M410239 五、新型說明： 【新型所屬之技術領域】M410239 V. New description: [New technology field]
=創作财關㈣於電子錢裝置之碳紐 種藉由-傳動件受電子成像裝置轉動的碳純。-疋I 【先前技術】 習知碳舰魏於-電子成像裝置内，受職 ^觸^動件之抵頂，—方面可觸發碳粉11開啟出粉口，另二置 面觸動件可驅動碳紐旋轉使碳粉可從出粉口 另一方 性臂具ΓΓ，碳紐之前端具有—傳動件，傳動件設有二彈 &一凸勾設於二彈性臂之末端，彈 二ΐ:Γ具有二環溝，當該觸動件前進且==: 、§傳動件之一凸勾恰可伸入該觸動件之二 傳動件與該觸詩結合在 7射，使讀 可隨之移動，且當該_===置 動件連同該碳粉起旋轉^ 亥傳 傳動件…相對= 無法隨之移動起，當該騎件後退時該傳動件即 遞至該碳_鳴件旋轉時其動力亦無法_該傳動件傳 ，_卩_件與破難之結合發 午傳 【新型内容】 3 M410239 本創作之一目的在於提供一種碳粉匣，其可正禮地與電子 成像裝置之觸動件結合，避免發生誤動作。 為達成前揭目的’本創作所提供之碳粉匣係用以設於—電 子成像裝置，該電子成像裝置具有一觸動件可於一前進位置、 _間位置與-後退位置之間位移，該碳粉g包含有—殼體、一 開關裝置、-傳動件以及一第一彈性件。該殼體具有一容室， 以及-開口連通該容室與外界；該開關裝置具有一基座，以及 一闕門滑設於該基座，該基座具有-盤架設於該殼體之開口， 該閥門可在-封閉位置及一開啟位置間往復移動，當該闕門位 於該封閉位置時貼抵於該盤架而封閉該殼體之容室，當該閱門 位於該開啟位置時遠離該鮮而使該殼體之容室開放；該 ^骨設於該基座’且可在一第一位置及一第二位置間往復移 ’ f第彈性件係抵頂於該基座與轉動件之間，使該傳動 Γ^又外力時維持於該第一位置。當該碳粉E組設於該電子成 。裝置且該觸動件由該後退位置移至該前進位置時該傳動件 動件推抵而移動至該第二位置；當該觸動件由該前進位 置，且置時，該傳動件由該第二位置回到該第-位 碳粉閉位置移至該開啟位置。藉此，本創作之 作： 地與電子成像裝置之觸動件結合，避免發生誤動 【實施方式】 配二=二創作之特點所在，兹舉以下-較佳實施例並 M410239 第一圖為本創作一較佳實施例之立體圖； 第二圖為本創作一較佳實施例之立體分解圖； 第三至五圖為本創作一 動作示意圖； 較佳實施例之傳動件與觸動件之 第六圖為本創作一較隹實施例之傳動件之立體圖； 第七圖為第六圖沿7-7剖線之剖視圖；= Creation of wealth (4) The carbon of the electronic money device is made of carbon-driven by the electronic imaging device. -疋I [Prior Art] In the conventional carbon ship Wei Yu-electronic imaging device, the top of the ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The rotation of the carbon button allows the toner to be licked from the other side of the powder outlet. The front end of the carbon has a transmission member, and the transmission member is provided with two springs and a convex hook provided at the end of the two elastic arms. The cymbal has a two-ring groove, and when the trigger member advances and ==: §, one of the transmission members can protrude into the second driving member of the contact member and the singer combines with the singer, so that the reading can be moved accordingly. And when the _===actuating member together with the toner rotates the transmission member...relatively = cannot move with it, when the riding member retreats, the transmission member is delivered to the carbon_sounding member when it is rotated The power can't be transmitted _ the transmission transmission, _ 卩 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Combine pieces to avoid malfunctions. The toner cartridge provided by the present invention is provided for the electronic imaging device, and the electronic imaging device has an actuator movable between a forward position, an inter-position and a retracted position. The toner g includes a casing, a switching device, a transmission member, and a first elastic member. The housing has a chamber, and the opening communicates with the chamber and the outside; the switch device has a base, and a door is slidably disposed on the base, the base having a tray disposed at the opening of the housing The valve is reciprocally movable between a closed position and an open position, and the door is closed against the tray when the door is in the closed position to close the housing of the housing, when the reading door is