KR20120008418A - Method for loading application of smart phone using distinction of resource status value, smart phone and program - Google Patents

Abstract

PURPOSE: A smart phone application loading method of discriminating a resource status value, and a smart phone thereof, and a program are provided to enable a user to automatically use an application offered in a specific store in a simple and convenient way. CONSTITUTION: When a resource status value is included within a fixed range of a resource status discriminating value, an application identifying unit(130) decodes the program memory of a smart phone. The application identifying unit identifies whether an application is recorded in the program memory. The application is matched to an application identifying value, which is maintained in the medium in connection with the resource status discriminating value. When the application is not identified, an application operation unit(135) downloads the application from the storage medium on communication network. The application operating system activates the application mode recorded in the program memory.

Description

{Method for Loading Application of Smart Phone using Distinction of Resource Status Value, Smart Phone and Program}

According to the present invention, a resource state value periodically obtained from r (1 <= 1 <= R) resources among R (R> 1) resources included in a smartphone is included within a predetermined range of resource state values maintained in a medium. If so, the present invention relates to a method for automatically determining and loading an application connected with the resource status value, and a smartphone and a program.

In the past, an application installed in a mobile phone was manufactured in the form of a virtual machine (VM), and in order to install the application in the mobile phone, a complicated use approval of a communication company was required. There were many limitations in creating and distributing mobile phone applications to mobile phone users, and it was almost impossible to produce / distribute mobile phone applications except for some content providers contracted with mobile operators.

Recently, as the smartphone is activated, it is activated to provide the application-based service to the smartphone user by installing various applications on the smartphone without the above limitations, and the smartphone user can always access the server where the smartphone application is published. You can connect and download and install the applications you want. Thus, operators operating offline stores were given the opportunity to create and distribute applications to smartphone users that can be used in their stores without relying on content providers.

However, such a quantitative increase in smartphone applications is not only causing pain for users to search and decide which of the more and more applications to download and install, but also at what point in time to install the applications installed on their smartphones. It's an inconvenience that you have to be aware of when loading is appropriate.

An object of the present invention for solving the above problems, the resource state value is periodically obtained from r (1 <= 1 <= R) resources of the R (R> 1) resources provided in the smartphone medium When included within a certain range of the resource status value maintained in the, the method and the smart phone and the program to automatically determine and run or download and run the application associated with the resource status value to load on the smartphone It is.

In the smart phone according to the present invention, a resource in which a resource state value periodically obtained from r (1 <= 1 <= R) resources among R (R> 1) resources capable of obtaining resource state values is maintained in a medium. A resource status checking unit for checking whether the status determination value is within a predetermined range, and when the resource status value is within a predetermined range of the resource status determination value, reading a program memory of the smartphone to connect with the resource status determination value. And an application confirmation unit for confirming whether an application matching the application identification value held in the medium is recorded in the program memory, and if the application is confirmed, activates an application mode for executing the application, and if the application is not verified, Download the application from the storage medium and the program An application operation unit for activating an application mode to be recorded in memory, an event detection unit for detecting an event value corresponding to an event identification value for loading the application when the application mode is activated, and combining the event value and the application mode And an application controller for controlling the application to be loaded.

According to the present invention, in the smartphone, the resource includes at least one or more location positioning module, a short range wireless communication module, and a camera module provided in the smartphone, and the resource status value is determined by the location positioning module. A position state value for determining a position state on geographic information with respect to a final position coordinate value of a phone, a communication state value determined based on a radio frequency signal strength between the near field communication module and an access point within a predetermined distance, The pixel matrix identification value extracted from the pixel matrix region included in the image data obtained through the camera module may include at least one pixel matrix state value that maintains the same or similar state as the identification value held in the medium. .

According to the present invention, the smart phone, the resource status determination value for the r resources to be connected to the application of the R resources, the application identification value for identifying the application to be driven in the resource status value and the event for driving the application The apparatus may further include a medium holding unit configured to connect the event identification value to identify and hold the event identification value in the medium.

According to the present invention, the smart phone is a store identification for identifying a store corresponding to the resource status value of the resource status determination value for the r resources to be connected to the application of the R resources and the N (N≥1) stores The apparatus may further include a medium holding unit configured to connect a value, an application identification value for identifying an application to be driven in the N stores, and an event identification value for identifying an event for driving the application, to be maintained on the medium.

According to the present invention, the smart phone is a store identification for identifying a store corresponding to the resource status value of the resource status determination value for the r resources to be connected to the application of the R resources and the N (N≥1) stores A value, M (M≥1) store group identification values to which at least one of the N stores belongs, an application identification value identifying an application corresponding to each of the M store groups, and an event driving the application. The apparatus may further include a medium holding unit configured to connect the event identification value to the medium to hold the event identification value.

According to the present invention, the smart phone, the resource status value for the r resources and the store identification value for identifying the store corresponding to the resource status value of the N (N≥1) stores are connected to the medium connected If so, the store determination unit may further include a store determination unit that determines at least one n-th (1 ≦ n ≦ N) store of the N stores that the smartphone user has visited (or scheduled to visit) based on the resource state value. have.

According to the present invention, when the store status value includes the location status value of the smartphone positioned by the location positioning module, the location status value corresponding to the final location coordinate value positioned by the location positioning module. Based on the geographic information, the store capable of connecting with the shortest line can be determined as at least one n-th store that the user has visited (or scheduled to visit).

According to the present invention, when the resource status value includes the communication status value between the short distance wireless communication module and the access point within a predetermined distance, the store determination unit transmits for a predetermined time from the access point detected through the short distance wireless communication module. At least one n-th store where the user visits (or is scheduled to visit) a store having an access point at which the radio frequency signal strength maintains a greater signal strength and the signal strength pattern is stabilized during the predetermined time period. Can be determined.

According to the present invention, when the resource status value includes the pixel matrix state value for the image data obtained through the camera module, a pixel extracted from the pixel matrix region on the image data obtained through the camera module. The at least one store that the user has visited (or scheduled to visit) may be determined as a store in which the matrix identification value and the N store identification values maintained in the medium have the same or similar state.

According to the present invention, the application mode for executing the application on the smartphone, after displaying the icon (or content) corresponding to the application on a screen region, the application in response to the selection event of the icon (or content) A mode of executing the application, displaying an icon (or content) corresponding to the application on a program selection screen of the smartphone, and then executing the application in response to a selection event of the icon (or content), of the smartphone A mode for detecting at least one signal (or combination of signals) associated with an operation as a trigger signal to display an application execution request interface for the application, and then detecting the user's response to the interface to execute the application; With the operation of the pawn It may include any one of modes for automatically detecting the associated at least one signal (or combination of signals) as a trigger signal to automatically execute the application.

According to the present invention, the application mode for downloading the application from the smartphone and recording it in the program memory corresponds to the nth store (or mth (1≤m≤M) store group to which the nth store belongs)). The program memory is displayed by displaying an icon (or content) on a screen region and downloading an application associated with the n-th store (or m-th store group to which the n-th store belongs) in response to a selection event of the icon (or content). In the mode of recording to, the icon (or content) corresponding to the n-th store (or the m-th store group to which the n-th store belongs) is displayed on the program selection screen of the smartphone, and then the event of selecting the icon (or content) In response to downloading an application associated with the nth store (or the mth store group to which the nth store belongs) and writing to the program memory Mode, detecting at least one signal (or combination of signals) associated with the operation of the smartphone as a trigger signal to download an application associated with the nth store (or mth store group to which the nth store belongs) and the program. It may include any one of the modes to write to the memory.

