KR102193962B1 - A method for providing a bedding care service - Google Patents

Abstract

The present invention relates to a method for providing a bedding management service which uses a server, a user terminal in communication with the server, and a manager terminal in communication with the server, and replaces the bedding of a user with washed bedding and washes the recovered bedding. The method for providing the bedding management service comprises the steps of: transmitting information on completion of collection of bedding from a server to a user terminal; and transmitting, from the manager terminal, inspection result information including information on whether or not the bedding collected to the user terminal is contaminated or damaged through the server.

Description

{A method for providing a bedding care service}

The present invention relates to a method for providing a bedding management service.

Beddings such as mattress covers, blankets, pillow covers, etc., are in close contact with the user's skin for a long time during sleep, so the cleanliness must be maintained at a high level, which is directly linked to the user's health problems.

However, in the case of furniture (especially small households) that do not have a large washing machine and dryer capable of washing bedding, or people who spend a busy daily life, it is difficult to manage the bedding by washing it regularly.

To this end, in the past, users used a blanket laundry service provided by a local laundry or used a coin launderette, and this has the disadvantages that it is difficult to manage because the laundry method is not specialized for bedding, and the user has to take care of the laundry every time. .

In addition, when it is confirmed that the bedding is damaged, it is difficult to prove whether it is damaged before washing or during washing, so there is a problem that the responsibility for the relationship between the user and the laundry becomes unclear.

Furthermore, when the bedding used according to the change of the season needs to be changed, or when the use of bedding has to be replaced with a new product due to the end of the expiration date, there is also the hassle of having to take care of and purchase each user.

The present invention has been invented to solve the above-described problems in the related art, and an object of the present invention is to allow a user to more easily use a regular bedding replacement service.

In addition, an object of the present invention is to enable a user to immediately monitor their own inspection and management status of washing.

In addition, an object of the present invention is to clarify the responsibility for bedding damage, and to allow users to conveniently receive new products.

In addition, it is an object of the present invention to provide an optimized moving route to an engineer when changing bedding.

According to an embodiment of the present invention, bedding management using a server, a user terminal communicating with the server, a driver terminal communicating with the server, and an administrator terminal communicating with the server, and replacing the user's bedding with washed bedding A service providing method, the method comprising: storing replacement location information from the server to the driver's terminal; Transmitting information on completion of bedding replacement from the driver's terminal to the server; And transmitting the information on completing the bedding replacement from the server to the user terminal and the manager terminal. It is possible to provide a method for providing a bedding management service comprising:

In an exemplary embodiment, the method may further include transmitting information about a scheduled bedding replacement date from the server to the user terminal.

In an exemplary embodiment, the step of determining whether the user confirms that the bedding is to be replaced on the scheduled bedding replacement date in the user terminal; And requesting a bedding replacement from the user terminal to the server, which is performed when it is confirmed by the user that the replacement on the scheduled date of bedding replacement is confirmed.

In an exemplary embodiment, the steps of: transmitting the later replacement request information from the user terminal to the server, which is performed when information on a later replacement request other than the scheduled bedding replacement date is input from the user terminal; It may contain more.

In an exemplary embodiment, the step of transmitting information on the next replacement date from the server to the user terminal when the bedding replacement completion information is transmitted to the server; may further include.

In an exemplary embodiment, before the step of storing the replacement location information, a replacement location list-up step of deriving the replacement location information from the server; may further include.

In an exemplary embodiment, the replacement location information may further include an optimal delivery order via replacement locations.

In an exemplary embodiment, the optimal delivery order may be configured to minimize a moving time or a moving distance.

In an exemplary embodiment, the step of listing replacement locations comprises: listing replacement locations; Classifying the listed replacement sites by region; And calculating an optimal delivery order between replacement places within each region.

In an exemplary embodiment, the step of listing the replacement locations may further include calculating a total estimated travel time for each region according to the optimal delivery order.

In an exemplary embodiment, the calculating of the optimal delivery order between replacement locations within each region includes: loading past movement information between replacement locations within each region; And calculating an optimal delivery order based on the movement information between the replacement places.

In an exemplary embodiment, the past movement information between the replacement locations includes a travel time between each replacement location, and the optimal delivery order may be configured to minimize the total travel time within the classified area.

In an exemplary embodiment, the past movement information between the replacement locations includes a movement distance between each replacement location, and the optimal delivery order may be configured to minimize the total movement distance within the classified area.

In an exemplary embodiment, the step of calculating the optimal delivery order within each region comprises: listing user replacement preference times; And reclassifying the replacement places for each preferred time zone; further comprising, in the step of calculating the optimal delivery order based on the movement information between the replacement locations, an optimal delivery order between replacement locations reclassified for each preferred time zone may be calculated.

In an exemplary embodiment, the method may further include optimizing a delivery order while moving in the driver's terminal.

