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    • 1. 发明授权
    • Air conditioning system
    • 空调系统
    • US6006528A
    • 1999-12-28
    • US961303
    • 1997-10-30
    • Hidetoshi ArimaNobuhiro IdeiHisao HondaKazuhiro ShimuraNaohito SakamotoToshio KuboMamoru KuboHiroyuki Takada
    • Hidetoshi ArimaNobuhiro IdeiHisao HondaKazuhiro ShimuraNaohito SakamotoToshio KuboMamoru KuboHiroyuki Takada
    • F24F3/06F25B25/00F25D17/02
    • F25B25/005F24F3/06
    • In an air conditioning system for circulating a fluid which can change a phase between a gas phase and a liquid phase by a difference of a specific gravity between the gas phase and the liquid phase between an heat source side machine and a plurality of user side machines more than half of which are disposed below the heat source side machine, so that each of the user side machines performs a cooling operation, each of the user side machines is provided with a heat exchanger, a flow control valve for controlling a volume of said fluid supplied to the heat exchanger, a blow means for supplying an air-conditioned air to a room through the heat exchanger, a physical value detecting means for detecting a physical value relating to an air conditioning load such as a temperature and a signal controlling means for the operating and detecting portions, and wherein the heat source side machine is provided with a control means for communicating with said signal controlling means and outputting a control signal to said flow control valve of the user side machine. Accordingly, even in the case that the cooling load is the same, the opening ratio of the flow control valve of the user side machine mounted on the higher floor can be controlled so as to be greater than that of the user side machine mounted on the lower floor. In accordance with the above structure, the air conditioning characteristic in the air conditioning system which is basically controlled by a natural circulation and in which it is hard to supply the fluid to the user side machine mounted on the higher floor, so that it is hard to operate the air conditioning can be improved.
    • 在用于循环流体的空调系统中,所述流体可以通过热源侧机器和多个用户侧机器之间的气相和液相之间的比重差来改变气相和液相之间的相位 其中一半以上设置在热源侧机器的下方,使得每个用户侧机器进行冷却操作,每个用户侧机器设置有热交换器,流量控制阀,用于控制所述 提供给热交换器的流体,用于通过热交换器向室内供应空调空气的吹送装置,用于检测与诸如温度的空调负荷有关的物理值的物理值检测装置,以及信号控制装置 对于操作和检测部分,并且其中热源侧机器设置有用于与所述信号控制装置通信并输出一个 控制信号到用户侧机器的流量控制阀。 因此,即使在冷却负荷相同的情况下,也可以控制安装在上层的用户侧机器的流量控制阀的开度比大于安装在上层的用户侧机器的开度 低层 根据上述结构,空调系统中的空气调节特性基本上由自然循环控制,并且难以将流体供应到安装在较高楼层的用户侧机器,使得它很难 操作空调可以改善。
    • 2. 发明授权
    • Air conditioning system
    • 空调系统
    • US5907956A
    • 1999-06-01
    • US961311
    • 1997-10-30
    • Hidetoshi ArimaKazuhiro ShimuraNaohito SakamotoMamoru KuboAkira Hatakeyama
    • Hidetoshi ArimaKazuhiro ShimuraNaohito SakamotoMamoru KuboAkira Hatakeyama
    • F24F11/00F25B25/00F24F5/00
    • F24F11/008F25B25/005
    • In an air conditioning system comprising a heat source side machine for condensing a fluid which can change a phase between a liquid phase and a gas phase to a predetermined temperature and for supplying, and a plurality of user side machines more than half of which are disposed below said heat source side machine, in which piping is constructed in such a manner as to circulate the fluid supplied from said heat source side machine by using a difference in specific gravity between the liquid phase and the gas phase, between said heat source side machine and said user side machine and a cooling of said user side machine is performed by evaporating said fluid in said user side machine, the heat source side machine is provided with a control means for descending a set temperature of said fluid discharged from said heat source side machine after condensed by changing the operating capacity of said heat source side machine when a state that the temperature of said fluid returned back after evaporated in the user side machine at a time of a cooling is higher than a predetermined temperature continues for a predetermined time period. Accordingly, even when the cooling effect is insufficient due to the super-heated state of the fluid in the user side machine, the super-heated state of the fluid is resolved after the predetermined time has passed, thereby returning to the normal cooling
