201247347 六、發明說明： 【發明所屬之技術領域】 之力，其驗町齡線鑛機 線鑛機之軸承單元 送χ，加工用輥相對於 裝卸。 女、卸除，以及工件相對於線鋸機之 【先前技術】 線鑛機係於以下情形 加工用輥之間，使本道挪將金屬線夕層繞掛於複數個 =:斷二線’ 於線鑛機之短裝過 時，存在將加工概1 ’在將加工用·裝人軸承單元 之使用者側，於 生變化時，需要'n *者於工件之切斷規格發 並將新的加工;之轴承單元卸除加工用觀， 之更換作業。s 、規格的加工用親安裝於軸承單元 專利申請人開發出如專利 降機。藉由使用該升降機，將加工用== ，元而於高度方向及橫方岐位，且使其承 女裝於軸承單元。藉由如此使用升降機而可大幅同時 輥相對於轴承單元之組裝作#、及加卫⑽之更換用 而縮短作業時間。 、業從 101109447 201247347 然而’專利文獻i之升降機為線鑛機之加工賴專用，益 法利用於加工對象之工件 ， 义搬送、及工件相對於線鋸機之力π 工位置之裝卸。因此為了推〜 勺ί進仃工件之搬送、工件相對於線鋸 機之加工位置之裝卸，命 Ρ而要工件用搬送手段或升降機。 另一方面’專利文獻2中姐- r褐不一種相對於線鋸機之工件譽 卸用升降機，但該升降機係卫件專用者，故而無法利用於^ 工用親相對於祕機之轴承單元之組m卸除之作業。 [先前技術文獻] [專利文獻] 專利文獻1 :日本專利特開2010-208790號公報 專利文獻2 :日本專利特開2〇〇8·246643號公報 【發明内容】 (發明所欲解決之問題） 就1台線鋸機而言，線鋸機之加工用輥之搬送、加工用輥 相對於軸承單元之安裝、卸除之作業、及工件之搬送、工件 相對於線鋸機之加工位置之裝卸作業通常於時間上不會重 疊。因此升降機之台車部分可兼用於線鋸機之加工用輥之搬 送、加工用輥相對於線鋸機之轴承單元之安裝、卸除之作 業、以及工件之搬送、工件相對於線鋸機之加工位置之裝卸 作業。 由此’本發明之課題在於提供一種升降機’其除可用於加 工用親之搬送、加工用輥相對於線鑛機之軸承單元之安裝、 101109447 5 201247347 卸除之外，亦可利用於工件之搬送、卫件相對於祕機之加 工位置之裝卸。 (解決問題之手段） 為解、上述課題纟發明係一種線鑛機用升降機，選擇加 工用輥保持用之固持器及工件保持用之固持器中之任一 者，裝卸自如地安裝於相對於台車之支柱而沿高度方向及橫 ㈣移動自如且可水平伸出之部分，藉由該些固持器而能以 特定之姿勢保持加工用輥或工件。 右作八體口己載，則本發明之線銀機用升降機係藉由以下構 件而構成：台車，其包含升降導㈣之支柱；升降部，其由 、〔支柱支禮j_/Q上述支柱而升降自如；橫向移動部，其 由上述升降。卩支撐，且可沿橫方向移動；水平伸出部，盆相 對於上述橫向移動部L沿射向搖動自如地安農、;左 右一對第1掛鉤’其絲於上述水平伸出部之前面；左右一 =第2掛釣’其安裝於上述水平伸出部之前面；加工用幸昆固 持器，其相對於上述第1掛鉤而袋卸自如地鉤掛，且伴持線 鋸機之加工用輥；及工件 保持線 裝卸自如地釣掛，且伴持^ 〃目對於上述第2掛釣而 案第i項發明）。持作為驗機之加工對象之工件(本 上述第1掛鉤與上述第2掛鉤係配置於直線上(本宰第2 項發明）。 2 上述加工用輥固持器係藉由以下構件而構成’其包含有： 101109447 6 201247347 支架，其藉由上述第1掛釣_ 水平伸出部之前面裝卸自如;1輥吊釣:』:1目對於上述 吊於上述支架之前側，支撐上述力 其错由吊具而懸 桿，其藉由上_吊鉤而保持，^^輥之兩端；及擠屋 (本案第3項發明）。 述加工用輥之兩端 • 上述吊具係藉由吊環螺栓及穿通於兮卜 *構成’且使藉由上述輕吊鉤所保持之:述 方向、旋轉方向及傾斜方向移位自如（本==後 上述擠壓桿㈣於上述觀吊釣之側面 二 二旋動自如地安装，且使上述擠壓桿可卡止於上= 鉤之側面（本案第5項發明）。 述輥币 上述工件固持器係藉由以 # 導轨_而構成，其包含有：滑塊 ' ^ 2掛鉤與第2掛軸之鉤掛而相對於上述 水平伸出部之前面裝卸自如；滑塊，其沿前後方向移動自如 地安裝於上述滑塊導軌上；及又架，其安裝於上述滑塊，且 保持上述工件(本案第6項發明）。 附屬於上述升降部之升降驅動裝置係藉由以下構件而構 f，其包含有：電池，其搭載於上述台車，·升_馬達，其 安裝於上述支柱側，且由上述f池鶴；及傳輸手段，其安 裝於上述支柱之上下位置間，且藉由上述升降用馬達驅動， 使上述升降部沿上述支㈣進行升降移動（本 案第7項發 明）。 WU09447 201247347 附屬於上述橫向移動部之橫向移動驅動裝置係藉由以下 構件而構成，其包含有：橫向進給螺桿，其安裝於上述升降 部，且可旋轉操作；及橫向進給螺帽，其安裝於上述橫向移 動部，且與上述橫向進給螺桿連結作為螺旋對（screw pair) ’使上述橫向移動部進行橫向移動（本案第8項發明）。 附屬於上述水平伸出部之水平伸出驅動裝置係藉由以下 構件而構成，其包含有：支軸，其安裝於上述橫向移動部， 且沿橫方向搖動自如地支撐水平伸出部；水平伸出進給螺 桿，其安裝於上述橫向移動部，且可旋轉操作；及水平伸出 進給螺帽，其藉由水平且前後方向之連結軸而安裝於上述水 平伸出部，且與水平伸出進給螺桿連結作為螺旋對(本案第 9項發明）。 八 (發明效果） 根據本發明之線鑛機用升降機，使加工用幸昆固持器相對於 安裝於上述水平伸出部之前表面上之左右m掛釣而 裝卸自如地鉤掛’又使工件_器相對於安裝於上述水平伸 出部之前表面上之左右—對第2掛鉤而裝卸自如地釣掛，故 而於選擇加玉用輥固持器並將其安裝於、_機用升降機 時，線鑛機用升降機可利用於加卫用輥之搬送、加工用親相 對於線鑛機之安裝或卸除，又，於選擇㈣並將其安 裝於線賴时降機時，線職时降機亦可彻於工件之 搬送、工件相對於線鑛機之加卫位置之料，藉此可提高線 101109447 8 201247347 鋸機用升降機之利用率（本案第1項發明）。 而且，若將加工用輥固持器或工件固持器安裝於線鋸機用 升降機之水平伸出部之前面，則加工用輥固持器或工件固持 器相對於台車之支柱而沿高度方向及橫方向移動調整自 如，且視需要藉由傾斜調整亦可水平伸出，故而加工用輥固 持器及工件固持器之位置或姿勢調節亦變得容易（本案第1 項發明）。 若將上述第1掛鉤與上述第2掛鉤配置於直線上，則該些 第1掛鉤或上述第2掛鉤之一部分或全部可兼用於加工用輥 固持器或工件固持器之鉤掛，與之相應地使構成簡化，又， 亦可分散加工用輥固持器或工件固持器之負重（本案第2項 發明）。 相對於上述第1掛鉤而將上述第1掛軸組合作為鉤掛形 式，故而第1掛鉤與上述第1掛軸可利用線鋸機用升降機之 功能即移動、升降、橫向移動及水平伸出功能而連結，又， 若使上述加工用輥固持器成為於上述支架之前側藉由吊具 而懸吊一對輥吊鉤之形式，則藉由上述輥吊鉤所保持之上述 幸昆吊鉤（加工用親）之自由度提高，將懸吊狀態之加工用親 沿重力之作用方向而保持，故而位置調整變得容易，又加工 用輥之兩端藉由一對輥吊鉤與上述擠壓之擠壓桿而確實地 得以保持(本案第3項發明）。 若上述吊具藉由吊環螺栓與穿通於吊環螺栓中之吊軸而 101109447 9 201247347 構成，則藉由㈣螺栓與㈣螺栓之穿通料之動作，而使 藉由上述輕吊鉤所保持之上述加工用報於前後方向、旋轉方 向及傾斜方向移位自如，故而較重的加工用輥之安裝或及卸 除之作業性提高（本案第4項發明）。 將上述擠壓桿相對於上述㈣鉤之側面藉由水平方向之 支點軸而旋動自如地安裝，且使上述擠壓桿可卡止於上述輕 ㈣之側面’故而於上㈣壓桿打開時’上述漏桿不會突 齡上，可容易放心地進行加卫用輥之裝卸，從而作業性提 南’又’於上述擠壓桿對加工用親進行擠叙時，搬送過程 中加工用輥確實得以保持，可防止藉由上述擠壓桿之不經意 的打開而引起加工用親之下落事故等於未然，於安全方面亦 為有利(本案第5項發明）。 、件固持益措由上述第2掛釣與第2掛軸之鉤掛而相 升降機伸出部之前表面裝卸自如，故而利用線鑛機用 ^機之功此而可進行工件固持器相對於上述第2掛釣之 裝卸又，又架藉由滑塊而 容易（本案第6項發明退故而工件之進退操作變得 上述升降部之升降驅動裳置，藉由上述支柱之 ==保必要之升降移動量，加，或工件之高度調 而且’於上述支柱之間或其附近之空間内可合 =屬Γ降用馬達、及傳輪手段(本案第_明)。 、杨向移動部之橫向移動驅動裝置，於加工 J01109447 201247347 卸=工件之搬送、加工贿之安裝、㈣、卫件之供給、 /過財，可確保橫向移動部之必要之橫方向之移動 ㈣卫件之橫方向之位置調整變得容易，進而於 °動。卩之位置雛後’藉由橫向祕轉與橫向進給螺 對而可維持調整位置’且於調整後橫向移動部亦不 會妄動（本案第8項發明）。 ==屬於上述水平伸出部之水平伸出驅動裝置，藉由水 給螺桿之旋轉操作而使水平伸出部以支軸為中心 ΓΓ=而於加工用親或工件之裝卸、相對於繼之 f’’可簡單地修正加王用觀或工件之傾斜，又， ==進給螺桿與水平伸出進給螺帽之螺旋對而可 維持^位置，騎修正後斜伸出㈣201247347 VI. Description of the invention: The technical field of the invention belongs to the bearing unit of the mining machine of the Omachi-choi line mining machine, and the processing roller is loaded and unloaded relative to the processing roller. Female, unloading, and workpiece relative to the wire saw machine [Prior Art] The line mining machine is used between the processing rolls in the following cases, so that the road is wound around the plurality of metal lines in the same layer =: broken second line ' When the short-term assembly of the line miner is outdated, there will be a machining plan 1 'on the user side of the machining unit and the bearing unit. When the change is made, the 'n * is required to cut the specification of the workpiece and the new processing is performed. The replacement of the bearing unit for the processing of the bearing unit. s, the specification of the processing is installed in the bearing unit. The patent applicant developed a patent down machine. By using the elevator, the processing is clamped in the height direction and the lateral direction by using ==, and the bearing is worn by the bearing unit. By using the elevator in this way, the assembly time of the roller relative to the bearing unit can be greatly increased, and the replacement of the guard (10) can be shortened to shorten the working time. However, the lift of the patent document i is dedicated to the processing of the wire mining machine, and the utility model is utilized for the workpiece of the processing object, the transfer of the workpiece, and the loading and unloading of the workpiece relative to the force of the wire saw machine. Therefore, in order to push the spoon, the workpiece is transported, and the workpiece is loaded and unloaded with respect to the machining position of the wire saw, and the workpiece is transported or lifted. On the other hand, in the patent document 2, the sister-r-brown is not a lifter for the workpiece with respect to the wire saw machine, but the elevator is used exclusively for the fastener, so it cannot be used for the bearing unit of the worker relative to the secret machine. The group m is unloaded. [Prior Art] [Patent Document] Patent Document 1: Japanese Laid-Open Patent Publication No. 2010-208790 (Patent Document 2) Japanese Patent Laid-Open Publication No. Hei. For one wire sawing machine, the processing of the processing roller for the wire sawing machine, the mounting and unloading of the processing roller with respect to the bearing unit, and the transfer of the workpiece, and the loading and unloading of the workpiece relative to the machining position of the wire sawing machine Jobs usually do not overlap in time. Therefore, the trolley portion of the elevator can be used for both the processing roller of the wire sawing machine, the mounting and unloading of the processing roller with respect to the bearing unit of the wire sawing machine, and the transfer of the workpiece, and the processing of the workpiece relative to the wire sawing machine. Loading and unloading operations at the location. Therefore, the object of the present invention is to provide an elevator which can be used for the mounting of a processing parent, a roller for processing