in the open position The opening of the housing is open; the bone is disposed on the base and reciprocally movable between a first position and a second position. The first elastic member is coupled to the base and rotates. Between the pieces, the transmission is maintained in the first position when the external force is applied. When the toner E group is set to the electrons. And the transmission member moves against the second position when the trigger member is moved from the retracted position to the forward position; when the actuation member is in the forward position, and the transmission member is set, the transmission member is replaced by the second The position returns to the first-position toner closed position to the open position. Therefore, the creation of the work: the ground and the electronic imaging device touches combined to avoid misoperation [Embodiment] The characteristics of the two = two creation, the following - the preferred embodiment and M410239 A perspective view of a preferred embodiment is created; the second drawing is an exploded perspective view of a preferred embodiment of the present invention; the third to fifth figures are schematic views of the operation of the creation; the sixth embodiment of the transmission member and the movable member of the preferred embodiment Figure is a perspective view of a transmission member of a more practical embodiment; the seventh figure is a sectional view of the sixth figure taken along line 7-7;
第八至十圖為本創作一較佳實施例之跳鍵單 示意圖；以及 々谷狀態 第十一圖為本創作一較佳實施例之跳鍵單元之分解圖。8 to 10 are schematic diagrams of a jumper button of a preferred embodiment of the present invention; and a valley state. FIG. 11 is an exploded view of the jumper unit of a preferred embodiment of the present invention.
-月參閱第-圖至第五圖，本創作一較佳實施例所提供 =10係用以設於-電子成像裝置(圖未示），該電子成像裝= 八有-觸動件D1可於-前進位置P5、中間位置P6與—後退 位置P7之間位移，且該觸動件D1具有一頂&M、二環溝切、 ，及二環壁D4位於該二環溝D3之間該碳粉㈣包含 "又體2〇、一開關裝置26、一傳動件60以及一第一彈性件7〇。 該殼體20具有一容室22用以容置碳粉’以及一開口 ％ 連通該容室22與外界。 該開關裝置26具有一基座3〇,以及一閥門4〇滑設於該基 間該基座3〇具有一盤架31設於該殼體20之開口 24，該 第Γ可在—封閉位置P1及一開啟位置P2間往復移動，如 該^第五圖所不’當該閥門4G位於該_位置P1時貼抵於 啟位21而封閉該破體20之容室22 ’當該閥門4〇位於該開 盤架時遠離該盤架31❿使該殼體20之容室22開放，該 '、具有若干缺口 32供碳粉流出。 5 M41U239 該傳動件60滑設於該基座30且可. 第二:置_往_，如及- ^第一彈性件70抵頂於該基座3〇 使該傳動件6〇未受外力時維持於該第l"置傳^件60之間， 如第二至四圖所示，當碳粉匣⑺組 該觸動件m由賴退位置Ρ7移至該=電子成像裝置’ 件di之頂桎D2推抵該開關裝置 2 ’該觸動 該傳動件-受該觸動⑽推抵而由第==啟，且 位置P4，如第四至五圖所示，當該觸 至第二 P5移至今φ & π 午D1由δ亥月進位置 啟間門:的;驟46時使:觸動件D1觸發該開關裝置％開 開啟位置二受：之閥第門4, -使其由該第二位置P4= = =可推抵該傳動件 D1往該中間位置P6移動之P3使該觸動件 一起移動。 ㈣之細該傳動件⑼賴觸動件D1 往本創作可以確保當該觸動件D1從該前進位置P5 =間：置P6移動時，該傳動件6〇會跟隨該觸動件m — —該触件D1軸，即可順卿錢傳動件60 ^以避免習知結構中傳動件與觸動件可能發生未能結合的 疾劲作。 為了使該第雜件70能定位於該基座30之預定位置， 第一圖所TF該基座3G具有—連接管34 一内管37位於該 連接管34内側，以及若干肋條39，在本實施射為四個，連 接該内官37與該連接官34’供該第___彈性件7G抵頂，且該連 接管34與該内管37間之空間可容該第一彈性件7〇設置。