According to an embodiment of the present invention, a server, a user terminal communicating with the server, and a manager terminal communicating with the server are used, and bedding management in which the user's bedding is replaced with washed bedding and the recovered bedding is washed. A service providing method, comprising: transmitting information on completion of bedding collection from the server to the user terminal; And transmitting, from the manager terminal, inspection result information including information on whether the bedding collected to the user terminal is contaminated or damaged through the server. The method of providing a bedding management service comprising: I can.

In an exemplary embodiment, the step of transmitting the laundry completion information of the collected bedding from the manager terminal to the user terminal through the server; may further include.

In an exemplary embodiment, transmitting information on completion of preparation for replacement of the bedding collected from the manager terminal to the user terminal through the server; may further include.

In an exemplary embodiment, the inspection result information may further include information on the degree of contamination or information on the degree of damage, a photographic image of the recovered bedding, or an illustration image of the recovered bedding.

In an exemplary embodiment, the inspection result information may further include information on whether to continue use of the recovered bedding.

In an exemplary embodiment, the step of requesting exchange of the recovered bedding from the user terminal to the manager terminal for new bedding through the server; further comprising, the step of requesting exchange for the new bedding includes the inspection result information If it contains information that the recovered bedding cannot continue to be used, it may be possible to proceed.

In an exemplary embodiment, the method of providing the bedding management service further uses a bedding inspection device in communication with the server, and scanning unique information of the bedding recovered by the bedding inspection device; And a bedding state scanning step of deriving the bedding state information recovered by the bedding inspection device.

In an exemplary embodiment, the step of deriving the bedding state information may further include a damage inspection step of inspecting the damage state of the bedding, and the damage checking step includes a synchronization rate between the acquired image and the shape of the reference image. Deriving; Determining whether the shape synchro rate is greater than or equal to a first criterion; When the shape synchro rate is greater than or equal to the first criterion, it may be determined that the recovered bedding is in an undamaged state.

In an exemplary embodiment, in the damage inspection step, if the shape synchro rate is lower than the first criterion, it may be determined that the recovered bedding is damaged.

In an exemplary embodiment, the damage inspection step is performed when the shape synchro rate is lower than the first criterion, and determining whether the shape synchro rate is greater than or equal to a second criterion lower than the first criterion; And, if the shape synchro rate is lower than the second criterion, it may be determined that continued use of the recovered bedding is impossible.

In an exemplary embodiment, the step of deriving the bedding status information may further include a contamination inspection step of inspecting the contamination status of the bedding, wherein the contamination inspection step includes a color synchronization rate between the acquired image and the reference image. Deriving; And determining whether the color synchro rate is greater than or equal to a third criterion, and when the color synchro rate is greater than or equal to the third criterion, it may be determined that the recovered bedding is in a weakly contaminated state.

In an exemplary embodiment, in the contamination inspection step, if the color synchro rate is lower than the third criterion, it may be determined that the recovered bedding has a higher level of contamination than the weak contamination.

In an exemplary embodiment, the method of providing the bedding management service further uses a delivery driver terminal communicating with the server, and proceeds before the step of transmitting the bedding collection completion information, and replaces the bedding from the delivery driver terminal to the server. The step of transmitting the completion information; may further include.

The present invention has the effect of allowing the user to use the regular bedding replacement service more easily.

In addition, the present invention has the effect of allowing the user to immediately monitor the status of management of their bedding inspected and washed.

In addition, the present invention has the effect of clarifying the responsibility of the bedding is damaged, and allowing the user to conveniently receive a new product.

In addition, the present invention has the effect of providing an optimized delivery route to the driver when changing bedding.

1 is a schematic diagram of a system implementing a method for providing a bedding management service according to an embodiment of the present invention.
2 is a block diagram showing a detailed configuration of a system implementing the method for providing the bedding management service.
3 is a diagram illustrating a bedding replacement flow in the method of providing the bedding management service.
4 shows a main page provided to a user terminal by a method for providing a bedding management service according to an embodiment of the present invention.
5 is provided to a user terminal by a method for providing a bedding management service according to an embodiment of the present invention, and shows a main page.
6 to 8 are provided to a user terminal by a method for providing a bedding management service according to an embodiment of the present invention, and illustrate pages for implementing a bedding replacement flow.
9 shows a detailed flow of a list-up step of a replacement place in the bedding replacement flow.
10 shows a detailed flow of a step of calculating an optimal delivery order for each region during the replacement site list-up step.
FIG. 11 is a conceptual diagram illustrating an embodiment of calculating the optimal delivery order for each region, and illustrating a flow for calculating a minimum travel time.
12 is a conceptual diagram showing another embodiment of the step of calculating the optimal delivery order for each region, and a flow for calculating the minimum travel distance.
13 and 14 are provided to a user driver's terminal by a method for providing a bedding management service according to an embodiment of the present invention, and illustrate pages for implementing a list-up of a three-chief matching flow replacement site and a step of setting a delivery route.
15 is a diagram illustrating a flow of monitoring bedding management information in the method of providing the bedding management service.
16 illustrates a bedding inspection device controlled according to the bedding management information monitoring flow.
FIG. 17 is a detailed flow diagram of a bedding state scanning step in the bedding management information monitoring flow.
18 to 22 are provided to a user driver's terminal by a method for providing a bedding management service according to an embodiment of the present invention, and illustrate pages implementing a flow of monitoring bedding management information.

