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    • 1. 发明申请
    • Electric tank dispenser having a pressurizable space and selectable pressure levels
    • 电罐分配器具有可加压空间和可选择的压力水平
    • US20160243570A1
    • 2016-08-25
    • US15018013
    • 2016-02-08
    • John Karl LampeJason Lee Wahlstrom
    • John Karl LampeJason Lee Wahlstrom
    • B05B12/08B05B15/06B05B1/30B05B7/24
    • B05B12/087B05B1/30B05B7/2494
    • This invention relates to a device for dispensing spray drops or foam. A first illustrative example of the invention is an electrically powered dispenser comprising: a pressurization system for automatically regulating a pressure level of a gas in a pressurizable space, the pressurization system being configured: to take a pressure reading of the gas, to make a determination if the pressure reading indicates a deviation from a desired pressure level, and based on the determination to make a decision selected from a list comprising at least the following: to start pressurization, to continue pressurization, to stop pressurization, or to do nothing. According to variations or refinements of this first example the pressurization system is sufficiently sensitive to indicate the deviation even if the deviation is minimal. According to other variations or refinements of this first example, the desired pressure level can be, e.g., less than 10 psi.
    • 本发明涉及用于分配喷雾滴或泡沫的装置。 本发明的第一示例性实例是电动分配器,其包括:用于自动调节可加压空间中的气体的压力水平的加压系统,所述加压系统被配置为:对气体进行压力读数,以进行确定 如果压力读数指示与期望压力水平的偏差,并且基于从至少包括以下内容的列表中选择的决定的确定:开始加压,继续加压,停止加压或不做任何操作。 根据该第一示例的变化或改进,加压系统足够敏感以指示偏差,即使偏差最小。 根据该第一示例的其它变化或改进,期望的压力水平可以是例如小于10psi。
    • 2. 发明申请
    • Dispenser for Dispensing Foam such as Foam Herbicides
    • 泡沫除草剂泡沫分配器
    • US20160044909A1
    • 2016-02-18
    • US14824941
    • 2015-08-12
    • John Karl Lampe
    • John Karl Lampe
    • A01M21/04B05B7/00B05B7/04
    • A01M21/043A01M21/04B05B1/20B05B7/0031B05B7/0416B05B12/002B05B15/652
    • This invention relates to a device for dispensing foam onto plants and other objects. According to one example, the dispenser for dispensing foam comprises: a supply line in which a foamable solution flows under pressure and which comprises a gas inlet, a wand, a mixing chamber, and a nozzle, wherein the gas inlet introduces a gas into the foamable solution, the mixing chamber helps process the foamable solution into a foam, and the nozzle ejects the foam. In a variation, the mixing chamber can be located distally on the wand. In another example, the dispenser for dispensing foam comprises: a wand fluidly connected to a nozzle for ejecting a foam and a wiper attached to the wand, the wiper being for temporarily retaining ejected foam and making the foam available for wiping the foam onto a target surface.
    • 本发明涉及用于将泡沫分配到植物和其它物体上的装置。 根据一个示例,用于分配泡沫的分配器包括:其中可发泡溶液在压力下流动并且包括气体入口,棒,混合室和喷嘴的供应管线,其中气体入口将气体引入到 可发泡溶液,混合室有助于将可发泡溶液加工成泡沫,并且喷嘴喷射泡沫。 在一个变型中,混合室可以位于远处的魔杖上。 在另一个实例中,用于分配泡沫的分配器包括:流体连接到用于喷射泡沫的喷嘴和附接到棒的擦拭器的魔杖,所述擦拭器用于暂时保持喷射的泡沫并使泡沫可用于将泡沫擦拭到目标 表面。
    • 3. 发明申请
    • Foamable Solutions, Dispenser, and Methods
    • 可泡沫解决方案,分配器和方法
    • US20120157307A1
    • 2012-06-21
    • US13323642
    • 2011-12-12
    • John Karl Lampe
    • John Karl Lampe
    • A01N57/18A01N25/16
    • A01N25/16B05B9/0816B05B11/3087A01N25/02A01N25/30A01N57/20
    • In one embodiment, a foamable solution dispenser, comprising: a foamable solution container and a mechanical foaming head, the foaming head comprising a mixing chamber configured with an air chamber, a liquid chamber and a manifold for receiving and mixing air and the foamable solution into a foam, wherein the foamable solution is disposed in the container and wherein the foamable solution comprises an active ingredient, water and a foaming agent.In a further embodiment, a foamable solution, comprising an active ingredient for application to plants, water and a foaming agent.In a still further embodiment, a foamable herbicide solution, comprising an herbicide, water and a foaming agent, wherein the foaming agent is aerobically readily biodegradable.
