KR102195979B1 - Touch inputtinng apparatus for mobile terminal based on touchscreen - Google Patents

Abstract

The present invention relates to an interlock type touch inputting apparatus for a mobile terminal based on a touchscreen which delays and automatically performs touch on a detailed screen window for receiving a service relay confirmation call corresponding to a conversion time from the integrated screen window to the detailed screen window in connection with touch on an integrated screen window by a service industry worker. The interlock type touch inputting apparatus for a mobile terminal based on a touchscreen is installed at a touchscreen based mobile terminal to touch a touch point with respect to a call for requesting a specific service received through a specific service relay application to be driven by the mobile terminal, and includes: a manual input means to generate an input signal for selecting the call for requesting a specific service from the integrated screen window in which a call for requesting a plurality of services are integrally uploaded in a list form; a signal delay controller for delaying the input signal from the manual input means for a predetermined time and to output the delayed input signal; and an automatic input means movably installed at a mobile terminal with a touchscreen, being moved to a directly upper portion of a touch point on a detailed screen window of the call for requesting a specific service selected by the manual input means, and connected with the signal delay controller to automatically touch the touch point when the output signal of the signal delay controller is input.

Description

Interlocking touch input device for touch screen-based mobile terminals {TOUCH INPUTTINNG APPARATUS FOR MOBILE TERMINAL BASED ON TOUCHSCREEN}

The disclosed content is additionally installed on a touch screen-based portable terminal, and service industry workers such as, for example, a freight transport driver, a deputy driver, a taxi driver, a traffic accident handler, and various delivery companies, are operated on a touch screen-based portable terminal. The present invention relates to a touch input device for a portable terminal based on a touch screen that allows a service relay confirmation call to be finally received from a relay server by quickly and easily touching a touch point for a service request call received through a service relay application.

Unless otherwise indicated herein, the contents described in this identification item are not prior art to the claims of this application, and description in this identification item is not admitted to be prior art.

Recently, as portable terminals such as smartphones have been popularized and have become a necessity for daily life, various applications that can be driven through portable terminals have been developed and installed in various fields.

Such applications include, for example, for the purpose of enabling transport delivery service workers such as freight forwarders, deputy drivers, taxi drivers, traffic accident handlers, and various delivery companies to receive service request calls from service requesters and receive the service. A number of developed service relay applications are also included.

In the service relay application for interconnecting such service requesters and workers in the transportation delivery service industry, the service requester generates a service request call through the application running on his or her mobile terminal, and the relay server is the primary After receiving the service, the service request call is transmitted to the mobile terminal of the service industry workers in the vicinity based on the location information of the service requester, and the service industry worker who receives the service request call is the screen of the mobile terminal running the application. Through the touch of a specific touch point on the screen, the intention information on whether the service can be provided is provided to the relay server, and the relay server finally transmits a service relay confirmation call to the mobile terminal that provided the intention information within the shortest time. It is implemented in a form that allows services to be provided.

In addition, the service relay application running on the mobile terminal of the service industry workers will respond to the service request call by first touching a specific service request call on the integrated screen window where a number of service request calls are integrated in the form of a list. It has a user interface of a structure in which the intention information about the availability of the service is transmitted to the relay server by moving to the detail screen window where detailed contents are exposed and touching a specific touch point appearing at a specific location on the detail screen window.

However, in the detail screen window of the service request call, which is moved after first touching the call for specific service request on the integrated screen window where the call list is uploaded, the service provider touches the intention information about the availability of the service. A virtual button-type touch point for input through is included, and this touch point is different for each service relay application type or relay server provider. For this reason, there are frequent cases in which a service worker does not receive a service relay confirmation call as it takes time in the process of finding the corresponding touch point on the detailed screen window.

In order to solve this problem, touch for a touch screen-based portable terminal is additionally installed on a touch screen-based portable terminal to allow quick and easy touch points for service request calls received through a service relay application. Input devices are being developed.

As an example of such a touch input device for a touch screen-based portable terminal, Korean Patent Laid-Open No. 10-2012-0098039 (published on September 5, 2012) includes a conductive member, an adsorption head mounted with the conductive member, and the conductive member. A touch screen input device using a conductive click button including a click button located on the upper side of and including a conductive pressing part connected to the conductive member so as to be energized, and a suction part for adsorbing and fixing the suction head part to the touch screen is disclosed. do.

