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    • 4. 发明公开
    • FAN TYPE INSECT-PEST EXTERMINATING DEVICE
    • GEBLÄSEARTIGEVORRICHTUNG ZUR VERNICHTUNG VONSCHÄDLICHENINSEKTEN
    • EP2158811A1
    • 2010-03-03
    • EP08739939.0
    • 2008-03-31
    • FUMAKILLA LIMITED
    • OHTSUKA, ShigeruYAMAMOTO, KazunoriKAWAMURA, ShinyaYAMASAKI, Satoshi
    • A01M1/20
    • A01M1/2033
    • A fan type noxious insect control apparatus is disclosed which is desirably used carried on a user's body part and excels in noxious insect control performance. To this end, the apparatus is so configured that air is drawn through an inlet port (6) by driving of an axial flow fan (3) and passed through a chemical carrier (2) carrying a noxious insect control active ingredient to form the air containing such active ingredient, the air being run out through an outlet port (7) to diffuse the active ingredient into the ambient atmosphere and further that the inlet port (6) at an upstream of the fan (3) is open facing axially thereof, the outlet port (7) at a downstream of the fan (3) is open facing radially thereof, and there are provided an annular wall (8) surrounding the fan (3) and an air flow passage (9) communicating between a delivery section of the fan (3) and the outlet port (7) to convert air flowing out of the axial flow fan (3) axially thereof to air flowing radially thereof.
    • 公开了一种风扇式有害昆虫控制装置,其被期望地用于携带在使用者的身体部位上,并且具有优异的昆虫控制性能。 为此,该设备被构造成通过驱动轴流风扇(3)将空气通过入口(6)吸入并通过携带有害昆虫控制活性成分的化学载体(2)以形成空气 含有这种活性成分的空气通过出口(7)流出,以将活性成分扩散到环境气氛中,此外,风扇(3)的上游侧的入口(6)是面向其轴向敞开的, 在风扇(3)的下游侧的出口(7)面向其径向开放,并且设有环绕风扇(3)的环形壁(8)和在输送段 的风扇(3)和出口(7),以将从轴流风扇(3)流出的空气轴向地转换成其径向流动的空气。
    • 7. 发明公开
    • FAN TYPE CHEMICAL DISPERSION EQUIPMENT
    • GEBLÄSEARTIGEEINRICHTUNGFÜRDIE CHEMISCHE散装
    • EP1356728A1
    • 2003-10-29
    • EP01967794.7
    • 2001-09-21
    • Fumakilla Limited
    • YAMAMOTO, KazunoriYAMASAKI, Satoshi
    • A01M1/20A61L9/12A01N25/18
    • A01M1/2072A01M1/2033A01M1/2055A01M1/2077A01M29/12A01N25/18A61L9/12A61L9/122
    • A fan type chemical diffusing apparatus is disclosed which enables an apparatus main body, a chemical receptacle and a power supply housing to be made independent in volume from each other and which makes it possible to readily establish an amount of retention of a chemical relative to a rate of airflow produced by a fan, and a length of time period for its service. Disclosed also is a chemical receptacle that prevents chemical impregnated carrier particles from being seized in a space between the end face of the receptacle main body and a lid body, as well as a clip type fastener by which the apparatus can be fastened firmly to an object regardless of its thickness.
      The fan type chemical diffusing apparatus includes the apparatus main body made of a fan that produces an air flow, a motor for driving the fan and an airflow opening through which the airflow produced by the fan passes; the chemical receptacle for accommodating a chemical impregnated body therein that is impregnated with a chemical, the chemical receptacle having vent holes; and a power supply housing for receiving a power supply therein, the power supply powering the motor, wherein the chemical receptacle and the power supply housing are adapted to be detachably loaded in the apparatus main body and when loaded are each positioned therein so as to receive essentially no limitation in volume from the other.
      The chemical receptacle for use with a fan type chemical diffusing apparatus for volatilizing and diffusing a chemical in a chemical impregnated body accommodated in the chemical receptacle by means of an airflow produced by a fan, comprises: a cylindrical receptacle main body having its cylindrical wall closed with its one end wall formed with a large number of vent holes; and a cylindrical lid body having its cylindrical wall closed with its one end wall formed with a large number pf vent holes, wherein the cylindrical wall of the lid body is adapted to be fitted into and with an inner surface of the cylindrical wall of the receptacle main body.
      The clip type fastener for the fan type chemical diffusing apparatus, includes a clip member in the form of a tongue attached to an outer wall of the fan type chemical diffusing apparatus wherein the clip having a pressure foot portion is adapted to be so hung on an object such as an apparel of the user that the object is inserted and gripped between the external wall of the fan type chemical diffusing apparatus and the pressure foot portion, thereby fastening the fan type chemical diffusing apparatus to the object, and has the feature that the clip member comprises a plurality of clip pressure foot portions disposed mutually spaced apart in a direction perpendicular to that in which the object is inserted as aforesaid; and one or more raised portions so formed on the said outer wall as to come into between adjacent such pressure foot portions.