with respect to a bearing unit of a line miner, and the removal of 101109447 5 201247347, and can also be utilized for a workpiece. Loading and unloading of the processing position of the transporting and guarding parts relative to the secret machine. (Means for Solving the Problem) In order to solve the above problems, the invention relates to a lift for a wire miner, and a stopper for holding a processing roller and a holder for holding a workpiece, which are detachably attached to each other A portion of the trolley that is freely movable in the height direction and the horizontal direction (four) and horizontally extendable, and the retaining roller can hold the processing roller or the workpiece in a specific posture. The lifter for the wire machine of the present invention is constituted by the following components: a trolley including a pillar of the lift guide (4); a lifter, which is supported by the pillar support j_/Q And the lifting is free; the lateral moving portion is raised and lowered by the above. The raft supports and moves in the lateral direction; the horizontally extending portion, the basin is swayable relative to the lateral movement portion L, and the pair of left and right first hooks 'before the horizontal extension portion ; the left and right = the second hanging fishing' is mounted on the front surface of the above-mentioned horizontal projecting portion; the processing uses the Xingkun retainer, which is detachably hooked with respect to the first hook, and is accompanied by the processing of the wire sawing machine The roll is used; and the workpiece holding line is detachably hung and hung, and the item i is invented for the second hanging fishing case). The workpiece to be processed as the inspection object (the first hook and the second hook are arranged on a straight line (the second invention of the present invention). 2 The processing roller holder is constituted by the following members. It includes: 101109447 6 201247347 bracket, which is freely detachable by the first hanging fishing _ horizontal extension part; 1 roller sling fishing: 』: 1 mesh for the above hanging side of the bracket, supporting the above-mentioned force a spreader and a suspension rod, which are held by the upper hook, and both ends of the roller; and the squeeze house (the third invention of the present invention). Both ends of the processing roller are provided. And passing through the * * 构成 且 且 且 且 且 且 且 且 且 且 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述 上述Rotating freely, and the above-mentioned squeeze rod can be locked on the side of the upper=hook (the invention of the fifth aspect of the present invention). The above-mentioned workpiece holder of the roll coin is constituted by the # guide _, which includes : the slider '^ 2 hook is hooked to the second hanging shaft and is opposite to the horizontal projection The front side is detachable; the slider is movably mounted on the slider rail in the front-rear direction; and the frame is attached to the slider and holds the workpiece (the invention of the sixth invention). The lifting and lowering drive device is configured by a battery that is mounted on the above-described trolley, and is mounted on the pillar side, and is mounted by the above-mentioned f-hoist; and the transmission means is installed. Between the upper and lower positions of the pillars, the lifting and lowering portion is moved up and down along the branch (fourth) by the driving of the lifting motor (the seventh invention of the present invention). WU09447 201247347 The lateral movement driving device attached to the lateral moving portion is The utility model comprises the following components, comprising: a transverse feed screw mounted on the lifting portion and rotatably operated; and a lateral feeding nut mounted on the lateral moving portion and the transverse feeding screw Linking as a spiral pair 'moving the lateral moving portion laterally (the eighth invention of the present invention). Attached to the horizontal projection The flat extension driving device is constituted by a fulcrum which is mounted on the lateral movement portion and rotatably supports the horizontal projection portion in the lateral direction; the horizontally extending feed screw is mounted a horizontally extending portion and rotatably operable; and a horizontally extending feed nut attached to the horizontal projecting portion by a horizontal and front-rear connecting shaft and coupled to the horizontally extending feed screw as a spiral (Eighth Invention of the Invention) VIII (Effect of the Invention) According to the elevator for a wire ore machine according to the present invention, the processing and use of the sturdy retainer for loading and unloading is performed on the front and rear sides of the horizontally extending portion. The hook is detached and the workpiece _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _When the machine is used for lifts, the lifts for the line miners can be used for the transfer and processing of the welcoming rolls, relative to the installation or removal of the line miners, and, in addition, (4) and install them on the line. machine When the line level can drop machine the workpiece transfer Toru feed, plus guard workpiece relative to the feed line of the position of the mining machine, whereby the wire can be improved saw 1,011,094,478,201,247,347 lifts the utilization (in this case the first invention). Further, if the processing roller holder or the workpiece holder is attached to the front surface of the horizontal extension portion of the lift for the wire saw machine, the processing roller holder or the workpiece holder is oriented in the height direction and the lateral direction with respect to the pillar of the trolley. The movement can be adjusted freely and can be horizontally extended by tilt adjustment as needed, so that the position or posture adjustment of the processing roller holder and the workpiece holder is also easy (the first invention of the present invention). When the first hook and the second hook are arranged on a straight line, part or all of the first hook or the second hook may be used for hooking of a processing roller holder or a workpiece holder, corresponding thereto The structure is simplified, and the load of the processing roller holder or the workpiece holder can be dispersed (the second invention of the present invention). The first hanging shaft is combined with the first hook as the hooking type. Therefore, the first hook and the first hanging shaft can be connected by the functions of the lift of the wire saw machine, that is, the movement, the lifting, the lateral movement, and the horizontal extension. Further, if the processing roller holder is in the form of a pair of roller hooks suspended by a spreader on the front side of the bracket, the above-mentioned lucky hook is held by the roller hook (for processing) The degree of freedom of the pro-) is maintained, and the processing of the suspended state is maintained along the