arranging it to staple the paper. As shown in Fig. 8, the clip attacher used in the clip attaching device is a rectangular plate-shaped body such as a metal plate or a synthetic resin plate, and a bent portion 9' is provided at a central portion thereof. The front end elastically contacts and faces the gripping portion 10. The ears 11 for the opening clips 8 are opposed to each other and are formed to protrude on both side portions of the front end portions of the respective holding portions 1〇. The guide portions 12 which are bent outward from each other in the opening direction are formed at the distal ends of the respective holding portions 10 including the ears 11, so that the ears 11 of the holding portions 10 are easily extended. [The body 1 of the clip attachment device] As shown in Figs. 5(a) and 5(b), the base 2 is a Φ-shaped element having a slender shape, and the upper surface thereof is opened, and a long through hole is formed in the lower central portion. In other words, it is an element in which a cross-sectional shape is formed into a concave shape, and a through hole is formed in the bottom surface thereof (see Fig. 5(b)). The cover 3 is a thin plate-shaped member having a side wall, and a through hole is formed in the center of the longitudinal direction (see Fig. 1). The cover 3 is attached and assembled to the base 2 by a known fixing means such as riveting or ultrasonic. The two side walls of the front end of the joint surface of the base 2 and the cover 3 are fixed to the side walls, respectively, along the side walls (see Fig. 5(a)). The expansion spring 13 is an element for guiding and forcibly opening the ear portion n of the clip 8. That is, if the ejector 4 is used to push the clip 8 of the front end from the rear to the front end of the clip 1 of the clip 8 by the spring 13 which resists the elastic force of the clip 8 A lateral opening is formed between the two ear portions. As shown in Fig. 2, the opening spring 13 has a substantially Y-shaped cross-sectional shape. The expansion spring 13 is formed with an insertion hole 14 provided in the γ-shaped base portion. The expansion spring 13 is fixed to the joint surface between the base 2 and the lid 3 by inserting the pin 15 formed integrally with the base 2 into the insertion hole 14 (see Fig. 5(a)). The insertion position of the insertion hole 14 and the pin 15 is a position where the ear portion 11 of the clip 8 does not interfere with the passage of the clip 8 of the spread spring 13 (forced opening operation). Further, as shown in Fig. 5(b), the holding portion sliding surface 16' is formed in the longitudinal direction of the base 2'. If the clip 8 is mounted on the holding portion sliding surface 16, the grip portion 10 of the clip 8 is partially Seat, slide and guide the holding part 1〇. The outer edge portion 17 of the grip portion sliding surface 16 is a side wall surface of the ear portion 11 that holds the clip 8 from both sides. A flat ear guide 18 is disposed at an angular position of 9 degrees from the edge portion 17, and the ear guide 18 is guided while sliding the ear portion 11 of the clip 8. The clip insertion opening 29 is provided at a rear end position in the longitudinal direction of the base 2. This clip insertion opening 29 is a through hole for inserting when the clip 8 is inserted into the body 1. A pressing member sliding hole 27 which is connected to the clip insertion opening 29 and which is an elongated through hole is formed in a central portion of the base 2. As will be described later, the pusher sliding hole 27 is a through hole in which the finger portion 25 and the locking portion 26 on the lower surface of the clip pressing device 6 are protruded from the outside of the main body 1 to an operable degree. The finger portion 25 is an element for allowing the finger to come into contact with it, resisting the force of the telescopic coil spring 31, and moving the clip pressing member 6. -12- (10) 1310350 With this configuration, the grip portion 10 of the clip 8 slides on the sliding portion 16 of the grip portion, the ear portion 11 is guided by the ear guide portion 18, and the both sides of the ear portion n are the edge portion 17 The guided 'clip 8' moves inside the accommodating portion $ in the body 1 (refer to FIG. 5(b)). As shown in FIG. 1, the base 2 and the cover 3 are coupled to the front sides of the cover 3, A locking piece 19 is integrally provided at the front end portion of the cover 3. The locking piece 19 is inserted and locked to the locking groove 20' formed on both sides of the front end of the base 2, and the base 2 and the cover 3 are integrally joined. In this connection, the fitting hole 21 having a rectangular cross section is provided at the intermediate position ' of the bottom # 2 seat (see Fig. 5(a)). On the other hand, two latching tabs 22 are formed on both sides of the cover 3. The two locking tabs 22 are inserted into the two fitting holes 21' to lock the mounting base 2 and the cover 3, respectively (see Figs. 1 and 5). Further, when the base 2 is coupled to the cover 3, the projections 45 integrally provided at the rear end portions of the cover 3 are inserted into the recesses 44 of the base 2, and the base 2 and the cover 3 are integrally joined. [Clip presser 6] # The clip presser 6 is an element from which the clip 8 is pushed out from the rear by the accommodating portion 5 in the main body 1. As shown in Fig. 2, the clip pressing member 6 is slidably inserted into the housing portion 5 of the main body 1 in which the clip 8 is housed. The pressing portion 30 of the pressing clip 8 is provided at the front end portion of the clip pressing member 6 and the locking portion of the end portion of the locking telescopic coil spring 31 is formed at the front central portion of the clip pressing member 6. 