JP2021026781A - Leaving support system, leaving support program and leaving support method - Google Patents

Abstract

To provide a leaving support system capable of performing a leaving procedure even if a status of a rental property is not confirmed in the presence of a property manager when a tenant of the rental property leaves.SOLUTION: Disclosed is a leaving support system which includes: a tenant terminal operated by a tenant of a rental property; and a server device capable of performing communication connection with a tenant terminal. This system includes: first state information receiving means for receiving first state information on a state in the property inputted by operation on the tenant terminal by the tenant who is scheduled to leave; and first state storage means for storing the received first state information using the server device.SELECTED DRAWING: Figure 4

Description

The present invention relates to a move-out support system capable of performing a move-out procedure in the presence of a manager of a rental property without checking the status of the property when the resident of the rental property moves out.

Traditionally, apartments, condominiums, detached houses, etc. have been rented. When moving out of a house that the resident has rented, the resident and the manager of the property will check the condition of the property in the presence of the resident and then hand over the key and the property. It is common to do. However, in order to deliver the property, it is necessary to coordinate the delivery schedule between the resident and the manager. Therefore, as an administrator, if multiple tenants move out at the same time, it may be difficult to adjust the schedule, or the time and effort required to move to the property for the delivery procedure will be heavy. In some cases.

In addition, the resident and the manager often do not know each other, and even as a resident, it may be a psychological burden to check the situation of the strange manager and the property in the property. In this way, when a resident of a rental property moves out, there is a need to complete the move-out procedure in the presence of the manager of the property without checking the status of the property.

The present invention is for solving such a problem. That is, the present invention is a move-out support system that enables a move-out procedure to be performed when a resident of a rental property moves out without checking the status of the property in the presence of the manager of the property. The purpose is to provide.

According to the present invention, the above object is
[1] An occupancy support system that includes a resident terminal operated by a resident of a rental property and a server device capable of communicating with the resident terminal, and operates the resident terminal of a resident who is scheduled to move out. An evacuation support system including a first state information receiving means for receiving the first state information regarding the state in the property input by the server device and a first state information storing means for storing the received first state information in the server device;
[2] Equipped with a manager terminal operated by the manager of the rental property and / or a contractor terminal operated by the contractor who restores the rental property after moving out to a state where the next resident can move in, and further accepted. The move-out support system according to [1], comprising a first state information display means for displaying the first state information on the administrator terminal and / or the builder terminal;
[3] It is equipped with a manager terminal operated by the manager of the rental property and / or a contractor terminal operated by the contractor who restores the rental property after moving out to a state where the next resident can move in, and further, the manager. It is provided with a judgment information receiving means for receiving the judgment information regarding whether or not the first state information by the manager or the builder satisfies a predetermined condition, which is input by the operation of the manager terminal or the builder's terminal. , [1] or [2].
[4] It is equipped with a manager terminal operated by the manager of the rental property and / or a contractor terminal operated by the contractor who restores the rental property after moving out to a state where the next resident can move in, and further, the manager. The move-out according to [1] or [2], which comprises a second state information receiving means for receiving the second state information regarding the state in the property input by the operation of the manager terminal or the builder's terminal of the builder. Support system;
[5] The move-out support system according to [4], which comprises a condition determination means for determining whether or not the first state information satisfies a predetermined condition based on the received second state information;
[6] When the first state information satisfies a predetermined condition, the time when the resident moves out is set based on the time when the first state information is received by the first state information receiving means, and the first state information is specified. If the condition of is not satisfied, the time after moving out, which is set based on the time when the first state information is received, is set at the time of moving out, [1], [2], [3] and [ The evacuation support system described in any of 5];
[7] The move-out support system according to [6], which is provided with a move-out cost calculation means for calculating the move-out cost of a resident based on the set move-out time;
[8] The first state information regarding the state inside the property is any of [1] to [7], which is information about scratches, stains, and / or damage in the property caused by the resident's negligence at the time of moving in. Evacuation support system described;
[9] A cost storage means for storing the state in the property in association with the cost for making the state available for delivery to the next resident, and a state in the property stored in the cost storage means. , Any of [1] to [8] provided with a cost calculation means for calculating the move-out cost according to the input first state information based on the cost stored in association with the state. Evacuation support system described;
[10] The first state information receiving means obtains image data corresponding to scratches, stains and / or damages in an actual property from a plurality of image data relating to scratches, stains and / or damages in the property registered in advance. The move-out support system according to [9], which accepts selections and calculates the move-out cost according to the image data regarding scratches, stains, and / or damage in the selected property.
[11] The first state information receiving means receives the image data regarding scratches, stains and / or damages in the actual property, and the received image data regarding scratches, stains and / or damages in the actual property. The move-out support system according to [9], which calculates the move-out cost accordingly;
[12] The cost calculation means calculates the cost for each room in the property and / or each predetermined part of the room so that it can be handed over to the next resident, and adds the calculated cost. Therefore, the move-out cost is calculated, and the first state information receiving means is a plurality of images corresponding to scratches, stains, and / or damages in the actual property in the same room and / or the same predetermined place. When the selection of data is accepted, the cost calculation means will pay the highest cost among the costs corresponding to the received multiple image data in the same room and / or the same predetermined place as the next move-in. The move-out support system according to any one of [9] to [11], which is calculated as the cost for making it ready for delivery to a person;
[13] A eviction support program executed by a server device in a eviction support system including a resident terminal operated by a resident of a rental property and a server device capable of communicating with the resident terminal. The server device stores the first state information receiving means for receiving the first state information regarding the state in the property input by operating the resident terminal of the resident who is scheduled to move out, and the received first state information. First state information storage program to function as an evacuation support program;
[14] This is a move-out support method executed in a move-out support system including a resident terminal operated by a resident of a rental property and a server device capable of communicating with the resident terminal. A first state information reception step for receiving the first state information regarding the state in the property input by operating the resident terminal, and a first state information storage step for storing the received first state information in the server device. Evacuation support method with
Can be achieved by.