direction of gravity, so that the position adjustment becomes easy, and the ends of the processing roller are squeezed by the pair of roller hooks and the above-mentioned extrusion The pressure bar is surely maintained (the third invention of the case). If the above-mentioned spreader is constituted by a lifting eye bolt and a hanging shaft penetrating through the eye bolt, 101109447 9 201247347, the above-mentioned processing maintained by the above-mentioned light hook is performed by the action of the (4) bolt and the (four) bolt through the material. By being reported in the front-rear direction, the rotation direction, and the tilt direction, the workability of mounting or unloading of the heavy processing roller is improved (the fourth invention of the present invention). The squeeze rod is rotatably mounted with respect to the side surface of the (4) hook by a fulcrum shaft in a horizontal direction, and the squeeze rod can be locked to the side of the light (four). Therefore, when the upper (four) pressure rod is opened 'The above-mentioned leaking rod does not reach the age, and the loading and unloading roller can be easily and safely handled, so that the workability of the south is 'in the case of the above-mentioned squeeze rod for the processing of the parent, the processing roller during the transfer process It is indeed maintained, and it is possible to prevent the accident of falling of the processing by the inadvertent opening of the above-mentioned squeeze rod, which is also advantageous in terms of safety (the fifth invention of the present invention). The workpiece holding and holding unit is hooked by the second hanging fishing line and the second hanging shaft, and the front surface of the lifter is detachably attached. Therefore, the workpiece holder can be used with respect to the above-mentioned 2 loading and unloading of the hanging fishing, and the frame is easy by the slider (the sixth invention of the case is retired and the advance and retreat operation of the workpiece becomes the lifting and lowering driving of the lifting portion, and the above-mentioned pillars == necessary lifting movement The amount, the height of the workpiece, or the height of the workpiece can be combined with the space between the above-mentioned pillars or in the vicinity of the pillars = the motor for the descending motor and the means for transmitting the wheel (in the case of the case), and the lateral movement of the Yang to the moving part Drive unit, processing J01109447 201247347 Unloading = workpiece transfer, processing bribe installation, (four), guard supply, / fortune, to ensure the necessary lateral movement of the lateral movement (four) position adjustment of the guard in the horizontal direction It becomes easy, and it moves at °. The position of the 卩 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' == belongs to the above The horizontal extension portion extends out of the driving device, and the horizontal extension portion is centered on the fulcrum by the rotation operation of the screw by the water 而 = the loading or unloading of the processing pro- or workpiece, relative to the subsequent f'' Simply correct the inclination of the king or the tilt of the workpiece. In addition, the == feed screw and the spiral pair of the horizontally extending feed nut can maintain the position of the ^, and the oblique correction after the correction (4)
9項發明）。 V 【實施方式】 圖1至圖10表示本發明夕始姐地 成，圖η至圖16表干各降機1之整體構 衣不各部分之具體構造。 構Γ=10中’_機用升降機1係藉由以下構件而 構成，其包含有··台車3，1 ㈣ 升降部4,其由支柱^升降導弓1用之一對支柱2; 柱2支撐，且沿支桎 移動部5,其由升降部而升降自如’検向 伸出部6,其相對即可沿橫方向移動；及水平 如地安裝。如移動部5之前面而沿橫方向搖動自 101109447 201247347 水平伸出部6包含安裝於水平伸出部6之前表面之左右一 對第1掛鉤7及第2掛鉤8。第1掛鉤7係用以藉由加工用 輥固持器10保持線鋸機之加工用輥9而設置，第2掛鉤8 係用以藉由工件固持器11保持成為線鋸機之加工對象之工 件12而設置。於圖示之例中，第1掛鉤7及第2掛鉤8排 列配置於一直線上，且於該直線上，第1掛鉤7以狹窄之間 隔而對向，第2掛鉤8以與台車3之寬度大致相當之間隔而 對向。 如圖5至圖7般，加工用輥固持器10係藉由第1掛鉤7 與加工用輥固持器10之第1掛軸13之鉤掛而相對於水平伸 出部6之前面裝卸自如地安裝，且由以下構件而構成，其包 含有：支架14，其固定於第1掛軸13，且為例如T字狀； 左右一對輥吊鉤16，其藉由书具15而懸吊於該支架14之 前側中心位置處，支撐加工用輥9之兩端之輪轂部分；及左 右一對擠壓桿17，其藉由該輕吊鉤16而保持，且擠壓加工 用親9之兩端之輪轂部分。 在將加工用輥固持器10之第1掛軸13懸吊於第1掛鉤7 時，支架14之下端部藉由間隔件14a而與水平伸出部6之 前面相接並保持特定之傾斜。再者，於第1掛鉤7之附近， 為了不使第1掛軸13自第1掛鉤7脫落，視需要而設置有 掛鉤狀之止脫器39。 左右一對輥吊鉤16藉由複數個連結棒38而連結，該等連 101109447 12 201247347 結棒38藉由固定於連結棒38之左右一對輔助支架36、於 輔助支架36之間安裝上部之吊桿37、及安裝於該吊桿37 之中心位置處之吊具15而懸吊於T字狀之支架14之前端 位置處。 於圖示之例中，吊具15係藉由安裝於吊桿37之中心位置 處之吊環螺栓15a、及穿通於該吊環螺栓15a且固定於支架 14之前端位置處之橫方向之吊軸15b而構成。以此方式， 報吊鉤16藉由吊環螺检15a及吊軸15b而懸吊於重力之作 用方向。 輥吊鉤16藉由該懸吊狀態而於前後方向、旋轉方向及傾 斜方向移位自如。再者，視需要，在支架14與連結棒38 之間架設有螺絲扣（turnbuckle ) 42，藉此限制報吊鉤16朝 前方向之移位。 擠壓桿17可藉由水平方向之支點軸18而旋動自如地安裝 於輥吊鉤16之側面，且可藉由將安裝於擠壓桿17之分度銷 40卡止於打開位置之卡止孔41及擠壓位置之卡止孔41中 而固定。 如圖8至圖10般，工件固持器11係藉由第2掛鉤8與工 件固持器11之第2掛軸19之鉤掛而相對於水平伸出部6 之前表面裝卸自如地安裝，且藉由以下構件而構成：一對撐 桿43，其沿縱方向安裝於第2掛軸19之兩端及中央部分； 左右一對滑塊導執20，其自撐桿43之前面朝前方向突出； 101109447 13 201247347 滑塊21，其沿前後方向移動自如地安裝於一對滑塊導轨2〇 之間；及1個或複數個叉架22 ’其安裝於該滑塊21，且保 持工件12。 滑塊21為例如附滑塊把手45之平坦之塊狀，其藉由於左 右端之位置處設置於滑塊導執2 〇與滑塊21之間之線性導軌 44而沿前後方向移動自如地安裝。再者，於滑塊21之下方 安裝有油盤46。 在將工件固持器11之第2掛軸19懸吊於第2掛鉤8時， 撐桿43之下端部係藉由姿勢調整用之複數個調整螺釘47 之前端而與水平伸出部6之前面相接。再者，第2掛轴19 除懸吊於第2掛鉤8上之外，第2掛軸19亦懸吊於位於直 線上之第1掛鉤7。因此，於工件固持器11保持有工件12 時，該等之負重係藉由第1掛釣7及第2掛鉤8而以分散之 狀態支撐。第1掛鉤7與第2掛鉤8並不限於在同一直線上， 亦可位於各不相同之2條直線上。 其次’將線鋸機用升降機1之台車3於左右一對垂直之支 柱2之前後以前方低、後方高之階梯狀而組裝，且係藉由前 方之左右位置處的方向固定之車輪48、後方之左右位置處 的腳輪49、及後方之中央位置處的可起伏之附移動把手5〇 之方向可改變之萬能輪51而構成作為牵弓丨或手壓式者。再 者，於支柱2之背面側附設有手壓用把手53。 垂直方向之移動把手5〇係藉由把手軸56而旋轉自如地安 101109447 201247347 裝於台車3之後部，且藉由拉力彈簧52而以始終直立之方 式施力。又，萬能輪51藉由踏板54之操作而使刹車55與 地面相接，並藉由此時之制動力而使台車3成為活動靜止狀 態。再者，於腳輪49、萬能輪51之雙方或其中任一方附設 有驅動用馬達，藉此亦可將台車3作為自動移動式者而構 成。 又，於台車3之前方中央位置處，視需要，將左右對向之 複數個定位導轨輥57以於前進方向上整齊排列狀態而設 置。於台車3前進時，該等定位導執輥57被以下構件導引： 如圖19中例示，定位導軌60，其設置於載置有加工用輥固 持器10之附支架59之保管台車58的下方；定位導軌63， 其設置於載置有工件固持器11之附支架62之保管台車61 的下方；進而如圖20中例示之定位導軌72，其形成於線鋸 機之一對軸承單元64、65之下方的底面等。於定位導軌60、 63、72之間分別設置有止動件92、93、94，限制台車3或 保管台車58、61向前方之進入位置。 圖11及圖12表示升降部4及附屬於該升降部4之升降驅 動裝置23。升降部4位於例如由C形鋼形成之一對支柱2 之間，藉由左右上下之升降用導執輥73而沿支柱2升降自 如地設置，且藉由附屬於升降部4之升降驅動裝置23而朝 上下方向被驅動。 升降驅動裝置23藉由以下構件等而構成：電池24，其搭 101109447 15 201247347 載於台車3 ;升降用馬達25，其安裝於支柱2之間之連結板 74之背面；鏈輪孔27，其於—對支柱2之間絲於上下之 位置處’·及環狀之鏈條26，其繞掛於該等鏈輪孔27。鏈條 26之心於-對支柱2之間之#央處成為連結部，且藉 由該連結部之附件75而連結於升降部4。 升降用馬達25係附減速機之馬達，其藉由來自電池24 之電力而_ ’使此時之輪出旋轉減速，且使上側之鍵輪孔 27旋轉’減朝任-方向驅動鏈條％，使與鏈條％之附件 75連結之升㈣4沿支柱2而上升或下.降。該操作可藉由 於-對支柱2之間搭载於台車3之操作盤⑽而進行。 内置於升降用馬達25中之減速機除原本之減速功能外’ 亦具有自動停止作用（停止功能），即，藉由基於懸吊於升降 部4之負重之逆驅動而料降部4_於特定之高度，使鍵 mm27不_ °該停止魏亦可將升降用馬達 乍為=料段，並藉㈣車手㈣確保升_馬達U 之仔止位置，而不利用内置於 自動停止仙。 _馬達25中之減速機之 上述之鏈輪孔27或鏈條26係藉由升降用馬達25而驅 動，並構成朝上升或下降方向驅動升降部4之丄; 傳輸手段亦可為正時皮帶· ，又，以 …圖―移動部5及:::撗::::; 101109447 201247347 ==了移動— 单Μ 之導引輥76而沿著於升降部4之·^ ==之c形鋼製的上下一對導轨77,以於直達各支 向、糾於橫方向上可移動之狀態而支撐於 之月=且猎由附屬於橫向移動部5之橫向移動驅純置 8而朝檢方向被驅動。 橫向移動驅動裝置28藉由以下構件而構成：橫向進給螺 杯29，其藉由以升降部4支撐之橫向移動用之把手π而可 ㈣；及橫向進給螺帽3〇，其安裝於橫向移動部5，與橫向 進給螺桿29連結作為螺旋對。 該例中，橫向移動用之把手78自背面觀察時位於右側， 為妙背面位置之作業者操作，以朝向#面之狀態而旋轉自 如地安裝於絲箱（geai> bQX)79。