32. Further, a locking portion 26 for releasing the finger contact and releasing the locking with the base 2 is formed in the front portion thereof so as to protrude downward. The folded portion 24 of the telescopic coil spring 31 is provided above the rear portion. -13, (11) 1310350 [Ejector 4] As shown in Fig. 1, a long hole 35A having a rectangular through hole is formed in the front portion from the center portion of the cover 3. On both sides of the long hole 35A, a sliding edge 36A for the ejector 4 to slide and move is formed. Further, as shown in Figs. 1 and 2, the ejector 4 that pushes out the bent portion 9 of the clip 8 is provided at the distal end position to push the upper portion of the clip 8 forward. 37. The abutting portion 37 is an element for contacting the bent portion 9 of the clip 8, that is, the upper surface and the rear surface of the corner portion, which are pushed forward. Further, the ejector 4 is provided with a locking portion 6a having a locking projection spring 31 that terminates in the center portion, and an element on which the finger portion 40 is provided. As shown in Fig. 1, a punch 23 to be described later is disposed on the upper end portion of the lid 3. The ejector 4 configured as described above is moved along the sliding edge 36A formed on both sides of the long hole 35A of the cover 3, and the lower portion of the finger touch portion 40 is positioned above the sliding edge 36A, and the finger contact portion 40 is manually moved to move it. The guidance of the time. Therefore, as shown in Fig. 1, when the fingertip contacts the finger contact portion 40, the front portion of the ejector 4 is moved downward, but normally, the spring pressure of the telescopic coil spring 31 is normally located above. Next, as shown in Fig. 2, one end of the telescopic coil spring 31 is locked to the locking projection 32 of the clip ejector 6 movably attached to the main body 1. The other end of the telescopic coil spring 31 is coupled to the locking projection 37A of the locking portion 69 of the ejector 4 via a folded portion 24 that winds the intermediate portion thereof to the clip pressing member 6. Therefore, the ejector 4 and the clip urging member 6 are in a state in which the telescopic coil springs 3 are connected to each other. If the elastic pressure of the telescopic coil spring 3 is utilized, the clip pusher 6 front-14-(12) 1310350 enters and if the clip 8 is pushed forward by the pressing portion 30, the ejector 4 is pulled oppositely. The standby position to the rear is in the usable state shown in Figure 2. If, on the contrary, the ejector 4 advances by the pushing action, that is, the clip pushing device 6 functions in the opposite direction, the ejector 4 is in the standby position even if the clip urging member 6 is in the holding position of the clip, The spring pressure is still maintained. [Punch 23] φ Next, a punch 23 for perforating a paper such as a document or a card according to one of the features of the present invention is a device provided above the insertion opening 7 of the paper at the front end of the main body 1 as described above. As shown in Fig. 1, the table portion 33 of the punch 23 is shared with the upper portion of the cover 3 of the body 1, and a punch hole 34 is bored in the front portion thereof. As shown in Fig. 1, Fig. 3, and Fig. 4, the operating handle 35 constituting the puncher 23 has a substantially rectangular space portion 36. The space portion 36 is a hole that passes through the intermediate portion so that the ejector 4 can move back and forth. The punching blade 38 is fixed to the cover 3 side by the front portion of the shank 35. The perforating blade 38 is disposed to face the perforation hole 34 provided in the table portion 33. The perforating edge 38 is inserted and relatively inserted into the perforation hole 34. As shown in the second to fourth figures, a circular mounting portion 39 is integrally formed at the rear of the operating handle 35. The mounting pin 41 is integrally formed at the center of the circular mounting portion 39. As shown in Fig. 2, the mounting pin 41 is inserted into the mounting hole 42 of the main body 1 constituting the pivot point, and the actuating lever 35 is rotatably supported. Further, as shown in Fig. 1, the indication portions 52 and 57 constituting the hole spacing mark at the time of perforation are formed on the upper surface of the table portion 33 of the cover 3 in a V-shaped groove. The position of the indication portions 52, 57 is set to a size corresponding to the position specification of the hole for the file, for example, a position of 28.5 mm and a size of 40 mm from the center of the hole -15-(13) 1310350 hole 34. In the vicinity of the display portions 52, 57', the hole symbols 58 of the numbers 4 and 2 indicating the number of holes are marked (the stapler 5 1). Next, as shown in Fig. 1, the plane and the peripheral wall of the division are mounted. The portion 50 is formed on the rear upper surface of the cover 3 constituting the body. A folding φ-type stapler 51 is fitted in this mounting portion 50. The structure and function of this stapler 51 are well known. Although it is embedded