201008837 六、發明說明： 【發明所屬之技術領域】 本發明有關於包裝物品、尤其是包裝藥劑的包裝裝置中可 採用的包裝紙連接裝置及方法。 【先前技術】 習知，例如，作為用於包裝藥劑的包裝裝置，有如下裝置： 將捲繞在滚筒上的長包裝紙依序拉開，以既定間隔密封，藉 此製成僅在一緣部開口的袋狀，於收容藥劑後，將該開口密 封而包裝。 此種包裝裝置中，在包裝紙用完時，必須重新設置新的包 裝紙，為簡化其作業，提案有種種方法。 就捲繞於滾筒的狀態下未疊成對折的所謂單一式分包紙 而言，藉由重合熱熔接面（黏合劑面）而熱密封，可以容易 地連接（例如，參照專利文獻1)。因此，實際上已商品化。 另一方面，就先疊成對折而捲繞在滾筒上的所謂雙層式分 包紙而言，重合熱溶接面（黏合劑面）的作業較麻煩。另外， 包裝紙熱熔接的強度需要經得住在包裝處理中輸送時所作 用的拉伸力等，有強度不充分之虞。因此，作為連接雙層式 分包紙的方法，提案有以下專利文獻2〜4的結構，但都未 能實現。 例如，專利文獻2中公開有如下結構：具備送出包裝紙的 送出手段、將所送出的包裝紙引導到既定位置的引導手段、 098124535 4 201008837 % 牽引由該引導手段所引導之包装紙的前端㈣手段。 另外，專利文獻3令公開有如下結構：由保持手段把持包 裝紙的前端，藉由移動手段使所保持的包裝紙移動到既定位 置。 :X，專利文獻4中公開有如下結構：利用雙面膠帶將更換 前的包裝紙的後端、與新更換的包裝紙的前端相連接，連續 地進行包裝動作。 ❹[專利文獻1]日本實用新案登錄第2limi號公報 [專利文獻2]日本專利特财〇7一2377〇3號公報 [專利文獻3]日本專利特願平心如478號公報 [專利文獻4]日本專簡願平〇9- 23働號公報 【發明内容】 (發明所欲解決之問題） 例如，在藥劑包裝《置中，為在有限空間内進行列印包裝 ©紙、將藥劑投人包裝紙、贿接Μ紙等，而有從滾筒上拉 開的包裴紙在錯綜複雜的路徑上移動之結構。 疋’專利文獻2記载的結構中，在包裝紙到達牵引手段 j必V頁送出並引導包裝紙。因此，在包裝紙用完而安裝新 的匕裳、4*時’必須將其前端部分重新插通而^置在如此複雜 的路^上，如此的作業非常複雜，因此無法採用。 卜專利文獻3記载的結構中，必須具有以移動手段移 >、、手k的結構，但在錯綜複雜的路徑中，不可能採用如 098124535 5 201008837 此的結構。 再者，專利文獻4 5己載的結構中，必須以手工作業利用雙 面膠帶連接包裝紙，難以適當地連接。因此，有時連接會有 傾斜’有時連接並不牢靠。如此情況τ ’包裝紙在路徑中移 動時，可能發生扭曲堵塞或破裂等不良情況（因此，實際上 尚未商品化）。 於疋’本發明的課題在於提供一種包裝紙連接裝置及包裝 紙連接方法，在更換預先疊成對折的包裝紙時，能夠與舊的 包裝紙適當地連接，能夠平穩地過渡到下—包裝動作。 (解決問題之手段） 作為用於解決上述課題的裝置， 本發明提供一種包裝紙連接裝置，其將疊成對折捲繞在滾 筒上而依序拉開以包裝藥劑的舊包裝紙之終端部，連接於新 更換的新包裝紙之前端部；其具備有： 定位手段’將舊包裝紙的終端部及新包裝紙的前端部定位 在連接位置；以及 包裝、.，氏連接手段’將黏著帶貼附在由上述定位手段定位於 連接位置的舊包震紙之終端部的兩外表面，以及新包裝紙之 前端部的兩外表面。 根據該結構，可以在由定位手段定位舊包裝紙終端部及新 包裝紙前端部的狀態下貼難著帶，因此可以簡單且正確地 連接。 098124535 201008837 亦可為如下結構，上述定位手段具備有： 第一載物台’將舊包裝紙的終端部定位；及 第一载物台’將新包裝紙的前端部定位， 而上述包裝紙連接手段具備有： ^ 1载物口位於第一載物台與第二載物台之間，保持黏 著帶片’以從兩側將黏著帶片貼附在由第-载物台定位的舊 包I紙之終端部，以及由第二載物台^位的新包裝紙之前端 ❹部。 上述黏著帶片可由具備可拉開地捲繞有黏著帶之滾筒及 可將黏著帶切割成所希望尺寸之切刀的供給手段所供給。 上述包裝紙連接手段亦可由分離設置的夾持構件構成，使 黏著帶片的黏接面位於内侧而以大致ϋ字形保持黏著帶 片，從兩側夾持已定位的舊包裝紙之終端部及新包裝紙之前 端部。 〇 另外’為解決上述課題， 本發明提供一種包裝紙連接裝置，其將疊成對折捲繞在滾 筒上而依序拉開以包裝藥劑的舊包裝紙之終端部，連接於新 更換的新包裝紙之前端部；其具備有： 定位手段’將舊包裝紙的終端部與新包裝紙的前端部定位 在既定的連接位置；以及 包裝紙連接手段，在由上述定位手段定位在連接位置之舊 包裝紙的終端部與新包裝紙的前端部之間***包裝紙片，使 098124535 201008837 包裝紙片的貼附面與各包裒紙的貼附面彼此面接觸，並將所 ***的包装紙片與各包裝紙相互熱熔接。 亦可預先將上述包裝紙片之—部分熱熔接在舊包裝紙的 終端部或新包裝紙的前端部之任—方。 另外，為解決上述課題， 本發明提供一種包裝紙連接裝置，其將疊成對折捲繞在滾 筒上而依序拉開以包裝藥劑的舊包裝紙之終端部，連接於新 更換的新包裝紙之前端部；其具備有： 定位手段，將舊包裝紙的終端部與新包裝紙的前端部定位 在既定的連接位置； 包裝紙連接手段，在使由上述定位手段定位在連接位置的 舊包裝紙之終端部與新包裝紙之前端部彼此貼附面相互面 接觸的狀態下，使其熱溶接。 上述定位手段亦可在將上述舊包裝紙的終端部或上述新 包裝紙的前端部中任一方折彎成黏接面露出於外面的狀難 下，定位為使該露出於外面的黏接面與殘餘的另一方的内面 側黏接面相互面接觸的狀態， 上述包裝紙連接手段亦可在將隔板***被折彎成黏接面 露出於外面的包裝紙之内面的狀態下，夾住上述兩包裝紙使 外面側熱溶接面與内面側黏接面相互熱熔接。 上述定位手段亦玎在上述舊包裝紙之終端部及上述新包 裝紙之前端部的折痕上，自端部起形成既定尺寸的切縫並折 098124535 8 201008837 豐成大致直角，而在彼此的黏接面相互抵接之狀態下定位， 上述包襄紙連接手段亦可使彼此抵接的黏接面相互熱溶 接。 * 另外，為解決上述課題， 本發明提供—種包裝紙連接方法，其將疊成對折捲繞在滚 筒上而依序拉開以包裝藥劑的舊包裝紙之終端部，連接於新 更換的新包裝紙之前端部；其具備有： ❹ 將舊包裝紙的終端部與新包裝紙的前端部定位在既定的 連接位置之步驟； 從兩側將黏著帶貼附在定位於連接位置的舊包裝紙之終 端部及新包裝紙之前端部的外表面之步驟。 另外，為解決上述課題， 气本發明提供—種包裝紙連接方法’其將疊成對折捲繞在滾 筒上而依序拉開以包裝藥劑的舊包裝紙之終端部連接於新 ❹更換的新包裝紙之前端部；其具備有： 將包裝紙片***舊包裝紙終端部與新包裝紙前端部的黏 接面’使包裝紙片黏接面與各包裝紙的黏接面相互面接觸， 將黏接面彼此熱熔接之步驟。 另外，為解決上述課題， 々本發明提供-種包裝紙連接方法，其將疊成騎捲繞在滚 离而依序拉開以包裝藥劑的舊包裝紙之終端部連接於新 更換的新包裝紙之前端部；其具備有： 098124535 9 201008837 使舊包裝紙終端部與新包裝紙前端部的黏接面彼此相互 面接觸而將其熱熔接之步驟。 亦可在將上述舊包裝紙的終端部或上述新包裝紙的前端 部中任一方折彎成黏接面露出於外面的狀態下，定位為使露 出於外面的黏接面與殘餘的另一方的内面側黏接面彼此面 接觸的狀態’在將隔板***折彎成上述黏接面露出於外面的 包裝紙之内面的狀態下，將上述兩包裝紙炎住使外面侧熱熔 接面與内面侧黏接面相互熱熔接。 亦可在上述舊包裝紙之終端部及上述新包裝紙之前端部 的折痕上，自端部起形成既定尺寸的切縫並折疊成大致直 角，而在彼此的黏接面相互抵接之狀態下定位，使相互抵接 的黏接面相互熱熔接。 另外，為解決上述課題，本發明中包裝裝置具備上述任一 結構的包裝紙連接裝置。 (發明效果） 根據本發明，由定位手段可以將舊包裝紙的終端部及新包 裝紙的前端部定位’因此使用包裝紙連接手段可以簡單且正 確地將黏著帶貼附在兩者。 【實施方式】 以下，按照圖式說明本發明的實施形態。但以下說明中， 構成要素的種類、組合、形狀、㈣配置等除另有特定記載 外，本發明的技術範圍並不受限於該等構成要素。另外，根 098124535 10 201008837 據需要，適當使用表示特定方向及位置之用語（例如，「上」、 「下」、「一端」、「另一端」等），但此等用語之使用僅為易 於理解參照圖式之發明，本發明的技術範圍不受此等用語之 意義的限制。 (1.結構） 圖1顯示本實施形態的藥劑包裝裝置。該藥劑包裝裝置的 結構為：在裝置主體1上具備有錠劑供給單元2、包裝單元 φ 3、控制單元4等。錠劑供給單元2具備有未圖示的複數個 錠劑送料器，依處方資料提供相對應的錠劑（含膠囊）。包 裝單元3在包裝紙9上進行既定的列印，將錠劑供給單元2 所供給的錠劑以每一包的分量分别包裝。控制單元4根據由 未圖示之主機等輸入的處方資料，驅動控制錠劑供給單元2 及包裝單元3，進行錠劑的包裝。 (1 — 1.包裝單元3) 〇 在此，以本發明的特徵部分，即包裝紙連接裝置的結構為 中心，詳述包裝單元3。 如圖2所示，包裝單元3安裝在設置為可從裝置主體1 拉出的滑動台5上。在滑動台5的側壁部6設有旋轉軸7， 疊成對折而捲繞在滾筒8上的包裝紙9可拆卸。另外，旋轉 轴7具備阻止旋轉的制動功能，與後述熱密封部15之輸送 反向，藉此可使既定的張力作用在包裝紙9上。另外，在此， 作為包裝紙9，使用玻璃紙（聚乙烯層疊玻璃紙）、聚乙烯 098124535 11 201008837 層疊賽璐玢紙等僅可於單面熱熔接的熱熔接性薄片材料。在 安裝著的包裝紙9附近設有用以檢測包裝紙9之有無的减測 器（未圖示）’依拉開後的包裝紙9之終端是否通過而輸出 檢測信號。另外，在侧壁部6設有墨水匣10。墨水匣1〇使 色帶沿著由第一引導滾筒1!輸送來的包裝紙9移動，將加 熱的打印頭12按壓於其上，藉此在包裝紙9上進行既定的 列印。 在滑動台5的正面壁13設有料斗14、熱密封部15及輸 送傳送帶16。從墨水£ 10侧輸送來的包裝紙9藉由第二弓| Θ 導滾筒17轉換方向，成為在其折痕的相反側朝向上方之狀 態下，朝向斜下方。包裝紙9在料斗14的前面藉由三角板 (未圖示）而展開成截面大致呈v字形。料斗14將分別由 鍵劑供給單元2之第-料斗18或第二料斗19、或者由旋劑 輸送單元20所供給的錠劑集中收容在包裝紙9内。熱密= 部15從兩側爽住對折的包裝紙9而密封，製成向上方開口 的袋狀，收容來自料斗U錠劑後，將開口的部分密封。輸❹ 送傳送帶16將包裝有錠劑的帶狀包裝紙9，從下方輸送: 斜上方作業者容易取出的位置。 (1 — 2·包裝紙連接裝置） 包裝紙連接裝置可以採用各種方式，例如，可以構成如下。 (1 — 2—1.使用切斷式黏著帶片41的折彎方式） 圖3至圖9所示的包裝紙連接裝置配置在上述墨水匿⑺ 098124535 12 201008837 的上方附近。如圖3所示，該包裝紙連接裝置的結構為在 第—載物台21與第二載物台22之間設有中間栽物台、23。 第一载物台21由第一支承板24、以及可轉動地安裴於其一 端的第一壓板25構成。第一支承板24在自由端兩側形成有 由磁性材料構成而向上方突出的引導片26，在基部側#成 有支承第一壓板25的轴承部27。第一壓板25在自由端形 成有寬度變窄的操作片28,在中間部分藉由從一個側緣切201008837 VI. Description of the Invention: [Technical Field] The present invention relates to a wrapping paper connecting device and method which can be used in a packaging device, particularly a packaging device for packaging pharmaceuticals. [Prior Art] Conventionally, for example, as a packaging device for packaging a medicine, there is a device in which a long wrapping paper wound on a drum is sequentially pulled apart and sealed at a predetermined interval, thereby making only one edge The bag has an open shape, and after the medicine is stored, the opening is sealed and packaged. In such a packaging device, when the wrapping paper is used up, it is necessary to newly set up a new packaging paper, and various proposals have been made to simplify the operation of the packaging paper. The so-called single-package paper which is not folded in a folded state in the state of being wound around the drum is heat-sealed by superposing the heat-welding surface (adhesive surface), and can be easily joined (for example, refer to Patent Document 1). Therefore, it has actually been commercialized. On the other hand, in the so-called double-layered packet paper which is first folded in a folded manner and wound on a drum, the work of superposing the heat-bonding surface (adhesive surface) is troublesome. Further, the strength of the heat sealing of the wrapping paper needs to withstand the stretching force and the like which are applied during transportation in the packaging process, and the strength is insufficient. Therefore, as a method of connecting the double-layered packet paper, the following Patent Documents 2 to 4 have been proposed, but they have not been realized. For example, Patent Document 2 discloses a configuration in which a feeding means for feeding a wrapping paper and a guiding means for guiding the fed wrapping paper to a predetermined position are provided, 098124535 4 201008837 % Pulling the leading end of the wrapping paper guided by the guiding means (4) means. Further, Patent Document 3 discloses a configuration in which the leading end of the wrapping paper is held by the holding means, and the held wrapping paper is moved to the position by the moving means. :X, Patent Document 4 discloses a configuration in which the rear end of the pre-replacement wrapping paper is connected to the front end of the newly-replaced wrapping paper by a double-sided tape, and the packaging operation is continuously performed.