Method and system applied to whole-house intelligent construction full-life-cycle management

Abstract

The invention, which relates to the technical field of whole-house intelligent construction, discloses a method and system applied to whole-house intelligent construction full-life-cycle management, and the method comprises the steps: creating a plurality of roles according to personnel involved in a construction process; the roles comprise a customer, a user, a project manager, a designer, a sorter, a distributor, a constructor, an acceptor, a maintainer and an equipment supplier; sequentially establishing a demand proposing and designing stage process, an equipment generating and binding stage process, an equipment distribution and installation stage process and an equipment acceptance stage process according to the construction life cycle; and distributing roles for information interaction for each process, and defining interaction rules. The method has the effects of improving the fluency of the whole house intelligent construction process and improving the interaction experience of all people.

Description

Technical Field

[0001] The present application relates to the technical field of whole-house intelligent construction, and in particular to a method and system for whole-life cycle management of whole-house intelligent construction. Background Art

[0002] With the development of technologies such as the Internet of Things, sensors, and AI, smart homes in science fiction movies are gradually becoming a reality. To satisfy the smart home experience, whole-house smart construction is first required.

[0003] Since the whole-house intelligence involves diverse equipment, diverse construction requirements, and diverse personnel roles, various coordination problems are inevitable during the construction process, delaying the construction progress and affecting the interactive experience of all parties. Therefore, this application proposes a new technical solution. Summary of the invention

[0004] In order to improve the fluency of the whole-house smart construction process and enhance the interactive experience of all parties involved, the present application provides a method and system for the full life cycle management of the whole-house smart construction.

[0005] In the first aspect, the present application provides a method for the whole life cycle management of whole-house intelligent construction, which adopts the following technical solutions: A method for full life cycle management of whole-house intelligent construction, comprising: Create multiple roles based on the personnel involved in the construction process; the roles include customers, users, project managers, designers, sorters, distributors, constructors, inspectors, maintainers, and equipment suppliers; According to the construction life cycle, establish the demand proposal and design phase process, equipment generation and binding phase process, equipment distribution and installation phase process, and equipment acceptance phase process in sequence; and, Assign roles for information interaction to each process and define interaction rules; The roles in the equipment generation and binding phase process include the sorter and the equipment supplier, and the interaction rules in the equipment generation and binding phase process include: Generate an ID and a matching QR code for each device, including a central control unit and other smart home devices; Distribute equipment lists and installation locations to sorters, and bind the corresponding relationships between equipment and houses and rooms based on the sorters' scanned code feedback; wherein the equipment lists and installation locations are generated through the demand proposal and design phase process; The roles in the equipment distribution and installation phase process include project managers, delivery personnel, and construction personnel. The interaction rules of the equipment distribution and installation phase process include: when the delivery person receives the delivery list sent by the project manager, and the construction person receives the installation task sent by the project manager, then after receiving the initialization completion signal fed back by the central control unit that matches the installation task, the equipment list is distributed to the central control unit for display, and the installation confirmation information returned by the central control unit is received for verification.

[0006] Optionally, the roles of the demand proposal and design phase process include a customer and a designer, and the interaction rules of the demand proposal and design phase process include: Receive the apartment design scheme and smart scene generated by the designer based on the design requirements proposed by the customer, and process them based on the preset layout logic to obtain the equipment list, installation point list and smart scene list; If the designer confirms that the equipment list and smart scene list are approved, a smart scene template will be generated and distributed to the customer; The interaction rules of the equipment distribution and installation phase process also include: distributing corresponding intelligent scene templates to the central control unit.

[0007] Optionally, the layout logic includes: If the networking scheme in the apartment design is wireless networking, then the signal characteristics of the networking signal generating device in the preset database are obtained; wherein the signal characteristics include the relationship data of the communication distance, the shielding characteristics and the signal strength; If the location of the relay nodes of the network is marked in the apartment design, the signal coverage information is analyzed according to the signal characteristics and apartment type, and the location and number of the relay nodes are adjusted according to the signal coverage information; If the location of the relay node for networking is not marked in the apartment design plan, select any point as the location of the relay node, and then analyze the signal coverage information based on the signal characteristics and apartment type, and adjust the location and number of relay nodes based on the signal coverage information.

[0008] Optionally, the layout logic further includes: Identify smart scenarios, and determine the names and quantities of the devices involved based on the sample cases pre-stored in the database, and generate a list of devices and a list of smart scenarios; Record the list of smart scenarios confirmed by the customer and update the database corresponding to the sample cases.

