：：1° M260217 捌、新型說明： 【新型所屬之技術領域】 本案是關於一種便攜式榨汁機，是指一種具有電動轉動裝置的榨汁機。 【先前技術】 以往的攪拌機，是一種使用交流電轉動的攪拌的工具，攪拌機結構主由攪拌杯、 攪拌杯蓋、攪拌刀片、過濾網二聯動器裝置、交流電動轉動裝置、主機座和電源線等 組成，它具有開動時，靠馬達咼速旋轉來實現攪拌、粉碎、榨汁過濾的功能特點。 榨果汁機，是一種使用交流電轉動的榨果汁的工具，榨果汁機結構主要由果汁杯、榨 果汁刀片、過濾網、聯動器裝置、交流電動轉動裝置、主機座和電源線等組成，它具 有開動時，靠馬達高速旋轉來實現粉碎、攪拌、榨汁過濾的功能特點。 充電式電筒，是一種可用多次往復充電的電池組爲動力源的輔助照明工具，充電 式電筒結構主要由電筒外殻、鏡片、燈泡、放射杯、可充電電池組、充電裝置等組成， 它具有除一般電筒照明功能外，增加有給電池充電的特點。 以上攪拌機、榨果汁機屬家用或商用電動產品工具，因簡單易操作，使用方便，目 前在國內外家庭廣泛使用。但攪拌機和榨果汁機普遍使用交流電源，造成缺陷是必須在 有交流電源的生活環境下工作，無法隨身攜帶使用 【新型内容】 目的在於提供一種能在使用時無須電源線的便攜式的榨汁機。 特點：便攜式榨汁機包括榨汁杯機構及與其連接設置的主機機構，榨汁杯機構包 括榨汁杯及與其連接的刀座裝置，刀座裝置具有集成刀片裝置及與其連動的上聯動 器，主機機構設有主機外殻，主機機構還包括置於主機外殼內的直流電動轉動裝置及 與其電連接的電池機構裝置，直流電動轉動裝置設有直流馬達及與其連動的下聯動 器，該下聯動器與上聯動器連接配合，電池機構裝置包括有電池，該電池的正負電極 端子分別與直流馬達的相應電極端子電性連接。. 與現有技術相比，本案一種便攜式榨汁機具有以下優點:因爲榨汁機用電池作爲電 源驅動直流電動轉動裝置，所以該榨汁機無須電源線即可使用，而便於使用者攜帶。 M260217 【實施方式】 請結合圖一至圖十三，一種便攜式的榨汁機，其主要由榨汁杯機構、主機機構 和充電器組成。 榨汁杯機構由透明榨汁杯01和刀座裝置組成。該刀座裝置由刀座09、密封圈02、 傳動軸套12、小密封墊圈13、銷銀龍墊片14·集成刀片裝置、上聯動器15、方形螺 母16、壓力彈簧10和保險開關鍵11.固定片69·70組成。在刀座09的中心軸線上安 置有傳動軸套12,在傳動軸套12的軸孔腔上設置有防漏的小密封墊圈13,通過傳動 軸套12 ·將小密封墊圈13固定好。集成刀片裝置的傳動主軸〇8設置有具螺紋61的尾 部，該尾部依次貫穿刀座09上的傳動軸套12前端面軸孔，經小密封墊圈13.銷銀龍 墊片14、和上聯動器15與方形螺母16螺旋緊固連結，達到集成刀片裝置與上聯動器 15的連結，在刀座09的頂部内環璧上設置有雙牙凹槽螺紋52與透明榨汁杯01的杯 口外圈設置有雙牙凸筋螺紋51相旋轉連接配合，在刀座的雙牙凹槽螺紋52的底部設 置有環形凹槽(未標號)，以安置密封圈02,在刀座09的後底部上方設置有保險開關 方形通孔(未標號)貫穿上述環形凹槽，將一端設置有方形凸台的保險開關鍵11扣入其 、保險開關方形通孔内，使保險開關鍵11的方形凸台的頂部與密封墊圈02接觸，在保 險開關鐽11的另一端設置有十字凸筋，以定位壓力彈簧10,在刀座09的尾部内環壁 上設置有呈120°角均布的三個定位扣60與主機機構的直流電動轉動裝置的馬達支架 21前端外側面的三個定位扣槽53旋轉扣接。 圖十二所示是一種集成刀片裝置的前側視圖，該集成刀片裝置由具有前凸軸台的 傳動主軸08、耐磨墊圈07、粉碎刀片06、兩把切割鋸齒刀片05、攪拌刀片04及兩 個緊固墊圈03組成，依次將耐磨墊圈07、粉碎刀片06、一個緊固墊圈03、兩把切割 鋸齒刀片05 (該兩把切割鋸齒刀片05呈180°角放置安裝)、攪拌刀片04和另一個緊 固墊圈03裝入傳動主軸08的萌凸軸台上，通過鉚壓前凸軸台進行擠壓固定。：: 1 ° M260217 新型, New type description: [Technical field to which the new type belongs] This case relates to a portable juicer, which refers to a juicer with an electric rotating device. [Previous technology] The conventional blender is a tool that uses alternating current to rotate. The structure of the blender is mainly composed of a stirring cup, a stirring cup cover, a stirring blade, a filter two-connector device, an AC electric rotating device, a host base and a power cord. Composition, it has the function of agitating, pulverizing and extracting and filtering by relying on the motor rotating at a high speed when starting. The juice extractor is a tool that uses alternating current to rotate the juice. The structure of the juice extractor is mainly composed of a juice cup, a juice squeeze blade, a filter, a coupling device, an AC electric rotation device, a host base and a power cord. During the operation, the high-speed rotation of the motor is used to achieve the functional characteristics of crushing, stirring, and juice filtration. Rechargeable torch is a kind of auxiliary lighting tool that can be used as a power source for a battery pack that can be recharged repeatedly. The structure of the rechargeable torch is mainly composed of a torch shell, lens, light bulb, radiation cup, rechargeable battery pack, charging device, etc. In addition to the general flashlight lighting function, it has the feature of charging the battery. The above blenders and juice extractors are household or commercial electric product tools. Because they are simple and easy to operate and easy to use, they are widely used in domestic and foreign households. However, AC power is commonly used in blenders and juicers. The drawback is that it must work in a living environment with AC power and cannot be carried around. [New content] The purpose is to provide a