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    • 1. 发明申请
    • METHOD OF CLEANING A SPRAY DEVICE
    • 清洁喷雾装置的方法
    • US20120234937A1
    • 2012-09-20
    • US13498820
    • 2010-09-30
    • Michel GschwindFabien GuerrinFrederic Richard
    • Michel GschwindFabien GuerrinFrederic Richard
    • B05B1/24B08B9/027
    • B08B9/08B08B17/00
    • The device for diffusing sprayed liquid in a reception zone includes a vessel suitable for containing a liquid for spraying and at least one diffuser of sprayed liquid that is arranged in the vessel. The diffuser includes in particular an ultrasound emitter. The cleaning method is such that during a stage of operation of the device in which the device is not diffusing liquid in the reception zone, the following steps are performed: heating a liquid in the vessel up to a predetermined temperature, preferably higher than 60° C., in particular lying in the range 65° C. to 80° C.; and draining the liquid from the vessel via a pipe of the device that is situated outside a circuit for diffusing sprayed liquid in the reception zone.
    • 用于在接收区域中喷射液体的扩散装置包括适于容纳用于喷射的液体的容器和布置在容器中的喷射液体的至少一个扩散器。 扩散器特别包括超声发射器。 清洗方法是在装置不在接收区域中扩散液体的装置的操作阶段期间执行以下步骤:将容器中的液体加热至预定温度,优选高于60° 特别是在65℃至80℃的范围内。 并且通过位于电路外部的装置的管道从容器排出液体,用于将喷射液体扩散到接收区域中。
    • 4. 发明授权
    • Process and device to detect a risk of water condensation on a surface
being in contact with a wet air volume
    • 检测与湿气体积接触的表面上水凝结的风险的方法和装置
    • US5568977A
    • 1996-10-29
    • US191048
    • 1994-02-03
    • Michel GschwindPascal Ancey
    • Michel GschwindPascal Ancey
    • G01N25/66G01N25/68G01W1/10G01N25/12
    • G01N25/68
    • A process is disclosed to detect a water condensation risk on a surface in contact with a wet air volume, which uses the steps of (a) placing a sensitive element on the surface, which initially takes a temperature corresponding to that of the surface, (b) by means of a heating device on this sensitive element, initiating a first heating phase until a temperature higher than the surface temperature is reached, (c) by means of a cooling device having the same thermal power as the heating device, initiating a cooling phase until a temperature lower than the surface temperature is provoked on the sensitive element, and (d) a comparison is made between the ratio of the first heating phase time to the temperature rise during heating and the ratio of cooling phase time to the temperature decrease during the cooling, a noticeable difference between these two ratios indicating a significant risk of condensation on the surface.
    • 公开了一种用于检测与湿空气体积接触的表面上的水冷凝风险的方法,其使用以下步骤:(a)将敏感元件放置在表面上,其最初采取与表面相对应的温度( b)通过该敏感元件上的加热装置,启动第一加热阶段,直到达到高于表面温度的温度,(c)通过具有与加热装置相同的热功率的冷却装置, 冷却相直到在敏感元件上引起低于表面温度的温度,并且(d)比较第一加热相时间与加热期间的温度升高的比率以及冷却相时间与温度的比率 在冷却期间减少,这两个比率之间的显着差异表明在表面上有明显的冷凝风险。
    • 5. 发明授权
    • Peltier effect device to detect in particular a condensation risk on a
surface being in contact with a wet air volume
    • 珀耳帖效应装置特别检测与湿气体积接触的表面上的冷凝风险
    • US5462608A
    • 1995-10-31
    • US222267
    • 1994-04-04
    • Michel GschwindPascal Ancey
    • Michel GschwindPascal Ancey
    • G01N25/66G01N25/68H01L35/08H01L35/22H01L35/10H01L35/32
    • H01L35/08G01N25/68H01L35/22
    • A Peltier effect device which detects in particular a condensation risk, includes a substrate and semiconducting bands disposed on the upper face of the substrate. The junctions connecting said bands which make up a series circuit are formed by semiconducting bands of N-type and P-type. Junctions of the same type, i.e., N-P type are situated on the central zone of the upper face of the substrate and defines a detection zone of the device. Semiconducting bands of one type are placed on one side of the upper face of the substrate and bands of the other type are placed on the other side of the upper face of the substrate. The substrate also includes at the peripheral zone of each band, except for a frontmost N-type band and a rearmost P-type band, a plated hole extending through the substrate to a lower face of the substrate and to a plating of the lower face such that a plated hole situated at an end of the P-type band is connected to a plated hole situated at an end of a next N-type band.
