【物品用途】;本創作的物品是一種冷陰極管用插座,作為液晶電視等之液晶的背光所用的冷陰極管用插座。;【創作特點】;該插座如使用狀態參考立體圖及B-B剖面圖所示,具備:具有可插脫兩個冷陰極管之引線端子的插脫口的插座本體、收容在該插座本體之內部的連接器、朝上下方向移動自如地安裝在插座本體之背面部的兩個操作構件與可開閉該插脫口地各別安裝在插座本體的兩個閘門;插座本體係如A-A剖面圖、B-B剖面圖及C-C剖面圖所示,為在下面具有開放部的箱狀體,在背面之兩端部設有一對突出部;將連接器壓入到該突出部之內部;在該插座本體之前述開放部的兩緣部,設有卡止在圖未表示之基板的一對卡止爪。此外,在插座本體之突出部的背面設有:一對開口、在該開口之間的上方位置,設成與閘門之插脫方向直交的長孔狀閘門導孔;進而,在插座本體之突出部的兩側面係如使用狀態參考立體圖所示,設有一對引導突起;連接器其上端部分為三個夾臂;三個夾臂中,兩側的夾臂略折曲成ㄑ字狀;中央的夾臂在與兩側之夾臂相反側略折曲成倒ㄑ字狀;該些之夾臂的前端部折曲成鉤形狀;此外,連接器的下端部,係突出插座本體之前述開放部且朝前述基板之電路圖案可彈性接觸地彎曲;在操作構件之內面係如A-A剖面圖、B-B剖面圖及D-D剖面圖所示,設有:朝上下方向移動自如地嵌入到插座本體之一對開口的一對操作片、傾斜交叉於插座本體之閘門導孔的導溝;此外,在操作構件的兩側面係如使用狀態參考立體圖所示,設有予以引導插座本體之引導突起的導孔;像這樣藉由使引導突起導入到導孔,就可將操作構件可上下動作地安裝在插座本體的突出部;導溝的上端部被開放,成為用以確認閘門之位置的窺視孔;操作片是當操作構件位於下方位置時,如B-B剖面圖所示,位在不與連接器之夾臂干涉的位置;另一方面,操作片是當操作構件位在上方位置時,如D-D剖面圖所示,按壓連接器的夾臂;藉此,夾臂的前端部會交叉,在其之間形成用以挾持冷陰極管之引線端子的空間;一旦在該空間插入前述引線端子,使操作構件位於下方位置,就可藉由夾臂的彈性力來挾持前述引線端子;閘門係移動自如地被引導於插座本體的閘門導孔及操作構件的導溝;該閘門是當操作構件位在下方位置時,如B-B剖面圖所示,位在予以閉塞插座本體之插脫口的位置;另一方面,閘門是當操作構件位在上方位置時,如D-D剖面圖所示,位在予以開放插座本體之插脫口的位置;綜上所述,本創作不僅整個外觀呈現規劃完善的設計概念,且十分符合新式樣創新性的要求,確為一精緻理想的優良設計。;[Item Usage]: This item is a cold cathode tube socket, which is used as a backlight for liquid crystals in LCD TVs. ;【Creative Features】; As shown in the reference three-dimensional diagram and B-B cross-sectional diagram of the use state, the socket comprises: a socket body having a plug-in and detachable port for plugging and detaching lead terminals of two cold cathode tubes, a connector accommodated inside the socket body, two operating components mounted on the back of the socket body to be freely movable in the up and down directions, and two gates mounted on the socket body to open and close the plug-in and detachable ports; the socket body is a box-shaped body having an open portion at the bottom, as shown in the A-A cross-sectional diagram, the B-B cross-sectional diagram and the C-C cross-sectional diagram, and a pair of protrusions are provided at the two ends of the back; the connector is pressed into the inside of the protrusion; and a pair of locking claws are provided at the two edges of the aforementioned open portion of the socket body to be locked on a substrate not shown in the figure. In addition, a pair of openings are provided on the back of the protruding portion of the socket body, and a long hole-shaped gate guide hole is provided at an upper position between the openings and perpendicular to the plug-in and disengagement direction of the gate; further, a pair of guide protrusions are provided on both side surfaces of the protruding portion of the socket body as shown in the reference three-dimensional diagram of the use state; the upper end portion of the connector is divided into three clamps; among the three clamps, the clamps on both sides are slightly bent into a U-shape; the central clamp is slightly bent into an inverted U-shape on the opposite side of the clamps on both sides; the front end portions of these clamps are bent into a hook shape; in addition, the lower end portion of the connector protrudes in front of the socket body The operating member is bent so as to be in flexible contact with the circuit pattern of the substrate and the opening portion. The inner surface of the operating member is provided with: a pair of operating pieces which are freely inserted into one of the openings of the socket body in the vertical direction, as shown in the A-A cross-sectional view, the B-B cross-sectional view and the D-D cross-sectional view; in addition, the operating member is provided with guide holes for guiding the guide protrusions of the socket body as shown in the three-dimensional view of the use state; by guiding the guide protrusions into the guide holes, the operating member can be installed on the socket body so as to be movable up and down. The upper end of the guide groove is opened to form a viewing hole for confirming the position of the gate; when the operating member is in the lower position, as shown in the B-B cross-sectional view, the operating piece is located at a position that does not interfere with the clamp arm of the connector; on the other hand, when the operating member is in the upper position, as shown in the D-D cross-sectional view, the operating piece presses the clamp arm of the connector; thereby, the front end of the clamp arm crosses, forming a space for gripping the lead terminal of the cold cathode tube; once the lead terminal is inserted into the space and the operating member is in the lower position, the elastic force of the clamp arm can be used to press the lead terminal of the cold cathode tube. to hold the lead terminal; the gate is freely guided in the gate guide hole of the socket body and the guide groove of the operating member; when the operating member is in the lower position, as shown in the B-B cross-sectional view, the gate is located at a position to close the plug-in port of the socket body; on the other hand, when the operating member is in the upper position, as shown in the D-D cross-sectional view, the gate is located at a position to open the plug-in port of the socket body; in summary, this creation not only presents a well-planned design concept in its entire appearance, but also fully meets the requirements of new style innovation, and is indeed an exquisite and ideal excellent design. ;