TW201633237A - Device and method for a multi-mode of detailed information of stocks - Google Patents

Abstract

This disclosure is related to a device and method for a multi-mode of detailed information of stocks. The device includes a memory storing a plurality of detailed information regarding quotation of financial instrument, a screen, and a processor connecting with the memory and the screen to access the detailed information and display the detailed information on the screen. The processor is operative to generate a first detailed information model view with a first user experience and display the detailed information in the first detailed information model view according to a first operation instruction, to generate a second detailed information model view with a second user experience and display the detailed information in the second detailed information model view according to a second operation instruction, and to determine the first detailed information model view or the second detailed information model view to be generated on the screen.

Description

Stock multi-mode detailed information device and method

The present invention relates to a stock quotation technique for use in a device, and more particularly to a stock multi-mode detailed information device and method.

The quotation information provided by the financial watch software for a single financial product (stock) is called detailed information (or “detailed quotation information”), such as: real-time chart, stock quote information, technical analysis, instant details, time-sharing details, Price statistics, best five files, stock news...etc.

The related sub-function view integration device and method of the touch-type mobile device financial watch software is disclosed in the Republic of China Invention Patent Publication No. 201126438. The device comprises: a plurality of secondary function modules, each of which is configured to generate a related secondary functional information view according to the financial product information; and a related secondary functional view integration module for connecting the comprehensive information long view of the plurality of related secondary functional information views . A technical problem that is actually solved by this prior art is that "the prior art touch-sensitive mobile device financial watch software has a troublesome operation of switching the operation mode of the stock-subject function view (see paragraph [0029] of the specification). The technical effect produced by this prior art is "in financial products (stocks) In addition, a comprehensive information long view is added. The integrated information long view is a vertical view that is vertically or horizontally integrated and needs to be switched by the menu operation to become a single long view, so that the user can directly pass through the input device originally built in the device. And the operation module scrolls the long view with a touch to view information of each function view without having to switch between the function views through the menu operation.

The device and method for the detailed information combination of the financial watch software is disclosed in the Republic of China Invention Patent Publication No. 201145089. The device and method for the detailed information combination of the financial watch software are disclosed. The device comprises: a data receiving module and a plurality of detailed information modules. Group, detailed information integration module and input device and operation module. The data receiving module is configured to receive the financial product quotation information transmitted by the server end to the touch mobile device; the plurality of detailed information modules generate a plurality of detailed information views according to the financial product quotation information; the detailed information integration module, The detailed information combination is generated by combining the detailed information views, and the detailed information combination view is generated according to the detailed information combination. The detailed information combination view includes two information blocks, the information block corresponds to the detailed information combination; and the input device and operation The module is configured to receive a touch slide command, and according to the touch slide command, the detailed information combination of the information block is moved up and down or left and right to display the detailed information view. The technical problem actually solved by the prior art 2 is that "the switching operation process between the detailed information views in the quotation view of the prior art touch-enabled mobile device financial device software is quite inconvenient, and the unique use of the touch-type mobile device is not effectively utilized. Touch slide operation mode" (see paragraph [0021] of the manual). The technical effect produced by the prior art 2 is "adding a detailed information combination view, the detailed information combination view is divided into two major information blocks, and the direct view is divided into upper and lower information blocks, and In the horizontal view, the information blocks are divided into left and right information blocks, and a detailed information combination is configured in each of the two information blocks. The detailed information combination includes a combination of detailed information views or a detailed information view. Combination, allowing users to easily use the touch slide operation Switch the detailed information combination without having to view the detailed information view through the menu and button operations.

The related secondary function view integration module 64 of the prior art 1 and the detailed information integration module 60 of the prior art 2 are responsible for processing the detailed information (ie, the "secondary function" referred to in the prior art) and the UX is Hardware and software are provided in cooperation, where the UI is the "User Interface" and the UX is the "User Experience" (User Experience), or simply "UE". The prior art hardware and software work together to provide only a single UI and UX for the user. If a new user (for example, the user converts from the watch system of another manufacturer) is not accustomed to the UI provided by the prior art. With UX, since there is no choice (only a single mode UI and UX), if you can't bear to endure (can't get used to the new UI/UX), you only have to switch to another vendor's watch system again, meaning, see The single-mode UI and UX provided by the technology can't cater to the different needs of many users, which makes the manufacturers often encounter the learning threshold of the new system when they are in the market (the user has the fear and rejection conversion system). Therefore, it is necessary to improve the resources of the prior art hardware and software to work together to propose a switching technology that supports multi-mode stock details, with different UI and UX designs for each user to choose A more accustomed model to compensate for previous technical deficiencies.

In view of this, the present invention provides a stock multi-mode detailed information device and method, which provides a plurality of detailed information mode engines for the user to switch.