In addition, Korean Patent Laid-Open No. 10-2012-0111197 (published on October 10, 2012) has a form that adheres and adheres to the touch screen of a portable device, and the sheet part and the support part are tightly fixed to the upper plate of the touch screen. Including, a protruding button provided to manipulate the displayed virtual buttons, and integrally under the adapter body so that the protruding button corresponding to the virtual buttons displayed on the touch screen can be in close contact with the touch screen. Disclosed is an attachable button for a touch screen, characterized in that it includes a press-fit configuration or an adhesive surface for preventing slipping.

In the case of such a touch screen-based touch input device for a mobile terminal, it is easy to move the location on the mobile terminal, but the touch on the integrated screen window where the call list is uploaded and the touch on the detail screen window for receiving the service relay confirmation call are not linked. In the end, there was a problem in that the user had to perform a separate touch operation on the detailed screen window after the first touch on the integrated screen window.

1. Korean Patent Publication No. 10-2012-0098039 (published on September 5, 2012) 2. Korean Patent Publication No. 10-2012-0111197 (published on October 10, 2012)

Service relay as the touch on the detail screen window for receiving a service relay confirmation call is automatically delayed corresponding to the time of switching from the integrated screen window to the detail screen window by interlocking with the touch on the integrated screen window by service industry workers It is intended to provide an interlocked touch input device for a portable terminal based on a touch screen so that the possibility of obtaining a confirmed call can be significantly improved.

In addition, it is not limited to the technical problems as described above, and it is obvious that another technical problem may be derived from the following description.

The disclosed content is a touch input device for a touch screen-based portable terminal that is additionally installed on a touch screen-based portable terminal and allows a touch point to be touched for a service request call received through a specific service relay application running on the portable terminal. In the following, a manual input means for generating an input signal for selecting a specific service request call on an integrated screen window in which a plurality of service request calls are integratedly uploaded in a list form, and an input signal of the manual input means for a predetermined time. A signal delay controller for delayed output and a portable terminal equipped with a touch screen are installed to be movable, and the position can be moved directly above the touch point of the detail screen window of a specific service request call selected by the manual input means. An interlocked touch input device for a touch screen-based portable terminal, characterized in that it comprises an interlocked automatic input means connected to the signal delay controller and automatically touches the touch point when an output signal from the signal delay controller is input. It is presented as an example.

According to a preferred feature of the disclosed subject matter, the interlocked automatic input means includes a support frame on which the portable terminal is seated on the front side, a first slider on which both ends of the support frame are slidably installed in one direction, and the first slider. A second slider that is slidably installed in a direction orthogonal to the sliding direction of the first slider, a solenoid mechanism fixedly coupled to the second slider and connected to the signal delay controller, and a lower end of the solenoid mechanism And a touch member that is provided and automatically touches the touch point upon input of an output signal from the signal delay controller.

According to a preferred feature of the disclosed subject matter, the interlocked automatic input means includes an adsorption member fixedly positioned on a touch screen of the portable terminal, a solenoid mechanism fixedly coupled to the adsorption member and connected to the signal delay controller. And a touch member provided at a lower end of the solenoid mechanism and automatically touching the touch point upon input of an output signal from the signal delay controller.

According to the interlocked touch input device for a touch screen-based portable terminal according to an embodiment of the disclosed content, when a service worker touches a specific service request call with a manual input means on the integrated screen window, the integrated screen is performed by the signal delay controller. After the delay corresponding to the time of switching from the window to the detailed screen window, the possibility of acquiring the service relay confirmation call is automatically made by a touch on the detail screen window for receiving the service relay confirmation call by the interlocked automatic input means. There is an advantage that can be greatly improved.

In addition, according to the interlocked touch input device for a touch screen-based portable terminal according to an embodiment of the disclosed content, an interlocked automatic input means for automatically touching a touch point on the detail screen window can move the position with respect to the touch screen of the portable terminal. As a result of the combination, the touch member of the automatic input means can be quickly and easily adjusted to positions corresponding to different touch points of a plurality of service relay applications, thereby increasing user convenience and versatility.

The effects of the present invention are not limited to the effects mentioned above, and other effects that are not mentioned will be clearly understood by those skilled in the art from the description of the claims.