portable juicer that can be used without a power cord. . Features: The portable juicer includes a juicer cup mechanism and a host mechanism connected to the juicer mechanism. The juicer cup mechanism includes a juicer cup and a knife holder device connected thereto. The knife holder device has an integrated blade device and an upper linkage connected thereto. The main body mechanism is provided with a main body casing, and the main body mechanism further includes a DC electric rotating device placed in the main body casing and a battery mechanism device electrically connected thereto. The DC electric rotating device is provided with a direct current motor and a lower linkage linked to the lower electrical linkage. And the upper linkage are connected and matched, and the battery mechanism device includes a battery, and the positive and negative electrode terminals of the battery are electrically connected to the corresponding electrode terminals of the DC motor, respectively. Compared with the prior art, a portable juicer of this case has the following advantages: Because the juicer uses a battery as a power source to drive a DC electric rotating device, the juicer can be used without a power cord, and is convenient for users to carry. M260217 [Embodiment] Please refer to Figs. 1 to 13 for a portable juicer, which is mainly composed of a juicer mechanism, a host mechanism and a charger. The juice cup mechanism is composed of a transparent juice cup 01 and a knife seat device. The tool holder device consists of tool holder 09, seal ring 02, transmission shaft sleeve 12, small sealing washer 13, pin silver dragon washer 14. Integrated blade device, upper coupling 15, square nut 16, pressure spring 10 and safety key 11. Fixing piece 69 · 70. A drive shaft sleeve 12 is arranged on the center axis of the tool holder 09, and a small leak-proof gasket 13 is arranged on the shaft cavity of the drive shaft sleeve 12, and the small seal gasket 13 is fixed through the drive shaft sleeve 12. The driving spindle of the integrated blade device is provided with a tail portion with a thread 61, and the tail portion sequentially passes through the shaft hole on the front face of the driving sleeve 12 on the tool holder 09, and passes through the small sealing washer 13. The pin silver dragon washer 14, and the upper linkage The screwdriver 15 and the square nut 16 are screwed and fastened to achieve the connection between the integrated blade device and the upper coupling 15. A double tooth groove thread 52 and a transparent juice cup 01 are provided on the top inner ring 璧 of the knife seat 09. The ring is provided with a double-threaded convex thread 51 for rotating connection. A ring-shaped groove (not labeled) is provided at the bottom of the double-threaded groove thread 52 of the tool holder to place the sealing ring 02 above the rear bottom of the tool holder 09. A safety switch square through hole (not labeled) is provided to pass through the above-mentioned groove, and the safety switch key 11 provided with a square boss at one end is snapped into the safety switch key through the square through hole, so that the safety switch key 11 of the square protrusion The top part is in contact with the sealing washer 02, and a cross rib is provided on the other end of the safety switch 鐽 11 to locate the pressure spring 10, and three positioning buckles uniformly distributed at an angle of 120 ° are arranged on the inner ring wall of the tail of the knife seat 09. 