CN108881469B - Resource distribution system based on reservation mode - Google Patents
Resource distribution system based on reservation mode Download PDFInfo
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- CN108881469B CN108881469B CN201810738182.0A CN201810738182A CN108881469B CN 108881469 B CN108881469 B CN 108881469B CN 201810738182 A CN201810738182 A CN 201810738182A CN 108881469 B CN108881469 B CN 108881469B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/60—Scheduling or organising the servicing of application requests, e.g. requests for application data transmissions using the analysis and optimisation of the required network resources
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/60—Scheduling or organising the servicing of application requests, e.g. requests for application data transmissions using the analysis and optimisation of the required network resources
- H04L67/63—Routing a service request depending on the request content or context
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Abstract
The invention aims to provide a resource allocation system based on reservation information. The resource allocation system based on the reservation mode provided by the invention has the following characteristics that: at least one reservation terminal, which is held by a reservation staff and has a unique reservation identification code; the audit terminal is held by an audit staff and has a unique audit identification code; and the server is in communication connection with the reservation terminal and the audit terminal respectively, wherein the reservation terminal comprises a reservation side picture storage part, a reservation side input display part and a reservation side communication part, the audit terminal comprises an audit side picture storage part, an audit side input display part and an audit side communication part, and the server comprises a reservation information storage part, an allocation mode storage part, a resource allocation information storage part, a service side communication part, a search acquisition part, an allocation information generation part and a resource allocation part.
Description
Technical Field
The invention relates to a resource distribution system based on a reservation mode.
Background
Nowadays, universities, especially universities with a plurality of devices, often hold large conferences, events or exhibitions. For convenience of management, the sites of these meetings, events and exhibitions are reserved in advance, but when a large number of people participate in various held events, the frequency of use of various facility services increases, and for example, networks, elevators and the like may cause "insufficient" or "conflict" in some time periods, which may affect not only the work efficiency of the participants, but also the normal progress of the events.
In order to reduce the influence on the activities, some schools can allocate resources according to the maximum requirement, but because the holding time and the number of people for the activities are not determined, the waste phenomenon is generated, and the trend of energy conservation and environmental protection is not met; some schools restrict the places where the activities are held and nearby except for the participants, and no other people are allowed to enter the activities in the time period of holding the activities, but the normal life of teachers and students in the schools is affected, and the enthusiasm of the students for the activities is reduced.
Disclosure of Invention
The present invention has been made to solve the above-described problems, and an object of the present invention is to provide a resource allocation system based on reservation information.
The invention provides a resource distribution system based on a reservation mode, which is characterized by comprising the following components: at least one reservation terminal, which is held by a reservation staff and has a unique reservation identification code; the audit terminal is held by an audit staff and has a unique audit identification code; the system comprises a reservation terminal and an audit terminal, wherein the reservation terminal comprises a reservation side picture storage part, a reservation side input display part and a reservation side communication part, the audit terminal comprises an audit side picture storage part, an audit side input display part and an audit side communication part, the server comprises a reservation information storage part, a distribution mode storage part, a resource distribution information storage part, a service side communication part, a search acquisition part, a distribution information generation part and a resource distribution part, and the reservation information storage part is used for storing reservation information and a reservation identification code; the allocation mode storage part stores resource allocation modes corresponding to the reservation types and the type scales; the resource allocation information storage part is used for storing resource allocation information allocated according to the resource allocation mode corresponding to the reservation information; the reservation side picture storage part stores a reservation information input picture; the audit side picture storage part stores an audit data picture; the reservation side input display part displays a reservation information input screen to allow a reservation staff to input reservation information containing reservation date, reservation time, reservation place, reservation type and type scale; once the reservation personnel confirms the reservation information, the reservation side communication part transmits the confirmed reservation information and the corresponding reservation identification code to the server; the service side communication part receives the reservation information and the reservation identification code and sends the reservation information and the reservation identification code to the auditing terminal; the auditing side input display part displays an auditing data picture to ensure that an auditor audits and confirms the reservation information; once the auditor confirms the reservation information, the communication part at the audition side sends audit passing information to the server; once the service side communication part receives the auditing passing information, the reservation information storage part correspondingly stores the reservation identification code and the reservation information; the search acquisition part searches the sub-formula storage part according to the stored reservation information and acquires a corresponding resource allocation mode; the allocation information generating part allocates the resources according to the reservation date, the reservation place and the corresponding resource allocation mode in the reservation information to generate resource allocation information; a resource allocation information storage unit that stores resource allocation information corresponding to the reservation information; the resource allocation unit allocates resources based on the resource allocation information.