Hereinafter, various embodiments of the present invention will be described with reference to the drawings.

In the present specification, bedding refers to bedding such as pillows, pillowcases, blankets, and mattress covers.

In addition, bedding management refers to the act of inspecting the contamination and damage of the user's bedding, and the act of collecting the bedding in use by the user and replacing it with washed bedding, and may be provided regularly to bedding management users.

In addition, bedding contamination means a state in which stains have occurred due to liquid or solid stains on the bedding, and bedding damage means that the shape of the bedding is deformed by an external force.

In addition, in this specification, a user refers to a person who is provided with a bedding management service while using bedding, and a driver refers to a person who visits the user's residence, collects the bedding in use, and delivers the washed bedding.

1 is a schematic diagram of a system implementing a method for providing a bedding management service.

The bedding management service providing system according to an embodiment of the present invention enables access to the network (W) through wired or wireless communication, and to a server (S) that stores information, and to the network (W) through wired or wireless communication. A user terminal (A) that can access and transmit and receive information with the server (S), and an administrator terminal (B) that can access the network (W) through wired or wireless communication and transmits and receives information to and from the server (S) , It is possible to access the network (W) through wired or wireless communication, and may include an article terminal (C) for transmitting and receiving information with the server (S).

In this case, the user terminal (A), the manager terminal (B), and the article terminal (C) may be connected to a plurality as necessary.

The terminal may mean including an integrated unit including a device capable of transmitting through a wired or wireless Internet network.

That is, it corresponds to a device for access through the Internet, and broadly, input devices such as keyboards and mice to input various data, output devices such as monitors and printers, transceivers such as modems or LANs, microprocessors or graphic cards It may be composed of a storage device having the same processing device and various programs that operate or control them.

For example, a Personal Communication System (PCS), a Global System for Mobile communications (GSM) terminal, a Personal Digital Cellular (PDC), a Personal Handyphone System (PHS) terminal, a Personal Information Terminal (Personal) Digital Assistant (PDA), smart phone (Smart Phone), Telematics (Telematics), wireless data communication terminal and / or portable Internet terminal, Personal Computer (Personal Computer) and notebook (Notebook), and the like.

Hereinafter, individual components of a system for implementing the bedding management service providing system will be described in detail with reference to FIG. 2.

The server (S) is a server communication unit (81) that transmits and receives information with the communicating user terminal (A), the manager terminal (B), the driver's terminal (C) and the bedding inspection device (D), and accumulates data and information. It includes a storage database 82, an operation unit 83 that processes received information to derive information, and a server control unit 84 that controls the server communication unit 81 and the database 82 and the operation unit 83. can do.

The server S may be composed of a dedicated hardware system and a wired/wireless communication network for implementing a method of providing a bedding management service, and may be implemented through a virtual file-based web cloud service.

First, the bedding management service providing system according to an embodiment of the present invention further includes a bedding inspection device (D) capable of accessing the network (W) through wired or wireless communication and transmitting and receiving information to and from the server (S). can do.

The bedding inspection device D will be described in more detail later in FIG. 16.

First, a bedding replacement flow of a method for providing a bedding management service according to an embodiment of the present invention will be described. The replacement flow can be applied not only to bedding management services that regularly replace and wash bedding, but also to bedding management services that are provided irregularly at the request of users, and a temporary replacement schedule during the provision of regular bedding management services. It can also be applied when changing.

The method for providing a bedding management service according to an embodiment of the present invention includes the step of transmitting information on a scheduled bedding replacement date from the server (S) to the user terminal (A) (S1), and the scheduled bedding replacement date from the user terminal (A). It may include determining whether the user confirms that the bedding is to be replaced (S2), and requesting a bedding replacement from the user terminal to the server (S3).

In addition, the steps S1 to S3 may be performed a predetermined day before the scheduled replacement date of the user input to the server S.

When the step S1 is performed, information about the replacement schedule may be provided through a general notification or a push notification in the user terminal A, and if the user selects confirmation (confirmation), the subsequent step S3 may be automatically performed.

Meanwhile, the method for providing a bedding management service according to an embodiment of the present invention may further include transmitting (S0) the later replacement request information from the user terminal to the server.

