CN111634771B - Generation method and generation maintenance system for target floor registration interface of elevator landing - Google Patents
Generation method and generation maintenance system for target floor registration interface of elevator landing Download PDFInfo
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- CN111634771B CN111634771B CN202010541641.3A CN202010541641A CN111634771B CN 111634771 B CN111634771 B CN 111634771B CN 202010541641 A CN202010541641 A CN 202010541641A CN 111634771 B CN111634771 B CN 111634771B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
- B66B1/46—Adaptations of switches or switchgear
- B66B1/468—Call registering systems
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
- B66B1/3407—Setting or modification of parameters of the control system
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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
- B66B5/0087—Devices facilitating maintenance, repair or inspection tasks
Abstract
The invention discloses a destination floor registration interface generation and maintenance system of an elevator landing, which comprises: storing an interface template library of all interface templates; an acquisition unit for acquiring information of a destination floor registration device of an elevator landing; a first determining unit for determining an influence element and a value thereof according to a first mapping rule between the information of the elevator landing destination floor registration device and the influence element influencing a destination floor registration interface; the second determining unit is used for determining the influence attribute and the value thereof according to a second mapping rule between the influence element and the influence attribute and the possible value thereof influencing the target floor registration interface; and the query unit is used for querying the interface template library according to the influence attributes and the values thereof and outputting the corresponding interface template. The invention also discloses a method for generating the destination floor registration interface of the elevator landing. The invention can efficiently obtain the registration interface matched with the target floor registration device, and can conveniently modify the interface template and carry out batch maintenance on a large number of target floor registration interfaces.
Description
Technical Field
The present invention relates to a destination floor registration device for an elevator landing, and more particularly, to a method of generating a registration interface and a system of generating and maintaining a registration interface in a destination floor registration device for an elevator landing.
Background
A destination floor prediction system (DOAS) of an elevator is provided with a destination floor registration device arranged on a landing, a passenger uses the device to record the destination floor of the passenger, and the system uses the obtained destination floor of the passenger to allocate the elevator more reasonably, thereby improving the conveying efficiency of the elevator to the maximum extent. Therefore, elevators equipped with a destination floor forecast system (DOAS) are increasing year by year in office buildings and other places.
In order to meet the requirement of entering a destination floor by a passenger, a destination floor registration device on a landing needs to provide an input means for entering the destination floor for the passenger. The common one is to display destination floor buttons representing all floor identifications, and the passenger only needs to select the corresponding destination floor button when entering. However, when the number of the destination floors is very large, this method has disadvantages that the display area for displaying the destination floor buttons is large, the cost is high, and it is difficult for the passenger to find the destination floor button.
In order to overcome the above disadvantages, the possible destination floor input required by the destination floor registration device can be determined according to the position of the destination floor registration device, and only the buttons corresponding to the possible destination floor can be displayed, thereby reducing the number of buttons required to be displayed to a certain extent.
However, since the target floors that can be displayed by the target floor registration devices in the respective landings are different, it is necessary for technicians to design and set the devices one by one, which is time-consuming and labor-consuming, and it is inconvenient when the devices need to be adjusted after being put into use at a later stage. In order to overcome the disadvantages of the above methods, a keyboard input method is also provided, i.e. the passenger inputs any floor number by using the numbers 0-9 or the combination thereof on the keyboard. According to the method, only a small area is needed for displaying the numbers of 0-9, and a plurality of auxiliary keys (such as special symbols for identifying basements, garages and the like) are used for realizing the registration of any number of target floors, so that the defects of the method are well overcome, but the method has the defects of more input operation times (such as at least two times of operation when 35 layers are input), non-intuitive input mode, unattractive interface and the like.
