1311528 (1) 九、發明說明 【發明所屬之技術領域】 本發明是提供一種：使用者可輕易地更換修 蓋式修正帶、及適用於該滑蓋式修正帶的替換用 【先前技術】 • 隨著各種新型書寫筆具的推出，用來修正錯 的修正工具，也從原本的橡皮擦而發展出修正液 。顧名思義，修正液是利用將液體塗佈於欲修正 成覆蓋，進而達到修正的效果。而修正帶則是利 帶狀體，以轉印的方式覆蓋於欲修正的部位形成 而達到與上述修正液相同的修正效果。 【發明內容】 ® 〔發明欲解決之課題〕 傳統的修正帶，爲了配合帶狀體的轉印而呈現前 -端）尖細而後端爲大半徑圓弧的結構，且用來轉 -的帶刀是固定成外露狀。在傳統的修正帶中，由 構成外露的配置，爲了在未使用的狀態下保護上 ，而額外設置一個保護蓋，當是執行轉印時，必 保護蓋才能執行修正帶的轉印，如此一來，不僅 上的不便，且保護蓋也容易遺失。 除了上述的問題以外，由於傳統修正帶所具 正帶的滑 帶芯模組 字或誤記 及修正帶 的部位形 用固態的 覆蓋，進 端（帶刀 印帶狀體 於帶刀是 述的帶刀 須先取下 造成使用 有的外型 -4- (2) 1311528 (前端尖細而後端爲大半徑圓弧的結構），也造成攜 的不便。舉例來說’當將傳統修正帶收納於衣物的口 攜帶時，因擠壓使保護蓋脫落，而導致帶刀外露，恐 生帶刀受損、帶狀體受損或不當轉印之虞。 〔解決課題之手段〕 爲解決上述的課題，本發明的滑蓋式修正帶1 , 0 修正帶轉印至物體表面的滑蓋式修正帶，其具備： 本體2，該本體2是由頂壁2a、底壁2b、前端 、右側壁2d及後端壁2e所構成，而爲略扁平的長方 ，其內部可收納用來驅動修正帶的修正帶驅動系統5 側蓋3，該側蓋3是由頂壁3a、底壁3b、前端 及左側壁3 d所構成，其剖面略呈c字狀，並包覆於 本體2的外側，其水平方向的長度是形成上述本體2 其內部滑動的長度；和 ♦ 滑蓋4，該滑蓋4爲略呈扁平的板狀體，並於其 面形成有一對卡鉤42、42，該滑蓋4可藉由上述一割 . 42、42而卡合於上述本體2的右側壁2d，具有啓動 滑動控制開關7的功能；及 滑動控制開關7，該滑動控制開關7安裝於上述 2的右側壁2 d內，藉由使該滑動控制開關7的傾斜 與形成於上述側蓋3之頂壁3 a內的傾斜部3 2產生面 ，可控制上述本體2在上述側蓋3內的滑動， 當欲執行修正帶的轉印時，只需使上述滑蓋4沿 帶上 袋內 有衍 是將 m 2C 形體 ;和 m 3C 上述 可在 中〜 卡鉤 '後述 本體 部73 接觸 著水 -5- (3) 1311528 平方向朝前方滑動，便可使收容於上述本體2內的修正帶 驅動裝置5的帶刀55從上述側蓋3伸出，當修正帶的轉 印完成時，只需使上述滑蓋4沿著水平方向朝後方滑動， 便可使上述修正帶驅動裝置5的帶刀55縮回上述側蓋3 內形成收納。 此外，針對上述的滑蓋式修正帶1，其中上述側蓋3 的左側壁3 d形成有平行於頂壁3 a的隔板部3 5，在上述前 端壁3 c、頂壁3 a與隔板部3 5所包圍的範圍內形成有：防 止上述本體2朝後方滑動時，意外從上述側蓋3後方脫離 的頂起部34及擋塊33，在上述的頂壁3a及底壁3b，分 別於上述左側壁3 d的另一側形成一對：沿著垂直方向伸 出’而限制上述本體2從側蓋3右側脫離的限位部3 1、3 1 〇 此外，針對上述的滑蓋式修正帶1，其中上述頂起部 34是從上述側蓋3的左側壁3d突起，且中央部較兩端部 更高的梯形凸肋，當上述本體2在上述側蓋3內滑動時， 可由該頂起部34對上述本體2的前端壁2c作用磨擦力。 此外’針對上述的滑蓋式修正帶1，其中上述滑蓋4 在其中一面的左上端角落附近形成有滑動導軌43，該滑動 導軌43可貫穿形成於上述本體2之右側壁2d的滑動溝23 而朝本體2內部突出，而與安裝於本體2之右側壁2d內 的滑動控制開關7抵接，上述滑蓋4朝後方滑動的力量將 透過該滑動導軌43而傳遞至上述滑動控制開關7，使上述 滑動控制開關7以形成於上述本體2之右側壁2d內的安 -6- (4) 1311528 裝軸2 8作爲中心產生逆時針轉動，進而解除與上述側蓋3 之傾斜部3 2間的卡合關係。 此外，針對上述的滑蓋式修正帶1，其中上述滑蓋4 . 在其中一面在中央部附近，沿著水平方向形成一長條狀的 限位導軌4 1，該限位導軌41可自由滑動地嵌入形成於上 述本體2之右側壁2 d外的限位導槽2 1，用來控制滑蓋4 的滑動距離。 # 此外，針對上述的滑蓋式修正帶1，其中上述的修正 帶驅動系統5包含： 大齒輪51，該大齒輪51形成有一對彎月狀的止回彈 片511、511，並在該一對止回彈片511、511嵌入形成於 上述本體2之右側壁2d的環狀齒條25的狀態下，安裝在 形成於上述本體2之右側壁2d的大齒輪軸26，而具有防 止逆轉的功能；和 小齒輪54’該小齒輪54在其中一側面形成有複數個 • 齒，並在該複數個齒與形成於上述大齒輪51外周的齒嚙 合的狀態下，安裝在形成於上述本體2之右側壁2d的小 . 齒輪軸27，而具有當上述大齒輪51轉動時，可同步反向 .轉動以捲取經轉印後之修正帶的功能；和 大齒輪內軸套53，該大齒輪內軸套53是套裝於上述 的大齒輪51 ’並在外周形成有複數個可供後述大齒輪外軸 套52卡合的突出部；和 大齒輪外軸套52 ’該大齒輪外軸套52的外周捲繞著 未經轉印的修正帶’且藉由形成於內周的複數個突出部與 (5) 1311528 上述大齒輪內軸套53的突出部之間的卡合，而套裝於上 述大齒輪內軸套5 3的外周；及 帶刀55，該帶刀55是嵌入形成於上述本體2之右側 壁2d的帶刀座24內而形成安裝； 當欲執行修正帶的轉印時，是使上述帶刀55從上述 側蓋3伸出後，一邊藉由帶刀5 5將修正帶按壓於欲轉印 的物體表面，並一邊朝反向拉動而送出修正帶，此時外周 捲取著修正帶的大齒輪外軸套52將隨著修正帶的送出而 轉動，並透過與其卡合的大齒輪內軸套53將轉動的力量 傳遞至大齒輪51，再由大齒輪51將轉動力傳遞至小齒輪 54’並使小齒輪54產生與大齒輪51方向相反的轉動，而 使經轉印後的修正帶捲繞於小齒輪54的外周。 另外’本發明的替換用帶芯模組6，是適用於上述滑 蓋式修正帶1的替換用帶芯模組，其具備： 替換用帶芯定位板61，該替換用帶芯定位板61爲扁 平狀的板狀體，且於其中一面形成有對大齒輪外軸套52 形成定心的定心用構件6 1 1 ;和對小齒輪5 4形成定心的定 心用構件6 1 2 ;和對形成於上述本體2之帶刀座24執行定 位的定位構件6 1 4 ;和用來導引修正帶正確安裝於帶刀5 5 的修正帶導軌6 1 5 ;及一對修正帶導柱6 1 3、6 1 3 ; 替換用帶芯壓板62，該替換用帶芯壓板62爲略呈扁 平狀的長方形板，該替換用帶芯壓板62在對應於形成在 上述替換用帶芯定位板61之各構件611〜6 15的位置，形 成分別對應於上述替換用帶芯定位板61之各構件611〜615 -8- (6) 1311528 形狀，且可供上述替換用帶芯定位板61之各構件611〜615 貫穿的孔622〜626， 此外’在靠近可供上述定心用構件61 1貫穿的孔626 的那一側，分別於上下的兩個角落部各形成一支可對上述 本體2執行定位的定位銷62 1、62 1 ; 大齒輪外軸套52，該大齒輪外軸套52是隔著上述替 換帶芯用壓板62，而暫時卡合於上述替換用帶芯定位板 61的定心用構件611，其外周捲繞著尙未使用的修正帶， 用來替換已安裝於上述本體2內的大齒輪外軸套； 小齒輪5 4，該小齒輪5 4是隔著上述替換帶芯用壓板 62’而暫時卡合於上述替換用帶芯定位板61的另一個定 心用構件612，用來替換已安裝於上述本體內的小齒輪， 修正帶的替換步驟爲：先取下安裝於上述本體2內的 修正帶’並在上述替換用帶芯定位板61的上述兩個定心 用構件611、612分別抵接於上述本體2的上述大齒輪軸 26與小齒輪軸27、且上述替換用帶芯定位板61的上述定 位構件614則嵌入上述本體2的上述帶刀座24、且上述替 換用帶芯定位板61的上述修正帶導軌615包圍於上述帶 刀5 5的外周側的狀態下，藉由按壓上述的替換帶芯用壓 板62，使替換用的大齒輪外軸套52與小齒輪54套裝於上 述本體2的上述大齒輪軸26與小齒輪軸27，便完成修正 帶的替換。 〔發明的效果〕 -9- (7) 1311528 根據本發明的滑蓋式修正帶，由於設有滑動 7來控制本體2於側蓋3內部的滑動，因此帶刀 使用的狀態下縮回側蓋3內，當使執行轉印時， 蓋4的作動促使帶刀5 5從側蓋3伸出而執行轉 一來可達到保護帶刀的效果，並減少構件（傳統 保護蓋）的數量而降低成本。 此外，由於本發明的滑蓋式修正帶不必額外 保護帶刀的保護蓋，除了上述減少構件降低成本 外，還能解決傳統修正帶中「使用時必須先取下 、及「保護蓋容易遺失」的既有問題。 此外，由於本發明的側蓋3設有頂起部3 4 : ，當欲使帶刀5 5從側蓋3伸出而使本體2朝前 或欲使帶刀55縮回側蓋3內而使本體2朝後方 本體2的前端壁2c將受到上述頂起部34及擋填 用，而產生明顯的定位感，並可防止本體2從側 〇 此外，根據本發明的替換用帶芯模組6，當 體2內的修正帶用完時，使用者可輕易地自行更 正帶而重複使用本發明的滑蓋式修正帶。如此一 長滑蓋式修正帶的使用壽命，並符合環保的趨勢1311528 (1) EMBODIMENT DESCRIPTION OF THE INVENTION [Technical Field] The present invention provides a user who can easily replace a captive correction tape and a replacement for the slide type correction tape [Prior Art] With the introduction of various new writing instruments, correction tools for correcting errors have also developed correction fluids from the original eraser. As the name implies, the correction fluid is applied by applying a liquid to the cover to be corrected, thereby achieving the effect of correction. The correction tape is a strip-shaped body which is formed by covering the portion to be corrected by transfer to achieve the same correction effect as the above-mentioned correction liquid. [Description of the Invention] ® [Problem to be Solved by the Invention] A conventional correction tape has a structure in which the front end is tapered and the rear end is a large radius arc in order to match the transfer of the strip, and the belt is used for turning - It is fixed to be exposed. In the conventional correction tape, an additional cover is provided for the protection in the unused state, and the protective cover is required to perform the transfer of the correction tape when performing the transfer. Come, not only the inconvenience, but also the protective cover is easy to lose. In addition to the above problems, since the slide tape core module word of the positive tape of the conventional correction tape or the part of the mis-recognition and correction tape is covered with a solid state, the leading end (the tape-printed tape with the knife blade is the first to be taken with the knife) The resulting shape is -4- (2) 1311528 (the structure with a sharp front end and a large radius arc at the back end), which also causes inconvenience. For example, 'When the traditional correction tape is stored in the mouth of the clothes When the protective cover is detached by the squeezing, the knives are exposed, the knives are damaged, the strips are damaged, or the transfer is improperly transferred. [Means for Solving the Problem] In order to solve the above problems, the slide of the present invention The correction tape 1 , 0 is a slide type correction tape which is transferred to the surface of the object, and comprises: a body 2 which is