- month to see the first to fifth figures, the preferred embodiment of the present invention provides a 10 for the electronic imaging device (not shown), and the electronic imaging device = eight-touch member D1 can be used - displacement between the forward position P5, the intermediate position P6 and the -retracted position P7, and the trigger member D1 has a top & M, a second ring groove cut, and the second ring wall D4 is located between the second ring groove D3 The powder (4) comprises a "body 2", a switching device 26, a transmission member 60 and a first elastic member 7A. The casing 20 has a chamber 22 for accommodating the toner 'and an opening % communicating the chamber 22 with the outside. The switch device 26 has a base 3〇, and a valve 4 is slidably disposed between the bases. The base 3 has a frame 31 disposed in the opening 24 of the housing 20, and the second can be in the closed position. Reciprocating movement between P1 and an open position P2, if the valve 4G is located at the _ position P1, it abuts against the opening 21 and closes the chamber 22 of the broken body 20 as the valve 4 When the magazine is located away from the tray 31, the housing 22 of the housing 20 is opened, and has a plurality of notches 32 for the toner to flow out. 5 M41U239 The transmission member 60 is slidably disposed on the base 30 and can be second. The first elastic member 70 abuts against the base 3, so that the transmission member 6 is not subjected to external force. Maintained between the first "transmission member 60, as shown in the second to fourth figures, when the toner cartridge (7) group of the actuator m is moved from the retracted position Ρ7 to the = electronic imaging device The top cymbal D2 pushes against the switch device 2' which triggers the transmission member - is pushed by the touch (10) to be turned on by ==, and the position P4, as shown in the fourth to fifth figures, when the touches to the second P5 Up to now φ & π 午 D1 from the δ海月 into the position of the door: at 46 o'clock: the trigger D1 triggers the switch device% open position 2: the valve door 4, - make it by the first The two positions P4 = = = P3, which can be pushed to move the transmission member D1 to the intermediate position P6, causes the actuator to move together. (4) The transmission member (9) depends on the actuation member D1 to ensure that when the actuation member D1 moves from the forward position P5 = between: P6, the transmission member 6 跟随 follows the contact member m - the contact member The D1 axis can be used to avoid the failure of the transmission member and the actuator to be combined. In order to enable the first miscellaneous member 70 to be positioned at a predetermined position of the base 30, the base 3G of the first figure TF has a connecting tube 34, an inner tube 37 is located inside the connecting tube 34, and a plurality of ribs 39, The firing is performed in four, and the inner official 37 is connected to the connecting official 34' for the ___ elastic member 7G to abut, and the space between the connecting pipe 34 and the inner tube 37 can accommodate the first elastic member 7. 〇 Settings.