[0009] Optionally, it also includes: if the networking solution in the apartment design plan is wireless networking, after the equipment list and the smart scene template are sent to the central control unit, the central control unit discovers the wireless communication unit and establishes a network connection based on the ID-identified matching device.

[0010] Optionally, the roles of the equipment acceptance stage process include the acceptor, and the interaction rules of the equipment acceptance stage process include: if the construction person reports that the construction is completed, an acceptance notice is sent to the acceptor, and acceptance feedback is received, and verification is terminated until the acceptance is completed.

[0011] Optionally, the roles in the equipment maintenance phase include a user and a maintenance person, and the interaction rules in the equipment maintenance phase include: If a fault report is received from a user, a fault report is generated based on the fault report and distributed to maintenance personnel; Generate maintenance completion notification based on maintenance personnel's maintenance feedback, distribute it to users, and receive users' acceptance feedback; When the user's acceptance feedback is passed, the new configuration will be sent to the central control screen.

[0012] Optionally, it also includes: recording supplier information and equipment parameters in the QR code; If a fault report is generated, fill in the corresponding supplier information and equipment parameters in the fault report; Count the number of guarantee orders corresponding to any supplier, generate an operation stability report and send it to the designer.

[0013] In the second aspect, the present application provides a system for the whole life cycle management of whole-house intelligent construction, which adopts the following technical solutions: A system for full life cycle management of whole-house intelligent construction includes a cloud platform, wherein the cloud platform stores a computer program that can be loaded by a processor and execute any of the above-mentioned methods for full life cycle management of whole-house intelligent construction.

[0014] To sum up, this application includes the following beneficial technical effects: a collaborative management mechanism covering the entire house from design to maintenance can be established to ensure the long-term and stable operation of the whole-house smart facilities; at the same time, during the process, a unique ID and QR code of the equipment are automatically generated, and the sorter scans the code to quickly complete the binding of the house, room and equipment; during construction, the construction personnel can check the equipment list on site through the central control unit for verification, thereby reducing errors, reducing communication costs, improving installation efficiency, and improving the smoothness of the whole-house smart construction process. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a flowchart of the requirements proposal and design phase of the method of this application; Figure 2 It is a schematic diagram of the device generation and binding phase flow of the method of the present application; Figure 3 is a schematic diagram of the process flow of the equipment distribution and installation phase of the method of the present application; Figure 4It is a schematic diagram of the process flow of the equipment acceptance stage of the method of the present application; Figure 5 It is a flow chart of the equipment maintenance phase of the method of the present application. DETAILED DESCRIPTION

[0016] The following is combined with Figure 1-5 This application is described in further detail.

[0017] The embodiment of the present application discloses a method for full life cycle management of whole-house intelligent construction.

[0018] Reference Figure 1-5 ,The methods applied to the whole life cycle management of whole-house intelligent construction include: S1. Create multiple roles based on the personnel involved in the construction process, including customers, users, project managers, designers, sorters, distributors, constructors, inspectors, maintenance personnel, and equipment suppliers.

[0019] In this embodiment, the customer refers to the person who proposes the apartment design requirements, the user refers to the owner of the house and his family, the project manager refers to the construction project manager assigned by the unit that provides whole-house customization, the designer is the apartment decoration designer and refers to the person who provides the plan, the sorter refers to the person who receives equipment of one or multiple brands and distributes it to local houses (analogy: express delivery station), the distributor refers to the person who distributes the equipment, and the constructor, acceptance person, maintenance person, and equipment supplier are just as the names suggest.

[0020] S2. According to the construction life cycle, establish the demand proposal and design phase process, equipment generation and binding phase process, equipment distribution and installation phase process, and equipment acceptance phase process in sequence.

[0021] That is, the solution covers the entire life cycle management from demand proposal, design, equipment generation and binding, equipment distribution and installation, equipment acceptance to equipment maintenance, to ensure the long-term and stable operation of the whole-house smart facilities.

[0022] S3. Assign roles for information interaction to each process and define interaction rules.

[0023] It is understandable that the method is implemented by a corresponding computer program, so the above is to create roles, assign permissions and functional logic in the management system / platform corresponding to the program. The above is explained in detail below: 1. The roles in the demand proposal and design phase process include customers and designers, and the corresponding interaction rules include: 1-1) Receive the apartment design plan and smart scene generated by the designer based on the design requirements proposed by the customer, and process them based on the preset layout logic to obtain the equipment list, installation point list and smart scene list.

