CN104269072A - Method, device and system for finding vehicles in underground parking lot - Google Patents
Method, device and system for finding vehicles in underground parking lot Download PDFInfo
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- CN104269072A CN104269072A CN201410498130.2A CN201410498130A CN104269072A CN 104269072 A CN104269072 A CN 104269072A CN 201410498130 A CN201410498130 A CN 201410498130A CN 104269072 A CN104269072 A CN 104269072A
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Abstract
The invention discloses a method for finding vehicles in an underground parking lot. The method includes the steps that route inquiring instructions input by users specific to the positions where the users are currently located to the underground parking lot is received; user position marking information of the positions where the users are currently located is obtained; calculation is conducted according to the user position marking information of the positions where the users are currently located and parking space marking information corresponding the parking spaces of the underground parking lot, and route navigation information from the positions where the users are currently located to the parking space of the users in the underground parking lot is calculated; map data corresponding to the route navigation information are generated. According to the method for finding the vehicles in the underground parking lot, the users can inquire the route navigation information and the corresponding map data by inquiring a service terminal or a mobile terminal, operation is convenient and simple, the waste of time of the users in finding the vehicles in the underground parking lot is avoided, and meanwhile the waste of capital for installing detection equipment on the parking spaces is also avoided.
Description
Technical field
The application relates to parking lot management field, is specifically related to a kind of underground parking lot vehicle-searching method.The application relates to a kind of underground parking lot vehicle-searching device, a kind of underground parking lot vehicle-searching system simultaneously, and another kind of underground parking lot vehicle-searching system.
Background technology
Along with expanding economy and growth in the living standard, automobile is also more and more universal, become a kind of indispensable trip instrument, but along with the quantity of automobile constantly increases, at a line city and the higher tier 2 cities of the density of population, the problem of " parking difficulty " is also day by day serious, in order to solve parking of automobile, and take the parking problem of a large amount of public place, large-scale underground parking has been built in the region that a lot of population distribution is concentrated; In addition, conveniently the looking for car and to pick up the car problem of parking user of underground parking, current Large Underground parking lot is all equipped with corresponding managing system of car parking, facilitates parking user to search empty parking space and inquires about the position of the automobile parked.
At present, the parking stall of underground parking guides and detects great majority and realizes based on infrared acquisition and ultrasonic listening, but the detection on parking stall can only be realized based on infrared acquisition and ultrasonic listening, associating between parking stall and the automobile on this parking stall can not be realized, in order to solve the related question of automobile and parking stall, there is the parking space detection method based on video or image, associate between parking stall with automobile by obtaining the number-plate number being parked in the automobile on parking stall, but based on the realization that video or image parking stall detect, on each parking stall, camera must be installed, exist great in constructing amount, wiring is complicated, high and the high in cost of production problem of power consumption, in addition, along with the continuous increase of automobile quantity, the scale of current underground parking is also in continuous expansion, even there is multizone, the Large Underground parking lot of multilayer, at above-mentioned multizone, in the Large Underground parking lot of multilayer, for saving the consumption of electric energy, so the lamplight brightness in underground parking is lower, the sharpness of the image got by camera is lower, the error of the number-plate number finally obtained according to image recognition is larger, accuracy is lower, when the number-plate number of parking user input is wrong, probably search less than automobile, larger puzzlement is brought to parking user.
Summary of the invention
The application provides a kind of underground parking lot vehicle-searching method, the high and lower problem of accuracy with the cost solving the existence of existing underground parking lot vehicle-searching method.The application relates to a kind of underground parking lot vehicle-searching device, a kind of underground parking lot vehicle-searching system simultaneously, and another kind of underground parking lot vehicle-searching system.
The application provides a kind of underground parking lot vehicle-searching method, comprising:
Receive the route inquiry instruction that user inputs for current present position to underground parking;
Obtain the customer location beacon information of the current present position of described user;
Calculate according to the customer location beacon information of the current present position of described user and the described user parking stall beacon information corresponding on the parking stall of underground parking, calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking;
Generate the map datum that this route guidance information is corresponding.
