CN113703336A - Hotel intelligent home master control system and control network - Google Patents
Hotel intelligent home master control system and control network Download PDFInfo
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- CN113703336A CN113703336A CN202111256703.7A CN202111256703A CN113703336A CN 113703336 A CN113703336 A CN 113703336A CN 202111256703 A CN202111256703 A CN 202111256703A CN 113703336 A CN113703336 A CN 113703336A
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Abstract
The invention provides a hotel intelligent home master control system and a control network, wherein the hotel intelligent home master control system comprises: the system comprises a central controller, a first communication module, a check-in registration module, a data storage module and a permission management module; and when the central controller receives an operation request of the intelligent home sent by a user through the first mobile terminal through the first communication module, the central controller acquires the authority information in the authority management module and generates a corresponding control interface of the intelligent home of the guest room based on the authority information. In addition, a user is connected to the central controller through a mobile terminal to register in advance, the user does not need to go to a store to register in the foreground, and the intelligent home in the guest room can be controlled through the mobile terminal after the registration is finished, so that the control of the user is facilitated.
Description
Technical Field
The invention relates to the technical field of artificial intelligence, in particular to a hotel intelligent home master control system and a control network.
Background
At present, the smart home is based on a home as a platform, and integrates facilities related to home life by utilizing a comprehensive wiring technology, a network communication technology, a safety precaution technology, an automatic control technology and an audio and video technology, so that an efficient management system of home facilities and family schedule affairs is constructed, the home safety, convenience, comfortableness and artistry are improved, and the environment-friendly and energy-saving living environment is realized; with the development of smart homes, hotels mainly using smart homes gradually appear, but the smart homes of the hotels are controlled by taking guest rooms as units, and customers need to enter the hotels to check in the guest rooms; in addition, the existing check-in needs to be handled by the customer, is extremely unchangeable and is not beneficial to improving the check-in experience of the customer.
Disclosure of Invention
One of the purposes of the invention is to provide an intelligent home master control system for a hotel, which realizes integrated management and control of intelligent homes in each guest room in the hotel through a central controller, facilitates unified management of the hotel, improves management efficiency, realizes check-in registration in advance through connecting a user to the central controller through a mobile terminal, does not need to go to the store for foreground registration, can control the intelligent homes in the guest rooms through the mobile terminal after the registration is completed, facilitates control of the user, realizes automatic check-in registration through analyzing the movement trend of the user, and improves check-in experience of the user.
The embodiment of the invention provides an intelligent home master control system for a hotel, which comprises:
the central controller is respectively in communication connection with each terminal controller arranged in each guest room;
the first communication module is electrically connected with the central controller and used for connecting the central controller to the Internet;
the check-in registration module is electrically connected with the first communication module and is used for acquiring check-in registration information uploaded by a user through the first mobile terminal through the first communication module and authenticating the check-in registration information to finish check-in registration of the user; binding check-in registration information of the user with a guest room to generate customer information and authority information of operation of the intelligent home;
the data storage module is used for storing customer information;
the authority management module is used for managing authority information of the operation of the smart home;
and when the central controller receives an operation request of the intelligent home sent by a user through the first mobile terminal through the first communication module, the central controller acquires the authority information in the authority management module and generates a corresponding control interface of the intelligent home of the guest room based on the authority information.
Wherein, the check-in registration module further executes the following operations:
obtaining reservation information of hotel rooms;
determining a predetermined user and a predetermined time based on the predetermined information;
determining a judgment time based on a predetermined time;
within the judgment time, acquiring the position information of a preset user at a preset first time interval;
analyzing the position information, and determining whether check-in registration of a predetermined user is completed based on predetermined information;
wherein analyzing the location information to determine whether to complete check-in registration of the predetermined user based on the predetermined information comprises:
when the position corresponding to the latest acquired position information is not in the same preset area as the position of the hotel, the check-in registration of the reservation user based on the reservation information is not performed;
and/or the presence of a gas in the gas,
determining the movement trend of the predetermined user based on the position information, and performing check-in registration of the predetermined user based on the predetermined information when the movement trend is towards the position where the hotel is located; otherwise, it is not performed.
Preferably, the check-in registration module further performs the following operations before receiving check-in registration information uploaded by the user through the mobile terminal:
acquiring positioning information of a user through a first mobile terminal;
acquiring position information of a target hotel registered by a user;
determining whether to accept a request for a user to transact check-in registration through the mobile terminal based on the positioning information and the position information;
wherein determining whether to accept a request for a user to transact check-in registration through the mobile terminal based on the positioning information and the location information comprises:
determining the distance between the user and the target hotel based on the positioning information and the position information; when the distance is less than or equal to a preset distance threshold value, receiving a request of a user for handling registration through the mobile terminal; otherwise, not accepting;
and/or the presence of a gas in the gas,
analyzing the positioning information and the position information and determining whether the positioning information and the position information belong to the same preset area;
when the mobile terminal belongs to the same preset area, receiving a request of a user for handling registration through the mobile terminal; otherwise, it is not accepted.
