CN110155841B - An elevator component identification system, an elevator and an elevator component identification method - Google Patents
An elevator component identification system, an elevator and an elevator component identification methodDownload PDFInfo
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
- B66B5/02—Applications of checking, fault-correcting, or safety devices in elevators responsive to abnormal operating conditions
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Abstract
Translated fromChinese
Description
Translated fromChinese技术领域technical field
本发明实施例涉及电梯技术领域，尤其涉及一种电梯元件识别系统、电梯及电梯元件识别方法。Embodiments of the present invention relate to the technical field of elevators, and in particular, to an elevator component identification system, an elevator, and an elevator component identification method.
背景技术Background technique
随着电梯技术的发展，电梯在楼宇中得到了广泛应用，电梯在高层楼宇中可以将人员快速地运送到指定楼层。With the development of elevator technology, elevators have been widely used in buildings, and elevators can quickly transport people to designated floors in high-rise buildings.
电梯在使用过程中，随着使用时间的增加，电梯服务商需要定期维护和维修电梯，例如更换电梯中的外呼板、显示屏、门机板等电梯元件，并且在电梯数据增加的情况下，需要更换的电梯元件的数量在不断增加，为了商业利益，市场上出现了盗版、克隆的非原厂电梯元件，使得电梯服务商可能在对电梯保养和维修中使用盗版、克隆的非原厂电梯元件，然而在电梯中使用非原厂电梯元件，容易造成电梯故障，需要电梯服务商反复对电梯进行维修，由此降低了电梯服务商的服务质量。During the use of the elevator, as the use time increases, the elevator service provider needs to maintain and repair the elevator regularly, such as replacing the elevator components such as the call board, display screen, door machine board in the elevator, and when the elevator data increases , The number of elevator components that need to be replaced is increasing. For commercial interests, pirated and cloned non-original elevator components have appeared in the market, which makes elevator service providers may use pirated and cloned non-original elevator components in elevator maintenance and repair. Elevator components, however, using non-original elevator components in elevators is likely to cause elevator failures, requiring elevator service providers to repeatedly repair the elevator, thereby reducing the service quality of elevator service providers.
发明内容SUMMARY OF THE INVENTION
本发明实施例提供一种电梯元件识别系统、电梯及电梯元件识别方法，以识别电梯中是否存在非原厂电梯元件，从而对非原厂电梯元件进行有效识别，解决了在电梯中使用非原厂电梯元件，容易造成电梯故障需要反复对电梯进行维修，降低了电梯服务商的服务质量的问题。Embodiments of the present invention provide an elevator component identification system, an elevator, and an elevator component identification method, so as to identify whether there are non-original elevator components in the elevator, so as to effectively identify the non-original elevator components, and solve the problem of using non-original elevator components in elevators. Factory elevator components are easy to cause elevator failures, and the elevator needs to be repaired repeatedly, which reduces the service quality of elevator service providers.
第一方面，本发明实施例提供了一种电梯元件识别系统，包括服务中心和第一电梯的第一控制板，所述服务中心和所述第一控制板通过通信设备连接；In a first aspect, an embodiment of the present invention provides an elevator component identification system, including a service center and a first control panel of a first elevator, wherein the service center and the first control panel are connected through a communication device;
所述第一控制板用于在第一电梯上的第一电梯元件上电时，获取所述第一电梯元件的元件标识，并将所述元件标识发送至所述通信设备，以通过所述通信设备将所述元件标识转发给所述服务中心；The first control board is configured to acquire the element identification of the first elevator element when the first elevator element on the first elevator is powered on, and send the element identification to the communication device to pass the element identification to the communication device. The communication device forwards the element identification to the service center;
所述服务中心用于在接收到所述元件标识后，将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，其中，所述原厂元件标识为原厂电梯元件的标识。The service center is configured to, after receiving the component identification, compare the component identification with a pre-stored original component identification to generate an identification result of the first elevator component, wherein the original component identification is: Identification of the original elevator components.
第二方面，本发明实施例提供一种电梯，所述电梯包括本发明任一实施例所述的电梯元件的识别系统。In a second aspect, an embodiment of the present invention provides an elevator, where the elevator includes the elevator element identification system according to any embodiment of the present invention.
第三方面，本发明实施例提供一种电梯元件识别方法，应用于电梯元件识别系统，所述电梯元件识别系统包括服务中心和第一电梯的第一控制板，所述服务中心和所述第一控制板通过通信设备连接，所述电梯元件识别方法包括：In a third aspect, an embodiment of the present invention provides an elevator component identification method, which is applied to an elevator component identification system, where the elevator component identification system includes a service center and a first control panel of a first elevator, the service center and the first control panel of the first elevator. A control board is connected through a communication device, and the elevator component identification method includes:
在第一电梯上的第一电梯元件上电时，获取所述第一电梯元件的元件标识，并将所述元件标识发送至所述通信设备，以通过所述通信设备将所述元件标识转发给所述服务中心；When the first elevator element on the first elevator is powered on, the element identification of the first elevator element is acquired, and the element identification is sent to the communication device to forward the element identification through the communication device to said service center;
在接收到所述元件标识后，将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，其中，所述原厂元件标识为原厂电梯元件的标识。After receiving the component identification, comparing the component identification with a pre-stored original component identification to generate an identification result of the first elevator component, wherein the original component identification is the identification of the original elevator component .
