M312570 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種儲料式高壓雙缸灌漿機，特別指一 種可在機體上直接進行混凝土漿料、塗料之混合、調拌等 作業，並且可連續進行混凝土漿料、塗料之押送作業的儲 料式高壓雙缸灌漿機設計。 【先前技術】 習見混凝土押送的機器，如第十三圖，係將混凝土輸 入一軟管30之後，再利用該機器10中的數個滚輪20迴轉動 作，呈間段性動作擠壓該軟管30，使管内的混凝土往高樓 或指定處輸送，以供灌漿工程之使用。由於此種混凝土押 送機器係採用擠壓軟管30方式達成輸送功能，易使軟管30 因應力作用而損壞，不啻讓軟管30成為一種消耗品，且增 加施工的成本；另當押送作業完成時，軟管中尚殘留許多 混凝土漿料，該等機器無法作反向回收，將導致管内的混 凝土漿料難以方便的回收。 【新型内容】 本創作主要目的，係在提供一種儲料式高壓雙缸灌漿 機，藉由高壓雙油壓缸及雙唧筒汲取及押送作動功能的設 計，特別是前端另有一儲料機構的創新設計，組成儲料式 高壓雙缸灌漿機，達成可在灌漿機上直接進行混凝土漿料 混合、調拌作業，直接從儲料機構同步進行混凝土漿料的 汲取及高壓押送動作，以供灌漿工程的應用。 本創作次要目的，係在提供一種儲料式高壓雙缸灌漿 5 M312570 機，當灌漿機之油壓缸作反向操作時，即可將押送動作改 變成沒取動作，而令輸送管内的混凝土漿料可作反向回收 ，以方便輸送管内混凝土漿料的清除。 依上述目的，本創作之實施内容係由一機檯中設有一 液壓油箱、一没油泵浦、一控制箱、雙油壓缸及雙ϋ即筒等 設備組成高壓雙缸灌漿機，於該雙唧筒前端設有包含一儲 料筒、一攪拌裝置、一轉接管及一轉接管驅動裝置所組成 的儲料機構，其特徵在於：該儲料筒係為漏斗狀的開放狀 中空筒，乃結合於雙唧筒前端的機檯上，於其下方的後側 設有雙通孔與雙唧筒前端連結，於前側中央設有一出料管 ;該攪拌裝置係由馬達、傳動組及攪拌器構成，使攪拌器 橫跨設於儲料筒中呈可轉動狀，藉由馬達驅動傳動組及攪 拌器，使攪拌器在儲料筒中轉動；該轉接管係接設於通孔 與出料管之間的曲管，並受轉接管驅動裝置驅動而可交替 連接於其中一通孔，使雙唧筒可接通至出料管；而該轉接 管驅動裝置係驅動轉接管交替連結於通孔的裝置，包含一 雙向油壓缸、一連桿及一轉軸組成，使轉軸一端與轉接管 端結合，另一端與連桿結合，俾藉由雙向油壓缸、連桿及 轉轴驅動轉接管。藉上述儲料機構設計，即組成本創作儲 料式高壓雙缸灌漿機，使高壓雙缸灌漿機其中一唧筒從儲 料筒内進行吸料的同時，使另一唧筒將混凝土漿料推擠經 由轉接管輸出，達成無間段的持續押送混凝土的輸出等功 能0 【實施方式】 6 M312570 . 茲依附圖實施例將本創作之結構特徵及其他之作用、 目的詳細說明如下： 如附圖所示，本創作「儲料式高壓雙缸灌漿機」，係 由一機檯π中設有一液壓油箱12、一汲油泵浦13、一控制 ' 箱14、雙油壓缸15及雙唧筒16等設備組成高壓雙缸灌漿機 1的本體機構，另於機檯11前方設有包括儲料筒2、一攪 拌裝置3、一轉接管4及一轉接管驅動裝置5所組成的儲 料機構，其中： ⑩力。^檯1卜係於底部設有車輪lu及萬向滾輪ιΐ2的車 木（如第圖及第二圖所示），用以任意移動灌滎機的停 放位置，该液壓油箱12 ,係設於機檯n上用以儲存液壓油 的相體（如第二圖及第三圖所示），於選定處應用油管⑵ 與汲油果浦13連結；該汲油泵浦13，係由一馬達i3i驅動 ，可從油管121將液遂油汲取（如第三圖所示），並輸送 至控制箱14及雙油壓叙15的高塵汲油裝置，藉以油管121 ，賴至控制箱14及雙油壓缸15;該控制箱14，係控制灌漿 械啟動、#止或暫停等動作功能的中央控制裝置（如第三 圖所不），於内部設置必要的油麗控制設備（例如：流量 3制閥、壓力錶等元件）及電氣設備等構成，並設有回流 吕⑷與液墨油箱12連接’俾將雙油塵缸15的餘油回送至 ㈣油箱12 ;該雙油壓缸15,係由二支油麼缸151併排構 成（如弟三圖及第四圖所示），分別以油管152與控制箱 _的油壓控制設備連接，俾產生軸向推力驅動雙^即筒16 ，錢^ 16，係汲取混凝土漿料並高録出的裝置（如 7 M312570 第四圖所示），由内部具有心軸162、162,及活塞163、163, (如第十一圖所示）的二支唧筒16卜161，構成，並接設於 雙油壓缸15的前作動端，令其心軸162、162，與雙油壓缸15 構f連結，俾推動活塞產生混凝土漿料的汲取與推送動作 ，藉此組成本創作高壓雙紅灌漿機的本體機構。 儲料筒2 (如第五圖至第七圖所示），係為矩形漏斗 狀的中空筒，乃結合於雙唧筒16前端的機檯丨丨上，其上段 呈口徑較大的錐形開放狀，下段為口徑較小的垂直狀，可 由數段筒形鋼板連結組成，於其下方的後側設有二個貫穿 =孔21、21’，使各通孔21、21，分別與上述的唧筒16卜161， 前端連結（如第九圖至第十一圖所示），另於下方的前側 :央叹有-出料管22 ’並使出料管22與儲料筒2内接通， 藉該出料管22可供輸送管7連接。 授拌裝置3 (如第五、七、八圖所示），係由一馬達 3卜-攪拌器32及一傳動組33構成，該馬達”係包含有一 ，速齒輪箱的驅動裝置，並固定於雙唧筒16上方；該攪拌 益32係具有一轉軸321橫向穿設於儲料筒2中呈可轉動狀 氣並於轉軸321的軸身設有若干_葉片奶構成；而該傳 動組33係可由鏈輪及鏈條組成的動力傳動裂置，乃結合於 ^31與攪拌^32之間，#由馬達31㈣該傳動組33及攪 袢裔32，使攪拌器32在儲料筒中轉動攪拌。 轉接管4 (如第五圖至第七圖所示），係連接於上述 儲_2内部後方二通孔21、21，與前方出料管22之間的一 曲官，其後絲合於-法蘭片41上，令該法蘭片41上端結 M312570 口於It孔21 21中央上方呈可轉動狀 可擺轉而交替連接於苴忐^ 符侵g 4俊鈿 々中一通孔21、21 ’，而轉接管4前端 係與儲料筒2前端出料管22诘έ士口叮 筒16經由通· 21，及轉接Ϊ:::‘動狀，藉此使雙卿 ^ 及轉接官4接通至儲料筒2前方的出 科官22 (如第十一圖所示）。 轉接管驅動裝置^I ^ , _卜m〜 （如弟五、，、、十一圖所示），係 驅動上述轉接管4交替i亲姓M 11 連-通孔2卜21，之間的裝置， =包：：雙向油·51、一轉軸52、一連桿”及二感應 :乂且、’令雙向油·51呈水平狀設於儲料筒2後面的 ^則，使雙向油麼紅51的心軸511 一端與儲料筒2的一固 疋座23樞接，亚令本體512上的油管513接設至控制箱14， 使控制箱14的液壓油可控制本體512左右移動；該轉轴52 穿設於儲料筒2後方呈可轉動狀，使其前端與轉接管4後 端的法蘭片41結合成連動結構，而後端突露在雙向油壓紅 51下面的儲料筒2後面；該連桿53係—端與雙向油壓㈣ 的本體512樞接’另一端與轉軸52後端結合的桿體；而哼 二感應器54係限制雙向油麗缸51行程的裝置，乃固定於連 桿53二側的儲料筒2外選定處；藉上述結構設計，即使該 雙向油壓缸51的本體512左右作動時，可帶動連桿53使轉 軸^動-定角度，進一步使轉接管4擺轉，即使轉接管 4後端交替連結於二通孔21之間（如第九、十圖所示）。 