Optionally, described underground parking lot vehicle-searching method, comprising:
The described user described parking stall beacon information corresponding on the parking stall of underground parking is stored according to acquisition for mobile terminal.
Optionally, described parking stall beacon information, obtains by any one method following:
Described user by the parking stall code storage on the parking stall of underground parking to described mobile terminal, using described parking stall coding as the described user parking stall beacon information corresponding on the parking stall of underground parking;
Described mobile terminal detects Bluetooth signal described user on the parking stall of underground parking by built-in blue-tooth device, using the device coding that sends the Bluetooth transmission device of this Bluetooth signal as the described user parking stall beacon information corresponding on the parking stall of underground parking;
The built-in camera sensing device of described mobile terminal obtains and the described user the stored 2 D code information corresponding on the parking stall of underground parking, using this 2 D code information as the described user parking stall beacon information corresponding on the parking stall of underground parking.
Optionally, the customer location beacon information of the current present position of described user, obtains by any one method following:
When inquiry service terminal receives the route inquiry instruction of described user input, the positional information of this inquiry service terminal present position is determined, using the customer location beacon information of the positional information of this inquiry service terminal present position as the current present position of described user according to the device coding of described inquiry service terminal;
When mobile terminal receives the route inquiry instruction of described user input, the Bluetooth signal that the current present position of described user detects is obtained by built-in blue-tooth device, the positional information of described Bluetooth transmission device present position is determined, using the customer location beacon information of the positional information of this Bluetooth transmission device present position as the current present position of described user according to the device coding of the Bluetooth transmission device sending this Bluetooth signal.
Optionally, when being received the route inquiry instruction of described user input by described inquiry service terminal, the positional information of this inquiry service terminal present position is determined according to the device coding of described inquiry service terminal, using the method for the positional information of this inquiry service terminal present position as the customer location beacon information of the current present position of described user, when obtaining the customer location beacon information of the current present position of described user, after the customer location beacon information step of the current present position of the described user of described acquisition, comprising:
Receive the parking stall beacon information of this user on the parking stall of underground parking that described user inputs in described inquiry service terminal.
Optionally, when being received the route inquiry instruction of described user input by described inquiry service terminal, the positional information of this inquiry service terminal present position is determined according to the device coding of described inquiry service terminal, using the method for the positional information of this inquiry service terminal present position as the customer location beacon information of the current present position of described user, when obtaining the customer location beacon information of the current present position of described user, after the map datum step that this route guidance information of described generation is corresponding, comprising:
By the screen display of map datum corresponding for described route guidance information in described inquiry service terminal;
And/or
In the mode of Wi-Fi or bluetooth, map datum corresponding for described route guidance information is sent to mobile terminal, and by the screen display of map datum corresponding for described route guidance information at described mobile terminal.
Optionally, when being received the route inquiry instruction of described user input by described mobile terminal, the Bluetooth signal that the current present position of described user detects is obtained by built-in blue-tooth device, the positional information of described Bluetooth transmission device present position is determined according to the device coding of the Bluetooth transmission device sending this Bluetooth signal, using the method for the positional information of this Bluetooth transmission device present position as the customer location beacon information of the current present position of described user, when obtaining the customer location beacon information of the current present position of described user, before the customer location beacon information step of the current present position of the described user of described acquisition, comprise:
Area map information corresponding to region belonging to the current present position of described user is obtained based on Wi-Fi or mobile network.
Optionally, the area map information that described in the current present position of described user, region is corresponding, comprising:
The planimetric map of the current residing underground parking of described user, the planimetric map of the current residing building of described user, and/or the cartographic information of the current residing outdoor area of described user.
The application provides a kind of underground parking lot vehicle-searching device in addition, comprising:
User instruction receiving element, for receiving the route inquiry instruction that user inputs for current present position to underground parking;
Customer position information acquiring unit, for obtaining the customer location beacon information of the current present position of described user;
Route guidance information calculating unit, for calculating according to the customer location beacon information of the current present position of described user and the described user parking stall beacon information corresponding on the parking stall of underground parking, calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking;
Map data generation unit, for generating map datum corresponding to this route guidance information.