The program according to the present invention periodically acquires a smartphone having R (R> 1) resources capable of obtaining resource state values from r (1 <= 1 <= R) resources among the R resources. A resource status checking unit for checking whether the resource status value to be included is within a predetermined range of the resource status determination value maintained in the medium, and if the resource status value is included within a predetermined range of the resource status determination value, the program memory of the smartphone An application checking unit for reading whether the application is connected to the resource status determination value and matching the application identification value held in the medium to the application memory; and an application mode for executing the application when the application is confirmed. Activate the application from the storage medium on the network An application operation unit for activating an application mode for downloading an application and writing the information to the program memory, an event detection unit for detecting an event value corresponding to an event identification value for loading the application when the application mode is activated, and the event value And the application mode to operate as an application controller for controlling the application to be loaded.

According to the present invention, the program, the resource status value for the r resources and the store identification value for identifying the store corresponding to the resource status value of the N (N≥1) stores in the medium is connected and maintained In this case, the smart phone user may further operate as a store determination unit that determines at least one n-th (1 ≦ n ≦ N) store visited by the smartphone user based on the resource state value. have.

The method for loading a smartphone application by determining a resource status value according to the present invention comprises determining the resource status value in a smartphone having R (R> 1) resources capable of acquiring the resource status value. In the method of loading, the method comprising: checking whether a resource state value periodically obtained from r (1 <= 1 <= R) resources of the R resources is within a predetermined range of a resource state determination value maintained in a medium; And when the resource state value is within a predetermined range of the resource state determination value, an application that reads a program memory of the smartphone and is connected with the resource state determination value to match an application identification value maintained on a medium. Verifying that it is recorded in a memory; and when the application is confirmed, executing the application Activating an application mode, activating an application mode which downloads the application from a storage medium on a communication network and writes it to the program memory if the application is not checked; and when the application mode is activated, an event identification value for loading the application. Detecting an event value corresponding to, and controlling the application to be loaded by combining the event value with the application mode.

According to the present invention, on the basis of the resource status value of the smartphone, whether the user has visited or is going to visit a specific store that provides a store application service, and automatically identifies the store that the user has visited or is planning to visit. By automatically loading applications for use in the store, users can easily search for and download applications for use in the store, or simply search for the applications provided in the smartphone and execute the application service provided by a specific store without manually executing the application. There is an advantage to use automatically.

1 is a diagram illustrating a smartphone function configuration according to an embodiment of the present invention.
2 is a diagram illustrating a configuration of an application operating server interworking with a smart phone according to an embodiment of the present invention.
3 is a diagram illustrating a process of determining a resource state value for loading an application according to an embodiment of the present invention.
4 is a diagram illustrating a process of determining a resource state value for loading an application according to another exemplary embodiment of the present invention.
5 is a diagram illustrating a process of determining a resource state value for loading an application according to another exemplary embodiment of the present invention.
6 is a diagram illustrating a process of loading an application of a visited (or scheduled to visit) store of a smartphone user according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings and description will be described in detail the operating principle of the preferred embodiment of the present invention. However, the drawings and the following description shown below are for the preferred method among various methods for effectively explaining the features of the present invention, the present invention is not limited only to the drawings and description below. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or custom. Therefore, the definition should be made based on the contents throughout the present invention.

In addition, in the embodiments shown below, in order to more clearly describe the technical features of the present invention, an identification code of the form "n" or "m" is attached to the beginning of each term, but the identification code will be described. Is merely to identify each term, and it is to be clearly understood that the term is not distinguished or limited by each term to perform a different function and role.

As a result, the technical spirit of the present invention is determined by the claims, and the following examples are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention pertains. It is only.

1 is a diagram illustrating a functional configuration of a smart phone 100 according to an embodiment of the present invention.

In more detail, FIG. 1 illustrates a resource state value periodically obtained from r (1 <= 1 <= R) resources 114 among R (R> 1) resources 114 included in the smartphone 100. When included in a certain range of the resource status value maintained in the medium, it shows a smart phone 100 function configuration corresponding to a program for automatically determining and loading the application associated with the resource status value, the present invention Those skilled in the art will be able to infer various implementation methods for the function of the smart phone 100 by referring to and / or modifying the drawing 1, but the present invention provides all the implementation methods inferred It is made, including, and the technical features are not limited only to the implementation method shown in FIG. The smart phone 100 of FIG. 1 may further include various functional configurations of a mobile phone (or smart phone 100) that is currently / later released in addition to the functional component shown in FIG. 1, whereby the present invention It is clear that it is not limited.

Referring to FIG. 1, the smartphone 100 includes a control unit 101, a memory unit 113, a wireless network communication module 102, a screen output unit 103, a key input unit 104, and a sound output unit ( 105, the sound input unit 106, the USIM reader unit 107, the USIM 108, the position positioning module 110, the near field communication module 111, the camera module 112, and the battery 109 for power supply It is provided.

The controller 101 is a generic term for a functional configuration that controls the operation of the smartphone 100. The controller 101 includes at least one processor and an execution memory, and each of the functional components and the buses provided in the smartphone 100 are connected to each other. BUS). According to the present invention, the control unit 101 loads and calculates at least one program code included in the smartphone 100 through the processor into the execution memory, and calculates at least one function through the bus. Transfer to the component to control the operation of the smartphone (100). Hereinafter, for convenience, a functional component implemented in the form of program code will be described in the control unit 101 of FIG. 1 to implement the present invention. However, in FIG. 1, for convenience, an application program for each store requesting an order of each store and a management program for managing at least one application program are separately illustrated as separate programs, but the present invention is not limited thereto. In addition, the store-specific application program and the management program is implemented as a single program, or it is clear that the store-specific application program can be implemented in the form of a store-specific order module of the management program.

The memory unit 113 is a generic term for a nonvolatile memory included in the smartphone 100, and includes at least one program code executed through the controller 101 and at least one data set used by the program code. Save it and keep it. The memory unit 113 basically includes a system program code and a system data set corresponding to an operating system of the smartphone 100, a communication program code and a communication data set for processing a wireless communication connection of the smartphone 100, and at least One application program code and an application data set are stored, and the program code and data set for implementing the present invention are also stored in the memory unit 113.

The wireless network communication module 102 is a generic term for a communication configuration connecting wireless communication, and includes at least one antenna, an RF module, a baseband module, and a signal processing module for transmitting and receiving radio frequency signals of a specific frequency band. It is connected to the control unit 101 by a bus and transmits a calculation result corresponding to wireless communication among various calculation results of the control unit 101 through wireless communication, or receives data through wireless communication to the control unit 101. At the same time as the transmission, it maintains the procedure of connection, registration, communication, handoff of the wireless communication.

According to an embodiment of the present invention, the wireless network communication module 102 is configured to perform at least one mobile communication network connection, location registration, call processing, call connection, data communication, and handoff according to the CDMA / WCDMA standard. It includes. Meanwhile, according to the intention of the person skilled in the art, the wireless network communication module 102 is an IEEE 802.16? According to the specification, the mobile internet communication may further include a mobile Internet communication configuration for performing at least one connection, location registration, data communication, and handoff according to the standard. It is clear that this is not a limitation.

