WO2017181403A1 - 具定位点显示功能的行动装置以及定位点显示方法 - Google Patents

具定位点显示功能的行动装置以及定位点显示方法 Download PDF

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Publication number
WO2017181403A1
WO2017181403A1 PCT/CN2016/079993 CN2016079993W WO2017181403A1 WO 2017181403 A1 WO2017181403 A1 WO 2017181403A1 CN 2016079993 W CN2016079993 W CN 2016079993W WO 2017181403 A1 WO2017181403 A1 WO 2017181403A1
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Prior art keywords
satellite positioning
coordinate
mobile device
module
central processing
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PCT/CN2016/079993
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English (en)
French (fr)
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黄伟嘉
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黄伟嘉
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Application filed by 黄伟嘉 filed Critical 黄伟嘉
Priority to PCT/CN2016/079993 priority Critical patent/WO2017181403A1/zh
Priority to CN201680084733.5A priority patent/CN109073392A/zh
Publication of WO2017181403A1 publication Critical patent/WO2017181403A1/zh

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    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01C—MEASURING DISTANCES, LEVELS OR BEARINGS; SURVEYING; NAVIGATION; GYROSCOPIC INSTRUMENTS; PHOTOGRAMMETRY OR VIDEOGRAMMETRY
    • G01C21/00—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00
    • G01C21/26—Navigation; Navigational instruments not provided for in groups G01C1/00 - G01C19/00 specially adapted for navigation in a road network

Definitions

  • the invention relates to a method and a device for displaying an anchor point by using an instant image.
  • mobile devices have developed rapidly in recent decades, and the industrial evolution has also turned over several times. Mobile devices are an indispensable element of modern life. Broadly speaking, mobile devices can include mobile phones, tablets, cameras, and the like.
  • the user who is the most difficult to use for the user often cannot know the orientation of the subject and the target to be retrieved, and the user often needs to walk for a certain direction in order to advance toward the target to be retrieved. After that, the association with the object to be retrieved can be confirmed on the map, which is extremely inconvenient to use.
  • the invention provides a related position of the far-end flag in the corresponding range of the calibration in the actual range recorded by the image in the instant image, so that the user can immediately know the orientation and distance of the flag through the instant image, and includes a central processing module.
  • a satellite positioning module a camera module and a display module respectively connected to the central processing module, the satellite positioning module receiving a satellite positioning coordinate output to the central processing module; the central processing module driving the display module to display the camera An instant image captured by the module; the mobile device receives a remote satellite positioning coordinate or an object satellite positioning coordinate through the network, and the central processing module takes azimuth angle data of a local end of the mobile device, and the central processing module refers to Local satellite positioning coordinates and the remote satellite The relationship between the coordinates or GPS coordinates of the object, the distal mark positioning satellite coordinates or GPS coordinates of the object on the real-time image.
  • the central processing module compares the local end azimuth angle, the local satellite positioning coordinate with the object satellite positioning coordinate or the remote satellite positioning coordinate, and calculates the local satellite positioning coordinate and the object satellite positioning coordinate and the remote end.
  • a distance relationship and a one-way relationship of the satellite-set coordinates, according to the distance relationship and the orientation relationship, a coordinate label is displayed on the live image.
  • the satellite positioning coordinate of the object corresponding to the coordinate label may be a traffic event location, a government notice, or a facility notice.
  • the display module displays a call option corresponding to the coordinate label. After the call option is accepted, the central processing module drives a call module to perform a full-duplex or half-duplex call.
  • the display module displays a screening option. After a screening condition is selected, the central processing module displays the coordinate label in the display module that meets the screening condition.
  • the present invention provides a method for displaying a positioning point of a mobile device, which is executed by a mobile device, and the steps thereof include:
  • the mobile device reads a satellite positioning coordinate received by a connected satellite positioning module
  • a coordinate label corresponding to the remote satellite positioning coordinate or the satellite positioning coordinate of the object is generated, and the orientation is related to the specific range, and the coordinate label is displayed on the instant image.