60 DC electric rotating equipment with host mechanism The three positioning grooves 53 rotates fastener engaging the outer surface of the front end of the motor bracket 21. FIG. 12 is a front side view of an integrated blade device. The integrated blade device is composed of a driving spindle 08 with a front convex shaft table, a wear washer 07, a crushing blade 06, two cutting serrated blades 05, a stirring blade 04, and two Consisting of three washer 03, wear washer 07, crushing blade 06, one fastening washer 03, two cutting serrated blades 05 (the two cutting serrated blades 05 are placed at an angle of 180 °), the stirring blade 04 and The other fastening washer 03 is installed on the convex convex shaft table of the transmission spindle 08, and the front convex shaft table is squeezed and fixed by riveting.
透明榨汁杯01的底部設置有呈120°角均布的三個Υ型杯托50,透明榨汁杯01 的杯口外圈設置有雙牙凸筋螺紋5U 主機機構由主機外殼48、直流電動轉動裝置、電池機構裝置、行程開關裝置和功 能開關按鈕裝置組成，該直流電動轉動裝置及電池機構裝置置於主機外殼内。主機外 殼48的正前方的偏上部設置有功能開關定位槽，以固定功能開關按鈕裝置,主機外 殻48的功能開關定位槽的兩側位置分別開設有散熱孔，主機外殻48的正後方的偏上 部開設有安置DC-JACK插座29的定位插孔槽，主機外殼48的底部中心位置開設有 散熱孔59,主機外殼48的内底部分別設置有長短各一對螺絲固定柱，用兩顆自攻螺 絲28將電池機構裝置通過主機外殼48的一對短螺絲固定柱固定在主機外殼48的內 部，用兩顆自攻螺絲19將直流電動轉動裝置通過主機外殼48的一對長螺絲固定柱固 定在主機外殼48的上部。行程開關裝置的行程開關支架23的尾部設置的導向柱插入 電池機構裝置的電池支架27的定位導向孔58内，行程開關裝置的行程開關支架23 的頭部設置的方形凸台穿過直流電動轉動裝置的馬達支架21的保險開關導向通孔 54 〇 直流電動轉動裝置由馬達支架21、機械螺絲20、直流馬達22、轉動軸套18和下 聯動器17組成，馬達支架21的後端面設置有馬達定位座，通過兩穎機械螺絲20將 直流馬達22固定在馬達支架21上，馬達支架21的前端面的上部設置有保險開關導 向通孔54,馬達支架21的前端面的下部設置有使用防呆凸台55,馬達支架21前端 外側面設置有呈120。角均布的三個定位扣槽53,將轉動軸套18的前半部固定在下聯The bottom of the transparent juice cup 01 is provided with three Υ-shaped cup holders 50 which are evenly distributed at a 120 ° angle. The cup mouth of the transparent juice cup 01 is provided with a double-threaded rib thread 5U. The rotating device, the battery mechanism device, the stroke switch device, and the function switch button device are composed of the DC electric rotating device and the battery mechanism device placed in a casing of the host. A function switch positioning slot is provided on the upper part of the front of the host casing 48 to fix the function switch button device. The two sides of the function switch positioning slot of the host casing 48 are provided with heat dissipation holes. The upper part is provided with a positioning jack slot for the DC-JACK socket 29. The bottom of the host casing 48 is provided with a heat dissipation hole 59. The inner bottom of the host casing 48 is provided with a pair of long and short screw fixing posts. The tapping screw 28 fixes the battery mechanism device to the inside of the host casing 48 through a pair of short screw fixing posts of the host casing 48, and uses two self-tapping screws 19 to fix the DC electric rotating device through the pair of long screw fixing posts of the host casing 48. On the upper part of the host casing 48. The guide post provided at the tail of the travel switch bracket 23 of the travel switch device is inserted into the positioning guide hole 58 of the battery support 27 of the battery mechanism device. The square boss provided at the head of the travel switch support 23 of the travel switch device passes through the DC electric rotation. The safety switch guide through hole 54 of the motor bracket 21 of the device. The DC electric rotating device is composed of a motor bracket 21, a mechanical screw 20, a DC motor 22, a rotating shaft sleeve 18 and a lower linkage 17. A motor is provided on the rear end face of the motor bracket 21. The positioning base fixes the DC motor 22 on the motor bracket 21 by two mechanical screws 20. The upper part of the front end surface of the motor bracket 21 is provided with a safety switch guide through hole 54. The lower part of the front end surface of the motor bracket 21 is provided with a fool-proof use. The boss 55 and the outer side of the front end of the motor bracket 21 are provided at 120. Three positioning buckle grooves 53 are evenly distributed to fix the front half of the rotary sleeve 18 to the lower link
