JP4781481B1 - Service providing facility search system, service providing facility search method, and service providing facility search program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a service providing facility search system, a service providing facility search method, and a service providing facility search program that allow a user to easily compare with other candidates for final determination, and to improve user convenience Improve.
SOLUTION: The shortest service providing facility determining means that determines one service providing facility that can receive a service in the shortest time based on a travel time and the reservation available time zone, and the shortest service providing facility enters the display area. And scale determining means for determining the scale of the map image to be displayed so as to satisfy the predetermined condition, and the facility mark image of the service providing facility including the shortest service providing facility in the display area is superimposed on the map image of the scale and displayed. And a map image display means.
[Selection] Figure 2

Description

  The present invention relates to a service providing facility search system, a service providing facility search method, and a service providing facility search program for searching for a service providing facility that can receive service provision quickly from a plurality of service providing facilities.

Conventionally, a method for searching for a service providing facility capable of providing a service quickly from a plurality of service providing facilities has been proposed.
For example, a service providing server device that transmits a required time based on a travel time to a service providing facility and a scheduled time until the service is started after arrival to a user's communication terminal device has been proposed (see Patent Document 1). ).

  In addition, an information providing server that extracts a store that can be used at a time specified in a search condition based on the average stay time and travel time of the store has been proposed (see Patent Document 2).

  However, the technologies described in these documents make it difficult to compare the information of each service providing facility when the user finally decides which service providing facility to use from the candidates found by the search. There was a problem of lacking.

JP 2005-20259 A JP 20045502 A

  In view of the above-described problems, the present invention provides a service providing facility search system, a service providing facility search method, and a service providing facility search program that allow a user to easily compare with other candidates for final determination. The purpose is to improve user convenience.

The present invention relates to service providing facility information including the location and reservation status of the service providing facility, and map information enabling map display for a plurality of service providing facilities providing the same type of service, and utilization Starting point input receiving means for receiving a starting point input by a user, service type input receiving means for receiving a service type designation input by a user, and services existing in a predetermined range among the service providing facilities stored in the storage means In-range extraction means for extracting a provision facility, travel time calculation means for calculating a travel time for a user to travel from the starting point to the service provision facility, and the service provision facility earliest after the travel time has elapsed Reservable time zone search means for searching for a reservable time zone that can be reserved, the travel time and the reservable time zone And shortest service providing facilities determining means for determining the shortest time one service providing facilities for receiving a service in the basis, the scale determining means for determining the scale of the map image to be displayed to a Jo Tokoro condition is satisfied, the fused scale map Map image display means for displaying a facility mark image of a service providing facility including the shortest service providing facility in a display area on an image, and the storage means includes a plurality of service providing facilities for a plurality of service types, respectively. The service type input accepting unit is configured to accept designation inputs of a plurality of service types, and executes extraction by the in-range extraction unit for the plurality of designated service types. The travel time calculating means, the reservation available time zone searching means, and the shortest service providing facility determining means. Ri, the designated input service for all service types undergo in order to determine the respective minimum service providing facilities and moving path can be terminated earliest, the scale determining means, from the origin of the service providing facilities and the extracted Decide the scale to be the “shortest display” according to the straight line distance to the nearest service providing facility, and according to the straight line distance to the service providing facility where the distance from the starting point is the middle among the extracted service providing facilities The scale to be “middle display” is determined, and the scale to be “wide display” is determined according to the linear distance to the farthest service providing facility, and the predetermined condition is for each of the extracted service providing facilities The straight line distance from the starting point to the service providing facility is calculated, the straight line distances are sorted in order of distance, and the first reduction is displayed based on the aggregate density of the straight line distances. The map image display means determines the scale to be displayed first determined by the scale determination means in accordance with the conditions. It is a condition that determines whether the scale is “shortest display”, “middle display”, or “wide display” . It is a service providing facility search system provided with a scale change button that displays the travel route and the service providing facility in a superimposed manner on a map image and accepts selection of “shortest display”, “middle display”, and “wide display” It is characterized by.

  According to the present invention, it is possible to provide a service providing facility search system, a service providing facility search method, and a service providing facility search program that allow a user to easily compare with other candidates for final determination.

The system block diagram of a hospital search system. Functional block diagram of a hospital search system. The data file block diagram of each database. The data block diagram of each data file. The flowchart which shows the whole process. The flowchart which shows operation | movement of the shortest consultation hospital extraction process. The screen block diagram of a search result display screen. Explanatory drawing of a magnification change display. Explanatory drawing of a mark image.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a system configuration diagram of a hospital search system 1 as a service providing facility search system. As shown in the figure, the hospital search system 1 is mainly composed of a plurality of patient terminals (user terminals) 2, a communication line 3, a management server 4, and a plurality of hospital terminals (person-in-charge terminals) 5. .

The patient terminal 2 is a terminal that searches for a hospital (service providing facility) that can receive medical treatment in the shortest time, and communicates with the management server 4 through the communication line 3 by a router (not shown).
The communication line 3 is a communication line such as the Internet, and enables communication between computers at remote locations.

  The management server 4 stores various types of data, and searches for the nearest hospital, confirms a reservation available time zone, grasps an assumed medical treatment end time, displays a map, displays a hospital evaluation (reliability), and the like. Also, accepting appointments, managing the progress of the treatment on the day, interrupting the patient to the appointment schedule, and performing a patient stress assessment process that evaluates whether or not the appointment patient was completed without delay To do.

