KR102250543B1 - Method for Managing Hourly Wage Part-Time Job by using Touch Module - Google Patents

Abstract

The present invention relates to an hourly payment management method using a touch module, in a method executed through a server communicating with an employee's device having a capacitive touch screen, the capacitive touch screen Module identification information and the touch module for identifying a touch module manufactured by arranging a geometric relationship including a relative distance relationship and an angular relationship based on a designated coordinate system between the midpoints of a plurality of touchable touch units in a unique geometric relationship previously designed not to overlap Mapping and storing the employer information of the employer who owns the job, the employee information that has established a specified employment relationship with the employer and the employer information are mapped and stored, and from the employee's device equipped with a capacitive touch screen to a capacitive touch screen. Receives touch characteristic information including component values capable of discriminating a geometric relationship including distance relations and angular relations between a plurality of touched touch points, and the capacitive touch using component values included in the touch characteristic information Authenticate whether the geometrical relationship between the plurality of touch points touched on the screen is matched within the allowable range with the geometrical relationship in the design of the plurality of touch units provided in the designated touch module, and based on the module identification information of the authenticated touch module Certifies whether the authenticated touch module is a touch module of an employer that has established an employment relationship with an employee using the device, and the geometrical relationship between the plurality of touch points is a design geometrical relationship of a plurality of touch units provided in the employer's touch module When the matching is authenticated within the allowable range, a touch time value corresponding to a time point at which the employer's touch module is touched through a capacitive touch screen provided in the employee's device is stored in a designated storage area.

Description

Method for Managing Hourly Wage Part-Time Job by using Touch Module}

The present invention is a method executed through a server that communicates with an employee's device having a capacitive touch screen, based on a coordinate system designated between the centers of a plurality of touch units capable of capacitive touch on the capacitive touch screen by the capacitance of the human body The module identification information identifying the touch module produced by arranging the geometric relationship including the relative distance relationship and the angular relationship in a unique geometric relationship previously designed not to be overlapped, and the employer information of the employer who owns the touch module are mapped and stored. , The employee information that has established a specified employment relationship with the employer and the employer information are mapped and stored, and the distance relationship and angle relationship between the plurality of touch points touched on the capacitive touch screen from the employee's device equipped with the capacitive touch screen A geometric relationship between a plurality of touch points touched on the capacitive touch screen is received by receiving touch characteristic information including a component value capable of determining a geometrical relationship including, and using component values included in the touch characteristic information Authenticates whether the design geometrical relationship of the plurality of touch units provided in the designated touch module matches within the allowable range, and the certified touch module employs the employee using the device based on the module identification information of the certified touch module. When it is authenticated whether the relationship is established by the touch module of the employer, and when the geometrical relationship between the plurality of touch points is matched within the allowable range with the geometrical relationship in the design of the plurality of touch units provided in the touch module of the employer, the employee's The present invention relates to a method for managing an hourly payment using a touch module in which a touch time value corresponding to a time point at which the employer's touch module is touched is stored in a designated storage area through a capacitive touch screen provided in a device.

When a touch module provided with a predetermined number of touch units made of conductive material is touched on a capacitive touch screen as previously designed, it authenticates and uses it as an authentication means and/or identification means for providing various services, thereby providing a service for managing the hourly payment Is initiated.

Conventional hourly wage management is managed through manual input, or when the management itself is not performed, there are frequent disputes related to wages according to the hourly wages between the employer and the employee at the time of paying the wages.

Meanwhile, a conventional capacitive touch screen is designed to use a touch by a user's finger as an input means, and is also optimized to do so. That is, the capacitive touch screen provided in a wireless terminal such as a recently activated smartphone or tablet PC is designed and manufactured to be used as an input means for touch input, but it is technically difficult to use it as an authentication means or identification means. It has a difficult problem.

In order to use a touch module with a touch part made of a conductive material as an authentication or identification means, the geometrical characteristic relationship formed by each touch part provided in each touch module must be unique and recognized by all types of capacitive touch screens. Be aware of it as much as possible. However, in the conventional capacitive touch optimized as an input means using a finger, it is only necessary to detect the point indicated by the capacitive touch touched on the capacitive touch screen, and the capacitive touch itself using a finger is basically relatively wide. Since it has a contact area, it is an analog method that calculates the approximate midpoint of a large contact area and detects it as a point indicated by the capacitive touch. Therefore, even if the same part of the capacitive touch screen is touched capacitively using the same finger, the points detected for each touch are detected differently. In this way, it is technically very difficult to use the capacitive touch optimized as an input means using a finger as an identification means and/or an authentication means for managing an hourly payment.

An object of the present invention for solving the above problems is, in a method executed through a server communicating with an employee's device having a capacitive touch screen, the capacitive touch on the capacitive touch screen by the capacitance of the human body The touch module and module identification information for identifying a touch module manufactured by arranging a geometric relationship including a relative distance relationship and an angular relationship based on a designated coordinate system between the center points of a plurality of possible touch units in a unique geometric relationship previously designed not to be overlapped, and the touch module are provided. From the first step of mapping and storing the employer information of the owned employer and the second step of mapping and storing the employee information and the employer information that have established a specified employment relationship with the employer, and the employee's device equipped with a capacitive touch screen. A third step of receiving touch characteristic information including a component value capable of discriminating a geometric relationship including a distance relationship and an angular relationship between a plurality of touch points touched on the capacitive touch screen, and a component included in the touch characteristic information Authenticates whether a geometric relationship between a plurality of touch points touched on the capacitive touch screen is matched within a design geometric relationship and an allowable range of a plurality of touch units provided in a designated touch module using a value, and the authenticated touch module A fourth step of authenticating whether the authenticated touch module is a touch module of an employer having an employment relationship with an employee using the device based on the module identification information, and a geometrical relationship between the plurality of touch points is applied to the touch module of the employer. When the geometrical relationship of the plurality of provided touch units and the matching within the allowable range are authenticated, a touch time value corresponding to the time point at which the employer's touch module is touched is designated through the capacitive touch screen provided in the employee's device. It is to provide an hourly payment management method using a touch module including a fifth step of processing to be stored in a storage area.

An hourly payment management method using a touch module according to the present invention is a method executed through a server communicating with an employee's device equipped with a capacitive touch screen, wherein the capacitive touch screen is touched by a capacitive touch screen by a human body's capacitance. The touch module and module identification information for identifying a touch module manufactured by arranging a geometric relationship including a relative distance relationship and an angular relationship based on a designated coordinate system between the center points of a plurality of possible touch units in a unique geometric relationship previously designed not to be overlapped, and the touch module From the first step of mapping and storing the employer information of the owned employer and the second step of mapping and storing the employee information and the employer information that have established a specified employment relationship with the employer, and the employee's device equipped with a capacitive touch screen. A third step of receiving touch characteristic information including a component value capable of discriminating a geometric relationship including a distance relationship and an angular relationship between a plurality of touch points touched on the capacitive touch screen, and a component included in the touch characteristic information Authenticates whether a geometric relationship between a plurality of touch points touched on the capacitive touch screen is matched within a design geometric relationship and an allowable range of a plurality of touch units provided in a designated touch module using a value, and the authenticated touch module A fourth step of authenticating whether the authenticated touch module is a touch module of an employer having an employment relationship with an employee using the device based on the module identification information, and a geometrical relationship between the plurality of touch points is applied to the touch module of the employer. When the geometrical relationship of the plurality of provided touch units and the matching within the allowable range are authenticated, a touch time value corresponding to the time point at which the employer's touch module is touched is designated through the capacitive touch screen provided in the employee's device. And a fifth step of processing to be stored in the storage area.
In the hourly pay management method using a touch module according to the present invention, the salary to be paid in response to the working hours in which the employee worked based on the touch time value at the time of work or the touch time value at the time of work stored in a designated storage area. It characterized in that it further comprises the step of calculating the time or adjusting the calculated salary time in conjunction with the employer terminal.
An hourly payment management method using a touch module according to the present invention includes a specified number of capacitive touch units in the hourly payment management method using a touch module executed by a server communicating with a device having a capacitive touch screen. A first step of mapping and storing module identification information for identifying a touch module having a unique design touch characteristic to be expressed at the time of being touched on a capacitive touch screen and information on an employer provided with the touch module, and capacitive touch A second step of receiving touch characteristic information for determining touch characteristics for a specified number of touch points touched on the capacitive touch screen from a device having a screen, and the capacitive touch screen using the touch characteristic information. The third step of authenticating whether the unique touch characteristics of the touched touch points match the design touch characteristics to be developed at the time of touching the touch module of the employer in which the employment relationship is established with the employee using the device on the capacitive touch screen. And, when the unique touch characteristic of the touch point matches the design touch characteristic of the employer's touch module, it corresponds to the time when the employer's touch module is touched on the capacitive touch screen provided in the employee's device. And a fourth step of processing to store the touch time value.

According to the present invention, the module identification information is a touch authentication condition for authenticating the touch characteristics of the touch module provided to the employer, a serial code assigned to the touch module provided to the employer, the touch authentication condition or identification mapped with the serial code. It may include at least one of the codes.

According to the present invention, the method for managing an hourly wage system using the touch module includes the steps of receiving information on an employee in which an employment relationship with the employer is established from an employer terminal and checking salary standard information corresponding to the employment relationship, and the employee information And mapping and storing the salary standard information with the employer information. Meanwhile, the salary standard information may include a salary amount per unit time.

According to the present invention, the method of managing an hourly payment using the touch module may further include the step of reading the received touch characteristic information and confirming a unique touch characteristic for a touch point touched on the capacitive touch screen. have.

According to the present invention, the touch characteristic for the touch point may include a geometric characteristic relationship for a specified number of touch points corresponding to an arbitrary calculated position. On the other hand, the geometrical characteristic relationship is a characteristic of specifying the number of touch points touched on the capacitive touch screen, and a touch that touches the touch unit provided in the touch module under conditions different from other touch points among the touch points touched on the capacitive touch screen It may include a characteristic for identifying at least one reference point corresponding to a point, a characteristic for determining a distance relationship between the reference point and each touch point, and a relationship between a characteristic for determining an angular relationship between the reference point and each touch point. .

According to the present invention, the third step may include authenticating whether the geometrical relationship between each touch point includes a geometrical relationship that can be formed by touching the touch portion of the touch module to the capacitive touch screen.

According to the present invention, the third step includes at least one touch point corresponding to a touch point that touches a touch unit provided in the touch module under a condition different from another touch point among the touch points in order to read the geometric characteristic relationship of each touch point. It may include the step of identifying the reference point.

According to the present invention, the third step may include reading each touch point and calculating a geometric characteristic relationship between each touch point based on the identified reference point. Meanwhile, the calculated geometrical characteristic relationship includes a distance relationship for each touch point, an angular relationship formed by each touch point, a distance relationship between the reference point and each touch point, an angular relationship formed by the reference point and each touch point, and the distance. It may include at least one of a combination of a relationship and an angular relationship. Meanwhile, the calculated geometrical characteristic relationship,

It can be calculated by including an error or probability distribution for a geometric characteristic relationship.

According to the present invention, the third step is to analogly authenticate whether the geometric characteristic relationship of each touch point is matched within a design geometric characteristic relationship and a specified tolerance range for a specified number of touch units provided in the touch module. It may include steps.

According to the present invention, in the third step, the geometrical characteristic relationship between the reference point identified by reading each touch point and each of the touch points is allowed to designate the geometric characteristic relationship in the design for a specified number of touch units provided in the touch module. A procedure of authenticating whether a match is within an error range in an analog manner may be performed.

According to the present invention, the touch time value may include a touch time value at the time of leaving work or a touch time value at the time of leaving work.

According to the present invention, the fourth step is a touch authentication result of identifying that the unique touch characteristic of the touch point matches the touch characteristic of the design for the touch module of the employer to the server side that calculates the salary to be paid to the employee. It may include the step of providing.

According to the present invention, the fourth step may include generating and storing the touch time value.

According to the present invention, the method for managing an hourly payment using the touch module may further include providing the stored one or more touch time values as a program provided in the employee's device.

According to the present invention, the method for managing an hourly payment using the touch module may further include providing the stored one or more touch time values and employee information to the employer terminal.

According to the present invention, the method of managing an hourly pay system using the touch module includes the steps of calculating a pay time to be paid for the employee's working hours, and a program provided in the employee's device with the calculated pay time. It may further include the step of providing. On the other hand, the hourly pay management method using the touch module further includes calculating pay hours to be paid for the working hours worked by the employee, and providing the calculated pay hours and employee information to the employer terminal. Can include. On the other hand, the salary time may be calculated as a salary time between a touch time value at the time of work and a touch time value at the time of work when the employee's salary standard includes the salary amount per hour. Alternatively, if the employee's salary standard includes the amount of salary per hour, the working hours between the touch time at work and the touch time at work are discarded for less than 30 minutes and rounded off for more than 30 minutes. The calculated pay hours can be included.

According to the present invention, the hourly pay management method using the touch module includes the steps of receiving a time adjustment value for the employee's pay time from the employer terminal, and adjusting the pay time of the employee using the time adjustment value. It may further include the step of. Meanwhile, the time adjustment value may include an adjustment value for a touch time value corresponding to a time point when the employer's touch module is touched on the capacitive touch screen provided in the employee's device. Alternatively, the time adjustment value may include an adjustment value for adding or subtracting the employee's salary time provided to the employer terminal. The method for managing an hourly wage system using the touch module may further include providing the employee's salary time adjusted using the time adjustment value as a program provided in the employee's device.

According to the present invention, the method for managing an hourly payment using the touch module includes using a touch time value corresponding to a time point at which the employer's touch module is touched on a capacitive touch screen provided in the employee's device Checking the salary time of the employee calculated by applying the time adjustment value received by the program of the employer terminal to the value, calculating the salary amount by applying the salary standard of the employee to the salary time, and the calculation It may further include the step of providing the paid amount to the program provided in the employee's device.

According to the present invention, the method for managing an hourly payment using the touch module includes using a touch time value corresponding to a time point at which the employer's touch module is touched on a capacitive touch screen provided in the employee's device or the touch time Checking the salary time of the employee calculated by applying the time adjustment value received by the program of the employer terminal to the value, calculating the salary amount by applying the salary standard of the employee to the salary time, and the calculation It may further include the step of providing the salary amount and employee information to the employer terminal.

According to the present invention, the employer is identified through a touch module provided to the employer, the employee is identified through a device having a capacitive touch screen touched by the employer's touch module, and the employer's touch module touches the employer's device. By using the designated time as the attendance time or the leave time, as well as being able to automatically check the employee's attendance status in real time, there is an advantage of conveniently managing the hourly wage to be paid to the employee based on the module touch using the touch module. It has the advantage of minimizing disputes over hourly wages between employers and employees.

1 is a diagram showing a schematic diagram of a system configuration for managing an hourly payment through a module touch using a touch module according to an embodiment of the present invention.
2 is a diagram showing a functional configuration of a recognition device according to an exemplary method of the present invention.
3 is a diagram showing a functional configuration of an employer terminal according to an embodiment of the present invention.
4A to 4F are diagrams illustrating a structure of a touch module according to an exemplary method of the present invention.
5 is a diagram showing the configuration of an hourly payment management system using a module touch according to an embodiment of the present invention.
6 is a diagram illustrating a process of registering a touch authentication condition for a touch module according to an exemplary method of the present invention.
7 is a diagram illustrating a process of registering an employer provided with a touch module according to an exemplary method of the present invention.
8 is a diagram illustrating a process of registering a touch module provided to an employer according to an embodiment of the present invention.
9 is a diagram illustrating a process of registering an employer having an employment relationship with an employer provided with a touch module according to an implementation method of the present invention.
10 is a diagram illustrating a process of recognizing a module touch using a touch module in a program of a recognition device according to an embodiment of the present invention.
11 is a diagram illustrating a process of authenticating a geometric characteristic relationship for N touch points touched on a capacitive touch screen according to an exemplary method of the present invention.
12 is a diagram illustrating a process of authenticating a code value associated with N touch points touched on a capacitive touch screen according to an exemplary method of the present invention.
13 is a diagram illustrating a process of providing a module touch-based hourly payment management using a touch module of an employer according to an implementation method of the present invention.
14 is a diagram illustrating hourly wage management information displayed on an employer terminal according to an implementation method of the present invention.
15 is a diagram illustrating a process of providing a module touch-based hourly payment management service through an employee recognition device according to an implementation method of the present invention.
16A and 16B are diagrams illustrating hourly wage management information displayed through a program provided in an employee's recognition device according to an embodiment of the present invention.
17 is a view showing a process of adjusting the pay time through the employee terminal according to the implementation method of the present invention.
18A and 18B are diagrams illustrating a screen for adjusting pay time based on module touch authentication according to an implementation method of the present invention.

Hereinafter, the operating principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings and the description to be described below are for a preferred implementation method among various methods for effectively describing the features of the present invention, and the present invention is not limited only to the following drawings and description.

That is, the following example corresponds to an example of a preferred union form among a number of examples of the present invention, and an example omitting a specific configuration (or step) in the following examples, or a specific configuration (or step) An embodiment of dividing a function implemented in a specific configuration (or step), or an embodiment of integrating a function implemented in two or more configurations (or steps) into any one configuration (or step), a specific configuration (or step) Even if not mentioned separately in the following examples, the examples and the like for replacing the operation sequence of all belong to the scope of the present invention clearly. In addition, in the following embodiments, a specific configuration unit implemented on the server side is implemented on the terminal side and the server side refers to it, or vice versa, in the following embodiments, a specific configuration unit implemented on the terminal side is implemented on the server side and It is clear that the embodiments using this also belong to the scope of the present invention. Therefore, it is clearly stated that various embodiments corresponding to a subset or a complementary set may be divided by retrospectively receiving the filing date of the present invention based on the following examples.

In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of users or operators. Therefore, the definition should be made based on the overall contents of the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following examples are a means for efficiently explaining the technical idea of the present invention to those of ordinary skill in the art to which the present invention pertains. Only.

1 is a diagram showing a schematic diagram of a system configuration for managing an hourly payment through a module touch using a touch module 300 according to an exemplary method of the present invention.

In more detail, FIG. 1 shows that the touch module 300 having a unique design touch characteristic to be expressed at the time when the capacitive touch screen 205 is touched, including the specified number of capacitive touch units 405 A touch module manufactured according to a pre-designed touch characteristic including the geometric characteristic relationship of the specified number of touch points touched on the capacitive touch screen 205 when touched on the device 200 having the type touch screen 205 Among the touch characteristics of 300 (or an object equipped with the touch module 300), a design touch characteristic uniquely assigned to the touch module 300 of an employer that has established an employment relationship with the employee using the device 200 and By authenticating whether it is matched, the employee is paid an hourly wage based on a touch time value corresponding to the time when the employer's touch module 300 is touched on the capacitive touch screen 205 provided in the employee's device 200 It schematically shows the configuration of the system to be managed.

The system of the present invention includes a touch module 300 manufactured by providing a designated number of touch units 405 made of a rubber-elastic conductive material in one area according to a previously designed and calculated geometrical characteristic relationship, and the touch module 300 ) Includes a device 200 having a capacitive touch screen 205 to be touched by a specified number of touch units 405. Hereinafter, touching the touch module 300 on the designated capacitive touch screen 205 is referred to as'module touch'. The module touch is touched with a characteristic distinct from touching a finger on the capacitive touch screen 205 for a touch input, and a detailed description thereof will be described in detail with reference to FIG. 2.

According to the implementation method of the present invention, the device 200 is a generic term for a device having a capacitive touch screen 205 capable of recognizing a module touch, and preferably, a part-time job for an hourly wage at a place equipped with the touch module 300. It may include a wireless terminal used or owned by the hired employee (eg, various smartphones equipped with a capacitive touch screen 205, various tablet PCs, various PDAs, various mobile phones, etc.). However, the device 200 of the present invention is by no means limited to the wireless terminal, and the device 200 is any device (eg, a laptop computer, a smart TV, a navigation device, etc.) equipped with a capacitive touch screen 205. It is expressly stated that it may be included. Meanwhile, the touch module 300 is preferably provided to an employer who employs an employee on an hourly basis. The employer side includes all of the employers provided with the touch module 300, affiliate stores that employ part-time jobs on an hourly basis, institutions, and companies. Preferably, the touch module 300 is used as a means for identifying or authenticating the employer side. On the other hand, the employer side has a terminal for managing the hourly wage-based part-time job, and the terminal used by the employer to manage the hourly wage-based part-time job is referred to as'employer terminal 300'. Employer terminal 300 is a wireless terminal used by the employer (e.g., various smartphones equipped with a capacitive touch screen 205, various tablet PCs, various PDAs, various mobile phones, etc.) or a terminal device provided on the employer side (for example, , POS terminals, computers, notebooks, etc.).

According to an embodiment of the present invention, the device 200 recognizes a specified number of touch points touched on the capacitive touch screen 205 using the touch module 300, and the recognized number of touch points A program 215 or a control unit that calculates one or more characteristic information including component values for and transmits the touch characteristic information including the calculated one or more characteristic information to the designated operation server 100 according to a specified procedure. 201) (for example, an operating system or an API on the operating system, or a functional unit mounted on a corresponding device by a device manufacturer) may be provided. The touch characteristic information may be directly transmitted to the operation server 100 through a communication network, or relayed to the operation server 100 through a designated hourly payment management server 105. The operation server 100 checks the component values for the specified number of touch points included in the touch characteristic information, and a plurality of geometric characteristic relationships for the specified number of touch points corresponding to the component values are registered in advance. And a touch authentication module 505 for authenticating which one of the geometric characteristic relations in the design for each of the touch modules 300 matches (eg, included in a specified tolerance range). If the geometric characteristic relationship for the specified number of touch points is matched with any one of the geometrical characteristic relations on the registered design, the operation server 100 corresponds to the geometric characteristic relation on the matched design. The touch module 300 can be identified and/or authenticated as being touched on the capacitive touch screen 205, and if the matched design geometrical characteristic relationship is provided to the employee, the design geometrical If there is a characteristic relationship, it may be identified and/or authenticated as having touched the touch module 300 of the employer on the device 200. When the touch module 300 of the employer is touched on the device 200, a part-time job management service according to the present invention is provided.

