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    • 26. 再颁专利
    • Mattress structure having a foam mattress core
    • 床垫结构具有泡沫床垫芯
    • USRE38135E1
    • 2003-06-10
    • US09656791
    • 2000-09-07
    • James R. StolpmannGary W. FerdonRoger D. Dalton
    • James R. StolpmannGary W. FerdonRoger D. Dalton
    • A47C2715
    • A47C31/08A47C27/146A47C27/148A47C27/20A61G7/05776
    • An elongated mattress core for a mattress structure includes a foam core having an upwardly-facing top surface, a bottom surface spaced apart from the top surface, and first and second elongated sides connecting the top and bottom surfaces. The foam core is formed to include a plurality of longitudinally spaced apart transverse slits extending downwardly from the top surface. Each slit terminates at a lower end spaced apart from the bottom surface by a first distance and extending transversely from a first slit end spaced apart from the first side of the foam core to a second slit end spaced apart from the second side of the foam core. Each adjacent pair of slits defines a foam column so that the foam core has a plurality of longitudinally spaced apart and transversely extending foam columns. Each foam column has a pair of generally vertical column side walls defining the slits. Each column side wall includes a shear coating having a low coefficient of friction so that each column can compress and decompress without drag forces resulting from frictional engagement with adjacent column side walls interfering with the compression and decompression.
    • 用于床垫结构的细长床垫芯包括泡沫芯,其具有面向上的顶表面,与顶表面间隔开的底表面以及连接顶表面和底表面的第一和第二细长边。 泡沫芯被形成为包括从顶表面向下延伸的多个纵向间隔开的横向狭缝。 每个狭缝终止在与底表面间隔开第一距离的下端,并且从与泡沫芯的第一侧间隔开的第一狭缝端横向延伸到与泡沫芯的第二侧间隔开的第二狭缝端 。 每个相邻的一对狭缝限定泡沫柱,使得泡沫芯具有多个纵向间隔开的和横向延伸的泡沫柱。 每个泡沫塔具有限定狭缝的一对大致垂直的柱侧壁。 每个柱侧壁包括具有低摩擦系数的剪切涂层,使得每个柱可以压缩和减压,而不会由于与相邻柱侧壁的摩擦接合而产生的阻力,从而妨碍压缩和减压。
    • 30. 发明授权
    • Modular low air loss patient support system and methods for automatic
patient turning and pressure point relief
    • 模块化低空气损失患者支持系统和自动患者转动和压力点释放的方法
    • US4949414A
    • 1990-08-21
    • US355755
    • 1989-05-22
    • James M. C. ThomasJames R. StolpmannWilliam T. SuttonJames J. Romano
    • James M. C. ThomasJames R. StolpmannWilliam T. SuttonJames J. Romano
    • A47C27/10A61G7/00A61G7/05A61G7/057
    • A61G7/05776A61G7/001A61G7/0527A61G2203/34
    • A low air loss patient support system includes a plurality of identical multi-chambered inflatable sacks. A restrictive flow hole connects two adjacent chambers disposed predominately to one side of the centerline of the sack, and each side is separately pressurizable under the control of a microprocessor and a plurality of pressure control valves with pressure transducers and a plurality of flow diverter valves for switching between different modes of configuring the manner in which the sacks are pressurized. The system includes a modular manifold for mounting the pressure control valves, and a modular support member for mounting the sacks via quick-disconnect couplings and having air flow channels defined therethrough. The support system effects a method of rotating or tilting the patient that depressurizes one side of the sacks while increasing the pressurization of the opposite side of the sacks. The end chamber of the depressurizing side of the sacks remains inflated while the intermediate chamber of the depressurizing side of the sacks becomes progressively deflated during depressurization to permit the end chamber to restrain the patient from sliding off the sacks during tilting. The support system permits practicing the method of relieving pressure points between the patient and the sacks while elevating the head and chest of the patient by reconfiguring the diverter valves to connect alternating sacks at the same pressure and periodically decreasing the pressure in one group of sacks while increasing the pressure in the other group of sacks to alternately relieve the pressure of the weight of the patient between the two different groups of sacks depending upon which group is depressurizing and which group is being increased in pressure.