In order to overcome the aforementioned disadvantage that only the display of the scheme corresponding to the possible destination floor buttons is time-consuming and laborious due to the need to design the settings one by one, a system and a method for generating and configuring the contents of an elevator destination dispatch kiosk are proposed in the chinese patent application CN110662710A, which automatically generate a registration interface according to the information of the possible destination floors to be displayed and the length and width of the display interface by using preset rules (mainly maximizing the display of the floor buttons, the aspect ratio of each floor button, the margin from the floor button to the boundary, the arrangement order, the alignment mode, etc.). The mode overcomes the defect of a keyboard input mode due to the adoption of a button registration mode, overcomes the defect of the conventional display of all target floor buttons due to the display of only possible target floor buttons, and overcomes the defect of time and labor consumption caused by the one-by-one design and setting of the prior art due to the automatic generation of a registration interface by utilizing a preset rule. However, the solution of the invention patent application has the following disadvantages: 1) only one single registration interface can be generated based on preset rules, and although the number of buttons can be different, the interface display style and the interface display mode are unchanged; 2) the target floor registration device needs to be generated repeatedly for each landing once; 3) a single interface display style and interface display mode cannot adapt to different requirements of different application scenes; 4) the size of the button display can be manually adjusted and a certain floor mark can be enabled/disabled only aiming at a target floor registration device of a certain specific landing, and the interface display cannot be automatically adapted according to the attribute type of the building; 5) it is not suitable for production and maintenance of target floor registration devices in a large number of landings in a universal, small-lot customized manner.
Therefore, it is a problem to be solved how to implement generic and small-lot customized production and maintenance of the registration interfaces of the destination floor registration devices in a large number of landings.
Disclosure of Invention
The invention aims to provide a method for generating a target floor registration interface of an elevator landing and a generation and maintenance system, which can solve the production and maintenance problems of wildcard registration interfaces and small-batch customization of a large number of landing target floor registration devices in the prior art.
In order to solve the above problems, the present invention provides a method for generating a destination floor registration interface of an elevator landing, comprising the steps of:
step S1, determining an influence attribute and a possible value thereof, wherein the influence attribute influences the destination floor registration interface, and comprises at least one of interface display specification, interface display style and interface display mode;
step S2, designing a corresponding interface template according to the influence attributes and the possible value combinations thereof, wherein each influence attribute and the possible value combination thereof are respectively corresponding to one interface template;
step S3, enumerating influencing elements influencing the influencing attributes of the destination floor registration interface;
step S4, determining the mapping relation between the influence elements and the influence attributes and the values thereof;
step S5, obtaining the unique identification code of the selected elevator landing destination floor registration device;
step S6, determining the influence elements and values thereof which influence the target floor registration interface of the elevator landing target floor registration device corresponding to the identification code according to the identification code;
step S7, determining the corresponding interface template according to the influence elements and the values thereof determined in step S6, the mapping relationship between the influence elements and the influence attributes and the values thereof determined in step S4, and the corresponding relationship between each combination of the influence attributes and the possible values thereof and the interface template;
step S8, establishing the corresponding relation between all the contents to be displayed and the display monomers in the interface template;
and a step S9 of transmitting the interface template determined in the step S7 to the elevator landing destination floor registration device selected in the step S5.
Further, the influence attributes all have default values, and when only partial influence attributes and values thereof can be determined according to the influence elements and the values thereof, the undetermined default values of the influence attributes are used as the values of the undetermined influence attributes, so that the interface template is determined.
Further, in step S6, the elevator corresponding to the unique identification code is specified based on the identification code, and the influence element affecting the target floor registration interface of the elevator landing target floor registration device and the value thereof are specified using the contract information of the elevator.
Further, in step S9, a destination floor registration preview interface is generated based on the correspondence, and the interface template determined in step S7 is transmitted to the selected elevator hall destination floor registration device after the destination floor registration preview interface is confirmed.
Further, the step S2 specifically includes the following steps:
step S21, selecting an influence attribute which is not judged by decoupling, judging whether the selected influence attribute can be decoupled from other influence attributes, if so, entering step S22, otherwise, entering step S23;
step S22, designing corresponding template composition according to the selected possible values of the influence attributes, and entering step S24;
step S23, combining the selected influence attributes and the influence attributes coupled with the selected influence attributes, obtaining all possible combinations according to respective possible values, designing corresponding template composition aiming at each combination in the possible combinations, and entering step S24;
and step S24, judging whether the influence attribute which is not subjected to decoupling judgment exists, if so, returning to the step S21, otherwise, forming each obtained template to be used as a layer, and superposing all the layers together to obtain the complete interface template.
Further, when a certain influence attribute is decoupled from other influence attributes, the influence attribute can be expressed as a certain rule, and a template structure capable of automatically generating response is generated by using the rule, a corresponding rule is designed for the influence attribute, and the template structure is generated by using the rule as required.
