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    • 61. 发明专利
    • Device for detecting drying state of wet object
    • 用于检测湿物体干燥状态的装置
    • JP2007195745A
    • 2007-08-09
    • JP2006018057
    • 2006-01-26
    • Toto LtdToto株式会社
    • MURASE YOICHITSUBOI HIROYUKI
    • D06F58/28D06F58/10F26B9/02G01N22/00G01N22/04
    • PROBLEM TO BE SOLVED: To highly precisely detect the drying extent of a wet object such as a floor and a wall of a bathroom and laundry inside the bathroom.
      SOLUTION: A device for detecting the drying state of the wet object emits a transmitted wave 170 from an antenna unit 166 installed on a side wall 183, a ceiling 16, or the like in the bathroom toward a target (for example, laundry) 168, receives a reflected wave 171 or a transmitted wave from the target 168 by the antenna unit 166, and determines the drying extent of the target 168 from the intensity of the received wave. The smaller the intensity of the reflected wave is and the larger the intensity of the transmission is, the higher the device will determine the drying state. The position and orientation of the antenna unit 166 are so set as to prevent the antenna unit 166 from directly receiving sub-reflected wave 175 generated by reflecting the transmission wave 170 transmitted through the target 168 and reflected at a bathtub 177 and the ceiling 162.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:高精度地检测浴室内的浴室和衣物等湿物品如地板和墙壁的干燥程度。 解决方案:用于检测湿物体的干燥状态的装置从安装在浴室中的侧壁183,天花板16等上的天线单元166向目标发射发射波170(例如, 衣物)168通过天线单元166接收来自目标168的反射波171或发射波,并根据接收波的强度确定目标168的干燥程度。 反射波的强度越小,透射强度越大,器件将决定干燥状态越高。 天线单元166的位置和方向被设置为防止天线单元166直接接收通过反射传输通过目标168并在浴缸177和天花板162反射的传输波170产生的副反射波175。 版权所有(C)2007,JPO&INPIT
    • 62. 发明专利
    • Automatic faucet device
    • 自动龙头装置
    • JP2012215052A
    • 2012-11-08
    • JP2011196161
    • 2011-09-08
    • Toto LtdToto株式会社
    • TACHIKI SHOICHISHOHEI YUYAMURATA KENSUKETSUBOI HIROYUKI
    • E03C1/05G01S13/56
    • PROBLEM TO BE SOLVED: To provide an automatic faucet device using a radio-frequency sensor for enabling accurate change-over from water discharge into water cut-off without a delay of water cut-off, in a simple construction.SOLUTION: In an automatic faucet device 1 using a radio-frequency sensor 40, a water cut-off threshold value Tt is greater than a detection signal in the state of being rectified and smaller than a detection signal in the state of inserting a hand into a water stream of washing water, and directivity determining means forms a first detection range a1 along a water discharge direction A during water cut-off, and causes radio waves to interfere with the water stream W of the washing water and the water stream W of the washing water to damp or reflect the radio waves during water discharge, to form a second detection range a2 shorter in the water discharge direction A during water discharge. The second detection range is formed so that the detection signal does not exceed the water cut-off threshold value Tt in the case of detecting that an object to be detected having a low radio wave reflectivity is inserted into the vicinity of a water discharge port 26 during water discharge.