The step S0 may be performed when the user terminal (A) inputs replacement request information in the future other than the scheduled replacement date. That is, in step S2, if the user requests to replace the bedding on a replacement date other than the scheduled replacement date, the process may be performed.

The steps S0 to S4 may be selectively applied as needed, and a bedding management service that regularly replaces bedding even if there is no step S0 to S4 may be implemented by the steps described below.

Thereafter, on the other hand, the bedding management service according to an embodiment of the present invention includes a replacement location list-up step (S4) of deriving replacement location information from the server (S) and the user terminal (A) in the server (S). It may further include the step (S5) of transmitting the bedding replacement schedule information.

In this case, the bedding replacement schedule information may include the bedding replacement scheduled date, the bedding replacement time, and information (name, contact information) of the driver.

The replacement location information in step S4 may include the residence or address of users determined to change bedding on a specific day, contact information, bedding model to be replaced, and unique number of bedding to be replaced.

In addition, the replacement location information may include a list of replacement locations classified for each region and an estimated travel time of articles by region, and the replacement location list may be listed in an optimal delivery order in which travel time is minimized or travel distance is minimized. have.

The detailed configuration of the replacement place list-up step (S4) will be described in detail later in FIG. 9.

Thereafter, the bedding management service according to an embodiment of the present invention may further include transmitting (S6) the replacement location information from the server (S) to the driver terminal (C), and the driver Depending on the information, the bedding can be changed on the scheduled replacement date.

In addition, in the driver's terminal (C), the step (S7) of optimizing the delivery order during the movement may be further performed, which is the current moving time by receiving real-time traffic conditions from the driver's terminal (C) through the network (W). It corresponds to the step of rearranging the optimal delivery order to minimize it.

Thereafter, a step that proceeds when each user's bedding replacement is completed, and the bedding management service according to an embodiment of the present invention transmits the bedding replacement completion information from the driver's terminal (C) to the server (S) (S8). ), and transmitting the bedding replacement completion information from the server (S) to the user terminal (A) and the manager terminal (B) (S9).

When the step S9 proceeds, replacement completion information may be provided from the user terminal A through a general notification or a push notification.

Accordingly, users and managers can check in real time that the bedding replacement has been completed.

A step that proceeds after step S8 or step S9 is performed, and the bedding management service according to an embodiment of the present invention is a step of transmitting information on the next replacement date from the server (S) to the user terminal (A) (S10). Can proceed.

The next replacement date may be a time point when a predetermined period of time has elapsed from the time when the bedding replacement was made, and the next replacement date may be the bedding replacement date when the step S1 is performed again or the step S4 is performed again.

FIG. 4 illustrates that a method for providing a bedding management service according to an embodiment of the present invention is implemented through the user terminal A, and the main page 11 is provided through the user terminal A.

The main page 11 includes a bedding replacement area 111 in which steps S0 to S3, S5, S9, and S10 are implemented, a bedding management area 112 in which a bedding management information monitoring flow to be described later is implemented, and , The replacement cycle change regions 113 capable of changing the regular replacement cycle of bedding according to the user's selection may be partitioned from each other and disposed.

5 to 8 illustrate an example in which a bedding replacement flow is implemented through a web/application of the user terminal (A) among the above-described method for providing a bedding management service.

First, FIG. 5 shows that the user terminal (A) is provided with an information notification area 22 on the scheduled date of bedding replacement, and the server (S) through the information notification area 22 to the user terminal (A) The information transmitted by the step (S1) of transmitting information on the scheduled replacement date may be described.

Next, FIG. 6 shows a bedding replacement information page 23 provided to the user terminal A.

The bedding replacement information page 23 includes a user information area 231, a bedding information area 232 in which a list of products in use and unique information are written, a replacement date information area 233 in which a replacement scheduled date and preferred time are displayed, and A replacement confirmation area 234 for confirming that the user will replace the bedding on the scheduled date and a later replacement area 235 for delaying the replacement date by the user's selection may be partitioned and arranged.

When the replacement confirmation area 233 is selected in the bedding replacement information page 23, the bedding management service providing system determines that the replacement has been confirmed in step S2, and the step S3 may be automatically performed.

On the other hand, when the replacement area 235 is selected on the bedding replacement information page 23, the replacement page 24 shown in FIG. 7 may be provided to the user terminal A.

Referring to FIG. 7, in the future replacement page 24, a preset period delay area 241 for delaying a scheduled replacement date by a preset period (for example, one week), and a designated period for delaying by designating a scheduled replacement date to be delayed. The smoke areas 242 may be partitioned and disposed from each other.

The predetermined period deferred area 241 and the designated period deferred area 242 may be selectively selected, and if one of them is selected, the step S0 may be automatically performed.

8 is a bedding replacement completion information notification area 25 is provided to the user terminal (A), the completion information notification area 22 through the server (S) to the user terminal (A) the bedding replacement completed The information transmitted by the step of transmitting information (S9) may be described.