The screen output unit 103 is composed of a screen output device (for example, a liquid crystal display (LCD) device) and an output module for driving the same, and connected to the control unit 101 by a bus to perform various operations of the control unit 101. The calculation result corresponding to the screen output is output to the screen output device.

The key input unit 104 is composed of a key input device having at least one key button (or a touch screen device interlocked with the screen output unit 103) and an input module for driving the key input device. Connected by a bus to input a command to command the various operations of the control unit 101, or input data required for the operation of the control unit 101.

The sound output unit 105 includes a speaker for outputting a sound signal and a sound module for driving the speaker. The sound output unit 105 is connected to the control unit 101 by a bus to correspond to sound output among various calculation results of the control unit 101. The calculation result is output through the speaker. The sound module decodes sound data to be output through the speaker and converts the sound data into a sound signal.

The sound input unit 106 includes a microphone for receiving a sound signal and a sound module for driving the microphone, and transmits sound data input through the microphone to the controller 101. The sound module encodes and encodes a sound signal input through the microphone.

The USIM reader unit 107 is a generic term for a configuration for exchanging at least one data set with a universal subscriber identity module (Universal Subscriber Identity Module) mounted on or detached from the smartphone 100 based on ISO / IEC 7816 standard. As an example, the data sets are exchanged in a half-duplex communication through an APDU (Application Protocol Data Unit).

The USIM 108 is a SIM type card equipped with an IC chip according to the ISO / IEC 7816 standard, an input / output interface including at least one contact point connected to the USIM reader unit 107, and at least one IC. An IC chip memory for storing a program code and a data set for a chip, and the program code for the IC chip or extracts the data set in accordance with at least one command transmitted from the smart phone 100 connected to the input and output interface (or Processing) and a processor for transmitting to the input / output interface.

The input / output interface includes at least one contact point of power supply (VCC), reset signal (RST), clock signal (CLK), ground (GND), programming power supply (VPP), and input / output (I / O). The processor interfaces with the USIM reader unit 107 through the contact point. The IC chip memory stores system program codes and system parameters corresponding to the operating system of the IC chip and at least one security module, and at least one communication required for accessing the wireless communication network of the smartphone 100 to a fixed storage area. Stores Subscriber Identity Module (SIM) information including parameters. According to an embodiment of the present invention, the IC chip memory may include at least one applet issuer storage area (for example, SD (Security Domain)) that stores program codes (= applets) and data sets produced by at least one applet issuer. )).

According to an embodiment of the present invention, the memory of the USIM 108 is a payment means (eg, credit card, check card, debit card, issued by the at least one card company (or financial company) to the user of the smartphone 100, Payment means information corresponding to the cash card, electronic bank account, customer account) and the applet program code for operating the payment means can be recorded.

The position positioning module 110 is composed of a GPS positioning module for positioning the moving position of the smart phone 100, and receives the satellite signal transmitted from at least three or more GPS satellites orbiting the earth orbit the smart phone ( The movement position information of 100) is calculated.

According to another embodiment of the present invention, the location positioning module 110 is connected with the positioning device on the communication network associated with at least two or more base stations (or access point 215) and the smart phone 100 and the base station (or access) Point 215 may include a terrestrial positioning module for positioning the position of the smart phone 100 in a terrestrial positioning method using the frequency arrival time (or the angle of arrival) between.

The short range wireless communication module 111 is composed of a short range communication module for connecting a communication session using a radio frequency signal as a communication medium within a predetermined distance, preferably RFID communication, Bluetooth communication, Wi-Fi communication of the ISO 180000 series standard And at least one of public wireless communication. According to the exemplary embodiment of the present invention, the short range wireless communication module 111 may be integrated with the wireless network communication module 102.

The camera module 112 includes the optical unit, a charge coupled device (CCD), and a camera module for driving the same, and acquires bitmap data input to the CCD through the optical unit. The bitmap data may include both still image data and moving image data.

According to the present invention, the position location module 110, the short-range wireless communication module 111 and the camera module 112 is R (capable of obtaining a resource state value of the resources 114 provided in the smart phone 100 ( R> 1) resources 114 are included.

Referring to FIG. 1, the smartphone 100 identifies an resource state determination value for r resources 114 to be connected to an application among the R resources 114 and an application for identifying an application to be driven from the resource state values. And a medium holding unit 115 which connects an identification value with an event identification value for identifying an event for driving the application and maintains the same in the medium. Here, the medium includes at least one of a storage area of the memory unit 113, a memory area of the USIM 108, a variable assignment area or a declaration area of a program code area constituting the program code of the present invention, or It may include a medium on the communication network that can be accessed through the short-range wireless communication module 111 or the wireless network communication module 102, it will be apparent that the present invention is not limited by the method of implementing the medium.

If the location resources module 110 is included in the R resources 114, the resource status determination value includes a store location coordinate value corresponding to the locations of N (N≥1) stores, the store The location coordinate value may be linked with a store identification value identifying the N stores.

Here, the store location coordinate value includes a store location coordinate value compared with the location coordinate value of the smart phone 100 calculated through the location positioning module 110, and near the store location including the store location coordinate value. Geographic information data (eg, map data, or data indicating the movement path for each location coordinate) may further include.

The store identification value may include at least one of a store unique number and a store unique code assigned to the N stores so as not to overlap, or a business registration number assigned to each of the N stores, a store name and a store location combination name, At least one of a store address, store representative information, and a store phone number may be included.

If the short-range wireless communication module 111 is included in the R resources 114, the resource state determination values are provided in the N stores to connect a communication session with the short-range wireless communication module 111, respectively. Access point 215 includes an access point identification value that uniquely identifies a device, the access point identification value may be associated with a store identification value that identifies the N stores.

Here, the access point identification value includes at least one unique IP address and MAC address fixedly assigned to the access point 215, or a unique code value and a unique number value uniquely recorded in the medium of the access point 215. It may include at least one of the device serial number.

According to the present invention, the access point identification value is transmitted from the access point 215 to the smartphone 100 at the request of the smartphone 100, or the smartphone 100 is connected to the connection point. In the process of forming a communication session with 215, the smart phone 100 may be shared.

If the camera module 112 is included in the R resources 114, the resource status determination value is displayed on a store identification sheet attached to the N stores from image data obtained through the camera module 112. And a pixel matrix region detection value for detecting a pixel region corresponding to the image, and a store identification value matching the pixel matrix identification value extracted from the pixel region detected through the pixel matrix region detection value.

Here, the pixel matrix area detection value is a value for reading image data obtained through the camera module 112 of the smartphone 100, and the encoded image (for example, 2D barcode) displayed on the store identifications attached to the N stores. Image), a logo image, a hue / saturation value for each pixel for the glyph / symbol image, an average value of the hue / saturation, a geometry, and a symbol / glyph pattern value.

The store identification value is matched with a pixel matrix identification value extracted from the pixel region detected through the pixel matrix region detection value. When the image displayed on the store identification is an encoded image, the store identification value is allocated to not overlap the N stores. Include at least one store identification number and store identification code, or include at least one of a business registration number assigned to each of the N stores, a store name and store location combination name, a store address, store representative information, and a store telephone number. Can be. If the image displayed on the store identification sheet is a logo image or a pattern / symbol image, the store identification value may include an image pattern value comparable to the logo image or pattern / symbol image.