  The hospital terminal 5 is a terminal that is operated and input by a doctor (person in charge) who conducts medical care (service), and executes start and end of medical care for a reserved patient, input of acceptance of an interrupt, warning display, notification of possible interruption, and the like. . The operation input to the hospital terminal 5 may be performed by an auxiliary operator who assists the doctor.

  The patient terminal 2, the management server 4, and the hospital terminal 5 are all control means composed of a CPU, ROM and RAM, storage means composed of a hard disk, input means composed of a keyboard, mouse, etc., liquid crystal Service providing facility search program that is configured by hardware such as a display unit configured by a display, a communication unit configured by a LAN board, etc., and an external connection unit configured by a USB or the like and stored in a storage unit The control means executes various operations according to various programs.

FIG. 2 is a functional block diagram illustrating functions executed by each device of the hospital search system 1.
As illustrated, the patient terminal 2 and the hospital terminal 5 are provided with operation display units 8 and 9, respectively. By the operation display units 8 and 9, the patient terminal 2 and the hospital terminal 5 receive operation inputs from patients, doctors, and the like, perform screen display, and transmit / receive data to / from the management server 4 via the communication line 3.

  The management server 4 includes, as function blocks of functions executed by the control means in accordance with the service providing facility search program, a starting point input unit (starting point input receiving unit) 11, a target area input unit (target area input unit) 12, an end point input unit 13, Medical treatment type input unit (service type input receiving means) 14, evaluation condition input unit 15, condition applicable hospital extraction unit (in-range extraction means) 18, map database (map information) 21, traffic database 22, hospital database 23, reservation database 24, mark database 25, evaluation update unit 26, medical treatment type management unit 31, area management unit 32, travel time calculation unit (travel time calculation means) 33, reservation availability confirmation unit (reservable time zone search means) 34, scheduled termination Confirmation unit 35, evaluation confirmation unit (reliability acquisition means) 36, evaluation mark determination unit 37, main mark determination unit 38, building Determination unit 39, building overlap determination unit 40, display mark determination unit 41, candidate management unit 45, shortest consultation hospital determination unit (shortest service providing facility determination unit) 46, route management unit 47, scale determination unit (scale determination unit) ) 48, a display unit (map image display means) 52, and a display content operation unit 51 for extracting display content.

  The map database 21, the traffic database 22, the hospital database 23, the reservation database 24, and the mark database 25 are stored in the storage unit of the management server 4.

  The starting point input unit 11 receives an input of a starting point. As the data for receiving the input, the data is received in an appropriate data format such as address data, position data received from GPS or the like. Moreover, facility data such as a station name or a store name, telephone number data, or the like may be received as received data. In this case, the facility master data in which the facility name, the location, the telephone number, and the location of the facility having the telephone number are associated is stored in the map database 21, and the facility data and the telephone number are referenced with reference to the facility master data. Data may be converted into position data.

  The target area input unit 12 receives an input of a good area as a target area when searching for a hospital. The data for accepting the input may be address data, location data, facility data, telephone number data, or the like, similar to the starting point input unit 11. The user can input an appropriate target area, such as a transit station in the middle of commuting, or a frequently visited place, to the target area input unit 12.

  The end point input unit 13 accepts input of end point data that ends last. The data for accepting the input may be address data, location data, facility data, telephone number data, or the like, similar to the starting point input unit 11. The user can input an appropriate end point area to the end point input unit 13 such as a home, a work place, or a destination to be visited after medical treatment.

  The end point input unit 13 can be input with a region different from the region input with the start point input unit 11 or the same region. This makes it possible to search for a hospital both at home and near home, or search for a hospital only near home, or go to a "hospital near home" while going home from work, or "a hospital near a transit station" , Go to "Hospitals near work" and search for hospitals (to prevent unnecessary travel from leaving home and going to hospitals near work and going to hospitals near homes and transit stations) Appropriate search becomes possible.

  The medical treatment type input unit 14 receives input of medical treatment type (service type) data such as dentistry, otolaryngology, internal medicine, and surgery. This medical treatment type data accepts not only one input but also multiple types of input.

  The evaluation condition input unit 15 accepts input of evaluation condition data such as how much evaluation is required for the hospital evaluation. Specifically, it accepts input such as how much patient stress evaluation indicates the degree of delay in medical treatment relative to appointment, and what content is to be obtained as the focus content on the hospital side.

  The focus is on early morning treatment, night medical treatment, Sunday medical treatment, emergency medical treatment, English spoken, Chinese possible, introduction of the latest equipment, introduction of advanced treatment, painless treatment, kids corner, female doctor, hospital cleanliness The content can be appropriate, such as having a parking lot, walking from the station within the prefecture, and having book publishing experience.

  In addition, when letting the user select each focus content, prioritize which focus content is prioritized, and give points for each focus content (high points if important) May be allowed. Thereby, it is possible to select a hospital having a high total point by taking into account a plurality of focus contents.