[0024] Specifically: the customer proposes an apartment design plan and gives it to the designer, the designer gives an apartment design plan, the design plan is given to the customer for review, and the final design plan is finalized based on the results of communication between the two parties; after that, the designer gives an intelligent scene based on the design plan, which is then processed by the layout logic to generate corresponding data.

[0025] 1-2) If the designer (reviewer) confirms that the equipment list and smart scene list are approved, a smart scene template will be generated and distributed to the customer.

[0026] The above-mentioned smart scene template refers to the smart scene display information composed of expected text, animation and pictures formed by inserting a pre-set template.

[0027] Based on the above content, customers can have more participation before construction, which makes it easier for them to understand and choose the smart scene that suits them.

[0028] 2. The roles of the equipment generation and binding process include the sorter and the equipment supplier. The interaction rules of the equipment generation and binding process include: 2-1) Generate an ID and a matching QR code for each device. The devices include the central control unit and other smart components of the whole house. The central control unit is such as the central control screen. Other smart components of the whole house are such as smart speakers, smart doors and windows, smart lamps, and smart air conditioners. After the ID and QR code are generated, they are sent to the corresponding central control unit supplier and other smart components of the whole house supplier so that the supplier knows what they should produce.

[0029] 2-2) Distribute the equipment list and installation points to the sorters, and bind the corresponding relationship between the equipment and the house and room according to the sorters' scan code feedback.

[0030] Example: The supplier delivers the produced equipment to the sorting site through logistics. After receiving the equipment list and installation point, the sorter picks up the equipment and scans the code with a barcode scanner. After knowing its ID (i.e. what it is), he compares it with the equipment list record and binds the installation point, ID and QR code on the App according to the installation point (the App effect is such as: the QR code is moved to the file named after the installation point), thus realizing the binding of the relationship between the equipment and the house and room, and the binding information record.

[0031] According to the above content, this method can generate a unique ID and QR code for the device. The sorting personnel can scan the code and bind it through the sorting APP, quickly and accurately completing the binding of the device to the house and room. On the one hand, it reduces the chance of sorting errors. On the other hand, the data can be provided to the construction personnel and delivery personnel to reduce the chance of construction and delivery errors.

[0032] 3. The roles in the equipment distribution and installation phase include project managers, distributors, and constructors. The interaction rules of the equipment distribution and installation phase process include: When the delivery person receives the delivery list sent by the project manager, and the construction person receives the installation task sent by the project manager, after receiving the initialization completion signal fed back by the central control unit that matches the installation task, the equipment list is distributed to the central control unit for display, and the installation confirmation information returned by the central control unit is received for verification.

[0033] Specifically: The project manager provides the delivery person with a delivery list, and the delivery person delivers the equipment to the corresponding house; the project staff provides the construction personnel with installation tasks, and the construction personnel first install the central control unit in the corresponding house and complete the equipment initialization. After that, the equipment list will be sent to the central control screen. The installers can view the equipment list through the central control screen on site, reducing communication costs and improving installation efficiency.

[0034] 4. The roles in the equipment acceptance phase process include the acceptor, and the corresponding interaction rules include: if the construction person reports that the construction is completed, an acceptance notice is sent to the acceptor (who can be the same person as the customer), and the acceptance feedback is received and verified until the acceptance is completed.

[0035] 5. The roles in the equipment maintenance phase include users and maintenance personnel, and the corresponding interaction rules include: 5-1) If a fault report is received from a user through the corresponding user App, a fault report form is generated based on the fault report and distributed to maintenance personnel; example of a guarantee form: fault report + insurer + guarantee time + guarantee address.

[0036] 5-2) Generate a maintenance completion notification based on the maintenance feedback from the maintenance personnel, distribute it to the user, and receive the user's acceptance feedback.

[0037] When the user's acceptance feedback is passed, the new configuration will be sent to the central control screen.

[0038] An example of the actions performed by the central control screen after receiving the new configuration: deleting the original defective device that was connected, connecting the new replacement device to complete the device networking; that is, the above settings make the system more intelligent and convenient, and maintenance personnel can send configurations remotely or the system can automatically generate new configurations based on maintenance records to adjust the central control.

[0039] According to the above content, this method covers the entire life cycle management from demand proposal, design, equipment generation and binding, equipment distribution and installation, equipment acceptance to equipment maintenance, and can be used to ensure the long-term stable operation of the system.