专利 [Patent Document 1] Japanese Utility Model Publication No. 2limi Publication No. Japanese Patent Publication No. Hei 7 No. 2377 No. 3 [Patent Document 3] Japanese Patent Application No. 478 (Patent Document 4) [Japanese syllabus] 发明 〇 9- 23 公报 【 发明 发明 发明 发明 发明 ( ( ( ( ( ( ( ( ( ( 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂 药剂, bribes pick up paper, etc., and there is a structure in which the wrapping paper pulled from the drum moves on the intricate path. In the configuration described in Patent Document 2, the wrapping paper reaches the pulling means j and the sheet is fed and guided. Therefore, when the packaging paper is used up and the new 匕, 4* is installed, the front end portion must be re-inserted and placed on such a complicated road. Such a work is very complicated and therefore cannot be used. In the configuration described in Patent Document 3, it is necessary to have a configuration in which the moving means > and the hand k are used. However, in a complicated path, it is impossible to adopt a configuration such as 098124535 5 201008837. Further, in the structure of the patent document 45, it is necessary to connect the wrapping paper by a double-faced tape by hand, and it is difficult to connect them properly. Therefore, sometimes the connection will be tilted' sometimes the connection is not secure. In such a case, when the wrapping paper moves in the path, defects such as twisting and clogging may occur (and therefore, it is not actually commercialized). The object of the present invention is to provide a wrapper connecting device and a wrapper connecting method, which can be appropriately connected to an old wrapper when replacing a pre-folded folded wrapper, and can smoothly transition to a lower-packaging action. . Means for Solving the Problems As a device for solving the above problems, the present invention provides a wrapping paper connecting device which is formed by winding a pair of folded sheets on a drum and sequentially pulling apart the end portions of the old wrapping paper for packaging the medicine. Attached to the front end of the newly-replaced new wrapping paper; it is provided with: a positioning means 'positioning the end portion of the old wrapping paper and the front end portion of the new wrapping paper at the joint position; and packaging, the connection means 'will stick the tape Attached to both outer surfaces of the end portion of the old wrapper paper positioned by the positioning means at the joint position, and the outer surfaces of the front end portions of the new wrapper. According to this configuration, the tape can be attached to the old wrapping paper end portion and the front end portion of the new wrapping paper by the positioning means, so that the tape can be easily and accurately connected. 098124535 201008837 may also be configured as follows, the positioning means is provided with: a first stage 'positioning the end portion of the old wrapping paper; and a first stage 'positioning the front end portion of the new wrapping paper, and the wrapping paper is connected The means are provided as follows: ^ 1 The cargo port is located between the first stage and the second stage, and the adhesive tape piece is kept to attach the adhesive tape piece from the both sides to the old bag positioned by the first stage. The end portion of the I paper, and the front end of the new wrapping paper by the second stage. The adhesive tape piece may be supplied by a supply means having a roll in which an adhesive tape is detachably wound and a cutter which can cut the adhesive tape into a desired size. The wrapping paper connecting means may also be constituted by separate clamping members, such that the bonding surface of the adhesive tape sheet is located inside and the adhesive tape piece is held in a substantially U shape, and the end portions of the positioned old wrapping paper are clamped from both sides and The front end of the new wrapping paper. 〇 In addition, in order to solve the above problems, the present invention provides a wrapping paper connecting device which is formed by folding a pair of folded ends onto a drum and sequentially pulling apart the end portions of the old wrapping paper for packaging the medicine, and connecting to the newly replaced new packaging. a front end portion of the paper; the method comprising: positioning means 'positioning the end portion of the old wrapping paper and the front end portion of the new wrapping paper at a predetermined connection position; and means for attaching the wrapping paper at the position of the connecting position by the positioning means Insert a wrapper between the end of the wrapper and the front end of the new wrapper so that the attachment surface of the 098124535 201008837 wrapper and the attachment surface of each wrapper are in contact with each other, and the inserted wrapper and each package are inserted. The paper is thermally welded to each other. It is also possible to thermally fuse the portion of the above-mentioned wrapping paper sheet to the end portion of the old wrapping paper or the front end portion of the new wrapping paper. In addition, in order to solve the above problems, the present invention provides a wrapping paper connecting device which is formed by folding a pair of folded ends onto a drum and sequentially pulling apart the end portions of the old wrapping paper for packaging the medicine, and connecting to the newly replaced new wrapping paper. a front end portion; the method includes: positioning means for positioning a terminal portion of the old wrapping paper and a front end portion of the new wrapping paper at a predetermined connection position; and a wrapping paper connecting means for positioning the old packaging in the connecting position by the positioning means The end portion of the paper and the front end portion of the new wrapping paper are thermally contacted with each other in contact with each other. The positioning means may be configured such that one of the end portions of the old wrapping paper or the front end portion of the new wrapping paper is bent so that the bonding surface is exposed to the outside, and the bonding surface is exposed to the outside. In a state in which the remaining inner surface side bonding surface is in surface contact with each other, the wrapping paper connecting means may be sandwiched in a state in which the separator is inserted into the inner surface of the wrapping paper which is bent to be exposed to the outer surface of the bonding surface. The two wrapping papers heat-weld the outer side heat-bonding surface and the inner-surface side bonding surface. The positioning means also forms a slit of a predetermined size from the end portion at the end portion of the end portion of the old wrapping paper and the front end of the new wrapping paper, and folds 098124535 8 201008837 into a substantially right angle, and in each other The bonding surfaces are positioned in contact with each other, and the wrapping paper connecting means can also thermally abut the bonding surfaces that abut each other. In addition, in order to solve the above problems, the present invention provides a wrapping paper joining method in which a terminal portion of an old wrapping paper which is wound in a double-folded roll and sequentially wound to package a medicine is connected to a newly replaced new one. The front end of the wrapper; it is provided with: 步骤 the step of positioning the end portion of the old wrapper and the front end of the new wrapper at a predetermined joint position; attaching the adhesive tape from the both sides to the old package positioned at the joint position The step of the end portion of the paper and the outer surface of the front end of the new wrapping paper. In addition, in order to solve the above problems, the present invention provides a method for attaching a wrapper, which is a new type of wrapper that is wound in a double-folded roll and sequentially pulled apart to package a drug, and is connected to a new one. The front end of the wrapping paper; it is provided with: inserting the wrapping paper sheet into the bonding surface of the end portion of the old wrapping paper and the front end portion of the new wrapping paper, so that the bonding surface of the wrapping paper sheet and the bonding surface of each wrapping paper are in surface contact with each other, and the adhesive sheet is adhered The step of thermally joining the joints to each other. In addition, in order to solve the above problems, the present invention provides a packaging paper joining method in which a terminal portion of an old wrapping paper which is wound and rolled in a roll and sequentially opened to package a medicine is connected to a newly replaced new packaging. The front end of the paper; it is provided with: 098124535 9 201008837 The step of bringing the adhesive end faces of the old