9 shows a detailed flow of the replacement place list-up step (S3). Hereinafter, a process of deriving an optimal delivery order and an expected travel time through the replacement place list-up step (S3) will be described.

First, in the step of listing replacement places (S3) according to an embodiment of the present invention, listing replacement places for which bedding replacement has been confirmed on a specific day (T1), classifying the listed replacement places by region (T2), and classification Calculating the optimal delivery order between replacement places within each region (T3), calculating the total estimated travel time for each region according to the optimal delivery order (T4), and allocating replacement locations classified by region to the driver (T5) It may include.

In this case, the classification by region may be classified according to an administrative area, or may be classified as an area arbitrarily divided according to management convenience by an administrator.

Hereinafter, a detailed configuration of the step (T3) of calculating the optimal delivery order within each region will be described in more detail with reference to FIG. 10.

The step of calculating the optimal delivery order between the replacement places within each region (T3) is the step of loading past movement information between the replacement places within each region (K3) and calculating the optimal delivery order based on the movement information between the replacement places (K4) may be included.

The past movement information between the replacement sites may include at least one of a travel distance between each replacement site and an average travel time by time slot, and the optimal delivery order is an area in which the total travel distance within the classified area is minimized or the classified area It can be configured to minimize the total travel time within.

That is, after calculating all possible sequence combinations based on past movement information between each replacement place, a configuration in which the total movement distance or the total movement time is minimized among the calculated sequence combinations may be selected and listed.

On the other hand, the step of calculating the optimal delivery order between the replacement places within each region (T3) according to an embodiment of the present invention includes listing the user replacement preferred time (K1), and reclassifying replacement locations for each preferred time zone. It may further include (K2).

The steps K1 and K2 may be performed before the steps K3 and K4, and may not be performed if necessary.

Hereinafter, an example in which the step (T3) of calculating the optimal delivery order within each region is performed will be described in more detail with reference to FIG. 11.

Referring first to the conceptual diagram of the K1 step shown in FIG. 11, a list of users whose replacement is confirmed on a specific day and replacement preference time information may be listed.

Thereafter, the user list listed in the step K1 may be reclassified by time slot in the step (K2) of reclassifying the replacement place for each preferred time zone.

Next, in the step (K3) of loading the past movement information between the replacement places within each region, after calculating all of the replacement location combinations, the travel times of the combinations calculated based on the past movement information, which is big data, are listed.

In this case, the past movement information refers to the time that the combination belongs to or the time that the combination belongs to and the time that the exchange has moved between the replacement sites in the past, and can be at least one of the average travel time, the minimum travel time, or the maximum travel time. have.

On the other hand, when there is no past movement information, it can be calculated based on the history of moving to an adjacent area. For example, a combination between area 1 and area 2 can be calculated as a similar combination of area 1 and area 2 and adjacent areas.

Alternatively, the past movement information may be a time value obtained by an arbitrary input by an administrator or a time value obtained through an external online navigation system.

If movement times are calculated in step K3, an order combination may be extracted in a direction in which the total time is minimized through step K4.

12 is another example in which the step (T3) of calculating the optimal delivery order within each region is performed, and illustrates a case in which order combination is performed in a direction in which the moving distance is minimized.

The steps K1 and K2 are the same as the above-described example, and steps K3' and K4' may be performed differently from the above-described example.

Specifically, in the step (K3') of loading past movement information between replacement places within each region, the combined movement distances calculated based on the past movement information, which is big data, are listed, and the movement distance is the average movement distance or the external online It can be the distance value obtained through the navigation system.

Likewise, if there is no past movement information, it can be calculated based on the history of moving to an adjacent area.

When movement times are calculated in step K3', an order combination may be extracted in a direction in which the total movement distance is minimized through step K4'.

13 is provided to the article terminal (C) according to the step (S6) of transmitting the replacement place information processed in the replacement place list-up step (S4) from the server (S) to the article terminal (C). A replacement place list page 31 is shown.

In the replacement place list page 31, a user delivery information area 311 in which the user's name/telephone number/address, etc. is recorded, a guide area 312 linking an external navigation system, and an individual guiding to a page including bedding information The delivery information area 313 and the current movement route optimization area 314 may be partitioned and disposed from each other.

Accordingly, the driver can perform bedding replacement according to the optimized delivery order in the user delivery information area 311.

At this time, basically, the order derived in the replacement place list-up step (S4) is provided, but when the current movement route optimization region 314 is selected, the delivery order is a step of optimizing the delivery order during the production period (S7). Can be rearranged by

That is, the driver terminal C receives real-time traffic conditions through the network W and an external navigation system and rearranges the optimal delivery order to minimize the current travel time, thereby enabling more efficient delivery.