^!°p\ I a M260217 動器17的後端面中心軸線上設置有的定位凹槽内，轉動軸套18 &^箱心孔設置有 内螺牙以與直流馬達22的主軸前部設置的馬達主軸螺紋56相旋轉連接配合，使下聯 動器17固定在直流馬達22的主軸上。 電池機構裝置由電池支架27、可充電的電池37、可充電的電池36、可充電的電 池40、可充電的電池43、可充電的電池42、可充電的電池35、可充電的電池71.可 充電的電池72 DC-JACK插座29、連線30、連線31、連線32、連線33、連線24、 電池彈片34. 44. 38. 41組成。電池支架27前端面下部設置有DC-JACK插座29的定 位座57,以固定DC-JACK插座29,電池支架27前端面的上部設置有定位導向孔， 電池支架27設置均布的八個電池定位槽，以定位可充電的電池37、可充電的電池36、 可充電的電池40、可充電的電池43、可充電的電池42.可充電的電ί! 71.可充電的電 池72和可充電的電池35。 該八節可充電池先由電池彈片34通過導通連接可充電的電池37的負極.再由可充 電的電池37的正極導通連接可充電的電池40的負極；電池彈片76—端導通連接可 充電的電池40的正極另一端導通連接另一端導通連接可充電的電池72的負極；可充 電的電池72的正極一端導通連接可充電的電池71的負極；由可充電的電池71的正 極連接電池彈片38.由連線31連接到DC-JACK插座29的正極端子1.在未插插頭時. 正極端子1與正極端子2是導通的.由連線33.—端連接DC-JACK插座29的正極端子 2·另一端連接開關的端子A.當開關閉合時.開關的端子A與開關端子B連通.再由連線 30連接到馬達的正極端子·連線70 —端導通連電池彈片34.另一端導通連接電池彈片 44上；電池彈片44導通連接可充電的電池42的正極·充電的電池42的負極端導通連 接可充電的電池43的正極，通過電池彈片75.將可充電的電池43的負極連接到可充 電的電池36正極·可充電的電池36負極導通連接到可充電的電池35的正極.可充電 的電池35的負極導通連接電池彈片41，這樣組成一個電池組.通過連線24連接一端 與串聯電池組.另一端連接到馬達的負極.通過連線32導通連接一端與DC-JACK插座 29的，極導通連接，另一端連接到電池彈片41上·當開關25閉合時.產品即可工作· _行程開關裝置由壓力彈簧26、行程開關支架23、行程開關乃和連線24組成。 行程開關支架23的頭部設置有方形凸台,行程開關支架23的中部設置有行程開關25 定位槽和^位柱，以便定位和固定行程開關25,行程開關25的上部設置有行程開關 按鍵62行程開關支架23的尾部設置有導向柱將壓力彈簧26套插入該有導向柱内， 連線24 —端與行程開關25的中部輸出端子導通連接另一端與與直流馬達22的尾部 正極端子導通連接。 圖十四所示是一種功能開關按鈕裝置的連接結構。功能開關按鈕裝置由功能開關 座47、壓力彈簧46和功能按鍵45組成。將壓力彈簧46插入功能按鍵45後端面設置 的定位導向柱63上，再將帮壓力彈簧46的功能按鍵45扣入功能開關座47的定位導 向槽内，使功g按鍵45後端面設置的定位導向柱63通過功能開關座的導向孔64。 圖十五所示是·一種插入交流電源的變壓器，它由交流電源插頭機構65、輸出^線 66和DOJACK插頭67組成。 丨 圖十六所示是一種插入汽車電源的車用器，它由汽車插頭機搆68、輸出連線66 和DC-JACK插頭67組成。 工作過程：操作前，先將透明榨汁杯〇1的杯口朝上放置，把需要切削、榨汁、 攪拌和粉碎的材料（如水果、蔬菜、牛奶和冰塊等）做成適當的大小切塊放入透明榨 汁杯01内，然後將刀座裝置的刀座09的雙牙凹槽螺紋52對準套入透明榨汁杯〇1的 杯口外圈設置的雙牙凸筋螺紋51上，刀座裝置通過順時針旋轉擰緊與透明榨汁杯〇1^! ° p \ I a M260217 In the positioning groove provided on the central axis of the rear end face of the actuator 17, the rotating sleeve 18 is provided with an internal thread to the front of the main shaft of the DC motor 22 The motor spindle thread 56 of the motor is rotationally connected and matched, so that the lower coupling 17 is fixed on the spindle of the DC motor 22. The battery mechanism device consists of a battery holder 27, a rechargeable battery 37, a rechargeable battery 36, a rechargeable battery 40, a rechargeable battery 43, a rechargeable battery 42, a rechargeable battery 35, and a rechargeable battery 71. Rechargeable battery 72 DC-JACK socket 29, connection 30, connection 31, connection 32, connection 33, connection 24, battery shrapnel 34. 44. 38. 41. The battery holder 27 is provided with a DC-JACK socket 29 positioning base 57 at the lower part of the front surface of the battery bracket 27 to fix the DC-JACK socket 29. The upper portion of the front surface of the battery bracket 27 is provided with a positioning guide hole. Slot to locate rechargeable battery 37, rechargeable battery 36, rechargeable battery 40, rechargeable battery 43, rechargeable battery 42. Rechargeable electricity! 