JP2016139364A - Guest room selection support system, guest room selection support method, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device for guiding a guest room corresponding to on-board comfort of a ship.SOLUTION: A guest room selection support system includes: a condition reception part which receives input of a condition showing on-board comfort of a ship; and a candidate presentation part which presents a guest room candidate corresponding to the condition showing on-board comfort, in accordance with a correspondence between a predetermined guest room and information showing on-board comfort and the received condition showing on-board comfort.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a guest room selection support system, a guest room selection support method, and a program.

  People who are seasick often board a boat because they hesitate to use the boat or endure seasickness when they need to get on the boat. In response to this, efforts have been made to suppress the shaking of the ship. For example, in Patent Document 1, based on the ship sway detected by the sway detecting means, the ship cabin supported to be tiltable and liftable is tilted or lifted so as to cancel the sway, thereby swaying the cabin. Technology to suppress this has been released. Patent Document 2 describes a technique for reducing the shaking of a stopped hull by attaching floating bodies supported by a swinging mechanism to both sides of the hull and landing the floating bodies on the water surface.

Japanese Patent Laid-Open No. 03-096496 JP-A-11-227686

  By the way, the hull has a position where it is easy to shake and a position where it is difficult to shake. Generally, the center and lower layers of the hull are less likely to shake, and the front and rear, left and right, and upper layers are said to be more swaying. While efforts to reduce ship hulls are effective, as in the techniques of Patent Documents 1 and 2, there is a possibility that people who are seasick can reduce seasickness by getting them to a place where the ship shakes little. There is. However, when choosing a passenger ship's cabin, such as a ferry, the cabin grade could be selected, but the cabin could not be chosen considering the ship's sway.

  Accordingly, an object of the present invention is to provide a guest room selection support system, a guest room selection support method, and a program that can solve the above-described problems.

  A first aspect of the present invention is a correspondence relationship between a condition reception unit that receives input of information indicating the ride comfort of a ship, information indicating the received ride comfort, and information indicating a predetermined cabin and a ride comfort. And a candidate presenting unit that presents candidate rooms according to the information indicating the received riding comfort based on the room selection support system.

  In the second aspect of the present invention, when the information indicating the ride comfort of the ship is a shake of a guest room, the candidate presenting unit, the information indicating the accepted ride comfort, the predetermined guest room and the shake of the guest room The candidate guest rooms are presented based on the correspondence with the degree.

  In the guest room selection support system according to the third aspect of the present invention, when the information indicating the ride comfort of the ship includes the degree of shaking of the guest room, the candidate presenting unit displays the guest room corresponding to the received degree of shaking. Present only.

  The candidate presentation unit according to the fourth aspect of the present invention further determines the degree of shaking of the guest room based on a correspondence relationship between a predetermined guest room and the bed installation direction of the guest room.

  The candidate presenting unit in the fifth aspect of the present invention presents the room candidate in a different manner depending on the degree of shaking determined in the correspondence relationship.

  The candidate presentation unit in the sixth aspect of the present invention further presents the bed installation direction based on the correspondence between a predetermined guest room and the bed installation direction of the guest room.

  In the seventh aspect of the present invention, when the information indicating the ride comfort of the ship is a vibration of a cabin, the candidate presentation unit, the information indicating the accepted ride comfort, the predetermined cabin and the vibration of the cabin. The candidate guest rooms are presented based on the correspondence with the degree.

  In the eighth aspect of the present invention, when the information indicating the ride comfort of the ship is noise in the cabin, the candidate presenting unit, the information indicating the accepted ride comfort, the predetermined cabin and the noise in the cabin. The candidate guest rooms are presented based on the correspondence with the degree.

  In the ninth aspect of the present invention, when the information indicating the ride comfort of the ship is a view from a guest room, the candidate presenting unit, the information indicating the received ride comfort, a predetermined guest room, Candidate rooms are presented based on the relationship with the view.

  In the tenth aspect of the present invention, when the information indicating the ride comfort of the ship is the convenience of the equipment provided on the ship, the candidate presentation unit includes the information indicating the accepted ride comfort and a predetermined cabin. And a candidate guest room based on the positional relationship between the facility and the facility.

  The cabin selection support system according to an eleventh aspect of the present invention further includes a sea state information acquisition unit that acquires sea state information of a sea area where the ship navigates, and the candidate presentation unit includes information indicating a ride comfort of the ship. In the case of a guest room shake, the sea state information that affects the shake of each guest room is presented.

  The room selection support system according to a twelfth aspect of the present invention further includes an evaluation reception unit that receives information indicating evaluation of the ride comfort of a ship in a guest room used by the user from the user, and the candidate presentation unit includes the reception Information indicating the received evaluation for the guest room is presented together with a guest room candidate corresponding to the information indicating the riding comfort.

  In a thirteenth aspect of the present invention, the cabin selection support system accepts input of information indicating the ride comfort of the ship, the information indicating the received ride comfort, and the information indicating the predetermined cabin and the ride comfort. It is a guest room selection support method that presents a candidate for a guest room corresponding to the correspondence relationship and the information indicating the received riding comfort.

  According to a fourteenth aspect of the present invention, the computer of the cabin selection support system displays means for accepting input of information indicating the ride comfort of the ship, the information indicating the accepted ride comfort, and the predetermined cabin and ride comfort. It is a program for functioning as a means for presenting a room candidate corresponding to the information indicating the received riding comfort based on the correspondence relationship with the information.

  ADVANTAGE OF THE INVENTION According to this invention, the comfort for the user who is weak to the shaking of a ship can be improved, and the use of a ship can be avoided.