橫向移動社把手^之旋 轉係藉由齒輪箱79内部之一對斜齒輪8〇、81而傳輸至相對 ^向移動用之把手78之軸而成直角之方向的橫向進給螺 ^ 9,使橫向進給螺帽3〇沿橫向進給 動 ==心㈣f縣於橫向移 背面之移:器9G之指針㈣取安裝於升降部4之 又’圖15及圖丨a主_ 6之水平伸出陶置部6及附屬於水平伸出部 裝於水平拙山平伸出部6係設置為用以將安 “ 之前面之第1掛鉤7及第2掛鉤8相對於 101109447 17 2012473479 inventions). [Embodiment] Figs. 1 to 10 show the construction of the present invention, and Fig. η to Fig. 16 show the specific construction of the entire structure of each of the lowering machines 1. Γ 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Supported, and along the support moving portion 5, which is lifted and lowered by the lifting portion, the protruding portion 6 is relatively movable in the lateral direction; and horizontally mounted. The horizontal extension portion 6 is swung in the lateral direction from the front surface of the moving portion 5 from the 101109447 201247347. The horizontal projecting portion 6 includes a pair of left and right first hooks 7 and a second hook 8 attached to the front surface of the horizontally extending portion 6. The first hook 7 is provided to hold the processing roller 9 of the wire saw machine by the processing roll holder 10, and the second hook 8 is used to hold the workpiece to be processed by the wire saw machine by the workpiece holder 11. 12 and set. In the illustrated example, the first hook 7 and the second hook 8 are arranged in line on the straight line, and on the straight line, the first hooks 7 are opposed at a narrow interval, and the second hooks 8 are spaced from the width of the carriage 3. It is roughly opposite and opposite. As shown in FIG. 5 to FIG. 7 , the processing roller holder 10 is detachably attached to the front surface of the horizontal projecting portion 6 by the first hook 7 and the first hanging shaft 13 of the processing roller holder 10 . And comprising: a bracket 14 fixed to the first hanging shaft 13 and having a T-shaped shape, for example; and a pair of left and right roller hooks 16 suspended from the bracket by the book 15 14 at a front center position, a hub portion supporting both ends of the processing roller 9; and a pair of right and left pressing rods 17 held by the light hook 16 and pressed at both ends of the pro 9 Hub part. When the first hanging shaft 13 of the processing roll holder 10 is suspended from the first hook 7, the lower end portion of the holder 14 is brought into contact with the front surface of the horizontal projecting portion 6 by the spacer 14a to maintain a specific inclination. Further, in the vicinity of the first hook 7, in order to prevent the first hanging shaft 13 from falling off from the first hook 7, a hook-shaped stopper 39 is provided as needed. The pair of right and left roller hooks 16 are connected by a plurality of connecting rods 38. The connecting rods are mounted on the upper and lower auxiliary brackets 36 by a pair of left and right auxiliary brackets 36 fixed to the connecting rods 38. The boom 37 and the spreader 15 attached to the center of the boom 37 are suspended at the front end position of the T-shaped bracket 14. In the illustrated example, the spreader 15 is attached to the eyebolt 15a at the center of the boom 37, and the hanging shaft 15b that is inserted through the eyebolt 15a and fixed to the front end of the bracket 14 in the lateral direction. And constitute. In this manner, the report hook 16 is suspended in the direction of gravity by the eye bolt 15a and the suspension shaft 15b. The roller hook 16 is displaceable in the front-rear direction, the rotation direction, and the tilting direction by the suspended state. Further, if necessary, a turnbuckle 42 is placed between the bracket 14 and the connecting rod 38 to thereby restrict the displacement of the hook 16 in the forward direction. The pressing rod 17 can be rotatably attached to the side of the roller hook 16 by the fulcrum shaft 18 in the horizontal direction, and can be locked in the open position by the indexing pin 40 attached to the pressing rod 17. The stopper hole 41 and the locking hole 41 in the pressing position are fixed. As shown in FIGS. 8 to 10, the workpiece holder 11 is detachably attached to the front surface of the horizontal projecting portion 6 by hooking the second hook 8 to the second hanging shaft 19 of the workpiece holder 11 by means of hooking. a pair of struts 43 that are attached to both ends and a central portion of the second hanging shaft 19 in the longitudinal direction; a pair of left and right slider guides 20 that protrude from the front surface of the struts 43 in the forward direction; 101109447 13 201247347 The slider 21 is movably mounted between the pair of slider guides 2A in the front-rear direction; and one or a plurality of forks 22' are attached to the slider 21 and hold the workpiece 12. The slider 21 is, for example, a flat block shape with a slider handle 45 which is movably mounted in the front-rear direction by a linear guide 44 provided between the slider guide 2 〇 and the slider 21 at the position of the left and right ends. . Further, an oil pan 46 is attached below the slider 21. When the second hanging shaft 19 of the workpiece holder 11 is suspended from the second hook 8, the lower end portion of the stay 43 is front-end of the horizontal projection 6 by the front end of the plurality of adjustment screws 47 for posture adjustment. Pick up. Further, the second hanging shaft 19 is suspended from the second hook 8 and the second hanging shaft 19 is also suspended from the first hook 7 located on the straight line. Therefore, when the workpiece holder 11 holds the workpiece 12, the load is supported by the first fishing line 7 and the second hook 8 in a dispersed state. The first hook 7 and the second hook 8 are not limited to being on the same straight line, and may be located on two different straight lines. Next, the trolley 3 of the elevator 1 for the wire saw machine is assembled in front of the left and right vertical pillars 2, and is assembled in a stepped shape with a front lower side and a rear higher height, and is a wheel 48 fixed by the direction of the front left and right positions. The caster 49 at the left and right rear positions and the versatile movable handle 5 at the center position at the rear can be configured as a bow or a hand press. Further, a hand grip 53 is attached to the back side of the pillar 2. The vertical movement handle 5 is rotatably held by the handle shaft 56. 101109447 201247347 is attached to the rear portion of the carriage 3, and is biased by the tension spring 52 in an always standing manner. Further, the universal wheel 51 is brought into contact with the ground by the operation of the pedal 54, and the trolley 3 is brought into a stationary state by the braking force at this time. Further, a drive motor is attached to either or both of the caster 49 and the universal wheel 51, whereby the trolley 3 can be constructed as an automatic mover. Further, at a central position in front of the carriage 3, a plurality of positioning guide rollers 57, which are opposed to each other, are arranged in a lined state in the forward direction as needed. When the carriage 3 is advanced, the positioning guide rollers 57 are guided by the following members: As illustrated in FIG. 19, the positioning guide rail 60 is disposed on the storage cart 58 on which the bracket 59 of the processing roller holder 10 is placed. Below; a positioning guide 63 disposed below the storage carriage 61 on which the bracket 62 of the workpiece holder 11 is placed; and further, a positioning rail 72 as illustrated in FIG. 20, which is formed in the pair of bearing units 64 of the wire saw The bottom surface below 65, etc. Stoppers 92, 93, and 94 are provided between the positioning rails 60, 63, and 72, respectively, to restrict the entry position of the carriage 3 or the storage carriages 58, 61 to the front. 