CN113238502A - Intelligent hotel room management device based on DSP - Google Patents
Intelligent hotel room management device based on DSP Download PDFInfo
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- CN113238502A CN113238502A CN202110510758.XA CN202110510758A CN113238502A CN 113238502 A CN113238502 A CN 113238502A CN 202110510758 A CN202110510758 A CN 202110510758A CN 113238502 A CN113238502 A CN 113238502A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/042—Programme control other than numerical control, i.e. in sequence controllers or logic controllers using digital processors
- G05B19/0423—Input/output
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B2219/00—Program-control systems
- G05B2219/20—Pc systems
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- G05B2219/24215—Scada supervisory control and data acquisition
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Abstract
The invention discloses an intelligent hotel room management device based on a DSP (digital signal processor), which comprises a back-end service station, an upper computer and a terminal movable robot, wherein the terminal movable robot consists of a central processing unit, a local area network module, a data storage module, a signal adjusting module, an identification scanning module, a moving mechanism, a display, a voice module and a peripheral detector, the back-end service station and the upper computer are in communication connection through a bus, the upper computer is connected with the Internet, and the terminal movable robot is connected with the upper computer through a lower local area network of a hotel. According to the invention, the information of the related equipment is obtained by scanning the identification code, and workers do not need to manually input the parameters of the electrical equipment in the room into the terminal movable robot, so that the labor intensity of the workers is reduced, and errors caused by input of the workers are avoided; by distinguishing and storing the parameters of the equipment, the mobile robot of the terminal can conveniently and quickly and accurately inquire the related parameters.
Description
Technical Field
The invention relates to the technical field of hotel management, in particular to an intelligent hotel room management device based on a DSP.
Background
At present, people's life is more and more intelligent, intelligent house also gradually walks into people's daily life, and the shadow of intelligent house has also gradually appeared in some hotels, for example intelligent (window) curtain, intelligent light etc. the tenant is through corresponding (window) curtain switch, the switch of light switch with wired or wireless mode control intelligent (window) curtain and intelligent light, but all intelligent electrical apparatus in a guest room do not have the correlation each other, every intelligent electrical apparatus all need have one and are used for controlling own switch, and need pass through respective switch control corresponding intelligent electrical apparatus, there are the switch too much, shortcoming such as inconvenient in operation.
A DSP chip is a unique microprocessor, a device that processes large amounts of information with digital signals. The working principle is that the analog signal is received and converted into a digital signal of 0 or 1, then the digital signal is modified, deleted and strengthened, and the digital data is interpreted back to the analog data or the actual environment format in other system chips. It not only has programmability, but also its real-time running speed can be up to several tens of millions of complex instruction programs per second, its source exceeds general-purpose microprocessor, so that it is an increasingly important computer chip in the digital electronic world. The ARM chip has strong multitasking capability, mathematical operation capability and multimedia and network processing capability, and can process more signal information together with the DSP chip.
In order to overcome the problems, people adopt a unified control mode to centralize controllers of various electrical equipment together, and then manually connect related electrical products in a room with the controllers in a one-to-one correspondence mode, so that a user can control various devices indoors by using one controller. However, in the prior art, it takes a long time to debug a large number of rooms one by one, and each time equipment is updated, the debugging needs to be performed, which wastes time and labor in operation.
Disclosure of Invention
The invention aims to solve the defects in the prior art and provides an intelligent hotel room management device based on a DSP.
The invention provides an intelligent hotel room management device based on a DSP, which comprises a rear-end service station, an upper computer and a terminal movable robot, wherein the terminal movable robot consists of a central processing unit, a local area network module, a data storage module, a signal adjusting module, an identification scanning module, a moving mechanism, a display, a voice module and a peripheral detector, the rear-end service station and the upper computer are in communication connection through a bus, the upper computer is connected with the Internet, and the terminal movable robot is connected with the upper computer through a lower local area network of a hotel.
As a still further scheme of the invention: the lower local area network is an internal local area network corresponding to the room, and the internal local area network can be a WIFI network in the corresponding room.
As a still further scheme of the invention: the central processing unit of the terminal mobile robot is composed of a multi-core single chip microcomputer and a peripheral circuit thereof.
As a still further scheme of the invention: and the terminal mobile robot carries out data interaction with the upper computer and the rear-end service station through the local area network module.
As a still further scheme of the invention: the data storage module comprises an operation memory and a storage memory, data in the storage memory is data which is not lost when power failure occurs, the storage memory comprises a database, the database consists of a class I data table and a class II data table, a plurality of submenus are arranged in the class I data table, a Key value is arranged in the class I data table, data which are learned by a current robot are recorded in the class I data table, basic information of a terminal movable robot is stored in the class II data table, the class I data table under the name of the same Key value comprises a plurality of submenus, and each submenu comprises the following information: brand name, type, signal parameters, proportional location of the signal transceiver, and electrical device plane parameters of the device.