Meanwhile, the touch characteristic information may further include one or more characteristic information designed to be expressed at a touch point using the touch module 300 in addition to the component values for the designated number of touch points. In this case, the touch authentication module ( 505) is a designation number corresponding to a component value included in the touch characteristic information among geometric characteristic relations in design for a plurality of touch modules 300 that are previously registered using one or more characteristic information included in the touch characteristic information. Used as an auxiliary identification means for selecting (e.g., reducing the range to be compared) the geometric characteristic relation of the geometric characteristic relationship to be matched with the geometric characteristic relation of the touch point of, and/or verifying the forgery or modulation of the geometric characteristic relation For example, a designated number of touch points is used as a verification means for verifying whether the touch module 300 normally designed and manufactured is a touch point touched on the capacitive touch screen 205 or a touch point imitating the same, and/or the It can be used as an auxiliary authentication means to eliminate the occurrence of authentication errors due to errors in geometrical characteristics.

In the following embodiments, for convenience, the number of touch units 405 provided in the touch module 300 will be N to describe the characteristics of the present invention, but the number N of the touch units 405 is limited to a specific value. It is obvious that the touch module 300 can be modified according to an implementation method within the maximum number of multiple touches that can be recognized by the device 200 to which the touch module 300 is touched, and the present invention includes all of the scope of such rights. . The following embodiments describe the technical features of the present invention based on an embodiment in which the number of touch units 405 is N (N≥5) for convenience.

2 is a diagram showing a functional configuration of an apparatus 200 according to an exemplary method of the present invention.

In more detail, FIG. 2 shows that when N touch points are touched on the capacitive touch screen 205 provided in the device 200, touch characteristic information including component values for the N touch points is designated as the operation server 100 ), and among the touch characteristics of the touch module 300 (or a product equipped with the touch module 300) manufactured according to the previously designed touch characteristics of the N touch points, the employee using the device 200 and The functional configuration of the program 215 for processing to provide part-time job management on an hourly basis by authenticating whether the employment relationship is matched with the touch characteristics of the employer's design for the touch module 300 of the established employer, and the device for operating the program 215 ( 200), and those of ordinary skill in the art to which the present invention pertains, various implementation methods for the functional configuration of the device 200 by referring to and/or modifying this Figure 2 (e.g., Some components may be omitted, or subdivided, or combined implementation method), but the present invention includes all of the inferred implementation methods, and the technical features thereof are achieved only by the implementation method shown in this Figure 2. Not limited. Hereinafter, for convenience, this drawing 2 uses an embodiment of at least one wireless terminal among various smart phones, various tablet PCs, various PDAs, and various mobile phones provided with a capacitive touch screen 205 as an embodiment of the device 200. The features of the present invention will be described below, but it is obvious that the device 200 of the present invention is not limited to the wireless terminal which is an embodiment of the present figure 2, and any device having a capacitive touch screen 205 is possible. It is a bar.

In the implementation method of FIG. 2, the device 200 recognizes N touch points touched on the capacitive touch screen 205, calculates one or more characteristic information including component values for the N touch points, Touching the capacitive touch screen 205 through the touch authentication module 505 provided in the operation server 100 by transmitting touch characteristic information including the calculated one or more characteristic information to the designated operation server 100 After requesting to authenticate whether the touch characteristic including the geometric characteristic relationship for the N touch points is matched with the touch characteristic of the touch module 300 (or the object on which the touch module 300 is mounted) manufactured as previously designed, When the operation server 100 transmits the touch authentication result, it is for an embodiment in which the touch authentication result is received and a designated service is provided. However, the implementation method of the present invention is not limited to the embodiment of FIG. 2, and some (or all) of the touch authentication module 505 of the operation server 100 may be It is possible to be implemented through a program 215 mounted on the device 200, and the present invention clearly reveals that such an embodiment is also included in the scope of the rights.

Referring to Fig. 2, the device 200 includes a control unit 201, a memory unit 214, a screen output unit 203, a touch input unit 204, and at least one communication module. A key input unit 202, a sound output unit 206, a sound input unit 207, an NFC module 211, a positioning module 212 and a USIM reader unit 213 are provided, and a battery 208 for power supply It is equipped with. The communication module may include a short-range wireless communication module 209 and a wireless network communication module 210.

The control unit 201 is a generic term for components that control the operation of the device 200. The control unit 201 includes at least one processor and an execution memory in hardware, and is connected to each component of the device 200 through a bus BUS. The control unit 201 loads the program code provided in the memory unit 214 of the device 200 into the execution memory through the processor in software, calculates, and transfers the result to each component unit through a bus. The operation of the device 200 is controlled, and data required for calculation may be received from each component as needed.

The memory unit 214 is a generic term for a nonvolatile memory provided in the device 200 and stores at least one program code executed by the control unit 201 and at least one data set used by the program code. To keep it. The memory unit 214 stores a program 215 implemented in the form of a program code. As the program 215 is driven or activated, the program 215 is loaded into the control unit 201 and calculated. Hereinafter, for convenience, the functional configuration of the program 215 loaded into the control unit 201 will be described by showing in the control unit 201.

The key input unit 202 includes one or more components of a key button, a keypad, and a keyboard provided in the device 200. The key input unit 202 may generate a key event for driving or activating the program 215. Alternatively, the key input unit 202 may generate a key event for activating the capacitive touch screen 205 to enable a module touch.

The screen output unit 203 includes a display (eg, a liquid crystal display (LCD)) provided in the device 200 and a driving module for driving the display inside the device 200. The screen output unit 203 outputs an execution screen or an authentication result of the program 215.

The touch input unit 204 includes a capacitive touch panel made of a transparent material that shares a coordinate plane with the screen output unit 203 and a driving module for driving the capacitive touch panel inside the device 200. . The capacitive touch screen 205 is implemented by combining the capacitive touch panel made of the transparent material and the display of the screen output unit 203.

The sound output unit 206 includes a speaker provided in the device 200 and a driving module for driving the speaker inside the device 200, and the sound input unit 207 includes the device 200 ) And a driving module for driving the microphone inside the device 200. When the touch module 300 has a function of outputting a sound signal, the sound input unit 207 receives the sound signal and transmits data encoded in the sound signal to the program 215.

The wireless network communication module 210 and the short-range wireless communication module 209 are communication resources provided in the device 200, and the wireless network communication module 210 accesses a wireless communication network through a base station, and the short-range wireless communication module 209 The communication module 209 accesses a communication network through a short-range communication device or a wireless AP (Access Point) located in a short distance.

The NFC module 211 transmits and receives a radio frequency signal at a close distance of about 10 cm according to the NFC standard using a 13.56Mz frequency band among the wireless communication standards of the ISO 18000 series standard. When an NFC chip is provided in the touch module 300, the NFC module 211 receives a radio frequency signal transmitted through the NFC chip of the touch module 300, and is encoded in the NFC-based radio frequency signal. Data can be transferred to the program 215.

The position positioning module 212 includes a GPS module for positioning the moving position of the device 200. The position positioning module 212 provides positional information for measuring the position of the device 200 at a time when the touch module 300 having N number of touch units 405 on the capacitive touch screen 205 is touched. It can be transferred to the program 215.

According to the present invention, the program 215 can be downloaded to the device 200 and installed in the device 200 through a designated program providing server (eg, Apple's app store, etc.) (however, the device 200). If the manufacturer of the program 215 is basically installed, it is omitted). The program 215 may be manually driven or activated by a user, or driven or activated by a depth of push notification. Hereinafter, for convenience, a functional component of the program 215 implemented in the form of a program code on the program 215 and functionalized by being loaded into the control unit 201 and calculated, is shown in the control unit 201 to describe the features of the present invention I will do it.

Referring to FIG. 2, the program 215 of the device 200 touches a touch module 300 having N touch units 405 made of a rubber-elastic conductive material to the capacitive touch screen 205. A touch point recognition unit 220 that recognizes one N touch point is functionally provided.

The touch point recognition unit 220 reads the touch event generated through the operating system of the device 200 one or more times and transfers the N touch units 405 provided in the touch module 300 to the capacitive touch screen 205. Recognizes the N touch points touched. Typically, a touch event generated through an operating system does not distinguish between a multi-touch by a human finger and a module touch by the touch module 300. Meanwhile, since the touch module 300 of the present invention includes N touch units 405 according to a predesigned pattern, it has touch characteristics according to a predesigned rule, and based on this, it is distinguished from multiple touches by a human A module touch by the touch module 300 can be recognized.

The touch point recognition unit 220 recognizes at least one of a simultaneous touch condition, a fixed touch condition, a static touch condition, a dynamic touch condition, a sequential touch condition, and a sensor link condition in order to clearly determine the module touch according to the designed rule Conditions may be additionally applied selectively, or two or more conditions may be additionally applied in combination.

The simultaneous touch condition is a condition for determining whether the N number of touch units 405 provided in the touch module 300 touch the capacitive touch screen 205 at the same time. In the simultaneous touch condition, the N touch units 405 provided in the flat area of the touch module 300 are designed and manufactured to have the same height (or a similar height within an allowable error range), and the manufactured touch module 300 It can be applied to the case of touching the touch unit 405 of the flat panel type capacitive touch screen 205.

When recognizing the N touch points by applying the simultaneous touch condition, the touch point recognition unit 220 reads the touch event and displays two or more touch points in a state in which the touch points are not touched through the capacitive touch screen 205. It is checked whether the number of touch points at the point when the touch points are touched is N. If the number of the identified touch points is N, the touch point recognition unit 220 uses the touch module 300 designed and manufactured to satisfy the simultaneous touch condition for the N touch points. It can be judged as.

Alternatively, when N touch points are recognized by applying the simultaneous touch condition, the touch point recognition unit 220 reads the touch event and checks whether two or more touch points are recognized through the capacitive touch screen 205. . If two or more touch points are recognized through the capacitive touch screen 205, the touch point recognition unit 220 designates two or more touch points touched on the capacitive touch screen 205 based on the touch event. Recognize repeatedly at intervals of time. The touch point recognition unit 220 checks whether the number of touch points touched by the two or more touch points within a predetermined time (or a predetermined number of repetitive recognition) from the initial touch recognition point is N. If the number of identified touch points within the predetermined time (or the predetermined number of repetitive recognition) is N, the touch point recognition unit 220 is a touch module designed and manufactured to satisfy the simultaneous touch condition for the N touch points. It may be determined as a touch point touched using 300.

The fixed touch condition is a condition for determining whether to touch the touch module 300 on the capacitive touch screen 205 based on the behavioral habit of a person who touches the touch module 300. For example, in the case of stamping on paper with a stamp on the stamp, if you have experienced such behavior, you will have a habit of keeping the stamp in contact with the paper for a certain period of time until the stamp on the stamp is sufficiently printed on the paper. I will have it. Likewise, a person who touches the touch module 300 on the capacitive touch screen 205 maintains a state in which the touch module 300 touches the capacitive touch screen 205 for a certain period of time until the capacitive touch is completed. Behavioral habits may be induced inertia, and the fixed touch condition is a condition for determining whether the touch module 300 is touched according to such behavioral habits.

When N touch points are recognized by applying the fixed touch condition, the touch point recognition unit 220 reads the touch event and checks whether N touch points are recognized through the capacitive touch screen 205. If N touch points are recognized through the capacitive touch screen 205, the touch point recognition unit 220 designates N touch points touched on the capacitive touch screen 205 based on the touch event. Recognize repeatedly at intervals of time. The touch point recognition unit 220 checks whether the number of touch points that have been repeatedly recognized for a predetermined time (or a predetermined number of repeated recognition times) is N. If the number of touch points repeatedly checked for a certain period of time (or a certain number of repetitive recognition) is N, the touch point recognition unit 220 determines that the N touch points are touch points that touch the touch module 300. I can.

Alternatively, when N touch points are recognized by applying the fixed touch condition, the touch point recognition unit 220 reads the touch event and checks whether N touch points are recognized through the capacitive touch screen 205. . If N touch points are recognized through the capacitive touch screen 205, the touch point recognition unit 220 designates N touch points touched on the capacitive touch screen 205 based on the touch event. Recognize repeatedly at intervals of time. The touch point recognition unit 220 repeatedly checks the repeatedly recognized N touch points, and compares the repeatedly identified N touch points for each touch point to check whether the N touch points are not changed. If the N touch points are not changed, the touch point recognition unit 220 may determine that the N touch points are touch points that touch the touch module 300.

In the static touch condition, when the N touch units 405 provided in the touch module 300 are touched on the capacitive touch screen 205, the geometric relationship between the N touch points does not move and a static state is established. It is a condition to determine whether to maintain. The static touch condition may be applied when the N touch units 405 provided in the touch module 300 are designed and manufactured so as not to move.

When N touch points are recognized by applying the static touch condition, the touch point recognition unit 220 reads the touch event and checks whether N touch points are recognized through the capacitive touch screen 205. If N touch points are recognized through the capacitive touch screen 205, the touch point recognition unit 220 designates N touch points touched on the capacitive touch screen 205 based on the touch event. Recognize repeatedly at intervals of time. The touch point recognition unit 220 repeatedly checks the geometric relationship between the N touch points that are repeatedly recognized, and compares the geometric relationship between the N touch points that have been repeatedly identified, so that the geometric relationship between the N touch points is determined. Check that it remains static and unchanged within the allowable error range. If the geometrical interdiction between the N touch points maintains a static state, the touch point recognition unit 220 touches the N touch units 405 fixedly mounted on the touch module 300 with the N touch points. It can be judged by one touch point.

The dynamic touch condition is a condition for determining whether the N touch units 405 provided in the touch module 300 move according to a rule specified in the capacitive touch screen 205. The dynamic touch condition is designed and manufactured to move by a force (eg, a pressing force) applied while the N touch units 405 provided in one area of the touch module 300 touch the capacitive touch screen 205 It can be applied in one case. For example, the design and manufacturing structure of the touch module 300 touches the touch module 300 to the capacitive touch screen 205 while the pressure in the vertical direction (that is, the vertical direction with the touch screen 205 surface). When an attractive force is applied, when one or more of the N touch units 405 are manufactured to slide in a designated direction on the capacitive touch screen 205 by a slider that forms an inclination with the vertical direction, the Dynamic touch conditions can be applied.

When N touch points are recognized by applying the dynamic touch condition, the touch point recognition unit 220 reads the touch event and checks whether N touch points are recognized through the capacitive touch screen 205. If N touch points are recognized through the capacitive touch screen 205, the touch point recognition unit 220 designates N touch points touched on the capacitive touch screen 205 based on the touch event. Recognize repeatedly at intervals of time. The touch point recognition unit 220 repeatedly checks the repeatedly recognized N touch points, compares the repeatedly identified N touch points for each touch point, and determines a geometric relationship between the N touch points according to a specified rule. Make sure it's dynamic, changing If the geometrical relationship between the N touch points is in a dynamic state in which the geometrical relationship between the N touch points is changed according to a specified rule, the touch point recognition unit 220 is designed and manufactured to move the N touch points according to a specified rule. It may be determined as a touch point touched by using the touch module 300 having 405.

The sequential touch condition is a condition for determining whether the N touch units 405 provided in the touch module 300 are sequentially touched according to a rule designated on the capacitive touch screen 205. The sequential touch condition is the order in which the N touch units 405 are designated by a pressing force by varying the height of one or more touch units 405 among the N touch units 405 provided in one area of the touch module 300. Accordingly, it may be applied to the case of designing and manufacturing to sequentially touch the capacitive touch screen 205. For example, five touch units 405 made of a rubber-elastic conductive material are provided in one region of the touch module 300, if one of the five touch units 405 provided in the one region If 405 is designed to be 5 mm high, two touch parts 405 are 3.5 mm high, and two touch parts 405 are 2 mm high, the five touch parts 405 ), the touch part 405 having a height of 5 mm is first touched, the touch part 405 having a height of 3.5 mm is touched, and finally, the touch part 405 having a height of 2 mm is touched, so that a total of five touch parts 405 ) Is touched, and the sequential touch condition may be applied to the touch module 300 designed and manufactured to be touched sequentially as described above. Alternatively, when one region of the touch module 300 has a curvature structure rather than a flat plate structure, N touch units 405 provided in one side region of the curvature structure are provided on the capacitive touch screen 205 of the flat plate structure. It may be applied to the touch module 300 designed and manufactured to be sequentially touched.

When N touch points are recognized by applying the sequential touch condition, the touch point recognition unit 220 reads the touch event and starts at a point when at least one touch point is recognized through the capacitive touch screen 205. The touch points touched on the capacitive touch screen 205 are repeatedly recognized at specified time intervals, and the number of touch points and the touch points are repeatedly checked while the touch points are repeatedly recognized. The touch point recognition unit 220 checks a change in the number of touch points during the repeated recognition, and repeatedly checks the touch points according to the change in the number of touch points. For example, when the heights of the touch modules 300 provided in one area of the touch module 300 are different from each other, the force of touching and pressing the touch module 300 against the capacitive touch screen 205 (e.g. ) Increases the number of touch points to reach N. In this case, the number of touch points that maintain the touch state increases to the designed N, but should not decrease in the middle. On the other hand, when one area of the touch module 300 is designed and manufactured in a curvature structure, the touch unit 405 provided at one side of the curvature structure is touched and then the touch unit 405 provided at the other side is touched. Since the touch unit 405 touched first may lose the touch state, at this time, the number of touch points that maintain the touch state at a specific time may not be N, but the number of touch points sequentially touched for a certain time is N. The touch point recognition unit 220 checks whether the N touch points are sequentially touched according to a specified rule by checking whether the number of repeatedly checked touch points and the touch points have the characteristics of the sequential touch condition as described above. . If the N touch points are sequentially touched according to a specified rule, the touch point recognition unit 220 includes N touch units 405 designed and manufactured to sequentially touch the N touch points according to a specified rule. It may be determined as a touch point touched using one touch module 300. However, since the stamping force or the stamping speed is different for each person who touches the touch module 300, it is preferable not to specify a time difference between sequential touches in the sequential touch condition. Meanwhile, according to an extended embodiment of the present invention, the sequential touch is mechanically controlled (for example, a mechanically designated touch unit 405 is controlled to sequentially touch the capacitive touch screen 205) and/or electrical Control (for example, by sequentially applying static electricity to a designated touch unit 405 among a plurality of touch units 405 touched on the capacitive touch screen 205 to sequentially touch the touch unit) can be sequentially touched. In the case, it is possible to specify both the touch order and the touch time difference.

The sensor linkage condition is that when the N touch units 405 provided in the touch module 300 touch the capacitive touch screen 205, a specific sensing signal is detected through a sensor already provided in the device 200. It is a condition to judge whether or not. The sensor linkage condition may be related to a sensor type of the device 200, a type of a sensing target module provided in the touch module 300, and/or a behavior habit of touching the touch module 300. For example, when a sensor for measuring a magnetic field (eg, a geomagnetic sensor) is provided in the device 200 and a magnet forming a magnetic field of a specified size in the touch module 300 is provided as a sensing target module, the Before the touch module 300 approaches the device 200, a sensor (eg, a geomagnetic sensor) of the device 200 does not effectively detect the magnetic field of a magnet provided in the touch module 300 (eg, The magnitude of the magnetic field is inversely proportional to the square of the distance, so it is not detected as an effective magnetic field if it is not approached by a certain distance or more), and when the touch module 300 is approached to touch the capacitive touch screen 205, the device 200 ) Of the sensor (e.g., a geomagnetic sensor) effectively detects the magnetic field of the magnet provided in the touch module 300, and when the touch module 300 moves away from the capacitive touch screen 205, the The sensor of the device 200 (eg, a geomagnetic sensor) does not effectively detect the magnetic field of the magnet provided in the touch module 300, and the sensor interlocking condition is the touch module 300 as a capacitive touch screen. At the time of touching 205, whether a specific sensing signal is detected through a sensor already provided in the device 200 (e.g., whether there is no effective magnetic field detection and then whether the effective magnetic field is detected at the touch time, or there is no effective magnetic field detection) Is a condition for determining whether the effective magnetic field is detected at the touch point and the effective magnetic field is no longer detected within a certain period of time. Alternatively, even if a separate sensing target module is not provided in the touch module 300, the sensor linkage condition is when a sensor capable of detecting an impulse amount (eg, a gyro sensor or an acceleration sensor) is provided in the device 200. An amount of impact applied to touch the touch module 300 to the capacitive touch screen 205 (for example, an amount of shock that is equal to or greater than a specified reference value, or an amount of impulse of a specified number of times according to the structure of the touch module 300, etc.) It may include a condition to detect.

When recognizing N touch points by applying the sensor linkage condition, the touch point recognition unit 220 interlocks with a sensor corresponding to a sensor linkage condition among sensors already provided in the device 200 to provide the capacitive touch. From the point when the screen 205 is activated and touch recognition is possible, the sensing signal is ready to be read, and based on the touch event, before or after the point at which N touch points are recognized through the capacitive touch screen 205 By reading a sensing signal (or a change in a sensing signal), it may be determined whether the touch module 300 designed and manufactured to interwork with a sensor already provided in the device 200 touches the capacitive touch screen 205. If the sensing signal (or sensing signal change) before or after the point at which the N touch points are recognized is a sensing signal (or change in sensing signal) to occur at the point of touch of the touch module 300, the touch point recognition unit 220 May be determined as a touch point where the N touch points touch the touch module 300.

