CN112377032A - Cruise ship guest room automatic control method, system, device and storage medium - Google Patents
Cruise ship guest room automatic control method, system, device and storage medium Download PDFInfo
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- CN112377032A CN112377032A CN202011118960.XA CN202011118960A CN112377032A CN 112377032 A CN112377032 A CN 112377032A CN 202011118960 A CN202011118960 A CN 202011118960A CN 112377032 A CN112377032 A CN 112377032A
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
- E05F15/00—Power-operated mechanisms for wings
- E05F15/70—Power-operated mechanisms for wings with automatic actuation
- E05F15/71—Power-operated mechanisms for wings with automatic actuation responsive to temperature changes, rain, wind or noise
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63B—SHIPS OR OTHER WATERBORNE VESSELS; EQUIPMENT FOR SHIPPING
- B63B34/00—Vessels specially adapted for water sports or leisure; Body-supporting devices specially adapted for water sports or leisure
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B63—SHIPS OR OTHER WATERBORNE VESSELS; RELATED EQUIPMENT
- B63J—AUXILIARIES ON VESSELS
- B63J2/00—Arrangements of ventilation, heating, cooling, or air-conditioning
- B63J2/02—Ventilation; Air-conditioning
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- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- Ocean & Marine Engineering (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The application relates to a cruise ship guest room automatic control method, a cruise ship guest room automatic control system, a cruise ship guest room automatic control device and a storage medium. The method comprises the steps of obtaining balcony door state information, wherein the state information indicates whether a balcony door is opened or not; when the status information is that the balcony door is closed, acquiring indoor conditions, wherein the indoor conditions indicate whether a client exists in the room; if the client exists, acquiring the indoor temperature, and setting the indoor temperature as the optimal temperature; when the status information is that the balcony door is opened, acquiring the outdoor temperature; and comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, adjusting the indoor temperature to the optimal temperature. The tourist seat has the effects of improving the comfort level of the tourist when the tourist is travelling on the tourist wheel and enhancing the experience feeling of the tourist.
Description
Technical Field
The present application relates to the field of cruise ship, and in particular, to a cruise ship guest room automation control method, system, device, and storage medium.
Background
With the development of economy, cruise ship travel is more popular with the public, and is a passenger ship for enjoying a journey, a shipboard entertainment facility and luxury service which are regarded as indispensable important parts in the journey, and the extreme service on the cruise ship is a great feature of cruise ship travel.
And guest rooms in the cruise ship travel experience is an important judgment option for the comfort level of the tourists, and the guest rooms on the cruise ship comprise multiple room types, wherein the balcony rooms can facilitate the tourists to watch marine scenes and are deeply loved by the tourists.
But the visitor often also is difficult to guarantee customer's comfortable degree when the tourist wheel rest to influence visitor's experience and feel.
Disclosure of Invention
In order to improve the comfort level of tourists in the cruise process and enhance the experience of the tourists, the application provides a cruise ship guest room automatic control method, a system, a device and a storage medium.
In a first aspect, the present application provides an automated control method for cruise ship guest rooms, which adopts the following technical scheme:
an automated cruise control method, comprising:
acquiring balcony door state information, wherein the state information indicates whether the balcony door is opened or not;
when the status information is that the balcony door is closed, acquiring indoor conditions, wherein the indoor conditions indicate whether a client exists in the room;
if the client exists, acquiring the indoor temperature, and setting the indoor temperature as the optimal temperature;
when the status information is that the balcony door is opened, acquiring the outdoor temperature;
and comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, adjusting the indoor temperature to the optimal temperature.
By adopting the technical scheme, when the balcony door is in an open state, the outdoor temperature greatly influences the indoor temperature, and the comfort of the tourists is greatly influenced due to the large day and night temperature difference on the sea surface;
when the balcony door is in a closed state, acquiring indoor conditions, specifically acquiring whether a visitor enters or exits a guest room through monitoring outside the guest room door, and when the visitor is monitored to enter the guest room, judging that the guest room has the guest at the moment;
after a period of time, acquiring the temperature in the guest room at the moment, judging that the temperature is more satisfactory for the guest in the period of time as the guest has had a rest in the guest room for a period of time, and judging that the temperature is the optimal temperature;
when a tourist wants to go to a balcony to see a landscape and blow out the sea wind, the balcony door is forgotten to be closed, when the tourist is at night, the outdoor temperature is generally lower than the indoor temperature due to the lower temperature at night, the outdoor sea wind blows into the room at the moment, so that the indoor temperature is reduced, and when the tourist returns to the room, the comfort level is influenced;
this application is opened at the balcony door, and the visitor when blowing the sea at the balcony, acquires outdoor temperature, if great with indoor difference in temperature, when outdoor hotter or outdoor colder evening in the daytime, control guest room air conditioning system promptly, the temperature reaches the optimum temperature in making the guest return the room after still experiencing is the optimum temperature to improve visitor's comfort level.
The present invention in a preferred example may be further configured to: the indoor situation further comprises a user status, the method comprising:
acquiring pressure-bearing data and pressure-bearing time of an indoor bed;
if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state;
if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode;
when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state;
and when the difference value between the indoor temperature and the preset temperature is greater than 1 ℃, controlling the indoor air conditioner to be in an operating state.
Through adopting above-mentioned technical scheme, bed pressure-bearing data when in the guest room is greater than one person's weight, and the pressure-bearing time reaches behind the certain period, judge promptly that the visitor is in sleep or rest state, be the sleep mode with air conditioner control this moment, avoid when the visitor has a rest for a long time, the air conditioner is in the running state of same temperature for a long time, when the air conditioner is in refrigerating state, avoid making the visitor catch a cold, when the air conditioner is in the state of heating, avoid making visitor sleep in-process too dry and lead to the discomfort, make the air conditioner be in intermittent type nature work, in the time of practicing thrift the electric quantity, improve visitor comfort level.