According to the present invention, when a resident of a rental property moves out, a move-out support system can be performed in the presence of the manager of the property without checking the status of the property. The purpose is to provide.

It is a block diagram which shows the structure of the move-out support system which concerns on embodiment of this invention. It is a block diagram which shows the structure of the resident terminal which concerns on embodiment of this invention. It is a block diagram which shows the structure of the server apparatus which concerns on embodiment of this invention. It is a figure which shows the flowchart of the information input processing in the move-out support system which concerns on embodiment of this invention. It is a figure which shows an example of the display screen of the resident terminal which concerns on embodiment of this invention. It is a figure which shows the flowchart of the cost calculation processing in the move-out support system which concerns on embodiment of this invention. It is a figure which shows an example of the cost table which concerns on embodiment of this invention. It is a figure which shows the flowchart of the determination process in the move-out support system which concerns on embodiment of this invention.

Hereinafter, embodiments of the present invention will be described, but the present invention is not limited to the following embodiments as long as it does not contradict the gist of the present invention.

FIG. 1 is a block diagram showing a configuration of an evacuation support system according to an embodiment of the present invention. As shown in the figure, the move-out support system is composed of a resident terminal 1, a server device 2, a communication network 3, an administrator terminal 4, and a builder terminal 5. The resident terminal 1 operated by the resident can communicate with the server device 2 via the communication network 3. Further, the move-out support system may be composed of a plurality of resident terminals 1.

Further, the manager terminal 4 is operated by a manager who manages the property (for example, a person in charge of the property management company), and may be a stationary type installed in the office of the management company or the like, and is a portable type. It may be carried by the administrator when the administrator moves. The builder terminal 5 is operated and managed by the builder (person in charge of the construction company) who repairs the property after moving out at the request of the administrator and restores the property to a state where the next resident can move in. Similar to the personal terminal 4, it may be a stationary type installed in the office of a management company or the like, or a portable type that may be carried by the administrator when the administrator moves.

The move-out support system may include both the administrator terminal 4 and the builder terminal 5, or may include only one of the administrator terminal 4 and the builder terminal 5. The administrator terminal 4 and the builder terminal 5 can communicate with the server device 2 via the communication network 3.

The resident terminal 1 is not particularly limited as long as it is a computer device having a display screen and an input unit, and examples thereof include conventional mobile phones, tablet terminals, smartphones, desktop / notebook personal computers, and the like. Similarly, the administrator terminal 4 and the builder terminal 5 are not particularly limited as long as they are computer devices having a display screen and an input unit.

FIG. 2 is a block diagram showing a configuration of a resident terminal according to an embodiment of the present invention. The resident terminal 1 includes a control unit 11, a RAM 12, a storage unit 13, a graphic processing unit 14, a communication interface 15, and an interface unit 16, each of which is connected by an internal bus.

The control unit 11 is composed of a CPU and a ROM. The control unit 11 executes the program stored in the storage unit 13 and controls the resident terminal 1. The RAM 12 is a work area of the control unit 11. The storage unit 13 is a storage area for storing programs and data. The control unit 11 reads the program and data from the RAM 12 and performs processing. The control unit 11 outputs a drawing command to the graphic processing unit 14 by processing the program and data loaded in the RAM 12.

The graphic processing unit 14 is connected to the display unit 18. The display unit 18 has a display screen 19. When the control unit 11 outputs a drawing command to the graphic processing unit 14, the graphic processing unit 14 outputs a video signal for displaying an image on the display screen 19. Here, the display unit 18 may be a touch panel including a touch sensor.

The communication interface 15 can be connected to the communication network 3 wirelessly or by wire, and can transmit and receive data to and from the server device 2 via the communication network 3. The data received via the communication interface 15 is loaded into the RAM 12, and the control unit 11 performs arithmetic processing. An external memory 17 (for example, an SD card or the like) is connected to the interface unit 16.