As a still further scheme of the invention: the signal adjusting module can adjust the frequency of the output signal through a built-in chip and a peripheral circuit thereof.
As a still further scheme of the invention: the identification scanning module works, the terminal movable robot scans main electrical equipment in multiple rooms through a visual algorithm in the moving process, and identification codes are arranged on the electrical equipment.
As a still further scheme of the invention: the moving mechanism is a transmission structure in the terminal movable robot, and can drive the visual mechanism of the terminal robot to move when in work.
As a still further scheme of the invention: the voice module is an intelligent voice mechanism, man-machine interaction can be achieved, and the peripheral detector comprises infrared detection, decibel detection and smoke detection.
As a still further scheme of the invention: the intelligent service type hotel guest room mobile control device comprises the following steps when data is newly input:
s1, a worker starts a terminal movable machine, connects the terminal movable machine to a main local area network of the restaurant, places the terminal movable machine at the door of a room needing service, starts a machine learning function, at the moment, the terminal movable machine identifies the room number through a vision mechanism, records the room number to a data storage module through a central processing unit, and assigns the room number to a Key;
s2: the working personnel open the door of the corresponding guest room, start the power supply in the room, the mobile terminal robot inquires the local area network corresponding to the room number, and switches from the main local area network to the local area network where the current room is located, namely the lower sub-local area network;
s3: the terminal movable robot is matched with the moving mechanism through the visual mechanism, the electric equipment in the room is scanned in the advancing process, and the identification code on the shell of the electric equipment in the room records the relevant information of the equipment, wherein the relevant information comprises the brand name of the equipment, the type of a transmitting and receiving signal and the proportional position of a signal transceiver of the equipment;
s4: when the mobile terminal robot identifies the electrical equipment, assigning the brand Name of the equipment to the corresponding Name, recording the type of a receiving and transmitting signal of the equipment into a sub-form corresponding to the Name, wherein the Name of each equipment is the Name of the sub-form;
s5: after each device is scanned and recorded, the central controller controls the voice module to broadcast the Chinese name and related information of the current product;
s6: after the recording of the electrical equipment in the room is finished, the terminal mobile robot is interconnected with the Internet through a lower local area network, compares the data which is just recorded with the data reported by official networks of all brands, checks whether the data is abnormal, and sends an abnormal prompt to an upper computer of a hotel and simultaneously sends a voice prompt if the data is abnormal so as to facilitate the checking and processing of workers; if no abnormal data exists, the terminal mobile machine sends out a voice prompt for passing the check through a voice module, and uploads the data table of the room to a back-end server through a lower sub-local area network for backup processing;
when the intelligent hotel room management device based on the DSP is used by a client, the intelligent hotel room management device comprises the following steps:
l1: after a client room is powered on, the terminal mobile robot sends out friendly reminding sentences through the voice interaction module and is in a standby state;
l2: the client sends out an instruction statement, the terminal mobile robot receives the instruction through the voice module, inquires related parameters in the database according to the instruction, adjusts the frequency of an output signal according to the signal adjusting module, moves to a proper position through the visual mechanism, and sends out an infrared signal through the signal output device, so that the control of equipment in a room is realized;
l3: after the client leaves the room, the lower local area network in the guest room is powered off and quits, and at the moment, under the action of a heartbeat mechanism between the terminal mobile robot and the lower local area network in the guest room, the terminal mobile robot is automatically connected to the main local area network, so that the relevant information of the terminal robot is transmitted to the upper computer in time.