wrapping paper end portion and the front end portion of the new wrapping paper into contact with each other and thermally welding them. Alternatively, the end portion of the old wrapping paper or the front end portion of the new wrapping paper may be bent so that the bonding surface is exposed to the outside, and the bonding surface exposed to the outside and the remaining one may be positioned. a state in which the inner surface side bonding surfaces are in surface contact with each other. In a state in which the separator is inserted into the inner surface of the wrapping paper which is exposed to the outer surface of the bonding surface, the two wrapping papers are burned to make the outer side heat sealing surface and The inner side bonding faces are thermally welded to each other. In the end portion of the old wrapping paper and the crease at the end of the new wrapping paper, a slit of a predetermined size may be formed from the end portion and folded into a substantially right angle, and the bonding faces of each other abut each other. Positioning in the state, the bonding surfaces that abut each other are thermally welded to each other. Further, in order to solve the above problems, the packaging device of the present invention includes the wrapping paper connecting device of any of the above configurations. (Effect of the Invention) According to the present invention, the end portion of the old wrapping paper and the leading end portion of the new wrapping paper can be positioned by the positioning means. Therefore, the adhesive tape can be attached to both of them simply and correctly by using the wrapping paper connecting means. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. However, in the following description, the technical scope of the present invention is not limited to the constituent elements, the combination, the shape, the (four) arrangement, and the like unless otherwise specified. In addition, the root 098124535 10 201008837, as appropriate, the use of words that indicate a specific direction and position (for example, "upper", "lower", "one end", "other end", etc.), but the use of these terms is only easy to understand The technical scope of the present invention is not limited by the meaning of such terms with reference to the invention of the drawings. (1. Structure) Fig. 1 shows a drug packaging device of the present embodiment. The drug packaging device has a structure in which a device supply unit 2 is provided with a tablet supply unit 2, a packaging unit φ3, a control unit 4, and the like. The tablet supply unit 2 is provided with a plurality of tablet feeders (not shown), and the corresponding tablets (including capsules) are supplied in accordance with the prescription data. The packaging unit 3 performs a predetermined printing on the wrapping paper 9, and the tablets supplied from the tablet supply unit 2 are individually packaged in the contents of each package. The control unit 4 drives and controls the tablet supply unit 2 and the packaging unit 3 based on the prescription data input from a host or the like (not shown) to package the tablet. (1 - 1. Packing unit 3) Here, the packaging unit 3 will be described in detail with the feature of the present invention, that is, the structure of the wrapping paper connecting device. As shown in FIG. 2, the packaging unit 3 is mounted on a slide table 5 which is provided to be detachable from the apparatus main body 1. A rotating shaft 7 is provided on the side wall portion 6 of the slide table 5, and the wrapping paper 9 which is folded in half and wound around the drum 8 is detachable. Further, the rotary shaft 7 is provided with a brake function for preventing rotation, and is reversed from the conveyance of the heat seal portion 15 to be described later, whereby a predetermined tension can be applied to the wrapper 9. In addition, as the wrapper 9, a heat-fusible sheet material which can be thermally welded only on one side, such as cellophane (polyethylene laminated cellophane) or polyethylene 098124535 11 201008837, is laminated. A desuperpulsor (not shown) for detecting the presence or absence of the wrapper 9 is provided in the vicinity of the mounted wrapper 9 to output a detection signal depending on whether or not the terminal of the wrapper 9 is passed. Further, an ink cartridge 10 is provided in the side wall portion 6. The ink cartridge 1 is moved along the wrapping paper 9 conveyed by the first guide roller 1!, and the heated print head 12 is pressed thereon, whereby a predetermined printing is performed on the wrapping paper 9. A hopper 14, a heat seal portion 15, and a transport conveyor 16 are provided on the front wall 13 of the slide table 5. The wrapping paper 9 conveyed from the ink side of the ink 10 is turned by the second bow| Θ guide roller 17 in a direction in which the opposite side of the crease is upward, and is inclined downward. The wrapping paper 9 is unfolded in a substantially v-shaped cross section by a triangular plate (not shown) on the front surface of the hopper 14. The hopper 14 collectively accommodates the tablets supplied from the first hopper 18 or the second hopper 19 of the toner supply unit 2 or the toner conveying unit 20 in the wrapping paper 9. The heat-sealing portion 15 is sealed from the folded paper 9 on both sides, and is formed into a bag shape that is opened upward, and the portion from the hopper is sealed, and the portion of the opening is sealed. The conveyance conveyor belt 16 conveys the tape-shaped wrapping paper 9 in which the tablet is packaged from below: a position where the operator can easily take it out obliquely. (1 - 2· wrapping paper connecting device) The wrapping paper connecting device can be used in various ways, for example, it can be configured as follows. (1 - 2-1. Bending method using the cut-off adhesive tape sheet 41) The wrapping paper connecting device shown in Figs. 3 to 9 is disposed near the upper side of the above-mentioned ink (7) 098124535 12 201008837. As shown in Fig. 3, the wrapping paper connecting device has a structure in which an intermediate stage, 23 is provided between the first stage 21 and the second stage 22. The first stage 21 is composed of a first support plate 24 and a first pressure plate 25 rotatably mounted at one end thereof. The first support plate 24 is formed with a guide piece 26 made of a magnetic material and protruding upward on both sides of the free end, and a bearing portion 27 for supporting the first pressure plate 25 is formed on the base side #. The first platen 25 is formed at the free end with an operation piece 28 having a narrow width, and is cut in the middle portion by a side edge
口而形成有避讓部29。另外’第一壓板25在與第—支承板 體化有永 同樣的錄 端的第二 2 4相對向之面的前端侧及基部側兩個部位分別_ 久磁鐵30。第二載物台22亦為與第一載物台21 構，由第二支承板31、以及可轉動地安裝於其一 壓板32構成。 如圖5所示，中間載物台23由以未圖示之支轴為中心町 轉動地安裝的轉動板33、以及可滑動地安裝於該轉動板％ ® 的滑板34構成。轉動板33在中心形成有引導孔35，在其 兩側各自於兩個部位形成有突部36。滑板34將設於一端側 下面的軸部（未圖示）可滑動地安裝在上述引導孔35内， - 由引導突部36引導兩側部。藉此，滑板34可在重合於轉動 • 板的重合位置、以及所拉出的拉出位置之間滑動。在滑 板34的上表面，在其中心線上晝有對位線37。對位線37 如下述在將包裝紙9的終端、與新安裝的包裝紙9的前端相 對位時使用。另外，代替對位線37，也可以設置供各包裘 098124535 13 201008837 紙9之端部抵接的隔板（未圖示）。隔板可轉動地設在與包 裝紙9相正交的方向上，將包裳紙9對位後，退避到不礙事 的位置即可。滑板34的一端部，太皆 仕見度方向上以既定間隔 形成有第-卡止爪38。在滑板34的另一端側的兩側形成有 切口 39’從其緣部突出有第二卡止 下止爪40。上述各卡止爪％、A relief portion 29 is formed in the mouth. Further, the first platen 25 has a permanent magnet 30 at the front end side and the base side of the second surface facing the second end portion of the recording end which is the same as the first support plate. The second stage 22 is also constructed with the first stage 21, and is composed of a second support plate 31 and a nip plate 32 rotatably attached thereto. As shown in Fig. 5, the intermediate stage 23 is composed of a rotating plate 33 that is rotatably mounted on a support shaft (not shown), and a slide plate 34 slidably attached to the rotating plate %. The rotating plate 33 is formed with a guide hole 35 at its center, and a projection 36 is formed at each of its two sides. The slide plate 34 slidably mounts a shaft portion (not shown) provided on the one end side and slidably in the guide hole 35, and guides both side portions by the guide projections 36. Thereby, the slider 34 is slidable between the coincident position of the rotating plate and the pulled-out position. On the upper surface of the slider 34, a registration line 37 is formed on the center line thereof. The alignment line 37 is used when the end of the wrapper 9 is aligned with the front end of the newly mounted wrapper 9 as follows. Further, instead of the alignment line 37, a spacer (not shown) for abutting the end portions of the sheets 098124535 13 201008837 may be provided. The partition plate is rotatably provided in a direction orthogonal to the wrapping paper 9, and the wrapping paper 9 is aligned, and is retracted to a position where it does not interfere. At one end portion of the slider 34, the first locking claws 38 are formed at a predetermined interval in the visibility direction. A slit 39' is formed on both sides of the other end side of the slider 34, and a second locking lower claw 40 is protruded from the edge thereof. Each of the above-mentioned card claws,
