1253300 五、發明說明（1) 【發明所屬之技術領域】 本發明係為一種電腦週邊裝置之支撐旋轉結構及其方 /=，尤指一種藉由磁力吸引的原理，得以任意地將該週邊裝 置固定於一角度位置之產品。 【先前技術】 #丨I目/市面上所販售之產品，無論是用在電腦週邊設備 :如:網路攝影機⑽或桌上型麥克風等或週是逯直又備用 途的設備，它們的支樓社構大多呼 八 之媳姑姓桃Ί旳叉保〜構大多汉计為緊配合結構或複雜 機械…構，但無論是緊配合結構或複 限制使用者可旋棘的条声日争交总户成 構皆會 或疋由於設計時的匹配度沒有作精準^ 士太7 4求度精準度，進而增加機構模且夕 成本，以及增加製造的成本。 模/、之 譬如USP643 1 507案中，揭示出一攝影機1〇， 頸部ίο進行上下的傾斜移動，或是可在軸部19上^:利用 旋轉的動作；USP5880 783案中，揭示出一攝影機仃左右 利軸(rev〇lving shaft)11，21來進行二或：5 可 的轉動動作。另，USD478922也揭露了類似的姓播疋左右 以上：述，習用之支撲旋轉結構，至少存 一、 習用之支撐旋轉結構設計，會限制使热^ 度，造成使用上的不便。 史用者了灰轉的角 二、 ，用之支擇旋轉結構設計，由於是機械式的 易在使用的過程中磨損，造成支撐力的降低勒，故容 -3始發生1253300 V. INSTRUCTION DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention relates to a supporting rotating structure of a computer peripheral device and a side thereof, and particularly to a peripheral device by a magnetic attraction principle. A product that is fixed at an angular position. [Prior Art] #丨I目/Products sold on the market, whether used in computer peripherals such as: network cameras (10) or desktop microphones, or weekly devices that are straightforward and ready to use, their Most of the branches of the building community call the eight 媳 媳 媳 Ί旳 Ί旳 Ί旳 〜 〜 〜 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构 构Due to the matching degree of the design, the total number of the households will not be accurate, and the accuracy of the mechanism will be increased, and the cost of manufacturing will be increased. In the case of USP 643 1 507, it is revealed that a camera 1 〇, the neck ίο is tilted up and down, or can be rotated on the shaft portion 19: using a rotating motion; in the case of USP 5880 783, a The camera 仃 利 利 利 11 11 11 11 11 11 11 11 。 。 。 。 。 。 。 。 。 。 。 。 。. In addition, USD478922 also revealed a similar surname to the broadcaster. Above: The conventional use of the rotating structure, at least one, the conventional support of the rotating structure design, will limit the heat, causing inconvenience in use. The user has used the corner of the gray to turn. Second, the choice of the rotating structure design, because it is mechanically easy to wear in the process of use, resulting in reduced support force, so the capacity -3 begins
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HH 1253300 五、發明說明（2) 鬆動的現象。 習用之支撐旋轆社 度，進而增加機構模具^高之匹配度及精準 花費的成本。 、成本，以及生產製造所需 【發明内容】 有鑑於習知技術之缺失，本發明之 電腦週邊裝置支撐旋轉結传f =提供一種 使用者使用之目的 各種疑轉角度的需求，以達到方便 方法盆俜利用另磁+目的在於提供一種改良支撐旋轉結構及 生磨引的原理，故在使用的過程中不會發 叙ίΛ =条所以物件的支撐力不會降低，更可以避免鬆 動的現象產生。 社本發明之再一目的在於提供一種電腦週邊裝置支撐旋 口結構及方法，可用預埋或嵌入的方式將磁極設置完成，故 可以減少模具開發的成本，進而降低生產製造的成本，增加 市場上的競爭力。 為達上述目的，本發明之電腦週邊裝置支撐旋轉結構 ^ 較佳實施例中，主要係藉由一承載部與一承載基座的 搭配，其中該承載部係具有一第一耦合部，該第一耦合部具 有一第一磁極；以及，該承載基座係具有一第二耦合部，該 第二耦合部具有一第二磁極，且該第一耦合部與該第二粞 合部相互耦合，並藉由該第一磁極與該第二磁極藉由磁力 1253300 五、發明說明（3) 相互吸引，使今Γ ; # # > 唐位W。 表載基座得以支撐該承載部於-任意的角 度位置 例中，邊裝置支樓旋轉方法之-較佳實施 -第-磁極與—第二磁驟極；供一承載部與-承載基座;將 該承載基座得以支樓該承載部於一任載/的座角之度第位一置磁極，使 【實施方式】 f推ί 5的二f查委員能對本發明之特徵、目的及功能有 更進V的“知與瞭解，茲配合圖式詳細說明如後。 ^明之電腦週邊裝置，▼為數位相•、網路攝影 、 風、無線訊號接收器、無線網路卡、數位筆承座 tablet stylus holder)…等與電腦有關之週邊產品；如 圖一所示，其係為本發明之電腦週邊裝置支撐旋轉結構較 佳實施例之組合前示意圖，其主要係藉由一承載部1〇〇與一 承載基座101的搭配，來支撐旋轉承載部1〇〇所承載之一網 路攝影機102(Webcam);其中，該承載部1〇〇係具有一第一耦 合部1001，且該第一耦合部1001更具有一第一磁極1〇3，同 樣地，該承載基座101係具有一第二耦合部1〇1〇，且該第二 耦合部1010亦具有一第二磁極丨04,藉由對應該第一耦合部 1001與該第二耦合部1010相互耦合此時該第一磁極1〇3與 該第二磁極1 04會因磁力作用而相互吸引，達到支撐旋轉的 目的。