CN110155841B - Elevator element identification system, elevator and elevator element identification method - Google Patents
Elevator element identification system, elevator and elevator element identification method Download PDFInfo
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- CN110155841B CN110155841B CN201910476083.4A CN201910476083A CN110155841B CN 110155841 B CN110155841 B CN 110155841B CN 201910476083 A CN201910476083 A CN 201910476083A CN 110155841 B CN110155841 B CN 110155841B
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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
- B66B5/0006—Monitoring devices or performance analysers
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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
Abstract
The embodiment of the invention discloses an elevator element identification system, an elevator and an elevator element identification method, wherein the elevator element identification system comprises a service center and a first control panel, and the service center is connected with the first control panel through communication equipment; the first control board is used for acquiring the component identifier of the first elevator component when the first elevator component is electrified and sending the component identifier to the communication equipment to be forwarded to the service center; the service center is used for comparing the component identifier with the prestored original factory component identifier after receiving the component identifier so as to generate a recognition result of the first elevator component. The component identification of the elevator component is uploaded to the service center and compared with the original plant component identification, the non-original plant elevator component in the elevator can be effectively identified, the problems that the elevator fault is caused by using the non-original plant elevator component and the service quality of an elevator service provider is reduced are solved, the original plant elevator component is used in the elevator, the normal operation of the elevator is ensured, and the service quality of the elevator service provider is improved.
Description
Technical Field
The embodiment of the invention relates to the technical field of elevators, in particular to an elevator element identification system, an elevator and an elevator element identification method.
Background
With the development of elevator technology, elevators have been widely used in buildings, and elevators can rapidly transport people to designated floors in high-rise buildings.
In the using process of the elevator, as the using time increases, an elevator service provider needs to regularly maintain and repair the elevator, for example, to replace elevator components such as an outbound board, a display screen and a door panel in the elevator, and under the condition of increasing elevator data, the number of the elevator components needing to be replaced is increasing continuously.
Disclosure of Invention
The embodiment of the invention provides an elevator element identification system, an elevator and an elevator element identification method, which are used for identifying whether a non-original-factory elevator element exists in the elevator or not so as to effectively identify the non-original-factory elevator element, and solve the problems that the elevator is easily repaired repeatedly due to the fact that the non-original-factory elevator element is used in the elevator, and the service quality of an elevator service provider is reduced.
In a first aspect, an embodiment of the present invention provides an elevator component identification system, including a service center and a first control board of a first elevator, where the service center and the first control board are connected through a communication device;
the first control board is used for acquiring an element identifier of a first elevator element on a first elevator when the first elevator element is powered on, and sending the element identifier to the communication equipment so as to forward the element identifier to the service center through the communication equipment;
and the service center is used for comparing the component identifier with a pre-stored original factory component identifier after receiving the component identifier to generate a recognition result of the first elevator component, wherein the original factory component identifier is the identifier of the original factory elevator component.
In a second aspect, embodiments of the invention provide an elevator comprising an identification system for elevator components as described in any of the embodiments of the invention.
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 are connected by a communication device, and the elevator component identification method includes:
when a first elevator element on a first elevator is powered on, acquiring an element identifier of the first elevator element, and sending the element identifier to the communication equipment so as to forward the element identifier to the service center through the communication equipment;
after receiving the component identifier, comparing the component identifier with a pre-stored original plant component identifier to generate a recognition result of the first elevator component, wherein the original plant component identifier is the identifier of the original plant elevator component.
The elevator component identification system provided by the embodiment of the invention comprises a service center and a first control panel of a first elevator, wherein the service center is connected with the first control panel through communication equipment, the first control panel is used for acquiring the component identifier of the first elevator component when the first elevator component on the first elevator is electrified and sending the component identifier to the communication equipment so as to forward the component identifier to the service center through the communication equipment, the service center is used for comparing the component identifier with a pre-stored original factory component identifier after receiving the component identifier to generate an identification result of the first elevator component, the elevator component identification system of the embodiment of the invention stores the original factory component identifier in the service center, and uploads the component identifier of the elevator component to the service center to be compared with the original factory component identifier when the elevator component in the elevator is electrified so as to effectively identify the non-original factory elevator component in the elevator, the problem of use non-former elevator component in the elevator to cause elevator trouble, lead to elevator service provider to need repeatedly maintain the elevator, reduced elevator service provider's service quality is solved to guaranteed to use former elevator component in the elevator, the elevator can normal operating, has reduced the elevator fault rate, has improved elevator service provider's service quality.
