五 、新型說明: 【新型所屬之技術領域】 本創作在於提供-種可滑動調整角度之支撐裝置 i田Ϊ支撐裝置,可供承托—薄型的電子裝置,並且可供 = 滑動支撐裝置的方式調整電子裝置於不同的傾斜 【先前技術】 因著簡進步的發達,電子裝置已愈來愈朝向薄型化 例如平板式電腦。這些薄型的電子裝置在使用時, k吊疋需要一手持握,另一手觸控操作。 雖然有些裝置被設計出來以供置 =者操作。但是無法由使用者自由地微幅調整薄= 式置^傾斜角度,以致於在使用上仍有不便之處。 綜上所述,本創作人紐上述缺失可改善,乃特^心 =九亚配合學理之應用’終於提出—種設計合理且有效改 香上述缺失之創作。 【新型内容】 本創作在於提供一種可滑動調整角度之支撐裝置,使 ,托於支撐裝置上的薄型電子裝置可以呈現不同的傾斜角 度;本創作還在於使用者可便利地以滑動的方式調整 裝置的承把角度。 牙 為達上面所描述的,本創作提供—種可滑動調整角度 之支樓裝置,包括—底座、—承载座及—定位機構。底ς 具有一頂板,頂板形成一承托弧面;承載座可擺動地以不 同的傾斜角度設置於該底座上,以承托一薄型電子裝复, 5亥承載座包括一本體、以及一由該本體的底端向上突出的 3/21 氣托。卩,其申該本體具有一形成於其底面的外部弧面,該 外部派面的形狀對應於該承托弧面;定位機構位於該本= 的下方,穿職承裁座,並且可選擇朗定於該底座的: 本創作至少具有下列的優點,藉由滑動承载座,承载 座可擺動地以不同的傾斜角度設置於該底座上, 沒電子裝置,操作便利。 以上關於本創作内容的說明以及以下實施方式的說明V. New description: [New technical field] This creation is to provide a kind of support device with slidable angle adjustment i field support device, which can support thin-type electronic device and can be used for sliding support device Adjusting the tilt of the electronic device at different degrees [Prior Art] Due to the advancement of simplicity, electronic devices have become increasingly thinner, such as tablet computers. When these thin electronic devices are in use, the k-squat requires a hand grip and the other hand touch operation. Although some devices are designed to be placed for operation. However, it is not possible for the user to freely adjust the thinness of the thinness by a slight adjustment so that there is still inconvenience in use. In summary, the above-mentioned creators can improve the above-mentioned deficiencies, and the application of the genius = Jiuya with the theory of science has finally come up with a design that is reasonable and effective in improving the above-mentioned lack of creation. [New content] The present invention provides a slidable angle adjustment support device, so that the thin electronic device supported on the support device can exhibit different inclination angles; the present invention also provides that the user can conveniently adjust the device in a sliding manner. The angle of the handle. To achieve the above description, the present invention provides a slidable adjustment angle of the slab assembly, including a base, a carrier and a positioning mechanism. The bottom sill has a top plate, and the top plate forms a supporting curved surface; the bearing seat is swingably disposed on the base at different inclination angles to support a thin electronic device, the 5 hai bearing base includes a body, and a The bottom end of the body protrudes upwardly from the 3/21 air lock.卩, the body has an outer curved surface formed on a bottom surface thereof, the shape of the outer surface corresponds to the supporting curved surface; the positioning mechanism is located below the original = For the base: The present invention has at least the following advantages: by sliding the carrier, the carrier can be swingably disposed on the base at different inclination angles, without electronic devices, and is convenient to operate. The above description of the content of this creation and the description of the following embodiments
1用;:譯舰卿本創作的顧,ϋ域供本創作之專利 申睛範圍進一步的解釋。 【實施方式】 ^續本㈣的目的 '構造、特徵、及其功能有進一 步的瞭解,茲配合實施例詳細說明如下: [弟一貫施例] #一 =參閱® 1及圖2’為本創作之可調整角度之支撐裝置 缝:逆作秒-種可調整角度之 5 裝 W 1,甘 dn «W_ _ -------------------------- m H裝置i ’其包括—底座10、一承戴座20 -:及:定位—機 承載座2G可縣地以不同的傾斜肖度設置於底座 〇^ ’以承托-薄型電子裝置(如圖9所示)。承載座2〇包 - =22、以及—由本體22的底端向上突出的承托部 W構26位於本體2G的下方,其包括-滑桿264, ^ =牙過轉座2G以及底座1Q,而使 〇固定 於底座10。下面接著細部描述各部位。 頂柄=底=1()具有—頂板12 ’或者是底座1G的頂部。 板形成有—承錄面122。頂板12具有多個由承托狐 4/21 面]22凹陷形 設一滑道MO 貫施例的滑道 曲率。 战的定位槽]24,該底座1〇的側面】4向内凹 。滑道140連通於上逑多數個定位槽124。本 】40王弧形,而具有與承牦弧面相同的 星有^載座2G的本體22為—大體呈C形的殼體,而 具有—頂端221及一底踹啲 底端222向上^ 逃承接部24由本體22的 次起’用以承托薄型電子裝置9的底踹Γ夂F1 9) ,本體22的頂妙”,一 衣置y扪泜鳊(夢圖 10) 。本體复Γ 薄型電子裝置9的背面(參圖 面223的形壯 1 有座—形成於其外圍的外部弧面223,外部弧 被限制沿著、;==面122。藉此承載座20平穩地 4,為太傭 向滑動於底座1〇上,請參閱圖3及圖 的支撐裝置的立體組合圖及側視圖。 222 考圖1及圖2,承托部24是由本體D的底端 由承载户川其至少包括一對擋板241。該對擋板241是 今 丄的底端222的兩側邊朝承载座20的頂端221 丨^外’承技部24還可以進一步包括一由本體22的 犬起的背靠部M3,背靠部243與擋板241相對的設 ,兩者之間形成一收容薄型電子裝置4(參圖4)的容置空 間242。昔蚩却m丄 , °卩243在本實施例略呈u形而朝向底端222 升ff;兩傾斜㈣板體,使電子裝£ 9的背面得以穩固地的 倚罪。然而背靠部243的結構並不限制於此,例如背靠部 可以是單一的板體,或者是一突出的實心塊體。 上述定位機構26包括一樞接部262係連接於本體22 的一側、及一滑桿264係可位移地穿過上述樞接部262及 ’月道140。滑桿264具有—内端2641乃延伸至本體.22的下 方且可選擇地穿入其中之一的該定位槽124、及一外端264: 5/21 係外露於承載座20的一側。滑桿264設有一擋環26ό,係 位於該些定位槽124與該滑道]40之間,以使滑桿264定 位之用。滑捍264的外端2642設有一拉環268以方便使用 者拉拔。 請參閱圖5及圖6,為本創作之可滑動調整角度之支撐 裝置的側視剖面圖、及定位狀態的前視剖面圖。上述滑桿 264的内端2641***定位槽124時,承載座20固定地位於 底座10上。本實施例中’底座〗〇内部設有一位移區]42, 位於滑道140的内侧及定位槽之間。位移區142的形狀呈 弧狀而對應於滑道140,其内部空間略大於滑道丨4〇的直 杈,可供擋環266在其内部移動。位移區142的長度略大 於擒環266至内端2641的長度,使得滑桿264的内端2641 得以完全離開定位槽〗24。由於滑桿264可選擇地是否*** 疋位槽124内,而使承載座2〇相對於底座1〇固定或可滑 動。上述定位機構26也可以進一步包括一彈性元件267 , 例如彈簧,以向内推動滑桿264。