composed of a top wall 2a, a bottom wall 2b, a front end, a right side wall 2d and a rear end wall 2e The rear side of the correction belt drive system 5 for accommodating the correction tape is formed by the top wall 3a, the bottom wall 3b, the front end and the left side wall 3d. The cross section is slightly c-shaped and covered on the body 2 The side, the length in the horizontal direction is the length in which the inside of the body 2 is slid; and the slider 4 is a slightly flat plate-like body, and a pair of hooks 42, 42 are formed on the surface thereof. The slide cover 4 can be engaged with the right side wall 2d of the main body 2 by the above-mentioned cutting 42 and 42 and has a function of activating the slide control switch 7; and a slide control switch 7 mounted on the above 2 In the right side wall 2 d, the body 2 can be controlled in the side cover 3 by causing the inclination of the slide control switch 7 to form a surface with the inclined portion 3 2 formed in the top wall 3 a of the side cover 3 . Sliding, when the transfer of the correction tape is to be performed, it is only necessary to make the slider 4 along the belt bag to be a m 2C body; and m 3C may be in contact with the body portion 73 of the middle to the hook -5- (3) 1311528 sliding in the flat direction, the tape cutter 55 of the correction tape drive device 5 accommodated in the main body 2 can be extended from the side cover 3, and when the transfer of the correction tape is completed, only The slide cover 4 is slid rearward in the horizontal direction to drive the correction tape In addition, in the slide type correction tape 1 described above, the left side wall 3 d of the side cover 3 is formed with a partition portion 3 5 parallel to the top wall 3 a. In a range surrounded by the front end wall 3 c, the top wall 3 a and the partition portion 35 , a jacking portion 34 and a block that are accidentally detached from the rear side of the side cover 3 when the main body 2 is slid rearward are formed. In the above-mentioned top wall 3a and bottom wall 3b, a pair is formed on the other side of the left side wall 3d: a protrusion in the vertical direction to limit the limit of the body 2 from the right side of the side cover 3 In addition, in the slide type correction tape 1 described above, the rising portion 34 is a trapezoidal rib protruding from the left side wall 3d of the side cover 3 and having a central portion higher than both end portions. When the main body 2 slides in the side cover 3, the lifting force can be applied to the front end wall 2c of the main body 2 by the rising portion 34. Further, in view of the above-described slide type correction tape 1, the slide cover 4 is formed with a slide guide 43 formed in the vicinity of the upper left end corner of one of the sides, and the slide guide 43 can penetrate the slide groove 23 formed in the right side wall 2d of the main body 2 And protruding toward the inside of the main body 2, and abutting against the slide control switch 7 mounted in the right side wall 2d of the main body 2, the sliding force of the slide cover 4 to the rear is transmitted to the slide control switch 7 through the slide guide 43. The slide control switch 7 is rotated counterclockwise with the An-6-(4) 1311528 mounting shaft 28 formed in the right side wall 2d of the main body 2, and is released between the inclined portion 3 of the side cover 3 The snap relationship. Further, in the above-described slide type correction tape 1, wherein the slide cover 4 is formed on one of the sides in the vicinity of the center portion, an elongated limit rail 4 1 is formed along the horizontal direction, and the limit rail 41 is slidable. The limiting guide groove 2 1 formed outside the right side wall 2 d of the body 2 is embedded to control the sliding distance of the slider 4 . Further, in the above-described slide type correction tape 1, the above-described correction tape drive system 5 includes: a large gear 51 which is formed with a pair of meniscus-shaped check elastic pieces 511, 511, and in the pair The snap-back elastic pieces 511 and 511 are fitted into the ring-shaped rack 25 formed on the right side wall 2d of the main body 2, and are attached to the large-gear shaft 26 formed on the right side wall 2d of the main body 2, thereby having a function of preventing reverse rotation; And the pinion gear 54'. The pinion gear 54 is formed with a plurality of teeth on one side thereof, and is mounted on the right side of the body 2 in a state in which the plurality of teeth mesh with the teeth formed on the outer circumference of the large gear 51. a small gear shaft 27 of the wall 2d, and having a function of synchronously reversing and rotating to retract the transferred correction tape when the large gear 51 rotates; and a large gear inner sleeve 53, the large gear inner shaft The sleeve 53 is fitted to the large gear 51' described above and has a plurality of projections formed on the outer circumference for engaging the outer gear sleeve 52 which will be described later; and a large outer casing 52' of the outer circumference of the large gear outer sleeve 52 Winding the untransferred correction tape' and Engaging the outer circumference of the large gear inner sleeve 53 by the plurality of protrusions formed on the inner circumference and the protrusions of the above-mentioned large gear inner sleeve 53 of (5) 1311528; and the belt cutter 55, The belt cutter 55 is fitted and fitted in the belt holder 24 formed on the right side wall 2d of the main body 2; when the transfer of the correction tape is to be performed, the belt cutter 55 is extended from the side cover 3, and the belt cutter is used. 5 5 pressing the correction tape against the surface of the object to be transferred, and pulling the correction tape while pulling in the reverse direction, at this time, the large gear outer sleeve 52 which is wound around the outer circumference of the correction tape will rotate as the correction tape is sent out. And transmitting the rotating force to the large gear 51 through the large gear inner sleeve 53 engaged therewith, and then transmitting