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DEVICE AND METHOD FOR EARLY DIAGNOSIS AND PROGNOSIS OF HEALING PROGRESSIONS, IN PARTICULAR FOR BONE INJURIES

机译:早期诊断和治疗进展,特别是骨损伤的设备和方法

摘要

The invention relates to a device comprising: i) a sample-receiving unit (20), said sample-receiving unit (20) comprising a cavity (24) for receiving sample material, means (22) for applying pressure in a regulatable and/or controllable fashion to sample material located in the cavity, and an outlet (25), said outlet (25) being disposed and designed in such a way that, by actuating the means (22) for applying pressure in a regulatable and/or controllable fashion, components of the sample material can be transferred from the cavity (24) through the outlet (25) and directly to an analysis unit (30) connectable to the outlet (25); and ii) an analysis unit (30), said analysis unit (30) comprising an inlet (31), a first filter (32), a reservoir (33) and an analysis track (35), said inlet (31) being designed to be connectable to an outlet (25) of the sample-receiving unit (20) such that components of the sample material can be fed from the sample-receiving unit (20) directly to the analysis unit (30), said first filter (32) being disposed between inlet (31) and reservoir (33), so that substantially liquid components of the sample material can be transferred from the inlet (31) through the filter (32) into the reservoir (33), said reservoir (33) and analysis track (35) being disposed and designed in such a way that filtrate can be transferred from the reservoir (33) into the analysis track (35); wherein the outlet (25) of the sample collection unit (20) is connected directly to the inlet (31) of the analysis unit (30) in a liquid-tight manner.
机译:本发明涉及一种设备,其包括:i)样品接收单元( 20 ),所述样品接收单元( 20 )包括腔( 24 < / B>)用于接收样品材料,用于以可调节和/或可控制的方式向位于空腔中的样品材料施加压力的装置( 22 )和出口( 25 >),所述出口( 25 )的布置和设计应通过致动装置( 22 )以可调节和/或可控制的方式施加压力。 ,样品材料的成分可以从型腔( 24 )通过出口( 25 )转移到分析单元( 30 )可连接到插座( 25 ); ii)分析单元( 30 ),所述分析单元( 30 )包括入口( 31 ),第一过滤器( 32 ),容器( 33 )和分析轨迹( 35 ),所述入口( 31 )设计为可以连接到样品接收单元( 20 )的出口( 25 ),以便可以从样品接收单元( 20 )直接进入分析单元( 30 ),所述第一过滤器( 32 )位于入口( 31 )之间和储液器( 33 ),这样样品材料的基本上液态成分就可以从入口( 31 )通过过滤器( 32 )放入储存器( 33 )中,所述储存器( 33 )和分析轨迹( 35 )的布置和设计应使滤液可以从容器( 33 )转移到分析轨迹( 35 )中;其中样本收集单元( 20 )的出口( 25 )直接连接到分析单元(< B> 30 )。

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