藉上述高壓雙缸灌漿機1、儲料筒2、攪拌裝置3、 轉接管4及轉接管驅動裝置5等機構、裝置設計，即組成 本創作儲料式高壓雙缸灌漿機（如第-圖及第二圖所示） M312570 ::要:r段剛高料二: 本創作儲料式高壓雙缸灌漿機’應用於建 漿工程時，不須將該灌襞機搬移至高樓處在 料筒2放入混凝土漿料等，由 ^儲 _，達成大量的混凝土聚料I衣 止錯存的_讀料硬化。·送該混凝土漿料時， 控制箱14内的_控制設備驅動雙油·15， 產生一即筒⑹吸入混凝土漿料及另—”161，押出= ^料的動作；當其中…即筒161的活塞163被雙油麗紅15 拉時丄即經由一通孔21產生吸入混凝土漿料動作（如 弟九圖及第十二圖所示），此時該轉接管驅動裝置5將會 才工制轉接官4後端連接於另一通孔21，端；若此，另…即筒 161’内的活塞163’即係同時被雙油壓缸㈣前推動，經由 另-通孔2Γ產生押出混凝土漿料動作（如第九圖及第十一 圖所不），其混凝土漿料將經由轉接管4輸送至出料管U ’進一步由前端連接的輸送管7輸出至高樓，以從事灌浆 工程。由此可見，當二支唧筒⑹、161，持續地往覆進行吸 =及押出動作時’該轉接管4及由轉接管驅動裝置5控制 又曰連，於—通孔21、21，之間（如第九圖及第十圖所示） ’俾以同壓方式持續將混凝土漿料輸出。另當作業完成時 ’可由控制箱14控制反向作動雙油壓缸15，使輸送管7中 M312570 的混凝土漿料再回收至儲料筒2。 =者，本創作係可於控制箱14選定處設有一遠端線控 二二第三圖所示），藉該遠端線控裝置6所接設的 而可於賴處控制混凝土咖口的開啟、關 閉或暫彳T等，藉此方便進行灌漿工作。 由上述本創作儲料式高壓雙叙灌裝機的機構及裝置設 二=，在實施高壓押送混凝土漿料時，不必如習知機械 t擠屋輸送軟管，所以不會造成輸送f7的消耗，有效的 牛低耗材成本。且雙油·15及雙㈣16直接從儲料筒2 :仃吸入或押出混凝土漿料動作，並於儲料筒2中調和混 减土漿料’將使整個轉作業更臻方便、效率。 • α上所述，本創作「館料式高I雙㈣漿機」已確具 :用/·生與創作性’其技術手段之運用亦出於新賴無疑，且 t效與設計目的誠然符合，已稱合理進步至明。為此，依 =提，新型專利申請’惟懇請糾惠予詳審，並賜准專 利為禱’至感德便。 M312570 【圖式簡單說明】 第圖為本創作灌漿機總體結構之側面立體示意圖。 第二圖為本創作灌漿機總體結構之前面立體示意圖。 弟三圖為本機後段結構之斷面示意圖。 弟四圖為本創作雙油壓紅及雙〇 即筒之結合示意圖。 f五圖為本創作前端㈣機構之立體示意圖。 $/、圖為本創作儲料筒後的轉接管鶴裝置示意圖。 弟七圖為本創作儲料筒下方局部斷面示意圖。 f八圖為本創作儲料筒結構之俯視示意圖。 第九圖為本創作轉接管交替連接於通孔之示意圖—。 =圖為本創作轉接管交替連接於通孔^意圖二。 弟十-圖為本創作…即筒押出混凝土聚料之動作示意 圖0 第十二圖為本創作一 °即筒吸入混凝土漿料之動作示意 圖〇 第十二圖為習知押送混凝土漿料機器之示意圖。 M312570 【主要元件符號說明】M312570 VIII. New description: 【New technical field】 This creation is about a high-pressure double-cylinder grouting machine for storage, especially for the mixing and mixing of concrete slurry and paint on the body, and The design of the storage type high-pressure double-cylinder grouting machine which can continuously carry out the squeezing operation of concrete slurry and paint. [Prior Art] The machine for the concrete escorting, as shown in the thirteenth figure, is to press the concrete into a hose 30, and then use a plurality of rollers 20 in the machine 10 to rotate, and squeeze the hose in an intermittent motion. 30. Transfer the concrete in the pipe to a high-rise building or designated place for use in grouting works. Since the concrete escorting machine adopts the squeezing hose 30 to achieve the conveying function, the hose 30 is easily damaged by the stress, so that the hose 30 becomes a consumable product, and the construction cost is increased; At the time, many concrete slurries remain in the hose, and these machines cannot be recycled in reverse, which will make it difficult to conveniently recycle the concrete slurry in the pipe. [New content] The main purpose of this creation is to provide a high-pressure double-cylinder grouting machine with high-pressure double-hydraulic cylinders and double-cylinders for the extraction and squeezing function, especially for the innovation of the front end. Designed and composed of high-pressure double-cylinder grouting machine for storage, it can directly carry out concrete slurry mixing and mixing operation on the grouting machine, and directly carry out the extraction of concrete slurry and high-pressure escort action from the storage mechanism for grouting engineering. Applications. The secondary purpose