Drawings
Fig. 1 is a schematic structural diagram of an elevator component identification system according to an embodiment of the present invention;
fig. 2 is a flow chart of an elevator component identification system for identifying elevator components of a non-genuine factory according to an embodiment of the present invention;
fig. 3 is a flow chart of a service center identifying elevator components provided by an embodiment of the present invention;
fig. 4 is a flow chart of an elevator component identification method provided by the embodiment of the invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting of the invention. It should be further noted that, for the convenience of description, only some of the structures related to the present invention are shown in the drawings, not all of the structures.
Fig. 1 is a schematic structural view of an elevator component recognition system according to an embodiment of the present invention, which is used to perform an elevator component recognition method according to an embodiment of the present invention to recognize an elevator component in an elevator, as shown in fig. 1, the elevator component recognition system according to an embodiment of the present invention includes a service center 10 and a first control board 20 of a first elevator, and the service center 10 and the first control board 20 are connected by a communication device 30.
Wherein the service center 10 may be a monitoring center of an elevator manufacturer, the service center 10 may be provided with an elevator component record database, each elevator component produced by the original factory has a unique component Identification (ID), and the component identification of the elevator component of the original factory may be stored in the elevator component record database of the service center 10 as the original factory component identification in advance.
The first control panel 20 may be a control circuit board disposed in the elevator, and the first control panel 20 may acquire the component identifier of the elevator component when the elevator component in the elevator is powered on or is powered on again after the elevator component is replaced, transmit the component identifier to the communication device 30, and control the elevator component.
The communication device 30 may be a network device, and may be a wireless or wired communication module, and the communication device 30 may be disposed in the elevator as an elevator component of the elevator, for example, may be a wireless communication module such as bluetooth, WiFi, LoRa, and the like disposed in the elevator, or may be a network device independent from the elevator, for example, may be a router connected to an elevator network, and the like.
The first elevator component 40 may be an elevator component on an elevator, such as at least one of a control panel, an hall panel, a door panel, a display panel, a car panel, a power failure cabinet, and an intercom device, and of course, the elevator component may also be other elevator components, such as a motor, an air conditioner, and the like, and the elevator component is not limited by the embodiment of the present invention.
The outbound board is used for displaying elevator floor information and running state information sent by the first control board 20 and sending floor registration information to the first control board 20;
the door machine board is used for receiving a door opening and closing instruction issued by the first control board 20 and controlling the opening and closing of the door;
the display panel is used for receiving the elevator floor information and the running state information sent by the first control panel 20 for displaying;
the car board is used for sending floor registration information to the first control board 20 and displaying floor information of registered floors;
the power failure cabinet is used for providing a power supply for emergency operation of the elevator in a non-translation area when the commercial power of the elevator is cut off;
the talkback equipment is used for controlling talkback communication of the elevator.
The first control panel, the hall call panel, the door panel, the display panel, the car panel, the power failure cabinet and the intercom all have unique component identifiers, and the component identifiers are solidified in a program stored in the elevator components before the elevator manufacturer produces the goods, such as in a Flash memory of a processor of the elevator components or in a memory of the elevator components, and at the same time, the component identifiers of the elevator components are stored in an elevator component record database of the service center 10.
In the embodiment of the present invention, when the first elevator component 40 on the first elevator is powered on, the first control board 20 obtains the component identifier of the first elevator component 40, and sends the component identifier to the communication device 30, so as to forward the component identifier to the service center 10 through the communication device 30, and after receiving the component identifier, the service center 10 compares the component identifier with the pre-stored original plant component identifier to generate the identification result of the first elevator component 40, where the original plant component identifier is the identifier of the original plant elevator component.
Specifically, the service center 10 stores a plurality of original factory component identifiers, the service center 10 compares the component identifiers with a plurality of original factory component identifiers stored in advance to determine whether original factory component identifiers identical to the component identifiers exist, if yes, the first elevator component 40 is an original factory elevator component, otherwise, the first elevator component is a non-original factory elevator component, so as to generate a recognition result expressing that the first elevator component 40 is a non-original factory elevator component, the first control board 20 can limit the first elevator component 40 to be used in the elevator after receiving the recognition result expressing that the non-original factory elevator component is a non-original factory elevator component, the problem that the elevator is failed due to the fact that the non-original factory elevator component is used in the elevator is solved, an elevator service provider needs to repeatedly maintain the elevator, the service quality of the elevator service provider is reduced, and therefore, the original factory elevator component is used in the elevator, the elevator can normally run, and the elevator failure rate is reduced, the service quality of the elevator service provider is improved.
