CN102194046B - Remote maintenance system and relay unit - Google Patents

Remote maintenance system and relay unit Download PDF

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Publication number
CN102194046B
CN102194046B CN201110044820.7A CN201110044820A CN102194046B CN 102194046 B CN102194046 B CN 102194046B CN 201110044820 A CN201110044820 A CN 201110044820A CN 102194046 B CN102194046 B CN 102194046B
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communicator
information
medical device
relay unit
communication
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CN201110044820.7A
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Chinese (zh)
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CN102194046A (en
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若林勤
手塚真二
中山直
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日本光电工业株式会社
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Priority to JP2010040567A priority patent/JP5432767B2/en
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Abstract

一种远程维护系统,包括:医疗设备,包括:第一电源;控制第一电源的接通/断开操作的第一电源控制器;检查检查项目的检查器;以及发送包括检查器的检查结果的第一信息的第一通信器;以及继电器单元,包括:第二电源;自动控制第二电源的接通/断开操作的第二电源控制器;以及与第一通信器通信并且接收来自第一通信器的第一信息的第二通信器。 A remote maintenance system comprising: a medical device, comprising: a first power source; controlling ON / OFF operation of the first controller of the first power supply; check check check item; and transmitting a result of the check checker a first communication device a first information; and a relay unit including: a second power supply; automatic control of the second power source controller turns on the second power on / off operation; and receiving a first communication from the first communication and the second communication device a first information communicator.

Description

远程维护系统和继电器单元 Remote maintenance system and relay unit

技术领域 FIELD

[0001]本发明涉及一种检查和管理各种医疗设备的状态的远程维护系统,并且还涉及一种在这种远程维护系统中使用的继电器单元。 [0001] relates to an examination of various medical devices and managing the status of the remote maintenance system of the present invention, and also to a relay unit for use in such a remote maintenance system.

背景技术 Background technique

[0002]作为这种现有装置,存在检测设置在一壳体内的应急装置的取出或异常状态并且通知管理装置的这样一种装置(参见JP-A-2007-58442,JP-A-2007-244804和JP-A-2006-043270)。 [0002] As such a conventional apparatus, taken out, or the presence of an abnormal state detecting emergency device disposed in a housing of the apparatus and notifies a management apparatus (see JP-A-2007-58442, JP-A-2007- 244804 and JP-A-2006-043270). 在这种装置中,需要监控应急装置是否被取出,并且因而需要持续监测。 In such devices, it is necessary to monitor whether the emergency device is extracted, and thus require continuous monitoring. 这需要例如商用电源这样的电源。 This requires, for example, a commercial power supply such power. 因此,安装场所受到限制,并且这种装置不是在任何地方都能使用。 Therefore, the installation site is restricted and such devices can not be used in any place. 可以假定这种装置被构造成使用大电池来取代商用电源。 Such devices may be assumed to be configured to use a large battery in place of the commercial power supply. 然而,在这种情况下,需要有针对电池电量耗尽的对策,并且因此这种装置不适于长时间使用。 However, in this case, the need for countermeasures against the battery is exhausted, and so this device is not suitable for prolonged use. 在将这种装置安装在遥远的场所时,不能够频繁地进行电池更换。 When the device is mounted in such a remote place, battery replacement can not be performed frequently. 因此,仍残存需要解决的问题。 Therefore, the problem still remained to be solved.

[0003]在其中能够容纳医疗设备的装置的情况下,该装置的尺寸是大型的。 [0003] In the case where the device is capable of receiving a medical device, the size of the device is large. 在医疗设备本身的尺寸就大型的情况下,所述装置不能够容纳该医疗设备。 In the case where the size of the medical device itself is large, the apparatus can not house the medical device.

[0004]而且,还存在这样一种现有装置,其中AED中包含接收器,并且例如维修的警报信息从外部发送到接收器以将警报状态通知给AED的用户(参见在JP-T-2008-525084中图5的说明)。 [0004] Also, there is a conventional apparatus in which an AED includes a receiver, for example, maintenance and alarm information transmitted from the outside to the receiver to notify the user of the AED alarm state (see JP-T-2008 in -525084 described in FIG. 5). 在该装置中,可以将需要维修等通知给AED的用户。 In this apparatus, it may require maintenance to notify the user of the AED. 然而,管理AED的专业人员不能使用AED维修中的装置。 However, the management of AED devices AED maintenance professionals can not be used. 此外,例如,当AED自身故障时,不能发送也不能通知警报信息。 Further, for example, when the AED own fault, will not be allowed notification alert information. 此外,存在当AED进行例如接收信息的处理时,用户必须等待使用AED的可能性。 Furthermore, there is, for example, when the AED is received for processing information, the user must wait for the possibility to use the AED.

[0005]此外,存在进行维护的系统,其中处理器通过LAN来监控医院中的医疗设备,并且服务中心的计算机通过网络连接于医院(参见JP-A-2002-233504)。 [0005] In addition, the presence of the maintenance system, wherein the processor to monitor medical equipment in hospitals through the LAN, and connected to the service center computer via the hospital network (see JP-A-2002-233504). 所述系统是大规模的,并且因为实际上一直进行医疗设备的监控,所以在一直提供如商用AC电源这样的电源的环境中使用的前提下才起作用。 The large-scale system, and since in practice has been to monitor medical equipment, so it has been provided the use of the function in the environment such as power supply of the commercial AC power source is provided. 因此,在不考虑医疗设备的安装场所的环境中不能使用所述系统。 Thus, the system can not be used in a medical device is not considered in the environment of the installation place.

发明内容 SUMMARY

[0006]因此,本发明的目的是提供一种远程维护系统,其能够在不考虑医疗设备的安装场所的环境中使用,并且其中即使当没有供应商用电源时也能特别保证特定量的长期运转。 [0006] Accordingly, an object of the present invention is to provide a remote maintenance system which can be used in an environment without considering the installation site of the medical device, and wherein even when no commercial power supply can be guaranteed in particular long-term operation of a particular amount .

[0007]本发明的再一个目的是提供一种继电器单元,其能够使用在所述远程维护系统中。 [0007] A further object of the present invention is to provide a relay unit which can be used in the remote maintenance system.

[0008]为了实现所述目的,根据本发明,提供一种远程维护系统,包括:医疗设备,包括:第一电源;控制第一电源的接通/断开操作的第一电源控制器;检查检查项目的检查器;以及发送包括检查器的检查结果的第一信息的第一通信器;以及继电器单元,包括:第二电源;自动控制第二电源的接通/断开操作的第二电源控制器;以及与第一通信器通信并且接收来自第一通信器的第一信息的第二通信器。 [0008] To achieve the object, according to the present invention, there is provided a remote maintenance system comprising: a medical device, comprising: a first power supply; a first control power on / off operation of the first power supply controller; Check check test item; and a first communicator transmits the first information comprises an inspection result of the inspection; and the relay unit comprising: a second power supply; a second automatic control of power ON / OFF operation of the second power supply a controller; and a second communicator in communication with a first communication and receives the first information from the first communicator.

[0009] 继电器单元可以包括与包含在维护中心设备中的第四通信器通信的第三通信器,并且该第三通信器可以将包括检查结果的第二信息发送到第四通信器。 [0009] The relay unit may include a transmission comprising the second to the fourth communication information maintained in the fourth communication device for communicating a third communication center apparatus, and the third communicator may include checking result.

[0010]维护中心装置可以包括与管理员通信的第五通信器,并且该第五通信器可以将基于发送自第三通信器的第二信息的通知发送给管理员。 [0010] The maintenance center device may include a fifth communicator of the administrator, and the fifth communicator may transmit a second notification to the administrator based on the information transmitted from the third communicator.

[0011]第二电源控制器可以间隔地或在某一时刻自动接通第二电源,并且在第二通信器接收到包括来自医疗设备的第一通信器的检查结果的第一信息之后,第二电源控制器可以自动断开第二电源,并且第三通信器将包括检查结果的第二信息发送到维护中心设备的第四通信器。 After [0011] The second power source controller may automatically turn spacing or the second power source at a time, and receives the first information includes a result of the check from the first communicator of the medical device in a second communication device, the first the second information may automatically disconnect the two second power supply controller, and the third communication device comprises a check result is transmitted to the fourth communicator of the maintenance center device.

[0012]第一电源控制器可以间隔地或者在某一时刻接通第一电源,并且在第一通信器将包括检查结果的第一信息发送到继电器单元的第二通信器之后,该第一电源控制器可以断开第一电源。 After [0012] The first power source controller may turn on the first power intervals or at a certain time, and a first communication device including a first check result information of the second communication unit transmits to the relay unit, the first a first power source controller may disconnect the power source.

[0013] 在第一电源控制器接通第一电源之前,第二电源控制器可以接通第二电源。 [0013] Before the first power source controller turns the first power, the second power source controller may turn on the second power supply.

[0014]医疗设备、继电器单元和维护中心设备中的一种可以包括判定器,基于检查结果判定检查项目是正常还是异常。 [0014] Medical apparatus, a relay unit and a maintenance center device may include a determiner, based on test results to determine the test item is normal or abnormal.

[0015]当判定器判定检查项目为异常时,维护中心设备的第五通信器可以将通知发送给管理员。 [0015] When the determiner determines that the check item is abnormal, a fifth communicator of the maintenance center device may transmit a notification to the administrator.

[0016] 维护中心设备可以通过第一至第四通信器来改变和更新继电器单元和医疗设备的设定信息。 [0016] The maintenance center device may change and update the relay unit and the medical device setting information by the first to fourth communicators.

