Automatic fuel heating injection valve
    1.
    发明授权
    Automatic fuel heating injection valve 失效
    自动燃油加热注射阀

    公开(公告)号:US4082067A

    公开(公告)日:1978-04-04

    申请号:US735254

    申请日:1976-10-26

    IPC分类号: F02M49/02 F02M53/06 F02B3/00

    CPC分类号: F02M53/06 F02M49/02

    摘要: An automatic fuel heating injection valve to be mounted in a combustion chamber of an internal combustion engine. The valve has a fuel evaporating chamber which is communicable with the combustion chamber through a fuel injecting port, a stem valve opening and closing the fuel injecting port, and an actuator which operates the stem valve in response to a pressure prevailing in the combustion chamber. A liquid fuel is sufficiently heated en route to the evaporating chamber by the heat of wall and evaporated through a wick of porous and transudatory material in the evaporating chamber. The evaporated fuel is mixed with combustion gas and fresh air in the evaporating chamber, and the mixture is automatically injected in the combustion chamber.

    Rodent housing rack
    2.
    发明授权
    Rodent housing rack 有权
    啮齿动物机架

    公开(公告)号:US07036457B2

    公开(公告)日:2006-05-02

    申请号:US10847451

    申请日:2004-05-18

    IPC分类号: A01K1/03

    CPC分类号: A01K1/031

    摘要: The invention provides a rodent housing rack that effectively draws the air inside the cages out through exhaust vents.The rodent housing rack comprises: a rack with multiple shelves 2 in which a plurality of cages 3 are arranged and stored, and where the shelves 2 are formed from shelf panels 4; cages 3 that are box-shaped containers having a rectangular-shaped opening that opens up the entire top surface; and an exhaust chamber located on the rear surface of the shelves 2 and that connects all of the shelves 2; and wherein negative pressure occurs inside the shelves 2 and causes air to flow in one-way from the front of the shelves 2 toward the rear; and wherein the space between the opening surface on the top of the cage 3 and the bottom surface of the shelf panel 4 above it is closed off by hanger partitions 5 that close off the top on the left and right sides of the cage and a back panel that comes in contact with the rear of the cage, such that only the front side of the space is open; and exhaust vents 9 are formed in the back panel such that the space above the cage is connected to the exhaust chamber through the vents.

    摘要翻译: 本发明提供了一种啮齿动物机架,其有效地通过排气口将笼内的空气抽出。 啮齿动物架架包括:具有多个搁架2的机架,多个搁架3布置和存放在其中,架子2由搁板4形成; 笼3是具有开口整个顶表面的矩形开口的箱形容器; 以及位于搁架2的后表面上并连接所有搁架2的排气室; 并且其中在搁架2内部发生负压,并使空气从架子2的前部朝向后方单向流动; 并且其中,保持架3的顶部上的开口表面与其上方的搁板4的底表面之间的空间被靠在保持架的左侧和右侧的顶部的悬挂器隔板5封闭, 与保持架的后部接触的面板,使得只有空间的前侧是敞开的; 并且排气通风口9形成在后面板中,使得保持架上方的空间通过通风口连接到排气室。

    Rodent housing rack
    5.
    发明申请
    Rodent housing rack 有权
    啮齿动物机架

    公开(公告)号:US20050092257A1

    公开(公告)日:2005-05-05

    申请号:US10847451

    申请日:2004-05-18

    IPC分类号: A01K1/03

    CPC分类号: A01K1/031

    摘要: The invention provides a rodent housing rack that effectively draws the air inside the cages out through exhaust vents. The rodent housing rack comprises: a rack with multiple shelves 2 in which a plurality of cages 3 are arranged and stored, and where the shelves 2 are formed from shelf panels 4; cages 3 that are box-shaped containers having a rectangular-shaped opening that opens up the entire top surface; and an exhaust chamber located on the rear surface of the shelves 2 and that connects all of the shelves 2; and wherein negative pressure occurs inside the shelves 2 and causes air to flow in one-way from the front of the shelves 2 toward the rear; and wherein the space between the opening surface on the top of the cage 3 and the bottom surface of the shelf panel 4 above it is closed off by hanger partitions 5 that close off the top on the left and right sides of the cage and a back panel that comes in contact with the rear of the cage, such that only the front side of the space is open; and exhaust vents 9 are formed in the back panel such that the space above the cage is connected to the exhaust chamber through the vents.

    摘要翻译: 本发明提供了一种啮齿动物机架,其有效地通过排气口将笼内的空气抽出。 啮齿动物架架包括:具有多个搁架2的机架,多个搁架3布置和存放在其中,架子2由搁板4形成; 笼3是具有开口整个顶表面的矩形开口的箱形容器; 以及位于搁架2的后表面上并连接所有搁架2的排气室; 并且其中在搁架2内部发生负压,并使空气从架子2的前部朝向后方单向流动; 并且其中,保持架3的顶部上的开口表面与其上方的搁板4的底表面之间的空间被靠在保持架的左侧和右侧的顶部的悬挂器隔板5封闭, 与保持架的后部接触的面板,使得只有空间的前侧是敞开的; 并且排气通风口9形成在后面板中,使得保持架上方的空间通过通风口连接到排气室。

    Flow rate detector mechanism with variable venturi and exhaust gas sampling method using the same
    7.
    发明授权
    Flow rate detector mechanism with variable venturi and exhaust gas sampling method using the same 失效
    流量检测器机构采用可变文丘里管和排气采样方法

    公开(公告)号:US06405577B2

    公开(公告)日:2002-06-18

    申请号:US09835353

    申请日:2001-04-17

    IPC分类号: G01L122

    摘要: A flow rate detector mechanism using variable Venturi therein, comprising: a variable flow rate generator, comprising: a core 11; and a variable Venturi 12; wherein a throat (flow passage) cross-sectional area defined between the core and the venturi is able to be changed by shifting relative positions of the core and the venturi in a direction of axes thereof, and further comprising a flow rate calculation processing portion 30 for calculating a flow rate based on the relative positions in the direction of the axes thereof and for outputting the calculated flow rate, thereby continuously changing the constant flow rate, without occurrence of any disturbance therein. Further, with an exhaust gas sampling method applying the flow rate detector mechanism using variable Venturi, CVS flow rate is changed within the range of the phases of measure modes, so as to make small the difference between the peak dew point in the bag and the final dew point in the bag, as well as to causethe final dew point to approach the temperature at which the bag is kept. Therefore, the dilution ratio of the final dew point is decreased, so as to improve the accuracy in analysis.

    摘要翻译: 一种在其中使用可变文丘里管的流量检测器机构,包括:可变流量发生器,包括:芯11; 和可变文丘里12; 其特征在于,在所述芯体和文氏管之间形成的喉部(流路)截面积能够通过沿其轴方向移动所述芯体和文氏管的相对位置而变化,还包括流量计算处理部30 用于计算基于其轴方向上的相对位置的流量并输出所计算的流量,从而连续地改变恒定流量,而不发生任何干扰。 此外,利用使用可变文丘里管的流量检测器机构的排气采样方法,CVS流量在测量模式的相位的范围内变化,从而使袋中的峰值露点与 袋中的最终露点,以及最终露点接近保持袋的温度。 因此,最终露点的稀释比降低,从而提高分析精度。