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    • 21. 发明授权
    • Electronic balance
    • 电子天平
    • US08355889B2
    • 2013-01-15
    • US12162061
    • 2007-07-30
    • Hiroshi Hamamoto
    • Hiroshi Hamamoto
    • G01G7/00
    • G01G23/36G01G23/10
    • An electronic balance 1 having a switching function for selecting and setting one measurement mode from among a number of measurement modes corresponding to the type of object to be measured and/or the type of measuring work and/or the situation in terms of the work environment, an applied function for selecting and setting one display method from among a number of display methods for the weight of an object to be measured, and a basic function for gaining results of measurement of an object to be measured on the basis of the set measurement mode and display method is provided with: a number of menu operation keys 72a to 72e with which an input operation for selecting and setting one measurement mode from among a number of measurement modes and an input operation for selecting and setting one display method from among a number of display methods are carried out; and a number of basic operation keys 71a to 71d with which an input operation for gaining results of measurement for an object to be measured on the basis of the set measurement mode and display method is carried out, characterized in that the location where the above described number of basic operation keys 71a to 71d are arranged and the location where the above described number of menu operation keys 72a to 72e are arranged are at a distance from each other.
    • 具有用于从对应于要测量的对象的类型的多个测量模式和/或测量工作的类型和/或工作环境的情况中选择和设置一个测量模式的切换功能的电子天平1 ,用于从用于待测量对象的权重的多个显示方法中选择和设置一个显示方法的应用功能以及用于基于所设置的测量获得待测对象的测量结果的基本功能 模式和显示方法具有:多个菜单操作键72a至72e,其中从多个测量模式中选择和设置一个测量模式的输入操作和用于从一个测量模式中选择和设置一个显示方法的输入操作 执行显示方法的数量; 以及基于设定的测量模式和显示方法执行用于获得待测量对象的测量结果的输入操作的若干基本操作键71a至71d,其特征在于,上述 布置基本操作键71a至71d的数量,并且上述数量的菜单操作键72a至72e的布置位置彼此间隔开。
    • 23. 发明申请
    • EVALUATION METHOD AND SCREENING METHOD FOR SUBSTANCE HAVING ACTION OF ACTIVATING/SUPPRESSING INNATE IMMUNITY, AGENT AND FOOD PRODUCT FOR ACTIVATING/SUPPRESSING INNATE IMMUNE MECHANISM AND METHOD FOR PRODUCING THE SAME
    • 具有促进/抑制免疫功能的活性物质的评估方法和筛选方法,用于激活/抑制免疫机制的药剂和食品产品及其生产方法
    • US20100111870A1
    • 2010-05-06
    • US12595245
    • 2008-04-10
    • Kazuhisa SekimizuHiroshi Hamamoto
    • Kazuhisa SekimizuHiroshi Hamamoto
    • A61K49/00A01H5/00
    • A61K36/18A01K2267/0387A23L33/00A23L33/10A61K35/74A61K38/17C12N15/8509C12N2710/14043G01N33/5082
    • It is intended to provide an evaluation method and a screening method capable of eliminating a substance that disturbs in vivo kinetics in an individual and capable of simply and easily searching a substance having an action of activating/suppressing an innate immune mechanism without being affected by LPS derived from bacteria, which can be contaminated during the search, as well as a drug and a food for activating/suppressing the innate immune mechanism, and methods of producing the same. The present invention provides a method of evaluating or screening the substance having the action of activating/suppressing the innate immune mechanism using a muscular contraction of an organism having the innate immune mechanism as an indicator, and methods of producing the drug and the food for activating/suppressing the innate immune mechanism. Also, an innate immunity activator and the food having the action of activating the innate immune mechanism containing the substance having the action of contracting the muscle of the organism having the innate immune mechanism, and an innate immunity suppressor and the food having the action of suppressing the innate immunity containing the substance having the action of suppressing the contraction of the muscle of the organism having the innate immune mechanism are provided.