The present invention provides a stock multi-mode detailed information device, the device comprising: a memory, storing a plurality of detailed information, the detailed information about a financial product quotation information; a screen; and a processor connecting the memory and the screen To access multiple details and Displaying the detailed information on the screen; wherein the processor is operative to generate a first detailed information mode view having a first user experience, and displaying the Detailed information in the first detailed information mode view; generating a second detailed information mode view having a second user experience, and displaying the detailed information according to the second operation instruction of the second user experience a second detailed information mode view; generating a third detailed information mode view having a third user experience, and displaying the detailed information to the third detailed information according to a third operation instruction of the third user experience a mode view; and, in response to a mode selection instruction to determine to generate the first or the second or the third detailed information mode view on the screen, wherein the first or the second or the third operational command may be the same or Not the same. The views include one to a plurality of information blocks, each of the information blocks is configured with a menu column and the detailed information is displayed. The menu items included in the menu column are selected from: a chart, a detailed stock, an instant details, and a time-sharing list. , price breakdown, component breakdown, best five files, best ten files, technical analysis, price statistics, related news, after-hours, trends, finance, individual stock futures, individual stock options and individual stock certificates. The information block receives the operation instructions to switch to display the detailed information. The processor is operative to receive a plurality of setting commands simultaneously applied to the views, wherein the setting commands are selected from the group consisting of: a background setting command, a font size setting instruction, a font color setting instruction, and a self-selection ordering A set command, a quote field sort setting command, and an update frequency setting command.

The device may also include one or more processors and a screen, the processor executing a plurality of program instructions, the program instructions comprising: a first program instruction, the processor is configured to receive a server via a communication module Transmitting a financial product quotation information; a second program instruction causes the processor to generate a plurality of detailed information based on the financial product quotation information; The processor generates a first detailed information mode view having a first user experience, and displays the detailed information on the first detailed information according to a first operation instruction of the first user experience. a fourth program command, the processor generates a second detailed information mode view having a second user experience, and displays the detailed information according to a second operation instruction of the second user experience. And the fifth detailed instruction mode, and the fifth program instruction causes the processor to select the first detailed information mode view or the second detailed information mode view to generate the screen according to a mode selection instruction. The program instructions further include: a sixth program instruction, the processor generating a third detailed information mode view having a third user experience, and displaying according to the third operation instruction of the third user experience The detailed information is in the third detailed information mode view, and the fifth program instruction causes the processor to select an instruction according to the mode to determine the first detailed information mode view or the second detailed information mode view or the third The detail mode view is generated from the screen. The views include one to a plurality of information blocks, each of the information blocks is configured with a menu column and displaying detailed information. The menu items included in the menu column are selected from: a chart, a detailed stock, an instant detail, a time-sharing detail, Price breakdown, component breakdown, best five files, best ten files, technical analysis, price statistics, related news, after-hours, trend, finance, individual stock futures, individual stock options and individual stock certificates. The information block receives the operation instructions to switch to display the detailed information. The program instructions further include: a seventh program command, which receives a plurality of setting commands and applies to the views, wherein the setting commands are selected from the group consisting of: a background setting command, a font size setting instruction, and a font type A color setting command, a self-selected stock sort setting command, and a quote field sort setting command.

The invention further provides a stock multi-mode detailed information device, comprising: a memory, storing a plurality of detailed information, the detailed information about a financial product quotation information; a screen for displaying the detailed information; a data receiving module receiving a financial product quotation information transmitted by a server; a detailed information module generating the detailed information according to the financial product quotation information, and storing the details Detailed information to the memory; a first detailed information mode engine, generating a first detailed information mode view having a first user experience, and displaying the details according to a first operation instruction of the first user experience Information in the first detailed information mode view; a second detailed information mode engine, generating a second detailed information mode view having a second user experience, and according to a second operation instruction of the second user experience Displaying the detailed information in the second detailed information mode view; and a processor, according to a mode selection instruction, to determine to generate the first detailed information mode view or the second detailed information mode view on the screen.

The present invention further provides a stock multi-mode detailed information method, which is applied to a mobile device, the mobile device comprises a touch screen, the method comprises: receiving a financial commodity quotation information; generating a plurality of detailed information according to the financial commodity quotation information; Generating a first detailed information mode view having a first user experience, and displaying the detailed information in the first detailed information mode view according to a first operation instruction of the first user experience; generating a first a second detailed information mode view of the user experience, and displaying the detailed information in the second detailed information mode view according to a second operation instruction of the second user experience; and, according to a mode selection instruction Determining to generate the first detailed information mode view or the second detailed information mode view on the touch screen. The method further includes: when the second detailed information mode view is generated on the screen, receiving an enlargement operation instruction in an information block to display the information block in a visible range of the screen; generating the first The second detailed information mode view respectively includes one or more information blocks, each of the information blocks is configured with a menu column and displays the detailed information, and according to receiving the operation instruction in the information block, the display plural number is switched. Detailed capital And receiving a plurality of setting commands simultaneously applied to the views, the setting commands are selected from: a view background setting instruction, a font size setting instruction, a font color setting instruction, a self-selection order setting The command, a quote field sort setting command, and an update frequency setting command.