[0040] In one embodiment of the method, the interaction rules of the equipment distribution and installation phase process further include: distributing the corresponding smart scene template to the central control unit. In this embodiment, the smart scene template also includes the linkage response logic of the central control unit and other smart components of the whole house.

[0041] According to the above settings, the central control screen automatically obtains the equipment list and intelligent scene templates. The construction workers only need to follow the instructions to perform basic hardware installation and initialization, thereby effectively improving the convenience of construction and the smoothness of the construction of this method, and placing lower requirements on construction workers.

[0042] In one embodiment of the method, the above layout logic includes: If the networking scheme in the apartment design is wireless networking, the signal characteristics of the networking signal generating device in the preset database are obtained; wherein the signal characteristics include the relationship data of the communication distance, the shielding characteristics and the signal strength; an example of the shielding characteristics is: how many walls are there between the node and the terminal.

[0043] If the location of the relay node of the network is marked in the apartment design, the signal coverage information is analyzed according to the signal characteristics and apartment type, and the location and number of the relay nodes are adjusted according to the signal coverage information; example: Bluetooth mesh networking, the relay node is located at the door, and its signal strength is 50m when unobstructed. The current apartment type means that the balcony of the master bedroom on the second floor is 20m away from the door, but there is a floor slab and at least 4 walls between the two, and each reinforced concrete wall produces a 7-8m weakening. It is suspected that it is at the signal boundary, because there are actually furniture, WiFI and other interferences that may be greater, so the location of the relay node can be changed to the living room, or another relay node can be deployed on the second floor.

[0044] If the location of the relay node for networking is not marked in the apartment design, then any point is selected as the location of the relay node, and then the signal coverage information is analyzed according to the signal characteristics and apartment type, and the location and number of relay nodes are adjusted according to the signal coverage information. It should be noted here that the optional selection of relay nodes refers to the optional selection under the basic rules, such as: the optional selection of 20cm in front and behind the wall to avoid abnormal indoor layout.

[0045] According to the above settings, this method can solve problems such as signal coverage and location selection based on apartment design in a whole-house solution using wireless networking, avoiding the situation where incomplete wireless network signal coverage causes smart devices to be unable to connect and use normally.

[0046] Furthermore, the layout logic also includes: Identify smart scenarios, and determine the names and quantities of the devices involved based on the sample cases pre-stored in the database, and generate a list of devices and a list of smart scenarios; Record the list of smart scenarios confirmed by the customer and update the database corresponding to the sample cases.

[0047] According to the above settings, after the designer provides the design plan and smart scene, there is no need to manually select the equipment for the whole house one by one. This method can automatically provide a reference equipment list and smart scene list based on historical cases. The designer only needs to screen and confirm, which can free the designer from complicated work and reduce the chance of omissions.

[0048] In another embodiment of the method, the method also includes: if the networking scheme in the apartment design plan is wireless networking, after the equipment list and the smart scene template are sent to the central control unit, the central control unit is enabled to discover the wireless communication unit (within the signal retrieval range) and establish a network connection based on the (above-mentioned bound) ID identification matching device.

[0049] According to the above content, this solution automatically forms a network on site and does not require human intervention.

[0050] In one embodiment of the method, the QR code records supplier information and device parameters; If a fault report is generated, fill in the corresponding supplier information and equipment parameters in the fault report; Count the number of warranty sheets corresponding to any supplier, generate an operation stability report and send it to the designer. Example of operation stability report: total usage, usage, and failure rate per month per year, quarter, and month.

[0051] According to the above settings, on the one hand, it can facilitate maintenance personnel to prepare and purchase new replacement equipment in advance, and on the other hand, it can generate data for designers to refer to, supervise suppliers while also reducing disputes caused by poor quality of selected equipment.

[0052] The embodiment of the present application also discloses a system for whole-life cycle management of whole-house intelligent construction.

[0053] A system applied to the full life cycle management of whole-house intelligent construction includes a cloud platform, which stores a computer program that can be loaded by a processor and execute any of the above-mentioned methods applied to the full life cycle management of whole-house intelligent construction.