In an optional embodiment of the present invention, after the service center 10 generates the recognition result of the first elevator element 40, the recognition result may be further sent to the communication device 30, so as to forward the recognition result to the first control board 20 through the communication device 30, so that the first control board 20 controls the first elevator element 40 according to the recognition result after receiving the recognition result, for example, when the first elevator element 40 is a non-genuine elevator element, the first control board 20 may shield the function of the first elevator element 40, and limit the use of the first elevator element 40 in the elevator, thereby avoiding the use of the non-genuine elevator element in the elevator, ensuring the normal operation of the elevator, reducing the failure rate of the elevator, and improving the service quality of the elevator service provider.
As shown in fig. 1, in an alternative embodiment of the present invention, the elevator component recognition system further includes a maintenance client 60, and the maintenance client 60 may be a terminal installed with a maintenance application program, through which a maintenance person can log in to the service center 10 to realize network connection between the maintenance client 60 and the service center 10.
In the embodiment of the invention, the service center 10 generates the identification result of the first elevator element 40 after comparing the element identifier with the original plant element identifier, when the first elevator element 40 is identified to be a non-original plant elevator element, the result can be sent to the maintenance client 60, and the maintenance client 60 can generate alarm information according to the identification result to prompt the maintenance personnel that the first elevator element 40 is the non-original plant elevator element, so that the maintenance personnel can find the non-original plant elevator element in the elevator in time and replace the non-original plant elevator element with the original plant elevator element in time, the elevator maintenance efficiency is improved, and the service quality of an elevator service provider is further improved.
The following describes a procedure in which an elevator component recognition system according to an embodiment of the present invention recognizes an elevator component and generates a recognition result.
In the embodiment of the invention, it is first identified whether the first elevator component 40 is a genuine elevator component.
Specifically, the service center 10 determines whether the component identifier is identical to the original plant component identifier after receiving the component identifier, determines that the first elevator component 40 is a non-original plant elevator component when the component identifier is not identical to the original plant component identifier, generates a first recognition result, and transmits the first recognition result to the first control board 20 and the maintenance client 60, wherein the first recognition result is that the first elevator component 40 is a non-original plant elevator component.
The first control board 20 restricts the use of the first elevator component 40 according to the first recognition result when receiving the first recognition result, for example, the first control board 20 shields the function of the first elevator component 40, for example, the first elevator component 40 is a display board, the first control board 20 can shield the function of the display board for displaying floor information, the control display board displays abnormal information, for example, the first elevator component 40 is a door panel, the door opening and closing function of the door panel can be controlled to be disabled, and the like.
Fig. 2 is a flow chart of identifying whether an elevator component is a genuine elevator component in the embodiment of the present invention, and as shown in fig. 2, the process of identifying whether an elevator component is a genuine elevator component is as follows:
s0, starting;
s1, determining whether the elevator is electrified, if so, executing S2 and S3;
s2, controlling the elevator to work normally when the elevator is electrified;
s3, the control panel acquires the component identifiers of all elevator components;
s4, the control board sends the element identifier to a service center through communication equipment;
s5, in the normal working process of the elevator, determining whether an elevator element is accessed again, if so, executing S6, otherwise, returning to S2 to control the elevator to work normally;
s6, the control board acquires the component identification of the accessed elevator component to send to the service center through the communication equipment;
s7, the service center determines whether the element identifier is consistent with the original factory element identifier, if so, the elevator element is determined to be the original factory elevator element, the elevator element is available, S2 is returned to control the normal operation of the elevator, and if not, S8 is executed;
s8, determining the elevator component as a non-genuine elevator component, the elevator component being restricted from use by the control panel.
When the elevator element in the elevator is electrified or is electrified again after the elevator element is replaced, the control panel sends the element identifier of the elevator element to the service center, the element identifier is compared with the original factory element identifier through the service center to determine whether the elevator element is the original factory elevator element or not, the use of the non-elevator element is further limited and maintenance personnel are informed, the problems that the elevator is in fault due to the fact that the non-original factory elevator element is used in the elevator, an elevator service provider needs to maintain the elevator repeatedly, and the service quality of the elevator service provider is reduced are solved, therefore, the original factory elevator element is used in the elevator, the elevator can run normally, the fault rate of the elevator is reduced, and the service quality of the elevator service provider is improved.