Optionally, described underground parking lot vehicle-searching device, comprising:
User's obtaining parking space information unit, for storing the described user described parking stall beacon information corresponding on the parking stall of underground parking according to acquisition for mobile terminal.
The application also provides a kind of underground parking lot vehicle-searching system, comprising:
Client, server, and mobile terminal;
Described client, is configured with underground parking lot vehicle-searching device as above;
Described server, for receiving the data or the process request of data that described client sends, and makes corresponding data processing work;
Described mobile terminal, for obtaining and storing the parking stall beacon information of described user on the parking stall of underground parking.
Optionally, described client comprises: the inquiry service terminal being configured with display screen.
The application provides a kind of underground parking lot vehicle-searching system in addition, comprising:
Client, server, and sender unit;
Described client, is configured with underground parking lot vehicle-searching device as above;
Described server, for receiving the data or the process request of data that described client sends, and makes corresponding data processing work;
Described sender unit, for sending signal to be detected, if described client detects the signal that described sender unit sends, determine the device coding of the sender unit sending this signal according to this signal, and determine the positional information of described sender unit present position according to this device coding.
Optionally, described client comprises:
Mobile terminal,
And described mobile terminal and be configured with the inquiry service terminal of display screen.
Optionally, described sender unit, comprising:
For sending the Bluetooth signal emitter of Bluetooth signal.
Underground parking lot vehicle-searching method described in the application, comprising: receive the route inquiry instruction that user inputs for current present position to underground parking; Obtain the customer location beacon information of the current present position of described user; Calculate according to the customer location beacon information of the current present position of described user and the described user parking stall beacon information corresponding on the parking stall of underground parking, calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking; Generate the map datum that this route guidance information is corresponding.
Compared with prior art, the application has the following advantages:
Underground parking lot vehicle-searching method described in the application, user after underground parking parks a car, by the positional information of present position, acquisition for mobile terminal parking stall carried with, and by mobile terminal described in this positional information typing; User is when picking up the car, the positional information of present position, described parking stall is inputted by inquiry service terminal or described mobile terminal, show the route guidance information on the current present position of user to described parking stall to user in the mode of map, without the need to installing camera on each parking stall, save a large amount of costs; User is by the position residing for the mobile terminal enquiry parking stall of carrying with, simple to operation, mobile terminal cannot be used to be connected to the region of real-time performance inquiry for some users, the space of such as underground parking, the inquiry on parking stall can be realized by inquiry service terminal, avoid the time waste that user looks for car to cause in underground parking.
Accompanying drawing explanation
Fig. 1 is a kind of underground parking lot vehicle-searching method processing flow chart that the application provides.
Fig. 2 is a kind of underground parking lot vehicle-searching device schematic diagram that the application provides.
Fig. 3 is a kind of underground parking lot vehicle-searching system schematic that the application provides.
Fig. 4 is the another kind of underground parking lot vehicle-searching system schematic that the application provides.
Embodiment
Set forth a lot of detail in the following description so that fully understand the application.But the application can be much different from alternate manner described here to implement, those skilled in the art can when doing similar popularization without prejudice to when the application's intension, and therefore the application is by the restriction of following public concrete enforcement.
The application provides a kind of underground parking lot vehicle-searching method, and the application provides a kind of underground parking lot vehicle-searching device, a kind of underground parking lot vehicle-searching system in addition, and another kind of underground parking lot vehicle-searching system.
Described underground parking lot vehicle-searching embodiment of the method is as follows:
With reference to Fig. 1, it illustrates a kind of underground parking lot vehicle-searching method processing flow chart that the present embodiment provides.
Below in conjunction with Fig. 1, a kind of underground parking lot vehicle-searching method that the present embodiment provides is described, and each step of the method is described; In addition, the ordinal relation between a kind of concrete steps of underground parking lot vehicle-searching method that provide of the present embodiment is please determined according to Fig. 1.
The present embodiment underground parking of searching this commercial center in commercial center for user when described in the method on parking stall (or being parked in the automobile on this parking stall) of user be described, in addition, described underground parking lot vehicle-searching method can also be realized by alternate manner, car method is sought such as based on large-scale parking garage, in this no limit.