Preferably, the check-in registration module further performs the following operations before receiving check-in registration information uploaded by the user through the mobile terminal:
sending a request for inquiring registration information to a hotel data unified service platform based on the identity information of the user; the request to register an information query includes: determining whether the user has performed check-in registration;
when the user does not log in, receiving a request for the user to transact the log-in registration through the mobile terminal; otherwise, it is not accepted.
Preferably, the check-in registration module determines the movement trend of the predetermined user based on the location information, including:
calculating the distance between the position corresponding to the position information acquired for the last N times and the position of the hotel;
performing feature extraction on the calculated N distances to construct a first feature set;
acquiring a preset motion trend judgment library;
matching the first feature set with a second feature set in a motion trend judgment library; and obtaining a motion trend judgment result corresponding to the matched second feature set.
Preferably, the central controller performs the following operations:
acquiring guest room state parameters of each guest room and environment parameters of the position of the guest room;
acquiring the installation condition of the intelligent home in each guest room;
based on the room state parameters, the environment parameters and the installation condition, grouping all rooms of the hotel to form a plurality of control groups;
based on the control group, the intelligent home in each guest room is controlled;
wherein, based on guest room state parameter, environmental parameter and installation condition, divide into groups each guest room of hotel, form a plurality of control groups, include:
constructing a group identification set corresponding to each guest room based on the guest room state parameters, the environment parameters and the installation condition of each guest room;
based on the group identification set, calculating the control similarity between each room in the hotel, wherein the calculation formula is as follows:
wherein,
is the first in the hotel
A guest room and
the control similarity of the individual guest rooms,
is as follows
Group identification set corresponding to each guest room
A data value;
is as follows
Group identification set corresponding to each guest room
A data value;
total number of data for the group identification set;
and grouping the guest rooms based on the control similarity, wherein the control similarity between the guest rooms in the same group is greater than a preset threshold value.
Preferably, the central controller performs the following operations:
determining whether personnel exist in each guest room through a human body detection module arranged in each guest room;
when people exist in the guest room, acquiring a Bluetooth identification code of a first mobile terminal corresponding to the guest room and synchronously acquired when the check-in registration module performs check-in registration, and sending the Bluetooth identification code to a terminal controller of the guest room; the terminal controller is in communication connection with the first mobile terminal based on the Bluetooth identification code; the first mobile terminal is a primary controller for registering the intelligent home in the corresponding guest room;
when communication connection cannot be established with equipment which can be connected by Bluetooth in a guest room through a Bluetooth identification code, Bluetooth identification information of the equipment which can be connected by Bluetooth in the guest room is acquired;
determining whether the equipment is a second mobile terminal held by a worker or not based on the acquired Bluetooth identification information of the equipment which can be connected by Bluetooth in the guest room and a preset Bluetooth identification information registry; the Bluetooth identification information registration table is registered with Bluetooth identification information of second mobile terminals held by all the workers;
when the equipment is a second mobile terminal held by a worker, judging whether the intelligent home in the guest room has a primary controller or not; when the intelligent home controller exists, the second mobile terminal is used as a secondary controller of the intelligent home in the guest room; when the intelligent home is not available, the second mobile terminal is used as a primary controller of the intelligent home in the guest room;
when the equipment is not the second mobile terminal held by the staff, receiving a Bluetooth connection application sent by the equipment and using the equipment as a secondary controller of the intelligent home in the guest room;
when the primary controller or the secondary controller exists in the smart home in the guest room, the guest room is temporarily removed from the control group.
Preferably, when the primary controller and the secondary controller exist in the smart home in the guest room, the central controller performs the following operations:
when the terminal controller receives the control instruction through the secondary controller, the control instruction is synchronously sent to the primary controller and feedback information of the primary controller to the control instruction is received;
generating an adjustment instruction based on the feedback information when the feedback information is received;
and sending the adjusting instruction to the terminal controller.
Preferably, hotel intelligence house major control system still includes:
and the expansion module is used for receiving the slave control requests of the central controllers of other hotels and controlling the central controllers of other hotels as slave controllers.
Preferably, the central controller further performs the following operations:
acquiring guest room state parameters and environmental parameters of the positions of guest rooms;
acquiring the number of the persons living in, physiological parameters of the persons living in and dressing conditions of the persons living in; wherein the number of persons checked in can be input by the user at the time of registration; the temperature of the physiological parameters of the personnel living in can be obtained by arranging infrared temperature measuring equipment in a hotel hall for measuring the temperature; the dressing condition of the personnel in the hotel can be obtained by arranging a camera in a hotel lobby to take pictures and based on an image recognition technology; the ages in the physiological parameters of the persons living in can be obtained from pictures taken by a camera of the hall by image recognition technology;
constructing a calling identification set based on the guest room state parameter, the environmental parameter of the position of the guest room, the number of the persons living in, the physiological parameter of the persons living in and the dressing condition of the persons living in;
calling a corresponding control parameter set from a preset control library based on the calling identification set; the control library can be stored in a hotel data unified service platform;
wherein the guest room state parameters include: orientation, window, ventilation and area;
the environmental parameters include: one or more of temperature, humidity, wind direction, wind speed and illumination condition;
the physiological parameters of the living people include body temperature and age;
based on transfer the identification set and transfer the corresponding control parameter set from the control library that predetermines, include:
calculating the similarity of the calling identification set and the parameter identification set correspondingly associated with each control parameter set in the control library;
calling a control parameter set corresponding to the parameter identification set with the maximum similarity;
and transmitting the control parameter set to a terminal controller.