Further, for the first elevator component 40 whose component identifier is the genuine elevator component identifier, the service center 10 also determines whether there is a usage record for the component identifier transmitted from the first control board 20 before receiving the component identifier, wherein the usage record is generated when the communication device 30 receives the identification of the component transmitted by the second control panel of the second elevator, the identification of the component transmitted by the second control panel being the identification of the component of the second elevator in the second elevator, in particular, the service center 10 can be connected to a plurality of elevators via the communication device 30, for example the service center 10 is connected to the control panels of a plurality of elevators via routers, the elevators other than the first elevator are second elevators, the control panel of the second elevator is the second control panel, the elevator elements of the second elevator are second elevator elements, and the second control panel also sends the element identifications of the second elevator elements to the service center 10.
For the first elevator component 40 in the first elevator, it is necessary to verify whether it is a cloned elevator component, and therefore it is necessary to determine whether the identifier of the first elevator component 40 has a usage record, and if the usage record has been made, receive the usage status of the second elevator component sent by the second control board of the second elevator corresponding to the usage record from the communication device 30, and when the usage status is in use, indicate that the second elevator component having the same component identifier is in use in the second elevator, determine that the first elevator component 40 is the cloned elevator component of the second elevator component, the service center 10 generates a second identification result, the second identification result is that the first elevator component 40 is the cloned elevator component, the service center 10 sends the second identification result to the first control board 20 and the maintenance client 60, the first control board 20, when receiving the second identification result, restricts the use of the first elevator component according to the second identification result, and after receiving the second identification result, the maintenance client 60 generates alarm information according to the second identification result to prompt the maintenance personnel that the first elevator element 40 is a cloned elevator element. In practical application, the elevator component during elevator manufacturing production is the elevator component of the original factory, the first use record of the component identifier after the elevator is put into use is the use record of the elevator component of the original factory, in the use process of the elevator, when the service center 10 receives the component identifier consistent with the component identifier of the original factory, whether the first elevator component is the cloned elevator component or not is determined according to the use state of the second elevator component corresponding to the component identifier of the existing use record, the leakage of the component identifier of the original factory can be avoided, the problem that the cloned elevator component is applied to the elevator is caused, the elevator component of the original factory is guaranteed to be used in the elevator, and a maintenance person can be timely informed to replace the cloned elevator component as the elevator component of the original factory in time.
If the service center 10 determines that the component identifier does not have the use record, it determines that the first elevator component 40 is the original elevator component used for the first time, the service center 10 generates a fifth recognition result, the fifth recognition result is that the first elevator component is the original elevator component used for the first time, the service center 10 sends the fifth recognition result to the first control board 20, and the first control board 20 controls the first elevator component 40 to normally work according to the fifth recognition result.
Further, when the component identifier has a usage record, and when the second elevator component is not used, the service center 10 determines whether the first elevator and the second elevator are associated with the same serviceman identifier, if so, the first elevator component 40 is determined as a calling elevator component, a third identification result is generated, the third identification result is that the first elevator component 40 is a calling elevator component, the third identification result is sent to the first control board 20, the first control board 20 controls the first elevator component 40 to normally work according to the third identification result when receiving the third identification result, specifically, the maintenance of the elevator can be managed in a sub-zone, the elevators in the same sub-zone are associated with the same serviceman identifier, which can be the work number, mobile number, etc. of the serviceman, and the serviceman can log in a maintenance client through the serviceman identifier, the service center 10 may look up the serviceman identifiers associated with the first elevator and the second elevator to determine whether the same serviceman identifier is associated. If the first elevator and the second elevator are associated with the same serviceman identifier and the second elevator component is not in use, since one component identifier corresponds to one unique elevator component, it is indicated that the first elevator component and the second elevator component are the same elevator component, and the first elevator component calls the second elevator component in the second elevator into the first elevator for the serviceman, that is, the first elevator component 40 can be used normally.
Further, if the component identifier is not used and the identifier of the serviceman associated with the first elevator and the identifier of the serviceman associated with the second elevator are not the same, the service center 10 determines that the first elevator component 40 is an illegal source original elevator component, generates a fourth identification result, the fourth identification result is that the first elevator component 40 is an illegal source original elevator component, the service center 10 sends the fourth identification result to the first control board 20 and the service client 60, the first control board 20, upon receiving the fourth identification result, sets the first elevator component 40 to be restricted from being used after a preset time period, for example, the first elevator component 40 can be normally used within 24 hours or 48 hours, and the first elevator component 40 is restricted from being used after 24 hours or 48 hours.