Step S101, receives the route inquiry instruction that user inputs for current present position to underground parking.
In the present embodiment, the underground parking that described user searches this commercial center in commercial center when described in user parking stall method in, comprise the mobile terminal (following for mobile phone) that described user carries with and obtain and store the step of the described user parking stall beacon information corresponding on the parking stall of underground parking;
Further, before the route inquiry instruction that the described user of the reception described in this step inputs for current present position to underground parking, described user is obtained by the mobile phone carried with and is stored described parking stall beacon information; Wherein, described parking stall beacon information refers to the parking stall coding on described user parking stall in underground parking;
It should be noted that, except the user described in the present embodiment have recorded except parking stall coding corresponding to parking stall in underground parking by the mobile phone carried with, described acquisition also stores the step of the parking stall beacon information of the correspondence on described user parking stall in underground parking, can also be realized by alternate manner, such as:
Described user detects by the blue-tooth device of the embedded in mobile phone carried with the Bluetooth transmission device installed underground parking, by detecting and receiving the Bluetooth signal that described Bluetooth transmission device sends, the device coding of described Bluetooth transmission device is determined according to Bluetooth signal, and using parking stall beacon information corresponding as this user parking stall in underground parking for this device coding; Wherein, the device coding of described Bluetooth transmission device is for determining the positional information of this Bluetooth transmission device in underground parking or coordinate information;
Or
Described user is obtained by the camera sensing device of the embedded in mobile phone carried with and the described user the stored 2 D code information corresponding on the parking stall of underground parking, and using this 2 D code information as the described user parking stall beacon information corresponding on the parking stall of underground parking; Wherein, described 2 D code information is encoded in the parking stall on the parking stall of underground parking for characterizing described user;
In this no limit.
In this step, receive the route inquiry instruction that described user inputs for current present position to underground parking, refer to that described user sends described route inquiry instruction by the inquiry service terminal that described commercial center installs, in addition, alternate manner outside the inquiry service terminal can also installed by commercial center described in the present embodiment sends described route inquiry instruction, the mobile phone carried with as by described user sends described route inquiry instruction, in this no limit.
Step S102, obtains the customer location beacon information of the current present position of described user.
In above-mentioned steps S101, before described step receives the route inquiry instruction that described user inputs for current present position to underground parking, described user is obtained by the mobile phone carried with and is stored described parking stall beacon information, in this step, obtain the customer location beacon information of the current present position of described user, in following step S103, described parking stall beacon information and described customer location beacon information is utilized to calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking.
In the present embodiment, when described customer location beacon information refers to that described user is inquired about by described inquiry service terminal, the positional information of this inquiry service terminal in described commercial center present position of described user's input; The positional information (that is: described customer location beacon information) of described inquiry service terminal present position, obtains as follows:
Described user is after any inquiry service terminal of described commercial center inputs described route inquiry instruction, then obtain the device coding of this inquiry service terminal, determine that this inquiry service terminal is in the concrete residing position of described commercial center by the device coding of described inquiry service terminal, and obtain the positional information of this inquiry service terminal in described commercial center present position, and using this positional information as the customer location beacon information of described user in the current present position of described commercial center;
It should be noted that, except described in the present embodiment using the positional information of described inquiry service terminal present position except the positional information of described user present position, other method outside the present embodiment can also be adopted to realize, the blue-tooth device of the embedded in mobile phone carried with as by described user is determined and obtains the customer location beacon information of the current present position of described user, is implemented as follows:
When described user is in described commercial center or any place, underground parking, after described user inputs above-mentioned route inquiry instruction by the mobile phone carried with, then this mobile phone obtains area map information corresponding to the region of described user belonging to the current present position of described commercial center or underground parking based on Wi-Fi or mobile network simultaneously, after completing the obtaining step of above-mentioned zone cartographic information, this mobile phone detects by built-in blue-tooth device the Bluetooth signal that the described Bluetooth transmission device installed in described commercial center or underground parking sends, when the Bluetooth signal that any one Bluetooth transmission device in described commercial center or underground parking sends being detected, obtain the device coding (that is: Bluetooth address) of this Bluetooth transmission device, the position that described Bluetooth transmission device is residing in described commercial center or underground parking is determined by this device coding, and using the positional information of position residing in described commercial center or underground parking for this Bluetooth transmission device as the customer location beacon information of described user in the current present position of described commercial center or underground parking, wherein, the described user area map information that region is corresponding described in the current present position of described commercial center or underground parking, comprise the planimetric map of described commercial center, the planimetric map of underground parking, and the cartographic information of the current residing outdoor area of described user, or to comprise in the middle of above-mentioned three arbitrarily the two or one of them,
In this no limit.