The resource allocation system based on the reservation mode according to the present invention may further include: wherein the reservation type includes at least one of a meeting, an exhibition, and an activity, and the use of the resource includes use of a virtual machine, use of a smart device, use of an elevator, use of a smart printer, use of a microphone, use of a camera device, use of a projector device, and use of a network.
The resource allocation system based on the reservation mode according to the present invention may further include: the auditing side image storage part also stores an allocation information display image, the service side communication part also sends the resource allocation information to the auditing terminal, the auditing side communication part receives the resource allocation information, and the auditing side input display part displays the allocation information display image to allow an auditing person to audit the resource allocation information.
The resource allocation system based on the reservation mode according to the present invention may further include: the server further comprises a resource threshold range storage part, a judgment part and a warning information generation part, wherein the resource threshold range storage part stores warning threshold ranges corresponding to different resources, the auditing side picture storage part also stores threshold warning pictures, the judgment part judges whether the resource usage in all resource allocation information exceeds the warning threshold range based on the reservation date, when the judgment result shows that the resource usage exceeds the warning threshold range, the warning information generation part generates threshold warning information, the service side communication part sends the threshold warning information to the auditing terminal, the auditing side communication part receives the threshold warning information, and the auditing side input display part displays the threshold warning pictures to allow auditors to review the threshold warning information.
The resource allocation system based on the reservation mode according to the present invention may further include: the server further comprises a patrol inspection information generation part, the audit side picture storage part further stores a patrol inspection information display picture, the patrol inspection information generation part generates patrol inspection information according to a preset time period, the service side communication part further sends the patrol inspection information to the audit terminal, the audit side communication part receives the patrol inspection information, and the audit side input display part displays the patrol inspection information display picture to enable auditors to patrol all resources according to the patrol inspection information.
The resource allocation system based on the reservation mode according to the present invention may further include: the reservation side picture storage part also comprises a reservation information change picture, the reservation side input display part displays the reservation information change picture to allow reservation personnel to input changed reservation information, the reservation side communication part sends the changed reservation information and the corresponding reservation identification code to the server, and the service side communication part receives the changed reservation information and the reservation identification code and sends the reservation information and the reservation identification code to the auditing terminal; the auditing side input display part displays an auditing data picture to ensure that an auditor audits and confirms the changed reservation information, and once the auditor confirms the changed reservation information, the auditing side communication part sends auditing passing information to the server; when the service-side communication unit receives the audit-passed information, the reservation information storage unit stores the reservation identification code and the reservation information in association with each other.
The resource allocation system based on the reservation mode according to the present invention may further include: the server also comprises a maintenance information storage part, a time counting and calculating part and a warning information generating part, wherein the audit side picture storage part also stores a fault warning picture, the maintenance information storage part stores a maintenance record of resources, the maintenance record comprises an equipment identification code uniquely corresponding to equipment and fault occurrence time of the equipment, and the time counting and calculating part counts all fault occurrence time of the equipment of the same type corresponding to the equipment identification code from the maintenance information storage part and calculates theoretical fault occurrence time corresponding to the equipment; the warning information generating part generates fault warning information according to the theoretical fault occurrence time, the service side communication part sends the fault warning information to the auditing terminal, the auditing side communication part receives the fault warning information, and the auditing side input display part displays a fault warning picture to allow an auditing person to review the fault warning information.
