CN117252558B - Cleaning equipment management method and system based on face recognition - Google Patents
Cleaning equipment management method and system based on face recognition Download PDFInfo
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- CN117252558B CN117252558B CN202311533622.6A CN202311533622A CN117252558B CN 117252558 B CN117252558 B CN 117252558B CN 202311533622 A CN202311533622 A CN 202311533622A CN 117252558 B CN117252558 B CN 117252558B
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- 238000004140 cleaning Methods 0.000 title claims abstract description 370
- 238000007726 management method Methods 0.000 title claims abstract description 220
- 238000000034 method Methods 0.000 claims abstract description 25
- 238000012790 confirmation Methods 0.000 claims abstract description 23
- 239000000758 substrate Substances 0.000 claims 2
- 238000010586 diagram Methods 0.000 description 4
- 239000000428 dust Substances 0.000 description 4
- 238000010408 sweeping Methods 0.000 description 4
- 238000009960 carding Methods 0.000 description 2
- 244000007853 Sarothamnus scoparius Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000003599 detergent Substances 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/10—Office automation; Time management
- G06Q10/103—Workflow collaboration or project management
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
- G06F21/31—User authentication
- G06F21/32—User authentication using biometric data, e.g. fingerprints, iris scans or voiceprints
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/20—Administration of product repair or maintenance
Abstract
The invention provides a cleaning equipment management method and a cleaning equipment management system based on face recognition, which are used for generating equipment structures corresponding to cleaning groups according to equipment configuration information input by management ends of the cleaning groups; the method comprises the steps of receiving internal borrowing information generated by a first cleaning end based on an equipment structure, calling an internal borrowing strategy to determine a second cleaning end, and updating the associated cleaning end of corresponding cleaning equipment to the first cleaning end according to confirmation information of the second cleaning end; the method comprises the steps of receiving external borrowing information of a first management end, determining a second management end according to the external borrowing information, calling an external borrowing strategy to process the external borrowing information and a device structure of the second management end, and obtaining a borrowing structure and sending the borrowing structure to the first management end; and generating a demand structure according to the selected information of the borrowing structure by the first management end, sending the demand structure to the second management end, and updating corresponding cleaning equipment to the equipment structure of the first management end based on the confirmation information of the second management end.
Description
Technical Field
The invention relates to the technology of the internet of things, in particular to a cleaning equipment management method and system based on face recognition.
Background
The cleaning equipment is designed for cleaning, plays an important role in cleaning the environment, and the pollution to the environment can be reduced by correctly using the cleaning tool.
At present, when a cleaning person uses the cleaning device, a plurality of cleaning devices are usually stacked together, the cleaning person wants to use the corresponding cleaning device, in this case, the management of the cleaning device is confusing, and when the cleaning device is damaged or lost, there may be no way to trace the corresponding cleaning device.
Therefore, how to orderly manage a plurality of cleaning devices becomes a problem to be solved in the present day.
Disclosure of Invention
The embodiment of the invention provides a cleaning equipment management method and a cleaning equipment management system based on face recognition, which can orderly manage a plurality of cleaning equipment.
In a first aspect of an embodiment of the present invention, a cleaning device management method based on face recognition is provided, including:
generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment;
Receiving internal borrowing information generated by a first cleaning end based on the equipment structure, calling an internal borrowing strategy to determine a second cleaning end, and updating the associated cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end;
receiving external borrowing information of a first management end, determining a second management end according to the external borrowing information, calling an external borrowing strategy to process the external borrowing information and the equipment structure of the second management end, and obtaining a borrowing structure and sending the borrowing structure to the first management end;
and generating a demand structure according to the selected information of the borrowing structure by the first management end, sending the demand structure to the second management end, and updating the corresponding cleaning equipment to the equipment structure of the first management end based on the confirmation information of the second management end.
Optionally, in one possible implementation manner of the first aspect, generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, where the equipment configuration information includes an equipment type, an equipment number, and an associated cleaning end of each cleaning equipment, and the method includes:
constructing group nodes corresponding to the cleaning groups, category nodes corresponding to the equipment types and equipment nodes corresponding to the cleaning equipment;
Connecting the equipment nodes of the same equipment type with the corresponding class nodes, and connecting each class node with the group node to obtain an equipment structure corresponding to the corresponding cleaning group;
and receiving an equipment configuration table, and binding equipment numbers of the corresponding cleaning equipment with the associated cleaning ends according to the equipment configuration table, wherein the equipment configuration table comprises a one-to-one correspondence relation between the equipment numbers of the cleaning equipment and the associated cleaning ends.