  • the mobile device can immediately know the coordinate label of the object object that needs to be queried or retrieved on the instant image, so that the user can not immediately know the orientation problem.
  • the invention provides a brand-new target orientation display mode, wherein the user can open the instant image and actively know the orientation of various different function labels, and can simultaneously screen the target of different features and their orientation and distance.
  • the mobile device of the present invention can find the position and distance of different objects through instant images, such as a store, a remote radiotelephone, etc. for voice or information communication.
  • Instant video can be used for half-duplex or full-duplex voice calls directly with the target.
  • Half-duplex calls allow the remote user or remote target to continue voice with more than one mobile device. Communicate, pass messages and other functions.
  • FIG. 1 is a block diagram of a system in accordance with a preferred embodiment of the present invention.
  • the mobile device 10 with the positioning point display function includes a central processing module 12, and a satellite positioning module 13, a camera module 15 and a display respectively connected to the central processing module 12 respectively.
  • Module 17 A plurality of the mobile devices 10 can be connected to a network via a network, and can also be connected to a server 30 network signal.
  • Each of the mobile devices 10 can also be connected to a wireless telephone 50, wherein the wireless telephone 50 can convert a wireless signal of a frequency band used by the wireless telephone 50 into a network communication signal through a gateway 55.
  • the network is output to the mobile device 10, and a mobile communication signal of the mobile device 10 is also The gateway 50 can be output to the radiotelephone 50.
  • the radiotelephone 50 can include a second satellite positioning module 53 that receives a satellite positioning signal such that the wireless signal of the radiotelephone 50 includes a geographic address of the location of the radiotelephone 50, such that the mobile device 10 The geographic address of the radiotelephone 50 can be obtained from the network communication signal.
  • the radiotelephone 50 can be a walkie-talkie.
  • the frequency band of the radiotelephone 50 is not limited and may vary according to national regulations, and is generally in the frequency range of kHz to GHz.
  • the signal specifications and protocols of the radiotelephone 50 are not limited, for example, a CTCSS system (Continuous Tone Coded Squelch System), or a DCS system (Digital-Coded Squelch), including an internal code in the output signal, or limiting only
  • a radio signal with the inner code can be received.
  • the radio signal including the inner code can use the inner code to simultaneously output other types of data, such as GPS address, text, code, and the like.
  • the gateway 55 receives the radio signal output by the radiotelephone 50, converts the radio signal to the network communication signal, and outputs the network signal to a cloud system or other mobile device 10.
  • the gateway 55 receives and converts the network communication signal of the mobile device 10 into the radio signal, and broadcasts the radio signal to all or part of the radiotelephone 50 for two-way communication purposes.
  • the satellite positioning module 13 receives a satellite positioning coordinate output to the central processing module 12; the camera module 15 receives the control of the central processing module 12 to collect ambient light changes, so that the central processing module 12 drives the display module 17 to display a Instant image 151.
  • the mobile device 10, the satellite positioning coordinate signal of the radio 50, can be output to the server 30 or another mobile device 10 through the network, and the server 30 outputs the received plurality of satellite positioning coordinates to Each mobile device 10.
  • the adjacent mobile device 10 can transmit its own satellite positioning coordinates to the remote end through the network in a point-to-point manner.
  • the display module 17 can further display a call option 1511, an information option, a coordinate label 10A, 10B, 10C and a screening option 156.
  • the object to be displayed is displayed on the display module 17, it can be displayed on the instant image 151 in different layers or layers, so that the user can see the instant image 151 and the options or label objects at the same time.
  • the options or label objects may also have the function of receiving and selecting, for example, function items such as adjusting the sound size, distance, font size, and azimuth angle.
  • This option or label can be a plain text or graphic or a mixture of the two.
  • the display module 17 can include not only a general liquid crystal display, an organic/inorganic light emitting diode, but also a projection display or a stereoscopic display or a virtual reality display.
  • the mobile device 10 can further include a call module 19, the type of the call module 19 is not limited, and can be 2G to 4G or other generation or communication protocol mobile phone communication module, so that the mobile devices 10 can communicate with each other.