71. Rechargeable battery 72 and rechargeable Battery 35. The eight rechargeable batteries are first connected to the negative electrode of the rechargeable battery 37 by the battery shrapnel 34 through conduction; then the positive electrode of the rechargeable battery 37 is connected to the negative electrode of the rechargeable battery 40; the battery shrapnel 76-terminal is connected for charging The positive end of the positive electrode of the battery 40 is connected to the other end of the positive electrode of the rechargeable battery 72; the positive end of the rechargeable battery 72 is connected to the negative electrode of the rechargeable battery 71; the positive electrode of the rechargeable battery 71 is connected to the battery shrapnel 38. Connect to the positive terminal of DC-JACK socket 29 by wiring 31. When no plug is plugged in. The positive terminal 1 and positive terminal 2 are conductive. Connect to the positive terminal of DC-JACK socket 29 by wiring 33. Terminal 2 · The other end is connected to the terminal A of the switch. When the switch is closed. The terminal A of the switch is in communication with the switch terminal B. Then it is connected to the positive terminal of the motor by the connection 30 · The connection 70 —the terminal is connected to the battery spring 34. One end is connected to the battery spring 44; the battery spring 44 is connected to the positive electrode of the rechargeable battery 42. The negative terminal of the charged battery 42 is connected to the positive electrode of the rechargeable battery 43 through the battery spring 75. The rechargeable electricity The negative electrode of 43 is connected to the rechargeable battery 36. The positive electrode of the rechargeable battery 36 is connected to the positive electrode of the rechargeable battery 35. The negative electrode of the rechargeable battery 35 is connected to the battery spring 41 to form a battery pack. Line 24 connects one end to the battery pack in series. The other end is connected to the negative pole of the motor. The one end is connected to the DC-JACK socket 29 through line 32. The other end is connected to the battery spring 41. When the switch 25 is closed . The product is ready to work. _ The travel switch device consists of a pressure spring 26, a travel switch bracket 23, a travel switch and a connection 24. The head of the trip switch bracket 23 is provided with a square boss, the middle of the trip switch bracket 23 is provided with a position switch 25 positioning slot and a positioning post for positioning and fixing the trip switch 25, and the upper part of the trip switch 25 is provided with a trip switch button 62 A guide post is provided at the tail of the travel switch bracket 23, and a compression spring 26 is inserted into the guide post. The connection 24 is connected to the middle output terminal of the travel switch 25 and the other end is connected to the positive terminal of the DC motor 22. . Figure 14 shows the connection structure of a function switch button device. The function switch button device is composed of a function switch base 47, a pressure spring 46, and a function button 45. Insert the pressure spring 46 into the positioning guide post 63 provided on the rear end surface of the function button 45, and then snap the function button 45 of the pressure spring 46 into the positioning guide groove of the function switch base 47 to position the rear end of the function button 45. The guide post 63 passes through the guide hole 64 of the function switch base. Figure 15 shows an AC-powered transformer, which consists of an AC power plug mechanism 65, an output cable 66, and a DOJACK plug 67.