Meanwhile, in order to solve the above-mentioned technical problems, the present invention provides a system for generating and maintaining a destination floor registration interface of an elevator landing, including:
the interface template library is used for storing all interface templates, and the interface templates are stored in a one-to-one corresponding relation with influence attributes and values of a target floor registration interface of an elevator landing target floor registration device in an associated manner;
an acquisition unit for acquiring information of a destination floor registration device of an elevator landing;
a first determination unit that determines, based on a first mapping rule between the information on the elevator landing destination floor registration device and an influence element that affects a destination floor registration interface of the elevator landing destination floor registration device, the influence element that affects the destination floor registration interface of the elevator landing destination floor registration device and a value thereof using the information on the elevator landing destination floor registration device acquired by the acquisition unit;
a second determining unit, which determines the influence attribute and the value thereof affecting the target floor registration interface by using the influence element determined by the first determining unit according to a second mapping rule between the influence element and the influence attribute and the possible value thereof affecting the target floor registration interface;
and the query unit is used for querying the interface template library according to the influence attribute which is determined by the second determination unit and influences the target floor registration interface and the value thereof, and outputting the corresponding interface template.
Furthermore, when the elevator landing destination floor registration device needs to determine the destination floor registration interface, the elevator landing destination floor registration device sends the unique identification code to the acquisition unit, and the generation and maintenance system sends the interface template output by the query unit to the corresponding elevator landing destination floor registration device according to the identification code.
Further, when the generation and maintenance system initiates a change of a target floor registration interface of a target floor registration device, the generation and maintenance system specifies an identification code of the elevator landing target floor registration device, and regenerates or adjusts the target floor registration interface of the elevator landing target floor registration device according to the identification code without changing an interface template.
Furthermore, the elevator landing destination floor registration device is provided with a mark for determining whether the destination floor registration interface is changed simultaneously when the corresponding interface template is changed.
Further, when a new influence element or a new value of the influence element appears, the generation and maintenance system generates warning information.
Further, when the interface template is changed, the changed interface template is adopted only after the time of the change for the target floor registration interface of the elevator landing target floor registration device which needs to generate the interface template.
Further, when the interface template is changed, the existing target floor registration interface of the elevator landing target floor registration device which meets the change condition is updated according to the first mapping rule and the second mapping rule.
Further, when the generation and maintenance system initiates to change the target floor registration interface of the target floor registration device, the generation and maintenance system specifies the identification code of the target floor registration device of the elevator landing, modifies the interface template corresponding to the target floor registration interface of the target floor registration device of the elevator landing corresponding to the identification code by adding a new interface template and/or modifying at least one of the second mapping rule between the influence element and the influence attribute and the correspondence between the interface template and the value of the influence attribute, generates a new target floor registration interface according to the modified interface template, and sends the new target floor registration interface to the target floor registration device of the elevator landing corresponding to the identification code.
Further, the warning information includes the influence attribute and the content of the value thereof, which indicate that there is no one-to-one correspondence with the interface template.
Further, the warning information further comprises a response suggestion which represents the content of modifying the second mapping rule and a newly-added interface template.
Whether the influence attributes influencing the target floor registration interface are coupled or not is analyzed, corresponding template structures are designed according to all possible combinations of the influence attributes in a targeted mode, the template structures are stacked together by utilizing a layer principle to obtain interface templates corresponding to the influence attributes, all the obtained interface templates are stored in an interface template library, then influence elements, the influence attributes and values of the influence attributes are obtained according to the obtained identification codes of the target floor registration device, the interface templates meeting the requirements are obtained from the interface template library through inquiry, and therefore the registration interface matched with the target floor ranking device of the elevator landing is efficiently obtained under the condition that the interface templates do not need to be repeatedly generated every time. In addition, the interface template is introduced, so that the interface template in the interface template library can be conveniently increased, decreased, modified and updated for maintenance, and batch maintenance can be conveniently and quickly carried out on the registration interfaces of a large number of landing destination floor registration devices through setting conditions.
Drawings
FIG. 1 is a flow chart of a destination floor registration interface generation method of the present invention;
FIG. 2 is a flow chart of step 2 of FIG. 1;
fig. 3 is a block diagram of a destination floor registration interface generation and maintenance system of the present invention.