本发明实施例提供的电梯元件识别系统包括服务中心和第一电梯的第一控制板，服务中心和第一控制板通过通信设备连接，第一控制板用于在第一电梯上的第一电梯元件上电时获取第一电梯元件的元件标识，并将元件标识发送至通信设备，以通过所述通信设备将元件标识转发给服务中心，服务中心用于在接收到元件标识后将元件标识与预先存储的原厂元件标识比较以生成第一电梯元件的识别结果，本发明实施例的电梯元件识别系统，将原厂元件标识存储于服务中心，在电梯中的电梯元件上电时将电梯元件的元件标识上传至服务中心与原厂元件标识进行比较，可以有效识别出电梯中的非原厂电梯元件，解决了在电梯中使用非原厂电梯元件造成电梯故障，导致电梯服务商需要反复对电梯进行维修，降低了电梯服务商的服务质量的问题，从而保证了在电梯中使用原厂电梯元件，电梯能够正常运行，降低了电梯故障率，提高了电梯服务商的服务质量。The elevator component identification system provided by the embodiment of the present invention includes a service center and a first control panel of the first elevator, the service center and the first control panel are connected through a communication device, and the first control panel is used for the first elevator on the first elevator When the element is powered on, the element identification of the first elevator element is obtained, and the element identification is sent to the communication device, so that the element identification is forwarded to the service center through the communication device, and the service center is used for receiving the element identification. The pre-stored original component identifiers are compared to generate the identification result of the first elevator component. The elevator component identification system of the embodiment of the present invention stores the original component identifiers in the service center, and when the elevator components in the elevator are powered on, the elevator components are The component identification of the elevator is uploaded to the service center and compared with the original component identification, which can effectively identify the non-original elevator components in the elevator, and solve the elevator failure caused by the use of non-original elevator components in the elevator. The maintenance of the elevator reduces the problem of the service quality of the elevator service provider, thus ensuring that the original elevator components are used in the elevator, the elevator can run normally, the elevator failure rate is reduced, and the service quality of the elevator service provider is improved.
附图说明Description of drawings
图1为本发明实施例提供的一种电梯元件识别系统的结构示意图；1 is a schematic structural diagram of an elevator component identification system provided by an embodiment of the present invention;
图2是本发明实施例提供的电梯元件识别系统识别非原厂电梯元件的流程图；FIG. 2 is a flowchart of the elevator component identification system provided by the embodiment of the present invention identifying non-original elevator components;
图3是本发明实施例提供的服务中心识别电梯元件的流程图；3 is a flow chart of the service center identifying elevator components provided by an embodiment of the present invention;
图4是本发明实施例提供的一种电梯元件识别方法的流程图。FIG. 4 is a flowchart of a method for identifying an elevator component provided by an embodiment of the present invention.
具体实施方式Detailed ways
下面结合附图和实施例对本发明作进一步的详细说明。可以理解的是，此处所描述的具体实施例仅仅用于解释本发明，而非对本发明的限定。另外还需要说明的是，为了便于描述，附图中仅示出了与本发明相关的部分而非全部结构。The present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention, but not to limit the present invention. In addition, it should be noted that, for the convenience of description, the drawings only show some but not all structures related to the present invention.
图1为本发明实施例提供的电梯元件识别系统的结构示意图，所述电梯元件识别系统用于执行本发明实施例的电梯元件识别方法，以对电梯中的电梯元件进行识别，如图1所示，本发明实施例的电梯元件识别系统包括服务中心10和第一电梯的第一控制板20，服务中心10和第一控制板20通过通信设备30连接。1 is a schematic structural diagram of an elevator component identification system provided by an embodiment of the present invention. The elevator component identification system is used to execute an elevator component identification method according to an embodiment of the present invention to identify elevator components in an elevator, as shown in FIG. 1 . As shown, the elevator component identification system of the embodiment of the present invention includes a
其中，服务中心10可以是电梯制造商的监控中心，服务中心10可以设置有电梯元件记录数据库，每一个原厂生产的电梯元件都具有唯一的元件标识(ID)，可以将原厂电梯元件的元件标识作为原厂元件标识预先存储在服务中心10的电梯元件记录数据库中。Wherein, the
第一控制板20可以是设置于电梯中的控制电路板，第一控制板20可以在电梯中的电梯元件上电或者更换电梯元件后重新上电时获取电梯元件的元件标识发送至通信设备30，并对电梯元件进行控制。The
通信设备30可以是网络设备，可以是无线或者有线通信模块，通信设备30可以设置于电梯中作为电梯的一个电梯元件，例如可以是设置于电梯中的蓝牙、WiFi、LoRa等无线通信模块，也可以是独立于电梯的网络设备，例如可以是与电梯网络连接的路由器等。The
第一电梯元件40可以是电梯上的电梯部件，例如可以是控制板、外呼板、门机板、显示板、轿厢板、停电柜、对讲设备中的至少一个，当然，电梯元件还可以是其他电梯部件，例如电机、空调等，本发明实施例对电梯元件不加以限制。The
其中，外呼板用于显示第一控制板20下发的电梯楼层信息、运行状态信息，并发送楼层登记信息给第一控制板20；Wherein, the outbound call board is used to display the elevator floor information and running status information issued by the
门机板用于接收第一控制板20下发的开关门指令，进行开关门的控制；The door operator panel is used to receive the door opening and closing instruction issued by the
显示板用于接收第一控制板20下发的电梯楼层信息、运行状态信息以进行显示；The display board is used for receiving the elevator floor information and running status information issued by the
轿厢板用于发送楼层登记信息给第一控制板20以及显示已登记楼层的楼层信息；The car board is used to send the floor registration information to the
停电柜用于电梯市电停电时，为电梯在非平动区的应急运行提供电源；The power failure cabinet is used to provide power for the emergency operation of the elevator in the non-translational area when the mains power failure of the elevator;
对讲设备用于对电梯的对讲通信进行控制。The intercom device is used to control the intercom communication of the elevator.
