TWI533212B - Mobile device APP integrated application method and device thereof - Google Patents

Description

Mobile device APP integrated application method and device thereof

The present invention relates to a mobile device application category, and more particularly to a mobile device APP integrated application method and apparatus thereof that can integrate various information functions and provide a more convenient and fast mobile device application usage mode.

With the advancement of network technology and electronic technology, the functionality and convenience of mobile devices have also increased. Since the early use of mobile devices for messaging or conversation, the development has so far included quite a variety of functions, such as display screens from black and white. From color development to today's touch screens, current mobile devices are functionally available in addition to messaging and calling, and there are various types of applications that can be used directly on mobile devices.

Due to the increased functionality of mobile devices, relatively convenient applications have emerged, such as game types, livelihood types or information types. Due to the popularity of the Internet, the public also relies on the Internet for various actions to enhance the convenience of life. At present, people often use functions such as data search, online shopping, online reservation or medical registration, etc., but if you want to use mobile devices to perform any of the above functions, you must download each application. The program is installed in the mobile device.

In terms of medical care, many clinics or hospitals today have medical services online, and then launch a dedicated mobile device application to open up popular downloads, so that people can get more information about clinics or hospitals, or even directly through the application. Registration and other related industries Business. As shown in FIG. 1 , it is a display interface diagram of a mobile device loaded with a plurality of applications by a user of the prior art. As mentioned above, each clinic or hospital department currently has one of the exclusive application programs 1 , when the public wants to query When the information of a plurality of clinics or hospitals is required, the dedicated application 1 must be downloaded and installed in the mobile device 2, which increases the execution and memory burden of the mobile device 2 and makes the display interface messy. Furthermore, when the public wants to compare information of a plurality of clinics or hospitals, it is necessary to open the exclusive application 1 corresponding to each clinic or hospital one by one, and then switch the comparison one by one, which is quite inconvenient to use, and each of them is There is no uniform specification or presentation method for the usage mode, function settings and information display of the dedicated application 1. Each time you open a dedicated application, you must first search for the information you want to browse or the function menu you want to perform. It is also extremely inconvenient.

Therefore, the present inventors have conceived a mobile device APP integrated application method and apparatus thereof that can integrate various information functions in the same category, and hope to solve the above-mentioned shortcomings and provide a more convenient mobile device usage mode for users.

An object of the present invention is to provide a mobile device APP integrated application method and device thereof, which can be used by a user to perform integrated use of various types of information and functions by using a single APP, and download a picture containing images and functions by using a single APP. Like information and use of the app for browsing and browsing, users can avoid downloading a large number of independent apps for certain types of information or functions, resulting in a burden of storage of the mobile device and messy display interface, and the present invention can also download new The information continues to use both the information function and the use of the action stoppage due to the download action.

To achieve the above objective, the mobile device APP of the present invention integrates an application method for a user to integrate multiple information functions through an application, including the following steps: setting a plurality of frame structures for the application, and each of the frames The structure has one corresponding work Attributes; matching a plurality of image information to the frame structures according to the functional attributes, and each of the image information includes at least one layer and one of the corresponding layer actuation instructions; and matching according to the frame structure and the matching The image information displays a matching display interface.

The layer has at least one image object, and the actuation command corresponding to the image object is the same or different, and when the layer is set in plural, the layers form at least one layer group.

In addition, the actuation command may be performed by clicking or sliding the corresponding layer, so that the matching display interface generates an action, such as flipping a page or displaying information.

The present invention further provides a mobile device APP integrated application device for a user to integrate a plurality of information and functions by using an application, comprising: a setting module for setting a plurality of frame structures for the application and Corresponding plural function attributes; an image matching module, is connected to the setting module by telecommunication, and loads one image information according to the function attribute corresponding to each frame structure, wherein each image information is loaded The system includes at least one layer and one of the corresponding layer actuation commands; and a display module electrically coupled to the image matching module for displaying the matching frame structure and the image information to form a match Display interface.

The layer has at least one image object, and the actuation command corresponding to the image object is the same or different, and when the layer is set in plural, the layer sets form at least one layer group.

In addition, the actuation commands may be such that the matching display interface is actuated by clicking or sliding the corresponding layer, such as flipping the page or displaying information.

Through the mobile device APP integrated application method and device thereof, the mobile device application mode which is more convenient for users can be provided, and various information and functions are performed through a single APP. Can be combined and used, eliminating the need for users to download a large number of APP programs for use, and the image information loaded by the application is not a simple pattern or text information display, but a usable function image, function The project can also be customized. In addition, when the application loads other image information, the image information downloaded in the application can still be browsed or used without being interrupted by the download action.