It is a block diagram which shows an example of the guest room selection assistance system in 1st embodiment which concerns on this invention. It is a figure explaining the relationship between the position of a ship and shaking in 1st embodiment which concerns on this invention. It is a figure which shows an example of arrangement | positioning of the guest room in 1st embodiment which concerns on this invention. It is a figure which shows an example of the riding comfort information setting table which the guest room selection assistance system in one Embodiment of this invention uses. It is an example of the flowchart of the guest room candidate presentation process in 1st embodiment which concerns on this invention. It is a 1st figure which shows the example of the image which the guest room selection assistance system in 1st embodiment of this invention outputs. It is a 2nd figure which shows the example of the image which the guest room selection assistance system in 1st embodiment of this invention outputs. It is a figure which shows an example of the riding comfort evaluation table which the guest room selection assistance system in one Embodiment of this invention uses.

<First embodiment>
Hereinafter, a guest room selection support system according to a first embodiment of the present invention will be described with reference to FIGS.
FIG. 1 is a block diagram showing an example of a guest room selection support system according to the first embodiment of the present invention.
The guest room selection support system 10 is a system that supports selection of guest rooms of passenger ships such as ferries. Specifically, the guest room selection support system 10 receives input of condition information (condition information) indicating the ride comfort of the ship, and presents a guest room suitable for the condition. The guest room selection support system 10 is used when a user boarding a ship selects a guest room when purchasing a boarding ticket, or when an employee at a ticketing office guides a guest room to a user. The condition information indicating the ride comfort of the ship is, for example, cabin shaking, vibration, noise, and the like. Conventionally, a user often selects a guest room based on the grade of the guest room. However, the grade of the cabin does not always match the ride comfort. For example, even if a guest room with a special grade is used, there is a case where a user who is largely shaken and who is weak against the shake of the boat has to board the ship while enduring seasickness. The guest room selection support system 10 can guide a guest room suitable for a user's request based on actual riding comfort such as shaking, vibration, and noise of the guest room.

As shown in FIG. 1, the guest room selection support system 10 includes a condition reception unit 11, a candidate presentation unit 12, a sea state information acquisition unit 13, an evaluation reception unit 14, an output unit 15, and a storage unit 16. ing. The guest room selection support system 10 may be composed of a single PC (Personal Computer) or the like, or may be composed of a plurality of PCs.
The condition receiving unit 11 receives input of condition information indicating the ride comfort of the ship.
The candidate presenting unit 12 selects a candidate for the guest room according to the riding comfort based on the correspondence between the predetermined guest room and the information indicating the riding comfort and the condition information indicating the riding comfort received by the condition receiving unit 11. Extract.
The sea state information acquisition unit 13 acquires sea state information of the sea area where the ship navigates.
The evaluation reception unit 14 receives information indicating the evaluation of the ride comfort of the ship in the guest room used by the user.
The output unit 15 generates an image of a screen image that the room selection support system 10 presents to the user, and outputs the screen image to a display or the like.
The storage unit 16 is composed of a storage medium such as a memory or an HDD (Hard Disk Drive), and stores various types of information such as a table that defines the correspondence between the cabin and information indicating the ride comfort.
The condition receiving unit 11, the candidate presenting unit 12, the sea state information acquiring unit 13, the evaluation receiving unit 14, and the output unit 15 are functions provided by a CPU (Central Processing Unit) included in the guest room selection support system 10 executing a program. It is.

FIG. 2 is a diagram for explaining the relationship between the position of the ship and the shaking in the first embodiment according to the present invention.
Fig.2 (a) is the figure which looked at the ship from the side. Deck A1, Deck A2, and Deck A3 are provided with user rooms. The ship is more likely to sway at higher positions. That is, in the case of FIG. 2, for example, the guest room of the deck A1 is more likely to swing than the guest rooms of the deck A2 and the deck A3. As the ship moves away from the center of gravity and buoyancy, the amplitude (swing) increases.
FIG.2 (b) is the figure which looked at the ship from the top. The user's guest room is provided in area A4. Ships are more likely to swing around the hull, and more likely to swing left and right. That is, the guest room provided outside the area A4 in the front-rear direction and the left-right direction (peripheral part) is more likely to swing than the guest room provided in the center part.
A guest room with a good view is a guest room provided in the periphery of the area A4 of the higher deck A1. In other words, a guest room with a good view is often a guest room with relatively large shaking.

FIG. 3 is a first diagram showing an example of the arrangement of guest rooms in the first embodiment according to the present invention.
FIG. 3A shows an example of the cabin arrangement of the deck A1. Each room in the region 21 such as the guest rooms 21A, 21B, and 21C is a guest room having a guest room grade of “special”. Each room in the region 22 is a guest room whose guest room grade is “1st class”. In addition, a crew room 23, a canteen 24, a shop 25, a crew room 26, a toilet 27, and the like are provided on the deck A1. In the cabin 21A, a bed 211A is provided in parallel with the longitudinal direction of the hull. Other guest rooms are also provided with beds, but they are not shown.
FIG. 3B is an example of the cabin arrangement of the deck A2. Each room in the region 31 such as the guest room 31A is a guest room whose guest room grade is “1st class”. In the guest room 31A, a bed 311A is provided perpendicular to the longitudinal direction of the hull. The guest room 32 and the guest room 33 are guest rooms whose guest room grade is “2nd class”. The second-class guest room is, for example, a large room used by a plurality of passengers. For example, the guest room 33 is provided with a plurality of beds 331. In addition, the deck A2 is provided with a shower room 34, a guide office 35, a toilet 36, and the like.
Similarly, facilities such as a guest room and a toilet are arranged on the deck A3.