以上第一控制板、外呼板、门机板、显示板、轿厢板、停电柜以及对讲设备均具有唯一的元件标识，该元件标识在电梯制造商生产出货前把元件标识固化在电梯元件存储的程序中，例如可以是固化在电梯元件的处理器的Flash存储器中，也可以是固化在电梯元件的存储器中，同时，将电梯元件的元件标识存储在服务中心10的电梯元件记录数据库中。The above-mentioned first control board, outbound call board, door machine board, display board, car board, power outage cabinet and intercom equipment all have unique component identifications. In the program stored in the elevator element, for example, it can be solidified in the Flash memory of the processor of the elevator element, or it can be solidified in the memory of the elevator element. At the same time, the element identification of the elevator element is stored in the elevator element record of the
在本发明实施例中，第一控制板20在第一电梯上的第一电梯元件40上电时，获取第一电梯元件40的元件标识，并将元件标识发送至通信设备30，以通过通信设备30将元件标识转发给服务中心10，服务中心10在接收到元件标识后，将元件标识与预先存储的原厂元件标识比较以生成第一电梯元件40的识别结果，其中，原厂元件标识为原厂电梯元件的标识。In the embodiment of the present invention, when the
具体地，服务中心10存储有多个原厂元件标识，服务中心10将元件标识与预先存储的多个原厂元件标识比较，以确定是否存在与元件标识相同的原厂元件标识，若是则说明第一电梯元件40为原厂电梯元件，否则为非原厂电梯元件，从而生成表达第一电梯元件40为非原厂电梯元件的识别结果，第一控制板20可以在收到表达非原厂电梯元件的识别结果后，限制电梯中使用该第一电梯元件40，解决了在电梯中使用非原厂电梯元件造成电梯故障，需要电梯服务商反复维修电梯，降低了电梯服务商的服务质量的问题，从而保证了在电梯中使用原厂电梯元件，电梯能够正常运行，降低了电梯故障率，提高了电梯服务商的服务质量。Specifically, the
在本发明的可选实施例中，服务中心10生成第一电梯元件40的识别结果后，还可以将识别结果发送至通信设备30，以通过通信设备30将识别结果转发给第一控制板20，从而使得第一控制板20在接收识别结果后，根据识别结果对第一电梯元件40进行控制，例如，在第一电梯元件40为非原厂电梯元件时，第一控制板20可以屏蔽第一电梯元件40的功能，限制在电梯中使用第一电梯元件40，从而避免了电梯中使用非原厂电梯元件，保证了电梯的正常运行，降低了电梯故障率，提高了电梯服务商的服务质量。In an optional embodiment of the present invention, after the
如图1所示，在本发明的一个可选实施例中，电梯元件识别系统还包括维修客户端60，该维修客户端60可以是安装有维修应用程序的终端，维修人员通过维修应用程序可以登录至服务中心10，实现维修客户端60与服务中心10网络连接。As shown in FIG. 1 , in an optional embodiment of the present invention, the elevator component identification system further includes a
在本发明实施例中，服务中心10在将元件标识与原厂元件标识比较后生成第一电梯元件40的识别结果，在识别到第一电梯元件40为非原厂电梯元件时，可以将该结果发送至维修客户端60，维修客户端60可以根据识别结果生成报警信息以提示维修人员第一电梯元件40为非原厂电梯元件，从而使得维修人员可以及时发现电梯中的非原厂电梯元件并及时更换为原厂电梯元件，提高了电梯维修的效率，进一步提高了电梯服务商的服务质量。In this embodiment of the present invention, the
以下对本发明实施例的电梯元件识别系统识别电梯元件，并生成识别结果的过程进行说明。The following describes the process of identifying the elevator components and generating the identification result by the elevator component identification system of the embodiment of the present invention.