Referring to FIG. 2, the program 215 of the device 200 touches the N touch units 405 provided in the touch module 300 to the capacitive touch screen 205 and recognizes N touch points. Functionally provided with a touch point reading unit 225 for calculating a component value for.

When N touch points that touch the touch module 300 on the capacitive touch screen 205 through the touch point recognition unit 220 are recognized, the touch point reading unit 225 is formed by the N touch points. Constituent element values for the N touch points capable of reading the geometric characteristic relationship are calculated. In the module touch according to the present invention, N number of touch units 405 provided in the touch module 300 are provided even if the touch module 300 is randomly touched without needing to align the touch module 300 in a specific direction or a specific area of the capacitive touch screen 205. As long as N touch points are recognized by touching the capacitive touch screen 205, the geometric characteristic relationship formed by the N touch points is a geometric characteristic relationship in the design of the touch module 300 manufactured according to a pre-designed design and a specified tolerance. It is characterized in that it is possible to authenticate whether it matches within a range.

According to the module touch feature of the present invention, even if the touch module 300 is touched in any direction of the capacitive touch screen 205, the geometric characteristic relationship formed by the N touch points touched on the capacitive touch screen 205 is read. In order to do so, the coordinate rotation for the N touch points must be accompanied, and the geometric characteristic relationship for the N touch points must not be changed or distorted even by the coordinate rotation. To this end, it is necessary to be able to identify at least one touch point that serves as a reference for reading a geometrical characteristic relationship or rotating coordinates among the N touch points by using the N touch points touched on the capacitive touch screen 205. However, in a situation in which the touch module 300 is aligned in a specific direction of the capacitive touch screen 205 to be touched, or in a situation where the touch is not predetermined to touch a specific area, it is always the same among N touch points that are randomly touched. It is technically very difficult to always specify the touch point as the same reference point.

In the present invention, even if the touch module 300 is touched in any direction of the capacitive touch screen 205, in order to identify at least one predetermined reference point among the N touch points, N provided in the touch module 300 Among the touch units 405, at least one general touch unit 405 that is not a reference point is provided in one area of the touch module 300 under the same condition, but at least one designated touch unit 405 serving as a reference point is a different general touch unit. A reference point by detecting at least one touch point provided under a different condition among the N touch points touched on the capacitive touch screen 205 under conditions different from that of the unit 405 It is characterized by being identified as. Here, the reference point specifying condition for specifying a reference point among the N touch points is a condition including a designated touch unit 405 serving as a reference point in one area of the touch module 300 and the remaining general touch unit 405. A condition for designing and manufacturing different conditions, and/or a condition for designing and manufacturing the geometric characteristics of the designated touch unit 405 itself to be distinguished from the geometric characteristics of other general touch units 405 (for example, the designated touch unit 405 ). And conditions in which the shape or area of the general touch unit 405 is designed and manufactured differently).

According to a preferred embodiment of the present invention, in order to identify at least one reference touch point among the N touch points, one area of the touch module 300 is divided into a number of divided areas 445 less than N (here , The divided area 445 is a divided area 445 divided into a grid structure, a divided area 445 divided into a concentric circle structure based on a center point of the one side area, and a division divided by a specified angle based on the center point. Area 445, etc.), a designated number of general touch units 405 (e.g., one per divided area 445) at a calculated position on each divided area 445, but a designated touch unit serving as a reference point 405 is provided at a designated position (eg, a corner position) on any one of the divided regions 445, and thus a designated touch unit 405 serving as a reference point in one region of the touch module 300 ), and the condition of providing the remaining general touch units 405 can be designed and manufactured differently, and the divided area 445 including the touch units 405 exceeding the specified number of each divided area 445 The touch unit 405 provided at a designated position on the image may be identified as a reference point for reading a geometric characteristic relationship or rotating coordinates. For example, when manufacturing the touch module 300 with N touch units 405 in one region of the touch module 300, the one region is divided into n (2≤n<N) divided regions by design. After dividing into 445, one general touch unit 405 is provided at each calculated position on the n divided areas 445, and one of the n divided areas 445 is designated as a designated area ( 450), the touch module 300 may be manufactured by having one designated touch unit 405 at a designated location (eg, a corner location) of the designated area 450. At this time, the touch authentication module 505, the component values of the N touch points that touch the touch module 300 designed and manufactured as described above on the capacitive touch screen 205, is divided into n divided areas 445 in the design. After matching with the structure, at least one designated area 450 in which two touch points exist among the n divided areas 445 are determined, and a touch point existing at a designated position of the determined designated area 450 is determined. It can be identified by the reference touch point.

In the present invention, the authentication of the touch characteristics of the N touch points touched on the capacitive touch screen 205 is N touch points as designed according to the specified rule in which the N touch points touched on the capacitive touch screen 205 The touch module 300 (or an object having the touch module 300) manufactured with the unit 405 is touched on the capacitive touch screen 205 to authenticate whether it is a recognized touch point. Preferably, the authentication of the touch characteristics for the N touch points is performed on the spatial and temporal characteristics of the geometric relationship of the N touch points (eg, the number of touch points, the geometrical structure characteristics of the touch points (eg, at least one reference point is determined and the remaining The touch module 300 manufactured as pre-designed with the characteristic that the touch point is provided at an arbitrary calculated position, the characteristic with the divided area 445 structure, etc.), the simultaneous touch characteristic, the sequential touch characteristic, etc., is a capacitive touch screen. It includes a geometric characteristic relationship authentication that authenticates whether the predicted spatiotemporal characteristic matches within an allowable error range when touched (205). However, the authentication of the touch characteristics of the present invention is not limited to the authentication of the geometrical characteristics, and characteristics (e.g., simultaneous touch characteristics) are given to the touch module 300 (or the object on which the touch module 300 is mounted) as previously designed. , Sequential touch characteristics, magnetic field change characteristics, sound signal generation characteristics, radio frequency signal transmission characteristics, etc.) or characteristics assigned to the space in which the touch module 300 is operated (e.g., sound signal generation characteristics, radio frequency signal transmission characteristics, etc.) ) May further include authenticating whether it is expressed at the time when the touch module 300 is touched on the capacitive touch screen 205.

The touch point reading unit 225 performs geometric characteristic relationship authentication for N touch points touched on the capacitive touch screen 205 even if the touch module 300 is touched in any direction of the capacitive touch screen 205. Calculate the component values for. For example, the touch point reading unit 225 includes an element value for determining a reference point of a geometric characteristic relationship for the N touch points, an element value for determining a distance relationship between each of the N touch points, and the reference Element values for determining the distance relationship between the point and the remaining touch points, element values for determining the angular relationship between the N touch points, the element values for determining the angular relationship between the reference point and the remaining touch points, N angles A component value including one or more of the element values for determining the combination of the distance relationship and the angular relationship between the touch points, and the element values for determining the combination of the distance relationship and the angular relationship between the reference point and the remaining touch points. Can be calculated.

According to an exemplary method of the present invention, in order to allow the touch point reading unit 225 to determine the number of touch points to the geometrical structure characteristics of the N touch points among the space-time characteristics of the geometrical relationship of the N touch points, For the N touch points, a component value may be calculated in the form of a combination of at least one or two or more of a coordinate value, a scalar value, and a vector value on a designated coordinate system. The coordinate system for calculating the component value may include a Cartesian coordinate system applied to the capacitive touch screen 205, while the designated coordinate system includes the N touch points in addition to the coordinate system applied to the capacitive touch screen 205 It is possible to include other coordinate systems defined in order to interpret the relationship of properties to. For example, the component value is a coordinate value in a specified coordinate system such as A(21, y1), B(22, y2), C(23, y3), D(24, y4), E(25, y5), etc. It may include. Alternatively, the component value is a line segment value such as segment AB, segment AC, segment AD, segment AE, etc. calculated based on the coordinate value on the coordinate system, and ∠BAC, ∠BAD, ∠BAE, ∠CAD, ∠CAE, ∠DAE, etc. It may include a scalar value including at least one of the same angle values. Alternatively, the component value may include a reference point on the coordinate system (eg, an origin on the coordinate system) or a vector value calculated based on a reference line. The reference point for calculating the vector value may be an origin on a coordinate system or any one of the N touch points. In addition, the touch point reading unit 225 is a touch time difference determination value for the N touch points, each touch in order to be able to determine a simultaneous touch characteristic or a sequential touch characteristic among the spatial and temporal characteristics of the geometrical relationship of the N touch points. A component value further including a touch order value for each point may be calculated.

Meanwhile, in the authentication of the geometric characteristic relationship for N touch points in the present application, the geometric characteristic relationship of the N touch points touched on the capacitive touch screen 205 is applied to the N touch units 405 provided in the touch module 300. It authenticates whether it matches the geometric characteristic relationship of the design for the N, preferably, and includes analog authentication that verifies that the geometric characteristic relationship of the N touch points is close to the geometric characteristic relationship of the design and within a specified tolerance range (or probability distribution). do. That is, even if the same place on the capacitive touch screen 205 is touched identically using the touch unit 405 (or human finger included) provided in the touch module 300, the same coordinate value is not always recognized as a touch point. Does not. Because the capacitive touch using the capacitive touch screen 205 is a surface touch, not a point touch, and since the center of the touched surface is calculated as a touch point, the capacitive touch is recognized on the capacitive touch screen 205 Even if the area of one surface or the outline of the touched surface is slightly deformed by noise, the calculated touch point is different. For example, the capacitive touch prevents contamination of the surface of the capacitive touch screen 205 (or the touch unit 405 of the touch module 300), disturbance of the electromagnetic field around the capacitive touch unit 405, and the capacitive touch. Even if the same part of the capacitive touch screen 205 is touched due to various reasons, such as a change in the capacitive touch pressure applied to it, the same coordinate value is not always recognized as a touch point whenever it is touched. Therefore, simply comparing the touch points touched on the capacitive touch screen 205 with the previously registered coordinate values, the authentication success rate of the module touch has to stay in the range of several%, and the number of touch points that are touched at the same time increases. The higher the increase, the lower the authentication success rate. In particular, in the case of rotating the coordinates in order to be recognized and authenticated even if the touch module 300 is touched in any direction of the capacitive touch screen 205 as in the present invention, compared to a case in which the calculation error generated during coordinate rotation is not the case. The authentication success rate becomes even lower. In addition, when the touch units 405 provided in the touch module 300 are close to each other, a touch point to be recognized as two different touch points may be recognized as one touch point.

In the present invention, in order to improve the authentication success rate of analog touch authentication, the touch unit 405 of the touch module 300 is arranged in accordance with a preset minimum discrimination recognition distance (refer to Fig. 4) and a minimum discrimination distance (refer to Fig. 4). In addition, the touch point reading unit 225 is mapped to an element value including a touch recognition error specified in the device 200 having the capacitive touch screen 205, and a touch recognition error specified in the device 200. The component value may be calculated in the form of at least one of an element value, an element value including a probability distribution (eg, a Gaussian probability distribution, etc.) of the touch recognition error, and an element value mapped to the probability distribution. Preferably, the touch recognition error or probability distribution may be applied to read the geometric characteristic relationship for the N touch points or to compare and analyze the geometric characteristic relationship in the design.

On the other hand, the touch characteristic authentication of the present invention is not limited to the geometric characteristic relationship authentication only, and the touch characteristic authentication of the present invention is given to the touch module 300 (or the object on which the touch module 300 is mounted) as previously designed. Characteristics (e.g., simultaneous touch characteristics, sequential touch characteristics, magnetic field change characteristics, sound signal generation characteristics, radio frequency signal transmission characteristics, etc.) It may further include authenticating whether a signal generation characteristic, a radio frequency signal transmission characteristic, etc.) is expressed at a time when the touch module 300 is touched on the capacitive touch screen 205.

Referring to FIG. 2, the program 215 of the device 200 specifies touch characteristic information including component values for N touch points touched on the capacitive touch screen 205 through a specified path. Functionally provided with an authentication procedure execution unit 230 for processing to be transmitted to the operation server 100, and an authentication result receiving unit 235 for receiving the touch authentication result transmitted from the operation server 100 through a designated path, A location check unit (not shown) for checking location information of the device 200 may be functionally provided.

When the component values for the N touch points are calculated through the touch point reading unit 225, the authentication procedure execution unit 230 provides characteristic information for authenticating the touch characteristics of the module touch using the touch module 300. The touch characteristic information including the calculated component value is configured. When only the component value is used as characteristic information for authenticating the touch characteristic of the module touch according to the method of the present invention, the authentication procedure performing unit 230 uniquely identifies the device 200 from the memory unit 214. The unique information to be identified may be checked, and the calculated component value and the touch characteristic information including the unique information may be configured and processed to be transmitted to the designated operation server 100.

On the other hand, when the location information of the device 200 is used as one of the characteristic information for authenticating the touch characteristic of the module touch, the location checking unit is The location information of the device 200 positioned through the location positioning module 212 is checked at a specified point in time after that. In this case, the authentication procedure execution unit 230 may process the calculated component value, the location information, and the touch characteristic information including the unique information to be transmitted to the designated operation server 100.

Referring to FIG. 2, the program 215 of the device 200 includes a unique code or a one-time code encoded in the sound signal when recognizing the sound signal at the point when the touch module 300 is touched. A sound recognition unit (not shown) for recognizing a code value may be further provided functionally.

When a code value including a unique code or one-time code encoded in a sound signal is used as one of the characteristic information for authenticating the touch characteristic of the module touch, the touch module 300 stores a designated unique code or generates a designated code. A one-time code is dynamically generated using a rule (for example, a code generation algorithm that generates a one-time code and/or a fixed seed value and a dynamic seed value (eg, time, random number, etc.)), and includes the unique code or one-time code An electronic module and a speaker may be provided for encoding and outputting the code value of the sound signal. The electronic module and the speaker outputting the sound signal according to the implementation method include a cradle on which the touch module 300 is mounted, various devices or employer terminals 300 provided around the touch module 300, and the touch module ( It may be provided in anything existing in a space where a module touch is made, such as a pad on which the device 200 is placed to touch 300). According to an exemplary embodiment of the present invention, the electronic module may output a sound signal obtained by encoding the code value using at least one of a dual tone multiple frequency (DTMF) coding rule or a sound code coding rule. Here, the DTMF coding rule is a generic term for a rule for encoding '1' to '9', '0','#','*', etc. into a sound signal in an audible frequency band, and is preferably , 770Hz, 852Hz, 941Hz) and high frequency range (e.g., 1209Hz, 1336Hz, 1477Hz, 1633Hz) by combining the sound frequencies '1'~'9', '0','#','*', etc. This is a rule that encodes. The sound code encoding rule is a generic term for encoding rules for inserting a bit string of specified data into a specified bit string of sound data encoded according to a specified sound encoding rule, and preferably according to a data encoding rule matching the sound encoding rule. A rule for generating a sound spreading code applicable to the sound encoding rule by encoding designated data, and encoding the generated sound spreading code into sound data according to the sound encoding rule to generate a sound code encoded with the designated data. . It is preferable that the sound spreading code is encoded in a pseudo noise region, whereby the sound spreading code cannot be recognized by a sound recognition ability perceived by a normal human being.

The sound input unit 207 receives a sound signal encoded with the code value when the N touch units 405 provided in the touch module 300 are touched through the capacitive touch screen 205. The sound recognition unit reads the sound signal input through the sound input unit 207 and extracts a code value encoded in the sound signal. According to an embodiment of the present invention, the sound signal encoded with the code value is continuously (or periodically) output through the electronic module, or by touching the touch module 300 to the capacitive touch screen 205. It may be selectively output at a time point, and the sound recognition unit reads the sound signal input through the sound input unit 207 at the time when N touch points are touch recognized through the capacitive touch screen 205, Code values encoded in can be extracted. Preferably, touch recognition for the N touch points may be used as a trigger for recognizing a sound signal input through the sound input unit 207.

When the code value encoded in the sound signal is extracted through the sound recognition unit, the authentication procedure execution unit 230 further includes the code value as one of characteristic information included in the touch characteristic information for touch characteristic authentication. It can be processed to be delivered to the designated operation server 100.

Referring to Figure 2, the program 215 of the device 200, when the NFC communication is activated at the time the touch module 300 is touched, a unique code included in the radio frequency signal received through the NFC Alternatively, an NFC recognition unit (not shown) for recognizing a code value including a disposable code may be further provided functionally.

When using a code value including a unique code or a one-time code received through NFC as one of the characteristic information for authenticating the touch characteristics of the module touch, the touch module 300 stores a designated unique code or generates a designated code A one-time code is dynamically generated using a rule (for example, a code generation algorithm that generates a one-time code and/or a fixed seed value and a dynamic seed value (eg, time, random number, etc.)), and includes the unique code or one-time code. An electronic module (eg, an NFC chip, etc.) and an antenna for transmitting the code value to be transmitted through an NFC-based radio frequency signal may be provided. According to the implementation method, the electronic module and the antenna for transmitting the NFC-based radio frequency signal include a cradle for mounting the touch module 300, various devices or employer terminals 300 provided around the touch module 300, and the In a space where the module touch is performed, such as a pad on which the device 200 is placed in order to touch the touch module 300, it is present at a close distance (for example, within 10cm) to the NFC module 211 of the device 200 where the module touch is performed. It can be equipped with anything you do

The NFC module 211 transmits an NFC-based radio frequency signal including the code value at a time when the N touch units 405 provided in the touch module 300 are touched through the capacitive touch screen 205. Receive. According to an exemplary method of the present invention, the NFC-based radio frequency signal including the code value is continuously (or periodically) transmitted through the electronic module, or the touch module 300 is connected to the capacitive touch screen 205 The NFC-based radio frequency signal received through the NFC module 211 at the time when N touch points are touch-recognized through the capacitive touch screen 205. The code value can be extracted by checking. Preferably, the touch recognition for the N touch points receives an NFC-based radio frequency signal through the NFC module 211, or a code included in the NFC-based radio frequency signal received through the NFC module 211 It can be used as a trigger to extract a value. When the code value included in the NFC-based radio frequency signal is extracted through the NFC recognition unit, the authentication procedure execution unit 230 uses the code value as one of the characteristic information included in the touch characteristic information for touch characteristic authentication. It can be further included and processed to be delivered to the designated operation server 100.

The operation server 100 determines the geometrical characteristic relationship for the N touch points through the component values included in the touch characteristic information. A touch characteristic authentication procedure including a procedure for authenticating whether a characteristic relationship and a match (e.g., proximity) within a specified tolerance range (or probability distribution) is performed, and an authentication procedure for the code value is further performed according to the implementation method. Thereafter, the touch comprising the authentication result of the geometric characteristic relationship for the N touch points or a combination of the authentication result of the geometric characteristic relationship for the N touch points and the authentication result for the code value according to an implementation method The touch authentication result of the module touch using the module 300 is generated and transmitted.

According to the implementation method of the present invention, when the touch authentication result of the module touch includes the success of the touch authentication of the module touch using the touch module 300 of the employer, the operation server 100 is the touch module 300 of the employer. ), and/or the touch time value corresponding to the time point at which the touch module 300 of the employer was touched to the capacitive touch screen 205 together with the touch authentication result (can be omitted), and/or the touch Set and transmit the time value as the touch time value at the time of work or the touch time value at the time of work, and/or the time value and the time value stored in the designated management D/B 565 based on the touch time value. The set may be transmitted, and/or the salary time calculated using the set of the attendance time value and the leave time value, and/or the salary information calculated using the salary time may be transmitted, and the authentication result receiving unit 235 ) Is a touch time value corresponding to the time when the touch module 300 of the employer touched the capacitive touch screen 205 together with the touch authentication result (can be omitted), and/or go to work corresponding to the touch time value. A touch time value at a time point or a touch time value at the time of leaving the office, and/or a set of a time value and a time value stored in the management D/B 565 designated based on the touch time value, and/or the time value Pay time calculated using a set of and leave time values, and/or pay information calculated using the pay time may be received.

Meanwhile, a touch time value corresponding to a time point when the employer's touch module 300 is touched on the capacitive touch screen 205, and/or a touch time value at the time of work or a touch time at the time of work corresponding to the touch time value Value, and/or calculated using the set of the check-in time value and the check-out time value stored in the designated management D/B 565 based on the touch time value, and/or the set of the check-in time value and the check-out time value. Pay time, and/or pay information calculated using the pay time may be received by a request for information provision through the program 215.

Referring to Fig. 2, the program 215 of the device 200 includes an interface display unit 240 that displays an interface screen for displaying a touch authentication result of a module touch using the touch module 300 of the employer. do.

The operation server 100, together with the touch authentication result of the module touch using the employer's touch module 300 (can be omitted), the touch time value at the time of module touch authentication, and/or the touch time value at the time of module touch authentication A set of the time value and time value stored in the designated management D/B 565 based on the touch time value at the time of work or the touch time value at the time of departure, and/or the touch time value at the time of module touch authentication corresponding to , And/or when at least one of the salary information calculated using the set of the attendance time value and the leave time value, and/or the salary information calculated using the salary time is transmitted, the authentication result is received. Is a touch time value at the time of module touch authentication, and/or a touch time value at the time of attendance or a touch time value at the time of leaving, and/or a touch time value at the time of module touch authentication corresponding to the touch time value at the time of module touch authentication. Based on the designated management D/B (565), the set of the time value and time value stored in the attendance and / or pay time calculated using the set of the time value and the time value, and / or the pay time It receives the information transmitted from the operation server 100 of the salary information calculated using.