the rotational force to the pinion 54' by the large gear 51 and causing the pinion 54 to rotate in the opposite direction to the large gear 51. The corrected correction tape is wound around the outer circumference of the pinion 54. Further, the replacement core module 6 of the present invention is a replacement core module suitable for the above-described slide type correction tape 1, and is provided with: a replacement core positioning plate 61 for replacing the core positioning plate 61 It is a flat plate-like body, and a centering member 6 1 1 for centering the large gear outer sleeve 52 is formed on one side thereof; and a centering member 6 1 2 for centering the pinion gear 5 4 is formed. And a positioning member 6 1 4 for positioning the belt holder 24 formed on the body 2; and a correction belt guide 6 1 5 for guiding the correction belt to be correctly mounted to the belt cutter 5 5; and a pair of correction belt guide columns 6 1 3, 6 1 3 ; replacing the cored plate 62, which is a slightly flat rectangular plate, the replacement core plate 62 corresponding to being formed in the above-mentioned replacement core positioning plate 61 The positions of the members 611 to 615 are formed to correspond to the respective members 611 to 615-8-(6) 1311528 of the above-described replacement core positioning plate 61, and are available for each of the above-mentioned replacement core positioning plates 61. The members 611 to 615 penetrate the holes 622 to 626, and further 'close to the hole 62 through which the centering member 61 1 can pass. On the side of the six sides, a positioning pin 62 1 , 62 1 for positioning the body 2 is formed in each of the upper and lower corner portions; a large gear outer sleeve 52, which is separated by a large gear outer sleeve 52 The centering member 611 for temporarily replacing the cored platen 62 is temporarily engaged with the centering member 611 for the replacement core positioning plate 61, and an unused correction tape is wound around the outer circumference to replace the body 2 that has been attached to the body 2 a large gear outer sleeve; a pinion gear 5 4 that is temporarily engaged with the centering member 612 of the replacement belt core positioning plate 61 via the replacement core platen 62' For replacing the pinion gear that has been installed in the body, the replacement step of the correction tape is: first removing the correction tape installed in the body 2 and using the above two centerings of the replacement core positioning plate 61 The member 611, 612 abuts against the large gear shaft 26 and the pinion shaft 27 of the main body 2, and the positioning member 614 of the replacement core positioning plate 61 is fitted into the tool holder 24 of the main body 2, and the above Replace the above-mentioned correction tape guide with the core positioning plate 61 When the rail 615 is surrounded by the outer peripheral side of the belt knife 55, the replacement large belt outer sleeve 52 and the pinion 54 are fitted to the large gear of the main body 2 by pressing the replacement core core pressing plate 62 described above. The shaft 26 and the pinion shaft 27 complete the replacement of the correction tape. [Effects of the Invention] -9- (7) 1311528 According to the slide type correction tape of the present invention, since the slide 7 is provided to control the sliding of the main body 2 inside the side cover 3, the side cover 3 is retracted in a state in which the knife is used. Inside, when the transfer is performed, the operation of the cover 4 causes the belt knife 5 to protrude from the side cover 3 to perform the rotation to achieve the effect of protecting the belt knife, and the number of members (conventional protective cover) is reduced to reduce the cost. In addition, since the slide type correction tape of the present invention does not need to additionally protect the protective cover with the knife, in addition to the above-mentioned reduction member, the cost can be reduced, and the conventional correction tape can be solved in the conventional correction tape, which must be removed first and the "protective cover is easily lost". something wrong. In addition, since the side cover 3 of the present invention is provided with the jacking portion 3 4 : when the belt cutter 5 is to be extended from the side cover 3 so that the body 2 faces forward or the belt cutter 55 is to be retracted into the side cover 3, the body is made 2, the front end wall 2c of the rear body 2 will be subjected to the above-mentioned jacking portion 34 and the retaining portion, thereby generating a noticeable positioning feeling and preventing the body 2 from being side-mounted. Further, the replacement core module 6 according to the present invention, When the correction tape in the body 2 is used up, the user can easily correct the tape and reuse the slide type correction tape of the present invention. Such a long slide-type correction tape has a long service life and is in line with environmental trends.
最後，由於本發明的滑蓋式修正帶具有扁平 外觀，相較於傳統的修正帶，具有容易收藏攜帶E 【實施方式】 控制開關 55可在不 可藉由滑 印。如此 修正帶的 設置用來 的功效之 保護蓋」 3:擋塊33 方滑動， 滑動時， ,3 3的作 蓋3脫落 安裝於本 換新的修 來，可延 〇 的長方形 I勺效果。 -10- (8) 1311528 接下來’參考圖面的內容來說明本發明的滑蓋式修正 帶及替換用帶芯模組。 首先’第1圖爲顯示本發明滑蓋式修正帶之實施形態 的說明圖’第2圖爲顯示本發明滑蓋式修正帶之本體的說 明圖’第3圖爲顯示本發明滑蓋式修正帶之側蓋的說明圖 ’第4圖爲顯示本發明滑蓋式修正帶之滑蓋的說明圖，第 5、6圖爲顯示本發明滑蓋式修正帶之構件的說明圖，第7 圖爲顯示第5、6圖所示之構件安裝於本體內的配置關係 示意圖’第8圖爲本發明之滑蓋式修正帶的作用說明圖， 第9圖爲爲顯示本發明替換用帶芯模組之構件的說明圖， 第1 〇圖爲顯示本發明替換用帶芯模組之組合狀態的說明 圖’第Π圖是用來說明替換用帶芯模組之使用狀態說明 圖。 如第1圖所示’本發明的滑蓋式修正帶1爲略成扁平 狀的長方形體’是由：本體2、側蓋3、滑蓋4、修正帶驅 動系統5及滑動控制開關7所構成。如第2圖所示，上述 的本體2是由：頂壁2a、底壁2b、前端壁2c、右側壁2d 及後端壁2e構成一個略呈扁平狀，且左側開放的長方形 體。在右側壁2d貫穿形成有長條狀的卡合溝22、22及滑 動溝23，並在其外側面形成有長條狀的限位導槽2 1，該 限位導槽2 1並未貫穿右側壁2d。此外，在該右側壁2d的 內側面設有··用來安裝帶刀55的帶刀座24、和用來安裝 大齒輪51的大齒輪軸26、和用來安裝小齒輪54的大齒輪 軸2 7、和用來安裝滑動控制該關7的安裝軸2 8、和用來 -11 - (9) 1311528 固定滑動控制開關7的卡鉤29、及以上述大齒輪軸26作 爲中心的環狀齒條2 5。 如第7圖所示，在本體2內部收納著修正帶驅動系統 5’該修正帶驅動系統5包含：大齒輪51，該大齒輪51形 成有一對彎月狀的止回彈片511,並在該一對止回彈片 511嵌入形成於上述本體2之右側壁2d的環狀齒條25的 狀態下’安裝在形成於上述本體2之右側壁2d的大齒輪 軸26 ;和小齒輪54，該小齒輪54在其中一側面形成有複 數個齒，並在該複數個齒與形成於上述大齒輪51外周的 齒嚙合的狀態下’安裝在形成於上述本體2之右側壁2d 的小齒輪軸27;和大齒輪內軸套53，該大齒輪內軸套53 是套裝於上述的大齒輪51，並在外周形成有複數個可供後 述大齒輪外軸套52卡合的突出部；和大齒輪外軸套52, 該大齒輪外軸套5 2的外周捲繞著未經轉印的修正帶，且 藉由形成於內周的複數個突出部與上述大齒輪內軸套53 的突出部之間的卡合，而套裝於上述大齒輪內軸套53的 外周；及帶刀55，該帶刀55是嵌入形成於上述本體2之 右側壁2d的帶刀座24內。 