在本发明实施例中，首先对第一电梯元件40是否为原厂电梯元件进行识别。In this embodiment of the present invention, firstly, it is identified whether the
具体地，服务中心10在接收到元件标识后，判断元件标识与原厂元件标识是否一致，在元件标识与原厂元件标识不一致时，确定第一电梯元件40为非原厂电梯元件，并生成第一识别结果，以及，将第一识别结果发送至第一控制板20和维修客户端60，其中第一识别结果为第一电梯元件40是非原厂电梯元件。Specifically, after receiving the component identification, the
第一控制板20在接收到第一识别结果时，根据第一识别结果限制使用第一电梯元件40，例如，第一控制板20屏蔽第一电梯元件40的功能，比如，第一电梯元件40为显示板，第一控制板20可以屏蔽显示板的显示楼层信息的功能，控制显示板显示异常信息，又比如第一电梯元件40为门机板，则可以控制门机板的开关门功能不起作用等等。When the
维修客户端60在接收到第一识别结果后，可以根据第一识别结果生成报警信息以提示维修人员第一电梯元件40为非原厂电梯元件，以使得维修人员可以及时发现电梯中的非原厂电梯元件，并及时将非原厂电梯元件更换为原厂电梯元件。After receiving the first identification result, the
图2为本发明实施例中识别电梯元件是否为原厂电梯元件的流程图，如图2所示，对电梯元件是否为原厂电梯元件的识别过程如下：Fig. 2 is the flow chart of identifying whether the elevator element is the original elevator element in the embodiment of the present invention, as shown in Fig. 2, the identification process of whether the elevator element is the original elevator element is as follows:
S0、开始；S0, start;
S1、确定电梯是否上电，若是，执行S2和S3；S1, determine whether the elevator is powered on, if so, execute S2 and S3;
S2、在电梯上电时，控制电梯正常工作；S2. When the elevator is powered on, control the elevator to work normally;
S3、控制板获取所有电梯元件的元件标识；S3. The control board obtains the component identifiers of all elevator components;
S4、控制板通过通信设备将元件标识发送至服务中心；S4. The control board sends the component identification to the service center through the communication device;
S5、在电梯正常工作的过程中，确定是否有电梯元件重新接入，若是，执行S6，若否则返回S2以控制电梯正常工作；S5. During the normal operation of the elevator, determine whether the elevator components are re-connected, if so, execute S6, otherwise return to S2 to control the elevator to work normally;
S6、控制板获取接入的电梯元件的元件标识以通过通信设备发送至服务中心；S6, the control panel obtains the component identifier of the connected elevator component and sends it to the service center through the communication device;
S7、服务中心确定元件标识与原厂元件标识是否一致，若是，则确定电梯元件为原厂电梯元件，该电梯元件可用，返回S2控制电梯正常工作，若否执行S8；S7. The service center determines whether the component identification is consistent with the original component identification. If so, it determines that the elevator component is the original elevator component, the elevator component is available, and returns to S2 to control the elevator to work normally, if not, execute S8;
S8、确定电梯元件为非原厂电梯元件，可以通过控制板限制使用该电梯元件。S8. It is determined that the elevator element is a non-original elevator element, and the use of the elevator element can be restricted through the control panel.
本发明实施例在电梯中的电梯元件上电或者更换电梯元件后重新上电时，控制板将电梯元件的元件标识发送至服务中心，通过服务中心将元件标识与原厂元件标识比较以确定电梯元件是否是原厂电梯元件，并进一步限制非电梯元件的使用以及通知维修人员，解决了在电梯中使用非原厂电梯元件造成电梯故障，电梯服务商需要反复对电梯进行维修，降低了电梯服务商的服务质量的问题，从而保证了在电梯中使用原厂电梯元件，电梯能够正常运行，降低了电梯的故障率，提高了电梯服务商的服务质量。In the embodiment of the present invention, when the elevator components in the elevator are powered on or powered on again after replacing the elevator components, the control board sends the component identifiers of the elevator components to the service center, and the service center compares the component identifiers with the original component identifiers to determine the elevator Whether the components are original elevator components, and further restrict the use of non-elevator components and notify maintenance personnel, solve the elevator failure caused by the use of non-original elevator components in the elevator, and the elevator service provider needs to repair the elevator repeatedly, reducing the elevator service. Therefore, the original elevator components are used in the elevator, the elevator can run normally, the failure rate of the elevator is reduced, and the service quality of the elevator service provider is improved.
进一步地，对于元件标识为原厂电梯元件标识的第一电梯元件40，服务中心10还确定在接收到第一控制板20发送的元件标识之前，该元件标识是否已有使用记录，其中，使用记录为从通信设备30接收到第二电梯的第二控制板发送的元件标识时所生成，第二控制板发送的元件标识为第二电梯中第二电梯元件的标识，具体地，服务中心10可以通过通信设备30连接多个电梯，例如服务中心10通过路由器连接多个电梯的控制板，则第一电梯以外的电梯为第二电梯，第二电梯的控制板为第二控制板，第二电梯的电梯元件为第二电梯元件，第二控制板也将第二电梯元件的元件标识发送至服务中心10。Further, for the
对于第一电梯中的第一电梯元件40，需要验证是否是克隆电梯元件，因此需要确定第一电梯元件40的标识符是否已有使用记录，若已有使用记录，则从通信设备30接收该使用记录对应的第二电梯的第二控制板发送的第二电梯元件的使用状态，在使用状态为正在使用时，说明具有相同元件标识的第二电梯元件正在第二电梯中使用，则确定第一电梯元件40为第二电梯元件的克隆电梯元件，服务中心10生成第二识别结果，第二识别结果为第一电梯元件40是克隆电梯元件，服务中心10将第二识别结果发送至第一控制板20和维修客户端60，第一控制板20在接收到第二识别结果时，根据第二识别结果限制使用第一电梯元件，维修客户端60在接收到第二识别结果后，根据第二识别结果生成报警信息以提示维修人员第一电梯元件40为克隆电梯元件。在实际应用中，电梯制造生产时的电梯元件为原厂电梯元件，电梯投入使用后元件标识首次使用记录为原厂电梯元件的使用记录，在电梯的使用过程中，服务中心10接收到与原厂元件标识一致的元件标识时，通过已有使用记录的元件标识对应的第二电梯元件的使用状态以确定第一电梯元件是否为克隆电梯元件，可以避免原厂元件标识泄漏，造成克隆电梯元件应用于电梯中的问题，保证了电梯中使用原厂电梯元件，并且能够及时通知维修人员以及时更换克隆电梯元件为原厂电梯元件。For the
如果服务中心10确定元件标识未存在使用记录，则确定第一电梯元件40为首次使用的原厂电梯元件，服务中心10生成第五识别结果，第五识别结果为第一电梯元件是首次使用的原厂电梯元件，服务中心10将第五识别结果发送至第一控制板20，第一控制板20根据第五识别结果控制第一电梯元件40正常工作。If the