The beneficial effects of the invention are as follows:
1. when the intelligent hotel guest room management device based on the DSP identifies electrical equipment, the brand Name of the equipment is assigned to a corresponding Name, then the type of a receiving and transmitting signal of the equipment is recorded into a sub-form corresponding to the Name, the Name of each equipment is the Name of the sub-form, rooms are distinguished through a Key value, and the parameters of the equipment are distinguished through the Name of the equipment, so that the terminal movable robot can quickly and accurately inquire related parameters; the mode of combining the ARM chip and the DSP chip is adopted, so that the electric signals can be efficiently processed while the files are processed, and the operation speed is favorably improved; after each device is scanned and recorded, the central controller controls the voice module to broadcast the Chinese name and related information of the current product; the information of the relevant equipment is obtained by scanning the identification code, and workers do not need to manually input the parameters of the electrical equipment in the room into the terminal movable robot one by one, so that the labor intensity of the workers is reduced, and errors caused by the input of the workers are avoided;
2. when the intelligent hotel room management device based on the DSP stores data, the set plane parameters are convenient for the terminal movable robot to match with the proportion of the signal transceiver according to the scanned electrical appearance parameters when the terminal movable robot identifies, so as to quickly align the position of the signal transceiver;
3. the terminal mobile robot is interconnected with the Internet through a lower local area network, compares the data just recorded with the data reported by official networks of various brands, checks whether the data are abnormal, and sends an abnormal prompt to an upper computer of a hotel and simultaneously sends a voice prompt if the data are abnormal so as to facilitate checking and processing by workers; if no abnormal data exists, the mobile terminal machine sends out a voice prompt for passing the check through the voice module and uploads the data sheet of the room to the rear-end server through the lower sub-local area network to perform backup processing, so that other terminal equipment can download and use conveniently, and repeated operation is reduced.
Drawings
Fig. 1 is a schematic circuit structure diagram of a terminal mobile robot of an intelligent hotel room management device based on a DSP according to the present invention;
fig. 2 is a schematic structural diagram of an intelligent hotel room management device based on a DSP according to the present invention.
Detailed Description
Reference will now be made in detail to embodiments of the present patent, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the drawings are exemplary only for the purpose of explaining the present patent and are not to be construed as limiting the present patent.
In the description of this patent, it is to be understood that the terms "center," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in the orientations and positional relationships indicated in the drawings for the convenience of describing the patent and for the simplicity of description, and are not intended to indicate or imply that the referenced devices or elements must have a particular orientation, be constructed and operated in a particular orientation, and are not to be considered limiting of the patent.
In the description of this patent, it is noted that unless otherwise specifically stated or limited, the terms "mounted," "connected," and "disposed" are to be construed broadly and can include, for example, fixedly connected, disposed, detachably connected, disposed, or integrally connected and disposed. The specific meaning of the above terms in this patent may be understood by those of ordinary skill in the art as appropriate.
Referring to fig. 1-2, an intelligent hotel room management device based on a Digital Signal Processor (DSP) comprises a rear-end service station, an upper computer and a terminal mobile robot, wherein the terminal mobile robot comprises a central processing unit, a local area network module, a data storage module, a signal adjusting module, an identification scanning module, a mobile mechanism, a display, a voice module and a peripheral detector, the rear-end service station and the upper computer are in communication connection through a bus, the upper computer is connected with the internet, and the terminal mobile robot is connected with the upper computer through a lower sub-area network of a hotel.
In the invention, the lower local area network is an internal local area network corresponding to a room, the internal local area network can be a WIFI network in the corresponding room, the name of the internal local area network is consistent with the number of the corresponding room, when the mobile robot works, the doorplate number of the room needing service is scanned by a vision device and recorded into a database of the robot, meanwhile, a data table is established in the database, and the room number is used as a Key value in the database of the mobile robot, so that the corresponding equipment is named in the subsequent use process.
In the invention, the central processing unit of the terminal mobile robot is composed of a multi-core singlechip and peripheral circuits thereof, and has the characteristics of small volume, high operation speed and high precision.
In the invention, the terminal mobile robot carries out data interaction with the upper computer and the back-end service station through the local area network module.
In the invention, a data storage module comprises an operation memory and a storage memory, data in the storage memory is data which is not lost when power failure occurs, the storage memory comprises a database, the database consists of a class I data table and a class II data table, wherein the class I data table is provided with a plurality of submenus, the class I data table is provided with a Key value, the class I data table records data which are learned by a current robot, the class II data table stores basic information of a terminal movable robot, the class I data table under the name of the same Key value comprises a plurality of submenus, and the naming format of each submenu can be: and each sub-list contains the following information: brand name, type, signal parameter, proportional position of signal transceiver and electrical equipment plane parameter of the equipment; the plane parameters are data obtained by scanning the mobile robot through a vision mechanism during recognition, and the brand name, the type, the signal parameters and the proportional position of the signal transceiver of the equipment are parameters read by scanning an identification code on the electrical equipment.
In the invention, the signal adjusting module can adjust the frequency of the output signal through the built-in chip and the peripheral circuit thereof, thereby being convenient for realizing the output of various signals of the mobile robot of the terminal.
In the invention, the identification scanning module works, the terminal movable robot scans main electrical equipment in multiple rooms through a visual algorithm in the moving process, and identification codes are arranged on the electrical equipment.
