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    • 2. 发明授权
    • Method and apparatus for analysis of meat products
    • 肉制品分析方法和装置
    • US4299115A
    • 1981-11-10
    • US80802
    • 1979-10-01
    • Stuart E. AtheyDick P. McCord
    • Stuart E. AtheyDick P. McCord
    • G01N1/44G01N5/04G01N33/12G01N25/00
    • G01N5/04G01N33/12G01N1/44
    • Rapid and accurate determination of the fat, moisture, and protein content of meat products such as beef or the like is obtained by exposing a sample to microwave energy for a period of time sufficient to achieve a relatively constant chemical analysis in the residue. During heating on a weighing device, a substantial portion of the moisture in the sample is vaporized and a substantial portion of the fat is melted and collected in a separate container which is maintained below the sample but off of the weighing device. By monitoring the time rate of change of weight loss in the sample until it reaches a predetermined value and terminating cooking, a relatively constant chemical analysis of the residue is achieved. Collection of rendered fat off of the weighing device avoids erratic fluctuations in weight readings caused by spattering, dripping, and explosions of the melted fat in the collection container.
    • 通过将样品暴露于微波能量足以在残留物中进行相对恒定的化学分析的时间内,可以快速准确地测定肉制品如牛肉等的脂肪,水分和蛋白质含量。 在称重装置加热期间,样品中的大部分水分蒸发,大部分脂肪被熔化并收集在分离的容器中,该容器保持在样品下方但不在称重装置下方。 通过监测样品中的重量损失的时间变化率直到达到预定值并终止烹饪,实现了残留物的相对恒定的化学分析。 从称重装置收集已发现的脂肪可避免由于收集容器中熔化的脂肪的飞溅,滴落和爆炸引起的重量读数的不稳定波动。
    • 4. 发明授权
    • Method and apparatus for analysis of meat products
    • 肉制品分析方法和装置
    • US4398835A
    • 1983-08-16
    • US271891
    • 1981-06-08
    • Stuart E. AtheyDick P. McCord
    • Stuart E. AtheyDick P. McCord
    • G01N1/44G01N5/04G01N33/12G01N25/00
    • G01N5/04G01N33/12G01N1/44
    • Rapid and accurate determination of the fat, moisture, and protein content of meat products such as beef or the like is obtained by exposing a sample to microwave energy for a period of time sufficient to achieve a relatively constant chemical analysis in the residue. During heating on a weighing device, a substantial portion of the moisture in the sample is vaporized and a substantial portion of the fat is melted and collected in a separate container which is maintained below the sample but off of the weighing device. By monitoring the time rate of change of weight loss in the sample until it reaches a predetermined value and terminating cooking, a relatively constant chemical analysis of the residue is achieved. Collection of rendered fat off of the weighing device avoids erratic fluctuations in weight readings caused by spattering, dripping, and explosions of the melted fat in the collection container.
    • 通过将样品暴露于微波能量足以在残留物中进行相对恒定的化学分析的时间内,可以快速准确地测定肉制品如牛肉等的脂肪,水分和蛋白质含量。 在称重装置加热期间,样品中的大部分水分蒸发,大部分脂肪被熔化并收集在分离的容器中,该容器保持在样品下方但不在称重装置下方。 通过监测样品中的重量损失的时间变化率直到达到预定值并终止烹饪,实现了残留物的相对恒定的化学分析。 从称重装置收集已发现的脂肪可避免由于收集容器中熔化的脂肪的飞溅,滴落和爆炸引起的重量读数的不稳定波动。
    • 7. 发明授权
    • Method for rinsing and chemically sanitizing food ware items
    • 漂洗和化学消毒食品的方法
    • US4147558A
    • 1979-04-03
    • US835197
    • 1977-09-21
    • Louis F. FraulaStuart E. Athey
    • Louis F. FraulaStuart E. Athey
    • A47L15/00A47L15/44B08B3/02
    • A47L15/0055A47L15/4236A47L15/0081
    • F.) warewasher low wash and rinse temperature (120.degree.-140.degree. F.) WareWasher accomplishes the same general washing and rinsing effectiveness as a conventional high temperature (150.degree. F. minimum wash, 180.degree. F. minimum rinse) warewasher without loss of productivity resulting from time lost between completion of washing and commencement of rinsing a given load of ware, through use of independent, dedicated wash and rinse systems, the latter of which includes a holding tank which enables independent batching of a predetermined volume of rinse solution from properly-proportioned fresh water and sanitizing agent while washing a given load of ware. The sanitizing agent is introduced independently into the holding tank and independently of the fresh water line, and is therefore unaffected by a great range of water line pressures and the mineral conditions of the water.
    • {PG,1 F.)器皿洗涤器低洗涤和漂洗温度(120 {20 {14 140 {20 {0 F.)WareWasher完成了与常规高温相同的一般洗涤和冲洗效果(150 {20 { 通过使用独立的专用洗涤和冲洗系统,洗涤,完成洗涤和开始漂洗给定载荷的零件之间的时间损失导致的生产率损失,而后者则是洗涤,180(20°F)最小漂洗) 包括容纳罐,其能够在洗涤给定载荷的物料的同时,从适当比例的淡水和消毒剂中独立地分批预定体积的冲洗溶液。 消毒剂独立地引入储罐并且独立于淡水管线,因此不受大范围的水管线压力和水的矿物条件的影响。
    • 10. 发明授权
    • Control circuit for dishwasher
    • 洗碗机控制电路
    • US3949782A
    • 1976-04-13
    • US518087
    • 1974-10-25
    • Stuart E. AtheyAlan Lee VoreDonald E. Swihart
    • Stuart E. AtheyAlan Lee VoreDonald E. Swihart
    • G05B19/02A47L15/42A47L15/46B08B3/02H02B1/02
    • A47L15/4297Y10T137/6606Y10T137/85978
    • An electrical circuit for controlling various functions in a plurality of dishwashers having common features of a washing chamber containing a quantity of washing solution, means for heating the washing solution, a temperature sensor arranged to respond to the temperature of the solution, a pump for circulating washing solution through a spray head, and an electric motor for driving the pump. The control circuit includes a plurality of circuit boards for controlling the sequence of operation of the dishwasher, overheating protection for the pump motor, and the means for heating the washing solution. Many circuit boards contain indicating lamps in the form of light emitting diodes to indicate proper operation of the circuit. Other circuit boards include optional features, such as automatic initiation of the washing cycle upon the closure of the door.
    • 一种用于控制多个具有洗涤室的共同特征的多个洗碗机中的各种功能的电路,该洗碗机含有一定数量的洗涤液,用于加热洗涤液的装置,布置成响应溶液温度的温度传感器,用于循环的泵 通过喷头清洗溶液,以及用于驱动泵的电动机。 控制电路包括多个电路板,用于控制洗碗机的操作顺序,泵电机的过热保护以及用于加热洗涤溶液的装置。 许多电路板包含发光二极管形式的指示灯,以指示电路的正常工作。 其他电路板包括可选特征,例如在门关闭时自动启动洗涤循环。