Step S103, calculate according to the customer location beacon information of the current present position of described user and the described user parking stall beacon information corresponding on the parking stall of underground parking, calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking.
In above-mentioned steps S101, obtain the parking stall beacon information that described user parking stall in underground parking is corresponding, in above-mentioned steps S102, obtain the customer location beacon information of this user in the current present position of described commercial center, in this step, the described parking stall beacon information got according to above-mentioned steps S101 and step S102 and described customer location beacon information, obtain described user from the current present position of described commercial center to this user the route guidance information on the parking stall of underground parking.
In the present embodiment, described parking stall beacon information is that the mobile phone carried with by described user is obtained and stores, described customer location beacon information is obtained by described inquiry service terminal, in the present embodiment, described user is inquired about in the current present position of described commercial center to the route of this user on the parking stall of underground parking based on described inquiry service terminal, then need before this step, received by described inquiry service terminal and obtain in described parking stall beacon information, to be received by described inquiry service terminal and after obtaining described parking stall beacon information, described inquiry service terminal is utilized to calculate described user in the current present position of described commercial center to the route guidance information of this user on the parking stall of underground parking.
It should be noted that, except utilizing described inquiry service terminal inquiry described in the present embodiment, and calculate described user in the current present position of described commercial center to this user outside the route guidance information on the parking stall of underground parking, the alternate manner outside the present embodiment can also be adopted to realize, the mobile phone carried with as by described user is inquired about, calculate described user in the current present position of described commercial center to the route guidance information of this user on the parking stall of underground parking, and in the middle of the mobile phone that described user carries with, stored described parking stall beacon information, input the operation of described parking stall beacon information when inquiring about without the need to described user, the mobile phone then carried with based on described user calculates described user in the current present position of described commercial center to the route guidance information of this user on the parking stall of underground parking, in this no limit.
Step S104, generates the map datum that this route guidance information is corresponding.
After completing above-mentioned steps S101, step S102 and step S103, obtain described user in the current present position of described commercial center to the route guidance information of this user on the parking stall of underground parking by described inquiry service terminal, in this step, generate described user in the current present position of described commercial center to this user at map datum corresponding to the route guidance information on the parking stall of underground parking.
In the present embodiment, the map datum that described route guidance information is corresponding, refers to image between the information of the location point (coordinate points) of the described route guidance information of showing on map and location point or image and Word message; In addition, the map datum that described route guidance information is corresponding also can be the data message of the mode of text description, such as: current location: floor A3 district, Building D 5, xx center; Target ground: parking stall, No. 203, region, underground parking 2, xx center; Route information: 300 meters, dead ahead, turns left; 200 meters forward, take elevator to underground 2 layers; 300 meters forward, turn left 100 meters, turn right after 20 meters to No. 203 parking stalls; In this no limit.
It should be noted that, in the present embodiment, described inquiry service terminal configuration has display screen, facilitates described user to check by the display screen of described inquiry service terminal the map datum that described route guidance information is corresponding; In addition, described user can also by the Quick Response Code on inquiry service terminal display screen described in the mobile telephone scanning carried with, thus is sent to by map datum corresponding for described route guidance information on mobile phone that this user carries with, checks for user; Wherein, map datum corresponding for described route guidance information is sent to the mobile phone that this user carries with by described inquiry service terminal, and can realize based on Wi-Fi, the mode that also can be connected by bluetooth is realized, in this no limit.