The administrator terminal 4 and the builder terminal 5 have the same configuration as the resident terminal 1, and include, for example, a control unit, a RAM, a storage unit, a graphic processing unit, a communication interface, and an interface unit, each of which is an internal bus. Is connected by.

FIG. 3 is a block diagram showing a configuration of a server device corresponding to at least one of the embodiments of the present invention. The server device 2 includes at least a control unit 21, a RAM 22, a storage unit 23, and a communication interface 24, each of which is connected by an internal bus.

The control unit 21 is composed of a CPU and a ROM, executes a program stored in the storage unit 23, and controls the server device 2. In addition, the control unit 21 includes an internal timer that measures the time. The RAM 22 is a work area of the control unit 21. The storage unit 23 is a storage area for storing programs and data. The control unit 21 reads the program and data from the RAM 12, and performs the program execution process based on the information received from the resident terminal 1.

Before using the move-out support system, the resident applies to the property management company to move out of the rented property. Residents manage the application form by fax, mail, or e-mail with necessary information such as property name, room number, contractor, contractor's contact information, scheduled move-out date, and desired contract termination date. Submit to the company.

The management company that received the application form issues the URL of the website where the program can be downloaded so that the resident can download the application program for using the move-out support system, and informs the resident of it. Tell the URL. The resident can access the URL issued from the resident terminal 1 and download the application program for using the move-out support system.

If the resident has lived for more than a predetermined period, the URL may not be issued. If you have lived for a long time, the number of scratches and damages that occur when you move in tends to increase, so it is possible to carry out the property delivery procedure in the presence of the resident and the manager without using the move-out support system. This is because it may be preferable.

The resident will be in a state where the move-out is completed as long as the property, etc. is withdrawn from the rented property and the key is handed over before the scheduled move-out date or the scheduled move-out date. In such a state, the resident uses the downloaded move-out support system to perform the procedure for completing the move-out.

Next, the information input process in the move-out support system will be described. FIG. 4 is a diagram showing a flowchart of information input processing in the move-out support system according to the embodiment of the present invention. First, the resident starts the application program downloaded to the resident terminal 1 and logs in to the move-out support system by accessing the server device 2 (step S1).

The resident operates the resident terminal 1, agrees to the terms of use of the move-out support system, and inputs necessary information such as the name of the contractor of the property to move out (step S2). The entered contractor name is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

Next, on the display screen of the resident terminal 1, a message is displayed asking the resident to send the image data of the identification card or the rental contract. The resident operates the resident terminal 1 to transmit the image data of the identification card or the rental contract to the server device 2 (step S3). The transmitted image data is stored in a storage means such as a RAM or a storage unit of the server device 2.

The image data transmitted from the resident terminal 1 may be the one taken in advance by the camera function of the resident terminal 1 and saved, or the image data taken by activating the camera function during the execution of this application program. Can also be used. In addition, regarding the image data in the identification card or the rental contract, the resident can be requested to send a plurality of image data. For example, when transmitting an identification card such as a driver's license, it is possible to request that image data of each surface of the front surface and the back surface be transmitted. Alternatively, when transmitting the rental contract, it is possible to request that the image data of each page of the rental contract over a plurality of pages or a part of the pages be transmitted.

When the image data of the identification card or the rental contract is transmitted in step S3, a message asking to enter the address of the contracted property is displayed on the display screen of the resident terminal 1. The resident operates the resident terminal 1 and inputs the address of the property to be moved out (step S4). The input address of the property is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

When the address of the property is input in step S4, a message asking the resident to input the number of years of residence in the property is displayed on the display screen of the resident terminal 1. The resident operates the resident terminal 1 to input the number of years of residence (step S5). On the display screen of the resident terminal 1, for example, options such as "less than 2 years", "2 years to less than 4 years", "4 years to less than 6 years", and "6 years or more" are displayed. You can select the answer from the options of.

For example, the cost of moving out can be changed according to the number of years of residence of the resident. Specifically, the shorter the number of years of residence of the resident, the higher the cost of moving out, and the longer the number of years of residence of the resident, the lower the cost of moving out. The entered years of residence are transmitted to the server device 2. The transmitted years of residence are stored in a storage means such as a RAM or a storage unit of the server device 2.

When the number of years of residence is input in step S5, a message asking to input whether or not there is a problem with the equipment is displayed on the display screen of the resident terminal 1. The resident inputs whether or not there is a problem with the equipment in the property (step S6). Examples of equipment include shoe boxes, bathroom dryers, washing machines, air conditioners, and closets. For example, "shoe box", "bathroom dryer", "washing machine", "air conditioner", "closet", and "no problem" are displayed on the display screen of the resident terminal 1, and the resident has these options. You can select the answer from the options. It should be noted that the items displayed as options on the display screen of the resident terminal 1 may be automatically changed according to the property to be moved out.