of this creation is to provide a storage type high-pressure double-cylinder grouting 5 M312570 machine. When the hydraulic cylinder of the grouting machine is operated in reverse, the escorting action can be changed into a no-action, and the inside of the conveying pipe is The concrete slurry can be recycled in reverse to facilitate the removal of the concrete slurry in the conveying pipe. According to the above purpose, the implementation content of the creation is composed of a hydraulic oil tank, an oil-free pump, a control box, a double hydraulic cylinder and a double-cylinder tube, and the like, which is composed of a high-pressure double-cylinder grouting machine. The front end of the double cylinder is provided with a storage mechanism comprising a storage cylinder, a stirring device, an adapter tube and an adapter tube driving device, wherein the storage cylinder is a funnel-shaped open hollow cylinder It is combined with the machine front end of the double cylinder, and has a double through hole and a front end of the double cylinder on the lower side of the lower side, and a discharge pipe is arranged in the center of the front side; the stirring device is composed of a motor, a transmission group and a stirrer. The rotator is rotatably disposed across the storage drum, and the agitator is rotated in the storage drum by driving the transmission group and the agitator by the motor; the transfer pipe is connected to the through hole and the discharge pipe The curved tube is driven by the transfer tube driving device and can be alternately connected to one of the through holes, so that the double tube can be connected to the discharge tube; and the transfer tube driving device drives the transfer tube to be alternately connected to the through tube. a hole device comprising a bi-directional hydraulic cylinder, A connecting rod and a rotating shaft are combined, so that one end of the rotating shaft is coupled with the connecting end of the transfer tube, and the other end is coupled with the connecting rod, and the transfer tube is driven by the bidirectional hydraulic cylinder, the connecting rod and the rotating shaft. By the above-mentioned storage mechanism design, the high-pressure double-cylinder grouting machine of the creative storage type is constructed, so that one of the high-pressure double-cylinder grouting machines sucks the material from the storage cylinder, and the other cylinder pushes the concrete slurry. Through the output of the transfer tube, the function of the output of the continuation of the continuation of the concrete is obtained. [Embodiment] 6 M312570. The structural features and other functions and purposes of the present invention are described in detail in the following embodiments: The creation of the "reservoir type high-pressure double-cylinder grouting machine" is provided by a machine π with a hydraulic oil tank 12, an oil pump 13, a control 'box 14, a double hydraulic cylinder 15 and a double cylinder 16 The device constitutes a body mechanism of the