1 is a use state diagram of an interlocked touch input device for a touch screen-based portable terminal according to an embodiment of the disclosed content.
FIG. 2 is a diagram illustrating a position movement operation of an interlocked automatic input means in an interlocked touch input device for a touch screen-based portable terminal according to an embodiment of the disclosed subject matter.
3 is a block diagram illustrating an overall operation of an interlocked touch input device for a touch screen-based portable terminal according to an embodiment of the disclosed subject matter.
4 is a use state diagram of an interlocked touch input device for a touch screen-based portable terminal according to another embodiment of the disclosed content.
5 is a use state diagram of an interlocked touch input device for a touch screen-based portable terminal according to another embodiment of the disclosed content.

Hereinafter, with reference to the accompanying drawings looks at the configuration, operation, and effects of the preferred embodiment. For reference, in the drawings below, each component is omitted or schematically illustrated for convenience and clarity, and the size of each component does not reflect the actual size. In addition, the same reference numerals refer to the same elements throughout the specification, and reference numerals for the same elements in individual drawings will be omitted.

An interlocked touch input device for a touch screen-based portable terminal according to an embodiment of the disclosed content is additionally installed on a touch screen-based portable terminal and touches a service request call received through a specific service relay application running on the portable terminal. By allowing the point to be touched, as shown in FIGS. 1 to 5, for selection of a specific service request call on the integrated screen window 5 in which a number of service request calls are integratedly uploaded in a list form For the manual input means 10 for generating an input signal, a signal delay controller 20 for delaying and outputting the input signal of the manual input means 10 for a predetermined time, and a portable terminal 3 equipped with a touch screen. It is installed so that the position can be moved, and the position can be moved directly to the upper part of the touch point 9 of the detailed screen window 7 of the specific service request call selected by the manual input means 10, and is connected to the signal delay controller 20. It includes an interlocking type automatic input means (30, 30', 30") for automatically touching the touch point when the signal delay controller 20 inputs the output signal.

Here, the manual input means 10 is a service industry on the integrated screen window 5 in which a number of service request calls are integratedly uploaded in a list form by a specific service relay application running on the portable terminal 3 equipped with a touch screen. A worker manually generates an input signal for selecting a specific service request call through, for example, a touch or other manipulation, and is formed of a small input member for a touch screen that can be easily gripped by a service worker.

This manual input means 10 is formed as a touch pen for a conventional touch screen that directly contacts a specific point of the touch screen of the portable terminal 3 and inputs a signal in a capacitive or positive pressure type, or a button or a joystick, etc. It can be formed as a wireless input device in the form of a pen or mouse.

The manual input means 10 may have its own battery built-in to transmit signals to the signal delay controller 20 or may receive power from the signal delay controller 20 or the portable terminal 3.

The signal delay controller 20 is connected to the above-described manual input means 10 by wire or wireless (not shown). The signal delay controller 20 is a constituent member that delays the input signal of the manual input means 10 for a predetermined time and transmits, that is, outputs it to the interlocked automatic input means 30, 30', 30" to be described later.

The signal delay controller 20 is preferably formed of a variable relay circuit board capable of adjusting the delay time from reception of the input signal to the output to the interlocked automatic input means 30, 30', 30". The delay time by the signal delay controller 20 is integrated as a specific service request call is selected by the manual input means 10 on the integrated screen 5 in which a number of service request calls are integrated in a list form. It is possible to set or adjust to correspond to the time that changes from the screen window 5 to the detail screen window 7.

In addition, a separate battery may be mounted in the signal delay controller 20, and in some embodiments, necessary power may be supplied from the battery of the portable terminal 3.

Interlocked automatic input means 30, 30', 30" are connected to the above-described signal delay controller 20 by wire or wireless (not shown). Interlocked automatic input means 30, 30', 30" By automatically touching the touch point 9 of the detail screen window 7 of the specific service request call selected by the manual input means 10 at the time of inputting the output signal of the signal delay controller 20, touch It is installed to be movable with respect to the portable terminal 3 equipped with a screen, and the position is moved to the direct upper part of the touch point 9 of the detail screen window 7 of the specific service request call selected by the manual input means 10 It is possible.

The interlocked automatic input means 30 is a support frame 31 on which the portable terminal 3 is seated on the front as shown in FIGS. 1 to 3, and both ends of the support frame 31 are slidable in one direction. The first slider 33 to be installed, a second slider 35 that is slidably installed on the first slider 33 in a direction orthogonal to the sliding direction of the first slider 33, and a second slider ( A solenoid device 37 fixedly coupled to 35) and connected to the signal delay controller 20, and a manual input means 10 provided at the lower end of the solenoid device 37 and inputting an output signal from the signal delay controller 20 The touch point 9 of the detail screen window 7 of the specific service request call selected by the touch point 9 may be formed in a structure including a touch member 39 that automatically touches.