此實施例中彈性元件267 設於該位移區142内且位於該擋環266的外側,向内頂推 該擋環266。藉此滑桿264拉出後,可藉由彈性元件267自 動向内復位。 請參考圖7及圖8,為本創作之可滑動調整角度之支撐 Α置(可调整狀態)的前視剖面圖及立體剖面圖。當滑桿264 向外拉出後,使得滑桿264的内端2641得以完全離開底座 10的定位槽124。此時,承載座2〇即可沿著縱向在底座1〇 上滑動,而允許使用者調整不同的角度,如圖8所示的。 承载座20滑動一小角度後,將滑桿264向内移動以卡入其 中之一該定位槽124,即可使承載座2〇再次固定地位於底 6/21 座10上。藉此本創作可支樓 角度。 牙 薄型電子裝置9於不同的傾斜 請參考圖9及圖1〇 ’為本創作之支樓裝置承托_電 2置的立體圖及側視圖。上迷本體22的頂端221形成一 :氏面2210用以頂接於薄型電子裝置9。上述須抵面221〇 值得一題的,本體22 口 2220,如圖9所示’藉此可 電子裝置9的底端,而取下薄 Ζ可進—步設置—具彈性的止滑墊(未圖示)〆面可緩衝震 動’另-面可避免電子裝置9滑動 的底端222進一步形成一開t 方便使用者由開口 2220握住 型電子裝置9。 [第二實施例] μ參考目11及®1 12’為本創作之支職置第二實施例 萁j =刀解圖。本實施例與上述實施例的差界點在於提供 ,位機構30是利用手指按壓的,而使承載座2〇可選 勺二王不同傾角固^於該底座10的不同位置。雜機構30 Ϊ紐模Ϊ 32、—連動桿件34、及—刹車模組36。 用藉由按紐模組32局部外露於該底座】〇供使 按域組32可在該底座】G内往返地移動,亦 屢或向外回復到原位。透過連接按域組3 ttr的連騎件34,進而卿_錢於底座H) 承載。#刻車模組%未被軸且錄原位時, 車模^ 在該底座10滑動以調整角度,·當該刹 組36頂#上升時’該承載座20的底端被刹車模 、住而被制止,承載座20呈固定狀能,剎車 車的作用。藉此而達到本實施_功能:.'1下6 刀幻插述各細部的結構。 卜 7/21 士本實施例令該承載座2〇具有-滑才4 28,滑後28穿過 5亥底座10而固定於承载座20的底部,使承載座20貼合於 底座1〇的頂面滑動。配合滑後28,底座1〇的頂板12邢成 一沿=縱向貫穿的滑槽12〇;馳28具有—穿過該滑槽⑽ 且固定於該承載座2〇底部的組裝部Μ2、及—對由組裳部 282的底端向兩側延伸的翼部284。 、 清參閱圖12’承載座2〇凹陷地形成—組裝凹槽咖以 容納上述組裝部282,組裝部282是藉由螺絲286由下方 上鎖附於該承載座2〇的組裝凹槽Μ6内。其中承栽座如 的底部可以進—步沿著組裝凹槽226的周圍突出—略呈 方幵乂的導引框224,導引框224置於底座1G的滑槽12〇内, 以導引承載座2G的滑動方向呈線性位移,不致左右偏移。 當滑橋28鎖固於承載座2G的底部後,滑橇28的翼部 284位於底座10内且位於滑槽12〇的旁邊兩側。換言之, 翼部284是位於底座10的頂板12的底面。#此承載座 破翼部284 P艮制只能在底座1〇的頂板12上滑動,不會向 上分離。 曰 本實施例中進-步包括一對上墊片15設置於該底座1〇 的頂板12頂面’以及-對下墊片16設置於該底座1〇的頂 板12底面。上述塾片15、16是為著減少底座川與承載座 20之間的磨擦力,較佳是由光滑材質製成,以使承載座2〇 更順暢地在底座H)上滑動。然而並不受限於此種方式,也 可以是以設置-對上㈣15;或者,上塾片15也可以設於 承載座20的本體22底面;或者,本體22的底面也可進一 步設置一對狹長凹槽228 ’如圖12所示者,對應於上墊片 】5,減少本體22與上W 15 _觸面積以減少磨擦力。 8/21 M414806 好考® 13至圖M,接著描述本實施例的按紐模址 。按钮模組32包括L型基座32卜按叙325、及一位於l1 used;: Translation of the ship's creation of the Gu, the domain of the patent for the creation of the scope of the application of the scope of further interpretation. [Embodiment] ^ The purpose of this (4) is further understood. The structure, characteristics, and functions are further understood. The following is a detailed description of the following examples: [Despite consistent example] #一=见® 1 and Figure 2' Adjustable angle support device seam: reverse second - kind of adjustable angle 5 installed W 1, Gan dn «W_ _ ---------------------- ---- m H device i 'includes - base 10, a bearing seat 20 -: and: positioning - machine carrier 2G can be set at different inclinations of the county to the base ' ^ 'to support - thin Electronic device (as shown in Figure 9). The carrier 2 - 22, and - the support portion W projecting upward from the bottom end of the body 22 is located below the body 2G, and includes a slider 264, a ^-toothed base 2G, and a base 1Q, The crucible is fixed to the base 10. The details are described below in detail. The top handle = bottom = 1 () has a top plate 12 ' or the top of the base 1G. The plate is formed with a recording surface 122. The top plate 12 has a plurality of slide curvatures which are formed by the support of the support fox 4/21 surface 22 and a slide path MO. The positioning groove of the battle] 24, the side of the base 1〇] is inwardly concave. The slideway 140 is connected to a plurality of positioning slots 124 of the upper jaw. The 40-curve-shaped arc has the same star as the bearing arch, and the body 22 of the carrier 2G is a substantially C-shaped casing, and has a top end 221 and a bottom end 222 upward. The escaping portion 24 is used by the second body of the body 22 to support the bottom 踹Γ夂F1 9 of the thin electronic device 9 , and the top of the body 22 is ” , 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦 梦背面 The back side of the thin electronic device 9 (the shape of the reference surface 223 has a seat - an outer curved surface 223 formed at the periphery thereof, the outer arc is restricted along; == face 122. Thereby the carrier 20 is smoothly 4 For the servant to slide on the base 1 ,, please refer to the perspective combination view and side view of the support device of FIG. 3 and FIG. 222. Referring to FIG. 1 and FIG. 2, the receiving portion 24 is carried by the bottom end of the body D. The Chuanchuan includes at least a pair of baffles 241. The pair of baffles 241 are both sides of the bottom end 222 of the present rim facing the top end 221 of the carrier 20, and the receiving portion 24 may further include a body 22 The backrest portion M3 of the dog is opposite to the baffle 241, and a receiving space 242 for receiving the thin electronic device 4 (refer to FIG. 4) is formed between the two. m丄, °卩243 is slightly u-shaped in this embodiment and is raised toward the bottom end 222 by ff; two inclined (four) plates make the back of the electronic device 9 firmly sin. However, the structure of the backrest portion 243 