    • 一种特别检测凝结风险的珀尔帖效应装置,包括设置在基板的上表面上的基板和半导体带。 连接构成串联电路的所述频带的接点由N型和P型的半导体带形成。 相同类型的接头,即N-P型位于衬底的上表面的中心区域上,并且限定了该设备的检测区域。 一种类型的半导体带放置在衬底的上表面的一侧上,另一种类型的带放置在衬底的上表面的另一侧上。 基板还包括在每个带的周边区域,除了最前面的N型带和最后面的P型带之外,延伸穿过基板的电镀孔到基板的下表面和下表面 使得位于P型带的端部的电镀孔连接到位于下一个N型带的端部的电镀孔。
    • 7. 发明授权
    • Piezoelectric rotating motor
    • 压电式旋转电机
    • US5554905A
    • 1996-09-10
    • US384335
    • 1995-02-01
    • Michel GschwindTatsumi MitsutaDaniel GuyomarJean-Denis SauzadeThierry Mazoyer
    • Michel GschwindTatsumi MitsutaDaniel GuyomarJean-Denis SauzadeThierry Mazoyer
    • H02N2/00H01L41/08H01L41/09H02N2/08H02N2/12
    • H02N2/166
    • A piezoelectric rotating motor includes a plurality of piezoelectric elements, a disk-shaped stator having a center portion in which the piezoelectric elements are accommodated, a circular friction zone which is formed on an outer peripheral portion of its one surface and a connecting portion which connects the center portion with the friction zone so as to form a lever transmitting and amplifying the axial strain of the piezoelectric elements to the portion of the friction zone located in the same angular sector as the piezoelectric elements and which has a cone shape at rear side of the friction zone so as to thin its thickness from the center portion to the outer peripheral portion and producing a progressive wave forming an elliptical vibration on the friction zone by the composition of its three dimensional strain due to the piezoelective effect of the piezoelectric elements and a rotor being contracted with the friction zone under pressure.
    • 压电旋转电动机包括多个压电元件,具有容纳压电元件的中心部分的圆盘形定子,形成在其一个表面的外周部分上的圆形摩擦区域和连接 具有摩擦区域的中心部分,以形成将压电元件的轴向应变传递和放大到位于与压电元件相同的角度部分中的摩擦区域的部分的杆,并且其在后侧具有锥形形状 所述摩擦区域使其厚度从中心部分减薄到外周部分,并且由于压电元件的压电效应而通过其三维应变的组成产生在摩擦区域上形成椭圆振动的行波,以及 转子在压力下与摩擦区收缩。
    • 8. 发明授权
    • Method of cleaning a spray device
    • 清洁喷雾装置的方法
    • US08925832B2
    • 2015-01-06
    • US13498820
    • 2010-09-30
    • Michel GschwindFabien GuerrinFrederic Richard
    • Michel GschwindFabien GuerrinFrederic Richard
    • B05B1/24B08B9/08B08B17/00
    • B08B9/08B08B17/00
    • The device for diffusing sprayed liquid in a reception zone includes a vessel suitable for containing a liquid for spraying and at least one diffuser of sprayed liquid that is arranged in the vessel. The diffuser includes in particular an ultrasound emitter. The cleaning method is such that during a stage of operation of the device in which the device is not diffusing liquid in the reception zone, the following steps are performed: heating a liquid in the vessel up to a predetermined temperature, preferably higher than 60° C., in particular lying in the range 65° C. to 80° C.; and draining the liquid from the vessel via a pipe of the device that is situated outside a circuit for diffusing sprayed liquid in the reception zone.
