1312845 九、發明說明： 【發明所屬之技術領域】 本發明有關一種可攜式電子產品，尤其是關於可攜式 電子產品中，用以支撐機體站立之腳架結構。 【先前技術】 可攜式電子產品輕薄短小容易攜帶，又具有隨時隨地 觀賞的優點。為了維持適當的觀賞角度，可攜式電子產品 一般利用簡單又容易收藏的腳架，支撐機體站立。 如圖1所示，為一習知的可攜式電子產品10，具有一 機體11，機體11背面設有收藏槽12及腳架13，收藏槽 12内凹於機體11背面，而腳架13 —端連結一枢軸14，樞 軸14可轉動樞設於收藏槽12的一端，使腳架13可轉出收 藏槽12，以另一端支撐可攜式電子產品10站立，進行觀 賞，或讓腳架13，轉入收藏槽12，整個沒入收藏槽12中， 以便不影響可攜式電子產品10整體外形的美觀及易於收 藏攜帶。 然而，目前可攜式電子產品10為了減輕重量利於攜 帶，將所有構件儘可能以塑膠材質製造。因而可攜式電子 產品10的腳架13與樞轴14，一般是利用塑膠材料將兩者 整體一體成形。再者，可攜式電子產品10的體積較小，極 易被使用者忽略，常受到不經意的碰撞或壓擠，使塑膠材 質製造、連接的腳架13與樞轴14，於連結的位置經常斷 裂折損。此外，習知可攜式電子產品，係利用結構較複雜 的樞轴，讓腳架達到任意定位，以便選擇適宜的觀賞角度， 1312845 惟較複雜的樞軸不僅成本高，複雜的結構也不適合設於内 部空間有限的可攜式電子產品中。因此，習知的可攜式電子 產品在腳架結構及定位上，仍有問題亟待解決。 【發明内容】 本發明之目的在提供一種可攜式電子產品腳架結構， 藉由結合螺栓連結腳架與樞軸，強化腳架的支撐強度，以 提高產品的品質。 本發明另一目的在提供一種可攜式電子產品腳架結 > 構，利用彈性體與樞軸緊密接觸的簡單結構，限制樞軸轉 動，使腳架可任意角度定位，以供選擇適當的觀賞角度。 為了達到前述發明的目的，本發明之可攜式電子產品 腳架結構，包含一固定座設於機殼底面，具有一軸孔及弧 狀的轉動槽，一彈性體固定於於固定座附近，設有一穿孔， 一樞轴穿設於軸孔與穿孔中，枢軸具有一螺孔露出於轉動 槽，而彈性體穿孔直徑大小略小於樞軸的直徑，以限制樞 > 轴轉動，一結合螺栓一端穿鎖過樞軸螺孔，與腳架較厚的 凸肋内之螺帽連結，而結合螺栓以螺栓頭露出轉動槽，並 沿著轉動槽移動，與固定座接觸限制腳架轉動。 【實施方式】 有關本發明為達成上述目的，所採用之技術手段及其 功效，茲舉較佳實施例，並配合圖式加以說明如下。 請參考圖2，為本發明可攜式電子產品20局部結構， 包含機體21、彈性體22、樞轴23、結合螺栓24及腳架25 等。主要將彈性體22固定在機體21，使樞軸23穿過彈性 1312845 體22，且可轉動地固定在機體21，再利用結合螺栓24連 結腳架25與枢軸23，讓腳架25支撐可攜式電子產品20 站立。 其中，機體21為可攜式電子產品20的殼體，底面上 設有固定座211 ’固定座211設有袖孔212，中央設有孤狀 的轉動槽213，機體21於接近軸孔212的位置，另設一軸 套214，軸套214的軸線對正轴孔212的軸線，機體21利 用兩限制塊215，由兩邊將軸套214固定在機體21上，機 B 體21在固定座211的下方另設有一收藏槽216。 彈性體22為橡膠等材質，設在軸套214相對轴孔212 的另一端，彈性體22中間具有一穿孔221，穿孔221的轴 線亦對正轴套214與軸孔212的轴線，兩侧由固定塊222 將彈性體22固定在機體21上。樞軸23為長條形的圓軸， 其上設有一穿透的第一螺孔231，樞軸23穿入穿孔221、 轴套214及軸孔212中，而受彈性體22、軸套214及固定 座211支撐，第一螺孔231恰露出於轉動槽213處，且因 > 樞軸23直徑略大於穿孔221的直徑，使彈性體22束缚住 框軸23，提供樞軸23適當的摩擦力，以限制枢軸23轉動， 但彈性體22為橡膠材質等之彈性物，其彈性仍容許樞軸 23強行轉動。 此外，結合螺栓24為一般市售標準規格的金屬螺栓， 一端穿入轉動槽213中，鎖入樞軸23的第一螺孔231，與 樞軸23形成連接，結合螺栓24並穿過第一螺孔231，另 一端為螺栓頭241，則伸出固定座211的轉動槽213。腳架 I312845 25為塑膠材質，設於機體21的背面，腳架25 一端凸出— 厚度較厚的凸月謂，凸月力251上設置一第二螺孔脱，第 —螺孔252内包覆-螺帽242(請參圖4)，結合螺检24可 垂入弟二螺孔252,鎖合於螺帽242而與腳架烈形成連結。 Λ如圖3所示’為本發明可攜式電子產品20在圖2中線 Α-Α方向之㈣面圖。本發明可攜式電子產品2{)組、， 謂螺帽242以於凸肋251中，例如在腳架烈射 ^即可該螺帽242 -體射出成形在腳架25的凸肋251 中的再將結合螺栓24 -端穿人轉動槽213中，鎖入抱輛 ^的弟一一螺孔231，與框軸23形成連接，結合螺栓24並 牙t弟-螺孔231再鎖入腳架25的凸肋251，盘 鎖合，使腳架25與_ 23形成連結，而結合螺检Μ另— 端的螺栓頭24卜則伸出固定座211的轉動槽213。 請再㈣參相2，本發日柯攜式電子產品⑼ 於展開腳架25使用時，藉由人力由腳架烈的外端^ =架：，利用腳架25的力矩，帶動結合螺栓24以柜 =3為中心’順著轉動槽213轉動，促使結 動柩轴.讓樞軸23抵抗彈性體22的束缚 =2與轴套214中，產生轉動，只要-放鬆= 利糊力’束缚住抱軸23,使腳㈣維持 ^腳架25的角度’因而腳架25就可隨意角度定位。 二腳架Μ推開至最大角度時’結合螺* 24的螺栓頭 =到達轉動槽213的终端，與固定座211接觸(請參考* " 目疋座211限制結合螺栓24再行轉動，因而固 1312845 定住腳架25的最大張開角度。當反向轉動腳架25時，結 合螺栓24順著轉動槽213，往轉動槽213另一端移動，直 到腳架25貼合機體21背面，進入收藏槽216，藉由彈性 體22對樞軸23的束缚力，使腳架25定位在收藏位置，以 利收藏。因而腳架25可在結合螺栓24接觸到固定座211 及收藏位置間，利用彈性體22對樞軸23的束缚力，任意 轉動腳架25的定位角度，選擇電子產品20最佳的擺放角 度。 B 因此，本發明之可攜式電子產品腳架結構，即可藉由 簡單的結合螺栓連結腳架與樞軸，以結合螺栓金屬強度， 作為主要的支點，改善塑膠過弱的連結力，達到強化腳架 支撐強度的功效。此外，本發明更利用彈性體直接接觸樞 軸簡單結構所產生的束缚力，使樞軸轉動，讓腳架可任意 角度定位，以支撐電子產品於適當的角度站立，而可依所 需選擇適當的觀賞角度。 以上所述者，僅用以方便說明本發明之較佳實施例，本發 > 明之範圍不限於該等較佳實施例，凡依本發明所做的任何 變更，於不脫離本發明之精神下，皆屬本發明申請專利之 1312845 【圖式簡單說明】 圖1為習知可攜式電子產品之立體圖。 圖2為本發明可攜式電子產品相關結構之局部立體圖。 圖3為圖2線A-A方向之側剖面圖。 【主要元件符號說明】 10 習知可攜式電子產品 11 機體 12 收藏槽 13 腳架 14 樞軸 20 可攜式電子產品 21 機體 211固定座 212軸孔 213轉動槽 214軸套 215限制塊 216收藏槽 22 彈性體 221穿孔 222固定塊 23 樞軸 231第一螺孔 1312845 24 結合螺栓 241螺栓頭 242螺帽 25 腳架 251凸肋 252第二螺孔1312845 IX. Description of the Invention: [Technical Field] The present invention relates to a portable electronic product, and more particularly to a structure of a tripod for supporting a standing body in a portable electronic product. [Prior Art] Portable electronic products are light, short, and easy to carry, and have the advantage of being viewed anytime, anywhere. In order to maintain an appropriate viewing angle, portable electronic products generally use a simple and