五、新型說明： 【新型所屬之技術領域】 本創作係提供-種可於使用者打字時用來支擇手腕之 支掉機構與其可攜式電腦裝置，尤指—種利用可抽拉支樓板 來支樓手腕之支撐機構與其可攜式電腦裝置。 【先前技術】 現今的可攜式電财置（如筆記㈣腦)於鍵盤的下方 區域可提供使用者打字時手掌根部之支撐，但遇到尺寸較小 之筆記型電腦’為了保有—定的按鍵空間，其支撐區域大小 便明顯不足；且若使用者f長時間使賴盤下方之按鍵(例 如方向鍵），其手腕自然無法在支撐區上，手㈣空則造成 使用者無法久用’故部分使用者在長期使用後會有產生手腕 處的肌腱炎之情形，更甚者還會引起前臂或上臂的神經疼 痛，對此業者和消費者不可不慎矣。 【新型内容】 提供—射於❹者打字咖來切手腕之支 拉機構與其可攜式電縣置，續決上述之問題。 其内側係設置有一導軌結構，且該殼體 殼體 本創作之申請專利範圍係揭露—種支撐機構，其包含 F <§#，甘 rin μ ^ 之一端係形 成有-ma。該支撐機構另包含有—導桿，其係以可滑動之 2安裝於該導軌結構内，該導桿包含有—桿體，其係以可 該開槽之方式安肢該導軌結構内、-止措部，其係 M419147 連接於該桿體之一端，該止擋部係用來止擂於該導執結構之 一端，藉以限制該桿體於該導軌結構内之滑動行程，以及一 第一樞接部，其係連接於該桿體之另一端。該支撐機構另包 含有一支樓板，其係連接於該導桿，該支撐板包含有一板 體，以及一第二枢接部，其係安裝於該板體之一側且樞接於 該導桿之該第一樞接部，藉以於該桿體伸出於該開槽外且該 第一樞接部外露於該殼體時相對於導桿樞轉。 本創作之申請專利範圍係另揭露該支撐板另包含有一凹 槽結構，其係設置於該板體之一端且用來卡合於該殼體之邊 緣，以使該板體搭靠於該殼體。 本創作之申請專利範圍係另揭露該支撐板另包含有一腳 架結構，其係設置於該板體之另一端，該腳架結構係用來於 該凹槽結構卡合於該殼體之邊緣時支撐該板體於一承載面 上。 本創作之申請專利範圍係另揭露該殼體相鄰於該開槽處 或該板體上係設置有一凹陷部。 本創作之申請專利範圍係另揭露當該第一樞接部與該第 二樞接部係分別為一軸孔與一轉軸。 本創作之申請專利範圍係另揭露一種可攜式電腦裝置， 其包含有一鍵盤模組與一支撐機構。該支撐機構包含有一殼 體，其係用來容置該鍵盤模組且内側係設置有一導軌結構， 該殼體之一端係形成有一開槽。該支撐機構另包含有一導 桿，其係以可滑動之方式安裝於該導軌結構内，該導桿包含 5 M4iyi4/ =擋=::出於該開槽之方式安裝於該導軌結構 止擋於”㈣構t胁糾叙H⑽部係用來 1於科Hi ’如料,m桿體於科軌結構内 機二及一第—樞接部，其係連接於該桿體之另- 支料包|有-板Γ有—支撐板，其係連接於該導桿，該 板W有板體，以及一第二枢接部，其 ^一側且_於科桿之該第—樞接L於該桿體= 於該開槽外且該第—樞接部外露於該殼體時相對於導桿 樞轉’以使該板體與該鍵盤频間形成有一失角。 本創作之支撐機構係提供使用者使用鍵盤模組打字時 手腕所&之支撐，尤其針對尺寸較小之可攜式電腦裝置以及 ，用者需長時間使用鍵盤下方之按鍵(例如方向鍵)之狀態下 能=更好之人體工學保護；再者，本創作之切機構展開 收合谷易，且於不使用時支撐板可收納於殼體内部，故可維 持可攜式電腦裝置整體外觀之一致性。 【實施方式】 請參閱第1圖與第2圖，第1圖與第2圖分別為本創作 實施例一可攜式電腦裝置50之外觀示意圖與部分元件爆炸 示意圖，可攜式電腦裝置50係可為一筆記型電腦裝置等， 可攜式電腦骏置50包含有一鍵盤模組52以及一支樓結構 54。支撐結構54係可於使用者使用鍵盤模組52打字時提供 手腕之支撐，支撐結構54包含有一殼體56，其係用來包覆 主機内部元件，殼體56可包含有一上蓋體561與—下蓋體 M419147 563，上蓋體561係用來容置鍵盤模組52，下蓋體563之兩 邊内側係可分別設置有一導執結構58 ;且殼體56之一端係 形成有一開槽565，意即上蓋體561與下蓋體563之一端係 可共同形成開槽565;此外殼體56相鄰於開槽565處可設置 有一凹陷部567，凹陷部567係可設置於下蓋體563上，且 凹陷部567係可為一凹槽，藉以提供使用者手指之施力處。 支撐結構54另包含有至少一導桿60，其係以可滑動之方式 0 安裝於導軌結構58内，若殼體之兩邊内側係形成兩導軌結 構58，則支撐結構54可包含有兩導桿60，其係分別設置於 殼體之兩邊内側且以可滑動之方式安裝於相對應導軌結構 58内，至於導轨結構58與導桿60之設置位置與數量不侷限 於本實施例所述，端視實際設計需求而定。 導桿60包含有一桿體60卜一止擋部603與一第一樞接 部605，桿體601係以可伸出於開槽565之方式安裝於導軌 結構58内；止擋部603係連接於桿體601之一端，止擋部 ® 603係可用來於桿體601相對於導執結構58向外滑動至無法 繼續被拉出之位置時止擋於導執結構58之一端，藉以限制 桿體601於導轨結構58内之滑動行程，意即可避免桿體601 脫離於開槽565之外，其中止擋部603係可為一突出結構， 且可實質上垂直於桿體601 ;第一樞接部605則連接於桿體 601之另一端。此外，支撐結構54另包含有一支撐板62， 其係連接於導桿60，支撐板62包含有一板體621以及一第 二樞接部623，第二樞接部623係安裝於板體621之一側且 7 M419147 框接於導桿60之第一樞接部6〇5,其中第一樞接部605與第 二樞接部623係可分別為一軸孔與一轉轴，或是第一樞接部 605與第二樞捿部623係可分別為一轉軸與一軸孔，意即以 軸孔與轉轴之配合來達到棍轉之功能。支樓板62另包含有 一凹槽結構625，其係設置於板體621之一端且用來卡合於 殼體56之邊緣，如上蓋體561之邊緣，以使板體621可穩 固地搭靠於殼體56,而凹槽結構625之結構形狀係可實質上 配合於殼體56之邊緣形狀。支撐板62另包含有一腳架結構 627，其係設置於板體621之另一端，腳架結構627係用來 於凹槽結構625卡合於殼體56之邊緣時支撐板體621於— 承載面64(如桌面）上。 請參閱第3圖至第7圖，第3圖為本創作實施例可攜式 電腦裝置50相對於第1圖狀態之内部結構示意圖，第4圖 與第5圖分別為本創作實施例可攜式電腦裝置50於不同狀 態之外觀示意圖，第6圖與第7圖分別為本創作實施例可攜 式電腦裝置50相對於第4圖與第5圖狀態之内部結構示意 圖。如第1圖與第3圖所示，當不使用支撐結構54時可將 支撐結構54收納於殼體56内部，意即此時導桿60與支撐 板62係不伸出於開槽565之外。當使用者欲使用支撐結構 54時，可將手指伸入殼體56之凹陷部567，並將支撐結構 54之支撐板62由開槽565水平向外拉出，而凹陷部567亦 可選擇性地設置於支撐板Q之板體621上，以便於使用者 抽拉支撐板62。當㈣者㈣切板a—特定行程後，如 M419147 第4圖與第6圖所示，連接於支撐板62之導桿6〇之止撐部 603係會止擋於導軌結構58之該端，以使支撐板62無法再 被向外拉出，如此便可限制桿體601於導執結構58内之滑 動行程，意即可避免桿體601脫離於開槽565之外。此時， 部分桿體601係伸出於開槽525外，且支撐板62之板體621 係完全外露於殼體56之外，意即第—樞接部6〇5與第二柩 接部623之樞接處係外露於殼體56之外，故第二樞接部623 可無拘束地相對於第一樞接部605樞轉。 接下來，如第5圖與第7圖所示，可將第乒樞接部623 於逆時針方向相對於第一樞接部605樞轉，以使板體621相 對於導桿60柩轉’再將導桿60與支撐板62整體向内水平 回推，以使支撐板62之凹槽結構625卡合於殼體％之邊緣， 進而將板體621穩固地搭靠於殼體56，此時支撐板62另一 端之腳架結構627係可支撐板體621於承載面64(如桌面） 上，而使得板體621與鍵盤模組52間形成有一夹角，藉由 由殼體56内部所延伸出之傾斜支撐板62，可提供使用者使 用鍵盤模組52打字時手腕所需之支撐’尤其針對尺寸較小 之可攜式電腦裝置以及使用者需長時間使用鍵盤下方之按 鍵（例如方向鍵）之狀態下能提供更好之人體工學保*蔓。至於 支撐結構54之收納方式則為上述作動之相反程序，於此便 不再詳述。 相較於先前技術’本創作之支撑機構係提供使用者使用 鍵盤模組打字時手腕所需之支撐，尤其針對P 一土 八丁較小之可攜 9 M419147 式電腦裝置以及使用者需長時間使用鍵盤下方之按鍵(例如 方向鍵)之狀態下能提供更好之人體工學保護；再者，本創 作之支撐機構展開收合容易，且於不使用時支撐板可收納於 殼體内部，故可維持可攜式電腦裝置整體外觀之一致性。 >以上所述僅為本創作之較佳實施例，凡依本創作申請專 利範圍所做之均等變化與修#，皆應屬本創作之涵蓋範圍。 【圖式簡單說明】 第1圖與第2圖分別為本創作實施例可攜式電腦裝置之外觀 示意圖與部分元件爆炸示意圖。 第3圖為本㈣實_可私電腦裝置相騎第丨圖狀態之 内部結構示意圖。 第4圖與第5圖分別為本創作實_可攜式電腦裝置於不同 狀態之外觀示意圖。 圖。第7圖刀別為本創作實施例可攜式電腦裝置相對於 第4圖與第5圖狀態之内部結構示意圖。 【主要元件符號說明】 可攜式電腦裝置 52 鍵盤模組 支撐結構 56 殼體 上蓋體 563 下蓋體 開槽 567 凹陷部 導轨結構 60 導桿 桿體 603 止擋部 50 54 561 565 58 601 M419147 605 第·一柩接部 62 支撐板 621 板體 623 第二樞接部 625 凹槽結構 627 腳架結構 64 承載面 11V. New description: 【New technology field】 This creative department provides a kind of computer device that can be used to select the wrist and the portable computer device when the user types, especially the use of the pullable floor. The supporting mechanism of the wrist of the branch building and its portable computer device. [Prior Art] Today's portable electronic money set (such as the note (four) brain) in the lower area of the keyboard can provide support for the palm of the hand when typing, but encounters a smaller notebook computer 'in order to retain The space of the button is obviously insufficient in the size of the support area; and if the user f makes the button under the tray (such as the direction key) for a long time, the wrist can not naturally be on the support area, and the hand (four) is empty, which makes the user unable to use for a long time' Therefore, some users may have tendonitis at the wrist after long-term use, and even cause nerve pain in the forearm or upper arm. The manufacturer and the consumer should not be careful. [New Content] Provides the problem of shooting the above-mentioned supporter and cutting the wrist of the wrist and its portable electric county. The inside of the housing is provided with a rail structure, and the patent housing of the present invention discloses a supporting mechanism comprising F < § #, and one end of the rin μ ^ is formed with -ma. The support mechanism further includes a guide rod mounted in the rail structure by a slidable 2, the guide rod comprising a rod body which is retractable in the rail structure in the manner of the slotting, a stop portion, the M419147 is connected to one end of the rod, the stop portion is configured to stop at one end of the guiding structure, thereby limiting the sliding stroke of the rod body in the rail structure, and a first A pivoting portion is coupled to the other end of the rod. The support mechanism further includes a floor plate connected to the guide bar, the support plate includes a plate body, and a second pivoting portion is mounted on one side of the plate body and pivotally connected to the guide rod The first pivoting portion is configured to pivot relative to the guiding rod when the rod body protrudes out of the slot and the first pivoting portion is exposed to the housing. The patent application scope of the present invention further discloses that the support plate further includes a groove structure disposed at one end of the plate body and configured to be engaged with an edge of the casing such that the plate body bears against the shell body. The patent application scope of the present invention further discloses that the support plate further includes a tripod structure disposed at the other end of the plate body, and the tripod structure is configured to engage the groove structure on the edge of the casing. The plate body is supported on a bearing surface. The scope of the patent application of the present invention further discloses that the housing is adjacent to the slot or the plate body is provided with a recess. The patent application scope of the present invention further