[0017]检查项目可以包括第一电源的电力残余量和医疗设备的配件的有效期中的至少一项。 [0017] The check item may include at least one valid accessory power supply of the first and the residual amount of medical device.

[0018] 可以检查用户要求的医疗设备、继电器单元、维护中心设备以及通知管理员检查中的至少一种的工作。 [0018] requested by the user can check the medical device, the relay unit, the maintenance center device of at least one job and notifies the administrator of the inspection.

[0019]从医疗设备的第一通信器发送的第一信息可以包括用于识别医疗设备的信息和与医疗设备的安装场所有关的信息。 [0019] The first information transmitted from the first communicator of the medical device may include information related to the installation site identification information and the medical device and medical equipment.

[0020] 检查项目可以包括医疗设备与继电器单元之间的通信,并且当不能通信时,判定器可以判定该通信异常。 [0020] The check item may include communication between the medical device and the relay unit, and when not communicate, the determiner may determine that a communication abnormality.

[0021] 从继电器单元的第三通信器发送到维护中心设备的第四通信器的第二信息可以包括与继电器单元有关的信息。 [0021] The second information transmitted from the third communicator of the relay unit to the fourth communicator of the maintenance center device may include information related to the relay unit.

[0022]当医疗设备和继电器单元互相通信时,该医疗设备和继电器单元可以在时间上互相同步。 [0022] When the medical device and the relay unit communicate with each other, the medical device and the relay unit may be synchronized in time with each other.

[0023]在从建立了医疗设备与继电器单元之间的通信链路的时刻起经过了某一时间段之后,第二电源控制器可以接通第二电源。 [0023] After the time established communication link between the medical device and the relay unit a certain period of time has elapsed, the second power source controller may turn on the second power supply.

[0024] 在建立了医疗设备与继电器单元之间的通信链路之后,该医疗设备和继电器单元可以在时间上相互同步。 [0024] After establishing the communication link between the relay unit and the medical device, the medical device and the relay unit may be synchronized in time with each other.

[0025]第一电源控制器可以通过自动操作或外部操作来控制第一电源的接通/断开操作。 [0025] The first power source controller may control the first power source is turned on by the automatic operation or an external operation / OFF operation.

[0026] 所述医疗设备可以是AED。 The [0026] The medical device may be AED.

[0027]所述第一电源和所述第二电源可以彼此相同。 [0027] The first and the second power supply may be the same.

[0028] 所述第一电源和所述第二电源中的至少一个可以是电池。 [0028] The first power source and said second power source may be at least one battery.

[0029] 所述第一通信器和所述第二通信器之间的通信可以是短程无线通信。 [0029] The communication between the first communicator and the second communicator may be short-range wireless communication.

[0030] 在经过了某一时间段之后,继电器单元的第三通信器将信息发送到维护中心设备的第四通信器。 [0030] After a certain time period, the third communicator of the relay unit transmits information to the fourth communicator of the maintenance center device.

[0031]为了实现该目的,根据本发明,还提供一种继电器单元,该继电器单元使用在包括发送基于自检的信息的医疗设备、所述继电器单元和维护中心设备的远程维护系统中,所述继电器单元包括:电池;间隔地或者在某一时刻接通/断开该电池的电池控制器;与医疗设备进行短程无线通信的无线通信器;以及将与从医疗设备发送并且从无线通信器获取的信息对应的信息发送至维护中心设备的通信部。 [0031] In order to achieve this object, according to the present invention, there is provided a relay unit, the relay unit includes a transmission for use in medical devices based on self test information, the relay unit and the maintenance center device of the remote maintenance system, the said relay unit comprising: a battery; or interval at a time is turned on / off of the battery cell controller; short-range wireless communication is a wireless communication with the medical device; and from the medical device and transmitted from the wireless communicator corresponding to the acquired information to the communication unit of the maintenance center device.

附图说明 BRIEF DESCRIPTION

[0032]图1是本发明的远程维护系统的实施例的示意图。 [0032] FIG. 1 is a schematic of an embodiment of the system of the present invention is a remote maintenance.

[0033]图2是示出了本发明的远程维护系统中包含的医疗设备的实施例的框图。 [0033] FIG. 2 is a block diagram illustrating an embodiment of the medical device remote maintenance system of the invention contained.

[0034]图3是示出了本发明的远程维护系统中包含的继电器单元的实施例的框图。 [0034] FIG. 3 is a block diagram illustrating an embodiment of a relay unit remote maintenance system of the invention contained.

[0035]图4是示出了本发明的远程维护系统中包含的维护中心设备的实施例的框图。 [0035] FIG. 4 is a block diagram illustrating an embodiment of the maintenance center device of the remote maintenance system of the invention contained.

[0036]图5是示出了设置在本发明的远程维护系统的实施例中的存储表的内容的实例的图表。 [0036] FIG. 5 is a diagram showing the present invention is provided a remote maintenance chart illustrating an example embodiment of the content storage table of embodiments of the system.

[0037]图6是示出了设置在本发明的远程维护系统的实施例中的所述存储表的内容的实例的图表。 [0037] FIG. 6 is a diagram showing the contents of the maintenance provided in embodiments of the system of the present invention the remote storage table is an example of the graph.

[0038]图7是示出了从本发明的远程维护系统中包含的维护中心设备发送的电子邮件的内容的实例的不意图。 [0038] FIG. 7 is a diagram showing an example of the contents are not intended to electronic mail from the maintenance center device included in the remote maintenance system of the present invention is transmitted.

[0039]图8是示出了在本发明的远程维护系统的实施例中的初始设定处理的顺序图。 [0039] FIG. 8 is a diagram showing a remote maintenance system of the present invention in the embodiment of the initial setting processing sequence diagram in the embodiment.

[0040]图9是示出了本发明的远程维护系统的实施例中的远程维护操作的时间图。 [0040] FIG. 9 is a time chart illustrating a remote maintenance operation of the embodiment of the remote maintenance system of the present invention.

[0041]图10是示出了在本发明的远程维护系统的实施例中的医疗设备与继电器单元之间的远程维护操作的顺序图。 [0041] FIG. 10 is a sequence diagram illustrating a remote maintenance operation between the medical device embodiments of the present invention, the relay unit of the remote maintenance system in the embodiment.

[0042]图11是示出了在本发明的远程维护系统的实施例中的继电器单元与维护中心设备之间的远程维护操作的顺序图。 [0042] FIG. 11 is a sequence diagram illustrating a remote maintenance operation between the relay unit in the embodiment and the maintenance center device in the remote maintenance system of the present invention embodiment.

具体实施方式 Detailed ways

[0043]下文中,将参考附图来描述本发明的远程维护系统和继电器单元的各实施例。 In [0043] Hereinafter, with reference to the relay unit remote maintenance system and various embodiments of the present invention will be described accompanying drawings. 在附图中,同一个部件用相同的参考标号表示,并且将省略重复的描述。 In the drawings, the same components are denoted by the same reference numerals, and repeated description will be omitted. 图1是本发明的远程维护系统的实施例的示意图。 FIG 1 is a remote maintenance system of the present invention, an embodiment of FIG. 该远程维护系统包括医疗设备10、继电器单元20以及维护中心设备30。 The remote maintenance system includes a medical device 10, the relay unit 20 and the maintenance center device 30. 通常地,使用多个医疗设备10和继电器单元20。 Typically, a plurality of medical device 10 and the relay unit 20. 基本上,医疗设备10以一对一的关系对应于继电器单元20。 Basically, the medical device 10 corresponds to a one to one relationship between the relay unit 20. 替换地,继电器单元20可以具有对应于多个医疗设备10的构造。 Alternatively, the relay unit 20 may have a configuration corresponding to a plurality of medical devices 10.

[0044]以具有图2所示的构造的AED(自动外用除颤仪)为例,来作为本实施例中的医疗设备10。 [0044] In AED (automated external defibrillator) having the structure shown in FIG. 2 as an example, embodiments of the medical device 10 to the present embodiment. 医疗设备10包括控制各部分的CPU 11,并且存储器12连接于CPU 11。 Medical device 10 includes a CPU 11 controls each part, and the memory 12 is connected to the CPU 11. 存储器12存储:在医疗设备起到AED作用的情况下用于自动检查而执行的程序、用于识别该医疗设备的识别信息(生产序列号、设备ID等等)、与安装场所有关的信息等等。 The memory 12 stores: AED case play a role in a medical device for the automatic inspection program to be executed, the identification information for identifying the medical device (manufacturer's serial number, device ID, etc.), the information on the installation place Wait. 储存器12还作为工作存储器来使用。 The reservoir 12 is also used as a working memory.

[0045]此外,显示部13、例如扬声器的发声部14、包括各种开关的操作部15、作为第一通信器的通信部16以及I/O端口17-1、17-2连接于所述CPU 11 ^ED本体部2连接于I/O端口17-1,并且检查处理部18连接于I/O端口17-2。 [0045] In addition, the display unit 13, such as a speaker sounding section 14, an operation unit including various switches 15, 16 as well as I / O ports 17-1, 17-2 of the first communication unit is connected to the communication CPU 11 ^ ED main body portion 2 is connected to I / O port 17-1, and the check processing portion 18 is connected to the I / O port 17-2.