Optionally, in one possible implementation manner of the first aspect, the receiving the internal borrowing information generated by the first cleaning end based on the device structure, calling an internal borrowing policy to determine a second cleaning end, and updating the associated cleaning end of the corresponding cleaning device to the first cleaning end according to the confirmation information of the second cleaning end includes:
receiving an internal borrowing request input by the first cleaning end, calling the corresponding equipment structure based on the face recognition result of the first cleaning end, and sending the equipment structure to the first cleaning end;
receiving an equipment node selected by the first cleaning end based on the equipment structure as an internal borrowing node, and determining an associated cleaning end corresponding to the internal borrowing node as a second cleaning end, wherein the internal borrowing information comprises the internal borrowing node;
Updating the relevant cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end.
Optionally, in one possible implementation manner of the first aspect, the receiving external borrowing information of the first management end, determining the second management end according to the external borrowing information, and calling an external borrowing policy to process the external borrowing information and a device structure of the second management end, so as to obtain a borrowing structure, and sending the borrowing structure to the first management end includes:
receiving an external borrowing request input by the first cleaning end, and acquiring a management end corresponding to the corresponding equipment structure as a first management end based on the face recognition result of the first cleaning end;
obtaining external borrowing information according to the determination information of the first management end on the external borrowing request, wherein the external borrowing information comprises borrowing types;
acquiring an equipment structure containing the borrowed variety as a structure to be screened, and sending the structure to be screened to the first management end;
receiving a structure to be screened selected by the first management end as a target structure, and determining a management end corresponding to the target structure as a second management end;
Intercepting the target structure according to the borrowing type to obtain a borrowing structure, and sending the borrowing structure to the first management end.
Optionally, in one possible implementation manner of the first aspect, intercepting the target structure according to the borrowing category to obtain a borrowing structure, and sending the borrowing structure to the first management side, including:
acquiring class nodes corresponding to the borrowing types in the target structure as target nodes, and intercepting equipment nodes and group nodes corresponding to the target nodes to obtain a borrowing structure;
receiving time information configured by the second management end for each equipment node in the borrowing structure, and sending the borrowing structure with the time information configured to the first management end;
the time information comprises duration and allowed duration.
Optionally, in one possible implementation manner of the first aspect, generating, according to the selected information of the borrowing structure by the first management end, a requirement structure and sending the requirement structure to the second management end, where the generating includes:
receiving selected information of the first management end on the equipment nodes in the borrowing structure, and determining the equipment nodes corresponding to the selected information as external borrowing nodes;
And calling a preset pixel value to update the pixel value of the external borrowing adjustment node to obtain a demand structure, and sending the demand structure to the second management end.
Optionally, in one possible implementation manner of the first aspect, updating the corresponding cleaning device to the device structure of the first management side based on the acknowledgement information of the second management side includes:
acquiring cleaning equipment corresponding to the external borrowing node as external borrowing equipment based on the determined information of the second management end;
constructing an external borrowing node corresponding to the external borrowing device, and acquiring the device type of the external borrowing device;
if the class node corresponding to the equipment type exists in the equipment structure of the first management end, updating the external borrowing and adjusting node to the position below the corresponding class node to obtain an updated equipment structure corresponding to the first management end;
if the class node corresponding to the equipment type does not exist in the equipment structure of the first management end, constructing an external class node corresponding to the external borrowing node;
and updating the equipment structure of the first management end based on the external category node and the external borrowing node to obtain an updated equipment structure corresponding to the first management end.
Optionally, in one possible implementation manner of the first aspect, the method further includes:
acquiring using information of the cleaning equipment, acquiring replacement information of the cleaning equipment according to the using information, and sending the replacement information to a corresponding third management end, wherein the replacement information comprises active replacement information and passive replacement information;
receiving update information of the third management end on the corresponding cleaning equipment, wherein the update information comprises the update equipment, equipment types, equipment numbers and associated cleaning ends corresponding to the update equipment;
and updating the equipment structure corresponding to the cleaning group according to the updating information.
Optionally, in one possible implementation manner of the first aspect, the acquiring usage information of the cleaning device, and obtaining replacement information of the cleaning device according to the usage information, where the replacement information includes active replacement information and passive replacement information, and sending the replacement information to a corresponding third management end, where the replacement information includes:
analyzing the use information to obtain the current use time length of the cleaning equipment, and generating the active replacement information when the current use time length is greater than or equal to the standard use time length; or alternatively, the first and second heat exchangers may be,
receiving the stop use information input by a third cleaning end to the cleaning equipment, and generating the passive replacement information according to the stop use information;
And sending the active replacement information or the passive replacement information to the corresponding third management end.
