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    Service-based core network selection for mixed telecommunication networks offers 3rd generation services based on user identity, mobile capacity and location..

    126202210575843B2
    发明人
    EDLUND PETER, SUGIRTHARAJ DAVID, MILDH GUNNAR
    受让人
    TELEFONAKTIEBOLAGET ERICSSON L M (TELF-C), MILDH G (MILD-Individual), SUGIRTHARAJ D (SUGI-Individual), EDLUND P (EDLU-Individual), TELEFONAKTIEBOLAGET ERICSSON L M (TELF-C), TELEFONAKTIEBOLAGET ERICSSON L M (TELF-C), TELEFONAKTIEBOLAGET ERICSSON L M (TELF-C)
    申请人
    Thomas M. Wall
    申请号
    626326
    申请日
    2003-08-28
    公开(公告)号
    126202210575843B2
    公开(公告)日
    2009-05-19
    IPC分类号
    H01L029/788G11C016/06H01L027/115H01L029/792
    CPC分类号
    -
    优先权号
    020848
    优先权日
    2010-03-08
    摘要

    NOVELTY - The shock absorber has a piston rod (18) and piston (17) within an inner rigid tube (15) of inside/ outside diameter 50/55 mm. An outer tube (16) of inside/outside diameter 60/65 mm overlaps the inner tube by 50-150 mm. A roller bearing (22) is fixed to the end of the outer tube and bears on the outer wall of the inner tube. A second bearing (23) fixed in a stub end (26) of the inner tube bears on the inner wall of the outer tube. The rollers faces match the tube profile.

    USE - To damp wheel vibration in a racing car especially formula car suspension.

    ADVANTAGE - The shock absorber is resistant to side loads and gives an efficient performance over a longer life.

    DESCRIPTION OF DRAWING(S) - Section through the shock absorber

    Inner tube (15)

    Outer tube (16)

    Piston (17)

    Piston rod (188)

    Roller bearing (22 and 23)

    Stub end. (26)

