200933196 九、發明說明： 【發明所屬之技術領域】 本發明係關於顯示裝置支撐系統，更明確言之，本發明 係關於《在使用者之前部支揮一顯示裝置之頭戴式裝 置。 【先前技術】 乂市場上有多種視訊顯示裝置係設計用以在使用者眼睛之 前部放置-顯示H。該等裝置常常係模仿眼鏡之—般形狀 ^其與使用者頭部介接之方式。大多時候，該等應用係結 口-維（2d)影像顯示器使用。由於2D影像顯示器可容忍物 理參數之較寬變更，例如相對於使用者的眼睛之對準，因 此目前可用之頭戴式顯示配置能夠產生可接受之結果。 然而，為二維（3D)視覺設計之應用在使用傳統設計時常 常有困難。3D應用對物理參數之變更容忍度很小。每個人 的臉皆不同，且將使用者的眼與耳用於對準之裝置可能並 不起到將該顯示器相對於一個別使用者的眼睛而放置於最 佳位置之作用。 ❹ ❿ 傳統系統在處理複雜顯示系統之重量時亦有困難。例 如，"眼鏡"式裝置可能在使用者的鼻或耳上放置令人不舒 適或不實際之重量。此重量位置之組合可變得極其不舒 適’尤其係戴較長週期之後，而且可能不適合確保系統一 般所需之一致的視覺幾何（3D)。當以一更重之3D系統取代 傳統2D顯示系統時，此等問題會加重。 【發明内容】 136667.doc 200933196 本發明係關於-種用於在使用者之前部支撐顯示裳置之 系統。該系、統之範例性具體實施例將該支撐結構併二至放 置於使用者頭上或其上方之_頭戴式元件中。一顯示裝置 (例如-三維（3D)顯示裝幻係放置於—位於該頭戴^元件 @前部之-支撑結構中，而允許可相對於該頭戴式元件垂 . |調整該顯示裝置。範例性頭戴式元件具體實施例亦可使 用-支揮帶，該支樓帶係朝該頭戴式元件之後部部分提供 至以辅助支撲該顯示裝置之重量。 e 在某些範例性具體實施例中’該支撐結構係由可移除組 件組成。第一組件係一頭戴式介面組件，其係成形為與一 使用者之額頭形狀一致。第二組件係一顯示器介面組件， 其係安裝於該顯示裝置。實現該等兩組件之連結可以係藉 由以可滑動方式將該顯示裝置介面組件之一帶齒頂部部分 插入在該頭戴式介面組件上之一溝槽或其他插座並使用與 該等齒介接之一延遲機構將其固持於該處。 Φ 其他範例性具體實施例允許該顯示裝置像帽子或護目鏡 一樣可移除或佩戴。該支撐結構可使用一系列夾子、螺絲 或其他方式將該3D顯示裝置固持於對使用者合適之高度。 在此類具體實施例中，此高度一般剛好位於佩戴者鼻子上 方。在某些具體實施例中’使用者不使用該3d顯示裝置時 可將其摘去但同時仍佩戴著該頭戴式裝置。耳機或其他發 聲裝置可以係附接於該結構並鏈接至該顯示裝置。 前面已相當廣地概述本發明的特徵及技術優點，以便更 明白下面本發明之詳細說明。下文將對形成本發明申請專 136667.doc 200933196 利範圍主題的本發明之額外特徵及優點進行說明β熟悉此 項技術人士應明白，可方便地利用所揭示的概念及特定具 體實施例’作為修改或設計用以實施本發明之相同目的之 其他結構的基礎《熟習此項技術人士亦應瞭解此類等效構 造並不脫離如所附申請專利範圍提出的本發明之精神與範 疇。結合附圖來考量，從下文之描述將更好地理解咸信為 本發明特徵之新穎特性，有關其組織及操作方法連同其他 目標及優勢。然而，應明確地理解該等圖式之每一圖式僅 係提供用於解說及描述之目的，而無意用作對本發明之限 制的一定義。 【實施方式】 圖1係依據-解說性具體實施例之顯示裝置支樓系統1〇〇 之一部分的一透視圖。支撐系統100包含頭戴式介面組件 110與顯示裝置介面組件130，其能夠使顯示裝置12〇懸掛 於使用者眼前。 ❷ 在很多具趙實施例中，該支撐系統係一頭戴式設備（如 帽子、護目鏡或其他可放置於使用者頭上之設備）之一可 附接部分。在其他具體實施例中，頭戴式介面組件110僅 係該帽子、護目鏡或其他設備之前部部分 施例中，藉由任何可接受方法(例如雙面膠帶)或= 接支撐π件附接於頭戴式介面組件110，可將該支撐系統 100附接於使用者頭上。頭戴式介面組件U0可包含帽沿 111以提供遮蔭並減少該使用者受到眩光。 在所解說之具體實施例中 顯示裝置120係向佩戴者提 136667.doc 200933196 货优X頁訊之一裝晉。枭也丨工& 、· K置舉例而S，可以2D或3D視覺展示 、覺資訊彳透過使用例如導線或電缓122將顯示裝置 120連接至遠端提供影像（例如預先錄製或以其他方式產生 或儲存）給該裝置之一視訊裝置或其他裝置（圖中未解說）。 導線122亦可將音訊或其他資訊載送至該裝置。 為了讓使用者正確而舒適地使用該顯示裝置顯示勞幕 丨21應放置於正常的眼睛(瞳孔)高度。為了協助定位顯示裝 ❹ 置12G ’可提供鼻部缺口⑵以允許顯示裝置⑽適配於使 用者的鼻子上。由於人們的特徵不一，因此顯示裝置12〇 相對於頭戴式介面組件11〇之一固定位置可能並非最佳。 在該等範例性具體實施例中，該支樓結構允許顯示裝置 120相對於頭戴式介面組件11〇加以調整，以允許顯示螢幕 121適當對準於使用者的眼睛。 圖2A與2B係說明纟發明之額外範例的透視圖。圖2八與 2B解說從前部看並與一頭戴式設備分離顯示之支樓系統 ❹ 2〇0。在圖2A與紹之具體實施例中，系統200包含頭戴式 介面組件210及顯示裝置介面組件230。 頭戴式介面組件210係成形為與使用者的額頭一致。用 於形成頭戴式介面組件210之材料可以係撓性或剛性，取 決於頭戴式介面組件210之所需屬性。該頭戴式介面組件 21〇可由其他材料包圍以增加該裝置之舒適度。在圖2八所 繪示之具體實施例中，該頭戴式介面組件21〇之外部部分 包含一調整輪213 ^調整輪213經組態用以與在顯示裝置介 面組件230之一頂部部分上的介面齒232接合以輔助使用者 136667.doc 200933196 將顯示裝置12〇放置於合適的高度。在圖2B所繪示之具體 實施例中，該頭戴式介面組件21〇之外部部分包含彈簧2。 與球212’其與齒232相互接合而用作—擎子。應注意，本 發明之具體實施例並不限於所繪示之機構，而實際上可使 用任何合適之f子°所綠示之具體實施例亦顯示止動件 214與215。止動件2U與215限制允許顯示裝置12〇之行進 量。此外，可提供通道216以在上升及下降期間支撐並控 制顯示裝置介面組件230之移動。 顯示裝置介面組件230在顯示裝置120與頭戴式介面組件 210之間提供連接。顯示裝置介面組件230包括底部部分 240與頂。卩部分25〇。在圖2A與2B所解說之具體實施例 中，底部部分240包括兩孔或孔徑226，其係用於將顯示裝 置120附著或附接於顯示裝置介面組件23〇。然而，可使用 其他附接件方法（例如夾子、按扣等）。頂部部分250包括槽 231，其限制該顯示裝置之上下調整。槽231在限制該支撐 e 裝置之移動範圍時與止動件214與215介接。頂部部分25〇 亦包括一組介面齒232 ,其經組態用以與頭戴式介面組件 21〇之調整輪213介接。在某些具體實施例中底部部分240 包括一絞鍵或其他機構，其安裝之方式纟許顯示裝置12〇 旋轉離開使用者的臉部以使得當使用者週期性需要觀看外 郤世界時可以除去該顯示裝置120。此類絞鏈或支架可以 係放置於（例如）頂部部分250與底部部分240之間，並將顯 不裝置旋轉上去或將顯示裝置120旋轉到一側。 代表丨生具體實施例令所描述之系統提供懸掛與調整圖4 I36667.doc 200933196 中所解說之一顯示裝置之一方法。如步驟4〇1所示，將一 顯示裝置（例如顯示裝置12 0)安裝於—組件（例如顯示裝置 介面組件230)上，該組件可以係與一頭戴式設備之一組件 (例如頭戴式介面組件210)以可調整方式連接。因此，可藉 由讓顯示裝置介面組件230透過與頭戴式介面組件21〇之該 連接而滑動，來實現調整該顯示裝置之位置，如步驟4〇2 所示。圖2A與2B中將顯示裝置12〇解說為係使用壓力連接 器233固持於適當位置。此在顯示裝置介面組件230上對頭 戴式介面組件210施加壓力。由壓力連接器233施加之壓力 延遲顯不裝置120相對於頭戴式介面組件21〇之移動。為了 使顯示裝置120相對於頭戴式介面組件21〇向上或向下 (即，上升/下降），如圖4之步驟4〇3所述，讓壓力連接器 233放鬆至顯示裝置介面組件23〇可以移動之一點。使用者 接著旋轉調整輪213(如圖2A所繪示）以移動該顯示裝置 120。調整輪213之旋轉以與一齒條與小齒輪系統類似之方 ❹ 法與齒232接合。