According to the present invention, the medium holding unit 115 may further connect M (M≥1) store group identification values to which at least one store of the N stores belongs to the medium. For example, in the case of a franchise store consisting of 100 stores, the 100 stores are independent stores for each region, but the 100 stores belong to a single store group because the names are the same and the merchandise is the same. When the store group identification value is maintained in the medium, the application identification value may be maintained in the medium in connection with the store group identification value, and the number of application identification values connected with the store group identification value is the store. K (K≥M) greater than or equal to the number of group identification values.

Here, the store group identification value includes common identification data of the store identification value belonging to each store group, or includes at least one group unique number and a group unique code separately assigned to each store group, or It may include at least one of a business registration number, a store representative name assigned to the representative company of each store group.

According to an embodiment of the present invention, when the K applications are composed of K separate application files, the application identification value may include a file name of each application file, a unique identification value included in a file header, and each application file. It may include at least one hash value hashing a specific area, a hash value hashing each application file.

According to another embodiment of the present invention, when the K applications are composed of one common application and K application modules (or resource files) (eg, after the common application is executed, the common application loads a specific application module). Each application function and execution environment, or when the executed common application loads a specific resource file to implement each application execution environment), the application identification value is a file name of the application module (or resource file). At least one of a unique identification value included in a file header, a hash value hashing a specific region of each application module (or resource file), and a hash value hashing each application module (or resource file).

Referring to FIG. 1, the smartphone 100 may include resource state values (or r resources) periodically obtained from r (1 <= 1 <= R) resources 114 of the R resources 114. And a resource status checking unit 120 for checking whether the combination of the status values is within a predetermined range of the resource status determination value (or the combination of the r resource status determination values) held in the medium. If the resource status value for the resource 114 and the store identification value for identifying the store corresponding to the resource state value among the N (N≥1) stores are connected and maintained, the N number items are based on the resource state value. The store determination unit 125 further includes a store determination unit 125 that determines at least one (n ≦ 1 ≦ N) store of the store (100, which is scheduled to be visited) by the user of the smartphone 100.

When the location positioning module 110 is included in the R resources 114, the location positioning module 110 uses the smartphone by using at least one positioning module of the GPS positioning module and the terrestrial positioning module. Periodically calculating the position coordinate value of 100, and the resource state checking unit 120 determines the final position coordinate value among the position coordinates of the smartphone 100 periodically positioned by the position positioning module 110. do.

According to the exemplary embodiment of the present invention, the resource state checking unit 120 checks the position state value of the smart phone 100 corresponding to the final position coordinate value.

Here, the position status value is not only the current position coordinate value of the real-time positioning smartphone 100, but also the final position coordinate value of the smartphone 100 is geographic data (for example, map data, or for each position coordinate). Data indicating the movement path). That is, if the final position coordinate value is a coordinate value on a position coordinate system corresponding to the position positioning module 110, the position state value is whether the final position coordinate value is a roadway on a road, and which side of the roadway is on which side of the sidewalk. It means a value that determines the status of delivery, inside or outside the building.

For example, if the position coordinate value of the smartphone 100 periodically positioned through the position positioning module 110 is moving along the roadway, the final position coordinate value includes a position coordinate value having a constant error value. On the other hand, the position state value corresponding to the final position coordinate value is a value for determining that the smart phone 100 is located on the roadway on the geographic information data. Alternatively, if the position coordinate value of the smartphone 100 periodically positioned via the position positioning module 110 has not been positioned for a predetermined time, the final position coordinate value includes the position coordinate value last positioned before a predetermined time. On the other hand, the position state value corresponding to the final position coordinate value is a value for determining that the smart phone 100 is located in a building accessible from the final position on the geographic information data. On the other hand, the N stores are mostly located indoors where GPS satellite signals are not received. Therefore, the resource status checking unit 120 maintains the final position coordinate value of the smart phone 100 periodically positioned through the location positioning module 110 to check the location status value of the smart phone 100. do.

When the final position coordinate value (or the position state value corresponding to the final position coordinate value) of the smartphone 100 is confirmed, the store determination unit 125 determines the final position coordinate value of the smartphone 100 and the medium. By comparing the value of the N store location coordinates maintained at to determine the i (i≥ 1) store location coordinate values close to the final location coordinate value within a certain distance.

When i stores available for the user of the smartphone 100 are identified, the store determination unit 125 may include geographic information data (eg, map data or each location) including the identified i store location coordinate values. After the i-copper line is connected between the final position coordinates of the smart phone 100 and the i-store location coordinates based on the data indicating the movement path for each coordinate, the shortest copper line or the pre-set of the connected i-line lines. The at least one store capable of short wire connection within a predetermined rank is determined as at least one n-th store that the user of the smartphone 100 has visited or is going to visit.

For example, when the smartphone 100 is finally located at the side of the center of the roadway, the linear distance from the final location of the smartphone 100 to the store location across the roadway is the smartphone 100. Although closer than the straight line distance to the store location existing on the same side as the final location of the), to the store across the street by crossing the crosswalk to move to the store across from the final location of the smartphone 100 If the moving line of the longer, the store determining unit 125 is at least one n-th shop that the user of the smartphone 100 has visited or scheduled to visit the store existing on the same side as the final position of the smartphone 100. We decide to store.

If the short range wireless communication module 111 is included in the R resources 114, the short range wireless communication module 111 detects at least one access point 215 at a location within a predetermined distance. In addition, the resource status checking unit 120 is a communication protocol specification for the same radio frequency signal band detected near a predetermined distance based on the communication protocol specification for the radio frequency signal band corresponding to the short range wireless communication module 111. The at least one access point 215 existing in the range of the radio frequency signal is detected by applying a communication target detection protocol.

When at least one access point 215 close to the predetermined distance is detected, the resource state checking unit 120 detects the detection target access point based on the communication target detection protocol in the process of detecting the access point 215. Identify an access point identification value of 215 or identify a connection point uniquely assigned to the access point 215 from the access point 215 by attempting to connect a communication session to the detected access point 215; Receive a value.

According to an exemplary embodiment of the present invention, the resource state checking unit 120 maintains a reference frequency signal strength for determining a connection point 215 to obtain the access point identification value in a medium, and at least one detected connection. Among the points 215, the connection point 215 whose strength of the radio frequency signal transmitted from the connection point 215 is equal to or greater than the reference frequency signal strength maintained in the medium is determined as the identification data acquisition target connection point 215, and then the determined point is determined. The access point identification value is obtained from the access point 215.

Here, the reference signal strength is based on the distance between the smartphone 100 and the access point 215 and the presence of radio wave disturbance / interference / shielding material between the smartphone 100 and the access point 215. The strength to be able to determine whether the smart phone 100 has visited or is going to enter the store provided with a connection point 215, within a certain ratio of the intensity of the frequency transmission intensity of the connection point 215 Determined by the range.

The resource status checking unit 120 compares the access point identification values obtained through the resource status checking unit 120 with the N access point identification values held in the medium, and compares the access point identification values maintained in the medium with the access point identification values. The i-store access point identification values matched with each other within a predetermined distance from the smartphone 100 are checked.

When the i store access points 215 are identified, the store determination unit 125 compares the magnitudes of the radio frequency signal strengths for a predetermined time transmitted from the i store access points 215 to access the i stores. The i-stored access points 215 are sorted in ascending order in ascending order of the magnitude of the radio frequency signal strength transmitted from the point 215.