is For example, the backrest portion may be a single plate body or a protruding solid block. The positioning mechanism 26 includes a pivoting portion 262 connected to one side of the body 22, and a sliding bar 264 system. Displaceably passing through the pivoting portion 262 and the 'moon channel 140. The slider 264 has an inner end 2641 extending to the lower portion of the body 22. and optionally penetrating one of the positioning slots 124, and an outer portion The end 264: 5/21 is exposed on one side of the carrier 20. The slider 264 is provided with a retaining ring 26ό between the positioning slots 124 and the slide 40 to position the slider 264. The outer end 2642 of the sliding 264 is provided with a pull ring 268 for the user to draw. Please refer to FIG. 5 and FIG. 6 for a side cross-sectional view of the slidable angle adjusting support device and a front view of the positioning state. In the cross-sectional view, when the inner end 2641 of the slider 264 is inserted into the positioning groove 124, the carrier 20 is fixedly located on the base 10. In the embodiment, the 'base 〗 〇 is internally provided with a displacement area 42 located between the inner side of the slide 140 and the positioning groove. The displacement area 142 has an arc shape corresponding to the slide 140, and its internal space is slightly larger than the slide 丨The straight cymbal of 4 turns for the retaining ring 266 to move inside. The length of the displacement zone 142 is slightly larger than the length of the annulus 266 to the inner end 2641, so that the inner end 2641 of the slide bar 264 is completely separated from the positioning groove 24 due to The slider 264 is selectively inserted into the clamp groove 124 to fix or slid the carrier 2〇 relative to the base 1〇. The positioning mechanism 26 described above may also further include a resilient member 267, such as a spring, to urge the slider 264 inwardly. In this embodiment, the elastic member 267 is disposed in the displacement region 142 and located outside the retaining ring 266 to push the retaining ring 266 inward. After the slider 264 is pulled out, it can be automatically inwardly reset by the elastic member 267. Please refer to FIG. 7 and FIG. 8 for a front cross-sectional view and a three-dimensional cross-sectional view of the support device (adjustable state) of the slidable adjustment angle of the present invention. When the slider 264 is pulled outward, the inner end 2641 of the slider 264 is completely separated from the positioning groove 124 of the base 10. At this time, the carrier 2 〇 can slide on the base 1 沿着 in the longitudinal direction, allowing the user to adjust different angles as shown in FIG. After the carrier 20 slides a small angle, the slider 264 is moved inwardly to snap into one of the positioning slots 124, so that the carrier 2 is again fixedly positioned on the bottom 6/21 seat 10. This creation can be used to support the building angle. The thin-type electronic device 9 is tilted differently. Please refer to Fig. 9 and Fig. 1' for a perspective view and a side view of the support device of the present invention. The top end 221 of the upper body 22 forms a surface 2210 for abutting the thin electronic device 9. The above-mentioned 221 须 〇 〇 , , 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体 本体The bottom surface 222 of the sliding surface of the electronic device 9 can be prevented from further forming an opening t. The user can hold the electronic device 9 from the opening 2220. [Second Embodiment] μ Reference Item 11 and ®1 12' are the second embodiment of the creation of the creation 萁j = Knife map. The difference between this embodiment and the above embodiment is that the position mechanism 30 is pressed by the finger, so that the carrier 2 can be fixed at different positions of the base 10 by different inclination angles. The miscellaneous mechanism 30 Ϊ New Ϊ Ϊ 32, the linkage rod 34, and the brake module 36. Partially exposed to the base by the button module 32. The field group 32 can be moved back and forth within the base G, and repeatedly returned to the home position. By connecting the linker 34 of the domain group 3 ttr, the __ money is carried on the base H). # When the car engraving module % is not in the axis and is recorded in the original position, the car mold ^ slides on the base 10 to adjust the angle, and when the brake group 36 top # rises, the bottom end of the carrier 20 is braked and lived. It is stopped, and the carrier 20 has a fixed energy and functions as a brake car. In this way, the implementation of the implementation _ function: . '1 under 6 knife