In a second aspect of the embodiment of the present invention, there is provided a cleaning device management system based on face recognition, including:
the configuration module is used for generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment;
the internal module is used for receiving the internal borrowing information generated by the first cleaning end based on the equipment structure, calling an internal borrowing strategy to determine a second cleaning end, and updating the associated cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end;
the external module is used for receiving external borrowing information of the first management end, determining a second management end according to the external borrowing information, calling an external borrowing strategy to process the external borrowing information and the equipment structure of the second management end, and obtaining a borrowing structure and sending the borrowing structure to the first management end;
and the updating module is used for generating a demand structure according to the selected information of the first management end on the borrowing structure, sending the demand structure to the second management end, and updating the corresponding cleaning equipment to the equipment structure of the first management end based on the confirmation information of the second management end.
The beneficial effects of the invention are as follows:
1. the invention can orderly manage a plurality of cleaning devices. When the cleaning equipment is orderly managed, the equipment structure corresponding to each cleaning group can be generated, so that the cleaning equipment corresponding to each cleaning group can be combed through the equipment structure. And the invention also respectively adopts different updating strategies to update the corresponding equipment structure according to the internal borrowing information and the external borrowing information, thereby updating the corresponding equipment structure in time according to the borrowing information and enabling a user to trace the corresponding cleaning equipment according to the equipment structure. In addition, the invention also updates the corresponding equipment structure according to the replacement information of the cleaning equipment, thereby updating the equipment condition of each cleaning equipment in the equipment structure in real time and improving the accuracy of the user in data tracing.
2. When the corresponding equipment structure is updated according to the internal borrowing information, the selected information of the corresponding equipment structure is updated according to the first cleaning end, so that the corresponding equipment structure can be updated according to the borrowing requirement of cleaning staff in the group, and a user can finish tracing of the corresponding cleaning equipment according to the corresponding equipment structure. When updating the corresponding equipment structure according to the external borrowing information, the invention firstly finds a plurality of equipment structures meeting the borrowing requirement according to the borrowing type, sends the equipment structures to the first management end for selection, then intercepts the corresponding equipment structures according to the selected information of the first management end and the borrowing type, obtains the borrowing structure corresponding to the borrowing type, sends the borrowing structure to the first management end for selecting cleaning equipment, and correspondingly updates the equipment structures of the first management end through the cleaning equipment finally selected by the first management end, so that the corresponding equipment structures can be updated according to the borrowing information among groups, and a user can finish tracing the source of the corresponding cleaning equipment according to the corresponding equipment structures.
3. When the corresponding equipment structure is updated according to the replacement information of the cleaning equipment, the cleaning equipment is actively updated or passively updated according to the service time of the cleaning equipment, so that the corresponding equipment structure can be correspondingly updated according to the replacement information of the cleaning equipment, and the accuracy of a user in tracing data according to the corresponding equipment structure is improved.
Drawings
FIG. 1 is a schematic diagram of an apparatus structure according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a cleaning device management system based on face recognition according to an embodiment of the present invention.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The execution bodies of the present application may include, but are not limited to, at least one of: user equipment, network equipment, etc. The user equipment may include, but is not limited to, computers, smart phones, personal digital assistants (Personal Digital Assistant, abbreviated as PDA), and the above-mentioned electronic devices. The network device may include, but is not limited to, a single network server, a server group of multiple network servers, or a cloud of a large number of computers or network servers based on cloud computing, where cloud computing is one of distributed computing, and a super virtual computer consisting of a group of loosely coupled computers. This embodiment is not limited thereto. The method comprises the steps S1 to S4, and specifically comprises the following steps:
S1, generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment.
In practical application, due to different cleaning tasks, cleaning staff may be allocated in different cleaning groups, for example, cleaning group a, cleaning group B and cleaning group C may be configured with different cleaning staff, and cleaning areas of each cleaning group may be different, so each cleaning group may have respective corresponding cleaning devices.
The specific implementation manner of step S1 based on the above embodiment may be:
s11, constructing group nodes corresponding to the cleaning groups, category nodes corresponding to the equipment types and equipment nodes corresponding to the cleaning equipment.
In practical application, in order to distinguish each cleaning group and cleaning equipment corresponding to each cleaning group, a group node may be constructed to distinguish each cleaning group, a class node may be constructed to distinguish each cleaning equipment, and an equipment node may be constructed to distinguish each cleaning equipment.
And S12, connecting the equipment nodes of the same equipment type with the corresponding class nodes, and connecting each class node with the group node to obtain an equipment structure corresponding to the corresponding cleaning group.