easy to collect tripod to support the body standing. As shown in FIG. 1 , a conventional portable electronic product 10 has a body 11 . The back of the body 11 is provided with a receiving slot 12 and a stand 13 . The receiving slot 12 is recessed on the back of the body 11 , and the stand 13 is provided. The end is connected to a pivot 14 , and the pivot 14 is pivotally disposed at one end of the storage slot 12 , so that the stand 13 can be turned out of the storage slot 12 , and the other end supports the portable electronic product 10 to stand, watch, or let the foot The frame 13 is transferred into the storage slot 12 and is completely immersed in the storage slot 12 so as not to affect the overall appearance of the portable electronic product 10 and to be easily carried and stored. However, in the current portable electronic product 10, all components are made of plastic material as much as possible in order to reduce the weight and facilitate carrying. Therefore, the stand 13 and the pivot 14 of the portable electronic product 10 are generally integrally formed by using a plastic material. Moreover, the portable electronic product 10 is small in size, easily overlooked by the user, and is often inadvertently collided or crushed, so that the plastic material is manufactured, and the connected tripod 13 and the pivot 14 are often connected. Breakage breakage. In addition, the conventional portable electronic products utilize a more complicated pivot to allow the stand to be positioned at an arbitrary position in order to select an appropriate viewing angle. 1312845 However, the more complicated pivot is not only costly, but also complicated structure. In portable electronic products with limited internal space. Therefore, the conventional portable electronic products still have problems in the structure and positioning of the tripod. SUMMARY OF THE INVENTION The object of the present invention is to provide a portable electronic product tripod structure, which combines a tripod and a pivot by a bolt to strengthen the support strength of the tripod to improve the quality of the product. Another object of the present invention is to provide a portable electronic product tripod structure, which utilizes a simple structure in which an elastic body is in close contact with a pivot shaft, restricts pivoting, and allows the tripod to be positioned at an arbitrary angle for proper selection. Viewing angle. In order to achieve the object of the foregoing invention, the portable electronic product tripod structure of the present invention comprises a fixing seat disposed on the bottom surface of the casing, having a shaft hole and an arc-shaped rotating groove, and an elastic body is fixed near the fixing seat. a perforation, a pivot shaft is disposed in the shaft hole and the through hole, the pivot shaft has a screw hole exposed in the rotation groove, and the diameter of the elastic body perforation is slightly smaller than the diameter of the pivot shaft to limit the pivoting of the shaft, and one end of the bolt is combined The lock is inserted through the pivot screw hole, and is coupled with the nut in the thick rib of the tripod, and the joint bolt exposes the rotation groove with the bolt head, and moves along the rotation groove, and contacts the fixed seat to restrict the rotation of the stand. [Embodiment] The present invention has been made in view of the above-described objects, the technical means employed, and the effects thereof, as described in the accompanying drawings. Referring to FIG. 2, a partial structure