如以上所述，由於大齒輪51是在其一對止回彈片511 嵌入上述本體2之右側壁2d的環狀齒條25的狀態下，安 裝於上述本體2之右側壁2d的大齒輪軸26，故可藉由上 述一對止回彈片55與上述環狀齒條25之間的卡合關係， 限制大齒輪51形成單方向（送出修正帶的方向）的轉動 ，如此一來，可精準地控制修正帶的送出量，而達到有效 -12- (10) 1311528 轉印避免浪費的功效。 此外，由於上述的小齒輪5 4在其中一側面形成有複 數個齒，並在該複數個齒與形成於上述大齒輪51外周的 齒嚙合的狀態下’安裝於右側壁2d的小齒輪軸27，因此 當上述大齒輪51轉動時，小齒輪54將同步形成反向轉動 ，將經轉印後的修正帶捲繞於其外周。如此一來，由於大 齒輪5 1與小齒輪54之間存在嚙合的關係，故當大齒輪5 1 轉動時小齒輪54也將隨之形成反向轉動。換言之，被小 齒輪54所捲取之經轉印後的修正帶的量（長度），是與 大齒輪5 1所送出之未經轉印的修正帶量（長度）相等， 藉由上述的方式’可使修正帶在保持最佳張力的狀態下執 行轉印，進而消除皴摺、中斷等存在於傳統修正帶的既有 問題。 本發明的帶刀55如第6A圖所示，是由按壓部55a; 和形成於該按壓部55&左右兩側的一對導引部55b、55b; 及用來插入帶刀座24的桿體部55c所構成，於上述的桿 體部5 5c的外周面上，在靠近前端的部份形成有突出部， 當帶刀55插入帶刀座24內時，可藉由使上述突出部抵接 於帶刀座24內部的方式，來限制帶刀5 5的旋轉角度，如 此一來，可避免因帶刀55產生過度的旋轉而導致修正帶 糾結受損的情形產生。 如第4圖所示’本發明的滑蓋4爲略呈扁平的板狀體 ’並於其中一面形成有一對卡鉤42、42，該滑蓋4可藉由 使該一對卡鉤42、42貫穿卡合於上述卡合溝22、22 ,而 -13- (11) 1311528 安裝於上述本體2的右側壁2 d。 此外’滑蓋4在其中一面的左上端角落附近形成有滑 動導軌43’該滑動導軌43可貫穿形成於本體2之右側壁 2d的滑動溝23而朝本體2內部突出，並與安裝於本體2 之右側壁2d內的滑動控制開關7抵接，滑蓋4朝後方滑 動的力量將透過該滑動導軌43而傳遞至滑動控制開關7， 使滑動控制開關7以形成於本體2之右側壁2d內的安裝 軸28作爲中心產生逆時針轉動，進而解除與側蓋3之傾 斜部32間的卡合關係。不僅如此，滑蓋4在面對本體2 之右側壁2d外表面的表面中央部附近，沿著水平方向形 成一長條狀的限位導軌41，該限位導軌41可自由滑動地 嵌入形成於本體2之右側壁2d外側面的限位導槽2 1，如 此一來，限位導軌41與限位導槽2 1之間的滑動關係，控 制滑蓋4朝前後方向滑動的距離。 如第3圖所示，本發明的側蓋3是由頂壁3 a、底壁 3 b、前端壁3 c及左側壁3 d所構成並包覆於本體2的外側 ，其剖面略呈C字狀。側蓋3的左側壁3d形成有平行於 頂壁3a的隔板部35，在上述前端壁3c、頂壁3a與隔板 部35所包圍的範圍內形成有頂起部34及擋塊33，頂起部 34及擋塊33可於本體2朝後方滑動時，防止本體2意外 從上述側蓋3後方脫離。 在上述的頂壁3a及底壁3b，分別於上述左側壁3d的 另一側形成一對限位部3 1、3 1，該限位部3 1、3 1是沿著 垂直方向伸出，而可限制本體2從側蓋3右側脫離。 -14- (12) 1311528 此外，在側蓋3的頂壁3 a的內側面，於大致對應於 頂起部34的位置，朝側蓋3的內側突出形成一個略呈三 角狀的傾斜部32。當滑蓋式修正帶1在攜帶的狀態下，該 傾斜部32的斜面32a與上述滑動控制開關7的斜面73a 形成面接觸，而使帶刀5 5保持在側蓋3的內部。當滑蓋 式修正帶1在伸出帶刀55執行轉印的狀態下，上述傾斜 部32的斜面32b則與上述滑動控制開關7的斜面73b形 成面接觸，而使帶刀55保持在伸出的位置。 上述的頂起部34是從上述側蓋3的左側壁3d突起， 且中央部較兩端部更高的梯形凸肋，當上述本體2在上述 側蓋3內滑動時，本體2的前端壁2C將接觸於該頂起部 3 4，隨著該頂高部3 4的高度變化（側端部：低-> 中央部 :高->側端部：低），將對前端壁2e作用磨擦力，如此 一來，將使本體2在側蓋3內的滑動受到若干程度的阻礙 ，使用者可清楚地感受到上述滑動的變化，並可根據此一 滑動的變化獲得清楚的定位感。亦即，在本體2朝前方滑 動而使帶刀5 5從側蓋3伸出的場合中，是使本體2在側 蓋3的內部朝前方滑動，一旦其前端壁2c的外側面抵接 於側蓋3之前端壁3c的內側面，便停止上述的滑動而完 成定位（帶刀3 3伸出）。相反地，在本體2朝後方滑動 而使帶刀5 5縮回側蓋3內的場合中，是使本體2在側蓋3 的內部朝後方滑動，一旦其前端壁2c的內側面抵接於上 述擋塊33’便停止上述的滑動而完成定位（帶刀33縮回 -15- (13) (13)1311528 如第6B圖所示，滑動控制開關7具有：收容部71、 凸點7 2、傾斜部7 3及推桿74。上述的收容部71是用來 收納彈簧8。該滑動控制開關7是安裝於上述本體2內的 安裝軸28，並由設在該安裝軸28附近的卡鉤29按壓其表 面而形成安裝狀態。在上述的安裝狀態下，滑動控制開關 7能以上述的安裝軸2 8作爲中心產生旋轉。更詳細地說， 在上述的安裝狀態下，是藉由收納於上述收納部7 1內之 彈簧8的彈力，使滑動控制開關7保持成：其傾斜部73 從本體2的頂壁2a突出的狀態，此時，滑動控制開關7 的推桿74是位在：與「貫穿本體2之滑動溝23而朝本體 2內部突出」之滑蓋4的滑動導軌43抵接的位置。當滑蓋 4朝後方滑動時，由於滑蓋4的滑動導軌43抵接於滑動控 制開關7的推桿74，一旦滑動的力量大於彈簧8的彈力， 滑動控制開關7將因爲滑蓋4朝後方的滑動，而以安裝軸 2 8作爲中心形成逆時針轉動。當滑動的力量小於彈簧8的 彈力時，滑動控制開關7則受到彈簧8的彈力作用而恢復 成上述的安裝狀態。 接下來，參考圖面說明本發明的替換用帶芯模組6。 如第9、1 0圖所示，本發明的替換用帶芯模組6是由 替換用帶芯定位板61、替換用帶芯壓板62、大齒輪外軸 套52及小齒輪54所構成。 上述的替換用帶芯定位板61爲扁平狀的板狀體’且 於其中—面形成有：對大齒輪外軸套5 2形成定心的定心 用構件6 1 1 ;和對小齒輪5 4形成定心的定心用構件6 1 2 ; -16 - (14) 1311528 和對形成於上述本體2之帶刀座24執行定位的定位構件 614;和用來導引修正帶正確安裝於帶刀55的修正帶導軌 615;及一對修正帶導柱613、613。 而上述的替換用帶芯壓板62爲略呈扁平狀的長方形 板，該替換用帶芯壓板62在對應上述替換用帶芯定位板 61之各構件611〜615的位置，形成分別對應於上述替換用 帶芯定位板6 1之各構件6 1 1〜6 1 5形狀，且可供上述替換 用帶芯定位板61之各構件611〜615貫穿的孔622〜626。 此外’在靠近上述孔626的那一側，分別於上下的兩個角 落部各形成一支可對上述本體2執行定位的定位銷621、 62卜 上述的大齒輪外軸套52是隔著上述替換帶芯用壓板 62’而暫時卡合於上述替換用帶芯定位板61的定心用構 件611，其外周捲繞著尙未使用的修正帶，用來替換已安 裝於上述本體2內的大齒輪外軸套。 而上述的小齒輪54是隔著上述替換帶芯用壓板62, 而暫時卡合於上述替換用帶芯定位板61的另一個定心用 構件612，用來替換已安裝於上述本體內的小齒輪。 接著，說明本發明之滑蓋式修正帶1及替換用帶芯組 6的使用方法。 首先，先針對滑蓋式修正帶1的使用方法進行說明。 當欲執行修正帶的轉印時，使用者是以手指分別夾持 於滑蓋式修正帶1的兩側，此時，安裝於本體2內部的滑 動控制開關7，是藉由其傾斜部7 3的斜面7 3 a對側蓋3之 -17- (15) 1311528 傾斜部32的斜面32a形成面接觸（請參考第7A、7B圖） ，如此一來，可使本體2保持在側蓋3內的後退位置。當 推動滑蓋4朝前方滑動，由於滑蓋4的滑動導軌43貫穿 本體2，藉此將促使本體2在側蓋3的內部朝前方滑動， 一旦該滑動的力量大於上述彈簧8的彈力，滑動控制開關 7的斜面73a將受到側蓋3之斜面32a的擠壓，而使滑動 控制開關7以本體2的安裝軸28作爲中心產生逆時針轉 動（請參考第7C圖）。此時滑動控制開關7的斜面73a 與側蓋3的斜面32a之間的面接觸面積，將隨著本體2在 側蓋3內部持續朝前方滑動、以及滑動控制開關7之逆時 針轉動的雙重作用而逐漸減少，一旦上述滑動控制開關7 的斜面73a與側蓋3的斜面32a之間的面接觸關被解除， 也就是說側蓋3的斜面32a不再對滑動控制開關7的斜面 73a形成按壓時，滑動控制開關7將藉由彈簧8的彈力作 用而以本體2的安裝軸28作爲中心形成順時針轉動，而 恢復至滑動控制開關7的推桿74抵接於滑蓋4之滑動導 軌43的狀態，在這個狀態下，本體2是位在側蓋3內部 的前進位置，也就是指帶刀5 5從側蓋3伸出的位置。此 時，滑動控制開關7的斜面73b是以面接觸的方式抵接於 側蓋3的斜面32b而形成卡合（請參考第8A圖）。 當上述帶刀5 5從上述側蓋3伸出後，一邊藉由帶刀 55將修正帶按壓於欲轉印的物體表面，並一邊朝反向拉動 而送出修正帶，此時外周捲取著修正帶的大齒輪外軸套52 將隨著修正帶的送出而轉動，並透過與其卡合的大齒輪內 -18- (16) 1311528 軸套53將轉動的力量傳遞至大齒輪51，再由大齒輪51將 轉動力傳遞至小齒輪54，並使小齒輪54產生與大齒輪51 方向相反的轉動，而使經轉印後的修正帶捲繞於小齒輪5 4 的外周。 在上述轉印動作的說明中，爲了說明上的方便而分解 成複數個步驟進行說明，但在實際的轉印過程中，上述說 明中的所有步驟是在同一個時間點被執行，換言之，上述 的轉印動作是在瞬間同步執行的動作。 當轉印結束欲縮回帶刀5 5時，是朝後方推動滑蓋4， 此時滑蓋4朝後方滑動的力量將透過其滑動導軌43而傳 遞至滑動控制開關7，一旦滑動的力量大於彈簧8的彈力 ’將使滑動控制開關7以本體2的安裝軸28作爲中心形 成逆時針轉動，進而解除上述滑動控制開關7的傾斜面 73b與側蓋3的傾斜面32b之間的卡合關係，一旦上述的 卡合關係被解除，滑蓋4與本體2可在側蓋3的內部朝後 方滑動，直到本體2的前端壁2 a抵接於側蓋3的擋塊3 3 時’便完成帶刀5 5縮回側蓋3內的動作。 接著，說明本發明之替換用帶芯模組的替換步驟。 修正帶的替換步驟爲：先將本體2從側蓋3中取出， 再取下安裝於上述本體2內的修正帶（包含小齒輪54及 大齒輪外軸套52)，並在替換用帶芯定位板61的兩個定 心用構件6 1 1、6 1 2分別抵接於本體2的大齒輪軸2 6與小 齒輪軸27、且替換用帶芯定位板61的定位構件614嵌入 本體2的帶刀座24、且替換用帶芯定位板61的修正帶導 -19- (17) 1311528 軌6 1 5包圍於帶刀5 5的外周側的狀態下（請參考第1 1圖 )，藉由按壓替換帶芯用壓板62，使替換用的大齒輪外軸 套52與小齒輪54套裝於本體2的上述大齒輪軸26與小 齒輪軸27，便完成修正帶的替換。 以上的說明，只是列舉本發明之滑蓋式修正帶與替換 用帶芯模組的其中一個範例做說明，本發明並不偈限於上 述的說明。只要是不脫離本發明的範圍，可針上述各構件 的配置關係、形狀、數量或作動方式做適當的設計變更， 舉例來說，本發明中用來定位的定位銷、定位構件等元件 ’亦可視各構件之間的配合關係而針對數量、形狀或配置 位置等作適當的變更。 【圖式簡單說明】 第1圖：爲顯示本發明滑蓋式修正帶之實施形態的說 明圖。 第2圖：爲顯示本發明滑蓋式修正帶之本體的說明圖 〇 第3圖：顯示本發明滑蓋式修正帶之側蓋的說明圖。 第4圖：爲顯示本發明滑蓋式修正帶之滑蓋的說明圖 〇 第5圖：爲顯示本發明滑蓋式修正帶之構件的說明圖 ’其中A爲大齒輪，b爲大齒輪外軸套，c爲大齒輪內軸 套，D爲小齒輪。 第6圖：爲顯示本發明滑蓋式修正帶之構件的說明圖 -20- (18) (18)1311528 ，其中A爲帶刀，B滑動控制開關。 第7圖：爲本發明之滑蓋式修正帶的作用說明圖，其 中A是本體位於側蓋內之後退位置的狀態，B是本體在側 蓋內朝前方滑動的狀態，C爲滑動控制開關形成逆時針轉 動的狀態。 第8圖：爲本發明之滑蓋式修正帶的作用說明圖，其 中A爲本體在側蓋內位於前進位置（帶刀伸出）的狀態， B爲滑動控制開關形成逆時針轉動的狀態，C爲本體位於 側蓋內之後退位置的狀態（帶刀縮回） 第9圖：爲顯示本發明替換用帶芯模組之構件的說明 圖’其中A爲替換用帶芯定位板，b爲替換用帶芯壓板。 第10圖··爲顯示本發明替換用帶芯模組之組合狀態的 說明圖。 第11圖：是用來說明替換用帶芯模組之使用狀態說明 圖。 【主要元件符號說明】 1 :滑蓋式修正帶 2 :本體 2a :頂壁 2b :底壁 2c :前端壁 2d :右側壁 2e :後端壁 2f :補強肋 -21 - (19) 1311528 2 1 :限位導槽 22、22 :卡合溝 23 :滑動溝 24 :帶刀座 2 5 :環狀齒條 26 :大齒輪軸 2 7 :小齒輪軸 φ 28 :安裝軸（滑動控制開關用） 2 9 :卡夠 3 :側蓋 3 a :頂壁 3b :底壁 3c :前端壁 3 d :左側壁 3 1 :限位部 # 3 2 :傾斜部 32a、 32b ：斜面 3 3 :擋塊 . 