[Practical Technology]

1‧‧‧ Exclusive application

2‧‧‧Mobile devices

【this invention】

3‧‧‧Mobile device APP integrated application device

30‧‧‧Application

301‧‧‧Frame structure

31‧‧‧Image Information

311‧‧‧ layers

3111‧‧‧Location points

3112‧‧‧Image objects

312‧‧‧ actuation instructions

32‧‧‧Setting module

33‧‧‧Image Matching Module

34‧‧‧Display module

4‧‧‧Mobile devices

40‧‧‧Matching display interface

5‧‧‧Database

l‧‧‧First X axial length

m‧‧‧First Y axial length

L‧‧‧Second X axial length

M‧‧‧Second Y axial length

S10~S30‧‧‧Steps

FIG. 1 is a schematic diagram of a display interface after loading a plurality of applications on a mobile device of a conventional user.

FIG. 2 is a schematic diagram showing an aspect of an application in a mobile device interface according to a preferred embodiment of the present invention.

FIG. 3A is a schematic diagram of a user downloading and installing an application by using a mobile device according to a preferred embodiment of the present invention.

FIG. 3B is a schematic diagram of a user downloading image information to a mobile device by using an application according to a preferred embodiment of the present invention.

Figure 4 is a flow chart showing the steps of a preferred embodiment of the present invention.

FIG. 5 is a schematic structural diagram of an application framework according to a preferred embodiment of the present invention.

Figure 6 is a schematic diagram showing the application of a layer loading matching display interface in a preferred embodiment of the present invention.

Figure 7 is a schematic diagram of a matching display interface in accordance with a preferred embodiment of the present invention.

Figure 8 is a block diagram of a device module in accordance with a preferred embodiment of the present invention.

In order for your review board to have a clear understanding of the contents of the present invention, please refer to the following description for matching drawings.

Please refer to Figures 2, 3A-3B, 4, 5, 6 and 7 for better The schematic diagram of the application of the embodiment in the mobile device interface, in the preferred embodiment, the user downloads and installs the application using the mobile device. In the preferred embodiment, the user downloads the image information to the mobile device by using the application. The schematic diagram, the step flow chart, the schematic diagram of the application framework structure, the application diagram of the display interface of the layer loading mobile device in the preferred embodiment, and the schematic diagram of the matching display interface. A mobile device APP integrated application method of the present invention is a method for a user to integrate multiple information functions through an application 30, and can simplify the display interface of a mobile device 4 to improve the convenience of use. . In the first use, as shown in FIG. 3A, the user device can connect to the database 5 or a server to download the application 30 through the mobile device 4. The mobile device 4 can be a smart phone or a tablet computer or the like, after the application 30 is downloaded and installed to the mobile device 4, as shown in FIG. 3B, when the application 30 is executed, the user can reconnect to the database 5 or the server. A plurality of image information 31 are downloaded, and the image information 31 is loaded into the application 30 one by one. Here, the image information 31 in FIGS. 3A and 3B is represented by a medical aspect. The image information 31 includes at least one layer 311 and a corresponding one of at least one actuation command, that is, when the pattern information 31 is loaded into the application 30, the function information is available for use. The user performs the presentation instead of simply drawing the text or text information into the application 30 for display. After the user loads the required image information 31 into the application 30, the application 30 needs to be opened and the application 30 can further perform the loading by clicking or sliding. The corresponding functions of the image information 31 are used for the purpose of integration and the presentation of the mobile device 4 is more concise. In addition, when the user opens the application 30 to read the loaded image information 31, if the other image information 31 is to be downloaded, the use action and the download action may be synchronized without interdependent.

In order to enable the image information 31 to be automatically displayed when the application 30 is loaded, and the application 30 can be integrated to display the image information 311 for the purpose of quick and convenient use by the user, The application 30 is set using the following steps.