进一步地，在元件标识有使用记录，并且在第二电梯元件的使用状态为未被使用时，服务中心10确定第一电梯与第二电梯是否关联有相同的维修人员标识，若是，则确定第一电梯元件40为调用电梯元件，生成第三识别结果，第三识别结果为第一电梯元件40是调用电梯元件，将第三识别结果发送至第一控制板20，第一控制板20在接收到第三识别结果时，根据第三识别结果控制第一电梯元件40正常工作，具体地，电梯的维修可以分片区管理，同一片区的电梯关联相同的维修人员标识，维修人员标识可以是维修人员的工号、移动电话号码等，维修人员可以通过维修人员标识登录维修客户端，服务中心10可以查找第一电梯和第二电梯所关联的维修人员标识以确定是否关联相同的维修人员标识。如果第一电梯和第二电梯关联相同的维修人员标识，并且第二电梯元件未在使用中，由于一个元件标识对应一个唯一的电梯元件，则说明第一电梯元件和第二电梯元件为同一个电梯元件，第一电梯元件为维修人员将第二电梯中的第二电梯元件调用到第一电梯中，即第一电梯元件40可以正常使用。Further, when the component identifier has a use record, and when the use state of the second elevator component is not in use, the
更进一步地，如果元件标识的使用状态为未被使用且第一电梯和第二电梯关联的维修人员标识不相同时，服务中心10确定第一电梯元件40为非法来源的原厂电梯元件，生成第四识别结果，第四识别结果为第一电梯元件40是非法来源的原厂电梯元件，服务中心10将第四识别结果发送至第一控制板20和维修客户端60，第一控制板20在接收到第四识别结果时，设置在预设时长后限制使用第一电梯元件40，比如在24小时或者48小时内可以正常使用第一电梯元件40，在24小时或者48小时后限制使用第一电梯元件40。Further, if the use status of the component identifier is not in use and the maintenance personnel identifiers associated with the first elevator and the second elevator are different, the
维修客户端60在接收到第四识别结果后，根据第四识别结果生成报警信息，以提示维修人员第一电梯元件40为非法来源的原厂电梯元件，可选地，维修客户端60在接收到第四识别结果时生成针对第一电梯元件40的永久使用请求并发送至服务中心10，例如维修客户端60接收维修人员输入的第一电梯元件40的来源信息后，将包含该来源信息的永久使用请求发送至服务中心10，服务中心10响应于永久使用请求，确定第一电梯元件40是否为合法来源以生成针对第一电梯元件40的控制指令并发送至通信设备30，第一控制板20从通信设备30接收控制指令，并根据控制指令确定是否在预设时长后控制第一电梯元件40正常工作。After receiving the fourth identification result, the
如图3所示为本发明实施例的服务中心10对电梯元件的识别流程图，如图3所示，服务中心10识别电梯元件的过程如下：Figure 3 is a flowchart showing the identification of elevator components by the
S201、服务中心比较元件标识与原厂元件标识，元件标识与原厂元件标识一致时执行S202-S204，否则执行S205；S201, the service center compares the component identification with the original component identification, and executes S202-S204 when the component identification is consistent with the original component identification, otherwise executes S205;
S202、元件标识与原厂元件标识不一致，确定电梯元件为非原厂电梯元件；S202, the component identification is inconsistent with the original component identification, and it is determined that the elevator components are non-original elevator components;
S203、控制板限制使用非原厂电梯元件；S203. The control panel restricts the use of non-original elevator components;
S204、服务中心将表达非原厂电梯元件的识别结果发送至维修客户端生成报警信息；S204, the service center sends the identification result expressing the non-original elevator components to the maintenance client to generate alarm information;
S205、元件标识与原厂元件标识一致，确定元件标识是否有使用记录，若是执行S208，若否执行S206-S207；S205, the component identification is consistent with the original component identification, determine whether the component identification has a usage record, if it is, execute S208, if not, execute S206-S207;
S206、元件标识未有使用记录确定电梯元件为首次使用的原厂电梯元件；S206, the component identification has no use record, and it is determined that the elevator component is the original elevator component used for the first time;
S207、正常使用电梯元件；S207. Use elevator components normally;
S208、元件标识有使用记录，确定元件标识是否正在被使用，若是执行S209-S211，若否执行S212；S208, the component identification has a usage record, and it is determined whether the component identification is being used, if it is S209-S211, if not, S212 is executed;
S209、元件标识正在被其他电梯的电梯元件所使用时确定为克隆电梯元件；S209, when the element identifier is being used by elevator elements of other elevators, it is determined as a cloned elevator element;
S210、控制板限制使用克隆电梯元件；S210, the control panel restricts the use of cloned elevator components;
S211、服务中心将表达克隆电梯元件的识别结果发送至维修客户端生成报警信息；S211, the service center sends the identification result expressing the cloned elevator component to the maintenance client to generate alarm information;
S212、元件标识目前未被其他电梯的电梯元件所使用，确定是否同属于一个维修人员，若是，执行S213-S215，否则执行S216-S222；S212, the component identification is not currently used by the elevator components of other elevators, determine whether they belong to the same maintenance personnel, if so, execute S213-S215, otherwise, execute S216-S222;
S213、确定当前电梯与其他电梯同属于同一个维修人员维护；S213. Determine that the current elevator and other elevators belong to the same maintenance personnel for maintenance;
S214、确定电梯元件为调用电梯元件；S214, determine that the elevator element is the calling elevator element;
S215、正常使用电梯元件；S215. Use elevator components normally;
S216、确定当前电梯与其他电梯不属于同一个维修人员维护；S216, determine that the current elevator and other elevators are not maintained by the same maintenance personnel;
S217、确定电梯元件为非法来源的原厂电梯元件S217. It is determined that the elevator components are original elevator components from illegal sources
S218、在预设时长内正常使用电梯元件；S218. Use the elevator components normally within a preset time period;
S219、维修客户端申请永久使用电梯元件；S219. The maintenance client applies for the permanent use of elevator components;
S220、服务中心确定是否审批申请；若是，执行S221，若否，执行S222；S220, the service center determines whether to approve the application; if so, execute S221; if not, execute S222;
S221、正常使用电梯元件；S221. Use elevator components normally;
S222、限制使用电梯元件。S222. Restrict the use of elevator components.