high-pressure double-cylinder grouting machine 1, and a storage material composed of a storage cylinder 2, a stirring device 3, an adapter tube 4 and an adapter tube driving device 5 is disposed in front of the machine table 11. Institutions, of which: 10 forces. ^台1Bu is a car with a wheel lu and a universal roller ιΐ2 at the bottom (as shown in the figure and the second figure), for arbitrarily moving the parking position of the filling machine, the hydraulic tank 12 is attached to a phase body for storing hydraulic oil on the machine n (as shown in the second and third figures), and a fuel pipe (2) is connected to the eucalyptus oil 13 at a selected place; the slick pump 13 is driven by a motor The i3i drive can extract the liquid sputum oil from the oil pipe 121 (as shown in the third figure), and deliver it to the control box 14 and the high-dust simmering oil device of the double oil pressure, by the oil pipe 121, to the control box 14 and The double hydraulic cylinder 15; the control box 14 is a central control device (such as the third figure) that controls the action functions of the grouting machine start, #stop or pause, and internally sets the necessary oil control device (for example: flow rate) 3 valve, pressure gauge and other components) and electrical equipment, and is equipped with reflow (4) and liquid fuel tank 12 connected '俾 return the residual oil of the double oil dust cylinder 15 to (4) fuel tank 12; the double hydraulic cylinder 15 It consists of two oil tanks 151 side by side (as shown in the third and fourth figures), with oil pipe 152 and control box respectively. _ The oil pressure control device is connected, the 俾 generates the axial thrust drive double ^ ie the tube 16, the money ^ 16, the system that draws the concrete slurry and the high recording (as shown in the fourth picture of 7 M312570), with the heart inside The shafts 162, 162, and the pistons 163, 163, (as shown in Fig. 11), are formed by two cylinders 16 161, and are connected to the front operating end of the double hydraulic cylinder 15, so that the spindle 162, 162, coupled with the double hydraulic cylinder 15 structure f, the 俾 pushes the piston to produce the concrete slurry picking and pushing action, thereby forming the body mechanism of the created high pressure double red grouting machine. The storage cylinder 2 (as shown in the fifth to seventh figures) is a rectangular funnel-shaped hollow cylinder which is combined with the machine cymbal at the front end of the double cymbal cylinder 16 and has a larger diameter taper opening in the upper section. The lower part is a vertical shape with a small diameter, and may be composed of a plurality of cylindrical steel plates. Two through holes 21, 21' are provided on the lower side of the lower side, so that the respective through holes 21, 21 are respectively The tube 16 161, the front end connection (as shown in the ninth to eleventh figures), and the lower front side: the sigh has a - discharge tube 22 'and the discharge tube 22 and the storage barrel 2 