As shown in FIG. 4, first, step S10: a plurality of frame structures 301 are set for the application 30, and each of the frame structures 301 has a corresponding one of the functional attributes. Next, in step S20, a plurality of image information 31 are matched to the frame structure 301 according to the functional attributes, and each of the image information 31 includes at least one layer 311 and an actuation instruction corresponding to one of the layers 311. Finally, step S30 is performed: displaying a matching display interface 40 according to the frame structures 301 and the matched image information 31. As shown in FIG. 5, the application 30 is provided with a plurality of the frame structures 301, and the function attributes corresponding to each of the frame structures 301 are assigned. The image information 31 is as described above by the layer 311 and the pair. The action command of the layer 311 should be configured. Therefore, when the user retrieves the image information 31 from the database 5 or the server, the action command can be quickly and accurately determined according to the function attributes and the corresponding action commands. The image information 31 is loaded into the corresponding frame structure 301 for use by the user, and the actuation command is to enable the matching display interface 40 by clicking or sliding the corresponding layer 311. Actuate.

In particular, referring to FIG. 6 , due to the wide variety of mobile devices 4, the corresponding display interface size is also different, and the image information 31 is the layer 311 and the actuation command. Therefore, after the application 30 is loaded, the image information 31 may affect the display of the layer 311 due to dimensional differences when the matching display interface 40 is formed, and thus is stored in the data. The layer 311 of each of the image data 31 of the library 5 or the server is configured with an anchor point 3111 and a first X-axis length 1 and a first Y-axis length m when the user Connect to the database 5 or the server and When the image data 31 is downloaded to the application 30, the layer 311 to be displayed may be based on the length and width of the display interface of the mobile device 4, that is, one of the second X-axis lengths L and a second Y. The axial length M is scaled, and the axial direction from which the second X axial length L and the second Y axial length M are selected is a reference axis, and the first axis is calculated according to the axial direction of the reference axis a ratio of an X axial length l to a second X axial length L or a ratio of the first Y axial length m to the second Y axial length M, such as a reference axis being an X axis, the layer 311 is And scaling the ratio of the first X axial length l to the second X axial length L and determining the relative position of the layer 311 to the matching display interface 40 based on the positioning point 3111; if the reference axis is the Y axis The layer 311 is scaled according to the ratio of the first Y axial length m to the second Y axial length M, and the relative position of the layer 311 to the matching display interface 40 is determined based on the positioning point 3111. To prevent the occurrence of distortion or deformation as described above.

In addition, the layer 311 may further include at least one image object 3112, and the actuation command corresponding to the image object 3112 may be the same or different, and the layer 311 is a plurality of settings. Layer 311 can form at least one layer group. As mentioned above, the layer 311 can be based on the first X-axis length l and the first Y-axis length m and the second X-axis length L of the display interface of the mobile device 4 and the first The M ratio of the two Y-axis lengths is scaled and the positioning point 3111 is matched to avoid distortion deformation. When the layer 311 is set in plural, the different positioning points 3111 can also be set for each layer 311, or The layer group collectively sets the anchor point 3111 for positioning. When the image object 3112 has the image object 3112, the number and the positioning point 311 can be set for the image object 3112, and the image object 3112 is also based on the ratio of the X-axis or the Y-axis. Zooming, whereby the image information 31 has a single or a plurality of the layers 311, or even the map When the layer 311 has the setting of the image object 3112, the display interface of the mobile device 4 can be automatically scaled to display an optimal display. When the user loads the required image information 31 into the application 30, the matching display interface 40 is displayed according to the frame structure 301 and the matched image information 31. In addition, the same operation command may be set for the plurality of the layers 311 or the image object 3112. For example, the actuation command may be set to the page replacement category for the different layer 311 or the image object 3112. The image information 31 is selective for customization.

For a better understanding of the application of the present invention, please refer to Figures 3A to 3B and Figure 7. The following is a description of the clinic or hospital information, which means that medical institutions such as clinics or hospitals provide information as such image information. The content source of 31, and each clinic or hospital has a plurality of corresponding image information 31 stored in the database 5 or the server for the user to download. After downloading the application 30 to the mobile device 4, the user can further download and use the image information 31 containing the information of each clinic or hospital, and the image information 31 is provided according to each clinic or hospital. The data content, such as representative images, names, contact numbers, contact addresses, profiles, and medical information, are set, and the image information 31 also includes some of the common function icons and corresponding instructions of the mobile device 5, After the data content is created as a plurality of the layers 311, the corresponding operation instructions are respectively set for the layer 311. If the user clicks one of the layers 311 in the application 30, the matching display interface 40 Corresponding to the action of turning the page, or clicking on one of the layers 311, the matching display interface 40 can be connected to a call or an online appointment registration function. As shown in FIG. 7, it is the matching display interface 40 after the application 30 loads the image information 31, wherein the dotted line frame indicates that the frame structure 301 is partially visible. Information 31 is based on the framework structure 301 The corresponding functional attributes are placed one by one. In addition to the functions described above, the image information 31 can be used to automatically connect the action command to an instant update platform (not shown) after the click, the instant update. The platform records the immediate update information of the clinics or hospitals, such as the progress of the visit or the progress of the registration. In addition to providing the established information, the image information 31 can be used to make the mobile device 4 and the instant. Update platform connectivity to achieve instant updates. After the user has loaded the plurality of image information 31, when the other image information 31 is loaded into the application 30, the user can continue to use the application 30. The functions of the image information 31 are not affected by the download process and affect the opening of the application 30 and the use of the image information 31 functions.