    • 公开了一种风扇型化学扩散装置,其使设备主体,化学品容器和电源壳体彼此体积独立,并且使得可以容易地确定化学品相对于 由风扇产生的气流速率及其服务的时间长度。 还公开了防止化学浸渍的载体颗粒在容器主体的端面和盖体之间的空间中被卡住的化学容器以及夹子式紧固件,通过该夹子类型的紧固件,该装置可以牢固地紧固到物体上 无论其厚度如何。 风扇式化学扩散装置包括:由产生空气流的风扇构成的装置主体,用于驱动风扇的电动机和风扇产生的气流通过的气流开口; 用于容纳化学浸渍体的化学容器,其中浸渍有化学品,所述化学容器具有通气孔; 以及用于在其中接收电力供应的电源壳体,所述电源为电动机供电,其中所述化学品容器和所述电源壳体适于可拆卸地装载在所述装置主体中,并且当所述电源壳体被装载时,每个位于其中以便接收 基本上没有其他的限制。 <>用于通过风扇产生的气流将用于使容纳在化学品容器中的化学浸渍体中的化学品挥发和扩散的风扇型化学扩散装置的化学容器包括:圆筒形容器主体, 其圆柱形壁封闭,其一端壁形成有大量通气孔; 以及圆柱形盖体,其圆柱形壁的一端壁形成有大量的pf通气孔,其中,盖体的圆柱形壁适于嵌入容器的圆柱形壁的内表面 主体。 用于风扇式化学扩散装置的夹式紧固件包括附接到风扇式化学扩散装置的外壁上的舌状的夹子构件,其中具有压脚部分的夹子适于 因此挂在诸如用户的服装的物体上,物体被插入并夹在风扇式化学扩散装置的外壁和压脚部之间,从而将风扇式化学扩散装置固定到物体上,并具有 夹子构件包括多个夹紧压力脚部,其特征在于,所述夹子压力脚部沿与上述物体插入的方向垂直的方向相互间隔设置; 以及形成在所述外壁上的一个或多个凸起部分,以便进入相邻的所述压脚部之间。
    • 8. 发明公开
    • FAN TYPE CHEMICALS DIFFUSING DEVICE
    • DER BAUART EINES通风机中的CHEMIKALIENVERTEILUNGSVORRICHTUNG
    • EP1262100A1
    • 2002-12-04
    • EP01956181.0
    • 2001-01-30
    • Fumakilla Limited
    • YAMASAKI, SatoshiYAMAMOTO, KazunoriMATSUDA, Atsushi
    • A01M1/20A01N53/00A01N25/10A01N25/18
    • A01M1/2033A01M1/2055A01N25/00A01N25/18A61L9/042A61L9/122
    • A fan type chemical diffusing apparatus is disclosed which comprises: an apparatus main body having an air inlet and an air outlet; a fan type blower disposed in the apparatus main body and having a fan casing, a fan provided with a hollow space, and a motor; and an active ingredient impregnated body or mass disposed in the hollow space for containing an active ingredient. The fan type blower is adapted and operative to send air from the air inlet through the hollow space into and out of the air outlet. A fan type debugging apparatus is also disclosed in which the active ingredient impregnated body or mass is disposed in a wind inlet side of the fan type blower and is designed to provide a wind force resistance which in terms of the proportion of current consumption by the motor in the presence of the active ingredient impregnated body or mass to current consumption by the motor in the absence of the active ingredient impregnated body or mass, ranges from 5 to 25 %. A fan type debugging apparatus is also disclosed in which a fan is used having: an air resistance f which when expressed by current consumption I 1 by said motor loaded with said fan divided by current consumption I 0 by the motor when unloaded with the fan, ranges not less than 1 but not greater than 17; the current consumption I 0 being equal to or less than 35 mA; a size in a range between 20 mm and 100 mm in diameter; and a weight in a range between 1.5 gram and 8 grams, wherein values of the fan air resistance, size and weight are selected so that the current consumption by the motor loaded with the fan has a current value such that the ratio of a time period in which the fan can be driven by the battery to the capacity of the battery is not less than 5 %. A fan type debugging apparatus is also disclosed in which the fan type blower is operable to iteratively run and halt alternately with a time period of halt not more than 9 (nine) times as long as a running time period, the time period of halt being also a time period in which a current or quantity of electricity not lost therein is more than a current or quantity of electricity consumed in excess by the motor in the running time period.
    • 公开了一种风扇式化学扩散装置,其特征在于,包括:装置主体,具有进气口和空气出口; 风扇式鼓风机,其设置在设备主体中并具有风扇壳体,设置有中空空间的风扇和电动机; 以及设置在中空空间中用于含有活性成分的活性成分浸渍体或质量。 风扇式鼓风机适用于将空气从空气入口通过中空空间进出空气出口。 还公开了一种风扇式调试装置,其中活性成分浸渍体或质量体设置在风扇式鼓风机的入风侧,并且被设计成提供风力电阻,其根据电动机的电流消耗的比例 在没有活性成分浸渍体或质量的情况下,在活性成分浸渍体或质量存在下电机消耗电流的范围为5至25%。 还公开了一种风扇式调试装置,其中使用的风扇具有:空气阻力f,当由风扇负载的负载风扇的电动机除以电动机消耗电流I0时,由电流消耗I1表示的空气电阻f不在 小于1但不大于17; 电流消耗I0等于或小于35 mA; 尺寸在20mm至100mm之间的直径; 并且在1.5克和8克之间的范围内的重量,其中选择风扇空气阻力,尺寸和重量的值,使得装载风扇的电动机的电流消耗具有当前值,使得时间段 其中风扇可由电池驱动,电池容量不得小于5%。 还公开了一种风扇式调试装置,其中风扇式鼓风机可操作以在停止不超过运行时间段的9(9)倍的时间段内交替运行和停止,停止的时间段 也是其中没有丢失的电流或电量的电流或电量大于电机在运行时间段内消耗的电量或电量的时间段。