14 is an individual delivery information page 32 that is converted when the individual delivery information area 313 is selected on the replacement destination list page 31.

The individual delivery information page 32 includes a detailed delivery information area 312 in which information of individual users and replacement bedding information including a unique code and quantity of bedding to be replaced, and a replacement completion confirmation area 322 are partitioned from each other. Can be placed.

When the replacement completion confirmation area 322 is selected, the step (S8) of transmitting the bedding replacement completion information from the driver's terminal C to the server S may proceed.

According to the configuration related to the delivery flow described above, the present invention enables efficient bedding replacement from the standpoint of the delivery driver, the user can smoothly and easily adjust the replacement schedule, and the manager can monitor the status of the bedding replacement in real time. The quality of bedding care service can be maximized.

Hereinafter, a flow of monitoring bedding management information in a method for providing a bedding management service according to an embodiment of the present invention will be described.

The monitoring flow can also be applied to bedding management services that regularly replace and wash bedding, and can also be applied to bedding management services that are provided irregularly at the request of users, and a temporary replacement schedule during the provision of regular bedding management services. It can also be applied when changing.

First, referring to FIG. 15, a method for providing a bedding management service according to an embodiment of the present invention includes the step (F1) of transmitting bedding replacement completion information from the delivery driver terminal (C) to the server (S), and the server It may include a step (F2) of transmitting information on completion of collection of bedding from (S) to the user terminal (A).

In this case, the F1 step is preferably configured in the same manner as the S8 step of the above-described replacement flow.

In addition, step F2 is preferably configured to be the same as step S9 of the above-described replacement flow. Conversely, step F2 may be configured as a step separate from step S9 if necessary.

Thereafter, the method for providing bedding management service according to an embodiment of the present invention includes information on whether the bedding collected from the manager terminal (B) to the user terminal (A) through the server (S) is contaminated or damaged. Transmitting the inspection result information (F7), when washing of the collected bedding is completed, the laundry completion information of the collected bedding from the manager terminal (B) to the user terminal (A) is transmitted through the server (S) Step (F9) and, when the delivery preparation of the recovered bedding is completed, the information is transmitted from the manager terminal (B) to the user terminal (A) through the server (S) to prepare replacement of the collected bedding. (F10) may be included.

When information on the completion of inspection, washing and replacement preparation is transmitted to the user terminal (A), the information can be implemented through a general notification or push notification in the user terminal (A), as well as to be described later. It may be implemented in the form of 18 to 22 pages.

Accordingly, the user can immediately monitor the status of the collected bedding in each step.

The inspection result information may include information on the degree of contamination and damage of the recovered bedding, and may include a photo image or an illustration image of the bedding when the recovered bedding is contaminated or damaged.

This is an excellent way to prevent disputes in advance by clearly defining the responsibility for contamination and damage by immediately storing them in the database when the bedding used by the user is contaminated or damaged, and notifying the user with related information. Has an effect.

In addition, the method for providing bedding management service according to an embodiment of the present invention is to request replacement of the bedding recovered from the user terminal (A) to the manager terminal (B) through the server (S) after step S7 for new bedding. It may further include a step (F8).

The step of requesting replacement for the new bedding (F8) is performed when the recovered bedding is not continuously available due to contamination or damage, and the information as a result of the inspection includes information that the recovered bedding cannot be continuously used. If you can proceed.

Meanwhile, in the method of providing the bedding management service, some steps of the bedding management information monitoring flow may be performed by using the bedding inspection device D.

Prior to describing the flow, first, the bedding inspection device D will be described in more detail with reference to FIG. 16.

The bedding inspection device (D) is a device that inspects whether the recovered bedding is contaminated or damaged, a fixing unit 56 holding the bedding Z to be inspected, a first camera module scanning one side of the held bedding ( 51) and a camera module 50 including a second camera module 52 for scanning the other surface of the held bedding, and a unique information recognition unit 53 for recognizing unique information of the held bedding.

The first camera module 51 may include a first camera 511 and a first lamp 512, and the second camera module 52 is a second camera 521 and a second lamp 522 It may include, and the unique information recognition unit 53 may be operated using a camera or barcode recognition method.

In addition, the bedding inspection device (D) is an inspection communication unit 54 that communicates with the server (S) and the manager terminal (B), the camera module 50 and the unique information recognition unit 53 and the inspection It may include an inspection control unit 55 that controls the communication unit 54.

Accordingly, as the recovered bedding passes between the first camera module 51 and the second camera module 52, the upper and lower surfaces may be scanned, and the scanned information is processed by the control unit 55 or the private interest inspection communication unit It may be transmitted to the server S through 54.

Hereinafter, some steps of the bedding management information monitoring flow using the bedding inspection device (D) will be described with reference to FIG. 15 again.