    • 用于在接收区域中喷射液体的扩散装置包括适于容纳用于喷射的液体的容器和布置在容器中的喷射液体的至少一个扩散器。 扩散器特别包括超声发射器。 清洗方法是在装置不在接收区域中扩散液体的装置的操作阶段期间执行以下步骤:将容器中的液体加热至预定温度,优选高于60° 特别是在65℃至80℃的范围内。 并且通过位于电路外部的装置的管道从容器排出液体,用于将喷射液体扩散到接收区域中。
    • 9. 发明申请
    • Optimized method of atomizing liquid and a liquid atomizer device for implementing the method
    • 实现雾化液体和液体雾化装置的优化方法
    • US20080011873A1
    • 2008-01-17
    • US11692347
    • 2007-03-28
    • Michel GschwindFabien Guerrin
    • Michel GschwindFabien Guerrin
    • B05B17/06
    • B05B15/652B05B12/081B05B15/55B05B17/0615
    • A method of atomizing is implemented using a liquid atomizer device having an open-topped vessel suitable for containing a liquid for atomizing, and an atomized liquid diffuser arranged in the vessel. The diffuser comprises both a nozzle containing the liquid coming from the vessel and an ultrasound emitter suitable for emitting ultrasound waves into the liquid so as to atomize it. The method includes a stage of atomizing the liquid, which stage is performed until the level of liquid in the vessel is substantially at a predetermined minimum level. The method further comprises a stage of temporarily interrupting the ultrasound emitter during an interruption duration, which stage is performed at the end of the atomizing stage, and during which the liquid contained in the nozzle drops back into the vessel; and then a new atomizing stage that is performed at the end of the interruption duration so long as the level of liquid in the vessel is above the predetermined minimum level.
    • 使用具有适于容纳用于雾化的液体的开放式容器的液体雾化装置和布置在容器中的雾化液体扩散器来实现雾化方法。 扩散器包括包含来自容器的液体的喷嘴和适于将超声波发射到液体中以使其雾化的超声发射器。 该方法包括使液体雾化的阶段,该阶段被执行直到容器中的液体水平基本上处于预定的最低水平。 该方法还包括在中断持续时间期间临时中断超声波发射器的阶段,该阶段在雾化阶段结束时进行,并且在该期间,容纳在喷嘴中的液体返回到容器中; 然后在中断持续时间结束时执行的新的雾化阶段,只要容器中液体的液位高于预定最小水平即可。
    • 10. 发明授权
    • Method of predicting the formation of water condensation
    • 预测水凝结形成的方法
    • US5741067A
    • 1998-04-21
    • US620532
    • 1996-03-25
    • Michel GschwindPascal Ancey
    • Michel GschwindPascal Ancey
    • G01N27/12G01N25/68G01N27/00G01N25/12
    • G01N25/68
    • A method of predicting the formation of water condensation on a surface in contact with humid air includes the steps of placing on the surface an element that adopts initially a temperature approximately equal to a temperature of the surface. The element is thermally cycled. Each cycle includes a cooling phase and a heating phase. The cooling phase includes first and second steps. Electric current is supplied to a cooling mechanism in the first step of the cooling phase to decrease the temperature of the element to below the temperature of the surface. An electric current is supplied to the cooling mechanism in the second step of the cooling phase to further decrease the temperature of the element. The current of the first step is greater than the current of the second step, such that the temperature of the element decreases more rapidly in the first step than in the second step. The formation of water condensation on the surface is predicted based upon the formation of water condensation on the element.
    • 预测与潮湿空气接触的表面上的水冷凝形成的方法包括以下步骤:在表面上放置初始温度大约等于表面温度的元件。 元件热循环。 每个循环包括冷却阶段和加热阶段。 冷却阶段包括第一和第二步骤。 在冷却阶段的第一步骤中,向冷却机构供给电流,将元件的温度降低至表面温度以下。 在冷却阶段的第二步骤中,向冷却机构供给电流,进一步降低元件的温度。 第一步骤的电流大于第二步骤的电流,使得元件的温度在第一步骤中比在第二步骤中更快地降低。 基于在元件上形成水凝结来预测表面上的水凝结的形成。