HH 1253300 V. Description of invention (2) Loose phenomenon. The use of support for the rotation of the community, thereby increasing the matching of the machine mold and the cost of precision. , cost, and manufacturing requirements [Summary of the Invention] In view of the lack of the prior art, the computer peripheral device of the present invention supports the rotation of the knot f = to provide a variety of suspected angles for the purpose of the user to achieve a convenient method The use of the magnetic pole for the basin is to provide an improved support structure for the rotating structure and the raw grinding guide. Therefore, in the process of use, the support force of the object will not be reduced, and the loosening phenomenon can be avoided. . A further object of the present invention is to provide a structure and a method for supporting a rotary mouth of a computer peripheral device, which can be completed by embedding or embedding, thereby reducing the cost of mold development, thereby reducing the cost of manufacturing and increasing the market. Competitiveness. In order to achieve the above object, the computer peripheral device of the present invention supports the rotating structure. In the preferred embodiment, the carrier portion is mainly coupled to a carrier base, wherein the carrier portion has a first coupling portion. a coupling portion has a first magnetic pole; and the carrier base has a second coupling portion, the second coupling portion has a second magnetic pole, and the first coupling portion and the second coupling portion are coupled to each other, And by the first magnetic pole and the second magnetic pole by magnetic force 1253300 V, the invention description (3) attract each other, so that; # # > 唐位 W. The carrier base supports the carrier portion in an arbitrary angular position example, the side device pivoting method - preferably the first - magnetic pole and the second magnetic pole; and a carrier portion and a carrier base The bearing base can be used to support the magnetic pole of the carrying portion at a position of a load/seat, so that the characteristics, purpose and function of the present invention can be made by the member of the present invention. There is a more "V knowledge and understanding, with the detailed description of the figure as follows. ^ Ming computer peripherals, ▼ for digital phase, network photography, wind, wireless signal receiver, wireless network card, digital pen bearing Tablet stylus holder) and other computer-related peripheral products; as shown in FIG. 1 , which is a front view of a preferred embodiment of the computer peripheral device supporting rotating structure of the present invention, mainly by a bearing portion 1 The 〇〇 is coupled with a carrier base 101 to support a webcam 102 (Webcam) carried by the rotating carrier 1; wherein the carrier 1 has a first coupling portion 1001, and The first coupling portion 1001 further has a first magnetic pole 1〇 3, the carrier base 101 has a second coupling portion 1〇1〇, and the second coupling portion 1010 also has a second magnetic pole 丨04, corresponding to the first coupling portion 1001 and the first When the two coupling portions 1010 are coupled to each other, the first magnetic pole 1〇3 and the second magnetic pole 104 are attracted to each other by magnetic force to achieve the purpose of supporting rotation.