Referring to fig. 1, a schematic diagram of an apparatus structure is provided in an embodiment of the present disclosure. It will be appreciated that cleaning apparatus may be of a wide variety of types, such as floor washers, vacuum cleaners, sweeping robots, etc. Therefore, in order to orderly manage a plurality of cleaning devices, the devices with the same device type can be classified together, so that the cleaning devices corresponding to each cleaning group can be orderly combed through the device structure. When carding the cleaning equipment of each cleaning group, carding can be performed by adopting the structure tree mode in fig. 1.
The group nodes in fig. 1 may correspond to the corresponding cleaning groups, the class nodes may be the above-mentioned floor cleaning machine, dust collector, sweeping robot, etc., and the equipment nodes may be specific cleaning equipment, for example, dust collector 1, dust collector 2, dust collector 3, etc.
S13, receiving an equipment configuration table, and binding equipment numbers of corresponding cleaning equipment with associated cleaning ends according to the equipment configuration table, wherein the equipment configuration table comprises a one-to-one correspondence relation between the equipment numbers of the cleaning equipment and the associated cleaning ends.
It will be appreciated that in practice the cleaning apparatus may be common, for example the large detergent may be shared by a single cleaning group, or may be separate, for example each cleaning person may be individually provided with a respective broom and sweeping robot for sweeping a respective area.
Therefore, in order to correspond each cleaning device to the corresponding cleaning person, the corresponding cleaning person can be traced when the corresponding cleaning device is damaged or lost, and the device number of the cleaning device can be bound with the corresponding associated cleaning end through the device configuration table. Wherein, each cleaning person has a unique corresponding associated cleaning end.
Through the mode, the cleaning equipment corresponding to each cleaning group can be orderly carded.
S2, receiving internal borrowing information generated by the first cleaning end based on the equipment structure, calling an internal borrowing strategy to determine a second cleaning end, and updating the associated cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end.
In practical application, the borrowing of equipment may also occur between the cleaning ends, in this case, the associated cleaning end corresponding to the cleaning equipment may change, if the corresponding equipment structure is not updated in time, the corresponding relationship between the cleaning equipment and the associated cleaning end may be wrong, so after the internal borrowing information of the first cleaning end is received, the scheme also updates the associated cleaning end corresponding to the corresponding cleaning equipment correspondingly.
In some embodiments, step S2 may be implemented through steps S21 to S23, specifically as follows:
s21, receiving an internal borrowing request input by the first cleaning end, calling the corresponding equipment structure based on the face recognition result of the first cleaning end, and sending the equipment structure to the first cleaning end.
In practical application, the identity information of each cleaning person can be recorded in a face recording mode, and then the equipment structure and the corresponding identity information are bound, so that the corresponding equipment structure can be quickly called through a face recognition result and sent to the first cleaning end.
S22, receiving the equipment node selected by the first cleaning end based on the equipment structure as an internal borrowing node, determining an associated cleaning end corresponding to the internal borrowing node as a second cleaning end, and the internal borrowing information comprises the internal borrowing node.
It can be understood that, because each equipment node has its corresponding associated cleaning end, the first cleaning end can directly select the corresponding equipment node when borrowing the cleaning equipment, thereby completing borrowing with the second cleaning end.
It can be further understood that, because the internal borrowing is a mutual borrowing among cleaning personnel in the cleaning group, borrowing of corresponding cleaning equipment can be completed according to the internal borrowing node selected by the first cleaning end during borrowing.
S23, updating the relevant cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end.
In practical application, in order to enable the cleaning equipment and the associated cleaning ends to be in one-to-one correspondence, the associated cleaning ends of the cleaning equipment are updated in real time during internal borrowing.
Through the mode, the cleaning equipment can be subjected to internal borrowing, and the corresponding equipment structure can be updated in real time according to the internal borrowing information, so that the service condition of each cleaning equipment can be tracked and traced through the equipment structure.
S3, receiving external borrowing information of the first management end, determining a second management end according to the external borrowing information, calling an external borrowing strategy to process the external borrowing information and the equipment structure of the second management end, and obtaining a borrowing structure and sending the borrowing structure to the first management end.
In practical applications, besides the internal borrowing between the cleaning terminals in the cleaning group, external borrowing between the cleaning groups may occur, for example, the cleaning device a in the cleaning group a may not be available, and the cleaning device a is just in the cleaning group B, in which case the cleaning group a may perform external borrowing with the cleaning device of the cleaning group B.
It can be understood that, since the external borrowing is a borrowing between the group and the group, the borrowing operation is required by the management end corresponding to the cleaning group during the borrowing. The first management end refers to a management end corresponding to a cleaning group needing external borrowing, and the second management end refers to a management end corresponding to a cleaning group needing external borrowing.
The specific implementation manner of step S3 based on the above embodiment may be:
s31, receiving an external borrowing request input by the first cleaning end, and acquiring a management end corresponding to the equipment structure based on the face recognition result of the first cleaning end as a first management end.