are connected The discharge pipe 22 can be connected by the delivery pipe 7. The mixing device 3 (as shown in the fifth, seventh, and eighth figures) is composed of a motor 3 agitator 32 and a transmission group 33, and the motor includes a driving device of the speed gear box and is fixed. Above the double cylinder 16; the stirring benefit 32 has a rotating shaft 321 which is transversely disposed in the storage cylinder 2 and has a rotatable gas and is provided with a plurality of _ blade milk on the shaft body of the rotating shaft 321; and the transmission group 33 is The power transmission splitting composed of the sprocket and the chain is combined between the ^31 and the stirring ^32, and the agitator 32 is rotated and stirred in the storage cylinder by the motor 31 (four) of the transmission group 33 and the agitator 32. The nozzle 4 (as shown in the fifth to seventh figures) is connected to the inner rear two through holes 21, 21 of the storage tank 2, and a curved door between the front discharge pipe 22, and thereafter is screwed to - on the flange piece 41, the upper end of the flange piece 41 is connected to the upper end of the It hole 21 21 in a rotatable manner, and is alternately connected to the through hole 21 of the 4^ 21 ', and the front end of the transfer tube 4 and the front end of the storage tube 2 discharge tube 22, the gentleman's mouth tube 16 through the through 21, and the transfer Ϊ::: 'moving, thereby Bring the Shuangqing^ and the transfer officer 4 to the exit officer 22 in front of the storage bin 2 (as shown in the eleventh figure). The transfer tube drive device ^I ^ , _b m~ (such as the brother five , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The connecting rod" and the second induction: 乂,, and the two-way oil 51 are disposed horizontally behind the storage cylinder 2, so that one end of the mandrel 511 of the two-way oil red 51 and the storage cylinder 2 are fixed. The seat 23 is pivotally connected, and the oil pipe 513 on the seventh body 512 is connected to the control box 14, so that the hydraulic oil of the control box 14 can control the body 512 to move left and right; the rotating shaft 52 is rotatably disposed behind the storage drum 2. The front end is combined with the flange piece 41 at the rear end of the transfer tube 4 to form a linkage structure, and the rear end is exposed behind the storage cylinder 2 below the bidirectional hydraulic red 51; the link 53 is end-to-end and bi-directional hydraulic pressure (4) The body 512 is pivotally connected to the rod body whose other end is coupled with the rear end of the rotating shaft 52. The second inductor 54 is a device for restricting the stroke of the bidirectional oil cylinder 51, and is selected outside the storage cylinder 2 fixed on both sides of the connecting rod 53. At With the above structural design, even if the body 512 of the bi-directional hydraulic cylinder 51 is actuated left and right, the connecting rod 53 can be driven to rotate the shaft to a fixed angle, and the transfer