    • 旨在提供能够消除妨碍个体的体内动力学的物质的能够简单且容易地搜索具有激活/抑制先天免疫机制的物质而不受LPS影响的物质的评价方法和筛选方法 来源于可以在搜索期间被污染的细菌,以及用于激活/抑制先天免疫机制的药物和食物,以及其生产方法。 本发明提供一种使用具有先天免疫机制的生物体的肌肉收缩作为指标来评价或筛选具有激活/抑制先天免疫机制的作用的物质的方法,以及制备药物和活化食物的方法 /抑制先天免疫机制。 此外,先天免疫激活剂和具有激活含有具有收缩具有先天免疫机制的生物体肌肉作用的物质的先天免疫机制的作用的食物,以及先天性免疫抑制剂和具有抑制作用的食物 提供含有具有抑制具有先天免疫机制的生物体的肌肉收缩作用的物质的先天免疫力。
    • 24. 发明申请
    • ELECTRONIC BALANCE
    • 电子平衡
    • US20090100899A1
    • 2009-04-23
    • US12297624
    • 2006-04-28
    • Hiroshi HamamotoSugio TsukadaTsuyoshi SatoKoji Hattori
    • Hiroshi HamamotoSugio TsukadaTsuyoshi SatoKoji Hattori
    • G01G23/01
    • G01G23/01G01G23/48
    • An electronic balance is provided, in which a tolerance resulting from temperature variation is variable and a frequency for sensitivity calibration corresponds to the tolerance. A load detecting portion 1 detects a load of an object to be weighed 12, a processing portion 2 converts a detecting signal from the load detecting portion 1 into a mass value, transmits the mass data to a display portion 3, and controls a sensitivity calibrating mechanism 6a to perform a sensitivity calibration by increasing or reducing internal weights 13 on the load detecting portion 1. An operation control program of the processing portion 2 is built with a tolerance input function 21, a sensitivity calibration execution condition calculating function 22, and a sensitivity calibration execution determining function 24. Whenever the temperature variation reaches or exceeds an allowable temperature variation ΔT, a sensitivity calibration is performed.
    • 提供电子天平,其中由温度变化引起的公差是可变的,灵敏度校准的频率对应于公差。 负载检测部分1检测被测量物体12的负载,处理部分2将来自负载检测部分1的检测信号转换成质量值,将质量数据传送到显示部分3,并且控制灵敏度校准 机构6a通过增加或减少负载检测部分1上的内部权重13执行灵敏度校准。处理部分2的操作控制程序由公差输入功能21,灵敏度校准执行条件计算功能22和 灵敏度校准执行确定功能24.每当温度变化达到或超过容许温度变化ΔT时,执行灵敏度校准。
    • 28. 发明授权
    • Electronic balance
    • 电子天平
    • US07980114B2
    • 2011-07-19
    • US12297624
    • 2006-04-28
    • Hiroshi HamamotoSugio TsukadaTsuyoshi SatoKoji Hattori
    • Hiroshi HamamotoSugio TsukadaTsuyoshi SatoKoji Hattori
    • G01N27/00
    • G01G23/01G01G23/48
    • An electronic balance is provided, in which a tolerance resulting from temperature variation is variable and a frequency for sensitivity calibration corresponds to the tolerance. A load detecting portion 1 detects a load of an object to be weighed 12, a processing portion 2 converts a detecting signal from the load detecting portion 1 into a mass value, transmits the mass data to a display portion 3, and controls a sensitivity calibrating mechanism 6a to perform a sensitivity calibration by increasing or reducing internal weights 13 on the load detecting portion 1. An operation control program of the processing portion 2 is built with a tolerance input function 21, a sensitivity calibration execution condition calculating function 22, and a sensitivity calibration execution determining function 24. Whenever the temperature variation reaches or exceeds an allowable temperature variation ΔT, a sensitivity calibration is performed.