The present invention in a preferred example may be further configured to: the controlling the indoor air conditioner to the sleep mode includes:
reducing an output power given to the indoor air conditioner;
controlling the air outlet of the indoor air conditioner to be natural air;
if the indoor air conditioner is in a heating mode, controlling fan blades of the indoor air conditioner to face downwards;
and if the indoor air conditioner is in a refrigerating mode, controlling fan blades of the indoor air conditioner to face upwards.
By adopting the technical scheme, when the tourist is in a rest or sleep state, the output power of the air conditioner is reduced, so that the operating sound of the air conditioner is reduced, the tourist is more comfortable, and the air of the air conditioner is adjusted to be natural air; because the hot air rises when being heated, the air outlet faces downwards, and more spaces of the room are in a warm state; because the cold wind descends by cooling, the air outlet is upward, more spaces in the room are in a cool state, and the discomfort of the tourists caused by the fact that the cold wind directly blows the tourists is avoided.
The present invention in a preferred example may be further configured to: predicting the sea wave condition within a preset distance of a ship body, and judging the running state of the ship body according to the sea wave condition;
judging whether the tourists are reminded or not according to the running state;
and if the running state is that the ship body jolts, reminding the tourists of paying attention to safety.
By adopting the technical scheme, as the ship body runs on the sea surface, when sea waves are high and large, the ship body is easy to bump and shake, so that discomfort is caused to human bodies, and when a tourist drinks or runs, if the ship body bumps, the experience of the tourist is easy to influence; through predicting the sea wave condition within the preset distance, whether the ship body can shake or jolt is predicted in advance to prompt tourists in advance, the prompting mode can be broadcasting, the broadcasting can be spread in a ship body entertainment place and a ship body guest room to prompt the tourists in the guest room and the tourists in the ship body entertainment place, and therefore the tourists can be prepared in advance.
The present invention in a preferred example may be further configured to: arranging at least one buoy in a preset distance of the ship body;
acquiring the acceleration and the direction of the buoy in real time;
acquiring the wind direction and the wind speed of the buoy area in real time;
acquiring the running state of the buoy according to the acceleration and the acceleration direction;
judging the sea wave state of the buoy area according to the wind direction and the wind speed of the buoy area;
and judging the running state of the ship body according to the running state of the buoy, and correspondingly reminding visitors according to the running state of the ship body and the sea wave state.
Through adopting above-mentioned technical scheme, through setting up the buoy, thereby obtain the running state of acceleration direction and the size acquisition buoy of buoy, observe the influence that the wave caused to the buoy promptly, judge the influence that this wave caused to the loose pulley through the weight ratio of buoy and loose pulley, judge the wind direction and the wind speed in buoy area, if the wind direction is towards the loose pulley, then judge how long this wave can arrive the loose pulley according to the wind speed, then make corresponding warning to the visitor according to the influence that the wave caused to the loose pulley and the speed of contact wave.
The present invention in a preferred example may be further configured to: acquiring identity information of a tourist, and identifying a place of birth of a user according to the identity information;
acquiring a special menu of each place of birth and matching the menu stored in the database;
and selecting the special menu matched with the menu, and pushing the matched special menu to the guest room end of the corresponding guest.
By adopting the technical scheme, when the tourist boards a ship, whether the tourist accords with the boarding qualification is judged through ticket checking and corresponding identity card information, the tourist identity card information is obtained at the moment, the place of birth is identified, and when the tourist has a rest in a guest room, the special dishes of the tourist place are pushed so as to match the taste of the tourist and increase the satisfaction degree of the tourist.
The present invention in a preferred example may be further configured to: acquiring the site condition of a cruise ship entertainment place, and identifying the tourist condition of the entertainment place according to the site condition;
and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
Through adopting above-mentioned technical scheme, acquire the place condition of amusement place on the tourist wheel, specifically be which amusement place people more, which amusement place people is less, does corresponding recommendation to the visitor according to the amusement place personnel condition, avoids the visitor to find behind the amusement place that the people is too much or too little leads to unable abundant experience.