[0046] 检查处理部18连接于AED本体部2、由电池构成的电源部3以及电极极板4,并且检查各部件的状态。 [0046] The check processing portion 18 is connected to the AED body portion 2, power source portion 3 configured by a battery, and electrode pads 4, and checks the status of each member. 例如,检查处理部18对AED本体部2,进行例如该本体部2的电路功能是否适当工作的检查处理;对电源部3,进行例如输出是否适当以及检测电源的残余电量的检查处理;以及,对作为配件的电极极板4,进行例如是否维持适当的阻抗以及是否过了有效期的检查处理。 For example, the check processing portion 18 of the AED body portion 2, for example, to check whether the processing of the body of the circuit 2 functions properly work; the power unit 3, and outputs the adequacy and detecting the residual capacity of the power source check processing example; and, as parts of the electrode pad 4, for example, whether to maintain proper impedance, and whether the validity check process over.

[0047]作为第一电源的电源部3通常处于断开状态,并且,当AED的箱体的盖被打开时,进行接通电源以对各部分供电。 [0047] a first portion as a power supply 3 normally in an off state, and, when the AED housing cover is open, a power supply to each portion. 即使在断开的状态下,CPU 11也能够以睡眠模式接收电源供应,并且,基于CPU中包含的定时器而在预定时刻(例如,每一天一次的预定时刻),控制该电源而被接通,以对通信部16、1/0端口17-2和检查处理部18供电。 Even in the off state, CPU can receive power supply. 11 in the sleep mode, and, based on a timer contained in the CPU at a predetermined timing (e.g., every predetermined time once a day), controls the power is turned on , the power supply to the communication unit 18 16,1 / 0 port 17-2 and the inspection processing unit. 以这种方式,CPU 11起到第一电源控制器的作用。 In this manner, CPU 11 functions as the first power supply controller. 即,术语“接通电源”是指从睡眠模式转换到工作状态的电源控制。 That is, the term "power" refers to the transition from the sleep mode to the operation state of the power supply control. 在医疗设备中,可以自动进行接通电源/断开电源控制,或者是响应于由用户等进行的外部操作。 In the medical device, the power can be automatically turned on / off control of power supply, or in response to an external operation performed by the user or the like.

[0048]在预定时刻,CPU 11控制所述检查处理部18以便检查作为待检查的部件的AED本体部2、电源部3和电极极板4的状态,并且获得检查结果。 [0048] at a predetermined timing, the CPU 11 controls the check processing portion 18 so as to check the status of a member to be inspected AED body portion 2 of the power source portion 3 and the electrode pads 4, and obtains the check result. 与检查结果有关的信息以原样或被处理成发送信息之后被从通信部16发送,在所述发送信息中,例如用于识别医疗设备的识别信息(生厂序列号、批号、产品型号等)和与医疗设备的安装场所有关的信息等这样的预定信息被增添到检查结果信息。 Information relating to test results after processed into transmission information to be transmitted to or from the communication unit 16 as in the transmission information, for example, identification information for identifying the medical device (Plant Health serial number, batch number, product type, etc.) and other information related to the installation site and medical equipment such predetermined information is added to the check result information.

[0049]待检查部件不限于上述部件,并且,在本发明应用于除了 AED以外的医疗设备的情况下,可以包括与该医疗设备相对应的待检查部件。 [0049] The member to be inspected is not limited to the above-described means, and, in the case where the present invention is applied to medical devices in addition to the AED may include a member to be examined corresponding to the medical device. 例如,在使用试剂的医疗设备中,可以包括与该试剂的余量等有关的信息。 For example, in medical devices using reagents, it may include information relating to the remaining amount of the reagent and the like.

[0050]应用于与检查结果有关的信息的处理是指CPU 11起判定器作用,基于例如电源部3中的电池残余电量来进行正常/异常的判定,然后发送判定结果。 [0050] applied to processing information relating to the inspection result from the determination means acting CPU 11, such as a battery residual capacity based on the power source portion 3 to normal / abnormal determination, and then transmits the determination result. 如果判定结果指示异常,则CPU 11例如使得显示部13的LED点亮,从而指示医疗设备10的异常。 If the determination result indicates abnormality, the CPU 11 causes the display unit, for example, LED 13 is lit, indicating that the medical device 10 is abnormal. 电源部3和电极极板4中的每一个都具有有效期。 Each power supply unit 3 and the electrode pad 4 has a life. 该有效期的信息可以存储在存储器12中,或者由诸如电源部3和电极极板4这样的待检查部件保持。 The validity information may be stored in memory 12, or held by the power source, such as a plate section 3 and the electrode 4 to be examined such member. 在检查处理中,CPU 11将该CPU中包含的定时器的时刻与所述有效期信息相比较。 In the inspection process, the CPU 11 the moment the timer included in the CPU is compared with the valid period information. 如果已经过了有效期,则将过了有效期以信息的形式从通信部16发送,并且显示部13的LED被点亮以指示过了有效期。 If the validity period has passed, then the storage period has been transmitted from the communication unit 16 as a message, and the LED display unit 13 is lit to indicate that the period has been exceeded.

[0051] 如图3所示,继电器单元20包括CPU 21,并且存储器22连接于该CPU 21。 [0051] As shown in FIG. 3, the relay unit 20 includes a CPU 21, and the memory 22 is connected to the CPU 21. 存储器22存储CPU 21所使用的程序、用于识别继电器单元的识别信息(生产序列号、批号、产品型号等)、与继电器单元的安装场所有关的信息等等。 The memory 22 stores a program used by the CPU 21, identification information (the manufacturer's serial number, batch number, product type, etc.) for identifying the relay unit, information related to the installation place of the relay unit and the like. 存储器22还作为工作存储器来使用。 The memory 22 is also used as a working memory.

[0052] 此外,作为第二通信器的通信部23、作为第三通信器的通信部24、显示部25以及操作部26连接于继电器单元20的CPU 21。 [0052] Further, a communication unit of the second communication unit 23, a communication unit 24 of the third communicator, a display unit 25 and the operation portion 26 is connected to the CPU 21 20 of the relay unit. 通信部23、24构成了通信单元。 The communication unit 23 constitutes a communication unit. 通信部23具有用于与医疗设备10的通信部16通信的构造。 The communication unit 23 has a structure 16 for communication with the communication unit 10 of the medical device. 例如,通过基于蓝牙的数字无线通信系统来进行通信部23与16之间的通信。 For example, for communication between the communication portion 23 and 16 via a Bluetooth-based digital radio communication system. 需要将通信部23和16放置成间隔短的距离,并且可以通过诸如红外连接的无线通信或彼此有线连接而相互连接。 23 and the communication unit needs to be placed 16 spaced a short distance, and may be connected to each other by wireless communication such as an infrared connection or a wired connection to each other.

[0053] 继电器单元20包括电源部27,该电源部27是第二电源并且由电池构造而成。 [0053] The relay unit 20 includes a power supply portion 27, the power supply unit 27 is constructed by a battery power source and the second formed. 电源部27将电力供应到各部分。 Power supply unit 27 supplies power to each portion. 例如,在通过操作部26的操作来进行例如初始化的设定的情况下,设定该电源部27将电力供应到各部分的模式。 For example, the operation performed by the operation section 26, for example, the case where the initialization setting, the setting mode power supplied to each portion of the power unit 27. 当通过操作部26的操作将该模式返回到通常模式时,进行其中将CPU 21设定为睡眠模式的电源供应。 When returning to the normal mode by operating the mode of operation of the unit 26, for which the CPU 21 is set to the sleep mode of the power supply. 在睡眠模式中,CPU 21控制电源部27以便在基于CPU中包含的定时器而在预定时刻(例如,每天一次的预定时刻,并且与医疗设备10的时刻相同)接通电源,以将电力供应到各部分。 In the sleep mode, CPU 21 is a control power supply unit 27 to the CPU based on a timer contained in a predetermined time (e.g., a predetermined time once a day, and the same time the medical device 10) in power, to the power supply to each section. 如上所述,CPU 21起到第二电源控制器的作用。 As described above, CPU 21 functions as a second power supply controller. 在上面,作为第一电源的电源部3以及作为第二电源的电源部27独立地构造。 In the above, configured as a power source independently of the first portion 3 and a power supply portion 27 as a second power source. 例如,在医疗设备和继电器单元被设置成彼此非常靠近或基本上彼此一体化的情况下,所述第一和第二电源可以被构造成相同的电源。 For example, in the medical device and the relay unit case are arranged very close to each other, or substantially integrated with each other, said first and second power source may be configured to power the same. 尽管继电器单元将信息发送到维护中心设备,但是也可以将全部信息或预定信息直接发送到用户。 Although the relay unit transmits information to the maintenance center device, it may be all the information or predetermined information transmitted directly to the user.

[0054] 检查处理部29通过I/O端口28连接于CPU 21。 [0054] The check processing portion 29 through the I / O port 28 is connected to the CPU 21. 该检查处理部29检测电源部27中的电池残余电量,并且将检测到的残余电量通知给CPU 21。 The battery residual capacity of the inspection processing unit 27 detects the power unit 29, and the residual capacity detected notifies the CPU 21. 检查处理部29还可以进行除了电源部27中的电池残余电量之外的其他检测,并且例如,可以检测通信部23的状态并且通知CPU 21该检测到的状态。 Check processing unit 29 may also be detected in addition to another power supply unit 27 in the battery residual capacity, and for example, may detect the state of the communication unit 23 and notifies the detected state of the CPU 21.

[0055]在预定时刻,CPU 21控制检查处理部29以便检查电源部27和作为待检查部件的其他部分的状态,并且得到检查结果。 [0055] In a predetermined time, CPU 21 controls the check processing portion 29 so as to check the power unit 27 and the other part to be examined as part of the state, and the check result. 与检查结果有关的信息以原样或被处理成发送信息之后被从通信部24发送,在所述发送信息中,例如用于识别继电器单元的识别信息(生厂序列号、批号、产品型号等)、与继电器单元的安装场所有关的信息等这样的预定信息被增添到检查结果信息。 Information relating to test results after processed into transmission information to be transmitted to or from the communication unit 24 as in the transmission information, for example, identification information for identifying the relay unit (Plant Health serial number, batch number, product type, etc.) , and other information related to the installation place of the relay unit so that a predetermined information is added to the check result information.

