1310476 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種手持式相機及閃光燈之固定架，尤 其才曰一種可讓使用者自由調整相機與閃光燈的雙重位 置，及提供拍攝時雙手操作上更為方便的創新改良結構。 【先前技術】 在拍攝(photography)相片過程中，光源問題是一個很 重要的因素。通常在攝影環境光源不足的情況下，為了獲 得適當的光源已取得較佳的相片品質，最普遍的做法是將 閃光燈（flash)裝置在相機頂部的固定座，利用閃光燈 的光源達到增加環境光源的目的。 因此，拍攝時的閃光燈使用技巧極為重要，為了避免 被拍攝物體於拍攝時而產生陰影（shadows)的問題 ，可以 凋整閃光燈和相機鏡頭的相對擺放位置以解決陰影困擾。 以欲減少被拍攝物體之陰影為例，閃光燈的最佳位置是間 隔相機鏡頭一特定距離的正上方，又向後的位置。此種位 置了以避免因為閃光燈光源過於靠近鏡頭而被其遮播的 缺點，而獲得較均勾的光線，將被攝影物體之陰影降到最 小。另一個拍攝人物影像時常遇到的紅眼(redeye)問題， 也可以藉由調整閃光燈光軸與鏡頭光軸間的角度加以解 * 1310476 決。紅眼問題的產生是因為人類的眼睛對光線強弱的反應 所造成。在明亮的光線下，瞳孔是小的，在昏暗的光線下， 瞳孔為了讓較多的光線進入眼睛而放大。如果閃光燈距離 相機鏡頭太近，導致兩者的光轴夾角角度太小，當閃光燈 閃動％•’光線會大量穿過放大的瞳孔’並反射出視網膜上 血管的顏色。因此當光線反射回相機鏡頭時，就會使得影 像出現紅眼的情況’特別是在室内光線較弱時情況特別嚴 重。有效解決紅眼問題的方法’是將閃光燈移至遠離鏡頭 的地方，使得閃光燈的光線不要直接照射眼睛，避免視網 膜的光線反射至鏡頭。 然而’因為閃光燈直接固定在相機上方之固定座，使 得閃光燈光軸與相機鏡頭光軸間的相對位置無法改變，造 成閃光燈光軸角度無法隨被拍攝物與鏡頭間的位置關係 做有效調整，致使影像品質不佳。 另-種手持式的固定架’可同時固定閃光燈與相機， 並配合使用有線的訊號傳輸線或無線的訊號接收器與相 機的閃光燈觸發訊號相互連接，而不需將閃光燈直接麥置 在相機上端的固定架，使得閃光燈與相機鏡頭之間可以獲 得較長的麟。以高級辭持式峡“例，為符合實際 拍照時相機的使赌況’在結構上均將相機橫向與縱向的 6 1310476 握持使財式加崎計改L，其在狀燈光轴與鏡 頭間光軸的角度霞性與使用者簡㈣輯的手部舒 適性及整體解構的輕巧性仍不理想，尚有很大的改善空 所以攝衫業界急需一種裝置於拍攝時能夠同時輕鬆 調整拍攝所需之閃統光_鏡關練肖度並減少陰 • 影及紅眼的產生’提高攝影的品質。而且此種裝置大部分 使用時機為手持式，因此結構與重量上必須儘量簡單、輕 巧，以便利使用者進行影像拍攝。 【發明内容】 本發明之主要目的是提供一種能滿足拍攝時之多種需 求及讓操作時更為便利性之手持式固定架，該手持式固定 • 帛在固定相機與閃光燈的同時，能讓使用者對兩者的位置 自由作调整，針對拍攝過程中希望克服的問題，例如減少 拍攝物體時所產生的陰影、紅眼、或產生特殊角度的陰 影…等，皆在調整的過程中——克服。另外配合增設於手 持固定架上的凹槽結構’讓操作的手更為靈活，相對的另 一支手在調整鏡頭時也較為方便；整體而言，本發明之設 計在拍攝的前置過程中，以可調整相機及閃光燈的雙重位 置’滿足拍攝環境上多樣化的需求，在拍攝日寺，凹槽的設 7 * 1310476 計則能帶來操作的便利性，讓使用者在拍攝時如魚得水無 往不利。 本發明之次要目的是提供一種結構簡單、重量輕巧的 手持式固定架，讓使用者在操作使用時更為靈活方便，也 不會造成手部的負擔，另外結構簡單成本低，再搭配上述 的優點’讓產品更具實用性及市場競爭力。 為達上述之目的，本發明之手持固定架為一相似於匚 子型的设計，由一第一固定面、一第二固定面與一凹槽所 構成。該第一固定面為橫向平面設計，其上設有滑槽，為 固定一相機的位置；此第二固定面為具有縱向面及橫向面 的％曲面没計，其上設有滑槽，為固定閃光燈之處；另設 有—凹槽分別與第一固定面及第二固定面相連接，並於第 • 一固定面一側形成一凹陷的空間，為方便使用者的手部握 * 持活動。此固定架更包含兩個固定元件，可分別為固定相 機於此第一固定面及閃光燈於此第二固定面。 在本發明上，由於第一固定面上的滑槽能夠配合多種 不同的相機機型’且可輕易地移動於此滑槽間，使用上便 利性更大。閃光燈則能移動於第二固定面上的滑槽中，不 疋仏向或是縱向皆能夠配合相機調整拍攝時所需的閃 8 !310476 光角度’以滿足拍攝時多樣的需求，例如消除或將陰影效 果減少到最少、麵紅眼現象.··等。另外目前市面上所販 t的相機’ υ為電子及製造技術的進步而賴輕薄短小的 特性’體積有愈來愈小的趨勢。但是，一般人握持相機進 ^丁拍攝動作時’整個手掌的的垂直高度約為13〜16公分， 目刚大部分的相機高度多在7~11公分，因此拍攝影像時 手掌底部會低於相機底部約2~5公分。因此，本發明中， Φ 凹槽的设計非常有利於使用者抓握相機的應用 ，由於此凹 槽的平面低於m定相機的平面，所以提供—足触間為擺 放使用者的手掌，使得使用時更得心應手。另外由於有凹 槽的結構’按壓相機快門的右手則可供擺放，此時手持固 定架主體結構皆在相機的右側方向，故左手在操作相機鏡 頭時’也不會受到手持固定架的干涉，讓雙手在操作上為 方便。 為了避免固定元件遺失時，造成使用者於使用上的困 擾，本發明分別於第-固定面與第二固定面的邊端，設叶 -螺絲孔洞作料暫時固定朗仏件；或者採用繩索_ 端固定在此固定元件上，而另一端則固定於手持固定架 上，使得此固定元件在不使用時不會輕易遺失。 茲配合下列圖示、實施例之詳細說明及申請專利範 9 1310476 圍，將上述及本㈣之其他目的贿料述於後。 【實施方式】 ，帛-圖為本發明之*_。本翻之傾相定架丄 包含-第-固定面2、-第二固定面3、及—凹槽4,整體 為—體成型外型相似於匸字型之設計。此第-固定面2的 中間部份設有一滑槽21，其另一邊端相接於凹槽4的一 # 端，凹槽4的位置是底於第一固定面2的水平面’在本實 施例中為似U字形，但不以此為限，也可為圓弧狀或曲I 狀，僅須保有—個低於第_固定面2位置的凹陷區域空間 即可。該第二固定面3主要是由一橫向面32與—縱向面 33所構成’另設有-弧面34連接此橫向面32與此縱向面 33，該第二固定面3之縱向面33則相接於該凹槽4的另 一端。而於第二_面3中間部位設有—滑槽31，此滑槽 • 31連通設置於橫向面32、娘面34及縱向面33處，此處 為閃光燈的設置位置’枝使用者調整其所在位置。 另外，此手持式固定架1更包含兩個固定元件，其分 別用以g]閃光燈與—照相機，於本發日种制螺絲5】 與52為固定元件之範例，但並不以此為限，只要能將閃 光燈與照相機經滑槽固定於手持固定架處，皆可為本發明 之固定元件的結構。為避免螺絲51、52容易遺失的困擾， 10 本實施例於第一固定面2上另設有一螺絲孔洞22，而第二 固定面3上另設有一螺絲孔洞35，當未使用時，可將此螺 絲51、52鎖在螺絲孔洞23、35中，以作為暫時固定螺絲 51、52的功用》 第二圖為本發明與相機、閃光燈的組合，以橫向方式 使用之示意圖。請先參閱粗線所示，該螺絲51穿過滑槽 21至相機6底部的一特定孔洞（圖中無標示）做鎖合，當 螺絲51被緊鎖之後，能夠將相機6緊密的固定在第—固 疋面2之上，使相機6固定不會滑動。欲調整時，稍為鬆 動螺絲5卜使相機6可滑動於滑槽21中，當滑至-適當 點時’再將螺絲51轉緊則能夠將相機6緊密固定。螺絲 52穿過滑槽31至閃光燈7底部的-同步餘接頭71的 孔洞（圖中無標示)做鎖合，當螺絲52被緊鎖之後，能夠 將此閃光燈7緊密_定在第二@定面3之上，使閃光燈 7狀不會滑動。在本實施例中’該同步餘接頭71是 如…..·泉方式與相機6相配合，以適時驅動該閃光燈7發亮。 於拍攝過&巾，使用者將因環境光線的強弱、拍攝 物大J拍攝目的...等，克服一些問題或滿足特定條件， : 出最、、；所頊的拍攝效果’藉由本發明之設計即可達 成以下特別舉出—些例子以供說明。