When external borrowing is performed, the equipment structure corresponding to the first cleaning end can be obtained through the face recognition result, and then the first management end is obtained through the equipment structure. In practical application, the first cleaning end can input the borrowing type of the cleaning equipment needing borrowing together when the external borrowing request is input, so that the corresponding first management end can finish corresponding external borrowing according to the borrowing type.
S32, obtaining external borrowing information according to the determination information of the first management end on the external borrowing request, wherein the external borrowing information comprises borrowing types.
In practical application, the first cleaning end can be confirmed by the first management end after the external borrowing request is input, and subsequent external borrowing operation is performed after the first management end confirms.
S33, acquiring the equipment structure containing the borrowed variety as a structure to be screened, and sending the structure to be screened to the first management end.
It can be understood that there may be a plurality of equipment structures including the borrowed category, so that after obtaining a plurality of structures to be screened according to the borrowed category, the first management end can screen the plurality of structures to be screened.
S34, receiving the structure to be screened selected by the first management end as a target structure, and determining the management end corresponding to the target structure as a second management end.
S35, intercepting the target structure according to the borrowing type to obtain a borrowing structure, and sending the borrowing structure to the first management end.
In some embodiments, the borrowing structure may be obtained and sent to the first management side through the following steps:
s351, obtaining a category node corresponding to the borrowing category in the target structure as a target node, and intercepting equipment nodes and group nodes corresponding to the target node to obtain the borrowing structure.
It can be understood that a plurality of category nodes may exist in the target structure, so that in order to enable the first management end to quickly select a suitable cleaning device, the scheme intercepts category nodes corresponding to the borrowed category in the target structure, thereby enabling the first management end to quickly complete borrowing of the corresponding cleaning device according to the borrowing structure.
S352, receiving time information configured by the second management end for each equipment node in the borrowing structure, and sending the borrowing structure with the time information configured to the first management end.
The time information comprises duration and allowed duration.
It can be understood that the cleaning device may have a duration of its own or the second management end may want to configure a corresponding allowable duration for the cleaning device, so when the borrowing structure is generated, the corresponding device node may be updated according to the time information input by the second management end, and then the borrowing structure with the configured time information is sent to the first management end to perform corresponding borrowing selection.
S4, generating a demand structure according to the selected information of the first management end on the borrowing structure, sending the demand structure to the second management end, and updating the corresponding cleaning equipment to the equipment structure of the first management end based on the confirmation information of the second management end.
The requirement structure refers to a structure corresponding to cleaning equipment to be borrowed by the first management end, and the second management end can update the corresponding cleaning equipment to the equipment structure corresponding to the first management end after determining borrowing of the corresponding cleaning equipment according to the requirement structure.
Based on the above embodiment, the specific implementation manner of "generating the demand structure and sending the demand structure to the second management end according to the selected information of the first management end on the borrowing structure" in step S4 may be:
s41, receiving the selected information of the first management end on the equipment nodes in the borrowing structure, and determining the equipment nodes corresponding to the selected information as external borrowing nodes.
It may be understood that a plurality of equipment nodes may exist in the borrowing structure, and the first management end may select an external borrowing node that needs to be borrowed finally from the plurality of equipment nodes, so that external borrowing of the corresponding cleaning equipment may be completed through the external borrowing node.
S42, a preset pixel value is called to update the pixel value of the external borrowing node, and a demand structure is obtained and sent to the second management end.
In practical application, in order to highlight the external borrowing adjustment node, the second management end can learn that the first management end wants to borrow the equipment node, and the pixel value of the external borrowing adjustment node can be updated through a preset pixel value.
Based on the above embodiment, the specific implementation manner of "updating the corresponding cleaning device to the device structure of the first management side based on the confirmation information of the second management side" in step S4 may be:
s43, based on the determination information of the second management end, the cleaning equipment corresponding to the external borrowing node is obtained to serve as external borrowing equipment.
In practical application, when the cleaning equipment corresponding to the external borrowing and adjusting node is obtained, the cleaning equipment corresponding to the external borrowing and adjusting node can be found out through the equipment number to serve as the external borrowing and adjusting equipment.
S44, constructing an external borrowing node corresponding to the external borrowing device, and acquiring the device type of the external borrowing device.
It can be understood that, in order to update the external borrowing device to the device structure corresponding to the first management end, an external borrowing node corresponding to the external borrowing device may be constructed, and the corresponding device structure is updated through the external borrowing node.
And S45, if the class node corresponding to the equipment type exists in the equipment structure of the first management end, updating the external borrowing node to the position below the corresponding class node to obtain an updated equipment structure corresponding to the first management end.
