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    • 2. 发明专利
    • WRAP AROUND BOOSTER
    • CA2362090C
    • 2007-01-23
    • CA2362090
    • 2001-11-14
    • JACKSON MSC INC
    • FERGUSON MARK ALLENBECKNELL DWAYNE ALAN
    • A47L15/42F24D17/00
    • The present invention relates to a wrap around booster (10), and more specifically, the present invention relates to a wrap around booster (10) fo r use with a high temperature dishwashing machine (40). The wrap around booster (10) heat s the water of the dishwashing machine (40) from approximately 110-140.degree.F to at least 150.degree.F in the wash tank (11) and at least 180.degree.F in the rinse tank (26). This is accomplished by keeping a relatively constant volume of water in the rinse tank (26) containing the wrap around booster (10), which maintains the rinse tank water at least 180.degree.F. The rinse tank water surrounds the wash tank (11). The warmer water in the rinse tank (26) surrounding the wash tank (11) therefore heats the water contained in the wash tank (11) through convection. Therefore, one heating system does the work of two heating systems. Because there is no heating system inside the wash tank (11), the entire tan k of water can be dumped and then the water is replenished with the water used during the rinse step.
    • 3. 发明专利
    • WRAP AROUND BOOSTER
    • CA2362090A1
    • 2002-05-15
    • CA2362090
    • 2001-11-14
    • JACKSON MSC INC
    • FERGUSON MARK ALLENBECKNELL DWAYNE ALAN
    • A47L15/42F24D17/00
    • The present invention relates to a wrap around booster (10), and more specifically, the present invention relates to a wrap around booster (10) fo r use with a high temperature dishwashing machine (40). The wrap around booster (10) heat s the water of the dishwashing machine (40) from approximately 110-140.degree.F to at least 150.degree.F in the wash tank (11) and at least 180.degree.F in the rinse tank (26). This is accomplished by keeping a relatively constant volume of water in the rinse tank (26) containing the wrap around booster (10), which maintains the rinse tank water at least 180.degree.F. The rinse tank water surrounds the wash tank (11). The warmer water in the rinse tank (26) surrounding the wash tank (11) therefore heats the water contained in the wash tank (11) through convection. Therefore, one heating system does the work of two heating systems. Because there is no heating system inside the wash tank (11), the entire tan k of water can be dumped and then the water is replenished with the water used during the rinse step.
    • 5. 发明申请
    • Flow equalization baffle for multi-nozzle spray systems
    • 多喷嘴喷淋系统的流量均衡挡板
    • US20070158472A1
    • 2007-07-12
    • US11650151
    • 2007-01-05
    • James CalhounMark Ferguson
    • James CalhounMark Ferguson
    • B05B1/34
    • B05B1/20
    • A nozzle spray assembly which comprises: a spray arm assembly which comprises at least one outlet disposed therein to allow fluid to exit the spray arm assembly; a fluid distribution arm extending from the outlet of the spray arm assembly, wherein the distribution arm comprises an interior surface and a plurality of apertures disposed within the interior surface; and a baffle comprising: (i) a projection portion which extends within the fluid distribution arm a predetermined length, such predetermined length being less than the length of the distribution arm, and the projection portion having a width substantially similar to the cross-section of the interior surface of the distribution arm, thereby forming at least two compartments within the distribution arm wherein a first compartment is formed between a first portion of the interior surface of the distribution arm and a first side of the projection portion without any the apertures disposed within the first compartment, and a second compartment formed between a second portion of the interior surface of the distribution arm and a second side of the projection portion having at least a portion of the apertures disposed within the second compartment; and (ii) a connector portion disposed at an end of the projection portion which is in contact with the outlet of the fluid distribution arm, wherein the connector portion covers at least a portion of the outlet, whereby fluid exiting the outlet into the fluid distribution arm initially enters the first compartment of the fluid distribution arm before entering the second compartment.
    • 一种喷嘴喷射组件,其包括:喷雾臂组件,其包括设置在其中的至少一个出口,以允许流体离开所述喷雾臂组件; 流体分配臂,其从所述喷雾臂组件的出口延伸,其中所述分配臂包括内表面和设置在所述内表面内的多个孔; 以及挡板,包括:(i)突出部分,其在所述流体分配臂内延伸预定长度,所述预定长度小于所述分配臂的长度,并且所述突出部分的宽度基本上类似于 分配臂的内表面,从而在分配臂内形成至少两个隔室,其中在分配臂的内表面的第一部分和突出部分的第一侧之间形成第一隔室,而不设置任何孔 第一隔室和形成在分配臂的内表面的第二部分和突出部分的第二侧之间的第二隔室,其具有设置在第二隔室内的孔的至少一部分; 以及(ii)连接器部分,其设置在与所述流体分配臂的出口接触的突出部分的端部处,其中所述连接器部分覆盖所述出口的至少一部分,由此流体离开所述出口进入所述流体分布 在进入第二隔间之前,臂最初进入流体分配臂的第一隔室。