[0056]当CPU 21接通来自电源部27的电力供应时,CPU通过通信部23接收基于来自医疗设备10的检查结果的信息,通过通信部24将基于所接收信息的信息发送到维护中心设备30,然后断开电源部27。 [0056] When the CPU 21 turns the power supply from the power source unit 27, the CPU receives information based on the check result from the medical device 10 through the communication unit 23, 24 transmits information based on the received information to the maintenance center device through the communication unit 30, 27 and disconnect the power unit. 而且在这种情况下,CPU 21将从医疗设备10接收到的信息按原样或在处理之后发送。 Also in this case, CPU 21 from the medical device 10 receives the information transmitted as it is or after processing. 例如,该处理是指CPU 21起到判定器的作用,进行正常/异常的判定,然后发送判定结果。 For example, the CPU 21 functions as the processing means determines an action, a normal / abnormal determination, and then transmits the determination result. 在发送期间,将基于由上述检查处理部29检查的结果的信息连同从医疗设备10接收到的信息一起发送。 During transmission, the information based on the inspection result of the inspection processing unit 29 is transmitted along with information received from the medical device 10 to. 此外,将诸如用于识别继电器单元20的识别信息(生产序列号、批号、产品型号等)的预定信息增添到所述信息,并且然后进行所述发送。 Further, as for the identification information (the manufacturer's serial number, batch number, product type, etc.) of the relay identifying unit 20 adds predetermined information to the information, and then perform the transmission.

[0057]如图4所示,维护中心设备30包括整体上控制该设备的CPU 31。 As shown in [0057] FIG. 4, the maintenance center device 30 comprises a CPU 31 controls the whole device. 存储器32连接于CPU 31。 The memory 32 is connected to the CPU 31. 在存储器32中,存储有图5所示的存储了与待维护的所有医疗设备有关的维护信息的医疗设备表,以及图6所示的存储了与所有医疗设备对应设置的各继电器单元的维护信息的继电器单元表。 In the memory 32, stored in a memory shown in FIG. 5 of the medical device table related to all medical devices to be maintained by the maintenance information, and a memory shown in Figure 6 with all the maintenance units of the relays provided corresponding to the medical device the relay unit table information. 存储器32还作为工作存储器使用。 The memory 32 is also used as a work memory.

[0058] 作为第四通信器的通信部33、作为第五通信器的通信部34、显示部35、操作部36以及网络接口37连接于CPU 31。 [0058] As the communication unit 33 of the fourth communicator, a communicating portion 34 is a fifth communicator, a display unit 35, an operation unit 36 ​​and a network interface 37 is connected to the CPU 31. 通信部33用于与继电器单元20的通信部24通信,并且例如连接于有线的或无线的公共网络。 A communication unit 33 for communication with the communication unit 24 and the relay unit 20, for example, wired or wireless connection to a public network. 通信部33、34起到接口的作用,通过该接口,CPU 31、21利用电子邮件通信软件发送和接受电子邮件。 Play the role of a communication interface unit 33, through the interface, CPU 31,21 communicate using e-mail software to send and receive e-mail. 类似地,通信部34也连接于公共网络,并且起到接口的作用,通过该接口,CPU 31利用电子邮件通信软件将电子邮件发送和接收到便携式电话101等。 Similarly, the communication unit 34 is also connected to the public network, and functions as an interface, through the interface, CPU 31 via e-mail communication software to send and receive e-mail to the portable telephone 101 and the like.

[0059]互联网连接于网络接口37,并且CPU 31作为数据库服务器进行处理,从而使得外部人员通过个人计算机102等存取和查询信息。 [0059] The network interface 37 is connected to the Internet, and the CPU 31 as a database server for processing, so that the personal computer 102 through an external person to access and query information and the like. 电源部也设置在维护中心设备30中,处理来自商用电源的电力供应,并且将处理后的电力供应到各部分。 Power supply unit is also provided in the maintenance center device 30, the processing power from a commercial power supply and the power supplied to each of the processed portion. 电源部没有在附图中示出。 Power supply unit not shown in the drawings.

[0060] CPU 31从通信部33接收基于检测结果的信息,并且将该结果例如形成为列表,并且将该列表保持在存储器32的数据库中。 [0060] CPU 31 is formed, for example, the result of the communication unit 33 receives information based on the detection result, and from the list, and the list held in database memory 32. 数据库由图5所示的医疗设备表和图6所示的继电器单元表构成。 Medical device table shown in FIG. 5 and database 6 of the relay unit table shown in FIG configuration. 在医疗设备表中,相应地存储了生产序列号、设备的状态、安装场所、管理员姓名、管理员的邮件地址、电源的有效期、电极极板的有效期、对应继电器单元的生产序列号等等。 In the medical device table, the respective state stored serial number, equipment, installation place, is valid administrator name, administrator's e-mail address, power supply, an electrode plate is valid, the corresponding relay unit manufacturer's serial number, etc. . 在继电器单元表中,相应地存储了生产序列号、设备的状态、安装场所、管理员姓名、管理员的邮件地址、电源的有效期、对应医疗设备的生产序列号、邮件发送标准、等待时间段TW(基于检查结果的信息的发送等待时间段TW)等等。 In the relay unit table, the respective state stored serial number, equipment, installation place, is valid administrator name, administrator's e-mail address, power supply, production serial number corresponding to the medical device, the mail transmission standard, the waiting time period TW (based on the check result information transmission waiting time period TW) and the like. 如上所述,通过个人计算机102等能够从外部存取和查询数据库的信息。 As described above, it is possible to access and query the database of information from the outside through the personal computer 102 and the like.

[0061] CPU 31起到利用检查结果判定正常/异常的判定器的作用,并且,如果检测到异常,或者如果发送信息包括表示异常的判定结果,则判定是否需要通知管理员。 [0061] CPU 31 functions as the use of test results to determine normal / abnormal determination unit, and, if abnormality is detected, or if the transmission information includes information indicating an abnormality determination result, it is determined whether to notify the administrator. 如果,作为判定的结果,判定需要通知,则CHJ产生待发送的信息,从存储器32的数据库中提取消息的目的地址,并且通过通信部34以电子邮件的形式将消息发送到便携式电话101。 If, as a result of the determination, the determination needs to be notified, the CHJ generating information to be sent, the message destination address extracted from the database memory 32, and 34 in the form of an e-mail message will be sent to the mobile phone 101 via the communication unit. 发送的电子邮件具有图7所示的内容。 Email 7 having the contents shown in FIG. 例如,假设该邮件包括主题1、日期和时间T、内容C、安装场所A、生产序列号N以及相应内容的消息M。 For example, assume that the message includes the date and time T, the message subject 1, the contents of C, Installation place A, the manufacturer's serial number N and corresponding content M.

[0062]在这样构造的远程维护系统中,在初始化或后续更新中,能够通过相互通信来进行设定。 [0062] In the thus configured remote maintenance system, in initialization or subsequent updates can be set by mutual communication. 图8示出了在这种情况下的顺序。 Figure 8 shows a sequence in this case. 首先,注册设施和产品信息,以构建上述数据库(Sll)。 First of all, registration facilities and product information to build the above database (Sll). 例如,对于医疗设备以及与该医疗设备对应的继电器单元的每一种设定,使执行设定时的日期和时间都写入用于设定程序的激活程序中。 For example, for each set of the medical device and the relay unit and the medical device corresponding to the date and time when the setting is performed for setting the activation program is written in the program. 设定程序在预设的日期和时间被激活。 Setting program is activated at a preset date and time. 从数据库的对应信息栏提取设定信息,并且汇编到待发送的邮件中,读出目的地的继电器单元20的邮件地址,并且将设定信息的电子邮件从通信部33发送至继电器单元20(S12)。 Email correspondence information extracted from setting information database column, and the assembly to the mail to be sent, reading out the destination mail address of the relay unit 20 and the setting information transmitted from the communication unit 33 to the relay unit 20 ( S12).

[0063]在预设的日期和时间,已进行了设定的设定者(管理员)去往设置继电器单元20的场所,并且,在大约设定信息的电子邮件被发送的时刻,操作设置在继电器单元20的操作部26中的设定按钮(S13)。 [0063] In the preset date and time have been set by (administrator) set in place destined for the relay unit 20 is provided, and, at about the time the email setting information to be transmitted, the operation set in the operation unit 20 of the relay unit setting button 26 (S13). 这使得CPU 21接收设定信息的电子邮件(S14),并且通过通信部24发送开始对维护中心设备30进行设定的电子邮件(S15)。 This makes the CPU 21 receiving e-mail information (S14), and starts the maintenance center device 30 performs e-mail (S15) set by the communication unit 24 through the transmission. 结果,在继电器单元20中,由继电器单元20获得的设定信息(维护中心设备30的邮件地址、基于检查结果的信息的发送等待时间段TW等等)存储在存储器22中。 As a result, in the relay unit 20, the setting information obtained from the relay unit 20 (the mail address of the maintenance center device 30, the waiting time period TW of information based on the transmission of the check result, etc.) stored in the memory 22. 此外,时间信息作为设定信息被发送,并且从而CPU 21设定自身定时器的时间,并且使得开始工作。 Further, the time information is sent as the setting information, and thus the CPU 21 to set the time of the own timer, and causes the work.