The present invention further provides a computer program product, which is installed via a mobile device to execute: a first program command, a processor receives a financial product quotation information via a communication module; and a second program command causes the processor to The financial product quotation information generates a plurality of detailed information, and stores a plurality of detailed information in a memory; a third program instruction causes the processor to generate a first detailed information mode view having one of the first user experiences, and And displaying, according to the first operation instruction of the first user experience, the detailed information in the first detailed information mode view; a fourth program instruction, causing the processor to generate one of the second user experience Viewing a mode view, and displaying the detailed information in the second detailed information mode view according to a second operation instruction of the second user experience; and a fifth program instruction, causing the processor to select the instruction according to a mode Determining to generate the first detailed information mode view or the second detailed information mode view on a touch screen.

The detailed features and advantages of the present invention are set forth in the Detailed Description of the Detailed Description of the <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> <RTIgt; The objects and advantages associated with the present invention can be readily understood by those skilled in the art.

10‧‧‧Stock multi-mode detailed information device

11‧‧‧Communication module

12‧‧‧Application

14‧‧‧ Data receiving module

16‧‧‧Detailed Information Module

18‧‧‧First detailed information mode engine

20‧‧‧Second detailed information mode engine

22‧‧‧ Third detailed information mode engine

24‧‧‧System setting module

26‧‧‧Display module

28‧‧‧Processor

30‧‧‧ memory

32‧‧‧First detailed information mode view

34‧‧‧Second detailed information mode view

36‧‧‧ Third detailed information mode view

38‧‧‧Information block

40‧‧‧Menu column

42‧‧‧System Settings View

1 is a block diagram of a system function for executing an application according to an embodiment of the present invention; 2 is a block diagram of a system function of an apparatus according to an embodiment of the present invention; FIG. 3 is a first detailed information mode view (1) of an embodiment of the present invention; and FIG. 4 is a first detailed information mode view of an embodiment of the present invention ( FIG. 5 is a first detailed information mode view (3) of the embodiment of the present invention; FIG. 6 is a second detailed information mode view of the embodiment of the present invention; FIG. 7 is a third detailed embodiment of the present invention. The information mode view (1); FIG. 8 is a third detailed information mode view (2) of the embodiment of the present invention; FIG. 9 is a flowchart of the operation of the embodiment of the present invention; and FIG. 10 is a system according to an embodiment of the present invention; Set the view.

The present invention uses, but is not limited to, a touch-sensitive mobile device, such as a personal digital assistant (PDA), a mobile stock machine, a smart phone, a tablet PC, etc., regarding stock detailed information display. Apparatus and Method The UI and UX based on mouse operation can also be applied to the apparatus and method of the present invention.

Referring to FIG. 1 and FIG. 2, a block diagram of a system function of the application program 12 and a system function block diagram of the device 10 are respectively shown in the embodiment of the present invention. The application program 12 is executed on the stock multi-mode detailed information device 10 of the present invention. . In an embodiment of the present invention, the device 10 of the present invention comprises: a communication module 11, a display module 26 including a touch screen, a memory 30 storing the application 12, and one or more processors 28 The processor 28 executes the plurality of program instructions included in the application 12, and implements the following modules in a manner that the hardware and the software cooperate: the data receiving module 14, the detailed information module 16, and the first detailed information mode. The engine 18, the second detailed information mode engine 20, the third detailed information mode engine 22, and the system setting module 24. Data receiving module The financial product quotation information transmitted by the remote financial quotation server (hereinafter referred to as the server) is received by the communication module 11 , and the financial commodity quotation information includes real-time quotation information and historical quotation information. The detailed information module 16 is a unified name, which can include: a chart module, a detailed module, a real-time detail module, a time-sharing module, a price module, a component module, an optimal five-speed module, and the most Jia 10 module, technical analysis module, price statistics module, related news module, after-hours module, trend module, financial module, individual stock futures module, individual stock option module, individual stock certificate module ...and so on, the detailed information module 16 generates a plurality of detailed information based on the financial product quotation information, for example, the trend chart module generates trend chart information, the individual stock detailed module generates individual stock detailed information, and the instant detail module generates instant detailed information, and points. The time detail module generates time-sharing details, the price-dividing module generates price information, the component module generates component information, the best five-speed module produces the best five-speed information, and the best ten-speed module produces the best ten-speed information. Information and technical analysis modules generate technical analysis information, price statistics module generates price statistics, related news modules generate relevant news information, after-hours modules generate post-hours information, trend modules generate trend information The financial module generates financial information, the individual stock futures module generates individual stock futures information, the individual stock option module generates stock option information, the individual stock certificate module generates a stock certificate information, etc., among which individual stock futures, individual stock options and individual stock certificates It is only applicable to financial products that have individual stock futures, individual stock options, and individual stock certificates (for example, TSMC and Hon Hai).

In various embodiments of the present invention, each of the above modules should be understood as a resource in which hardware and software cooperate, and the technical features of each module can be expressed by a plurality of program instructions or a part of an application, but each The technical effect of the module must be implemented by one or more processors executing the program instructions or the form of the application (ie, the resources in which the hardware and the software cooperate), and the problem to be solved by the present invention is through Such hardware and software work together resources To get improvements.