Detailed Description
Other advantages and effects of the present invention will become readily apparent to those skilled in the art from the following detailed description, wherein it is shown in the accompanying drawings, wherein the specific embodiments are by way of illustration. In the following description, specific details are set forth in order to provide a thorough understanding of the present invention, but the present invention may be practiced or applied in different embodiments, and the details may be based on different viewpoints and applications, and may be widely spread and replaced by those skilled in the art without departing from the spirit of the present invention.
As a first embodiment of a target floor registration interface generation method of an elevator landing according to one aspect of the present invention, a method for generating a target floor registration interface of an elevator landing is divided into two parts, i.e., a design generation interface template library (for storing all interface templates) and a registration interface generation interface for a selected target floor registration device, as shown in fig. 1, and includes the steps of:
step S1, determining an influence attribute and a possible value thereof, wherein the influence attribute influences the target floor registration interface, and the influence attribute comprises at least one of interface display specification, interface display style and interface display mode;
step S2, designing a corresponding interface template according to the influence attributes and the possible value combinations thereof, wherein each influence attribute and the possible value combination thereof are respectively corresponding to one interface template;
step S3, enumerating influencing elements influencing the influencing attributes of the destination floor registration interface;
step S4, determining the mapping relation between the influence elements and the influence attributes and the values thereof;
step S5, obtaining the unique identification code of the selected elevator landing destination floor registration device;
step S6, determining the influence elements and values thereof which influence the target floor registration interface of the elevator landing target floor registration device corresponding to the identification code according to the identification code;
step S7, determining the corresponding interface template according to the influence elements and the values thereof determined in step S6, the mapping relationship between the influence elements and the influence attributes and the values thereof determined in step S4, and the corresponding relationship between each combination of the influence attributes and the possible values thereof and the interface template;
step S8, establishing the corresponding relation between all the contents to be displayed and the display monomers in the interface template;
and a step S9 of transmitting the interface template determined in the step S7 to the elevator landing destination floor registration device selected in the step S5.
The steps S1 to S4 are used to design and generate all interface templates, and determine the relationship between the interface templates, the influence attributes, the values thereof, and the influence elements, and the steps S5 to S9 are used to select the corresponding interface template for the destination floor registration device that needs to generate the registration interface, and generate the registration interface.
And when only partial influence attributes and values thereof can be determined according to the influence elements and the values thereof, the undetermined influence attribute default values are used as the undetermined influence attribute values, so that the interface template is determined.
In the influence attribute influencing the destination floor registration interface, the interface display specification mainly includes items such as the number, size, shape, spacing, arrangement and the like of the registration buttons in the display interface, and each item has a plurality of possible values, for example, the number of the registration buttons to be displayed may be any number (such as one, two, three … …), the shape of the registration buttons may be circular, polygonal and square, the arrangement of the registration buttons may be center, left-side and right-side, the spacing of the registration buttons may be moderate, sparse, tight and the like, and the size of the registration buttons may be large, medium, small and the like.
The interface display style is mainly embodied in the aspects of background, button color matching and the like, the common display style can be simple, luxury, elegance, antique and the like, and the different styles are usually embodied by using the color matching of the registered buttons and the background color or background pattern of the display interface.
The interface display mode mainly comprises whether static, animation, size switching, flashing, rolling circulation and other items exist.
From the above, the interface template depends on the interface display specification, the interface display style, the interface display mode and other influence attributes, each influence attribute has multiple possible values, and thus different interface templates can be correspondingly designed by combining.
In step S6, the elevator corresponding to the unique identification code acquired in step S5 is identified, and the impact elements affecting the target floor registration interface of the elevator landing target floor registration device and the values thereof are identified using the contract information of the elevator.
In step S9, a destination floor registration preview interface is generated based on the correspondence, and after the destination floor registration preview interface is confirmed, the interface template determined in step S7 is sent to the selected elevator landing destination floor registration device.
As a second embodiment of the method for generating a destination floor registration interface of an elevator landing according to an aspect of the present invention, on the basis of the first embodiment, the method for generating a destination floor registration interface of an elevator landing according to this embodiment further describes the design of an interface template. Specifically, as shown in fig. 2, step S2 specifically includes the following steps:
step S21, selecting an influence attribute which is not judged by decoupling, judging whether the selected influence attribute can be decoupled from other influence attributes, if so, entering step S22, otherwise, entering step S23;
step S22, designing corresponding template composition according to the selected possible values of the influence attributes, and entering step S24;
step S23, combining the selected influence attributes and the influence attributes coupled with the selected influence attributes, obtaining all possible combinations according to respective possible values, designing corresponding template composition aiming at each combination in the possible combinations, and entering step S24;
and step S24, judging whether the influence attribute which is not subjected to decoupling judgment exists, if so, returning to the step S21, otherwise, forming each obtained template to be used as a layer, and superposing all the layers together to obtain the complete interface template.