[0064]另一方面,维护中心设备30接收在步骤S15中指示的设定开始邮件,并且通过通信部34将通知设定开始的电子邮件发送到设定者(管理员)的便携式电话(S16)。 [0064] On the other hand, maintenance setting device 30 starts the Message Center received the indication in step S15, and the notification e-mail sent to start setting setter (administrator) of the mobile phone (S16 via the communication unit 34 ).

[0065]此外,继电器单元20的CPU 21控制通信部23来发送连接请求指令,以与医疗设备10建立通信链路(S17)。 [0065] In addition, CPU 21 controls the communication unit 23 of the relay unit 20 transmits a connection request command to the medical device and establish a communication link 10 (S17). 这里,设定者已经接收了在步骤S16中发送的并且通知设定开始的电子邮件。 Here, setter has received the notification in step S16 and transmits the setting start mail. 因此,设定者去往设置有医疗设备10并且靠近继电器单元20的安装场所的场所,然后打开医疗设备10的盖以起动该医疗设备10(S18)。 Accordingly, the setter 10 destined for the medical device is provided with a place close to the installation site and the relay unit 20, and then open the cover of the medical device 10 to start the medical device 10 (S18).

[0066]医疗设备10的CPU 11通过通信部16接收从继电器单元20发送的发送请求指令(S19),并且通过通信部16发送连接应答指令(S20)。 CPU [0066] 10 of the medical device 11 receives a communication request from the transmitting unit 16 through the relay unit 20 transmits the command (S19), and transmits a connection response command (S20) via the communication unit 16. 以这种方式,在医疗设备10与继电器单元20之间建立了通信链路。 In this manner, between the medical device 10 and the relay unit 20 to establish a communication link. 当建立了该通信链路时,继电器单元20的CPU 21通过通信部23发送针对所述医疗设备10的设定信息(生产序列号、设备ID、时间信息等等)(S21)。 When the communication link is established, the CPU 21 of the relay unit 20 via the communication unit 23 transmits the medical device for setting information (the manufacturer's serial number, the device ID, time information, etc.) (S21) 10 a.

[0067]在步骤S21中从继电器单元20发送的设定信息通过通信部16被CPU 11接收,然后基本存储在存储器12中,从而完成了设定过程。 [0067] CPU 11 receives via the communication unit 16 is setting information transmitted from the relay unit 20 in step S21, and then stored in the memory base 12, thereby completing the setting process. 时间信息被输入到CPU 11,并且该CPU设定自身定时器的时间,并且开始该定时器的工作。 Time information is input to the CPU. 11, and the CPU sets the time of the own timer and starts the working of the timer. 然后,CPU 11准备设定完成指令,并且通过通信部16将该指令发送到继电器单元20(S22)。 Then, CPU 11 is set up preparation instruction, and sent to the relay unit 20 (S22) via the communication unit 16 the instruction.

[0068] 设定完成指令通过通信部23被CPU 21接收。 [0068] setting completion command through the communication unit 23 CPU 21 is received. CPU 21准备针对维护中心设备30并且指示设定完成的电子邮件,并且在利用作为设定信息而存储在存储器22中的维护中心设备30的邮件地址的同时,发送邮件(S23)。 Ready for CPU 21 and the maintenance center device 30 indicates completion of the setting emails, and using as the setting information stored in the mail address of the maintenance center device 22 in the memory 30 at the same time, send a message (S23). 接收到表示设定完成的电子邮件的维护中心设备30的CPU 31通过通信部34将该表示设定完成的电子邮件发送到设定者的便携式电话(S24),并且继续必要的操作(S25)。 Denotes a CPU receiving the setting completion of the maintenance center device 30, e-mail via the communication unit 31 of the representation 34 of setting completion to the portable telephone email setter (S24), and continues necessary operations (S25) .

[0069]在接收到所述表示设定完成的电子邮件时,设定者关闭医疗设备10的盖而将该医疗设备10设定为睡眠模式(S26),并且,在继电器单元20发送所述表示设定完成的电子邮件之后,该继电器单元20也被设定为睡眠模式(S27)。 [0069] Upon receiving the setting completion represented mail, setting the lid 10 closes the medical device and the medical device 10 is set to the sleep mode (S26), and, in the relay unit 20 transmits the after completion of the setting indicates email, and the relay unit 20 is also set to the sleep mode (S27). 如上所述进行初始设定处理。 The initial setting processing described above. 同样在更新等时,也进行与上述初始设定处理类似的设定处理。 Similarly when updating the like, also similar to the above-described process of setting the initial setting process.

[0070]在本发明的远程维护系统中,对医疗设备10和继电器单元20进行时间同步处理。 [0070] In the remote maintenance system of the present invention, the medical device 10 of the synchronization processing unit 20 and the relay time. 在初始化时,如上所述,CPU 21接收从维护中心设备30发送的时间信息,并且对自身的定时器设定该时间信息以起动该定时器。 At initialization, as described above, CPU 21 receives the time information from the maintenance center device 30 transmits the time information and sets itself to start the timer is a timer. 从继电器单元20发送到医疗设备10的时间信息是在发送时所述继电器单元20中的CPU 21的定时器的时间信息。 The relay unit transmits information to the time information of the timer of the medical device 10 is the time when transmission of the relay unit 20 CPU 21 from 20. 所述时间信息被输入到CPU 11,并且该CPU设定自身定时器的时间并且使该定时器开始工作。 The time information is input to the CPU 11, and the CPU sets the time of the own timer and starts the timer to work. 因此,CPU 21、11的定时器的时间是相互同步的。 Therefore, CPU 21,11 timer time is synchronized with each other. 在图9中,该处理表示为初始同步处理SHl。 In Figure 9, the initial synchronization process is expressed as SHl.

[0071]图9中的医疗设备(AED)1的时限(time bar)中的数字“3”表示3秒的时间段,该3秒的时间段是在一天的预定时间进行的检查处理的时间段。 Time (time bar) in [0071] FIG. 9 medical device (AED) 1 the number "3" indicates that 3 seconds period, the 3-second time period is a time checking process performed at a predetermined time of day segment. 为了获得每日检查的结果,继电器单元20进行轮询P。 In order to obtain the result of the daily check, the relay unit 20 performs polling P. 在初始同步处理SHl之后,在从应答该轮询的时间起经过了24小时之前的预定时间段(例如,五秒),设定开始下一个轮询P。 After the initial synchronization process SH1, the response from the polling time has elapsed a predetermined period of time (e.g., five seconds) before the 24 hours beginning at a set a polling P. 替换地,继电器单元20的CPU 21能够以下述方式来进行开始控制。 Alternatively, CPU 21 of the relay unit 20 can be performed in a manner to control the start. 轮询开始时间以及在医疗设备10应答轮询P之前所经过的时间段都存储在存储器中,并且,在接下来的初始同步处理SHl之后,判定并且存储接下来开始轮询P的时间,同时基于在前两次轮询P的每一次中,自动地或者通过用户的外部操作来接通医疗设备10的电源并且应答轮询的时间段的差异而使该时间提前或滞后。 Polling start time and the period of time before polling response P 10 through which the medical device is stored in a memory, and, after subsequent initial synchronization process SH1, determines and stores the next polling start time P, while based on previous polls each of P, or automatically switched to the medical device by an external operation of the power source 10 and the user responses in different period of the polling of the time advanced or delayed. 开始轮询的时间与CPU 21从睡眠模式改变到工作状态的时间基本相同,并且该时间是当在前次轮询中,在医疗设备10应答并且建立了通信链路之后经过预定时间段的时间。 The polling start time and the CPU 21 is substantially the same from the sleep mode to the operating state of the time, and the time when the previous polling, the medical device 10 after the communication link is established, and the response time of the predetermined period of time elapsed . 替换地,每当建立了通信链路时,就对医疗设备10和继电器单元20进行时间同步处理。 Alternatively, each time a communication link is established, the medical device 10 and to the relay unit 20 for the time synchronization process.

[0072]图9中的医疗设备(AED) 10的时限中示出的数字“30”表示30秒的时间段,该30秒的时间段是在每月的预定时间进行检查处理的时间段。 [0072] in FIG. 9 minute medical device (AED) 10 in the illustrated number "30" represents a time period of 30 seconds, 30 seconds, the time period is a period for the monthly check processing in a predetermined time. 在每月检查中,例如,可以增加检查项目的数目。 In the monthly check, for example, you can increase the number of test items. 在每月检查的情况下,CPU 11可以传送当前时间,并且继电器20的CPU 21可以设定自身定时器的时间,从而使时间同步。 In the case of the monthly check, CPU 11 may transmit the current time and the relay 21 of the CPU 20 can set the time of the own timer, so that time synchronization.

[0073]在图9中,从维护中心设备30指向继电器单元20的箭头R表示更新设定。 [0073] In FIG. 9, the maintenance center device 30 from the relay unit pointing arrow R 20 represents update settings. 在更新设定的情况下,通过与上述初始设定处理类似的更新设定处理SH2,使CPU 11的定时器与CPU21的定时器彼此同步。 In the case of updating set by the above-described initial setting process similar update setting process SH2, the timer and the timer of the CPU 11 of CPU21 synchronized with each other.