例如欲克服陰影產 .1310476 生時，如第二圖之粗線所示，利用閃光燈7位於照相機6 光圈中心點的上方位置，使被拍攝物之陰影形成於後方， 或接近拍攝物底部的最近區域，減少照相機6攝取到陰影 的機會’使得成像品質及效果更佳。另外利用不同角度^ 陰影為呈現被拍攝物體’亦是拍攝技術中不可或缺的技巧 之-。本發簡能閃統與域之間角度的相互調整 變化，進而符合拍攝所需陰影之角度。請參考帛二圖之假 • 想線所示，由於相機6能於第一固定面2上之滑槽21上 移動，鏡頭最右及最左側的位置分別為位置6a及此處， 而位於上方的閃光燈7也能在第二固定面3之滑槽&上 移動，閃光燈7左右移_距離較大，分顺位置％及 7b，因此減6及閃光燈7兩者光軸所能調整的角度範圍 即為角度α，在此角度α範圍内，使用者皆可利用移動相 機或閃光燈的方式來滿足祕上呈_定陰影效果的需 求0 第三圖為本發明與相機、閃光燈的組合，為呈現縱向 使用方式之示意圖。當相機6欲以縱向方式拍攝時，只要 藉由稍為鬆動螺絲52,關級7即可於滑槽31處滑動， 以將閃光燈了移動至縱向面33的位置，再配合此相機6 的位置，测光燈7調整至此相機6的光軸中心位置的正 上方，再將螺絲52轉緊則能夠將閃光燈7緊密固定，此 1310476 亦此輕易解決拍照時可能造成的陰影問題。當被拍攝物體 需要有特定角度的陰影效果時，利用相機6於第一固定面 2之位置6a至位置6b之間的移動，以及閃光燈7於位置 7c至位置7d之間的移動，所形成的角度範圍角度万，即 -驗向賴時·的肢，也能滿足使时拍攝上多 樣化的需求。另外由於相機6與閃光燈7之間的縱向距離 的改變’可由調整移動相機6位置來達成，藉此距離的增 • 力° ’制光燈之練不會直純场能夠有效 降低紅眼產生關題。综合以上所述，本發明之手持 固定架在拍攝初期的前置作業中，即可利用相機與閃光燈 位置的調整，滿足或克服拍攝過程中可能遇到的問題。 在本發明中為了方便調整閃光燈於相機的上方位置， 該第二固定面之橫向面最好平行於第一固定面，而第二固 • 定面之縱向面與第一固定面的夾角則為90度，但是並不 因此限制僅能為此角度。 請參照第四圖，第四圖為本發明之實際使用時的另一 種實施例圖。由於本發明之凹槽4的兩邊端分別與第一固 定面2及第二固定面3的一邊端相連接，並於第一固定面 2 —側形成一凹陷的空間’操作者在使用此手持式固定架 1時’握相機6的手掌9能夠輕易谷易地做擺放，在目前 13 * 1310476 相機6尺寸愈做愈小_勢下，大部分咐目機高度多在 7〜U公分’而整個手掌的的垂直高度約為13〜丨6公分，因 此拍攝影像時手掌底部會低於相機底· Μ公分，此時 凹槽4的設計則能使手掌9擺放其中，也為操作上帶來相 當的方便性。再者，由於—般相機快Η的按鍵皆在右邊， 如圖所示手掌9也為右手掌，因此第二固定面3的主體結 構皆分佈於渊’本伽之另—舰岐讓制者在操作 時’左手難域之_，而不會他結構所 干涉，在操作上更為方便。 第五圖為本發明的第二種實施例圖。在本實施例中， 每-個螺㈣（或52) ’ _端是連接著—齡81(或82)， 另端則固於固定手持式固定架i處，其中該螺絲51是 以繩索81 S]定於第-固定面2處，而螺絲52則以繩索82 固疋於第二固定面3處，如此—來，當螺絲5卜52於不 使用時，即不會㈣遺失，避免造成使用者關擾，使用 曰再鎖緊於閃光燈或相機底部即可。 第六圖為本發明的第三實施例圖。於本實施例中，分 別於滑槽2卜31的關邊軸髓祕23、36，其功能 為防止固定於第一固定面2與第二固定面3上部的物體受 至㈤損或破壞。凹槽4的橫向面設有—螺絲孔洞41 ，使此 14 1310476 手持式固定架1能夠與傳統三腳架（圖中無標示）上的固定 螺絲做結合，使拍攝方式具有更多使用變化。 惟，以上所述者，僅為本發明之列舉實施例而已，當 不能以此限疋本發明實施之範圍。即大凡依本發明申請專 利範圍所作之均等變化與修飾，皆應仍屬本發明專利涵蓋 之範圍内。 【圖式簡單說明】 第一圖為本發明之示意圖。 第二圖為本發明與相機朗光燈之組合示意圖 第三圖為本發明使用時之示意圖； 第四圖為本發明使㈣之另—種狀態之示意圖 第五圖為本發明的第二種實施例圖。 第六圖為本伽的第三種實施例圖。 【主要元件符號說明】 22螺絲孔洞 1手持式固定架 2第一固定面 Μ滑槽 23保護壓條 3苐一固定面 1310476 31滑槽 32橫向面 33縱向面 34弧面 35螺絲孔洞 36保護壓條 4凹槽 41螺絲孔洞 51螺絲 52螺絲 6相機 6a位置 6b位置 7閃光燈 71同步熱靴接頭 7a位置 7b位置 7c位置 7d位置 8繩索 9手掌 角度a 角度/5 161310476 IX. Description of the Invention: [Technical Field] The present invention relates to a fixed camera for a handheld camera and a flash, in particular, a dual position allowing the user to freely adjust the camera and the flash, and providing both hands during shooting Innovative and improved structure that is more convenient to operate. [Prior Art] The light source problem is an important factor in the process of photographing photos. Usually, in the case of insufficient photographic environment light source, in order to obtain a suitable light source to obtain better photo quality, the most common method is to use a flash device on the top of the camera, and use the light source of the flash to increase the ambient light source. purpose. Therefore, the flashing technique at the time of shooting is extremely important. In order to avoid the problem of shadows caused by the subject being photographed, the relative positions of the flash and the camera lens can be eroded to solve the shadow problem. For example, to reduce the shadow of the object to be photographed, the optimal position of the flash is directly above and at a certain distance from the camera lens. This position is used to avoid the disadvantage of being blocked by the flash light source too close to the lens, and to obtain a more uniform light that minimizes the shadow of the object being photographed. Another redeye problem that is often