Described underground parking lot vehicle-searching device embodiment is as follows:
In the above-described embodiment, provide a kind of underground parking lot vehicle-searching method, correspond, present invention also provides a kind of underground parking lot vehicle-searching device.
With reference to Fig. 2, it illustrates a kind of underground parking lot vehicle-searching device schematic diagram provided according to the present embodiment.Because device embodiment is substantially similar to embodiment of the method, so describe fairly simple, the correspondence that relevant part refers to embodiment of the method illustrates.The device embodiment of following description is only schematic.
A kind of underground parking lot vehicle-searching device described in the application, comprising:
User instruction receiving element 201, for receiving the route inquiry instruction that user inputs for current present position to underground parking;
Customer position information acquiring unit 202, for obtaining the customer location beacon information of the current present position of described user;
Route guidance information calculating unit 203, for calculating according to the customer location beacon information of the current present position of described user and the described user parking stall beacon information corresponding on the parking stall of underground parking, calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking;
Map data generation unit 204, for generating map datum corresponding to this route guidance information.
Optionally, described underground parking lot vehicle-searching device, comprising:
User's obtaining parking space information unit, for storing the described user described parking stall beacon information corresponding on the parking stall of underground parking according to acquisition for mobile terminal.
Described a kind of underground parking lot vehicle-searching system embodiment is as follows:
In the above-described embodiment, provide a kind of underground parking lot vehicle-searching method, and a kind of underground parking lot vehicle-searching device, correspond, present invention also provides a kind of underground parking lot vehicle-searching system.
With reference to Fig. 3, it illustrates a kind of underground parking lot vehicle-searching system schematic provided according to the present embodiment.Because system embodiment is substantially similar to device embodiment, so describe fairly simple, the correspondence that relevant part refers to above-mentioned a kind of underground parking lot vehicle-searching device embodiment illustrates.A kind of underground parking lot vehicle-searching system embodiment of following description is only schematic.
A kind of underground parking lot vehicle-searching system described in the application, comprising:
Client 301, server 302, and mobile terminal 303;
Described client 301, is configured with underground parking lot vehicle-searching device as above;
Described server 302, for receiving the data or the process request of data that described client sends, and makes corresponding data processing work;
Described mobile terminal 303, for obtaining and storing the parking stall beacon information of described user on the parking stall of underground parking.
Optionally, described client 301 comprises: the inquiry service terminal being configured with display screen.
Described another kind of underground parking lot vehicle-searching system embodiment is as follows:
In the above-described embodiment, provide a kind of underground parking lot vehicle-searching system, at this, present invention also provides another kind of underground parking lot vehicle-searching system.
With reference to Fig. 4, it illustrates the another kind of underground parking lot vehicle-searching system schematic provided according to the present embodiment.Because system embodiment is substantially similar to device embodiment, so describe fairly simple, the correspondence that relevant part refers to above-mentioned a kind of underground parking lot vehicle-searching device embodiment illustrates.The another kind of underground parking lot vehicle-searching system embodiment of following description is only schematic.
Another kind of underground parking lot vehicle-searching system described in the application, comprising:
Client 401, server 402, and sender unit 403;
Described client 401, is configured with underground parking lot vehicle-searching device as above;
Described server 402, for receiving the data or the process request of data that described client sends, and makes corresponding data processing work;
Described sender unit 403, for sending signal to be detected, if described client detects the signal that described sender unit sends, determine the device coding of the sender unit sending this signal according to this signal, and determine the positional information of described sender unit present position according to this device coding.
Optionally, described client 401 comprises:
Mobile terminal,
And described mobile terminal and be configured with the inquiry service terminal of display screen.
Optionally, described sender unit 403, comprising:
For sending the Bluetooth signal emitter of Bluetooth signal.
Although the application with preferred embodiment openly as above; but it is not for limiting the application; any those skilled in the art are not departing from the spirit and scope of the application; can make possible variation and amendment, the scope that therefore protection domain of the application should define with the application's claim is as the criterion.