  Further, instead of the focus content, an input of an item requested by the user from user selection items described with qualitative content may be accepted. As user selection items, I want to treat before going to work, I want to treat after work, I want to see in Chinese, I hate dirty hospitals, I like famous teachers, I hate pain, I want to bring my children, You can choose appropriate items such as wanting a female teacher to see you, seeing you with cutting-edge technology, going by car, and being close to the station. In this case, the focus content registered on the hospital side is associated with these items, and the focus content on the hospital side according to the user's selection items may be confirmed and extracted. . In addition, you may make it the structure which displays a focus content as it is as a user selection item, and makes a user select.

  The condition-corresponding hospital extracting unit 18 performs an operation of extracting, from the hospital database 23, hospitals corresponding to the conditions input by the evaluation condition input unit 15 within a predetermined range of hospitals. The predetermined range is set to an appropriate range such as a predetermined distance from a starting point, a target area, or an end point, a predetermined moving time, or a range where a predetermined number of hospitals exist.

  As shown in FIG. 3, the map database 21 appropriately displays a map such as map data for storing a map image, address data for storing an address and a position on the map, and position data for matching the position with the map image. Is stored. The map database 21 is not limited to this configuration, and can be configured by appropriate data that enables map display, and can also be configured to include the facility master data and telephone number data described above.

  The traffic database 22 stores railway data, road data, travel time calculation data, and the like. The railway data is composed of railway station position data, railway operation data, and the like, so that travel time and arrival time when using the railway can be calculated. The road data is composed of data such as the position and distance of the road and whether or not a vehicle can pass, so that a travel route through which a person or a vehicle can pass can be determined. The travel time calculation data is composed of distance and time data for calculating movement by walking of a person, distance and time data for calculating movement by automobile, and the like, so that the time required for movement can be calculated.

  The hospital database 23 includes hospital data (service providing facility information) 23a as shown in FIG. The hospital data 23a includes a hospital ID, a name, a medical treatment type, a position, an evaluation, a focus content, a reservation confirmation address, a building flag, and the like. In the medical treatment type, medical treatment type data such as dentistry, otolaryngology, internal medicine, and surgery are stored. In the evaluation, the above-described patient stress evaluation is stored. The focus content stores the focus content registered by the hospital among the plurality of focus content described above. In the reservation confirmation address, an address for accessing the reservation data of the corresponding hospital stored in the reservation database 24 is stored. The building flag stores a flag indicating whether it is one of a plurality of hospitals included in one building or a single hospital.

  As shown in FIGS. 3 and 4, the reservation database 24 in FIG. 3D includes time frame master data 24a, reservation data 24b, reception data 24c on the day, stress time management data 24d on the day, actual data, etc. for each hospital. It consists of It should be noted that the latest reservation status management data that separately collects the reservation data 24b and the day reception data 24c for a plurality of hospitals is prepared, and whether or not the medical treatment time frame prepared for each hospital is filled with this latest reservation status management data. It may be configured to determine.

  In the time frame master data 24a, a reservable time zone (reservable time zone) is stored for each time frame, and an actual reservation is stored in the reservation data 24b. Since the time frame master data 24a can be freely determined for each hospital, the time length, start time, and end time of one time frame are freely set for each hospital.

  In the reception data 24c on the day, provisional reservation time of the patient who visited on the day is stored. As for the patient coming to the hospital on the day, if there is a gap time for the reason that the appointment patient's medical care was completed earlier, the medical treatment is terminated earlier by interrupting the gap time.

  In the stress time management data 24d generated on the day, the time when the scheduled patient's medical treatment end time is pushed behind the time frame and the patient is stressed is the stress time (ST time shown in the figure) generated on the day. I manage.

  Based on this stress time, the patient stress evaluation of the hospital is determined. Specifically, if the doctor is a single hospital, the stress time of the doctor can be used as it is, and if there are a plurality of doctors, the stress time of the hospital can be determined by an appropriate method. When there are a plurality of doctors, for example, the longest stress time is the hospital stress time, or the weighted average is appropriately weighted with respect to each doctor's stress time, and the hospital stress time, etc. It can be converted into hospital stress time by an appropriate method.

  The actual data stores actual data that actually starts and ends medical treatment for the reserved patient.

  The reservation database 24 configured in this manner is used to confirm a vacant time zone that can be reserved and register a reservation.

  The mark database 25 shown in FIG. 3E stores main mark data, evaluation mark data, and bill mark data. The main mark data is image data with different marks depending on whether or not reservation is possible, such as, for example, a mark that can be reserved immediately at the estimated arrival time, a reservation that is delayed from the estimated arrival time, and a reservation that cannot be reserved. be able to. Evaluation mark data is displayed in alphabets in three stages, A, B, and C, or a mark image that can intuitively recognize the height of evaluation, such as displaying a clock mark in different colors of blue, yellow, and red. It can be data.

  The building mark data can be displayed as one mark (one building frame is marked) that is displayed when there are multiple hospitals in the building. can do. This building mark is hit in the same building when multiple hospitals are hit in the same building by searching for the same clinical subjects, or when multiple medical subjects are searched (ophthalmology on the first floor, dental on the second floor) Etc.). However, even in a hospital in a building (a hospital with a building mark “Yes”), if a plurality of hits are not made in the same building, the single mark may be displayed as it is without the building mark. The image data to be displayed as the building mark may be determined according to the reservation availability status of the hospital with the best reservation availability status among the hospitals hit by the search in the hospitals in the building.

  As shown in FIG. 2, the evaluation update unit 26 updates the evaluation stored in the hospital data 23 a of the hospital database 23 based on the current day stress time management data 24 d of the reservation database 24 and the like. Thereby, the latest evaluation can be displayed.