In addition, the store determination unit 125 obtains the radio frequency signal strength magnitudes transmitted from the i store connection points 215 for a predetermined time and maintains them in the medium as time passes, and the radio frequency for the predetermined time. Statistical processing on the amount of change in signal strength (eg, calculating the average / deviation of the amount of change in the strength of the radio frequency signal) stabilizes the amount of change in the intensity of the radio frequency signal during the predetermined time (eg, changes in the intensity of the radio frequency signal). The average / deviation for the quantity) sorts the i store access points 215 in descending order based on the pattern.

The store determination unit 125 may generate the radio frequency signal strength based on the ascending order of the radio frequency signal strength magnitudes transmitted from the i store access points 215 and the descending order of the radio frequency signal intensity change patterns. The at least one store having the store access point 215 that is larger and the pattern of the variation of the radio frequency signal strength is more stabilized is determined as at least one n-th store that the user of the smartphone 100 has visited or is planning to visit. .

If the camera module 112 is included in the R resources 114, the camera module 112 obtains image data of a subject in front of the camera lens on a predetermined frame basis, and checks the resource state. The unit 120 obtains image data corresponding to any one of the video data among the image data acquired through the camera module 112.

When the image data is obtained, the resource state checking unit 120 matrixes the obtained image data for each pixel to extract color / saturation values for each pixel. Here, the color / saturation values are extracted through Equation 1, Y 'is a color value, and U and V are chroma values.

<Equation 1>

When the color / saturation value for each pixel is extracted, the resource state checking unit 120 compares a value obtained from the pixel area divided based on the extracted color / saturation value with the pixel matrix area detection value. A pixel region having a similar value within a range is detected as the pixel matrix region.

According to an embodiment of the present invention, when the pixel matrix region detection value is a color / saturation value for each pixel, the resource state checking unit 120 may determine a pixel region that is divided based on the extracted color / saturation value for each pixel region. A pixel area having a similar value within a preset range may be detected as the pixel matrix area by comparing a hue / saturation value with the pixel matrix area detection value.

Alternatively, when the pixel matrix region detection value is an average value of hue / saturation, the resource state checking unit 120 may determine the hue / saturation value of the pixel region divided based on the extracted hue / saturation value for each pixel region. An average value may be calculated, and the pixel area having a similar value within a predetermined range may be detected as the pixel matrix area by comparing the calculated color / saturation average value with the pixel matrix area detection value.

Alternatively, when the pixel matrix area detection value is a geometric structure or a symbol / pattern pattern value, the resource state checking unit 120 may define a boundary line for the pixel area divided based on the extracted color / saturation value for each pixel area. The pixel region having a similar value within a predetermined range may be detected by comparing the geometry or symbol / pattern pattern value of the determined boundary line with the pixel matrix region detection value.

When the pixel matrix region matching the pixel matrix region detection value is detected from the image data, the resource state checking unit 120 determines the geometry of the pixel matrix region determined through the hue / saturation values. For example, the geometry of the pixel matrix region may include a geometry in which perspective is felt (eg, a trapezoidal structure, an egg structure).

When the geometry of the pixel matrix region is determined, the resource state checking unit 120 determines an angle between the pixel matrix surface displayed in the image data and the camera lens surface through the perspective ratio included in the geometry of the pixel matrix region. To calculate. Here, the angle includes the pixel matrix surface and the camera lens surface in the x, y, z axis angle value.

When the angle formed between the pixel matrix surface and the camera lens surface is calculated, the resource state checking unit 120 substitutes the calculated angle into a preset coordinate transformation equation so that the pixel matrix surface and the camera lens surface are parallel to each other. Coordinate transformation is performed on the pixel matrix region, and the coordinate transformation equation is represented by Equation 2 below.

<Equation 2>

If the pixel matrix area is coordinate-transformed such that the pixel matrix plane and the camera lens plane are parallel, the resource state checking unit 120 identifies the pixel matrix area from the coordinate-transformed pixel matrix area. Extract

According to an embodiment of the present invention, when the image displayed on the store identification is an encoded image, the pixel matrix identification value may include a code value encoded in the pixel matrix region.

According to another embodiment of the present invention, when the image displayed on the store identification is a logo image or a pattern / symbol image, the pixel matrix identification value is compared with the pixel pattern value or pattern / pattern / pixel pattern value of the pixel matrix area. It may include a symbol image pattern value.

When the pixel matrix identification value is extracted, the store determination unit 125 compares the extracted pixel matrix identification value with the N store identification values held in the medium, where n is equal to or equal to n (1 ≦ n ≦ N). ) The store corresponding to the store identification value is determined as the n-th store visited by the user (or scheduled to visit).

Referring to FIG. 1, when the resource state value is within a predetermined range of the resource state determination value, the smartphone 100 may include an application corresponding to the nth store in a program memory of the smartphone 100. An application checking unit 130 for checking whether the application is confirmed; and activating an application mode for executing the application if the application is confirmed; An application operation unit 135 for activating an application mode, an event detection unit 140 for detecting an event value corresponding to an event identification value for loading the application when the application mode is activated, the event value and the application mode Combine the award And a application controller 145 for controlling so that the application is loaded.

When at least one n-th store that the user has visited or is going to be visited is determined through the store determining unit 125, the application checking unit 130 determines an n-th store identification value corresponding to the n-th store from the medium. Check at least one application identification value associated with the. If the m-th store group identification value for identifying the m-th (1≤m≤M) store group to which the n-th store identification value belongs is maintained in the medium, the application checking unit 130 stores the first item from the medium. The n-th store group identification value to which the store belongs is identified and at least one application identification value connected to the m-th store group identification value is identified.

When at least one application identification value associated with the n-th store identification value (or the m-th (1≤m≤M) store group identification value to which the n-th store belongs) is identified, the application verification unit 130 may be configured to execute the smart phone ( Extracts an application identification value identifying each application from the application recorded in the program memory of 100), compares the extracted application identification value with the application identification value held on the medium, and stores the n-th store in the program memory. Check whether the application associated with the identification value (or the m (1≤m≤M) store group identification value to which the nth store belongs) is recorded.

When the application is recorded in the program memory, the application operating unit 135 activates an application mode (hereinafter referred to as an "application execution mode" for convenience) for executing the application recorded in the program memory.

According to the first embodiment of the present invention, the application execution mode displays an icon (or content) corresponding to the application on a screen region and then executes the application in response to a selection event of the icon (or content). As an application mode, the event detector 140 detects a selection event of an icon (or content) displayed on the screen region, and the application controller 145 responds to the selection event of the icon (or content). Launches at least one application associated with the n-th store that has visited or is going to visit.

According to the second exemplary embodiment of the present invention, the application execution mode displays an icon (or content) corresponding to the application on a program selection screen of the smartphone 100 and then selects an event of the icon (or content) selection. In response, the application mode for executing the application, the event detection unit 140 detects the selection event of the icon (or content) displayed on the program selection screen, the application control unit 145 of the icon (or content) In response to the selection event, the user executes at least one application associated with the n-th store visited or to be visited.

According to the third embodiment of the present invention, the application execution mode detects at least one signal (or combination of signals) associated with the operation of the smartphone 100 as a trigger signal to provide an application execution request interface for the application. An application mode for executing the application by detecting a user's response to the interface after displaying the event, the event detection unit 140 detects the user's response to the application execution request interface, the application control unit 145 Run at least one application associated with an n-th store that the user has visited or is planning to visit based on the user's response.