For the influence attributes with coupling relation, all possible values of the mutually coupled influence attributes are combined, then template composition is designed for each coupled influence attribute combination to obtain template composition corresponding to the coupled influence attribute combination, and for the non-coupled influence attributes, the possible values of the non-coupled influence attributes are designed to obtain template composition corresponding to each value of the non-coupled influence attributes. For example, for the interface display specification and the interface display style, only separate design is needed, and finally, the obtained templates are formed to be used as different layers, and the layers are stacked together to obtain the complete interface template. Therefore, only the components of each template need to be designed, so that the design workload can be greatly reduced, and the number of interface templates and the required storage space can be reduced.
When an influence attribute is decoupled from other influence attributes, the influence attribute performance is expressed as a certain rule, and a template composition capable of automatically generating a response is generated by using the rule, a corresponding rule can be designed for the influence attribute, and the template composition is generated by using the rule as required. For example, for the interface display specification in the influence elements, there are multiple possible values for each item such as the number, shape, size, spacing, arrangement mode, etc. of the registration buttons to be displayed, the items are combined according to the possible values to obtain all possible combinations, and then the corresponding template composition is designed according to each possible combination. However, for the same item in the interface display specification, the corresponding template configuration can be automatically generated according to a certain rule as long as the value of each item is specified, and therefore, for such a template configuration that affects the attribute, only the rule for generating the template configuration according to the value of the item can be set.
As shown in fig. 3, a destination floor registration interface generation and maintenance system for an elevator landing according to another aspect of the present invention includes:
the interface template library is used for storing all interface templates, and the interface templates are stored in a one-to-one corresponding relation with influence attributes and values of a target floor registration interface of an elevator landing target floor registration device in an associated manner;
an acquisition unit for acquiring information of a destination floor registration device of an elevator landing;
a first determination unit that determines, based on a first mapping rule between the information on the elevator landing destination floor registration device and an influence element that affects a destination floor registration interface of the elevator landing destination floor registration device, the influence element that affects the destination floor registration interface of the elevator landing destination floor registration device and a value thereof using the information on the elevator landing destination floor registration device acquired by the acquisition unit;
a second determining unit, which determines the influence attribute and the value thereof affecting the target floor registration interface by using the influence element determined by the first determining unit according to a second mapping rule between the influence element and the influence attribute and the possible value thereof affecting the target floor registration interface;
and the query unit is used for querying the interface template library according to the influence attribute which is determined by the second determination unit and influences the target floor registration interface and the value thereof, and outputting the corresponding interface template.
The destination floor registration device of the elevator landing, which can communicate with the elevator landing destination floor registration interface generation and maintenance system of this embodiment via an elevator control system or the like, obtains a unique identification code after installation.
When the elevator landing destination floor registration device needs to determine the destination floor registration interface, the elevator landing destination floor registration device sends the unique identification code to the acquisition unit to generate a maintenance system request registration interface to the destination floor registration interface. Of course, the elevator landing destination floor registration device may transmit the unique identification code and a registration interface request generation command to clarify the request content.
After receiving the identification code (or the identification code and a registration interface request generation instruction), the acquisition unit of the generation and maintenance system sends an interface template output by the inquiry unit to a corresponding elevator landing destination floor registration device according to the identification code (the interface template comprises a corresponding relation between a registration button and contents to be displayed, which need to be displayed by the destination floor registration device).
Specifically, after the acquisition means for generating the maintenance system receives the identification code transmitted from the destination floor registration device of the elevator landing, first, the first determination means determines the influence elements of the registration interface of the destination floor registration device of the elevator landing by using the relevant information (such as the elevator sales contract and installation information, which mainly includes the specification of the destination floor registration device (mainly the size of the display screen), the floor where the device is located, the elevator to which the device belongs, the possible registration floor of the floor, the information of the building where the device is located (mainly including the region, the use of the building, the state information of each floor), and the like) in the relevant information base, such as the identification of the registration button to be displayed by the device and the number thereof, the specification of the display, the region where the building is located, the use, the nature of the state of the floor, and the like, and simultaneously, the actual values of the influence elements are determined by using relevant information (such as elevator sales contracts and installation information) in a relevant information base. Then, the second determining unit obtains the values of the influence attributes by using a second mapping rule between the influence elements and the influence attributes, which is established in advance, according to the influence elements and the values thereof. And finally, the query unit searches in an interface template library by using the influence attributes and the values thereof, so that the interface template meeting the requirements can be obtained.