  In the example of FIGS. 3A and 3B, a special grade guest room of the highest grade is provided in the periphery of the deck A1 having a relatively large swing, and the deck A1 is located near the center with a relatively small swing. The next highest grade guest room is located at the location. In addition, in the deck A2, which is less swayed than the deck A1, a first-class guest room is provided in the periphery of the deck A2, which has a relatively large sway, and a second-grade guest room of the lowest grade is provided inside the smallest sway ing. In general, passenger cabins of passenger ships are arranged on the basis of the view and the size of the room, as shown in FIGS. 3 (a) and 3 (b). There are many cases. On the other hand, low-grade rooms are often placed near the center of the lower decks. In the case of such a guest room arrangement, the magnitude of the swing does not coincide with the level of the grade, and if a high-grade room is selected for a comfortable ride, a seasickness may occur. In the present embodiment, the guest room selection support system 10 provides information that allows the user to refer to the degree of shaking of the guest room when selecting a guest room.

  In addition, since there are users who are concerned about ship vibration and noise, the cabin selection support system 10 provides information on noise and vibration in each cabin. The cause of ship vibration is, for example, engine vibration, resonance of propellers and various members, and the like. The causes of ship noise are, for example, engine sounds, ventilators and public room noise. In addition, from the viewpoint of convenience, whether or not there are various facilities such as toilets, showers, and information centers is also considered to affect the ride comfort. Therefore, the guest room selection support system 10 provides information such as whether each guest room is close to the toilet based on the positional relationship with the facility such as the toilet. The positional relationship here is information indicating whether or not the distance when the route from each guest room to the facility is traced is short.

FIG. 4 is a diagram illustrating an example of a ride comfort information setting table used by the cabin selection support system according to the embodiment of the present invention.
The riding comfort information setting table is a table that stores each guest room and an evaluation criterion for the riding comfort in the guest room in association with each other. As shown in the figure, the ride comfort information setting table includes “ship ID”, “room ID”, “grade”, “fee (yen)”, “shake”, “vibration”, “noise”, “view”, “Bed direction” and “Toilet convenience” are included. In the “ship ID” item, ship identification information is stored. In the “Room ID” item, room identification information such as a room number is stored. In the case of FIG. 4, the guest room with the guest room ID = 101 (hereinafter referred to as guest room 101) is, for example, the guest room 21A in FIG. Further, the guest room with the guest room ID = 202 (hereinafter referred to as the guest room 202) is, for example, the guest room 33 in FIG. In the “grade” item, the grade of the guest room is stored. For example, any value such as 2nd, 1st, special, etc. is stored in order from the lowest grade. In the “charge (yen)” item, a room use charge is stored. For example, a charge corresponding to the grade of the guest room is stored. In the “swing” item, a value indicating the degree of shaking assumed in the guest room is stored. Assumed shaking is calculated in advance at a plurality of predetermined positions in the hull by well-known hull motion calculation, and classified into, for example, five stages according to the calculated magnitude of acceleration. In the “swing” item, for example, values classified into five levels are stored. In the case of FIG. 4, the shaking of the guest room 202 is 1. This indicates that the degree of shaking of the guest room 202 is the lowest of the five levels, that is, the guest room 202 is a guest room that does not shake much. In addition, the shaking of the guest room 101 is 5. This indicates that the guest room 101 is the most easily shaken guest room.

  The degree of swaying may be a value classified according to a sway standard determined for each ship, or may be a value categorized based on an absolute standard common to all ships. When values classified according to absolute standards are set, for example, a person who is prone to seasickness, even when boarding another ship, refers to the degree of shaking when he did not get seasick in the past Can be selected. However, considering the fact that the larger the ship, the less the ship will sway, classifying the degree of swaying on an absolute basis, for example, will result in an evaluation that the swaying of a small ship is uniformly large. There is a possibility that it is not possible to know which guest room is a room with small shaking. Accordingly, it is considered realistic to store a value indicating the magnitude of relative shaking in the ship in the “swing” item in accordance with the shaking standard determined for each ship.

The “vibration” item stores the vibration in each guest room, and the “noise” item stores the noise in each guest room. As the vibration and noise in each cabin, for example, values classified into five stages are stored based on the magnitude of vibration and noise measured by a sensor provided in each cabin during the trial operation of the ship. For example, in the case of FIG. This indicates that the vibration of the cabin 202 is moderate among the five levels. The vibration of the guest room 101 is 2. This indicates that the vibration of the guest room 101 is slightly small. The noise in the guest room 202 is 3, and the noise in the guest room 101 is 1. This indicates that the noise in the guest room 202 is medium and the noise in the guest room 101 is low.
Since the noise in the guest room varies between day and night depending on the usage of the public room, the items of “day noise” and “night noise” are set for the noise. You may make it set night noise to each item.

The “view” stores a value obtained by quantifying the view from each guest room. For example, 1 is set because the outside scenery cannot be seen from the guest room 202. From the guest room 101, 5 is set because the scenery on the right side can be seen forward or in the traveling direction. Even in the same special room, for example, 4 may be set in the guest room 21B in which only the front view can be seen or in the guest room 21C in which only the right view can be seen in the traveling direction.
Depending on the route, the scenery changes between going and returning. You may make it set.