    • 要解决的问题:提供一种使用射频传感器的自动水龙头装置,其能够以简单的结构实现从排水到切断水的准确切换而不延迟停水。 解决方案:在使用射频传感器40的自动水龙头装置1中,截止阈值Tt大于在整流状态下的检测信号,并且小于在插入状态下的检测信号 手入洗涤水的水流中,并且指向性确定装置在水切断期间沿排水方向A形成第一检测范围a1,并且使无线电波干扰洗涤水和水的水流W 洗涤水的流W以在排水期间阻尼或反射无线电波,从而在排水期间形成在排水方向A上较短的第二检测范围a2。 形成第二检测范围,使得在检测到具有低电波反射率的待检测物体插入到排水口26附近的情况下,检测信号不超过截水阈值Tt 排水期间。 版权所有(C)2013,JPO&INPIT
    • 63. 发明专利
    • Automatic faucet device
    • 自动龙头装置
    • JP2012202160A
    • 2012-10-22
    • JP2011069388
    • 2011-03-28
    • Toto LtdToto株式会社
    • TACHIKI SHOICHISHOHEI YUYASAKAI YUTATSUBOI HIROYUKIMURATA KENSUKE
    • E03C1/05
    • PROBLEM TO BE SOLVED: To provide an automatic faucet device, using a radio wave sensor, which does not spoil a degree of design freedom and can reliably prevent water from being erroneously discharged due to external impact regardless of a shape of a communication pipe.SOLUTION: An automatic faucet device 1 comprises: a faucet main body 1A; a water pipe 20; a radio wave sensor 40 to detect an operation state of a user; and a control section 50 which discharges or stops water by opening/shutting a discharge valve 30. The automatic faucet device 1 also has: a radio wave transmission space between an inside of a communication pipe 10 and the water pipe 20; a radio wave emission port 27 provided at a water discharge section 10c; the radio wave sensor 40 which outputs radio wave through the radio wave transmission space; and a coaxial cable 60 arranged parallel to the water pipe 20 at least in a portion corresponding to a bent section 10b of the communication pipe 10 in the radio wave transmission space. The automatic faucet device 1 is configured to radiate the radio wave transmitted through the coaxial cable outside from an antenna provided at the radio wave emission port.
    • 要解决的问题:提供一种使用无线电波传感器的自动水龙头装置,其不破坏一定程度的设计自由度,并且可以可靠地防止水因外部冲击而被错误地排放,而与通信的形状无关 管。 自动水龙头装置1包括:龙头主体1A; 水管20; 无线电波传感器40,用于检测用户的操作状态; 以及通过打开/关闭排出阀30来排出或停止水的控制部50.自动水龙头装置1还具有:连通管10的内部和水管20之间的无线电波传播空间; 设置在排水部10c的无线电波发射口27; 无线电波传感器40,其通过无线电波传输空间输出无线电波; 以及至少在与无线电波传输空间中的连通管10的弯曲部10b对应的部分中平行于水管20布置的同轴电缆60。 自动水龙头装置1被配置为从设置在无线电波发射端口处的天线向外辐射通过同轴电缆传输的无线电波。 版权所有(C)2013,JPO&INPIT
    • 64. 发明专利
    • Automatic faucet device
    • 自动龙头装置
    • JP2012202159A
    • 2012-10-22
    • JP2011069387
    • 2011-03-28
    • Toto LtdToto株式会社
    • TACHIKI SHOICHISHOHEI YUYASAKAI YUTATSUBOI HIROYUKIMURATA KENSUKE
    • E03C1/05
    • PROBLEM TO BE SOLVED: To provide an automatic faucet device, using a radio wave sensor, which does not spoil a degree of design freedom and can reliably prevent water from being erroneously discharged due to external impact even when a communication pipe has a bent section.SOLUTION: An automatic faucet device 1 comprises: a faucet main body 1A; a water pipe 20; a radio wave sensor 40 to detect an operation state of a user; and a control section 50 which discharges or stops water by opening/shutting a discharge valve 30. The automatic faucet device 1 also has: a radio wave transmission space between an inside of a communication pipe 10 and the water pipe 20; a radio wave emission port 27 provided at a water discharge section 10c; the radio wave sensor 40 which outputs radio wave through the radio wave transmission space; and a coaxial cable 60 arranged parallel to the water pipe 20 at least in a portion corresponding to a bent section 10b of the communication pipe 10 in the radio wave transmission space. The automatic faucet device 1 is configured to radiate radio wave outside by transmitting the radio wave from the radio wave sensor 40 to the radio wave emission port 27 through the coaxial cable 60.