本发明实施例中，服务中心在确定元件标识和原厂元件标识一致时，确定元件标识是否存在有使用记录，并且在存在使用记录时进一步确定元件标识的使用状态，在确定元件标识正在被其他电梯所使用时，确定电梯元件为克隆电梯元件，可以避免原厂元件标识泄漏，造成克隆电梯元件应用于电梯中的问题，保证了电梯中使用原厂电梯元件。In the embodiment of the present invention, when the service center determines that the component identifier is consistent with the original component identifier, it determines whether there is a usage record for the component identifier, and further determines the usage status of the component identifier when there is a usage record, and determines that the component identifier is being used by other When the elevator is used, it is determined that the elevator components are cloned elevator components, which can avoid the leakage of the original component identification, causing the problem that the cloned elevator components are used in the elevator, and ensure that the original elevator components are used in the elevator.
进一步地，在确定元件标识和原厂元件标识一致、元件标识存在使用记录并且目前未被其他电梯所使用时，确定当前电梯和其他电梯是否关联同一维修人员，如果关联同一维修人员，则确定电梯元件为调用电梯元件，否则为非法来源的原厂电梯元件，限制非法来源的原厂电梯元件在电梯中的使用时长，在限制使用时长内维修人员通过说明来源向服务中心申请永久使用经批准后，可以永久使用电梯元件，否则限制使用电梯元件，避免了在电梯中使用非法来源的电梯元件，有利于原厂电梯元件的管理。Further, when it is determined that the component identification is consistent with the original component identification, the component identification has a usage record and is not currently used by other elevators, it is determined whether the current elevator and other elevators are associated with the same maintenance personnel, and if the same maintenance personnel are associated, then determine the elevator. The component is the calling elevator component, otherwise it is the original elevator component from illegal sources, and the use time of the original elevator components from illegal sources in the elevator is limited. Within the limited use time, the maintenance personnel apply to the service center for permanent use by stating the source. After approval , the elevator components can be used permanently, otherwise the use of elevator components is restricted, the use of illegally sourced elevator components in the elevator is avoided, and it is beneficial to the management of the original elevator components.
如图1所示，在本发明的一个可选实施例中，电梯元件识别系统还包括网络工厂50，该网络工厂50可以是电梯制造商指定生产电梯元件的工厂，其可以是电梯制造商下属的生产工厂，还可以是电梯制造商授权生产电梯元件的配件供应商。网络工厂50设置有工厂服务器和授权生产设备，工厂服务器与授权生产设备连接，工厂服务器与服务中心10连接，在本发明实施例中，服务中心10将电梯元件的原厂元件标识发送至网络工厂50的工厂服务器，工厂服务器将原厂元件标识发送至网络工厂50的授权生产设备，网络工厂50的授权生产设备在生产原厂元件标识对应的电梯元件时，将原厂元件标识存储于所生产的电梯元件中。本发明实施例通过网络连接从服务中心10将原厂元件标识发送至授权生产设备，以在授权生产设备生产电梯元件时将原厂元件标识固化在所生产的电梯元件中，无需人工将原厂元件标识绑定于所生产的电梯元件中，避免人为参与绑定操作造成原厂元件标识泄漏被用于盗版的问题，从而提高了原厂元件标识的保密性，确保了原厂元件标识用于原厂电梯元件。As shown in FIG. 1, in an optional embodiment of the present invention, the elevator component identification system further includes a
本发明实施例还提供一种电梯，该电梯包括本发明实施例提供的电梯元件识别系统。An embodiment of the present invention further provides an elevator, which includes the elevator component identification system provided by the embodiment of the present invention.
