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    • 11. 发明授权
    • Loading/ejecting device for a magnetic disk
    • 磁盘装载/排出装置
    • US4562498A
    • 1985-12-31
    • US556783
    • 1983-12-01
    • Haruo Shibata
    • Haruo Shibata
    • G11B17/035G11B17/04
    • G11B17/0434G11B17/035
    • A loading/ejecting device for loading and ejecting a floppy disk into and from a magnetic disk reproducing apparatus has a holder for containing the disk therein. The holder is supported by a pair of guide plates to be vertically movable directly between a first position where the disk can be inserted into or ejected from the holder and a second position where the disk can be reproduced or recorded. A loading/ejecting member is supported by the guide plates to be movable between an initial position and an advanced position. The member is urged by tension springs toward the advanced position and is locked by a locking member in the initial position. When the disk is inserted into the holder, a push member supported on the holder is moved by the disk to push the locking member, thereby disengaging the locking member from the loading/ejecting member. As a result, the loading/ejecting member is moved from the initial position to the advanced position, thereby moving the holder from the first position to the second position.
    • 用于将软盘装载到磁盘重放装置中的装载/排出装置具有用于在其中容纳盘的保持器。 保持架由一对引导板支撑,可以直接在第一位置和第二位置之间垂直移动,该第一位置可以将盘插入或从保持器中弹出,并且可以再现或记录盘的第二位置。 装载/排出构件由引导板支撑以在初始位置和前进位置之间移动。 构件被拉伸弹簧推向前进位置,并被锁定构件锁定在初始位置。 当盘被插入保持器中时,支撑在保持器上的推动构件通过盘移动以推动锁定构件,从而将锁定构件与装载/弹出构件分离。 结果,装载/排出构件从初始位置移动到前进位置,从而将保持器从第一位置移动到第二位置。
    • 12. 发明授权
    • Method and apparatus for translating protocol
    • 翻译协议的方法和装置
    • US07310351B2
    • 2007-12-18
    • US10236316
    • 2002-09-05
    • Yutaro AsanoKoji TanakaHaruo Shibata
    • Yutaro AsanoKoji TanakaHaruo Shibata
    • H04J3/16
    • H04L69/16H04L29/12358H04L61/251H04L69/161H04L69/167
    • A translation apparatus retains a first correlation between a Mobile IPv6 terminal's home address and virtual IPv4 address. When the Mobile IPv6 terminal transmits a packet to said IPv6 network with a care-of address specified as the packet's source address and a home address specified in an extension header, the translation apparatus changes the packet's source address to a virtual IPv4 address that corresponds to the packet's home address in accordance with the first correlation, and then transmits the packet to an IPv4 network. Mobile IPv6 terminal-to-IPv4 terminal communication can then be established between an IPv6 network to which Mobile IPv6 terminals are connected and an IPv4 network to which IPv4 terminals are connected.
    • 翻译装置保留移动IPv6终端的归属地址和虚拟IPv4地址之间的第一相关性。 当移动IPv6终端将分组以指定为转发地址的分组的源地址和在分机报头中指定的归属地址发送到所述IPv6网络时,转换装置将分组的源地址改变为对应于 根据第一次相关的数据包的归属地址,然后将数据包发送到IPv4网络。 然后可以在连接有移动IPv6终端的IPv6网络与IPv4终端所连接的IPv4网络之间建立移动IPv6终端到IPv4终端通信。
    • 13. 发明授权
    • Method and device for data relaying
    • 数据中继的方法和设备
    • US07301963B2
    • 2007-11-27
    • US10327572
    • 2002-12-20
    • Yutaro AsanoKoji TanakaHaruo Shibata
    • Yutaro AsanoKoji TanakaHaruo Shibata
    • H04J3/16
    • H04W80/04H04W88/14
    • A method of relaying data between a first terminal device connected to a first network and a second terminal device connected to a second network comprises: searching in a storing device based on location information accompanying data received from the first terminal device or the second terminal device, the storing device storing location information indicative of a location of at least the first terminal device; as a result of the searching, if the location information exists in the storing device, converting the location information accompanying the data so that the location information stored in the storing device becomes a new location information of the data; and sending the data accompanied with the location information having been converted to the second terminal device or the first terminal device.
    • 在连接到第一网络的第一终端设备和连接到第二网络的第二终端设备之间中继数据的方法包括:基于从第一终端设备或第二终端设备接收的伴随数据的位置信息在存储设备中进行搜索, 所述存储装置存储指示至少所述第一终端装置的位置的位置信息; 作为搜索的结果,如果存储装置中存在位置信息,则转换伴随数据的位置信息,使得存储在存储装置中的位置信息成为数据的新位置信息; 以及发送伴随着已被转换为第二终端设备或第一终端设备的位置信息的数据。
    • 15. 发明授权
    • Plant growing 4 phosphor fluorescent lamp having a photon flux ratio of
from 0.8 to 1.0 for light in the 600 NM-700 NM and 700 NM-800 NM bands
    • 植物生长4荧光荧光灯,在600 NM-700NM和700NM-800NM波段的光线中具有0.8至1.0的光子通量比
    • US5525860A
    • 1996-06-11
    • US330836
    • 1994-10-27
    • Kimitoshi HoraguchiMasaaki MoritaHaruo ShibataKatsusuke MurakamiIchiro Aiga
    • Kimitoshi HoraguchiMasaaki MoritaHaruo ShibataKatsusuke MurakamiIchiro Aiga
    • H01J61/44A01G7/00H01J1/62H01J63/04
    • H01J61/44Y10S47/06
    • The invention provides a fluorescent lamp for plant growth capable of controlling morphology in terms of grass height, area and shape of leaves and so forth, approximating those obtained under natural daylight, while effectively promoting photosynthesis of the plant. The fluorescent lamp has a glass tube and a fluorescent layer formed on the inner surface of the tube and composed of four fluorescent components having light emission peaks in the bands of 440 to 460 nm, 540 to 560 nm, 600 to 620 nm and 700 to 800 nm, respectively, said fluorescent layer having the PF ratio ranging from 0.8 to 1.2 in terms of the ratio between the photon flux PF contained in the wavelength band of 600 to 700 nm to that in the wavelength zone of 700 to 800 nm. According to the invention, the spectral characteristic of the fluorescent lamp is so selected that light in the wavelength band of 700 to 800 nm, which influences the morphology of the plant and elongation of the plant, in addition to the light in the wavelength band of 400 to 700 nm, which is effective in photosynthesis, is applied to the plant so as to attain growth substantially equivalent to that obtained under the natural light.
    • 本发明提供一种用于植物生长的荧光灯,其能够根据草高度,叶面积和形状等控制形态,近似于在自然日光下获得的那些,同时有效地促进植物的光合作用。 荧光灯具有形成在管内表面上的玻璃管和荧光层,由在440〜460nm,540〜560nm,600〜620nm,700〜700nm范围内具有发光峰的四个荧光成分构成 800nm,所述荧光层的PF比范围为0.8〜1.2,以包含在600〜700nm的波长带内的光子通量PF与700〜800nm的波长区域的光子通量PF的比例为基准。 根据本发明,荧光灯的光谱特性如此选择,除了波长带内的光之外,还影响植物的形态和植物的伸长的700〜800nm的波长带的光 将400〜700nm的光合作用有效地施加到植物上,以获得与天然光下获得的生长基本上相当的生长。