The “bed direction” stores the installation direction of the guest room bed. It is known that when the bed is installed along the front and rear direction of the hull, it is difficult for seasickness, and when the bed is installed in a direction perpendicular to the front and rear direction of the hull, it is easy to shake and seasickness. In the example of FIG. 3, in the guest room 21 </ b> A (guest room ID = 101), the bed is installed in parallel with the front and rear direction of the hull, and in the guest room 33 (guest room ID = 202), the bed is provided perpendicular to the front and rear direction of the hull. For example, when the “bed direction” is vertical, the degree of shaking of the guest room may be determined as a value obtained by adding 1 to the value set in the “swing” item.
“Toilet position” stores a value indicating whether or not the room is close to the toilet. For example, “close” is set when it is close to the toilet, and “normal” is set otherwise.
In addition, the ride comfort information setting table may be provided with an item for setting whether or not it is close to, for example, a shower room, information desk, bathroom, restaurant, entrance, lobby, vending machine space, and the like. The ride comfort information setting table may include an item indicating whether the guest room is a private room or a large room, an item in which the size of the guest room is set, and the like.

FIG. 5 is an example of a flowchart of the cabin candidate presentation process in the first embodiment according to the present invention.
The process of the room selection support system 10 when a certain user selects a room will be described with reference to FIG.
As an example, it is assumed that the guest room selection support system 10 has a Web server function and exchanges information with a user terminal device owned by a user via a network. For example, the user inputs information indicating the riding comfort such as the shaking of the ship from the condition input screen of the guest room generated by the output unit 15 using the Web browser when the guest room is reserved. The condition receiving unit 11 receives the input of the condition information, and the candidate presenting unit 12 extracts a guest room that matches the condition information specified by the user. Then, the output unit 15 outputs the guest room information extracted by the candidate presenting unit 12. The user confirms the information output by the output unit 15 from the Web browser.

  First, on the basis of access from the user terminal device to the room selection support system 10, a program for the room selection support system stored in advance in the storage unit 16 is operated, and the output unit 15 uses the program for the ship to be boarded. A web page of a screen for inputting information on boarding conditions such as departure and arrival ports and date and time is generated and transmitted to the user terminal device. The user performs an operation of inputting a departure / arrival port and a boarding date and time. When the user performs an input operation, the condition receiving unit 11 receives input of information on these boarding conditions (step S10). Specifically, the condition receiving unit 11 acquires the input information via the network and writes it in the memory (storage unit 16).

  Next, the condition receiving unit 11 instructs the output unit 15 to generate a Web page to be displayed next. Then, the output unit 15 generates a Web page of a condition information input screen for shaking in accordance with the input order of the riding comfort condition information determined by the room selection support system program, and transmits it to the user terminal device. For example, a word such as “Is you strong against shaking” is displayed on this input screen, and options such as “strong”, “normal”, and “weak” are displayed. The user selects and inputs from these options whether he / she is strong against shaking of the ship. When the user performs an input operation, the condition receiving unit 11 receives an input of condition information for shaking (step S11). Specifically, the condition receiving unit 11 acquires the input information via the network and writes it in the memory (storage unit 16).

  Next, the condition receiving unit 11 instructs the output unit 15 to generate a Web page to be displayed next. Then, the output part 15 produces | generates the input screen of the condition information with respect to the vibration of a guest room, and transmits to a user terminal device. On the screen of the user terminal device, options such as “I care” and “I don't care” are displayed together with the words “Do you care about the vibration in the guest room?”. The user selects and inputs condition information for vibration from options. Then, the condition receiving unit 11 receives input of condition information for vibration (step S12), and writes the input condition information of vibration in the memory.

  Next, the condition receiving unit 11 instructs the output unit 15 to generate a Web page to be displayed next. Then, the output part 15 produces | generates the input screen of the condition information with respect to the noise of a guest room, and transmits to a user terminal device. On the screen of the user terminal device, options such as “I care” and “I don't care” are displayed along with the words “Do you care about the noise in the cabin”? The user selects and inputs noise condition information from the options. Then, the condition receiving unit 11 receives input of condition information for noise (step S13), and writes the input noise condition information in the memory.

  Next, the condition receiving unit 11 instructs the output unit 15 to generate a Web page to be displayed next. Then, the output part 15 produces | generates the input screen of the condition information with respect to the view from a guest room, and transmits to a user terminal device. On the screen of the user terminal device, choices such as “desired” and “not particularly particular” are displayed together with words such as “Do you want a room with a good view”? In addition, it seems that there are many possibilities that the conditions of view are incompatible with the conditions of shaking of the guest room, so `` If you select `` weak '' for shaking of the room, you may not be able to select a room with a good view You may make it display words, such as "There is." Alternatively, when “weak” is selected for the shaking of the guest room, the condition input for this view may be skipped. The user selects and inputs conditions for the view from the options. The condition receiving unit 11 receives input of condition information for the view (step S14), and writes the input condition information in the memory.

  Next, the condition receiving unit 11 instructs the output unit 15 to generate a Web page to be displayed next. Then, the output part 15 produces | generates the input screen of the condition information with respect to whether a toilet is near from a guest room, and transmits to a user terminal device. On the screen of the user terminal device, options such as “closer is better” and “not particularly particular” are displayed along with the words “Is it better that the toilet is closer”. The user selects and inputs conditions for the toilet from the options. The condition receiving unit 11 receives input of condition information for the toilet (step S15), and writes the input condition information in the memory. In addition to the toilet, the output unit 15 generates a screen for selecting whether it is close to, for example, a shower room, a guide office, a bathroom, a restaurant, an entrance, a lobby, a vending machine space, and the like. May be. In addition, a screen for selecting a private room or a large room may be generated, and the user may select the screen.