It can be understood that if a class node corresponding to the device class of the external borrowing node exists in the device structure of the first management end, the external borrowing node can be directly connected under the corresponding class node during updating, so that an updated device structure corresponding to the first management end is obtained.
S46, if the class node corresponding to the equipment type does not exist in the equipment structure of the first management end, constructing an external class node corresponding to the external borrowing node.
If the class node corresponding to the equipment type of the external borrowing node does not exist in the equipment structure of the first management end, the external class node corresponding to the external borrowing node can be constructed first during updating, and then corresponding updating is carried out through the external borrowing node and the external class node subsequently.
And S47, updating the equipment structure of the first management end based on the external category node and the external borrowing node to obtain an updated equipment structure corresponding to the first management end.
When updating, the external borrowing adjustment node and the external category node can be connected, and the external category node and the corresponding group node are connected, so that an updated equipment structure corresponding to the first management end is obtained.
By the method, the corresponding equipment structure can be updated according to the external borrowing information, so that the service condition of each cleaning equipment can be tracked and traced through the updated equipment structure.
In addition, on the basis of the above embodiment, the present solution further includes the following embodiments:
a1, acquiring using information of the cleaning equipment, acquiring replacement information of the cleaning equipment according to the using information, and sending the replacement information to a corresponding third management end, wherein the replacement information comprises active replacement information and passive replacement information.
In practical application, the cleaning equipment may be replaced, so that the scheme also generates corresponding replacement information according to the use information of each cleaning equipment and sends the corresponding replacement information to the third management end, and the third management end can replace the corresponding cleaning equipment according to the replacement information. The third management end refers to a management end corresponding to cleaning equipment which needs to be replaced.
In some embodiments, step A1 may be implemented through steps a11 to a12, specifically as follows:
a11, analyzing the use information to obtain the current use time length of the cleaning equipment, and generating the active replacement information when the current use time length is greater than or equal to the standard use time length.
In practical application, the cleaning equipment may have a corresponding standard use duration, the standard use duration may correspond to the longest usable duration of the cleaning equipment, when the use duration of the cleaning equipment exceeds the standard use duration, it is indicated that the corresponding cleaning equipment may need to be replaced, and at this time, active replacement information may be generated to remind the third management end that the corresponding cleaning equipment is replaced.
A12, or receiving the stop information input by the third cleaning end to the cleaning equipment, and generating the passive replacement information according to the stop information.
And sending the active replacement information or the passive replacement information to the corresponding third management end.
In practical applications, the third cleaning end may also replace the corresponding cleaning device, for example, when the corresponding cleaning device is damaged, the third cleaning end may replace the corresponding cleaning device, and in this case, the third cleaning end may input the use stopping information to the corresponding cleaning device, and generate the passive replacement information through the use stopping information to remind the third management end to replace the corresponding cleaning device.
A2, receiving update information of the third management end on the corresponding cleaning equipment, wherein the update information comprises the update equipment, equipment types, equipment numbers and associated cleaning ends corresponding to the update equipment.
And updating the equipment structure corresponding to the cleaning group according to the updating information.
It can be understood that after the corresponding cleaning equipment is replaced, the corresponding equipment structure is updated, so that the equipment condition of each cleaning equipment can be updated in real time through the equipment structure, and the accuracy of data tracing is improved.
Referring to fig. 2, a schematic structural diagram of a cleaning device management system based on face recognition according to an embodiment of the present invention includes:
the configuration module is used for generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment;
the internal module is used for receiving the internal borrowing information generated by the first cleaning end based on the equipment structure, calling an internal borrowing strategy to determine a second cleaning end, and updating the associated cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end;
the external module is used for receiving external borrowing information of the first management end, determining a second management end according to the external borrowing information, calling an external borrowing strategy to process the external borrowing information and the equipment structure of the second management end, and obtaining a borrowing structure and sending the borrowing structure to the first management end;
And the updating module is used for generating a demand structure according to the selected information of the first management end on the borrowing structure, sending the demand structure to the second management end, and updating the corresponding cleaning equipment to the equipment structure of the first management end based on the confirmation information of the second management end.
Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and not for limiting the same; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some or all of the technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit of the invention.