Different from the detailed information of the single UI/UX mode, the device of the present invention utilizes three different detailed information mode engines to generate detailed information views of three different UI/UX modes, wherein the user operates various UIs. Corresponding UX, and different UIs have different UXs (this UX is also regarded as the user's operating experience). In order to solve the problem that the user does not adapt to the new UI or UX, and the prior art hardware and software cooperate to provide only a single UI and UX, the present invention improves the resources for the hardware and software to work together to provide Multi-mode UI or UX allows the user to select one of the more suitable UI or UX from the multi-mode UI or UX. The first detailed information mode engine 18 generates a first detailed information mode view, the second detailed information mode engine 20 generates a second detailed information mode view, and the third detailed information mode engine 30 generates a third detailed information mode view, and each detailed information mode The view includes one to a plurality of information blocks, the information block is used to display the content of the detailed information, and the information block can receive an operation instruction to switch the display detailed information. In an embodiment of the present invention, the first detailed information The mode view includes an information block, the second detail mode view includes two up/down information blocks, and the third detail mode view includes three upper/middle/lower information blocks, two of which The information block is displayed in the Visible Area. The information block outside the visible range of the screen must be displayed by the vertical slide operation command. In addition, each information block is configured with a Menu Bar and displays one. Detailed information in the visible range, the menu bar of the first detail mode view contains menu items for all details (Menu Item ), while the second detailed information mode view lists the menu items of all detailed information in two menu columns. For all the detailed information menu items, the menu items of all detailed information are listed in two menu columns. Among them, for example, there are "15" menu items for all detailed information (such as: "trend", "five files", "time sharing", etc.), the first detailed information mode The menu view menu contains all "15" menu items. The second detail mode view has one menu column containing "7" menu items and the other menu column contains "8" menu items (or, "6 "+'", "5" + "10", etc.), the three menu columns of the third detail mode view each contain "5" menu items (or, "4" + "5" + "6", "4" + "4" + "7", etc.), that is, the mode columns of the present invention have different menu columns, and the menu columns configured by different information blocks contain different Menu item. In addition, in an embodiment of the invention, when the second detailed information mode view and the third detailed information mode view are generated on the screen, the information block thereof may be displayed in an enlarged manner. When the processor receives an amplifying operation instruction in one of the information blocks (for example, a single finger double-clicking an operation in the information block), the visible range of the screen is changed from two information blocks to an enlarged information block. (That is, only the information block that accepts the enlargement operation instruction is displayed). At any point in time, the application 12 executes only one detailed information mode engine, and the application 12 receives the mode selection command under the user, that is, switches the execution of the corresponding detailed information mode engine. In another embodiment of the present invention, when the second detailed information mode view and the third detailed information mode view are generated on the screen, the first detailed information mode view can be quickly switched. When the processor receives a mode selection instruction in one of the information blocks (for example, a single finger double-clicks an operation in the information block), the processor operates to switch to the first detailed information mode view and is on the screen The visual range displays the information block that accepts the mode selection command, so that the information block will be displayed on the screen in an enlarged manner.

In addition, the system function block of the present invention further includes: a system setting module 24, executing program instructions via the processor to generate a system setting view 42 (as shown in FIG. 10) for receiving a plurality of setting commands and applying to all of the Detailed information mode engine, the setting command is selected from: view background color setting instruction (to change the background color of the view), font size setting instruction (to change The size of the font type), the font color setting command (to change the color of the font), the self-selection stock sorting instruction (to change the order of the stock selection), the quote field sorting setting command (to change the quote field) The order) and the update frequency setting command (to set the update frequency of the data).

With continued reference to FIG. 2, the illustration only shows the core modules associated with a preferred embodiment of the present invention, and the remaining modules are omitted. The memory 30 stores an application 12; the processor 28 is responsible for executing the application 12 in the memory 30; the display module 26 includes a touch screen for displaying the interface of the application 12 and performing touch operation functions. The user operates the multi-mode UI/UX provided on the touch screen to enable the display module 26 to obtain an operation instruction of each UI/UX to be provided to the processor 28. In one embodiment of the present invention, the application 12 includes a plurality of program instructions, and the application 12 is downloaded and installed via the apparatus 10 of the present invention, and the processor 28 executes the following program instructions: a first program instruction to make the processing The device 28 receives a financial product quotation information transmitted by a server via a communication module 11; a second program instruction causes the processor 28 to generate a plurality of detailed information according to the financial product quotation information; a third program instruction, Having the processor 28 generate a first detailed information mode view 32 having a first user experience, and displaying the detailed information in the first detailed information mode according to a first operation instruction of the first user experience View 32; a fourth program instruction, causing the processor 28 to generate a second detailed information mode view 34 having a second user experience, and displaying the second operation commands according to the second user experience Detailed information on the second detailed information mode view 34; and a fifth program instruction that causes the processor 28 to obtain from the pull-down menu as shown in FIG. The mode selection instruction is configured to generate the first detailed information mode view 32 or the second detailed information mode view 34 on the touch screen, wherein the first operation instruction and the second operation instruction are respectively in the first user experience and the first The second user experience may be the same or different, for example, the first and second operational commands are in the first and second The user experience can be single-finger on the touch screen from left to right, and the first and second detailed information mode views have different display effects; or the first and second operation instructions are in the first and the second In the second user experience, the single-finger and multi-finger slide operations are performed from left to right on the touch screen, and the first and second detailed information mode views have different display effects.