[0074]在图9中,从继电器单元20指向维护中心设备30的箭头J表示基于检查结果的应答(发送)信息。 [0074] In FIG. 9, showing a response (transmission) of information based on the check result from an arrow pointing the relay unit 20 of the maintenance center device 30 J. 如上所述,维护中心设备30接收来自多个继电器单元20的信息。 As described above, the maintenance center device 30 receives information from a plurality of the relay unit 20. 因此,在判定要同时检查所有医疗设备的情况下,存在来自各继电器单元20的电子邮件可能同时被发送并且处理负荷超过维护中心设备30的处理能力的可能性。 Thus, in a case where it is determined at the same time to check all of the medical device, the presence of e-mail from each of the relay unit 20 may be transmitted simultaneously over the load and the likelihood of the maintenance center device 30 of the processing capability of a process. 在初始化时,如上所述,设定信息因此包括“基于检查结果的信息的发送等待时间段TW”。 At initialization, as described above, the setting information therefore includes "the transmission information based on the check result of waiting period TW." 术语“基于检查结果的信息的发送等待时间段TW”是指从医疗设备10的连接应答ACK到继电器单元20将基于检查结果的信息发送到维护中心设备30时的时间段。 The term "transmission information based on the check result of the waiting time period TW" refers to the acknowledgment ACK from the medical device 10 is connected to a time period 30 when the relay unit 20 transmits information based on the check result to the maintenance center device. 该时间段取决于CPU 31的处理能力,并且被设定为对数十台继电器单元是不同的,使得在数十种设定之中保持大约20秒的间隔。 The time period depends on the processing capability of the CPU 31, and is set for the relay units are dozens of different, so as to maintain an interval of about 20 seconds in dozens of settings. 根据该构造,CPU 31能够适当地处理从大量继电器单元20发送的电子邮件。 According to this configuration, CPU 31 can appropriately handle a large number of e-mail sent from the relay unit 20.

[0075]在图9中的继电器单元20的时限中的第(N+1)次时,示出了通信中的超时检测。 When [0075] the first (N + 1) time lag relay unit 20 in FIG. 9 in the views, illustrating a communication timeout detection. 当在预定时间起动继电器单元20,并且即使当对医疗设备10的轮询持续10秒或更长时间时,也没有应答的情况下,发生超时,并且继电器单元20将表示由于通信中的超时而产生的异常的信息作为判定结果发送到维护中心设备30(未示出所述发送)。 In the case where the starter relay unit 20 at a predetermined time, and, even when polling to the medical device 10 is continued for 10 seconds or more, there is no response, a timeout occurs, and the relay unit 20 indicating that communication timeout due transmitting the generated abnormality information as the determination result to the maintenance center device 30 (the transmission is not shown). 在这种情况下,在发送异常之前经过的“基于检查结果的信息的发送等待时间段TW”可以从检测到超时起计算。 In this case, before transmitting the exception pass "information based on the transmission waiting time period TW check result" can be calculated starting from the detected timeout.

[0076]在图9中,从维护中心设备30指向管理员(用户)的箭头UM表示电子邮件从维护中心设备30向便携式电话101等的发送。 [0076] In FIG. 9, 30 directed from the maintenance center device administrator (user) indicates an email sent from the arrow UM maintenance center device 30 to the portable telephone 101 or the like. 医疗设备10、继电器单元20和维护中心设备30中的任何一个都利用检查结果来进行正常/异常的判定,并且,如果检测到异常,则将电子邮件发送到相应的管理员。 Medical device 10, the relay unit 20 and the maintenance center device 30 can use any one of the inspection result to normal / abnormal determination, and, if abnormality is detected, then the e-mail sent to the corresponding administrator. 当然,可以将数据库的邮件发送标准设定为使得在判定结果表示正常的情况下,也发送电子邮件。 Of course, the mail transmission standard of the database may be set so that in a case where the determination result indicates normal, send an email.

[0077]将参考图10的顺序图来描述这种构造的远程维护系统的通常操作。 [0077] The sequence of FIG. 10 will be described with reference to FIG. The operation of such configuration is generally remote maintenance system. 在睡眠模式中,如上所述,继电器单元20的CPU 21控制所述电源部,以在基于自身定时器而在预定时间(例如,每日一次的预定时间,并且与医疗设备10的时间相同)将电力供应到各部分,从而使得继电器单元进入工作状态(S31)。 In the sleep mode, as described above, CPU 21 controls the power supply unit of the relay unit 20, based on its own timer and a predetermined time (e.g., a predetermined time once a day, and the same time the medical device 10) in the power supply to the respective portion, so that the relay unit into operation (S31). 此外,CPU将连接请求指令发送(轮询)到医疗设备10(S32)0 Additionally, CPU transmits a connection request command (polling) to the medical device 10 (S32) 0

[0078]在睡眠模式中,如上所述,医疗设备10的CPU 11根据自身定时器在预定时间转换至工作状态(S33)。 [0078] In the sleep mode, as described above, the CPU 11 converts the medical device 10 according to a predetermined time the timer itself to a working state (S33). 在图10中,尽管医疗设备10较迟地工作,但是由于定时器的误差,该医疗设备10也可以在更早的时间进入工作状态。 In FIG 10, although the medical device 10 to work later, but due to an error of the timer, the medical device 10 may be into operation at an earlier time. 当进入工作状态中时,CPU 11控制检查处理部18来检查AED本体部2、电源部3和电极极板4的状态,从而得到检查结果(S34)。 When entering the working state, CPU 11 checks the control processing unit 18 to check the power supply unit 3 and the electrode pad 4 of the AED body portion 2, to obtain a check result (S34). 同样在该处理中,继续轮询,并且医疗设备10的通信部16响应于连接请求指令而发送连接应答指令(S53)。 Also in this process, to continue the polling, the medical device and the communication unit 1610 in response to a connection request transmits the connection reply command instruction (S53). 结果,建立了通信链路,并且根据需要,从继电器单元20发送有关更新的设定信息,使得以与上述初始设定处理类似的方式来设定所述设定信息。 As a result, a communication link is established, and, if necessary, the relay unit 20 transmits setting information related to the update, so that with the above-described initial setting process in a similar manner to setting the setting information.

[0079]此外,当CPU 11在步骤S34中获得了检查结果时,该CPU通过通信部16发送基于该检查结果的信息(S37)、控制通信部16来断开通信链路并且转换到睡眠模式(S38)。 [0079] Further, when the CPU 11 obtains the result of the check in step S34, the CPU sends information (S37) based on the check result through the communication section 16, the communication control unit 16 disconnects the communication link to transition to the sleep mode and (S38). 在继电器单元20的CPU 21通过通信部23接收到基于所述检查结果的信息之后,该CPU控制通信部来断开通信链路,并且转换到睡眠模式(S39)。 After the CPU 20 of the relay unit 21 receives the information based on the check result through the communication section 23, the CPU controls the communication unit to disconnect the communication link, and the conversion to the sleep mode (S39).

[0080] 相比之下,在继电器单元20与维护中心设备30之间,通过图11所示的顺序来进行处理。 [0080] In contrast, between the relay unit 20 and the maintenance center device 30, the processing performed by the sequence 11 shown in FIG. 如果需要,则将与更新有关的信息从维护中心设备30发送到继电器单元20,并且以与上述初始设定处理类似的方式来设定所述设定信息(S41)。 If necessary, it will update information about transmitted from the maintenance center device 30 to the relay unit 20, and the above-described initial setting process in a similar manner to setting the setting information (S41). 然后,继电器单元20的CPU 21转换到睡眠模式(S42)。 Then, the relay unit 21 of the CPU 20 converts to a sleep mode (S42). 在睡眠模式中,如上所述,继电器单元20的CPU 21之后根据自身定时器而转换到工作模式。 In the sleep mode, as described above, after the timer 21 is converted according to its own CPU 20 of the relay unit to the active mode. 从在图10的步骤S39中转换到睡眠模式到步骤S43的时间段是“基于检查结果的信息的发送等待时间段TW”。 In the transition from the step S39 of FIG. 10 to the sleep mode to the time period of step S43 is "the transmission waiting time information based on the check result TW."

[0081 ]在步骤S43之后,利用通信部24,CPU 21搜索用于发送电子邮件的基站(S44)。 [0081] After the step S43, the use of the communication unit 24, CPU 21 searches the base station for transmitting e-mail (S44). 当存在新进电子邮件时,该邮件被输入到CPU(S45) XPU控制检查处理部29以获得检查结果、通过通信部24将基于该检查结果的信息以及基于从医疗设备10发送的检查结果的信息发送至维护中心设备30(S46),并且转换到睡眠模式(S49)。 New e-mail, when present, the message is input to the CPU (S45) XPU inspection process control unit 29 to obtain a check result, by 24 based on this check result information based on the check result from the medical device 10 transmits the communication unit information is transmitted to the maintenance center device 30 (S46), and transitions to the sleep mode (S49).

[0082]维护中心设备30的CPU 31通过通信部33接收到基于检查结果的信息、反映存储器32的数据库中的信息、判定基于检查结果的信息是否处于异常(S47),并且,如果异常,准备必要的电子邮件并且通过通信部34将该电子邮件发送给管理员(S48)<XPU的操作进一步继续。 [0082] CPU maintenance center device 30 31 33 receives via the communication unit to the information based on the check result, the reflection information database of the memory 32, the determination information based on the check result is in an abnormal (S47), and, if abnormal, prepared Email necessary via the communication unit 34 and transmits the email to the administrator (S48) <XPU operation is further continued.

