M262090 、創作說明（1) 【新型所屬之技術領域 一種檯桌昇降機構，尤指提供桌面可 整之機構’主要係由—斜向腳柱，經切二降調 限位，而可減少昇降過程之活動磨擦，二 【先前技術】 由於桌具對於使用者形體不同而必 公告第5 8 3 7 1 7號之專利，其係j有间低調整，如 達作動，以旋動蝎桿作上下位移化、隹、疋扣經由電動馬 和公告第2 6 8 2 4 8號，係由替= 周，桌面； 由該螺桿的旋切作用，而達成桌面昇專動螺桿相同藉 或如公告第1 9 5 7 6 5號，相同利用螺神 使和室桌桌面達成上下調整； ’、干的昇降作用， 其公告第5 1 2 6 9 6號，係以傘 使電腦桌達成昇降； 齒輪帶動螺桿， 以及公告第34267 底部帶動齒輪嚙動設於桌腳 ，並且馬達設在桌面下方， 的安裝。 前述各昔用技術在於力度傳達和結構元 碎複雜设計’相對使生產成本增加，以致 σ刀’為瑣 整之桌具價格昂貴。 ；市售有昇降調 M262090 四、創作說明（2) 【新型内容】M262090 、 Instruction of creation (1) [A new type of technical field belongs to a table lifting mechanism, especially a mechanism that provides a table that can be adjusted '. It is mainly composed of oblique foot posts, which can be cut and cut down to reduce the lifting process, which can reduce the lifting process. Activity friction, 2 [Previous technology] Because the table is different for the user's shape, the patent No. 5 8 3 7 1 7 must be announced, which has a low adjustment. If it is reached, the scorpion rod is used to move up and down. Displacement, 隹, and buckle are passed through the electric horse and the bulletin No. 2 6 8 2 4 8 by the replacement = week, the table top; the rotary cutting effect of the screw to achieve the same table as the special lifting screw or as described in the announcement No. 1 9 5 7 6 No. 5, the same use of the screw God and the room table top to achieve the up and down adjustment; ', dry lifting effect, its announcement No. 5 1 2 6 9 6 is based on the umbrella to make the computer table up and down; the gear drives the screw , And the installation of the bottom of the announcement No. 34267 driving the gear to the table feet, and the motor is located under the table. The foregoing techniques used in the past are strength communication and structural element breaking and complicated design ', which relatively increases the production cost, so that the σ knife' is trivial and the table is expensive. ; Commercially available adjustments M262090 IV. Creation Instructions (2) [New Content]
得是本創作M 連桿作用側設有：Γ用…腳柱，裡部活置有連桿， 用因斜向而產生之址、滑動側文一滑切裝置滑切，得是利 輪嚙動關係形成二點t =力作用’使連桿經滑切裝置和齒 移在腳柱裡部。；、定一直線方式，提供連桿可順暢滑 依據本創作所達 力作用使連桿磨擦位 力，生產無須特別治 動或馬達電力驅動。 成之功能可使構件簡化，配合地心 置僅在滑切裝置產生，而達最小摩擦 具，簡化生產成本，驅動操作可為手 【實施方式】 向 有關本創作之詳細内容 本創作主要係提供桌面 其主要係由一空心腳柱2 ， ，首先請參閲第1圖所示； 1可達水平昇降之調整機構 下方固定於底座6並形成斜 ，連浐4俨Γ 桿4滑置，連桿4上端固接桌面1 I μ ί ί Ϊ身一侧形成有齒條4 0，經由一設於腳柱2之 齒輪5哺動而達成上下調變桌面1之高度位移。 ，並作！1據桌面左右長度需而可使用二支腳柱2 - ^ Z 一齒輪5及二組連桿4作雙側同步昇降，其中 —齒2 5之間經由聯動軸5丄同步帶動。 右告:t閱第2圖所*，本創作在連桿4作用侧4 1設 〃 ’齒條4 0係由齒輪5所嚙動，連桿4整體係This is the M side of the link in this creation: Γ is used for ... Columns, the link is placed on the inside, and it is cut by a sliding device that is generated by the oblique direction and sliding side. It is a sharp wheel. The relationship forms two points: t = force action, so that the connecting rod moves through the sliding device and the teeth in the foot column. ;, Straight-line method, to provide the link can be smooth and smooth According to the force of this creation to