The invention also provides an intelligent home master control network of the hotel, which comprises the Ethernet; the Ethernet is accessed to any one of the hotel intelligent home master control systems and is used for connecting the first communication module and the hotel data unified service platform; and the terminal controllers arranged in each guest room are in communication connection with the central controller through the Ethernet.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
fig. 1 is a schematic diagram of an intelligent home control system of a hotel in an embodiment of the present invention;
FIG. 2 is a schematic diagram illustrating a logic flow of an enrollment module in accordance with an embodiment of the present invention;
fig. 3 is a logic flow diagram of a central controller according to an embodiment of the present invention.
Detailed Description
The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.
An embodiment of the present invention provides a hotel intelligent home master control system, as shown in fig. 1, including:
the central controller 1 is respectively in communication connection with each terminal controller 2 arranged in each guest room;
the first communication module 3 is electrically connected with the central controller 1 and is used for connecting the central controller 1 to the Internet;
the check-in registration module 4 is electrically connected with the first communication module 3 and is used for acquiring check-in registration information uploaded by a user through the first mobile terminal through the first communication module 3 and authenticating the check-in registration information to complete check-in registration of the user; binding check-in registration information of the user with a guest room to generate customer information and authority information of operation of the intelligent home;
the data storage module 5 is used for storing customer information;
the authority management module 6 is used for managing authority information of the operation of the smart home;
when the central controller 1 receives an operation request of the smart home sent by a user through a first mobile terminal through the first communication module 3, the authority information in the authority management module 6 is obtained, and a corresponding control interface of the smart home of the guest room is generated based on the authority information.
As shown in fig. 2, the check-in registration module 4 further performs the following operations:
step S1: obtaining reservation information of hotel rooms;
step S2: determining a predetermined user and a predetermined time based on the predetermined information;
step S3: determining a judgment time based on a predetermined time; for example: the predetermined time is 12 am No. 9, and the corresponding judgment time may be from 8 am No. 9 to 20 pm. The preset time and the judgment time can be made into a corresponding table in advance; the check-in registration module 4 directly queries the corresponding table through the preset time to obtain the judgment time.
Step S4: acquiring the position information of a preset user every other preset first time (for example, 10 minutes) within the judgment time;
step S5: analyzing the position information, and determining whether check-in registration of a predetermined user is completed based on predetermined information; the check-in registration of the preset user is completed based on the preset information, namely, the automatic check-in registration is completed through the reserved information, so that the check-in registration is more convenient and faster, and the check-in experience of the user is improved.
Wherein analyzing the location information to determine whether to complete check-in registration of the predetermined user based on the predetermined information comprises:
when the position corresponding to the latest acquired position information is not in the same preset area as the position of the hotel, the check-in registration of the reservation user based on the reservation information is not performed; that is, when the user does not arrive at the area where the hotel is located, check-in registration is not performed, for example, when the hotel is in the sea, and when the user does not arrive at the sea at present, automatic check-in registration is not performed.
And/or the presence of a gas in the gas,
determining the movement trend of the predetermined user based on the position information, and performing check-in registration of the predetermined user based on the predetermined information when the movement trend is towards the position where the hotel is located; otherwise, it is not performed. By judging the movement trend of the preset user, the intention judgment of whether the user is in a hotel is realized, and the intellectualization of the system is improved.
The working principle and the beneficial effects of the technical scheme are as follows:
the terminal controller 2 is arranged in each guest room, and the terminal controller 2 is used for sending control signals to each intelligent home in the guest room so as to realize the unified management of the intelligent homes in the guest rooms. The central controller 1 is the superior control of the terminal controller 2, is the core part of the main control system and is connected to the hotel data unified service platform through the first communication module 3; the method comprises the steps that a user is connected to a master control system through a first mobile terminal, a check-in registration module 4 of the master control system performs check-in registration, the user can finish registration before arriving at a hotel through the mobile terminal, the user can directly check in after the registration is finished, and when a guest room of the hotel adopts two-dimensional code scanning identification to open a door, the two-dimensional code is directly sent to the first mobile terminal of the user after the registration is finished; the user can enter the guest room directly through the two-dimensional code. When the door is not opened by the two-dimensional code, the room card collecting and issuing device is arranged in the hotel lobby, the user clicks the room card taking device on the mobile phone issuing device, the card taking code is input or the face recognition verification is carried out, and the room card of the guest room is taken out. In addition, the check-in registration module 4 also generates authority information of the operation of the smart home; namely, giving the control authority of the intelligent home in the guest room to the user; after the check-in registration is completed, the user can send an operation request for the intelligent home in the checked-in guest room to the central controller 1 through the mobile terminal, the central controller 1 responds based on the operation request, acquires the authority information in the authority management module 6 and generates a control interface of the intelligent home of the corresponding guest room based on the authority information; the user only needs to perform control operation on the control interface, and the intelligent home can be controlled even if the user does not arrive at the guest room, so that the intelligent home works according to the will of the user before the user enters the guest room, and the environment in the guest room when the user enters the guest room meets the requirements of the user. The intelligent house includes: intelligent curtains, intelligent refrigerators, intelligent air conditioners, automatic windows and the like; for example: before the user enters the guest room, the user can control the intelligent curtain to be opened to receive illumination, and the automatic window is opened to ventilate and the like.