    • 在一个实施方案中,一种可发泡溶液分配器,包括:可发泡溶液容器和机械发泡头,所述发泡头包括配置有空气室,液体室和歧管的混合室,所述混合室用于接收和混合空气和所述可发泡溶液 泡沫,其中所述可发泡溶液设置在所述容器中,并且其中所述可发泡溶液包含活性成分,水和发泡剂。 在另一个实施方案中,可发泡溶液包含用于植物的活性成分,水和发泡剂。 在另一个实施方案中,包含除草剂,水和发泡剂的可发泡除草剂溶液,其中所述发泡剂是有氧地易于生物降解的。
    • 8. 发明申请
    • DEVICE AND METHOD FOR THE DRYING AND TORREFACTION OF AT LEAST ONE CARBON-CONTAINING MATERIAL FLOW IN A MULTIPLE HEARTH FURNACE
    • 用于多个心脏炉中至少一个含碳材料流的干燥和弯曲的装置和方法
    • US20120137538A1
    • 2012-06-07
    • US13390273
    • 2011-07-15
    • Karl LampeJürgen DenkerChristoph BeyerRichard Erpelding
    • Karl LampeJürgen DenkerChristoph BeyerRichard Erpelding
    • F26B3/02F26B19/00
    • C10B49/02C10B7/02C10B53/02C10L5/40C10L9/083F26B17/003F26B21/04F26B21/14F26B23/022F26B2200/02Y02E50/14Y02E50/15Y02E50/30
    • The device according to the invention for drying and torrefaction of at least one carbon-containing material flow in a multiple-hearth furnace substantially comprisesa drying zone, which comprises a feed device for feeding a carbon-containing material flow, a discharge point for discharging a drying gas flow containing water vapour and an infeed point for recycling at least a part of the drying gas flow, a torrefaction zone for degassing the material flow dried in the drying zone, which comprises a discharge point for discharging a torrefied material flow, at least one infeed point for an exhaust gas and a discharge point for a torrefaction gas flow, a heat exchanger for heating the drying gas flow, the discharge point of the drying zone being connected via the heat exchanger to the infeed point of the drying zone, a combustion assembly, wherein the discharge point of the torrefaction zone is connected via the combustion assembly and the heat exchanger to the infeed point of the torrefaction zone, wherein a torrefaction gas flow discharged via the discharge point of the torrefaction zone is combusted in the combustion assembly and the resulting exhaust gas is used in the heat exchanger to heat the drying gas flow and is fed to the torrefaction zone, wherein the drying zone and the torrefaction zone comprise two separate gas circulations.
    • 根据本发明的用于在多炉底炉中干燥和烘焙至少一种含碳材料流的装置基本上包括干燥区,其包括用于进料含碳材料流的进料装置,用于排出的排出点 含有水蒸汽的干燥气体流和用于再循环至少一部分干燥气体流的进料点,用于对在干燥区中干燥的材料进行脱气的烘焙区,其包括用于排出烘焙物料流的排放点, 用于排气的至少一个进料点和用于烘焙气体流的排出点,用于加热干燥气体流的热交换器,经由热交换器连接到干燥区的进料点的干燥区的排出点, 燃烧组件,其中烘焙区的排放点通过燃烧组件和热交换器连接到托盘的进料点 其中通过所述烘焙区的排放点排出的烘焙气体流在所述燃烧组件中燃烧,并且所述废气在所述热交换器中用于加热所述干燥气体流并被供给到所述烘焙区,其中, 干燥区和烘焙区包括两个单独的气体循环。
    • 9. 发明申请
    • Football Helmet, Testing Method, and Testing Apparatus
    • 足球头盔,测试方法和测试仪器
    • US20080256685A1
    • 2008-10-23
    • US12106319
    • 2008-04-20
    • John Karl LampeDouglas R. Oudekerk
    • John Karl LampeDouglas R. Oudekerk
    • A42B3/00G01M7/00
    • A42C2/00A42B3/068G01M7/08
    • In one embodiment, a method for testing a helmet comprising the steps of: placing a strike helmet on a first headform; placing a target helmet on a second headform, colliding the strike helmet against the target helmet; and measuring the acceleration of the second headform caused by the collision.In a second embodiment, an apparatus for testing a helmet comprising: a strike helmet placed on a first headform; a target helmet placed on a second headform; a motion device for moving the strike helmet to collide with the target helmet.In a third embodiment, a helmet comprising: a shell having a zone of a greater rigidity; having a zone of a lesser rigidity; wherein the zone of lesser rigidity covers a portion of the frontal bone of a wearer.
    • 在一个实施例中,一种用于测试头盔的方法,包括以下步骤:将打击头盔放置在第一头盔上; 将目标头盔放在第二个头盔上,将罢工头盔与目标头盔相撞; 并测量由碰撞引起的第二头模的加速度。 在第二实施例中,一种用于测试头盔的装置,包括:头盔,放置在第一头盔上; 放置在第二头盔上的目标头盔; 用于移动打击头盔以与目标头盔相撞的运动装置。 在第三实施例中,一种头盔包括:壳体,具有更大刚性的区域; 具有刚度较小的区域; 其中较小刚度的区域覆盖佩戴者的正面骨的一部分。