第7頁 1253300 五、發明說明（4) 第一磁極103與第二磁極104係使用強力磁鐵通常可 分為兩種-永久磁鐵和電磁鐵，其中，具有永久磁性且不需 外加電力就可以產生磁極者，稱為永久磁鐵，通常使用具可 磁化之金屬材質作為製造永久磁鐵的材料，例如：含歛之 合成物（Nd-Bonded);另一種必須外加電源，利用電磁效應 的轉換，來產生所需要磁力，人們將其命名為電磁鐵。當然 第一磁極103可設計成N極或S極，相對應地，第二磁極1〇4可 设什成S極或N極，只要第一磁極1〇3與第二磁極的磁極 相反，可以相互吸引即可。 如圖二所示，其係為本發明之組合完成示意圖，其中由 於第一磁極103與第二磁極1〇4間的磁力相互吸引故其不 需要複雜的機械構造，或是像緊配合的尺寸搭配要求精準 度，且當承載部100與承載基座101結合後，因為第一磁極 103與第二磁極104的磁性可以不受形狀、角度等等的限 制，故承載部1 0 0相對承載基座1 0 1可進行任意角度的旋 轉。換言之，就是承載部100上所承載的網路攝影機1〇2可 以進行任意角度的旋轉，以方便使用者使用，而且在使用的 過程中，更不會產生機械性的磨耗，更延長產品的使用壽 命，以及增加產品的靈活使用度。當然，實際使用時，第一 耦合部1 0 0 1與第二耦合部1 0 1 0間之配合弧度，得視實際產 品之使用方式，重量大小或是重心位置來加以調整。 值得注意的是，第一磁極103或是第二磁極104可同時 為極性互異的磁鐵，或是其中任一者為一可磁性化的金屬 物質，譬如鐵類等金屬。當然亦可視實際產品之使用方Page 7 1253300 V. DESCRIPTION OF THE INVENTION (4) The first magnetic pole 103 and the second magnetic pole 104 are generally divided into two types: a permanent magnet and an electromagnet, which have permanent magnetism and can be generated without external power. Magnetic poles, called permanent magnets, usually use a magnetizable metal material as a material for making permanent magnets, for example, Nd-Bonded; another type must be applied with a power source to generate electromagnetic effects. The magnetic force is required, and people call it an electromagnet. Of course, the first magnetic pole 103 can be designed as an N pole or an S pole. Correspondingly, the second magnetic pole 1 〇 4 can be set as an S pole or an N pole, as long as the first magnetic pole 1 〇 3 is opposite to the magnetic pole of the second magnetic pole. You can attract each other. As shown in FIG. 2, it is a schematic diagram of the combination of the present invention, in which the magnetic force between the first magnetic pole 103 and the second magnetic pole 1〇4 is attracted to each other, so that it does not require a complicated mechanical structure, or a size like a tight fit. With the required accuracy, and when the bearing portion 100 is combined with the carrier base 101, since the magnetic properties of the first magnetic pole 103 and the second magnetic pole 104 are not limited by shape, angle, etc., the bearing portion 100 is opposite to the carrier. Seat 1 0 1 can be rotated at any angle. In other words, the network camera 1 〇 2 carried on the carrying unit 100 can be rotated at any angle for the convenience of the user, and in the process of use, mechanical wear is not generated, and the use of the product is further extended. Lifetime and increased flexibility of the product. Of course, in actual use, the matching arc between the first coupling portion 1 0 0 1 and the second coupling portion 1 0 1 0 can be adjusted depending on the manner of use of the actual product, the weight or the position of the center of gravity. It should be noted that the first magnetic pole 103 or the second magnetic pole 104 may be magnets having different polarities at the same time, or any of them may be a magnetizable metal substance such as iron or the like. Of course, it can also be seen by the actual product.