In addition, a user is connected to the central controller 1 through a mobile terminal to register in advance, the user does not need to go to a store to register in the foreground, and the intelligent home in each room can be controlled through the mobile terminal after the registration is finished, so that the control of the user is facilitated.
In one embodiment, the check-in registration module 4 further performs the following operations before receiving check-in registration information uploaded by the user through the mobile terminal:
acquiring positioning information of a user through a first mobile terminal;
acquiring position information of a target hotel registered by a user;
determining whether to accept a request for a user to transact check-in registration through the mobile terminal based on the positioning information and the position information;
wherein determining whether to accept a request for a user to transact check-in registration through the mobile terminal based on the positioning information and the location information comprises:
determining the distance between the user and the target hotel based on the positioning information and the position information; when the distance is less than or equal to a preset distance threshold value, receiving a request of a user for handling registration through the mobile terminal; otherwise, not accepting;
and/or the presence of a gas in the gas,
analyzing the positioning information and the position information and determining whether the positioning information and the position information belong to the same preset area;
when the mobile terminal belongs to the same preset area, receiving a request of a user for handling registration through the mobile terminal; otherwise, it is not accepted.
The working principle and the beneficial effects of the technical scheme are as follows:
the position of the user is determined before registration, and remote registration can be performed only when the distance between the user and a target hotel which is registered to live in is less than or equal to a preset threshold value (for example, 100 KM) and/or the user and the target hotel are in the same preset area (for example, in the same city), so that sudden situations which cannot live in normally after the user registers too early are prevented, and the rights and interests of the user are guaranteed.
In one embodiment, the check-in registration module 4 further performs the following operations before receiving check-in registration information uploaded by the user through the mobile terminal:
sending a request for inquiring registration information to a hotel data unified service platform based on the identity information of the user; the request to register an information query includes: determining whether the user has performed check-in registration;
when the user does not log in, receiving a request for the user to transact the log-in registration through the mobile terminal; otherwise, it is not accepted.
The working principle and the beneficial effects of the technical scheme are as follows:
before check-in, whether the user checks in the other hotels or the hotel at the corresponding time is determined, when the check-in is finished, the repeated check-in is not carried out, and the user directly jumps to a guest room information page of the checked-in hotel. The hotel data unified service platform integrates the customer information of all hotels, and check-in registration is convenient to inquire.
In one embodiment, the check-in registration module 4 determines a movement trend of the predetermined user based on the location information, including:
calculating the distance between the position corresponding to the position information acquired for the last N times and the position of the hotel;
performing feature extraction on the calculated N distances to construct a first feature set; the characteristics of the distance include: whether the shortest distance is smaller than a preset distance threshold (for example, 15 KM), whether the shortest distance is a distance corresponding to the position information acquired last time, whether the longest distance is a distance corresponding to the position acquired first time, whether the longest distance is a distance corresponding to the position acquired second time, whether a difference between the distances acquired two times is greater than a preset distance difference (for example, 10 minutes, the preset distance difference threshold is 1 KM), and the like; and constructing a first feature set based on the sequential and ordered arrangement of the features. When the shortest distance is smaller than a preset distance threshold, the parameter value in the corresponding first feature set is 1, otherwise, the parameter value is 0; the shortest distance is the distance corresponding to the position information obtained at the last time, the parameter value in the corresponding first characteristic set is 1, and otherwise, the parameter value is 0; the shortest distance is the distance corresponding to the position information acquired for the second time from the last, the parameter value in the corresponding first characteristic set is 1, and otherwise, the parameter value is 0; the longest distance is the distance corresponding to the position obtained for the first time, the parameter value in the corresponding first feature set is 1, otherwise, the parameter value is 0; the longest distance is the distance corresponding to the position obtained for the second time, the parameter value in the corresponding first feature set is 1, otherwise, the parameter value is 0. The existing first feature set { 110101 }, which represents that the shortest distance is smaller than a preset distance threshold, the shortest distance is a distance corresponding to the position information obtained last time, the longest distance is a distance corresponding to the position obtained first time, and the difference value between the two obtained distances is larger than a preset distance difference value.
Acquiring a preset motion trend judgment library; the motion trend judging library is constructed by summarizing and analyzing a large amount of detection data in advance, and has the function of comprehensively judging the motion trend.