[0083]在本实施例中,如上所述,继电器单元20根据医疗设备10的检查时间从睡眠模式转换到工作状态、收集基于来自医疗设备10的检查结果的信息、进行自身检查、将基于检查结果的信息发送到维护中心设备30,然后返回到睡眠模式。 [0083] In the present embodiment, as described above, the relay unit 20 converts an inspection time of the medical device 10 from the sleep mode to the operating state, the collection information based on the check result from the medical device 10 performs self-check, based on the examination the results of the information sent to the maintenance center device 30, and then return to sleep mode. 因此,能耗非常小,并且能够利用电池长时间地进行远程维护。 Therefore, the energy consumption is very small, and can use the battery for a long time for remote maintenance. 此外,通过电池来使继电器单元工作。 Further, to the relay unit operated by a battery. 因此,存在不需要在安装场所设置商用电源以及安装场所不受限制的优点 Therefore, there is no need to provide the advantages of the commercial power source at the installation site and installation site unlimited

[0084]在本实施例中,作为第一电源的电源部3以及作为第二电源的电源部27二者都是由电池构造而成的。 [0084] Examples, are constructed by the battery as a power supply of both the first portion 3 and the second power supply portion 27 in the present embodiment. 替换地,也可以是至少一个电源由电池构成。 Alternatively, at least one power source may be constituted by a battery. 尽管在本实施例中,已经将医疗设备10作为AED来描述,但是本发明可以应用于各种医疗设备,例如血细胞计数器、心电图仪器、脑电波仪器以及临床监控器。 Although this embodiment, the medical device 10 has been described as an AED, the invention can be applied to various medical devices, e.g. hemacytometer, electrocardiograms, brain waves, and clinical monitoring instruments in the present embodiment.

[0085]在设置(初始设定)本发明的系统的情况下,检查项目可以包括由于用户请求而对医疗设备、继电器单元、维护中心设备以及通知管理员的至少其中之一的工作检查的结果。 [0085] In the case of setting (initial setting) system of the present invention, the check item may include at least one of the results of operation check due to the user request which the medical device, the relay unit, the maintenance center device and a notification manager . 具体地,在医疗设备的情况下,可以包括检查医疗设备的功能是否正常工作的检查项目,例如检查单元是否能够恰当地获取待检查部件的信息,或者第一通信器是否能够恰当地进行对继电器单元的传送。 Specifically, in the case of a medical device, a check item of checking whether a function of the normal work of the medical device, such as checking whether the unit can be appropriately acquire information parts to be checked, or whether the first communicator of the relay can be appropriately performed transfer unit. 类似地,在继电器单元的情况下,可以包括检查继电器单元的功能是否正常工作的检查项目,例如第二通信器是否能够从第一通信器恰当地获取信息,或者第三通信器是否能够恰当地进行对维护中心的发送。 Similarly, in the case of the relay unit, a check item of checking the function of the relay unit is working properly, for example, whether the second communicator can be appropriately acquire information from the first communicator, or whether the third communicator can be properly It is sent to the maintenance center. 此外,在维护中心设备的情况下,可以包括检查该维护中心设备的功能是否正常工作的检查项目,例如第四通信器是否能够从第三通信器恰当地获取信息,或者第五通信器是否能够恰当地向管理员进行通知。 Further, in the case of the maintenance center device may include checking whether the check item of the maintenance center device normally work function, such as whether the fourth communicator can be appropriately acquire information from the third communicator, or whether the fifth communicator properly notify the administrator.

[0086]根据本发明的一方面,医疗设备包括控制第一电源的接通/断开操作的第一电源控制器,因而例如在进行由检查单元的检查期间,能够接通电源。 [0086] According to an aspect of the present invention, the medical device includes a first controlling power on a first power source controller / off operation, thus performing, for example, during inspection by the inspection unit, it is possible power. 因此,能够降低功耗,使得能够将系统放置在没有商用电源的环境中。 Thus, power consumption can be reduced, so that the system can be placed in an environment without commercial power supply. 此外,继电器单元包括自动控制第二电源的接通/断开工作的第二电源控制器。 Further, the relay unit comprises a second automatic control power on / off operations of the second power controller. 只有当继电器单元与医疗设备和维护中心设备通信时,才要求将电源接通。 Only when the relay unit and the maintenance of medical equipment and the communication center equipment, it requires the power is turned on. 因此,降低了功耗,使得能够将继电器单元放置在没有商用电源的环境中。 Thus, power consumption is reduced, so that the relay unit can be placed in an environment without commercial power supply. 远程维护还可以应用于由于安装场所而不能受到远程维护的医疗设备。 Remote maintenance can also be applied due to the installation site and can not be subject to remote maintenance of medical equipment. 特别地,当医疗设备的起动时间与继电器单元的时间同步时,能够利用最小的功耗实现远程控制。 In particular, when the starting time of the medical device is synchronized with the time the relay unit can be achieved with minimal power remote control. 因此,本系统具有能够利用来自电池的能量而在相当长的时间段内进行远程维护的优异特性。 Accordingly, the present system can utilize energy from the battery in the remote maintenance is performed for a long period of time excellent characteristics. 而且当将该系统用于具有许多医疗设备的医疗装置时,能够将继电器单元放置在其中一个医疗设备附近,因而维护中心能够进行集中管理,而无需特别考虑医疗设备安装的场所。 And when the system for a medical device having a plurality of medical device, the relay unit can be placed near a medical device wherein the maintenance center and thus can be centrally managed, without particularly considering the medical device installation place.

[0087]根据本发明的一方面,继电器单元能够放置在医疗设备附近,因而无论医疗设备自身的尺寸为何,都能够进行远程维护。 [0087] According to an aspect of the present invention, the relay unit can be placed in the vicinity of the medical device, regardless of the medical device itself and therefore the size of what are remote maintenance can be performed. 在本发明的远程维护系统中,维护中心设备将基于从继电器单元发送的信息的消息发送给管理员。 In the remote maintenance system of the invention, the maintenance center device transmits a message to the administrator based on the information transmitted from the relay unit. 在需要的情况下,将需要的消息发送给管理员,使得对医疗设备进行维护。 In case of need, the message needs to be sent to the administrator, so that the medical equipment maintenance. 因此,能够早期地且精确地获知问题,并且能够迅速对引起问题的零部件进行准备。 Therefore, the early and accurately known problems, and to quickly prepare parts cause problems. 因此,能够快速解决问题。 Therefore, it is possible to quickly solve the problem.

[0088]根据本发明的一方面,医疗设备、继电器单元和维护中心设备中的任何一种都包括基于检查结果判定检查项目是正常还是异常的判定器。 [0088] According to an aspect of the present invention, any one of, a medical device, the relay unit and the maintenance center device includes a determination based on the inspection result of the check item is normal or abnormal is determined. 因此,能够在期望的设备中进行正常/异常的判定,而无需人工干预。 Therefore, the normal / abnormal determination, without the intervention of the desired device. 在这种情况下,当将判定结果通知给预定的管理员时,能够对医疗设备进行维护。 In this case, when the determination result notification to a predetermined administrator, maintenance can be performed on the medical device. 这是方便的。 This is convenient. 仅仅当判定结果指示异常时才允许向管理员传送时,仅仅能够将需要的消息发送给管理员。 Only when the determination result indicates that allows only exception message is transmitted to the administrator only needs can be sent to the administrator.

[0089]根据本发明的一方面,独立地设置医疗设备和继电器单元,并且当医疗设备与继电器单元之间不能进行通信时,设定判定结果来指示异常。 [0089] According to an aspect of the present invention, provided independently of the relay unit and the medical device, and when no communication between the medical device and the relay unit, setting the determination result indicates abnormality. 因此,在由于医疗设备的故障等等而不能够收集基于检查结果的信息的情况下,医疗设备能够处理该作为异常状态的情况,并且能够更安全且可靠地进行远程维护。 Thus, in the case where the information due to a failure of the medical device and the like without being able to collect on the check result, medical devices can be treated as an abnormal state of the case, and can be more safely and reliably perform remote maintenance. 即使当继电器单元进行例如传送到维护中心这样的处理时,由于医疗设备是独立地设置的,所以该医疗设备也不受到该处理的影响。 Even when the relay unit when transferring to the processing of such maintenance center, because the medical device is provided independently, so that the medical device is not affected by the treatment. 因此,不会发生例如必须等待医疗设备的使用这样的影响。 Thus, for example, you will not have to wait for the occurrence of such effects the use of medical devices.

[0090]根据本发明的一方面,在经过了预定时间段之后,继电器单元通过第三通信器将从第二通信器接收到的信息传送到维护中心设备。 [0090] According to an aspect of the present invention, after a predetermined period of time, from the second communication relay unit transmits the received information to the maintenance center device through the third communicator. 因此,即使当存在许多继电器单元时,也能分散传送,因而能够降低维护中心的负荷。 Thus, even when there are many relay units, the dispersion can be transmitted, it is possible to reduce the load of the maintenance center.