After receiving the fourth recognition result, the maintenance client 60 generates alarm information according to the fourth recognition result to prompt the maintenance person that the first elevator component 40 is the original elevator component of the illegal source, optionally, the service client 60 generates a permanent use request for the first elevator element 40 upon receiving the fourth identification and sends it to the service center 10, for example after the service client 60 receives the information of the source of the first elevator element 40 entered by the service person, a permanent use request containing the origin information is sent to the service center 10, the service center 10 determines whether the first elevator element 40 is a legitimate origin in response to the permanent use request to generate and send a control command for the first elevator element 40 to the communication device 30, the first control board 20 receives the control command from the communication device 30, and determines whether to control the first elevator element 40 to operate normally after a preset time period according to the control command.
Fig. 3 shows a flow chart of the elevator component identification performed by the service center 10 according to the embodiment of the present invention, and as shown in fig. 3, the procedure of the elevator component identification performed by the service center 10 is as follows:
s201, comparing the component identifier with the original plant component identifier by the service center, and executing S202-S204 when the component identifier is consistent with the original plant component identifier, or executing S205;
s202, determining that the elevator component is a non-original-factory elevator component if the component identifier is not consistent with the original-factory component identifier;
s203, limiting the control panel to use non-original-factory elevator elements;
s204, the service center sends the identification result expressing the elevator elements of the non-original factory to the maintenance client side to generate alarm information;
s205, the component identification is consistent with the original factory component identification, whether the component identification has a use record is determined, if yes, S208 is executed, and if not, S206-S207 are executed;
s206, determining that the elevator element is the original elevator element used for the first time without using records by the element identification;
s207, normally using elevator components;
s208, the component identifier has a use record, whether the component identifier is used is determined, if yes, S209-S211 is executed, and if not, S212 is executed;
s209, determining the component identifier as a cloned elevator component when the component identifier is used by the elevator components of other elevators;
s210, controlling the cloned elevator elements to be limited in use by the control board;
s211, the service center sends the identification result of the expression cloning elevator element to a maintenance client to generate alarm information;
s212, determining whether the component identifier is not used by elevator components of other elevators at present, if so, executing S213-S215, and if not, executing S216-S222;
s213, determining that the current elevator and other elevators belong to the same maintenance personnel for maintenance;
s214, determining the elevator element as a calling elevator element;
s215, normally using elevator components;
s216, determining that the current elevator and other elevators do not belong to the same maintenance personnel for maintenance;
s217, determining the elevator element as the original elevator element of the illegal source
S218, normally using the elevator element within a preset time length;
s219, the maintenance client applies for permanent use of the elevator element;
s220, the service center determines whether to approve the application; if yes, executing S221, otherwise, executing S222;
s221, normally using elevator components;
s222, limiting the use of the elevator components.
In the embodiment of the invention, when the service center determines that the component identifier is consistent with the original plant component identifier, the service center determines whether the component identifier has the use record, further determines the use state of the component identifier when the use record exists, and determines that the elevator component is a cloned elevator component when the component identifier is determined to be used by other elevators, so that the problem that the cloned elevator component is applied to the elevator due to the leakage of the original plant component identifier can be avoided, and the original plant elevator component is ensured to be used in the elevator.
Further, when the component identifier is determined to be consistent with the original plant component identifier, the component identifier has a use record and is not used by other elevators at present, whether the current elevator and other elevators are associated with the same maintenance person or not is determined, if the component identifier is associated with the same maintenance person, the elevator component is determined to be a calling elevator component, otherwise, the component identifier is an original plant elevator component of an illegal source, the use duration of the original plant elevator component of the illegal source in the elevator is limited, after the maintenance person applies for permanent use approval to the service center through explaining the source within the limited use duration, the elevator component can be used permanently, otherwise, the elevator component is limited to be used, the elevator component of the illegal source is prevented from being used in the elevator, and the management of the original plant elevator component is facilitated.