According to the implementation method of the present invention, the execution screen of the program 215 may be displayed before touching the employer's touch module 300 to the capacitive touch screen 205 (however, the touch module of the present invention A separate touch area is not displayed for the module touch using (300)), in this case, the interface display unit 240 is the touch authentication result from the point when N touch points are recognized through the touch point recognition unit 220 An interface screen for displaying the touch authentication result may be displayed through the program execution screen at a designated point in time before, during, and after is received. Meanwhile, the module touch using the employer's touch module 300 is the capacitive touch screen 205 in a state in which the execution screen of the program 215 is not displayed (eg, a state in which the program 215 operates in the background). ) May be touched, and in this case, the interface display unit 240 provides a touch authentication result of the module touch (and/or a touch time value at the time of module touch authentication, and/or the module through the authentication result receiving unit 235). Attendance time stored in the designated management D/B 565 based on the touch time value at the time of attendance or the touch time value at the time of leaving the office corresponding to the touch time value at the time of touch authentication, and/or the touch time value at the time of module touch authentication That at least one of a set of values and leave time values, and/or pay hours calculated using the set of attendance time values and leave time values, and/or payroll information calculated using the pay hours is received. A program execution screen may be displayed using the trigger signal and an interface screen for displaying the touch authentication result may be displayed through the program execution screen.

Through the authentication result receiving unit 235, the touch authentication result of the module touch (and/or the touch time value at the time of module touch authentication, and/or the touch time value at the time of attendance corresponding to the touch time value at the time of module touch authentication. Or a set of a time value and a time value stored in the designated management D/B 565 based on the touch time value at the time of leaving the office and/or the touch time value at the time of module touch authentication, and/or the time value and/or When at least one of the salary time calculated using the set of leave time values and/or the salary information calculated using the salary time is received, the interface display unit 240 displays the touch authentication result. The touch time value at the time of module touch authentication, and/or the touch time value at the time of work or the touch time value at the time of leave, corresponding to the touch time value at the time of module touch authentication, and/or module touch authentication through the interface screen for Pay time calculated using the set of the attendance time value and the leave time value stored in the designated management D/B 565 based on the touch time value at the time point, and/or the set of the attendance time value and the leave time value, and / Or it is possible to display the information received through the authentication result receiving unit 235 among the salary information calculated using the salary time.

Referring to Figure 2, the program 215 of the device 200, the operation server 100 or the hourly pay management server 105, the employer's touch module 300 on the capacitive touch screen 205 A touch time value corresponding to the touched time point, and/or a touch time value at the time of work or a touch time value at the time of work corresponding to the touch time value, and/or a management D/B designated based on the touch time value ( 565), and/or at least one of the salary information calculated using the set of the attendance time value and the leave time value, and/or the salary time calculated using the set of the attendance time value and the leave time value, and/or An information provision request unit 245 for requesting one, and an employer's touch module 300 on the capacitive touch screen 205 from the operation server 100 or the hourly payment management server 105 according to the information provision request. A touch time value corresponding to the touched time point, and/or a touch time value at the time of work or a touch time value at the time of leaving the office corresponding to the touch time value, and/or a management D/B designated based on the touch time value (565) the set of the time value and the time value of leaving time, and/or the pay time calculated using the set of the time value and the time value, and/or the pay information calculated using the pay time. It is functionally provided with an information receiving processing unit 250 to be received, and an interface display unit 240 displaying an interface screen for displaying the received information.

The interface display unit 240 includes a touch time value at the time of module touch authentication, and/or a touch time value at the time of work or a touch time value at the time of leave, corresponding to the touch time value at the time of module touch authentication, and/or a module touch Pay time calculated using the set of check-in time value and check-out time value stored in the designated management D/B 565 based on the touch time value at the time of authentication, and/or the set of the check-in time value and the check-out time value, And/or displaying an interface screen for displaying at least one of the salary information calculated using the salary time, and the information provision request unit 245 corresponds to the interface screen displayed through the interface display unit 240 It is possible to transmit an information request signal for requesting information to a designated operation server 100 or an hourly payment management server 105. Alternatively, the information provision request unit 245 may transmit the information request signal to the designated operation server 100 or the hourly payment management server 105 according to a user's manipulation while the interface screen is displayed.

The operation server 100 or the hourly payment management server 105 is a touch time value at the time of module touch authentication in response to the information request signal, and/or a touch at the time of attendance corresponding to the touch time value at the time of module touch authentication A set of a time value and a time value stored in the designated management D/B 565 based on the time value or the touch time value at the time of leaving the office, and/or the touch time value at the time of module touch authentication, and/or the time of the attendance. At least one of the salary time calculated using a set of value and leave time value, and/or the salary information calculated using the salary time is transmitted, and the information receiving processing unit 250 is Management D specified based on the touch time value and/or the touch time value at the time of departure or the touch time value at the time of leaving, and/or the touch time value at the time of module touch authentication corresponding to the touch time value at the time of module touch authentication /B (565) stored in the set of time value and time value, and/or pay time calculated using the set of time value and time value, and/or pay calculated using the pay time Among the information, information transmitted through the operation server 100 or the hourly payment management server 105 is received, and the interface display unit 240 displays the received information through the interface screen.

Figure 3 is a diagram showing the functional configuration of the employer terminal 300 according to the implementation method of the present invention.

In more detail, FIG. 3 shows the functional configuration of the program 315 for registering the employer's touch module 300 and providing management of part-time jobs on an hourly basis and the configuration of the employer terminal 300 in which the program 315 operates. As one, for those of ordinary skill in the art to which the present invention belongs, various implementation methods for the functional configuration of the employer terminal 300 by referring to and/or modifying this Figure 3 (e.g., some components are omitted or , Or subdivided or combined implementation method), but the present invention includes all of the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 3. Hereinafter, for convenience, this figure 3 shows an embodiment of at least one wireless terminal among various smart phones, various tablet PCs, various PDAs, and various mobile phones provided with a capacitive touch screen 305 as an embodiment of the employer terminal 300. The features of the present invention will be described using, but it is obvious that the employer terminal 300 of the present invention is not limited to the wireless terminal which is the embodiment of this figure 3, and any device with a capacitive touch screen 305 is possible. I have to tell you.

Referring to Fig. 3, the employer terminal 300 includes a control unit 301, a memory unit 314, a screen output unit 303, a touch input unit 304, and at least one communication module. Accordingly, a key input unit 302, a sound output unit 306, a sound input unit 307, an NFC module 311, a positioning module 312 and a USIM reader unit 313 are provided, and a battery 308 for power supply. ). The communication module may include a short-range wireless communication module 309 and a wireless network communication module 310. Hereinafter, in describing FIG. 3, a detailed description of the same configuration as the employee's device 200 will be omitted for convenience.

Referring to FIG. 3, the program 315 of the employer terminal 300 includes an employer registration unit 320 for registering an employer provided with a touch module 300, and a touch module 300 provided to the employer. A touch point recognition unit that includes a touch module registration unit 325 and recognizes N touch points that have touched the touch module 300 provided to the employer for registration of the touch module 300 on the capacitive touch screen 305 ( 330 and a touch point reading unit 335 for calculating component values for the N touch points recognized by touching the N touch units 405 provided in the touch module 300 to the capacitive touch screen 305 ) Can be provided functionally.

The employer registration unit 320 displays an interface screen for receiving employer information (e.g., employer ID, employer name/business name, employer contact information, employer address, etc.) identifying the employer provided with the touch module 300, and the Employer information input through the interface screen can be transmitted to the operation server 100. Depending on the implementation method, the employer registration unit 320 may use the location positioning module 312 to check the employer-side location area and transmit it to the operation server 100.

The touch module registration unit 325 displays an interface screen for receiving the serial code assigned to the touch module 300, and transmits the information of the touch module 300 input through the interface screen to the operation server 100. I can. Meanwhile, in the process of registering the touch module 300, the touch point recognition unit 330 recognizes N touch points that touch the touch module 300 provided to the employer on the capacitive touch screen 305, and the The touch point reading unit 335 may calculate component values for the N touch points recognized by touching the N touch units 405 provided in the touch module 300 to the capacitive touch screen 305, and , The touch module registration unit 325 processes the touch authentication condition including the component values for the N touch points touched on the capacitive touch screen 305 to be transmitted to the designated operation server 100 through a designated path. By doing so, it is possible to register the touch module 300 provided to the employer. According to an implementation method, the touch module registration unit 325 may register a sound signal associated with the touch module 300 or information for code value authentication using NFC (eg, a comparison code, a code generation rule, etc.). On the other hand, the functional configuration of the touch point recognition unit 330 and the touch point reading unit 335 in FIG. 3 will be referred to the description of FIG. 2, and the touch module registration unit 325 may register a touch authentication condition. For the configuration, reference will be made to a functional configuration in which the authentication procedure performing unit 230 of FIG. 2 transmits touch characteristic information, and a detailed description thereof will be omitted.

According to the implementation method of the present invention, when the touch authentication module 505 and the hourly wage management module 560 of the hourly wage management system 500 shown in FIG. 5 are implemented as one server, the employer's touch module 300 The module identification information for identifying) may include a touch authentication condition for authenticating the touch characteristics of the touch module 300 provided to the employer and/or a serial code given to the touch module 300 provided to the employer.

On the other hand, when the touch authentication module 505 and the hourly wage management module 560 of the hourly wage management system 500 are implemented in separate servers or devices (for example, the touch authentication module 505 is the operation server 100 or the employee When implemented in the device 200 and the hourly pay management module 560 is implemented in the hourly pay management server 105), the module identification information identifying the touch module 300 of the employer is the touch authentication module 505 An identification code mapped with the touch authentication condition or serial code registered in may be used, and the identification code may be generated by interworking with the touch authentication module 505 and the hourly wage management module 560 and then registered.

Referring to FIG. 3, the program 315 of the employer terminal 300 includes an employee registration unit 340 for registering an employee who has established an employment relationship with the employer.

When an employment relationship is established between an employee who owns or can use the device 200 having a capacitive touch screen 205 and the employer, the employee register unit 340 establishes an employment relationship with the employer according to the operation of the employer. An interface screen for receiving established employee information is displayed, and employee information input through the interface screen (e.g., employee name, employee address, employee contact information, employee's device 200 having a capacitive touch screen 205) ) To identify the unique information) is transmitted to the operation server 100 or the hourly pay management server 105. On the other hand, it may be induced to mount the program 215 shown in Fig. 2 on the employee's device 200 for the module touch-based hourly payment management according to the present invention.

According to the implementation method of the present invention, the employee registration unit 340 displays an interface screen for receiving pay standard information corresponding to the employment relationship established between the employer and the employee, and the pay standard input through the interface screen. Information can be transmitted to the operation server 100 or the hourly wage management server 105. Meanwhile, when the salary standard information is previously registered by the employer, the process of registering the salary standard information for each employee may be omitted, and the present invention is not limited thereto.

According to the implementation method of the present invention, it is preferable that the salary standard information includes hourly salary standard information including the salary amount per unit time.

Referring to Fig. 3, the program 315 of the employer terminal 300 corresponds to the time when the touch module 300 of the employer is touched on the capacitive touch screen 205 provided in the employee's device 200. A touch time value to be performed, and/or a touch time value at the time of work or a touch time value at the time of work corresponding to the touch time value, and/or a designated management D/B 565 stored on the basis of the touch time value An interface that displays at least one of a set of time value and leave time value, and/or pay time calculated using the set of time value and leave time value, and/or pay information calculated using the pay time After the touch module 300 of the employer is touched on the interface display unit 345 and the capacitive touch screen 205 provided in the employee's device 200, the operation server 100 or the hourly wage management The touch time value corresponding to the time when the touch module 300 of the employer touched the capacitive touch screen 205 provided in the employee's device 200 from the server 105 and/or the touch time value A touch time value at the time of going to work or a touch time value at the time of leaving work, and/or a set of a time value and a time value at work stored in the designated management D/B 565 based on the touch time value, and/or Provides an information receiving processing unit 350 for receiving at least one of the salary time calculated using the set of the time value and the leave time value, and/or the salary information calculated using the salary time, and the operation server 100 ) Or a touch time value corresponding to the time when the touch module 300 of the employer is touched on the capacitive touch screen 205 provided in the employee's device 200 with the hourly pay management server 105, and/or the A set of a touch time value at the time of work or a touch time value at the time of work corresponding to the touch time value, and/or a set of time value and time value stored in the management D/B 565 designated based on the touch time value, And/or the check-in time value and the check-out time value It is provided with an information provision request unit 355 for requesting at least one of the salary time calculated using the set and/or the salary information calculated using the salary time.

When the employer's touch module 300 is touched on the capacitive touch screen 205 provided in the employee's device 200 and the module touch using the employer's touch module 300 is successfully authenticated, the operation server 100 ) Or, the hourly payment management server 105 is a touch time value at the time of the module touch authentication, and/or a touch time value at the time of attendance corresponding to the touch time value at the time of the module touch authentication in response to the success of the module touch authentication, or A set of the time value and time value stored in the designated management D/B 565 based on the touch time value at the time of leaving the office and/or the touch time value at the time of module touch authentication, and/or the time value and leaving At least one of the salary time calculated using the set of time values and/or the salary information calculated using the salary time can be pushed, and the information receiving processing unit 350 is the operation server 100 Or from the hourly payment management server 105, the touch time value at the time of the module touch authentication, and/or the touch time value at the time of attendance or the touch time value at the time of leaving, corresponding to the touch time value at the time of module touch authentication, and/ Alternatively, calculated using the set of the check-in time value and the check-out time value stored in the designated management D/B 565 based on the touch time value at the time of module touch authentication, and/or the set of the check-in time value and the check-out time value. It is possible to receive at least one of salary time and/or salary information calculated using the salary time. The interface display unit 345 includes a touch time value at the time of attendance or a touch time value at the time of departure corresponding to the received touch time value at the time of module touch authentication and/or the touch time value at the time of module touch authentication, and / Or calculated using the set of the check-in time value and the check-out time value stored in the designated management D/B 565 based on the touch time value at the time of module touch authentication, and/or the set of the check-in time value and the check-out time value. At least one of the calculated pay time and/or pay information calculated using the pay time is displayed.

Meanwhile, through the interface display unit 345, a touch time value at the time of module touch authentication, and/or a touch time value at the time of attendance or a touch time value at the time of departure corresponding to the touch time value at the time of module touch authentication, and/or Alternatively, calculated using the set of the check-in time value and the check-out time value stored in the designated management D/B 565 based on the touch time value at the time of module touch authentication, and/or the set of the check-in time value and the check-out time value. When an interface screen for displaying at least one of salary time and/or salary information calculated using the salary time is displayed, the information provision request unit 355 is the operation server 100 or the hourly wage management An information request signal for requesting information corresponding to the interface screen displayed through the interface display unit 345 to the server 105 may be transmitted to the designated operation server 100 or the hourly payment management server 105. Alternatively, the information provision request unit 355 may transmit the information request signal to the operation server 100 or the hourly payment management server 105 according to a common share operation while the interface screen is displayed.

The operation server 100 or the hourly payment management server 105 is a touch time value at the time of module touch authentication in response to the information request signal, and/or a touch at the time of attendance corresponding to the touch time value at the time of module touch authentication A set of a time value and a time value stored in the designated management D/B 565 based on the time value or the touch time value at the time of leaving the office, and/or the touch time value at the time of module touch authentication, and/or the time of the attendance. At least one of the salary time calculated using the set of value and leave time value and/or the salary information calculated using the salary time is transmitted, and the information receiving processing unit 350 is Management D specified based on the touch time value and/or the touch time value at the time of departure or the touch time value at the time of leaving, and/or the touch time value at the time of module touch authentication corresponding to the touch time value at the time of module touch authentication /B (565) stored in the set of time value and time value, and/or pay time calculated using the set of time value and time value, and/or pay calculated using the pay time Among the information, information transmitted through the operation server 100 or the hourly payment management server 105 is received, and the interface display unit 345 displays the received information through the interface screen.

Referring to FIG. 3, the program 315 of the employer terminal 300 touches the touch module 300 of the employer on the capacitive touch screen 205 provided in the employee's device 200, and the authentication is successful. The touch time value at the time of module touch authentication, and/or the touch time value at the time of work or the touch time value at the time of leaving, and/or the value of touch time at the time of work and leaving the office corresponding to the touch time value at the time of module touch authentication Functionally provided with a touch time value adjustment unit 360 for adjusting at least one of the working hours calculated using the touch time value at the time point and/or the pay hours calculated based on the working hours.

In the implementation of the hourly wage system part-time job management according to the present invention, the touch module 300 of the employer must be touched on the employee's device 200 due to the employee's mistake or fraud, but it is not touched or touched at the point when it should not be touched. I can. In order to correct this, the touch time value adjustment unit 360 includes the touch time value at the time of the module touch authentication among the information received through the information receiving processing unit 350 and displayed through the interface display unit 345, and/or the module. Working hours calculated using the touch time value at the time of work or the touch time value at the time of leaving, and/or the touch time value at the time of work and the touch time value at the time of leaving, corresponding to the touch time value at the time of touch authentication, and /Or an interface screen for adjusting at least one of the salary hours calculated based on the working hours is displayed, and the adjusted time adjustment value is input through the interface screen. The touch time value adjustment unit 360 transmits the time adjustment value to the operation server 100 or the hourly payment management server 105, and the operation server 100 or the hourly payment management server 105 adjusts the time Using a value, the touch time value at the time of the module touch authentication, and/or the touch time value at the time of work or the touch time value at the time of work corresponding to the touch time value at the time of module touch authentication, and/or At least one of the working hours calculated using the touch time value and the touch time value at the time of leaving the office, and/or the salary time calculated based on the working hours is adjusted. The operation server 100 or the hourly wage management server 105 stores the adjustment details for the time adjusted through the touch time value adjustment unit 360, so that it is used for a wage time dispute between the employer and the employee. . On the other hand, the operation server 100 or the hourly wage management server 105 provides the adjustment details for the adjusted time to the employer terminal 300 to be displayed, and/or provided in the employee's device 200 By providing the program 215 to be displayed, it is possible to minimize the occurrence of disputes due to the time adjustment.

4A to 4F are diagrams illustrating a structure of a touch module 300 according to an exemplary method of the present invention.

In more detail, FIG. 4A is a diagram illustrating a manufacturing process of the touch module 300, and FIG. 4B is a diagram illustrating a touch unit 405 in one area of the touch module 300. For those of ordinary skill in the art to which the present invention belongs, various implementation methods for the structure of the touch module 300 (eg, some components are omitted or subdivided) by referring to and/or modifying this Figure 4 , Or a combined implementation method) may be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 4. For example, the touch module 300 used for the management of part-time jobs based on the hourly wage of the present invention includes the touch module 300 arranged in a grid structure in addition to the touch module 300 illustrated in FIG. 4. It is stated that it can be included in a range.

The touch module 300 according to an embodiment of the present invention includes N touch parts 405 made of a rubber-elastic conductive material, and at least one plate fixing the N touch parts 405 at N previously designed positions. Consisting of including a plate portion 425 made of, and referring to Figure 4a according to an implementation method of various implementation methods of the present invention, the plate portion 425 includes an upper plate portion 410 supporting the touch portion 405, It may be composed of a middle plate portion 415 into which the touch portion 405 is embedded and a lower plate portion 420 exposing the touch portion 405 to the outside. However, this drawing 4 is for an embodiment of manufacturing the touch module 300, and the plate part 425 and the touch part 405 of the touch module 300 are integrated (eg, N touch parts 405 and 405). Plate portion 425 is a form consisting of one body), cutting type (e.g., a form in which the body of the plate portion 425 is cut to implement N number of touch portions 405), adhesive type (e.g., to the plate portion 425) It may be implemented in various forms, such as a form in which the N touch parts 405 are adhered), and the present invention is not limited thereto. Of the plate portion 425 of the touch module 300, a portion of the plate portion 425 that is in contact with the user's human body (or a portion of the plate portion 425 that is connected to a portion that is in contact with the human body on an object on which the touch module 300 is mounted, is shown in Fig. 4A). In this case, the upper plate part 410 is made of a conductive material, and a part of the plate part 425 exposing the touch part 405 to the outside (for example, a part that touches the capacitive touch screen 205, shown in FIG. 4). In this case, the lower plate portion 420 is preferably made of a non-conductive material.

According to an embodiment of the present invention, the touch module 300 has a thin plate thickness and a height of the touch unit 405 to be mounted on a card-shaped object or a touch card manufactured in a card shape, or a plate portion ( 425) by connecting the handle to one side (for example, the upper plate 410 in the case of Figure 4) and mounted on a painted object, or mounted on a variety of objects, such as a touch painting manufactured in a painted form, or manufactured. . Meanwhile, when the touch module 300 is manufactured in the form of touch painting, the handle portion of the touch painting is a generic term for a component formed to be gripped by a human hand, and may be manufactured in various design forms, and may be made of a conductive material or Or it is preferable that a conductive material is applied. The conductive material of the handle part may be electrically connected to the touch part 405 through the plate part 425. In addition, when the touch module 300 is manufactured in the form of touch painting, the touch painting is an adapter part connecting the handle part and the plate part 425 and/or a housing protecting the touch part 405 and the plate part 425 It may have more wealth. When the touch module 300 mounted on the touch coating is placed on the floor as shown in Fig. 4A, the housing unit supports the touch unit 405 to float above a certain height from the floor, so that the touch unit 405 is To prevent a decrease in touch sensitivity due to contamination by contaminants, the housing part guides the plate part 425 to be spaced apart by a predetermined interval, and the touch part 405 is moved to the inside of the housing part. It may be further provided with a spring portion that is embedded so as to float above a certain height.

The touch unit 405 is a generic term for a component that forms one touch point when the touch module 300 is touched on the capacitive touch screen 205, and is made of a rubber-elastic conductive material. For example, the touch part 405 may be made of a conductive rubber material or a conductive plastic material.