The support frame 31 supports the rear surface of the portable terminal 3 so that it does not come off, and it is preferable to have a larger area than the portable terminal 3 so that the portable terminal 3 can be stably raised. In addition, as shown in FIG. 1, the signal delay controller 20 may be accommodated in the support frame 31.

The first slider 33 is positioned to be spaced upward from the mobile terminal 3 on the support frame 31, but both ends of the support frame 31 are bent downward to allow sliding movement along the side of the support frame 31. It is combined on both sides. For the sliding movement of the first slider 33, sliding rails in the form of a long hole are formed on both sides of the support frame 31, for example.

The second slider 35 grips the solenoid mechanism 37 and is coupled to the first slider 33 to be slidably moved. For the sliding movement of the second slider 35, a sliding rail in the form of a long hole is formed on the first slider 33, for example.

The solenoid mechanism 37 uses the principle that one side is moved while the working rod is magnetized by a magnetic field induced only when an electric signal is applied, that is, a current to the internal coil, and the working rod protrudes when an electric signal is applied. Can be formed. The solenoid mechanism 37 is preferably installed vertically so that the operating rod protrudes downward.

The touch member 39 provided at the lower end of the solenoid mechanism 37, that is, at the tip of the operating rod, enables capacitive or positive pressure touch to the touch screen of the portable terminal 3.

The above-described interlocked automatic input means 30 slides the first slider 33 with respect to the support frame 31 in one direction, and then the second slider with respect to the first slider 33 to which the solenoid mechanism 37 is fixed. Through the process of slidingly moving 35 in a direction orthogonal, the touch member 39 provided at the lower end of the solenoid mechanism 37 is selected by the manual input means 10, and the detail screen window of the call for a specific service request ( It can be moved onto the touch point 9 of 7).

In addition, as shown in Fig. 4, the interlocked automatic input means 30' is attached to the adsorption member 31' and the adsorption member 31' fixed on the touch screen of the portable terminal 3 so that the position can be adjusted. A solenoid device 37 that is fixedly coupled and connected to the signal delay controller 20, and is provided at the bottom of the solenoid device 37, and is selected by the manual input means 10 at the time of inputting the output signal of the signal delay controller 20. It may be formed in a structure including a touch member 39 that automatically touches the touch point 9 of the detail screen window 7 of a specific service request call.

In this case, as shown in FIG. 4, the portable terminal 3 may be installed on the support frame 31, and the signal delay controller 20 may be accommodated in the support frame 31.

The interlocked automatic input means 30' is directly adsorbed on the touch screen of the portable terminal 3 instead of the support frame 31 and the first and second sliders 33 and 35 of the interlocked automatic input means 30. Alternatively, an adsorption member (31') fixed to be position-adjustable in the form of adhesion is applied to the touch point (9) of the detail screen window (7) of a specific service request call selected by the manual input means (10). The solenoid mechanism 37 provided with the touch member 39 can be quickly and easily positioned.

In addition, as shown in FIG. 5, the interlocked automatic input means 30" is positioned on the touch screen of the portable terminal 3 so as to be fixed to the suction member 31" and the suction member 31". When the output signal of the signal delay controller 20 is input to the vertical post (33") fixedly coupled, the solenoid mechanism 37 connected in parallel to the vertical post (33"), and provided at the bottom of the solenoid mechanism 37 It may be formed in a structure including a touch member 39 that automatically touches the touch point 9 of the detailed screen window 7 of the specific service request call selected by the manual input means 10.

In this case, as shown in FIG. 5, the signal delay controller 20 is preferably incorporated in the manual input means 10. In addition, a connecting bridge 35" may be horizontally extended to the vertical column 33" so that the solenoid mechanism 37 can be connected in parallel with the vertical column 33" to which the adsorption member 31 ′ is fixedly coupled. , The solenoid mechanism 37 may be integrally connected to the end of the connecting bridge 35", or may be detachably coupled by a gripping grip or a fitting ring, for example.