接下來請參閱第二與第六圖，為使該傳動件60以可轴向 移動之方式滑設於該基座30，該傳動件6G 彈性卡榫64’於本實施例中為2,2=1 部 延伸而出，該開關裝置26之基座3〇之連接管34則供該傳 動件60之套接部61套設，該連接管34具有至少一封閉導槽 ’於本實關中與該彈性卡榫64之數量同為二個，供該二 ^卡榫64卡合，同時，該傳動件6〇還具有一頂部幻位於 ^接部61之—端供該第—彈性件70之—端抵頂。由於該彈 禪64可在傳動件6〇之徑向微幅變形，使得該傳動件⑹ =套接部61可較省力地與該連接管34套合，此外，該封閉導 =可使該傳動件6()即使受賴第一彈性㈣推抵或該觸 牛Dl拉動時仍不致脫離該基座30。 為避免該傳動件60相對於該基座30旋轉，於本實施例争 μ傳動件6G更具有二導塊65設於該套接部61之内壁，且談 =裝置26之基座3〇之連接管34更具有二開 該傳動件60之二導塊65伸入。 供 m正該傳動件6G具有—彈性臂66由該套接部61往該觸動件 延伸而出，以及一卡榫頭67設於該彈性臂的之一末端， 6〇中該卡榫頭67具有—導滑面68，該導滑面68與該傳動件 90 具有—夾角Θ約135度’事實上~只要不小於 又Ρ可，如第七圖所示。當該觸動件D1由後退位置ρ7移 ^則進位置Ρ5時，如第三至四圖所示，該觸動件D1套合 〜傳動件60夕卜該彈性f 66稍>加變形即可使該卡榫頭& M410239 卡入痛動件D1之溝槽D3，當該觸動件m轉動時該環壁 D4抵頂於該卡榫頭67之侧邊並施加—轉動力矩可使該 件60隨該觸動件D1轉動；當該觸動件D1由中間位置p 動至後退位置P7 _，如第四至五圖所示，由於該夾角 要該彈性臂66稍加變形該傳動件6G即可與該觸動件 藉此’若碳粉E U)置入電子成像裝置時，觸動件m之環 f D3與該傳動件6〇之卡棒頭67位置對應則觸動件叫由 後退位置P7移動至前進位置P5時，該傳動件6〇之卡棒頭Q 可順利卡人該觸動件D1之環溝D3中；若觸動件以 =與該傳動件60之卡榫頭67位置並不對應，則觸動件^ 由後退位置P7移動至前進位置P5時，該傳動件6〇之卡禅頭 67無法卡入該觸動件m之環溝D3 +，然隨著該觸動件⑴ 由前進位置P5移至中間位置p6，該傳動件60受該第一彈性 件70抵頂而由第二位置p4移至第一位置p3，一旦該觸動件 D1開始旋轉，該彈性臂66稍加變形即可使該卡榫頭π卡入 朗動件m之環溝D3巾，使該傳動件6〇能隨該觸動件D1 一起轉動。換言之，無論該義件D1之環溝D3位置是否與 該傳動件6G之卡榫頭67對應，該傳動件6G均可與該觸動;牛 D1順利結合，不會發生習知結構誤動作之情形。 接下來請參閱第八至第十圖，為了配合觸動件D1運作以 開啟閥門4G，該傳動件6G具有-穿孔63設於該傳動件6〇之 頂部62中央，用以供該觸動件D1之頂柱D2穿過，該基座邛 之内管37由該盤架31中央延伸而出，該開關裝置％更具有 M410239 跳鍵單元50設於該基座3〇 有一料桿53伸出談内其S 37卜該跳鍵單元50具 50具有三箱 以& '、該閥門40連接，該跳鍵單元 S3。當:收縮狀態S1、跳鍵狀態S2，以及伸展狀態 該觸該後退位置P7移至該前進位置Μ時， 對應於間門4Γ頂柱D2推抵該跳鍵單元50使其切換狀態，由 此時該閱門1時的收縮狀態S1切換至跳鍵狀態s2，惟 動件由^^仍然貼抵於該盤架31，如第九圖所示；當該觸 、則進位置P5位移至續φ 元50切槌“ 位秒主该中間位置P6時，該跳鍵單 e1pa4n 另一狀態，亦即，由跳鍵狀態S2切換至對；*於該 的伸展狀態S3,使該跳鍵料之軸=3朝 且連動該間門40，使該闕門40由該封閉位置P1移至 k開啟位置P2,如第十圖所示。 為實現該跳鍵單元50之二段式㈣定位功能，請參閱第 、圖，該基座30之内管37具有一抵頂部38位於其内壁， 以及一封蓋371位於内管37之一端，該跳鍵單元5〇具有一活 塞51、一轉動件52與該活塞51套接、該軸桿53與該轉動件 52套接且具有一凸緣531 ’以及一第二彈性件％抵頂於該軸 桿53之凸緣531與該内管37之封蓋371之間。於本實施例中， 該抵頂部38具有六鍵肋381、三淺鍵溝382，以及三深鍵溝 383，且每一鍵肋381與淺鍵溝382靠近該封蓋371之一端皆 具有一肋斜面384 ;該活塞51具有六鍵突511、六上嗜齒512 以及一容置部513設於該活塞51底端；該轉動件52具有一插 接部521用以插妓於該活塞51下方之容置部513、三卡鍵522 與三下嚙齒523用以與該等上嚙齒512嚙合。 9 M410239 詳而言之，當該跳鍵單元5G處於收縮狀態&，_動件 52之卡鍵522受到淺鍵溝382抵擋而使該轴桿幻位於内管^ ，部分較長，使該闕門40封閉，如第八圖所示；當該跳鍵 p 5〇之活塞5!受該觸動件D1之頂柱出推抵如第九圖 =不’ _動件52之卡鍵522脫離該淺鍵溝如，.同時該轴桿 =該第二彈性件54抵頂而推抵該轉動件&，使該轉動件 =卡鍵522之下储523沿該活塞51上韻512之斜面滑動， f到該下_ 523與該上傭512密合該轉動件％才停止相 =於該活塞51轉動，此時該跳鍵單元5()處㈣鍵狀態幻，· ^該跳鍵單元5G處於跳魏態S2下，若_柱Μ不再推抵 该活塞51，該第二彈性件54透過該轴桿53推抵該轉動件^， 轉動件52之卡鍵522沿該抵頂部％之肋斜面384滑入該 =鍵溝383 ’如第十圖所示’此時該跳鍵單元％處於伸展狀態 該轴# 53伸出該内管3?的長度最短，使該閥門處於 j啟位置P2。事實上’該跳鍵單元5()為習知技術，常見於 按壓伸縮原子筆。 °月再參考第二圖，該基座30之盤架31具有三穿孔33 ,驾 ，門4〇具有—蓋件4卜三導桿42自該蓋件41延伸而出且^ 二於各该穿孔33，以及一連接盤43與該等導桿42之末端讀 ，，且該連接盤43之中央與該跳鍵單元5〇之軸桿53連接。 备該間門40位於該封閉位置P1時其蓋件貼抵於該盤架3. 而封，該殼體20之容室22，當該閥門40位於該開啟位置p: 蓋件41遠離該盤架31而使該殼體2Q之容室開放。群 蓋件41减三導桿42支樓而滑設於該基座30，該軸桿53 ^ M410239 變其伸出内管37 的長度時該連接盤43將受該軸53連動，Referring to the second and sixth figures, in order to allow the transmission member 60 to be slidably disposed on the base 30 in an axially movable manner, the transmission member 6G elastic latch 64' is 2, 2 in this embodiment. The connecting portion 34 of the base member 3 of the switch device 26 is sleeved by the sleeve portion 61 of the transmission member 60. The connecting tube 34 has at least one closed guide groove in the actual closing. The number of the elastic latches 64 is the same, and the two latching sleeves 64 are engaged with each other. At the same time, the transmission member 6〇 also has a top end located at the end of the connecting portion 61 for the first