As shown in fig. 1, in an alternative embodiment of the invention the elevator component identification system further comprises a network factory 50, which network factory 50 may be a factory designated by the elevator manufacturer to produce elevator components, which may be a production factory subordinate to the elevator manufacturer, or which may be an accessory supplier authorized by the elevator manufacturer to produce elevator components. In the embodiment of the present invention, the service center 10 transmits the original factory component identifier of the elevator component to the factory server of the network factory 50, the factory server transmits the original factory component identifier to the authorized production device of the network factory 50, and the authorized production device of the network factory 50 stores the original factory component identifier in the produced elevator component when producing the elevator component corresponding to the original factory component identifier. The embodiment of the invention transmits the original factory element identifier to the authorized production equipment from the service center 10 through network connection, so that the original factory element identifier is solidified in the produced elevator element when the authorized production equipment produces the elevator element, the original factory element identifier is not required to be manually bound in the produced elevator element, the problem that the original factory element identifier is leaked to be used for piracy caused by artificial binding operation is avoided, the confidentiality of the original factory element identifier is improved, and the original factory element identifier is ensured to be used for the original factory elevator element.
The embodiment of the invention also provides an elevator, which comprises the elevator element identification system provided by the embodiment of the invention.
Fig. 4 is a flow chart of an elevator component identification method provided by the embodiment of the invention. The embodiment of the invention can be applied to the condition of identifying the elevator element in the elevator, the method can be executed by an elevator element identification system, the elevator element identification system comprises a service center and a first control panel of a first elevator, the service center and the first control panel are connected through communication equipment, as shown in figure 4, and the elevator element identification method comprises the following steps:
s301, when a first elevator element on a first elevator is electrified, acquiring an element identifier of the first elevator element, and sending the element identifier to the communication equipment so as to forward the element identifier to the service center through the communication equipment;
s302, after receiving the component identifier, comparing the component identifier with a pre-stored original factory component identifier to generate a recognition result of the first elevator component, wherein the original factory component identifier is the identifier of the original factory elevator component.
Optionally, the elevator component identification system further comprises a network factory, and the elevator component identification method further comprises:
sending the genuine element identification to the network factory;
and when the elevator component corresponding to the original factory component identification is produced, storing the original factory component identification in the produced elevator component.
Optionally, the method further comprises:
sending the identification result to the communication equipment;
after receiving the recognition result, controlling the first elevator element according to the recognition result.
Optionally, the elevator identification system further comprises a service client;
the comparing the component identifier with a pre-stored genuine component identifier to generate a recognition result of the first elevator component includes:
when the component identifier is inconsistent with the original factory component identifier, determining that the first elevator component is a non-original factory elevator component;
generating a first identification result, wherein the first identification result is that the first elevator element is a non-original-factory elevator element;
sending the first identification result to the first control board and the maintenance client;
the controlling the first elevator component according to the recognition result after receiving the recognition result comprises:
restricting use of the first elevator element in accordance with the first recognition result when the first recognition result is received;
and generating alarm information according to the first identification result so as to prompt maintenance personnel that the first elevator element is a non-original-factory elevator element.
Optionally, the comparing the component identifier with a pre-stored genuine component identifier to generate the identification result of the first elevator component further comprises:
when the component identifier is consistent with the original plant component identifier, determining whether the component identifier sent by a second control board is received from a communication device, wherein the second control board is a control board of a second elevator, and the component identifier sent by the second control board is an identifier of a second elevator component produced in the original plant of the second elevator;
optionally, receiving, from the communication device, a usage status of the second elevator element sent by a second control panel of the second elevator;
determining that the first elevator element is a cloned elevator element of the second elevator element when the use status is in use;
generating a second recognition result, the second recognition result being that the first elevator element is a cloned elevator element;
sending the second identification result to the first control board and the maintenance client;
the controlling the first elevator component according to the recognition result after receiving the recognition result, further comprising:
restricting use of the first elevator element in accordance with the second recognition result when the second recognition result is received;
and generating alarm information according to the second identification result to prompt maintenance personnel that the first elevator element is a cloned elevator element.
Optionally, the comparing the component identifier with a pre-stored genuine component identifier to generate the identification result of the first elevator component further comprises:
when the use state is not used, determining whether the first elevator and the second elevator are associated with the same maintenance personnel identifier;
if so, determining the first elevator element as a calling elevator element;
generating a third recognition result, wherein the third recognition result is that the first elevator element is a calling elevator element;
sending the third recognition result to the first control board;
the receiving the recognition result from the communication device and controlling the first elevator element according to the recognition result further comprises:
and when the third identification result is received, controlling the first elevator element to normally work according to the third identification result.