In a second aspect, the present application provides an automated cruise control system, which adopts the following technical scheme:
a cruise ship room automation control system, comprising:
the first acquisition device is used for acquiring balcony door state information, and the state information indicates whether the balcony door is opened or not;
the judging device is used for acquiring the indoor condition when the balcony door is closed according to the state information, and the indoor condition indicates whether a client exists in the room or not;
a second acquiring device for acquiring the indoor temperature and setting the indoor temperature as the optimum temperature if the client exists;
the third acquisition device is used for acquiring the outdoor temperature when the balcony door is opened according to the state information;
the adjusting device is used for comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, the indoor temperature is adjusted to the optimal temperature;
the control device is used for acquiring pressure-bearing data and pressure-bearing time of the indoor bed; if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state; if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode; when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state; when the difference value between the indoor temperature and the preset temperature is more than 1 ℃, controlling the indoor air conditioner to be in an operating state;
the reminding device is used for predicting the sea wave condition within the preset distance of the ship body and judging the running state of the ship body according to the sea wave condition; judging whether the tourists are reminded or not according to the running state; if the running state is that the ship body jolts, reminding the tourists of paying attention to safety;
the first recommendation device is used for acquiring the identity information of the tourist and identifying the place of birth of the user according to the identity information; acquiring a special menu of each place of birth and matching the menu stored in the database; selecting a special menu matched with the menu, and pushing the matched special menu to a guest room end of a corresponding guest;
the second recommendation device is used for acquiring the site condition of the cruise ship entertainment place and identifying the tourist condition of the entertainment place according to the site condition; and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
By adopting the technical scheme, when the balcony door is in an open state, the outdoor temperature greatly influences the indoor temperature, and the comfort of the tourists is greatly influenced due to the large day and night temperature difference on the sea surface;
when the balcony door is in a closed state, acquiring indoor conditions, specifically acquiring whether a visitor enters or exits a guest room through monitoring outside the guest room door, and when the visitor is monitored to enter the guest room, judging that the guest room has the guest at the moment;
after a period of time, acquiring the temperature in the guest room at the moment, judging that the temperature is more satisfactory for the guest in the period of time as the guest has had a rest in the guest room for a period of time, and judging that the temperature is the optimal temperature;
when a tourist wants to go to a balcony to see a landscape and blow out the sea wind, the balcony door is forgotten to be closed, when the tourist is at night, the outdoor temperature is generally lower than the indoor temperature due to the lower temperature at night, the outdoor sea wind blows into the room at the moment, so that the indoor temperature is reduced, and when the tourist returns to the room, the comfort level is influenced;
according to the method, the balcony door is opened, when the tourist blows the sea at the balcony, the outdoor temperature is obtained, if the temperature difference with the indoor temperature is large, namely the outdoor temperature is higher in daytime or the outdoor temperature is lower in night, the guest room air conditioning system is controlled, the temperature in the guest room reaches the optimal temperature, the tourist still feels the optimal temperature after returning to the room, and therefore the comfort level of the tourist is improved;
when the tourist is in the guest room, the indoor air conditioner can be controlled according to whether the tourist is in a rest or sleep state, so that the comfort level of the tourist during rest is improved;
when the ship body is about to shake due to large sea waves, the tourist can be reminded, so that the tourist can prepare in time to improve the experience of the tourist;
when the tourist has a rest in the guest room, the corresponding food can be pushed to the tourist according to the place where the tourist is born, so that the diet of the tourist is more satisfied, and the comfort level of the tourist is improved;
when the tourists need to go to other entertainment places on the ship for playing, the tourists are recommended according to the conditions of the tourists in the other entertainment places, so that the tourists can fully experience the entertainment places on the ship, and the user experience is improved.
In a third aspect, the present application provides an automated cruise ship guest room control device, which adopts the following technical scheme:
a cruise ship guest room automation control device comprises:
the first acquisition module is used for acquiring balcony door state information, and the state information indicates whether the balcony door is opened or not;
the judging module is used for acquiring the indoor condition when the balcony door is closed according to the state information, and the indoor condition indicates whether a client exists in the room or not;
the second acquisition module is used for acquiring the indoor temperature if a client exists and setting the indoor temperature as the optimal temperature;
the third acquisition module is used for acquiring the outdoor temperature when the status information indicates that the balcony door is opened;
the adjusting module is used for comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, the indoor temperature is adjusted to the optimal temperature;
the control module is used for acquiring pressure-bearing data and pressure-bearing time of the indoor bed; if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state; if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode; when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state; when the difference value between the indoor temperature and the preset temperature is more than 1 ℃, controlling the indoor air conditioner to be in an operating state;
the reminding module is used for predicting the sea wave condition within the preset distance of the ship body and judging the running state of the ship body according to the sea wave condition; judging whether the tourists are reminded or not according to the running state; if the running state is that the ship body jolts, reminding the tourists of paying attention to safety;
the first recommendation module is used for acquiring the identity information of the tourist and identifying the place of birth of the user according to the identity information; acquiring a special menu of each place of birth and matching the menu stored in the database; selecting a special menu matched with the menu, and pushing the matched special menu to a guest room end of a corresponding guest;
the second recommendation module is used for acquiring the site condition of a cruise ship entertainment place and identifying the tourist condition of the entertainment place according to the site condition; and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
By adopting the technical scheme, when the balcony door is in an open state, the outdoor temperature greatly influences the indoor temperature, and the comfort of the tourists is greatly influenced due to the large day and night temperature difference on the sea surface;
when the balcony door is in a closed state, acquiring indoor conditions, specifically acquiring whether a visitor enters or exits a guest room through monitoring outside the guest room door, and when the visitor is monitored to enter the guest room, judging that the guest room has the guest at the moment;
after a period of time, acquiring the temperature in the guest room at the moment, judging that the temperature is more satisfactory for the guest in the period of time as the guest has had a rest in the guest room for a period of time, and judging that the temperature is the optimal temperature;
when a tourist wants to go to a balcony to see a landscape and blow out the sea wind, the balcony door is forgotten to be closed, when the tourist is at night, the outdoor temperature is generally lower than the indoor temperature due to the lower temperature at night, the outdoor sea wind blows into the room at the moment, so that the indoor temperature is reduced, and when the tourist returns to the room, the comfort level is influenced;
according to the method, the balcony door is opened, when the tourist blows the sea at the balcony, the outdoor temperature is obtained, if the temperature difference with the indoor temperature is large, namely the outdoor temperature is higher in daytime or the outdoor temperature is lower in night, the guest room air conditioning system is controlled, the temperature in the guest room reaches the optimal temperature, the tourist still feels the optimal temperature after returning to the room, and therefore the comfort level of the tourist is improved;
when the tourist is in the guest room, the indoor air conditioner can be controlled according to whether the tourist is in a rest or sleep state, so that the comfort level of the tourist during rest is improved;
when the ship body is about to shake due to large sea waves, the tourist can be reminded, so that the tourist can prepare in time to improve the experience of the tourist;
when the tourist has a rest in the guest room, the corresponding food can be pushed to the tourist according to the place where the tourist is born, so that the diet of the tourist is more satisfied, and the comfort level of the tourist is improved;
when the tourists need to go to other entertainment places on the ship for playing, the tourists are recommended according to the conditions of the tourists in the other entertainment places, so that the tourists can fully experience the entertainment places on the ship, and the user experience is improved.