Residents can select not only one option but also two or more options from a plurality of options for defective equipment. For example, "bathroom dryer" and "air conditioner" can be selected. However, when "No problem" is selected, other options cannot be selected. The input answer is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

When an input is made regarding a malfunction of the equipment in step S6, a message requesting input regarding the presence or absence of smoking is displayed on the display screen of the resident terminal 1. The resident operates the resident terminal 1 to input whether or not he / she is smoking (step S7). On the display screen of the resident terminal 1, "yes" and "no" options are displayed, and one of the options is selected by the resident.

If the resident is smoking in the property, it is necessary to clean the room so that the odor generated from the room does not come out as a result of smoking, so the cost to be borne by the resident when moving out The cost for cleaning will be added. The input information regarding the presence or absence of smoking is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

When the input of smoking / non-smoking is completed in step S7, a message requesting input regarding the presence / absence of pet breeding is displayed on the display screen of the resident terminal 1. The resident operates the resident terminal 1 to input whether or not the pet is kept (step S8). On the display screen of the resident terminal 1, "yes" and "no" options are displayed, and one of the options is selected by the resident. The input information regarding whether or not the pet is bred is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

When the input of whether or not the pet is kept is completed in step S8, a message requesting the input of information regarding scratches, stains, or damage is displayed on the display screen of the resident terminal 1. The resident inputs whether or not there are scratches, stains or damages caused by the resident's negligence on the floor or wall of the property (step S9). For example, "scratch", "dirt", "damage", and "none" are displayed on the display screen of the resident terminal 1 as options, and the resident can select an answer from these options. The answer input in step S9 is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

In step S10, whether or not "scratch", "dirt", or "damage" is selected in step S9 is determined by the resident terminal 1 or the server device 2. When "scratch", "dirt", or "damage" is selected in step S9 (Yes in step S10), the process proceeds to step S11, and when "none" is selected in step S9 (No in step S10). ) Goes to step S15 without going through steps S11 to S14.

When "scratch", "dirt", or "damage" is selected in step S9, a message asking to input the degree of the scratch, dirt, or damage is displayed. The resident operates the resident terminal 1 and inputs the degree of scratches, dirt, and damage (step S11). For example, when "scratch" is selected in step S9, a plurality of images having different degrees of scratches registered in advance are displayed on the display screen of the resident terminal 1. The resident can select from these plurality of images an image that seems to have the same degree of actual scratches in the property to be moved out. With such a configuration, the resident can accurately register the actual degree of scratches in the move-out support system. In step S11, the input answer is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

Further, when "dirt" is selected in step S9, a plurality of images having different degrees of dirt registered in advance are displayed on the display screen of the resident terminal 1, and the resident has a plurality of these images. From the images, you can select an image that seems to be about the same as the actual degree of dirt in the property you are moving out. When "damage" is selected in step S9, a plurality of images having different degrees of damage are displayed as in the case of selecting "scratch" or "dirt", and the resident can display the plurality of images. From the list, you can select an image that seems to be similar to the actual degree of damage in the property you are moving out.

Depending on the image showing the degree of scratches, stains, and damage selected in step S11, the cost to be borne by the resident when moving out also changes. For example, images with different degrees of scratches in nine stages are registered, and the larger the scratches on the image selected by the resident, the higher the cost to be borne when moving out. Similarly, with regard to dirt and damage, the greater the degree of dirt and damage, the higher the cost to be borne when moving out. In this case, three images with a relatively small degree of scratches, three images with a medium degree of scratches, and three images with a large degree of scratches were classified into three, and images of the same classification were selected. In that case, the cost of moving out may be the same.

When the degree of scratches, stains, or damage is input in step S11, a message requesting input as to which room of the property to be moved out belongs to the scratches, stains, or damage is displayed. The resident operates the resident terminal 1 and inputs which room the scratches, stains or damages input in step S11 belong to (step S12). For example, "entrance", "kitchen", "living room", "bath / toilet", "closet", "Western room 1", and "Western room 2" are displayed on the display screen of the resident terminal 1. Residents can choose an answer from these options.

It should be noted that the item about the room displayed as an option on the display screen of the resident terminal 1 may be automatically changed according to the property to be moved out. In step S12, the input answer is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

In step S12, when the scratch, dirt or damage input in step S11 belongs to which room, the input of which part of the room the scratch, dirt or damage belongs to is input. The desired message is displayed. The resident operates the resident terminal 1 and inputs which part of the room selected in step S12 the scratches, stains or damages input in step S11 are (step S13). For example, "ceiling / wall", "floor", and "other" are displayed as options on the display screen of the resident terminal 1, and the resident can select an answer from these options. In step S13, the input answer is transmitted to the server device 2 and stored in a storage means such as a RAM or a storage unit of the server device 2.

In step S13, when the scratch, dirt, or damage input in step S11 belongs to any part of the room, the image data of the scratched, dirty, or damaged part is transmitted. The desired message is displayed. The resident operates the resident terminal 1 to transmit the image data to the server device 2 (step S14). The image data about scratches, stains or damages transmitted from the resident terminal 1 may be taken in advance by the camera function of the resident terminal 1 and saved, and the camera may be used during the execution of the application program. You can also activate the function and use what you have taken. The transmitted image data is stored in a storage means such as a RAM or a storage unit of the server device 2.