  • a call module 19 the type of the call module 19 is not limited, and can be 2G to 4G or other generation or communication protocol mobile phone communication module, so that the mobile devices 10 can communicate with each other.
  • the mobile device 10 performs a positioning point display method, so that the display module 17 of the mobile device 10 displays the call option 1511, the information option, the coordinate tags 10A, 10B, 10C and/or the screening option 156,
  • the coordinate tags 10A-C respectively represent different mobile devices 10 or geographic locations that can generate global satellite positioning signal coordinates.
  • the positioning point display method includes the following steps:
  • STEP 1 Display a map or an instant image to the display module 17: the live image 151 is the result of the camera module 15 of the mobile device 10.
  • STEP 2 Receiving a remote satellite positioning coordinate of the mobile device 10 of the remote open reading on the network, or an object satellite positioning coordinate; the so-called open reading in this step refers to the mobile device 10 at the far end.
  • the function of sharing its satellite positioning coordinates is output to the server 30 or another mobile device 10 via the network.
  • Each of the mobile devices 10 can be connected to the server 30 to obtain the remote satellite positioning coordinates and the object satellite positioning coordinates.
  • the object satellite positioning coordinates may include satellite positioning coordinates of a remote object and the information option.
  • STEP 3 Read a local end azimuth angle of the local mobile device 10 and a local satellite positioning coordinate.
  • the central processing module 12 obtains the local satellite positioning coordinates by the satellite positioning module 13, and the central processing module 12 is configured by the mobile device 10 with an orientation sensor (electronic compass) and/or a gyroscope and a The acceleration sensor or the like obtains the local end azimuth angle.
  • STEP 4 Calculate the local satellite positioning coordinates and the satellite positioning coordinates of the object and the remote location by comparing the local azimuth angle, the local satellite positioning coordinates, the object satellite positioning coordinates, and/or the remote satellite positioning coordinates. A distance relationship and a one-way relationship of the satellite coordinates are generated, and the coordinate labels 10A-C are generated according to the distance relationship and displayed on the instant image 151.
  • the coordinate tags 10A-10C may be satellite positioning coordinates (10A, FIG. 2) of the mobile device 10 at the far end, the coordinates The tag 10A can simultaneously indicate the name of the mobile device 10 at the far end and the distance relationship (distance indicated by 10A to 10C on Figs. 2-6).
  • the coordinate tag 10B can correspond to the object satellite positioning coordinates, such as the satellite positioning coordinates (10B, FIG. 3) corresponding to a certain merchant.
  • the object satellite positioning coordinates corresponding to the coordinate tag 10C may be a traffic event location (10C, FIG. 4), a government notice, a facility notice (10C, FIG. 5), and the like. Since the local mobile device 10 can compare the satellite positioning coordinates of the local end with the satellite coordinates of the remote object or the mobile device 10, the distance between the local end and the remote target can be known to form the distance relationship, and further cooperate with the local end.
  • the azimuth measuring element of the mobile device 10 takes the azimuth angle.
  • the real-time image displayed by the mobile phone 10 on the local end is matched with the azimuth angle of the mobile terminal 10, and all the remote objects or mobile devices 10 within the azimuth angle range corresponding to the shooting space range of the instant image 151 are marked on the instant. Image 151.
  • the foregoing determining the distal object conforming to the specific azimuth angle range by collecting the azimuth angle of the mobile device 10 at the local end, and taking a range of plus or minus 10 degrees (for example, positive or negative plus or minus 10 degrees), that is, the instant image 151 can be photographed.
  • the range of azimuth angles When the orientation relationship of the remote object or the distal mobile device 10 meets the foregoing conditions, a flag is generated on the live image 151.
  • the call option 1511 and/or the information option are generated.
  • the central processing module 12 drives the call module 19 to establish a full-duplex two-way instant call with the mobile device 10 at the far end corresponding to the coordinate tags 10A-10C, or half-duplex bidirectional instant/ Non-instant call, as shown in Figure 3.