tube 4 is further swung even if the rear end of the transfer tube 4 is alternated. Connected between the two through holes 21 (as shown in the ninth and tenth figures). By means of the above-mentioned high-pressure double-cylinder grouting machine 1, storage cylinder 2, stirring device 3, transfer tube 4 and transfer tube drive device 5, etc., the design of the high-pressure double-cylinder grouting machine (such as the first - Figure and the second picture) M312570 ::Y: r section just high material 2: This creative storage type high pressure double cylinder grouting machine is used in the construction of the pulping project, it is not necessary to move the filling machine to the high building In the cylinder 2, a concrete slurry or the like is placed, and a large amount of concrete aggregate I is obtained, and the reading material is hardened. ·When the concrete slurry is sent, the _ control device in the control box 14 drives the double oil·15, which produces a tube (6) sucking the concrete slurry and another 161, the action of the extrusion = ^ material; When the piston 163 is pulled by the Shuangli Lihong 15, the action of sucking the concrete slurry is generated through a through hole 21 (as shown in FIG. 9 and FIG. 12), and the transfer tube driving device 5 will be completed. The rear end of the adapter 4 is connected to the other through hole 21, and if so, the piston 163' in the cylinder 161' is simultaneously pushed forward by the double hydraulic cylinder (4), and is pushed out through the other through hole 2 The concrete slurry action (as shown in the ninth and eleventh figures), the concrete slurry will be transported via the transfer pipe 4 to the discharge pipe U' and further outputted from the front end connected conveying pipe 7 to the high building for grouting It can be seen that when the two cylinders (6) and 161 are continuously subjected to suction and extrusion operations, the transfer tube 4 is controlled by the transfer tube driving device 5, and the through hole 21 is 21, between (as shown in the ninth and tenth figures) '俾Continuously transport concrete slurry in the same pressure mode When the operation is completed, the reverse operation double hydraulic cylinder 15 can be controlled by the control box 14 to reclaim the concrete slurry of the M312570 in the delivery pipe 7 to the storage cylinder 2. =, the creation system can be in the control box 14 The selected point is provided with a remote wire control 22 shown in the third figure), and the remote wire control device 6 is connected to control the opening, closing or temporarily tipping of the concrete coffee mouth. Convenient for grouting work. The above-mentioned mechanism and equipment for the high-pressure double-slurry filling machine of the storage type are set to two. When the high-pressure slag concrete slurry is implemented, it is not necessary to use the mechanical t-squeezing house conveying hose, so it will not cause Conveying f7 consumption, effective cattle low consumables cost. And double oil · 15 and