The touch unit 405 is designed and manufactured to have a contact surface 440 in the shape of a designated figure (eg, polygonal or circular). The contact surface 440 of the touch unit 405 has a contact area calculated by design so as to effectively touch the capacitive touch screen 205. The contact area is a touch sensitivity capable of recognizing a capacitive touch using the touch unit 405 as one effective touch point on a plurality of capacitive touch screens 205 included in the touch target based on the capacitance of the human body It is calculated as an area greater than or equal to the area corresponding to. When designing the touch unit 405 of the touch module 300 to touch different types of capacitive touch screens 205, if the touch sensitivity of each capacitive touch screen 205 is different, the touch unit ( The contact area of 405 is calculated as an area greater than or equal to a larger area (ie, an area corresponding to a smaller touch sensitivity) among areas corresponding to each touch sensitivity that can be recognized by each capacitive touch screen 205. desirable. For example, the contact area of the touch unit 405 may be calculated as an area greater than or equal to 25 mm 2, an area greater than or equal to 28 mm 2, an area greater than or equal to 36 mm 2, an area greater than or equal to 38 mm 2, etc. have. Calculating the contact area of the touch unit 405 based on the area corresponding to the touch sensitivity of the capacitive touch screen 205 of the designated device allows the touch unit 405 to be recognized as one effective touch point. At the same time, it is to calculate the maximum number of cases in which each touch unit 405 is provided at different positions within a limited area of one area.

The contact surface 440 of the touch unit 405 is manufactured in a shape corresponding to the calculated contact area. For example, the contact surface 440 of the touch part 405 may be manufactured in a 5mm*5mm square shape forming a contact area of 25mm2. Alternatively, the contact surface 440 of the touch unit 405 may be manufactured in a circular shape having a diameter of 6 mm forming a contact area larger than 28 mm 2. Alternatively, the contact surface 440 of the touch unit 405 may be manufactured in a 6mm*6mm square shape forming a contact area of 36mm2. Alternatively, the contact surface 440 of the touch unit 405 may be manufactured in a circular shape having a diameter of 7 mm forming a contact area larger than 38 mm 2.

The side structure of the touch part 405 is manufactured in a'T' shape in which a touch implementation part 435 is formed at the center of the buried plate 430 as shown in FIG. 4C, or a part of the buried plate 430 as shown in FIG. It may be manufactured in a'Г' shape in which the touch implementation part 435 is formed biased toward the side. The plate portion 425 of the touch module 300 supports the buried plate 430 of the touch portion 405, and an upper plate portion 410 electrically connected to the touch portion 405, and a buried plate of the touch portion 405 It is composed of a middle plate part 415 into which 430 is embedded and a lower plate part 420 exposing the touch implementation part 435 of the touch part 405 to the outside as shown in FIG. 4B. The buried plate 430 of the touch portion 405 is embedded in the middle plate portion 415 and supported by the upper plate portion 410, and the touch implementation portion 435 of the touch portion 405 forms a groove of the lower plate portion 420. It is exposed to the outside through. The thickness of the buried plate 430 is formed to have the same thickness as that of the middle plate part 415, and the height of the touch implementation part 435 is formed larger than the thickness of the lower plate part 420 so that the contact surface of the touch part 405 ( 440 is manufactured to be exposed to the outside of the lower plate 420.

The touch unit 405 is made of a flexible (for example, soft or semi-soft or semi-rigid) conductive material so that an error does not occur in the geometric characteristic relationship of each touch point or a minimum error occurs within the calculated range. 4C or 4D, the center portion of the contact surface 440 is manufactured by rounding the structure to protrude convexly according to a certain curvature above the boundary line of the figure shape while maintaining the designated figure shape. When the touch unit 405 manufactured as described above is touched on the capacitive touch screen 205, the capacitive touch screen 205 is first formed from the central portion of the contact surface 440 of the touch unit 405 that protrudes convexly at a predetermined curvature. ) Is touched, and when a certain pressing force is applied to the touch unit 405 in this state, the central part is retracted by the pressing force, and as a result, the entire contact surface 440 of the touch unit 405 is calculated. While forming an area, the capacitive touch screen 205 is touched. The midpoint (= touch point) of the touch surface touched on the capacitive touch screen 205 by such a touch unit 405 corresponds to or at least calculates the central portion of the contact surface 440 formed on the touch unit 405 It corresponds to the central portion of the contact surface 440 within the specified error range.

The touch unit 405 is manufactured by forming an empty space inside of a flexible conductive material as shown in Fig. 4C or Fig. 4D in order to further reduce an error within the calculated range or no error in the geometric characteristic relationship of each touch point. Can be. The empty space inside the touch part 405 provides a space for contracting into the touch part 405 while the central portion of the contact surface 440 protruding convexly at a predetermined curvature is constricted by a pressing force. Since the touch module 300 touches the capacitive touch screen 205 while being held in a person's hand, the pressing force applied to the touch unit 405 by the person's hand is applied to the capacitive touch screen ( Not only the vertical direction component of 205) exists, but also the horizontal direction component. At this time, in the empty space inside the touch part 405, even if the horizontal direction component exists in the pressing force, the contact surface 440 of the touch part 405 is not distorted in either direction by the horizontal direction component and is in the vertical direction. It is induced to contract into the interior of the touch part 405 by the component. If the contact surface 440 of the touch unit 405 is distorted to either side of the horizontal direction component, as a result, the midpoint of the touched surface on the capacitive touch screen 205 moves in the distorted direction that much. So the error increases. An empty space inside the touch unit 405 prevents or minimizes such an error.

The plate portion 425 is manufactured to have a figure shape (eg, polygon, circle, ellipse, etc.) and an area designed to fix the N touch portions 405. 4B shows a plate portion 425 having a circular grooved shape at each corner portion of a rectangular shape, but the present invention is not limited thereto, and the shape shape of the plate portion 425 Can be any form. In particular, even if the touch module 300 is randomly touched without the need to align it in a specific direction or a specific area of the capacitive touch screen 205, due to the characteristics of the present invention, one area of the plate portion 425 may be manufactured in a circular shape. . The same type of touch module 300 is provided with the same number of touch units 405 as the plate portions 425 of the same shape, but the position where each touch unit 405 is provided in a uniaxial region of the plate unit 425 is respectively It is designed differently.

According to the present invention, the design geometrical characteristic relationship for the N touch units 405 is used as a touch authentication condition for authenticating a module touch using the touch module 300. Therefore, the N number of touch units 405 fixed to each touch module 300 must have uniqueness that forms a different geometrical characteristic relationship for each touch module 300. However, since the area of one side area of the touch module 300 is finite, and the N number of touch units 405 fixed thereon also have a contact area of the size calculated by design, N number of touch units 405 are placed in one area. The number of cases that can be fixed in relation to different geometric properties is limited. According to the present invention, in the process of designing a location for fixing the N touch units 405 on one side area of the touch module 300, the N touch units 405 are formed on a finite area on one side area to have different geometric characteristics. The minimum discrimination recognition distance is set in order to derive the maximum number of cases that can be fixed in relation.

When two or more touch units 405 are touched on the capacitive touch screen 205, the minimum discrimination recognition distance is different from the touch points by the two or more touch units 405 on the corresponding capacitive touch screen 205. It includes the minimum separation distance that can be distinguished by and recognized. For example, when the distance between two touch points multi-touched on the capacitive touch screen 205 is within 6 mm, the two touch points are recognized as one touch point, and when the distance is more than 7 mm, the two touch points are recognized. When distinguishing and recognizing by different touch points, it is preferable that the minimum discrimination recognition distance includes 7 mm. On the other hand, if there are two or more capacitive touch screens 205 corresponding to objects to be touched by the touch module 300, the minimum discrimination recognition distance distinguishes between two touch points multi-touched on two or more capacitive touch screens 205 Among the recognizable minimum separation distances, a larger separation distance may be set.

According to an exemplary method of the present invention, the minimum discrimination recognition distance is a value that correlates with the contact area of the touch unit 405. That is, the minimum discrimination recognition distance may be a value set in the capacitive touch screen 205, but is a value experimentally obtained based on an allowable error. For example, even with the same capacitive touch screen 205, if the contact area of the touch unit 405 is 25 mm2 (eg, the contact surface 440 manufactured in a square shape of 5 mm * 5 mm) The minimum discrimination recognition distance may be different from the minimum discrimination recognition distance when the contact area of the touch unit 405 is greater than 38 mm 2 (eg, a contact surface 440 manufactured in a circular shape having a diameter of 7 mm). Therefore, the minimum discrimination recognition distance is preferably set based on experimental data on a plurality of capacitive touch screens 205 based on the contact area of the touch unit 405. In this case, the minimum discrimination recognition distance is set as a distance between the central portion and the central portion of the contact surface 440 of the touch unit 405, or of a figure implementing the contact surface 440 of the touch unit 405. It can be set as the distance between the outline and the outline.

According to an exemplary embodiment of the present invention, when the number of the touch module 300 is to be manufactured in a maximum number of cases capable of calculating the geometrical characteristic relationship, the module touch using the touch module 300 is the only geometrical characteristic relationship. It can be difficult to maintain uniqueness. In order to solve this problem, in addition to the geometric characteristics of the N touch units 405, a chip provided in the touch module 300 and a sound signal transmitted through a speaker (or buzzer) or a sound signal provided in the touch module 300 A radio frequency signal transmitted through an NFC (Near Field Communication) chip and an antenna may be used as an additional means for maintaining the uniqueness of the touch module 300. The sound signal can be recognized through the microphone of the device 200 having the capacitive touch screen 205 to which the touch module 300 is touched, and if the NFC module 211 is provided in the device 200 If so, the radio frequency signal of the NFC chip provided in the touch module 300 may be recognized. At this time, the uniqueness of the touch module 300 may be maintained by a combination of a geometric characteristic relationship formed by the N touch units 405 and a sound signal, or a combination of the geometric characteristic relationship and a radio frequency signal of an NFC chip. have. The sound signal may include a unique code stored in the chip or a disposable code dynamically generated through an algorithm designated by the chip in the form of a Dual Tone Multi-Frequency (DTMF) signal or a sound code. The radio frequency signal of the NFC chip may include a unique code stored in the NFC chip or a disposable code dynamically generated through an algorithm designated by the NFC chip according to the NFC standard.

According to the present invention, different geometric characteristic relationships for the N touch units 405 provided in each touch module 300 of the same type can be identified as different geometric characteristic relationships even when the capacitive touch screen 205 is touched. Must have a distinctiveness The touch on the capacitive touch screen 205 is not a point touch, but a surface touch, and the operating system of the device 200 with the capacitive touch screen 205 calculates the center of the touch surface as a touch point, and is equal to or greater than a specified distance. It is calculated that the midpoint has moved only when the touch surface has moved. Therefore, in the process of designing a location for fixing the N touch units 405 to the touch module 300, different geometrical characteristics of the N touch units 405 are touched on the capacitive touch screen 205. The minimum identification distance is set in order to be identified by the relationship of different geometric characteristics in the state.

The minimum identification distance is designed in a relationship with different geometric characteristics so that the N touch units 405 fixed to the touch module 300 are identified by different geometric characteristics in a state in which they are touched on the capacitive touch screen 205 For this purpose, the distance between the N touch units 405 provided in different touch modules 300 is included. For example, if the capacitive touch screen 205 detects that the center point has moved when the touch surface of the same area is moved by 3 mm or more, the minimum identification distance may be set to a value greater than or equal to 3 mm.

According to an exemplary method of the present invention, the minimum identification distance may be a value set on the capacitive touch screen 205, but is a value experimentally obtained based on an allowable error. On the other hand, if there are two or more capacitive touch screens 205 corresponding to the object to be touched by the touch module 300, the minimum identification distance can detect the movement of the center of the touch surface on the two or more capacitive touch screens 205. It may be set as the larger of the minimum separation distance.

According to the present invention, even if the N touch units 405 provided in the touch module 300 are touched in any direction on the capacitive touch screen 205, they must have readability that can be read. Such readability is achieved by a rule of determining any one of the N touch units 405 as a reference point even if the N touch units 405 are touched in any direction on the capacitive touch screen 205. Can be secured.

According to an exemplary embodiment of the present invention, the N touch units 405 provided in the touch module 300 include n touch units 405 provided at n (2≦n<N) calculated positions and at least one And a designated touch part 405 provided at a designated position of, and the N touch parts 405 (or at least n touch parts 405) form a predesigned geometric characteristic relationship on one side area.

According to an embodiment of the present invention, in the process of designing a position for fixing the N touch units 405 to the touch module 300 in order to secure readability for the N touch units 405, the touch module ( 300) is divided into n divided areas 445 by design (however, the divided areas 445 exist by design and may not be displayed on one side area). One touch part 405 is fixed to each of the n partitioned regions 445 at a position calculated by design in order to form a geometric characteristic relationship, and any one designated region 450 among the n partitioned regions 445 One touch unit 405 corresponding to a reference point is fixed at a location designated by design. That is, one touch unit 405 is fixed to each of (n-1) divided regions 445 among the n divided regions 445, and two touch units 405 are respectively fixed to one designated region 450. Is fixed. Preferably, the designated location may be designated at a location in contact with the outline of the figure in one area or at a location of the edge of the outline of the figure.

When touching the capacitive touch screen 205 by fixing the N touch units 405 to the n divided areas 445 as described above, the touch authentication module 505 includes the N touch units 405 Matching the n number of divided areas 445 to the N number of touch points to confirm any one designated area 450 in which two touch points are recognized among the n number of divided areas 445, and the identified designated area 450 A touch point provided at a designated position on the image may be determined as a reference point of the N touch points. And when the coordinates rotate based on the identified reference point, even if the N touch units 405 are touched in any direction on the capacitive touch screen 205, it is possible to compare the geometric characteristic relationship of the previously registered touch authentication condition. .

4E illustrates a state in which one area of the touch module 300 is divided into four divided areas 445 by design. Referring to FIG. 4E, a certain margin may exist between each of the divided regions 445 and 445. Preferably, the blank space preferably includes an interval equal to the minimum discrimination recognition distance, and in this case, even if the touch unit 405 is provided at any position on each divided region 445, the space is fixed to each divided region 445. The touch units 405 are always maintained at a distance of more than the minimum discrimination recognition distance. On the other hand, as shown in FIG. 4E, when the space between the divided areas 445 is fixed, the area of one side area for calculating the position where the touch unit 405 is to be fixed is reduced by that amount. In order to prevent this, after omitting the margin illustrated in Fig. 4e and dividing the divided area 445, each touch unit 405 is separated by more than the minimum discrimination recognition distance in the process of calculating the position where the touch unit 405 is to be fixed. Can be calculated.

Referring to FIG. 4F, each position at which one touch unit 405 is to be fixed is calculated in each divided area 445, and one touch unit 405 is designated by designating any of the divided areas 445. The position to further fix is designated. As shown in Fig. 4f, by fixing one touch unit 405 at a calculated position on each divided region 445 and fixing one designated touch unit 405 at a designated position on the designated region 450, N number of The touch module 300 to which the touch part 405 is fixed is manufactured.

5 is a diagram showing the configuration of an hourly payment management system 500 using a module touch according to an embodiment of the present invention.

In more detail, FIG. 5 shows a touch module 300 (or touch module) manufactured according to a predesigned touch characteristic for the N touch points touched on the capacitive touch screen 205 provided in the employee's device 200. Provides part-time job management by certifying whether the touch characteristics of the touch module 300 of the employer who have established an employment relationship with the employee using the device 200 are matched with the touch characteristics of the design of the touch module 300 among the touch characteristics of the (300) mounted object). It shows the configuration of the system, and for those of ordinary skill in the art to which the present invention belongs, various implementation methods for the configuration of the hourly payment management system 500 by referring to and/or modifying this Figure 5 ( For example, some components may be omitted, subdivided, or combined implementation method), but the present invention includes all the inferred implementation methods, and the technical The features are not limited.

The hourly payment management system 500 of the present invention receives and authenticates the touch characteristic information transmitted from the program 215 of the device 200 shown in FIG. 5 through a designated path. The touch authentication module 505 implemented as or implemented in the form of a program module provided (or linked) to the program 215 of the device 200, and the authentication result of the module touch using the touch authentication module 505 It is made including an hourly wage management module 560 that provides management of an hourly wage system on the basis, and the hourly wage management module 560 is provided in the operating server 100 having the touch authentication module 505 or the operating server It may be implemented through the hourly pay management server 105 linked to (100).

Referring to Figure 5, the touch authentication module 505 of the hourly payment management system 500 is a design geometrical characteristic of the N touch units 405 provided in the touch module 300 designed and manufactured according to a specified rule. It includes an authentication condition storage unit 510 that stores a touch authentication condition including a relationship.

According to an embodiment of the present invention, N touch parts 405 made of a rubber elastic conductive material are provided in one region of the touch module 300, and the N touch parts 405 have a reference point of a geometrical characteristic relationship. At least one designated touch unit 405 to be used and n (2≦n<N) touch units 405 to be subjected to a geometrical characteristic relationship are provided. Depending on the implementation method, the touch module 300 may include two or more designated touch units 405, whereby the present invention is not limited. The designated touch part 405 is a touch part 405 provided at a designated position on one side area of the touch module 300, and N touch parts 405 provided in the one side area are applied to the capacitive type of the device 200. A touch unit 405 corresponding to a reference point for reading N touch points recognized by touching the touch screen 205. The n number of touch units 405 are the remaining touch units 405 excluding the designated touch unit 405 among the touch units 405 provided in one area of the touch module 300, and are randomly calculated on one area. It is equipped in position. One area in which the N touch units 405 are provided may be manufactured in a flat plate shape or a curved shape, and the plan view of the one side area may be in a rectangular shape or a circular (or elliptical) shape. It can be made of, etc.

According to the implementation method of the present invention, the position at which the n number of touch units 405 are mounted on the touch module 300 is calculated by a designated design device (not shown), and preferably the calculated position is the touch module The maximum calculated based on the area of the area in which the touch unit 405 can be mounted on one area of 300, the contact area of each touch unit 405, and the minimum discrimination recognition distance (and/or minimum identification distance) It is preferable to calculate a different position for each touch module 300 within the number of cases. The design device is designed to mount at least one touch part 405 of the N touch parts 405 at a designated position (eg, a corner part) on one side area. The manufacturing apparatus (not shown) manufactures one or more plate portions 425 to have n touch portions 405 at the calculated locations designed by the design apparatus and at least one designated touch portions 405 at the designated locations. And, the N touch parts 405 are mounted at the designated and calculated positions of the manufactured plate part 425.

According to the implementation method of the present invention, the design device divides the area of the plate part 425 into n divided areas 445 by design, and each of the divided areas 445 includes one touch part 405. It is desirable to design to be provided. In this case, the calculated position where the n number of touch units 405 are provided is limited to the position on the divided area 445. The design device designates at least one of the n divided areas 445 divided by design as a designated area 450 having a designated touch part 405, and a designated location on the designated area 450 It is designed so that the designated touch unit 405 is provided. If any one of the n divided regions 445 is designated as the designated region 450 and one designated touch unit 405 is provided at any designated position on the designated region 450, the design device Of the n divided regions 445, (n-1) divided regions 445 are provided with one touch unit 405, respectively, and the one designated region 450 includes a designated touch unit 405. It is designed so that two touch units 405 are provided.

The authentication condition storage unit 510 checks the geometric characteristic relationship on the design formed by the N touch units 405 provided in the touch module 300 designed as described above, and touches including the geometric characteristic relationship on the design. The authentication conditions are stored in the designated storage medium 515. Preferably, the authentication condition storage unit 510 is a calculated position and a designated position for providing N touch units 405 on the plate unit 425 in the process of designing or manufacturing the touch module 300 After confirming the geometric characteristic relationship corresponding to, or receiving input from a designated terminal, or provided from a design device, the touch authentication condition including the geometric characteristic relationship on the design may be stored in the designated storage medium 515. Meanwhile, since at least one of the calculated positions in which n number of touch units 405 are mounted within the number of allowed cases for each touch module 300 is designed differently, the geometrical characteristic relationship in the design is It is preferable that each touch module 300 has a different relationship within the number.

According to an embodiment of the present invention, the geometric characteristic relationship in the design includes a coordinate relationship including relative coordinate values of the N touch units 405 provided in the touch module 300 based on a preset designated coordinate system, or And/or the distance relationship between the N touch units 405 on the basis of the coordinate values on the designated coordinate system and the coordinates of any one touch unit 405 among the N touch units 405 It may include an angular relationship formed by the touch units 405 based on a point corresponding to a value, an origin on the designated coordinate system, or an arbitrary reference point on the designated coordinate system). The angular relationship is an angle formed by a line segment connecting the reference point and the two touch units 405 or an angle formed by the reference point and each touch unit 405 based on a reference line passing through the reference point. Can include. Here, the designated coordinate system is a coordinate system that serves as a reference for analyzing the geometrical characteristic relationship formed by the N touch units 405, and is preferably composed of metrological units (eg, µm, ㎜, ㎝) or designated logical units in the real world. It is preferable to include a coordinate system. However, depending on the implementation method, it is possible to include the coordinate system of the touch screen 205 of the device 200. Preferably, the geometrical characteristic relationship in the design is preferably set based on the midpoint of each touch unit 405.