The resource allocation system based on the reservation mode according to the present invention may further include: the server also comprises a maintenance cost counting part and a replacement judging part, wherein the checking side picture storage part also stores a state information display picture, the maintenance information storage part also correspondingly stores the value of equipment and the corresponding maintenance cost of each maintenance, the maintenance cost counting part counts the number of times of actual faults of the equipment corresponding to a certain equipment identification code, and calculates the maintenance cost of the actual faults which have occurred according to the preset price, when the maintenance cost of the equipment is not less than the value of the equipment, the replacement judging part judges that the state of the equipment is a state to be replaced, the server communication part sends the state information of the state to be replaced of the equipment to a checking terminal, and the checking side input display part displays the received state information in the state information display picture.
Action and Effect of the invention
According to the resource allocation system based on the reservation mode, at least one reservation terminal is held by reservation personnel and has a unique reservation identification code; the audit terminal is held by an audit staff and has a unique audit identification code; and the server is in communication connection with the reservation terminal and the auditing terminal respectively, wherein the reservation terminal comprises a reservation side picture storage part, a reservation side input display part and a reservation side communication part, the auditing terminal comprises an auditing side picture storage part, an auditing side input display part and an auditing side communication part, and the server comprises a reservation information storage part, a distribution mode storage part, a resource distribution information storage part, a service side communication part, a search acquisition part, a distribution information generation part and a resource distribution part.
The resource allocation system can automatically allocate the resources to the associated multiple appointments according to the appointment information after the appointment staff are checked, so that the use conflict can be avoided, and the utilization rate of the resources can be improved. In addition, the resource allocation system can allocate various virtual resources in a limited time according to the reservation information, ensure that the participants can enjoy the virtual resources in the whole time period of the conference, the activity and the exhibition, and avoid the condition of insufficient use.
The resource distribution system of the invention can easily provide various resources required by different conferences, activities and exhibitions without allocating resources according to the maximum requirement and limiting the access of activity sites.
Drawings
FIG. 1 is a block diagram of a resource allocation system based on a reservation mode according to an embodiment of the present invention;
fig. 2 is a block diagram of a configuration of a reservation terminal in an embodiment of the present invention;
FIG. 3 is a block diagram of an audit terminal according to an embodiment of the present invention;
FIG. 4 is a block diagram of a server in an embodiment of the invention;
FIG. 5 is a flow chart of resource allocation of the resource allocation system in the reservation-based mode according to an embodiment of the present invention; and
fig. 6 is a flowchart of a resource maintenance inspection of a resource distribution system in a reservation-based mode according to an embodiment of the present invention.
Detailed Description
In order to make the technical means, creation features, achievement objects and effects of the present invention easy to understand, the following embodiments will specifically describe the resource allocation system based on the reservation mode in conjunction with the accompanying drawings.
Fig. 1 is a block diagram of a resource allocation system based on a reservation mode according to an embodiment of the present invention.
As shown in fig. 1, the resource distribution system 100 in the reservation-based mode of the present embodiment includes a reservation terminal 10, an audit terminal 20, a server 30, and a communication network 40.
In this embodiment, the reservation terminal 10 can be a computer, a personal computer, a mobile phone, or other devices that can be carried by a reservation staff who needs to perform a site reservation, so that the reservation staff can perform related operations. The reservation terminal 10 has a unique reservation identification code.
Fig. 2 is a block diagram of a configuration of a reservation terminal in an embodiment of the present invention.
As shown in fig. 2, the reservation terminal 10 includes a reservation-side screen storage unit 11, a reservation-side input display unit 12, a reservation-side register unit 13, a reservation-side communication unit 14, and a reservation-side control unit 15 that controls the above units.
The reservation-side screen storage unit 11 stores a reservation information input screen and a reservation information change screen.
The reservation-side input display unit 12 displays a reservation information input screen for a reservation operator to input reservation information including a reservation date, a reservation time, a reservation location, a reservation type, and a type scale; and displaying a reservation information change picture to allow a reservation person to input the changed reservation information. The reservation type includes at least one of a meeting, an exhibition, and an activity, and the use of the resource includes use of a virtual machine, use of a smart device, use of an elevator, use of a smart printer, use of a microphone, use of a camera device, use of a projector device, and use of a network.
The reservation-side temporary storage unit 13 temporarily stores data information exchanged between the reservation terminal 10 and the server 30, for example, reservation information input by a reservation person.
