200841728 九、發明說明： 【發明所屬之技術領域】 本發明係涉及平板電視之安裝方面的技術領域，尤其 指一種可供平板電視組裝於上，並可輕易及省力地無級調 整該平板電視的昇降高度，而且並可使該平板電視昇降時 更為平穩之平板電視掛架者。 【先前技術】 一般習知的平板電視掛架，如台灣公告第M283463號 之專利所示，其僅係於固定架中央設一條滑溝供一結合座 於其中移動，然後再藉由一電視座連接該結合座及一薄型 電視。然而’由於該薄型電視昇降時的重量係完全由一個 結合座及一個滑溝所承受，而且該薄型電視的寬度及面積 又退大於該結合座及滑溝的連接面積。所以該薄型電視於 昇降時係會較為不平穩而很容易產生晃動。 另外’如台灣公告第M292953號之專利所示係利用將 一，索兩端繞過複數個鋼索輪而固定於内掛板兩侧，然後 再籍由一馬達透過一軸桿驅動一帶動件固定座於其上左、 矛夕以拉動違鋼索’而達到控制組裝於内掛板上史薄型 顯不器昇降之目的。其結構係較為複雜而製作成本高，而 曰^於該鋼索係繞經複數個鋼索輪，所以該薄型顯示器的 昇IV亦會文到該些鋼索輪的影 響而較為不順暢及不平穩/ 【發明内容】 7 200841728 本發明之主要目的係提供一種結構簡單、製作成本 低、可輕易及省力地無級調整該平板電視的昇降高度，而 且並可使該平板電視昇降時更為平穩之平板電視掛架者。 該平板電視掛架包括一架體、一滑座、兩滑執組、一 _ 固定架及一驅動裝置。該架體具有兩相對之侧邊。該滑座 具有一滑槽供容納該架體，且該滑槽具有兩相對之槽壁。 該兩滑執組分別結合於該架體的兩侧邊與該滑槽的兩槽壁 之間。每一滑軌組包括一外軌及一内軌。該外軌結合於該 f 滑槽的槽壁。該内執結合於該架體的侧邊，且可於該外執 中移動。該固定架設於該滑座可供該平板電視組裝於其 上。該驅動裝置具有一捲筒、一鋼繩、一減速齒輪組及一 馬達。該捲筒係可轉動地結合於該架體。該鋼繩係捲繞於 •該捲筒，且一端固定於該滑座的下端部。該減速齒輪組連 -接於該捲筒。該馬達設於該架體，且可透過該減速齒輪組 驅動該捲筒旋轉，以捲收該鋼繩使該滑座被拉昇，及釋放 該鋼繩使該滑座下降。 1 如此，由於本發明之結構簡單，所以製作成本較低。 而且該鋼繩的一端係固定於該滑座的下端部，並可藉由該 - 驅動裝置之馬達驅動該捲筒捲收或釋放該鋼繩來達到控制 , 該滑座之昇降。所以可更為輕易及省力地無級調整該平板 電視之高度。特別是可利用一遙控器或一控制器控制該驅 動裝置作動，所以只須一個人即可完成該平板電視之昇降 高度的調整操作。另外，由於該滑座係具有一滑槽供容納 該架體，且該架體與滑座之間並利用兩滑執組將其連結， 8 200841728 而該兩滑執組又分別結合於該架體的兩相對侧邊與該滑槽 的兩相對槽壁之間。所以藉此可使該滑座能於該架體上平 穩的昇降。 【實施方式】 請參閱第一〜三圖所示，係可看出本發明所述之平板 電視掛架包括一架體2、一滑座4、兩滑軌組6、一固定架 8、一驅動裝置10、一底座12及一電源線14。 該架體2係具有兩相對之侧邊16，且一侧具有一容室 17。 該滑座4係具有一滑槽18供容納該架體2，且該滑槽 18具有兩相對之槽壁20。 該兩滑執組6係分別結合於該架體2的兩相對侧邊16 與該滑槽18的兩相對槽壁20之間。每一滑執組6包括一 外軌22及一内軌24。該外軌22結合於該滑槽18的槽壁 20。該内軌24結合於該架體2的侧邊16，且可於該外執 22中移動。 該固定架8係包括一座體26及兩滑桿28。該座體26 之上、下侧邊各具有一凸緣30。每一滑桿28之一側係具 有兩勾部32可分別勾於該兩凸緣30，使該兩滑桿28可於 該座體26上滑移，以配合不同尺寸平板電視之組裝。每一 滑桿28上又各具有一調整螺栓34可供螺鎖於該座體26 上，以供將該滑桿28定位。 該驅動裝置10具有一捲筒36、一鋼繩38、一減速齒 9 200841728 輪組40及一馬達42。該捲筒36係可轉動地結合於該架體 2的容室17中。該鋼繩38係捲繞於該捲筒36，且一端以 一繩扣44將其固定於該滑座4之滑槽18的下端部。該減 速齒輪組40係連接於該捲筒36。該馬達42係設於該架體 2的容室17中，且可透過該減速齒輪組40驅動該捲筒36 正向或逆向旋轉。該馬達42停止運轉時亦透過該減速齒輪 組40禁止該捲筒36轉動。 該底座12係設於該架體2的底部。 該電源線14係可分離地插接於該底座12，且提供電 源給該驅動裝置10之馬達42。 在該第一圖中亦可看出本發明之平板電視掛架更包括 有一控制電路板46、一控制器48、一遙控接收器50及一 遙控器52。其中，該控制電路板46係設於該架體2之容 室17中，且可控制該驅動裝置10之馬達42。該控制器48 係可分離地插接於該底座12 ’且並電氣連通至該控制電路 板46，而可透過該控制電路板46驅動該驅動裝置10，使 該滑座4於架體2上昇降。該遙控接收器50係設於該架體 2之容室17中，且可控制該驅動裝置10之馬達42。該遙 控器52内係可在15M内將一控制訊號發射至該遙控接收器 50，以透過該遙控接收器50控制該驅動裝置10，使該滑 座4於架體2上昇降。 第四、五圖顯示本發明之平板電視掛架更包括有一第 一行程開關54及一第二行程開關56設於該架體2之容室 17中，及該滑座4具有一擋塊58可隨其位移。該第一行 10 200841728 程開關54及第二行程開關56可使驅動裝置10之馬達42 斷電。該滑座4係上昇至一高度時該擋塊58會觸動該第一 行程開關54使該馬達42斷電，致使該滑座4停止昇降。 該滑座4下降至一另高度時該擂塊58會觸動該第二行程開 關56使該馬達42斷電，致使該滑座4停止昇降。如此便 可達到控制該滑座4昇降到終點時之剎車目的。 第六圖顯示本發明之平板電視掛架更包括有一個櫃子 60。該底座12係組裝於該櫃子6Q内之底部。該櫃子60具 有一可向上翻開之蓋子62。該滑座4頂部係具有可自由轉 動的複數導輪64。該滑座4上昇時該些導輪64可將該蓋 子62向上頂開，而使組裝於該固定架8上的平板電視凸露 於該櫃子60外部。藉由該導輪64便可減少該滑座4與蓋 子62之間的摩擦。 由於本發明之結構係較為簡單，所以製作成本較低。 而且該鋼繩38的一端係固定於該滑座4的下端部，並可藉 由該驅動裝置10之馬達42驅動該捲筒36捲收或釋放該鋼 繩38來達到控制該滑座4之昇降。所以可更為輕易及省力 地無級調整該平板電視之高度。特別是本發明可利用一遙 控器52遠端遙控該平板電視的昇降，也可以利用一控制器 48手動控制該平板電視的昇降，而只須一個人即可完成該 平板電視之昇降高度的調整操作。另外，由於該滑座4係 具有一滑槽18供容納該架體2，且該架體2與滑座4之間 並利用兩滑執組6將其連結，而該兩滑軌組6又分別結合 於該架體2的兩相對侧邊16與該滑槽18的兩相對槽壁20 11 200841728 之間。所以，藉此更可使該滑座4於該架體4上的昇降更 為的平穩。而且，該第一行程開關54、第二行程開關56 及檔塊58更是可提供一控制該滑座4上、下行程到終點時 的刹車作用。 無論如何，任何人都可以從上述例子的說明獲得足夠 教導，並據而了解本發明確實有產業上之利用性。