According to the implementation method of the present invention, each of the touch units 405 provided in the touch module 300 has a constant contact area, and the center of the touch point touched on the capacitive touch screen 205 of the device 200 is Since it is calculated based on the touched surface, the N number of touch units 405 are selected according to noise generated in the touch recognition process of the capacitive touch screen 205 or contamination of the touch screen 205 surface. The geometric characteristic relationship formed by the N touch points recognized by touching the capacitive touch screen 205 and the geometric characteristic relationship in the design for the N touch units 405 provided in the touch module 300 do not always coincide. I can't. Accordingly, the design geometrical characteristic relationship includes design error information corresponding to a design tolerance (e.g., within a 95% coincidence range of a Gaussian probability distribution) for authenticating the geometric characteristic relationship of the N touch points. It is desirable to be set. The authentication condition storage unit 510 checks (or determines) design error information on the geometric characteristic relationship on the design, and specifies a touch authentication condition including the geometric characteristic relationship and design error information on the design. Can be stored in 515. If the actual measurement geometrical relationship is not confirmed, the touch authentication condition may be used for authentication.

Meanwhile, according to the embodiment of the present invention, one area of the touch module 300 is divided by design into n divided areas 445, and one touch unit ( When 405 is provided and one designated touch unit 405 is designed to be provided in any one designated area 450 of the n divided areas 445, the authentication condition storage unit 510 is configured to designate the one designated area 450. Check the geometric characteristic relationship on the design corresponding to the distance relationship and the angular relationship formed by the touch unit 405 and the n number of touch units 405, and the identified geometric characteristic relationship on the design and the n number of divided regions 445 A touch authentication condition including information on the divided area 445 for may be configured and stored in a designated storage medium 515.

According to the implementation method of the present invention, a design geometrical characteristic relationship for the touch module 300 having at least one designated touch part 405 and n touch parts 405 is a designated touch based on a preset designated coordinate system. Includes a coordinate relationship including relative coordinate values for the unit 405 and n touch units 405, and/or the designated touch unit 405 and each of n touch units ( The distance relationship between 405 and the angular relationship formed by the n number of touch units 405 based on the designated touch unit 405 on the designated coordinate system may be included.

When the touch module 300 designed as described above is manufactured, the authentication condition storage unit 510 checks the serial code assigned to the touch module 300 having the N number of touch units 405, or a designated terminal After being input from or provided from a manufacturing device, the touch authentication condition and the serial code may be mapped and stored in a designated storage medium 515.

According to an implementation method of the present invention, after the touch module 300 is designed and manufactured as described above, the geometric characteristic relationship in the design of the touch module 300 and N touch units provided in the touch module 300 A procedure of verifying whether the geometric characteristic relationship when 405 is touched on the capacitive touch screen 205 matches within a specified tolerance range may be performed. In this case, the authentication condition storage unit 510 includes N touches repeatedly touched more than a specified number of times on a capacitive touch panel provided in a designated device to register a geometric characteristic relationship with the touch unit 405 of the touch module 300. After checking the component value for a point, matching the repeatedly touched component value with the geometric characteristic relationship on the design, within a specified error tolerance (e.g., within a 95% matching range of a Gaussian probability distribution) It is determined whether the N touch points match. If the repeatedly touched component value coincides with or is close to the geometric characteristic relationship in the design within a specified error tolerance, the authentication condition storage unit 510 provides actual measurement error information based on the repeatedly touched component value. After calculating and generating a geometric characteristic relationship including the geometric characteristic relationship on the design and the calculated actual measurement error information, a touch authentication condition including the generated geometric characteristic relationship may be stored. On the other hand, when the relationship between the repeatedly touched component value and the design geometric characteristic exists within a specified error tolerance, the actual measurement error is included in the design error. Touch authentication conditions to be used for authentication may be stored, including geometric characteristic relationships and design error information.

According to the implementation method of the present invention, the authentication condition storage unit 510 receives the serial code assigned to the registration target touch module 300 from the employer terminal 300, and uses the received serial code to store error information. Check the relationship between the geometric properties of the design to be calculated. The authentication condition storage unit 510 checks the component value repeatedly touched more than a specified number of times on the capacitive touch panel of the employer terminal 300 through the touch point confirmation unit 525 below, and the following touch point authentication In connection with the unit 535, it is checked whether the geometrical relationship between the identified touch points is valid, and the N touches repeatedly touched in connection with the following reference point identification unit 540 and the characteristic relationship calculation unit 545 The distance relationship and angle included in the geometric characteristic relationship on the design corresponding to the actual measured geometrical relationship with respect to the point and corresponding to the distance relationship and angular relationship included in the actual measured geometrical relationship and the touch authentication condition identified through the serial code The relationship is compared to determine whether the actual measurement geometric relationship exists within a specified tolerance range based on the design geometric characteristic relationship. If the actual measurement geometrical relationship is out of the specified error tolerance range, the fabricated touch module 300 is preferably subjected to a procedure of error correction or remanufacturing after disassembly to fall within the designated error tolerance range. For this purpose, the authentication condition storage unit 510 may output information necessary for correcting or remanufacturing the error of the manufactured touch module 300 and instructing a task accompanying it. On the other hand, if the component value repeatedly touched on the capacitive touch screen 205 of the employer terminal 300 is within a specified error tolerance, the authentication condition storage unit 510 is an error based on the repeatedly touched component value. Checking information (eg, actual measurement error information or design error information), generating a geometric characteristic relationship including the geometric characteristic relationship on the design and the identified error information, and including the generated geometric characteristic relationship Touch authentication conditions can be saved.

On the other hand, when the manufactured touch module 300 is supplied to an employer in a specific location (or region) (for example, an affiliate store that provides a designated service using the touch module 300), the authentication condition storage unit ( 510) receives the serial code of the touch module 300 and the location area information of the employer (eg, address information, area information, etc.) from the employer terminal 300, and the touch provided to the employer based on the serial code The touch authentication condition corresponding to the module 300 is checked. If the touch authentication condition mapped with the serial code is not confirmed, the authentication condition storage unit 510 transmits a non-registration error for the touch module 300 corresponding to the serial code to the employer terminal 300 of the employer. do. On the other hand, when the touch authentication condition mapped with the serial code is confirmed, the authentication condition storage unit 510 may map the checked touch authentication condition and the location area information of the employer and store it in the storage medium 515.

According to the implementation method of the present invention, the touch authentication condition is encoded in a sound signal output through an electronic module provided in the touch module 300 or various devices (or media) provided on the employer side, or through the electronic module. A code authentication condition for authenticating a code value included in the transmitted NFC-based radio frequency signal may be further included. The code authentication condition is included in the touch authentication condition at a time when the electronic module is provided and initialized in the touch module 300, or the touch module 300 is registered through the employer terminal 300 of the employer side. It may be included in the touch authentication condition at the time point. Preferably, the code authentication condition includes a comparison code to be compared with the unique code, or a code generation rule for dynamically generating a verification code to be compared with the one-time code (for example, a code generation algorithm for generating a one-time code and/or A fixed seed value and a dynamic seed value (eg, time, random number, etc.) may be included, or information on a separate code authentication server (not shown) that authenticates the validity of the code value may be included.

5, the hourly pay management module 560 of the hourly pay management system 500 includes module identification information for identifying the touch module 300 of the employer and the employer information provided with the touch module 300. An information registration processing unit 570 for mapping and storing is provided.

The information registration processing unit 570 receives employer information from the employer terminal 300 used by the employer provided with the touch module 300, and stores the received employer information in the designated management D/B 565. When the touch authentication module 505 and the hourly wage management module 560 are implemented through one server, the storage medium 515 and the management D/B 565 may be implemented in a single DBMS type.

When the touch authentication module 505 and the hourly wage management module 560 are implemented through one server according to the method of the present invention, the information registration processing unit 570 stores the employer information in the storage medium 515. The registered touch authentication condition and/or serial code may be mapped and stored. On the other hand, when the touch authentication module 505 and the hourly wage management module 560 are implemented in different servers or devices, the information registration processing unit 570 is The identification code to be mapped with may be determined, and the employer information and the identification code may be mapped and stored in the management D/B 565.

The information registration processing unit 570 receives employee information for which an employment relationship is established with the employer from the employer terminal 300 used by the employer provided with the touch module 300, and maps the employee information with the employer information. Can be saved. The employee information may include the name of the employee, the address of the employee, the employee contact information, etc. of the employee whose employment relationship is established, and unique information identifying the employee's device 200 equipped with a capacitive touch screen 205 Phone number, smartphone model information, etc.) may be included.

The information registration processing unit 570 reads unique information identifying the employee's device 200 provided with the capacitive touch screen 205 from among the employee information, and provides a touch provided to the employer through the employee's device 200 It is possible to check whether module-touch-based hourly payment management is possible using the module 300, and when module-touch-based hourly payment management is possible through the employee's device 200, the employee information can be managed with the module-touch-based hourly payment system I can save it. If it is not possible to manage an hourly payment system based on a module touch through the employee's device 200, the employee information is not registered or a manual method (e.g., user authentication through the employee's terminal or employer terminal 300 other than the module touch) Based on the method of registering the touch time value), the hourly payment management can be set and registered.

The information registration processing unit 570 checks the salary standard information of the employee who has established an employment relationship with the employer provided with the touch module 300. The salary standard information may be received from the employer terminal 300 together with the employee information, or may be received from the employer terminal 300 through a separate reception procedure, and the salary standard information registered in advance by the employer is managed D When registered in /B 565, it can be confirmed from the management D/B 565.

When the salary standard information of the employee is confirmed, the information registration processing unit 570 may map the employee information and the salary standard information and store it in the management D/B 565, and the management D/B ( 565) can be mapped to the salary standard information and the employee information. Preferably, the salary standard information may include hourly salary standard information including a salary amount per unit time.

5, the touch authentication module 505 of the hourly payment management system 500 includes component values for N touch points touched through the capacitive touch screen 205 of the device 200 And an information receiving unit 520 for receiving information on the touch characteristic.

The information receiving unit 520 receives touch characteristic information transmitted from the program 215 of the device 200. The touch characteristic information includes component values for N touch points touched on the capacitive touch screen 205 of the device 200, and unique information and/or location information of the device 200 according to an implementation method. It may further include. Alternatively, the touch characteristic information may further include a sound signal recognized at the point of touch recognition through the capacitive touch screen 205 of the device 200 or a code value included in an NFC-based radio frequency signal.

Referring to FIG. 5, the touch authentication module 505 of the hourly payment management system 500 includes a touch point identification unit 525 for checking a component value included in the touch characteristic information, and the touch characteristic information. A location information check unit 530 for checking location information of the device 200 is provided.

The touch point checking unit 525 checks component values for N touch points included in the touch characteristic information. If the component value includes the coordinate value of the touch screen 205 coordinate system, the touch point check unit 525 coordinates the component value into a coordinate system corresponding to the geometric characteristic relationship included in the touch authentication condition. Can be converted. Meanwhile, the coordinate transformation may be performed by the following touch point authentication unit 535, a reference point identification unit 540, or a characteristic relationship calculation unit 545.

The location information checking unit 530 checks location information of the device 200 for N touch points included in the touch characteristic information. If the location information of the device 200 is not included in the touch characteristic information, the location information checking unit 530 corresponds to a location calculated using a base station or a wireless AP in which a wireless section with the device 200 is formed. Cell-based location information can be checked.

Referring to FIG. 5, the touch authentication module 505 of the hourly payment management system 500 reads a geometric relationship between each of the N touch points using the component values included in the touch characteristic information, and the A touch point authentication unit 535 for authenticating whether the read geometrical relationship includes a geometrical relationship that can be formed by touching the touch unit 405 of the designed and manufactured touch module 300 to the capacitive touch screen 205 Equipped.

The touch point authentication unit 535 reads the component value checked through the touch point check unit 525, and the N touch points are valid by the N touch units 405 provided in the touch module 300. It verifies whether it is a touched point

According to the implementation method of the present invention, the touch point authentication unit 535 calculates the distance between the N touch points, and the calculated distance between the touch points is less than the minimum discrimination recognition distance set for the effective touch module 300. By reading whether they are greater than or equal to each other, it is possible to verify whether the N touch points are valid touch points of the touch module 300 designed and manufactured according to the design method according to the present invention. The distance comparison is compared based on a coordinate distance on the same coordinate system, and coordinate transformation may be performed for this. If any one of the distances between the touch points is smaller than the set minimum discrimination recognition distance within a specified tolerance range, it may be determined that the N touch points are not valid touch points of the touch module 300. If the N touch units 405 provided in the touch module 300 are composed of at least one designated touch unit 405 and n touch units 405, the touch point authentication unit 535 is It is possible to calculate the distance between the touch units 405 and compare with the minimum discrimination recognition distance to verify whether the N touch points are valid touch points of the touch module 300 designed and manufactured according to the design method according to the present invention. .

According to an exemplary method of the present invention, the touch point authentication unit 535 sets and maintains an N-gonal structure condition formed by a line segment connecting N touch points. If the N touch units 405 provided in the touch module 300 are composed of at least one designated touch unit 405 and n touch units 405, the N-shape structure condition is a valid touch module 300 Among the n divided regions 445 divided by one side of ), (n-1) divided regions 445 are provided with one touch unit 405 having a designated contact area, and any one designated region 450 The two touch units 405 including the designated touch units 405 are provided, and thus, one or more conditions for reading the geometric characteristics of the N-angle are provided. For example, the N-gonal structure condition is formed based on the size of the contact area of the touch unit 405, the minimum discrimination recognition distance, the minimum discrimination distance, a method of dividing one side area, and a blank area not used on one side area. Conditions for geometric properties for possible N-gons, and/or conditions for non-formable geometric properties may be included. When the N-gonal structure condition is set, the touch point authentication unit 535 connects the N touch points to form an N-angle, and reads the geometric characteristics of the formed N-gonal structure through the set N-gonal structure condition. , It is possible to authenticate whether the N touch points are valid touch points of the touch module 300 designed and manufactured according to the design method according to the present invention.

When the component value is converted to the coordinates of the designated coordinate system, it is preferable that the touch point authentication unit 535 reads a geometric relationship between each of the N touch points using a value set as information on the designated coordinate system. If the component value is in a state in which the coordinate is not converted to the designated coordinate system, the touch point authentication unit 535 may convert the component value to the designated coordinate system and read a geometric relationship between them.

Referring to Fig. 5, the touch authentication module 505 of the hourly payment management system 500 includes a reference point identification unit 540 for identifying a reference point for reading a geometric characteristic relationship of N touch points, and the A characteristic relationship calculation unit 545 that calculates an authentication target geometric characteristic relationship between each touch point based on a reference point, and a geometric characteristic relationship of the touch authentication condition stored through the authentication condition storage unit 510 and the calculated authentication target A touch authentication processing unit 550 for authenticating whether the geometric characteristic relation of the N touch points is matched within a specified tolerance range (or probability distribution) with the geometric characteristic relation included in the touch authentication condition by matching and analyzing the geometric characteristic relation. ), and an authentication result providing unit 555 that generates and provides a touch authentication result including an authentication result of a geometrical characteristic relationship with respect to the N touch points. If the N touch units 405 provided in the touch module 300 are composed of at least one designated touch unit 405 and n touch units 405, touch authentication of the hourly payment management system 500 The module 505 is a reference for identifying a designated touch point provided at a designated position of the designated region 450 by reading the component values through information of the divided regions 445 for the n divided regions 445 A point identification unit 540, a characteristic relationship calculation unit 545 for calculating an authentication target geometric characteristic relationship between the identified designated touch point and each of the n touch points, and the authentication condition storage unit 510 A touch authentication processing unit 550 for matching and analyzing a geometric characteristic relationship of a touch authentication condition and an authentication target geometric characteristic relationship between the calculated designated touch point and each of the n touch points is provided. Hereinafter, for convenience, based on an embodiment in which the N touch units 405 provided in the touch module 300 consist of at least one designated touch unit 405 and n touch units 405, the geometry of the N touch points The technical characteristics for authenticating the characteristic relationship will be described. However, the technical features of the present invention are not limited to the following embodiments, and any method of authenticating the geometric characteristic relationship for the N touch points by determining a reference point is clearly revealed to be included in the scope of the present invention.

The reference point identification unit 540 includes a touch unit 405 provided in the touch module 300 under conditions different from other touch points among the N touch points in order to read the geometric characteristic relationship between the N touch points. At least one reference point corresponding to a touch point touched on the capacitive touch screen 205 is identified.

According to the implementation method of the present invention, the reference point identification unit 540 stores the component value verified through the touch point identification unit 525 or the component value authenticated through the touch point authentication unit 535. Matching is performed with information on the partitioned regions 445 for n partitioned regions 445. If the divided area 445 information is set as coordinate area information on the designated coordinate system, the reference point identification unit 540 matches the component value converted to the designated coordinate system with the divided area 445 information. The component value is in a state in which the coordinates are converted to the designated coordinate system through the touch point identification unit 525 or the touch point authentication unit 535, or to the designated coordinate system by the reference point identification unit 540. Coordinates can be converted.

According to the first reference point identification method of the present invention, the reference point identification unit 540 virtually designates any one of the N touch points in order to match the information of the divided area 445 and the component value. After determining as a touch point, matching the virtual designated touch point and the divided region 445 information, and then performing a process of coordinate rotation of n touch points based on the virtual designated touch point at least once, the n number of It can be checked whether two touch points exist on the designated area 450 in which the virtual designated touch point is located among the divided areas 445 and one touch point exists in each of the remaining (n-1) divided areas 445. If two touch points exist in the designated area 450 where the virtual designated touch points are located, and one touch point exists in each of the remaining (n-1) divided areas 445, the virtual designated touch points are determined according to the present invention. It can be identified by a designated touch point provided at a designed designated location.

According to an exemplary method of the present invention, the reference point identification unit 540 has an N-shaped geometric characteristic formed by the N touch points in order to shorten the process of matching the divided area 445 information with the component value. Based on, a touch point having a high probability of being a designated touch point among the N touch points may be predicted, and a process of preferentially selecting and matching a virtual designated touch point from the predicted touch point may be performed. For example, the reference point identification unit 540 may predict a touch point on both sides of the corresponding vertex as a virtual designated touch point when there is a vertex larger than 180° among the inner angles of each of the N-shaped vertices. have.

According to the second reference point identification method of the present invention, the reference point identification unit 540 matches the design virtual origin and partitioned area 445 information, and designates any one of the N touch points as a virtual origin reference. After matching to the touch point position, two touch points exist in the designated area 450 among the n divided areas 445 by performing a process of rotating the N touch points based on the virtual origin at least once. And it can be checked whether one touch point exists in each of the remaining (n-1) divided regions 445. If two touch points exist in the designated area 450 and one touch point exists in each of the remaining (n-1) divided areas 445, a virtual designated touch point is provided at a designated location designed according to the present invention. It can be identified as a designated touch point.

When a designated touch point among the N touch points is identified, the characteristic relationship calculation unit 545 determines a distance relationship between the identified designated touch point and each n touch points provided in the n divided regions 445 and the identification. An authentication target geometric characteristic relationship is calculated between the designated touch point and each of the n touch points, including an angular relationship formed by the n touch points based on a designated designated touch point.

The distance relationship includes a coordinate distance on a designated coordinate system. The coordinate distance includes a relative coordinate distance calculated through a coordinate value based on a designated coordinate system, and may be expressed as a vector value further including a specific direction on the designated coordinate system according to an implementation method.

The angular relationship includes a coordinate angle on a designated coordinate system. The coordinate angle includes an angle on a coordinate system formed by two touch points among n touch points, using the designated touch point as a reference point, or the designated touch point and each n touch points based on a specific reference line on the designated coordinate system. The angle formed by the connected line segments may be included.

According to an exemplary embodiment of the present invention, it is preferable that the characteristic relationship calculation unit 545 calculates a geometric characteristic relationship to be authenticated between the specified touch point and each of n touch points based on a coordinate value on a specified coordinate system. According to an implementation method, the characteristic relationship calculation unit 545 may calculate a geometric characteristic relationship corresponding to a simultaneous touch characteristic or a sequential touch characteristic.

When the authentication target geometric characteristic relationship between the designated touch point and each of the n touch points is calculated, the touch authentication processing unit 550 calculates the geometric characteristic relationship of the touch authentication condition stored by the authentication condition storage unit 510 and the calculation. After matching the geometric characteristic relationship to be authenticated between the designated designated touch point and each of the n touch points, the distance and angle are compared to check whether they match or are close within the specified error range. Meanwhile, according to an implementation method, the touch authentication processing unit 550 may further check whether the geometric characteristic relationship corresponding to the simultaneous touch characteristic or the sequential touch characteristic of the N touch points matches the geometric characteristic relation of the stored touch authentication condition. If the calculated geometric characteristic relationship to be authenticated and the geometric characteristic relationship of the touch authentication condition coincide with each of the matched touch points or are close within a specified error range, the touch authentication processing unit 550 corresponds to the component value. The touch module 300 including the N touch units 405 can be authenticated with a module touch reflecting the touch characteristics touched on the capacitive touch screen 205 according to the geometric characteristic relationship of the matched design of the N touch points. have.

Meanwhile, when the touch authentication condition stored in the storage medium 515 and the location area information of the employer are mapped and stored, and the location information of the device 200 is confirmed through the touch characteristic information, the touch authentication processing unit ( 550) checks a comparison target touch authentication condition mapped with location area information matching the received location information among touch authentication conditions stored in the storage medium 515, and a geometric characteristic relationship of the comparison target touch authentication condition and the By comparing the calculated geometric characteristic relationship to be authenticated within a predetermined error range, the calculated geometric characteristic relationship to be authenticated and the geometry of the touch authentication condition for each touch module 300 stored in the storage medium 515 are compared. It is possible to shorten the time required for comparing and authenticating characteristic relationships.

The authentication result providing unit 555 generates a touch authentication result including an authentication result (eg, an authentication error result or an authentication success result) of a geometric characteristic relationship for the N touch points using the component values, and the The generated touch authentication result is transmitted through a designated path. For example, the authentication result providing unit 555 may transmit the touch authentication result in the reverse direction of a path in which the touch characteristic information is received.