Q 40向滑板34的内側傾斜，可保持黏著帶片41。黏著帶片 41在形成於既定長度之黏著帶中央部的折痕處疊成對折。 另外，上述中間載物台23最好具備有鎖定機構（未圖示） 使滑板34必須在從拉出位置滑動到原來的重合位置時^ ， 能從傾斜位置轉動到水平位置。 才 上述結構的包裝紙連接裝置如下述般使用。 即’由未圖示的感測器檢測到包裳、紙9 (舊包裝紙㈦的 終端後’停止包裝紙9的輸送，催促安裝新的包^氏9 (新 並且’用戶在更換新的包裝紙9時，用手指福 Ο 住舊匕裝、.、氏9a的終端部及新包裝紙外的前端部 包裝紙連接装置上。 ° 又罝於 包裝紙連接裝置中，如圖3、圖9 u)、⑴所示， 使中間載物台23位於水平位置，使第—載物 物台22的第—壓板25 夂弟—栽 及第一廢板32轉動到上方的開放位 。、’且’如圖9 (C)所示’將舊包裝紙9a的終端定位在 形成於中間载物台23之滑板34的對位線37 1 圖9 (d)所示，在用丰奶廊斗—壯2 在用手4曰壓住包裝紙9的狀態下，使第一 098124535 14 201008837 壓板25轉動到水平位置。藉此，第一壓板25 、 g田水久磁鐵 30而吸附在第一支承板24上，將舊包裝紙9a失持在第 支承板24和第一壓板25之間。此時，因形成於 八V、弟一壓板 25的避讓部29使手指不與第一壓板25干涉。因此，在用 手指壓住的狀態下可夾持舊包裝紙9a，防止舊包裝紙如位 移’可以正確地定位。另外，在第二載物台22上也同樣， 如圖9 (e)、（f)所示，將新包裝紙卯的前端夾持在第二支The Q 40 is inclined toward the inner side of the slider 34 to hold the adhesive tape piece 41. The adhesive tape piece 41 is folded in half at a crease formed at a central portion of the adhesive tape of a predetermined length. Further, it is preferable that the intermediate stage 23 is provided with a locking mechanism (not shown) for rotating the slide plate 34 from the pulled position to the original overlapping position, and is rotatable from the inclined position to the horizontal position. The wrapper connecting device of the above structure is used as follows. That is, 'the sensor (not shown) detects the baggage, paper 9 (the end of the old wrapping paper (seven), 'stops the delivery of the wrapping paper 9, and urges the installation of the new package ^9 (new and 'users are replacing the new one When wrapping paper 9, use the fingers to protect the end of the old armor, the end of the 9a, and the front end of the new wrapping paper. The paper is attached to the wrapping paper connection device, as shown in Figure 3. 9 u), (1), the intermediate stage 23 is placed in a horizontal position, so that the first platen 25 of the first carrier stage 22 and the first waste plate 32 are rotated to the upper open position. And 'as shown in FIG. 9(C)', the end of the old wrapping paper 9a is positioned on the alignment line 37 1 of the slider 34 formed on the intermediate stage 23, as shown in FIG. 9(d), - Zhuang 2 The first 098124535 14 201008837 platen 25 is rotated to the horizontal position in a state where the wrapping paper 9 is pressed by the hand 4, whereby the first platen 25, the g-field magnet 30 is adsorbed on the first support plate 24 In the above, the old wrapping paper 9a is lost between the first supporting plate 24 and the first pressing plate 25. At this time, the relief portion 29 formed in the eight V, the first pressing plate 25 is formed. The finger is not interfered with the first platen 25. Therefore, the old wrapping paper 9a can be held in a state of being pressed with a finger, preventing the old wrapping paper from being correctly positioned as in the displacement. In addition, on the second stage 22 Similarly, as shown in Fig. 9 (e), (f), the front end of the new wrapping paper bundle is clamped to the second branch.
承板31和第二壓板32之間。 如此，在包裝紙9的定位結束後，將黏著帶片41設置於 中間載物台23上。在設置黏著帶片41時，首先，如圖4 所示使轉動板33與滑板34 —同轉動，使其朝向斜下方。 並且，如圖5所示，將滑板34從該狀態拉出。在該狀態下， 由第一卡止爪38與第二卡止爪4〇引導黏著帶片41的一半 (第一區域)。此時，黏著帶片41的另外-“第二區域) 維持從π板34之前端因自重而垂下的展開狀態。 如圖6所不’在設置好黏著帶片41後，則使滑板34相對 :轉動板33 α動到原來的重合位置，如圖7所示，使中間 、/。23轉動到水平位置。當巾間載物台23轉動到水平位 置後，黏著帶片41的势 的第一區域之黏接面即與已定位之舊包 裝紙9a的終端部下矣 衣面、以及新包裝紙9b的前端部下表面 相抵接而貼附。另外， ^ 如圓8所示，在折痕處將黏著帶片 的第—區域疊成斜 丁诉’貼附在舊包裝紙9a的終端部上表 098124535 15 201008837 面、以及新包裝紙9b的前 Q 上表面。藉此完成舊包裝紙 9a與新包裝紙9b之連接。另认 壯，An认山 卜，在該連接中，由於使舊包 裝、，，氏9a的知部與新包裝紙 L 部沿對位線對位，因此進 行貼附的黏著帶片41之點拉 <黏接面不會彼此貼附。 裝紙9a與新包裝紙外間萬一 舊包 包裝紙9位於黏著帶片41 成對折的 著帶片41的黏接面仍然不會彼此貼附 因此黏 如此連接後，打開第一麗板25和^ 9從包裝紙連接裝置上卸 將包巢紙 , 並且將包裝紙9置扒& ^ 上。此情況下，舊包裝紙％維持插通在複雜^輪适緩 狀態，只要使連接位置位於墨切1。的上梅二格趣的 不需要如習知般繁瑣的包裝紙9插通作業，故作了。因此， 好，能夠從售包裝紙9a切換到新包裝、紙处。、攻率良 根據上述結構的包裝紙連接裝置，㈣分別㈣〜 2!將舊包裝紙9a的終端、由第二載物台22將栽物台 的前端正確歧位並夾持，因此可以用黏著帶片41 '紙9b 筆直地連接兩包裝紙9。因此，重新_包裝單元3正確且 時，可平穩地輸送已連接的包裝紙9。 的處理 (丄―2 — 2.使用長條滾筒式黏著帶的壓接方式） 圖11及圖12所示之包I紙連接裝置的結構，亦與 3至圖9所示相同，在第—载物纟21與第二載物A、2上塊圖 具備有中間載物台23,但在下列之點不同。〇 2之間 098124535 16 201008837 即’第-载物台21的第-支承板24、與第二載物台^ 的第二支承板31由-體的基板42構成。該基板42由折彎 成大致L字形的水平面部43與垂直面部44構成。水平面 # 43的中央部與垂直面部44的上方側中央部有連續的切 口，在水平面部43的中央部設有中間載物台23。 中間載物台23由以支軸45a為中心可轉動地設置的第— 夾持板45以及以支軸46a為中心可轉動地設在該第—爽 ❹持板^之前端部的第二夾持板46構成。第-夾持板&可 分別定位在水平方向的貼附位置、以及向斜下方傾斜的待機 位置。第二夹持板46的前端折f成大致直角，*為供手抓 住而操作的把持部47。另外，在第二夹持板％的兩端部分 別形成有傾斜地突出的一對引導片她，以引導黏著帶49 的兩侧。 參 在基板42的水平面部43之下面與垂直面部44之側面， 與其正交而固定有安裝板48。在安裝板48上突出有由未圖 示之電動機等驅動手段旋轉驅動的旋轉轴，在該旋轉軸上可 拆裝地安裝有捲繞於滾筒49a的黏著帶49。另外，在基板 42的水平面部43之—端側，沿寬度方向設有引導滾筒 50。引導滚筒5G使所拉出的黏著帶49轉換方向而將其引導 到第一夾持板45的第一夾持面4讣。 另外，51為切刀’用於切割黏著帶49，使其具有適當長 度’以連接舊包裝紙％的後端部與新包裝紙％的前端部。 098124535 17 201008837 上述結構的包裝紙連接裝置如下述般使用。 舊包裝紙9a與新包裝紙9b間的定位，與上述使用切斷式 黏著帶片41的折彎方式相同。在完成包裝紙9的定位後， 從滾筒8上拉開黏著帶49,由引導滾筒50轉換方向而從第 一夾持板45的第一夾持面供給到第二夾持板46的第二夾持 面。此時，第一夾持板45定位在以支軸45a為中心朝向斜 下方的退避位置。黏著帶49由切刀51切割成適當的長度， 載置在第一夾持板45的第一夾持面45b上，並且由形成於 第二夾持板46的引導片46b引導。於是，使第一夾持板45 轉動到水平的貼附位置，將黏著帶49貼附在已定位的舊包 裝紙9a及新包裝紙9b的下表面。接著，用手指掐住把持部 47使第二夾持板46轉動，將包裝紙9夾持在第二夾持板46 與第一夾持板45之間，藉此亦將黏著帶49貼附在舊包裝紙 9a和新包裝紙9b的上表面。但是，以切刀51對包裝紙9 的切割，亦可在完成舊包裝紙9a與新包裝紙9b的貼附後， 從載物台上卸下包裝紙9時進行。 另外，在圖3至圖12之例中，舊包裝紙9a後端與新包裝 紙9b前端之對位，以對位線37為標記而進行，但亦可在舊 包裝紙9a後端部與新包裝紙9b前端部設置為彼此相重合的 狀態，而藉由剪刀等切割手段切割（此時，廢棄各包裝紙9 前端的被剪掉的部分）。據此，只要舊包裝紙9a與新包裝紙 9b筆直地相連即可，相較於使用對位線37，可以簡單地對 098124535 18 201008837 位。 (1 — 2 — 3.夾入方式） 圖13至圖15所示的包裝紙連接裝置，將黏著帶49設置 於分離的夾持裝置52上，與上述同樣，貼附在預先已對位 之舊包裝紙9a的終端部和新包裝紙9b的前端部。 夾持裝置52的結構為.在基座53上設黏著帶引導部54， 將夾持構件55設定為可裝卸。黏著帶引導部54在台座部 ❹56上以既定間隔形成有引導突部57,黏著帶49供給到引導 突部57之間而被導入夾持構件55。另外，如圖1〇所示， 在此使用的黏著帶49為上述夾持裝置52所專用，將短紙片 狀的黏著帶片59以既定間隔（在此，5cm)可剝離地貼附 在長的底紙58上。 爽持構件55具備第一轉動部60、及以支軸術為中心可 轉動地設置的第二轉動部61。在第一轉動部6〇上安裝有大 ©致1；字形地形成的導板⑽之一端部。導板幻的另一端侧 配置在形成於第二轉動部&的開口部63。導板62將黏著 帶片59從第一轉動部60導入到第二轉動部61。 * 在^轴6〇a附近設有從所供給的黏著帶49之底紙58上剝 , 離黏著帶片59的剝離部64。剝離部64由第一引導片65與 第二引導片的構成。第一引導片65的下面側，即黏著帶 49滑動接觸側，折彎地形成。使用時使底紙58位於上方而 向剝離部64供給黏著帶49，僅將底紙58從上述兩引導片 098124535 201008837 65、66之間拉出。此時’藉由第一引導片65前端尖 (形成為銳角的部分）使底紙58與黏著帶片59 刀 十穩地分 離。另外，第二引導片66為將底紙58與黏著帶片％可土 地分離而設置。由剝離部64剝離的黏著帶片59济Π罪 移動，依導板62的形狀受引導成大致1;字 ^〜轉動 邛61分別形成有位於導板62兩側的位置偏移防止片Gy 另外，在第一轉動部60設有如後述在包裝紙9上貼附時抵 接於黏者帶片59後端而防止其返回的止回片68。 "" 上述結構的包裝紙連接裝置如下述般使用。 即，如圖15所示，將夾持構件55置於夹持裝置&上 利用黏著帶引導部54供給黏著帶49。安置所供給的點著帶 49,僅將底紙58從第一引導片65與第二引導片66>叫t <間拉 出，使黏著帶片59移動到導板62。此時，由位置偏移防止 片67引導黏著帶片59的兩侧緣。藉此’黏著帶片59不會 有位置偏移，可經由導板62平穩地被導入第二轉動部61。 如圖16所示’在爽持構件55上設置黏著帶片59後’由 第一轉動部60與第二轉動部61大致呈U字形支承的黏著 帶片59包圍與上述各方式同樣地設置的舊包裝紙9a終端部 及新包裝紙9b前端部。並且’如圖17所示’藉由使第二轉 動部61相對於第一轉動部60轉動，而從兩侧貼附於包裝紙 9。此時，由於止回片68抵接於黏著帶片59的後端’因此 黏著帶片59不會向與***方向相反之方向返回。因此’可 098124535 20 201008837 使黏著帶片59可靠地貼附在包裝紙9上。 如此’在圖13及圖14所示的包裝紙連接装置中，萨 先將黏著帶片59置於可貼附的狀態。另外，由於僅將預 裝紙9a與新包裝、紙％置於藥劑包裝褒置上即可、售包 簡化其結構。 1:1成夠 (1 2 — 4.包裝紙***方式（短紙片）） 圖18所示的包|紙連接裝置與上述各包|紙連接 ❹樣，利用***板69將短紙片狀的包裝紙片7〇***安置5 舊包裳紙9 a與新包裝紙9 b之間，藉由第一熱密封構件= 包震紙片7〇由與包裝紙9同樣地由可僅熱溶接單面 炼接性片構成。包裝紙片7G在插人舊包裝紙％與新^ 卯之間的情況下，以貼附面彼此相互接觸的方式疊成對折氏 而***。***板69形成為比包裝紙片70更寬，用以將包褒 紙片7〇***舊包裝紙如與新包装紙9b之間。其中，*** 板69可以在熱炼接時卸下，或者，也可以維持在***的狀 態。第—熱密封構件71在可接觸及分離地相對向的支承板 A知之相對向面上，分別形成有熱密封部1 $。第—熱密封 構件71藉由彼此接近’夾持而加熱舊包裝紙9a及新包裝紙 9b使舊包裝紙9a及新包裝紙外與包裝紙片7〇熱熔接。 在此’包裝紙片70形成為：寬度尺寸比第一熱密封構件71 大這是為防止包裝紙9的内面（貼附面）彼此因熱密封而 098124535 21 201008837 貼附，進而被輸送方向下游側的展開引導件或料斗14卡 住。另外，由於將包裝紙9的貼附面彼此熔接，因此可確保 充分的強度，在輸送途中不會發生分離等不良情況。 