3 4 :頂起部 3 5 :隔板部 4 :滑蓋 4 1 :限位導軌 42、42 :卡鉤 43 :滑動導軌 -22- (20) 1311528 5 :修正帶驅動系統 5 1 :大齒輪 5 1 1 :止回彈片 5 2 :大齒輪外軸套 53 :大齒輪內軸套 5 4 :小齒輪 55 :帶刀 φ 6 :替換用帶芯模組 6 1 :替換用帶芯定位板 6 1 1 :定心用構件 6 1 2 :定心用構件 6 1 3、6 1 3 ·修正帶導柱 6 1 4 :定位構件 6 1 5 :修正帶導軌 62 :替換用帶芯壓板 • 621 :定位銷Finally, since the slide type correction tape of the present invention has a flat appearance, it is easy to collect and carry E compared to the conventional correction tape. [Embodiment] The control switch 55 can not be slid by printing. In this way, the protective cover for correcting the function of the belt is used. 3: The block 33 slides in the side, and when sliding, the cover 3 of the 3 3 is detached. This is a new repair that can be extended. -10- (8) 1311528 Next, the slide type correction tape and the replacement core module of the present invention will be described with reference to the contents of the drawings. First, Fig. 1 is an explanatory view showing an embodiment of a slide type correction tape of the present invention. Fig. 2 is an explanatory view showing a main body of a slide type correction tape of the present invention. Fig. 3 is a view showing a slide type correction of the present invention. 4 is an explanatory view showing a slide cover of the slide type correction tape of the present invention, and FIGS. 5 and 6 are explanatory views showing members of the slide type correction tape of the present invention, and FIG. FIG. 8 is a view showing the action of the slide type correction tape of the present invention in order to show the arrangement relationship of the members shown in FIGS. 5 and 6 in the body, and FIG. 9 is a view showing the replacement core mold of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an explanatory view showing a combined state of a replacement core module of the present invention. FIG. As shown in Fig. 1, the slide type correction tape 1 of the present invention is a rectangular body having a substantially flat shape. The main body 2, the side cover 3, the slide cover 4, the correction belt drive system 5, and the slide control switch 7 are provided. Composition. As shown in Fig. 2, the main body 2 is composed of a top wall 2a, a bottom wall 2b, a front end wall 2c, a right side wall 2d, and a rear end wall 2e, and has a substantially flat shape and a rectangular body which is open on the left side. An elongated engagement groove 22, 22 and a sliding groove 23 are formed in the right side wall 2d, and an elongated limit guide groove 2 1 is formed on the outer side surface thereof. The limit guide groove 2 1 does not penetrate. Right side wall 2d. Further, on the inner side surface of the right side wall 2d, there is provided a belt holder 24 for mounting the belt cutter 55, a large gear shaft 26 for mounting the large gear 51, and a large gear shaft 27 for mounting the pinion gear 54. And a mounting shaft 28 for mounting the slide control switch 7, and a hook 29 for the -11 - (9) 1311528 fixed slide control switch 7, and an annular rack centered on the large gear shaft 26 2 5. As shown in Fig. 7, a correction tape drive system 5' is housed inside the main body 2. The correction tape drive system 5 includes a large gear 51 which is formed with a pair of meniscus-shaped check elastic pieces 511, and A pair of check elastic pieces 511 are fitted into the large-gear shaft 26 formed on the right side wall 2d of the main body 2 in a state of being fitted into the annular rack 25 formed on the right side wall 2d of the main body 2; and a pinion 54, which is small The gear 54 is formed with a plurality of teeth on one side thereof, and is mounted on the pinion shaft 27 formed on the right side wall 2d of the body 2 in a state in which the plurality of teeth mesh with the teeth formed on the outer circumference of the large gear 51; And a large gear inner sleeve 53 which is fitted to the large gear 51 described above, and has a plurality of protrusions on the outer circumference for engaging the outer gear sleeve 52 to be described later; and a large gear a sleeve 52, the outer circumference of the large gear outer sleeve 52 is wound with a non-transferred correction tape, and is formed by a plurality of protrusions formed on the inner circumference and the protrusion of the large gear inner sleeve 53 Engaged in the outer circumference of the above-mentioned large gear inner sleeve 53; and with a knife 55 The belt cutter 55 is fitted into the belt holder 24 formed on the right side wall 2d of the main body 2. As described above, the large gear 51 is a large gear shaft 26 attached to the right side wall 2d of the main body 2 in a state in which the pair of check elastic pieces 511 are fitted into the annular rack 25 of the right side wall 2d of the main body 2. Therefore, the engagement between the pair of the non-retaining elastic pieces 55 and the annular rack 25 can restrict the rotation of the large gear 51 in a single direction (the direction in which the correction tape is sent), so that the accuracy can be accurately Control the delivery of the correction tape to achieve effective -12- (10) 1311528 transfer to avoid waste. Further, since the pinion gear 5 4 is formed with a plurality of teeth on one side thereof, and the pinion shaft 27 attached to the right side wall 2d in a state where the plurality of teeth mesh with the teeth formed on the outer circumference of the large gear 51, Therefore, when the large gear 51 rotates, the pinion 54 will synchronously form a reverse rotation, and the transferred correction tape will be wound around its outer circumference. As a result, since there is a meshing relationship between the large gear 51 and the pinion 54, the pinion 54 will also rotate in the reverse direction as the large gear 5 1 rotates. In other words, the amount (length) of the transferred correction tape taken up by the pinion gear 54 is equal to the amount (length) of the untransferred correction tape sent from the large gear 51 by the above-described manner. 