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    • 1. 发明授权
    • Refrigeration showcase
    • 制冷展示柜
    • US4872320A
    • 1989-10-10
    • US281268
    • 1988-12-07
    • Yoshirou IshizakaHiroshi NaganumaKenji SatoYuji KishiYoshihisa IshidaKiyokazu Goto
    • Yoshirou IshizakaHiroshi NaganumaKenji SatoYuji KishiYoshihisa IshidaKiyokazu Goto
    • A47F3/04
    • A47F3/0408
    • A refrigeration showcase comprising a display case, a machine case and an air duct connecting the display case to the machine case, the display case comprising a display table for displaying commodities as placed thereon, a cover member openably covering the display table from above to define a commodity chamber above the display table and permitting the commodity chamber to be seen therethrough from outside, and an air passage member disposed under the display table and providing a cold air supply portion for supplying cold air therethrough to the commodity chamber and a cold air discharge portion independent of the supply portion for discharging cold air from the commodity chamber therethrough, the machine case comprising a case body, a refrigerator housed in the case body and providing a refrigeration cycle and a cold air circulating blower for supplying air cooled by the evaporator in circulation, the air duct having a forward air channel for transporting the cold air, and a return air channel independent of the forward air channel.
    • 一种制冷陈列柜,包括显示壳体,机壳和将显示器壳体连接到机器壳体的空气管道,显示器壳体包括用于显示放置在其上的商品的显示台,可从上方可打开地覆盖显示台的盖构件,以限定 在展示台之上的商品室,并允许从外部看到商品室;以及空气通道构件,其设置在显示台下方,并提供用于将冷空气供应到商品室的冷气供应部分,以及冷空气排出口 该部分独立于用于从商品室排出冷空气的供应部分,该机壳包括壳体,容纳在壳体中并提供制冷循环的冰箱和用于将由蒸发器冷却的空气供应的冷空气循环鼓风机 具有用于运送冷空气的前进空气通道的空气管道和回流口 空气通道独立于前进空气通道。
    • 2. 发明授权
    • Spectrum analyzer and spectrum analysis method
    • 频谱分析仪和频谱分析方法
    • US08509296B2
    • 2013-08-13
    • US12967353
    • 2010-12-14
    • Momoko InadomaruToru OtaniYuji Kishi
    • Momoko InadomaruToru OtaniYuji Kishi
    • H04B17/00G01R23/16
    • G01R23/173
    • There is provided a spectrum analyzer and a spectrum analysis method capable of promptly performing measurement while preventing the spectrum waveform caused by the fractional spurious components from being displayed.When the width of a designated span (analysis target frequency range) is larger than a boundary value, a reference signal frequency is set to a predetermined reference value, and a loop filter band narrower than a RBW (resolution bandwidth) is selected to thereby make the fractional spurious components be within the RBW and prevent it from being displayed as a spectrum waveform. Further, when the width of the designated span is smaller than a boundary value, the reference signal frequency is shifted from the reference value by a predetermined value so as to increase the frequency differences between the fractional spurious components and the main signal component of a VCO output signal by an amount equal to the product between the shift amount and the integer part of the frequency division ratio, and the band of the loop filter is set in accordance with the region including the RBW in a range narrower than the increased frequency difference so as to suppress the levels of the fractional spurious components.
    • 提供了能够在防止由分数杂散成分引起的频谱波形显示的同时快速进行测量的频谱分析仪和频谱分析方法。 当指定跨度(分析目标频率范围)的宽度大于边界值时,将参考信号频率设置为预定参考值,并且选择比RBW(分辨率带宽)窄的环路滤波器频带,从而使 分数杂散分量在RBW内,并防止其显示为频谱波形。 此外,当指定跨度的宽度小于边界值时,参考信号频率从参考值偏移预定值,以增加分数杂散分量与VCO的主信号分量之间的频率差 输出信号的量等于分频比的偏移量与整数部分之间的乘积,并且根据包含RBW的区域在比增加的频率差窄的范围内设置环路滤波器的频带,因此 以抑制分数杂散分量的水平。
    • 4. 发明授权
    • Rigid foamed polyurethane and process for the manufacture of the same
    • 刚性发泡聚氨酯及其制造方法
    • US5234967A
    • 1993-08-10
    • US835219
    • 1992-02-13
    • Minoru TakezawaShigeo YatsuFumihisa EndoAkihiro MoritaYuji Kishi
    • Minoru TakezawaShigeo YatsuFumihisa EndoAkihiro MoritaYuji Kishi
    • C08G18/00C08G101/00C08J9/14
    • C08J9/144C08J2375/04
    • According to the present invention, there is provided a rigid foamed polyurethane and a process for the manufacture of the polyurethane wherein the polyurethane is made up substantially of closed cells which contain at least a foaming agent designated by HCFC-22 and CO.sub.2 gas therein. The foamed polyurethane can be obtained by using HCFC-22 or a blend of the HCFC-22 with HCFC-142b as foaming agent which has a short life in the atmosphere because of having hydrogen atoms in their molecules. Thus, according to the present invention, it is possible to avoid the use of conventional foaming agents which are suspected of being substances eating a hole in the atmospher's layer of ozone and consequently linking to global warming.The rigid foamed polyurethanes of the present invention, which contain a foaming agent designated by HCFC-22 having a boiling point of -40.8.degree. C. in their closed cells, can retain their good thermal insulating properties over a temperature of from about -30.degree. to -40.degree. C., and can be used for most applications in the extremely cold conditions.Further, when employing a HCFC-22 blend containing a specific amount of HCFC-142b as foaming agent, there is provided a rigid foamed polyurethane having a less change in thermal insulating properties on standing while retaining good flame resistance of the rigid foam.