In a fourth aspect, the present application provides a computer-readable storage medium storing a computer program that can be loaded by a processor and execute any one of the above methods for monitoring news content security.
In summary, the present application includes at least one of the following beneficial technical effects:
1. in the scheme, when the balcony door of the guest room is opened and forgotten to be closed, outdoor sea wind blows into the guest room at night due to large day-night temperature difference, so that the temperature of the guest room is reduced, and at the moment, the indoor air conditioner is controlled to keep the indoor temperature to be the indoor temperature when the balcony is closed, so that guests experience the optimal desired room temperature when returning to the guest room, and the comfort level of the guests is improved;
2. in the scheme, whether the tourists are in a sleeping or resting state in the guest room is judged, if the tourists are in the sleeping or resting state, the indoor air conditioner is automatically controlled to be in a sleeping mode, the effect of saving electricity is achieved, and meanwhile the comfort level of the tourists during sleeping can be improved;
3. in this scheme, whether the prediction hull can receive the influence of great wave and cause jolting or rocking, reminds the visitor in advance, avoids the hull to rock suddenly because of the wave and leads to the visitor to take place the accident, or makes the visitor cause inconvenience, has improved visitor's satisfaction.
Drawings
Fig. 1 is a schematic flow chart in the first embodiment of the present application.
Fig. 2 is a system flow diagram in a second embodiment of the present application.
Fig. 3 is a block diagram of the third embodiment of the present application.
Detailed Description
The present application is described in further detail below with reference to figures 1-3.
The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications of the present embodiment without inventive contribution as needed after reading the present specification, but all of them are protected by patent law within the scope of the claims of the present invention.
The first embodiment is as follows:
a cruise ship guest room automation control method, referring to fig. 1, comprising:
101. and acquiring balcony door state information, wherein the state information indicates whether the balcony door is opened or not.
Specifically, the balcony door is provided with a switch, namely, when the balcony door is contacted with the door frame, a switch circuit is closed, so that the balcony door is identified to be in a closed state, and when the balcony door is opened, the switch circuit is disconnected; thereby monitoring the balcony door state information, namely the opening and closing state of the balcony door.
102. And when the status information is that the balcony door is closed, acquiring the indoor condition, wherein the indoor condition indicates whether a client exists in the room.
Specifically, when the balcony door state information is monitored to be the balcony door closing state, the indoor condition is obtained, specifically, whether an air conditioner of the guest room is in an open state or not or whether electric devices such as a lamp and a television are in an open state or not is detected, and if one or more of the air conditioner and the lamp are in the open state, it is determined that the guest room has a guest.
103. And if the client exists, acquiring the indoor temperature, and setting the indoor temperature as the optimal temperature.
Specifically, the indoor temperature is obtained through the temperature sensor, namely the indoor temperature of the guest in the guest room is the favorite temperature of the guest, and the indoor temperature is set by the guest through an air conditioner or the indoor temperature of the guest without starting the air conditioner.
It is worth mentioning that, by acquiring the indoor temperature in real time, when the duration time of the same indoor temperature reaches a preset value, that is, when it is determined that the guest is willing to be at the indoor temperature, the indoor temperature is defined as the optimal temperature.
104. And when the status information is that the balcony door is opened, acquiring the outdoor temperature.
Specifically, when the balcony door is monitored to be in an open state, the visitor is judged to open the balcony door to watch the landscape or blow sea wind on the balcony. And acquiring the outdoor temperature through a temperature sensor arranged outdoors.
105. And comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, adjusting the indoor temperature to the optimal temperature.
Specifically, the temperature difference is obtained by comparing the outdoor temperature with the optimal temperature, if the temperature difference is greater than a preset value, and the preset value is set to 10 ℃, it is determined that the indoor and outdoor temperature difference is large, the indoor temperature is adjusted to the optimal temperature, and the temperature or the output power of the indoor air conditioner can be specifically adjusted through control, or the indoor air conditioner is turned off to operate.
It is worth saying that, because the difference in temperature is great day and night on the sea, can be hotter daytime, the visitor opens the refrigeration mode this moment, and night is when, and outdoor is colder, then needs turn up the air conditioner temperature to reach the temperature that is fit for the visitor. When the balcony door is opened, outdoor sea wind blows into the room, the room is cooler at night, and the room is warmer in daytime; then when the visitor has viewed and admire the wave at the balcony, blow the sea breeze after, when wanting to get back to the guest room, guest room temperature has been disturbed by outdoor factor, leads to no longer being in the optimum temperature, and temperature variation is great, makes the visitor feel uncomfortable easily, then through control room air conditioner, makes the room temperature remain throughout to the optimum temperature to make visitor's comfort level higher, reinforcing visitor experience feels.
106. Acquiring pressure-bearing data and pressure-bearing time of an indoor bed;
if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state;
if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode;
when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state;
and when the difference value between the indoor temperature and the preset temperature is greater than 1 ℃, controlling the indoor air conditioner to be in an operating state.
Specifically, acquire the pressure-bearing data of indoor bed in real time through gravity sensor, pressure-bearing data is for bearing the size of pressure specifically, if pressure-bearing data is greater than one person's weight, one person's weight preset range can be set to more than 35 kg.
If the pressure-bearing data always fluctuate up and down at a value, judging whether the duration time of the pressure-bearing data reaches a preset value or not, and judging whether the guest has a rest or sleep on the bed if the preset time can be more than 1 hour.