Once the reservation information is confirmed by the reservation clerk, the reservation-side communication unit 14 transmits the reservation information confirmed by the reservation clerk and the corresponding reservation identification code to the server 30. The reservation-side communication unit 14 also transmits the modified reservation information and the corresponding reservation identification code to the server 30.
The reservation-side control unit 15 includes a computer program for controlling the operations of the reservation-side screen storage unit 11, the reservation-side input display unit 12, the reservation-side temporary storage unit 13, and the reservation-side communication unit 14.
In the first embodiment, the auditing terminal 20 may be a computer, a personal computer, a mobile phone, or other devices that can be carried by an auditor performing auditing on site reservation information, so that the auditor performs related operations. The audit terminal 20 has a unique audit identity.
Fig. 3 is a block diagram of an audit terminal in an embodiment of the present invention.
As shown in fig. 3, the audit terminal 20 includes an audit side screen storage unit 21, an audit side input display unit 22, an audit side register unit 23, an audit side communication unit 24, and an audit side control unit 25 that controls the above units.
The audit side screen storage unit 21 stores an audit data screen, a distribution information display screen, a threshold alarm, a screen polling information display screen, a trouble alarm screen, and a status information display screen.
The audit side input display unit 22 displays an audit data screen to allow an auditor to audit and confirm the reservation information sent from the server 30 and the changed reservation information; displaying an allocation information display picture to allow an auditor to audit the resource allocation information; displaying a threshold warning picture to allow an auditor to review the threshold warning information; displaying a patrol information display picture to allow an auditor to patrol all resources according to the patrol information; displaying a fault warning picture to allow an auditor to review the fault warning information; and displaying a state information display screen to allow the auditor to review the received state information.
The audit side temporary storage unit 23 temporarily stores the reservation information.
The audit side communication unit 24 receives the reservation information transmitted from the server 30, transmits audit pass information to the server 30, receives the resource allocation information transmitted from the server 30, receives the threshold value warning information transmitted from the server 30, receives the patrol information transmitted from the server 30, receives the failure warning information transmitted from the server 30, and receives the status information transmitted from the server 30.
The audit side control unit 25 includes a computer program for controlling the operation of the audit side screen storage unit 21, the audit side input display unit 22, the audit side register unit 23, and the audit side communication unit 24.
The server 30 is connected in communication with the reservation terminal 10 and the audit terminal 20 through the communication network 40, respectively.
Fig. 4 is a block diagram of a server in an embodiment of the present invention.
As shown in fig. 4, the server 30 includes a reservation information storage unit 31, an allocation method storage unit 32, a resource allocation information storage unit 33, a service-side communication unit 34, a search acquisition unit 35, an allocation information generation unit 36, a resource allocation unit 37, a resource threshold range storage unit 38, a determination unit 39, a warning information generation unit 310, a service-side temporary storage unit 311, a patrol information generation unit 312, a maintenance information storage unit 313, a time statistic calculation unit 314, a maintenance fee statistic unit 315, a replacement determination unit 316, and a service-side control unit 317 that controls the above units.
The reservation information storage unit 31 stores reservation information, a reservation identification code, and an audit identification code of a corresponding auditor.
The allocation method storage unit 32 stores resource allocation methods corresponding to the reservation types and the type sizes.
The resource allocation information storage unit 33 stores resource allocation information allocated according to the resource allocation method corresponding to the reservation information.
The service-side communication unit 34 receives the reservation information and the reservation identification code transmitted from the reservation terminal 10 and transmits the reservation information and the reservation identification code to the audit terminal 20; receiving the audit passing information sent by the audit terminal 20; sending the threshold warning information to the auditing terminal 20; sending the inspection information to the audit terminal 20; receiving the modified reservation information and the reservation identification code, and sending the reservation information and the reservation identification code to the audit terminal 20; sending the fault warning information to the auditing terminal 20; the status information of the to-be-replaced status of the device is sent to the audit terminal 20.
The search acquisition unit 35 searches the assignment formula storage unit based on the stored reservation information to acquire a corresponding resource assignment method.
The allocation information generating unit 36 generates resource allocation information by allocating resources according to the reservation date, the reservation point, and the corresponding resource allocation method in the reservation information.