  Next, based on the riding comfort condition information written in the memory in steps S10 to S15, the candidate presentation unit 12 extracts the guest rooms that satisfy those conditions (step S16). First, the candidate presentation unit 12 selects a ship that meets the conditions using the boarding conditions input in step S10. The storage unit 16 stores a service flight table that defines ship ID, operation date and time, service section, ports that can be used for getting on and off, and the candidate presentation unit 12 satisfies the boarding conditions input by the user from the service flight table. Select ships and write their ship IDs in memory. Next, the candidate presentation unit 12 searches the riding comfort information setting table illustrated in FIG. 4 using the shake ID, vibration, noise, view, condition information for the toilet, and the ship ID written in the memory. Extract matching rooms. For example, when the user selects “weak” for shaking, the candidate presentation unit 12 selects a guest room whose value of the “shaking” item is 1 as an extraction target. For example, when the user selects “strong” against shaking, the candidate presentation unit 12 selects the guest rooms having all the values of “shaking” items as 1 to 5 as extraction targets. Further, for example, when the user selects “normal” for shaking, the candidate presentation unit 12 selects a guest room whose value of the “shaking” item is 1 to 3 as an extraction target. Further, for example, when the user selects “weak” for shaking, the candidate presentation unit 12 selects only the guest room where the value of the “bed direction” item is parallel, and when the user selects “normal” for shaking, The candidate presentation unit 12 does not use the bed direction as an extraction condition for a guest room whose value of the “shake” item is 1 or 2, but extracts only a guest room whose bed direction is parallel for a guest room whose value of the “shake” item is 3. You may make it do. The conditions and extraction methods listed here are merely examples, and the present invention is not limited to these. The same applies to the following conditions.

  The same applies to vibration, noise, and view. For example, when the user selects “care” about vibration, the candidate presentation unit 12 targets only the guest room whose value of the “vibration” item is 1. Further, for example, when the user selects “don't care” for the noise, the candidate presentation unit 12 targets a guest room whose value of the “noise” item is 1 to 5. In addition, when the user selects “closer is better” for the position of the toilet, the candidate presentation unit 12 selects a guest room whose value of the “toilet position” item is “near” as an extraction target, and If “not particularly particular” is selected, the candidate presentation unit 12 targets the guest rooms whose “toilet position” item value is “near” or “normal”. The candidate presentation unit 12 extracts a guest room satisfying the ride comfort condition designated by the user from the ride comfort information setting table according to these extraction methods. In addition, when the extraction result is 0 and the user selects “weak” or “normal” with respect to shaking, and further selects “desired” a room with a good view, the condition for the view is Extraction may be performed again without consideration. The candidate presenting unit 12 outputs to the output unit 15 information indicating the room ID of the extracted guest room and the grade of the guest room, shaking, vibration, noise, view, bed direction, and whether it is close to the toilet.

  Next, the output unit 15 generates an image of a Web page on a screen displaying candidate rooms that satisfy the ride comfort conditions specified by the user, and transmits the generated image to the user terminal device. On the screen of the user terminal device, for example, together with the guest room layout diagram illustrated in FIG. 3, the guest room ID extracted by the candidate presentation unit 12 and the grade, shaking, vibration, noise level of each guest room, whether it is close to the toilet List information such as whether the view is good or not is displayed. At this time, for example, the degree of vibration, vibration, and noise is “large” if the value stored in the table is 5, “slightly large” if 4, “normal” if 3, and “slightly small” if 2. "1" is displayed as "small". As to whether or not it is close to the toilet, the values “close” and “normal” stored in the table are displayed as they are. As for the view, “good” is displayed if the value stored in the table is 5, and “slightly good” is displayed if the value is 4. For example, information such as “guest room ID: 101, grade: special, shaking: large, vibration: slightly small, noise: small, view: good, bed direction: traveling direction, toilet position: normal” for each extracted guest room Is displayed. The user can select a guest room with reference to the riding comfort conditions displayed in the list information and the guest room layout. In the guest room layout diagram, the output unit 15 displays the guest rooms that have already been reserved by other users in gray, or displays the guest rooms displayed in the list information in a different color from the other guest rooms for easy understanding. Or you may. As a result, the user can know suitable room candidates based not on the grade of the guest room but on whether or not he / she is resistant to shaking of the ship. You can choose.

  In the process of FIG. 5, for example, when a plurality of conditions such as “weak” for vibration, “careful” for vibration, and “careful” for noise are specified, a room that satisfies those conditions is originally provided. It is possible that this is not the case. As a method for dealing with such a situation, for example, when the user inputs “weak” for shaking, the candidate presentation unit 12 extracts guest rooms with small shaking, and “vibration” items for each guest room extracted by the candidate presentation unit 12 If the value set in the “noise” item or the like is determined, for example, if it is determined that the guest room with small shaking does not include the guest room with small vibration, in step S12, the output unit 15 sets the “guest room with small shaking”. May not be able to select the option of “I am worried about” the vibration of the guest room. Alternatively, “care” as a condition for vibration may be grayed out and cannot be selected.

  Further, for example, when the user inputs “weak” for shaking in step S11, the guest room layout diagram illustrated in FIG. 3 is displayed, and only the guest rooms satisfying the conditions in the guest room layout diagram are different (for example, other guest rooms). May be displayed in a different color. And when progressing to step S12, the candidate presentation part 12 may extract the guest room which satisfy | fills the conditions with respect to the vibration which the user input relatively among the guest rooms displayed in the different aspect. For example, when only the guest rooms having the value of the “vibration” item of 3 to 5 are extracted as a result of step S11, when the user inputs “care” as the condition for vibration, the candidate presentation unit 12 displays “vibration”. An operation of extracting a guest room having an item value of 3 and proceeding to step S13 may be performed.