make the link friction bit force, production without special treatment or motor power drive. The successful function can simplify the components. It can only be produced by the sliding device with the center of the ground, and the minimum friction tool can be used to simplify the production cost. The driving operation can be performed by hand. The table top is mainly composed of a hollow leg 2. First, please refer to the figure 1; 1 The adjustable mechanism that can reach the level rise and lower is fixed to the base 6 and forms an oblique, and the pole 4 slides. The upper end of the pole 4 is fixedly connected to the table top 1 I μ ί ί A rack 4 0 is formed on one side of the carcass, and the height displacement of the table top 1 is adjusted by feeding through a gear 5 provided on the leg 2. And made it! 1 According to the left and right lengths of the table, two foot posts 2-^ Z can be used for simultaneous lifting and lowering on both sides of a gear 5 and two sets of links 4, among which-the teeth 2 5 are synchronously driven via a linkage shaft 5 丄. Right: read the figure 2 *, this creation is set on the action side 4 1 of the connecting rod 4 ’rack 4 0 is driven by the gear 5, the connecting rod 4 as a whole
M262090 π、創作說明（3) 滑置在腳柱2裡部，腳柱2形成有一斜角$。 桿4之桿身一端受齒輪5嚙動，其嚙接的點視 另一滑動侧4 2則經由滑切裝置3所設之圓桿體: ，視為點Ρ 2 ，又由於地心引力的作用使連桿/ 斜時，得藉由點Ρ 1及Ρ 2的支撐，則是因地· =用力F 1、F 2 ’即會受點ρ 2直接抵銷 桿4之縱身方向與腳柱2裡部保持一間隙D。 整體磨擦除了齒輪5的嚙動磨擦之外，另一 =切裝置3所設圓桿體3 !的滑切點（點1 件=裝置3所在位置與齒輪5之中 )， ;:度=’如點P2位於上方，藉由 二 才于4形成槓桿依據點ρ 2為#赴 丁七— 乍 使連桿4與腳柱丄可成=支點’下方則猎… 以圓;:二t f 3圖所示’ ’關該滑切裝置3，除 ίΓ;二：圓切作用之外，t可在腳柱2直; 凡疋衮ΰ又有圓凸粒體3 2 ; 银 藉由該圓凸粒體^ 9 ^ 動側4 2，相同可得到帛：：單點性的磨擦在連桿 高滑動率伸縮於腳柱2 磨擦值，而提供連桿4 請再參閱第4圖所示，士 其摩擦力，則在滑動裝晋q有關滑切裝置3若為有 活動輪體3 3係可固二^ 的位置設有活動輪體3 藉由該輪體3 3為$^杈2的位置； 動側4 2時，則形成轆切滾體，則是作用於連桿 動作，可更減低連桿4所 ，得是連 έ Ρ 1， ί 1滑切 :右下傾 力產生 .可使連 擦則在 上述條 須形成 用使連 對抗而 了前述 生成， 4的滑 可以較 效減低 3，該 4的活 設滑動 M262090 3、創作說明（4) 側4 2之動作磨擦’其磨擦能量基本上僅作用在活動輪體 部，該活動輪體3 3則會利用軸承，或是任何^姆 潤滑之施作方式，減低其磨擦（該篝姑你^ ^曰 3 3裡 ύ ύ住部，钱浓勑稱饅j 3則會利用軸承，或是任 加軸心潤滑之施作方式，減低其磨擦（該等技 軸滑動技術，於此請容不再贅述）。 〜、 ’又/袞 請再參閱第5圖所示，有關該滑切裝置另可 3 4之作用，而作用在連桿4的滑動側4 2 ^ 向全段性的滑動配合，該滑執3 4可利用 2 =縱 ，或是經由腳柱2的同體成形而獲得。 般的外加執條 請再參閱6圖所示，滑切裝置 桿4的下端設有滑切件4 3，該滑性，則可在連 往腳柱2的方向，形成有一滑切點 :4 3朝作用側4 2 4 3 0以及滑切裝置3的點 :3 〇 ，利用該滑切點 線； 'J之間，形成二點決定一直 而作用側4 1則經由齒 在腳柱2裡部任何-個位置皆刀動作，得使連桿4 ;再，閱第7圖所示，線準直的依靠。 0 2則同軸傳動齒輪 得是藉由螞桿c； n 可_^= 〇 1及蝸輪5 〇 2外’ S可利用馬達5 〇作為機：齒輪5除了以手動方 =5〇得可利用蜗桿5〇=電控制昇降之方式ί 〇2 f1!!?傳動齒輪5; 蝸輪5〇2,蝸輪5 切，可得較高滑叙安丄久竭輪5 〇 2 > 可形成較大阻力=成相反由齒輪5傳；：的螺=向滑 請再配合第定卓〜作用力，則 作用時’則可經由馬達5/〇到上方之壓力F ---—圖所示）之蝸桿5 0M262090 π, creation instructions (3) Slide on the inner part of the foot post 2, which forms an oblique angle $. One end of the shaft of the rod 4 is engaged by the gear 5. The point of engagement depends on the other sliding side 4 2 through the round rod body provided by the sliding cutting device 3:, which is regarded as the point P 2, and due to the gravity When the link is acted on / beveled, it must be supported by the points P1 and P2, because of the local conditions. = Forces F1, F2 'will be subject to the point ρ2 to directly offset the longitudinal direction of the rod 4 and the foot column. 