The resource allocation unit 37 allocates resources based on the resource allocation information stored in the resource allocation information storage unit.
The resource threshold range storage unit 38 stores the use warning threshold ranges corresponding to different resources.
The determination unit 39 determines whether or not the resource usage in all the resource allocation information exceeds the warning threshold range based on the reservation date.
When the threshold value is determined to be exceeded, the warning information generation unit 310 generates threshold value warning information. The warning information generating unit 310 also generates failure warning information based on the theoretical failure occurrence time.
The service-side temporary storage unit 311 is used to temporarily store data information exchanged between the server 30 and the reservation terminal 10 and the audit terminal 20, such as reservation information input by a reservation clerk, audit-passed information confirmed by the audit person, and resource allocation information generated by the server 30.
The patrol information generation unit 312 generates patrol information according to a predetermined time period.
The maintenance information storage unit 313 stores a maintenance record of the resource, which includes an equipment identification code uniquely associated with the equipment, a time when the equipment has failed, a value of the equipment, and a corresponding maintenance cost per maintenance.
The time counting unit 314 counts all the failure occurrence times of the devices of the same type corresponding to the device identification code from the maintenance information storage unit, and calculates the theoretical failure occurrence time corresponding to the device.
The maintenance cost counting unit 315 counts the number of times of actual failure of the equipment corresponding to a certain equipment identification code, and calculates the maintenance cost of the actual failure that has occurred based on a predetermined price.
When the maintenance cost of the equipment is not less than the value of the equipment, the replacement determination section 316 determines that the state of the equipment is a state to be replaced.
The service-side control unit 317 includes a computer program for controlling the operations of the reservation information storage unit 31, the allocation method storage unit 32, the resource allocation information storage unit 33, the service-side communication unit 34, the search acquisition unit 35, the allocation information generation unit 36, the resource allocation unit 37, the resource threshold range storage unit 38, the determination unit 39, the warning information generation unit 310, the service-side temporary storage unit 311, the patrol information generation unit 312, the maintenance information storage unit 313, the time statistic calculation unit 314, the maintenance fee statistic unit 315, and the replacement determination unit 316.
Fig. 5 is a resource allocation flow chart of the resource allocation system in the reservation-based mode according to the embodiment of the invention.
As shown in fig. 5, the resource allocation flow chart of the resource allocation system based on the reservation mode of the present embodiment is as follows:
in step S1-1, the reservation-side input display unit 12 displays a reservation information input screen for the reservation staff to input reservation information including a reservation date, a reservation time, a reservation location, a reservation type, and a type scale, displays a reservation information change screen for the reservation staff to input changed reservation information, and the process proceeds to step S1-2.
In step S1-2, when the reservation operator confirms the reservation information or the modified reservation information, the reservation-side communication unit 13 transmits the confirmed reservation information and the corresponding reservation identification code to the server 30, and then the process proceeds to step S1-3.
In step S1-3, the service-side communication unit 34 receives the reservation information and the reservation identification code, temporarily stores the information in the service-side temporary storage unit 311, and then proceeds to step S1-4.
In step S1-4, the service-side communication unit 34 transmits the reservation information and the reservation identification code to the audit terminal 20, and the process proceeds to step S1-5.
In step S1-5, the audit side input display unit 22 displays an audit data screen to allow the auditor to verify the reservation information, and then the process proceeds to step S1-34.
In step S1-6, the audit side communicator 24 transmits an audit pass message to the server 30 upon the auditor confirming the reservation message, and then proceeds to step S1-7.
In step S1-7, when the service-side communication unit 34 receives the audit-passed information sent from the audit terminal 20, the reservation information storage unit 31 stores the reservation information, the reservation identification code, and the corresponding audit identification code of the auditor, and then the process proceeds to step S1-8.
In step S1-8, the search acquiring unit 35 searches the assignment formula storing unit according to the stored reservation information and acquires the corresponding resource assignment method, and then proceeds to step S1-9.
In step S1-9, the allocation information generator 36 allocates the resource to generate the resource allocation information according to the reservation date, the reservation point, and the corresponding resource allocation method in the reservation information, and then proceeds to step S1-10.