magic to interpret the structure of each detail. In the embodiment of the present invention, the carrier 2 has a slider 4 28, and the slider 28 is fixed to the bottom of the carrier 20 through the 5 mount 10 so that the carrier 20 is attached to the base 1 The top surface slides. In conjunction with the rear slide 28, the top plate 12 of the base 1 is formed into a longitudinally extending chute 12; the chisel 28 has an assembly portion 2, and a pair that passes through the chute (10) and is fixed to the bottom of the carrier 2 A wing portion 284 extending from the bottom end of the skirt portion 282 to both sides. Referring to FIG. 12, the carrier 2 is formed in a recessed manner to assemble the recessed coffee to accommodate the assembly portion 282. The assembly portion 282 is attached to the assembly recess 6 of the carrier 2 by screws 286 from below. . The bottom of the bearing base can be advanced along the circumference of the assembly groove 226 - a slightly square guiding frame 224, and the guiding frame 224 is placed in the sliding slot 12 of the base 1G to guide The sliding direction of the carrier 2G is linearly displaced and does not shift left and right. When the slide bridge 28 is locked to the bottom of the carrier 2G, the wings 284 of the slider 28 are located within the base 10 and are located on either side of the chute 12〇. In other words, the wings 284 are located on the bottom surface of the top plate 12 of the base 10. #本带座 The wing-breaking part 284 P艮 can only slide on the top plate 12 of the base 1〇 and will not separate upwards. In the present embodiment, the step further includes a pair of upper spacers 15 disposed on the top surface of the top plate 12 of the base 1 and a lower spacer 16 disposed on the bottom surface of the top plate 12 of the base 1 . The above-mentioned cymbals 15, 16 are for reducing the friction between the base and the carrier 20, and are preferably made of a smooth material so that the carrier 2 slids more smoothly on the base H). However, it is not limited to this manner, and may be set-up (four) 15; or, the upper cymbal 15 may be disposed on the bottom surface of the body 22 of the carrier 20; or, the bottom surface of the body 22 may be further provided with a pair. The narrow groove 228', as shown in Fig. 12, corresponds to the upper spacer 5, reducing the body 22 and the upper W 15 _ contact area to reduce the frictional force. 8/21 M414806 Good Test® 13 to Figure M, followed by a description of the button template of this embodiment. The button module 32 includes an L-shaped base 32, a reference numeral 325, and a
型基座切與剎車模組36之間的往返定位機構32A。本實 ^例進一步包括—鍵帽327 ’鍵帽327套於按紐325並且外 路於底座ίο前端面的按紐通孔126。乙型基座321固定於 底座】〇的底壁18上;按叙325可彈性往返地連接於L型 基座32卜本實施例是藉由螺桿S1穿過按紐325並穿過l 型基座321直立部份的通孔;按鈕325與L型基座321之 間設有彈簧323以提供按知325回復原位的力量。往返定 位機構32A與按紐325相對地位於L型基座321的另一側, 且=由穿過L型基座321的螺桿S1連接於該按紐325。往 返定位機構32A的功用及細部結構容後再述。按紐325延 伸一連接臂3252連接於該連動桿件34。The pedestal cuts the reciprocating positioning mechanism 32A between the brake module 36. The embodiment further includes a button cap 327 ′ key cap 327 sleeved on the button 325 and externally connected to the button through hole 126 of the front end surface of the base ίο. The B-type base 321 is fixed on the bottom wall 18 of the base ;; the 325 is elastically reciprocally connected to the L-shaped base 32. The embodiment is passed through the button 325 and passes through the l-type base by the screw S1. The through hole of the 321 upright portion is provided; a spring 323 is disposed between the button 325 and the L-shaped base 321 to provide a force to return to the original position by the 325. The shuttle positioning mechanism 32A is located on the other side of the L-shaped base 321 opposite to the button 325, and is connected to the button 325 by a screw S1 passing through the L-shaped base 321 . The function and detailed structure of the return positioning mechanism 32A will be described later. Button 325 extends a connecting arm 3252 to which the linkage member 34 is attached.