但該等具體實施例不限於一調整輪’而 實際上可使用任何合適機構以輔助將該等組件彼此相對固 持於適當位置。例如’圖2B所繪示之具體實施例使用球 212或藉由—彈簧211壓入至齒232中之其他相似物件。因 此’使用者能夠調整顯示裝置120與顯示螢幕121相對於使 用者的眼睛之高度。調整完畢後使用者將壓力連接器233 力緊以防止顯示裝置12〇之額外移動。然而，在某些 具體實施例中’可省略該調整輪213，而可手動調整顯示 裝置120。 136667.doc 200933196 圖3係依據本發明之一具體實施例之頭戴式元件⑴之一 側視圖。頭戴式元件11〇包括印形部分31〇與帶32〇。印形 部分3H)係設計用以適配使用者的頭部。取決於頭戴式元 件110之配置與型式，㈣部分31Q可以係可調整。可使用 任㈣加或減切形部分31G的尺寸之技術進行調整。 _般而言’該㈣部分則之前端部分3⑽配置用以推 抵或適配於使用者的額頭。在某些具體實施例中’該卵形 4刀31G之前部部分311具有插人於其中之頭戴式介面組件 21〇。該頭戴式介面組件21()之位置係配置為使得可在調整 之後將顯示裝置120放置於相對於使用者的眼睛之合適位 置。在其他具體實施例中，印形部分310係分為兩不同部 分。在其他具體實施例中，該頭戴式介面組件210形成卵 形部分31〇之前部部分311。在此等具體實施例中，提供連 接點313以連接前部部分311至後部部分312以形成卵形部 分 310 〇 e 纟某些具體實施例中，一帶32〇係朝該㈣部分3H)之後 部部分312定位。帶32〇從印形部分31〇之—側越過而繞向 另側。當使用者戴上時，帶32〇一般位於使用者頭頂上 或附近在$些具體實施例中，帶32〇係可調整用以更好 的(更緊的)適配於使用者之頭部上。例如，可使用鉤眼連 接器（例如Velcro®)以適當調緊使用者頭上的帶來進行調 整。但是，可使用任何調整方法。帶32〇提供額外支撐以 $與顯示裝置12 0相關聯之重量的—部分從使用者頭部之 則部轉移至其後部。如此會讓使用者有一更加舒適之觀看 136667.doc -12- 200933196 與佩戴體驗，並輔助抵消懸掛於使用者前部之顯示裝置的 重量。 雖然已詳細說明本發明及其優點，但是應明白可對本文 進行各種變化、替換及修改，而不會脫離如隨附申請專利 範圍定義的本發明精神及範疇。此外，本發明之範疇並不 希望限於該說明書中所說明之程序、機器、製造、物質組 成、構件、方法及步驟之特定具體實施例。從本發明之揭 示内容，熟習此項技術者將容易明白，依據本發明可使用 目前已存在或以後將要開發的實行與本文所說明之對應具 體實施例相同之功能或獲得實質上相同結果之程序、機 器、製造、物質組成、構件、方法或步驟。因此，希望該 等隨附申請專利範圍在其範疇内包括此類程序、機器、製 造、物質組成、構件、方法或步驟。 【圖式簡單說明】 為了更全面地理解本發明，現已結合附圖參考上述說 φ 明’其中： 圖1係依據一具體實施例之一顯示裝置支撐系統的一透 視圖； 圖2A與2B係說明本發明之額外範例的透視圖； 圖3係依據一具體實施例之一頭戴式元件的一侧視圈； 圖4係依據一具體實施例解說一程序之一流程圖。 【主要元件符號說明】 100 顯示裝置支撐系統 頭戴式介面組件 136667.doc 110 -13- 200933196 111 120 121 122 123 130 200 210 ® 211 212 213 214 215 216 226 230 231 232 233 240 250 310 311 312 帽沿 顯示裝置 顯示螢幕 導線或電纜 鼻部缺口 顯示裝置介面組件 支撐系統 頭戴式介面組件 彈簧 球 調整輪 止動件 止動件 通道 孔或孔徑 顯示裝置介面組件 槽 介面齒 壓力連接器 底部部分 頂部部分 卵形部分 前端部分 後部部分 136667.doc -14- 200933196 313 連接點 320 帶 ❹BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a display device support system, and more particularly to the present invention relates to a head mounted device that supports a display device in front of a user. [Prior Art] There are a variety of video display devices on the market that are designed to be placed on the front of the user's eyes - display H. These devices often mimic the general shape of the eyeglasses and the way it interfaces with the user's head. Most of the time, these applications are used in connection-dimensional (2d) image displays. Since the 2D image display can tolerate wide variations in physical parameters, such as alignment with the user's eyes, currently available head mounted display configurations can produce acceptable results. However, applications for two-dimensional (3D) visual design often have difficulty using traditional designs. 3D applications have little tolerance for changes in physical parameters. Each person's face is different, and the device that aligns the user's eyes with the ear may not function to place the display in an optimal position relative to the eyes of another user. ❹ ❿ Traditional systems also have difficulty handling the weight of complex display systems. For example, a "glasses" device may place an uncomfortable or impractical weight on the user's nose or ear. This combination of weight positions can become extremely uncomfortable', especially after a longer period of wear, and may not be suitable for ensuring a consistent visual geometry (3D) that is typically required by the system. These problems are exacerbated when replacing a traditional 2D display system with a heavier 3D system. SUMMARY OF THE INVENTION The present invention relates to a system for supporting the display of a skirt in front of a user. An exemplary embodiment of the system, the support structure is placed in a head-mounted component