In step S1-10, the resource allocation information storage 33 stores the resource allocation information corresponding to the reservation information, and then proceeds to step S1-11.
Step S1-11, the judgment part 39 judges whether the resource usage in all the resource allocation information exceeds the warning threshold range based on the reservation date, and when the judgment result is that the resource usage exceeds the warning threshold range, the process goes to step S1-13; when it is determined not to exceed, the routine proceeds to step 1-12.
In step S1-12, the resource assigning section 37 assigns resources according to the resource assignment information, and then proceeds to step S1-14.
In step S1-13, the warning information generator 310 generates threshold warning information, and then proceeds to step S1-17.
In step S1-14, the service-side communication unit 34 further transmits the resource allocation information to the audit terminal 20, and the process proceeds to step S1-15.
In step S1-15, the audit side communication unit 24 receives the resource allocation information, and then proceeds to step S1-16.
In step S1-16, the audit side input display unit 22 displays an allocation information display screen to allow auditors to audit the resource allocation information, and then enters an end state.
In step S1-17, the service-side communication unit 34 transmits the threshold warning information to the audit terminal 20, and the process proceeds to step S1-18.
In step S1-18, the auditing-side communication unit 24 receives the threshold warning information, and then proceeds to step S1-19.
In step S1-19, the auditing-side input display unit 22 displays a threshold warning screen to allow the auditor to review the threshold warning information, and then enters an end state.
Fig. 6 is a flowchart of a resource maintenance inspection of a resource distribution system in a reservation-based mode according to an embodiment of the present invention.
As shown in fig. 6, the resource maintenance inspection flowchart of the resource allocation system based on the reservation mode in this embodiment is specifically as follows:
in step S2-1, the inspection information generating unit 312 generates inspection information according to a predetermined time period, and then proceeds to step S2-2.
In step S2-2, the service-side communication unit 34 further transmits the polling information to the audit terminal 20, and then proceeds to step S2-3.
In step S2-3, the audit side communication unit 24 receives the patrol information transmitted from the server, and then proceeds to step S2-4.
And S2-4, the auditing input display part 22 displays an inspection information display picture to enable an auditor to inspect all resources according to the inspection information, and then the process goes to S2-5.
In step S2-5, the time counting unit 314 counts all the time points of occurrence of failures of the same type of equipment corresponding to the equipment identification code from the maintenance information storage unit 313, calculates the theoretical time points of occurrence of failures corresponding to the equipment, and then proceeds to step S2-34.
In step S2-6, the service-side communication unit 34 transmits the trouble warning information to the audit terminal 20, and the process proceeds to step S2-7.
In step S2-7, the audit side communication unit 24 receives the failure warning information, and then proceeds to step S2-8.
In step S2-8, the input/display unit 22 displays a trouble warning screen for the auditor to review the trouble warning information, and the process proceeds to step S2-9.
In step S2-9, the maintenance cost calculation section 315 calculates the number of times of actual failure of the equipment corresponding to a certain equipment identification code, calculates the maintenance cost of the actual failure that has occurred based on a predetermined price, and then proceeds to step S2-10.
In step S2-10, when the maintenance cost of the equipment is not less than the value of the equipment, the replacement determination section 316 determines that the state of the equipment is a state to be replaced, and then proceeds to step S2-11.
In step S2-11, the server communication unit 34 transmits status information of the device to be replaced to the audit terminal 20, and the process proceeds to step S2-12.
In step S2-12, the audit side communication section 24 receives the status information of the to-be-replaced status of the device, and then proceeds to step S2-14.
In step S2-13, the input display unit 22 displays the received status information on the status information display screen, and then enters the end state.
Effects and effects of the embodiments
According to the resource allocation system based on the reservation mode in the embodiment, at least one reservation terminal is held by a reservation person and has a unique reservation identification code; the audit terminal is held by an audit staff and has a unique audit identification code; and the server is in communication connection with the reservation terminal and the auditing terminal respectively, wherein the reservation terminal comprises a reservation side picture storage part, a reservation side input display part and a reservation side communication part, the auditing terminal comprises an auditing side picture storage part, an auditing side input display part and an auditing side communication part, and the server comprises a reservation information storage part, a distribution mode storage part, a resource distribution information storage part, a service side communication part, a search acquisition part, a distribution information generation part and a resource distribution part.