According to the fourth embodiment of the present invention, the application execution mode is an application mode for automatically executing the application by detecting at least one signal (or combination of signals) associated with the operation of the smartphone 100 as a trigger signal. The event detector 140 detects a trigger signal associated with an operation of the smartphone 100, and the application controller 145 is associated with an n-th store that the user has visited or is planning to visit based on the trigger signal. Automatically launch at least one application.

On the other hand, when the application is not recorded in the program memory, the application operating unit 135 downloads the application from the storage medium on the communication network and writes to the program memory (hereinafter referred to as "application installation mode" for convenience) Can be activated).

According to the first exemplary embodiment of the present invention, the application installation mode selects the icon (or content) after displaying an icon (or content) corresponding to the nth store (or m-th store group) on a screen region. An application mode for downloading an application associated with the n-th store (or the m-th store group to which the n-th store belongs) in response to an event and recording it in the program memory, wherein the event detector 140 displays an icon displayed on the screen region. After detecting a selection event (or content), the application controller 145 downloads the application from a storage medium on a communication network and records the application in the program memory in response to the selection event of the icon (or content).

According to the second exemplary embodiment of the present invention, the application installation mode may display an icon (or content) corresponding to the nth store (or mth store group) on a program selection screen of the smartphone 100, and then An application mode for downloading an application associated with the n-th store (or the m-th store group to which the n-th store belongs) in response to a selection event of an icon (or content) and recording it in the program memory. Detecting a selection event of an icon (or content) displayed on the program selection screen, the application control unit 145 downloads the application from a storage medium on a communication network in response to the selection event of the icon (or content) to download the application memory. To record.

According to the third embodiment of the present invention, the application installation mode detects at least one signal (or combination of signals) associated with the operation of the smartphone 100 as a trigger signal to detect the n-th store (or n-th store). An application mode for downloading an application associated with the m-th store group belonging to the program and recording it in the program memory, wherein the event detector 140 detects a trigger signal associated with an operation of the smartphone 100, 145 downloads the application from the storage medium on the communication network and writes it to the program memory based on the trigger signal.

According to the exemplary embodiment of the present invention, the application control unit 145 provides the application identification value to the application operation server 200 operating the storage medium on the communication network, thereby providing the application identification value from the application operation server 200. The application installation data corresponding to the can be downloaded.

According to another exemplary embodiment of the present invention, when the application installation data and the n-th store identification value (or m-th store group identification value) are connected and maintained to a storage medium on the communication network, the application control unit 145 controls the application. By providing the n-th store identification value (or the m-th store group identification value) to the operation server 200 to download the application installation data, thereby the present invention is not limited.

After the application is downloaded to the program memory and recorded in the program memory, the application controller 145 may automatically switch the application mode to the application execution mode, whereby the downloaded application may be executed.

Figure 2 is a diagram showing the configuration of the application operating server 200 in conjunction with the smartphone 100 in accordance with an embodiment of the present invention.

In more detail, FIG. 2 illustrates an application operation server that loads an application based on resource state values obtained from r resources 114 among R resources 114 included in the smartphone 100 illustrated in FIG. 1. As illustrated in FIG. 2, a person having ordinary knowledge in the technical field to which the present invention pertains may refer to and / or modify this drawing 2 and various implementation methods for configuring the application operating server 200 ( For example, some steps may be omitted, or the order of implementation may be changed), but the present invention includes all the implementation methods inferred, and the technical features may be modified only by the implementation method shown in FIG. It is not limited.

Referring to FIG. 2 according to an embodiment of the present disclosure, the application operation server 200 may determine resource state determination values and resource state of r resources 114 to be connected to an application among the R resources 114. An application identification value identifying an application to be driven from a value and an event identification value identifying an event for driving the application are connected to each other and maintained on a medium. Medium management means 205 for providing a resource status determination value and an application identification value, the resource status determination value being maintained on the medium together with N store identification values identifying the N stores; It may be maintained in the medium together with the M store group identification values.

When the resource status determination value for the r resources 114 of the R resources 114 included in the smart phone 100 is requested from the program provided in the smart phone 100, the medium operating means 205 Extracts the requested at least one resource state determination value from the medium and provides the extracted resource state determination value to the smart phone 100, and may further provide an application identification value connected to the resource state determination value according to the intention of a person skilled in the art.

When an application identification value corresponding to the resource status determination value is requested from a program included in the smart phone 100, the media operating means 205 checks an application identification value connected to the resource status determination value from the medium. Provided to the smartphone 100.

If the event identification value for loading the application corresponding to the application identification value is different for each application, the media operating means 205 may connect the application identification value and the event identification value to maintain the media in the smart device. In the process of transmitting the application identification value to the phone 100, the event identification value may be attached to the application identification value and transmitted to the smartphone 100.

On the other hand, the medium may be provided in the smart phone 100, in this case, the medium operating means 205 of the application operating server 200 can be omitted.

Referring to FIG. 2, the application operation server 200 connects an application identification value and application installation data and maintains it in a storage medium, and when the application identification value is received from a program included in the smartphone 100, Application providing means 210 for providing the application installation data associated with the received application identification value to the smart phone 100.

According to another exemplary embodiment of the present invention, the application installation data may be maintained in the storage medium in connection with a store identification value (or a store group identification value), in which case the application providing means 210 may use the smart phone ( The application installed data connected thereto may be provided to the smartphone 100 by receiving the n-th store identification value (or m-th store group identification value) which the user has visited or is going to visit from the program included in 100). .

3 is a diagram illustrating a process of determining a resource state value for loading an application according to an embodiment of the present invention.

In more detail, FIG. 3 shows that when the position positioning module 110 is included in the R resources 114, the positioning is periodically performed through the positioning module 110 of the smartphone 100 shown in FIG. The process of determining the n-th store, which the user of the smartphone 100 visits or is expected to visit, based on the final position coordinate value among the calculated position coordinate values, the general knowledge in the art to which the present invention pertains. If the person having the present invention, the various embodiments of the resource state value determination process (for example, some steps are omitted or the order is changed) can be inferred by referring to and / or modifying the drawing 3. The invention includes all the inferred implementation methods, and the technical features are not limited only to the implementation method shown in FIG.

Referring to FIG. 3, the medium identification unit (or the media operating unit 205) maintains N store location coordinate values in the medium as the resource state determination value (300). The store location coordinate value may be maintained in the medium in connection with the store identification value, and may be maintained in the medium in connection with the store group identification value to which each store belongs or in connection with the application identification value.

In the state in which the N store location coordinate values are maintained in the medium, the resource state checking unit 120 performs the last positioning of the last position coordinates of the smartphone 100 that is periodically positioned through the positioning module 110. The location coordinate value is checked and maintained (305).

If the final position coordinate value is checked / maintained (310), the resource state checking unit 120 may check and maintain the position state value corresponding to the final position coordinate value of the smartphone 100 (315). ), If it is possible to determine the nth store capable of connecting the shortest wire through the final position coordinate value, it is not necessary to check and maintain the position state value (320).

The store determination unit 125 checks i store location coordinate values close to a final location coordinate value of the smart phone 100 within a predetermined distance through the medium (325).