In another embodiment of the present invention, the application 12 includes a plurality of program instructions, and the application 12 is downloaded and installed via the apparatus 10 of the present invention, and the processor 28 executes the following further program instructions: a sixth program instruction, And causing the processor 28 to generate a third detailed information mode view 36 having a third user experience, and displaying the detailed information in the third detailed information mode according to a third operation instruction of the third user experience. View 36, and the fifth program instruction causes the processor 28 to determine the first detailed information mode view 32 or the second detailed information mode based on the mode selection command obtained from the pull-down menu as shown in FIG. The view 34 or the third detail mode view 36 is generated on the touch screen, wherein the first operation command and the third operation instruction may be the same or different under the first user experience and the third user experience, respectively. In still another embodiment of the present invention, the processor 28 executes the following further program instructions: a seventh program instruction that receives a plurality of setting instructions and applies to the views 32, 34, 36, the setting instructions are selected from : A view background color setting command, a font size setting command, a font type color setting command, a self-selected stock sort setting command, and a quote field sort setting command.

In a different embodiment of the present invention, the first program instruction, the second program instruction, ... executed by the processor respectively represent a set of a plurality of program instructions, and the first, second, ..., etc. are not used to limit the connection. The steps of the technical features or methods expressed in the first program instruction, the second program instruction, .... Those skilled in the art will appreciate that the steps of the technical features or methods expressed in the first program instruction, the second program instruction, ... can be combined or Combinations are expressed by different sets of program instructions.

Referring to FIG. 3, FIG. 4 and FIG. 5, a first detailed information mode view 32 of an embodiment of the present invention illustrates a first user experience generated by the first detailed information mode engine 18 of the present invention. A detailed information mode view 32 includes an information block 38 (the dotted line in the figure is only used to indicate the extent of the information block 38, and there is no dashed box on the screen during actual operation) for displaying the details of the information, using In the information block 38, the left/right sliding operation (ie, the first operation command for releasing the horizontal sliding) can be switched to display the detailed information of the specific financial product (shown as "Hon Hai"), which is set in the information block 38. There is a menu column 40, the menu column 40 contains all the detailed information menu items, and the top of the view is a fixed display of financial products quotes, the third picture is displayed in the information block 38 charts and individual stocks detailed quotes. Figure 4 shows the best five-speed information in information block 38. Figure 5 shows the technical analysis information in information block 38. In this embodiment, the first detailed information mode view 38 accepts the first operation instruction in the horizontal sliding operation, and only accepts the first operation instruction in the vertical sliding operation to switch when the content of the specific detailed information exceeds the visible range of the screen. Displays detailed information beyond the visual range, such as news information (not depicted). The first detailed information mode view 32 generated by the first detailed information mode engine 18 of the present invention has only one information block 38 and one menu column 40, and the menu item 40 of the first detailed information mode engine 18 contains all the detailed information. The menu item, the third figure to the fifth figure, illustrates the first user experience and its display effect. When the number of menu items of the selected single column 40 is more than the visible range of the screen, the user moves left/right with the horizontal sliding operation instruction. When the details in the information block 38 are displayed, the menu item on the menu column 40 also synchronizes the left/right switch and indicates the details of the current information block 38.

Referring to FIG. 6, a second detailed information mode view 34 of an embodiment of the present invention illustrates that the second detailed information mode engine 20 of the present invention has a second user experience. The second detailed information mode view 34 includes two information blocks 38 (the dotted line in the figure is only used to indicate the range of the information block 38, and there is no dotted frame on the screen during actual operation), and the two information areas The blocks 38 each independently set a menu column 40 and respectively receive a second operation instruction (for example, the second user experience: when the upper information block 38 is slid to the right, only the upper information block 38 is switched to display the detailed display. Information, as well as the menu column 40 above, indicates what the current details are). The second detailed information mode engine 20 of the present invention assigns all the detailed information menu items to the two menu columns 40. When the number of menu items exceeds the visible range of the screen, the menu column 40 also slides with the horizontal operation command left/ Move the menu item to the right.

Referring to FIG. 7, a third detailed information mode view 36 of the embodiment of the present invention illustrates that the third detailed information mode view 36 generated by the third detailed information mode engine 22 of the present invention having a third user experience includes three The information block 38 arranged in the upper/middle/lower direction (the dotted line frame in the figure is only used to indicate the range of the information block 38, and there is no dotted frame on the screen during actual operation), and the visible range of the screen is only displayed at the same time. Two information blocks 38, the user can switch the information block 38 of the visible range of the screen by a third operation command that slides vertically. In addition, the three information blocks 38 each independently set a menu column 40 and respectively receive a third operation instruction (for example, the third user experience: when the upper information block 38 is slid to the right, the operation command is only controlled above. The information block 38 switches the display details, and the upper menu column 40 indicates the current details. The third detailed information mode engine 22 of the present invention assigns all the detailed information menu items to the three menu columns 40. Up, and the screen viewable range only displays two of the information blocks 38 (ie, two menu columns 40 are displayed).