    • 根据本发明,提供了一种刚性发泡聚氨酯和一种制备聚氨酯的方法,其中聚氨酯基本上由至少包含由HCFC-22表示的发泡剂和其中的CO 2气体的闭孔组成。 发泡聚氨酯可以通过使用HCFC-22或HCFC-142与HCFC-142b的共混物作为发泡剂而获得,因为它们的分子中具有氢原子,因此在大气中具有短寿命。 因此,根据本发明,可以避免使用常规的发泡剂,这些发泡剂被怀疑是臭氧气氛中的空穴中的物质,因此连接到全球变暖。 本发明的刚性发泡聚氨酯在其闭孔中含有由HCFC-22表示的沸点为-40.8℃的发泡剂,可以在约-30℃的温度下保持良好的隔热性能 -40°C,可用于极冷条件下的大多数应用。 此外,当使用含有特定量的HCFC-142b作为发泡剂的HCFC-22共混物时,提供刚性发泡聚氨酯,其在静置时具有较小的绝热性能的改变,同时保持刚性泡沫的良好的阻燃性。
    • 5. 发明申请
    • SPECTRUM ANALYZER AND SPECTRUM ANALYSIS METHOD
    • 光谱分析仪和光谱分析方法
    • US20110150062A1
    • 2011-06-23
    • US12967353
    • 2010-12-14
    • Momoko InadomaruToru OtaniYuji Kishi
    • Momoko InadomaruToru OtaniYuji Kishi
    • H04B17/00
    • G01R23/173
    • There is provided a spectrum analyzer and a spectrum analysis method capable of promptly performing measurement while preventing the spectrum waveform caused by the fractional spurious components from being displayed.When the width of a designated span (analysis target frequency range) is larger than a boundary value, a reference signal frequency is set to a predetermined reference value, and a loop filter band narrower than a RBW (resolution bandwidth) is selected to thereby make the fractional spurious components be within the RBW and prevent it from being displayed as a spectrum waveform. Further, when the width of the designated span is smaller than a boundary value, the reference signal frequency is shifted from the reference value by a predetermined value so as to increase the frequency differences between the fractional spurious components and the main signal component of a VCO output signal by an amount equal to the product between the shift amount and the integer part of the frequency division ratio, and the band of the loop filter is set in accordance with the region including the RBW in a range narrower than the increased frequency difference so as to suppress the levels of the fractional spurious components.
    • 提供了能够在防止由分数杂散成分引起的频谱波形显示的同时快速进行测量的频谱分析仪和频谱分析方法。 当指定跨度(分析目标频率范围)的宽度大于边界值时,将参考信号频率设置为预定参考值,并且选择比RBW(分辨率带宽)窄的环路滤波器频带,从而使 分数杂散分量在RBW内,并防止其显示为频谱波形。 此外,当指定跨度的宽度小于边界值时,参考信号频率从参考值偏移预定值,以增加分数杂散分量与VCO的主信号分量之间的频率差 输出信号的量等于分频比的偏移量与整数部分之间的乘积,并且根据包含RBW的区域在比增加的频率差窄的范围内设置环路滤波器的频带,因此 以抑制分数杂散分量的水平。
    • 6. 发明授权
    • Display apparatus
    • 显示装置
    • US07946713B2
    • 2011-05-24
    • US11686526
    • 2007-03-15
    • Yuji KishiNobuyuki Kaku
    • Yuji KishiNobuyuki Kaku
    • G03B21/18
    • H05K7/20972G03B21/16G03B21/62H05K7/20181
    • A display apparatus, comprises a filter unit 33 attached on an air inlet opening 28a, having such a filter 36 that a suction negative load generating at the air inlet opening 28a formed in an upper cabinet 3 comes to be smaller than the suction load generating at gaps 29a and 30a defined in the upper cabinet 3, when driving a cooling unit 18, for sucking an air from the upper cabinet 3 and discharging the air used for cooling into the upper cabinet 3, when cooling down optical parts, such as, display devices 15R, etc., and a polarizing plate 16R, etc., of an optic unit 9.