Matching the first feature set with a second feature set in a motion trend judgment library; and obtaining a motion trend judgment result corresponding to the matched second feature set. And when the movement trend judgment result is that the user faces to the hotel, automatically performing check-in registration. Wherein, matching can be realized by calculating the similarity of the first feature set and the second feature set, and when the similarity is greater than a preset similarity threshold (0.95), the first feature set can be considered to be matched with the second feature set.
In one embodiment, as shown in fig. 3, the central controller 1 performs the following operations:
step S11: acquiring guest room state parameters of each guest room and environment parameters of the position of the guest room;
step S12: acquiring the installation condition of the intelligent home in each guest room;
step S13: based on the room state parameters, the environment parameters and the installation condition, grouping all rooms of the hotel to form a plurality of control groups;
step S14: based on the control group, the intelligent home in each guest room is controlled;
wherein, based on guest room state parameter, environmental parameter and installation condition, divide into groups each guest room of hotel, form a plurality of control groups, include:
constructing a group identification set corresponding to each guest room based on the guest room state parameters, the environment parameters and the installation condition of each guest room;
based on the group identification set, calculating the control similarity between each room in the hotel, wherein the calculation formula is as follows:
wherein,
is the first in the hotel
A guest room and
the control similarity of the individual guest rooms,
is as follows
Group identification set corresponding to each guest room
A data value;
is as follows
Group identification set corresponding to each guest room
A data value;
total number of data for the group identification set;
and grouping the guest rooms based on the control similarity, wherein the control similarity between the guest rooms in the same group is greater than a preset threshold value.
The working principle and the beneficial effects of the technical scheme are as follows:
the guest rooms are controlled in groups based on guest room state parameters and environment parameters in the guest rooms and the installation condition of the smart home in the guest rooms, so that accurate, convenient and unified control is realized; the guest room state parameters include: area, bed setting conditions, door and window setting conditions, whether the guest room is exposed to the sun or not and the like; the environmental parameters of the location of the room include: temperature, humidity, air quality conditions, etc.; the installation condition of intelligent house includes: the type, brand and installation position of the smart home; when a group identifier set is constructed, the room state parameters, the environment parameters and the installation condition need to be quantized by adopting respective corresponding identification templates, so that quantized data values are formed, for example: for whether the guest room in the guest room state parameters is sunny or not, if the guest room is sunny, the corresponding data value is 1 after quantization, and if the guest room is not sunny, the corresponding data value is 2 after quantization; by calculating the similarity of the grouping identification sets among the guest rooms, the similarity of the guest rooms to the conditions of the intelligent home control can be determined, and the reasonable grouping of the control groups is further realized.
In one embodiment, the central controller 1 performs the following operations:
determining whether personnel exist in each guest room through a human body detection module arranged in each guest room;
when people exist in the guest room, acquiring a Bluetooth identification code of a first mobile terminal corresponding to the guest room and synchronously acquired when the check-in registration module 4 performs check-in registration, and sending the Bluetooth identification code to the terminal controller 2 of the guest room; the terminal controller 2 is in communication connection with the first mobile terminal based on the Bluetooth identification code; the first mobile terminal is a primary controller for registering the intelligent home in the corresponding guest room;
when communication connection cannot be established with equipment which can be connected by Bluetooth in a guest room through a Bluetooth identification code, Bluetooth identification information of the equipment which can be connected by Bluetooth in the guest room is acquired;
determining whether the equipment is a second mobile terminal held by a worker or not based on the acquired Bluetooth identification information of the equipment which can be connected by Bluetooth in the guest room and a preset Bluetooth identification information registry; the Bluetooth identification information registration table is registered with Bluetooth identification information of second mobile terminals held by all the workers;
when the equipment is a second mobile terminal held by a worker, judging whether the intelligent home in the guest room has a primary controller or not; when the intelligent home controller exists, the second mobile terminal is used as a secondary controller of the intelligent home in the guest room; when the intelligent home is not available, the second mobile terminal is used as a primary controller of the intelligent home in the guest room;
when the equipment is not the second mobile terminal held by the staff, receiving a Bluetooth connection application sent by the equipment and using the equipment as a secondary controller of the intelligent home in the guest room;
when the primary controller or the secondary controller exists in the smart home in the guest room, the guest room is temporarily removed from the control group.
Preferably, when the primary controller and the secondary controller exist in the smart home in the guest room, the central controller 1 performs the following operations:
when the terminal controller 2 receives the control instruction through the secondary controller, the control instruction is synchronously sent to the primary controller and feedback information of the primary controller to the control instruction is received;
generating an adjustment instruction based on the feedback information when the feedback information is received;
the adjustment instruction is sent to the terminal controller 2.