11 and 12 show the lifting portion 4 and the lifting and lowering device 23 attached to the lifting portion 4. The elevating portion 4 is located between the pair of pillars 2 formed of a C-shaped steel, for example, and is vertically and arbitrarily provided along the strut 2 by the right and left lifting guide rollers 73, and is attached to the elevating driving device attached to the elevating portion 4 23 is driven in the up and down direction. The elevation drive unit 23 is constituted by the following members, etc.: a battery 24, which is attached to the trolley 3, 101105447 15 201247347, and a lifting motor 25 mounted on the back surface of the coupling plate 74 between the pillars 2; a sprocket hole 27, The chain 26 is wound around the sprocket hole 27 at a position between the pillars 2 and the wire. The center of the chain 26 is connected to the center of the pair of pillars 2, and is connected to the lifting portion 4 by the attachment 75 of the connecting portion. The lifting motor 25 is a motor with a speed reducer that decelerates the rotation of the wheel at this time by the electric power from the battery 24, and rotates the upper key wheel hole 27 to reduce the drive chain % in the direction of the direction. The liter (4) 4 connected to the attachment 75 of the chain is raised or lowered along the struts 2. This operation can be performed by mounting the strut 2 between the strut 2 on the operation panel (10) of the bogie 3. The speed reducer built in the lift motor 25 has an automatic stop function (stop function) in addition to the original speed reduction function, that is, the feed portion 4_ is based on the reverse drive based on the load suspended from the lift portion 4. The specific height, so that the key mm27 does not _ ° the stop Wei can also be used to lift the motor to = section, and by (4) the driver (four) to ensure that the position of the _ motor U, without using the built-in automatic stop. The sprocket hole 27 or the chain 26 of the speed reducer in the motor 25 is driven by the lifting motor 25, and is configured to drive the lifting portion 4 in the ascending or descending direction; the transmission means may also be a timing belt. , again, with the figure - moving part 5 and ::::撗::::; 101109447 201247347 == moved - single guide roller 76 and along the lifting part 4 ^ ^ = c-shaped steel The pair of upper and lower guide rails 77 are supported to be supported by the direct movement in the state of being straight to the respective directions and being movable in the lateral direction, and the hunting is performed by the lateral movement of the lateral movement unit 5 The direction is driven. The lateral movement driving device 28 is constituted by a lateral feeding screw cup 29 which can be moved by a handle π for lateral movement supported by the lifting portion 4, and a lateral feed nut 3〇 which is mounted on The lateral moving portion 5 is coupled to the infeed screw 29 as a pair of spirals. In this example, the handle 78 for lateral movement is located on the right side when viewed from the back, and is operated by an operator who is in the position of the rear face, and is rotatably attached to the wire box (geai> bQX) 79 in a state facing the # face. The rotation of the lateral movement member handle is transmitted by the pair of helical gears 8A, 81 in the gearbox 79 to the transverse feed screw 9 in the direction perpendicular to the axis of the handle 78 for movement. The transverse feed nut 3〇 is fed in the lateral direction==the heart (4) The shift of the f county in the lateral direction is shifted: the pointer of the device 9G (4) is taken to the horizontal portion of the lifting portion 4 and the horizontal extension of Fig. 15 and Fig. The potting portion 6 and the horizontal protruding portion are attached to the horizontal 拙山平 protruding portion 6 and are arranged to connect the first hook 7 and the second hook 8 of the front face with respect to 101109447 17 201247347
橫向移動部5而摇翁^ — tHr Q 徭動自如地女裝，且於横向移動部5之前面 之中央上側位置虚，p , 藉由水平的則後方向之支軸32而搖動 自如地支撐。根據該 支撐構以，水平伸出部ό自正面觀察 時，以支軸32為φ、 东 搖動，且*μΜ〜而相對於横向移動部5如擺錘般左右 搖動，且由附屬於水平 動而可沿水平伸出方内 7、'伸出驅動裝置31驅 ”方㈣行傾斜調整。 於固疋於橫向移動部5之前面之中央上部，且相對 於水平伸㈣6之例如滑_式之軸承部82而旋轉自如。 又，水平伸出部6與橫向移動邱 勒# 5之間插入有複數個支承輥 83。支承報83為了在容許水平伸出部6搖動之同時支樓其 下部而固定於例如水平伸出部6之背面，且插入於水平伸出 部6與橫向移動部5之間。料支承輥83之軸線設定為與 支軸32之中心線交叉之位置關係。 水平伸出驅動裝置31藉由以下構件而構成：水平伸出進 給螺桿33，其藉由以橫向移動部^ ± 切# 5支撐之水平伸出用之把 手84而可操作；及水平伸㈣給螺巾f %，其藉由水平方向 之連結軸34而安裝於水平伸出部6。水平伸出進給螺帽％ 於水平伸出部6之連絲34之水平的軸線之方向旋轉自 如，且與水平#進給螺桿33連結作為螺旋對。 該例中，水爭伸出用之把手84 ό也 么W觀察時位於右側， 為了藉由^位置之料者容易操作，在低於橫向移動用之 把手78之位ϊ處朝向背面而安穿於 ^ 、菌輪箱85。水平伸出用 101109447 201247347 之把手84之旋轉係藉由齒輪箱85内部之—對斜齒輪％、 87而傳輸至相對於水平伸出用之把手84之轴而成直角之方 向的水平伸出進給螺桿33，使水平伸出進給螺帽乃移動。 如圖3、圖4及圖5等_所看到’於水平伸出部7安普有 角度指示II 88’角度指示器88之指針指示安裝於橫向移動 部5之齒輪箱79之角度刻度板89的刻度。再者，水平伸出 進給螺桿33之旋轉亦可藉由專用之馬達進行，代替水= 出用之把手84之操作。 其次，如圖17般，加工用親固持器10中，將第_ 13及視需要設置於其下方之輔助第！掛轴…之部㈣置 於保管台車58之支架59，且卡止於正脫器用掛釣他。 於加工用親9之搬送、加工用輥9相對於線鑛機而 時’作業者使圖1至圖4之線賴用升降機i移動 之保管台車58之附近為止，如圖17及圖19所示 機用升降機1與加工用咖抑1Giit地相對。於、 之過程中，定位導執觀57蚊位導軌6〇導引，且相=對 工用輥固持器10而以定位狀態相對。又 T於加 升降機1之停止位置藉由線賴用升降機i之=線鑛機用 分與止動件92之抵接而成為加工用輕固持器：二:: 此處，作業者對操作盤24a 旋轉’使下降位置之升降部4 101109447 進行操作而使升降用馬達25 進订上升移動，第1掛夠7 19 201247347 於朝上之支承位置處接受加工用輥固持器1〇之第1掛軸 13 ’使升降部4上升至越過支架59之高度為止之後，使線 鑛機用升降機1後退’使線鋸機用升降機1移動至加工用輥 9之接受位置為止。藉由此種操作，如圖5至圖7般，將加 工用輥固持器10搭載於線鋸機用升降機i。 其次，作業者使附加工用輥固持器1〇之線鋸機用升降機 1朝加工用輥9之接受位置移動，並於此處使輥吊鉤16上 升，輥吊鉤16於朝上之半圓弧狀之墊16a之位置處支撐加 工用輥9之兩端之輪轂部分，擠壓桿17下落而閉合，由朝 下之半圓弧狀之墊17a擠壓，將分度銷4〇固持於卡止孔41 中’且以不打開擠壓桿η之方式固定之後，使輥吊鉤16 上升，並於適當之咼度處停止，懸吊加工用輥9。 於該懸吊狀態時，如上所述，藉由附減速機之升降用馬達 25之自動停止作用，即便於升降部4上懸吊有加工用親9 之負重，升降部4亦不會由於此時之負重而下降。 其次，作業者使線鋸機用升降機丨之台車3移動至欲安裝 加工用輥9之線鋸機之附近的作業位置，並驅動升降用馬達 25，藉此調節加工用輥9相對於線鋸機之組裝高度。於此時 之移動過程中，螺絲扣42限制加工用輥9朝前方向之移動， 故而台車3不會出現朝刖方向之異常的重心移動之狀態，因 此穩定地移動。 圖20表示將加工用輥9組裝入線鋸機之一對軸承單元 101109447 20 201247347 64、65之間時的順序。如圖示般，作業者使線鋸機用升降 機1之台車3移動至軸承單元64、65之附近。此時，若於 底面或線鋸機之機械底板等形成有一對定位導軌72，則複 數個定位導轨輥57藉由定位導軌72而受到位置限制，同時 如箭頭a般朝前進方向被導引，與定位用之止動件94相接 而停止，故而台車3被導引至對於一對軸承單元64、65易 作業之適當之位置而停止。 此處，作業者沿水平方向按壓懸吊狀態之加工用輥9，將 保持中之加工用輥9導引至軸承單元64、65之間，使該等 之軸心大致一致。此時，加工用輥9係由加工用輥固持器 1〇懸吊，故而藉由施加來自水平方向之力而可容易地朝抽 心一致位置導引。 若線鑛機之設置底面因控水斜度之設定等而存在傾斜，則 口車3不會直立於垂直方向，但加工用親9藉由加工用親固 持器“於重心位置處以㈣狀態存在，亦即存在於重力 之作用方向上，此辭不會騎。 