2 keep a gap D inside. The overall friction erases the frictional friction of the gear 5 and the other = the sliding point of the round rod body 3 provided in the cutting device 3 (point 1 piece = the position of the device 3 and the gear 5),; degree = 'such The point P2 is located at the top, and the lever is formed on the basis of two. The point ρ 2 is #Go to Dingqi — at first, the connecting rod 4 and the foot post can be formed = the fulcrum is below the point of hunting. Show '' Close the sliding cutting device 3, in addition to Γ; 2: In addition to the role of circular cutting, t can be straight at the foot column 2; where there is a round convex granular body 3 2; silver through the round convex granular body ^ 9 ^ Moving side 4 2, the same can be obtained ：: single point friction at the high sliding rate of the connecting rod retracts to the friction value of the foot post 2, and provides the connecting rod 4 Please refer to Figure 4 again, let's say its friction If the sliding device 3 of the sliding device is a movable wheel body 3 3, the movable wheel body 3 is provided with a movable wheel body 3, and the wheel body 3 is a position of $ ^ 枝 2; When the side 4 2 is formed, the cutting roller is formed, and it acts on the link, which can reduce the link 4 more. It must be continuous Ρ 1, ί 1 sliding: the right downward tilting force is generated. It can make continuous rubbing Then the above clause must form In view of the foregoing generation, the slip of 4 can be reduced by 3, and the movable sliding of M 4 090 3, the creation description (4) The friction of the action of the side 4 2 'its friction energy basically only acts on the movable wheel body, the movable wheel Body 3 3 will use bearings or any method of lubrication to reduce its friction (the aunt you ^ ^ ^ ^ 3 3 ύ ύ 部 部, Qian Nongji said 馒 j 3 will use bearings, Or use any method of adding shaft lubrication to reduce its friction (the technology of shaft sliding technology, please not repeat it here). ~, 'Again / 衮 Please refer to Figure 5 again for the slip The cutting device can also play the role of 3 4 and act on the sliding side 4 2 ^ of the connecting rod 4 in a full-length sliding fit. The slider 3 4 can use 2 = vertical, or can be formed by the same body of the leg 2 Please refer to FIG. 6 for the general additional rule. The lower end of the slide cutting device rod 4 is provided with a slide cutting member 4 3, and the sliding property can form a sliding cut point in the direction connected to the leg 2. : 4 3 points toward the action side 4 2 4 3 0 and slide-cutting device 3: 3 0, using this slide-cut point line; between J, two points are formed to determine The action side 41 is operated by the knife through any one of the positions inside the foot post 2 to make