double (four) 16 directly from the storage tank 2: 仃 suction or extrusion of concrete slurry action, and mixing and reducing soil slurry in the storage tank 2 It will make the whole transfer work more convenient and efficient. • As mentioned above, the creation of the “High-I-Double (four) pulp machine” has been established: the use of /·sheng and creativeness Xin Lai is undoubtedly, and the effect of t is in line with the purpose of design.To this end, according to =, the new patent application 'but please ask for a detailed review, and grant the patent for prayer' to the sense of virtue. M312570 [Simple description of the drawing] The first figure is a three-dimensional schematic view of the overall structure of the creative grouting machine. The second figure is a three-dimensional schematic diagram of the front part of the overall structure of the creative grouting machine. The third figure of the brother is a schematic cross-section of the structure of the rear section of the machine. The fourth picture of the brother is the combination of the creation of double oil pressure red and double 〇. f Five figures are a three-dimensional diagram of the front end (4) of the creation. $/, the figure is a schematic diagram of the transfer tube crane device after the creation of the storage cylinder. The younger figure is a partial cross-section of the bottom of the creation storage cylinder. F8 is a top view of the structure of the creative storage cylinder. The ninth figure is a schematic diagram of the creation of the transfer tube alternately connected to the through hole. = Figure is the creation of the transfer tube alternately connected to the through hole ^ intention two. The tenth figure-picture is the creation...that is, the action diagram of the concrete material being squeezed out. The twelfth figure is the action diagram of the one-inch suction concrete slurry. The twelfth picture shows the machine of the concrete slag conveying concrete. schematic diagram. M312570 [Main component symbol description]
1 高壓雙缸灌漿機 11 111 車輪 112 12 液壓油箱 121 13 >及油果浦 131 14 控制箱 141 15 雙油壓缸 151 152 油管 16 161 、：161’ 唧筒 162 163 、163’ 活塞 2 2卜 21’ 通孔 22 23 固定座 3 31 馬達 32 321 轉軸 322 33 傳動組 4 41 法蘭片 5 51 雙向油壓缸 511 512 本體 513 52 轉軸 53 54 感應器 6 61 控制線 機檯 萬向滚輪 油管 馬達 回流管 油壓缸 雙唧筒 、162’ 心軸 儲料筒 出料管 攪拌裝置 攪拌器 攪拌葉片 轉接管 轉接管驅動裝置 心轴 油管 連桿 遠端線控裝置 131 High pressure double cylinder grouting machine 11 111 Wheel 112 12 Hydraulic oil tank 121 13 > and oil fruit pump 131 14 Control box 141 15 Double hydraulic cylinder 151 152 Oil pipe 16 161 ,: 161 ' Cylinder 162 163 , 163 ' Piston 2 2 Bu 21' through hole 22 23 fixing seat 3 31 motor 32 321 shaft 322 33 transmission group 4 41 flange 5 51 bidirectional hydraulic cylinder 511 512 body 513 52 shaft 53 54 sensor 6 61 control line machine universal wheel tubing motor Reflux pipe hydraulic cylinder double cylinder, 162' spindle storage cylinder discharge pipe stirring device agitator mixing blade transfer pipe transfer pipe drive device spindle oil pipe connecting rod remote wire control device 13