The medical treatment type management unit 31 manages the data extracted by the condition corresponding hospital extraction unit 18 for each medical treatment type.
The region management unit 32 manages the data extracted by the condition-corresponding hospital extraction unit 18 for each region.

  The travel time calculation unit 33 refers to the map database 21 and the traffic database 22, and calculates necessary travel time such as travel time between the start point and the hospital, travel time from the hospital to the hospital, travel time from the hospital to the end point, etc. To do.

  The reservation availability confirmation unit 34 calculates the estimated arrival time by adding the travel time to the hospital calculated by the travel time calculation unit 33 to the current time, and determines whether the hospital can be reserved at the scheduled arrival time. Access 24 and confirm.

  The end schedule confirmation unit 35 confirms the scheduled end time when the medical treatment ends when the reservation is confirmed at the hospital confirmed by the reservation availability confirmation unit 34 and reservation is made. For this confirmation, the time frame master data 24a of the reservation database 24 is referred to, the end time of the time frame to be reserved is set as the scheduled end time, or the medical treatment time determined for each case is stored in the reservation database 24. With reference to this, it is calculated by an appropriate method, for example, the time obtained by adding this medical treatment time to the appointment time is set as the scheduled end time.

The evaluation confirmation unit 36 confirms the evaluation of the hospital with reference to the hospital data 23a.
The evaluation mark determination unit 37 determines the evaluation mark of the hospital to be displayed on the map according to the confirmed evaluation.

  The main mark determination unit 38 refers to the main mark data in the mark database 25 and determines the main mark according to the reservation availability status confirmed by the reservation availability confirmation unit 34.

The building mark determination unit 39 determines that the building flag is “existing” as determined by the building duplication determination unit 40, and if there are a plurality (two or more) of hospitals in the building hit by the search, the building mark is displayed. The mark is determined from the building mark data in the mark database 25. When the building flag is “none” and when there is one hospital in the building that has been hit by the search even if the building flag is “present”, it is determined not to display the building mark.
The building duplication determination unit 40 determines whether or not the hospital is one hospital when there are a plurality of hospitals in the same building with reference to the building flag of the hospital data 23a.

  The display mark determination unit 41 determines how to display the main mark, the evaluation mark, and the bill mark for the hospital. When the bill mark determination unit 39 decides not to display the bill mark or when the bill mark is “None”, the main mark and the evaluation mark are displayed, and when the bill mark determination unit 39 decides to display the bill mark, It is determined to display one building mark as a mark indicating the building regardless of the number of hospitals in the building.

  The candidate management unit 45 manages a plurality of candidates considered as a travel route for receiving medical care at a hospital from the starting point. In other words, when receiving medical treatments of a plurality of medical treatment types, it manages candidates from which hospital to go in order, for example, when going to dentistry and going to internal medicine, going to internal medicine and going to dentistry, or Various candidates are managed, for example, when going to the B area after going to the A area and when going to the A area after going to the B area.

The shortest consultation hospital determination unit 46 determines a hospital and a travel route that can be reserved in the shortest among the candidates managed by the candidate management unit 45. In addition, the shortest consultation hospital determination unit 46 may be configured to determine a hospital and a movement route that have the shortest assumed medical treatment end time that can end all medical treatments in consideration of an expected medical treatment time.
The route management unit 47 manages the travel route determined by the shortest consultation hospital determination unit 46.

  The scale determining unit 48 determines the scale of the map to be displayed on the screen based on a predetermined condition. The predetermined condition may be a condition based on the start point, the target area, the end point, and the extracted hospitals, and may further be a condition for displaying the shortest consultation hospital and a predetermined number of hospitals. For example, the scale is determined so that a plurality of extracted hospitals (for example, three or five) are displayed, or the scale is determined so that the starting point and the shortest consultation hospital are displayed. Good.

  As a result, in the initial state, it is displayed at a scale that does not even display one hospital on the screen, or it is displayed at a scale that is difficult to see because the hospital is crowded due to the wide area display and the marks are collapsed. It is preventing.

In determining the specific scale, the scale is determined according to the linear distance from the starting point to the nearest hospital, and this is used as the initial display (“shortest display”). The scale determined according to the straight-line distance to the intermediate hospital is “middle area display”, and the scale determined according to the straight-line distance to the farthest hospital is “wide area display”. It may be configured so that it can be displayed.
Thereby, the shortest display, the mid-range display, and the wide-area display can be appropriately switched. Therefore, the patient can easily execute appropriate enlargement / reduction without performing a troublesome operation such as re-manipulating many times to obtain an appropriate display for easy viewing and setting an appropriate magnification.

  The scale to be displayed first among the “shortest display”, “mid-range display”, and “wide-area display” calculates the linear distance from the starting point to the hospital for each extracted hospital, and sorts these linear distances in order of distance. The display magnification may be determined by an appropriate method such as determining the display magnification based on the aggregate density of the straight line distances. In this case, an appropriate number of hospitals can be displayed on the map in the initial display, and the convenience can be further enhanced.

The display content operation unit 51 accepts operations such as changing the scale of the displayed map. It also accepts an input for a reservation operation. When a reservation operation for the displayed hospital is input, the display content operation unit 51 registers a reservation for the designated time frame in the reservation database 24.
The display unit 52 displays the map image at the scale determined by the scale determination unit 48 together with the hospital mark (main mark, evaluation mark, and building mark).