The working principle and the beneficial effects of the technical scheme are as follows:
when the user adopts the two-dimensional code to open the door in guest room, the human detection module work of setting in the guest room notifies central controller 1, and central controller 1 will be issued to terminal controller 2 at the bluetooth identification code that acquires when registering, and terminal controller 2 has second communication module, and second communication module includes: and a Bluetooth module. The terminal controller 2 establishes communication connection with the first mobile terminal based on the Bluetooth identification code; therefore, the user can directly control the intelligent home in the guest room to work through the first mobile terminal. The triggering of the work of the human body detection module is that a door of a guest room is opened, so that the door is not necessarily opened by a user, but also can be opened by a worker, and when the worker opens, the central controller 1 acquires Bluetooth identification information of equipment which can be connected by Bluetooth in the guest room through the second communication module of the terminal controller 2; wherein, bluetooth identification information includes: the bluetooth device name and the ID of the bluetooth device. And identifying through a Bluetooth identification information registration table stored by the staff member, and determining whether the second mobile terminal is the second mobile terminal of the staff member. When the mobile terminal is a second mobile terminal of a worker, setting the second mobile terminal as a secondary controller; the staff of being convenient for when the user leaves the guest room to the control of the intelligent house in the guest room, for example: when the window needs to be wiped, the intelligent curtain is controlled to be opened; or the intelligent house control set that has the mode of cleaning in advance, directly adopt the work of control set control intelligent house, make it be located the mode of being convenient for clean, for example: the curtain is pulled open to expose the window for wiping; the intelligent air conditioner is set to be in a dust removal and dehumidification mode; the intelligent lamp is turned on in a sterilization mode and the like. If the guest room is checked by a person, the control instruction needs to be synchronously sent to the first mobile terminal of the user who checks the guest room so as to inform the user, and the user can know the time for cleaning the guest room conveniently; in addition, the adjustment instruction is the control of user to intelligent house after the staff cleans and accomplishes, for example: it can be preset that the curtain which is pulled open is closed in a small time, etc. After the user check in, the first mobile terminal is always a primary controller and cannot be changed because the user leaves the guest room. Only when the staff enters a guest room without the user, the second mobile terminal can be used as a primary controller; when a guest comes in the guest room, the guest can request to be connected to the terminal controller 2 to control the smart home by scanning the two-dimensional code arranged in the guest room. Wherein, human detection module includes: the system comprises an infrared grating, an infrared human body detector, a camera and the like which are arranged in a doorway. Based on the human body detection module, automatic connection of a user or a worker entering a guest room is achieved, and the user can conveniently control the smart home in the guest room. A user is connected to the terminal controller 2 in a guest room by adopting Bluetooth and further accesses the central controller 1; when a user leaves a guest room, a first mobile terminal accesses the internet, and a first communication module 3 connected with the internet accesses the central controller 1; the intelligent home in the guest room can be controlled no matter where the user is.
In one embodiment, the hotel intelligent home master control system further includes:
and the expansion module is used for receiving the slave control requests of the central controllers 1 of other hotels and controlling the central controllers 1 of other hotels as slave controllers.
The working principle and the beneficial effects of the technical scheme are as follows:
when the central controllers 1 of other hotels need to be overhauled, the central controllers 1 of other hotels are hung by the aid of the expansion module, hosting control is achieved, and integration of control of intelligent home of the hotels can be further improved.
In one embodiment, the central controller 1 also performs the following operations:
acquiring guest room state parameters and environmental parameters of the positions of guest rooms;
acquiring the number of the persons living in, physiological parameters of the persons living in and dressing conditions of the persons living in; wherein the number of persons checked in can be input by the user at the time of registration; the temperature of the physiological parameters of the personnel living in can be obtained by arranging infrared temperature measuring equipment in a hotel hall for measuring the temperature; the dressing condition of the personnel in the hotel can be obtained by arranging a camera in a hotel lobby to take pictures and based on an image recognition technology; the ages in the physiological parameters of the persons living in can be obtained from pictures taken by a camera of the hall by image recognition technology;
constructing a calling identification set based on the guest room state parameter, the environmental parameter of the position of the guest room, the number of the persons living in, the physiological parameter of the persons living in and the dressing condition of the persons living in;
calling a corresponding control parameter set from a preset control library based on the calling identification set; the control library can be stored in a hotel data unified service platform;
wherein the guest room state parameters include: orientation, window, ventilation and area;
the environmental parameters include: one or more of temperature, humidity, wind direction, wind speed and illumination condition;
the physiological parameters of the living people include body temperature and age;
based on transfer the identification set and transfer the corresponding control parameter set from the control library that predetermines, include:
calculating the similarity of the calling identification set and the parameter identification set correspondingly associated with each control parameter set in the control library;
calling a control parameter set corresponding to the parameter identification set with the maximum similarity;
and transmitting the control parameter set to the terminal controller 2.