elastic member 70. - End to the top. Since the elastic spring 64 can be slightly deformed in the radial direction of the transmission member 6〇, the transmission member (6)=the socket portion 61 can be relatively tightly engaged with the connecting tube 34, and further, the closed guide can make the transmission The piece 6() does not deviate from the base 30 even if it is pulled by the first elasticity (4) or when the contact D1 is pulled. In order to prevent the transmission member 60 from rotating relative to the base 30, in the present embodiment, the transmission member 6G further has two guiding blocks 65 disposed on the inner wall of the socket portion 61, and the base of the device 26 is The connecting tube 34 further has two guiding blocks 65 extending from the transmission member 60. The driving member 6G has a resilient arm 66 extending from the socket portion 61 to the trigger member, and a latching head 67 is disposed at one end of the resilient arm, wherein the latching head 67 has a The guide surface 68, the guide surface 68 and the transmission member 90 have an angle Θ about 135 degrees 'in fact, as long as it is not less than Ρ, as shown in the seventh figure. When the trigger member D1 is moved from the retracted position ρ7 to the position Ρ5, as shown in the third to fourth figures, the trigger member D1 is engaged with the transmission member 60, and the elastic f 66 is slightly changed. The card head & M410239 is inserted into the groove D3 of the pain piece D1. When the trigger member m rotates, the ring wall D4 abuts against the side of the card head 67 and applies a rotational torque to enable the piece 60 to follow. The trigger member D1 rotates; when the touch member D1 moves from the intermediate position p to the retracted position P7_, as shown in the fourth to fifth figures, the transmission member 6G can be slightly deformed due to the angle of the elastic arm 66 being slightly deformed. When the "if toner EU" is placed in the electronic imaging device, the ring f D3 of the trigger member m corresponds to the position of the slider head 67 of the transmission member 6〇, and the trigger member is moved from the retracted position P7 to the forward position P5. The button head Q of the transmission member 6 顺利 can smoothly enter the ring groove D3 of the trigger member D1; if the touch member does not correspond to the position of the card holder 67 of the transmission member 60, the trigger member ^ is retracted When the position P7 is moved to the forward position P5, the card zen head 67 of the transmission member 6 cannot be engaged with the ring groove D3 + of the contact member m, and with the touch The member (1) is moved from the forward position P5 to the intermediate position p6, and the transmission member 60 is moved by the first elastic member 70 to move from the second position p4 to the first position p3. Once the trigger member D1 starts to rotate, the elastic arm 66 With a slight deformation, the card head π can be snapped into the ring groove D3 of the movement member