If the i store location coordinate values are confirmed (330), the store determination unit 125 is the shortest line on the geographic information through the final position (or location state value) of the smart phone 100 of the i stores The at least one store that can be connected is determined as the nth store that the user has visited or is expected to visit (335), and the process of determining the nth store may include a program corresponding to the program configuration shown in FIG. It is repeated 340 while the phone 100 is driven and executed.

4 is a diagram illustrating a process of determining a resource state value for loading an application according to another exemplary embodiment of the present invention.

In detail, FIG. 4 illustrates at least one of the short range wireless communication module 111 of the smart phone 100 illustrated in FIG. 1 when the R resources 114 include the short range wireless communication module 111. The process of determining the n-th store, which the user of the smartphone 100 has visited or is planning to visit, based on the communication state between the access points 215 of the present invention, is commonly known in the art. If the person having the present invention, the various embodiments of the resource state value determination process (for example, some steps may be omitted or changed in order) may be inferred by referring to and / or modifying the present invention. The present invention includes all the inferred implementation methods, and the technical features are not limited only to the implementation method illustrated in FIG.

Referring to FIG. 4, the medium identification unit (or the media operating unit 205) maintains the N access point identification values in the medium as the resource state determination value (400). The access point identification value may be maintained in the medium in connection with the store identification value, and may be maintained in the medium in connection with the store group identification value to which each store belongs or in connection with the application identification value.

In a state where the N access point identification values are maintained in the medium, the resource state checking unit 120 detects at least one access point 215 near a predetermined distance through the short range wireless communication module 111 (405). ).

If at least one access point 215 is detected through the short range wireless communication module 111 (410), the resource status checking unit 120 accesses the detected at least one access point 215. An identification value is obtained (415).

If the access point identification value for the detected access point 215 is obtained (420), the resource status checking unit 120 is the number of N (N≥1) retained in the medium and the obtained access point identification value By comparing the access point identification values identifying the access point 215 provided in the store, the i store access point identification values which are proximate within a predetermined distance are checked (425).

If the i connection point identification values are confirmed (430), the store determination unit 125 sorts the radio frequency signal strength magnitudes transmitted from the i store access points 215 in ascending order and the radio frequency signal strength. After arranging the change patterns in descending order, the user of the smartphone 100 may display at least one store having a store access point 215 where the radio frequency signal strength change pattern is larger and the radio frequency signal strength change pattern is more stabilized. Determining at least one n-th store that has been or is going to be visited (435), the step of determining the n-th store is a program corresponding to the program configuration shown in Figure 1 is driven by the smart phone 100 is executed Is repeated during the process (440).

5 is a diagram illustrating a process of determining a resource state value for loading an application according to another exemplary embodiment of the present invention.

In more detail, FIG. 5 illustrates the image data acquired through the camera module 112 of the smartphone 100 shown in FIG. 1 when the R module 114 includes the camera module 112. A process of detecting a pixel matrix region corresponding to an identification number attached to N (N≥1) stores and determining an n-th store that the user has visited or is planning to visit based on a code value encoded in the pixel matrix region As one skilled in the art to which the present invention pertains, various implementation methods (e.g., some steps may be omitted or ordered) for the resource status value determination process by referring to and / or modifying the present invention. May be inferred, but the present invention includes all the implementation methods inferred above, and the technical descriptions are given only by the implementation method shown in FIG. Jing is not limited.

Referring to FIG. 5, the medium checking unit (or the media operating unit 205) detects a pixel matrix region detection value for detecting a pixel region corresponding to the store identifications attached to the N stores as the resource state determination value. A store identification value matching the pixel matrix identification value corresponding to the detected pixel region is maintained in the medium (500). The pixel matrix area detection value and the store identification value may be connected to the store group identification value to which each store belongs or may be maintained in the medium in connection with the application identification value.

In a state where the N pixel matrix area detection values and the store identification values are maintained in the medium, the resource state checking unit 120 obtains image data of a subject in front of the camera lens through the camera module 112 ( 505).

If the image data is obtained (510), the resource state checking unit 120 reads the hue / saturation value of the obtained image data to obtain a similarity within the preset range with the pixel matrix region detection value held in the medium. The pixel matrix area having the detected value is detected (515).

If the pixel matrix area is detected (520), the pixel matrix plane and the camera lens plane are parallel to each other based on the geometry of the pixel matrix area determined by the resource state checking unit 120 using the hue / saturation values. The pixel matrix region is coordinate-transformed so as to be 525.

If the pixel matrix region is coordinate transformed (530), the resource state checking unit 120 extracts a pixel matrix identification value identifying the coordinate transformed pixel matrix region (535), and the store determination unit 125 Compares the extracted pixel matrix identification value with the N store identification values maintained in the medium to determine at least one n-th store visited by the user (or scheduled to be visited) (540), and determines the n-th store. The process is repeated while the program corresponding to the program configuration shown in FIG. 1 is driven and executed in the smartphone 100 (545).

6 is a diagram illustrating a process of loading an application of a visited (or scheduled to visit) store of a user of the smartphone 100 according to an embodiment of the present invention.

In more detail, FIG. 6 illustrates that the r resource state values (or r resource state value combinations) are determined by the r resource state determination values (or r) through at least one of the processes illustrated in FIGS. 3 to 5. And a case where the user of the smart phone 100 visits (or is scheduled to visit) the application of the n-th store when the data is included in a certain range), the present invention belongs to the present invention. Those skilled in the art will be able to infer various implementation methods (eg, some steps may be omitted or reordered) for the application loading process by referring to and / or modifying the drawing of FIG. 6. The present invention includes all the implementation methods inferred, and the technical features are not limited only to the implementation method shown in FIG. .

Referring to FIG. 6, the medium identifying unit (or the media operating unit 205) maintains an application identification value on the medium identifying an application associated with the resource state determination value (600).

The r resource state values (or r resource state value combinations) are converted into the r resource state determination values (or a combination of r resource state determination values) through at least one of the processes illustrated in FIGS. 3 to 5. On the basis of being included in a certain range of, when the n-th store is visited or scheduled to be visited by the user of the smartphone 100, the application verification unit 130 stores the n-th store in the program memory of the smartphone 100. It is checked whether the application corresponding to is recorded (605).

If an application corresponding to the nth store is recorded in the program memory (610), the application operation unit 135 activates an application execution mode for executing the application (615).

In the state in which the application execution mode is activated (620), the event detector 140 checks whether an event value corresponding to an event identification value for executing the application is detected (625), and if the event value for executing the application If detected (630), the application control unit 145 executes and loads the application recorded in the program memory (635).

On the other hand, if the application corresponding to the n-th store is not recorded in the program memory (610), the application operation unit 135 downloads the application from a storage medium on a communication network and writes an application installation mode to the program memory. Activate (640).

In the state in which the application installation mode is activated (645), the event detector 140 checks whether an event value corresponding to an event identification value for downloading the application is detected (650), and if the event value for downloading the application If detected (655), the application control unit 145 downloads the application from the storage medium on the communication network and writes it to the program memory (660), the application mode for the application recorded in the program memory Switch to 665.

In the state in which the application execution mode is switched (620), the event detector 140 checks whether an event value corresponding to an event identification value for executing the application is detected (625), and if the event value for executing the application If detected (630), the application control unit 145 executes and loads the application recorded in the program memory (635).