又，未 見與本發明相同的技術，所以本發明有新穎性。又，未見 與本發明類似的技術，所以本發明有進步性。於是，本發 明確已符合發明專利要件，爰依法提出申請。 12 200841728 【圖式簡單說明】 ’第一圖係本發明之立體分解圖。 _ 第二圖係本發明之立體外觀放大圖。 第三圖係本發明之組合剖面放大示意圖。 - $四圖係本發明之正面及局部剖面示意圖。 第五圖係本發明之動作示意圖。 第六圖係本發明組裝於櫃子中的使用實施例示意圖。 【主要元件符號說明】 2架體 4滑座 6滑執組 8固定架 10驅動裝置 12底座 14電源線 16侧邊 17容室 18滑槽 20槽壁 2 2外軌 24内執 26座體 28滑桿 3 0凸緣 32勾部 34調整螺栓 36捲筒 38鋼繩 4 0減速齒輪組 42馬達 44繩扣 46控制電路板 48控制器 5 0遙控接收器 52遙控器 54第一行程開關 56第二行程開關 58擂塊 13 200841728 60櫃子 64導輪200841728 IX. Description of the Invention: [Technical Field] The present invention relates to the technical field of installation of flat-panel televisions, and more particularly to a flat-panel television that can be assembled on a flat screen television and can be steplessly adjusted with ease and effort. A flat-panel TV hanger that raises and lowers the height and makes the flat-panel TV more stable. [Prior Art] A conventional flat-panel television pylon, as shown in the patent of Taiwan Publication No. M283463, is only provided with a sliding groove in the center of the fixing frame for a combined seat to move therein, and then by a television stand. The binding base and a thin television are connected. However, the weight of the thin-type television is completely absorbed by a joint and a sliding groove, and the width and area of the thin television are further larger than the joint area of the joint and the sliding groove. Therefore, the thin type television is less stable and can easily shake when it is lifted and lowered. In addition, as shown in the Taiwan Patent No. M292953, the first and second ends of the cable are fixed on the two sides of the inner hanging plate, and then the motor is driven by a motor through a shaft to drive a fixed seat. On the upper left, the spear eve to pull the steel cable' to achieve the purpose of controlling the assembly and assembly of the thin and thin display on the inner hanging plate. The structure is more complicated and the production cost is high, and the cable is wound around a plurality of steel cable wheels, so the rise IV of the thin display is also less smooth and unstable due to the influence of the steel cable wheels. SUMMARY OF THE INVENTION 7 200841728 The main object of the present invention is to provide a flat panel television which has a simple structure, low manufacturing cost, stepless adjustment of the lifting height of the flat panel television, and can make the flat panel TV more stable. Hanger. The flat panel television cradle includes a body, a sliding seat, two sliding groups, a _ fixing frame and a driving device. The frame has two opposite sides. The carriage has a chute for accommodating the frame, and the chute has two opposite groove walls. The two sliding groups are respectively coupled between the two sides of the frame and the two groove walls of the sliding slot. Each rail set includes an outer rail and an inner rail. The outer rail is coupled to the groove wall of the f-slot. The inner handle is coupled to the side of the frame and is movable in the outer handle. The holder is mounted