Of course, the value of the attribute affected by the specification class can be directly obtained from the related information. For example, if it is determined that the elevator landing destination floor registration device is a floor where a certain technology company is located in an office building of an urban CBD according to the related information in the related information base, it may be obtained that the interface display style in the influence attribute is strict and technology according to the second mapping rule; and if the elevator landing destination floor registration device is determined to be the floor where the student training mechanism in the office building mainly based on preschool education is located according to the related information in the related information base, according to a second mapping rule, the interface display style in the influence attribute is lively and good diligence. In fact, the information (e.g., the registered floor to be provided) described above may be provided by an elevator sales contract and installation information, or may be provided by the elevator hall destination floor registration device when transmitting the identification code.
In the actual construction of the interface template library, the retrieval basis can be the value of the influence attribute, or the value of the influence attribute can be omitted, and the retrieval is directly realized by the value of the influence element, so that when the elevator landing destination floor registration device requests to generate a registration interface, the generation and maintenance system can determine the interface template only according to the value of the influence element, and the processing is favorable for simplifying the quantity of the retrieval elements and classifying and managing the interface template.
The interface template library comprises a plurality of interface templates, each interface template is in one-to-one correspondence with the influence attribute and the value of the target floor registration interface of the elevator landing target floor registration device, and the influence attribute value can be used for determining the corresponding interface template in the template library through retrieval.
When the system is not satisfied with a special application scene or the automatically generated registration interface needs to be adjusted and modified, the system provides a registration template modification function, modifies an interface template corresponding to a destination floor registration interface of the elevator landing destination floor registration device corresponding to the identification code by adding a new interface template and/or modifying at least one of the second mapping rule between the influence elements and the influence attributes and the corresponding relationship between the interface template and the values of the influence attributes, generates a new destination floor registration interface according to the modified interface template and sends the new destination floor registration interface to the elevator landing destination floor registration device corresponding to the identification code.
For the modification, if a new interface template is added, the added interface template can be evaluated, and after evaluation, when the interface template is still applied subsequently, the interface template is only required to be added into an interface template library and maintained properly (mainly, an influence attribute value corresponding to the new interface template is established). For the interface template which is finally selected by modification and is different from the interface template which is automatically generated previously, because the second mapping rule or the corresponding relationship between the interface template and the influence attribute value is modified, the original second mapping rule and/or the corresponding relationship between the interface template and the influence attribute value should be evaluated (or after the modification exceeds a certain number of times) so as to appropriately modify the corresponding relationship between the second mapping rule and/or the interface template and the influence attribute value when needed.
The influence attribute has a default value, and when the influence elements and the values thereof cannot determine all the influence attributes and the values thereof, the default value is used as the values of the influence elements, so that the selection of the interface template can be completed.
The interface template library stores interface templates or template compositions in advance, the interface templates or template compositions have one-to-one correspondence with the influence attributes and the values thereof, after receiving the identification code (or request instruction) of the target floor registration device, the interface templates meeting the requirements are determined according to the identification code, and then a complete registration interface is obtained, so that the registration interface can be determined only by query, the method is simple and easy to implement, the calculated amount is small, and a realization mode of selecting the registration interface which is consistent with the characteristics of the device, the building and the like is provided.
The correspondence between the second mapping rule and/or the interface template and the influence attribute value may be implemented in various ways, such as if … then form logic, an expert system, a neural network, machine learning, and the like. Especially, when enough application cases are accumulated, machine learning, a neural network and the like are more convenient to use.
When the floor to be displayed of the elevator landing destination floor registration device is a single owner, the display foreground of the registration button is a commercial identifier of the owner. The arrangement sequence of the registration buttons depends on the corresponding floor sequence or the alphabetical arrangement sequence of the owner name or the registration times of each registration button; one or more of the registration buttons ranked in the order of the number of registrations are displayed with a different display effect from the other registration buttons.
