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    • 1. 发明授权
    • Method and device for precipitating impurities from a stream of gas
    • 用于从气流中沉淀杂质的方法和装置
    • US08308846B2
    • 2012-11-13
    • US12602475
    • 2008-05-10
    • Marcel Op de LaakFranz Knopf
    • Marcel Op de LaakFranz Knopf
    • B03C3/68
    • B03C3/41B03C3/68B03C2201/06B03C2201/10B03C2201/30
    • Liquid and/or particle-shaped impurities are precipitated from a stream of gas, for example, from a stream of gas that originates from a crankcase of an internal combustion engine and is directed to the engine's intake side. The stream of gas is passed through a gas discharge section between two electrodes. The stream of gas is passed between an emission electrode which is formed by electrode tips and an opposing electrode at a distance therefrom. A direct voltage which exceeds the breakdown voltage is applied to the electrodes using a direct current high voltage source, and the current which occurs over the gas discharge section between the electrodes is limited. A stable low energy direct current plasma is formed in the space between the two electrodes. The impurities are electrically charged and attracted to the opposing electrode by means of electrical field forces.
    • 液体和/或颗粒状的杂质例如从气流中析出,该气流来自内燃机的曲轴箱并被引导到发动机的进气侧。 气流通过两个电极之间的气体放电部分。 气体流在由电极头形成的发射电极和距离其间距离的相对电极之间通过。 使用直流高压源将超过击穿电压的直流电压施加到电极,并且在电极之间的气体放电部分上发生的电流受到限制。 在两个电极之间的空间中形成稳定的低能量直流等离子体。 这些杂质被电荷带电并通过电场吸引到相对电极。
    • 3. 发明申请
    • METHOD AND DEVICE FOR PRECIPITATING IMPURITIES FROM A STREAM OF GAS
    • 用于从气流流出污染物的方法和装置
    • US20100294129A1
    • 2010-11-25
    • US12602475
    • 2008-05-10
    • Marcel Op de LaakFranz Knopf
    • Marcel Op de LaakFranz Knopf
    • B03C3/41B03C3/40B03C3/011
    • B03C3/41B03C3/68B03C2201/06B03C2201/10B03C2201/30
    • Liquid and/or particle-shaped impurities are precipitated from a stream of gas, for example, from a stream of gas that originates from a crankcase of an internal combustion engine and is directed to the engine's intake side. The stream of gas is passed through a gas discharge section between two electrodes. The stream of gas is passed between an emission electrode which is formed by electrode tips and an opposing electrode at a distance therefrom. A direct voltage which exceeds the breakdown voltage is applied to the electrodes using a direct current high voltage source, and the current which occurs over the gas discharge section between the electrodes is limited. A stable low energy direct current plasma is formed in the space between the two electrodes. The impurities are electrically charged and attracted to the opposing electrode by means of electrical field forces.
    • 液体和/或颗粒状的杂质例如从气流中析出,该气流来自内燃机的曲轴箱并被引导到发动机的进气侧。 气流通过两个电极之间的气体放电部分。 气体流在由电极头形成的发射电极和距离其间距离的相对电极之间通过。 使用直流高压源将超过击穿电压的直流电压施加到电极,并且在电极之间的气体放电部分上发生的电流受到限制。 在两个电极之间的空间中形成稳定的低能量直流等离子体。 这些杂质被电荷带电并通过电场吸引到相对电极。
    • 5. 发明授权
    • Method and device for producing a plastic component with an internal hollow space
    • 用于生产具有内部中空空间的塑料部件的方法和装置
    • US07914727B2
    • 2011-03-29
    • US10922349
    • 2004-08-20
    • Marcel Op de Laak
    • Marcel Op de Laak
    • B29C49/06B29C49/66
    • B29C45/1732B29C45/1706B29C45/1711B29C2045/1707B29C2045/1709B29C2045/1729
    • For producing a plastic component (2) with an internal hollow space (3), at first plastic is injection molded into an injection mold (4) and its cavity (6) and then for displacing the plastic melt from the internal hollow space (3) to be formed, gas under pressure is injected into the still liquid plastic melt, after which for cooling the plastic, a cooling liquid is also introduced into this internal hollow space (3). So that this cooling can be performed as quickly as possibly, the gas is compressed with the help of the cooling liquid and inserted or injected into the plastic melt, so that the cooling liquid directly follows the gas, wherein it can already extend into the internal hollow space (3) before this space is completely formed by the gas, i.e., gas and cooling liquid can be present simultaneously in the internal hollow space (3) to be formed.
    • 为了生产具有内部中空空间(3)的塑料部件(2),首先将塑料注塑成注射模具(4)及其空腔(6),然后将塑料熔体从内部中空空间(3 )中,将压力下的气体注入到静态塑料熔体中,然后冷却塑料,冷却液也被引入到该内部中空空间(3)中。 为了尽可能快地进行冷却,借助冷却液将气体压缩并插入或注入到塑料熔体中,使得冷却液直接跟随气体,其中已经延伸到内部 在这个空间完全形成气体之前的中空空间(3),即气体和冷却液体可以同时存在于要形成的内部中空空间(3)中。
    • 7. 发明申请
    • Method and device for producing a plastic component with an internal hollow space
    • 用于生产具有内部中空空间的塑料部件的方法和装置
    • US20050046091A1
    • 2005-03-03
    • US10922349
    • 2004-08-20
    • Marcel Op de Laak
    • Marcel Op de Laak
    • B29C45/17B29D22/00B29C71/00
    • B29C45/1732B29C45/1706B29C45/1711B29C2045/1707B29C2045/1709B29C2045/1729
    • For producing a plastic component (2) with an internal hollow space (3), at first plastic is injection molded into an injection mold (4) and its cavity (6) and then for displacing the plastic melt from the internal hollow space (3) to be formed, gas under pressure is injected into the still liquid plastic melt, after which for cooling the plastic, a cooling liquid is also introduced into this internal hollow space (3). So that this cooling can be performed as quickly as possibly, the gas is compressed with the help of the cooling liquid and inserted or injected into the plastic melt, so that the cooling liquid directly follows the gas, wherein it can already extend into the internal hollow space (3) before this space is completely formed by the gas, i.e., gas and cooling liquid can be present simultaneously in the internal hollow space (3) to be formed.
    • 为了生产具有内部中空空间(3)的塑料部件(2),首先将塑料注塑成注射模具(4)及其空腔(6),然后将塑料熔体从内部中空空间(3 )中,将压力下的气体注入到静态塑料熔体中,然后冷却塑料,冷却液也被引入到该内部中空空间(3)中。 为了尽可能快地进行冷却,借助冷却液将气体压缩并插入或注入到塑料熔体中,使得冷却液直接跟随气体,其中已经延伸到内部 在这个空间完全形成气体之前的中空空间(3),即气体和冷却液体可以同时存在于要形成的内部中空空间(3)中。