Referring to Figure 5, the touch authentication module 505 of the hourly payment management system 500, when the touch characteristic information includes a sound signal or a code value recognized through NFC, included in the touch characteristic information A code verification unit (not shown) that checks a code value, and a code verification unit (not shown) that verifies the validity of the code value using the touch authentication condition, and is verified through the touch authentication processing unit 550 And an authentication result providing unit 555 for generating and providing a touch authentication result obtained by combining the authentication result of the geometrical characteristic relationship for the N touch points and the authentication result of the code value using the code authentication unit.

Any designated point in time before, during, and after the procedure for authenticating whether the geometric characteristic relationship for the N touch points matches the geometric characteristic relationship in the design for the N touch units 405 provided in the touch module 300 In the code verification unit, it checks whether a sound signal or a code value recognized through NFC is included in the touch characteristic information, and extracts the code value from the touch characteristic information.

The code authentication unit checks a comparison code to be digitally compared with the unique code through a code authentication condition included (or mapped) in the touch authentication condition, or a code generation rule for authenticating the one-time code (e.g., one-time After generating a verification code through a code generation algorithm that generates a code and/or a fixed seed value and a dynamic seed value (eg, time, random number, etc.), the code value and the comparison code are checked through the code verification unit. The validity of the code value included in the touch characteristic information can be authenticated by comparing digitally or by digitally comparing the verification code generated using the code generation rule with the disposable code. Depending on the implementation method, authentication of the code value may be performed through a separate code authentication server (not shown). In this case, the code authentication unit requests authentication of the code value to the code authentication server and receives the result. I can.

The authentication result providing unit 555 combines the authentication result of the geometrical characteristic relationship for the N touch points checked through the touch authentication processing unit 550 and the authentication result of the code value performed through the code authentication unit, and touches it. An authentication result is generated, and the generated touch authentication result is transmitted through a designated path. For example, the authentication result providing unit 555 may transmit the touch authentication result in the reverse direction of a path in which the touch characteristic information is received.

Referring to Figure 5, the hourly pay management module 560 of the hourly pay management system 500, the employer's touch module 300 on the capacitive touch screen 205 provided in the employee's device 200 A time value check unit 575 that checks a touch time value corresponding to the touched time point, an hourly wage management generation unit 580 that generates hourly wage management information using the touch time value, and the generated hourly wage management information An hourly wage management storage unit 585 to store, and an hourly wage management providing unit 590 for providing the generated/stored hourly wage management information to the program 215 provided in the employee's device 200 or the employer terminal 300 do.

When the touch authentication module 505 and the hourly wage management module 560 are implemented through one server, the time value check unit 575 is linked with the authentication result providing unit 555 (or touch authentication processing unit 550 ) And/or the code authentication unit) to check the touch authentication result of the module touch using the touch module 300 of the employer, and the touch of the module touch using the touch module 300 of the employer in the touch authentication result Check whether the authentication success result is included. If the touch authentication result includes the result of the successful touch authentication of the module touch using the touch module 300 of the employer, the time value check unit 575 determines the current time of the server to the employee's device 200 It is determined as a touch time value corresponding to a time point when the employer's touch module 300 is touched on the capacitive touch screen 205 provided in the device. If the touch characteristic information includes the touch time that the employer's touch module 300 touched through the capacitive touch screen 205, the time value check unit 575 is the capacitive touch screen 205 The touch time touched by the employer's touch module 300 may be identified as the touch time value.

When a touch time value corresponding to a time point at which the employer's touch module 300 is touched on the capacitive touch screen 205 through the time value check unit 575, the authentication result providing unit 555 The touch time value together with the touch authentication result may be transmitted to a program 215 provided in the employee's device 200.

On the other hand, when the touch authentication module 505 and the hourly wage management module 560 are implemented through separate servers, the authentication result providing unit 555 is sent to the time value check unit 575 of the hourly wage management module 560. Provides the touch authentication result of the module touch using the touch module 300 of the employer, the time value check unit 575 checks the touch authentication result of the module touch, and the touch module of the employer ( 300), check whether the result of successful touch authentication of the module touch is included. If the touch authentication result includes the result of the successful touch authentication of the module touch using the touch module 300 of the employer, the time value check unit 575 determines the current time of the server to the employee's device 200 The touch time value corresponding to the time point at which the employer's touch module 300 is touched on the capacitive touch screen 205 provided in is provided to the authentication result providing unit 555, and the authentication result providing unit ( 555 may transmit the touch time value together with the touch authentication result to the program 215 provided in the employee's device 200.

When a touch time value corresponding to a time point when the employer's touch module 300 is touched on the capacitive touch screen 205 provided in the employee's device 200 through the time value check unit 575 The hourly wage management generation unit 580 generates hourly wage management information including or using the touch time value, and the hourly wage management storage unit 585 maps the generated hourly wage management information with the employee information to manage D/ It can be stored in B 565.

The hourly wage management information is managed D/B 565 for the management of the employee's hourly wage by being touched and authenticated by the employer's touch module 300 on the capacitive touch screen 205 provided in the employee's device 200 As a generic term for a set of information stored in or provided to the employee's device 200 or the program 215 provided in the employee's device 200 or the employer terminal 300, a capacitive touch screen 205 preferably provided in the employee's device 200 ) May include a touch time value corresponding to a time point at which the employer's touch module 300 is touched, and a time value set as the touch time value at the time of work or a touch time value at the time of work, And/or the set of the attendance time value and the leave time value stored in the management D/B 565 designated based on the touch time value, and/or the pay time calculated using the set of the attendance time value and the leave time value. , And/or may include pay information calculated using the pay time.

The hourly wage management storage unit 585 maps the generated hourly wage management information with the employee information and/or employer information and stores it in the management D/B 565, and the stored hourly wage management information is the employee's device 200 It may be provided to the program 215 provided in the or the employer terminal 300.

The hourly wage management providing unit 590 automatically provides an hourly wage when a designated hourly wage management policy (e.g., the employer's touch module 300 is touched on the capacitive touch screen 205 provided in the employee's device 200 and is authenticated). A policy for pushing management information), a program 215 provided in the employee's device 200, or generated through the hourly wage management generating unit 580 according to an information request from the employer's terminal 300, or storing the hourly wage management The hourly wage management information stored by the unit 585 is provided to the program 215 provided in the employee's device 200 or the employer terminal 300.

On the other hand, when the hourly wage management information is provided to the employer terminal 300, the employer is the touch time value and/or wage time of the hourly wage management information according to an interface supported by the program 315 provided in the employer terminal 300. Can be adjusted. For example, if an employee goes to work or leaves without touching the employer's touch stamp on the designated device 200, or if the employee randomly touches the employer's touch stamp without touching the touch stamp of the employer on the designated device 200, the touch stamp is applied. The touch time value and/or pay time of the hourly wage management information that is not touched or touched arbitrarily without permission may be adjusted through the employer terminal 300.

Referring to Fig. 5, the hourly wage management module 560 of the hourly wage management system 500 adjusts the wage time of the employee by receiving a time adjustment value for the wage time of the employee from the employer terminal 300 An hourly wage management generating unit 580 that generates hourly wage management information using the adjusted wage time adjustment unit 595, and an hourly wage management storage unit 585 that stores the generated hourly wage management information, An hourly wage management providing unit 590 for providing the generated/stored hourly wage management information to a program 215 provided in the employee's device 200 or an employer terminal 300 is provided.

After the hourly wage management information is provided to the employer terminal 300, when the program 315 of the employer terminal 300 transmits a touch time value of the hourly wage management information and/or a time adjustment value adjusted for the pay time, The pay time adjustment unit 595 receives the time adjustment value from the employer terminal 300. According to the implementation method of the present invention, the salary time adjustment unit 595 uses the program 315 provided in the employer terminal 300 to receive the time adjustment value from the employer terminal 300. You can perform a self-certification process or an employer authorization process. The identity authentication procedure or the employer authority authentication procedure may use various authentication means such as ID or PW authentication, certificate-based authentication, two-channel authentication, or OTP authentication.

When the time adjustment value is received from the employer terminal 300, the pay time adjustment unit 595 adjusts the pay time of the employee using the time adjustment value. The salary time adjustment unit 595 adjusts by adding or subtracting a touch time value corresponding to a time point at which the employer's touch module 300 is touched on the capacitive touch screen 205 provided in the employee's device 200, or Or it can be adjusted by adding or subtracting the salary time of the employee provided to the employer terminal 300.

According to the implementation method of the present invention, the pay time adjustment unit 595 provides the program 215 provided in the employee's device 200 with the time adjustment value, or the touch time value adjusted through the time adjustment value. Alternatively, after providing the program 215 provided in the employee's device 200 for the salary time, the time adjustment value is finalized through the employee's consent or approval through the program 215 provided in the employee's device 200. Can be reflected.

The hourly wage management generation unit 580 generates hourly wage management information including a touch time value or pay time adjusted through the time adjustment value, and the hourly wage management storage unit 585 updates the generated hourly wage management information. It can be stored in the management D/B 565.

The hourly wage management providing unit 590 is a designated hourly wage management policy (e.g., a policy of automatically pushing the adjusted hourly wage management information when the touch time value or pay time is adjusted through the employer terminal 300) or the employee's Hourly wage management information adjusted through the pay time adjustment unit 595 or updated by the hourly pay management storage unit 585 according to a program 215 provided in the device 200 or an information request from the employer terminal 300 The program 215 provided in the employee's device 200 or the employer terminal 300 is provided.

6 is a diagram illustrating a process of registering a touch authentication condition for the touch module 300 according to an exemplary method of the present invention.

In more detail, FIG. 6 shows the process of including the geometric characteristic relationship and error information on the design of the N touch units 405 provided in the touch module 300 in the touch authentication module 505 and storing them in the touch authentication condition. As shown, for those of ordinary skill in the art to which the present invention belongs, various implementation methods for the process of registering the touch authentication condition by referring and/or modifying this Figure 6 (e.g., some steps are omitted, or The implementation method in which the order has been changed) may be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 6.

Referring to FIG. 6, the touch authentication module 505 checks the geometric characteristic relationship in design for the N touch units 405 provided in the touch module 300 in the process of designing and manufacturing the touch module 300, and (600), a design geometric characteristic relationship for the N touch units 405 is stored (605), and the geometric characteristic relationship may include design error information. If the actual measurement verification is not performed on the geometric characteristic relationship in the design, a touch authentication condition including the geometric characteristic relationship in the design and the design error information is generated (625), and the generated touch authentication condition and the touch The serial code of the module 300 may be mapped and stored in the storage medium 515 (630).

On the other hand, if the actual measurement verification for the geometrical characteristic relationship in the design is performed, the touch authentication module 505 connects the N touch units 405 provided in the touch module 300 to the designated capacitive touch screen 205. The relationship between the actual measurement geometrical characteristics, which has been repeatedly touched more than a specified number of times, is checked (610). If the relationship between the actual measurement geometric characteristics of the N touch units 405 is confirmed, the touch authentication module 505 checks whether the relationship between the actual measurement geometric characteristics exists within an error tolerance of the relationship between the geometric characteristics in the design ( 615). If the actual measurement geometric characteristic relationship does not exist within the error tolerance range, the touch authentication module 505 performs a procedure of correcting the N touch units 405 provided in the touch module 300 (620). ), or a procedure of re-manufacturing the touch module 300 is performed (620).

On the other hand, if the actual measurement geometric characteristic relationship exists within the error tolerance range, the touch authentication module 505 generates a touch authentication condition including design geometric characteristic relation and error information for the touch module 300 ( 625), the serial code of the touch module 300 and the touch authentication condition are mapped and stored in the storage medium 515 (630). The touch authentication condition includes at least one of information on the divided area 445, a minimum identification distance, and a minimum identification distance in common, or the touch authentication module 505 is a touch unit of the touch module 300 ( It may be linked to be used to authenticate the N touch points that touch 405). Depending on the implementation method, the touch authentication module 505 is a device 200 having a capacitive touch screen 205 (e.g., a device 200 having a touch authentication module 505) for the checked touch authentication condition. By providing as, it is possible to perform the module touch authentication procedure (or at least part of the authentication procedure) through the device 200.

7 is a diagram illustrating a process of registering an employer provided with the touch module 300 according to an implementation method of the present invention.

In more detail, FIG. 7 shows a process of registering and storing employer information provided with the touch module 300, and those of ordinary skill in the art to which the present invention pertains, refer to FIG. 7 and/ Alternatively, various implementation methods for the employer registration process (e.g., some steps are omitted or the order is changed) may be inferred by modification, but the present invention includes all the inferred implementation methods, The technical features are not limited only to the implementation method illustrated in FIG. 7. The process of FIG. 7 may be performed together with the process of FIG. 8.

Referring to Figure 7, the hourly wage management module 560 receives the employer information for the employer registration from the employer terminal 300 provided with the touch module 300 (700). The employer information is stored in the management D/B 565 (705).

The hourly wage management module 560 checks module identification information for identifying the touch module 300 provided to the employer (710). The module identification information may be received from the employer terminal 300 or may be confirmed through the process shown in FIG. 8. Preferably, the module identification information is a touch authentication condition for authenticating the touch characteristics of the touch module 300 provided to the employer, a serial code assigned to the touch module 300 provided to the employer, the touch authentication condition or serial code And at least one of the mapped identification code.

If module identification information for identifying the touch module 300 provided to the employer is confirmed, the hourly wage management module 560 maps the employer information and the module identification information and stores it in the management D/B 565 ( 715). If the touch authentication condition and/or serial code of the touch module 300 provided to the employer is stored in the storage medium 515 through the process shown in Fig. 8 and is used as module identification information, the hourly wage management module ( 560 may map the touch authentication condition and/or serial code stored in the storage medium 515 with the employer information.

FIG. 8 is a diagram showing a process of registering the touch module 300 provided to an employer according to an implementation method of the present invention.

In more detail, FIG. 8 is a design geometrical characteristic relationship and error information for the N touch units 405 provided in the touch module 300 designed and manufactured through the process shown in FIG. 6 by the touch authentication module 505. After storing the touch authentication condition, among the stored touch authentication conditions, a process of registering the touch authentication condition of the touch module 300 provided to the employer is shown. , It is possible to infer various implementation methods for the registration process of the touch module 300 (e.g., some steps are omitted or the order is changed) by referring to and/or modifying this Figure 8, but the present invention It includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 8.

Referring to FIG. 8, the touch authentication module 505 identifies the serial code of the touch module 300 and the employer provided with the touch module 300 from the employer terminal 300 provided with the touch module 300. Employer information and location area information of the employer are received (800). The touch authentication module 505 checks a touch authentication condition mapped with the received serial code among touch authentication conditions registered in the storage medium 515 (805). On the other hand, if the employer terminal 300 is equipped with a capacitive touch screen 305 according to an implementation method, the employer terminal 300 is touch recognized through the capacitive touch screen 305 with the serial code Touch characteristic information on the touch module 300 of may be transmitted.

If the touch authentication condition mapped with the serial code is not confirmed, the touch authentication module 505 configures and transmits unregistered error information for the touch module 300 to the employer terminal 300 (810). On the other hand, when the touch authentication condition mapped with the serial code is confirmed, the touch authentication module 505 maps the touch authentication condition matched with the serial code, the employer information and the employer's location area information to the storage medium 515. Can be stored (825).

On the other hand, when the employer terminal 300 is equipped with a capacitive touch screen 305, the touch authentication module 505 is used for the touch module 300 of the employer recognized by the touch through the capacitive touch screen 305. The touch characteristic information is checked (815). The touch characteristic information of the employer's touch module 300 may be received with the serial code or received from the employer terminal 300 through a separate procedure after the touch authentication condition matched with the serial code is checked. I can. The touch authentication module 505 verifies the validity of the employer's touch module 300 by reading the touch characteristic information of the employer's touch module 300 through the touch authentication condition matched with the serial code ( 820). If the validity of the employer's touch module 300 is verified, the touch authentication module 505 maps the touch authentication condition matched with the serial code, the employer information and the employer's location area information, and stores the storage medium 515. ) Can be stored in (825).

FIG. 9 is a diagram showing a process of registering an employer who has been provided with the touch module 300 and an employer in which an employment relationship has been established according to an implementation method of the present invention.

In more detail, FIG. 9 shows a process of registering and storing employee information that can be used by the device 200 equipped with the capacitive touch screen 205 after establishing an employment relationship with the employer provided with the touch module 300. As such, if a person of ordinary skill in the art to which the present invention belongs, various implementation methods for the employer registration process (e.g., some steps are omitted or the order is changed) by referring and/or modifying this figure 9 Method) may be inferred, but the present invention includes all of the above inferred implementation methods, and the technical features thereof are not limited only by the implementation method shown in FIG. 9. The process of FIG. 9 may be performed together with the process of FIG. 8.

Referring to FIG. 9, the hourly wage management module 560 receives employee information for which an employment relationship with the employer has been established (for example, an employment confirmation has been registered) from the employer terminal 300 provided with the touch module 300 ( 900), the employee information is stored in the management D/B 565. Meanwhile, according to an implementation method, the hourly wage management module 560 reads the employee information and checks whether the employee can use the device 200 equipped with a capacitive touch screen 205 capable of managing a module touch-based hourly payment system. It is determined whether it is possible to manage the hourly payment system based on a module touch using the employer's touch module 300 (905). If it is impossible to manage the module-touch-based hourly payment system through the employer's device 200, the hourly payment management module 560 provides a module-touch-based hourly payment management impossible message to the employer terminal 300 (910), In this case, the employee information may not be registered or may be manually set to enable management of the hourly wage system and registered. On the other hand, if a module-touch-based hourly pay management is possible through the employer's device 200, the hourly pay management module 560 maps and stores the employee information and the employer information (915).

The hourly wage management module 560 checks the salary standard information for the employee (920). The salary standard information may be received from the employer terminal 300 together with the employee information, or may be received from the employer terminal 300 through a separate reception procedure, and the salary standard information registered in advance by the employer is managed D When registered in /B 565, it can be confirmed from the management D/B 565. If the salary standard information of the employee is confirmed, the hourly salary management module 560 maps the employee information and the salary standard information to the management D/B 565 and stores it (925).

FIG. 10 is a diagram showing a process of recognizing a module touch using the touch module 300 in the program 215 of the device 200 according to an exemplary method of the present invention.

In more detail, FIG. 10 shows a program 215 of the device 200 when the touch module 300 having N touch units 405 is touched on the capacitive touch screen 205 of the device 200. Shows a process of recognizing a module touch using the touch module 300, configuring touch characteristic information for authenticating the module touch, and transmitting it to the touch authentication module 505. In general, in the technical field to which the present invention belongs. If you have knowledge of, you will be able to infer various implementation methods for the module touch recognition process (for example, implementation methods in which some steps are omitted or the order is changed) by referring and/or modifying this Figure 10, The present invention includes all of the above inferred implementation methods, and the technical features thereof are not limited only by the implementation method illustrated in FIG. 10.

Referring to FIG. 10, the employer's device 200 checks a touch event for a touch point touched on the capacitive touch screen 205 as the program 215 is driven or activated (1000), and the By reading the touch event, it is checked whether a module touch touching the N touch units 405 provided in the touch module 300 is recognized (1010). Preferably, the program 215 of the device 200 recognizes whether N touch points are touched through the capacitive touch screen 205, and a simultaneous touch condition and a fixed touch condition according to the design of the touch module 300 , A static touch condition, a dynamic touch condition, a sequential touch condition, and a sensor linkage condition, one or more of the touch recognition conditions may be selectively additionally applied, or a combination of two or more conditions to determine whether a module touch is recognized.

If the module touch using the touch coating is recognized, the program 215 of the device 200 determines the geometrical characteristic relationship of the N touch points touched on the capacitive touch screen 205. A component value for authenticating whether it matches the design geometrical characteristic relationship for the touch units 405 is calculated (1015). In the module touch of the present invention, the N number of touch units 405 provided in the touch module 300 are electrostatically touched without needing to align the touch module 300 in a specific direction or a specific area of the capacitive touch screen 205. As long as N touch points are recognized by being touched on the touch screen 205, the geometric characteristic relationship formed by the N touch points is a geometric characteristic relationship and a specified tolerance range in the design of the touch module 300 manufactured according to a pre-designed design. It is characterized in that it is possible to authenticate whether it is matched within, and the touch characteristic authentication for the N touch points is a spatial and temporal characteristic of a geometric relationship of the N touch points (e.g., a characteristic of the number of touch points, a characteristic of a geometric structure of the touch points (e.g., A touch module manufactured as pre-designed with at least one reference point and the remaining touch points provided at an arbitrary calculated position, a characteristic with a divided area 445 structure, etc.), simultaneous touch characteristics, sequential touch characteristics, etc. When 300 is touched on the capacitive touch screen 205, it includes geometric characteristic relationship authentication that authenticates whether the predicted spatiotemporal characteristic matches within an allowable error range. Accordingly, the component values for the N touch points include all the component values defined necessary for the geometric characteristic relationship authentication.

Meanwhile, when the location information of the device 200 is used for authentication of the N touch points, the program 215 of the device 200 may check the location information of the device 200 (1020). The program 215 of the device 200 configures touch characteristic information including component values for the N touch points and location information of the device 200 (1025). If a function for outputting a sound signal to the touch module 300 or provided in an NFC chip, and the touch module 300 is encoded in the sound signal when the touch module 300 touches the capacitive touch screen 205 or the NFC When recognizing the code value included in the radio frequency signal received from the chip, the program 215 of the device 200 checks the sound signal or the code value recognized through NFC (1020), and the identified code A value may be included in the touch characteristic information (1025).