encountered when shooting a person's image can also be solved by adjusting the angle between the flash's optical axis and the lens's optical axis. The red eye problem is caused by the reaction of the human eye to the intensity of light. In bright light, the pupil is small, and in dim light, the pupil zooms in for more light entering the eye. If the flash is too close to the camera lens, causing the angle of the optical axis to be too small, when the flash flashes, the light will pass through the enlarged pupil and reflect the color of the blood vessels on the retina. Therefore, when light is reflected back to the camera lens, it will cause red-eye of the image', especially when the room is weak. The effective way to solve the red-eye problem is to move the flash away from the lens so that the light from the flash does not directly illuminate the eye and the light from the retina is reflected to the lens. However, because the flash is directly fixed to the fixed seat above the camera, the relative position between the flash optical axis and the optical axis of the camera lens cannot be changed, so that the optical axis angle of the flash cannot be effectively adjusted according to the positional relationship between the subject and the lens. The image quality is not good. Another hand-held holder can hold the flash and the camera at the same time, and use the wired signal transmission line or the wireless signal receiver to connect with the camera's flash trigger signal without the need to place the flash directly on the top of the camera. The holder allows for a longer lining between the flash and the camera lens. In the case of the high-level resignation gorge "in the case, in order to meet the actual camera gambling situation", the camera is horizontally and longitudinally held by the 6 1310476, so that the financial model is changed to L, its in-line light axis and lens The angle of the optical axis and the hand comfort of the user's (4) series and the lightness of the overall deconstruction are still not ideal, and there is still a great improvement. Therefore, the camera industry urgently needs a device that can easily adjust the shooting at the same time. The required flash light _ mirror closes the degree and reduces the generation of shadows and red eyes to improve the quality of photography. Moreover, most of the devices are hand-held, so the structure and weight must be as simple and light as possible. SUMMARY OF THE INVENTION The main object of the present invention is to provide a hand-held holder that can meet various needs in shooting and is more convenient to operate, and that is fixed in a fixed camera. At the same time as the flash, the user can adjust the position of the two freely, and the problems that he wants to overcome during the shooting, such as reducing the yin generated when shooting the object. , red eye, or special angle of shadow...etc., all in the process of adjustment - overcoming. In addition, the groove structure added to the hand-held holder makes the hand of the operation more flexible, and the other hand is It is also convenient to adjust the lens; overall, the design of the present invention can adjust the dual position of the camera and the flash during the pre-shooting process of the shooting to meet the diverse needs of the shooting environment, in the shooting of the temple, the groove The 7 * 1310476 meter can bring