Claims (6)
1. A cleaning device management method based on face recognition, comprising:
generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment;
Receiving internal borrowing information generated by a first cleaning end based on the equipment structure, calling an internal borrowing strategy to determine a second cleaning end, and updating the associated cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end;
receiving external borrowing information of a first management end, determining a second management end according to the external borrowing information, calling an external borrowing strategy to process the external borrowing information and the equipment structure of the second management end, and obtaining a borrowing structure and sending the borrowing structure to the first management end;
generating a demand structure according to the selected information of the borrowing structure by the first management end, sending the demand structure to the second management end, and updating the corresponding cleaning equipment to the equipment structure of the first management end based on the confirmation information of the second management end;
generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment, and the method comprises the following steps:
constructing group nodes corresponding to the cleaning groups, category nodes corresponding to the equipment types and equipment nodes corresponding to the cleaning equipment;
Connecting the equipment nodes of the same equipment type with the corresponding class nodes, and connecting each class node with the group node to obtain an equipment structure corresponding to the corresponding cleaning group;
receiving an equipment configuration table, and binding equipment numbers of corresponding cleaning equipment with associated cleaning ends according to the equipment configuration table, wherein the equipment configuration table comprises a one-to-one correspondence relation between the equipment numbers of the cleaning equipment and the associated cleaning ends;
the method for receiving the internal borrowing information generated by the first cleaning terminal based on the equipment structure, calling the internal borrowing strategy to determine a second cleaning terminal, and updating the associated cleaning terminal of the corresponding cleaning equipment to the first cleaning terminal according to the confirmation information of the second cleaning terminal comprises the following steps:
receiving an internal borrowing request input by the first cleaning end, calling the corresponding equipment structure based on the face recognition result of the first cleaning end, and sending the equipment structure to the first cleaning end;
receiving an equipment node selected by the first cleaning end based on the equipment structure as an internal borrowing node, and determining an associated cleaning end corresponding to the internal borrowing node as a second cleaning end, wherein the internal borrowing information comprises the internal borrowing node;
Updating the relevant cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end;
receiving external borrowing information of a first management end, determining a second management end according to the external borrowing information, and calling an external borrowing strategy to process the external borrowing information and a device structure of the second management end to obtain a borrowing structure and send the borrowing structure to the first management end, wherein the external borrowing strategy comprises the following steps of:
receiving an external borrowing request input by the first cleaning end, and acquiring a management end corresponding to the corresponding equipment structure as a first management end based on the face recognition result of the first cleaning end;
obtaining external borrowing information according to the determination information of the first management end on the external borrowing request, wherein the external borrowing information comprises borrowing types;
acquiring an equipment structure containing the borrowed variety as a structure to be screened, and sending the structure to be screened to the first management end;
receiving a structure to be screened selected by the first management end as a target structure, and determining a management end corresponding to the target structure as a second management end;
intercepting the target structure according to the borrowing type to obtain a borrowing structure and sending the borrowing structure to the first management end;
Intercepting the target structure according to the borrowing category to obtain a borrowing structure, and sending the borrowing structure to the first management end, wherein the borrowing structure comprises the following components:
acquiring class nodes corresponding to the borrowing types in the target structure as target nodes, and intercepting equipment nodes and group nodes corresponding to the target nodes to obtain a borrowing structure;
receiving time information configured by the second management end for each equipment node in the borrowing structure, and sending the borrowing structure with the time information configured to the first management end;
the time information comprises duration and allowed duration.
2. The method of claim 1, wherein the step of determining the position of the substrate comprises,
generating a demand structure according to the selected information of the borrowing structure by the first management end, and sending the demand structure to the second management end, wherein the method comprises the following steps:
receiving selected information of the first management end on the equipment nodes in the borrowing structure, and determining the equipment nodes corresponding to the selected information as external borrowing nodes;
and calling a preset pixel value to update the pixel value of the external borrowing adjustment node to obtain a demand structure, and sending the demand structure to the second management end.
3. The method of claim 2, wherein the step of determining the position of the substrate comprises,
Based on the confirmation information of the second management end, updating the corresponding cleaning equipment to the equipment structure of the first management end comprises the following steps:
acquiring cleaning equipment corresponding to the external borrowing node as external borrowing equipment based on the determined information of the second management end;
constructing an external borrowing node corresponding to the external borrowing device, and acquiring the device type of the external borrowing device;
if the class node corresponding to the equipment type exists in the equipment structure of the first management end, updating the external borrowing and adjusting node to the position below the corresponding class node to obtain an updated equipment structure corresponding to the first management end;
if the class node corresponding to the equipment type does not exist in the equipment structure of the first management end, constructing an external class node corresponding to the external borrowing node;
and updating the equipment structure of the first management end based on the external category node and the external borrowing node to obtain an updated equipment structure corresponding to the first management end.
4. The method as recited in claim 1, further comprising:
acquiring using information of the cleaning equipment, acquiring replacement information of the cleaning equipment according to the using information, and sending the replacement information to a corresponding third management end, wherein the replacement information comprises active replacement information and passive replacement information;
Receiving update information of the third management end on the corresponding cleaning equipment, wherein the update information comprises the update equipment, equipment types, equipment numbers and associated cleaning ends corresponding to the update equipment;
and updating the equipment structure corresponding to the cleaning group according to the updating information.