    • 提供电子天平,其中由温度变化引起的公差是可变的,灵敏度校准的频率对应于公差。 负载检测部分1检测被测量物体12的负载,处理部分2将来自负载检测部分1的检测信号转换成质量值,将质量数据传送到显示部分3,并且控制灵敏度校准 机构6a通过增加或减少负载检测部分1上的内部权重13执行灵敏度校准。处理部分2的操作控制程序由公差输入功能21,灵敏度校准执行条件计算功能22和 灵敏度校准执行确定功能24.每当温度变化达到或超过容许温度变化&Dgr; T时,执行灵敏度校准。
    • 29. 发明授权
    • Automotive heating system
    • 汽车加热系统
    • US5366150A
    • 1994-11-22
    • US153900
    • 1993-11-17
    • Shinshi KaimotoTakahiro SatoHiroshi HamamotoMasanori Ishikawa
    • Shinshi KaimotoTakahiro SatoHiroshi HamamotoMasanori Ishikawa
    • B60H1/03B60H1/00B60H1/08F01P11/20B60H1/02
    • B60H1/00492F01P2011/205
    • In an automotive heating system, an engine coolant circuit for circulating engine coolant through an engine of a vehicle is provided with a heat exchanger for transferring heat between the engine coolant and air, and a heat accumulator which stores heat of the engine coolant. The engine coolant circuit has a first coolant circulating path through which the engine coolant from the engine passes the heat accumulator and the heat exchanger in this order and a second coolant circulating path through which the engine coolant from the engine passes the heat exchanger and the heat accumulator in this order. The engine coolant is caused to circulate through the first coolant circulating path when the temperature of heat stored in the heat accumulator is higher than the temperature of the engine coolant while heating is required and through the second coolant circulating path when the former temperature is lower than the latter temperature while heating is required.
    • 在汽车加热系统中,用于使发动机冷却剂循环通过车辆的发动机的发动机冷却剂回路设置有用于在发动机冷却剂和空气之间传递热量的热交换器和储存发动机冷却剂的热量的蓄热器。 发动机冷却剂回路具有第一冷却剂循环路径,来自发动机的发动机冷却剂通过该第一冷却剂循环路径依次通过蓄热器和热交换器,以及第二冷却剂循环路径,来自发动机的发动机冷却剂通过第二冷却剂循环路径通过热交换器和热量 累加器。 当需要加热时,当存储在蓄热器中的热量的温度高于发动机冷却剂的温度时,使发动机冷却剂循环通过第一冷却剂循环路径,并且当前一温度低于时,通过第二冷却剂循环路径 需要加热时的后一温度。
    • 30. 发明授权
    • Controlled atmosphere storage system
    • 受控气氛存储系统
    • US4754611A
    • 1988-07-05
    • US113766
    • 1987-10-28
    • Masato HosakaAtsushi NishinoJiro SuzukiJun TakedaTakeshi ShimizuHiroshi Hamamoto
    • Masato HosakaAtsushi NishinoJiro SuzukiJun TakedaTakeshi ShimizuHiroshi Hamamoto
    • A23B7/144A23L3/3418F24F3/16
    • A23L3/3418A23B7/144
    • A controlled atmosphere storage system which is so arranged that a refrigerator and a carbon dioxide generator are connected to each other, and a purifying catalyst, an air preheater, a cooler, a circulating blower and a scrubber are disposed at the downstream side in that order, with the scrubber and the refrigerator being connected, whereby time required for stabilization of combustion may be reduced as compared with conventional systems, and combustion under a low oxygen concentration can be maintained, while flow-out of controlled atmosphere gas outside the refrigerator or entry of atmosphere into the refrigerator can be prevented. Moreover, by forming the carbon dioxide generator in a double wall construction to fill a space with air containing carbon dioxide, heat insulating property is improved for facilitation of combustion under a lower oxygen concentration than in the conventional systems. Furthermore, at starting, since combustion is effected through employment of suction and exhaust paths different from the circulating path, pipe walls are protected against corrosion, and re-ignition under a low oxygen concentration is made possible.
    • 将冰箱和二氧化碳发生器彼此连接的可控气氛储存系统,并且在下游侧以该顺序设置净化催化剂,空气预热器,冷却器,循环风机和洗涤器 与洗涤器和冰箱连接,由此与常规系统相比可以减少燃烧稳定所需的时间,并且可以保持在低氧浓度下的燃烧,同时在冰箱或入口外的受控气氛气体流出 可以防止大气进入冰箱。 此外,通过将二氧化碳发生器形成为双壁结构以填充含有二氧化碳的空气的空间,提高了隔热性能,以便在比常规系统中更低的氧浓度下促进燃烧。 此外,起动时,由于通过使用与循环路径不同的吸入和排出路径来实现燃烧,所以管壁被保护免受腐蚀,并且可以在低氧浓度下重新点燃。