When a visitor sleeps, if the air conditioner is in a refrigerating state for a long time, the visitor is easy to catch a cold, and if the air conditioner is in a heating state for a long time, the room is easy to be too dry, so that the visitor is uncomfortable.
The air conditioner is set to be in a sleep mode, namely when the indoor temperature is acquired through the indoor temperature sensor and is consistent with the preset temperature of the air conditioner, the air conditioner is in a standby state, so that the air conditioner does not refrigerate or heat any more, and the power consumption is reduced; when the temperature difference is greater than 1 ℃, the air conditioner is restarted, the intermittent operation of the air conditioner is realized, the current is saved, and meanwhile, the condition that the air conditioner operates indoors all the time to cause the tourists to catch a cold or be too dry is avoided, so that the comfort level of the tourists is further improved.
Further, reducing the output power given to the indoor air conditioner;
controlling the air outlet of the indoor air conditioner to be natural air;
if the indoor air conditioner is in a heating mode, controlling fan blades of the indoor air conditioner to face downwards;
and if the indoor air conditioner is in a refrigerating mode, controlling fan blades of the indoor air conditioner to face upwards.
Specifically, when the guest is in a rest or sleep state, a quiet and comfortable environment needs to be maintained, the output power of the air conditioner is reduced, the wind speed is reduced, the sound of the air conditioner during operation is reduced, and therefore the comfortable environment of the guest room is maintained.
The air outlet of the indoor air conditioner is natural air, and the hot air rises due to heating, so that the air outlet faces downwards, more spaces of a room are in a warm state, and the hot air rises to the top of the room from bottom to top in the guest room; because the cold air descends due to cooling, the air outlet faces upwards, more spaces in the room are in a cooling state, even if the cold air descends to the bottom of the guest room from top to bottom in the guest room, and discomfort of the guest due to direct blowing of the cold air is avoided.
107. Predicting the sea wave condition within a preset distance of a ship body, and judging the running state of the ship body according to the sea wave condition;
judging whether the tourists are reminded or not according to the running state;
and if the running state is that the ship body jolts, reminding the tourists of paying attention to safety.
Specifically, the sea wave condition within the preset distance of the ship body is judged, the preset distance can be set to be 100 meters, 200 meters or 300 meters, and the operation state of the ship body is judged according to the sea wave condition of the preset distance and the influence of the sea waves on the ship body when the ship runs to the preset distance.
If the running state is that the ship body jolts, the tourists are reminded of paying attention to safety, and accidents of the tourists are avoided;
if the running state is that the ship body is normal, the tourists do not need to be reminded.
Wherein, judge according to the weight of wave condition and loose pulley, the visitor's condition on shock mitigation system and the loose pulley, the weight of loose pulley and shock mitigation system judge the wave of this degree promptly and can influence the loose pulley, and influence degree is how big.
The condition of the tourists, namely what the tourists on the cruise ship do at the moment, for example, at night, the situation that the majority of the tourists are sleeping and resting is judged, the ship body shakes slightly, the tourists do not need to be reminded, and the influence on the rest of the tourists is avoided; if most tourists have meals in the dining room, the tourists can be reminded in the forms of broadcasting, warning lights and the like, and the situation that the tourists shake when holding dishes to cause disorder or accidents due to the fact that the tourists use knives and forks or drink water is avoided.
The visitor's condition, visitor's distribution condition promptly that specific accessible camera acquireed the visitor's of other places of cruise ship.
Further, at least one buoy is arranged in a preset distance of the ship body;
acquiring the acceleration and the direction of the buoy in real time;
acquiring the wind direction and the wind speed of the buoy area in real time;
acquiring the running state of the buoy according to the acceleration and the acceleration direction;
judging the sea wave state of the buoy area according to the wind direction and the wind speed of the buoy area;
and judging the running state of the ship body according to the running state of the buoy, and correspondingly reminding visitors according to the running state of the ship body and the sea wave state.
Specifically, at least one buoy is arranged in a preset distance of the ship body, the buoy can be arranged right in front of the ship body, and the buoy is connected with the ship body and keeps moving synchronously.
It is worth mentioning that the buoy can also be arranged around the ship body; the float may be provided in plural at different distances in the same direction.
The acceleration direction and the magnitude of the buoy are obtained by arranging the acceleration sensor on the buoy, and the acceleration sensor is a three-dimensional acceleration sensor, namely the acceleration in the up-down direction, the front-back direction and the left-right direction of the buoy can be obtained.
The running state of the buoy, namely the bumping and shaking conditions of the buoy, can be obtained by the direction and the magnitude of the acceleration of the buoy, and the sea wave condition of the sea area of the buoy can be judged.
Specifically, a preset value can be set, namely when the acceleration of the buoy is the preset value, the influence degree of the sea waves is the preset value, and the influence degree is the height and impact force of the sea waves.
Namely, when the acceleration of the buoy exceeds a preset value, the influence of the sea waves is easy to cause the ship body to shake.
The default can be set to three, reaches different default promptly, and is different to the degree of rocking of hull, and is different to rocking of hull, then judges whether to send the warning to the visitor according to the condition of rocking.
Whether the sea wave moves towards the pleasure boat is judged by acquiring the wind direction and the wind speed, the time for the sea wave to move to the pleasure boat is judged by the wind speed, and according to the running speed of the pleasure boat and the running speed of the sea wave, the tourist is reminded of accurate time so that the tourist is ready.
When the buoy on the non-ship body running straight line shakes, the wind direction and the wind speed of the area are judged, namely the running speed of the cruise ship does not need to be considered, so that the time of the side face contacting the ship body is further accurate, and the tourist is reminded correspondingly.