、The lateral moving portion 5 is shaken and the tHr Q is freely swayed, and the upper side of the front surface of the lateral moving portion 5 is imaginary, and p is swayably supported by the horizontal rear support shaft 32. . According to the support structure, when the horizontal projecting portion ό is viewed from the front, the fulcrum 32 is φ, swayed east, and *μ Μ ̄, and is tilted to the left and right with respect to the lateral moving portion 5, and is attached to the horizontal movement. However, it can be tilted and adjusted along the horizontally extending side 7 and the 'extending driving device 31' side (four) line. It is fixed to the central upper part of the front surface of the lateral moving part 5, and is horizontally extended (four) 6 such as sliding type The bearing portion 82 is rotatable. Further, a plurality of support rollers 83 are inserted between the horizontal projecting portion 6 and the laterally moving ballule #5. The support plate 83 is for supporting the lower portion of the building while allowing the horizontal projecting portion 6 to rock. It is fixed to, for example, the back surface of the horizontal projecting portion 6, and is inserted between the horizontal projecting portion 6 and the lateral moving portion 5. The axis of the material support roller 83 is set to a positional relationship with the center line of the support shaft 32. The driving device 31 is constituted by a horizontally extending feed screw 33 which is operable by a horizontally extending handle 84 supported by a lateral moving portion; and a horizontal extension (four) for the screw f %, which is mounted by the connecting shaft 34 in the horizontal direction The horizontal projecting portion 6. The horizontally extending feed nut is freely rotatable in the direction of the horizontal axis of the wire 34 of the horizontal projecting portion 6, and is coupled to the horizontal #feed screw 33 as a spiral pair. The water is used for the purpose of the handle 84. It is also located on the right side when it is observed. In order to make it easy to operate by the position of the material, it is placed on the back of the handle 78 below the lateral movement and is worn on the back. The wheel box 85. The rotation of the handle 84 of the horizontal extension 101109447 201247347 is transmitted in the direction of the right angle with respect to the axis of the horizontally extending handle 84 by the counter gear %, 87 inside the gear case 85. The feed screw 33 is extended horizontally so that the horizontally extending feed nut is moved. As seen in Fig. 3, Fig. 4 and Fig. 5, etc., the horizontal projection 7 has an angle indication II 88' angle indication. The pointer of the device 88 indicates the scale of the angle scale plate 89 of the gear box 79 attached to the lateral moving portion 5. Further, the rotation of the horizontally extending feed screw 33 can also be performed by a dedicated motor instead of water = The operation of the handle 84. Next, as in Fig. 17, in the processing retainer 10, The _13 and the auxiliary hang-up axis (4) which are placed underneath as needed are placed in the holder 59 of the storage trolley 58 and are locked in the slinger for fishing. When the roller 9 is used with respect to the line miner, the operator lifts the vicinity of the storage cart 58 in which the lift i is moved by the line of Figs. 1 to 4, as shown in Figs. 17 and 19, the machine lift 1 and the processing coffee. In the process of the process, the positioning guides 57 guides the mosquito guides 6〇, and the phase = is opposite to the working roller holder 10, and the T is borrowed from the stop position of the elevator 1 By the use of the elevator i, the line miner and the stop member 92 abut against the stopper 92 to become a processing light holder: 2: Here, the operator rotates the operation panel 24a 'to lower the lift position 4 101109447 When the operation is performed, the lifting motor 25 advances and moves upwards, and the first hanging up 7 19 201247347 receives the first hanging shaft 13 ' of the processing roller holder 1 at the upward support position, so that the lifting portion 4 is raised over the bracket After the height of 59, the line machine is lifted by the elevator 1 to make the wire saw machine lift 1 is moved to the receiving position until the processing of the roller 9. By this operation, the processing roller holder 10 is mounted on the wire saw machine elevator i as shown in Figs. 5 to 7 . Next, the operator moves the wire saw machine lifter 1 of the additional work roll holder 1 toward the receiving position of the processing roll 9, and raises the roll hook 16 here, and the roll hook 16 is in the upward half. The hub portion of the processing roller 9 is supported at the position of the arc-shaped pad 16a, and the pressing rod 17 is dropped and closed, and is pressed by the downward semi-arc-shaped pad 17a to hold the indexing pin 4〇 After being fixed in the locking hole 41' and fixed without opening the pressing rod η, the roller hook 16 is raised and stopped at an appropriate temperature to suspend the processing roller 9. In the suspended state, as described above, by the automatic stop action of the lift motor 25 with the speed reducer, even if the load of the processing master 9 is suspended on the lift unit 4, the lift unit 4 does not The weight of the time drops. Next, the operator moves the trolley 3 for the wire saw machine to the working position in the vicinity of the wire saw machine to which the processing roller 9 is to be mounted, and drives the lifting motor 25, thereby adjusting the processing roller 9 with respect to the wire saw. Assembly height of the machine. During the movement at this time, the turnbuckle 42 restricts the movement of the processing roller 9 in the forward direction, so that the trolley 3 does not move in an abnormal center of gravity in the squatting direction, and thus moves stably. Fig. 20 shows the sequence when the processing rolls 9 are assembled into one of the pair of wire saws between the bearing units 101109447 20 201247347 64, 65. As shown in the figure, the operator moves the cart 3 of the wire saw machine elevator 1 to the vicinity of the bearing units 64, 65. At this time, if a pair of positioning rails 72 are formed on the bottom surface or the mechanical bottom plate of the wire saw machine, the plurality of positioning rail rollers 57 are positionally restricted by the positioning rails 72, and are guided in the forward direction as indicated by the arrow a. The stop is stopped in contact with the positioning stopper 94, so that the carriage 3 is guided to an appropriate position for the pair of bearing units 64, 65 to be easily operated. Here, the operator presses the processing roller 9 in the suspended state in the horizontal direction, and guides the holding processing roller 9 between the bearing units 64 and 65 so that the axes thereof substantially match each other. At this time, the processing roller 9 is suspended by the processing roller holder 1b, so that it can be easily guided toward the center of the suction by applying a force from the horizontal direction. If the bottom surface of the line miner is tilted due to the setting of the water control slope, etc., the car 3 will not stand upright in the vertical direction, but the processing pro 9 will be present in the (four) state at the center of gravity by the processing pro-holder. , that is, in the direction of gravity, this word will not ride.