  • the type of the information option is not limited, and may include a receiving offer option 1512, an information message 1514, an announcement message 1515, and the like.
  • the receiving offer option 1512 may be an option generated after the coordinate tag 10B corresponding to a certain merchant is selected, and the offer offer 1512 may generate a coupon notification recording, a redemption voucher, and the like.
  • the message 1514 can be a video or voice message recorded by a coordinate label (10B, 10C) corresponding to a merchant, a government agency, or a traffic event.
  • the announcement information 1515 may correspond to the coordinate label (10B, 10C) set by an official or private organization, and generate a play when the coordinate label (10B, 10C) is clicked or conforms to a selected condition (for example, within a distance range). Record the interface (15141) and play the recording.
  • the display module 17 can be presented in a map, as shown in FIG.
  • the distance of a coordinate label 10X of the mobile device 10 at the local end and the visual azimuth angle relationship corresponding to the camera at that time can be presented on the map, so that the user can quickly switch to present the live image or the map, thereby simplifying the search purpose.
  • the screening option 156 is displayed on the display module 17.
  • the central processing module 12 displays the coordinate labels 10A-C that meet the screening condition in the display module 17.
  • the screening condition is that the coordinate labels 10A-C that meet a certain range of distances; or the screening condition may be a specific type of the coordinate labels 10A-C, for example, only the traffic accident is displayed on the display module 17.
  • the coordinate tag 10B displays the store related to the diet, the coordinate tag 10A of the friend only, and the like on the display module 17.
  • the mobile device can immediately know the coordinate label of the object object that needs to be queried or retrieved on the instant image, so that the user can not immediately know the orientation problem.