[0054] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A method for full life cycle management of whole-house intelligent construction, characterized in that: include: Create multiple roles based on the personnel involved in the construction process; the roles include customers, users, project managers, designers, sorters, distributors, constructors, inspectors, maintainers, and equipment suppliers; According to the construction life cycle, establish the demand proposal and design phase process, equipment generation and binding phase process, equipment distribution and installation phase process, and equipment acceptance phase process in sequence; as well as, Assign roles for information interaction to each process and define interaction rules; The roles in the equipment generation and binding phase process include the sorter and the equipment supplier, and the interaction rules in the equipment generation and binding phase process include: Generate an ID and a matching QR code for each device, including a central control unit and other smart home devices; Distribute equipment lists and installation locations to sorters, and bind the corresponding relationships between equipment and houses and rooms based on the sorters' scanned code feedback; wherein the equipment lists and installation locations are generated through the demand proposal and design phase process; The roles in the equipment distribution and installation phase process include project managers, delivery personnel, and construction personnel. The interaction rules of the equipment distribution and installation phase process include: when the delivery person receives the delivery list sent by the project manager, and the construction person receives the installation task sent by the project manager, then after receiving the initialization completion signal fed back by the central control unit that matches the installation task, the equipment list is distributed to the central control unit for display, and the installation confirmation information returned by the central control unit is received for verification.

2. The method for full life cycle management of whole-house intelligent construction according to claim 1 is characterized in that: The roles of the demand proposal and design phase process include customers and designers, and the interaction rules of the demand proposal and design phase process include: Receive the apartment design scheme and smart scene generated by the designer based on the design requirements proposed by the customer, and process them based on the preset layout logic to obtain the equipment list, installation point list and smart scene list; If the designer confirms that the equipment list and smart scene list are approved, a smart scene template will be generated and distributed to the customer; The interaction rules of the equipment distribution and installation phase process also include: distributing corresponding intelligent scene templates to the central control unit.

3. The method for full life cycle management of whole-house intelligent construction according to claim 2 is characterized in that: The layout logic includes: If the networking scheme in the apartment design is wireless networking, then the signal characteristics of the networking signal generating device in the preset database are obtained; wherein the signal characteristics include the relationship data of the communication distance, the shielding characteristics and the signal strength; If the location of the relay nodes of the network is marked in the apartment design, the signal coverage information is analyzed according to the signal characteristics and apartment type, and the location and number of the relay nodes are adjusted according to the signal coverage information; If the location of the relay node for networking is not marked in the apartment design plan, select any point as the location of the relay node, and then analyze the signal coverage information based on the signal characteristics and apartment type, and adjust the location and number of relay nodes based on the signal coverage information.

4. The method for full life cycle management of whole-house intelligent construction according to claim 3 is characterized in that: The layout logic further includes: Identify smart scenarios, and determine the names and quantities of the devices involved based on the sample cases pre-stored in the database, and generate a list of devices and a list of smart scenarios; Record the list of smart scenarios confirmed by the customer and update the database corresponding to the sample cases.

5. The method for full life cycle management of whole-house intelligent construction according to claim 3 is characterized in that: Also includes: If the networking scheme in the apartment design is wireless networking, after the equipment list and the smart scene template are sent to the central control unit, the central control unit will discover the wireless communication unit and establish a network connection based on the ID-identified matching device.

6. The method for full life cycle management of whole-house intelligent construction according to claim 1 is characterized in that: The roles of the equipment acceptance phase process include the acceptor, and the interaction rules of the equipment acceptance phase process include: if the construction person feedbacks that the construction is completed, an acceptance notice is sent to the acceptor, and the acceptance feedback is received and verified until the acceptance is completed.

7. The method for full life cycle management of whole-house intelligent construction according to claim 1 is characterized in that: The roles in the equipment maintenance phase include users and maintenance personnel, and the interaction rules in the equipment maintenance phase include: If a fault report is received from a user, a fault report is generated based on the fault report and distributed to maintenance personnel; Generate maintenance completion notification based on maintenance personnel's maintenance feedback, distribute it to users, and receive users' acceptance feedback; When the user's acceptance feedback is passed, the new configuration will be sent to the central control screen.

8. The method for full life cycle management of whole-house intelligent construction according to claim 7 is characterized in that: Also includes: The QR code records supplier information and equipment parameters; If a fault report is generated, fill in the corresponding supplier information and equipment parameters in the fault report; Count the number of guarantee orders corresponding to any supplier, generate an operation stability report and send it to the designer.

9. A system for the full life cycle management of whole-house intelligent construction, characterized in that: It includes a cloud platform, which stores a computer program that can be loaded by a processor and executes a method for full life cycle management of whole-house intelligent construction as claimed in any one of claims 1 to 8.

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