FIG. 6 is a first diagram illustrating an example of an image output by the guest room selection support system according to the first embodiment of the present invention.
FIG. 6 shows an example of an image of an input screen on which the user inputs condition information for the ride comfort of the ship. In the processing flow of FIG. 5, the case where the candidate presentation unit 12 presents a guest room that satisfies those conditions when the user sequentially inputs the riding comfort condition information has been described as an example. In FIG. 6, when the user specifies a ride comfort condition item, the output unit 15 displays the degree of ride comfort for the specified item for all guest rooms, and the user can select a guest room with reference to the display result. An example of a display screen in the case of doing so is shown.

In FIG. 6, the input screen 40 includes a shake button 41, a vibration button 42, a noise button 43, a view button 44, a toilet button 45, a grade (fee) button 46, a guest room button 47, and a guest room layout diagram 48. These buttons 41 to 47 are buttons for the user to specify riding comfort condition items. The shaded guest room is a guest room already reserved by another user. The room selection support system 10 acquires reserved room ID information from a room reservation system (not shown), and the output unit 15 selects the reserved room in the room layout diagram 48, for example, displayed in gray. Display differently from the rooms that can be made. For example, when the user presses the shake button 41, the condition receiving unit 11 receives the condition input operation via the network and notifies the candidate presenting unit 12 that the designation of shaking is received as an item of the riding comfort condition. To do. The candidate presentation unit 12 reads out information indicating the room ID and the degree of shaking from the table in FIG. 4 and outputs the information to the output unit 15. The output unit 15 displays each guest room in the guest room layout diagram 48 in a different manner depending on the degree of shaking read corresponding to each guest room ID. For example, the output unit 15 sets each guest room in the guest room layout diagram 48 to red if the shaking value set in the ride comfort information setting table is 5, orange if it is 3, and yellow if it is 3, 2 means green, 1 means blue, and so on. When the user presses the shake button 41, the candidate presentation unit 12 reads out the bed installation direction of each guest room from the ride comfort information setting table, and the output unit 15 displays the head installation direction in each guest room. It may be. In addition, when the user presses the vibration button 42, the output unit 15 similarly sets each guest room according to the magnitude of vibration based on the degree of vibration of each guest room read from the riding comfort information setting table by the candidate presentation unit 12. Display by different colors. The same applies to the noise button 43, the view button 44, the toilet button 45, and the grade (fee) button 46. For example, when the user presses the view button 44, each room is displayed in a different color according to the view of each room. Moreover, you may display previously the positions, such as a restroom, a shower, a dining room, a information desk, in the guest room arrangement | positioning figure 48. FIG. Even in such a case, for example, there is a guest room that must be detoured depending on the route to the toilet even if the straight distance to the toilet is short. When the user presses the toilet button 45, the output unit 15 displays, for example, a different color of the rooms near the toilet based on the setting information in the comfort information setting table. The user can confirm a guest room with a close route to the actual toilet.
According to the display screen illustrated in FIG. 6, the user can select a suitable guest room while confirming various riding comfort conditions of each guest room.

In FIG. 6, when the user presses the shake button 41, each guest room is displayed in a manner corresponding to the shake, and when the user presses the vibration button 42, the user responds to the vibration regardless of the shake of each guest room. An operation such as display in a mode may be used. With such an operation, it is possible to confirm riding comfort conditions such as shaking, vibration, and noise for all the guest rooms. In addition, for example, when the user presses the shake button 41, there is an input field in which one or a plurality of colors can be selected from red, orange, yellow, green, and blue in addition to each guest room displayed by color. When the user selects, for example, green and blue and then presses the vibration button 42, for example, the output unit 15 responds to the vibration only for the guest room displayed in green and blue according to the shaking. For example, the guest room displayed in red, orange, or yellow in response to shaking may be displayed in gray, for example. In such an operation, the user selects the guest rooms by pressing in order from the button of the ride comfort condition with the highest priority, and gradually narrows down the guest rooms that meet the conditions he likes. be able to.
In addition, the operation | movement which displays each guest room of the guest room arrangement | positioning figure 48 according to the color according to the magnitude | size of a shake is an example, You may display by another method. For example, the output unit 15 may display the magnitude of shaking in each guest room as characters and display the characters in a color corresponding to the magnitude of shaking. Alternatively, a guest room that is comfortable to ride may be blinked.
In addition, when the user presses the guest room button 47, the user can select the guest room by pressing a portion where each guest room is displayed on the input screen 40. When the user selects an arbitrary guest room, the output unit 15 However, information indicating riding comfort such as shaking may be displayed in the vicinity of the guest room selected by the user.

  The buttons 41 to 47 are examples of buttons for the user to specify items of riding comfort conditions. In addition, buttons for guiding a guest room close to each facility such as a bathroom, a restaurant, an entrance, a lobby, and a vending machine space may be displayed. In addition, a button for selecting a private room or a large room is displayed. For example, when the user selects a private room, the output unit 15 displays only the private room in a different color from the other rooms, and the user presses the toilet button. When a button relating to each facility such as 45 is pressed, the output unit 15 may display only the guest rooms close to those facilities in a different color from the other guest rooms. Further, for example, when the user narrows down the guest rooms on the condition that it is close to a private room or a toilet, and the user selects a favorite guest room after pressing the guest room button 47, the output unit 15 is provided in the room. The equipment list may be displayed in the vicinity of the guest room selected by the user. Note that the facilities provided in each guest room are recorded in the storage unit 16 in advance.