When the buoys are arranged in the same direction, the acceleration and the direction of the buoys in the same direction can be judged, and the sea waves are enlarged or reduced in the moving process, so that the cruise ship can better remind customers.
The reminding mode can be broadcasting, guest room telephone or guest room television caption rolling.
108. Acquiring identity information of a tourist, and identifying a place of birth of a user according to the identity information;
acquiring a special menu of each place of birth and matching the menu stored in the database;
and selecting the special menu matched with the menu, and pushing the matched special menu to the guest room end of the corresponding guest.
Specifically, when the tourist boards a ship, the identity information of the tourist is checked, specifically, whether a ship ticket and an identity card correspond to the tourist or not can be checked, and when the identity card is checked, a place of birth in the identity card information is obtained, wherein the Chinese tourist can specifically identify the place of birth of the tourist through the first six digits of the obtained identity card number.
Specifically, a database can be established, wherein the database comprises names of all places in China and corresponding identity card numbers, the first six digits of the visitor identity card numbers are extracted and matched with the digits in the database, and the place names matched with the digits are obtained.
The foreign tourist or Chinese tourist can also directly judge the place of birth of the tourist by extracting the place name in the identity card.
The place of birth of each tourist is in one-to-one correspondence with the guest rooms of the tourists;
the special menu of the place of birth is obtained, and the special menu can be generated by matching the place name through online search or a database;
the menu is matched with the menu stored in the database, the menu indicates that the chefs on the cruise ship can make dishes and food materials on the cruise ship at the moment, the menus with both the two conditions being met are stored in the database, and the local special menu of the tourist is matched with the menus capable of being made in the database at the moment one by one.
The matched menu is pushed to a guest room end, the guest room end can be a telephone or a television in the guest room, and the user can be pushed in a telephone notification or television screen character rolling mode, so that the guest can select the special menu of the place of birth, the appetite of the guest is met, and the satisfaction degree of the guest is improved.
109. Acquiring the site condition of a cruise ship entertainment place, and identifying the tourist condition of the entertainment place according to the site condition;
and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
Specifically, the field condition of the entertainment place is obtained through the camera, namely, a photo of the entertainment place is shot, and the condition of the tourists of the entertainment place is judged through the photo, namely whether the number of the tourists of the entertainment place is too much, too few or normal;
the method comprises the steps of obtaining visitor information of a guest room, namely the condition of a resident in the guest room, recommending places suitable for children to play if children live in the guest room, recommending entertainment places such as a bar if adults live in the guest room, and commenting the visitor condition of the entertainment places after the entertainment places, so that poor experience caused by too many people or too few people when the visitors go to the corresponding entertainment places to play is avoided.
The implementation principle of the embodiment is as follows:
when the balcony door is in an open state, the outdoor temperature greatly affects the indoor temperature, and the comfort of the tourists is greatly affected due to the large day and night temperature difference on the sea surface;
when the balcony door is in a closed state, acquiring indoor conditions, specifically acquiring whether a visitor enters or exits a guest room through monitoring outside the guest room door, and when the visitor is monitored to enter the guest room, judging that the guest room has the guest at the moment;
after a period of time, acquiring the temperature in the guest room at the moment, judging that the temperature is more satisfactory for the guest in the period of time as the guest has had a rest in the guest room for a period of time, and judging that the temperature is the optimal temperature;
when a tourist wants to go to a balcony to see a landscape and blow out the sea wind, the balcony door is forgotten to be closed, when the tourist is at night, the outdoor temperature is generally lower than the indoor temperature due to the lower temperature at night, the outdoor sea wind blows into the room at the moment, so that the indoor temperature is reduced, and when the tourist returns to the room, the comfort level is influenced;
according to the method, the balcony door is opened, when the tourist blows the sea at the balcony, the outdoor temperature is obtained, if the temperature difference with the indoor temperature is large, namely the outdoor temperature is higher in daytime or the outdoor temperature is lower in night, the guest room air conditioning system is controlled, the temperature in the guest room reaches the optimal temperature, the tourist still feels the optimal temperature after returning to the room, and therefore the comfort level of the tourist is improved;
when the tourist is in the guest room, the indoor air conditioner can be controlled according to whether the tourist is in a rest or sleep state, so that the comfort level of the tourist during rest is improved;
when the ship body is about to shake due to large sea waves, the tourist can be reminded, so that the tourist can prepare in time to improve the experience of the tourist;
when the tourist has a rest in the guest room, the corresponding food can be pushed to the tourist according to the place where the tourist is born, so that the diet of the tourist is more satisfied, and the comfort level of the tourist is improved;
when the tourists need to go to other entertainment places on the ship for playing, the tourists are recommended according to the conditions of the tourists in the other entertainment places, so that the tourists can fully experience the entertainment places on the ship, and the user experience is improved.
Example two:
a cruise ship room automation control system, referring to fig. 2, comprising:
the first acquiring device 201 acquires balcony door status information indicating whether the balcony door is opened.
And a judging device 202 for acquiring the indoor situation when the status information is that the balcony door is closed, wherein the indoor situation indicates whether a customer exists in the room.
If there is a customer, the second acquiring device 203 acquires the indoor temperature and sets the indoor temperature to the optimum temperature.
And a third acquiring device 204 for acquiring the outdoor temperature when the status information indicates that the balcony door is opened.
The adjusting device 205 compares the outdoor temperature with the optimal temperature, and adjusts the indoor temperature to the optimal temperature if a difference between the outdoor temperature and the optimal temperature is greater than a preset value.