The program 215 of the device 200 includes component values for the N touch points as characteristic information for touch characteristic authentication, and further includes location information of the device 200 according to an implementation method, And/or by transmitting the touch characteristic information further including the code value included in the sound signal or the NFC-based radio frequency signal through a designated path (1030), the touch characteristic information is processed to be transmitted to the designated operation server (100). .

FIG. 11 is a diagram illustrating a process of authenticating a geometric characteristic relationship for N touch points touched on the capacitive touch screen 205 according to an exemplary method of the present invention.

In more detail, FIG. 11 shows N touches recognized by touching the N touch units 405 provided in the touch module 300 in the touch authentication module 505 to the capacitive touch screen 205 of the device 200. It shows a process of authenticating whether the geometrical characteristic relationship with respect to a point matches the geometrical characteristic relationship in the design included in the pre-registered touch authentication condition. By referring to and/or modifying, various implementation methods for the geometric characteristic relationship authentication process (e.g., some steps are omitted or the order is changed) may be inferred. It includes, and the technical features are not limited only by the implementation method shown in FIG. 11. For example, the module touch authentication process (or some process) of FIG. 11 may be performed through the device 200, and thus the present invention is not limited thereto.

Referring to FIG. 11, the touch authentication module 505 receives the touch characteristic information transmitted from the program 215 of the device 200 through the process shown in FIG. 10 through a designated path (1100), and the touch Component values for the N touch points included in the characteristic information are checked (1105).

The touch authentication module 505 reads the geometric relationship between the N touch points based on the component values, so that the N touch points corresponding to the component values are effectively designed and manufactured. It is verified whether it is a touch point of (1110). If the N touch points are not valid touch points of the touch module 300, the touch authentication module 505 checks a touch authentication error for the N touch points (1140), and a touch corresponding to the touch authentication error An authentication result is generated (1145), and the generated touch authentication result is transmitted through a designated path (1150).

If the N touch points are valid touch points of the touch module 300, the touch authentication module 505 is a divided area for n divided areas 445 applied in design in the process of manufacturing the touch module 300. (445) The value of the component is read through the information to identify a designated touch point corresponding to the touch unit 405 provided at a designated position on the designated region 450 among n divided regions 445 (1115). If the designated touch point is not identified, the touch authentication module 505 checks a touch authentication error for the N touch points (1140), and generates a touch authentication result corresponding to the touch authentication error (1145). , The generated touch authentication result is transmitted through a designated path (1150).

If a designated touch point is identified among the N touch points, the touch authentication module 505 calculates an authentication target geometric characteristic relationship between the identified designated touch point and each of the n touch points (1120). Meanwhile, if the touch authentication condition and the location area information of the employer are mapped through the process shown in FIG. 8, the touch authentication module 505 checks the location information of the device 200 based on the touch characteristic information, One or more comparison target touch authentication to be compared with the calculated authentication target geometric characteristic relationship among a plurality of touch authentication conditions stored in the storage medium 515 by comparing the location information of the device 200 with the location area information of the touch authentication condition The condition is checked (1125), and the calculated geometric characteristic relationship to be authenticated matches the geometric characteristic relationship on the design included in the checked one or more comparison target touch authentication conditions and within a specified tolerance (e.g., geometric characteristic to be authenticated). A procedure to analyze whether the relationship matches the geometric characteristic relationship in the design or is close to the tolerance range) is performed (1130). Preferably, in the analysis procedure, a geometric characteristic relationship in a design matching the geometric characteristic relationship to be authenticated among the geometric characteristic relationships in the design of the identified one or more comparison target touch authentication conditions is confirmed, or all comparison target touch authentication conditions It is preferable that the relationship between the geometrical characteristics of the included design and the relationship of the geometrical characteristics to be authenticated is analyzed and repeated until the analysis is completed. On the other hand, if the touch authentication condition is not matched with the location area information of the employer, the touch authentication module 505 performs a procedure of comparing the geometric characteristic relationship with the entire touch authentication condition stored in the storage medium 515. can do.

The touch authentication module 505 performs a procedure of confirming a design geometric characteristic relationship matching the authentication target geometric characteristic relationship among design geometric characteristic relationships of the identified one or more comparison target touch authentication conditions (1135). Preferably, the geometric characteristic relationship authentication of the present invention does not certify whether it matches the geometric characteristic relationship to be authenticated by extracting the geometric characteristic relationship on the registered design, but, on the contrary, matches the geometric characteristic relationship to be authenticated among the geometric characteristic relations on the registered design. By checking whether there is a geometric characteristic relationship in the design to be used, the touch module 300 can be used simultaneously as an identification means and an authentication means. On the other hand, when a unique code capable of specifying any one of a plurality of geometrical characteristic relations on a design registered in the touch characteristic information is received and received, the specified geometric characteristic relation among the geometrical characteristic relations on a registered design It can be authenticated whether it matches the geometrical characteristic relationship to be authenticated by extracting, and in this case, the touch module 300 can be used as an authentication means, and the unique code can be used as an identification means. If the unique code is provided through an electronic module embedded in the touch module 300, in this case, the touch module 300 can be used simultaneously as an identification means and an authentication means.

If the process of comparing and analyzing the authentication target geometric characteristic relationship and the design geometric characteristic relationship is completed in a state in which the authentication target geometric characteristic matched design geometric characteristic relationship is not confirmed (i.e., the authentication target geometric characteristic matched design If the geometric characteristic relationship of the image is not confirmed), the touch authentication module 505 checks a touch authentication error for the N touch points (1140), and generates a touch authentication result corresponding to the touch authentication error (1145). ), and transmits the generated touch authentication result through a designated path (1150).

On the other hand, before the procedure of analyzing whether the calculated relationship of the geometrical characteristic to be authenticated matches the geometrical characteristic of the design included in the checked one or more comparison target touch authentication conditions within a specified tolerance range is completed, the geometrical characteristic of the authentication is completed. When the relationship and the geometrical characteristic relationship of the design matching within the specified tolerance range are confirmed, the touch authentication module 505 determines that the N touch points corresponding to the geometrical characteristic relationship to be authenticated are matched according to the geometrical characteristic relationship of the matched design. The designed and manufactured touch module 300 may be authenticated as being a touch point touched on the capacitive touch screen 205 (1155).

On the other hand, if a separate code value is not included in the touch characteristic information, the touch authentication module 505 determines the geometric characteristic of the matched design based on the confirmation of the geometric characteristic relation of the design matched with the geometric characteristic relation to be authenticated. According to the characteristic relationship, the touch module 300 having the N touch units 405 determines that the touch characteristic touched on the capacitive touch screen 205 has been successfully authenticated, and responds to the success of touch authentication of the N touch points. The touch authentication result is generated (1160). According to an implementation method, the touch authentication module 505 may transmit the touch authentication result through a designated path (1150).

12 is a diagram illustrating a process of authenticating a code value associated with N touch points touched on the capacitive touch screen 205 according to an embodiment of the present invention.

In more detail, FIG. 12 shows a process of authenticating the validity of the recognized code value at the time when N touch points are touch-recognized on the capacitive touch screen 205 of the device 200, and the technical field to which the present invention belongs. If a person of ordinary skill in the art can infer various implementation methods for the code value authentication process (e.g., implementation methods in which some steps are omitted or the order is changed) by referring and/or modifying this figure 12 However, the present invention includes all of the above inferred implementation methods, and the technical features thereof are not limited only by the implementation method illustrated in FIG. 12. For example, the module touch authentication process (or some process) of FIG. 12 may be performed through the device 200, and thus the present invention is not limited thereto. For example, the process of FIG. 12 may be performed before the process of FIG. 11.

Referring to FIG. 12, the touch authentication module 505 checks the code value included in the touch characteristic information received through the process shown in FIG. 11 (1200), and N touches through the process shown in FIG. The code authentication condition included in (or linked) the touch authentication condition including the geometric characteristic relationship on the design that was confirmed to match the geometric characteristic relationship for the point is checked (1205).

The touch authentication module 505 checks a comparison code for authenticating the code value using the code authentication condition or performs a procedure of generating a verification code for authenticating the code value (1210), The validity of the code value is authenticated using the comparison code verified through the code authentication condition, or the validity of the code value is authenticated using the verification code generated through the code authentication condition (1215). Depending on the implementation method, the validity authentication of the code value may be performed through a separate code authentication server.

If the validity of the code value is not authenticated, the touch authentication module 505 checks a touch authentication error for the N touch points (1220), and generates a touch authentication result corresponding to the touch authentication error ( 1225), the generated touch authentication result is transmitted through a designated path (1230).

Meanwhile, when the validity of the code value is authenticated, the touch authentication module 505 combines the geometric characteristic relationship authentication result for N touch points performed through the process of FIG. 11 and the authentication result of the code value to perform touch authentication. Generate the result (1235). When the geometric characteristic relationship for the N touch points is successfully authenticated and the code value is successfully authenticated, the touch authentication module 505 includes N touch units 405 according to the geometric characteristic relationship on the matched design. The touch module 300 may determine that the touch characteristic touched on the capacitive touch screen 205 has been successfully authenticated, and may generate a touch authentication result corresponding to the successful touch authentication of the N touch points. According to an implementation method, the touch authentication module 505 may transmit the touch authentication result through a designated path (1230).

13 is a diagram showing a process of providing a module touch-based hourly payment management using the touch module 300 of an employer according to an implementation method of the present invention.

In more detail, this drawing 13 is a capacitive touch screen provided in the employee's device 200 when the authentication of the module touch using the employer's touch module 300 is successful through the process shown in Fig. 11 or 12. In 205, the touch time value corresponding to the touch time point of the employer's touch module 300 is checked, and hourly wage management information corresponding to the touch time value is generated/stored to be provided in the employee's device 200. It shows the process of providing the program 215 or the employer terminal 300, and for those of ordinary skill in the art to which the present invention belongs, the module touch-based hourly payment system can be modified with reference to and/or modifying this figure 13 Various implementation methods for management (e.g., some steps are omitted or the order is changed) may be inferred, but the present invention includes all the inferred implementation methods, and is shown in FIG. The technical characteristics are not limited only by the implementation method.

Referring to FIG. 13, the hourly wage management module 560 connects the employer's touch module 300 to the capacitive touch screen 205 provided in the employee's device 200 through the process shown in FIG. 11 or 12. A touch time value corresponding to the time when the touch module 300 of the employer is touched on the capacitive touch screen 205 provided in the employee's device 200 after confirming the authentication success of the touched module touch (1300) (1305), and generates hourly wage management information by including the touch time value of the authenticated module touch time point or by using the touch time value (1310). The hourly wage management information is managed D/B 565 for the management of the employee's hourly wage by being touched and authenticated by the employer's touch module 300 on the capacitive touch screen 205 provided in the employee's device 200 As a generic term for a set of information stored in or provided to the employee's device 200 or the program 215 provided in the employee's device 200 or the employer terminal 300, a capacitive touch screen 205 preferably provided in the employee's device 200 ) May include a touch time value corresponding to a time point at which the employer's touch module 300 is touched, and a time value set as the touch time value at the time of work or a touch time value at the time of work, And/or the set of the attendance time value and the leave time value stored in the management D/B 565 designated based on the touch time value, and/or the pay time calculated using the set of the attendance time value and the leave time value. , And/or may include pay information calculated using the pay time.

The hourly wage management module 560 checks employee information corresponding to the device 200 having the capacitive touch screen 205, maps the employee information and the generated hourly wage management information to manage D/B ( 565) (1315).

Meanwhile, the hourly wage management module 560 may transmit hourly wage management information generated/stored based on the module touch authentication to the program 215 provided in the employee's device 200 according to a specified policy (1320), and implemented. Depending on the method, the touch authentication result confirmed through the process shown in FIG. 11 or 12 may be transmitted (1320). Meanwhile, the employee information and the hourly wage management information based on the module touch authentication may be transmitted to the employer terminal 300 (1325). Meanwhile, according to the implementation method of the present invention, the hourly wage management module 560 stores the stored hourly wage management information on the basis of an information request from the program 215 provided in the employee's device 200. The stored hourly wage management information can be transmitted to the employer terminal 300 based on the information request from the employer terminal 300 and/or transmitted to the program 215 provided in the Likewise, hourly wage management information may be displayed through the employer terminal 300.

14 is a diagram illustrating hourly wage management information displayed on the employer terminal 300 according to the implementation method of the present invention.

In more detail, this drawing 14 shows hourly wage management information generated based on the checked touch time value by touching the employer's touch module 300 on the capacitive touch screen 205 provided in the employee's device 200. This is an example of a screen displayed through the T&A status interface displayed at (300).

Referring to the example of Figure 14, the employer employs two employees, such as'Kim Alba'and'ParkBamon',and'AlbaKim' comes to work at 09:45 and displays the employer's touch module on his device 200. Touching (300), while leaving work at 16:16, touched the touch module 300 of the employer on his device 200, and the hourly wage management module 560 used the Hourly wage management information, including touch time values at the time of work and working hours and pay hours, was provided. At this time, the working time is 6 hours and 31 minutes, and since the working time has elapsed 30 minutes according to the policy according to an embodiment of the present invention, the salary time is set as 6.5 hours, but the employer adjusted the salary time to 6.0 hours. . 'Park Bamon' comes to work at 08:00 and touches the employer's touch module 300 on his device 200 and is still working because there is no recent touch time value.

FIG. 15 is a diagram illustrating a process of providing a module touch-based hourly payment management service through an employee's device 200 according to an implementation method of the present invention.

In more detail, FIG. 15 shows an hourly payment management service based on the touch authentication result in the program 215 of the device 200 when the result of the touch authentication performed through the process shown in FIG. 11 or 12 is confirmed. As an illustration of the providing process, those of ordinary skill in the technical field to which the present invention pertains, refer to and/or modify this Figure 15 to perform various methods for the process of providing the hourly payment management service (e.g., some steps Is omitted, or the order of implementation is changed), but the present invention includes all of the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 15.

Referring to Fig. 15, the program 215 of the device 200 receives the touch authentication result generated through the touch authentication module 505 through the process shown in Fig. 11 or Fig. 12 through a designated path (1500). , By reading the touch authentication result, it is checked whether the N touch points touched on the capacitive touch screen 205 touch the touch module 300 of the employer on the capacitive touch screen 205 to confirm whether the touch authentication was successful. (1505).

If the N touch points touch the touch module 300 of the employer on the capacitive touch screen 205 and it is not confirmed that the touch authentication is successful, the program 215 of the device 200 is applied to the module touch. An error message is output (1510), and the touch recognition process shown in FIG. 10 may be performed again according to an implementation method.

On the other hand, when it is confirmed that the N touch points have successfully touched the touch module 300 of the employer by a module touch that touches the capacitive touch screen 205, the program 215 of the device 200 is By touching the module 300 to the capacitive touch screen 205, based on the result of successful authentication, the hourly wage management information generated by including or using a touch time value is checked (1515). The hourly wage management information may be received together with the result of the touch authentication, or the program 215 of the device 200 may request information from the hourly wage management module 560 based on the success of the module touch authentication. The program 215 of the device 200 displays an interface screen for displaying the hourly wage management information on the program execution screen as shown in Fig. 16, and displays the hourly wage management information through the interface screen (1520). .

16A and 16B are diagrams illustrating hourly wage management information displayed through a program 215 provided in an employee's device 200 according to an embodiment of the present invention.

In more detail, FIG. 16A illustrates a screen displaying hourly wage management information received together with a touch authentication result, and FIG. 16B illustrates a screen displaying hourly wage management information received by an information request.

Referring to the example of Figure 16a, the employee'Alba Kim' comes to work at 10:15 on December 26th, touches the employer's touch module 300 on his device 200, and leaves his/her own at 16:16. The touch module 300 of the employer was touched on the device 200, and the actual working time is 6 hours and 1 minute, but since the additional working time is less than 30 minutes, the calculated working time is 6.0 hours and the salary time is also calculated as 6.0 hours.

Referring to the example of Figure 16b, the employee'Alba Kim' comes to work on February 23 at 09:58, touches the employer's touch module 300 on his device 200, and leaves his/her own at 16:18. The touch module 300 of the employer was touched on the device 200, and the actual working time is 6 hours and 20 minutes, but since the additional working time is less than 30 minutes, the calculated working hours is 6.0 hours and the salary time is also calculated as 6.0 hours.

FIG. 17 is a diagram illustrating a process of adjusting the salary time through an employee terminal according to an implementation method of the present invention.

In more detail, this drawing 17 displays employee information and module-touch authentication-based hourly wage management information transmitted from the employer terminal 300 through the process shown in FIG. 13, but adjusts the salary time included in the hourly wage management information. As showing the process of, for those of ordinary skill in the art to which the present invention belongs, various implementation methods for the process of adjusting the pay time by referring and/or modifying the drawing 17 (e.g., some steps are omitted or , Or the implementation method in which the order has been changed) may be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 17.

Referring to FIG. 17, the employer terminal 300 receives employee information and module-touch authentication-based hourly wage management information transmitted through the process shown in FIG. 13 through a designated path (1700), as shown in the example of FIG. 14. The received employee information and hourly wage management information are displayed through a designated interface screen (1705). Alternatively, the employer terminal 300 requests hourly wage management information for the employee to the hourly wage management module 560, and receives employee information and hourly wage management information based on module touch authentication from the hourly wage management module 560 (1700). , The received employee information and hourly wage management information may be displayed through a designated interface screen (1705).

The employer terminal 300 checks whether the time value adjustment interface is displayed by the employer in order to input the time adjustment value while the hourly wage management information is displayed as in the example of Fig. 18a, and if the time value adjustment as in the example of Fig. 18b When the time adjustment value for the pay time is input through the interface, the time adjustment value corresponding to the pay time adjusted through the time adjustment interface is checked (1710), and is transmitted to the hourly pay management module 560 through a designated path. (1715), receives the hourly wage management information adjusted through the time adjustment value from the hourly wage management module 560 (1720), and displays the adjusted hourly wage management information as in the example of Fig. 18b through a designated interface screen (1725). ).

18A and 18B are diagrams illustrating a screen for adjusting pay time based on module touch authentication according to an implementation method of the present invention.

In more detail, Figure 18a is an illustration of a screen for adjusting the pay time based on module touch authentication using the touch module 300 of the employer, and Figure 18b is an example of a screen in which the pay time is adjusted.

Referring to the example of Figure 18a, the employee comes to work at 09:58 on January 18, touches the employer's touch module 300 on his device 200, and leaves his device 200 at 16:18. The employer's touch module 300 was touched, and the actual working hours are 6 hours and 20 minutes, but the additional working hours are less than 30 minutes, so the calculated working hours is 6.0 hours and the salary hours are calculated as 6.0 hours. At this time, the time value adjustment interface is displayed on the employer terminal 300, and when the time adjustment value for adjusting the pay time is input by the employer as shown in the example of Fig. 18b, the employee's pay time is updated to the time adjusted by the employer. Is displayed.

100: operation server 105: hourly payment management server
200: employee's device 205: capacitive touch screen
220: touch point recognition unit 225: touch point reading unit
230: authentication procedure execution unit 235: authentication result receiving unit
240: interface display unit 245: information provision request unit
250: information receiving processing unit 300: employer terminal
320: employer register 325: touch module register
340: employee register 345: interface display
350: information reception processing unit 355: information provision request unit
360: time value adjustment unit 400: touch module
405: touch unit 500: hourly wage management system
505: touch authentication module 510: authentication condition storage unit
515: storage medium 520: information receiving unit
525: touch point confirmation unit 530: location information confirmation unit
535: touch point authentication unit 540: reference point identification unit
545: characteristic relationship calculation unit 550: touch authentication processing unit
555: certification result provision unit 560: hourly wage management module
565: Management D/B 570: Information registration processing unit
575: time value check unit 580: hourly wage management generation unit
585: hourly wage management storage unit 590: hourly wage management providing unit
595: Pay time adjustment

Claims (29)

A method executed through a server communicating with an employee's device having a capacitive touch screen,
Manufactured by arranging the geometric relationship including the relative distance relationship and angular relationship based on the specified coordinate system between the midpoints of the plurality of touch units capable of capacitive touch on the capacitive touch screen by the capacitance of the human body in a unique geometric relationship designed not to overlap A first step of mapping and storing module identification information for identifying the touch module and information on an employer of an employer who owns the touch module;
A second step of mapping and storing information on an employee who has established a specified employment relationship with the employer and the information on the employer;
A third receiving touch characteristic information including a component value capable of discriminating a geometric relationship including a distance relationship and an angular relationship between a plurality of touch points touched on the capacitive touch screen from an employee's device having a capacitive touch screen step;
The geometrical relationship between the plurality of touch points touched on the capacitive touch screen using the component values included in the touch characteristic information is matched within the allowable range and the geometrical relationship in the design of the plurality of touch units provided in the designated touch module. A fourth step of authenticating whether or not, and authenticating whether the authenticated touch module is a touch module of an employer that has established an employment relationship with an employee using the device based on the module identification information of the authenticated touch module; And
When the geometrical relationship between the plurality of touch points is verified to match the geometrical relationship in the design of the plurality of touch units provided in the touch module of the employer and within the allowable range, the employer through the capacitive touch screen provided in the employee's device A fifth step of processing to store a touch time value corresponding to a touch point of the touch module in a designated storage area; and an hourly payment management method using a touch module.
delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete delete The method of claim 1,
Based on the touch time value at the time of work or the touch time value at the time of leaving the office stored in the designated storage area, the pay time to be paid is calculated in response to the working hours the employee has worked, or the calculated pay time is interlocked with the employer's terminal. Hourly payment management method using a touch module, characterized in that further comprising the step of adjusting.
delete delete delete delete delete delete delete delete delete

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