discloses that the first pivoting portion and the second pivoting portion are respectively a shaft hole and a rotating shaft. The patent application scope of the present invention further discloses a portable computer device comprising a keyboard module and a supporting mechanism. The support mechanism includes a housing for receiving the keyboard module and a rail structure disposed on the inner side, and a slot is formed at one end of the housing. The support mechanism further includes a guide rod slidably mounted in the rail structure, the guide rod comprising 5 M4iyi4 / = gear =:: the slot structure is mounted on the rail structure for stopping "(4) constituting the tune rehearsal H (10) is used to 1 in the section of the section, the m-bar body is in the inner structure of the rail structure and the second - a pivotal part, which is connected to the other - the material of the rod a support plate having a support plate connected to the guide bar, the plate W having a plate body, and a second pivoting portion, the first side of the branch and the first pivotal link L When the rod body is outside the slot and the first pivotal portion is exposed to the housing, pivoting relative to the guide rod to form a lost angle between the board body and the keyboard frequency. The support mechanism of the present invention It provides the support of the wrist and the user when typing with the keyboard module, especially for the portable computer device with a small size and the user can use the button under the keyboard for a long time (for example, the direction key). Better ergonomic protection; in addition, the cutting mechanism of this creation expands and folds, and the support plate can be stored in the casing when not in use. Therefore, the overall appearance of the portable computer device can be maintained. [Embodiment] Please refer to FIG. 1 and FIG. 2, and FIG. 1 and FIG. 2 are respectively a portable computer device 50 of the present embodiment. The schematic diagram of the appearance and the explosion of some components, the portable computer device 50 can be a notebook computer device, etc. The portable computer device 50 includes a keyboard module 52 and a floor structure 54. The support structure 54 can be The support of the wrist is provided when the user uses the keyboard module 52 to type. The support structure 54 includes a housing 56 for covering the internal components of the main body. The housing 56 can include an upper cover 561 and a lower cover M419147 563. The upper cover 561 is used for accommodating the keyboard module 52, and the inner side of the lower cover 563 can be respectively provided with a guiding structure 58; and one end of the housing 56 is formed with a slot 565, that is, the upper cover 561 and One end of the lower cover 563 can form a slot 565 together; in addition, the housing 56 can be disposed adjacent to the slot 565 with a recess 567, the recess 567 can be disposed on the lower cover 563, and the recess 567 is Can be a groove to provide The supporting structure 54 further includes at least one guiding rod 60 which is slidably mounted in the rail structure 58. If the two sides of the housing form two rail structures 58, the support The structure 54 can include two guiding rods 60 respectively disposed on the inner sides of the two sides of the housing and slidably mounted in the corresponding rail structure 58. The position and number of the rail structure 58 and the guiding rod 60 are not set. Limited to the embodiment, the end depends on the actual design requirements. The guide