The control device 206 is used for acquiring pressure-bearing data and pressure-bearing time of the indoor bed; if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state; if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode; when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state; and when the difference value between the indoor temperature and the preset temperature is greater than 1 ℃, controlling the indoor air conditioner to be in an operating state.
Further, reducing the output power given to the indoor air conditioner;
controlling the air outlet of the indoor air conditioner to be natural air;
if the indoor air conditioner is in a heating mode, controlling fan blades of the indoor air conditioner to face downwards;
and if the indoor air conditioner is in a refrigerating mode, controlling fan blades of the indoor air conditioner to face upwards.
The reminding device 207 is used for predicting the sea wave condition within the preset distance of the ship body and judging the running state of the ship body according to the sea wave condition; judging whether the tourists are reminded or not according to the running state; and if the running state is that the ship body jolts, reminding the tourists of paying attention to safety.
Further, at least one buoy is arranged in a preset distance of the ship body;
acquiring the acceleration and the direction of the buoy in real time;
acquiring the wind direction and the wind speed of the buoy area in real time;
acquiring the running state of the buoy according to the acceleration and the acceleration direction;
judging the sea wave state of the buoy area according to the wind direction and the wind speed of the buoy area;
and judging the running state of the ship body according to the running state of the buoy, and correspondingly reminding visitors according to the running state of the ship body and the sea wave state.
The first recommending device 208 is used for acquiring the identity information of the tourist and identifying the place of birth of the user according to the identity information; acquiring a special menu of each place of birth and matching the menu stored in the database; and selecting the special menu matched with the menu, and pushing the matched special menu to the guest room end of the corresponding guest.
The second recommendation device 209 is used for acquiring the site condition of the cruise ship entertainment place and identifying the tourist condition of the entertainment place according to the site condition; and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
Example three:
a cruise ship room automation control device, referring to fig. 3, comprising:
the first obtaining module 301 obtains balcony door status information indicating whether the balcony door is opened.
And a judging module 302, when the status information is that the balcony door is closed, acquiring an indoor situation, wherein the indoor situation indicates whether a customer exists in the room.
The second obtaining module 303 obtains the indoor temperature if the client exists, and sets the indoor temperature as the optimal temperature.
A third obtaining module 304, configured to obtain the outdoor temperature when the status information indicates that the balcony door is opened.
The adjusting module 305 compares the outdoor temperature with the optimal temperature, and adjusts the indoor temperature to the optimal temperature if a difference between the outdoor temperature and the optimal temperature is greater than a preset value.
The control module 306 is used for acquiring pressure-bearing data and pressure-bearing time of the indoor bed; if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state; if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode; when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state; and when the difference value between the indoor temperature and the preset temperature is greater than 1 ℃, controlling the indoor air conditioner to be in an operating state.
Further, reducing the output power given to the indoor air conditioner;
controlling the air outlet of the indoor air conditioner to be natural air;
if the indoor air conditioner is in a heating mode, controlling fan blades of the indoor air conditioner to face downwards;
and if the indoor air conditioner is in a refrigerating mode, controlling fan blades of the indoor air conditioner to face upwards.
The reminding module 307 is used for predicting the sea wave condition within the preset distance of the ship body and judging the running state of the ship body according to the sea wave condition; judging whether the tourists are reminded or not according to the running state; and if the running state is that the ship body jolts, reminding the tourists of paying attention to safety.
Further, at least one buoy is arranged in a preset distance of the ship body;
acquiring the acceleration and the direction of the buoy in real time;
acquiring the wind direction and the wind speed of the buoy area in real time;
acquiring the running state of the buoy according to the acceleration and the acceleration direction;
judging the sea wave state of the buoy area according to the wind direction and the wind speed of the buoy area;
and judging the running state of the ship body according to the running state of the buoy, and correspondingly reminding visitors according to the running state of the ship body and the sea wave state.
The first recommending module 308 acquires the identity information of the tourist and identifies the place of birth of the user according to the identity information; acquiring a special menu of each place of birth and matching the menu stored in the database; and selecting the special menu matched with the menu, and pushing the matched special menu to the guest room end of the corresponding guest.
The second recommendation module 309 is used for acquiring the site condition of the cruise ship entertainment place and identifying the visitor condition of the entertainment place according to the site condition; and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
It should be noted that: in the cruise ship guest room automation control method, the above-mentioned division of each function module is only used for illustration when the apparatus and the system for cruise ship guest room automation control provided by the above-mentioned embodiment are executed, and in practical applications, the above-mentioned function distribution may be completed by different function modules according to needs, that is, the apparatus and the internal structure of the apparatus are divided into different function modules, so as to complete all or part of the above-mentioned functions. In addition, the embodiments of the cruise ship guest room automatic control method, the cruise ship guest room automatic control system and the cruise ship guest room automatic control device provided by the embodiments belong to the same concept, and specific implementation processes are detailed in the embodiments of the method and are not described herein again.
It will be understood by those skilled in the art that all or part of the steps for implementing the above embodiments may be implemented by hardware, or may be implemented by a program instructing relevant hardware, where the program may be stored in a computer-readable storage medium, and the above-mentioned storage medium may be a read-only memory, a magnetic disk or an optical disk, etc.
The above description is only exemplary of the present application and should not be taken as limiting the present application, as any modification, equivalent replacement, or improvement made within the spirit and principle of the present application should be included in the protection scope of the present application.
Claims (10)
1. An automated cruise control method is characterized by comprising the following steps:
acquiring balcony door state information, wherein the state information indicates whether the balcony door is opened or not;
when the status information is that the balcony door is closed, acquiring indoor conditions, wherein the indoor conditions indicate whether a client exists in the room;
if the client exists, acquiring the indoor temperature, and setting the indoor temperature as the optimal temperature;
when the status information is that the balcony door is opened, acquiring the outdoor temperature;
and comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, adjusting the indoor temperature to the optimal temperature.