In this embodiment, the processes of steps S9 to S14 are executed as a process for the resident to report the scratches, stains, and damages generated in the property to the move-out support system. Of these, in step S11, a plurality of images having different degrees of scratches, stains, and damages registered in advance are selected, and in step S14, image data about the scratches, stains, and damages are stored in the server device. Although it was decided to transmit to 2, it is also possible to omit step S11 and execute only steps S9, S12, S13 and S14.

When the processing of steps S11 to S14 is completed, the process returns to step S9, and a message requesting input of information regarding scratches, stains, or damage is displayed again on the display screen of the resident terminal 1. If there are scratches, stains, or damages other than the scratches, stains, or damages already input in steps S11 to S14, the processes of steps S9 to S14 are repeated for the remaining scratches, stains, and damages. .. The resident selects the "none" option displayed on the display screen of the resident terminal 1 in step S9 when all the scratches, stains, and damages have been input.

When the "None" option is selected in step S9 (No in step S10), the iterative process from steps S9 to 14 is completed, and the server device is based on the information transmitted from the resident terminal 1. The move-out cost is calculated in step 2 (step S15).

The calculated move-out cost can be a tentative estimate rather than a fixed move-out cost. After the move-out procedure other than the settlement of expenses is completed, the person in charge of either the management company or the construction company will visit the property to be moved out at a later date and check the status of the property entered by the resident. If the information on scratches, stains, damage, etc. in the property reported by the resident using the move-out support system is different from the actual condition inside the property, match the actual condition inside the property. Then, the move-out cost can be calculated again.

The calculated move-out cost is transmitted to the resident terminal 1 and displayed on the display screen of the resident terminal 1 (step S16). Through the processing of steps S1 to S16, the resident can not only know the cost required for moving out, but also move out other than paying the cost without delivering the property in the presence of the manager or the like. You can complete the procedure.

Next, the display screen 19 of the resident terminal 1 in the move-out support system of the present invention will be described. FIG. 5 is a diagram showing an example of a display screen of a resident terminal according to an embodiment of the present invention. FIG. 5 shows a display screen when inputting the number of years of residence in step S5 and inputting about a malfunction of the equipment in S6. When the address of the property is input by the resident in step S4, the question 32a and the option 33a are displayed together with the questioner mark 31a. As question 32a, "Please tell me the number of years of residence" is displayed. As the option 33a, "less than 2 years", "2 years to less than 4 years", "4 years to less than 6 years", and "6 years or more" are displayed. Residents can choose any of these options 33a. When the resident selects one of the options 33a, the selected answer is displayed.

When the resident selects "less than 2 years" from the options 33a, "less than 2 years" is displayed as the answer 34a. After the answer 34a is displayed, the question 32b and the option 33b are displayed together with the questioner mark 31b. As question 32b, "Is there a problem with the equipment?" Is displayed. As the option 33b, "shoe box", "bathroom dryer", "washing machine", "air conditioner", "closet", and "no problem" are displayed. Residents can choose one of these options 33b. When the resident selects one of the options 33b, the selected answer is displayed. When the resident selects "bathroom dryer" from the options 33b, "bathroom dryer" is displayed as answer 34b.

FIG. 5 shows a display screen when inputting the number of years of residence in step S5 and inputting about a malfunction of the equipment in S6, but questions, messages, and options corresponding to each step of steps S2 to S14 are displayed. When the resident operates the resident terminal 1 to answer the displayed question or message, the next question, message or option is displayed.

Next, the cost calculation process in step S15 will be described. FIG. 6 is a diagram showing a flowchart of cost calculation processing in the move-out support system according to the embodiment of the present invention. First, in steps S9 to S14, each of the information on a plurality of scratches, stains, and damages transmitted from the resident terminal 1 can be handed over to the next resident based on the cost table. Calculate the repair cost (step S21).

The cost table stores the state in the property in association with the cost for making the state available for delivery to the next resident. The cost table is set in the RAM, storage unit, etc. of the server device 2. In addition, not only one type of cost table is set, but multiple cost tables are provided for each type of room such as entrance, kitchen, living room, bath / toilet, closet, Western-style room, and Japanese-style room. There is. Even in the same room, there are multiple cost tables that are different for each part of the room that needs repair, such as the ceiling, walls, and floor. Further, there are a plurality of cost tables that are different for each type of defect such as scratches, dirt, and damage even if the room type is the same and the location is the same. That is, a plurality of different cost tables are set according to the type of room, the place where the room needs to be repaired, and the type of defect.

In these cost tables, the condition of scratches, dirt or damage in the property is stored in association with the repair cost to make it possible to hand over to the next resident from these defective conditions. ing. For example, in step S11, if a nine-stage image showing the degree of scratches, stains, or damage can be selected, the repair cost is set according to each stage in the cost table.