In one typically configuration, computing equipment comprises one or more processor (CPU), input/output interface, network interface and internal memory.
Internal memory may comprise the volatile memory in computer-readable medium, and the forms such as random access memory (RAM) and/or Nonvolatile memory, as ROM (read-only memory) (ROM) or flash memory (flash RAM).Internal memory is the example of computer-readable medium.
1, computer-readable medium comprises permanent and impermanency, removable and non-removable media can be stored to realize information by any method or technology.Information can be computer-readable instruction, data structure, the module of program or other data.The example of the storage medium of computing machine comprises, but be not limited to phase transition internal memory (PRAM), static RAM (SRAM), dynamic RAM (DRAM), the random access memory (RAM) of other types, ROM (read-only memory) (ROM), Electrically Erasable Read Only Memory (EEPROM), fast flash memory bank or other memory techniques, read-only optical disc ROM (read-only memory) (CD-ROM), digital versatile disc (DVD) or other optical memory, magnetic magnetic tape cassette, tape magnetic rigid disk stores or other magnetic storage apparatus or any other non-transmitting medium, can be used for storing the information can accessed by computing equipment.According to defining herein, computer-readable medium does not comprise non-temporary computer readable media (transitory media), as data-signal and the carrier wave of modulation.
2, it will be understood by those skilled in the art that the embodiment of the application can be provided as method, system or computer program.Therefore, the application can adopt the form of complete hardware embodiment, completely software implementation or the embodiment in conjunction with software and hardware aspect.And the application can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) of computer usable program code.
Claims (15)
1. a underground parking lot vehicle-searching method, is characterized in that, comprising:
Receive the route inquiry instruction that user inputs for current present position to underground parking;
Obtain the customer location beacon information of the current present position of described user;
Calculate according to the customer location beacon information of the current present position of described user and the described user parking stall beacon information corresponding on the parking stall of underground parking, calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking;
Generate the map datum that this route guidance information is corresponding.
2. underground parking lot vehicle-searching method according to claim 1, is characterized in that, comprising:
The described user described parking stall beacon information corresponding on the parking stall of underground parking is stored according to acquisition for mobile terminal.
3. underground parking lot vehicle-searching method according to claim 2, is characterized in that, described parking stall beacon information, obtains by any one method following:
Described user by the parking stall code storage on the parking stall of underground parking to described mobile terminal, using described parking stall coding as the described user parking stall beacon information corresponding on the parking stall of underground parking;
Described mobile terminal detects Bluetooth signal described user on the parking stall of underground parking by built-in blue-tooth device, using the device coding that sends the Bluetooth transmission device of this Bluetooth signal as the described user parking stall beacon information corresponding on the parking stall of underground parking;
The built-in camera sensing device of described mobile terminal obtains and the described user the stored 2 D code information corresponding on the parking stall of underground parking, using this 2 D code information as the described user parking stall beacon information corresponding on the parking stall of underground parking.
4. underground parking lot vehicle-searching method according to claim 1, is characterized in that, the customer location beacon information of the current present position of described user, obtains by any one method following:
When inquiry service terminal receives the route inquiry instruction of described user input, the positional information of this inquiry service terminal present position is determined, using the customer location beacon information of the positional information of this inquiry service terminal present position as the current present position of described user according to the device coding of described inquiry service terminal;
When mobile terminal receives the route inquiry instruction of described user input, the Bluetooth signal that the current present position of described user detects is obtained by built-in blue-tooth device, the positional information of described Bluetooth transmission device present position is determined, using the customer location beacon information of the positional information of this Bluetooth transmission device present position as the current present position of described user according to the device coding of the Bluetooth transmission device sending this Bluetooth signal.
5. underground parking lot vehicle-searching method according to claim 4, it is characterized in that, when being received the route inquiry instruction of described user input by described inquiry service terminal, the positional information of this inquiry service terminal present position is determined according to the device coding of described inquiry service terminal, using the method for the positional information of this inquiry service terminal present position as the customer location beacon information of the current present position of described user, when obtaining the customer location beacon information of the current present position of described user, after the customer location beacon information step of the current present position of the described user of described acquisition, comprise:
Receive the parking stall beacon information of this user on the parking stall of underground parking that described user inputs in described inquiry service terminal.