2. The method of claim 1, wherein the indoor situation further comprises a user status, the method comprising:
acquiring pressure-bearing data and pressure-bearing time of an indoor bed;
if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state;
if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode;
when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state;
and when the difference value between the indoor temperature and the preset temperature is greater than 1 ℃, controlling the indoor air conditioner to be in an operating state.
3. The method of claim 2, wherein the controlling the indoor air conditioner to the sleep mode comprises:
reducing an output power given to the indoor air conditioner;
controlling the air outlet of the indoor air conditioner to be natural air;
if the indoor air conditioner is in a heating mode, controlling fan blades of the indoor air conditioner to face downwards;
and if the indoor air conditioner is in a refrigerating mode, controlling fan blades of the indoor air conditioner to face upwards.
4. The method of claim 1, comprising:
predicting the sea wave condition within a preset distance of a ship body, and judging the running state of the ship body according to the sea wave condition;
judging whether the tourists are reminded or not according to the running state;
and if the running state is that the ship body jolts, reminding the tourists of paying attention to safety.
5. The method of claim 4, comprising:
arranging at least one buoy in a preset distance of the ship body;
acquiring the acceleration and the direction of the buoy in real time;
acquiring the wind direction and the wind speed of the buoy area in real time;
acquiring the running state of the buoy according to the acceleration and the acceleration direction;
judging the sea wave state of the buoy area according to the wind direction and the wind speed of the buoy area;
and judging the running state of the ship body according to the running state of the buoy, and correspondingly reminding visitors according to the running state of the ship body and the sea wave state.
6. The method of claim 1, comprising:
acquiring identity information of a tourist, and identifying a place of birth of a user according to the identity information;
acquiring a special menu of each place of birth and matching the menu stored in the database;
and selecting the special menu matched with the menu, and pushing the matched special menu to the guest room end of the corresponding guest.
7. The method of claim 1, comprising:
acquiring the site condition of a cruise ship entertainment place, and identifying the tourist condition of the entertainment place according to the site condition;
and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
8. An automated cruise ship room control system, comprising:
the first acquisition device is used for acquiring balcony door state information, and the state information indicates whether the balcony door is opened or not;
the judging device is used for acquiring the indoor condition when the balcony door is closed according to the state information, and the indoor condition indicates whether a client exists in the room or not;
a second acquiring device for acquiring the indoor temperature and setting the indoor temperature as the optimum temperature if the client exists;
the third acquisition device is used for acquiring the outdoor temperature when the balcony door is opened according to the state information;
the adjusting device is used for comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, the indoor temperature is adjusted to the optimal temperature;
the control device is used for acquiring pressure-bearing data and pressure-bearing time of the indoor bed; if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state; if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode; when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state; when the difference value between the indoor temperature and the preset temperature is more than 1 ℃, controlling the indoor air conditioner to be in an operating state;
the reminding device is used for predicting the sea wave condition within the preset distance of the ship body and judging the running state of the ship body according to the sea wave condition; judging whether the tourists are reminded or not according to the running state; if the running state is that the ship body jolts, reminding the tourists of paying attention to safety;
the first recommendation device is used for acquiring the identity information of the tourist and identifying the place of birth of the user according to the identity information; acquiring a special menu of each place of birth and matching the menu stored in the database; selecting a special menu matched with the menu, and pushing the matched special menu to a guest room end of a corresponding guest;
the second recommendation device is used for acquiring the site condition of the cruise ship entertainment place and identifying the tourist condition of the entertainment place according to the site condition; and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
9. An automated cruise ship room control device, comprising:
the first acquisition module is used for acquiring balcony door state information, and the state information indicates whether the balcony door is opened or not;
the judging module is used for acquiring the indoor condition when the balcony door is closed according to the state information, and the indoor condition indicates whether a client exists in the room or not;
the second acquisition module is used for acquiring the indoor temperature if a client exists and setting the indoor temperature as the optimal temperature;
the third acquisition module is used for acquiring the outdoor temperature when the status information indicates that the balcony door is opened;
the adjusting module is used for comparing the outdoor temperature with the optimal temperature, and if the difference value between the outdoor temperature and the optimal temperature is greater than a preset value, the indoor temperature is adjusted to the optimal temperature;
the control module is used for acquiring pressure-bearing data and pressure-bearing time of the indoor bed; if the pressure-bearing data and the pressure-bearing time reach preset values, judging that the tourist is in a rest state; if the tourist is in a rest state, controlling the indoor air conditioner to be in a sleep mode; when the indoor temperature reaches a preset temperature, controlling the indoor air conditioner to be in a standby state; when the difference value between the indoor temperature and the preset temperature is more than 1 ℃, controlling the indoor air conditioner to be in an operating state;
the reminding module is used for predicting the sea wave condition within the preset distance of the ship body and judging the running state of the ship body according to the sea wave condition; judging whether the tourists are reminded or not according to the running state; if the running state is that the ship body jolts, reminding the tourists of paying attention to safety;
the first recommendation module is used for acquiring the identity information of the tourist and identifying the place of birth of the user according to the identity information; acquiring a special menu of each place of birth and matching the menu stored in the database; selecting a special menu matched with the menu, and pushing the matched special menu to a guest room end of a corresponding guest;
the second recommendation module is used for acquiring the site condition of a cruise ship entertainment place and identifying the tourist condition of the entertainment place according to the site condition; and recommending the entertainment places which are matched with the user requirements according to the conditions of the tourists.
10. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which executes the method of any one of claims 1 to 7.
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Application publication date: 20210219 |