in the present embodiment, the attachment portion 50 and the stapler 51 can be fixed by adhesion, caulking or the like. The configuration in which the stapler 51 is attached to the mounting portion forms an appearance as shown in Figs. 6 and 7. The stapler 51 is a commercially available existing appliance or a special appliance that is more simplified in accordance with the clip holder. Instead of mounting the stapler 51 to the mounting portion 50, a small container for accommodating a small piece of stationery such as a clip 8 or a crepe pin can be attached. # This stapler 51 is formed as shown in Fig. 2, and a metal bending table 44A for bending the leading end of the staple is disposed and fixed on the base body 43 of the stapler 51. A pivot 45A is formed at the base of the base body 43. The pin body 46 and the cover 49 are pivotally mounted to the pivot 45A. The pin body 46 is an element that houses the staple. The cover 49 is an element for covering the needle body 46. A leaf spring 48A provided with a needle end 48 at the front end is attached to the inner side of the cover body 49. Further, a contraction spring 47 is disposed in the needle body 46, and the contraction spring 47 is used to push the stapler forward from the rear. These structures and functions are well known, and the description thereof is omitted. -16- (14) 1310350 Insert the 'paper' to be bound for the binding on the opposite side of the insertion port 7 in the longitudinal direction. Although the details are not shown in the figure ‘only when the stapler ' 51 is not in use, the needle holding portion of the binding needle can be displaced to the position where the needle cannot be pressed. Since the lid portion of the stapler 51 covers the shape of the accommodating portion when not in use, the stapler 51 can be brought into close contact with the lid 3, which contributes to simplification of the clip holder. φ [binding operation of the clip 8] Next, an operation of binding a document or a card with the clip 8 by the clip attacher will be described. In the state shown in Fig. 1, at the beginning, a plurality of sheets of paper are inserted into the insertion opening 7 at the front end of the main body 1. Next, if the thumb touches the finger contact portion 40 of the ejector 4, the front end of the ejector 4 is slightly lowered, and if the ejector 4 is still moved to the insertion port 7 side in this state, the pressing portion at the front end of the ejector 4 37 abuts the rear end of the bent portion 9 of the clip 8 at the front side thereof to advance the clip 8. Φ As such, the guiding portion 12 at the front end of the clip 8 contacts the rear portion of the expanding spring 13, and if it is contacted, the pusher 4 is further pushed, whereby the guiding portion 12 is opened. Go one step further. As a result, the upper and lower opening springs 13 are narrowed toward each other, and the inner surface of the ear portion π of the paper 'clip 8 in the insertion opening 7 is moved, and the outer surface of the surface contact spring 13 is moved. When the front end of the expansion spring 13 passes, the front end of the opening spring 13 is opened to the original state by the elastic force, and at the same time, the clip 8 is detached from the expansion spring 13, so that the clip 8 is elastic. Hold the paper and bind it. -17-(16) 1310350 Since the front end of the perforating blade 38 is formed with jagged irregularities, the convex portion bites into the paper and is inserted into the perforation hole 34 to be perforated. This punched hole 34 penetrates and communicates with the insertion opening 7 having the space portion 7A that is open to the outside. Therefore, the punching chips which occur along with the perforations pass through the punching holes 34 and fall into the space portion 7A of the insertion port 7 to be discharged. When the punching chips are not discharged, after the perforation, the upper side can be rotated upwards to open the operating handle 35, and the perforated paper can be simply taken out. Next, a method of perforating two holes and four holes in the A4 size paper 5 3 of the specification paper shown in Figs. 9 and 10 will be described. As shown in Figure 9, the size of the A4 gauge paper is 210mmx2 9 7mm. On the left side of the paper shown in Figure 9, four holes are perforated according to the specifications, and the binder can be ordered. Although the hole pierced in the first embodiment is 4 holes, even the 2-hole shape is the same. The hole distance for the 2 holes is 80 mm, and the hole for the 4 holes is shown in Fig. 9. The holes are 80 mm apart at 3 places, and the 80 mm at the center is the same as the hole with 2 holes. The center position of the hole is 28.5 mm at both ends of the upper and lower sides, and the size position is 12 mm from the left end. This size position is the specification position. First, the A4 size paper 53 is used for 2 holes. As shown in Fig. 10, the A4 size paper 53 is folded in half. Fig. 10 is a plan view showing the paper in a folded state. The portion from the folded-back edge 54 is placed on the table portion 33 shown in Fig. 1 and positioned at the rear display portion 52. In this state, the operating handle 35 is rotated and pressed, and the two holes in the center portion shown in Fig. 10, that is, the first hole 55 are pierced by the punching blade 38 as described above. The display portion 52 is at a position that coincides with the perforation of the first hole 55, and is provided with a