Optionally, the comparing the component identifier with a pre-stored genuine component identifier to generate the identification result of the first elevator component further comprises:
when the using state is not used and the identifiers of the maintenance personnel related to the first elevator and the second elevator are different, determining that the first elevator element is an original elevator element of an illegal source;
generating a fourth identification result, wherein the fourth identification result is that the first elevator element is an illegal source original elevator element;
sending the fourth identification result to the first control board and the maintenance client;
the controlling the first elevator component according to the recognition result after receiving the recognition result, further comprising:
when the fourth recognition result is received, limiting the use of the first elevator element after a preset time length is set;
and generating alarm information according to the fourth identification result to prompt maintenance personnel that the first elevator element is an illegal source original elevator element.
Optionally, the elevator component identification method further comprises:
generating and sending a permanent use request for the first elevator element to the service center upon receiving the fourth identification result;
generating and transmitting control instructions for the first elevator element to the communication device in response to the permanent use request;
the controlling the first elevator component according to the recognition result after receiving the recognition result, further comprising:
and receiving the control instruction from the communication equipment, and determining whether to control the first elevator element to normally work after the preset time length according to the control instruction.
Optionally, the comparing the component identifier with a pre-stored genuine component identifier to generate the identification result of the first elevator component further comprises:
when the component identifier sent by the second control board is not received from the communication equipment, determining the first elevator component as the original elevator component used for the first time;
generating a fifth identification result, wherein the fifth identification result is that the first elevator element is a primary elevator element used for the first time;
sending the fifth recognition result to the first control board;
the controlling the first elevator component according to the recognition result after receiving the recognition result, further comprising:
the first control panel is also used for controlling the first elevator element to normally work according to the fifth recognition result.
The elevator element identification method provided by the embodiment of the invention is applied to the elevator element identification system provided by the embodiment of the invention, so that the elevator element identification method has corresponding beneficial effects.
It should be noted that, as for the method embodiment, since it is basically similar to the system embodiment, the description is relatively simple, and for the relevant points, reference may be made to partial description of the method embodiment.
It is to be noted that the foregoing is only illustrative of the preferred embodiments of the present invention and the technical principles employed. It will be understood by those skilled in the art that the present invention is not limited to the particular embodiments described herein, but is capable of various obvious changes, rearrangements and substitutions as will now become apparent to those skilled in the art without departing from the scope of the invention. Therefore, although the present invention has been described in greater detail by the above embodiments, the present invention is not limited to the above embodiments, and may include other equivalent embodiments without departing from the spirit of the present invention, and the scope of the present invention is determined by the scope of the appended claims.
Claims (11)
1. An elevator component identification system, comprising a service center and a first control panel of a first elevator, the service center and the first control panel being connected by a communication device;
the first control board is used for acquiring an element identifier of a first elevator element on a first elevator when the first elevator element is powered on, and sending the element identifier to the communication equipment so as to forward the element identifier to the service center through the communication equipment;
the service center is used for comparing the component identifier with a pre-stored original plant component identifier after receiving the component identifier to generate a recognition result of the first elevator component, wherein the original plant component identifier is the identifier of an original plant elevator component;
the service center is further used for determining whether a use record exists in the element identifier before the element identifier sent by the first control board is received when the element identifier is consistent with the original factory element identifier, wherein the use record is generated when the element identifier sent by a second control board of a second elevator is received from the communication equipment, and the element identifier sent by the second control board is the identifier of a second elevator element in the second elevator; if yes, receiving the use state of the second elevator element sent by the second control board from the communication equipment; determining that the first elevator element is a cloned elevator element of the second elevator element when the use status is in use; generating a second recognition result, the second recognition result being that the first elevator component is a cloned elevator component.
2. The elevator component identification system of claim 1, further comprising a network factory connected to the service center;
the service center is also used for sending the original factory element identification to the network factory;
the network factory is used for storing the original factory element identification in the produced elevator element when the elevator element corresponding to the original factory element identification is produced.
3. Elevator component recognition system according to claim 1,
the service center is further used for sending the identification result to the communication equipment so as to forward the identification result to the first control board through the communication equipment;
the first control board is also used for controlling the first elevator element according to the identification result after receiving the identification result.
4. The elevator component identification system of claim 3, further comprising a service client;
the service center is used for determining that the first elevator element is a non-original-factory elevator element when the element identifier is inconsistent with the original-factory element identifier, generating a first identification result and sending the first identification result to the first control board and the maintenance client;
the first control board is also used for limiting the use of the first elevator element according to the first identification result when the first identification result is received;
and the maintenance client is used for generating alarm information according to the first identification result so as to prompt maintenance personnel that the first elevator element is a non-original-factory elevator element.