When the generation and maintenance system initiates a change of the destination floor registration interface of the destination floor registration device, the generation and maintenance system may regenerate or adjust the destination floor registration interface of the elevator landing destination floor registration device without changing the interface template according to the identification code of the designated elevator landing destination floor registration device. Or modifying and adjusting an interface template in the interface template library, and adopting the changed interface template for a target floor registration interface of the elevator landing target floor registration device needing to generate the interface template only after the change time or updating an existing target floor registration interface of the elevator landing target floor registration device meeting the change condition according to the first mapping rule and the second mapping rule.
The elevator landing destination floor registration device is provided with a flag for determining whether the destination floor registration interface changes simultaneously when the corresponding interface template changes.
And when a new influence element or a new value of the influence element appears, generating and maintaining warning information of the system. The warning information comprises the influence attribute which indicates that the one-to-one correspondence relation does not exist with the interface template and the content of the value of the influence attribute, or further comprises the content which indicates that the second mapping rule is modified and the response suggestion of a newly added interface template.
In the target floor registration interface generation method and the generation maintenance system, whether the coupling between the influence attributes influencing the target floor registration interface is analyzed, the corresponding template composition is designed according to all possible combinations of the influence attributes in a targeted manner, the template compositions are overlapped together by utilizing a layer principle to obtain the interface template corresponding to the influence attributes, all the obtained interface templates are stored in an interface template library, then the influence elements, the influence attributes and the values thereof are obtained according to the obtained identification codes of the target floor registration device, and the interface template meeting the requirements is obtained from the interface template library through inquiry, so that the registration interface matched with the elevator landing target floor registration device is efficiently obtained under the condition that the interface template is not required to be repeatedly generated every time. In addition, the interface template is introduced, the interface template in the interface template library can be conveniently increased, decreased, modified and updated for maintenance, and batch maintenance can be conveniently and quickly carried out on the registration interfaces of a large number of landing destination floor registration devices through setting conditions.
The present invention has been described in detail with reference to the specific embodiments, which are merely preferred embodiments of the present invention, and the present invention is not limited to the above embodiments. Equivalent alterations and modifications made by those skilled in the art without departing from the principle of the invention should be considered to be within the technical scope of the invention.
Claims (16)
1. A method for generating a destination floor registration interface of an elevator landing is characterized by comprising the following steps:
step S1, determining an influence attribute and a possible value thereof, wherein the influence attribute influences the destination floor registration interface, and comprises at least one of interface display specification, interface display style and interface display mode;
step S2, designing a corresponding interface template according to the influence attribute and the possible value combination thereof, wherein each combination of the influence attribute and the possible value thereof is respectively corresponding to one interface template;
step S3, enumerating influencing elements influencing the influencing attributes of the destination floor registration interface;
step S4, determining the mapping relation between the influence elements and the influence attributes and the values thereof;
step S5, obtaining the unique identification code of the selected elevator landing destination floor registration device;
step S6, determining the influence elements and values thereof which influence the target floor registration interface of the elevator landing target floor registration device corresponding to the identification code according to the identification code;
step S7, determining the corresponding interface template according to the influence elements and the values thereof determined in step S6, the mapping relationship between the influence elements and the influence attributes and the values thereof determined in step S4, and the corresponding relationship between each combination of the influence attributes and the possible values thereof and the interface template;
step S8, establishing the corresponding relation between all the contents to be displayed and the display monomers in the interface template;
and a step S9 of transmitting the interface template determined in the step S7 to the elevator landing destination floor registration device selected in the step S5.
2. The method according to claim 1, wherein the influence attributes each have a default value, and when only a part of the influence attributes and values thereof can be determined based on the influence elements and values thereof, the interface template is determined by using the default value of the undetermined influence attribute as the value of the undetermined influence attribute.
3. The method according to claim 1, wherein in step S6, an elevator corresponding to the unique identification code is specified based on the identification code, and an influence element affecting a target floor registration interface of an elevator landing target floor registration device and a value thereof are specified using contract information of the elevator.
4. The method according to claim 1, wherein in step S9, a destination floor registration preview interface is generated based on the correspondence, and the interface template determined in step S7 is transmitted to the selected elevator landing destination floor registration device after the destination floor registration preview interface is confirmed.