FIG. 7 is a diagram showing an example of a cost table according to the embodiment of the present invention. The cost table 40 stores the degree of scratches 41 and the cost 42 for repairing the scratches in association with each other. The numbers "1" to "9" of the degree of scratch 41 in FIG. 7 correspond to, for example, the image of the scratch selected in step S11, and the smaller the number, the smaller the degree of scratch. .. According to the cost table 40 of FIG. 7, the same amount is set for the first to third stages where the degree of scratches is relatively small, and the same amount is set for the fourth to sixth stages where the degree of scratches is medium. Further, the same amount is set in the 7th to 9th stages where the degree of scratches is large. For example, in step S11, if it is input as having a scratch in the fourth stage and transmitted to the server device, the cost will be "5,000 yen".

In the cost table 40, the same cost 42 is not set for each of the three stages as shown in FIG. 7, and different costs 42 may be set for all nine stages. Further, the cost 42 set in these cost tables 40 may be a cost per unit area. In this case, the repair cost is calculated by multiplying the cost per unit area by the area of the floor, wall or ceiling of the room that needs repair.

In step S21, the repair costs are calculated for each of the information on the plurality of scratches, stains, and damages transmitted from the resident terminal 1, and then the calculated costs are added up (step S22).

If there are multiple scratches in the same place in the same room, it can be specified as an expense assuming that there is only one scratch in this place in this room. This is because even when repairing a plurality of scratches, if they are in the same place in the same room, the labor required for the repair does not change. Similarly, if there are multiple stains in the same area of the same room, it can be identified as an expense assuming that there is only one stain in this area of the room. Similarly, if there are multiple damages in the same place in the same room, it can be specified as an expense assuming that there is only one damage in this place in this room.

Further, when there are a plurality of scratches in the same place in the same room, the highest cost among those scratches may be specified as the cost for repairing the place in the room. Similarly, if there are multiple stains in the same area in the same room, the most expensive of those stains may be identified as the cost of repairing that area in the same room. If there are multiple damages in the same area, the highest cost of those damages may be specified as the cost of repairing that area in the room. Furthermore, if there are multiple scratches, stains, or damages in the same area in the same room, the highest cost of those scratches, stains, and damages, and the cost of repairing that part of the room. May be specified as.

This is because the effort required to repair one part does not change significantly regardless of whether there is one scratch, dirt, or damage. In this case, in step S21, the cost for repairing scratches, stains, and damage is calculated for each room in the property and / or for each predetermined part of the room, and in step S22, for each calculated room in the property. And / or the repair costs for each given location in the room are added up.

Next, not only the repair cost for scratches, dirt and damage obtained in step S22, but also the cleaning cost due to smoking and the cloth replacement cost, the repair cost for defective equipment, and the unpaid rent. Other expenses such as addition and subtraction of the security deposit to be returned to the resident are added or subtracted (step S23), and the settlement cost for moving out is calculated. If the resident has a rent guarantee with a special contract for restoration to the original state, the restoration fee will be subrogated, so the rent, cleaning fee / cross replacement fee, and the resident's negligence will be charged from the calculated settlement cost. All or part of repair costs, rent, etc. can be excluded.

In steps S21 to S23 described above, the cost for repairing scratches, stains, and damages is calculated according to the image showing the degree of scratches, stains, and damages selected in step S11. However, in step S14, the cost for repairing scratches, stains, and damage can be calculated based on the image data transmitted from the resident terminal 1 to the server device 2. In this case, in the server device 2, the image data transmitted to the server device 2 in step S14 is image-analyzed to identify which stage of the cost table 40 the degree of scratches, stains, or damages is. Then, the repair cost can be calculated. Further, the image analysis may be configured to be executed by a program that has been machine-learned by deep learning.

Next, the process of determining whether or not the information regarding the state in the property transmitted by the resident terminal 1 in the move-out support system of the present invention is appropriate will be described. FIG. 8 is a diagram showing a flowchart of determination processing in the move-out support system according to the embodiment of the present invention.

When the server device 2 receives the information regarding the state in the property through the processes of steps S2 to S14, the server device 2 registers that the procedure for moving out other than the settlement of expenses has been completed. After completing the procedure for moving out other than the settlement of expenses, the manager or the builder visits the property after moving out, and the information about the state in the property sent from the resident terminal 1 is in the actual property. It is confirmed whether or not it matches the state of the above, or whether the state in the property transmitted from the resident terminal 1 indicates a better state than the state in the actual property.

The administrator starts a dedicated application program on the administrator terminal 4 and accesses the server device 2 to log in to the move-out support system, or the builder uses the builder terminal 5 to log in to the move-out support system. When logging in to (step S31), the administrator terminal 4 or the builder terminal 5 is input from the resident terminal 1 and is transmitted from the server device 2 to the server device 2 regarding the information regarding the state in the property. A transmission request is made to transmit to the terminal 4 or the builder terminal 5 (step S32). When the transmission request 2 is received by the server device 2 (step S33), the information regarding the state in the property is transmitted from the server device 2 to the administrator terminal 4 or the builder terminal 5 (step S34).