丨 Figure 16 shows a car plugged into a car power supply. It consists of a car plug mechanism 68, an output connection 66, and a DC-JACK plug 67. Working process: Before operation, place the mouth of the transparent juice cup 〇1 upwards, and make the appropriate size of the materials (such as fruits, vegetables, milk and ice cubes) that need to be cut, squeezed, stirred and crushed. Cut into pieces in the transparent juice cup 01, and then align the double-threaded groove 52 of the knife seat 09 of the knife holder device with the double-threaded rib thread 51 set on the outer ring of the transparent juice cup 0 The knife holder device is screwed with the transparent juice cup by clockwise rotation.
M260217 組合起來，達到使透明榨汁杯01的杯口前端面壓迫到刀座裝置的密封墊圈02，起謹 防止洩漏作用。 ’ 完成後，將榨汁杯機構的刀座09的尾部內環壁上設置的三個定位扣60對準主機 機構的直流電動轉動裝置的馬達支染21前端外側面的三個定位扣槽53，通過順時針 旋轉旋扣到位擰緊，使榨汁杯機構的刀座裝置的上聯動器15套入主機機構的直流電 動轉動裝置的下聯動器17上而與其對接。達到直流馬達22的主軸與集成刀片裝置的 傳動主軸08同軸線連結。同時也使榨汁杯機構的刀座裝置的保險開關鍵η頂壓露出 馬達支架21的前端面設置的保險開關導向通孔54中的行程開關裝置的行程開關支架 23的頭部設置有方形凸台，使行程開關裝置下移到行程開關的上部設置的行程開關按 鍵62對準功能開關按鈕裝置的功能按鍵45後端面設置的定位導向柱63尾部頂端。 操作時，用手指按壓主機機構的功能開關按鈕裝置的功能按鍵45 ,使功能按鍵 45的定位導向柱63沿著功能開關座的導向孔64下移，定位導向柱63尾部頂端面跟 著頂壓行程開關的上部設置的行程開關按鍵62。使便攜充電式多功能榨汁機直流電路 處於閉路狀態，八節串連的可充電的電池開始通過連線向直流馬達22供電。直流馬 •達22主軸開始高速旋轉工作，.直流馬達22主軸產生的扭力經馬達主軸螺紋56和轉 動軸套18傳遞給下聯動器17，扭力再經與下聯動器17對接的上聯動器15傳遞給集 成刀片裝置的傳動主軸08，再由傳動主軸08帶動集成刀片裝置上的粉碎刀片〇6、兩 把切割鋸齒刀片05和攪拌刀片04高速旋轉工作，將透明榨汁杯〇1內的待加工材料 (如水果、蔬菜、牛奶和冰塊等）經切削、榨汁、攪拌和粉碎，經1到2分鐘左右時 間完成。 操作完成需要停止工作時，鬆開對主機機構的功能開關按鈕裝置的功能按鍵45. · 的按壓，功能開關按鈕裝置的壓力彈簧46的被壓縮彈力使功能按鍵45恢復到原位 置，行程開關被頂壓的上部設置的行程開關按鍵62也恢復到原位置。便攜充電式多 功能榨汁機直流電路回到原開路狀態，直流馬達22停止轉動；集成刀片裝置上的粉 碎刀片06、兩把切割鋸齒刀片05和攪拌刀片04也緊隨停止旋轉工作。使整機處於待 命狀態，透過透明榨汁杯01觀測被攪拌和粉碎的加工物體，若感覺還未達到要求， 可再重複按上述方法再進行一次或多次操作來完成；若達到加工滿意度，將榨汁杯機 構的刀座09的按逆時針旋轉擰開，使刀座09的尾部內環壁上設置的三個定位扣60 與主機機構的直流電動轉動裝置的馬達支架21前端外側面的三個定位扣槽53相鬆 脫，再將榨汁杯機構從主機機構上卸下，然後將榨汁杯機構的透明榨汁杯01杯口朝 上放置，隨後按逆時針旋轉擰開榨汁杯機構的透明榨汁杯01杯口上的刀座裝置，再 將透明榨汁杯01內的加工物倒入所需放置的容器裏。淸潔透明榨汁杯01和刀座裝 置，以備下次使用。 當多次使用完電池的蓄積電量後，將附件交流電源的變壓器的DOJACK插頭67 插入主機機構的DC-MCK插座29內，再將交流電源插頭機構65的插頭部接通^交 流電源的電路進行充電。或將另一種附件汽車電源的車用器的DCMACK插頭67插入 主機機構的DOJACK插座29內，再將汽車插頭機構68的插頭部接通帶汽車電源的 直流電路進行充電。 當電池用完時·又急著使用時·將將附件交流電源的變壓器的DC-JACK插頭6.7插入 主機機構的DCMACK插座29內，再將交流電源插頭機構65的插頭部接通帶交流電源 的電路進行直接使用了 ·或將另一種附件汽車電源的車用器的DC-JACK插頭67插入主 機機構的DCMACK插座29內，再將汽車插頭機構68的插頭部接通帶汽車電源的直流 電路進行使用了。 M260217 切丨彳 【圖式簡單說明】 圖一是本案一種便攜式榨汁機的前側視立體結構示意圖。 圖二是本案一種便攜式榨汁機的立體分解圖。 圖三是本案一種便攜式榨汁機使用旋轉拆卸功能後的結構示意圖。 圖四是圖一的正視結構示意圖。 圖五是圖一的後視結構示意圖。 圖六是圖一的側視結構不意圖。 圖七是圖一的仰視結構示意圖。 圖八是圖一的俯視結構示意圖。 圖九是本案一種便攜式榨汁機的剖視圖。 圖十是本案一種便攜式榨汁機的仰側視結構示意圖。 圖十一是本案一種便攜式榨汁機的集成刀片裝置的前側視結構示意圖。 圖十二是本案一種便攜式榨汁機的刀座裝置的主要部件的局部剖視圖。 圖十三是本案一種便攜式榨汁機卸下榨汁杯機構的主機機構的主要部件的剖視圖。 圖十四是本案一種便攜式榨汁機的功能開關裝置的立體分解圖。 圖十五是圖一的配備變壓器附件的插入交流電源的變壓器的前側視結構示意圖。 圖十六是圖一的配備車用器附件的插入汽車電源的車用器的前側視結構示意圖。 [主要元件符號說明】 01:榨汁杯 02:密封圈 09:刀座 12:傳動軸套 13:小密封 15:上聯動器 17:下聯動器 21:馬達支架 22:直流馬達 23:行程開關支架 25:開關 27:電池支架 29:DC-JACK 插座 34.38.41.44電池彈片 45:功能按鍵 47:功能開關座 48:主機外殼 59:電池蓋 75.76:電池彈片 35.36.37.40.42.43.71.72:充電電池M260217 is combined to achieve that the front end surface of the transparent juice cup 01 is pressed against the sealing washer 02 of the knife seat device to prevent leakage. '' After completion, align the three positioning buckles 60 provided on the inner ring wall of the tail of the knife seat 09 of the juicer cup mechanism with the three positioning buckle grooves 53 on the outer side of the front side of the motor support of the DC electric rotating device of the host mechanism 53 By turning the rotary buckle clockwise, the upper link 15 of the knife seat device of the juicer cup mechanism is inserted into the lower link 17 of the direct current electric rotating device of the host mechanism and