The working principle and the beneficial effects of the technical scheme are as follows:
after a user enters a hotel lobby, the state parameters of guest rooms and the environmental parameters of the positions of the guest rooms are adjusted; the number of the persons living in, the physiological parameters of the persons living in and the wearing conditions of the persons living in are comprehensively analyzed, and an intelligent home control mode suitable for the current living in condition is intelligently called. A preset control library is adopted during analysis; the parameter identification sets in the preset control library are in one-to-one correspondence with the control parameter sets; the similarity can be calculated by adopting a cosine similarity meter algorithm, and when the calling identification set is constructed, corresponding parameter values are constructed by carrying out standard quantization and normalization processing on the state parameters of the guest room, the environmental parameters of the position of the guest room, the number of the persons living in, the physiological parameters of the persons living in and the dressing conditions of the persons living in; for example, the orientation in the room state parameters is quantified, with 0.2 for south facing, 0.4 for east facing, 0.6 for north facing, and 0.8 for west facing; during intelligent configuration, the considered parameters include the orientation of a guest room, the existence of a window, ventilation condition, area and the like; temperature, humidity, wind direction, wind speed, illumination condition and the like of the environmental parameters; the number of persons living in, the body temperature, the age, etc.; dressing of the living people; taking the dressing situation of a person as an example, the temperature sensing situation of the customer can be judged according to the dressing situation, for example, when most people are short-sleeved; the acquisition of body temperature can realize the detection by arranging infrared body temperature testing equipment in a hall of a hotel. And the accurate intelligent configuration of the control parameter set is realized by integrating the state parameters of the guest room, the environmental parameters of the position of the guest room, the number of the persons living in, the physiological parameters of the persons living in and the dressing conditions of the persons living in.
The invention also provides an intelligent home master control network of the hotel, which comprises the Ethernet; the Ethernet is accessed to any one of the hotel intelligent home master control systems and is used for connecting the first communication module 3 and the hotel data unified service platform; the terminal controllers 2 arranged in each guest room are in communication connection with the central controller 1 through the Ethernet.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (9)
1. The utility model provides a hotel's intelligence house major control system which characterized in that includes:
the central controller is respectively in communication connection with each terminal controller arranged in each guest room;
the first communication module is electrically connected with the central controller and used for accessing the central controller to the Internet;
the check-in registration module is electrically connected with the first communication module and is used for acquiring check-in registration information uploaded by a user through a first mobile terminal through the first communication module and authenticating the check-in registration information to complete check-in registration of the user; binding check-in registration information of the user with a guest room to generate customer information and authority information of operation of the intelligent home;
the data storage module is used for storing the customer information;
the authority management module is used for managing authority information of the operation of the intelligent home;
when the central controller receives an operation request of the smart home sent by a user through the first mobile terminal through the first communication module, the central controller acquires authority information in the authority management module and generates a corresponding control interface of the smart home of the guest room based on the authority information;
the check-in registration module further performs the following operations:
obtaining reservation information of hotel rooms;
determining a predetermined user and a predetermined time based on the predetermined information;
determining a judgment time based on the predetermined time;
within the judgment time, acquiring the position information of the preset user at a preset first time interval;
analyzing the position information, and determining whether check-in registration of the predetermined user is completed based on the predetermined information;
wherein analyzing the location information to determine whether to complete check-in registration of the predetermined user based on the predetermined information comprises:
when the position corresponding to the position information acquired last time is not in the same preset area as the position of the hotel, the check-in registration of the predetermined user based on the predetermined information is not performed;
and/or the presence of a gas in the gas,
determining a movement trend of the predetermined user based on the position information, and performing check-in registration of the predetermined user based on the predetermined information when the movement trend is towards the position where the hotel is located; otherwise, it is not performed.
2. The intelligent home master control system of a hotel in accordance with claim 1, wherein the check-in registration module further performs the following operations before receiving check-in registration information uploaded by the user through the mobile terminal:
acquiring positioning information of the user through the first mobile terminal;
acquiring the position information of the target hotel registered by the user;
determining whether to accept the request of the user for transacting check-in registration through the mobile terminal based on the positioning information and the position information;
wherein determining whether to accept the request for the user to transact check-in registration through the mobile terminal based on the positioning information and the location information comprises:
determining a distance of the user from the target hotel based on the positioning information and the location information; when the distance is smaller than or equal to a preset distance threshold value, accepting a request of the user for handling registration through the mobile terminal; otherwise, not accepting;
and/or the presence of a gas in the gas,
analyzing the positioning information and the position information to determine whether the positioning information and the position information belong to the same preset area;
when the users belong to the same preset area, the requests of the users for handling registration through the mobile terminal are accepted; otherwise, it is not accepted.
3. The intelligent home master control system of a hotel in accordance with claim 1, wherein the check-in registration module further performs the following operations before receiving check-in registration information uploaded by the user through the mobile terminal:
sending a request for inquiring registration information to a hotel data unified service platform based on the identity information of the user; the request for registration information query comprises: determining whether the user has performed check-in registration;
when the user does not log in, accepting the request of the user for transacting the check-in registration through the mobile terminal; otherwise, it is not accepted.
4. The hotel intelligent home master control system of claim 1, wherein the check-in registration module determines a movement trend of the prospective user based on the location information, comprising:
calculating the distance between the position corresponding to the position information acquired for the last N times and the position of the hotel;
performing feature extraction on the calculated N distances to construct a first feature set;
acquiring a preset motion trend judgment library;
matching the first feature set with a second feature set in the motion trend judgment library; and acquiring the motion trend judgment result corresponding to the matched second feature set.