convenience to the operation, so that the user can enjoy the water when shooting. The second objective of the present invention is to provide a hand-held fixing frame with simple structure and light weight, which can be used by the user during operation. It is more flexible and convenient, and it does not cause the burden on the hand. In addition, the structure is simple and low in cost, and the advantages mentioned above are combined to make the product more practical and competitive in the market. For the above purposes, the hand held fixture of the present invention is A design similar to the scorpion type is composed of a first fixing surface, a second fixing surface and a groove. The first fixing surface is a horizontal plane design The sliding slot is provided with a position for fixing a camera; the second fixing surface is a % curved surface having a longitudinal surface and a lateral surface, and the sliding groove is provided thereon for fixing the flashing lamp; The slots are respectively connected to the first fixing surface and the second fixing surface, and a recessed space is formed on one side of the first fixing surface for holding the movement of the hand of the user. The fixing frame further comprises two fixing elements. The first fixed surface of the fixed camera and the second fixed surface of the flash can be respectively fixed on the second fixed surface of the camera. In the present invention, since the sliding groove on the first fixed surface can be matched with a plurality of different camera models' and can be easily moved This chute is more convenient to use. The flash can be moved in the chute on the second fixed surface, and the flash can be adjusted with the camera to adjust the shooting angle of the lens! To meet the diverse needs of shooting, such as to eliminate or minimize the shadow effect, red-eye phenomenon. In addition, the cameras currently on the market have become increasingly smaller and smaller in terms of the advantages of electronics and manufacturing technology. However, when the average person holds the camera and shoots, the vertical height of the entire palm is about 13 to 16 cm. Most of the camera height is 7 to 11 cm, so the bottom of the palm will be lower than the camera when shooting images. The bottom is about 2~5 cm. Therefore, in the present invention, the design of the Φ groove is very advantageous for the user to grasp the application of the camera. Since the plane of the groove is lower than the plane of the m camera, the foot is placed to place the palm of the user. To make it easier to use. In addition, due to the structure of the groove, the right hand of the camera shutter can be placed. When the structure of the hand-held holder is in the right direction of the camera, the left hand will not interfere with the hand-held holder when operating the camera lens. Let your hands be easy to operate. In order to avoid the user's use troubles when the fixing component is lost, the present invention respectively provides a temporary fixing device for the leaf-screw hole to the edge of the first fixing surface and the second fixing surface, or a rope _ end It is fixed on this fixing element, and the other end is fixed on the hand-held holder, so that the fixing element will not be easily lost when not in use. The above and the other purpose bribes of (4) are described below in conjunction with the