6. underground parking lot vehicle-searching method according to claim 4, it is characterized in that, when being received the route inquiry instruction of described user input by described inquiry service terminal, the positional information of this inquiry service terminal present position is determined according to the device coding of described inquiry service terminal, using the method for the positional information of this inquiry service terminal present position as the customer location beacon information of the current present position of described user, when obtaining the customer location beacon information of the current present position of described user, after the map datum step that this route guidance information of described generation is corresponding, comprise:
By the screen display of map datum corresponding for described route guidance information in described inquiry service terminal;
And/or
In the mode of Wi-Fi or bluetooth, map datum corresponding for described route guidance information is sent to mobile terminal, and by the screen display of map datum corresponding for described route guidance information at described mobile terminal.
7. underground parking lot vehicle-searching method according to claim 4, it is characterized in that, when being received the route inquiry instruction of described user input by described mobile terminal, the Bluetooth signal that the current present position of described user detects is obtained by built-in blue-tooth device, the positional information of described Bluetooth transmission device present position is determined according to the device coding of the Bluetooth transmission device sending this Bluetooth signal, using the method for the positional information of this Bluetooth transmission device present position as the customer location beacon information of the current present position of described user, when obtaining the customer location beacon information of the current present position of described user, before the customer location beacon information step of the current present position of the described user of described acquisition, comprise:
Area map information corresponding to region belonging to the current present position of described user is obtained based on Wi-Fi or mobile network.
8. underground parking lot vehicle-searching method according to claim 7, is characterized in that, the area map information that described in the current present position of described user, region is corresponding, comprising:
The planimetric map of the current residing underground parking of described user, the planimetric map of the current residing building of described user, and/or the cartographic information of the current residing outdoor area of described user.
9. a underground parking lot vehicle-searching device, is characterized in that, comprising:
User instruction receiving element, for receiving the route inquiry instruction that user inputs for current present position to underground parking;
Customer position information acquiring unit, for obtaining the customer location beacon information of the current present position of described user;
Route guidance information calculating unit, for calculating according to the customer location beacon information of the current present position of described user and the described user parking stall beacon information corresponding on the parking stall of underground parking, calculate the current present position of described user to the route guidance information of this user on the parking stall of underground parking;
Map data generation unit, for generating map datum corresponding to this route guidance information.
10. underground parking lot vehicle-searching device according to claim 9, is characterized in that, comprising:
User's obtaining parking space information unit, for storing the described user described parking stall beacon information corresponding on the parking stall of underground parking according to acquisition for mobile terminal.
11. 1 kinds of underground parking lot vehicle-searching systems, is characterized in that, comprising:
Client, server, and mobile terminal;
Described client, is configured with the underground parking lot vehicle-searching device as described in claim 9 or 10;
Described server, for receiving the data or the process request of data that described client sends, and makes corresponding data processing work;
Described mobile terminal, for obtaining and storing the parking stall beacon information of described user on the parking stall of underground parking.
12. underground parking lot vehicle-searching systems according to claim 11, it is characterized in that, described client comprises: the inquiry service terminal being configured with display screen.
13. 1 kinds of underground parking lot vehicle-searching systems, is characterized in that, comprising:
Client, server, and sender unit;
Described client, is configured with the underground parking lot vehicle-searching device as described in claim 9 or 10;
Described server, for receiving the data or the process request of data that described client sends, and makes corresponding data processing work;
Described sender unit, for sending signal to be detected, if described client detects the signal that described sender unit sends, determine the device coding of the sender unit sending this signal according to this signal, and determine the positional information of described sender unit present position according to this device coding.
14. underground parking lot vehicle-searching systems according to claim 13, it is characterized in that, described client comprises:
Mobile terminal, or described mobile terminal and be configured with the inquiry service terminal of display screen.
15. underground parking lot vehicle-searching systems according to claim 13, it is characterized in that, described sender unit, comprising:
For sending the Bluetooth signal emitter of Bluetooth signal.
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