5. The method according to claim 1, wherein the step S2 specifically includes the steps of:
step S21, selecting an influence attribute which is not judged by decoupling, judging whether the selected influence attribute can be decoupled from other influence attributes, if so, entering step S22, otherwise, entering step S23;
step S22, designing corresponding template composition according to the selected possible values of the influence attributes, and entering step S24;
step S23, combining the selected influence attributes and the influence attributes coupled with the selected influence attributes, obtaining all possible combinations according to respective possible values, designing corresponding template composition aiming at each combination in the possible combinations, and entering step S24;
and step S24, judging whether influence attributes which are not subjected to decoupling judgment exist, if so, returning to the step S21, otherwise, forming each obtained template to be used as a layer, and superposing all the layers together to obtain a complete interface template.
6. The method according to claim 5, wherein when an influence attribute is decoupled from other influence attributes, the influence attribute is expressed as a certain rule, and a template structure capable of automatically generating a response is formed using the rule, a corresponding rule is designed for the influence attribute, and a template structure is generated using the rule as needed.
7. A destination floor registration interface generating and maintenance system for an elevator landing, comprising:
the interface template library is used for storing all interface templates, and the interface templates are stored in a one-to-one corresponding relation with influence attributes and values of a target floor registration interface of an elevator landing target floor registration device in an associated manner;
an acquisition unit for acquiring information of a destination floor registration device of an elevator landing;
a first determination unit that determines, based on a first mapping rule between the information on the elevator landing destination floor registration device and an influence element that affects a destination floor registration interface of the elevator landing destination floor registration device, the influence element that affects the destination floor registration interface of the elevator landing destination floor registration device and a value thereof using the information on the elevator landing destination floor registration device acquired by the acquisition unit;
the second determining unit is used for determining the influence attribute and the value of the influence attribute influencing the target floor registration interface by using the influence element determined by the first determining unit according to a second mapping rule between the influence element and the influence attribute influencing the target floor registration interface and the possible value of the influence attribute;
and the query unit is used for querying the interface template library according to the influence attribute which is determined by the second determination unit and influences the target floor registration interface and the value thereof, and outputting the corresponding interface template.
8. The system according to claim 7, wherein when the destination floor registration device of the elevator landing needs to determine the destination floor registration interface, the destination floor registration device of the elevator landing sends its unique identification code to the acquisition means, and the system sends the interface template output by the inquiry means to the corresponding destination floor registration device of the elevator landing based on the identification code.
9. The system of claim 7, wherein the system specifies an identifier of the destination floor registration device of the elevator landing, and regenerates or adjusts the destination floor registration interface of the destination floor registration device of the elevator landing based on the identifier without changing the interface template when the system initiates a change of the destination floor registration interface of the destination floor registration device.
10. A destination floor registration interface creation maintenance system for an elevator landing according to claim 7 wherein the elevator landing destination floor registration means is provided with a flag for determining whether the destination floor registration interface changes simultaneously when the corresponding interface template changes.
11. The system of claim 7, wherein the system generates an alert message when a new impact element or a new value for an impact element occurs.
12. The system according to claim 7, wherein when the interface template is changed, the changed interface template is used only after the time of the change for a destination floor registration interface of an elevator landing destination floor registration device that needs to generate the interface template.
13. The system according to claim 7, wherein when the interface template is changed, an existing target floor registration interface of an elevator landing target floor registration device that meets the change condition is updated according to the first mapping rule and the second mapping rule.
14. The destination floor registration interface generation maintenance system of an elevator landing of claim 7, wherein when the generation and maintenance system initiates a change of a target floor registration interface of a target floor registration device, the generation and maintenance system specifies an identification code of the elevator landing target floor registration device, modifying an interface template corresponding to a target floor registration interface of an elevator landing target floor registration device corresponding to the identification code by adding a new interface template and/or modifying at least one of the second mapping rule between the influence element and the influence attribute and the corresponding relationship between the interface template and the value of the influence attribute, and generating a new target floor registration interface according to the modified interface template and sending the new target floor registration interface to the elevator landing target floor registration device corresponding to the identification code.
15. The system of claim 11, wherein the alert message includes a content indicating the impact attribute and its value that do not have a one-to-one correspondence with an interface template.
16. The system of claim 15, wherein the alert message further includes a response suggestion indicating the content of the modification to the second mapping rule and a newly added interface template.
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