of the portable electronic product 20 of the present invention includes a body 21, an elastic body 22, a pivot shaft 23, a coupling bolt 24, a foot frame 25, and the like. The elastic body 22 is mainly fixed to the body 21, the pivot shaft 23 is passed through the elastic body 1312845, and is rotatably fixed to the body 21, and then the coupling bracket 25 and the pivot shaft 23 are coupled by the coupling bolt 24, so that the tripod 25 supports the carrier. Electronic product 20 stands. The body 21 is a casing of the portable electronic product 20, and the bottom surface is provided with a fixing base 211. The fixing seat 211 is provided with a sleeve hole 212, and a centrally-shaped rotating groove 213 is disposed at the center, and the body 21 is adjacent to the shaft hole 212. A shaft sleeve 214 is further disposed. The axis of the sleeve 214 is aligned with the axis of the shaft hole 212. The body 21 is fixed to the body 21 by the two limiting blocks 215. The machine body B is at the fixing base 211. There is also a collection slot 216 below. The elastic body 22 is made of rubber or the like, and is disposed at the other end of the sleeve 214 opposite to the shaft hole 212. The elastic body 22 has a through hole 221 therebetween. The axis of the through hole 221 is also aligned with the axis of the positive sleeve 214 and the shaft hole 212. The elastic body 22 is fixed to the body 21 by a fixing block 222 on the side. The pivot shaft 23 is an elongated circular shaft, and a first threaded hole 231 is formed therein. The pivot shaft 23 penetrates into the through hole 221, the sleeve 214 and the shaft hole 212, and is received by the elastic body 22 and the sleeve 214. And the fixing base 211 is supported, the first screw hole 231 is exposed at the rotation groove 213, and because the diameter of the pivot shaft 23 is slightly larger than the diameter of the through hole 221, the elastic body 22 is bound to the frame shaft 23, and the pivot shaft 23 is provided. The frictional force restricts the rotation of the pivot shaft 23, but the elastic body 22 is an elastic material such as a rubber material, and its elasticity still allows the pivot shaft 23 to forcibly rotate. In addition, the coupling bolt 24 is a metal bolt of a general commercial standard, one end penetrates into the rotation groove 213, and is locked into the first screw hole 231 of the pivot shaft 23, and is connected with the pivot shaft 23, and is coupled with the bolt 24 and passes through the first The screw hole 231 has a bolt head 241 at the other end, and protrudes from the rotation groove 213 of the fixing base 211. The footrest I312845 25 is made of plastic material and is disposed on the back of the body 21, and one end of the tripod 25 is protruded - a thicker convex moon is said, and a second screw hole is provided on the convex moon force 251, and the first screw hole 252 is wrapped. The cover-nut 242 (refer to FIG. 4) can be inserted into the second screw hole 252 in combination with the screw check 24, and is locked to the nut 242 to form a connection with the stand. 