    权利要求
    1 . A method, comprising: parsing, by a computing device, one or more packets received from a client to identify header data, and wherein the parsing comprises identifying when the one or more packets is a read request or a write request; identifying, by the computing device, a server based on the parsed one or more packets; modifying, by the computing device, one or more rules in the parsed one or more packets to allow data exchange between the client and the identified server; and transmitting, by the computing device, the parsed one or more packets with the modified one or more rules to the identified server, wherein data exchange is initiated between the client and the identified server based on the parsed one or more packets with the modified one or more rules.
    2 . The method as set forth in claim 1 further comprises receiving, by the computing device, a TCP connection from the client.
    3 . The method as set forth in claim 1 wherein the identified further comprises, selecting, by the computing device, based on the header data in the parsed one or more packets.
    4 . The method as set forth in claim 1 wherein the modifying further comprises, modifying, by the computing device, at least a source internet protocol (IP) address and a destination IP address of the parsed one or more packets.
    5 . The method as set forth in claim 1 further comprising receiving, by the computing device, a data exchange completion message from the identified server.
    6 . The method as set forth in claim 5 further comprising, modifying, by the computing device, the source IP address and the destination IP address upon receiving the data exchange completion message.
    7 . A non-transitory machine readable medium having stored thereon instructions for managing workload throughput in a storage system comprising machine executable code which when executed by at least one machine causes the machine to: parse one or more packets received from a client to identify header data, and wherein the parsing comprises identifying when the one or more packets is a read request or a write request; identify a server based on the parsed one or more packets; modify one or more rules in the parsed one or more packets to allow data exchange between the client and the identified server; and transmit the parsed one or more packets with the modified one or more rules to the identified server, wherein data exchange is initiated between the client and the identified server based on the parsed one or more packets with the modified one or more rules.
    8 . The medium as set forth in claim 7 further comprises, receive a TCP connection from the client.
    9 . The medium as set forth in claim 7 wherein the identified further comprises, select based on the header data in the parsed one or more packets.
    10 . The medium as set forth in claim 7 wherein the modifying further comprises, modify at least a source internet protocol (IP) address and a destination IP address of the parsed one or more packets.
    11 . The medium as set forth in claim 7 further comprises, receive a data exchange completion message from the identified server.
    12 . The medium as set forth in claim 11 further comprises, modify the source IP address and the destination IP address upon receiving the data exchange completion message.