shallow concave groove. Next, when the paper 53 is taken out and unfolded, the -19-(17) 1310350 is pierced into a hole having a hole width of 80 mm. This 2-hole specification is not only for the A4 specification, but also for the B5 specification paper. If it is only 2 holes, the punching is completed by the operation up to this point. Next, in order to perform the four-hole perforation of one of the features of the present invention on the A4 size paper 53, as shown in Fig. 1, the first half-folder is perforated by the above method. After the perforation, as shown in the lower part of Fig. 10, the display portion 57 provided at a position 28.5 mm from the center of the hole punching hole 34 is positioned in a state in which both ends 56 of the folded paper are overlapped. When the paper is positioned by this, the A4 size paper 53 can be perforated by four holes by pressing the operating handle 35 by hand. Although the indicating portion 57 is different from the position of the indicating portion 52, it can be arranged as the indicating portion 52. When the perforation is completed, the A4 size paper 53 is unfolded, that is, two holes in the center of the paper end portion are inserted, and the two holes on the paper end side are broken. As a result, the pitch size 80 mm shown in Fig. 9 is printed. Hole in the hole. That is, the holes are perforated in four holes of 2 holes in the size of 28.5 mm from both ends of the paper and 2 holes in the center. Therefore, the paper can be bound to a standard 4-hole loose-leaf book. In the first embodiment, the clip attacher is provided with a puncher capable of perforating two holes and four holes of the paper. In addition, it is also possible to make a multi-function clip mounter that can be used for staple ordering. Although three functions are added as shown in the figure, the construction is simplified, and it is easy and safe to operate with one hand. [Embodiment 2] Next, Embodiment 2 shown in Figs. 1 to 3 will be described. -20- (18) 1310350 Fig. 11 is a cross-sectional view showing the overall configuration of the clip attacher of the second embodiment. Fig. 12 is a perspective view showing the state in which the operating handle of the clip attaching device of the second embodiment is opened. Fig. 1 is a plan view showing the base of the clip attacher of the second embodiment. The clip attacher of the second embodiment is a device in which a puncher is provided above the main body 1 of the conventional simple clip mounter which has been put to practical use. As shown in Figs. 11 and 12, the body 1 of the clip mounter of the second embodiment is provided with a rectangular base 2, and a cover 3 is attached to cover the base 2. This cover 3 is mainly constituted by an ejector 4 that slides in the longitudinal direction. The base 2, the cover 3, the ejector 4, and the like are made of synthetic resin, respectively, and are manufactured by injection molding. An insertion port 7 into which a document or the like is inserted is formed at the front end of the body 1 formed by the base 2 and the cover 3. The clip 8 used in the clip mounter is the same as the clip described in detail in the first embodiment. As shown in the figure, the base 2 of the second embodiment is in the form of a recess 1 in the upper surface of the base 2. When the clip 8 is located at the front end portion of the insertion port 7 side, it is pushed by the ejector 4 and pushed out to the insertion port 7. At this time, the expansion spring 13 fixed to the base 2 is forcibly inserted between the two ears 11 of the clip 8 shown in Fig. 8, and the ear portion 11 is opened during the ejection process as shown in Fig. 11' The cross section of the expansion spring 13 for extending the two ear portions 11 is formed in a substantially horizontal Y shape, and as shown in Fig. 13, the pin 15 standing on the base 2 is inserted into the expansion spring 13 The insertion port 14 of the base portion is supported and fixed to the base 2. The position of the insertion port 14 and the pin 15 is set to be close to the side edge of the expansion spring 13 as in the first embodiment. -21 - (19) 1310350 ' does not interfere with the position where the ear portion n of the clip 8 passes. In the base 2, a grip portion sliding surface 16 is formed along the longitudinal direction thereof, and the clip 8 is inserted into and housed in the grip portion sliding surface 16. The end side of the sliding portion of the grip portion 16 is formed as a segment-type deep groove 59. The inside of this slot 59 is a structure in which the bent portion 9 of the clip 8 located at the front and the grip portion 1 immediately behind it fall. On the outer side of the pair of edge portions 17 forming the sliding surface of the grip portion, the ear guide groove is holding the ear portion n of the clip 8 and extending to the position of the expansion spring 13 φ. A pair of guiding protrusions 60 are formed at the rear end portion of the base 2 opposite to the side of the insertion opening 7 (refer to FIG. 13) so as to be located downward from the rear end portion toward the front end direction, that is, from the side of the cover 3 toward the base 2 The outer face side is inclined and is located in the ear guide groove 18. Between the rear end portions of the two guiding projections 60, the pair of guiding projections 60 are smoothly joined by the connecting body 61 having the horizontal portion. Further, in the figure, the pin 15'' on the base 2 is fitted to a fitting hole (not shown) of the cover 3. Next, as shown in Figs. 11 and 12, the upper portion of the cover 3 on the side of the insertion port 7 on the front side is formed with a punch 33 which is integrally formed with one of the features of the present invention. As shown in Fig. 12, on the upper surface of the table portion 33, a perforation hole 34 is bored through the insertion opening 7, and the punching chips generated by the perforation are discharged into the space portion 7 of the insertion port 7. A long hole 35 可供 for sliding the front and rear of the ejector 4 is provided at the rear. Further, the clip insertion opening 63' of the supply clip 8 is provided behind the cover 3 in order to prevent the inserted clip 8 from coming off, which is only in the insertion direction. That is, a distance between the end portion 6 4 A of the rear end portion side of the lid portion 64 and the joint portion 65 of the base portion 2 is provided at the rear end portion (between the -22-(20) 1310350 is slightly narrower than the thickness of the bent portion 9 of the clip 8, and the clip 8 is opened when it is inserted against the elastic force, and if inserted, it is narrowed again to prevent the clip 8 from falling off. As shown in Fig. 12, the ejector 4 slides in the front-rear direction along the sliding edge 36A formed on both sides of the long hole 35A of the cover 3. Both sides of the finger contact portion 40 of the ejector 4 are in contact with and located above the sliding edge 36A. Further, as shown in Fig. 11, one end of the locking telescopic coil spring 31 is provided at the locking portion 69 provided at the rear of the ejector 4. Further, the other end φ of the locking telescopic coil spring 31 is formed on the locking projection 32 provided on the lower surface of the cover 3, and the ejector 4 is normally pulled to the rear side. As long as the fingertip does not touch and press the finger portion 40, the front of the ejector 4 is normally pushed upward. The ejector 4 is provided with a pressing portion 37, whereby the pressing portion 37 abuts against the clip 8, and the clip 8 is pushed out. Next, a method of assembling the main body 1 of the clip attacher of the second embodiment will be described. The two pins 15 of the base 2 are inserted and attached to the insertion holes 14 of the expansion springs 13. Next, the connecting portion 65 at the rear end of the fitting base 2 and the mounting portion 66 at the rear end of the cover, and secondly, the pressing band 67 made of metal are fitted into the strip-shaped groove 62 formed in the front portion of the base 2 and the cover 3 to complete the assembly. . Next, a puncher 23 for perforating a document or a card will be described as one of the features of the present invention. The punch 23 is a member provided above the paper insertion opening 7 at the front end of the main body 1 and provided on the upper surface of the cover 3. The table portion 33 of the puncher 23 is an element integrally formed with the front portion of the cover 3 of the main body 1 as shown in Fig. 12, and a perforation hole 34 is bored in the front portion. The body 1 of the punch 23 and the punch hole 34 are shared. As shown in Figs. 11 and 12, the operating handle 35 constituting the puncher 23 is provided with a punching blade 38 on the lower surface of the front portion so that the access hole 23-(21) 1310350 can be inserted into the table. The punch hole 34 of the portion 33. The intermediate portion of the actuating lever 35, which is further behind the punching blade 38, has the same shape as the long hole 35 A and has a substantially rectangular shape forming a space portion 36 for the ejector 4 to slide back and forth. Further, a mounting pin 41 is provided at a lower end of the foot of the operating handle 35, and a distal end portion of the mounting pin 41 is attached to a mounting hole (not shown) provided on the inner side of the cover 3, so that the operating handle 35 is This pin 41 is free to rotate as a fulcrum. Further, as shown in Fig. 12, on the upper surface of the table portion 33, at a position of 28.5 mm from the center of the punch hole φ 34 and a size of 40 mm, the display portion 52 constituting the punching mark is provided in a concave groove and The indication portion 57 indicates a portion. However, the concave groove may also be a convex shape. A hole symbol 58 corresponding to 4 and 2 of the number of paper holes is marked in the vicinity thereof. That is, the indicator portion 52 is marked 2, and the display portion 517 is marked with 4. In order to replenish the clip 8 in the body 1 of the clip attacher of the second embodiment, the clip 8 is inserted from the clip insertion opening 63. Although the clip insertion opening 63 is narrower than the bent portion 9 of the clip 8 by the cover φ portion 64, since the cover portion 64 is lifted by the insertion of the clip 8, the clip can be inserted with a slight force. 