The method for providing a bedding management service according to an embodiment of the present invention includes the steps of scanning (F3) unique information of the bedding recovered by the bedding inspection device (D), and the bedding status information collected by the bedding inspection device (D). Derived bedding state scanning step (F4), transmitting the bedding state information from the bedding inspection device (D) to the server (S) (F5), the bedding state information from the server to the manager terminal (B) It may include a step (F6) is transmitted.

In this case, the inspection result information transmitted in step F7 may be bedding state information, or may be information processed after a separate determination and processing process for the bedding state information in the manager terminal (B).

Accordingly, the process of inspecting the bedding and calculating the inspection-related information can be automatically performed through the bedding inspection device D, so that the efficiency of management work can be maximized.

Hereinafter, a detailed configuration of the bedding state scanning step F4 will be described in detail with reference to FIG. 17.

The bedding state scanning step (F4) is a step of acquiring an image of the recovered bedding using the camera module 50 (H1), an acquired image processing step (H2), and comparing the acquired image with a reference image to determine the bedding state. It may include a step (H3) of deriving information.

The acquired image processing step (H2) corresponds to a step of recognizing and clarifying the outline of the bedding, and adjusting sharpness or brightness.

Subsequently, a detailed flow of step H3 of deriving the bedding state information will be described with reference to FIG. 17.

The step of deriving the bedding state information (H3) may include a damage inspection step (H31) and a contamination check step (H32). The damage check step (H31) and the contamination check step (H32) are shown in FIG. As described above, after the damage inspection step H31 is performed, the contamination inspection step H32 may be performed, or conversely, after the contamination inspection step H32 is performed, the damage inspection step H31 may proceed, or may be performed simultaneously.

However, if the contamination is severe, it may be removed by washing, but in the case of damage, it can be recovered only after a separate repair or disposal procedure is performed, so it is recommended that the contamination check step (H32) proceeds after the damage check step (H31) is performed. desirable.

The damage inspection step (H31) may include a step (H311) of deriving a shape synchro rate of the acquired image and the reference image (H311), and a step (H312) of determining whether the shape synchro rate is greater than or equal to a first reference.

Determining whether the shape synchro rate is greater than or equal to the first criterion (H312) may be performed by the inspection control unit 55, and when the shape synchro rate is determined to be greater than or equal to the first criterion, the recovered bedding is not damaged. The step of determining that it is (H313) may proceed.

On the other hand, if it is determined that the shape synchro rate is lower than the first criterion, a step (H314) of determining whether the shape synchro rate is equal to or greater than the second criterion may be performed subsequently.

Determining whether the shape synchro rate is greater than or equal to the second criterion (H314) may also be performed by the inspection control unit 55, and when the shape synchro rate is determined to be greater than or equal to the second criterion, the recovered bedding is about to be damaged. Determining that it is (H315) may proceed.

On the other hand, when it is determined that the shape synchro rate is lower than the second criterion, if the shape synchro rate is lower than the second criterion, a step (H316) of determining that continued use of the recovered bedding is impossible may proceed. have.

In the case where a lot of damage has been performed, there is a side that it is difficult to recover to a normal state by washing, and thus, it may proceed differently from the contamination inspection flow described below.

First, the contamination inspection step H32 may include deriving a color synchro rate between the acquired image and the reference image (H321), and determining whether the color synchro rate is greater than or equal to a third standard (H322).

In this case, the reference image may be an image of bedding in a normal state, and may be received through the server S, or may be an image stored in a storage unit (not shown) of the bedding inspection device D.

The step (H322) of determining whether the color synchro rate is greater than or equal to the third criterion may be performed by the inspection control unit 55, and when the color syncro rate is determined to be greater than or equal to the third criterion, the recovered bedding is slightly contaminated. Determining that it is (H323) may proceed.

On the other hand, when it is determined that the color synchro rate is lower than the third criterion, the step (H324) of determining whether the color syncro rate is equal to or greater than the fourth criterion may be performed subsequently.

Determining whether the color synchro rate is greater than or equal to the fourth criterion (H324) may also be performed by the inspection control unit 55, and when the color syncro rate is determined to be greater than or equal to the fourth criterion, the recovered bedding is in a heavy contamination state. Determining that it is (H325) may proceed.

On the other hand, if it is determined that the color synchro rate is lower than the fourth criterion, a step (H326) of determining that the recovered bedding is in a strongly contaminated state may proceed.

In this case, in the case of strong contamination, it may be determined that the bedding is not continuously used, and as another method, it may be determined whether or not the bedding is continuously available according to whether the contamination has been removed after washing.

In addition, in the steps of deriving the shape and color synchro rate (H311, H321), after deep learning the accumulated image information of bedding to learn the types of contamination and damage, the inspection error rate is corrected by correcting deviations that occur according to other factors. Can be reduced.

18 to 22 are diagrams illustrating an example in which a bedding management information monitoring flow is implemented through a web/application of the user terminal A among the above-described bedding management service providing methods.