When the manager terminal 4 or the builder terminal 5 receives the information on the state in the property (step S35), the received information on the state in the property is displayed on the display screen (step S36). More specifically, as the information regarding the state of the property reported by the resident, the presence / absence of equipment malfunction entered in step S6, the presence / absence of smoking entered in step S7, and the presence / absence of smoking entered in step S8. Information such as whether or not a pet is bred and scratches, stains or damages caused by the resident's negligence, which are input in steps S9 to S14, is transmitted from the server device 2 to the administrator terminal 4 or the builder terminal 5. It is displayed on the display screen.

The manager or the builder compares the information about the state inside the property displayed on the display screen with the actual state inside the property, and the information about the state inside the property transmitted from the resident terminal 1 is predetermined. (That is, whether it matches the state in the actual property, or the state in the property transmitted from the resident terminal 1 indicates a better state than the state in the actual property. Check if there is any). As a result, the manager or the builder inputs the result of the determination as to whether or not the predetermined condition is satisfied to the manager terminal 4 or the builder terminal 5 (step S37). The input determination result is transmitted to the server device 2 (step S38). Next, the server device 2 receives the result of the determination as to whether or not the predetermined condition transmitted in step S38 is satisfied (step S39).

In steps S32 to S39, the administrator or the builder determines whether the information about the state in the property transmitted from the resident terminal 1 satisfies a predetermined condition, and the administrator terminal 4 or the builder terminal 5 The configuration is such that the information is input to the server device 2 and transmitted to the server device 2.

After the move-out procedure by the move-out support system is completed, the manager or the builder confirms scratches, dirt or damage in the property. The manager or the builder activates the camera function of the manager terminal 4 or the builder terminal 5, photographs scratches, stains or damages, and transmits the obtained image data to the server device 2. Based on the transmitted image data, the server device 2 can determine whether or not the information regarding the state in the property transmitted by the resident terminal 1 satisfies a predetermined condition. For example, the image data transmitted from the administrator terminal 4 or the builder terminal 5 is image-analyzed and collated with the image data selected in step S11 to determine whether or not a predetermined condition is satisfied. ..

When the information regarding the state inside the property transmitted from the resident terminal 1 to the server device 2 satisfies the above-mentioned predetermined conditions (YES in step S40), the information regarding the state inside the property by the resident terminal 1 Is input or transmitted to the server device 2 when the resident moves out (step S41). On the other hand, if the information regarding the state in the property transmitted from the resident terminal 1 to the server device 2 does not satisfy the predetermined conditions (NO in step S40), it is set when the application for moving out is made. It will remain on the date of departure.

Next, in the server device 2, the cost to be paid by the resident to the management company or the settlement amount such as the security deposit to be returned to the resident by the resident is calculated based on the set time of moving out (step). S42). As described above, the series of processes in steps S31 to S42 are completed.

With such a configuration, the resident terminal 1 sends information about the state of the property to the server device 2 earlier than the move-out date set when applying for move-out, and the move-out procedure is completed. If you do, your move-out date will be earlier. Normally, the rent of a rental property is set monthly, and if you move out in the middle of the month, the rent will be calculated on a daily basis. The earlier you move out, the lower the amount of rent you will be required to pay on a daily basis. In other words, the resident can accelerate the move-out date, which is the basis of the rent settlement, by inputting accurate information without inputting false information as information on the state of the property.

1 Resident terminal, 2 Server device, 3 Communication network, 4 Administrator terminal 5 Builder terminal, 11 Control unit, 12 RAM, 13 Storage unit 14 Graphic processing unit, 15 Communication interface, 16 Interface unit 17 External memory, 18 Display Unit, 19 display screen, 21 control unit, 22 RAM
23 Storage section, 24 Communication interface, 31 Questioner mark 32 Questions, 33 Choices, 34 Answers, 40 Cost table 41 Degree of scratches, 42 Cost

Claims (15)

