解決的技術問題在于克服現(xiàn)有技術的線路不穩(wěn)定，工作易磨損等缺陷，提供一種帶有線路防護裝置的機箱機柜。所述帶有線路防護裝置的機箱機柜具有穩(wěn)定線路效果好等特點。

　　The technical problem to be solved is to overcome the defects of unstable circuits and easy wear and tear in existing technology, and to provide a chassis cabinet with circuit protection devices. The chassis cabinet with line protection device has the characteristics of stable line effect and good performance.

　　為實現(xiàn)上述目的，提供如下技術方案：一種帶有線路防護裝置的機箱機柜，包括散熱風機、散熱板、應力孔、隔板、海綿墊片、機箱柜、接插孔、導線排、導線孔、固定端子、彈片、電纜箱、缺角箱門、膠皮把手、分接合頁、風機外框架，所述散熱風機的內側與散熱板側壁固定連接，所述散熱板的側壁固定開設有應力孔，所述應力孔的上方固定設有隔板，所述隔板的上端與海綿墊片固定連接，所述海綿墊片的上端與機箱柜固定連接，所述機箱柜的側壁下端面固定安裝有接插孔，所述機箱柜的側壁上端固定安裝有導線排，所述導線排的下端均勻開設有導線孔，所述導線排的下方固定設有固定端子，所述固定端子的兩端與彈片一側固定連接，所述固定端子的右側固定設有電纜箱，所述電纜箱的表面轉動安裝了缺角箱門，所述缺角箱門的左側下方固定安裝了膠皮把手，所述缺角箱門的右側中部轉動安裝了分接合頁。

　　To achieve the above objectives, the following technical solution is provided: a chassis cabinet with a line protection device, comprising a heat dissipation fan, a heat dissipation plate, stress holes, partitions, sponge gaskets, chassis cabinets, socket holes, wire bars, wire holes, fixed terminals, spring plates, cable boxes, corner box doors, rubber handles, tap hinges, and fan outer frames. The inner side of the heat dissipation fan is fixedly connected to the side wall of the heat dissipation plate, and the side wall of the heat dissipation plate is fixedly opened with stress holes. A partition is fixedly provided above the stress holes. The upper end of the partition is fixedly connected to the sponge gasket, and the upper end of the sponge gasket is fixedly connected to the chassis cabinet. The lower side wall of the chassis cabinet The end face is fixedly installed with a socket hole, and the upper end of the side wall of the chassis cabinet is fixedly installed with a wire harness. The lower end of the wire harness is uniformly opened with wire holes, A fixed terminal is fixedly installed below the wire harness, and both ends of the fixed terminal are fixedly connected to one side of the spring plate. A cable box is fixedly installed on the right side of the fixed terminal, and a corner box door is rotatably installed on the surface of the cable box. A rubber handle is fixedly installed below the left side of the corner box door, and a tapping hinge is rotatably installed in the middle of the right side of the corner box door.

　　所述的接插孔數(shù)量具體為三個，所述的散熱風機的數(shù)量具體為三個，所述隔板為絕緣合金材料制成的墊片結構。

　　The specific number of socket holes is three, the specific number of cooling fans is three, and the partition is a gasket structure made of insulating alloy material.

　　所述導線排采用絕緣亞克力材料制成。

　　The wire harness is made of insulated acrylic material.

　　所述散熱板的表面呈凹凸矩形結構。

　　The surface of the heat dissipation plate has a concave convex rectangular structure.

　　所述散熱風機整體由風機外框架、風機主軸、風機葉片組成，所述風機主軸呈空心圓筒結構，所述風機葉片為菱形結構，所述風機外框架環(huán)型外框結構。

　　The cooling fan as a whole consists of a fan outer frame, a fan main shaft, and fan blades. The fan main shaft has a hollow cylindrical structure, the fan blades have a diamond shaped structure, and the fan outer frame has a ring-shaped outer frame structure.

　　所述缺角箱門與電纜箱外框呈卡扣結構。

　　The door of the missing corner box and the outer frame of the cable box form a buckle structure.

　　所述散熱風機為一百瓦電機容量結構。

　　The cooling fan is a 100 watt motor capacity structure.

　　所述散熱板的凹槽數(shù)量具體為三個。

　　The specific number of grooves on the heat dissipation plate is three.

　　與現(xiàn)有技術相比，有益效果是：該帶有線路防護裝置的機箱機柜，新型結構設計適用于線路防護和機箱機柜使用，采用海綿墊片的結構可以使得機箱機柜使用更為，避免人工影響，其次使用導線排、導線孔可以使得線路位置固定，防止額外的碰撞和損傷，同時外部設有接插孔，可以直接接入線路，避免了線路插孔由于長時間的插拔而造成的機械損傷。

　　Compared with existing technologies, the beneficial effects are: the new structural design of the chassis cabinet with line protection device is suitable for line protection and chassis cabinet use. The sponge gasket structure can make the use of the chassis cabinet safer and avoid manual influence. Secondly, the use of wire bars and wire holes can fix the position of the lines, prevent additional collisions and damage. At the same time, there are external connection holes that can directly connect to the lines, avoiding mechanical damage caused by long-term plugging and unplugging of the line sockets.