5. The method of claim 4, wherein the step of determining the position of the first electrode is performed,
acquiring the use information of the cleaning equipment, acquiring replacement information of the cleaning equipment according to the use information, and sending the replacement information to a corresponding third management end, wherein the replacement information comprises active replacement information and passive replacement information and comprises the following components:
analyzing the use information to obtain the current use time length of the cleaning equipment, and generating the active replacement information when the current use time length is greater than or equal to the standard use time length; or alternatively, the first and second heat exchangers may be,
receiving the stop use information input by a third cleaning end to the cleaning equipment, and generating the passive replacement information according to the stop use information;
and sending the active replacement information or the passive replacement information to the corresponding third management end.
6. A cleaning device management system based on face recognition, comprising:
The configuration module is used for generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment;
the internal module is used for receiving the internal borrowing information generated by the first cleaning end based on the equipment structure, calling an internal borrowing strategy to determine a second cleaning end, and updating the associated cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end;
the external module is used for receiving external borrowing information of the first management end, determining a second management end according to the external borrowing information, calling an external borrowing strategy to process the external borrowing information and the equipment structure of the second management end, and obtaining a borrowing structure and sending the borrowing structure to the first management end;
the updating module is used for generating a demand structure according to the selected information of the first management end on the borrowing structure, sending the demand structure to the second management end, and updating the corresponding cleaning equipment to the equipment structure of the first management end based on the confirmation information of the second management end;
Generating an equipment structure corresponding to each cleaning group according to equipment configuration information input by a management end of each cleaning group, wherein the equipment configuration information comprises equipment types, equipment numbers and associated cleaning ends of each cleaning equipment, and the method comprises the following steps:
constructing group nodes corresponding to the cleaning groups, category nodes corresponding to the equipment types and equipment nodes corresponding to the cleaning equipment;
connecting the equipment nodes of the same equipment type with the corresponding class nodes, and connecting each class node with the group node to obtain an equipment structure corresponding to the corresponding cleaning group;
receiving an equipment configuration table, and binding equipment numbers of corresponding cleaning equipment with associated cleaning ends according to the equipment configuration table, wherein the equipment configuration table comprises a one-to-one correspondence relation between the equipment numbers of the cleaning equipment and the associated cleaning ends;
the method for receiving the internal borrowing information generated by the first cleaning terminal based on the equipment structure, calling the internal borrowing strategy to determine a second cleaning terminal, and updating the associated cleaning terminal of the corresponding cleaning equipment to the first cleaning terminal according to the confirmation information of the second cleaning terminal comprises the following steps:
Receiving an internal borrowing request input by the first cleaning end, calling the corresponding equipment structure based on the face recognition result of the first cleaning end, and sending the equipment structure to the first cleaning end;
receiving an equipment node selected by the first cleaning end based on the equipment structure as an internal borrowing node, and determining an associated cleaning end corresponding to the internal borrowing node as a second cleaning end, wherein the internal borrowing information comprises the internal borrowing node;
updating the relevant cleaning end of the corresponding cleaning equipment to the first cleaning end according to the confirmation information of the second cleaning end;
receiving external borrowing information of a first management end, determining a second management end according to the external borrowing information, and calling an external borrowing strategy to process the external borrowing information and a device structure of the second management end to obtain a borrowing structure and send the borrowing structure to the first management end, wherein the external borrowing strategy comprises the following steps of:
receiving an external borrowing request input by the first cleaning end, and acquiring a management end corresponding to the corresponding equipment structure as a first management end based on the face recognition result of the first cleaning end;
obtaining external borrowing information according to the determination information of the first management end on the external borrowing request, wherein the external borrowing information comprises borrowing types;
Acquiring an equipment structure containing the borrowed variety as a structure to be screened, and sending the structure to be screened to the first management end;
receiving a structure to be screened selected by the first management end as a target structure, and determining a management end corresponding to the target structure as a second management end;
intercepting the target structure according to the borrowing type to obtain a borrowing structure and sending the borrowing structure to the first management end;
intercepting the target structure according to the borrowing category to obtain a borrowing structure, and sending the borrowing structure to the first management end, wherein the borrowing structure comprises the following components:
acquiring class nodes corresponding to the borrowing types in the target structure as target nodes, and intercepting equipment nodes and group nodes corresponding to the target nodes to obtain a borrowing structure;
receiving time information configured by the second management end for each equipment node in the borrowing structure, and sending the borrowing structure with the time information configured to the first management end;
the time information comprises duration and allowed duration.
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