FIG. 5 is a flowchart showing the overall processing.
The control means of the management server 4 receives the condition input entered by the patient from the patient terminal 2 through the starting point input unit 11, the target area input unit 12, the end point input unit 13, the medical treatment type input unit 14, and the evaluation condition input unit 15. (Step S1). In this condition input, a starting point, a target area, an end point, a medical treatment type, and an evaluation condition are input as appropriate.

  When the inputted medical treatment type is one (step S2: No), the control means of the management server 4 searches for a hospital whose arrival time is within a predetermined time from the starting point by the condition corresponding hospital extraction unit 18 (step S3), The shortest consultation hospital extraction process is executed (step S4), and the result is displayed as a map (step S30).

  When there are a plurality of input medical treatment types (step S2: Yes), the control unit of the management server 4 determines whether or not there are a plurality of target areas (step S5). In this determination, if at least one target area or end point is selected in addition to the starting point, it is determined that there are a plurality.

  When there is only one target area, that is, only the starting point is input (step S5: No), the control means of the management server 4 searches for a hospital whose arrival time from the starting point is within a predetermined time by the condition corresponding hospital extracting unit 18. (Step S6).

  The control means of the management server 4 substitutes 1 for a variable j indicating the number of travel routes (step S7), substitutes 1 for a variable i indicating the number of medical treatment types (step S8), and performs the shortest consultation hospital extraction process. Execute (Step S9). The “movement route” here may be a linear distance from the starting point to the hospital.

The control means of the management server 4 sets the shortest consultation hospital extracted in the shortest consultation hospital extraction process as the starting point of the next extraction (step S10), and adds 1 to the variable i.
If all the medical treatment types have not been completed (step S12: No), the process returns to step S9 and is repeated, and if completed (step S12: Yes), the shortest consultation hospital is temporarily stored in the route L (j). (Step S13).

The control means of the management server 4 changes the arrangement of the medical treatment type K (i) (step S14) and adds 1 to the variable j (step S15).
The control unit of the management server 4 returns the processing to step S8 and repeats until all candidates managed by the candidate management unit 45 are completed (step S16: No).

  If all the candidates are completed (step S16: Yes), the control means of the management server 4 determines the shortest time route L among the routes L (j) (step S17) and displays the result on a map (step). S30). The “route L (j)” may be a linear distance from the starting point to the hospital.

  When there are a plurality of target areas in step S5 (step S5: Yes), a search is made for a hospital whose arrival time is within a predetermined time from a designated point (station location, designated place, etc.) in each area (step S18).

  And the control means of the management server 4 performs the same operation | movement as step S7 to S17 mentioned above by step S19 to S29, displays a result on a map (step S30), and complete | finishes a process.

FIG. 6 is a flowchart showing the operation of the shortest consultation hospital extraction process.
The control means of the management server 4 substitutes 1 for the variable n (step S41), and temporarily stores the time required for the hospital P (n) from the starting point (step S42). Hospital P (n) is an array that stores the hospitals extracted in steps S3, S6, and S18.

  The control means of the management server 4 refers to the reservation database 24 and confirms the shortest reservation time of the hospital P (n) (step S43). In addition, when the shortest hospital determination part 46 calculates | requires the shortest hospital on the basis of the presumed medical treatment end time, the presumed medical treatment end time is also referred.

  The control means of the management server 4 determines the main mark to be displayed on the map by the main mark determination unit 38 (step S44), performs the evaluation confirmation of the hospital P (n) by the evaluation mark determination unit 37 (step S45), An evaluation mark is determined (step S46).

  The control means of the management server 4 adds 1 to the variable n, and returns to step S42 and repeats until all the extracted hospitals are finished (step S48: No).

  If the process is completed for all the extracted hospitals (step S48: Yes), the control unit of the management server 4 compares the shortest reservation time calculated in step S43 for all the extracted hospitals, and the shortest consultation hospital with the earliest reservation time (Or the shortest consultation hospital with the earliest expected medical end time) is determined (step S49).

  The control means of the management server 4 decides that if there is no hospital determined to display the building mark by the building mark determination unit 39 (step S50: No), the processing is terminated and the building mark determination unit 39 displays the building mark. If there is a hospital (step S50: Yes), the representative display target is determined (step S51). This representative display target is a hospital that is marked on the map as a representative when multiple hospitals in the same building are extracted, and is determined to be the hospital with the best reservation availability status in that building. .

  The control means of the management server 4 sets the bill mark to be added to the determined representative display target mark for display (step S52), and ends the process.

  With the above configuration and operation, the hospital extracted by the search can be displayed as a map on the search result display screen 60 as shown in the screen configuration diagram of FIG.

  The search result display screen 60 includes a start position input box 61, a reservation date input box 62, a start time input box 63, a calendar button 64, a just / follow selection button 65, a scale change button 69, a map display section (display area). 70, a selected hospital information display unit 80, and a hospital list display unit 90 are provided.

The starting point position input box 61 is a part that receives an input of a starting point position, and allows an address input.
The reservation date input box 62 accepts input of a reserved date.

The starting time input box 63 accepts input of the time to depart from the starting date on the day to be reserved.
The calendar button 64 opens another window for displaying the date in a calendar, and inputs the selected date into the reservation date input box 62.