According to an embodiment of the present invention, the second detailed information mode engine 20 and the third detailed information mode engine 22 can receive the zoom-in operation command through the information block 38. The description is that the third detailed information mode view 36 is in an initial state before the enlargement operation instruction is received, and one of the information blocks 38 receives the enlargement operation instruction (for example, the next information block 38 in the seventh figure) When the double-click operation is performed, the information block 38 that receives the enlargement operation instruction is enlarged and the other block is temporarily hidden, and the third detailed information mode view 36 becomes only one enlarged information block 38, such as the eighth. The figure shows. In another embodiment of the present invention, when one of the information blocks 38 of the third detailed information mode view 36 receives the mode selection instruction, the third detailed information mode view 36 is switched to the first detailed information mode view 32 (ie, Switching from the third detailed information mode engine 22 to the first detailed information mode engine 18 is equivalent to the "enlargement operation and switching to the shortcut command of the first detailed information mode engine 18" because the first detailed information mode view 32 has only one information. The block 38, the display of the detailed information is originally enlarged display, for example, the user experience: after the next enlargement operation instruction in the upper information block 38 of FIG. 7, the switch to the first detailed information mode view 32, As shown in Figure 3.

In an embodiment of the present invention, a resolution limiting module is added to limit the old type of lower resolution (Resolution) smart phone to only execute a specific mode engine, for example: iPhone 4 resolution is 960x640 pixels, iPhone 5 resolution is 11360x640 pixels, if the rule of the resolution limit module of the present invention is set to "the resolution vertical pixel is lower than 1000, only the first detailed information mode engine 18 can be executed", when the iPhone 4 runs the application of the present invention At 12 o'clock, the resolution limit module only allows the user to execute the first detail mode engine 18 (ie, unable to switch to the second detail mode view 34 or the third detail mode view 36). The resolution limit module can avoid the operation troubles of the old smart phone user (see the detailed information of the high-resolution design in the low-resolution screen, such as the second detail mode view 34 and the third detail mode view 36, Not easy to see).

Referring to FIG. 9, an operation flowchart of an embodiment of the present invention, a user uses an iPhone The 6 Plus smart phone execution application 12 displays the detailed information of the financial product with the preset mode engine (the first detailed information mode engine 18), and then switches to the operation flow of the third detailed information mode engine 22, which includes:

Step S101: View the detailed information of the financial product by using the preset mode engine. It is assumed that the preset mode engine of the application 12 is the first detailed information mode engine 18, and the user switches to the details of "Hon Hai" by a menu (Menu, not depicted), and the first detailed information mode view 32 is an information block. 38 shows the “trend” details of “Hon Hai”. The data receiving module 14 downloads the financial product quotation information of “Hon Hai”, and then the “trend module” (one of the detailed information modules 16) is based on the financial product. The quotation information generates the trend information of "Hon Hai", and the first detailed information mode engine 18 displays the chart information in the information block 38, as shown in FIG.

Step S102: The information block 38 receives an operation instruction to switch the detailed information. The first detailed information mode engine 18 receives an operation instruction of the user in the information block 38 (for example, sliding the operation instruction to the right and sliding the operation instruction to the left) to switch the display of the "trend" in the information block 38 (the chart) Information, "Five files" (best five files), "Technology" (technical analysis information), etc., for example, when switching to "Five", the data receiving module 14 downloads "Hon Hai" The financial product quotation information, and then the "best five-speed module" (one of the detailed information modules 16) generates the best five-speed information of "Hon Hai" based on the financial product quotation information, and then the first detailed information mode The engine 18 displays the best five-speed information in the information block 38, as shown in FIG.

Step S103: Receive a mode selection instruction to change the preset mode engine. The user can use the menu operation (for example, switch to system setting view 42, and then select the pull-down menu, as shown in Figure 10), or the shortcut key (not depicted) to operate the mode selection command to change the setting. The mode engine, for example, switches to the third detail mode engine 22.

Step S104: View the detailed information of the financial product with the new preset mode engine. After switching to the third detailed information mode engine 22, the third detailed information mode view 36 and the next two information blocks 38 respectively display the "trend" and "five-speed" detailed information of "Hon Hai", and then the data receiving module 14 Download the financial product quotation information of "Hon Hai", and then according to the "Trendment Module" (one of the detailed information modules 16) and the "Best Five-Scale Module" (one of the detailed information modules 16) The commodity quotation information generates the trend information of the "Hon Hai" and the best five-speed information. The third detailed information mode engine 22 displays the trend information and the best five-speed information in the upper and lower information blocks 38 respectively. As shown in Figure 7.

In the above steps S101 and S104, different detailed information mode engines are used, and the detailed information mode views generated by the two are different in the UI (the former provides detailed information by one information block 38, and the latter uses two information blocks 38). Providing detailed information), even UX is different. For example, the information block 38 of the first detailed information mode engine 18 only accepts the sliding operation instruction, and the information block 38 of the third detailed information mode engine 22 accepts the sliding operation instruction. It is also acceptable to amplify the operation instructions.