連動杯件34具有一靠近按鈕325的端部342連接於按 钮325的連接臂3252。其中連動桿件34具有一貫穿的長形 ^才曰340泫連動桿件34是藉由一對螺桿幻可滑動地設置 於底座10的底壁18 ±,進一步可以設置墊筒糾於連動 桿件34下方,以齊平地連接於剎車模組%。 請配合參考圖13及圖,特別可參考圖13A之放大 圖。往蚊位機構32A的作用在於藉由按& 325(或鍵帽π) 被按壓後:定位於一被推入的位置;當按紐奶再次被按 ,後’回復於原位’亦即靠近底座1〇外側的位置,如此循 環地配合按叙325(或鍵帽切)定位在被推入的位置或原來 位置。彺返定位機構32A包括一擋座324、一位於L型基 座321與擋座324之間的定位座322、一圓桿326、及一固 定於圓桿326 -端的轉盤328。定位座切及擒座別固定 9/21 M414806 於底座1〇的底壁18上;圓桿326的-端藉由穿過L型基 座321的螺桿S1連接於按在丑325,圓桿326的另-端抵接 於,盤328。此外’轉盤32S藉由-螺桿S2可轉動地套於 圓桿326的另一端,轉盤328可轉動地且可選擇地被定位 於疋位座322或離開定位座π]。 «•月參閱圖13A,往返定位機構32A的結構更細部描述 如下^疋位座322的底部藉由螺絲固定於底座1〇的底壁18 上(f圖13)。定位座322具有一中央通孔3222、一對較寬 的第-通槽3224才目對地由中央通孔3222的邊緣向外凹 陷、及一對較窄的第二通槽3226相對地由中央通孔Μ。 的邊^向外凹陷。本實施例中第二通槽3226較第-通槽 3224乍擋座324的底部藉由螺絲固定於底座1〇的底壁 18上(麥圖13) ’擋座324具有一中央通孔3242及二對擋塊 3244及3246延伸至該中央通孔迎内。其中轉盤似具 有一對略王二角形的齒部3282,係朝向擋座324延伸、及 一對=其邊緣向外突出的定位部3284,每一齒部3282具有 3224 ^或被卡於較窄的第二通槽3226。本實施例中定位部 3284還各包括一小圓柱,可協助轉盤328定位於第二通槽 3226 内。 請參閱圖15及16,接著描述剎車模組36。剎車模組 36具有—連接於連動桿件34的底盤362、中盤364及頂盤 366 °底盤362可旋轉地設置於底座1〇的底壁18上,令盤 364不可旋轉地設於該底盤362上,頂盤366固定於該令& 364的頂面。中盤364是套設於一非圓柱型螺桿361,螺桿 36i由底座〗〇底面向上穿過底壁】8,中盤364受限於螺桿 10/21 ===62與中盤364設置對稱的推抵結 中般364rw 頂面具有—對突出平台助, 中^64的底面形成一對凹狀淺槽3642,突出平台π” 凹狀淺槽3642相配合。突屮伞二, ° 結動方迎較佳是形成一朝向 π射向的斜面3623,以順利推财盤364。中盤% 頂面』、盤366的底面形成配合的凹凸結構,如突出平α 36,、凹狀淺槽遍,或者進一步頂盤施還可以向下^ 出^顆凸柱(未標號)以卡如中盤364。 ,:本施例中’按純組32被按壓後,推動連動桿件 ^ ^動桿件34再推動底盤362方走轉,底盤362的突出平 台迎也向前轉動而離開凹狀淺槽3642,並藉由斜面3623 將中:j64向上頂起,如圖2〇所示。突出平台%移到 中盤364較低的底面,底盤362頂推中盤364以及頂盤366 向上至、’冬,頂盤366抵接於承載座2〇的底端而藉此制止 承載座20於固定狀態。 〆凊麥閱圖17至圖19,為按鈕模組32未按壓的狀態, 剎車杈組32未上升而沒有頂抵滑橇28,承載座2〇可自由 凋整傾斜角度。請參閱圖18,此時轉盤328未被定位座322 擋住’位於定位座322的中央通孔3222内,亦即定位部3284 位於較寬的第一通槽3224 Θ。連動桿件34位於原來的位 置。 β,睛麥閱圖2〇及圖21,當鍵帽327(亦即按鈕325)被按 j圓桿326被推動往前,圓桿326推動轉盤328往前。 田轉盤^28被推往前時會碰到擋座324,齒部3282的斜面 =到擋座324的擋塊3244頂抵而使該轉盤旋轉90度(可同 日守芬考圖13A)。此時,如圖2〇所示,轉盤328的定位部 11/21 3284由原本對應於第一通槽功4的位置,轉到對應較窄第 二通槽遍的位置,如圖22及23所示。由於連動桿件34 連接於按紐325,而被推到位於—前進的位置。連動桿件 34的另一端推動底盤362的邊緣,使底盤362轉動,促使 突出平台3622離開凹狀淺槽3642,突出平台3622置於中 盤364的較低底面,如圖2〇所示,頂盤遍向上移動而頂 住滑橇28 ’如圖21所示。換言之,承載座2()被剎住不再 滑動而位於固定狀態。 凊麥閱圖22至圖24’當按鈕325被釋放後因彈力而稍 微復位,此時該轉盤328朝定位座322稍為復位,然而轉 盤=28的定位部3284受擋於該對較窄第二通槽Μ%而卡 於^位座322的前端面,並不會回到原位,亦即被定位於 心進的位置,如圖23及圖24所示。剎車模組36不會下 产牛而仍頂住滑摄28’承載座20仍然位於固定狀態而不可調 整角度。 ,當使用者要再調整承載座2〇的傾斜角度時,只要再按 f鍵帽327,轉盤328再往前移動,並被擋座324頂抵而再 一人方疋轉90度,定位部3284由對應於第二通槽3226的位置 (如圖22所不)再轉動回到對應於第一通槽3224的位置(如 圖2〇所不)。等到鍵帽327(連同按鈕325)被釋放後因彈力 而向外復位,定位部3284再次回到第一通槽3224内(如圖 ^及圖19所示)。連動桿件%得以向後退回,並將剎車模 、、且36的底盤362拉回,使底盤362的突出平台3622再回 J凹,淺槽3642,頂盤366連同中盤364因重力而下降, 再釗住承載座20的滑樣28。承載座2〇又回復到可調整 度的狀態。如此本實施例操作較上一實施例更為簡單, 12/21 僅需要藉由按_帽32卜、 狀態或可調整狀態。 之侍承載座20循環地位於固定 本創作至少具有 座,承載座可擺動地以歹的優點,使用者藉由滑動承載 以承托薄型電子袈置,^同的傾斜角度設置於該底座上, 之間可以多段式(如〜〜彳呆作便利。本創作之承載座與底座 段式(如第二實施例=^;歹=整傾斜角度:甚至可以無 的傾斜視角,方便 、/角又,藉此调整溥型電子裝置 固地置於本脚的p 者操作與觀看;薄型電子震置可穩 本脱的承托部’並且取置非常方便。 出申往。本創作貫已符合新型專利之要件,依法提 自:、’M_L所揭露者’僅為本創作較佳實施例而已, 做二3衫本$_利範圍’因此依本案中請範圍所 句寺受化或修飾,仍屬本案所涵蓋的範圍。 【圖式簡單說明】 =],為本創作之可調整角度之支撐裝置的立體 分解圖。 ",為本創作之可調整角度之支撐裝置的另—分解圖。 ^ ^,為本創作之可調整角度之支撐裝置的立體組合圖。 Θ 4,為本創作之可調整角度之支撐裝置的側視圖。 ,5,為本創作之可滑動調整角度之支撐裝置側視剖面圖。 圖6,為本創作之可滑動調整角度之支撐裝置(定位狀態)前 視剖面圖。 f、7,為本創作之可滑動調整角度之支撐裝置(可調整狀態) 如視剖面圖。 圖S,為本創作之可滑動調整角度之支撐裝置(可調整狀態) 立體剖面圖。 13/2] =為本創作之可滑動調整角度之支撐裝置承托薄型電子 牧罝的立體圖。 2二〇,為本創作之可滑動調整角度之支撐裝托薄型電 子裝置的側視圖。 12’為本㈣之可滑細整角度之支撐裝置第二 具苑例的立體分解圖。 及圖14,為本猶之可滑動調整角度之支撐裝置第二 戶 '匕例針對按紐模組的立體分解圖。 =,為本創作之往返定位機構的放大立體圖。 實施例針mm之周整角度之支撐裝置第二 二實 按mi糾乍之Γ滑動調整角度之支禮裝置第二實施的 u未按的局部剖視前視圖。 =0及圖22,為摘作之可滑動調整角度之 H的按域組麵狀_局㈣視立體圖。置弟一 圖2卜為本創作之可滑動調整角度之支縣 〜 =模組(按驗_料魏前·。 —該的 為本創作之可滑動調整角度之支# =車換糊絲_局部職立顧。施的 圖24,為本創作之可滑動調 f模組(剎止狀態)的局部剖視前^圖卓二實施的 【主要元件符號說明】 支撐裝置..................1 * 底座 14/21 10 Μ4Ί4806 頂板......................12 滑槽......................120 承托弧面..............122 定位槽..................124 按鈕通孔..............126 側面......................14 滑道......................140 位移區..................142The interlocking cup member 34 has a connecting portion 3252 to which the end portion 342 of the button 325 is attached to the button 325. The interlocking rod member 34 has a long extending shape. The interlocking rod member 34 is slidably disposed on the bottom wall 18 of the base 10 by a pair of screws. Further, the spacer tube can be arranged to be interlocked with the connecting rod member. Below the 34, it is connected flush to the brake module%. Please refer to FIG. 13 and FIG. together with reference to FIG. 13A. The action of the mosquito position mechanism 32A is to be pressed by pressing & 325 (or the key cap π): positioning at a pushed position; when the button milk is pressed again, then 'returning to the home position' Positioned close to the outer side of the base 1 so as to be cyclically fitted with the reference 325 (or the key cap cut) positioned at the pushed position or the original position. The return positioning mechanism 32A includes a block 324, a positioning seat 322 between the L-shaped base 321 and the block 324, a round rod 326, and a turntable 328 fixed to the end of the round rod 326. The positioning seat and the seat are fixed 9/21 M414806 on the bottom wall 18 of the base 1; the end of the round rod 326 is connected to the ugly 325 by the screw S1 passing through the L-shaped base 321 The other end is abutted on the disk 328. Further, the turntable 32S is rotatably fitted over the other end of the round bar 326 by a screw S2 which is rotatably and selectively positioned at or away from the retaining seat π]. «• Month Referring to Fig. 13A, the structure of the reciprocating