另外，圖18中，利用***板69將包裝紙片70***預先 安置好的舊包裝紙9a與新包裝紙9b之間，但也可以預先將 包裝紙片70固定在***板69上，將舊包裝紙9a及新包裝 紙9b以夾入的方式固定在其兩側。另外，此處利用***板 69將包裝紙片70***舊包裝紙9a與新包裝紙9b之間，但 ⑩ 亦可使舊包裝紙9a及新包裝紙9b接近包裝紙片70。即只 要使兩者相對移動即可。 另外，圖18中，使包裝紙片70位於舊包裝紙9a與新包 裝紙9b之間，但亦可如圖19所示，利用將捲繞在滾筒（未 圖示）上的包裝紙9拉開而適當地切斷者。此情況下，需要 用於安裝包裝紙9的旋轉轴、及用於切割包裝紙9的切刀等。 另外，圖18中，使包裝紙片70位於舊包裝紙9a與新包 ❿ 裝紙9b之間，但亦可先對任一方包裝紙9a或9b熱熔接包 裝紙片70之一半。據此，可以進一步簡化包裝紙9的連接 作業並迅速地恢復包裝作業。此情況下，也可以不在上述第 一載物台21及第二載物台22上定位各包裝紙9，而在預先 熱熔接的包裝紙片70上將另一方包裝紙9a或9b以手指按 壓等而定位，藉此在該狀態下進行熱溶接。 (1 — 2 — 5.包裝紙端部折疊方式） 098124535 22 201008837 圖20及圖21所示的包裝紙連接裝置具備第二熱密封構件 73’藉由折疊舊包裝紙9a終端部與新包裝紙9b前端部之任 一方（在此，新包裝紙9b)而使黏接面72露出於表面，將 另一方包裝紙9的黏接面包覆在已露出的黏接面上，而以第 二熱密封構件73熱熔接。將隔板74***一端部已折疊的包 裝紙9内側，在熱熔接時，防止相對的内面（貼附面）彼此 貼附（因此，隔板74的寬度尺寸比第二熱密封構件73大）。 ❹此情況下，最好具備用以將包裝紙彼此定位的定位手段。該 定位手段除上述般的第一載物台21及第二載物台22以外， , 亦可為分別引導雙方包裴紙9兩側的銷（未圖示）等。 在如此的包裝紙連接裝置中，不需要另外準備黏著帶49 及包裝紙片70 ’只折疊一方包裝紙9的一端部，即可進行 連接作業。另外，在熱炫接方面，如果使用的不是第二熱密 封構件73’而是既有的熱密封部15,則僅準備隔板％即可 ❹廉價地對應。 (1—2 —6.包裝紙端部T形折彎方式） 圖22至圖27所示的包裝紙連接裝置，具備熱熔接舊包裝 紙9a終端部與新包裝紙9b前端部的第三熱密封構件乃。 第三熱密封構件75具備兩組相對向而可接觸及分離的加 熱部 76a、76b、76c、76d。各加熱部 7如、76b、76c、76d 由截面大致正方形的棒材構成，内部裝有加熱器等加熱手 段，調節溫度以達既定溫度（但加熱手段亦可僅設在相對的 098124535 23 201008837 參 ❹ 一方。例如’可僅在76a、76c的固定侧内部裝有加熱手段， 而將76b、76d設定為擔板即可。）。加熱部76a與76b分別 以導桿77可滑動地支承。另外’構成為：加熱部76c與加 熱部76a同步移動，加熱部76d與加熱部76b同步移動。並 且’以手動旋轉動作手柄78，可以使加熱部76a、76c與加 熱部76b、76d同步移動，且分別定位在開放位置及閉鎖位 置。但是，加熱部76a、76c及76b、76d亦可不靠手動，而 藉由未圖示的驅動手段（電磁鐵或電動機等）動作。另外， 加熱部76a、76c及76b、76d構成為可分別獨立地接觸及分 離。藉由使加熱部76a與76c接近，可以夾持定位舊包裝紙 9a，藉由使加熱部76b與76d接近，可以夾持定位新包裝紙 %。樂劑包料的包裝紙9的輸送路徑，在第三熱密封構件 75的下方側’以避免其受熱影響。另外，包裝紙9與上述 祕被疊成對折’但是在此，❹在折疊位置從端部起 既疋尺寸（約2〇mm)而形成切縫的包裝紙。 實H態T圖22至圖27所示的包裝紙連接裝置’與上述 將第一:㈣的連接裝置相比，可以抑制佔有空間，可以 將苐-，、，、密封構件75 藉此，可以抑制㈠… 裝、，，氏9的輸送路徑的附近。 列印位置與投^ 裝紙9的損失（輸送路徑上游側的 少。）。X _下游侧的密封位置之距離越短，損失越 上述結構的包裝紙連接裝置如下述般使用。 098124535 24 201008837 P在第二熱密封構件75使各加熱部76a、76b、7以、 7移動到開放位置，設置包裝紙9。包裝紙9沿折疊線自 端部起形成切縫，折f成大致T字形，形成貼㈣。並且， 將舊包裝紙9a的終端縣置在位於包錢9輪送方向下游 側的上下一對加熱部76a與76c之間，而夾持定位。另外， 將新包裝紙9b的前端部配置在位於包農紙9輸送方向上游 側的上下-對加熱部働肖观之間，而失持定位。藉此， ❹各包I紙9成為貼附部彼此相對向的狀態。因此，藉由轉動 手柄78 ’使加熱部7如與76c、76b與76d分別相對地接近， 使各貼附部的貼附面進行面接觸。接著，利用加熱部76a、 76b' 76c、76d將包裝紙9加熱而熱熔接。其後，將手柄π 轉動到原位置’使包裝紙9已熱熔接的部分離開第三熱密封 構件75，藉此將其設置於正規的輸送路徑上。 在此狀態下’當再次開始包裝紙9的輸送時，在已熱熔接 ©之部分沿包裝紙9外表面折疊的狀態下，在輸送路徑上移 動。由於包裝紙本身非常薄，因此折疊的部分也*會成為輪 送的障礙’可以使其平穩地在複賴輸祕徑上移動，從而 可以再次進行包裝。 另外，上述實施形態中，說明以藥劑包裝裝置包襄旋劑的 情況，當然，散劑等也可以作為藥劑而使用上述結構的包褒 紙連接裝置。 【圖式簡單說明】 098124535 25 201008837 圖1是本實施形態之藥劑包裝裝置的立體圖。 圖2是在拉出圖1的包裝單元後之狀態的部分立體圖。 圖3是圖2的包裝單元中所採用的包裝紙連接裝置之一例 的立體圖。 圖4是圖2的包裝單元中所採用的包裝紙連接裝置之一例 的立體圖。 圖5是圖2的包裝單元中所採用的包裝紙連接裝置之一例 的立體圖。 _ 圖6是圖2的包裝單元中所採用的包裝紙連接裝置之一例 的立體圖。 圖7是圖2的包裝單元中所採用的包裝紙連接裝置之一例 的立體圖。 圖8是圖2的包裝單元中所採用的包裝紙連接裝置之一例 的立體圖。 圖9是將舊包裝紙及新包裝紙設置於圖3至圖9的包裝紙 〇 連接裝置上之順序的說明圖。 圖10是黏著帶之另一例的平面圖。 圖Η是另一實施形態之包裝紙連接裝置的立體圖。 圖12是從下方側觀看圖11之狀態的立體圖。 圖13是另一實施形態之包裝紙連接裝置的立體圖。 圖14是圖13的正面圖。 圖15是圖13的包裝紙連接裝置之使用狀態的正面圖。 098124535 26 201008837 圖16是圖13的包裝紙連接裝置之夾持構件的正面圖。 圖17是從圖16起，轉動轉動部並將黏著帶貼附在包裝紙 之兩面的狀態圖。 圖18是另一實施形態的包裝紙連接裝置之包裝紙連接順 序的概略說明圖。 圖19是另一實施形態的包裝紙連接裝置之包裝紙連接順 序的概略說明圖。 Q 圖20是另一實施形態的包裝紙連接裝置之包裝紙連接順 序的概略說明圖。 圖21是另一實施形態的包裝紙連接裝置之包裝紙連接順 序的概略說明圖。 圖22是採用另一實施形態的包裝紙連接裝置之包裝單元 的立體圖。 圖23是圖22的局部放大立體圖。 ❹ 圖24是從圖23起，使第三熱密封構件動作的狀態圖。 圖25是圖22的包裝紙連接裝置之包裝紙連接順序的概略 說明圖。 圖26是圖22的包裝紙連接裝置之包裝紙連接順序的概略 說明圖。 圖27是圖22的包裝紙連接裝置之包裝紙連接順序的概略 說明圖。 【主要元件符號說明】 098124535 27 201008837 1 2 3 4 5 6 7 8 9 9a 9b 10 11 12 13 14 15 16 17 18 19 20 裝置主體 錠劑供給單元 包裝單元 控制單元 滑動台 側壁部 旋轉軸 滚筒 包裝紙 舊包裝紙 新包裝紙 墨水匣 第一引導滾筒 打印頭 正面壁 料斗 熱密封部 輸送傳送帶 第二引導滾筒 第一料斗 第二料斗 錠劑輸送單元Between the carrier plate 31 and the second pressure plate 32. Thus, after the positioning of the wrapping paper 9 is completed, the adhesive tape piece 41 is placed on the intermediate stage 23. When the adhesive tape piece 41 is provided, first, as shown in Fig. 4, the rotating plate 33 is rotated together with the slide plate 34 so as to face obliquely downward. And, as shown in FIG. 5, the slider 34 is pulled out from this state. In this state, half (first region) of the adhesive tape piece 41 is guided by the first locking claws 38 and the second locking claws 4''. At this time, the other - "second region" of the adhesive tape piece 41 maintains the unfolded state from the front end of the π plate 34 due to its own weight. As shown in Fig. 6, after the adhesive tape piece 41 is set, the slide plate 34 is made relatively : The rotating plate 33 α is moved to the original overlapping position, as shown in Fig. 7, the middle, /. 23 is rotated to the horizontal position. When the towel stage 23 is rotated to the horizontal position, the potential of the adhesive tape piece 41 is The bonding surface of a region is attached to the lower end surface of the end portion of the old wrapping paper 9a that has been positioned, and the lower surface of the front end portion of the new wrapping paper 9b. In addition, as shown by the circle 8, at the crease The first area of the adhesive tape sheet is stacked and slanted to the end of the old wrapping paper 9a on the front surface of the table 098124535 15 201008837, and the front surface of the new wrapping paper 9b. This completes the old wrapping paper 9a and The connection of the new wrapping paper 9b. Another recognition, An Gongshanbu, in this connection, because the old packaging, the knowledge of the 9a and the new packaging paper L are aligned along the alignment line, so attach The adhesive strips 41 are pulled and the adhesive surfaces are not attached to each other. Paper loading 9a and new wrapping paper Between the old wrappers 9 and the adhesive strips 41 of the adhesive strips 41, the adhesive faces of the strips 41 are still not attached to each other, so that the first slabs 25 and 9 are opened from the wrapping paper connecting device. The unloading will wrap the nest paper, and the wrapping paper 9 is placed on the & ^. In this case, the old wrapping paper% is maintained in the complicated ^ wheel moderate state, as long as the connection position is located in the ink cut 1. The second fun does not require the cumbersome wrapping paper 9 to be inserted into the work, so it is good. Therefore, it can be switched from the sale wrapping paper 9a to the new packaging and paper. The attack rate is good according to the above structure. Paper connecting device, (4) respectively (4) ~ 2! The end of the old wrapping paper 9a, the front end of the loading table is correctly positioned and clamped by the second stage 22, so that the adhesive tape piece 41 'Paper 9b can be used straight The two wrapping papers 9 are connected. Therefore, the re-packaging unit 3 is correctly and timely, and the connected wrapping paper 9 can be smoothly conveyed (丄 2 - 2. crimping method using a long roller type adhesive tape) 11 and the structure of the I-paper connecting device shown in FIG. 12 are also the same as those shown in FIG. 3 to FIG. The block diagram of the first carrier 21 and the second carrier A, 2 is provided with an intermediate stage 23, but differs in the following points. 〇2 between 098124535 16 201008837 ie the first of the -stage-stage 21 The support plate 24 and the second support plate 31 of the second stage are composed of a body substrate 42. The substrate 42 is formed of a horizontal surface portion 43 and a vertical surface portion 44 which are bent into a substantially L shape. The center of the horizontal surface #43 The portion has a continuous slit at the center portion on the upper side of the vertical surface portion 44, and an intermediate stage 23 is provided at the center portion of the horizontal surface portion 43. The intermediate stage 23 is rotatably provided by the support shaft 45a. The holding plate 45 and the second holding plate 46 which is rotatably provided around the support shaft 46a at the end portion of the first refreshing plate ^ is formed. The first-clamping plate & can be positioned in the horizontally attached position and the obliquely inclined standby position, respectively. The front end of the second holding plate 46 is folded at a substantially right angle, and * is a grip portion 47 that is operated by hand gripping. Further, a pair of guide pieces projecting obliquely are formed at both end portions of the second holding plate % to guide both sides of the adhesive tape 49. A mounting plate 48 is fixed to the side surface of the horizontal surface portion 43 of the substrate 42 and the side surface of the vertical surface portion 44 so as to be orthogonal thereto. A rotating shaft that is rotationally driven by a driving means such as a motor (not shown) protrudes from the mounting plate 48, and an adhesive tape 49 wound around the roller 49a is detachably attached to the rotating shaft. Further, on the end side of the horizontal surface portion 43 of the substrate 42, a guide roller 50 is provided in the width direction. The guide roller 5G causes the pulled adhesive tape 49 to be redirected to guide it to the first clamping surface 4 of the first holding plate 45. Further, 51 is a cutter 'for cutting the adhesive tape 49 to have an appropriate length' to connect the rear end portion of the old wrapping paper and the front end portion of the new wrapping paper. 