on the carriage for the flat panel television to be assembled thereon. The drive unit has a reel, a steel cord, a reduction gear set and a motor. The reel is rotatably coupled to the frame. The steel cord is wound around the reel and one end is fixed to the lower end of the slide. The reduction gear set is connected to the reel. The motor is disposed on the frame and is rotatable through the reduction gear set to retract the wire to pull the carriage up, and to release the wire to lower the carriage. 1 Thus, since the structure of the present invention is simple, the manufacturing cost is low. Moreover, one end of the steel cord is fixed to the lower end portion of the sliding seat, and the control can be controlled by the motor of the driving device to drive the reel to retract or release the steel cord, and the sliding seat is raised and lowered. Therefore, the height of the flat panel TV can be adjusted steplessly and effortlessly. In particular, a remote controller or a controller can be used to control the operation of the driving device, so that the lifting height adjustment of the flat panel television can be completed by only one person. In addition, since the sliding seat has a sliding slot for accommodating the frame body, and the frame body and the sliding seat are connected by two sliding groups, 8 200841728, the two sliding groups are respectively coupled to the frame. Between the opposite sides of the body and the opposite groove walls of the chute. Therefore, the slider can be smoothly raised and lowered on the frame. [Embodiment] Please refer to the first to third figures, it can be seen that the flat panel television rack of the present invention comprises a frame body 2, a sliding seat 4, two sliding rail groups 6, a fixing frame 8, and a The driving device 10, a base 12 and a power line 14. The frame 2 has two opposite sides 16 and a chamber 17 on one side. The carriage 4 has a chute 18 for receiving the frame 2, and the chute 18 has two opposing groove walls 20. The two sliding groups 6 are respectively coupled between the opposite side edges 16 of the frame body 2 and the opposite groove walls 20 of the sliding slot 18. Each slip group 6 includes an outer rail 22 and an inner rail 24. The outer rail 22 is coupled to the groove wall 20 of the chute 18. The inner rail 24 is coupled to the side edge 16 of the frame 2 and is movable in the outer handle 22. The holder 8 includes a body 26 and two slide bars 28. The seat body 26 has a flange 30 above and below the side. One side of each of the sliders 28 has two hook portions 32 respectively hooked to the two flanges 30, so that the two sliders 28 can be slid on the seat body 26 to match the assembly of different size flat-panel televisions. Each of the sliders 28 further has an adjusting bolt 34 for screwing onto the seat body 26 for positioning the slider 28. The drive unit 10 has a reel 36, a steel cord 38, a reduction gear 9 200841728 wheel set 40 and a motor 42. The spool 36 is rotatably coupled to the