图4是本发明实施例提供的一种电梯元件识别方法的流程图。本发明实施例可适用于电梯中对电梯元件进行识别的情况，该方法可以由电梯元件识别系统来执行，电梯元件识别系统包括服务中心和第一电梯的第一控制板，所述服务中心和所述第一控制板通过通信设备连接，如图4所示，所述电梯元件识别方法包括如下步骤：FIG. 4 is a flowchart of a method for identifying an elevator component provided by an embodiment of the present invention. The embodiment of the present invention can be applied to the situation of identifying elevator components in an elevator, and the method can be executed by an elevator component identifying system. The elevator component identifying system includes a service center and a first control panel of a first elevator. The service center and The first control board is connected through a communication device. As shown in Figure 4, the elevator component identification method includes the following steps:
S301、在第一电梯上的第一电梯元件上电时，获取所述第一电梯元件的元件标识，并将所述元件标识发送至所述通信设备，以通过所述通信设备将所述元件标识转发给所述服务中心；S301. When the first elevator element on the first elevator is powered on, acquire the element identification of the first elevator element, and send the element identification to the communication device, so as to send the element identification to the communication device through the communication device forwarding the identification to the service center;
S302、在接收到所述元件标识后，将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，其中，所述原厂元件标识为原厂电梯元件的标识。S302. After receiving the component identifier, compare the component identifier with a pre-stored original component identifier to generate an identification result of the first elevator component, where the original component identifier is an original elevator component 's identification.
可选地，所述电梯元件识别系统还包括网络工厂，所述电梯元件识别方法还包括：Optionally, the elevator component identification system further includes a network factory, and the elevator component identification method further includes:
将所述原厂元件标识发送至所述网络工厂；sending the original component identification to the network factory;
在生产所述原厂元件标识对应的电梯元件时，将所述原厂元件标识存储于所生产的电梯元件中。When the elevator component corresponding to the original component identifier is produced, the original component identifier is stored in the produced elevator component.
可选地，还包括：Optionally, also include:
将所述识别结果发送至所述通信设备；sending the identification result to the communication device;
在接收所述识别结果后，根据所述识别结果对所述第一电梯元件进行控制。After receiving the identification result, the first elevator element is controlled according to the identification result.
可选地，所述电梯识别系统还包括维修客户端；Optionally, the elevator identification system further includes a maintenance client;
所述将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，包括：The step of comparing the component identification with a pre-stored original component identification to generate an identification result of the first elevator component includes:
在所述元件标识与所述原厂元件标识不一致时，确定所述第一电梯元件为非原厂电梯元件；When the component identification is inconsistent with the original component identification, determine that the first elevator component is a non-original elevator component;
生成第一识别结果，所述第一识别结果为所述第一电梯元件是非原厂电梯元件；generating a first identification result, the first identification result being that the first elevator element is a non-original elevator element;
将所述第一识别结果发送至所述第一控制板和所述维修客户端；sending the first identification result to the first control panel and the maintenance client;
所述在接收所述识别结果后，根据所述识别结果对所述第一电梯元件进行控制，包括：After receiving the identification result, controlling the first elevator element according to the identification result, including:
在接收到所述第一识别结果时，根据所述第一识别结果限制使用所述第一电梯元件；upon receiving the first identification result, restricting use of the first elevator element according to the first identification result;
根据所述第一识别结果生成报警信息，以提示维修人员所述第一电梯元件为非原厂电梯元件。Alarm information is generated according to the first identification result to remind the maintenance personnel that the first elevator element is a non-original elevator element.
可选地，所述将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，还包括：Optionally, comparing the component identification with a pre-stored original component identification to generate an identification result of the first elevator component, further comprising:
在所述元件标识与所述原厂元件标识一致时，确定是否存已从通信设备接到第二控制板发送的所述元件标识，其中，所述第二控制板为第二电梯的控制板，所述第二控制板发送的所述元件标识为所述第二电梯中原厂生产的第二电梯元件的标识；When the component identifier is consistent with the original component identifier, determine whether there is the component identifier sent from the communication device to the second control board, where the second control board is the control board of the second elevator , the element identifier sent by the second control board is the identifier of the second elevator element produced by the original factory in the second elevator;
可选地，从所述通信设备接收所述第二电梯的第二控制板发送的所述第二电梯元件的使用状态；Optionally, receiving the usage status of the second elevator element sent by the second control panel of the second elevator from the communication device;
在所述使用状态为正在使用时，确定所述第一电梯元件为所述第二电梯元件的克隆电梯元件；When the use state is in use, determining that the first elevator element is a cloned elevator element of the second elevator element;
生成第二识别结果，所述第二识别结果为所述第一电梯元件是克隆电梯元件；generating a second identification result, the second identification result being that the first elevator element is a cloned elevator element;
将所述第二识别结果发送至所述第一控制板和所述维修客户端；sending the second identification result to the first control panel and the maintenance client;
所述在接收所述识别结果后，根据所述识别结果对所述第一电梯元件进行控制，还包括：After receiving the identification result, controlling the first elevator element according to the identification result, further comprising:
在接收到所述第二识别结果时，根据所述第二识别结果限制使用所述第一电梯元件；upon receiving the second identification result, restricting use of the first elevator element according to the second identification result;
根据所述第二识别结果生成报警信息以提示维修人员所述第一电梯元件为克隆电梯元件。Alarm information is generated according to the second identification result to prompt maintenance personnel that the first elevator element is a cloned elevator element.
可选地，所述将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，还包括：Optionally, comparing the component identification with a pre-stored original component identification to generate an identification result of the first elevator component, further comprising:
在所述使用状态为未被使用时，确定所述第一电梯与所述第二电梯是否关联有相同的维修人员标识；When the use state is not in use, determining whether the first elevator and the second elevator are associated with the same maintenance personnel identification;
若是，则确定所述第一电梯元件为调用电梯元件；If so, determine that the first elevator element is a calling elevator element;
生成第三识别结果，所述第三识别结果为所述第一电梯元件是调用电梯元件；generating a third identification result, the third identification result being that the first elevator element is a calling elevator element;
将所述第三识别结果发送至所述第一控制板；sending the third identification result to the first control board;
所述从所述通信设备接收所述识别结果，并根据所述识别结果对所述第一电梯元件进行控制，还包括：The receiving the identification result from the communication device and controlling the first elevator element according to the identification result further includes:
在接收到所述第三识别结果时，根据所述第三识别结果控制所述第一电梯元件正常工作。When the third identification result is received, the first elevator element is controlled to work normally according to the third identification result.