Please refer to FIG. 8 , which is a block diagram of a device module according to a preferred embodiment of the present invention. The present invention further provides a mobile device APP integrated application device 3 for a user to integrate a plurality of information and functions by an application 30, and the user is connected to a database 5 through the mobile device 4 or A server is provided to download the application 30, which includes a setting module 32, an image matching module 33, and a display module 34.

The setting module 32 is configured to set a plurality of frame structures 301 and corresponding plurality of functional attributes to the application 30, and the image matching module 33 is electrically connected to the setting module 32, according to each of the frame structures. The function attribute corresponding to 301 is matched with one of the image information 31, wherein each of the image information 31 includes at least one layer 311 and an actuation instruction 312 corresponding to the layer, and the display module 34 is connected to the figure. The matching module 33 is telecommunicationally connected to display the matching frame structure 301 and the image information 31 to form a matching display interface 40. The image information 31 is stored in the database 5 or the server, and the layer 311 has at least one image object 3112, and the layer 311 and the image object 3112 are activated. 312 may be the same or different, and when the layer 311 is set in plural, the layers 311 may form at least one layer group. Moreover, the actuation commands cause the matching display interface 40 to act by clicking or sliding the corresponding layer 311.

The present invention enables the user to freely integrate information into a single APP on the mobile device 4 by using the image information 31 and the application 30, except that the display interface of the mobile device 4 can be used. In addition to simplification, it is also possible to read information and use functions more quickly, instead of just loading image or text information into the application 30, and directly using the touch display interface to perform various functions. The setting of the image information 31 can also be customized according to the requirements. By the combination of the layer 311 and the actuation command 312, the richness and freedom of selection of the presentation layer 311 are enhanced to provide more users. Information and functions. In addition, when the user browses or uses the image information 311 already loaded in the application 30, the user may also connect to the database 5 at the same time or download the other server. The image information 31 is synchronized with the action of downloading, thereby eliminating the waiting time for loading of the other image information 31, thereby providing a more convenient and convenient way for the user to use.

However, the above description is only for the preferred embodiment of the present invention and is not intended to limit the scope of the present invention; therefore, equivalent changes and modifications may be made without departing from the spirit and scope of the invention. Within the scope of the patent of the present invention.

S10~S30‧‧‧Steps

Claims (8)

A mobile device APP integrated application method for a user to integrate multiple information functions through an application, comprising the following steps: setting a plurality of frame structures for the application, and each frame structure has a corresponding function Attributes; matching a plurality of image information to the frame structures according to the functional attributes, and each of the image information includes at least one layer and one of the corresponding layer actuation instructions; and according to the frame structure and matching The image information displays a matching display interface. The mobile device APP integrated application method according to claim 1, wherein the layer has at least one image object, and the actuation instruction corresponding to the image object is the same or different. The mobile device APP integrated application method according to the second aspect of the invention, wherein the actuating command is to make the matching display interface act by clicking or sliding the corresponding layer. The mobile device APP integrated application method according to claim 3, wherein when the layer is a plurality of layers, the layers form at least one layer group. A mobile device APP integrated application device for a user to integrate a plurality of information and functions by an application, comprising: a setting module for setting a plurality of frame structures and corresponding functions for the application Attribute; an image matching module, is connected to the setting module by telecommunication, and loads one image information according to the function attribute corresponding to each frame structure, wherein each image information system includes At least one layer and one of the corresponding layer actuation commands; and a display module electrically coupled to the image matching module for displaying the matching frame structure and the image information to form a matching display interface . The mobile device APP integrated application device according to claim 5, wherein the layer has at least one image object, and the actuation instruction corresponding to the image object and the image object are the same or different. The mobile device APP integrated application device according to claim 6, wherein the actuating commands cause the matching display interface to act by clicking or sliding the corresponding layer. The mobile device APP integrated application device according to claim 7, wherein when the layer is set in plural, the layer sets form at least one layer group.