chamber 17 of the frame body 2. The steel cord 38 is wound around the reel 36, and one end is fixed to the lower end portion of the chute 18 of the carriage 4 by a cord buckle 44. The reduction gear set 40 is coupled to the spool 36. The motor 42 is disposed in the chamber 17 of the frame body 2, and the reeling gear set 40 can drive the reel 36 to rotate in the forward or reverse direction. When the motor 42 is stopped, the reel 36 is also prohibited from rotating by the reduction gear set 40. The base 12 is attached to the bottom of the frame 2. The power cord 14 is detachably inserted into the base 12 and provides power to the motor 42 of the drive unit 10. It can also be seen in the first figure that the flat panel television cradle of the present invention further includes a control circuit board 46, a controller 48, a remote control receiver 50 and a remote controller 52. The control circuit board 46 is disposed in the chamber 17 of the frame 2 and controls the motor 42 of the driving device 10. The controller 48 is detachably inserted into the base 12 ′ and electrically connected to the control circuit board 46 , and the driving device 10 can be driven through the control circuit board 46 to make the slider 4 on the frame 2 . Lifting. The remote control receiver 50 is disposed in the chamber 17 of the frame 2 and controls the motor 42 of the drive unit 10. The remote controller 52 can transmit a control signal to the remote control receiver 50 within 15M to control the driving device 10 through the remote control receiver 50 to raise and lower the slider 4 on the frame 2. The fourth and fifth figures show that the flat panel television rack of the present invention further includes a first travel switch 54 and a second travel switch 56 disposed in the chamber 17 of the frame body 2, and the slide 4 has a stop 58. Can be displaced with it. The first row 10 200841728, the switch 54 and the second limit switch 56, can de-energize the motor 42 of the drive unit 10. When the carriage 4 is raised to a height, the stopper 58 activates the first stroke switch 54 to de-energize the motor 42, causing the carriage 4 to stop moving up and down. When the carriage 4 is lowered to a different height, the block 58 will activate the second stroke switch 56 to de-energize the motor 42, causing the carriage 4 to stop moving up and down. In this way, the purpose of controlling the braking of the slider 4 to the end point can be achieved. The sixth figure shows that the flat panel television rack of the present invention further includes a cabinet 60. The base 12 is assembled at the bottom of the cabinet 6Q. The cabinet 60 has a cover 62 that can be flipped open. The top of the carriage 4 has a plurality of freely rotatable guide wheels 64. When the slider 4 is raised, the guide wheels 64 can open the cover 62 upward, and the flat panel TV assembled on the holder 8 is exposed outside the cabinet 60. The friction between the carriage 4 and the cover 62 can be reduced by the guide wheel 