following diagrams, the detailed description of the examples and the application for patents 9 1310476. [Embodiment] The 帛-picture is the *_ of the invention. The tilting phase definite frame 包含 includes a -first fixing surface 2, a second fixing surface 3, and a groove 4, and the overall body-shaped outer shape is similar to the 匸-shaped design. The middle portion of the first fixing surface 2 is provided with a sliding slot 21, the other end of which is connected to one end of the recess 4, and the position of the recess 4 is the horizontal plane of the first fixing surface 2 in the present embodiment. In the example, it is U-shaped, but it is not limited thereto. It may also be arc-shaped or curved I-shaped. It is only necessary to maintain a recessed area space lower than the position of the first fixed surface 2. The second fixing surface 3 is mainly composed of a lateral surface 32 and a longitudinal surface 33. The additional surface 34 is connected to the lateral surface 32 and the longitudinal surface 33. The longitudinal surface 33 of the second fixing surface 3 is It is connected to the other end of the groove 4. The intermediate portion of the second_face 3 is provided with a sliding slot 31, and the sliding slot 31 is connected to the lateral surface 32, the mother plane 34 and the longitudinal surface 33, where the position of the flash is adjusted. location. In addition, the hand-held mounting bracket 1 further includes two fixing components, which are respectively used for the flashlight and the camera, and the screws 5 and 52 are fixed components on the present day, but are not limited thereto. As long as the flash and the camera can be fixed to the hand-held holder through the chute, the structure of the fixing component of the present invention can be used. In order to avoid the problem that the screws 51 and 52 are easily lost, the present embodiment further has a screw hole 22 on the first fixing surface 2, and a screw hole 35 is further disposed on the second fixing surface 3, and when not in use, The screws 51 and 52 are locked in the screw holes 23 and 35 as the functions of the temporary fixing screws 51 and 52. The second figure is a schematic view of the combination of the invention and the camera and the flash lamp, which is used in a lateral manner. Please refer to the thick line first, the screw 51 passes through the chute 21 to a specific hole at the bottom of the camera 6 (not shown), and when the screw 51 is locked, the camera 6 can be tightly fixed. Above the first solid surface 2, the camera 6 is fixed and does not slide. When the adjustment is made, the camera 6 can be slid in the chute 21 by slightly loosening the screw 5, and the camera 6 can be tightly fixed by tightening the screw 51 when it is slid to the appropriate point. The screw 52 passes through the chute 31 to the hole of the synchronous joint 71 at the bottom of the flash lamp 7 (not shown), and when the screw 52 is locked, the flash 7 can be tightly set to the second Above the face 3, the flash 7 does not slide. In the present embodiment, the sync coupling 71 is engaged with the camera 6 in a manner such as a spring to drive the flash 7 to illuminate in a timely manner. In the filming of the & towel, the user will overcome some problems or meet specific conditions due to the intensity of the ambient light, the purpose of the subject, etc., to: The design can achieve the following special examples - some examples for illustration. For example, if you want to overcome the shadow production. 