FIG. 7 is a second diagram illustrating an example of an image output by the guest room selection support system according to the first embodiment of the present invention.
FIG. 7 shows an example of a result display screen that displays a list of guest rooms extracted by the candidate presentation unit 12 as a result of the user inputting the condition information for riding comfort through the process of FIG.
As described with reference to FIG. 5, the candidate presentation unit 12 extracts a guest room that meets the riding comfort conditions specified by the user, and the output unit 15 generates an image of the result display screen 50.
In FIG. 7, the result display screen 50 includes a guest room layout diagram 51 and a sea state information display field 52. In the guest room layout diagram 51, shaded guest rooms are already reserved guest rooms. In addition, the guest rooms displayed with a thick frame are the guest rooms extracted by the candidate presentation unit 12. About the guest room extracted, the grade and the degree of shaking of the guest room are displayed. In addition, the degree of vibration and noise may be displayed. Alternatively, for example, the shaking may be displayed in a color corresponding to the shaking. The output unit 15 generates an image of the guest room layout diagram 51 based on information such as the guest room ID, shaking, and vibration acquired from the candidate presenting unit 12.

In the sea state information display column 52, sea state information in the sea area where the ship used by the user navigates is displayed. Sea state information includes, for example, wave height, wind strength, and wind direction. For example, when the wave height becomes larger than a predetermined value, the output unit 15 may display that there is a high possibility that it will be larger than the degree of shaking of the cabin stored in the riding comfort information setting table illustrated in FIG. Good. When there is a possibility that a typhoon is approaching, the output unit 15 may display information that warns of the possibility of cancellation. The sea state information acquisition unit 13 acquires sea state information such as waves and sea winds from a website that provides sea state prediction information, and writes the sea area and sea state information in association with each other in the storage unit 16. Based on the boarding condition information input by the user, the candidate presenting unit 12 detects from the storage unit 16 the fluctuation of the ship such as the wave height, wind strength, and wind direction in the sea area where the candidate ship to be used by the user navigates. Read the affected oceanographic information. The candidate presentation unit 12 outputs the read sea state information to the output unit 15. The output unit 15 generates an image of the sea state information display column 52 that displays information on the wave height and wind strength that affects the shaking of the cabin. In addition, the table which matched the past sea state information and the track record of the shaking for each route and the size of the ship is stored in the storage unit 16, and the sea state information acquisition unit 13 acquires the predicted sea state information from this table. May be read, and the output unit 15 may display the result of the shaking. Note that the actual result of shaking is a value such as “+1” or “+2” that is quantified according to the degree of shaking in five stages stored in the table illustrated in FIG. A swing record of “+1” indicates that a guest room with a swing level of 3 in a normal state also has a swing level of 4.
Thereby, the user can select a guest room with reference to the shaking of the guest room taking into account the sea conditions of the sea in which the ship to be used navigates.

FIG. 8 is a diagram illustrating an example of a riding comfort evaluation table used by the cabin selection support system according to the embodiment of the present invention.
The riding comfort evaluation table is a table that stores evaluation of riding comfort of the user who actually uses the guest room with respect to the guest room. As shown in the drawing, the ride comfort evaluation table has items of “user ID”, “sex”, “age”, and “strength to shaking” as user attributes. In the “user ID”, “gender” items, and “age” items, user identification information, sex, and age are stored, respectively. In the “strength to shaking” item, a value indicating whether or not the user is resistant to shaking is stored. The boarding record includes items of “ship ID”, “guest room ID”, “boarding section”, and “boarding date / time”. The “ship ID” stores the ship ID of the ship on which the user has boarded. The “guest room ID” stores the guest room ID of the guest room used by the user. The “boarding section” and “boarding date” store the user's boarding section (for example, port A to port B) and boarding date, respectively. Further, as the evaluation items for the ride comfort, the items of “sway”, “vibration”, and “noise” are provided. In these items, values obtained by quantifying the magnitudes of vibration, vibration, and noise experienced by the user on board are stored.

  For example, when the user inputs the data of the riding comfort evaluation table from a Web page or the like that inputs the value of each item of the riding comfort evaluation table, the evaluation receiving unit 14 receives the input and inputs the input value of this table. Write to the corresponding item. Further, when a passenger leaves the ship, a questionnaire is taken for each item in the ride comfort evaluation table, and when an employee inputs a questionnaire result from a web page or the like, the evaluation reception unit 14 receives the input and inputs the input value. Write in the ride evaluation table.

  For example, the output unit 15 can display the data of the riding comfort evaluation table when displaying the result extracted by the candidate presentation unit 12. Specifically, when the user clicks and selects one of the candidate rooms displayed in a thick frame on the result display screen illustrated in FIG. 7, the candidate presentation unit 12 displays the user's click. Based on the guest room ID and the ship ID of the ship having the guest room, a record having the same ship ID and guest room ID is extracted from the ride quality evaluation table, and attribute information, boarding information, and ride quality evaluation information of each record are output. 15 is output. The output unit 15 generates an image displaying a list of the acquired attribute information, boarding information, and riding comfort evaluation information, and transmits the generated image to the user terminal device. The user can refer not only to information on the degree of vibration, vibration, and noise set in advance in the ride comfort information setting table, but also to evaluation values by users who actually use the cabin. For example, the pre-registered shaking is an estimated value for each predetermined position of the hull based on the calculation. Actually, the swinging condition may be different in a guest room that is a distance from the predetermined position. In addition, each hull has individuality, and it is thought that the degree of shaking varies depending on the actual navigation route and the cargo loading condition. In addition, for example, regarding noise, not only engine sound but also, for example, it may be noisy and loud near the information center where people come and go. If the data of the riding comfort evaluation table can be displayed, the user who selects the guest room can refer to the actual shaking condition. In addition, since there is an item of “Strength to shaking” in the attribute information, for example, if a user strong against shaking evaluates that “shock is small”, the shaking is not necessarily small for those who are vulnerable to shaking. A guest room can be selected in consideration of the possibility of not being able to do so.