positioning mechanism 32A is described in more detail. The bottom of the holder 322 is fixed to the bottom wall 18 of the base 1 by screws (f. 13). The positioning seat 322 has a central through hole 3222, and a pair of wider first through grooves 3224 are directly recessed outwardly from the edge of the central through hole 3222, and a pair of narrow second through grooves 3226 are oppositely formed by the central through hole Μ . The side of the ^ is recessed outward. In this embodiment, the second through slot 3226 is fixed to the bottom wall 18 of the base 1 by screws on the bottom of the first through slot 3224. The retainer 324 has a central through hole 3242 and two. The stops 3244 and 3246 extend into the central through hole. The turntable has a pair of slightly king-shaped teeth 3282 extending toward the retaining seat 324 and a pair of positioning portions 3284 whose edges protrude outwardly. Each tooth portion 3282 has a 3224^ or is narrowed. The second through slot 3226. The positioning portion 3284 in this embodiment further includes a small cylinder to assist the positioning of the turntable 328 in the second through slot 3226. Referring to Figures 15 and 16, the brake module 36 will be described next. The brake module 36 has a chassis 362 connected to the linkage member 34, a middle plate 364, and a top plate 366. The chassis 362 is rotatably disposed on the bottom wall 18 of the base 1b such that the disk 364 is non-rotatably disposed on the chassis 362. The top plate 366 is fixed to the top surface of the ring & 364. The middle plate 364 is sleeved on a non-cylindrical screw 361. The screw 36i is passed from the bottom surface of the base to the bottom wall 8 . The middle plate 364 is limited by the screw 10/21 ===62 and the middle plate 364 is symmetrically pushed. The top surface of the 364rw has a pair of protruding platform aids, and the bottom surface of the middle ^64 forms a pair of concave shallow grooves 3642, and the protruding platform π" concave shallow groove 3642 cooperates. The bulge umbrella 2, ° The inclined surface 3623 is formed to face the π direction, so as to smoothly push the profit disk 364. The top surface of the middle disk 』, the bottom surface of the disk 366 forms a matching concave-convex structure, such as a protruding flat α 36, a concave shallow groove, or a further top The disc can also be used to pull out the tabs (not labeled) to the card such as the middle disc 364. ,: In the present example, after pressing the pure group 32, the linkage rod is pushed to move the rod member 34 and then push the chassis. At 362, the protruding platform of the chassis 362 is also rotated forward away from the concave shallow groove 3642, and the middle: j64 is lifted up by the inclined surface 3623, as shown in Fig. 2A. The protruding platform% is moved to the middle plate 364. The lower bottom surface, the bottom plate 362 pushes the middle plate 364 and the top plate 366 upwards, 'winter, the top plate 366 abuts against the carrier 2 The bottom end is thereby used to stop the carrier 20 in a fixed state. Referring to Figures 17 to 19, the button module 32 is not pressed, the brake cymbal group 32 is not raised and there is no abutting slider 28, the carrier 2 The slanting angle can be freely slid. Referring to FIG. 18, the turntable 328 is not blocked by the positioning seat 322 from the central through hole 3222 of the positioning seat 322, that is, the positioning portion 3284 is located at the wider first through groove 3224. The interlocking lever 34 is in the original position. β, 眼麦看图 2〇 and Fig. 21, when the keycap 327 (ie, the button 325) is pushed forward by the j round rod 326, the round rod 326 pushes the turntable 328 forward When the field turntable ^28 is pushed forward, it will hit the block 324, and the bevel of the tooth portion 3282 = the block 3244 of the block 324 is abutted to rotate the turntable by 90 degrees (the same day as the Fen Fen chart 13A). At this time, as shown in FIG. 2A, the positioning portion 11/21 3284 of the turntable 328 is turned to a position corresponding to the narrower second through slot, which is originally corresponding to the position of the first through slot 4, as shown in FIGS. 22 and 23. As shown, the interlocking lever 34 is pushed to the forward position because the button 325 is connected to the button 325. The other end of the linkage member 34 pushes the side of the chassis 362. The bottom plate 362 is rotated to cause the protruding platform 3622 to move away from the concave shallow groove 3642. The protruding platform 3622 is placed on the lower bottom surface of the middle plate 364. As shown in FIG. 2A, the top plate moves upwardly against the slider 28' as shown in the figure. 