The just / following selection button 65 accepts the selection of whether to depart at the starting time exactly or after that.
The scale change button 69 is a button for changing the scale of the map to be displayed on the map display unit 70. “<<”, “Shortest display”, “1”, “Medium”, which are displayed by being enlarged (detailed) little by little. “2” for performing “region display”, “3” for performing “wide region display”, and “>>” for reducing (widening) the display little by little. When “2” is selected, the display magnification is increased as shown in FIG. 8 (A) and the mid-range display is performed. When “1” is selected, the display magnification is displayed as shown in FIG. 8 (B). And the shortest display (detailed display) is performed. When “1” or “2” is selected from “3”, the display magnification is reduced and wide area display is performed as shown in FIG.

  The map display unit 70 displays a hospital main mark (facility mark image) 71 and a building mark (integrated mark image) 72 in a superimposed manner on a map image, and also displays a starting point mark 77 in a superimposed manner. In addition, a selection mark 75 that circles the main mark 71 of one selected hospital is also displayed. When a selection operation is performed in which the mouse cursor is placed on the main mark 71 of the hospital and clicked, the selection mark 75 is displayed on the main mark 71 of the hospital and the hospital's main mark 71 is displayed on the selected hospital information display unit 80. View details.

  As shown in FIG. 9A, the main mark 71 and the bill mark 72 are displayed in a state where a plus mark is displayed at the upper right of the main mark 71, and the bill mark 72 which is the plus mark is clicked. Then, as shown in FIG. 9B, the display changes to a balloon display (facility mark group image) 79, and the main mark 71 and the evaluation mark 76 of the hospital in the building are displayed in the balloon display 79. As the evaluation mark 76, an appropriate mark indicating evaluation such as a star mark or a clock mark is displayed. The evaluation mark 76 may be additionally displayed on the main mark 71 of an individual hospital that is not in a building.

  The selected hospital information display unit 80 displays a hospital name 81, an evaluation mark 82, a time frame start time 85, a time frame reservation availability display 86, and a reservation button 84. The start time 85 of the time frame, the time frame reservation availability display 86, and the reservation button 84 are set. If the time frame cannot be reserved, the reservation button 84 is not displayed. A reservation button 84 is displayed in the time frame.

  The hospital list display unit 90 displays a list of hospitals (extracted ones) displayed on the map, and displays a hospital name 91, a reservation available time 92, a connection display 93, and a reservation available mark 94. . In the reservation available time 92, the start time of the time frame that can be reserved earliest among the time frames after adding the travel time to the starting time is displayed. The date 93 when the patient last visited the hospital is displayed on the hook 93. This display may be executed by logging in to the patient and searching for past medical information of the logged-in patient in the record data.

  As described above, a plurality of hospitals that can be reached in a predetermined time from the starting point are extracted, and the reservation possible situation is confirmed, and the hospital that can finish the medical treatment at the earliest time can be displayed. Therefore, patients can easily find the hospital that finishes medical treatment in the shortest time in case of an emergency or when they have a chance and want to go to the hospital immediately. It is possible to prevent waiting.

  In addition, since the map displayed on the map display unit 70 is displayed at an appropriate scale, the user can easily compare with other candidates for final determination.

  Since the main mark 71 indicating a hospital is superimposed on the map of the map display unit 70, the patient can easily grasp the position of the hospital.

  Since the scale initially displayed on the map display unit 70 of the search result display screen 60 is set to an appropriate scale according to the distance from the starting point to the hospital and the number of hospitals by the scale determining unit 48, the patient displays the scale display. You can check the availability of reservations with multiple hospitals without changing it.

  In addition, by inputting a plurality of medical treatment types, for example, it is possible to set up a schedule in which, for example, dentistry is treated in one dental clinic and internal medicine is treated in another medical hospital. Since the schedule can be determined in consideration of the travel route, travel time, and reservation availability, the user can efficiently receive a plurality of medical treatments.

  In addition, since the target area other than the starting point can also be input, it is possible to search for hospitals near the workplace and near the home, and to find the hospital that can be consulted earliest. Therefore, unlike searching only near the home or near the work place, it is possible to find a hospital that can quickly finish the medical treatment for more hospitals.

  Since the starting point and the ending point can be input, for example, if the moving time from the starting point to the hospital A is the same as the moving time from the hospital B in the vicinity of the ending point to the ending point, the total movement for leaving the starting point and arriving at the ending point Since the time is the same, it is possible to extract and receive a hospital that can be reserved with less loss due to waiting time at the timing of movement from the start point to the end point. This makes it possible to select the most efficient consultation in total.

  In addition, the evaluation mark 82 can confirm the reliability of whether the delay is large or small with respect to the reservation, so that the reservation can be made early. It is possible to prevent the medical treatment end time from being delayed. That is, when there are a plurality of hospitals having the same expected medical end time, it is possible to select a hospital with higher reliability or to extract and reserve only hospitals with higher reliability.

  Further, when there are a plurality of hospitals in the same building, the main marks 71 of the hospitals that can be consulted in the shortest time are displayed as representatives, so that the hospitals that can be consulted quickly can be easily displayed. In other words, it is possible to prevent all the main marks 71 of hospitals existing in the same location from being displayed and becoming difficult to see, and the main marks 71 of hospitals that can be consulted in the shortest time are hidden by the main marks 71 of hospitals that are slow to consult or hospitals that cannot be reserved. You can prevent things from getting stuck.