098124535 17 201008837 The wrapping paper connecting device of the above structure is used as follows. The positioning between the old wrapping paper 9a and the new wrapping paper 9b is the same as the above-described bending method using the cut-away adhesive tape sheet 41. After the positioning of the wrapping paper 9 is completed, the adhesive tape 49 is pulled from the drum 8, and is guided from the first clamping surface of the first clamping plate 45 to the second clamping plate 46 by the guiding roller 50. Clamping surface. At this time, the first holding plate 45 is positioned at a retracted position obliquely downward with the support shaft 45a as the center. The adhesive tape 49 is cut into a proper length by the cutter 51, placed on the first holding surface 45b of the first holding plate 45, and guided by the guide piece 46b formed on the second holding plate 46. Then, the first holding plate 45 is rotated to the horizontal attachment position, and the adhesive tape 49 is attached to the lower surface of the positioned old wrapping paper 9a and the new wrapping paper 9b. Next, the grip portion 47 is gripped by the finger to rotate the second holding plate 46, and the wrapping paper 9 is sandwiched between the second holding plate 46 and the first holding plate 45, thereby attaching the adhesive tape 49. On the upper surface of the old wrapping paper 9a and the new wrapping paper 9b. However, the cutting of the wrapping paper 9 by the cutter 51 may be performed after the attachment of the old wrapping paper 9a and the new wrapping paper 9b is completed, and then the wrapping paper 9 is removed from the stage. In addition, in the example of FIG. 3 to FIG. 12, the alignment of the rear end of the old wrapping paper 9a and the front end of the new wrapping paper 9b is performed by the alignment line 37, but it may be at the rear end of the old wrapping paper 9a. The front end portions of the new wrapping paper 9b are placed in a state of being overlapped with each other, and are cut by a cutting means such as scissors (in this case, the cut portion of the leading end of each wrapping paper 9 is discarded). Accordingly, as long as the old wrapping paper 9a is directly connected to the new wrapping paper 9b, the 098124535 18 201008837 bit can be simply used as compared with the use of the alignment line 37. (1 - 2 - 3. Clamping method) The wrapping paper connecting device shown in Figs. 13 to 15 is provided with the adhesive tape 49 on the separate holding device 52, and is attached to the previously aligned position as described above. The end portion of the old wrapping paper 9a and the front end portion of the new wrapping paper 9b. The holding device 52 has a structure in which an adhesive tape guiding portion 54 is provided on the base 53, and the holding member 55 is set to be detachable. The adhesive tape guide portion 54 is formed with a guide projection 57 at a predetermined interval on the pedestal portion 56, and the adhesive tape 49 is supplied between the guide projections 57 to be introduced into the sandwiching member 55. Further, as shown in Fig. 1A, the adhesive tape 49 used here is dedicated to the above-described holding device 52, and the short sheet-like adhesive tape piece 59 is detachably attached at a predetermined interval (here, 5 cm). Long base paper 58. The holding member 55 is provided with a first rotating portion 60 and a second rotating portion 61 rotatably provided around the pivot. One end of the guide plate (10) formed in a large shape is mounted on the first rotating portion 6A. The other end side of the guide plate is disposed in the opening portion 63 formed in the second rotating portion & The guide plate 62 guides the adhesive tape piece 59 from the first rotating portion 60 to the second rotating portion 61. * A peeling portion 64 that peels off the adhesive tape 59 from the base paper 58 of the supplied adhesive tape 49 is provided in the vicinity of the shaft 6〇a. The peeling portion 64 is constituted by the first guide piece 65 and the second guide piece. The lower side of the first guide piece 65, that is, the sliding contact side of the adhesive tape 49, is formed in a bent manner. At the time of use, the base paper 58 is positioned above, and the adhesive tape 49 is supplied to the peeling portion 64, and only the base paper 58 is pulled out from between the above two guide sheets 098124535 201008837 65, 66. At this time, the base paper 58 and the adhesive tape piece 59 are tensely separated by the tip end of the first guide piece 65 (the portion formed as an acute angle). Further, the second guide piece 66 is provided to separate the base paper 58 from the adhesive tape piece. The adhesive tape piece 59 which has been peeled off by the peeling portion 64 is moved by the sin, and the shape of the guide plate 62 is guided to be substantially 1; the positional rotation preventing knob 61 is formed with the positional deviation preventing piece Gy on both sides of the guide plate 62, respectively. The first rotating portion 60 is provided with a check piece 68 that abuts against the rear end of the adhesive tape piece 59 and is prevented from returning when attached to the wrapping paper 9 as will be described later. "" The wrapping paper connecting device of the above structure is used as follows. That is, as shown in Fig. 15, the holding member 55 is placed on the holding device & the adhesive tape 49 is supplied by the adhesive tape guiding portion 54. The tape 49 supplied by the placement is placed, and only the bottom paper 58 is pulled out from the first guide piece 65 and the second guide piece 66>, and the adhesive tape piece 59 is moved to the guide plate 62. At this time, the both side edges of the adhesive tape piece 59 are guided by the positional deviation preventing piece 67. Thereby, the adhesive tape piece 59 is not displaced in position, and can be smoothly guided to the second rotating portion 61 via the guide plate 62. As shown in Fig. 16, after the adhesive tape piece 59 is provided on the holding member 55, the adhesive tape piece 59 which is supported by the first rotating portion 60 and the second rotating portion 61 in a substantially U-shape is surrounded by the same manner as the above-described respective modes. The front end of the old wrapping paper 9a and the front end of the new wrapping paper 9b. And, as shown in Fig. 17, the second rotating portion 61 is attached to the wrapping paper 9 from both sides by rotating the second rotating portion 61 with respect to the first rotating portion 60. At this time, since the check piece 68 abuts against the rear end of the adhesive tape piece 59, the adhesive tape piece 59 does not return in the direction opposite to the insertion direction. Therefore, the adhesive tape piece 59 is reliably attached to the wrapping paper 9 by 098124535 20 201008837. Thus, in the wrapping paper connecting device shown in Figs. 13 and 14, the adhesive tape piece 59 is placed in a detachable state. Further, since only the preloaded paper 9a, the new package, and the paper % are placed on the medicine package, the package can be simplified to simplify the structure. 