114: resource 115: medium holding unit
120: resource status check unit 125: store determination unit
130: application confirmation unit 135: application operation unit
140: event detection unit 145: application control unit

Claims (14)

In a smart phone having R (R> 1) resources capable of obtaining a resource state value,
A resource state checking unit for checking whether a resource state value periodically obtained from r (1 <= 1 <= R) resources of the R resources is within a predetermined range of a resource state determination value held in a medium;
When the resource state value is within a predetermined range of the resource state determination value, the application memory reads the program memory of the smartphone and is connected to the resource state determination value and is matched with an application identification value maintained on a medium to the program memory. An application checking unit to check whether it is recorded;
An application operating unit for activating an application mode for executing the application when the application is confirmed, and for activating an application mode for downloading the application from a storage medium on a communication network and writing it to the program memory if the application is not verified;
An event detector configured to detect an event value corresponding to an event identification value for loading the application when the application mode is activated; And
And an application controller for controlling the application to be loaded by combining the event value and the application mode.
The method of claim 1,
The resource,
At least one location positioning module, a short-range wireless communication module, a camera module provided in the smartphone,
The resource state value is,
A position state value for determining a position state on geographic information with respect to the final position coordinate value of the smartphone positioned via the position positioning module;
A communication state value determined based on a radio frequency signal strength between the short range wireless communication module and an access point within a predetermined distance;
The pixel matrix identification value extracted from the pixel matrix region included in the image data obtained through the camera module comprises at least one pixel matrix state value which is consistent with or similar to the identification value held in the medium. Smartphone characterized by.
The method of claim 1,
A resource status determination value of r resources to be connected with an application among the R resources, an application identification value identifying an application to be driven from the resource status value, and an event identification value identifying an event for driving the application are connected to a medium. A smartphone comprising a medium holding unit for holding.
The method of claim 1,
A resource status determination value for r resources to be connected to an application among the R resources, a store identification value for identifying a store corresponding to the resource state value among N (N≥1) stores, and an application to be operated in the N stores. And a medium holding unit configured to connect an application identification value for identifying an event identification value and an event identification value for identifying an event for driving the application to be maintained on the medium.
The method of claim 1,
A resource status determination value for r resources to be connected to an application among the R resources and a store identification value for identifying a store corresponding to the resource status value among N (N≥1) stores and at least one of the N stores M (M≥1) store group identification values to which the store belongs, an application identification value identifying an application corresponding to each of the M store groups, and an event identification value identifying an event driving the application are maintained in the medium. Smart phone characterized in that it further comprises a medium holding unit.
The method of claim 1,
When the resource status values for the r resources and a store identification value for identifying a store corresponding to the resource status value among N (N≥1) stores are connected to the medium and maintained, the resource status value is based on the resource status value. And a store determination unit for determining at least one n-th (1 ≦ n ≦ N) store of the N stores that the smartphone user has visited (or scheduled to visit).
The method of claim 6, wherein the store determination unit,
When the resource status value includes the location status value of the smartphone positioned through the location positioning module, the shortest copper connection is performed on the geographic information based on the location status value corresponding to the final location coordinate value located through the location positioning module. A smartphone, characterized in that for determining this possible store as the at least one n-th store that the user has visited (or scheduled to visit).
The method of claim 6, wherein the store determination unit,
When the resource state value includes a communication state value between a short distance wireless communication module and an access point within a predetermined distance, a signal having a greater radio frequency signal strength transmitted for a predetermined time from the access point detected through the short distance wireless communication module. Smartphones, characterized in that to maintain the strength, the store is equipped with a connection point that the signal strength pattern is stabilized during the predetermined time as at least one n-th store that the user visited (or scheduled to visit) .
The method of claim 6, wherein the store determination unit,
If the resource state value includes a pixel matrix state value for the image data obtained through the camera module, the pixel matrix identification value extracted from the pixel matrix region on the image data obtained through the camera module and held in the medium. A smart phone, characterized in that for determining at least one store where the user has visited (or scheduled to visit) a store having N store identification values that match or remain similar.
The method of claim 1, wherein the application mode for running the application,
A mode in which the icon (or content) corresponding to the application is displayed on a predetermined screen area and then the application is executed in response to a selection event of the icon (or content);
A mode for displaying the icon (or content) corresponding to the application on a program selection screen of the smartphone and then executing the application in response to a selection event of the icon (or content);
Detecting at least one signal (or combination of signals) associated with the operation of the smartphone as a trigger signal to display an application execution request interface for the application, and then detecting the user's response to the interface to execute the application; mode,
And at least one signal (or combination of signals) associated with the manipulation of the smartphone as a trigger signal to automatically execute the application.
The method of claim 1, wherein the application mode to download the application and write to the program memory,
Respond to a selection event of the icon (or content) after displaying an icon (or content) corresponding to the n-th store (or the m-th (1≤m≤M) store group to which the n-th store belongs) on a screen region To download an application associated with the n-th store (or the m-th store group to which the n-th store belongs) and to record in the program memory;
Displaying an icon (or content) corresponding to the n-th store (or the m-th store group to which the n-th store belongs) on a program selection screen of the smartphone, and then responding to the selection event of the icon (or content); a mode for downloading an application associated with a store (or a m store group to which the nth store belongs) and writing the same to the program memory;
Detects at least one signal (or combination of signals) associated with the operation of the smartphone as a trigger signal and downloads an application associated with the nth store (or the mth store group to which the nth store belongs) and records it in the program memory. Smartphone, comprising any one of the modes.
In a program that can be executed in a smartphone having R (R> 1) resources capable of obtaining a resource status value,
The program, the smart phone,
A resource state checking unit for checking whether a resource state value periodically obtained from r (1 <= 1 <= R) resources of the R resources is within a predetermined range of a resource state determination value held in a medium;
When the resource state value is within a predetermined range of the resource state determination value, the application memory reads the program memory of the smartphone and is connected to the resource state determination value and is matched with an application identification value maintained on a medium to the program memory. An application checking unit to check whether it is recorded;
An application operating unit for activating an application mode for executing the application when the application is confirmed, and for activating an application mode for downloading the application from a storage medium on a communication network and writing it to the program memory if the application is not verified;
An event detector configured to detect an event value corresponding to an event identification value for loading the application when the application mode is activated; And
And an application control unit which combines the event value and the application mode to control the application to be loaded.
The method of claim 12, wherein the program comprises:
When the resource status values for the r resources and a store identification value for identifying a store corresponding to the resource status value among N (N≥1) stores are connected to the medium and maintained, the resource status value is based on the resource status value. And operating as a store determination unit for determining at least one (n &lt; = &lt; = n &lt;)&gt; N stores of the N stores that the smartphone user has visited (or scheduled to visit).
A method of loading a smartphone application by determining the resource status value in a smartphone having R (R> 1) resources capable of obtaining a resource status value,
Checking whether a resource state value periodically obtained from r (1 <= 1 <= R) resources of the R resources falls within a predetermined range of a resource state determination value held in a medium;
When the resource state value is within a predetermined range of the resource state determination value, the application memory reads the program memory of the smartphone and is connected to the resource state determination value and is matched with an application identification value maintained on a medium to the program memory. Checking if it is recorded;
Activating an application mode for executing the application if the application is confirmed; activating an application mode for downloading the application from a storage medium on a communication network and writing it to the program memory if the application is not verified;
If the application mode is activated, detecting an event value corresponding to an event identification value loading the application; And
Controlling the application to be loaded by combining the event value and the application mode; and determining a resource state value to load the smartphone application.

Images