可选地，所述将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，还包括：Optionally, comparing the component identification with a pre-stored original component identification to generate an identification result of the first elevator component, further comprising:
在所述使用状态为未被使用且所述第一电梯和所述第二电梯关联的维修人员标识不相同时，确定所述第一电梯元件为非法来源的原厂电梯元件；When the use state is not in use and the maintenance personnel identifiers associated with the first elevator and the second elevator are different, determining that the first elevator element is an original elevator element from illegal sources;
生成第四识别结果，所述第四识别结果为所述第一电梯元件是非法来源原厂电梯元件；generating a fourth identification result, the fourth identification result being that the first elevator element is an original elevator element from an illegal source;
将所述第四识别结果发送至所述第一控制板和所述维修客户端；sending the fourth identification result to the first control panel and the maintenance client;
所述在接收所述识别结果后，根据所述识别结果对所述第一电梯元件进行控制，还包括：After receiving the identification result, controlling the first elevator element according to the identification result, further comprising:
在接收到所述第四识别结果时，设置在预设时长后限制使用所述第一电梯元件；When receiving the fourth identification result, set to limit the use of the first elevator element after a preset time period;
根据所述第四识别结果生成报警信息以提示维修人员所述第一电梯元件为非法来源原厂电梯元件。An alarm message is generated according to the fourth identification result to remind the maintenance personnel that the first elevator component is an illegal source original elevator component.
可选地，所述电梯元件识别方法还包括：Optionally, the elevator component identification method further includes:
在接收到所述第四识别结果时生成针对所述第一电梯元件的永久使用请求并发送至所述服务中心；generating and sending to the service center a permanent use request for the first elevator element upon receiving the fourth identification result;
响应于所述永久使用请求生成针对所述第一电梯元件的控制指令并发送至所述通信设备；generating and transmitting to the communication device control instructions for the first elevator element in response to the permanent use request;
所述在接收所述识别结果后，根据所述识别结果对所述第一电梯元件进行控制，还包括：After receiving the identification result, controlling the first elevator element according to the identification result, further comprising:
从所述通信设备接收所述控制指令，并根据所述控制指令确定是否在所述预设时长后控制所述第一电梯元件正常工作。Receive the control instruction from the communication device, and determine whether to control the first elevator element to work normally after the preset time period according to the control instruction.
可选地，所述将所述元件标识与预先存储的原厂元件标识比较以生成所述第一电梯元件的识别结果，还包括：Optionally, comparing the component identification with a pre-stored original component identification to generate an identification result of the first elevator component, further comprising:
在确定未从通信设备接到第二控制板发送的所述元件标识时，确定所述第一电梯元件为首次使用的原厂电梯元件；When it is determined that the component identifier sent by the second control board is not received from the communication device, determining that the first elevator component is an original elevator component used for the first time;
生成第五识别结果，所述第五识别结果为所述第一电梯元件是首次使用的原厂电梯元件；generating a fifth identification result, the fifth identification result being that the first elevator element is an original elevator element used for the first time;
将所述第五识别结果发送至所述第一控制板；sending the fifth identification result to the first control board;
所述在接收所述识别结果后，根据所述识别结果对所述第一电梯元件进行控制，还包括：After receiving the identification result, controlling the first elevator element according to the identification result, further comprising:
所述第一控制板还用于根据所述第五识别结果控制所述第一电梯元件正常工作。The first control board is further configured to control the first elevator element to work normally according to the fifth identification result.
本发明实施例所提供的电梯元件识别方法应用于本发明实施例所提供的电梯元件识别系统，使得所述电梯元件识别方法具备相应的有益效果。The elevator component identification method provided by the embodiment of the present invention is applied to the elevator component identification system provided by the embodiment of the present invention, so that the elevator component identification method has corresponding beneficial effects.
需要说明的是，对于方法实施例而言，由于其与系统实施例基本相似，所以描述的比较简单，相关之处参见方法实施例的部分说明即可。It should be noted that, for the method embodiment, since it is basically similar to the system embodiment, the description is relatively simple, and for related parts, please refer to the partial description of the method embodiment.
注意，上述仅为本发明的较佳实施例及所运用技术原理。本领域技术人员会理解，本发明不限于这里所述的特定实施例，对本领域技术人员来说能够进行各种明显的变化、重新调整和替代而不会脱离本发明的保护范围。因此，虽然通过以上实施例对本发明进行了较为详细的说明，但是本发明不仅仅限于以上实施例，在不脱离本发明构思的情况下，还可以包括更多其他等效实施例，而本发明的范围由所附的权利要求范围决定。Note that the above are only preferred embodiments of the present invention and applied technical principles. Those skilled in the art will understand that the present invention is not limited to the specific embodiments described herein, and various obvious changes, readjustments and substitutions can be made by those skilled in the art without departing from the protection scope of the present invention. Therefore, although the present invention has been described in detail through the above embodiments, the present invention is not limited to the above embodiments, and can also include more other equivalent embodiments without departing from the concept of the present invention. The scope is determined by the scope of the appended claims.
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