  • the invention provides a brand-new target orientation display mode, wherein the user can open the instant image and actively know the orientation of various different function labels, and can simultaneously screen the target of different features and their orientation and distance.
  • the mobile device of the present invention can find the position and distance of different objects through instant images, such as a store, a remote radiotelephone, etc. for voice or information communication.
  • Instant image can be used for half-duplex or full-duplex voice call directly with the target.
  • Half-duplex call allows the remote user or remote target to communicate with more than one mobile device for voice communication and transmission. Message and other functions.

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  • Engineering & Computer Science (AREA)
  • Radar, Positioning & Navigation (AREA)
  • Remote Sensing (AREA)
  • Automation & Control Theory (AREA)
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Abstract

一种具定位点显示功能的行动装置以及定位点显示方法，其包括一中央处理模块以及分别与该中央处理模块分别连接的一卫星定位模块、一相机模块及一显示模块，该卫星定位模块接收一卫星定位坐标输出至该中央处理模块；该中央处理模块驱动该显示模块显示该相机模块所采集的一即时影像；该行动装置透过网路接收一远端卫星定位坐标或一物件卫星定位坐标，该中央处理模块取该行动装置的一本地端的方位角度数据，该中央处理模块参照本地端的卫星定位坐标与该远端卫星定位坐标或该物件卫星定位坐标之间的关系，于该即时影像上标示该远端卫星定位坐标或该物件卫星定位坐标。

Description

具定位点显示功能的行动装置以及定位点显示方法 技术领域
本发明涉及一种利用即时影像显示定位点的方法及其装置。
技术背景
行动装置在近几十年发展神速，产业演进也随之翻转数番。行动装置对于现代生活可谓不可缺少的必要元素。广义的说，行动装置可以包括行动电话、平板电脑、相机等。
对于具有地图显示与卫星定位的行动装置而言，目前常见的作法即是在其一显示器上显示地图，并且在地图上标示该行动装置与一待检索标的的距离关系。
然而，使用前述传统的地图显示方式，对使用者而言最大的使用困难使用者经常无法得知自己与待检索标的的方位，为了朝向该待检索标的的方向前进，使用者经常需要行走一段路之后，才可由地图上确认与该待检索标的之间的关联，使用极其不便。
发明内容
为解决现有行动装置使用地图经常无法于第一时间得知使用者自己与目的地或其他旗标标示地点之间的方位关系，致使无法立刻朝向正确方向前进而造成使用困扰的技术问题，本发明提出一种在即时影像中影像所录制实际范围内标定对应位置范围内的远端旗标的相关位置，让使用者可以透过即时影像立即得知旗标的方位与距离，其包括一中央处理模块以及分别与该中央处理模块分别连接的一卫星定位模块、一相机模块及一显示模块，该卫星定位模块接收一卫星定位坐标输出至该中央处理模块；该中央处理模块驱动该显示模块显示该相机模块所采集的一即时影像；该行动装置透过网路接收一远端卫星定位坐标或一物件卫星定位坐标，该中央处理模块取该行动装置的一本地端的方位角度数据，该中央处理模块参照本地端的卫星定位坐标与该远端卫星定位坐标或该物件卫星定位坐标之间的关系，于该即时影像上标示该远端卫星定位坐标或该物件卫星定位坐标。
其中，该中央处理模块取该本地端方位角度、本地端卫星定位坐标与该物件卫星定位坐标或该远端卫星定位坐标比较，计算该本地端卫星定位坐标与该物件卫星定位坐标与该远端卫星订坐标的一距离关系以及一方位关系，依据该距离关系与该方位关系产生一坐标标签显示于该即时影像。
其中，该坐标标签所对应的该物件卫星定位坐标可为一交通事件地点、一政府通告或一设施通告。
