IPC분류정보
국가/구분 |
United States(US) Patent
등록
|
국제특허분류(IPC7판) |
|
출원번호 |
US-0661845
(2012-10-26)
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등록번호 |
US-8872630
(2014-10-28)
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우선권정보 |
CN-2012 1 0031495 (2012-02-13) |
발명자
/ 주소 |
- Duan, Weifeng
- Fang, Qingyin
- Luo, Zhen
- Tian, Shen
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출원인 / 주소 |
- Huawei Technologies Co., Ltd.
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대리인 / 주소 |
Leydig, Voit & Mayer, Ltd.
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인용정보 |
피인용 횟수 :
0 인용 특허 :
6 |
초록
▼
Embodiments of the present invention provide an apparatus and a method for cabinet asset management and a cabinet system. The apparatus for cabinet asset management includes a management unit and at least one antenna board unit. The management unit sends a read signal to the antenna board unit. Afte
Embodiments of the present invention provide an apparatus and a method for cabinet asset management and a cabinet system. The apparatus for cabinet asset management includes a management unit and at least one antenna board unit. The management unit sends a read signal to the antenna board unit. After receiving the read signal, the antenna board unit sends the read signal in a form of an electromagnetic wave, so that after sensing a magnetic field signal, a label within a radiation range of the electromagnetic wave sends, using an induction current, configuration information of a physical component stored in the label to the antenna board unit. After receiving the configuration information, the antenna board unit reports the configuration information to the management unit. After receiving the configuration information reported by the antenna board unit, the management unit performs data analysis processing.
대표청구항
▼
1. An apparatus for cabinet asset management, comprising: a management unit including a management module, a read-write module, and a control module; andan antenna board unit including an address identification module, a switching module, and at least one antenna module;wherein the management unit a
1. An apparatus for cabinet asset management, comprising: a management unit including a management module, a read-write module, and a control module; andan antenna board unit including an address identification module, a switching module, and at least one antenna module;wherein the management unit and the antenna board unit are connected through a data bus and a control bus,wherein the management unit is configured to send a read signal to the antenna board unit through the data bus, to instruct the antenna board unit to acquire configuration information of a physical component,wherein the antenna board unit is configured to receive a control signal and the read signal, to send the read signal in a form of an electromagnetic wave, to receive the configuration information of the physical component from a label within a radiation range of the electromagnetic wave after the read signal is received, and to report the configuration information to the management unit through the data bus,wherein the label is located on the physical component and is configured to store the configuration information of the physical component, andwherein the management unit is further configured to receive the configuration information reported by the antenna board unit and to perform analysis processing on the configuration information,wherein the management module connects to the control module through the control bus,wherein the switching module and the at least one antenna module are connected through the data bus,wherein the read-write module is configured to receive a data signal through the data bus from the switching module,wherein the control module is configured to transmit the control signal through the control bus to the address identification module,wherein the control signal contains an address of the antenna board unit and an address of the physical component,wherein the control module is configured to send the control signal to the address identification module of the antenna board unit that corresponds to the address of the antenna board unit contained in the control signal and the read signal to the read-write module,wherein the address identification module is configured to receive the control signal to identify the address of the antenna board unit and the address of the physical component contained in the control signal, and to control the switching module to switch the data bus to the antenna module that corresponds to the address of the physical component,wherein the read-write module is configured to receive the read signal and to send the read signal to the antenna module,wherein the antenna module is configured to, after the read signal is received, send the read signal in the form of the electromagnetic wave, to receive the configuration information of the physical component, to transmit the configuration information to the read-write module, and to report the configuration information to the management module via the read-write module,wherein the configuration information is sent by the label within the radiation range of the electromagnetic wave after the read signal is received, andwherein the management module is configured to receive the configuration information reported by the read-write module and to perform the analysis processing on the configuration information. 2. The apparatus according to claim 1, wherein the configuration information comprises at least one of: position information, asset information, a component type, and manufacturing information. 3. The apparatus according to claim 1, further comprising multiple antenna board units that implement a cascading connection through the control bus and the data bus. 4. The apparatus according to claim 3, wherein the multiple antenna board units that implement the cascading connection through the control bus and the data bus include address identification modules that are configured to implement the cascading connection to each other through the control bus and switching modules that are configured to implement the cascading connection to each other through the data bus. 5. A cabinet system, comprising: an apparatus for cabinet asset management comprising: a management unit including a management module, a read-write module, and a control module; andan antenna board unit including an address identification module, a switching module and at least one antenna module; andat least one physical component having a corresponding label that stores configuration information of the corresponding physical component;wherein the management unit and the antenna board unit are connected through a data bus and a control bus,wherein the management unit is configured to send a read signal to the antenna board unit through the data bus, to instruct the antenna board unit to acquire the configuration information of the physical component, to receive the configuration information reported by the antenna board unit, and to perform analysis processing on the configuration information;wherein the antenna board unit is configured to receive the read signal, to send the read signal in a form of an electromagnetic wave, to receive the configuration information of the corresponding physical component from the label within a radiation range of the electromagnetic wave after the read signal is received, and to report the configuration information to the management unit through the data bus,wherein the at least one antenna module is at least in one-to-one correspondence with the physical component,wherein the management module connects to the control module through the control bus,wherein the switching module and the antenna module are connected through the data bus,wherein the read-write module is configured to receive a data signal through the data bus from the switching module,wherein the control module is configured to transmit the control signal through the control bus to the address identification module,wherein the control signal contains an address of the antenna board unit and an address of the physical component,wherein the control module is configured to send the control signal to the address identification module of the antenna board unit that corresponds to the address of the antenna board unit contained in the control signal and the read signal to the read-write module,wherein the address identification module is configured to receive the control signal to identify the address of the antenna board unit and the address of the physical component contained in the control signal, and to control the switching module to switch the data bus to the antenna module that corresponds to the address of the physical component,wherein the read-write module is configured to receive the read signal and to send the read signal to the antenna module,wherein the antenna module is configured to send the read signal in the form of the electromagnetic wave after receiving the read signal, to receive the configuration information of the physical component, to transmit the configuration information to the read-write module, and to report the configuration information to the management module via the read-write module,wherein the configuration information is sent by the label within the radiation range of the electromagnetic wave after the read signal is received, andwherein the management module is configured to receive the configuration information reported by the read-write module and to perform the analysis processing on the configuration information. 