It will be understood by the various embodiments of the invention that the program instructions executed by the computer can carry out various blocks in the flowcharts, combinations of blocks in the flowcharts, and steps in the various embodiments. Providing the program instructions to a processor for generating a machine or generating a resource in cooperation with the software, whereby when the instructions are executed on the processor, an action to perform the flow block is generated Or a component of technical effects. The different sets of program instructions may also cause at least some of the operational steps shown in the flowchart block to be performed in parallel, and the technical content expressed by the first, second, ... program instructions of an application may vary from embodiment to embodiment. . Furthermore, some of these steps can also be performed on more than one processor, such as a microprocessor in a mobile communication device. A condition that works in conjunction with a peripheral interface processor. In addition, one or more of the blocks or combinations of blocks in the flowcharts can be carried out simultaneously with other blocks or combinations of blocks, or even in a different order than the ones presented, without departing from the scope or spirit of the invention. .

Accordingly, the blocks of the flowchart of the present invention support a combination of means for performing the specified action or technical effect, a combination of steps for performing the specified action or technical effect, and a program command means for performing the specified action or technical effect. It will also be appreciated that these specified acts or technical effects are the various blocks of the flowchart of the present invention and the block combinations of the flowcharts, which are implemented by a special purpose hardware system or special purpose hardware in conjunction with program instructions.

In summary, the present invention provides a user with multiple modes of UI/UX in a plurality of detailed information mode engines, which solves the problem that the prior art has only a single mode UI/UX, so that new users have no learning threshold when converting the system. The problem is that the user can select a more accustomed UI/UX mode among the various modes provided by the present invention to meet their operational needs.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. The scope of protection of the present invention is therefore defined by the scope of the appended claims.

10‧‧‧Stock multi-mode detailed information device

12‧‧‧Application

14‧‧‧ Data receiving module

16‧‧‧Detailed Information Module

18‧‧‧First detailed information mode engine

20‧‧‧Second detailed information mode engine

22‧‧‧ Third detailed information mode engine

24‧‧‧System setting module

Claims (25)