1310476, as shown by the thick line in the second figure, the flash 7 is located above the center point of the aperture of the camera 6, so that the shadow of the subject is formed at the rear, or near the bottom of the subject. The area, which reduces the chance of the camera 6 ingesting shadows, makes the image quality and effect better. In addition, using different angles ^ shadows to present the subject is also an indispensable skill in shooting technology. This is a change in the angle between the flash and the field, which in turn matches the angle of the desired shadow. Please refer to the figure of the second figure. • As shown by the line, since the camera 6 can move on the chute 21 on the first fixed surface 2, the right and left positions of the lens are respectively at position 6a and here, and above. The flash lamp 7 can also move on the chute & 2 of the second fixed surface 3, and the flash lamp 7 moves left and right _ the distance is large, and the position is divided by % and 7b, so the angle of the optical axis of both the flash and the flash 7 can be adjusted. The range is the angle α. In this range of angle α, the user can use the method of moving the camera or the flash to meet the demand of the secret shadow effect. The third figure is the combination of the invention and the camera and the flash. A schematic representation of the vertical usage. When the camera 6 is to be photographed in a portrait manner, the level 7 can be slid at the chute 31 by slightly loosening the screw 52 to move the flash to the position of the longitudinal surface 33, and then cooperate with the position of the camera 6. The metering lamp 7 is adjusted directly above the center position of the optical axis of the camera 6, and then the screw 52 is tightened to fix the flash 7 tightly. This 1310476 also easily solves the shadow problem that may occur when photographing. When the object to be photographed needs a shadow effect of a specific angle, the movement of the camera 6 between the position 6a to the position 6b of the first fixing surface 2, and the movement of the flash lamp 7 between the position 7c and the position 7d are formed. The angle range of the angle of 10,000, that is, the limbs of the inspection-time Lai, can also meet the diversified needs of shooting. In addition, the change in the longitudinal distance between the camera 6 and the flash unit can be achieved by adjusting the position of the moving camera 6, whereby the increase in the distance of the light can not effectively reduce the red eye. In summary, the hand-held holder of the present invention can utilize the adjustment of the position of the camera and the flash in the initial operation of the shooting to meet or overcome the problems that may be encountered during the shooting. In the present invention, in order to facilitate the adjustment of the position of the flash lamp above the camera, the lateral surface of the second fixing surface is preferably parallel to the first fixing surface, and the angle between the longitudinal surface of the second fixing surface and the first fixing surface is 90 degrees, but it is not limited to this angle. Please refer to the fourth figure, which is a diagram showing another embodiment of the present invention