m, so that the transmission member 6 can rotate together with the trigger member D1. In other words, regardless of whether the position of the ring groove D3 of the right part D1 corresponds to the clicker 67 of the transmission member 6G, the transmission member 6G can be smoothly coupled with the trigger; the cow D1 can be prevented from malfunctioning. Next, please refer to the eighth to tenth figures. In order to cooperate with the actuating member D1 to open the valve 4G, the transmission member 6G has a through hole 63 disposed at the center of the top portion 62 of the transmission member 6 for the contact member D1. The top post D2 passes through, and the inner tube 37 of the base is extended from the center of the tray 31. The switch device has a M410239. The jump button unit 50 is disposed on the base 3 and has a rod 53 extending out. Its S 37 dial button unit 50 has 50 boxes with & ', the valve 40 is connected, the jump button unit S3. When the contraction state S1, the jump key state S2, and the extension state move to the forward position Μ, the top pillar D2 corresponding to the door 4 pushes the jump key unit 50 to switch state, thereby When the door 1 is closed, the contraction state S1 is switched to the jump button state s2, and the movable member is still attached to the chassis 31 by the ^^, as shown in the ninth figure; when the touch is moved, the position P5 is displaced to the continuation. When the φ element 50 is cut, "the second key is the intermediate position P6, the other state of the jump key e1pa4n, that is, the switch state S2 is switched to the pair; * in the extended state S3, the jump key is made The axis=3 is connected to the door 40, and the door 40 is moved from the closed position P1 to the k-open position P2, as shown in the tenth figure. To realize the two-stage (four) positioning function of the jump key unit 50, Referring to the figures and figures, the inner tube 37 of the base 30 has an abutting top 38 on its inner wall, and a cover 371 is located at one end of the inner tube 37. The jumper unit 5 has a piston 51 and a rotating member 52. The piston 51 is sleeved, the shaft 53 is sleeved with the rotating member 52 and has a flange 531 'and a second elastic member is abutted against the shaft 53 The flange 531 is disposed between the cover 371 of the inner tube 37. In the embodiment, the abutting top 38 has a six-key rib 381, a three-shallow key groove 382, and three deep key grooves 383, and each key rib 381 One end of the cover 371 is adjacent to the shallow key groove 382 and has a rib slope 384. The piston 51 has a six-key protrusion 511, six upper teeth 512 and a receiving portion 513 disposed at the bottom end of the piston 51. The latching portion 521 has a receiving portion 521 for inserting the receiving portion 513 below the piston 51, three latching keys 522 and three lower rods 523 for engaging with the upper rods 512. 