  According to the present embodiment, it is possible to improve the comfort of a user who is vulnerable to shaking by providing a means for selecting a guest room that does not easily shake. In addition, it is possible to promote the use of a ship that is vulnerable to shaking. In addition, a user who wants to satisfy a quiet voyage can select a room with low noise and vibration. In addition, since the view from each guest room is presented, it is possible to select a guest room with a good view even if it is easy to shake if the user desires. Furthermore, the grade of the guest room and the charge are often proportional, but in this embodiment, the ride quality and the guest room grade are displayed, so that the guest room can be selected in consideration of the balance between the ride quality and the boarding fee.

  Each process in the room selection support system 10 described above is stored in a computer-readable recording medium in the form of a program, and the computer of the room selection support system 10 reads out and executes this program. The above processing is performed. Here, the computer-readable recording medium means a magnetic disk, a magneto-optical disk, a CD-ROM, a DVD-ROM, a semiconductor memory, or the like. Alternatively, the computer program may be distributed to the computer via a communication line, and the computer that has received the distribution may execute the program.

The program may be for realizing a part of the functions described above. Furthermore, what can implement | achieve the function mentioned above in combination with the program already recorded on the computer system, what is called a difference file (difference program) may be sufficient.
Moreover, the guest room selection support system 10 may be configured by a single computer, or may be configured by a plurality of computers connected so as to be communicable.

  In addition, it is possible to appropriately replace the components in the above-described embodiments with known components without departing from the spirit of the present invention. The technical scope of the present invention is not limited to the above-described embodiment, and various modifications can be made without departing from the spirit of the present invention.

DESCRIPTION OF SYMBOLS 10 ... Guest room selection support system 11 ... Condition reception part 12 ... Candidate presentation part 13 ... Sea state information acquisition part 14 ... Evaluation reception part 15 ... Output part 16 ... Storage part 21A , 21B, 21C, 31A, 32, 33 ... Guest room 23 ... Crew room 24 ... Dining room 25 ... Store 26 ... Crew room 27 ... Toilet 34 ... Shower room 35 ...・ Information center 36 ... toilets 211A, 311A ... beds A1, A2, A3 ... deck

Claims (14)

A condition accepting unit that accepts input of information indicating the ride comfort of the ship;
A candidate presenting unit that presents a candidate for a guest room according to the information indicating the received ride comfort based on the information indicating the received ride comfort and the correspondence between a predetermined guest room and information indicating the ride comfort. When,
A room selection support system. When the information indicating the ride comfort of the ship is a shake of a guest room, the candidate presenting unit includes information indicating the received ride comfort and a correspondence relationship between a predetermined guest room and a degree of shake in the guest room. Based on candidate rooms based on
The guest room selection support system according to claim 1. When the information indicating the ride comfort of the ship includes the degree of shaking of the cabin,
The candidate presenting unit presents only a guest room corresponding to the accepted degree of shaking,
The room selection support system according to claim 2. The guest room selection support system according to claim 3, wherein the candidate presenting unit further determines the degree of shaking of the guest room based on a correspondence relationship between a predetermined guest room and a setting direction of the bed of the guest room. The candidate presenting unit presents the room candidate in a different manner depending on the degree of shaking defined in the correspondence relationship.
The room selection support system according to claim 2. The guest room selection support system according to claim 5, wherein the candidate presentation unit further presents a bed installation direction based on a correspondence relationship between a predetermined guest room and a bed installation direction of the guest room. When the information indicating the ride comfort of the ship is a vibration of a guest room, the candidate presenting unit includes information indicating the received ride comfort and a correspondence relationship between a predetermined guest room and a degree of vibration in the guest room. Based on candidate rooms based on
The guest room selection support system according to claim 1. If the information indicating the ride comfort of the ship is a cabin noise, the candidate presenting unit includes information indicating the accepted ride comfort and a correspondence relationship between a predetermined cabin and a noise level in the cabin. Based on candidate rooms based on
The guest room selection support system according to claim 1. The candidate presenting unit, when the information indicating the ride comfort of the ship is a view from a guest room, the information indicating the received ride comfort, and a correspondence relationship between the predetermined guest room and the view from the guest room, Presents a candidate room based on
The guest room selection support system according to claim 1. In the case where the information indicating the ride comfort of the ship is the convenience of the facilities provided on the ship, the candidate presenting unit includes information indicating the received ride comfort, and a positional relationship between the predetermined cabin and the facilities. Present candidate rooms based on
The guest room selection support system according to claim 1. Sea state information acquisition unit for acquiring sea state information of the sea area where the ship navigates;
Further comprising
The candidate presentation unit presents the sea state information that affects the shaking of each guest room when the information indicating the ride comfort of the ship is the shaking of the guest room.
The room selection support system according to any one of claims 2 to 6. An evaluation reception unit that receives information indicating evaluation of the ride comfort of the ship in the cabin used by the user from the user;
Further comprising
The candidate presenting unit presents information indicating the received evaluation for the guest room together with a guest room candidate corresponding to the information indicating the received riding comfort.
The guest room selection support system according to any one of claims 1 to 11. The room selection support system
Accepts input of information indicating the ride comfort of the ship,
Presenting the candidate of the guest room corresponding to the information indicating the received ride comfort based on the information indicating the received ride comfort and the correspondence between the predetermined guest room and the information indicating the ride comfort;
Room selection support method. The computer of the room selection support system,
Means for accepting input of information indicating the ride comfort of the ship,
Means for presenting candidate rooms according to the information indicating the received ride comfort based on the information indicating the received ride comfort and the correspondence between the predetermined guest room and the information indicating the ride comfort;
Program to function as.

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