'The correction tape can be subjected to transfer while maintaining the optimum tension, thereby eliminating the existing problems of the conventional correction tape, such as collapse, interruption, and the like. As shown in FIG. 6A, the belt blade 55 of the present invention is a pressing portion 55a; and a pair of guiding portions 55b and 55b formed on the left and right sides of the pressing portion 55& and a rod portion for inserting the blade holder 24. In the outer peripheral surface of the rod portion 55c, a projection portion is formed on a portion close to the front end, and when the belt cutter 55 is inserted into the belt holder 24, the protruding portion can be abutted against the holder. The internal mode of 24 limits the angle of rotation of the belt cutter 5 5, so that the occurrence of damage to the correction belt due to excessive rotation of the belt cutter 55 can be avoided. As shown in FIG. 4, the slide cover 4 of the present invention is a slightly flat plate-like body and has a pair of hooks 42, 42 formed on one side thereof, and the slide cover 4 can be made by the pair of hooks 42, 42 is inserted into the above-mentioned engaging grooves 22, 22, and -13-(11) 1311528 is attached to the right side wall 2d of the above-mentioned body 2. In addition, the slide cover 4 is formed with a slide rail 43 ′ in the vicinity of the left upper end corner of one of the sides. The slide rail 43 can protrude through the sliding groove 23 formed on the right side wall 2 d of the body 2 toward the inside of the body 2 and is mounted to the body 2 . The slide control switch 7 in the right side wall 2d abuts, and the sliding force of the slide cover 4 is transmitted to the slide control switch 7 through the slide rail 43 so that the slide control switch 7 is formed in the right side wall 2d of the body 2. The mounting shaft 28 rotates counterclockwise as a center, thereby releasing the engagement relationship with the inclined portion 32 of the side cover 3. In addition, the slider 4 is formed in the horizontal direction in the vicinity of the central portion of the surface of the outer surface of the right side wall 2d of the body 2, and an elongated limit rail 41 is formed in the horizontal direction. The limit rail 41 is slidably embedded in the surface. The limiting guide groove 2 1 on the outer side surface of the right side wall 2d of the main body 2 is such that the sliding relationship between the limiting rail 41 and the limiting guide groove 21 controls the distance that the sliding cover 4 slides in the front-rear direction. As shown in Fig. 3, the side cover 3 of the present invention is composed of a top wall 3 a, a bottom wall 3 b, a front end wall 3 c and a left side wall 3 d and is wrapped on the outer side of the body 2, and has a cross section slightly C. Word shape. The left side wall 3d of the side cover 3 is formed with a partition portion 35 parallel to the top wall 3a, and a rising portion 34 and a stopper 33 are formed in a range surrounded by the front end wall 3c, the top wall 3a and the partition portion 35, The jacking portion 34 and the stopper 33 prevent the body 2 from being accidentally detached from the rear side of the side cover 3 when the body 2 slides rearward. In the top wall 3a and the bottom wall 3b, a pair of limiting portions 3 1 and 3 1 are formed on the other side of the left side wall 3d, respectively, and the limiting portions 3 1 and 31 extend in a vertical direction. Instead, the body 2 can be restrained from being detached from the right side of the side cover 3. Further, in the inner side surface of the top wall 3 a of the side cover 3, a slightly triangular inclined portion 32 is formed to protrude toward the inner side of the side cover 3 at a position substantially corresponding to the rising portion 34. . When the slide type correction tape 1 is carried, the inclined surface 32a of the inclined portion 32 comes into surface contact with the inclined surface 73a of the slide control switch 7, and the belt cutter 5 5 is held inside the side cover 3. When the slide type correction tape 1 is transferred in the extension tape cutter 55, the inclined surface 32b of the inclined portion 32 is in surface contact with the inclined surface 73b of the slide control switch 7, and the tape cutter 55 is held in the extended position. . The jacking portion 34 is a trapezoidal rib protruding from the left side wall 3d of the side cover 3 and having a central portion higher than the both end portions. When the body 2 slides in the side cover 3, the front end wall of the body 2 2C will be in contact with the rising portion 34, and will change to the front end wall 2e as the height of the top portion 34 changes (side end portion: low -> center portion: high -> side end portion: low) The frictional force acts, so that the sliding of the body 2 in the side cover 3 is hindered to some extent, the user can clearly feel the change of the sliding, and can obtain a clear sense of positioning according to the change of the sliding. . That is, when the main body 2 is slid forward and the belt knife 5 is extended from the side cover 3, the main body 2 is slid forward in the inside of the side cover 3, and the outer side surface of the front end wall 2c abuts on the side. The inner side surface of the front end wall 3c of the cover 3 stops the above-described sliding to complete the positioning (the belt 3 3 is extended). On the other hand, when the main body 2 is slid rearward and the belt knife 5 is retracted into the side cover 3, the main body 2 is slid rearward inside the side cover 3, and the inner side surface of the front end wall 2c abuts against the above. The stopper 33' stops the above sliding to complete the positioning (the blade 33 is retracted -15-(13) (13) 1311528. As shown in FIG. 6B, the slide control switch 7 has the accommodating portion 71, the bump 7, and the tilt The portion 713 and the push rod 74. The accommodating portion 71 is for accommodating the spring 8. The slide control switch 7 is a mounting shaft 28 attached to the main body 2, and is provided by a hook 29 provided near the mounting shaft 28. The surface is pressed to form a mounted state. In the above-described mounted state, the slide control switch 7 can be rotated about the mounting shaft 28 as described above. More specifically, in the above-described mounted state, it is stored in the above-mentioned state. The elastic force of the spring 8 in the accommodating portion 7 1 maintains the slide control switch 7 in a state in which the inclined portion 73 protrudes from the top wall 2a of the main body 2, and at this time, the push rod 74 of the slide control switch 7 is positioned at: "Sliding cover 4 penetrating the inside of the body 2 through the sliding groove 23 of the body 2" The position at which the slide rail 43 abuts. When the slide cover 4 slides rearward, since the slide rail 43 of the slide cover 4 abuts against the push rod 74 of the slide control switch 7, once the sliding force is greater than the spring force of the spring 8, the slide control switch 7 will rotate counterclockwise with the mounting shaft 28 as the center because the sliding cover 4 slides rearward. When the sliding force is smaller than the elastic force of the spring 8, the sliding control switch 7 is restored by the elastic force of the spring 8 to the above. Next, the replacement core module 6 of the present invention will be described with reference to the drawings. As shown in Figures 9, 10, the replacement core module 6 of the present invention is replaced by a core positioning plate. 