The resource allocation system of the embodiment can automatically allocate resources to a plurality of associated reservations according to the reservation information after the reservation personnel are checked, so that not only can use conflicts be avoided, but also the utilization rate of the resources can be improved. In addition, the resource allocation system of the embodiment can allocate various virtual resources in a limited time according to the reservation information, so that the participants can enjoy the virtual resources in the whole time period of the conference, the activity and the exhibition, and the condition of insufficient use is avoided.
The resource allocation system of the embodiment can easily provide various resources required by different conferences, activities and exhibitions without allocating resources according to the maximum requirement and limiting the access of the activity site.
According to the resource distribution system based on the reservation mode, the auditor audits the resource distribution information, manages various resources, ensures that each resource is fully utilized, and avoids zombie resources.
According to the resource allocation system based on the reservation mode, the auditor can review the threshold warning information, and can adjust all activities, so that the condition that the resource usage requirement exceeds the large value of the resource in a certain time period and the resource in the certain time period is not fully utilized is avoided.
According to the resource distribution system based on the reservation mode, the auditor can inspect all resources according to the inspection information, and normal use of the resources is guaranteed.
According to the resource allocation system based on the reservation mode, the auditor manages all the devices according to the state information, manages the aging of the devices according to the state information, and avoids the problem that the aged devices are used for a long time to increase the management cost.
The above embodiments are preferred examples of the present invention, and are not intended to limit the scope of the present invention.
In the above embodiment, in order to facilitate management and traceability of all the reservation information, the reservation information storage unit stores the reservation information, the reservation identification code, and the corresponding audit identification code of the auditor. However, in the resource allocation system based on the reservation mode of the present invention, the reservation information storage unit may store only the reservation information and the reservation identification code.
Claims (6)
1. A resource allocation system based on reservation information, comprising:
at least one reservation terminal carried by a reservation person, wherein the reservation terminal has a unique reservation identification code;
the audit terminal is carried by an audit person and has a unique audit identification code; and
the system comprises a server, a reservation terminal and an audit terminal, wherein the reservation terminal is respectively in communication connection with the reservation terminal and the audit terminal, the reservation terminal comprises a reservation side picture storage part, a reservation side input display part, a reservation side temporary storage part and a reservation side communication part, the audit terminal comprises an audit side picture storage part, an audit side input display part and an audit side communication part, the server comprises a reservation information storage part, a distribution mode storage part, a resource distribution information storage part, a service side communication part, a search acquisition part, a distribution information generation part and a resource distribution part, and the reservation information storage part is used for storing reservation information and a reservation identification code; the allocation mode storage unit stores a resource allocation mode corresponding to the reservation type and the type scale; the resource allocation information storage part is used for storing resource allocation information allocated according to the resource allocation mode corresponding to the reservation information; the reservation side picture storage part stores a reservation information input picture; the audit side picture storage part stores an audit data picture; the reservation side temporary storage part is used for temporarily storing data information exchanged between the reservation terminal and the server;
the reservation side input display part displays the reservation information input picture to allow the reservation personnel to input reservation information containing reservation date, reservation time, reservation place, reservation type and type scale; once the reservation personnel confirms the reservation information, the reservation-side communication part transmits the confirmed reservation information and the corresponding reservation identification code to the server; the service side communication part receives the reservation information and the reservation identification code and sends the reservation information and the reservation identification code to the auditing terminal;
the auditing side input display part displays the auditing data picture to allow the auditor to audit and confirm the reservation information; the communication part at the auditing side sends auditing passing information to the server once the auditing personnel confirm the reservation information; the reservation information storage part correspondingly stores the reservation identification code and the reservation information once the service side communication part receives the audit passing information;
the search acquisition part searches the distribution mode storage part according to the stored reservation information and acquires the corresponding resource distribution mode; the allocation information generating unit generates the resource allocation information by allocating a resource according to the reservation date, the reservation location, and the corresponding resource allocation method in the reservation information; the resource allocation information storage unit stores resource allocation information corresponding to the reservation information; the resource allocation part allocates the resources according to the resource allocation information;
the reservation type includes at least one of a meeting, an exhibition, and an activity,
the use of the resources comprises the use of a virtual machine, the use of a smart device, the use of an elevator, the use of a smart printer, the use of a microphone, the use of a camera device, the use of a projection device and the use of a network;
wherein the server also comprises a maintenance information storage part, a time statistic calculation part and an alarm information generation part,
the audit side picture storage part also stores a fault warning picture,
the maintenance information storage unit stores a maintenance record of the resource, the maintenance record including an equipment identification code uniquely corresponding to the equipment and a failure occurrence time of the equipment,
the time counting and calculating part counts all the fault occurrence time of the same type of equipment corresponding to the equipment identification code from the maintenance information storage part and calculates the theoretical fault occurrence time corresponding to the equipment;
the warning information generating section generates failure warning information based on the theoretical failure occurrence time,
the service side communication part sends the fault warning information to the auditing terminal,
the communication part of the auditing side receives the fault warning information, and the input display part of the auditing side displays the fault warning picture to allow the auditing personnel to review the fault warning information.