docked with it. The main shaft which reaches the DC motor 22 is connected coaxially with the transmission main shaft 08 of the integrated blade device. At the same time, the safety switch key η of the knife seat device of the juicer cup mechanism is pushed up to expose the head of the travel switch bracket 23 of the travel switch device in the safety switch guide through hole 54 provided in the front end surface of the motor bracket 21 with a square protrusion. The stage switch device is arranged so that the stroke switch button 62 provided on the upper portion of the stroke switch is aligned with the top end of the positioning guide post 63 provided on the rear end surface of the function button 45 of the function switch button device. During operation, press the function button 45 of the function switch button device of the host mechanism with a finger, so that the positioning guide post 63 of the function button 45 moves down the guide hole 64 of the function switch base, and the top end surface of the tail of the positioning guide post 63 follows the pressing stroke. A stroke switch button 62 is provided on the upper part of the switch. The DC circuit of the portable rechargeable multifunctional juicer is closed, and eight serially connected rechargeable batteries begin to supply power to the DC motor 22 through the connection. The DC Ma Da 22 spindle starts high-speed rotation. The torque generated by the DC motor 22 spindle is transmitted to the lower coupling 17 via the motor spindle threads 56 and the rotating sleeve 18, and the torque is then passed to the upper coupling 15 which is connected to the lower coupling 17. The transmission spindle 08 of the integrated blade device is driven by the transmission spindle 08 to drive the crushing blade 〇6, the two cutting sawtooth blades 05 and the stirring blade 04 to rotate at a high speed, and the waiting in the transparent juice cup 〇1 Processed materials (such as fruits, vegetables, milk, and ice cubes) are cut, squeezed, stirred, and crushed in about 1 to 2 minutes. When the operation is completed and the work needs to be stopped, release the function button 45 of the function switch button device of the host mechanism by pressing the compressed spring force of the pressure spring 46 of the function switch button device to restore the function button 45 to the original position, and the stroke switch is The stroke switch button 62 provided in the upper part of the pressing force also returns to the original position. The DC circuit of the portable rechargeable multi-function juicer returned to the original open circuit state, and the DC motor 22 stopped rotating; the crushing blade 06, two cutting sawtooth blades 05, and agitating blade 04 on the integrated blade device also stopped rotating. Keep the whole machine in standby state, observe the processed objects being stirred and pulverized through the transparent juice cup 01. If you feel that it has not met the requirements, you can repeat the above method for one or more operations to complete; if processing satisfaction is achieved Rotate the knife holder 09 of the juicer cup mechanism counterclockwise to unscrew, so that the three positioning buckles 60 provided on the inner ring wall of the tail of the knife holder 09 and the outer side of the front end of the motor bracket 21 of the DC electric rotating device of the host mechanism The three positioning buckle grooves 53 are loosened, and then the juicer cup mechanism is removed from the host mechanism, and then the transparent juicer cup 01 of the juicer cup mechanism is placed upwards, and then rotated counterclockwise to unscrew the squeezer. The knife seat device on the mouth of the transparent juice cup 01 of the juice cup mechanism, and then the processed object in the transparent juice cup 01 is poured into the container to be placed.