    13 . A computing device, comprising: a memory containing machine readable medium comprising machine executable code having stored thereon instructions for handling storage element failures to reduce storage device failure dates; and a processor coupled to the memory, the processor configured to execute the machine executable code to cause the processor to: parse one or more packets received from a client to identify header data, and wherein the parsing comprises identifying when the one or more packets is a read request or a write request; identify a server based on the parsed one or more packets; modify one or more rules in the parsed one or more packets to allow data exchange between the client and the identified server; and transmit the parsed one or more packets with the modified one or more rules to the identified server, wherein data exchange is initiated between the client and the identified server based on the parsed one or more packets with the modified one or more rules.
    14 . The computing device as set forth in claim 13 , wherein the processor is further configured to execute the machine executable code to further cause the processor to receive a TCP connection from the client.
    15 . The computing device as set forth in claim 13 , wherein the identified further comprises and wherein the processor is further configured to execute the machine executable code to further cause the processor to select based on the header data in the parsed one or more packets.
    16 . The computing device as set forth in claim 13 , wherein the modifying further comprises and wherein the processor is further configured to execute the machine executable code to further cause the processor to modify at least a source internet protocol (IP) address and a destination IP address of the parsed one or more packets.
    17 . The computing device as set forth in claim 13 , wherein the processor is further configured to execute the machine executable code to further cause the processor to receive a data exchange completion message from the identified server.
    18 . The computing device as set forth in claim 17 , wherein the processor is further configured to execute the machine executable code to further cause the processor to modify the source IP address and the destination IP address upon receiving the data exchange completion message.
    说明书
    [0001]密封型压缩机的接线端组件
    [0002]技术领域
    [0003]本发明涉及一种密封型压缩机,特别是涉及一种密封型压缩机的接线端组件。
    [0004]背景技术
    [0005]众所周知,压缩机是一种用来对冷媒等工作流体进行压缩的设备。压缩机一般包括:产生动力的电机和进行压缩的压缩部件;所述的电机包括:转子和定子;电机需要与电源相连接。
    [0006]为了给压缩机的电机接通电源,通常采用如图1所示接线端组件。如图1所示,压缩机的下部机壳10构成封闭机壳的一部分,下部机壳10的外壁上设置有保护装置12;所述的保护装置12通常通过点焊的方法安装在下部机壳10的外壁上;所述的保护装置12上设置有接线端组件20;所述的保护装置12的中央部位设置有多个接线端13;所述的接线端13分别与连接件形成电连接,所述的连接件贯穿设置在下部机壳10的内部。
    [0007]所述的接线端组件20安装在保护装置12上,包括:接线板21、安装接线板21上的正温度系数热敏电阻25和安装在接线板21上的过载保护器27。
    [0008]所述的正温度系数热敏电阻25的作用是控制电源电流,当正温度系数热敏电阻中流过电流时,因为发热其电阻值会增大,电阻值增大到一定程度后出现断路,断路后其温度随之下降,电阻值也随之变小,电阻减小到一定程度时,重新有电流流过。
    [0009]所述的接线板21上设置有第1接插部22和第2接插部24,分别用来安装所述的正温度系数热敏电阻25和过载保护器27;所述的第1接插部22和第2接插部24分别贯穿固定在所述的接线板21上,分别使正温度系数热敏电阻25和过载保护器27与接线端13相连接。
    [0010]由于所述的第1接插部22的后端为非完全敞开结构,因此,将所述的正温度系数热敏电阻25插到第1接插部22上时,不会从第1接插部22的后端脱出;所述的正温度系数热敏电阻25的正面两端,分别形成有挂钩(图中未示出);所述的正温度系数热敏电阻25在被插入第1接插部22的过程中,所述的挂钩向远离正温度系数热敏电阻的方向发生弹性形变,当插入过程结束后,恢复原位,固定所述的正温度系数热敏电阻25;所述的过载保护器27的固定由其他挂钩来实现。
    [0011]所述的接线板21上设置有多个与电源电缆相连接的接线端29,各接线端29分别与正温度系数热敏电阻25和过载保护器27形成电连接。
    [0012]但是,上述已有的密封型压缩机存在以下缺点:
    [0013]将密封型压缩机用在电冰箱、空调器等家用电器上时,为了接通外部电源,需将该产品的电源电缆的一端与电源插座相连接,另一端与产品压缩机的接线端组件20的各接线端29相连接。但是,与所述的各接线端29相连接的电线绝缘皮的耐热性若较差,则有可能在正温度系数热敏电阻25等部件产生的热量的影响下受到损伤。实际上,与所述的各接线端29相连接的各种电源电缆的耐热级别差异非常大,因此,无法使其与压缩机的规格相匹配。
    [0014]另外,实际上与所述的各接线端29相连接的电源电缆会受到用来封闭接线板21的外罩(图中未示出)的按压。因此,电源电缆中的一部分有可能与正温度系数热敏电阻相接触。如果出现这种情况,所述的电源电缆的绝缘皮会被正温度系数热敏电阻25产生的热量熔化,有可能出现短路故障。
    [0015]发明内容