    • 要解决的问题:提供一种使用无线电波传感器的自动水龙头装置,其不破坏一定程度的设计自由度,并且可以可靠地防止水由于外部冲击而被错误地排出,即使当连通管具有 弯曲部分。 自动水龙头装置1包括:龙头主体1A; 水管20; 无线电波传感器40,用于检测用户的操作状态; 以及通过打开/关闭排出阀30来排出或停止水的控制部50.自动水龙头装置1还具有:连通管10的内部和水管20之间的无线电波传播空间; 设置在排水部10c的无线电波发射口27; 无线电波传感器40,其通过无线电波传输空间输出无线电波; 以及至少在与无线电波传输空间中的连通管10的弯曲部10b对应的部分中平行于水管20布置的同轴电缆60。 自动水龙头装置1被配置为通过将无线电波从无线电波传感器40发送到无线电波发射端口27,通过同轴电缆60将无线电波辐射到外部。(C)2013,JPO&INPIT
    • 65. 发明专利
    • Automatic faucet device
    • 自动龙头装置
    • JP2012077603A
    • 2012-04-19
    • JP2011196160
    • 2011-09-08
    • Toto LtdToto株式会社
    • TACHIKI SHOICHISHOHEI YUYAMURATA KENSUKETSUBOI HIROYUKI
    • E03C1/05
    • PROBLEM TO BE SOLVED: To provide an automatic faucet device using a radio wave sensor and having a water discharge port provided above a radio wave radiation port in a water discharge port part, which can surely prevent erroneous water discharge due to a water drip from a water discharge port.SOLUTION: An automatic faucet device includes; a faucet body; a water pipe 20 arranged inside of a communicating tube 10; a radio wave sensor for detecting an action state of an operator; and a controller for discharging and cutting off washing water based on a detection signal of the radio wave sensor. And the automatic faucet device includes; a waveguide 60 through which radio wave pass; and a radio wave radiation port 67 formed in a water discharge port part in order to outwardly emit the radio wave. In the water discharge port part, the water pipe 20 is directed in such a way that a water discharge port 26 discharges the washing water in an obliquely downward direction. The water discharge port 26 is also arranged above the radio wave radiation port 67. And, in the water discharge port part, a drain ditch 61 and a shield wall 62 are provided for preventing a water drip from the water discharge port 26 to the radio wave radiation port 67 in the water cutoff.
    • 要解决的问题:提供一种使用无线电波传感器的自动水龙头装置,并且具有设置在排水口部分中的无线电波辐射端口上方的排水口,其可以确实地防止由于水而导致的错误的水排放 从排水口滴下。 自动水龙头装置包括: 水龙头身体 布置在连通管10内部的水管20; 用于检测操作者的动作状态的无线电波传感器; 以及基于无线电波传感器的检测信号排出和切断洗涤水的控制器。 自动水龙头装置包括: 无线电波通过的波导60; 以及形成在排水口部分中的电波辐射端口67,以便向外发射无线电波。 在排水口部分中,水管20被引导成使得排水口26沿倾斜向下的方向排出洗涤水。 排水口26也布置在无线电波辐射口67的上方。在排水口部分设有排水沟61和屏蔽壁62,以防止从排水口26向无线电 波浪辐射端口67在水截止。 版权所有(C)2012,JPO&INPIT
    • 66. 发明专利
    • Automatic faucet device
    • 自动龙头装置
    • JP2012077602A
    • 2012-04-19
    • JP2011196158
    • 2011-09-08
    • Toto LtdToto株式会社
    • TACHIKI SHOICHISHOHEI YUYAMURATA KENSUKETSUBOI HIROYUKI
    • E03C1/05G01S13/56
    • PROBLEM TO BE SOLVED: To provide an automatic faucet device using a radio wave sensor, which can realize appropriate detection range in a water cutoff and a water discharge with a simple structure.SOLUTION: An automatic faucet device includes a faucet body, a water pipe 20, a radio wave sensor, and a controller for discharging and cutting off washing water. And the automatic faucet device includes; a radio wave passing space through which radio wave pass; a radio wave radiation port 27; and a directivity determination means for determining a directivity of radio wave emitted from the radio wave radiation port 27. The directivity determination means is configured to direct, in the water cutoff, the radio wave emitted from the radio wave radiation port 27 along with a water discharge direction A of the washing water discharged from a water discharge port 26, and to direct, in the water discharge, the radio wave so as to continuously interfere with a stream of the washing water discharged from the water discharge port 26 along with the water discharge direction A. In the water discharge, a water discharge port part is configured so that the radio wave emitted from the radio wave radiation port 27 interferes with at least both the lateral side faces of the stream.