The interlocked automatic input means 30" is directly adsorbed on the touch screen of the portable terminal 3 instead of the support frame 31 and the first and second sliders 33 and 35 of the interlocked automatic input means 30 Alternatively, an adsorption member (31") that is fixed to be position-adjustable in the form of adhesion is applied to the touch point (9) of the detail screen window (7) of the specific service request call selected by the manual input means (10). The solenoid mechanism 37 provided with the touch member 39 can be quickly and easily positioned.

In addition, the interlocked automatic input means 30" further includes a vertical column 33" in which the solenoid device 37 is connected in parallel while the solenoid device 37 is not directly connected to the adsorption member 31". Accordingly, even if the touch point 9 of the detailed screen 7 of the call for a specific service request is located at the edge of the screen of the mobile terminal 3, the mobile terminal needs to have a relatively wide suction surface. The solenoid mechanism 37 can be adjusted so that only the solenoid mechanism 37 is positioned at the edge of the screen of the portable terminal 3 while it is fixed inside the screen edge of (3).

In the case of an interlocked touch input device for a touch screen-based portable terminal according to an embodiment of the disclosed contents as described above, as shown in Figs. 1 to 5, a service industry worker is a manual input means on the integrated screen window 5 When a call for a specific service request is touched with (10), the signal delay controller 20 is delayed corresponding to the time of switching from the integrated screen window (5) to the detail screen window (7), and then interlocked automatic input As a touch on the detail screen 7 for receiving a service relay confirmation call is automatically made by means (30, 30', 30"), the possibility of obtaining a service relay confirmation call can be greatly improved.

In addition, as the interlocking automatic input means (30, 30', 30") for automatically touching the touch point 9 on the detail screen window 7 is coupled to the touch screen of the mobile terminal 3 so that the position can be moved. The touch member 39 of the automatic input means 30, 30', 30" can be quickly and easily adjusted to positions corresponding to different touch points of a plurality of service relay applications.

Although preferred embodiments of the present invention have been described with reference to the accompanying drawings, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and represent all the technical ideas of the present invention. Since it is not, it should be understood that there may be various equivalents and modifications that may be substituted for them at the time of application. Therefore, the embodiments described above should be understood as illustrative and non-limiting in all respects, and the scope of the present invention is indicated by the claims to be described later rather than the detailed description, and the meaning and scope of the claims and the All changes or modifications derived from the equivalent concept should be interpreted as being included in the scope of the present invention.

3: mobile terminal
5: Integrated screen window
7: Detail screen window
9: touch point
10: manual input means
20: signal delay controller
30, 30', 30": interlocked automatic input means
31: support frame
31', 31": adsorption member
33: first slider
33": vertical column
35: second slider
35": connecting bridge
37: solenoid mechanism
39: touch member

Claims (9)

In the touch input device for a touch screen-based portable terminal, which is additionally installed on a touch screen-based portable terminal and enables a touch point to be touched for a service request call received through a specific service relay application driven on the portable terminal,
A manual input means for generating an input signal for selecting a specific service request call on an integrated screen window in which a plurality of service request calls are integratedly uploaded in a list form;
A signal delay controller for delaying and outputting the input signal of the manual input means for a predetermined time; And
It is installed to be movable for a portable terminal equipped with a touch screen, and the position can be moved directly above the touch point of the detail screen window of the specific service request call selected by the manual input means, and connected to the signal delay controller to provide the signal Including an interlocked automatic input means for automatically touching the touch point when the output signal of the delay controller is input,
The interlocked automatic input means includes an adsorption member fixed to the touch screen of the portable terminal in a position-adjustable manner, a vertical post fixedly coupled to the adsorption member, and parallel to the vertical post and connected to the signal delay controller. A solenoid mechanism to be configured, and a touch member provided at a lower end of the solenoid mechanism and automatically touches the touch point upon input of an output signal from the signal delay controller,
An interlocking touch input device for a touch screen-based portable terminal, characterized in that a connection bridge extends horizontally to the vertical column so that the solenoid mechanism is connected in parallel with the vertical column to which the suction member is fixedly coupled. The method according to claim 1,
The manual input means is an interlocked touch input device for a touch screen-based portable terminal, characterized in that formed as a touch pen for a touch screen. The method according to claim 1,
The signal delay controller is an interlocked touch input device for a touch screen-based portable terminal, characterized in that formed of a variable relay circuit board capable of adjusting a delay time. delete delete delete delete delete The method according to claim 1,
The signal delay controller is an interlocked touch input device for a touch screen-based portable terminal, characterized in that built in the manual input means.

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