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    • 2. 发明授权
    • Fluid compression system
    • 流体压缩系统
    • US09175676B2
    • 2015-11-03
    • US13060878
    • 2010-11-29
    • Regis FortinAndre EmondMichel Bisson
    • Regis FortinAndre EmondMichel Bisson
    • F01B7/20F04B25/02A43B13/20F04B9/14
    • F04B25/02A43B13/203F04B9/14
    • A fluid pump (10) has a compression member (12) having a variably-sized compression surface (13b) movable against fluid pressure in a chamber (22). The effective surface area of the compression member (12) decreases in size together with a corresponding cross-sectional area of the chamber (22) from a maximal area at a beginning of the compression stroke to a minimal area at the end of the compression stroke. Using a variably-sized surface area to compress a fluid volume allows obtaining a rapid gain of fluid pressure even for applications in which the compression member (12) is actuated at relatively low frequencies and under the action of relatively small forces.
    • 流体泵(10)具有压缩构件(12),该压缩构件(12)具有可抵抗腔室(22)中的流体压力移动的可变大小的压缩表面(13b)。 压缩构件(12)的有效表面积与压缩冲程开始时的最大面积相对应的腔室(22)的相应横截面面积减小到压缩冲程结束时的最小面积 。 使用可变尺寸的表面积来压缩流体体积,即使在压缩构件(12)以相对较低的频率并且在相对较小的力的作用下被致动的应用也可以获得流体压力的快速增益。
    • 3. 发明申请
    • FLUID COMPRESSION SYSTEM
    • 流体压缩系统
    • US20120233989A1
    • 2012-09-20
    • US13060878
    • 2010-11-29
    • Regis FortinAndre EmondMichel Bisson
    • Regis FortinAndre EmondMichel Bisson
    • F01B7/20F04B33/00F15B1/02
    • F04B25/02A43B13/203F04B9/14
    • A fluid pump (10) has a compression member (12) having a variably-sized compression surface (13b) movable against fluid pressure in a chamber (22). The effective surface area of the compression member (12) decreases in size together with a corresponding cross-sectional area of the chamber (22) from a maximal area at a beginning of the compression stroke to a minimal area at the end of the compression stroke. Using a variably-sized surface area to compress a fluid volume allows obtaining a rapid gain of fluid pressure even for applications in which the compression member (12) is actuated at relatively low frequencies and under the action of relatively small forces.
    • 流体泵(10)具有压缩构件(12),该压缩构件(12)具有可抵抗腔室(22)中的流体压力移动的可变大小的压缩表面(13b)。 压缩构件(12)的有效表面积与压缩冲程开始时的最大面积相对应的腔室(22)的相应横截面面积减小到压缩冲程结束时的最小面积 。 使用可变尺寸的表面积来压缩流体体积,即使在压缩构件(12)以相对较低的频率并且在相对较小的力的作用下被致动的应用也可以获得流体压力的快速增益。
    • 4. 发明授权
    • Metatarsal safety guard for footwear
    • 跖骨安全卫士
    • US6161313A
    • 2000-12-19
    • US237242
    • 1999-01-26
    • Michel Bisson
    • Michel Bisson
    • A43B23/17A43C13/14A43B13/22
    • A43B23/17A43C13/14
    • A metatarsal guard for footwear comprises an arched body which covers a dorsal surface of a wearer's metatarsal foot area. The arched body has lateral bottom edges for engaging a footwear sole to transmit loads from the arched body to the footwear sole. Slits are defined in a rear portion of the arched body so as to form a longitudinally extending central T-shaped tongue and two longitudinally extending lateral tongues in order to increase the flexibility of the metatarsal guard. The T-shaped tongue has a rear edge extending in a concave curved line transversally of the footwear so as to prevent transmission of punctual loads to the wearer's foot. By optimizing the number and the configuration of the tongues, both the wearer's comfort and protection are maximized.
    • 用于鞋类的跖骨护罩包括覆盖穿戴者的跖足部区域的背面的拱形体。 拱形体具有用于接合鞋底以将负载从拱形体传递到鞋底的侧向底部边缘。 狭缝被限定在拱形体的后部,以便形成纵向延伸的中心T形舌和两个纵向延伸的侧舌,以增加跖部护理的柔韧性。 T形舌片具有沿鞋类横向延伸的凹形曲线的后边缘,以防止准时负载向穿戴者脚部传播。 通过优化舌头的数量和配置,佩戴者的舒适和保护最大化。
    • 6. 发明授权
    • Safety footwear
    • 安全鞋
    • US06549391B1
    • 2003-04-15
    • US09671138
    • 2000-09-28
    • Michel Bisson
    • Michel Bisson
    • H05F300
    • A43B3/0005A43B7/36
    • An electrostatic dissipative footwear comprises a conductive insole and a conductive outsole spaced by a non-conductive mid sole. An electronic device extends through the mid sole for connecting the insole and the outsole in electrically conductive relationship. The electronic device includes a resistor for precisely controlling current flow between the insole and the outsole, and an active electrical device, such as a fuse, for protecting the wearer against electrical shocks.
    • 静电耗散鞋包括导电内底和由非导电中底部间隔开的导电外底。 电子设备延伸穿过中间鞋底,用于以导电关系连接鞋内底和外底。 电子设备包括用于精确控制鞋垫和外底之间的电流的电阻器,以及用于保护穿戴者免受电击的有源电气设备,例如保险丝。