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    • 1. 发明授权
    • Relay device, packet filtering method, and packet filtering program
    • 中继设备,包过滤方法和包过滤程序
    • US07633957B2
    • 2009-12-15
    • US11569743
    • 2005-05-26
    • Kenji KonoTakahiro ShinagawaMd. Rahat Kabir
    • Kenji KonoTakahiro ShinagawaMd. Rahat Kabir
    • H04L12/28
    • H04L47/10H04L47/34H04L63/0245H04L63/1458
    • A relay device 10 is a relay device for relaying a communication message on a packet-by-packet basis, which comprises an order determiner 13 for determining whether a packet received is one received in an order to be received, a packet holder 14 for, when it is determined that the packet is not one received in the order to be received, holding the packet, and for performing such a control as to relay the packet, a merger 15 for merging a payload of the received packet with a payload of the held packet, a verifier 16 for verifying whether a payload of a packet satisfies a predetermined rule, and a relay controller 17 for, when a packet satisfies the rule, performing such a control as to execute relay of the packet. This prevents an increase of a communication delay and enables detection of an irregular communication message in an application layer protocol, irrespective of types of protocols.
    • 中继装置10是用于在逐个分组的基础上中继通信消息的中继装置,其包括用于确定接收到的分组是否以要接收的顺序接收到的分组载体14的顺序确定器13, 当确定分组不是按照要接收的顺序接收到的数据包,保持分组,并且用于执行这样的控制以中继分组时,合并器15用于将接收到的分组的有效载荷与 用于验证分组的有效载荷是否满足预定规则的验证器16以及当分组满足规则时执行这样的控制以执行分组的中继的中继控制器17。 这防止通信延迟的增加,并且能够检测应用层协议中的不规则通信消息,而不管协议类型如何。
    • 2. 发明申请
    • Relay Device, Packet Filtering Method, and Packet Feltering Program
    • 中继设备,数据包过滤方法和Packet Feltering程序
    • US20070242681A1
    • 2007-10-18
    • US11569743
    • 2005-05-26
    • Kenji KonoTakahiro ShinagawaRahat Kabir
    • Kenji KonoTakahiro ShinagawaRahat Kabir
    • H04J3/24H04L12/56
    • H04L47/10H04L47/34H04L63/0245H04L63/1458
    • A relay device 10 is a relay device for relaying a communication message on a packet-by-packet basis, which comprises an order determiner 13 for determining whether a packet received is one received in an order to be received, a packet holder 14 for, when it is determined that the packet is not one received in the order to be received, holding the packet, and for performing such a control as to relay the packet, a merger 15 for merging a payload of the received packet with a payload of the held packet, a verifier 16 for verifying whether a payload of a packet satisfies a predetermined rule, and a relay controller 17 for, when a packet satisfies the rule, performing such a control as to execute relay of the packet. This prevents an increase of a communication delay and enables detection of an irregular communication message in an application layer protocol, irrespective of types of protocols.
    • 中继装置10是用于在逐个分组的基础上中继通信消息的中继装置,其包括用于确定接收到的分组是否以要接收的顺序接收到的分组载体14的顺序确定器13, 当确定分组不是按照要接收的顺序接收到的数据包,保持分组,并且用于执行这样的控制以中继分组时,合并器15用于将接收到的分组的有效载荷与 用于验证分组的有效载荷是否满足预定规则的验证器16以及当分组满足规则时执行这样的控制以执行分组的中继的中继控制器17。 这防止通信延迟的增加,并且能够检测应用层协议中的不规则通信消息,而不管协议类型如何。
    • 4. 发明授权
    • Method and apparatus for filling bulk material
    • 填充散装材料的方法和装置
    • US6000444A
    • 1999-12-14
    • US77883
    • 1998-06-10
    • Takao IshikawaSigeru AkezawaNobuo MiyazakiTakahiro Shinagawa
    • Takao IshikawaSigeru AkezawaNobuo MiyazakiTakahiro Shinagawa
    • B65B1/34G01G13/06G01G13/24B65B1/04
    • G01G13/24B65B1/34G01G13/06
    • A method and apparatus for filling bulk material, in which an objective filling weight for filling bulk material stored in a storage portion of a filling object is divided to a first stage objective filling weight and a second a second stage objective filling weight. The method consists of setting an opening/closing mechanism provided on the storage portion to a predetermined opening degree and filling the bulk material from the storage portion to the filling object until the first stage objective filling weight is reached, and then activating the opening/closing mechanism so as to close from the predetermined opening degree. A closing travel distance of the opening/closing mechanism in a certain minute time interval, and a filling weight of bulk material are then detected, and based on these detected values, the fluidity of the bulk material in such a minute time interval is calculated. A closing travel distance and a closing travel speed of the opening/closing mechanism in a next minute time interval is then calculated based on the fluidity so as to activate the opening/closing mechanism to close thereby filling the bulk material to the filling object until the objective filling weight is reached.
    • PCT No.PCT / JP96 / 03532 Sec。 371日期:1998年6月10日 102(e)1998年6月10日PCT 1996年12月3日PCT PCT。 公开号WO97 / 21590 日期:1997年6月19日一种用于填充散装材料的方法和装置,其中将填充物体的储存部分中储存的散装材料填充的目标填充重量划分为第一阶段目标填充重量和第二阶段目标填充 重量。 该方法包括将设置在存储部分上的打开/关闭机构设定到预定的开度,并将散装材料从储存部分填充到填充物体,直到达到第一阶段物料填充重量,然后启动打开/关闭 机构,以便从预定开度接近。 然后检测打开/关闭机构在一定时间间隔内的关闭行驶距离和散装材料的填充重量,并且基于这些检测值,计算在这样的微小时间间隔内的散装材料的流动性。 然后基于流动性计算开闭机构在下一分钟时间间隔中的关闭行驶距离和闭合行驶速度,以便启动打开/关闭机构以关闭,从而将散装材料填充到填充对象,直到 达到客观填充重量。