  In addition, because it is possible to narrow down the hospitals by focus items and display the degree of coincidence, for example, search for hospitals that are focused on painless treatment or search for hospitals that can receive medical care even with children. It is possible to increase the convenience for the patient.

  In addition, the reliability indicating whether or not the medical care can be received as scheduled is displayed as the evaluation mark 76, and the evaluation mark 76 is based on the daytime stress time management data 24d and the actual data of the medical care of each hospital. Therefore, the user can finally determine the hospital to receive medical information by obtaining highly objective information.

  In addition, the hospital reservation system and results management system can be used to determine the degree of reliability, etc., and show this to the patient who is searching for the hospital, so the hospital will appeal that it is performing appropriate medical care. A reservation system and a performance management system can be used as a tool. That is, a system that can only be used in the hospital can be used as an appeal tool for customers (patients).

  If multiple hospitals with the same estimated end-of-care time and the same evaluation are extracted, if the shortest consultation hospital cannot be narrowed down to one, the order is randomly determined by random numbers, or the search hits first What is necessary is just to comprise so that it may narrow down to one by appropriate methods, such as giving priority to a hospital. Thereby, the situation where the shortest consultation hospital cannot be decided can be prevented.

  The search result display screen 60 displays the selection mark 75 for only one shortest hospital. However, when receiving medical treatments of a plurality of medical treatment types, the selection mark 75 is displayed on the hospital selected for each medical treatment type. It is good to display and the movement route from the starting point to each hospital is also displayed. Thereby, it is possible to know at a glance which hospital should be visited in which order by which travel route, and the convenience of the patient can be improved.

  In addition, although the configuration is such that the hospital that can be consulted in the shortest time based on the reservation time (that is, the medical treatment start time) is not limited thereto, the hospital that can be consulted in the shortest time based on the medical treatment completion time may be configured.

  The present invention is not limited only to the configuration of the above-described embodiment, and many embodiments can be obtained.

  The present invention can be used for hospital search and reservation, such as search for hospitals that can receive medical treatment early, search for hospitals that can be accepted at hospitals that receive emergency services, and other searches and reservations for beauty salons, massages It can be used in various fields where it is useful to search and make reservations for facilities that can receive services in the shortest time, such as searching and booking esthetics.

DESCRIPTION OF SYMBOLS 1 ... Hospital search system, 11 ... Origin input part, 12 ... Target area input part, 14 ... Medical treatment type input part, 18 ... Condition applicable hospital extraction part, 21 ... Map database, 22 ... Traffic database, 23 ... Hospital database, 23a ... hospital data, 24 ... reservation database, 33 ... travel time calculation section, 34 ... reservation availability confirmation section, 36 ... evaluation confirmation section, 46 ... shortest consultation hospital determination section, 48 ... scale determination section, 52 ... display section, 70 ... Map display section 71 ... main mark 72 ... bill mark 79 ... balloon display

Claims (5)