    • 在一种空调系统中,包括一个用于冷凝可将液相和气相之间的相位改变到预定温度并用于供应的流体的热源侧机器,以及多个其中一半以上的用户侧机器 在所述热源侧机器的下方,在所述热源侧机器中,通过使用液相和气相之间的比重差在所述热源侧机器之间循环从所述热源侧机器供给的流体, 并且所述用户侧机器和所述用户侧机器的冷却通过蒸发所述用户侧机器中的所述流体而进行,所述热源侧机器设置有控制装置,用于使从所述热源侧排出的所述流体的设定温度下降 机器在通过改变所述热源侧机器的操作能力而被冷凝后,当所述流体的温度在e 在冷却时在用户侧机器中蒸发高于预定温度持续预定时间段。 因此,即使由于使用者机器中的流体的超加热状态而导致的冷却效果不充分,在预定时间过去之后,流体的过热状态被解除,从而返回正常冷却
    • 4. 发明授权
    • Pneumatic tire and method of mounting transponder to pneumatic tire
    • 气动轮胎和将应答器安装到充气轮胎上的方法
    • US07900665B2
    • 2011-03-08
    • US11663290
    • 2005-10-03
    • Kazuhiro Shimura
    • Kazuhiro Shimura
    • B60C23/00B60C19/00B60C5/00
    • B60C23/0493B60C19/00G06K19/07764Y10T152/10495
    • In a pneumatic tire (20) on which a transponder (1) is mounted, a securing member (3) for securing the transponder (1) is fixed to an inner surface of the tire in an area (S) between a tire maximum-width position (A) and a bead toe (B). Thereby, a large centrifugal force and a large impact force do not act on the transponder (1) storing various pieces of information, and the transponder can be mounted quickly and securely. Also, the weight of the transponder is remarkably reduced, and thus uniformity of the tire (20) is enhanced. Additionally, dynamic balance correction is made easier. Even in a large tire, reduction in durability is minimized through suppressing heat generation and heat accumulation of the tire (20) due to the transponder (1) and the securing member (3).
    • 在安装了应答器(1)的充气轮胎(20)中,用于固定应答器(1)的固定构件(3)在轮胎的最大 - 宽度位置(A)和珠趾(B)。 因此,大的离心力和大的冲击力不会作用于存储各种信息的应答器(1),并且应答器可以被快速且牢固地安装。 此外,应答器的重量显着降低,因此提高了轮胎(20)的均匀性。 此外,动态平衡校正更容易。 即使在大的轮胎中,通过抑制由于应答器(1)和固定构件(3)而导致的轮胎(20)的发热和蓄热,从而将耐久性降低到最小。
    • 5. 发明授权
    • Vehicle monitoring system
    • 车辆监控系统
    • US07880595B2
    • 2011-02-01
    • US12092961
    • 2006-10-26
    • Kazuhiro Shimura
    • Kazuhiro Shimura
    • G08B21/00
    • B60C23/007B60C23/009B60C23/0401B60C23/0416B60C23/0444B60C23/0462
    • A vehicle monitoring system which can readily identify information transmitted from each detecting device without requiring registration of identifying information of the detecting device is to be provided. Detecting devices transmit vehicle information including at least the result of detection and self-identifying information; a tractor relaying device and a trailer relaying device add their self-identifying information to vehicle data received on the basis of the identifying information of the detecting devices and transmit the vehicle data, and transmit registration data including their own relaying device IDs and types indicating the registration of the relaying device IDs; the tractor relaying device stores the relaying device ID of the registration data transmitted from the trailer relaying device on the basis of the type information and transmits that registration data, and transmits vehicle data received from the trailer relaying device on the basis of the relaying device ID. The display device receives the registration data and the vehicle data transmitted from the tractor relaying device, and stores the relaying device ID of the registration data on the basis of type information.
    • 提供一种可以容易地识别从每个检测装置发送的信息而不需要登记检测装置的识别信息的车辆监视系统。 检测装置发送至少包括检测结果和自身识别信息的车辆信息; 拖拉机中继装置和拖车中继装置将其自身识别信息添加到基于检测装置的识别信息接收到的车辆数据,并发送车辆数据,并且发送包括它们自己的中继装置ID和指示 中继设备ID的注册; 拖拉机中继装置基于类型信息存储从拖车中继装置发送的登记数据的中继装置ID,并发送该登记数据,并根据中继装置ID发送从拖车中继装置接收的车辆数据 。 显示装置接收从拖拉机中继装置发送的登记数据和车辆数据,并根据类型信息存储登记数据的中继装置ID。