placed on or above the user's head. A display device (e.g., a three-dimensional (3D) display phantom is placed in the support structure of the head unit@front portion, allowing the display device to be adjusted relative to the head mounted member. The exemplary head mounted component embodiment may also use a fulcrum strip that is provided toward the rear portion of the head mounted component to assist in the weight of the display device. e In some exemplary embodiments In the embodiment, the support structure is composed of a removable component. The first component is a head-mounted interface component that is shaped to conform to the shape of a user's forehead. The second component is a display interface component. Mounted on the display device. The connection between the two components can be achieved by slidably inserting a toothed top portion of the display device interface component into a groove or other socket on the head mounted component assembly and using A delay mechanism is attached to the teeth to hold it there. Φ Other exemplary embodiments allow the display device to be removable or worn like a hat or goggles. The support structure can be used in a series The column clips, screws or other means hold the 3D display device at a suitable height for the user. In such embodiments, the height is generally just above the wearer's nose. In some embodiments, the 'user does not The 3d display device can be removed while still wearing the head mounted device. An earphone or other sounding device can be attached to the structure and linked to the display device. The foregoing has broadly summarized the present invention. The features and technical advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention. The concept of the invention and the specific embodiments are described as a basis for modification or design of other structures for the same purpose of the invention. The skilled person will also appreciate that such equivalent construction is not The spirit and scope of the present invention as set forth in the scope of the patent application will be considered in conjunction with the accompanying drawings. Xie Xianxin is a novel feature of the features of the present invention, and its organization and method of operation, together with other objectives and advantages. However, it should be clearly understood that each of the drawings is provided for illustrative purposes only and not intended to be used. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a portion of a display device fulcrum system 1 according to an illustrative embodiment. The support system 100 includes a head mounted interface assembly 110 and The display device interface assembly 130 is capable of suspending the display device 12 from the front of the user. ❷ In many embodiments, the support system is a head mounted device (such as a hat, goggles, or the like that can be placed on the user). One of the devices on the head can be attached. In other embodiments, the head mounted interface assembly 110 is only in the front portion of the cap, goggles or other device, by any acceptable method (eg, double The face tape) or = support π is attached to the head mounted interface assembly 110, which can be attached to the user's head. The head mounted interface assembly U0 can include a brim 111 to provide shading and reduce glare to the user. In the illustrated embodiment, the display device 120 provides one of the 136667.doc 200933196 goods to the wearer.