Claims (24)

1.一种远程维护系统,包括:医疗设备和继电器单元, 所述医疗设备包括: 第一电源; 第一电源控制器,该第一电源控制器控制所述第一电源的接通/断开操作; 检查器,该检查器检查检查项目;以及第一通信器,该第一通信器发送包括所述检查器的检查结果的第一信息,并且所述继电器单元包括: 第二电源; 第二电源控制器,该第二电源控制器自动控制所述第二电源的接通/断开操作;以及第二通信器,该第二通信器与所述第一通信器通信并且接收来自所述第一通信器的所述第一信息, 其中,在所述第一通信器将所述第一信息发送至所述第二通信器之后,所述第一电源控制器断开所述第一电源,并且在所述第二通信器接收来自所述第一通信器的所述第一信息之后,所述第二电源控制器断开所述第二电源。 1. A remote maintenance system comprising: a medical device and the relay unit, the medical device comprising: a first power supply; a first power supply controller, the first controller controls the first power supply ON / OFF operation; checker, the checker to check the inspection item; and a first communicator, the communicator transmits the first information comprises a first check result of the checking device, and the relay unit comprises: a second power supply; a second power controller, the second controller automatically controls the power of the second power on / off operation; and a second communicator, the second communicator in communication with the first communication received from the first and a communicator, after the first information, wherein, in said first communicator transmits the first information to the second communication device, the first power source controller turns off the first power source, and after receiving the first information from the first communication in the second communication device, the second power source controller turns off the second power supply.
2.根据权利要求1所述的远程维护系统,其中所述继电器单元包括第三通信器,该第三通信器与包含在维护中心设备中的第四通信器通信,并且所述第三通信器将包括检查结果的第二信息发送到所述第四通信器。 2. The remote maintenance system according to claim 1, wherein the relay unit includes a third communicator, which comprises a third communication with a fourth communicator of the maintenance center device, and the third communicator the second information comprising transmitting the result of the check to the fourth communicator.
3.根据权利要求2所述的远程维护系统,其中所述维护中心装置包括与管理员通信的第五通信器,并且所述第五通信器将基于发送自所述第三通信器的所述第二信息的通知发送给管理员。 The remote maintenance system according to claim 2, wherein the maintenance center device includes a fifth communicator communicating administrator, and the fifth communicator based on the transmission from the third communicator the second notification message sent to the administrator.
4.根据权利要求2所述的远程维护系统,其中所述第二电源控制器间隔地或在某一时刻自动接通所述第二电源,并且在所述第二通信器接收到包括来自所述医疗设备的所述第一通信器的检查结果的所述第一信息之后,所述第二电源控制器自动断开所述第二电源,并且所述第三通信器将包括检查结果的所述第二信息发送到所述维护中心设备的所述第四通信器。 The remote maintenance system according to claim 2, wherein said second power source controller automatically turns on the intervals or the second power source at a time, and the second communication is received from the device comprises after the first check result information of said medical device of said first communicator, said second power source controller automatically turns off the second power source, and the third communication device including the check results said second information is transmitted to the maintenance center device of the fourth communicator.
5.根据权利要求1所述的远程维护系统,其中所述第一电源控制器间隔地或者在某一时刻接通所述第一电源。 5. The remote maintenance system according to claim 1, wherein said first power source controller turns on the first spacer or power supply at a time.
6.根据权利要求1所述的远程维护系统,其中,在所述第一电源控制器接通所述第一电源之前,所述第二电源控制器接通所述第二电源。 6. The remote maintenance system according to claim 1, wherein the first power source before the first power source controller turns the second power source controller turns the second power source.
7.根据权利要求2所述的远程维护系统,其中,所述医疗设备、所述继电器单元和所述维护中心设备中的一种包括判定器,该判定器基于检查结果来判定所述检查项目是正常还是异常O 7. The remote maintenance system according to claim 2, wherein the medical device, the relay unit and the maintenance center device includes one kind of determination, a determination based on the result of the check to determine whether the check item is normal or abnormal O
8.根据权利要求7所述的远程维护系统,其中,当所述判定器判定所述检查项目为异常时,所述维护中心设备的第五通信器向管理员发送通知。 8. The remote maintenance system according to claim 7, wherein, when the determiner determines that the check item is abnormal, a fifth communicator of the maintenance center device transmits a notification to the administrator.
9.根据权利要求2所述的远程维护系统,其中,所述维护中心设备通过所述第一至第四通信器来改变和更新所述继电器单元和所述医疗设备的设定信息。 9. The remote maintenance system according to claim 2, wherein the maintenance center device through the first to the fourth communicator of the relay to change and update setting information unit and the medical device.
10.根据权利要求1所述的远程维护系统,其中,所述检查项目包括所述第一电源的电力残余量和所述医疗设备的配件的有效期中的至少一项。 10. the remote maintenance system according to claim 1, wherein the check item includes at least a residual amount of power accessories validity of the first power source and in the medical device.
11.根据权利要求2所述的远程维护系统,其中,检查用户要求的所述医疗设备、所述继电器单元、所述维护中心设备以及对管理员检查的通知中的至少一种的工作。 11. The remote maintenance system according to claim 2, wherein the medical device checks the user's requirements, the relay unit, the maintenance center device, and notification of at least one working administrator check in.
12.根据权利要求1所述的远程维护系统,其中,从所述医疗设备的所述第一通信器发送的所述第一信息包括用于识别所述医疗设备的信息和与所述医疗设备的安装场所有关的信息。 12. The remote maintenance system according to claim 1, wherein the first information transmitted from the medical apparatus comprises a first communication with the medical device and information for identifying the medical device the information related to the installation site.
13.根据权利要求7所述的远程维护系统,其中所述检查项目包括所述医疗设备与所述继电器单元之间的通信,并且当不能通信时,所述判定器判定该通信异常。 13. the remote maintenance system according to claim 7, wherein the check item includes communication between the medical device and the relay unit, and can not communicate when the determiner determines that the communication abnormality.
14.根据权利要求2所述的远程维护系统,其中,从所述继电器单元的所述第三通信器发送到所述维护中心设备的所述第四通信器的所述第二信息包括与所述继电器单元有关的信息。 14. The remote maintenance system according to claim 2, wherein the relay unit is transmitted from the third communicator of the maintenance center to the apparatus according to the second fourth communication information comprises the said information related to the relay unit.
15.根据权利要求1所述的远程维护系统,其中,当所述医疗设备和所述继电器单元互相通信时,所述医疗设备和所述继电器单元在时间上互相同步。 15. The remote maintenance system according to claim 1, wherein, when the medical device and the relay unit communicate with each other, the medical device and the relay unit are mutually synchronized in time.
16.根据权利要求1所述的远程维护系统,其中,在从建立了所述医疗设备与所述继电器单元之间的通信链路的时刻起经过了一时间段之后,所述第二电源控制器接通所述第二电源。 After 16. The remote maintenance system according to claim 1, wherein, in the time from the establishment of a communication link between the medical device and the relay unit a period of time has elapsed, the second power control said second power source is switched on.
17.根据权利要求1所述的远程维护系统,其中,在建立了所述医疗设备与所述继电器单元之间的通信链路之后,所述医疗设备和所述继电器单元在时间上相互同步。 17. The remote maintenance system according to claim 1, wherein, after establishing a communication link between the medical device and the relay unit, the medical device and the relay unit synchronized with each other in time.
18.根据权利要求1所述的远程维护系统,其中,所述第一电源控制器通过自动操作或外部操作来控制所述第一电源的接通/断开操作。 18. The remote maintenance system according to claim 1, wherein said first power source controller controls the first power on / off operation by an automatic operation or an external operation.
19.根据权利要求1所述的远程维护系统,其中,所述医疗设备是AED。 19. The remote maintenance system according to claim 1, wherein said medical device is an AED.
20.根据权利要求1所述的远程维护系统,其中,所述第一电源和所述第二电源彼此相同。 20. The remote maintenance system according to claim 1, wherein said first power source and the second power identical to each other.
21.根据权利要求1所述的远程维护系统,其中,所述第一电源和所述第二电源中的至少一个是电池。 21. The remote maintenance system according to claim 1, wherein said first power source and said second power source is at least one battery.
22.根据权利要求1所述的远程维护系统,其中,所述第一通信器和所述第二通信器之间的通信是短程无线通信。 22. The remote maintenance system according to claim 1, wherein the communication between the first communicator and the second communicator is short-range wireless communication.
23.根据权利要求2所述的远程维护系统,其中,在经过了一时间段之后,所述继电器单元的所述第三通信器向所述维护中心设备的第四通信器发送信息。 23. the remote maintenance system according to claim 2, wherein, after a period of time has elapsed, the relay unit transmits information to a third communicator of the maintenance center device of the fourth communicator.
24.—种继电器单元,该继电器单元在包括发送基于自检的第一信息的医疗设备、继电器单元和维护中心设备的远程维护系统中使用,所述继电器单元包括: 电池; 间隔地或者在某一时刻接通/断开所述电池的电池控制器; 与所述医疗设备进行短程无线通信的无线通信器;以及通信器,该通信器将与发送自所述医疗设备并且从所述无线通信器获取的所述第一信息对应的第二信息发送至所述维护中心设备,其中当所述继电器单元与所述医疗设备或所述维护中心设备通信时,所述电池控制器接通所述电池,并且在所述通信器发送所述第二信息之后,所述电池控制器断开所述电池。 24.- kinds of the relay unit, the relay unit includes a transmission based on the first medical device self test information, the relay unit and the maintenance center device using a remote maintenance system, the relay unit comprising: a battery; or at a distance a time ON / OFF control of the battery cell; short-range wireless communication with a wireless communicator of the medical device; and a communicator, the communicator from the transmission from the medical device and the wireless communication a second information corresponding to the first information acquired by the transmission to the maintenance center device, wherein when the relay unit and the medical device or communication of the maintenance center device, the controller turns the battery battery, and after said second communication device transmits the information, said controller turns off said battery cell.
CN201110044820.7A 2010-02-25 2011-02-24 Remote maintenance system and relay unit CN102194046B (en)

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CN1369818A (en) * 2001-02-06 2002-09-18 株式会社岛津制作所 Maintenance system of tester
US6669961B2 (en) * 2000-08-15 2003-12-30 Board Of Trustees Of University Of Illinois Microparticles

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6669961B2 (en) * 2000-08-15 2003-12-30 Board Of Trustees Of University Of Illinois Microparticles
CN1369818A (en) * 2001-02-06 2002-09-18 株式会社岛津制作所 Maintenance system of tester

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