2. The reservation information-based resource allocation system according to claim 1, wherein:
the auditing side image storage part also stores an allocation information display image, the service side communication part also sends the resource allocation information to an auditing terminal, the auditing side communication part receives the resource allocation information, and the auditing side input display part displays the allocation information display image to allow an auditor to audit the resource allocation information.
3. The reservation information-based resource allocation system according to claim 1, wherein: the server further comprises a resource threshold range storage part, a judgment part and a warning information generation part, wherein the resource threshold range storage part stores warning threshold ranges corresponding to different resources, the auditing side picture storage part also stores a threshold warning picture, the judgment part judges whether the resource usage in all the resource distribution information exceeds the warning threshold range based on the reserved date, when the resource usage exceeds the warning threshold range, the warning information generation part generates threshold warning information, the service side communication part sends the threshold warning information to the auditing terminal, the auditing side communication part receives the threshold warning information, and the auditing side input display part displays the threshold warning picture to enable the auditing personnel to review the threshold warning information.
4. The reservation information-based resource allocation system according to claim 1, wherein:
wherein the reservation-side screen storage unit further includes a reservation information change screen, the reservation-side input display unit displays the reservation information change screen to allow the reservation staff to input the changed reservation information, the reservation-side communication unit transmits the changed reservation information and a corresponding reservation identification code to the server,
the service side communication part receives the changed reservation information and the reservation identification code and sends the reservation information and the reservation identification code to the auditing terminal; the auditing side input display part displays the auditing data picture to ensure that the auditor audits and confirms the changed reservation information,
once the auditor confirms the changed reservation information, the communication part at the auditing side sends auditing passing information to the server; when the service-side communication unit receives the audit-passed information, the reservation information storage unit stores the reservation identification code and the reservation information in association with each other.
5. The reservation information-based resource allocation system according to claim 1, wherein:
wherein, the server also comprises an inspection information generating part, the checking side picture storing part also stores an inspection information display picture, the inspection information generating part generates inspection information according to a preset time period,
the service side communication part also sends the inspection information to an inspection terminal, the inspection side communication part receives the inspection information, and the inspection side input display part displays an inspection information display picture to enable an inspector to inspect all resources according to the inspection information.
6. The reservation information-based resource allocation system according to claim 1, wherein:
wherein the server further comprises a maintenance cost counting part and a replacement judging part,
the audit side picture storage part also stores a state information display picture,
the maintenance information storage part also correspondingly stores the value of the equipment and the corresponding maintenance cost for each maintenance,
the maintenance cost counting part counts the number of times of actual faults of equipment corresponding to an equipment identification code, calculates the maintenance cost of the actual faults according to a preset price, when the maintenance cost of the equipment is not less than the value of the equipment, the replacement judging part judges the state of the equipment to be a state to be replaced, the server communication part sends the state information of the state to be replaced of the equipment to an auditing terminal,
the audit side input display unit displays the received status information on the status information display screen.
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