It is a move-out support system that has at least a resident terminal operated by the resident of the rental property.
The first state information receiving means for receiving the first state information regarding scratches, dirt and / or damage in the property caused by the resident's negligence at the time of moving in by operating the resident terminal of the resident who is scheduled to move out.
A cost storage means that stores the state of the property in association with the cost for making it available for delivery to the next resident.
It is provided with a cost calculation means for calculating the move-out cost according to the received first state information based on the state in the property stored in the cost storage means and the cost stored in association with the state. Evacuation support system. The first state information receiving means accepts selection of image data corresponding to scratches, stains and / or damages in the actual property from a plurality of image data related to scratches, stains and / or damages in the property registered in advance. It is a thing
The move-out support system according to claim 1, wherein the cost calculation means calculates the move-out cost according to the image data regarding scratches, stains, and / or damages in the selected property. The first state information receiving means is to obtain image data corresponding to scratches, stains and / or damages in the actual property from a plurality of image data having different degrees of scratches, stains and / or damages in the pre-registered property. The move-out support system according to claim 2, which accepts selections. The first state information receiving means receives image data regarding scratches, stains and / or damage in the actual property.
The move-out support system according to claim 1, wherein the cost calculation means calculates the move-out cost according to the image data regarding scratches, stains, and / or damages in the actual property received. Equipped with image analysis means to analyze image data related to scratches, stains and / or damage in the actual property received
The move-out support system according to claim 4, wherein the cost calculation means calculates the move-out cost according to the result of the analysis. The eviction support system according to claim 5, wherein the image analysis means analyzes image data by a program generated by machine learning. A move-out support program executed by a server device in a move-out support system including a resident terminal operated by a resident of a rental property and a server device capable of communicating with the resident terminal.
Server device,
The first state information receiving means for receiving the first state information regarding scratches, dirt and / or damage in the property caused by the resident's negligence at the time of moving in by operating the resident terminal of the resident who is scheduled to move out.
A cost storage means that stores the state of the property in association with the cost for making it available for delivery to the next resident.
Based on the state in the property stored in the cost storage means and the cost stored in association with the state, it functions as a cost calculation means for calculating the move-out cost according to the received first state information. Evacuation support program. It is a move-out support method executed in a move-out support system that has at least a resident terminal operated by a resident of a rental property.
It is a move-out support system that has at least a resident terminal operated by the resident of the rental property.
The first status information reception step that accepts the first status information regarding scratches, dirt, and / or damage in the property caused by the resident's negligence at the time of moving in by operating the resident terminal of the resident who is scheduled to move out.
A cost storage step that associates and stores the state of the property with the cost of making it available for delivery to the next resident.
It has a cost calculation step for calculating the move-out cost according to the received first state information based on the state in the property stored in the cost memory step and the cost stored in association with the state. , How to support moving out. It is a move-out support system that has at least a resident terminal operated by the resident of the rental property.
The first state information receiving means for receiving the first state information regarding scratches, dirt and / or damage in the property caused by the resident's negligence at the time of moving in by operating the resident terminal of the resident who is scheduled to move out.
If there are multiple scratches in the same place in the same room, there is only one scratch, if there are multiple stains in the same place in the same room, there is only one stain, and / or A move-out support system provided with a cost calculation means for calculating the move-out cost, assuming that there is only one damage when there are multiple damages in the same place in the same room. A move-out support program executed by a server device in a move-out support system including a resident terminal operated by a resident of a rental property and a server device capable of communicating with the resident terminal.
Server device,
The first state information receiving means for receiving the first state information regarding scratches, dirt and / or damage in the property caused by the resident's negligence at the time of moving in by operating the resident terminal of the resident who is scheduled to move out.
If there are multiple scratches in the same place in the same room, there is only one scratch, if there are multiple stains in the same place in the same room, there is only one stain, and / or A move-out support program that functions as a cost calculation means for calculating move-out costs, assuming that there is only one damage when there are multiple damages in the same place in the same room. It is a move-out support method executed in a move-out support system that has at least a resident terminal operated by a resident of a rental property.
The first status information reception step that accepts the first status information regarding scratches, dirt, and / or damage in the property caused by the resident's negligence at the time of moving in by operating the resident terminal of the resident who is scheduled to move out.
If there are multiple scratches in the same place in the same room, there is only one scratch, if there are multiple stains in the same place in the same room, there is only one stain, and / or A move-out support method having a cost calculation step for calculating the move-out cost, assuming that there is only one damage when there are multiple damages in the same place in the same room. It is a move-out support system equipped with a resident terminal operated by a resident of a rental property and a server device capable of communicating with the resident terminal.
An information receiving means for receiving information on the resident's years of residence, smoking status, and / or equipment malfunction by operating the resident terminal of the resident who is scheduled to move out.
A move-out support system equipped with a cost calculation means that calculates the move-out cost according to the received information. It is equipped with a first state information receiving means for receiving the first state information regarding the state in the property by operating the resident terminal of the resident who is scheduled to move out.
The move-out support system according to claim 12, wherein the cost calculation means further calculates the move-out cost according to the received first state information. A move-out support program executed by a server device in a move-out support system including a resident terminal operated by a resident of a rental property and a server device capable of communicating with the resident terminal.
Server device,
An information receiving means for receiving information on the resident's years of residence, smoking status, and / or equipment malfunction by operating the resident terminal of the resident who is scheduled to move out.
A move-out support program that functions as a cost calculation method to calculate the move-out cost according to the received information. It is a move-out support method executed in a move-out support system that has at least a resident terminal operated by a resident of a rental property.
An information reception step that accepts information on the resident's years of residence, smoking status, and / or equipment malfunction by operating the resident terminal of the resident who is planning to move out.
A move-out support method that has a cost calculation step that calculates the move-out cost according to the received information.

Images