其次，作業者沿特定之方向轉動橫向移動用之把手I 向進給螺桿29與橫向進給螺㈣之扭擰作用而使橫 向移動部5沿橫方向即水平方向移動，如箭頭、 用輕9沿中心轴之方向水平移動，藉此將與加工用親9Γ 對，單元64嵌入至楔 101109447 顧，作業者使通心管狀之軸承單元“沿夹持加工用親 21 201247347 9之方向即箭碩c之方向而移動，將軸 68嵌入至另1輪較之楔形孔661。^ _ 由楔形部分之嵌合而 …加工用輥9藉 64、65之間。 心破^至—對轴承單元 ::二：由附屬於橫向移動部5之橫向移動驅動裂置以 之柄方向之移動功能’在將加工聽9相對於—對轴 :、6 5而，時’可簡單且效率良好地進行加工用輥9 : 橫方向之定位。士卜拉+说士人 此時之検方向之移動量可自移動刻度板 讀取移動指示器9〇之位置。 最後/乍業者將固定螺釘7〇如箭頭d般插入至通心管狀 的軸承單元65中心之軸孔69及加工用親9之中心孔⑽， 將固定螺釘70之前端之公螺紋擰人至轴承單元料之母螺紋 71中，將加工用輥9牢固地擰緊於一對軸承單元64、65之 間而固定。以此方式，使複數個加工用幸昆9以如下狀態而組 裝入線鋸令··安裝於2個軸承單元64、65之間，且可由該 等軸承單元64、65驅動而共同旋轉。 自線鋸之一對軸承單元64、65卸除加工用輥9時，執行 與以上動作相反之動作即可。於加工用輥9之組裝、卸除作 業結束時，作業者將加工用輥固持器1〇自線鑛機用升降機 1返回至保管台車58之支架59。 其次，代替加工用輥固持器10而安裝工件固持器u，藉 此，線錄機用升降機1亦可利用於工件丨2之搬送、工件12 101109447 22 201247347 相對於線鋸機之供給、取出。如圖18般，工件固持器11 載置於保管台車61之支架62及其支承臂62b，並卡止於止 脫器用掛鉤62a。 因此，作業者使圖1至圖4之線鋸機用升降機1移動至圖 18之保管台車61之附近為止，如圖18及圖19所示，使線 鋸機用升降機1與工件固持器12適當地相對。於該過程中， 定位導執輥57由定位導執63導引，且相對於工件固持器 12而以定位狀態相對。又，此時之線鋸機用升降機1之停 止位置藉由線鋸機用升降機1之台車3之一部分與止動件 93之抵接而成為特定之位置。 此處，作業者操作升降驅動裝置23，使第2掛鉤8上升， 將工件固持器11之第2掛軸19懸吊於第2掛鉤8，將工件 固持器11安裝於線鋸機用升降機1。 於該安裝狀態下，可進行工件12相對於線鋸機用升降機 1之搬送、工件12相對於線鋸機之供給、取出，故而作業 者在藉由台車3之移動而使工件固持器11與欲搬送之工件 12對向之後，使工件固持器11對準工件12之接受高度而 帶有滑塊把手45，使叉架22前進，並插入至固定於工件12 上之構件之未圖示之叉架插入孔（空間）中之後，藉由升降部 4之上升而以叉架22提起工件12，並搬送至線鋸機為止， 使工件12以水平的姿勢供給至線鋸機之加工位置，並交付 至線鋸機之未圖示之工件支撐裝置。以此方式，工件12成 101109447 23 201247347 為於線織之加i位置處可崎之狀態。 :二2::於線鑛機之供給時，機之設置底面 :在‘水斜度4之傾斜，則線鑛機 二立於垂直方向’而是成為傾斜狀二= η，於需要修正時，作業者可㈣平伸工件 使水平伸出進給螺桿33沿傾斜修 手84, 進給螺帽35活動，使水平：轉，使水平伸出 動，並將又架22之傾斜與Hi τ丹丄件固持态U 一併修正， 12以水平的姿勢供給至線鑛機之加工位置。 於傾斜狀態之修正時，工杜ΛΙ 一 卞工件12傾斜之方向可根據角度指 不器88與角度刻度板89之相對位置而判斷，又，此時傾斜 之角度藉由自角度刻度板89之刻度讀取角度指示器卯之指 示位置而得知。再者，角度指示器88 •角度刻度板的亦^； 藉由市售之簡易水準器而構成。 (產業上之可利用性) 本發明並不限於加工用輥9或工件π之搬入、搬送，於 線鋸之操縱、保養、檢查時亦可利用於必要之工具或零件之 搬入、搬送。 【圖式簡單說明】 圖1係本發明之線鋸機用升降機之正視圖。 圖2係本發明之線錯機用升降機之側視圖。 圖3係本發明之線錯機用升降機之後視圖。 101109447 24 201247347 圖4係本發明之線鋸機用升降機之俯視圖。 圖5係於本發明之線鋸機用升降機安裝有加工用輥固持 器之狀態之正視圖。 圖6係於本發明之線鋸機用升降機安裝有加工用輥固持 器之狀態之側視圖。 圖7係於本發明之線鋸機用升降機安裝有加工用輥固持 器之狀態之俯視圖。 圖8係於本發明之線鋸機用升降機安裝有工件固持器之 狀態之正視圖。 圖9係於本發明之線鋸機用升降機安裝有工件固持器之 狀態之側視圖。 圖10係於本發明之線鋸機用升降機安裝有工件固持器之 狀態之俯視圖。 圖11係本發明之線鋸機用升降機中附屬於升降部之升降 驅動裝置之一部分之放大俯視剖面圖。 圖12係本發明之線鋸機用升降機中附屬於升降部之升降 驅動裝置之一部分之正視圖。 圖13係本發明之線鋸機用升降機中附屬於橫向移動部之 橫向移動驅動裝置之一部分之放大垂直剖面圖。 圖14係本發明之線鋸機用升降機中附屬於橫向移動部之 橫向移動驅動裝置之一部分之放大俯視剖面圖。 圖15係本發明之線鋸機用升降機中附屬於水平伸出部之 101109447 25 201247347 水平伸出驅動裝置之一部分之放大後視圖。 圖16係本發明之線鋸機用升降機中附屬於水平伸出部之 水平伸出驅動裝置之一部分之放大俯視剖面圖。 圖17係於保管台車載置有加工用輥固持器之狀態之側視 圖。 圖18係於保管台車載置有工件固持器之狀態之側視圖。 圖19係保管台車與線鋸機用升降機之定位部之俯視圖。 圖20係於線鋸機之一對軸承單元安裝加工用輥時之主要 部分之俯視剖面圖。 【主要元件符號說明】 1 線鋸機用升降機 2 支柱 3 台車 4 升降部 5 橫向移動部 6 水平伸出部 7 第1掛鉤 8 第2掛鉤 9 加工用輥 9a 中心孔 10 加工用輥固持器 11 工件固持器 101109447 26 201247347 12 13 13a 14 14a 15 15a 15b 16 16a 17 17a 18 19 20 21 22 23 24 24a 25 26 工件 第1掛軸 輔助掛軸 支架 間隔件 吊具 吊環螺栓 吊軸 輥吊鉤 墊 擠壓桿 墊 支點軸 第2掛轴 滑塊導軌 滑塊 叉架 升降驅動裝置 電池 操作盤 升降用馬達 鏈條 101109447 27 201247347 27 鏈輪孔 28 橫向移動驅動裝置 29 橫向進給螺桿 30 橫向進給螺帽 31 水平伸出驅動裝置 32 支軸 33 水平伸出進給螺桿 34 連結軸 35 水平伸出進給螺帽 36 辅助支架 37 吊桿 38 連結棒 39 止脫器 40 分度鎖 41 卡止孔 42 螺絲扣 43 撐桿 44 線性導執 45 滑塊把手 46 油盤 47 調整螺釘 48 車輪 101109447 28 201247347 49 腳輪 50 移動把手 51 萬能輪 52 拉力彈簧 53 手壓用把手 54 踏板 55 刹車 56 把手軸 57 定位導執輥 58 保管台車 59 支架. 59a 止脫器用掛鉤 60 定位導軌 61 保管台車 62 支架 62a 止脫器用掛鉤 62b 支承臂 63 定位導軌 64 軸承單元 65 軸承單元 66 楔形孔 67 楔形軸 101109447 29 201247347 68 楔形轴 69 軸孔 70 固定螺釘 71 母螺紋 72 定位導軌 73 升降用導轨輥 74 連結板 75 附件 76 導引報 77 導執 78 把手 79 齒輪箱 80 斜齒輪 81 斜齒輪 82 軸承部 83 支承輥 84 把手 85 齒輪箱 86 斜齒輪 87 斜齒輪 88 角度指示器 89 角度刻度板 101109447 201247347 90 91 92 93 94 移動指示器 移動刻度板 止動件 止動件 止動件 101109447 31Next, the operator rotates the handle 1 for the lateral movement in a specific direction to the twisting action of the feed screw 29 and the lateral feed screw (4) to move the lateral movement portion 5 in the horizontal direction, that is, the horizontal direction, such as an arrow, with a light 9 Move horizontally along the direction of the central axis, so that it will be paired with the processing user, and the unit 64 is embedded in the wedge 101109447. The operator makes the bearing unit of the through-heart tube "in the direction of the clamping processing pro 21 201247347 9 Moving in the direction of c, the shaft 68 is embedded in the other wheel than the wedge hole 661. ^ _ by the fitting of the wedge portion... The processing roller 9 is between 64 and 65. The heart breaks to the bearing unit: :Second: The movement function of the shank in the direction of the shank by the lateral movement of the lateral movement portion 5 is 'simple and efficient processing when the processing is 9 with respect to the - axis: 6 5 ' Roller 9: Positioning in the horizontal direction. Shibra + said that the movement of the Shiren in this direction can read the position of the movement indicator 9〇 from the moving scale board. Finally / the manufacturer will fix the screw 7 like an arrow Inserted into the center of the center of the tubular unit 65 69. The center hole (10) of the processing pro 9 is screwed into the female thread 71 of the bearing unit material at the front end of the fixing screw 70, and the processing roller 9 is firmly screwed between the pair of bearing units 64 and 65. In this manner, a plurality of processing tools are assembled in a state in which the wire saw is mounted between the two bearing units 64 and 65 and can be rotated by the bearing units 64 and 65 to rotate together. When one of the wire saws removes the processing roller 9 from the bearing units 64 and 65, the operation opposite to the above operation may be performed. When the assembling and unloading operation of the processing roller 9 is completed, the operator uses the processing roller. The holder 1 is returned to the holder 59 of the storage trolley 58 from the elevator 1 for the line machine. Next, the workpiece holder u is attached instead of the processing roller holder 10, whereby the elevator 1 for the line recorder can also be used for the workpiece丨2 transportation, workpiece 12 101109447 22 201247347 With respect to the supply and removal of the wire saw machine, as shown in Fig. 18, the workpiece holder 11 is placed on the holder 62 of the storage carriage 61 and its support arm 62b, and is locked to the stop The hook 58a is used. Therefore, the operator makes 1 to 4, the wire saw machine elevator 1 is moved to the vicinity of the storage carriage 61 of Fig. 18, and as shown in Figs. 18 and 19, the wire saw machine elevator 1 and the workpiece holder 12 are appropriately opposed to each other. During the process, the positioning guide roller 57 is guided by the positioning guide 63 and is opposed to the workpiece holder 12 in a positioning state. Further, at this time, the stop position of the elevator 1 for the wire saw machine is lifted by the wire saw machine. One of the trolleys 3 is in contact with the stopper 93 to be in a specific position. Here, the operator operates the elevation drive unit 23 to raise the second hook 8 and suspend the second suspension shaft 19 of the workpiece holder 11. The workpiece holder 11 is attached to the wire saw machine elevator 1 in the second hook 8. In this mounted state, the workpiece 12 can be transported with respect to the wire saw machine elevator 1 and the workpiece 12 can be supplied and taken out with respect to the wire saw machine. Therefore, the operator holds the workpiece