    • 要解决的问题:提供一种使用无线电波传感器的自动水龙头装置,其能够以简单的结构实现截水和排水中的适当的检测范围。 解决方案:自动水龙头装置包括水龙头体,水管20,无线电波传感器以及用于排放和切断洗涤水的控制器。 自动水龙头装置包括: 无线电波通过的无线电波通过的空间; 无线电波辐射端口27; 以及用于确定从无线电波辐射端口27发射的无线电波的方向性的方向性确定装置。方向性确定装置被配置为在水切断中引导从无线电波辐射端口27发射的无线电波以及水 从排水口26排出的洗涤水的排出方向A,并且在排水时引导无线电波,以便与水一起连续地干扰从排水口26排出的洗涤水流 在排水口中,排水口部分构造成使得从无线电波辐射端口27发射的无线电波至少干扰了流的两个侧面。 版权所有(C)2012,JPO&INPIT
    • 67. 发明专利
    • Built-in kitchen unit
    • 内置厨房
    • JP2012072656A
    • 2012-04-12
    • JP2011267884
    • 2011-12-07
    • Toto LtdToto株式会社
    • TAKEDA KOJIAKAHIRA HIROMISATO MINORUSHIBATA MINORUTSUBOI HIROYUKINAGAISHI MASAYUKITACHIKI SHOICHI
    • E03C1/042A47B77/06E03C1/18
    • PROBLEM TO BE SOLVED: To provide a kitchen faucet being usable from the viewpoints of washing operations and a visual effect exerted on a user during the diverse washing operations in a sink, and capable of also solving a problem of water splashing.SOLUTION: A kitchen faucet 20 comprises a shower ejection port 24 and an raised part provided with the port. The raised part is raised in such a manner that the shower ejection port 24 is positioned on a backside with respect to a center 35 of a sink 30 and that shower ejection water ejected from the shower ejection port 24 arrives on a front side with respect to the center 35 of the sink 30. The shower ejection water is ejected in such a manner that an outer shape of the shower ejection water around a direction of water ejection is longitudinally long in a depth direction of the sink 30, and arrives in a longitudinally-long area in the depth direction of the sink on a bottom surface 34 of the sink. Further, a first ejection water flow on a front side of the shower ejection water is formed to receive water splashing generated when a second ejection water flow on a rear side of the first ejection water flow arrives on the bottom surface 34 of the sink.
    • 要解决的问题:从洗涤操作的观点和在水槽中的不同洗涤操作期间对用户施加的视觉效果的观点来提供厨房龙头,并且还能够解决水溅的问题。 解决方案:厨房龙头20包括淋浴喷射口24和设置有端口的凸起部分。 凸起部分以这样的方式升高:淋浴喷射口24相对于水槽30的中心35位于背面,并且从淋浴喷射口24排出的淋浴喷射水相对于 淋浴喷射水以这样的方式排出,使得喷水喷射水在水喷射方向上的外形在水槽30的深度方向上纵向长,并且纵向到达 在水槽的底面34上的水槽的深度方向上的长度区域。 此外,在喷淋喷射水的前侧上形成第一喷射水流,以在第一喷射水流的后侧的第二喷射水流到达水槽的底面34时产生的水飞溅。 版权所有(C)2012,JPO&INPIT
    • 68. 发明专利
    • Toilet seat device
    • 卫生间座椅设备
    • JP2011212186A
    • 2011-10-27
    • JP2010082593
    • 2010-03-31
    • Toto LtdToto株式会社
    • MATSUO TAKUYAIWATA KENGOTSUBOI HIROYUKIAWAJI TATSUTOOTA YUJITSUJITA MASAMIHIRABAYASHI SHIGEFUMISAKAMOTO KENJIFUJII TAKETO
    • A47K13/30A47K13/24
    • PROBLEM TO BE SOLVED: To provide a toilet seat device capable of surely elevating the temperature of a toilet seat at the point of time at which a user sits down to a comfortable temperature while maintaining a standby temperature as low as possible and reducing the power consumption of the toilet seat, and reducing useless power consumption when non-entry is determined or non-use is determined.SOLUTION: The toilet seat device including a toilet seat part installed inside a toilet room includes a heating part for heating a body to be heated by energizing, a sensor part for detecting the human body of a user on the outer side of the toilet room by radio waves, and a control part for controlling the heating part and the sensor part. The control part starts the energizing to the heating part when the sensor part detects the human body of the user, and when determining that the user is not to use the toilet seat device during the approach time from the detection of the human body of the user by the sensor part to the detection of the entry of the user to the toilet room, the energizing to the heating part is suppressed or stopped.