1:1 is sufficient (1 2 - 4. wrapping paper insertion method (short paper)) The paper-to-paper connecting device shown in Fig. 18 is connected to each of the above-mentioned packages, paper, and is short-sheet-shaped by the insertion plate 69. The wrapping paper sheet 7 is inserted and placed between the old paper 9a and the new wrapping paper 9b, and the first heat sealing member = the wrap paper 7 is made of the same heat as the wrapping paper 9 The composition of the piece. The wrapping paper sheet 7G is inserted into the pair of folded sheets in such a manner that the bonding surfaces are in contact with each other in the case of interposing between the old wrapping paper % and the new one. The insertion plate 69 is formed to be wider than the wrapping paper sheet 70 for inserting the wrapping paper sheet 7 into the old wrapping paper such as the new wrapping paper 9b. Among them, the insertion plate 69 can be removed at the time of thermal refining, or can be maintained in an inserted state. The first heat seal member 71 is formed with a heat seal portion 1 $ on the opposite side surfaces of the support plate A which can be contacted and separated from each other. The first heat seal member 71 heats the old wrapping paper 9a and the new wrapping paper 9b by being brought close to each other, so that the old wrapping paper 9a and the new wrapping paper are thermally welded to the wrapping paper sheet 7. Here, the 'wrapping paper sheet 70 is formed such that the width dimension is larger than that of the first heat sealing member 71. This is to prevent the inner faces (attachment faces) of the wrapping paper 9 from being attached to each other by heat sealing, 098124535 21 201008837, and further to the downstream side in the conveying direction. The unfolding guide or hopper 14 is stuck. Further, since the attachment surfaces of the wrapping paper 9 are welded to each other, sufficient strength can be secured, and problems such as separation do not occur during transportation. In addition, in Fig. 18, the wrapping paper sheet 70 is inserted between the pre-positioned old wrapping paper 9a and the new wrapping paper 9b by the insertion plate 69, but the wrapping paper sheet 70 may be fixed to the insertion sheet 69 in advance, and the old wrapping paper may be 9a and the new wrapping paper 9b are fixed to both sides thereof by being sandwiched. Further, the wrapping sheet 70 is inserted between the old wrapping paper 9a and the new wrapping paper 9b by the inserting plate 69, but the old wrapping paper 9a and the new wrapping paper 9b can also be brought close to the wrapping paper sheet 70. That is, just move the two relative to each other. In addition, in Fig. 18, the wrapping paper sheet 70 is placed between the old wrapping paper 9a and the new wrapping paper 9b, but as shown in Fig. 19, the wrapping paper 9 wound on the drum (not shown) may be pulled apart. And cut off properly. In this case, a rotating shaft for mounting the wrapping paper 9, a cutter for cutting the wrapping paper 9, and the like are required. Further, in Fig. 18, the wrapping paper sheet 70 is placed between the old wrapping paper 9a and the new wrapping paper 9b, but one half of the paper sheet 70 may be heat-sealed to either of the wrapping papers 9a or 9b. According to this, the connection work of the wrapping paper 9 can be further simplified and the packaging operation can be quickly resumed. In this case, the respective wrapping papers 9 may not be positioned on the first stage 21 and the second stage 22, and the other wrapping paper 9a or 9b may be pressed by a finger on the pre-heat-sealed wrapping paper sheet 70. And positioning, thereby performing thermal fusion in this state. (1 - 2 - 5. wrapping paper end folding method) 098124535 22 201008837 The wrapping paper connecting device shown in Figs. 20 and 21 is provided with a second heat sealing member 73' by folding the end portion of the old wrapping paper 9a with a new wrapping paper One of the front end portions of the 9b (here, the new wrapping paper 9b) exposes the bonding surface 72 to the surface, and the bonding surface of the other wrapping paper 9 is coated on the exposed bonding surface, and The heat sealing member 73 is thermally welded. The partition plate 74 is inserted into the inner side of the folded wrapping paper 9 at one end, and the opposite inner faces (attach faces) are prevented from sticking to each other during heat welding (thus, the width of the partition plate 74 is larger than that of the second heat sealing member 73) . In this case, it is preferable to have a positioning means for positioning the wrapping papers to each other. In addition to the first stage 21 and the second stage 22 as described above, the positioning means may be a pin (not shown) or the like that guides both sides of the wrapping paper 9 respectively. In such a wrapping paper connecting device, it is not necessary to separately prepare the adhesive tape 49 and the wrapping paper sheet 70' to fold only one end portion of one of the wrapping papers 9, so that the joining operation can be performed. Further, in the case of the heat-sinking, if the second heat-sealing member 73' is used instead of the existing heat-sealing portion 15, only the separator% can be prepared, and it can be inexpensively matched. (1—2-6. T-bend method at the end of wrapping paper) The wrapping paper connecting device shown in Figs. 22 to 27 has the third heat of the end portion of the heat-sealed old wrapping paper 9a and the front end portion of the new wrapping paper 9b. The sealing member is. The third heat sealing member 75 is provided with two sets of heating portions 76a, 76b, 76c, and 76d which are opposed to each other and which are in contact with and separated. Each of the heating portions 7 such as 76b, 76c, and 76d is formed of a bar having a substantially square cross section, and is internally provided with a heating means such as a heater to adjust the temperature to a predetermined temperature (however, the heating means may be provided only in the opposite 098124535 23 201008837 For example, 'the heating means can be installed only inside the fixed side of 76a, 76c, and 76b, 76d can be set as a support plate.). The heating portions 76a and 76b are slidably supported by guide bars 77, respectively. Further, the heating unit 76c moves in synchronization with the heating unit 76a, and the heating unit 76d moves in synchronization with the heating unit 76b. Further, by manually rotating the operating handle 78, the heating portions 76a and 76c can be moved in synchronization with the heating portions 76b and 76d, and positioned in the open position and the locked position, respectively. However, the heating portions 76a, 76c, 76b, and 76d may be operated by a driving means (electromagnet, motor, or the like) (not shown) without manual operation. Further, the heating portions 76a, 76c, 76b, and 76d are configured to be independently contactable and separate. By bringing the heating portions 76a and 76c close to each other, the old wrapping paper 9a can be gripped and positioned, and by bringing the heating portions 76b and 76d close, the new wrapping paper % can be gripped. The conveying path of the wrapping paper 9 of the toner package is on the lower side of the third heat sealing member 75 to prevent it from being affected by heat. Further, the wrapping paper 9 is folded in half with the above-mentioned secrets. However, here, the wrapping paper is formed into a slit from the end portion at a folding position (about 2 mm). In the solid H state T, the wrapping paper connecting device shown in FIG. 22 to FIG. 27 can suppress the occupied space as compared with the above-described first: (four) connecting device, and the sealing member 75 can be used as it is. Suppress (a)... Mounting,,,,, near the transport path of the 9th. The printing position and the loss of the loading paper 9 (less on the upstream side of the conveying path). The shorter the distance of the sealing position on the downstream side of X_, the more the loss of the wrapping paper connecting device of the above structure is used as follows. 