rod 60 includes a rod body 60 and a stop portion 603 and a first pivot portion 605, the rod body 601 can be extended to the slot The 565 is mounted in the rail structure 58; the stop 603 is connected to one end of the rod 601, and the stop 603 can be used to slide the rod 601 outward relative to the guiding structure 58 until it can no longer be pulled out. When the position is stopped at one end of the guiding structure 58 , the sliding stroke of the rod body 601 in the rail structure 58 is restricted, so that the rod body 601 can be prevented from being separated from the slot 565, wherein the stopping portion 603 can be Is a protruding structure, and may be substantially perpendicular to the rod body 601; first Portion 605 connected to the other end 601 of the shaft. In addition, the supporting structure 54 further includes a supporting plate 62 connected to the guiding rod 60. The supporting plate 62 includes a plate body 621 and a second pivoting portion 623. The second pivoting portion 623 is mounted on the plate body 621. The first pivoting portion 605 and the second pivoting portion 623 can be respectively a shaft hole and a rotating shaft, or the first one, and the first pivoting portion 605 and the second pivoting portion 623 are respectively connected to the first pivoting portion 6〇5 of the guiding rod 60. The pivoting portion 605 and the second pivoting portion 623 are respectively a rotating shaft and a shaft hole, that is, the shaft hole and the rotating shaft cooperate to achieve the function of the stick turning. The slab 62 further includes a groove structure 625 disposed at one end of the plate 621 and configured to be engaged with the edge of the casing 56, such as the edge of the cover 561, so that the plate 621 can be firmly seated on The housing 56, and the structural shape of the groove structure 625 can substantially fit the edge shape of the housing 56. The support plate 62 further includes a tripod structure 627 disposed at the other end of the plate body 621. The tripod structure 627 is used to support the plate body 621 when the groove structure 625 is engaged with the edge of the housing 56. Face 64 (like the desktop). Please refer to FIG. 3 to FIG. 7 . FIG. 3 is a schematic diagram showing the internal structure of the portable computer device 50 according to the first embodiment of the present invention. FIGS. 4 and 5 are respectively portable embodiments of the present invention. FIG. 6 and FIG. 7 are respectively schematic diagrams showing the internal structure of the portable computer device 50 with respect to the state of FIG. 4 and FIG. 5 respectively. As shown in FIGS. 1 and 3, the support structure 54 can be housed inside the casing 56 when the support structure 54 is not used, that is, the guide bar 60 and the support plate 62 do not protrude from the slot 565 at this time. outer. When the user wants to use the support structure 54, the finger can be inserted into the recess 567 of the housing 56, and the support plate 62 of the support structure 54 can be pulled out horizontally by the slot 565, and the recess 567 can also be selectively The ground plate 621 is disposed on the support plate Q so as to facilitate the user to pull the support plate 62. When (4) (4) cutting board a - after a specific stroke, as shown in Figs. 4 and 6 of M419147, the support portion 603 of the guide rod 6 connected to the support plate 62 will stop at the end of the rail structure 58. Therefore, the support plate 62 can no longer be pulled out, so that the sliding stroke of the rod body 601 in the guiding