    • 要解决的问题:提供一种马桶座圈装置,其能够在使用者坐下来舒适的温度的时间点确保提高马桶座圈的温度,同时保持待机温度尽可能低并且降低功耗 的马桶座,并且在确定不进入或不使用时减少无用的功率消耗。解决方案:包括安装在厕所室内的马桶座部分的马桶座圈装置包括用于加热被加热物体的加热部件 通过激励用于通过无线电波检测卫生间的外侧的用户的人体的传感器部分和用于控制加热部分和传感器部分的控制部分。 当传感器部分检测到用户的人体时,控制部分开始对加热部分的通电,并且当在从用户的人体的检测到的接近时间期间确定用户不使用马桶座装置时 通过传感器部分检测用户进入厕所室,对加热部件的通电被抑制或停止。
    • 70. 发明专利
    • Custom kitchen
    • 定制厨房
    • JP2011162940A
    • 2011-08-25
    • JP2010023339
    • 2010-02-04
    • Toto LtdToto株式会社
    • TACHIKI SHOICHINAGAISHI MASAYUKIYANO HIROMITAKEDA KOJITSUBOI HIROYUKISATO MINORU
    • E03C1/05A47B77/06
    • PROBLEM TO BE SOLVED: To provide a custom kitchen which performs the operation of opening/closing a valve for supplying water to a spout on the basis of a reception signal of a sensor emitting a radio wave and installed on a wall surface of a sink, and which can accurately perform continuous control of automatic water discharge even when water drawing work is performed in the sink during the discharge of the water. SOLUTION: This custom kitchen includes: the sink 20 which receives the water discharged from the spout 11; a sensor section 50 which detects a stationary or moving state of a body-to-be-detected by transmitting/receiving the radio wave; and the valve which is opened/closed according to detected information on the body-to-be-detected, obtained from the sensor section 50, so as to switch between the performance and nonperformance of the supply of the water to the spout 11. The sensor section 50 is equipped with a signal processing portion capable of discriminating between the water and an object except the water and discriminating among the scattering states of the water. When the sensor section 50 detects that the object except the water is in the stationary state and that the scattering state of the water is a state at a level equal to or lower than a predetermined level, for a predetermined period of time in the opened state of the valve, the opened state of valve is maintained. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种定制厨房,其根据发射无线电波的传感器的接收信号执行打开/关闭用于向喷口供水的操作的操作,并且安装在喷嘴的壁表面上 即使在水排放期间在水槽中进行拉水作业时,也能够准确地进行自动排水的连续控制。

      解决方案:该定制厨房包括:接收从喷口11排出的水的水槽20; 传感器部50,其通过发送/接收无线电波来检测待检测体的静止或移动状态; 以及根据从传感器部分50获得的要检测的身体的检测信息来打开/关闭的阀,以便在向喷嘴11供水的性能和不良性之间切换。 传感器部分50配备有能够区分水和除了水之外的物体的信号处理部分,并且识别水的散射状态。 当传感器部分50检测到除了水之外的物体处于静止状态并且水的散射状态处于等于或低于预定水平的状态时,在打开状态下的预定时间段 的阀门,保持阀门的打开状态。 版权所有(C)2011,JPO&INPIT