21. In other words, the carrier 2 () is braked and no longer slides and is in a fixed state. The buckwheat is seen in Figures 22 to 24' and is slightly reset by the elastic force when the button 325 is released, at which time the dial 328 is positioned. The seat 322 is slightly reset, but the positioning portion 3284 of the turntable=28 is blocked by the pair of narrow second through slots 而% and is caught on the front end surface of the seat 322, and does not return to the original position, that is, is positioned at The position of the heart is shown in Figures 23 and 24. The brake module 36 does not produce a cow and still withstand the sliding 28' carrier 20 is still in a fixed state without an adjustable angle. When the user wants to adjust the tilt angle of the carrying seat 2〇, as long as the f-key cap 327 is pressed again, the turntable 328 moves forward again, and is blocked by the blocking seat 324 and then rotated 90 degrees by one person, the positioning part 3284 The position corresponding to the second through groove 3226 (not shown in FIG. 22) is rotated back to the position corresponding to the first through groove 3224 (as shown in FIG. 2). After the keycap 327 (along with the button 325) is released, it is outwardly reset by the elastic force, and the positioning portion 3284 is returned to the first through groove 3224 again (as shown in Figs. 19 and 19). The interlocking lever member % is retracted backward, and the brake die, and the chassis 362 of the 36 is pulled back, so that the protruding platform 3622 of the chassis 362 is returned to the J recess, the shallow groove 3642, the top plate 366 and the middle plate 364 are lowered by gravity, and then The slip 28 of the carrier 20 is gripped. The carrier 2 〇 returns to the adjustable state. Thus, the operation of this embodiment is simpler than the previous embodiment, and 12/21 only needs to be pressed by _cap 32, state or adjustable state. The cradle 20 is cyclically located at a fixed position, and has at least a seat. The cradle can be pivoted to the user. The sliding bearing is used to support the thin electronic device, and the inclined angle is set on the base. There can be multiple sections (such as ~~彳 for convenience. The carrier and base section of this creation (such as the second embodiment = ^; 歹 = full tilt angle: even the angle of view without tilt, convenient, / corner In this way, the adjustment of the 电子-type electronic device is placed on the foot of the foot to operate and watch; the thin-type electronic oscillating device can stabilize the detachment of the detachment part and is very convenient to take. The requirements of the patent, according to the law:: 'M_L revealed by the person's only the preferred embodiment of this creation, do two 3 shirts $_ profit range', so according to the scope of the case in this case, the temple is subject to modification or modification, still It is the scope covered by this case. [Simple description of the figure] =], is an exploded view of the support device of the adjustable angle of the creation. ", another exploded view of the support device of the adjustable angle of the creation. ^ ^, adjustable for this creation A three-dimensional combination of the support device of the degree. Θ 4, a side view of the support device of the adjustable angle of the creation. 5 is a side cross-sectional view of the support device for the slidable adjustment angle of the creation. Front view of the supporting device (positioning state) of the slidable adjustment angle. f, 7, is the support device for the slidable adjustment angle of the creation (adjustable state) as shown in the cross-sectional view. Figure S, for the creation Sliding angle adjustment support device (adjustable state) Stereoscopic sectional view. 13/2] = The support device for the slidable adjustment angle of the creation supports the perspective view of the thin electronic raft. 2 〇, for the creation of this Sliding adjustment angle support for supporting the side view of the thin electronic device. 