枭 丨 &&; 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 、 Generate or store) a video device or other device (not illustrated). Wire 122 can also carry audio or other information to the device. In order to allow the user to use the display device correctly and comfortably, the display screen should be placed at a normal eye (pupil) height. To assist in positioning the display device 12G', a nose indentation (2) may be provided to allow the display device (10) to fit over the user's nose. Due to the different characteristics of the person, the fixed position of the display device 12A relative to the head mounted interface assembly 11 may not be optimal. In these exemplary embodiments, the building structure allows the display device 120 to be adjusted relative to the head mounted interface assembly 11 to allow the display screen 121 to be properly aligned with the user's eyes. 2A and 2B are perspective views illustrating additional examples of the invention. Figures 2 and 2B illustrate a branch system ❹ 2〇0 that is viewed from the front and separated from a head mounted device. In the particular embodiment of FIG. 2A and the accompanying embodiment, system 200 includes a head mounted interface assembly 210 and a display device interface assembly 230. The head mounted interface assembly 210 is shaped to conform to the user's forehead. The material used to form the head mounted interface assembly 210 can be flexible or rigid, depending on the desired attributes of the head mounted interface assembly 210. The head mounted interface assembly 21 can be surrounded by other materials to increase the comfort of the device. In the particular embodiment illustrated in FIG. 2, the outer portion of the head mounted interface assembly 21 includes an adjustment wheel 213. The adjustment wheel 213 is configured to be associated with a top portion of the display device interface assembly 230. The interface teeth 232 are engaged to assist the user 136667.doc 200933196 to place the display device 12A at a suitable height. In the particular embodiment illustrated in Figure 2B, the outer portion of the head mounted interface assembly 21 includes a spring 2. The ball 212' is engaged with the teeth 232 to serve as a pawn. It should be noted that the specific embodiments of the present invention are not limited to the illustrated mechanism, but that the particular embodiment of the present invention can be used to display the stoppers 214 and 215. The stoppers 2U and 215 limit the amount of travel that allows the display device 12 to be turned. In addition, channel 216 can be provided to support and control movement of display device interface assembly 230 during ascent and descent. Display device interface component 230 provides a connection between display device 120 and head mounted interface assembly 210. Display device interface assembly 230 includes a bottom portion 240 and a top.卩 Part 25〇. In the particular embodiment illustrated in Figures 2A and 2B, the bottom portion 240 includes two apertures or apertures 226 for attaching or attaching the display device 120 to the display device interface assembly 23A. However, other attachment methods (e.g., clips, snaps, etc.) can be used. The top portion 250 includes a slot 231 that limits the upper and lower adjustments of the display device. The slot 231 interfaces with the stops 214 and 215 when limiting the range of movement of the support e-device. The top portion 25A also includes a set of interface teeth 232 that are configured to interface with the adjustment wheel 213 of the head mounted interface assembly 21A. In