61. The replacement core plate 62, the large gear outer sleeve 52 and the pinion 54 are formed. The replacement core positioning plate 61 is a flat plate-shaped body and the surface is formed with: a large gear The outer sleeve 5 2 forms a centering centering member 6 1 1 ; and a centering member 6 1 2; -16 - (14) 1311528 which is centered on the pinion gear 5 and a pair formed on the body 2 a positioning member 614 with a seat 24 for positioning; and for guiding the correcting band The correction tape guide 615 attached to the blade 55; and a pair of correction tape guides 613, 613. The replacement core plate 62 is a slightly flat rectangular plate, and the replacement core plate 62 corresponds to the above replacement. With the positions of the members 611 to 615 of the core positioning plate 61, the shapes of the members 6 1 1 to 6 1 5 respectively corresponding to the above-mentioned replacement core positioning plate 6 1 are formed, and the above-mentioned replacement core positioning plate can be used. The holes 622 to 626 are formed through the members 611 to 615 of the 61. Further, on the side close to the hole 626, a positioning pin 621 for positioning the body 2 is formed in each of the upper and lower corner portions, 62. The above-described large gear outer bushing 52 is a centering member 611 that is temporarily engaged with the replacement core positioning plate 61 via the replacement core platen 62', and is wound around the outer circumference. A correction belt for replacing the large gear outer sleeve that has been installed in the body 2 described above. The pinion gear 54 is another centering member 612 that is temporarily engaged with the replacement core positioning plate 61 via the replacement core platen 62, and is used to replace the small body that has been mounted in the body. gear. Next, a method of using the slide type correction tape 1 and the replacement core group 6 of the present invention will be described. First, the method of using the slide type correction tape 1 will be described first. When the transfer of the correction tape is to be performed, the user is respectively gripped on both sides of the slide type correction tape 1 by fingers, and at this time, the slide control switch 7 mounted inside the body 2 is by the inclined portion 7 thereof. The inclined surface 7 3 a of the side cover 3 is formed in face contact with the inclined surface 32a of the inclined portion 32 of the -17-(15) 1311528 of the side cover 3 (refer to FIGS. 7A, 7B), so that the body 2 can be held in the side cover 3 The back position inside. When the sliding slider 4 is slid forward, since the sliding guide 43 of the sliding cover 4 penetrates the body 2, the body 2 is urged to slide forward in the interior of the side cover 3, and once the sliding force is greater than the elastic force of the spring 8, the sliding The inclined surface 73a of the control switch 7 is pressed by the inclined surface 32a of the side cover 3, and the slide control switch 7 is rotated counterclockwise with the mounting shaft 28 of the body 2 as a center (refer to Fig. 7C). At this time, the surface contact area between the inclined surface 73a of the slide control switch 7 and the inclined surface 32a of the side cover 3 will double as the body 2 continues to slide forward in the inside of the side cover 3 and the counterclockwise rotation of the slide control switch 7. On the other hand, the surface contact between the inclined surface 73a of the slide control switch 7 and the inclined surface 32a of the side cover 3 is released, that is, the inclined surface 32a of the side cover 3 no longer presses the inclined surface 73a of the slide control switch 7. When the slide control switch 7 is rotated by the spring force of the spring 8 to form a clockwise rotation centering on the mounting shaft 28 of the body 2, the slide lever 74 that returns to the slide control switch 7 abuts against the slide rail 43 of the slide cover 4. In this state, the body 2 is in the advanced position inside the side cover 3, that is, the position where the belt knife 5 protrudes from the side cover 3. At this time, the inclined surface 73b of the slide control switch 7 abuts against the inclined surface 32b of the side cover 3 in a surface contact manner to form a snap (refer to Fig. 8A). When the belt knife 5 is extended from the side cover 3, the correction tape is pressed against the surface of the object to be transferred by the belt cutter 55, and the correction tape is fed while being pulled in the reverse direction. At this time, the correction tape is taken up by the outer circumference. The large gear outer sleeve 52 will rotate with the delivery of the correction tape, and transmits the rotating force to the large gear 51 through the large gear -18-(16) 1311528 sleeve 53 engaged therewith, and then the large gear 51 transmits the rotational force to the pinion gear 54, and causes the pinion gear 54 to rotate in the opposite direction to the large gear 51, and winds the transferred correction tape around the outer circumference of the pinion gear 54. In the above description of the transfer operation, for the convenience of explanation, it is explained by a plurality of steps, but in the actual transfer process, all the steps in the above description are executed at the same time point, in