淸 Clear transparent juice cup 01 and knife holder device for next use. After using the accumulated power of the battery many times, insert the DOJACK plug 67 of the accessory AC power transformer into the DC-MCK socket 29 of the host mechanism, and then connect the plug portion of the AC power plug mechanism 65 to the AC power circuit. Charging. Or, insert the DCMACK plug 67 of another car accessory with a car power supply into the DOJACK socket 29 of the host mechanism, and then connect the plug portion of the car plug mechanism 68 to a DC circuit with a car power source for charging. When the battery is exhausted · When you are in a hurry · Plug the DC-JACK plug 6.7 of the accessory AC power transformer into the DCMACK socket 29 of the host machine, and then connect the plug part of the AC power plug mechanism 65 with the AC power The circuit is directly used or the DC-JACK plug 67 of another car accessory with a car power supply is inserted into the DCMACK socket 29 of the host mechanism, and the plug part of the car plug mechanism 68 is connected to a DC circuit with a car power supply. used. M260217 Cut 丨 彳 [Brief description of the drawings] Figure 1 is a schematic view of the front side of a portable juicer. Figure 2 is an exploded perspective view of a portable juicer of the present case. FIG. 3 is a schematic structural diagram of a portable juicer in this case after using the rotary disassembly function. FIG. 4 is a schematic view of the front view structure of FIG. 1. FIG. 5 is a schematic rear view structure of FIG. 1. FIG. 6 is a schematic side view of FIG. 1. FIG. 7 is a schematic bottom view structure of FIG. 1. FIG. 8 is a schematic top plan view of FIG. 1. Fig. 9 is a sectional view of a portable juicer of the present case. Fig. 10 is a schematic bottom structure view of a portable juicer of the present case. FIG. 11 is a schematic front structural view of an integrated blade device of a portable juicer of the present case. Fig. 12 is a partial cross-sectional view of the main components of a knife seat device of a portable juicer of the present case. FIG. 13 is a cross-sectional view of the main parts of the host mechanism of the portable juicer of the present invention for removing the juicer cup mechanism. FIG. 14 is an exploded perspective view of a function switching device of a portable juicer of the present case. FIG. 15 is a schematic structural diagram of a front side view of a transformer plugged into an AC power source and equipped with a transformer accessory of FIG. 1. FIG. 16 is a schematic structural view of the front side of the vehicle-equipped vehicle equipped with the vehicle-equipped accessory of FIG. 1 inserted into a power source of the vehicle. [Description of main component symbols] 01: Juicing cup 02: Sealing ring 09: Knife seat 12: Transmission shaft sleeve 13: Small seal 15: Upper coupling 17: Lower coupling 21: Motor bracket 22: DC motor 23: Travel switch Bracket 25: switch 27: battery bracket 29: DC-JACK socket 34.38.41.44 battery shrapnel 45: function button 47: function switch holder 48: host casing 59: battery cover 75.76: battery shrapnel 35.36.37.40.42.43.71.72: rechargeable battery