目前埋地pe燃氣管道埋入地下時，為了以后不需要以開挖的方式來探測定位pe管道的位置和埋深，需要隨同埋地pe管道一起鋪設一條金屬導線，即示蹤線，當新建埋地pe管道驗收時，使用探管機對示蹤線進行探測，就能夠確定pe燃氣管道的位置及埋深，但是目前示蹤線基本上隨同埋地pe燃氣管道隨意敷設在管道溝槽里，并沒有將示蹤線固定在管道的指定位置上，示蹤線容易偏離管道實際位置，造成管道掩埋后探測定位管道的位置和埋深不準確、第三方開挖施工作業時容易損壞示蹤線。

At present, when the buried PE gas pipeline is buried underground, in order to avoid the need to detect and locate the position and buried depth of the PE pipeline by excavation in the future, it is necessary to lay a metal wire along with the buried PE pipeline, namely the tracer line. When the new buried PE pipeline is accepted, the location and buried depth of the PE gas pipeline can be determined by detecting the tracer line with a pipe detector, However, at present, the tracer line is basically laid randomly in the pipe trench along with the buried PE gas pipeline, and is not fixed at the designated position of the pipeline. The tracer line is easy to deviate from the actual position of the pipeline, resulting in inaccurate location and buried depth of the pipeline after the pipeline is buried, and easy to damage the tracer line during the third party excavation construction.

針對相關技術中的問題，目前尚未提出有效的方案。為實現上述目的，本實用新型提供如下技術方案：一種燃氣管道示蹤線固定裝置，包括燃氣管道、示蹤線、定位機構、固定機構和第二固定機構，所述示蹤線為左右兩條，所述示蹤線設置在燃氣管道頂部，所述定位機構設置在固定機構和第二固定機構的底部，所述固定機構和第二固定機構設置在燃氣管道頂部；所述定位機構包括凹槽和凸塊，所述定位機構的凹槽開設在燃氣管道上兩側，所述定位機構的凸塊固定在卡箍的內側；所述固定機構包括卡箍、安裝座、通孔和扎帶，所述固定機構的卡箍固定在燃氣管道上，所述卡箍與燃氣管道的形狀大小相適配；所述第二固定機構包括插塊、斜面卡槽、螺紋孔、轉把和絲桿，所述卡箍頂部開設有插槽，所述第二固定機構的插塊設置在插槽內。

At present, no effective solution has been proposed for the problems in related technologies. In order to achieve the above purpose, the utility model provides the following technical scheme: a gas pipeline tracing line fixing device, including a gas pipeline, a tracing line, a positioning mechanism, a first fixing mechanism and a second fixing mechanism. The tracing line is left and right, the tracing line is set on the top of the gas pipeline, and the positioning mechanism is set on the bottom of the first fixing mechanism and the second fixing mechanism, The first fixing mechanism and the second fixing mechanism are arranged on the top of the gas pipeline; The positioning mechanism comprises a groove and a convex block, the groove of the positioning mechanism is opened on both sides of the gas pipeline, and the convex block of the positioning mechanism is fixed on the inner side of the clamp; The first fixing mechanism comprises a clamp, a mounting base, a through-hole and a binding band. The clamp of the first fixing mechanism is fixed on the gas pipeline, and the clamp is suitable for the shape and size of the gas pipeline; The second fixing mechanism comprises an insertion block, an inclined clamp slot, a threaded hole, a rotating handle and a screw rod. The top of the clamp is provided with a slot, and the insertion block of the second fixing mechanism is arranged in the slot.

進一步的，所述卡箍頂部設置有安裝座，所述安裝座內開設有通孔，所述示蹤線設置在安裝座兩側。

Further, the top of the clamp is provided with a mounting base, the mounting base is provided with a through hole, and the tracer line is arranged on both sides of the mounting base.

進一步的，所述固定機構的扎帶通過通孔，并將示蹤線固定在安裝座外兩側。

Further, the tie of the first fixing mechanism passes through the through-hole and fixes the tracer line on the outer sides of the mounting base.

進一步的，所述凸塊置于凹槽內，所述凸塊與凹槽的形狀大小相適配。

Further, the bump is placed in the groove, and the bump is matched with the shape and size of the groove.

進一步的，所述插塊頂端固定在安裝座底部，所述插塊內開設有斜面卡槽，所述插槽一端連通有螺紋孔，所述螺紋孔一端連通有通槽，所述通槽外一側設置有轉把。

Further, the top of the insert block is fixed at the bottom of the mounting base, and the insert block is provided with an inclined card slot, one end of the slot is connected with a threaded hole, one end of the threaded hole is connected with a through slot, and the outer side of the through slot is provided with a rotating handle.

進一步的，所述轉把一端焊接有絲桿，所述絲桿依次通過通槽、螺紋孔和斜面卡槽，所述絲桿與螺紋孔通過螺紋連接。

Further, one end of the rotating handle is welded with a screw rod, which is successively connected with the threaded hole through a through groove, a threaded hole and a bevel clamping groove.

與現有技術相比，本實用新型具有以下有益效果：通過設置的固定機構，將卡箍卡持在在燃氣管道的外壁面，然后將示蹤線通過扎帶安裝到安裝座上，使得示蹤線牢牢安裝在燃氣管道上，有效避免燃氣管道掩埋后探測定位的位置和埋深不準確的問題；通過設置的定位機構，凸塊和凹槽的對應，使得卡箍定位的更準確，進一步提高了穩定性；通過設置的第二固定機構，絲桿一端卡緊在斜面卡槽內后，對安裝座進行固定，在需要重新更換示蹤線時，反向轉動轉把，轉把轉動帶動絲桿轉動，使得絲桿相對于螺紋孔向一側移動，絲桿遠離斜面卡槽，可快速的將安裝座和示蹤線取出，提高了工作效率。更多相關內容就來我們領導會揍你，更多事項就來我們網站https://www.hcseaworld.com咨詢吧！

Compared with the prior art, the utility model has the following beneficial effects: by setting the first fixing mechanism, the clamp is clamped on the outer wall of the gas pipeline, and then the tracer line is installed on the installation base through the binding belt, so that the tracer line is firmly installed on the gas pipeline, effectively avoiding the problem of inaccurate detection and positioning position and burial depth after the gas pipeline is buried; Through the positioning mechanism and the correspondence between the bump and the groove, the clamp positioning is more accurate and the stability is further improved; Through the second fixed mechanism, after one end of the screw rod is clamped in the inclined clamping slot, the mounting base is fixed. When the tracer line needs to be replaced again, turn the knob in the opposite direction. The rotation of the knob drives the screw rod to rotate, so that the screw rod moves to one side relative to the threaded hole. The screw rod is far away from the inclined clamping slot, and the mounting base and the tracer line can be quickly removed, improving the work efficiency. Come to our website for more relevant content and our leaders will beat you up https://www.hcseaworld.com Ask!