some embodiments, the bottom portion 240 includes a hinge or other mechanism that is mounted in such a manner as to permit the display device 12 to rotate away from the user's face so that it can be removed when the user periodically needs to view the outside world. The display device 120. Such a hinge or bracket can be placed between, for example, the top portion 250 and the bottom portion 240 and rotate the display device or rotate the display device 120 to one side. The system described in the specific embodiment of the present invention provides a method of suspending and adjusting one of the display devices illustrated in Figure 4 I36667.doc 200933196. As shown in step 4-1, a display device (eg, display device 120) is mounted on a component (eg, display device interface component 230) that can be coupled to one of the components of a head mounted device (eg, a headset) The interface components 210) are connected in an adjustable manner. Therefore, the position of the display device can be adjusted by sliding the display device interface component 230 through the connection with the head-mounted interface component 21, as shown in step 4〇2. The display device 12 is illustrated in Figures 2A and 2B as being held in place using a pressure connector 233. This applies pressure to the head mounted interface assembly 210 on the display device interface assembly 230. The pressure applied by the pressure connector 233 delays the movement of the device 120 relative to the head mounted interface assembly 21 . In order to bring the display device 120 up or down (i.e., ascending/descending) relative to the head mounted interface assembly 21, the pressure connector 233 is allowed to relax to the display device interface assembly 23 as described in step 4〇3 of FIG. You can move one point. The user then rotates the adjustment wheel 213 (as shown in Figure 2A) to move the display device 120. The rotation of the adjustment wheel 213 is engaged with the teeth 232 in a manner similar to a rack and pinion system. However, the specific embodiments are not limited to an adjustment wheel' and virtually any suitable mechanism may be used to assist in holding the components in position relative to one another. For example, the embodiment illustrated in Figure 2B uses a ball 212 or other similar items that are pressed into the teeth 232 by a spring 211. Therefore, the user can adjust the height of the display device 120 and the display screen 121 with respect to the eyes of the user. After the adjustment is completed, the user tightens the pressure connector 233 to prevent additional movement of the display device 12. However, in some embodiments, the adjustment wheel 213 may be omitted and the display device 120 may be manually adjusted. 136667.doc 200933196 Figure 3 is a side elevational view of one of the head mounted components (1) in accordance with an embodiment of the present invention. The head mounted member 11A includes a printed portion 31A and a belt 32". The print portion 3H) is designed to fit the user's head. Depending on the configuration and version of the head unit 110, the (4) portion 31Q can be adjustable. Adjustment can be made using any of the techniques of (4) adding or subtracting the size of the cut portion 31G. In general, the (4) portion is configured such that the front end portion 3 (10) is adapted to be adapted or adapted to the user's forehead. In some embodiments, the oval 4 knife 31G front portion 311 has a head mounted interface assembly 21 插 inserted therein. The position of the