其中，该显示模块显示一通话选项对应该坐标标签，该通话选项接受选定后该中央处理模块驱动一通话模块执行全双工或半双工通话。
其中，该显示模块显示一筛选选项，于一筛选条件选定后，该中央处理模块于该显示模块中显示符合该筛选条件的该坐标标签。
本发明提供一种行动装置的定位点显示方法，其由一行动装置执行，其步骤包括：
采集并于一显示装置产生一即时影像；
该行动装置读取所连接的一卫星定位模块所接收的一卫星定位坐标；
该行动装置接收的一远端卫星定位坐标或一物件卫星定位坐标；
读取本地端的该行动装置的一方位角度；
以本地端的该卫星定位坐标与该方位角度为基础，计算所接收的该远端卫星定位坐标或该物件卫星定位坐标的一距离关系与一方位关系；
产生对应该远端卫星定位坐标或该物件卫星定位坐标的一坐标标签，于该方位关系于特定范围内，同时显示该坐标标签于该即时影像上。
由前述的说明可知，本发明达成下列技术效果：
1.透过显示模块，行动装置可在即时影像上立即得知所需查询或检索的物件标的的坐标标签，如此可解决使用者无法立即得知方位的困扰。
2.本发明提供一种全新的标的方位显示方式，使用者可开启即时影像而主动得知各种不同功能标签的方位，同时可筛选不同特征的标的及其方位与距离。
3.本发明的行动装置，可透过即时影像找到不同物件的位置与距离，例如商店、远端的无线电话机等进行语音或信息沟通。
4.利用即时影像可直接与标的进行半双工或全双工的语音通话，半双工的通话可让远端使用者或远端的标的可持续与一个以上的行动装置进行语音 沟通、传递留言等功能。
附图说明
图1为本发明较佳实施例的系统方块图；
图2～6为本发明较佳实施例的使用示意图。
附图标记说明：
10 行动装置
10A，10B，10C 坐标标签
12 中央处理模块
13 卫星定位模块
15 相机模块
151 即时影像
1511 通话选项
1512 领取优惠选项
1514 信息留言
15141 播放录音介面
1515 公告资讯
156 筛选选项
17 显示模块
50 无线电话机
55 闸道器
具体实施方式
请参考图1、2，本发明具定位点显示功能的行动装置10，其包括一中央处理模块12以及分别与该中央处理模块12分别连接的一卫星定位模块13、一相机模块15及一显示模块17。多个该行动装置10可透过一网路进行信号传递连接，并也可与一伺服器30网路信号连接。
每个该行动装置10也可与一无线电话机50信号传递连接，其中该无线电话机50可透过一闸道器55将其所使用频段的一无线信号转换为一网路通讯信号，透过网路输出至该行动装置10，该行动装置10的一行动通讯信号也 可透过该闸道器55输出至该无线电话机50。该无线电话机50可包括一第二卫星定位模块53接收一卫星定位信号而使该无线电话机50的该无线信号包括该无线电话机50所在位置的一地理位址，如此，该行动装置10可由该网路通讯信号取得该无线电话机50的地理位址。
该无线电话机50可为一无线电对讲机(walkie-talkie)。该无线电话机50的频段不限定，可能依据各国的法规规定而有所不同，一般而言介于kHz～GHz的频率范围。该无线电话机50的信号规格与协定不限定，例如是一CTCSS系统(Continuous Tone Coded Squelch System)，或者是一DCS系统(Digital-Coded Squelch)使输出的信号中包括一内码，或限制仅可接收带有该内码的无线电信号。包括有该内码的无线电信号可以利用该内码同时输出其他型态的数据，例如GPS位址、文字、代码等等数位信号。
该闸道器55接收该无线电话机50输出的无线电信号、转换该无线电信号为该网路通讯信号，并将该网路信号输出至一云端系统或其他的该行动装置10。该闸道器55接收并转换该行动装置10的该网路通讯信号为该无线电信号，并广播(broadcasting)该无线电信号至全部或部分的无线电话机50，完成双向沟通目的。
该卫星定位模块13接收一卫星定位坐标输出至该中央处理模块12；该相机模块15接收该中央处理模块12的控制可采集环境周遭光变化，使该中央处理模块12驱动该显示模块17显示一即时影像151。
该行动装置10、该无线电50的卫星定位坐标信号，可透过网路输出至该伺服器30或邻近的其他行动装置10，该伺服器30则将所接收的多个该卫星定位坐标输出至各行动装置10。
进一步地，相邻的该行动装置10可以点对点方式，透过网路互传本身的卫星定位坐标给远端。
请进一步配合参考图3～6，该显示模块17可进一步的显示一通话选项1511、一信息选项、一坐标标签10A，10B，10C及一筛选选项156。显示时，该通话选项1511、该信息选项、该坐标标签10A，10B，10C或该筛选选项156等物件。所欲显示的物件显示于该显示模块17时，可以不同图层或迭层显示的形式显示于该即时影像151上，让使用者可以同时看到该即时影像151以及该些选项或标签物件。