    • 一种显示装置,包括安装在空气入口28a上的过滤器单元33,具有这样的过滤器36,使得在上机壳3中形成的进气口28a处产生的吸力负荷小于在上机壳3中形成的吸入负荷 在上部机壳3中限定的间隙29a和30a,当驱动冷却单元18时,用于从上机壳3吸入空气并将用于冷却的空气排放到上机壳3中,当冷却诸如显示器 设备15R等,以及光学单元9的偏振板16R等。
    • 8. 发明申请
    • ELECTRONIC APPARATUS
    • 电子设备
    • US20090148638A1
    • 2009-06-11
    • US12327845
    • 2008-12-04
    • Yuji KishiKen TsukamotoYoshinori HorikawaShinji NishiKazuma KishiAkitoshi Morishima
    • Yuji KishiKen TsukamotoYoshinori HorikawaShinji NishiKazuma KishiAkitoshi Morishima
    • B32B1/02
    • H05K5/0013Y10T428/13Y10T428/1352Y10T428/1355Y10T428/1397
    • A design cover attachment structure is provided capable of facilitating attachment/removal of a design cover composed of a plurality of decorative plates. At least a top surface and both side surfaces of a generally box-like casing of an electronic apparatus are covered with a design cover composed of a top surface decorative plate, a left side surface decorative plate, and a right side surface decorative plate. The left side surface decorative plate and the right side surface decorative plate are provided with second engagement portions configured to be engaged with first engagement portions provided to a bottom surface decorative plate mounted on the casing or a bottom surface of the casing and third engagement portions configured to be engaged with fourth engagement portions provided to the top surface decorative plate. First, the second engagement portions of the left side surface decorative plate and the right side surface decorative plate are engaged with the first engagement portions so that the left side surface decorative plate and the right side surface decorative plate are mounted on the casing. Next, the fourth engagement portions of the top surface decorative plate are engaged with the third engagement portions of the left side surface decorative plate and the right side surface decorative plate so that the top surface decorative plate is mounted on the left side surface decorative plate and the right side surface decorative plate.
    • 提供了一种设计盖附接结构,其能够促进由多个装饰板组成的设计盖的附接/移除。 电子设备的大致箱形壳体的至少顶表面和两个侧表面被由顶表面装饰板,左侧表面装饰板和右侧表面装饰板组成的设计盖覆盖。 左侧面装饰板和右侧面装饰板设置有第二接合部,其被配置为与设置在安装在壳体上的底面装饰板或壳体的底面上的第一接合部接合,并且第三接合部构造 与设置在顶面装饰板上的第四接合部接合。 首先,左侧表面装饰板和右侧面装饰板的第二接合部分与第一接合部分接合,使得左侧表面装饰板和右侧面装饰板安装在壳体上。 接下来,顶面装饰板的第四接合部与左侧面装饰板和右侧面装饰板的第三接合部接合,使得顶面装饰板安装在左侧面装饰板上, 右侧装饰板。
    • 9. 发明授权
    • Signal analyzing apparatus
    • 信号分析仪
    • US06445327B1
    • 2002-09-03
    • US09704157
    • 2000-11-01
    • Yuji Kishi
    • Yuji Kishi
    • H03M112
    • G01R23/18G01R23/173
    • A frequency conversion unit converts the frequencies of input signals into intermediate frequencies using a predetermined local oscillation frequency. A sweeping unit sweeps the local oscillation frequencies in a predetermined sweeping time. A filter selectively passes signals having frequency components of a predetermined bandwidth based on signals sent from the frequency conversion unit. An A/D converter samples signals that have passed the filter and converts them into predetermined digital data. A signal processing unit processes signals, extending the digital data saved in the data storage unit into frequency spectrum data. A correction data storage unit saves the correction data of the delay times for the bandwidth in the filter. Based on the correction data saved in the correction data storage unit, a control unit changes the timing at which data is sent from the A/D converter to the signal processing unit via the data storage unit, so that a measured frequency corresponding to the local oscillation frequency upon the start of sweep in the sweeping unit may be correlated with the data that corresponds to the measured frequency and has been saved in the storage unit, in a one-to-one relationship. An output unit provides frequency spectrum data that has been processed in the signal processing unit.
    • 频率转换单元使用预定的本地振荡频率将输入信号的频率转换为中频。 扫描单元在预定的扫描时间内扫描本地振荡频率。 滤波器基于从频率转换单元发送的信号选择性地传递具有预定带宽的频率分量的信号。 A / D转换器对通过滤波器的信号进行采样,并将其转换为预定的数字数据。 信号处理单元处理信号,将保存在数据存储单元中的数字数据扩展为频谱数据。 校正数据存储单元将滤波器中带宽的延迟时间的校正数据保存。 基于保存在校正数据存储单元中的校正数据,控制单元经由数据存储单元将数据从A / D转换器发送到信号处理单元的定时改变,使得与本地 在扫描单元中的扫描开始时的振荡频率可以与对应于测量的频率的数据相关联,并且以一对一的关系被保存在存储单元中。 输出单元提供已经在信号处理单元中处理的频谱数据。