098124535 24 201008837 P The second heat sealing member 75 moves the heating portions 76a, 76b, 7 to 7 to the open position, and the wrapping paper 9 is provided. The wrapping paper 9 is formed with a slit along the folding line from the end portion, and is folded into a substantially T-shape to form a sticker (four). Further, the terminal county of the old wrapping paper 9a is placed between the upper and lower pair of heating portions 76a and 76c on the downstream side in the direction of the bag 9 feeding direction, and is clamped and positioned. Further, the front end portion of the new wrapping paper 9b is disposed between the upper and lower sides of the upstream side of the cover sheet 9 in the conveying direction, and is positioned between the heating portions. Thereby, each of the packs of paper I 9 is in a state in which the attached portions are opposed to each other. Therefore, the heating portion 7 is relatively close to the respective portions 76c, 76b, and 76d by rotating the handle 78', and the attachment surfaces of the respective attachment portions are brought into surface contact. Next, the wrapper 9 is heated by the heating portions 76a, 76b' 76c, and 76d to be thermally welded. Thereafter, the handle π is rotated to the home position 'the portion where the wrapper 9 has been thermally welded away from the third heat seal member 75, thereby being placed on the regular transport path. In this state, when the conveyance of the wrapping paper 9 is started again, the portion of the heat-sealed © is folded along the outer surface of the wrapping paper 9 to move on the conveying path. Since the wrapper itself is very thin, the folded portion also becomes an obstacle to the rotation', which allows it to smoothly move over the retreat, so that it can be packaged again. Further, in the above-described embodiment, the case where the swirling agent is contained in the drug packaging device will be described. Of course, the powder paper connecting device having the above configuration may be used as a powder or the like. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a medicine packaging device according to an embodiment of the present invention. Fig. 2 is a partial perspective view showing a state after the packaging unit of Fig. 1 is pulled out. Fig. 3 is a perspective view showing an example of a wrapping paper connecting device used in the packaging unit of Fig. 2; Fig. 4 is a perspective view showing an example of a wrapping paper connecting device used in the packaging unit of Fig. 2; Fig. 5 is a perspective view showing an example of a wrapping paper connecting device used in the packaging unit of Fig. 2; Fig. 6 is a perspective view showing an example of a wrapping paper connecting device used in the packaging unit of Fig. 2. Fig. 7 is a perspective view showing an example of a wrapping paper connecting device used in the packaging unit of Fig. 2; Fig. 8 is a perspective view showing an example of a wrapping paper connecting device used in the packaging unit of Fig. 2; Fig. 9 is an explanatory view showing a procedure in which old wrapping paper and new wrapping paper are placed on the wrapping paper 〇 connecting device of Figs. 3 to 9; Fig. 10 is a plan view showing another example of the adhesive tape. Figure 2 is a perspective view of a wrapping paper connecting device of another embodiment. Fig. 12 is a perspective view of the state of Fig. 11 as seen from the lower side. Figure 13 is a perspective view of a wrapping paper connecting device of another embodiment. Figure 14 is a front elevational view of Figure 13 . Fig. 15 is a front elevational view showing the state of use of the wrapping paper connecting device of Fig. 13; 098124535 26 201008837 Figure 16 is a front elevational view of the gripping member of the wrapper attachment device of Figure 13; Fig. 17 is a view showing a state in which the rotating portion is rotated and the adhesive tape is attached to both sides of the wrapping paper from Fig. 16. Fig. 18 is a schematic explanatory view showing a packaging paper connecting procedure of a wrapping paper connecting device according to another embodiment. Fig. 19 is a schematic explanatory view showing a packaging paper connecting procedure of a wrapping paper connecting device according to another embodiment. Fig. 20 is a schematic explanatory view showing a packaging paper connecting procedure of a wrapping paper connecting device according to another embodiment. Fig. 21 is a schematic explanatory view showing a packaging paper connecting procedure of a wrapping paper connecting device according to another embodiment. Fig. 22 is a perspective view showing a packaging unit of a wrapping paper connecting device according to another embodiment. Fig. 23 is a partially enlarged perspective view of Fig. 22; Fig. 24 is a view showing a state in which the third heat seal member is operated from Fig. 23; Fig. 25 is a schematic explanatory view showing a procedure of connecting the wrapping paper of the wrapping paper connecting device of Fig. 22; Fig. 26 is a schematic explanatory view showing a procedure of connecting the wrapping paper of the wrapping paper connecting device of Fig. 22; Fig. 27 is a schematic explanatory view showing a procedure of connecting the wrapping paper of the wrapping paper connecting device of Fig. 22; [Description of main component symbols] 098124535 27 201008837 1 2 3 4 5 6 7 8 9 9a 9b 10 11 12 13 14 15 16 17 18 19 20 Device main body Lozenge supply unit Packing unit Control unit Sliding table side wall rotating shaft roller wrapping paper Old packaging paper, new packaging paper, ink, first guiding roller, printing head, front wall, hopper, heat sealing, conveying conveyor, second guiding roller, first hopper, second hopper, tablet conveying unit
098124535 28 201008837098124535 28 201008837
21 第一載物台 (定位手段） 22 第二載物台 (定位手段） 23 中間載物台 (包裝紙連接手段） 24 第一支承板 25 第一壓板 26 引導片 27 軸承部 28 操作片 29 避讓部 30 永久磁鐵 31 第二支承板 32 第二壓板 33 轉動板 34 滑板 35 引導孔 36 引導突部 37 對位線 38 第一卡止爪 39 切口 40 第二卡止爪 41 黏著帶片 42 基板 098124535 29 201008837 43 水平面部 44 垂直面部 45 第'一炎持板 45a 支轴 / 45b 第一夾持面 46 弟'一爽持板 46a 支軸 46b 引導片 47 把持部 48 安裝板 49 黏著帶 49a 滚筒 50 引導滾筒 51 切刀 52 夾持裝置 53 基座 54 黏著帶引導部 55 夾持構件（包裝紙連接手段） 56 台座部 57 引導突部 58 底紙 59 黏著帶片21 First stage (positioning means) 22 Second stage (positioning means) 23 Intermediate stage (wrapping paper connection means) 24 First support plate 25 First pressure plate 26 Guide piece 27 Bearing part 28 Operation piece 29 Recession portion 30 permanent magnet 31 second support plate 32 second pressure plate 33 rotating plate 34 slide plate 35 guide hole 36 guide protrusion 37 alignment line 38 first locking claw 39 slit 40 second locking claw 41 adhesive tape piece 42 substrate 098124535 29 201008837 43 Horizontal face 44 Vertical face 45 First 'inflamed holding plate 45a Supporting shaft / 45b First clamping surface 46 Brother's one holding plate 46a Supporting shaft 46b Guide piece 47 Holding part 48 Mounting plate 49 Adhesive tape 49a Roller 50 Guide roller 51 Cutter 52 Clamping device 53 Base 54 Adhesive tape guiding portion 55 Clamping member (wrapping paper connecting means) 56 Seat portion 57 Guide projection 58 Base paper 59 Adhesive tape
098124535 30 201008837 60 第一轉動部 60a 支軸 61 第二轉動部 62 導板 63 開口部 64 剝離部 65 第一引導片 © 66 第二引導片 67 位置偏移防止片 68 止回片 69 ***板 70 包裝紙片 71 第一熱密封構件（包裝紙連接手段） 72 黏接面 φ 73 第二熱密封構件（包裝紙連接手段） 74 隔板 75 第三熱密封構件（包裝紙連接手段） . 76a、76b、 76c、76d 加熱部 . 77 導桿 78 手柄 098124535 31098124535 30 201008837 60 First rotating portion 60a Support shaft 61 Second rotating portion 62 Guide 63 Opening portion 64 Peeling portion 65 First guide piece © 66 Second guide piece 67 Position shift preventing piece 68 Check piece 69 Inserting plate 70 Packaging sheet 71 First heat sealing member (wrapping paper connecting means) 72 Bonding surface φ 73 Second heat sealing member (wrapping paper connecting means) 74 Separator 75 Third heat sealing member (wrapping paper connecting means) . 76a, 76b , 76c, 76d heating section. 77 guide 78 handle 098124535 31