structure 58 can be restricted, so that the rod body 601 can be prevented from being separated from the slot 565. At this time, part of the rod body 601 protrudes out of the slot 525, and the board body 621 of the support plate 62 is completely exposed outside the housing 56, that is, the first pivotal portion 6〇5 and the second joint portion The pivotal portion of the 623 is exposed outside the housing 56, so that the second pivoting portion 623 can pivot without any restraint relative to the first pivoting portion 605. Next, as shown in FIGS. 5 and 7, the ping-pivot portion 623 can be pivoted in the counterclockwise direction relative to the first pivoting portion 605 to cause the plate 621 to be rotated relative to the guide rod 60. Then, the guide rod 60 and the support plate 62 are pushed back inwardly horizontally so that the groove structure 625 of the support plate 62 is engaged with the edge of the casing %, thereby firmly supporting the plate body 621 against the casing 56. The tripod structure 627 at the other end of the support plate 62 can support the plate body 621 on the bearing surface 64 (such as a table top), so that an angle is formed between the board body 621 and the keyboard module 52, by the inside of the housing 56. The extended tilting support plate 62 can provide the support required for the wrist when the user uses the keyboard module 52 to type. Especially for the portable computer device with a small size and the user needs to use the button under the keyboard for a long time (for example) In the state of the arrow keys, it can provide better ergonomics. The manner in which the support structure 54 is stored is the reverse of the above operation and will not be described in detail herein. Compared with the prior art, the support mechanism of the present invention provides the support for the wrist when the user uses the keyboard module to type, especially for the portable 9 M419147 computer device with a small size of P, and the user needs to use it for a long time. The button under the keyboard (for example, the direction key) can provide better ergonomic protection; furthermore, the support mechanism of the present invention is easy to fold and the support plate can be stored inside the casing when not in use, so The consistency of the overall appearance of the portable computer device can be maintained. >The above is only the preferred embodiment of the present invention, and all the changes and repairs made in accordance with the scope of the patent application of this creation should belong to the scope of this creation. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 and Fig. 2 are respectively a schematic view of the appearance of a portable computer device and a schematic view of the explosion of some components. Figure 3 is a schematic diagram showing the internal structure of the (4) real-time private computer device. Fig. 4 and Fig. 5 are respectively schematic diagrams showing the appearance of the portable _ portable computer device in different states. Figure. Fig. 7 is a schematic view showing the internal structure of the portable computer device of the present embodiment with respect to the state of Figs. 4 and 5. [Description of main components] Portable computer device 52 Keyboard module support structure 56 Housing upper cover 563 Lower cover slot 567 Recessed rail structure 60 Guide rod body 603 Stop 50 50 561 565 58 601 M419147 605 first splicing portion 62 support plate 621 plate body 623 second pivoting portion 625 groove structure 627 tripod structure 64 bearing surface 11