6. The system according to claim 5, wherein the configuration information comprises at least one of: position information, asset information, a component type, and manufacturing information. 7. The system according to claim 5, wherein the apparatus for the cabinet asset management further comprises multiple antenna board units that implement a cascading connection through the control bus and the data bus. 8. The system according to claim 7, wherein the multiple antenna board units that implement the cascading connection through the control bus and the data bus include address identification modules that are configured to implement the cascading connection to each other through the control bus and switching modules that are configured to implement the cascading connection to each other through the data bus. 9. A method for cabinet asset management, wherein a cabinet comprises a management unit having a management module, a read-write module, and a control module, and one or more cabinet physical partitions, each of the cabinet physical partitions comprising an antenna board unit having an address identification module, a switching module, and an antenna module, and one or more physical components, each having a corresponding label that stores configuration information of the corresponding physical component, the method comprising: transmitting, by the management unit, a control signal to the antenna board unit of each cabinet physical partition of the one or more cabinet physical partitions through a control bus, wherein the control signal comprises address information of one of the physical components;according to the control signal, reading, by the antenna board unit in each cabinet physical partition, first configuration information of the physical component;transmitting the first configuration information to the management unit through a data bus;delivering, by the management module of the management unit to the control module through the control bus, a first control signal comprising a cycle inquiring period for cyclically inquiring configuration information, so that the control module configures the cycle inquiring period according to the first control signal;transmitting, by the control module through the control bus and within the cycle inquiring period to an address identification module of the antenna board unit that corresponds to an address of the antenna board unit, a second control signal comprising address information of the antenna board unit and address information of the physical component;transmitting the second control signal to the management module;identifying, by the address identification module of the antenna board unit that corresponds to the address of the antenna board unit, an address of the physical component in the second control signal;sending a third control signal to a switching module of the antenna board part that corresponds to the address of the antenna board unit;switching, by the switching module of the antenna board unit that corresponds to the address of the antenna board unit according to the third control signal, the data bus to an antenna module that corresponds to the address of the physical component so that the antenna module sends, to its corresponding physical component, a radio frequency signal from the read-write module;sending, by a label that corresponds to the physical component after the radio frequency signal is received, its stored first configuration information of the physical component to the antenna module in the wireless manner, so that the antenna module transmits the first configuration information of the physical component to the read-write module via the switching module through the data bus;transmitting, by the read-write module, the read first configuration information to the management module through the data bus;comparing, by the management module, the first configuration information with configuration information pre-stored in a configuration library; andupdating the configuration information stored in the configuration library if the first configuration information is consistent with the configuration information pre-stored in the configuration library; orstoring, by the label that corresponds to the physical component, second configuration information that is sent from the read-write module to the antenna module. 10. A method for cabinet asset management, wherein a cabinet comprises a management unit having a management module, a read-write module, and a control module, and one or more cabinet physical partitions, each of the cabinet physical partitions comprising an antenna board unit having an address identification module, a switching module, and an antenna module, and one or more physical components, each having a corresponding label that stores configuration information of the corresponding physical component, the method comprising: transmitting, by the management unit, a control signal to the antenna board unit of each cabinet physical partition of the one or more cabinet physical partitions through a control bus, wherein the control signal comprises address information of one of the physical components;acquiring, by the antenna board unit of each cabinet physical partition, according to the control signal, second configuration information from the management unit through a data bus;writing the second configuration information into the physical component in a wireless manner;delivering by the management module of the management unit of the control module through the control bus, a first control signal comprising a cycle inquiring period for cyclically inquiring configuration information, so that the control module configures the cycle inquiring period according to the first control signal;transmitting, by the control module through the control bus and within the cycle inquiring period to an address identification module of the antenna board unit that corresponds to an address of the antenna board unit, a second control signal comprising address information of the antenna board unit and address information of a physical component;transmitting the second control signal to the management module;identifying, by the address identification module of the antenna board unit that corresponds to the address of the antenna board unit, an address of the physical component in the second control signal;sending a third control signal to a switching module of the antenna board part that corresponds to the address of the antenna board unit;switching, by the switching module of the antenna board unit that corresponds to the address of the antenna board unit according to the third control signal, the data bus to an antenna module that corresponds to the address of the physical component, so that the antenna module sends, to its corresponding physical component, a radio frequency signal from the read-write module;sending, by a label that corresponds to the physical component after the radio frequency signal is received, its stored first configuration information of the physical component to the antenna module in the wireless manner, so that the antenna module transmits the first configuration information of the physical component to the read-write module via the switching module through the data bus;transmitting, by the read-write module, the read first configuration information to the management module through the data bus;comparing, by the management module, the first configuration information with configuration information pre-stored in a configuration library; andupdating the configuration information stored in the configuration library if the first configuration information is consistent with the configuration information pre-stored in the configuration library; orstoring by the label to the physical component, the second configuration information that is sent from the read-write module to the antenna module.
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