64. Since the structure of the present invention is relatively simple, the manufacturing cost is low. Moreover, one end of the steel wire 38 is fixed to the lower end portion of the sliding seat 4, and the motor can be driven by the motor 42 of the driving device 10 to retract or release the steel wire 38 to control the sliding seat 4. Lifting. Therefore, the height of the flat-panel TV can be adjusted steplessly and effortlessly. In particular, the present invention can remotely control the lifting and lowering of the flat-panel TV by using a remote controller 52, and can also manually control the lifting and lowering of the flat-panel TV by using a controller 48, and only one person can complete the lifting height adjustment operation of the flat-panel television. . In addition, since the sliding seat 4 has a chute 18 for accommodating the frame body 2, and the frame body 2 and the sliding seat 4 are connected by two sliding groups 6, the two sliding rail groups 6 are They are respectively coupled between the opposite side edges 16 of the frame body 2 and the two opposite groove walls 20 11 200841728 of the sliding slot 18 . Therefore, the lifting and lowering of the carriage 4 on the frame body 4 can be made more stable. Moreover, the first stroke switch 54, the second stroke switch 56 and the stop block 58 can provide a braking function for controlling the upper and lower strokes of the carriage 4 to the end point. In any case, anyone can obtain sufficient teaching from the description of the above examples and understand that the present invention does have industrial applicability. Further, the same technique as the present invention is not seen, so the present invention is novel. Further, no technique similar to the present invention has been found, so the present invention is advanced. Therefore, this issue clearly meets the requirements of the invention patent and submits an application in accordance with the law. 12 200841728 [Simplified illustration of the drawings] The first figure is an exploded perspective view of the present invention. The second figure is an enlarged view of the three-dimensional appearance of the present invention. The third drawing is an enlarged schematic view of the combined cross section of the present invention. - $4 is a front and partial cross-sectional view of the present invention. The fifth figure is a schematic view of the action of the present invention. The sixth drawing is a schematic view of an embodiment of the use of the present invention assembled in a cabinet. [Main component symbol description] 2 frame 4 slide 6 slippery group 8 mount 10 drive device 12 base 14 power cord 16 side 17 chamber 18 chute 20 slot wall 2 2 outer rail 24 inner 26 seat 28 Slider 3 0 flange 32 hook 34 adjustment bolt 36 reel 38 steel rope 4 0 reduction gear set 42 motor 44 rope buckle 46 control circuit board 48 controller 5 0 remote control receiver 52 remote control 54 first limit switch 56 Two-stroke switch 58擂13 200841728 60 cabinet 64-guide wheel