8 » As described above, the configuration of the second embodiment shown in FIGS. 1 to 13 is applicable to the above-described simple type of clip mounter, and the document or card inserted into the insertion port 7 is used. The fingertip 40 of the ejector 4 is contacted by the fingertip to advance the ejector 4, and the paper can be easily stapled by the clip 8. Moreover, the paper perforation of one of the features of the present invention can be described as a hole, a hole of 2 holes, and a hole of 4 holes in the above-mentioned -24-(22) 1310350. Since the specific perforation method is substantially the same as the above-mentioned first to tenth aspect 1 The description is omitted. [Embodiment 3] Next, another embodiment shown in Figs. 14 to 18 will be described. As shown in Fig. 14, the body 1 is constituted by a base 2, a cover 3, and the like. Since the operating handle 35 is a member constituting the main body 1 and a member constituting the punch 23, the element φ constituting the puncher 23. The method of inserting the paper insertion port 7 such as a document at the front end portion and fixing the rear portions of the insertion port 7 by the pin 15 spring 13 is the same as the previous method. The fixed opening spring 13 is fitted with the sturdy 13A covering the insertion opening 7 up and down. The intermediate portion and the rear portion of the main body 1 constitute a sill 1 which is open at the top and bottom. 1 The accommodating portion 8 shown in Fig. 8 and the accommodating portion 5 of the device 7 of Fig. 7 are housed. The accommodating portion 5 is capable of sliding φ 8 and the clip pressing member 6 in the front-rear direction. Further, as shown in Figs. 14, 15'16, the cover 3 is disposed on the upper surface to mount the clip 8 to the accommodating portion inlet 29. \/ As shown in Fig. 17, the clip pressing member 6 which is slidable in the front-rear direction is provided with a pressing portion 3'' at the front end, and the locking projection 32 at one end of the telescopic coil spring 31 is locked forward. The urging member 6 is formed with a sliding portion 6A at its both side edges, and is folded at the folded portion 24 of the coil spring 31. Next, the actuating lever 35 can be said to be operated by the third embodiment shown in the rear portion of the cover 3, and the movable handle 35 can be used in the embodiment of the present invention. The clip is held by the main body clip, and the clip of the accommodating portion 5 is inserted into the center of the main body 1 to form a clip. The rear portion of the clip is provided with a retracting shaft 68 rotated by -25-(23) 1310350. The top of the 3 is above. As shown in Figure 18. A space portion 36 is provided in the front portion of the actuator lever 35. On both sides of the space portion 36, a sliding edge 36 is formed for the 'embedded ejector 4 to slide. As shown in Figs. 14 to 15, the ejector 4 is provided with a finger contact portion 40 on the upper surface, and a pressure receiving portion 37 for forming two stages is provided at the front end. A locking portion 69 that locks the end of the telescopic coil spring 31 is formed at the rear portion thereof, and the telescopic coil spring 31 is stopped. The locking φ projection 32 of the clip pressing device 6 fitted in the accommodating portion 5 of the main body 1 is locked to the end of the telescopic coil spring 31, and the other end of the telescopic coil spring 31 is wound around the clip urging member. The folded portion 24 at the rear of the 6 is connected to the other end of the locking portion 69. When the rotary handle 35 is covered on the main body 1, the clip pressing member 6 advances by the elastic pressure of the telescopic coil spring 31, and the front end portion 6 of the clip pressing member 6 pushes the clip 8 toward the insertion port 7 side. In front. By this pressing action, the ejector 4 is pulled to the rear side and held at the rear end position. Fig. 14 shows the use state of the second clip binding. Next, one of the features of the invention of the present invention is that a puncher 23# for punching paper is provided above the paper insertion opening 7. As shown in Fig. 16, the table portion 33 of the punch 23 is integrally formed with the front portion of the cover 3, and a punch hole 34 is provided in the front portion. The punching chips generated by the perforation are discharged into the space portion 7 of the insertion port 7. The perforating blade 38 is attached to the actuating lever 35 constituting the puncher 23. On the lower surface of the front end portion of the actuating lever 35, a punching blade 38 is provided at the front portion of the table portion 33 shown in Fig. 16. The perforating edge 38 is inserted into the perforation hole 34 to pierce the paper. The actuating lever 35 can be opened and closed by the latching shaft 68 provided at the rear end portion in a state where the cover 3 covers the open upper surface. Further, as shown in Fig. 16, as in the foregoing embodiment, on the -26-(24) 1310350 of the table portion 33, a hole is formed at a position of 28.5 mm from the center of the punch hole 34 and a size of 40 mm. Similarly to the display portion 52 and the display portion 57 of the time mark, the hole symbol 58 is the same as that of the above embodiment. In order to replenish the clip 8 in the body 1 of the clip holder, as shown in Fig. 15, the width of the full length direction of the crucible is opened 90 degrees or more. As shown in Fig. 15, in this open state, the clip insertion opening 29 of the clip 8 on the upper surface of the cover 3 is inserted into the guide portion 12 of the clip 8 in the φ insertion direction, so that the body 1 can be inserted. In the portion 5, as shown in Fig. 14, the actuator 35 is placed over the body 1, and the clip pressing member 6 is advanced by the contraction force of the telescopic coil spring 31, and the clip 8 is held by the clip pressing member 6. State. As described above, the third embodiment shown in Figs. 14 to 18 is as described above, and can be applied to