holder 11 by the movement of the carriage 3 After the workpiece 12 to be conveyed is aligned, the workpiece holder 11 is aligned with the receiving height of the workpiece 12, and the slider handle 45 is provided to advance the fork 22 and insert into the member fixed to the workpiece 12 (not shown). After the fork is inserted into the hole (space), the workpiece 12 is lifted by the fork 22 by the raising of the lifting portion 4, and is transported to the wire sawing machine, so that the workpiece 12 is fed to the processing position of the wire saw machine in a horizontal posture. And delivered to the workpiece support device (not shown) of the wire saw machine. In this way, the workpiece 12 is 101109447 23 201247347 in a state in which the wire is woven at the i position. :2:2: When the supply of the line mining machine is set, the bottom surface of the machine is set: in the 'water slope 4, the line mining machine is standing in the vertical direction' but becomes inclined 2 = η, when it needs to be corrected The operator can (4) extend the workpiece so that the horizontally extending feed screw 33 moves along the tilting handle 84, and the feed nut 35 moves to make the horizontal: turn, horizontally extend, and tilt the frame 22 with Hi τ Dan The holding state U is corrected together, and 12 is supplied to the processing position of the line miner in a horizontal posture. When the tilt state is corrected, the direction in which the workpiece 12 is tilted can be judged according to the relative position of the angle finger 88 and the angle scale board 89. Moreover, the angle of the tilt is determined by the angle scale board 89. The scale reads the angle indicator 卯 the indicated position. Furthermore, the angle indicator 88 • the angle scale board is also constructed by a commercially available simple level. (Industrial Applicability) The present invention is not limited to the loading and transport of the processing roll 9 or the workpiece π, and can be used for carrying in and transporting necessary tools or parts during the operation, maintenance, and inspection of the wire saw. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a front elevational view of a lift for a wire saw machine of the present invention. Figure 2 is a side elevational view of the lift for a line-error machine of the present invention. Figure 3 is a rear elevational view of the elevator for the line-error machine of the present invention. 101109447 24 201247347 Fig. 4 is a plan view of the elevator for a wire saw machine of the present invention. Fig. 5 is a front elevational view showing a state in which a processing roller holder is attached to the elevator for a wire saw machine of the present invention. Fig. 6 is a side view showing a state in which a processing roller holder is attached to the elevator for a wire saw machine of the present invention. Fig. 7 is a plan view showing a state in which a processing roller holder is attached to the elevator for a wire saw machine of the present invention. Fig. 8 is a front elevational view showing the state in which the workpiece holder is mounted on the elevator for a wire saw machine of the present invention. Fig. 9 is a side view showing a state in which a workpiece holder is mounted on a lift for a wire saw machine of the present invention. Fig. 10 is a plan view showing a state in which a workpiece holder is mounted on a lift for a wire saw machine of the present invention. Fig. 11 is an enlarged plan sectional view showing a portion of a lifting and lowering device attached to a lifting portion of the elevator for a wire saw machine according to the present invention. Fig. 12 is a front elevational view showing a portion of the lifting and lowering device attached to the lifting portion in the elevator for a wire saw machine of the present invention. Figure 13 is an enlarged vertical sectional view showing a portion of a lateral movement driving device attached to a lateral moving portion in the elevator for a wire saw machine of the present invention. Fig. 14 is an enlarged plan sectional view showing a portion of a lateral movement driving device attached to a lateral moving portion in the elevator for a wire saw machine of the present invention. Figure 15 is an enlarged rear elevational view of a portion of a horizontally extending drive unit of a lift for a wire saw machine of the present invention attached to a horizontal projection 101109447 25 201247347. Figure 16 is an enlarged plan cross-sectional view showing a portion of a horizontally extending driving device attached to a horizontal projecting portion of the elevator for a wire saw machine of the present invention. Fig. 17 is a side view showing a state in which a processing roller holder is placed on a storage table. Fig. 18 is a side view showing a state in which the workpiece holder is placed on the storage table. Fig. 19 is a plan view showing a positioning portion of a lift for a storage trolley and a wire saw machine. Fig. 20 is a plan sectional view showing a main part of a wire saw machine in which a processing roller is attached to a bearing unit. [Description of main component symbols] 1 Lift for a wire saw machine 2 Pillar 3 Pallet 4 Lifting section 5 Lateral moving part 6 Horizontal extension part 7 First hook 8 Second hook 9 Processing roll 9a Center hole 10 Processing roll holder 11 Workpiece holder 101109447 26 201247347 12 13 13a 14 14a 15 15a 15b 16 16a 17 17a 18 19 20 21 22 23 24 24a 25 26 Workpiece 1st hanging shaft auxiliary hanging shaft bracket spacer spreader eyebolt hanging shaft roller hook pad extrusion rod Pad fulcrum shaft 2nd hanging shaft slider rail slider yoke lifting drive battery operating panel lifting motor chain 101109447 27 201247347 27 sprocket hole 28 lateral movement drive 29 transverse feed screw 30 transverse feed nut 31 horizontal extension Outlet drive unit 32 Support shaft 33 horizontally extending feed screw 34 Connecting shaft 35 Horizontally extending feed nut 36 Auxiliary bracket 37 Hanger 38 Connecting rod 39 Stopper 40 Indexing lock 41 Locking hole 42 Screwing bolt 43 Support Rod 44 Linear guide 45 Slider handle 46 Oil pan 47 Adjustment screw 48 Wheel 101109447 28 201247347 49 Caster 50 Moving handle 510,000 Wheel 52 Tension spring 53 Hand pressure handle 54 Pedal 55 Brake 56 Handle shaft 57 Positioning guide roller 58 Storage trolley 59 Bracket. 59a Stopper hook 60 Positioning rail 61 Storage trolley 62 Bracket 62a Stopper hook 62b Support arm 63 Positioning Guide rail 64 Bearing unit 65 Bearing unit 66 Wedge hole 67 Wedge shaft 101109447 29 201247347 68 Wedge shaft 69 Shaft hole 70 Fixing screw 71 Female thread 72 Positioning rail 73 Lifting rail roller 74 Connecting plate 75 Attachment 76 Guidance report 77 Guide 78 Handle 79 Gearbox 80 Helical gear 81 Helical gear 82 Bearing part 83 Support roller 84 Handle 85 Gearbox 86 Helical gear 87 Helical gear 88 Angle indicator 89 Angle scale plate 101109447 201247347 90 91 92 93 94 Moving indicator moving scale plate stop Stopper stop 101109447 31