In the invention, the moving mechanism is a transmission structure in the terminal movable robot, and can drive the vision mechanism of the terminal robot to move upwards or downwards or leftwards or rightwards during working, so that the device can be conveniently scanned and identified at multiple angles and can carry out signal point alignment.
In the invention, the voice module is an intelligent voice mechanism, and man-machine interaction is realized through the intelligent voice mechanism and the display; the peripheral detector comprises infrared detection, decibel detection and smoke detection, and the set peripheral detector can detect indoor environment in real time, so that potential safety hazards can be found in time.
In the invention, the intelligent service type hotel room mobile control device comprises the following steps when data is newly input:
s1, a worker starts a terminal movable machine, connects the terminal movable machine to a main local area network of the restaurant, places the terminal movable machine at the door of a room needing service, starts a machine learning function, at the moment, the terminal movable machine identifies the room number through a vision mechanism, records the room number to a data storage module through a central processing unit, and assigns the room number to a Key;
s2: the working personnel open the door of the corresponding guest room, start the power supply in the room, the mobile terminal robot inquires the local area network corresponding to the room number, and switches from the main local area network to the local area network where the current room is located, namely the lower sub-local area network;
s3: the terminal movable robot is matched with the moving mechanism through the visual mechanism, the electric equipment in the room is scanned in the advancing process, and the identification code on the shell of the electric equipment in the room records the relevant information of the equipment, wherein the relevant information comprises the brand name of the equipment, the type of a transmitting and receiving signal and the proportional position of a signal transceiver of the equipment;
s4: when the terminal mobile robot identifies the electrical equipment, the brand Name of the equipment is assigned to the corresponding Name, then the model of the equipment for receiving and transmitting signals is recorded into the sub-list corresponding to the Name, the Name of each equipment is the Name of the sub-list, rooms are distinguished through Key values, and the parameters of the equipment are distinguished through the Name of the equipment, so that the terminal mobile robot can inquire related parameters quickly and accurately, and the operation speed is improved;
s5: after each device is scanned and recorded, the central controller controls the voice module to broadcast the Chinese name and related information of the current product, so that workers do not need to input parameters of the electrical devices in the room into the terminal movable robot one by one, the labor intensity of the workers is reduced, and errors caused by input of the workers are avoided;
s6: after the recording of the electrical equipment in the room is finished, the terminal mobile robot is interconnected with the Internet through a lower local area network, compares the data which is just recorded with the data reported by official networks of all brands, checks whether the data is abnormal, and sends an abnormal prompt to an upper computer of a hotel and simultaneously sends a voice prompt if the data is abnormal so as to facilitate the checking and processing of workers; if no abnormal data exists, the terminal mobile machine sends out a voice prompt for passing the check through a voice module, and uploads the data table of the room to a back-end server through a lower sub-local area network for backup processing, so that other terminal equipment can conveniently download and use, and repeated operation is reduced;
when the intelligent hotel room management device based on the DSP is used by a client, the intelligent hotel room management device comprises the following steps:
l1: after a client room is powered on, the terminal mobile robot sends out friendly reminding sentences through the voice interaction module and is in a standby state;
l2: the client sends out an instruction statement, the terminal mobile robot receives the instruction through the voice module, inquires related parameters in the database according to the instruction, adjusts the frequency of an output signal according to the signal adjusting module, moves to a proper position through the visual mechanism, and sends out an infrared signal through the signal output device, so that the control of equipment in a room is realized;
l3: after the client leaves the room, the lower local area network in the guest room is powered off and quits, at the moment, the terminal mobile robot is automatically connected to the main local area network under the action of a heartbeat mechanism between the terminal mobile robot and the lower local area network in the guest room, so that the relevant information of the terminal robot can be transmitted to the upper computer in time, and the working personnel can know the state of the terminal mobile robot in time.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (10)
1. The utility model provides an intelligence hotel guest room management device based on DSP which characterized in that, intelligence hotel guest room management device based on DSP includes rear end service station, host computer and terminal mobile robot, and this terminal mobile robot comprises central processing unit, LAN module, data storage module, signal conditioning module, sign scanning module, moving mechanism, display, voice module and peripheral detector, rear end service station and host computer pass through bus communication and connect, and the host computer is connected with the Internet, terminal mobile robot links to each other with the host computer through the lower local area network of hotel.
2. The intelligent hotel room management device based on DSP as recited in claim 1, wherein the lower local area network is an internal local area network of the corresponding room, and the internal local area network can be a WIFI network in the corresponding room.
3. The intelligent hotel room management device based on DSP as recited in claim 1, wherein the central processing unit of the terminal mobile robot is composed of a multi-core single chip microcomputer and peripheral circuits thereof.