9 M410239 In detail, when The jump button unit 5G is in the contracted state & the snap button 522 of the movable member 52 is resisted by the shallow key groove 382 so that the shaft is slid in the inner tube ^, and the portion is long, so that the card door 40 is closed, as shown in the eighth figure. As shown in the figure; when the jump button p 5 〇 the piston 5! is pushed by the top column of the trigger member D1 as the ninth figure = no ' _ mover 52 key 522 off the shallow key groove, etc. The shaft = the second elastic member 54 abuts against the rotating member & the rotating member = the lower portion 523 of the locking member 522 slides along the slope of the rhyme 512 of the piston 51, f to the lower _ 523 and The The servant 512 closes the rotating member% to stop the phase=the piston 51 rotates, at this time, the jumping button unit 5() is in the state of the (four) key state, and the jump button unit 5G is in the jumping state S2, if the column The second elastic member 54 is pushed against the rotating member through the shaft 53. The key 522 of the rotating member 52 slides along the rib inclined surface 384 of the top portion into the key groove 383. 'As shown in the tenth figure, 'At this time, the jump key unit % is in the extended state. The length of the shaft #53 extending out of the inner tube 3? is the shortest, so that the valve is in the j-open position P2. In fact, the jump key unit 5 () is a conventional technique and is commonly used to press a telescopic pen. Referring again to the second figure, the tray 31 of the base 30 has three perforations 33, and the door 4 has a cover member 4, and the three guide rods 42 extend from the cover member 41 and are respectively The through hole 33, and a lands 43 are read from the ends of the guide bars 42, and the center of the lands 43 is connected to the shaft 53 of the jumper unit 5''. When the door 40 is in the closed position P1, the cover member abuts against the tray 3. The housing 22 of the housing 20, when the valve 40 is in the open position p: the cover member 41 is away from the tray The frame 31 opens the chamber of the casing 2Q. The cover member 41 is slidably disposed on the base 30 by the three guides 42. When the shaft 53 ^ M410239 is extended to extend the length of the inner tube 37, the lands 43 are interlocked by the shaft 53.
供該等導桿42之末端伸入， 該閥門40之連接盤43具有三定位槽44， 喘伸入，使該連接盤43與該等導桿42卡 接在一起。 為加強該碳粉匣10之密封性，該閥門40更具有一阻漏海 綿45設於該蓋件41，當該閥門4〇位於該封閉位置？1時，該 • 阻漏海綿45抵頂於該盤架31，避免碳粉從該蓋件41與該盤架 31之間的縫隙漏出。 基於本創作之精神，此碳粉匣之結構亦可有多種變化方 式’例如：該基座30盤架31之穿孔數與該閥門4〇之導桿數 並不限於三，只要不少於二即足以支持該蓋件41滑設於該基 座30 ;該跳鍵單元5〇亦不限於一活塞與一轉動件的組合，只 要能接受該觸動件D1觸發並實現二段式按壓定位使該閥門40 在該封閉位置P1與該開啟位置P2之間切換即可。舉凡此等易 φ 於思及之結構變化’均應為本創作申請專利範圍所涵蓋。 M410239 【圖式簡單說明】 第一圖為本創作一較佳實施例之立體圖； 第二圖為本創作一較佳實施例之立體分解圖； .第三至五圖為本創作一較佳實施例之傳動件與觸動件之 動作示意圖； 第六圖為本創作一較佳實施例之傳動件之立體圖； 第七圖為第六圖沿7-7剖線之剖視圖； 第八至十圖為本創作一較佳實施例之跳鍵單元之各狀態 示意圖；以及 第十一圖為本創作一較佳實施例之跳鍵單元之分解圖。 