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    • 85. 发明授权
    • Automated pet cage
    • 自动宠物笼
    • US09277729B1
    • 2016-03-08
    • US14054177
    • 2013-10-15
    • James Wright
    • James Wright
    • G08B23/00A01K1/03
    • A01K1/03
    • The automated pet cage includes a locking assembly for the door of the pet case, which is able to remotely or autonomously unlock and open the door of the pet cage as needed or in an emergency. The locking assembly is integrated into the design of the door of the pet cage, and provides for manual or autonomous operation in order to open the pet cage in a plurality of situations. The locking assembly is in communication with a display console that is in control over operation of the automated pet cage. The display console can remotely interface with a cellular telephone/Bluetooth enabled device in order to receive remote instructions in order to open the door of the pet cage. The display console also communicates wirelessly with the locking assembly.
    • 自动宠物笼包括用于宠物箱门的锁定组件,其能够根据需要或紧急情况远程或自主地解锁和打开宠物笼的门。 锁定组件集成到宠物笼的门的设计中,并且提供手动或自主操作,以便在多种情况下打开宠物笼。 锁定组件与可控制自动宠物笼的操作的显示控制台通信。 显示控制台可以与蜂窝电话/蓝牙设备远程接口,以便接收远程指令以打开宠物笼的门。 显示控制台还与锁定组件进行无线通信。
    • 89. 发明授权
    • Method and apparatus for drying organic material
    • 干燥有机材料的方法和装置
    • US07960165B2
    • 2011-06-14
    • US11565059
    • 2006-11-30
    • James Wright
    • James Wright
    • B09B3/00C12M1/00C12M1/02
    • C10L5/44C10L5/46C10L5/48F26B3/32F26B15/12F26B23/001F26B25/04F28D21/0014Y02E50/10Y02E50/30Y02P70/405
    • Organic waste having a moisture content of about 65% is dried to a level of dryness by applying heat generated by microbial action on the waste organic material to dry that material to usable levels of about 20% moisture. Method of the present invention is more efficient and economical for the drying of waste materials to combustible fuel than conventional drying methods and apparatus. Preblended portions of the organic material are deposited sequentially into a fermentation zone of a chamber and hot exhaust gases generated by the fermentation process are passed through an air-to-air heat exchanger along with cooler ambient intake air which is in its turn heated and turned back on the waste material in the second drying stage.
    • 水分含量约65%的有机废物通过将微生物作用产生的热量施加到废有机材料上将其干燥至干燥程度,将其干燥至约20%水分的可利用水平。 与常规的干燥方法和装置相比,本发明的方法对于将废物材料干燥成可燃燃料更有效和经济。 将有机材料的预混合部分依次沉积到室的发酵区中,并且通过发酵过程产生的热废气与冷空气进入空气一起通过空气 - 空气热交换器,而冷却的环境进气又被加热和转动 在第二个干燥阶段回到废料上。