1253300 五、發明說明（5) 式，重ί大小或是重心位置來設計磁力的大小。 如圖二所不，其係為本發明之電腦週邊裝置支撐旋轉 方法=佳實施流程示意圖，其係包括下列步驟·· 提供一承栽部與一承載基座30 0,其中該承載部可以用 來承載所需之物件，例如：網路攝影機、桌上型麥克風或 IPCAM等電腦週邊裝置，而該承載基座係用以承載支撐該承 載部，使該承載部可以相對應該承載基座進行不同角度的 旋轉作動。 將了第一磁極與一第二磁極分別置入3〇1，將一第一磁 極與一第二磁極分別置入該承載部與該承載基座，當然第 一磁極與第二磁極置入的方式，可以採用在該承載部與該 承載基座射出成型時，就預先將第一磁極與第二磁極埋入 的方式，通稱為預埋方式；或是採用在該承載部與該承 座預留可以嵌入之空間的方式，通稱為嵌入方式。至於土 一磁極與第二磁極，或承載部與承載基座的其它細部結 構、功用，已於前述之各實施例詳細描述過，在此便不" 述其詳細構成、裝設位置與功能。 為 接合該承載部與該承載基座3〇 2,對準接合該承 第一磁極與該承載基座之第二磁極，藉由第一磁極盥°一 磁極相互吸引的磁力，使該承載基座提供該承載部^二 ^ =果，當然對該承載部上所承載的物件亦有 ' ，也就是說，使該承載基座得以支撐該承載部於— 任思的角度位置。 、1253300 V. Inventive Note (5), the size of the magnetic force is designed by the size of the weight or the position of the center of gravity. As shown in FIG. 2, it is a schematic diagram of a method for supporting rotation of a computer peripheral device according to the present invention. The method includes the following steps: providing a bearing portion and a bearing base 30 0, wherein the bearing portion can be used To carry the required items, such as a computer peripheral device such as a network camera, a desktop microphone or an IPCAM, and the carrier base is used to carry and support the carrier portion, so that the carrier portion can be different from the carrier base. The rotation of the angle is actuated. The first magnetic pole and the second magnetic pole are respectively placed in the third pole, and a first magnetic pole and a second magnetic pole are respectively placed in the carrying portion and the carrying base. Of course, the first magnetic pole and the second magnetic pole are placed. The method of embedding the first magnetic pole and the second magnetic pole in advance when the bearing portion and the bearing base are injection molded may be generally referred to as a pre-buried manner; or in the supporting portion and the retaining seat The way to leave the space that can be embedded is known as the embedding method. As for the soil-magnetic pole and the second magnetic pole, or other detailed structure and function of the bearing portion and the bearing base, it has been described in detail in the foregoing embodiments, and the detailed configuration, installation position and function are not described herein. . In order to engage the carrying portion and the carrying base 3〇2, the first magnetic pole and the second magnetic pole of the carrying base are aligned and engaged, and the magnetic bearing is attracted by the magnetic poles of the first magnetic pole and the magnetic pole. The seat provides the bearing portion, and of course, the object carried on the carrying portion also has a ', that is, the supporting base can support the carrying portion at an angular position of the load. ,
圖式簡單說明 【圖式簡單說明】 圖一係為本發明之支撐旋轉結構較佳實施例之組合前 示意圖。 圖一係為本發明之支撐旋轉結構較施之組合完 成示意圖。 圖三係為本發明之支撐旋轉方法較佳實施流程示意 圖號說明： 100承載部 1 0 2網路攝影機 103第一磁極 104第二磁極 1 0 1承載基座 1 0 01第一耦合部 1 01 0第二耦合部 3 0 0 k供一承載部與一承載基座 301將一第一磁極與一第二磁極分別置入 302對準接合該承載部與該承載基座BRIEF DESCRIPTION OF THE DRAWINGS [Brief Description of the Drawings] Fig. 1 is a front view of a preferred embodiment of a supporting rotating structure of the present invention. Figure 1 is a schematic diagram of the combination of the support rotating structure of the present invention. Figure 3 is a flow chart of a preferred embodiment of the support rotation method of the present invention. Description: 100 carrier portion 102 network camera 103 first magnetic pole 104 second magnetic pole 1 0 1 carrier base 1 0 01 first coupling portion 1 01 a second coupling portion 300 k for a carrying portion and a carrying base 301 to respectively align a first magnetic pole and a second magnetic pole into the 302 and engage the supporting portion and the carrying base