【主要元件符號說明】 10碳粉匣 D1觸動件 D2頂柱 D4環壁 D3環溝 P1封閉位置 P2開啟位置 P3第一位置 P4第二位置 P5前進位置 P6中間位置 P7後退位置 20殼體 22容室 24開口 26開關裝置 30基座 31盤架 32缺口 33穿孔 34連接管 35封閉導槽 36開放導槽 37内管 371封蓋 12 M410239For the end of the guide rods 42, the lands 43 of the valve 40 have three positioning grooves 44 which are allowed to extend so that the lands 43 are engaged with the guide rods 42. In order to enhance the sealing of the toner cartridge 10, the valve 40 has a leak-proof sponge 45 disposed on the cover member 41. When the valve 4 is located in the closed position? At 1 o'clock, the leak-proof sponge 45 abuts against the tray 31 to prevent toner from leaking from the gap between the cover member 41 and the tray 31. Based on the spirit of the present invention, the structure of the toner cartridge can also be varied. For example, the number of perforations of the base 30 tray 31 and the number of guides of the valve 4 are not limited to three, as long as not less than two. That is, the cover member 41 is slidably disposed on the base 30; the jumper button unit 5 is not limited to a combination of a piston and a rotating member, as long as the trigger member D1 can be triggered and the two-stage press positioning is implemented. The valve 40 is switchable between the closed position P1 and the open position P2. Any such changes in the structure of the φ is considered to be covered by the scope of the patent application for the creation. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a preferred embodiment of the present invention; FIG. 2 is an exploded perspective view of a preferred embodiment of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 6 is a perspective view of a transmission member according to a preferred embodiment of the present invention; FIG. 7 is a cross-sectional view of the sixth diagram taken along line 7-7; and eighth to tenth views are A schematic diagram of each state of the jumper unit of a preferred embodiment of the present invention; and an eleventh diagram is an exploded view of the jumper unit of the preferred embodiment. [Main component symbol description] 10 toner 匣 D1 touch member D2 top column D4 ring wall D3 ring groove P1 closed position P2 open position P3 first position P4 second position P5 forward position P6 intermediate position P7 retreat position 20 housing 22 capacity Room 24 opening 26 switch device 30 base 31 tray 32 notch 33 perforation 34 connecting tube 35 closing guide groove 36 open guide groove 37 inner tube 371 cover 12 M410239
3 8抵頂部 381鍵肋 382淺鍵溝 383深鍵溝 384肋斜面 39肋條 40閥門 41蓋件： 42導桿 50跳鍵單元 43連接盤 45阻漏海綿 44定位槽 51活塞 511鍵突 513容置部 512上嚙齒 52轉動件 521插接部 523下嚙齒 522卡鍵 53軸桿 54第二彈性件 531凸緣 60傳動件 61套接部 62頂部 63穿孔 64彈性卡榫 65導塊 66彈性臂 70第一彈性件 67卡榫頭 68導滑面 S1收縮狀態 S2跳鍵狀態 S3伸展狀態 A軸向 0夾角 133 8 to the top 381 key rib 382 shallow key groove 383 deep key groove 384 rib slope 39 rib 40 valve 41 cover: 42 guide 50 jump key unit 43 connection plate 45 leaking sponge 44 positioning groove 51 piston 511 key protrusion 513 Positioning portion 512 on the rod 52 Rotating member 521 Inserting portion 523 Lower rod 522 Card key 53 Shaft 54 Second elastic member 531 Flange 60 Transmission member 61 Socket portion 62 Top 63 Perforation 64 Elastic 榫 65 Guide block 66 Elastic arm 70 first elastic member 67 card head 68 guide sliding surface S1 contraction state S2 jump button state S3 extension state A axial direction 0 angle 13