Storage means for storing service providing facility information including the location and reservation status of the service providing facility and map information enabling map display for a plurality of service providing facilities providing the same type of service;
Starting point input receiving means for receiving a starting point input by a user;
A service type input receiving means for receiving a service type designation input by a user;
In-range extraction means for extracting service providing facilities existing in a predetermined range among the service providing facilities stored in the storage means;
A travel time calculating means for calculating a travel time for a user to travel from the starting point to the service providing facility;
Reservable time zone search means for searching for a reservable time zone that can be reserved earliest in the service providing facility after the travel time has elapsed;
Shortest service providing facility determining means for determining one service providing facility capable of receiving a service in the shortest time based on the travel time and the reservation available time zone;
A scale determining means for determining the scale of the map image to be displayed to a Jo Tokoro condition is satisfied,
Map image display means for displaying the scale mark image of the service providing facility including the shortest service providing facility in the display area so as to overlap the map image display means,
The storage means is configured to store the plurality of service providing facility information for each of a plurality of service types,
The service type input accepting unit is configured to accept designation inputs of a plurality of service types,
Performing extraction by the in-range extraction means for the plurality of service types specified and input,
Each shortest service providing facility capable of receiving the services of all specified service types in order and ending the earliest by the travel time calculating means, the reservable time zone searching means, and the shortest service providing facility determining means; Determine the route of travel,
The scale determining means determines a scale that is “shortest display” according to a linear distance from the starting point to the nearest service providing facility among the extracted service providing facilities, and the distance from the starting point among the extracted service providing facilities The scale is determined to be “midrange display” according to the straight line distance to the service providing facility that is intermediate, and the scale to be determined as “wide area display” according to the straight line distance to the farthest service providing facility And
The predetermined condition is calculated for each extracted service providing facility by calculating a straight line distance from the starting point to the service providing facility, sorting the straight line distances in order of distance, and displaying first based on the aggregate density of the straight line distances This is a condition that determines whether the scale to be displayed is “shortest display”, “middle display”, or “wide display”
The map image display means displays the travel route and the service providing facility on the map image of the scale to be displayed first determined by the scale determination means according to the conditions, and displays “shortest display” and “middle display”. And a service providing facility search system with a scale change button that accepts selection of “wide area display” . The facility mark image is configured to display a different mark depending on the reservation availability situation,
When there are a plurality of service providing facilities in the same building, the map image display means includes an integrated mark image in which the plurality of service providing facilities are collected as the facility mark image, and each facility of the plurality of service providing facilities. Ri configuration der for selectively displaying the facility marks group image to be displayed by arranging within the frame mark images,
2. The service according to claim 1 , wherein the image displayed as the integrated mark image is determined in accordance with a reservation availability status of a service providing facility having the best reservation availability status among the extracted service providing facilities in the same building. Provided facility search system. It has an end point input unit that accepts the end point input by the user,
3. The service providing facility search system according to claim 1 or 2, wherein the shortest service providing facility determination means is configured to determine one service providing facility so that the time to finally reach the end point is the shortest. For a plurality of service providing facilities providing the same kind of service, service providing facility information including the location of the service providing facility and the reservation status, and map information enabling map display are stored in the storage means,
Accept the origin input by the user by the origin input acceptance means,
The service type input accepting means accepts the service type designation input by the user,
A service providing facility existing in a predetermined range among the service providing facilities stored in the storage unit is extracted by an in-range extraction unit;
A travel time calculating unit calculates a travel time for the user to travel from the starting point to the service providing facility,
Retrieving a reservable time zone that can be reserved earliest at the service providing facility after the travel time has elapsed by a reservable time zone search means
One service providing facility that can receive a service in the shortest time based on the travel time and the reservation available time zone is determined by the shortest service providing facility determining means,
Determined by the scale determining means the scale of the map image to be displayed to a Jo Tokoro condition is satisfied,
The map image display means displays the facility mark image of the service providing facility including the shortest service providing facility in the display area on the map image of the reduced scale, and displays it by the map image display means.
The storage means is configured to store the plurality of service providing facility information for each of a plurality of service types,
The service type input accepting unit is configured to accept designation inputs of a plurality of service types,
Performing extraction by the in-range extraction means for the plurality of service types specified and input,
Each shortest service providing facility capable of receiving the services of all specified service types in order and ending the earliest by the travel time calculating means, the reservable time zone searching means, and the shortest service providing facility determining means; Determine the route of travel,
The scale determining means determines a scale that is “shortest display” according to a linear distance from the starting point to the nearest service providing facility among the extracted service providing facilities, and the distance from the starting point among the extracted service providing facilities Determine the scale to be “middle range display” according to the straight line distance to the service providing facility that is intermediate, and determine the scale to be “wide area display” according to the straight line distance to the farthest service providing facility,
The predetermined condition is calculated for each extracted service providing facility by calculating a straight line distance from the starting point to the service providing facility, sorting the straight line distances in order of distance, and displaying first based on the aggregate density of the straight line distances This is a condition that determines whether the scale to be displayed is “shortest display”, “middle display”, or “wide display”
The map image display means displays the travel route and the service providing facility on the map image of the scale determined by the scale determination means according to the conditions, and the map image display means displays “shortest display” and “medium display”. A service providing facility search method including a scale change button for accepting selection of “area display” and “wide area display” . Computer
Storage means for storing service providing facility information including the location and reservation status of the service providing facility and map information enabling map display for a plurality of service providing facilities providing the same type of service;
Starting point input receiving means for receiving a starting point input by a user;
A service type input receiving means for receiving a service type designation input by a user;
In-range extraction means for extracting service providing facilities existing in a predetermined range among the service providing facilities stored in the storage means;
A travel time calculating means for calculating a travel time for a user to travel from the starting point to the service providing facility;
Reservable time zone search means for searching for a reservable time zone that can be reserved earliest in the service providing facility after the travel time has elapsed;
Shortest service providing facility determining means for determining one service providing facility capable of receiving a service in the shortest time based on the travel time and the reservation available time zone;
A scale determining means for determining the scale of the map image to be displayed to a Jo Tokoro condition is satisfied,
Functioning as a map image display means for displaying a facility mark image of a service providing facility including the shortest service providing facility in a display area on the scaled map image,
The storage means is configured to store the plurality of service providing facility information for each of a plurality of service types,
The service type input accepting unit is configured to accept designation inputs of a plurality of service types,
Performing extraction by the in-range extraction means for the plurality of service types specified and input,
Each shortest service providing facility capable of receiving the services of all specified service types in order and ending the earliest by the travel time calculating means, the reservable time zone searching means, and the shortest service providing facility determining means; Determine the route of travel,
The scale determining means determines a scale that is “shortest display” according to a linear distance from the starting point to the nearest service providing facility among the extracted service providing facilities, and the distance from the starting point among the extracted service providing facilities The scale is determined to be “midrange display” according to the straight line distance to the service providing facility that is intermediate, and the scale to be determined as “wide area display” according to the straight line distance to the farthest service providing facility And
The predetermined condition is calculated for each extracted service providing facility by calculating a straight line distance from the starting point to the service providing facility, sorting the straight line distances in order of distance, and displaying first based on the aggregate density of the straight line distances This is a condition that determines whether the scale to be displayed is “shortest display”, “middle display”, or “wide display”
The map image display means displays the travel route and the service providing facility on the map image of the scale to be displayed first determined by the scale determination means according to the conditions, and displays “shortest display” and “middle display”. And a service providing facility search program including a scale change button for accepting selection of “wide area display” .

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