in actual use. Since the two ends of the recess 4 of the present invention are respectively connected to one end of the first fixing surface 2 and the second fixing surface 3, and a recessed space is formed on the side of the first fixing surface 2, the operator uses the handheld When the holder 1 is used, the palm 9 of the camera 6 can be easily placed. In the current 13 * 1310476 camera 6 is getting smaller and smaller. Under the trend, most of the eyepieces are at a height of 7 to U cm. The vertical height of the entire palm is about 13~6 cm, so the bottom of the palm will be lower than the bottom of the camera when shooting the image. At this time, the design of the groove 4 can put the palm 9 in it, also for the operation. Brings considerable convenience. Moreover, since the buttons of the camera are all on the right side, as shown in the figure, the palm 9 is also the right palm, so the main structure of the second fixed surface 3 is distributed in the same side of the 'Benga'. In operation, 'the left hand is difficult to _, without his structure interference, it is more convenient in operation. The fifth figure is a diagram of a second embodiment of the present invention. In this embodiment, each of the screw (four) (or 52) ' _ end is connected to the age 81 (or 82), and the other end is fixed to the fixed hand held mount i, wherein the screw 51 is a rope 81 S] is fixed at the first fixed surface 2, and the screw 52 is fixed to the second fixed surface 3 by the rope 82, so that when the screw 5 52 is not used, it will not be lost (4), avoiding The user turns off the disturbance and uses the 曰 to lock the flash or the bottom of the camera. Figure 6 is a diagram of a third embodiment of the present invention. In the present embodiment, the edge shafts 23, 36 of the chute 2, 31, respectively, function to prevent the objects fixed to the upper portions of the first fixing surface 2 and the second fixing surface 3 from being damaged or broken. The lateral face of the recess 4 is provided with a screw hole 41, so that the 14 1310476 hand-held mount 1 can be combined with a fixing screw on a conventional tripod (not shown), so that the shooting mode has more variations in use. However, the above description is only for the enumerated embodiments of the present invention, and is not intended to limit the scope of the present invention. That is, the equivalent changes and modifications made by the patent application scope of the present invention should still be within the scope of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic view of the present invention. The second diagram is a schematic diagram of the combination of the invention and the camera glare lamp. The third diagram is a schematic diagram of the invention when used in the present invention. The fourth diagram is a schematic diagram of another state of the invention (Fig. 4). Example map. The sixth figure is a diagram of a third embodiment of the gamma. [Main component symbol description] 22 screw hole 1 hand-held holder 2 first fixed surface Μ chute 23 protection bead 3 苐 a fixed surface 1310476 31 chute 32 lateral surface 33 longitudinal surface 34 curved surface 35 screw hole 36 protection bead 4 Groove 41 Screw Hole 51 Screw 52 Screw 6 Camera 6a Position 6b Position 7 Flash 71 Synchronous Hot Shoe Joint 7a Position 7b Position 7c Position 7d Position 8 Rope 9 Palm Angle a Angle/5 16