5. The hotel intelligent home master control system of claim 1, wherein the central controller performs the following operations:
acquiring guest room state parameters of each guest room and environment parameters of the position of the guest room;
acquiring the installation condition of the intelligent home in each guest room;
based on the room state parameters, the environment parameters and the installation condition, grouping all rooms of the hotel to form a plurality of control groups;
controlling the smart home in each guest room based on the control group;
wherein, based on the room status parameters, the environmental parameters and the installation situation, the method groups the rooms of the hotel to form a plurality of control groups, comprising:
constructing a group identification set corresponding to each guest room based on the guest room state parameters, the environment parameters and the installation condition of each guest room;
based on the group identification set, calculating the control similarity between each room in the hotel, wherein the calculation formula is as follows:
wherein,
is the first in the hotel
A guest room and
the control similarity of the individual guest rooms,
is as follows
The group identification corresponding to each guest room is concentrated
A data value;
is as follows
The group identification corresponding to each guest room is concentrated
A data value;
identifying a total number of data of the set for the group;
and grouping the guest rooms based on the control similarity, wherein the control similarity between the guest rooms in the same group is greater than a preset threshold value.
6. The hotel intelligent home master control system of claim 5, wherein the central controller performs the following operations:
determining whether personnel exist in each guest room through a human body detection module arranged in each guest room;
when people exist in a guest room, acquiring a Bluetooth identification code of the first mobile terminal, which is synchronously acquired when the check-in registration module performs check-in registration, corresponding to the guest room, and sending the Bluetooth identification code to a terminal controller of the guest room; the terminal controller is in communication connection with the first mobile terminal based on the Bluetooth identification code; the first mobile terminal is a primary controller for registering the intelligent home in the corresponding guest room;
when communication connection cannot be established with equipment which can be connected by Bluetooth in a guest room through the Bluetooth identification code, Bluetooth identification information of the equipment which can be connected by Bluetooth in the guest room is acquired;
determining whether the equipment is a second mobile terminal held by a worker or not based on the acquired Bluetooth identification information of the equipment which can be connected by Bluetooth in the guest room and a preset Bluetooth identification information registry; the Bluetooth identification information of the second mobile terminal held by all the workers is registered on the Bluetooth identification information registration table;
when the equipment is the second mobile terminal held by the staff, judging whether the intelligent home in the guest room has a primary controller or not; when the second mobile terminal exists, the second mobile terminal is used as a secondary controller of the intelligent home in the guest room; when the second mobile terminal does not exist, the second mobile terminal is used as a primary controller of the smart home in the guest room;
when the equipment is not the second mobile terminal held by the staff, receiving a Bluetooth connection application sent by the equipment and using the equipment as a secondary controller of the intelligent home in a guest room;
when the smart home in the guest room has a primary controller or a secondary controller, temporarily removing the guest room from the control group;
when the intelligent home in the guest room has a primary controller and a secondary controller, the central controller executes the following operations:
when the terminal controller receives a control instruction through the secondary controller, the control instruction is synchronously sent to the primary controller, and feedback information of the primary controller to the control instruction is received;
generating an adjustment instruction based on the feedback information when the feedback information is received;
and sending the adjusting instruction to the terminal controller.
7. The hotel intelligent home master control system of claim 1, wherein the central controller further performs the following:
acquiring guest room state parameters and environmental parameters of the positions of guest rooms;
acquiring the number of the persons living in, physiological parameters of the persons living in and dressing conditions of the persons living in; wherein the number of persons checked in can be input by the user at the time of registration; the temperature of the physiological parameters of the personnel living in can be obtained by arranging infrared temperature measuring equipment in a hotel hall for measuring the temperature; the dressing condition of the personnel in the hotel can be obtained by arranging a camera in a hotel lobby to take pictures and based on an image recognition technology; the ages in the physiological parameters of the persons living in can be obtained from pictures taken by a camera of the hall by image recognition technology;
constructing a calling identification set based on the guest room state parameters, the environmental parameters of the positions of the guest rooms, the number of the persons living in, the physiological parameters of the persons living in and the dressing conditions of the persons living in;
calling a corresponding control parameter set from a preset control library based on the calling identification set; the control library can be stored in a hotel data unified service platform;
wherein the guest room state parameters include: orientation, window, ventilation and area;
the environmental parameters include: one or more of temperature, humidity, wind direction, wind speed and illumination condition;
the physiological parameters of the living people comprise body temperature and age;
the calling of the corresponding control parameter set from a preset control library based on the calling identification set comprises:
calculating the similarity between the calling identification set and the parameter identification set correspondingly associated with each control parameter set in the control library;
calling the control parameter set corresponding to the parameter identification set with the maximum similarity;
and transmitting the control parameter set to a terminal controller.
8. The hotel intelligent home master control system of claim 1, further comprising:
and the expansion module is used for receiving the slave control requests of the central controllers of other hotels and controlling the central controllers of other hotels as slave controllers.
9. A hotel intelligent home master control network is characterized by comprising an Ethernet; the Ethernet is accessed to the intelligent home master control system of the hotel as claimed in any one of claims 1 to 8, and the Ethernet is used for connecting the first communication module and the hotel data unified service platform; and the terminal controllers arranged in each guest room are in communication connection with the central controller through the Ethernet.
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