摘要：【中文】本发明涉及一种建筑材料强度检测装置，包括放置测试块的支撑台、设置在支撑台上的测试架、连接在测试架上的测试组件以及设置在支撑台上的测试块的夹紧装置，支撑台中间设置测试区，测试架设置在测试区的后方；测试组件包括连接在测试架上的液压缸、连接在液压缸前端的测试头以及设置在测试架上的压力显示仪；夹紧装置包括分别设置在测试区两侧的固定夹紧组件和活动夹紧组件，固定夹紧组件上设置有第一弧形夹板，活动夹紧组件上设置有第二弧形夹板，第一弧形夹板和第二弧形夹板开口相对，且相对的弧面上均设置有防滑槽。本发明能装置够将混凝土试块更牢固的固定，并且能够满足不同试块大小的固定要求，保证良好的测试效果。 【EN】The invention relates to a building material strength detection device, which comprises a supporting table for placing a test block, a test frame arranged on the supporting table, a test assembly connected to the test frame and a clamping device for the test block arranged on the supporting table, wherein a test area is arranged in the middle of the supporting table, and the test frame is arranged behind the test area; the test assembly comprises a hydraulic cylinder connected to the test frame, a test head connected to the front end of the hydraulic cylinder and a pressure display instrument arranged on the test frame; clamping device is provided with first arc splint including setting up the fixed clamping component and the movable clamping component in test area both sides respectively on the fixed clamping component, is provided with second arc splint on the movable clamping component, and first arc splint and second arc splint opening are relative, and all are provided with anti-skidding groove on the relative cambered surface. The device can more firmly fix the concrete test block, can meet the fixing requirements of different test block sizes, and ensures a good test effect.

摘要：【中文】本发明涉及一种取样系统，用于在桩基上钻孔取样，包括环形主体、至少三组均布在环形主体上的移动部分、设在环形主体上的用于驱动环形主体沿其轴线方向移动的第一驱动部分、可拆卸连接在环形主体上的环形轨道、设在环形轨道上的回转支承、固定连接在回转支承上的底座、设在底座上的钻孔取样器、设在环形主体上的用于驱动回转支承转动第二驱动部分以及用于与第一驱动部分、钻孔取样器和第二驱动部分进行信号交互的控制部分。本发明用于在桩基上进行钻孔取样，具有自动化程度高和取样速度快等特点。 【EN】The invention relates to a sampling system which is used for drilling and sampling on a pile foundation and comprises an annular main body, at least three groups of moving parts uniformly distributed on the annular main body, a first driving part arranged on the annular main body and used for driving the annular main body to move along the axial direction of the annular main body, an annular rail detachably connected to the annular main body, a slewing bearing arranged on the annular rail, a base fixedly connected to the slewing bearing, a drilling sampler arranged on the base, a second driving part arranged on the annular main body and used for driving the slewing bearing to rotate, and a control part used for carrying out signal interaction with the first driving part, the drilling sampler and the second driving part. The invention is used for drilling and sampling on the pile foundation and has the characteristics of high automation degree, high sampling speed and the like.