12' is the stereoscopic exploded view of the second example of the support device for the slippery angle of the (4). And Figure 14, the slidable adjustment angle The second device of the supporting device is a three-dimensional exploded view of the button module. =, the enlarged perspective view of the round-trip positioning mechanism of the creation. The support device of the whole angle of the needle of the embodiment is the second two Then, the front view of the second embodiment of the second embodiment of the sliding adjustment angle is not shown. =0 and Fig. 22, which are the slidable adjustment angles of the H-by-domain group _ bureau (four) perspective view置弟一图2 Bu is the slidable adjustment angle of the creation of the county ~ = module (according to the test _ material Wei Qian ·. - the slidable adjustment angle of the creation of the branch # = car change paste _ Part of the job. Figure 24, the partial slide of the slidable t-module (brake state) of the creation of the original ^ Figure 2 implementation of the main component symbol description support device...... ............1 * Base 14/21 10 Μ4Ί4806 Top plate......................12 Chute.... ..................120 Supporting the curved surface..............122 Positioning groove.......... ........124 Button Through Hole..............126 Side...................... 14 Slides ......................140 Displacement zone..................142
上墊片..................15 下墊片..................16 底壁......................18 承載座......................20 本體......................22 頂端......................221 頂抵面..................2210 底端......................222 開口......................2220Upper gasket..................15 Lower gasket..................16 Bottom wall.... ..................18 Carriers......................20 Ontology..... .................22 Top......................221 Top to face..... .............2210 Bottom....................222 Opening.......... ............2220
外部弧面..............223 導引框..................224 組裝凹槽..............226 狹長凹槽..............228 承托部..................24 擋板......................241 容置空間..............242 背靠部..................243 定位機構..............26 M414806 樞接部.............. ….262 滑桿.................. ....264 内端.................. ….2641 外端.................. ….2642 擋環.................. ....266 彈性元件.......... ....267 拉環................... ....268 滑橇................... ....28 組裝部............... ....282 翼部................... ....284 虫累絲................... ....286 薄型電子裝置....... ….9 定位機構............... ….30 按鈕模組........... ...32 往返定位機構... ...32A 定位座............... …322 中央通孔........... ...3222 第一通槽........... ...3224 第二通槽........... ...3226 擋座................... ...324 中央通孔........... ...3242 擋塊................... ...3244 ' 3246 ®#................... ...326 轉盤................... ...328 齒部................... ...3282 ' 定位部............... ...3284 16/21 M414806 L型基声....... ……·321 按纽............... .......325 連動桿件....... .……34 墊筒............... ……·344 端部............... ……·342 剎車模組…… …….36 底盤............... .......362 突出平台....... .......3622 中盤............... ……·364 突出平台....... …….3644 凹狀淺槽....... …….3642 頂盤............... .......366 凹狀淺槽....... .......3664 螺桿............... ····..· SI ^ S2 ' S3External curved surface..............223 Guide frame..................224 Assembly groove....... .......226 narrow groove..............228 Support Department..................24 baffle ......................241 accommodating space..................242 Backrest... ............243 Positioning Mechanism..............26 M414806 Pivot................... 262 Slider.........................264 Inner end.................. ....2641 outside End.................. ....2642 Retaining ring..............................266 Elastic components. ......... ....267 Pull ring...............................268 Skid........ ........... ....28 Assembly Department........................282 Wings.......... ......... ....284 Insects...............................286 Thin electronic devices... ..9 Positioning mechanism........................30 Button module...........32 Round trip positioning mechanism... .32A Positioning Block........................322 Central Through Hole...........3222 First Through Groove........ ...3224 Second through slot...........3226 Block................... 324 central through hole...........3242 block..... .............. ...3244 ' 3246 ®#...................326 Turntable.... ............... ...328 Tooth.........................3282 'Positioning part... ..................3284 16/21 M414806 L-type base sound...................321 button............. .. .......325 linkage rods...................34 Pads..............................344 Ends... ..................·342 Brake Module..................36 Chassis..............................362 Highlight Platform...................3622 Middle plate..............................364 protruding platform...................3644 concave Shallow groove....... .......3642 Top plate..............................366 concave shallow groove....... .......3664 Screw...............····..· SI ^ S2 ' S3
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