a configuration in which the side of the opening cover 3 can be enlarged and the clip 8 can be inserted. The document or the card or the like constituting the insertion insertion opening 7 is brought into contact with the finger touch portion 40 of the ejector 4 by the fingertip, and the ejector 4 is advanced to advance the clip 8 so that the binding paper can be described as in the first embodiment. . Further, the paper perforation of one of the features of the present invention is the same as that of the first embodiment, and the perforation of one hole, two holes, and four holes can be performed. The perforation method and the like are also substantially the same as those of the first embodiment, and therefore detailed description thereof will be omitted. [Fourth Embodiment] Next, the details of the fourth embodiment in which the clip presser 6 is deformed will be described with reference to Figs. 19 to 21 . Figure 19 is a partial plan view from the side of the base. The basic structure and function of the fourth embodiment are the same as those of the embodiment -27-(25) 1310350. Only differences from the first embodiment will be described below. The clip pushing tool 6 is locked in the state of the rear end portion of the base 2. When the clip pressing member 6 is in this state, the clip 8 is inserted from the clip insertion opening 29 with the guide portion 12 side being forward. The grip portion sliding surface 16 is provided on the base 2 along the longitudinal direction from the clip insertion opening 29 to the insertion port 7 side. As in the above embodiment, the edge portions 17 provided on both sides of the sliding portion 16 of the holding portion are guided to accommodate a plurality of clip pressing members 6 in the main body 1. Further, on the side wall of the base 2, the engaging portion 28 as described above is provided in the vicinity of the clip insertion opening 29. The engaging portion 28 forms a part of the wall of the base 2 projecting inward from the holding portion sliding surface 16, and has a predetermined width from the inner side of the base 2 to the outer surface of the base 2, and has a shape in which the step portion 28a is provided in a substantially straight shape. When the clip pressing portion 25 is placed at the rear end portion of the base 2 by the hand grip portion 25, the step portion 28a engages the locking portion 6a of the clip pressing member 6. In other words, when the locking portion 6a on the side of the clip pressing member 6 passes over the step portion 28a and moves away toward the rear side, the locking portion 6a is pressed by the elastic pressure of the telescopic coil spring 3 1 # Step portion 28a. Therefore, the clip pressing member 6 is locked to the engaging portion 28 » one end of the telescopic coil spring 31 is locked to the locking projection 32 provided at the tip end of the clip pressing device 6, and the other end portion is locked by the folded portion 24 Pusher 4. When the locking of the clip pressing device 6 is released, the locking portion 26 resting on the step portion 28a is removed by pushing the finger portion 25' by hand. Fig. 21 shows the state immediately after the release state is released. The clip pressing device 6 whose unlocking state is released is guided to the insertion port 7 side along the edge portion 17, and the clips -28-(26) 1310350 are pressed and held, and in the above embodiments, The punching chip is dropped into the insertion hole 7 by the punching hole of the paper, but since the punching chip can be completely discharged to the outside, the punching chip does not block, and the conventional problem is eliminated. Further, although the method of smoothly collecting the punctured chips is not shown, it is also possible to collect a small swarf container above the insertion port 7 for recovery. Further, the hole 3 4 for reinforcing the resin can be reinforced with a thin metal plate or the like. Although the above embodiments of the present invention have been described in place of the three embodiments, the present invention is not limited to the embodiment. (Industrial Applicability) As described above, the invention of the present invention is a clip mounter having a puncher above the paper insertion opening at the front of the main body, which can be applied to a conventional commercially available clip mounter. Chemical. As a result, a clip holder can be used, and in addition to binding the paper such as a document or a card, the paper is simply perforated. Moreover, by using a puncher disposed above the front portion of the body of the clip holder, in addition to the binding of the paper by a clip holder, the paper can be used for 1 hole, 2 holes, 4 holes and various types of paper. Perforation of different holes is possible, so that the perforation selected according to the type of the file volume can be realized, and the transaction efficiency can be improved. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a state in which an operating handle of a clip attacher according to a first embodiment of the present invention is opened in a state in which a puncher is provided above an insertion opening. Fig. 2 is a cross-sectional view showing the overall configuration of a clip attacher according to the first embodiment of the present invention in which a puncher is provided above the insertion opening. Fig. 3 is a plan view showing the operating handle of the clip mounter of the first embodiment of the present invention, in which the punch is placed above the insertion opening, in the embodiment -29-(27) 1310350. Fig. 4 is a cross-sectional view showing the operating handle of the clip attacher according to the first embodiment of the present invention in which the puncher is provided above the insertion opening. Fig. 5(a) is a plan view showing a configuration of the clip attacher base according to the first embodiment of the present invention in which the attaching spring is attached to the insertion opening, and Fig. 5(b) is along the fifth (a) A cross-sectional view of the cut line b-b of the figure. Fig. 6 is a plan view showing the clip attacher of the first embodiment of the present invention in which the puncher is placed above the insertion opening. Fig. 7 is a side view showing the clip attacher of the first embodiment of the present invention in which a puncher is provided above the insertion opening. Fig. 8 is a perspective view showing a clip used in a clip mounter having a puncher. Fig. 9 is a plan view showing an A4 size paper which is perforated by four holes using a clip mounter having a puncher. • Fig. 10 is a plan view showing a state in which the A4 size paper is folded in half and is pierced from the center by a clip attacher having a puncher. Fig. 11 is a cross-sectional view showing the overall configuration of a clip attacher according to a second embodiment of the present invention in which a puncher is provided above the insertion opening. Fig. 12 is a perspective view showing the state in which the operating handle of the clip holder of the embodiment 2 of the present invention in which the puncher is disposed above the insertion opening is opened. Fig. 13 is a plan view showing the configuration of the clip attacher base according to the second embodiment of the present invention in which the attaching spring is attached to the insertion opening. -30- (28) 1310350 Fig. 14 is a cross-sectional view showing the overall configuration of the clip attacher of the third embodiment of the present invention in which the puncher is placed above the insertion opening. Fig. 15 is a side elevational view, partly in section, showing the operation of the clip holder of the third embodiment of the present invention in which the punch is placed above the insertion opening in a 90-degree open state. Fig. 16 is a plan view showing the cover of the clip holder of the embodiment 3 of the present invention in which the punch is placed above the insertion opening. Fig. 17 is a perspective view showing the clip pushing device of the clip holder of the embodiment 3 of the present invention in which the puncher is disposed above the insertion opening. Fig. 18 is a plan view showing the operating handle of the clip holder of the third embodiment of the present invention in which the puncher is disposed above the insertion opening. Figure 19 is a partial bottom view of the outer surface of the clip side of the clip attacher according to the fourth embodiment of the present invention, which is provided above the insertion opening. Fig. 20 is a view showing the arrangement of the puncher above the insertion opening. In the invention, a partial cross-sectional view of the clip pressing device of the clip attaching device of the fourth embodiment is shown in a locked state. Fig. 21 is a partial cross-sectional view showing the state in which the clip pressing device of the clip attaching device of the fourth embodiment of the present invention is provided with the puncher in the unlocked state. [Description of main component symbols] 1 : Main body 2 : Base - 31 - (29) (29) 1310350 3 : Cover 4 : Ejector 5 : Storage portion 6 : Pushing tool 6A : Sliding portion 6 a : Engagement portion 6B : Front end portion 7: insertion port 7A: space portion 8: clip 9: bent portion 10: grip portion 1 1 : ear portion 12: guide portion 1 3 : spread spring 13A: spring plate portion 1 4 : insertion hole 15 , 15A : pin 16 : grip portion sliding surface 17 : edge portion 18 : ear guide portion 19 : locking piece 20 : locking groove 21 : fitting hole - 32 (30) (30) 1310350 2 2 : locking Tab 23 : Hole punch 24 : Foldback portion 2 5 : Finger fastening portion 2 6 : Engagement portion 27 : Pushing device sliding portion 2 8 : Engagement portion 2 8 a : Step portion 29 : Clip insertion opening 3 0 : 圧 3 3 : telescopic coil spring 32 : locking projection 33 : table portion 3 4 : punching hole 3 5 : actuating lever 3 5 A : long hole 3 6 : space portion 36A : sliding edge 37 : pressing portion 37A : locking projection 3 8 : punching blade 39 : mounting portion 40 : finger contact portion 4 1 : mounting pin - 33 (31) 1310350 42 : 43 : 44 : 44A 45 : 45 A 46 :
48 : 48 A 49 : 50 : 51 : 52 : 53 :48 : 48 A 49 : 50 : 51 : 52 : 53 :
55 : 57 : 58 : 59 : 60 : 61 : 62 : 63 : 安裝孔 底座體 凹部 :彎針台 凸部 :樞軸 針匣體 收縮彈簧 壓針頭 :板簧 蓋體 安裝部 訂書機 表示部 A4規格用紙 摺邊 第1次洞 表示部 洞符號 槽孔 導引突起 連結體 帶狀槽 夾片插入口 -34- (32) 1310350 64 :蓋部 64A :端部 65 :連結部 66 :安裝部 67 :迫緊帶 68 :卡止軸 69 :卡止部55 : 57 : 58 : 59 : 60 : 61 : 62 : 63 : Mounting hole base body recessed part: bent needle table convex part: pivot pin body shrinking spring pressing needle head: leaf spring cover body mounting part stapler indicating part A4 Specification paper folding edge The first hole indicates the hole symbol slot guide projection connection body band groove clip insertion port -34- (32) 1310350 64 : Cover portion 64A : End portion 65 : Connection portion 66 : Mounting portion 67 : Tightening belt 68 : locking shaft 69 : locking portion
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