5. Elevator component recognition system according to claim 4,
the service center is further used for sending the second identification result to the first control board and the maintenance client;
the first control board is also used for limiting the use of the first elevator element according to the second identification result when the second identification result is received;
and the maintenance client is used for generating alarm information according to the second identification result so as to prompt maintenance personnel that the first elevator element is a cloned elevator element.
6. Elevator component recognition system according to claim 5,
when the use state is not used, determining whether the first elevator and the second elevator are associated with the same maintenance personnel identifier;
if so, determining the first elevator element as a calling elevator element;
generating a third recognition result, wherein the third recognition result is that the first elevator element is a calling elevator element;
sending the third recognition result to the first control board;
and the first control board is also used for controlling the first elevator element to normally work according to the third identification result when the third identification result is received.
7. Elevator component recognition system according to claim 6,
when the using state is not used and the identifiers of the maintenance personnel related to the first elevator and the second elevator are different, determining that the first elevator element is an original elevator element of an illegal source;
generating a fourth identification result, wherein the fourth identification result is that the first elevator element is an illegal source original elevator element;
sending the fourth identification result to the first control board and the maintenance client;
the first control board is further used for limiting the use of the first elevator element after the preset time length is set when the fourth identification result is received;
and the maintenance client is used for generating alarm information according to the fourth identification result so as to prompt maintenance personnel that the first elevator element is an illegal source original elevator element.
8. Elevator component recognition system according to claim 7,
the maintenance client is further used for generating a permanent use request for the first elevator element and sending the permanent use request to the service center when the fourth identification result is received;
the service center is further configured to generate and send to the communication device a control command for the first elevator element in response to the permanent use request;
the first control board is further used for receiving the control command from the communication equipment and determining whether the first elevator element is controlled to normally work after the preset time according to the control command.
9. Elevator component identification system according to any of claims 5-8,
the service center is also used for determining that the first elevator element is a primary elevator element used for the first time when the element identifier is determined that no use record exists;
generating a fifth identification result, wherein the fifth identification result is that the first elevator element is a primary elevator element used for the first time;
sending the fifth recognition result to the first control board;
the first control panel is also used for controlling the first elevator element to normally work according to the fifth recognition result.
10. Elevator, characterized in that it comprises an elevator component recognition system according to any of claims 1-9.
11. An elevator component recognition method applied to an elevator component recognition system including a service center and a first control panel of a first elevator, the service center and the first control panel being connected by a communication device, the elevator component recognition method comprising:
when a first elevator element on a first elevator is powered on, acquiring an element identifier of the first elevator element, and sending the element identifier to the communication equipment so as to forward the element identifier to the service center through the communication equipment;
after receiving the component identifier, comparing the component identifier with a pre-stored original plant component identifier to generate a recognition result of the first elevator component, wherein the original plant component identifier is the identifier of an original plant elevator component;
the comparing the component identifier with a pre-stored genuine component identifier to generate a recognition result of the first elevator component further comprises:
when the component identifier is consistent with the original plant component identifier, determining whether the component identifier sent by a second control board is received from a communication device, wherein the second control board is a control board of a second elevator, and the component identifier sent by the second control board is an identifier of a second elevator component produced in the original plant of the second elevator;
receiving, from the communication device, a use status of the second elevator element sent by a second control panel of the second elevator;
determining that the first elevator element is a cloned elevator element of the second elevator element when the use status is in use;
generating a second recognition result, the second recognition result being that the first elevator component is a cloned elevator component.
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| CN112061916B (en) * | 2020-07-22 | 2022-06-28 | 上海新时达电气股份有限公司 | Anti-counterfeiting method for elevator circuit board |
| CN112265877A (en) * | 2020-10-16 | 2021-01-26 | 上海新时达电气股份有限公司 | Method, system and device for acquiring electronic identity card |
| CN113609883B (en) * | 2021-08-03 | 2023-10-10 | 日立楼宇技术（广州）有限公司 | Elevator component management system, method, computer equipment and storage medium |
| CN113651201A (en) * | 2021-08-19 | 2021-11-16 | 广州广日电梯工业有限公司 | Safety protection method and safety protection device for elevator hardware |
| CN113968526B (en) * | 2021-10-20 | 2023-02-03 | 上海三菱电梯有限公司 | Elevator identification posting system and method |
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