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    • 1. 发明授权
    • Method of food heating control by detecting liberated gas or vapor and
temperature of food
    • 通过检测释放的气体或蒸汽和食物的温度来控制食品加热的方法
    • US4379964A
    • 1983-04-12
    • US167844
    • 1980-07-14
    • Takato KanazawaKeijiro MoriShigeru KusunokiKazunari NishiiTomotaka Nobue
    • Takato KanazawaKeijiro MoriShigeru KusunokiKazunari NishiiTomotaka Nobue
    • A23L5/10G05D22/02H05B6/68H05B6/80H05B1/02
    • H05B6/6458A23L5/15G05D22/02H05B6/6411
    • A method of food heating control in which the heating time length (.tau..sub.o) from a time point (t.sub.1) when the food temperature changing with the heating thereof reaches a predetermined set value (T.sub.1) to a time point (t.sub.2) when the vapor or gas liberated by heating of the food begins to increase the humidity or gas concentration is used as a basis for automatically determining a subsequent heating time length (.tau..sub.R). Since the time period (.tau..sub.R) for the subsequent heating process is determined by the heating time from the time point when the food temperature reaches a predetermined set value to the time point when the humidity or gas concentration begins to increase (unlike in the prior art method in which the heating time from the start of heating to the time point when humidity begins to increase is used to determine the subsequent heating time), the error in the heating time which otherwise might be caused by the variation in the initial food temperature is obviated. Consequently, it is possible to determine the total heating time without it being substantially affected by the initial temperature of the food.
    • 一种食品加热控制方法,其中当所述食物温度随其加热而变化的时间点(t1)达到预定设定值(T1)至所述蒸气的时间点(t2)时的加热时间长度(τo) 或通过加热食物释放的气体开始增加,湿度或气体浓度被用作自动确定随后的加热时间长度(τR)的基础。 由于随后的加热处理的时间段(τR)由从食物温度达到预定设定值的时间点到湿度或气体浓度开始增加的时间点的加热时间确定(与先前不同 使用从加热开始到湿度开始增加的时间点的加热时间的方法来确定随后的加热时间),否则可能由初始食物温度的变​​化引起的加热时间的误差 被免除。 因此,可以确定总加热时间,而不受食品的初始温度的显着影响。
    • 5. 发明授权
    • Humidity sensor
    • 湿度传感器
    • US4737707A
    • 1988-04-12
    • US834308
    • 1986-04-21
    • Keijiro MoriHideaki YagiIchiro ShimanoTooru Onouchi
    • Keijiro MoriHideaki YagiIchiro ShimanoTooru Onouchi
    • G01N27/12G01N33/00G01W1/11
    • G01N33/0011G01N27/121
    • A humidity sensing portion (7) and an electrode (9) of a heating regeneration type humidity sensor provided with a heater (8) are covered by a casing (12) and a holding portion (11). An opening (6) for communication between placing the interior and exterior of the sensor in communication is formed in the casing (12) or the holding portion (11) so that a solid angle, of a vertex at the central portion of the humidity sensing portion (7) or the casing (12) of a polyhedron having a base bounded by the opening is within the range of 1/1000-1/10 radian, and thus, adhesion of harmful substances, especially inorganic harmful substances, onto the humidity sensing portion (7) or the electrode (9) is prevented.
    • PCT No.PCT / JP85 / 00342 Sec。 一九八六年四月二十一日 102(e)日期1986年4月21日PCT提交1985年6月18日PCT公布。 公开号WO86 / 00409 1986年1月16日,设置有加热器(8)的加热再生型湿度传感器的湿度检测部(7)和电极(9)被壳体(12)和保持部(11)覆盖。 在壳体(12)或保持部(11)中形成有用于将传感器的内部和外部放置在连通状态的开口(6),使得在湿度感测的中心部分处的顶点的立体角 具有由开口限定的基底的多面体的部分(7)或壳体(12)在1 / 1000-1 / 10弧度的范围内,因此有害物质,特别是无机有害物质附着在湿度 感测部分(7)或电极(9)。
    • 10. 发明授权
    • Analog displacement type electromagnetic valve
    • 模拟位移式电磁阀
    • US4170339A
    • 1979-10-09
    • US785773
    • 1977-04-07
    • Yasukiyo UedaKeijiro MoriKeiichi MoriTakashi TanahashiShigeru Shirai
    • Yasukiyo UedaKeijiro MoriKeiichi MoriTakashi TanahashiShigeru Shirai
    • G05D23/24F16K31/06H01F7/13H01F7/14
    • F16K31/0682
    • An electromagnetic valve comprises a magnetic circuit formed by a stationary core and a movable core, or armature pivoted at one end of the stationary core and rotatable continuously between first and second positions with a free end positioned in opposed relation to the other end of the stationary core with an air gap therebetween. The armature is spring biased so as to remain in the first position and carries a valve head for engagement with a valve seat. The opposing ends of the stationary and movable cores are so shaped as to form in the air gap a first working section in which the main magnetic flux generates a vector component transverse to the length of the armature and a second working section in which the main magnetic flux generates a vector component parallel to the length of the armature. The resulting vector makes the angular displacement of the armature linearly proportional to the supply current.
    • 电磁阀包括由固定铁芯和可动铁芯形成的磁路,或者在固定铁芯的一端枢转并且可在第一和第二位置之间连续旋转的电枢,其自由端位于与固定铁芯的另一端相对的位置 芯之间具有气隙。 电枢被弹簧偏压以便保持在第一位置并且承载用于与阀座接合的阀头。 固定和可动铁芯的相对端被成形为在气隙中形成第一工作部分,其中主磁通量产生横向于电枢长度的矢量分量;以及第二工作部分,其中主磁 磁通产生平行于电枢长度的矢量分量。 所得矢量使电枢的角位移与电源电流成线性比例。