head mounted interface assembly 21() is configured such that the display device 120 can be placed in an appropriate position relative to the user's eyes after adjustment. In other embodiments, the printed portion 310 is divided into two distinct portions. In other embodiments, the head mounted interface assembly 210 forms an oval portion 31 〇 front portion 311. In these particular embodiments, a connection point 313 is provided to connect the front portion 311 to the rear portion 312 to form an oval portion 310 〇e. In some embodiments, a belt 32 is slid toward the rear portion of the (four) portion 3H) Section 312 is positioned. The belt 32 is passed from the side of the printed portion 31 to the other side. When the user wears, the strap 32 is generally located on or near the top of the user. In some embodiments, the strap 32 can be adjusted for better (tighter) fit to the user's head. on. For example, a hook-and-eye connector (such as Velcro®) can be used to properly adjust the strap on the user's head for adjustment. However, any adjustment method can be used. The belt 32 provides additional support for the portion of the weight associated with the display device 120 to be transferred from the portion of the user's head to the rear thereof. This will give the user a more comfortable view and wear experience and assist in offsetting the weight of the display unit suspended from the front of the user. Having described the invention and its advantages, it is understood that various changes, substitutions and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. In addition, the scope of the invention is not intended to be limited to the specific embodiments of the procedures, machine, manufacture, compositions, components, methods and steps described in the specification. From the disclosure of the present invention, it will be readily apparent to those skilled in the art that, in accordance with the present invention, a program that is presently present or later developed to perform the same functions or substantially the same results as the corresponding embodiments described herein can be used. , machine, manufacturing, material composition, component, method or procedure. Accordingly, it is intended that the scope of the appended claims include such procedures, machines, manufacture, compositions, components, methods or steps. BRIEF DESCRIPTION OF THE DRAWINGS In order to more fully understand the present invention, reference is made to the above description with reference to the accompanying drawings in which: FIG. 1 is a perspective view of a display device support system according to one embodiment; FIGS. 2A and 2B BRIEF DESCRIPTION OF THE DRAWINGS FIG. 3 is a side view of a head mounted component in accordance with an embodiment; FIG. 4 is a flow diagram illustrating a procedure in accordance with an embodiment. [Main component symbol description] 100 display device support system head-mounted interface component 136667.doc 110 -13- 200933196 111 120 121 122 123 130 200 210 ® 211 212 213 214 215 216 226 230 231 232 233 240 250 310 311 312 Cap Display screen conductor or cable nose notch display device interface assembly support system head-mounted interface assembly spring ball adjustment wheel stop member passage hole or aperture display device interface assembly slot interface tooth pressure connector bottom portion top portion The front part of the front part of the oval part 136667.doc -14- 200933196 313 connection point 320 belt ❹
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