A stock multi-mode detailed information device comprises: a memory, storing a plurality of detailed information, the detailed information about a financial product quotation information; a screen; and a processor connecting the memory and the screen to access the plurality Detailed information and display the details on the screen; wherein the processor is operative to generate a first detailed information mode view having a first user experience and a first operational command based on the first user experience Displaying the detailed information in the first detailed information mode view; wherein the processor operates to generate a second detailed information mode view having one of the second user experiences, and according to the second user experience a second operation instruction to display the detailed information in the second detailed information mode view; wherein the processor selects the first detailed information mode view or the second detailed information mode view on the screen according to a mode selection instruction . The stock multi-mode detailed information device of claim 1, wherein the processor is operative to generate a third detailed information mode view having a third user experience and a third operation according to the third user experience The instruction is to display the detailed information in the third detailed information mode view, and the processor selects an instruction according to the mode to determine that the third detailed information mode view is generated on the screen. The stock multi-mode detailed information device of claim 1, wherein the first and second details are The information mode view respectively includes one or a plurality of information blocks, each of the information blocks is configured with a menu column and displaying the detailed information, and the processor receives the operation instruction according to the information block to switch and display the details. News. The stock multi-mode detailed information device of claim 3, wherein when the second detailed information mode view is generated on the screen, the processor receives an enlargement operation instruction in the information block to block the information block. Zoomed in to the visible range of the screen. The stock multi-mode detailed information device of claim 3, wherein when the second detailed information mode view is generated on the screen, the processor receives the mode selection instruction in the information block to switch to the first The details mode view displays the details of the information block. The stock multi-mode detailed information device of claim 3, wherein the different menu columns configured by the information block comprise different menu items. The stock multi-mode detailed information device of claim 1, wherein the processor receives a plurality of setting commands for setting the first and second detailed information mode views, wherein the setting commands are selected from: a view background setting The command, the one-size size setting command, the one-word color setting command, a self-selected stock sort setting command, a quote field sort setting command, and an update frequency setting command. A stock multi-mode detailed information device, the device comprising a memory, a screen and one or more processors, the processor executing a plurality of program instructions stored in the memory, the program instructions comprising: a first program The instruction causes the processor to generate a plurality of detailed information according to a financial product quotation information and store the same in the memory; a second program instruction, causing the processor to operate to generate a first detailed information mode view having a first user experience, and displaying the detailed information according to a first operation instruction of the first user experience The first detailed information mode view; a third program instruction to cause the processor to operate to generate a second detailed information mode view having one of the second user experiences, and a second operation according to the second user experience Commanding to display the detailed information in the second detailed information mode view; and a fourth program instruction to cause the processor to select the first detailed information mode view or the second detailed information mode view according to a mode selection instruction Produced on the screen. The stock multi-mode detailed information device of claim 8, wherein the program instructions further comprise: a fifth program instruction to cause the processor to operate to generate a third detailed information mode view having a third user experience And displaying, according to the third operation instruction of the third user experience, the detailed information in the third detailed information mode view; and the fourth program instruction causes the processor to select an instruction according to the mode to decide to The first detailed information mode view or the second detailed information mode view or the third detailed information mode view is generated on the screen. The stock multi-mode detailed information device of claim 8, wherein the first and second detailed information mode views respectively comprise one or more information blocks, each of the information blocks is configured with a menu column and displaying the detailed information. The processor receives the operation instruction according to the information block to switch and display the detailed information. The stock multi-mode detailed information device of claim 10, wherein the third program instruction further comprises: when the second detailed information mode view is generated on the screen, causing the processing The device receives an enlargement operation instruction in the information block to enlarge the information block to be displayed on the visible range of the screen. The stock multi-mode detailed information device of claim 10, wherein the third program instruction further comprises: when the second detailed information mode view is generated on the screen, causing the processor to receive the mode in the information block Selecting an instruction to switch to the first detailed information mode view to display the detailed information of the information block. The stock multi-mode detailed information device of claim 10, wherein the different menu columns configured by the information block comprise different menu items. The stock multi-mode detailed information device according to claim 10, wherein the menu item included in the menu column is selected from the group consisting of: a chart, a detailed stock, an instant list, a time-sharing detail, a price list, a component detail, and an optimal five-speed file. , the best ten files, technical analysis, price statistics, related news, after-hours, trends, finance, individual stock futures, individual stock options and individual stock certificates. The stock multi-mode detailed information device of claim 8, wherein the program instructions further comprise: a sixth program instruction, the processor receiving a plurality of setting instructions for setting the first and second detailed information mode views The setting commands are selected from the group consisting of: a background setting command, a font size setting command, a font color setting command, a self-selection sort setting command, and a quote field sort setting command. A stock multi-mode detailed information method is applied to a mobile device, the mobile device includes a touch screen, the method includes: receiving a financial commodity quotation information; generating a plurality of detailed information according to the financial commodity quotation information; Generating a first detailed information mode view having a first user experience, and displaying the detailed information in the first detailed information mode view according to a first operation instruction of the first user experience; generating a first a second detailed information mode view of the user experience, and displaying the detailed information in the second detailed information mode view according to a second operation instruction of the second user experience; and determining according to a mode selection instruction The first detailed information mode view or the second detailed information mode view is generated on the touch screen. The stock multi-mode detailed information method of claim 16, further comprising: generating the first and second detailed information mode views respectively comprising one or more information blocks, each of the information blocks being configured with a menu column and The detailed information is displayed, and the plurality of detailed information is switched according to receiving the operation instruction in the information block. The stock multi-mode detailed information method of claim 17, further comprising: when the second detailed information mode view is generated on the screen, receiving an enlargement operation instruction in the information block to block the information block Zoomed in to the visible range of the screen. The stock multi-mode detailed information method of claim 17, further comprising: receiving the mode selection instruction in the information block to switch to the first when the second detailed information mode view is generated on the screen The details mode view displays the details of the information block. The stock multi-mode detailed information method of claim 16, further comprising: receiving a plurality of setting instructions and applying to the detailed information mode engines, wherein the setting instructions are selected from: a view background setting instruction, a word Type size setting instruction, one-line type A color setting command, a self-selected stock sort setting command, a quote field sort setting command, and an update frequency setting command. A computer program product is installed via a mobile device to execute: a first program instruction, causing a processor to receive a financial product quotation information via a communication module; and a second program instruction to cause the processor to quote the financial product The information generates a plurality of detailed information and stores a plurality of detailed information in a memory; a third program instruction causes the processor to generate a first detailed information mode view having a first user experience, and according to the first a first operation command of the user experience to display the detailed information in the first detailed information mode view; a fourth program instruction to cause the processor to generate a second detailed information mode view having one of the second user experiences And displaying, according to the second operation instruction of the second user experience, the detailed information in the second detailed information mode view; and a fifth program instruction, causing the processor to select an instruction according to a mode to decide to The first detailed information mode view or the second detailed information mode view is generated on a touch screen. The computer program product of claim 21, installed by the mobile device to execute: a sixth program instruction, the processor generating a third detailed information mode view having a third user experience, and according to the a third operation command of the user experience to display the detailed information in the third detailed information mode view; and the fifth program instruction causes the processor to select an instruction according to the mode to determine the first detailed information mode view Or the second detailed information mode view or the third detailed information mode view is generated on the screen. The computer program product of claim 21, wherein the first and second detailed information mode views respectively comprise one or more information blocks, each of the information blocks is configured with a menu column and the detailed information is displayed. The device receives the operation instruction according to the information block to switch and display the detailed information. The computer program product of claim 23, wherein the fourth program instruction further comprises: when the second detailed information mode view is generated on the screen, causing the processor to receive an enlargement operation instruction in the information block, The information block is enlarged and displayed on the visible range of the screen. The computer program product of claim 23, wherein the fourth program instruction further comprises: when the second detailed information mode view is generated on the screen, causing the processor to receive the mode selection instruction in the information block, The detailed information of the information block is displayed by switching to the first detailed information mode view.