other words, the above The transfer action is an action that is performed synchronously in an instant. When the transfer ends to retract the belt knife 5 5, the slide cover 4 is pushed toward the rear, and the force of sliding the slide cover 4 toward the rear will be transmitted to the slide control switch 7 through the slide guide 43 thereof, once the sliding force is greater than the spring The elastic force of 8 causes the slide control switch 7 to rotate counterclockwise with the mounting shaft 28 of the main body 2 as a center, thereby releasing the engagement relationship between the inclined surface 73b of the slide control switch 7 and the inclined surface 32b of the side cover 3, Once the above-mentioned snap-in relationship is released, the slider 4 and the body 2 can slide rearward in the interior of the side cover 3 until the front end wall 2 a of the body 2 abuts against the stopper 3 3 of the side cover 3 5 5 Retracts the action in the side cover 3. Next, an alternative step of the replacement core module of the present invention will be described. The replacement step of the correction tape is: first removing the body 2 from the side cover 3, and then removing the correction tape (including the pinion 54 and the large gear outer sleeve 52) installed in the body 2, and replacing the core The two centering members 6 1 1 , 6 1 2 of the positioning plate 61 abut against the large gear shaft 26 and the pinion shaft 27 of the body 2, respectively, and the positioning member 614 of the replacement core positioning plate 61 is embedded in the body 2 The correction tape guide -19- (17) 1311528 with the tool holder 24 and the replacement core positioning plate 61 is surrounded by the outer peripheral side of the belt knife 5 5 (refer to FIG. 1 1 ), The replacement core platen 62 is pressed, and the replacement large gear outer sleeve 52 and the pinion gear 54 are fitted to the large gear shaft 26 and the pinion shaft 27 of the main body 2, and the replacement of the correction tape is completed. The above description is merely illustrative of one example of the slide type correction tape and the replacement core module of the present invention, and the present invention is not limited to the above description. As long as it does not deviate from the scope of the present invention, appropriate design changes can be made to the arrangement relationship, shape, number or actuation mode of the above-mentioned components. For example, the positioning pin, the positioning member and the like used for positioning in the present invention are also The number, shape, arrangement position, and the like can be appropriately changed depending on the cooperation relationship between the members. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an explanatory view showing an embodiment of a slide type correction tape of the present invention. Fig. 2 is an explanatory view showing the main body of the slide type correction tape of the present invention. Fig. 3 is an explanatory view showing a side cover of the slide type correction tape of the present invention. 4 is an explanatory view showing a slide cover of a slide type correction tape of the present invention. FIG. 5 is an explanatory view showing a member of the slide type correction tape of the present invention, wherein A is a large gear and b is a large gear. Bushing, c is the inner gear of the large gear, and D is the pinion. Fig. 6 is an explanatory view showing the members of the slide type correction tape of the present invention -20-(18) (18) 1311528, wherein A is a belt cutter and a B slide control switch. Fig. 7 is an explanatory view of the action of the slide type correction tape of the present invention, wherein A is a state in which the body is located at a retreat position in the side cover, B is a state in which the body slides forward in the side cover, and C is a slide control switch. A state of turning counterclockwise is formed. Fig. 8 is a view showing the action of the slide type correction tape of the present invention, wherein A is a state in which the body is located at the forward position in the side cover (with the knife extended), and B is a state in which the slide control switch is rotated counterclockwise, C The state in which the body is located in the retracted position in the side cover (with the knife retracted) FIG. 9 is an explanatory view showing the member of the replacement core module of the present invention, where A is a replacement core positioning plate, and b is used for replacement. With core plate. Fig. 10 is an explanatory view showing the combined state of the core module for replacement of the present invention. Fig. 11 is a diagram for explaining the state of use of the core module for replacement. [Main component symbol description] 1 : Slide type correction tape 2: Main body 2a: Top wall 2b: Bottom wall 2c: Front end wall 2d: Right side wall 2e: Rear end wall 2f: Reinforcing rib 21 - (19) 1311528 2 1 : Limiting guide groove 22, 22: Engagement groove 23: Sliding groove 24: With holder 2 5: Annular rack 26: Large gear shaft 2 7 : Pinion shaft φ 28 : Mounting shaft (for sliding control switch) 2 9 : card enough 3 : side cover 3 a : top wall 3 b : bottom wall 3 c : front end wall 3 d : left side wall 3 1 : limit portion # 3 2 : inclined portion 32a, 32b: inclined surface 3 3 : stopper. 3 4: jacking portion 3 5 : partition portion 4 : slide cover 4 1 : limit rails 42 , 42 : hook 43 : slide rail 22 - ( 20 ) 1311528 5 : correction belt drive system 5 1 : large gear 5 1 1 : Retaining elastic piece 5 2 : Large gear outer bushing 53 : Large gear inner bushing 5 4 : Small gear 55 : With knife φ 6 : Replacement core module 6 1 : Replacement core positioning plate 6 1 1 : Centering member 6 1 2 : Centering member 6 1 3, 6 1 3 · Correction belt guide post 6 1 4 : Positioning member 6 1 5 : Correction belt guide 62: Replacement cored plate • 621 : Locating pin
622〜626 :孑L . 7 :滑動控制開關 _ 7 1 :收容部 72 :凸點 73 :傾斜部 7 3 a、7 3 b :斜面 7 4 :推桿 8 :彈簧 -23-622~626 :孑L . 7 : Slide control switch _ 7 1 : Housing 72 : Bump 73 : Inclined section 7 3 a, 7 3 b : Bevel 7 4 : Putter 8 : Spring -23-