the connecting rod 4. Then, as shown in Figure 7, the line alignment depends on it. 0 2 is the coaxial transmission gear. With ants c; n can be _ ^ = 〇1 and worm gear 5 〇 2 's can use the motor 5 〇 as a machine: in addition to the gear 5 in addition to the manual side = 50 can be used worm 5 0 = electric control of lifting Way ί 〇2 f1 !!? Transmission gear 5; worm gear 502, worm gear 5 cut, you can get a higher slipping safety gear 5 〇2 > can form a larger resistance = inversely transmitted by gear 5; : Screw = slide, please cooperate with Dingzhuo ~ acting force, then when acting 'the pressure F through the motor 5 / 〇 to the upper side (shown in the figure) worm 5 0
$ 8頁 M262090 四、創作說明（5) 1和蜗輪5 0 2的較大阻力而形成止定，以確保桌面1不 會下滑。 另外若齒輪5係以手動方式，則必須另外設有其他任 何之卡止裝置，使桌面1高低調校後，可在齒條4 0相對 齒槽位置作抵鎖，避免桌面1下滑，該抵鎖操作為一般之 鎖扣零件，於此請容不再於贅述。$ 8 pages M262090 Fourth, the creation instructions (5) 1 and the worm gear 5 2 2 form a stop to ensure that desktop 1 will not slide down. In addition, if the gear 5 is operated manually, it must be provided with any other locking device, so that the table 1 can be locked relative to the cogging position after the height adjustment of the table 1 to prevent the table 1 from falling. The lock operation is a general lock part, so please do not repeat it here.
M262090 圖式簡單說明 【圖式簡單說明】 第1圖係為本創作之立體外觀圖。 第2圖係為本創作腳柱與連桿之結構關係圖。 第3圖係為本創作滑切裝置另一實施例之一。 第4圖係為本創作滑切裝置另一實施例之二。 第5圖係為本創作滑切裝置另一實施例之三。 第6圖係為本創作連桿下端設有滑切件之剖示圖。 第7圖係為本創作馬達採用蝸輪組之示意圖。 【主要元件符號說明】 桌面...... 2 3 3 1 3 2 3 3 3 4 4 4 0 4 1 4 2 4 3 4 3 0 5 腳柱...... 滑切裝置· · · · 圓桿體..... 圓凸粒體· · · · 活動輪體· · · · 縱向滑執· · · · 連桿...... 齒條...... 作用側..... 滑動側..... 滑切件..... 滑切點..... 齒輪......M262090 Schematic illustration [Schematic illustration] Figure 1 is a three-dimensional appearance of this creation. Figure 2 is the structural relationship between the foot column and the connecting rod for this creation. FIG. 3 is one of another embodiment of the creative slide-cutting device. FIG. 4 is the second embodiment of the creative slide-cutting device. FIG. 5 is the third embodiment of another embodiment of the creative slide-cutting device. Figure 6 is a cross-sectional view of a slide-cut member at the lower end of the creative link. Figure 7 is a schematic diagram of the worm gear set used in the creative motor. [Description of main component symbols] Table top ... 2 3 3 1 3 2 3 3 3 4 4 4 0 4 1 4 2 4 3 4 3 0 5 feet ... Sliding cutting device · · · Round rod body ..... Round convex granular body .. .... Sliding side ..... Sliding cutting piece ..... Sliding cutting point ..... Gear ...
第10頁 M262090 圖式簡單說明Page 10 M262090 Simple illustration
5 0 5 0 1 5 0 2 5 1 6 F 馬達· 蝸桿· 蜗輪· 聯動軸 底座· 壓力·5 0 5 0 1 5 0 2 5 1 6 F Motor · Worm · Worm gear · Linkage shaft Base · Pressure ·
間隙..............D 作用力..........F1、F2 點............P 1、P 2 斜角..............θ 〇 Δ 第11頁Clearance ......... D force ......... F1, F2 points ......... P 1, P 2 oblique Angle .............. θ 〇Δ Page 11