    [0016]本发明所要解决的技术问题是,克服上述已有的密封型压缩机的缺点,提供一种密封型压缩机的接线端组件,以避免密封型压缩机的接线端组件产生的热量对电源电缆造成损伤。
    [0017]本发明的另一目的是,使与密封型压缩机的接线端组件相连接的电源电缆不受耐热等级的限制。
    [0018]为了解决所述的技术问题,本发明采用的技术方案是:本发明密封型压缩机的接线端组件包括:接线板、正温度系数热敏部件、正温度系数部件盖和多个接线端;所述的接线板上设置有一个以上的接插部;所述的正温度系数热敏部件设置在接线板上的一个接插部上;所述的正温度系数部件盖将正温度系数热敏部件上的向前方凸出的部分封闭,将电源电缆与正温度热敏部件隔离,阻止热量在正温度系数热敏部件和电源电缆之间传递;所述多个接线端分别与电源电缆相连接。
    [0019]所述的接插部包括:第1接插部和第2接插部;所述的第1接插部设置在接线板的中央部位;所述的第2接插部设置在第1接插部的下方。
    [0020]所述的正温度系数部件盖上形成有与正温度系数热敏部件向前方凸出的部分相适应的内部空间,因此可以罩在正温度系数热敏部件上。
    [0021]所述的正温度系数部件盖包括:防干扰台阶和防干扰开槽;所述防干扰台阶和防干扰开槽分别用来防止与正温度系数热敏部件以及周围部件发生相互干扰。
    [0022]本发明的有益效果是:由于设置有正温度系数部件盖,因此可防止正温度系数热敏部件产生的热量直接传递给其周围的电源电缆,从而可以防止电源电缆因过热而破损。
    [0023]对于使用压缩机的各种电器产品,将其电源电缆与接线端组件相连接时,可以使用各种耐热等级的电源电缆,使与密封型压缩机的接线端组件相连接的电源电缆不受耐热等级的限制,大大地方便了用户。
    [0024]附图说明
    [0025]图1为已有的普通密封型压缩机的接线端组件的结构分解示意图;
    [0026]图2为本发明密封型压缩机的接线端组件的结构分解示意图;
    [0027]图3为本发明密封型压缩机的接线端组件的主要部分的结构示意图;
    [0028]图4为本发明密封型压缩机的接线端组件中的正温度系数部件盖的结构示意图。
    [0029]图中:
    [0030]30:下部机壳31:保护装置
    [0031]33:接线端40:接线端组件
    [0032]41:接线板42:第1接插部
    [0033]43:第2接插部45:接线端
    [0034]47:正温度系数热敏部件48:过载保护器
    [0035]50:正温度系数部件盖51:内部空间
    [0036]52:顶壁53:侧壁
    [0037]54:防干扰台阶55:防干扰槽
    [0038]60:接线端组件外罩
    [0039]具体实施方式
    [0040]下面结合附图和具体实施方式对本发明作进一步详细说明:
    [0041]图2为本发明密封型压缩机的接线端组件的结构分解示意图;图3为本发明密封型压缩机的接线端组件的主要部分的结构示意图;图4为本发明密封型压缩机的接线端组件中的正温度系数部件盖的结构示意图。
    [0042]如图2、3和4所示,带有本发明接线端组件的密封型压缩机的机壳包括:上部机壳和下部机壳30;所述的上部机壳构成机壳的上半部,下部机壳30大体上构成机壳的下半部。
    [0043]所述的下部机壳30的外侧面上设置有保护装置31;所述的保护装置31通常利用点焊的方法安装在下部机壳30上;所述的保护装置31上安装有接线端组件40;所述的保护装置31的中央部位设置有多个接线端33;所述的接线端33分别与另外设置的连接件形成电连接;所述的连接件贯穿设置在所述的下部机壳30的内部。
    [0044]所述的接线端组件40安装在保护装置31上;所述的接线端组件40包括接线板41,接线板41的中央部位设置有第1接插部42,将接线板41安装在保护装置31上后,接线板41的正面处于敞开状态;所述的第1接插部42的下方,设置有第2接插部43;所述的第1接插部42两端凹陷程度小于第1接插部42的部位设置有多个接线端45;所述的各接线端45分别与电源电缆45’相连接;所述的电源电缆45’包括连接件45c,连接件45c与正温度系数热敏部件47形成电连接。
    [0045]所述的第1接插部42上安装有正温度系数热敏部件47;所述的正温度系数热敏部件47包括一个正温度系数热敏电阻,正温度系数热敏电阻设置在正温度系数热敏部件的内部接线端与接线端45之间;所述的正温度系数热敏部件47可以通过挂钩等结构组装在第1接插部42上;所述的正温度系数热敏部件47与接线端33之间形成电连接。
    [0046]所述的第2接插部43上安装有过载保护器48,过载保护器48可以防止压缩机出现过电流;所述的过载保护器48通过接线板41上的挂钩组装到第2接插部43上;所述的过载保护器48与接线端33之间形成电连接。
    [0047]为了防止安装在第1接插部42上的正温度系数热敏部件47从前面露出,设置有正温度系数部件盖50;所述的正温度系数部件盖50是用耐热材料制成的;正温度系数部件盖50将电源电缆45’与正温度系数热敏电阻隔离开来,从而可以防止正温度系数热敏电阻产生的热量直接传递给电源电缆45’。
    [0048]所述的正温度系数部件盖50上具有与正温度系数热敏部件47向前方凸出的部分相适应的内部空间51,因此可以环抱所述的正温度系数热敏部件47凸出的部分;所述的内部空间51的尺寸和形状分别与所述的正温度系数热敏部件47向前方凸出的部分相适应。
    [0049]所述的正温度系数部件盖50包括:顶壁52和侧壁53;所述的顶壁52将正温度系数热敏部件47向前方凸出的部分的上方封闭;所述的侧壁53从所述的顶壁52的边缘向两侧延伸,将与之对应的正温度系数热敏部件47外侧面封闭;所述的侧壁53上包括:防干扰台阶54和防干扰槽55,分别用来防止与正温度系数热敏部件47以及周围部件发生相互干扰。
    [0050]所述的接线端组件外罩60用来隔离安装在保护装置31上的接线端组件40,接线端组件外罩60与保护装置31组装固定在下部机壳30的外壁上。
    [0051]下面对本发明密封型压缩机的接线端组件的工作过程加以说明:
    [0052]所述的包括正温度系数热敏部件47和过载保护器48的接线板41安装在下部机壳30上的保护装置31上。所述的接线板41上的正温度系数热敏部件47和过载保护器48分别与接线端33之间形成电连接。
    [0053]安装在所述的第1接插部42上的正温度系数热敏部件47的向前凸出的部分被所述的正温度系数部件盖50封闭,正温度系数部件盖50将分别与接线板41的接线端相连接的电源电缆45’与正温度系数热敏部件47隔离开来。
    [0054]所述的正温度系数部件盖50压入设置在正温度系数热敏部件47上。由于正温度系数部件盖50设置有防干扰台阶54,其与正温度系数热敏部件47相邻的连接件45c之间不会产生干扰。
    [0055]将压缩机安装在产品上后,为了接通电源,所述的接线端45与电源电缆45’相连接。图中未示出连接外部电源的电源电缆,只示出了连接件45c的电源电缆45’。
    [0056]将电源电缆45’与所述的端子组件40相连接之后,将接线端组件外罩60安装到位,使包括接线端组件40的周围结构不暴露在外部。所述的接线端组件外罩60结合在保护装置31上。
    [0057]所述的接线端组件外罩60将接线端组件40封闭之后,与所述的接线端45相连接的电源电缆45’有可能被压在接线端组件外罩60的内壁与接线板41之间,就是说,电源电缆45’有可能被挤在所述的接线板41和正温度系数部件盖50之间。
    [0058]例如,可以使电源电缆45’与正温度系数部件盖50的表面相接触。所述的正温度系数部件盖50可防止正温度系数热敏部件47产生的热量直接传递给电源电缆45’。
    [0059]值得指出的是,根据本发明的基本技术构思,本领域的普通技术人员无需经过创造性劳动即可联想到其它一些具体实施方式,本发明的保护范围以权利要求书记载的范围为准。
    [0060]例如,所述的正温度系数部件盖50的形状可以根据正温度系数热敏部件47的凸出部位和周围部件形状设计成多种形状。
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