4. The intelligent hotel room management device based on the DSP as recited in claim 1, wherein the terminal mobile robot performs data interaction with the upper computer and the back-end service station through a local area network module.
5. The intelligent hotel room management device based on the DSP of claim 1, wherein the data storage module includes an operation memory and a storage memory, data in the storage memory is data that is not lost due to power failure, the storage memory includes a database, the database is composed of a class I data table and a class II data table, wherein the class I data table is provided with a plurality of sub-tables, the class I data table is provided with a Key value, wherein the class I data table records data that the current robot has learned, the class II data table stores basic information of a terminal mobile robot, the class I data table named by the same Key value includes a plurality of sub-tables, and each sub-table includes the following information: brand name, type, signal parameters, proportional location of the signal transceiver, and electrical device plane parameters of the device.
6. The intelligent hotel room management device based on DSP as recited in claim 1, wherein the signal conditioning module can adjust the frequency of the output signal through the built-in chip and its peripheral circuits.
7. The intelligent hotel room management device based on the DSP as recited in claim 1, wherein the identification scanning module is in operation, the terminal mobile robot scans main electrical equipment in multiple rooms through a visual algorithm in the moving process, and identification codes are arranged on the electrical equipment.
8. The intelligent hotel room management device based on DSP as recited in claim 1, wherein the moving mechanism is a transmission structure inside the terminal mobile robot.
9. The intelligent hotel room management device based on the DSP as recited in claim 1, wherein the voice module is an intelligent voice mechanism, which can realize human-computer interaction, and the peripheral detector comprises infrared detection, decibel detection and smoke detection.
10. The intelligent hotel room management device based on DSP as set forth in claim 1, wherein the intelligent service hotel room mobility control device comprises the following steps when data is newly entered:
s1, a worker starts a terminal movable machine, connects the terminal movable machine to a main local area network of the restaurant, places the terminal movable machine at the door of a room needing service, starts a machine learning function, at the moment, the terminal movable machine identifies the room number through a vision mechanism, records the room number to a data storage module through a central processing unit, and assigns the room number to a Key;
s2: the working personnel open the door of the corresponding guest room, start the power supply in the room, the mobile terminal robot inquires the local area network corresponding to the room number, and switches from the main local area network to the local area network where the current room is located, namely the lower sub-local area network;
s3: the terminal movable robot is matched with the moving mechanism through the visual mechanism, the electric equipment in the room is scanned in the advancing process, and the identification code on the shell of the electric equipment in the room records the relevant information of the equipment, wherein the relevant information comprises the brand name of the equipment, the type of a transmitting and receiving signal and the proportional position of a signal transceiver of the equipment;
s4: when the terminal mobile robot identifies the electrical equipment, the brand Name of the equipment is assigned to the corresponding Name, then the model of the equipment for receiving and transmitting signals is recorded into the sub-list corresponding to the Name, the Name of each equipment is the Name of the sub-list, rooms are distinguished through Key values, and the parameters of the equipment are distinguished through the Name of the equipment, so that the terminal mobile robot can inquire related parameters quickly and accurately, and the operation speed is improved;
s5: after each device is scanned and recorded, the central controller controls the voice module to broadcast the Chinese name and related information of the current product;
s6: after the recording of the electrical equipment in the room is finished, the terminal mobile robot is interconnected with the Internet through a lower local area network, compares the data which is just recorded with the data reported by official networks of all brands, checks whether the data is abnormal, and sends an abnormal prompt to an upper computer of a hotel and simultaneously sends a voice prompt if the data is abnormal so as to facilitate the checking and processing of workers; if no abnormal data exists, the terminal mobile machine sends out a voice prompt for passing the check through a voice module, and uploads the data table of the room to a back-end server through a lower sub-local area network;
when the intelligent hotel room management device based on the DSP is used by a client, the intelligent hotel room management device comprises the following steps:
l1: after a client room is powered on, the terminal mobile robot sends out friendly reminding sentences through the voice interaction module and is in a standby state;
l2: the client sends out an instruction statement, the terminal mobile robot receives the instruction through the voice module, inquires related parameters in the database according to the instruction, adjusts the frequency of an output signal according to the signal adjusting module, moves to a proper position through the visual mechanism, and sends out an infrared signal through the signal output device, so that the control of equipment in a room is realized;
l3: after the client leaves the room, the lower local area network in the guest room is powered off and quits, at the moment, the terminal mobile robot is automatically connected to the main local area network under the action of a heartbeat mechanism between the terminal mobile robot and the lower local area network in the guest room, so that the relevant information of the terminal robot can be transmitted to the upper computer in time, and the working personnel can know the state of the terminal mobile robot in time.
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