3 is a (four) side view of the portable electronic product 20 of the present invention in the direction of the line Α-Α in FIG. The portable electronic product 2{) group, the nut 242 is formed in the rib 251, for example, on the stand, the nut 242 is formed in the rib 251 of the stand 25 Then, the bolt 24 - end is inserted into the rotating groove 213, and the screw hole 231 of the holding body is locked, and the frame shaft 23 is connected with the bolt 24 to lock the foot. The ribs 251 of the frame 25 are disk-locked to form a joint between the legs 25 and _23, and the bolt heads 24 of the other ends of the splicing joints protrude from the rotation grooves 213 of the fixing base 211. Please (4) Participate in phase 2, this time, the Japanese-style electronic product (9) is used when the expansion stand 25 is used, and the outer end of the stand is made by the human hand ^= frame: the torque of the stand 25 is used to drive the joint bolt 24 Rotating along the rotation groove 213 as the center of the cabinet=3 causes the boring shaft to be engaged. The pivot shaft 23 resists the restraint of the elastic body 22=2 and the sleeve 214, and the rotation is generated as long as - relax = glutinous force 'binding The axle 23 is held so that the foot (four) maintains the angle of the footrest 25 so that the tripod 25 can be positioned at an arbitrary angle. When the bipod is pushed to the maximum angle, the bolt head of the combination screw 24 reaches the end of the rotation groove 213 and comes into contact with the fixing base 211 (please refer to * " the yoke 211 restricts the coupling bolt 24 to rotate again, thus The solid 1312845 fixes the maximum opening angle of the stand 25. When the stand 25 is reversely rotated, the coupling bolt 24 moves along the rotating groove 213 to the other end of the rotating groove 213 until the stand 25 is attached to the back of the body 21 and enters the collection. The slot 216, by the binding force of the elastic body 22 to the pivot 23, positions the stand 25 in the stowed position for the collection. Thus, the stand 25 can be contacted between the fixed seat 211 and the stowed position by the coupling bolt 24, utilizing elasticity The binding force of the body 22 to the pivot shaft 23, the positioning angle of the arbitrarily rotating the tripod 25, selects the optimal placement angle of the electronic product 20. B. Therefore, the portable electronic product tripod structure of the present invention can be simply The combination of the bolts and the pivots is combined with the strength of the bolt metal to serve as the main fulcrum to improve the weak coupling force of the plastic to achieve the effect of strengthening the strength of the support of the tripod. In addition, the invention further utilizes the elastic body to directly contact the pivot. The binding force generated by the single structure allows the pivot to rotate, allowing the stand to be positioned at an arbitrary angle to support the electronic product to stand at an appropriate angle, and the appropriate viewing angle can be selected as desired. The preferred embodiments of the present invention are not limited to the preferred embodiments, and any changes made in accordance with the present invention are claimed in the present invention without departing from the spirit of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a perspective view of a conventional portable electronic product. Figure 2 is a partial perspective view of a portable electronic product related structure of the present invention. Figure 3 is a side cross-sectional view of the line AA of Figure 2 . [Main component symbol description] 10 Conventional portable electronic products 11 Body 12 Collection slot 13 Tripod 14 Pivot 20 Portable electronic product 21 Body 211 Fixing seat 212 Shaft hole 213 Rotation slot 214 Bushing 215 Limit block 216 Collection Slot 22 Elastomer 221 Perforation 222 Fixing block 23 Pivot 231 First screw hole 1312845 24 Bonding bolt 241 Bolt head 242 Nut 25 Tripod 251 Rib 252 252 Second screw hole