First, referring to FIG. 18, the bedding management page 26 provided to the user terminal A will be described.

In the bedding management page 26, a product information area 261 in which information on the product in use is displayed, a next delivery date 262 in which information on the next replacement expected date is indicated, and a management status area (263, 264, 265) in which the bedding management status is displayed. ) Can be arranged partitioned from each other.

In the management status areas 263, 264, and 265, each of the recovered bedding may be displayed at which stage of collection completion/review completion/washing completion/delivery preparation completion.

In other words, if the F2 step proceeds, it is checked as collection complete, if the F7 step proceeds, it is checked as inspection completion, if the F9 step proceeds, it is checked as laundry completion, and if the F10 step proceeds, it is checked as delivery ready. I can.

In addition, as step F7 proceeds, information on the inspection result of the recovered bedding may be briefly described in the management status areas 263, 264, and 265.

In order to provide the inspection result information in more detail, when the bedding list provided in the management status areas 263, 264, 265 is selected, pages 19 to 22 may be switched.

Hereinafter, with reference to FIG. 19, the bedding inspection result page 27 provided to the user terminal A will be described.

The bedding inspection result page 27 may include a bedding-specific information area 271 in which a type of bedding and a unique number are written, and a condition image area 272 that provides an image of a contaminated state of the bedding.

In the state image area 272, a photographic image of the recovered bedding taken by the camera module 50 or the administrator may be provided, so that the user may more clearly check the state of the bedding before washing.

On the other hand, FIG. 20 is another embodiment of the bedding inspection result page provided to the user terminal A, in which an illustration of the bedding, not a photo, is provided in the state image area 272' of the bedding inspection result page 27'. Is shown.

Contaminated areas may be marked (red) in the illustration of bedding, and the degree of contamination (weak/medium/strong) may be indicated.

In addition, FIGS. 21 and 22 illustrate an example in which the bedding inspection result page is provided when the bedding is damaged.

Referring to FIG. 21, as different from the case of contamination, the bedding inspection result page 28 includes a unique information area 281, a status image area 282 providing an image of a damaged bedding, and a bedding replacement request area ( 283) may be partitioned and disposed.

In this case, when information about continuous use of bedding is transmitted to the user terminal A in steps H316 and F7, information indicating that the continuous use of bedding is impossible may be displayed in the state image area 282.

Further, in this case, when the user selects the bedding exchange request area 283, the above-described step F8 may be automatically performed, so that the user can easily exchange for new bedding.

According to the configuration of the above-described bedding management status monitoring flow, users and managers can monitor the bedding management status in real time, and disputes due to contamination and damage can be prevented in advance.

Furthermore, when a user needs to be replaced due to damage to the bedding, a service for replacing the new bedding can be provided easily with a simple procedure.

Even if an effect not described in the present specification, the present invention may additionally have different effects of each of the above-described configurations, and a new effect not found in the prior art is derived according to the organic coupling relationship between the above-described configurations. can do.

User terminal A Administrator terminal B Driver terminal C
Server S Bedding Inspection Device D

Claims (15)

Using a server, a user terminal communicating with the server, a manager terminal communicating with the server, and a bedding inspection device communicating with the server, replacing the user's bedding with washed bedding and washing the collected bedding to the user In the method of providing the bedding management service provided again,
Transmitting information on completion of collection of bedding from the server to the user terminal; And
Transmitting inspection result information including information on contamination or damage of bedding collected from the manager terminal to the user terminal through the server; Including,
The above inspection result information
Includes a photographic image of the bedding after being recovered and before washing or an illustration image expressing the condition of the bedding after being recovered and before washing,
Scanning the unique information of the bedding recovered by the bedding inspection device; And
Further comprising a bedding state scanning step of deriving the bedding state information collected by the bedding inspection device,
The bedding state scanning step
Acquiring an image of the recovered bedding using a camera module; And
Comprising the step of comparing the acquired image and the reference image to derive the bedding state information; including
The step of deriving the bedding state information may further include a damage inspection step of inspecting the damage state of the bedding,
The damage inspection step
Deriving a shape synchronization rate between the acquired image and the reference image;
Determining whether the shape synchro rate is greater than or equal to a first standard; And
The process proceeds when the shape synchro rate is lower than the first criterion, and determining whether the shape synchro rate is greater than or equal to a second criterion lower than the first criterion; Including,
In the damage inspection step
When the shape synchro rate is greater than or equal to the first criterion, it is determined that the recovered bedding is in an undamaged state, and when the shape synchro rate is less than the first criterion and the second criterion or more, it is determined that the collected bedding is in a weakly damaged state, If the shape synchro rate is lower than the second criterion, it is determined that continued use of the recovered bedding is impossible. delete delete delete delete delete delete delete delete delete delete delete delete delete delete

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