进一步地，该些选项或标签物件也可具备可接收点选的功能，例如可为调整声音大小、距离远近、字体大小、方位角度等功能项目。该选项或标签可为纯文字或图形或二者的混和。广义的说，该显示模块17不仅可包括一般的液晶显示器、有机/无机发光二极体，也可包括投影显示器或立体显示器或虚拟实境显示器。
该行动装置10可进一步包括一通话模块19，该通话模块19的种类不限定，可为2G～4G或其他世代或通讯协定的行动电话通讯模块，使该行动装置10之间可相互通讯。
使用时，该行动装置10执行一定位点显示方法，使该行动装置10的该显示模块17显示该通话选项1511、该信息选项、该坐标标签10A，10B，10C及/或该筛选选项156，其中该坐标标签10A～C分别代表不同的该行动装置10或可产生全球卫星定位信号坐标标的地理位置。
该定位点显示方法包括下列步骤：
STEP 1.显示地图或即时影像于该显示模块17：该即时影像151为该行动装置10的该相机模块15所采集的结果。
STEP 2.接收网路上一个以上开放读取的远端的行动装置10的一远端卫星定位坐标，或一物件卫星定位坐标；本步骤中所谓的开放读取指远端的该行动装置10开启分享其卫星定位坐标的功能，并透过网路将该卫星定位坐标输出至该伺服器30或另一该行动装置10。每个该行动装置10可与该伺服器30连线后，取得该远端卫星定位坐标与该物件卫星定位坐标。其中，该物件卫星定位坐标可包括一远端物件的卫星定位坐标以及该信息选项。
STEP 3.读取本地端的行动装置10的一本地端方位角度及一本地端卫星定位坐标。该中央处理模块12由该卫星定位模块13取得该本地端卫星定位坐标，且该中央处理模块12由该行动装置10内建的一方位感测器(电子罗盘)及/或一陀螺仪及一加速度感应器等取得该本地端方位角度。
STEP 4.取该本地端方位角度、本地端卫星定位坐标与该物件卫星定位坐标及/或该远端卫星定位坐标比较，计算出该本地端卫星定位坐标与该物件卫星定位坐标与该远端卫星订坐标的一距离关系以及一方位关系，依据该距离关系与该方位关系产生该坐标标签10A～C并显示于该即时影像151。该坐标标签10A～10C可为远端的行动装置10的卫星定位坐标(10A，图2)，该坐标 标签10A可同时标示远端的该行动装置10的名称以及该距离关系(图2～6上10A～10C所标示的距离)。该坐标标签10B可对应该物件卫星定位坐标，例如某一商家所对应的卫星定位坐标(10B，图3)。该坐标标签10C所对应的物件卫星定位坐标可为一交通事件地点(10C，图4)、一政府通告、一设施通告(10C，图5)等。由于本地端的行动装置10可比较本地端的卫星定位坐标与远端物件或行动装置10的卫星坐标，即可得知本地端与远端标的之间的距离，形成该距离关系，再进一步配合本地端该行动装置10的方位角量测元件取得该方位角度。如此，本地端的该行动电话10所显示的该即时影像再配合本身的方位角度，将即时影像151所拍摄空间范围所对应的方位角度范围内的所有远端该物件或行动装置10标示于该即时影像151上。
前述确定符合特定方位角度范围的远端物件，透过采集本地端的该行动装置10的方位角度，再取正负10度范围(例如正东方正负10度)，即为该即时影像151可拍摄的方位角度范围。当该远端物件或远端该行动装置10的方位关系符合前述条件，则产生旗标标示于该即时影像151上，
STEP 5.接受选定该坐标标签10A～10C后，产生该通话选项1511及/或该信息选项。该通话选项1511选定后，该中央处理模块12驱动该通话模块19与该坐标标签10A～10C所对应的远端的该行动装置10建立全双工双向即时通话，或半双工双向即时/非即时通话，如图3所示。
该信息选项的种类不限定，可包括一领取优惠选项1512、一信息留言1514、一公告资讯1515…等。该领取优惠选项1512可为选定对应某一商家的该坐标标签10B后产生的选项，该领取优惠选项1512后可产生一优惠通知录音、一兑换凭证等。该信息留言1514可为对应商家、政府机构、交通事件的坐标标签(10B、10C)所录制的影音或语音留言。该公告资讯1515可对应官方或民间机构所设定该坐标标签(10B、10C)，当该坐标标签(10B、10C)被点选或符合一选定条件(例如距离范围内)时产生一播放录音介面(15141)并播放录音。
为了让本地端的该行动装置10可了解邻近的该坐标标10A～C的关系，该显示模块17可以地图呈现，如图6所示。本地端的该行动装置10的一坐标标签10X的距离与摄影机当时所对应的可视的该方位角度关系可呈现于地图上，让使用者可以快速切换呈现该即时影像或该地图，简化搜寻目的。
该筛选选项156显示于该显示模块17，该筛选选项156于一筛选条件设定后，该中央处理模块12于该显示模块17中显示符合该筛选条件的该坐标标签10A～C。举例而言，该筛选条件为距离远近符合一定范围的该坐标标签10A～C；或者该筛选条件可为特定种类的该坐标标签10A～C，例如于该显示模块17上仅显示与交通事故有关的该坐标标签10B、于该显示模块17显示与饮食有关的商店、仅显示朋友的坐标标签10A...等。
由前述的说明可知，本发明达成下列技术效果：
1.通过显示模块，行动装置可在即时影像上立即得知所需查询或检索的物件标的的坐标标签，如此可解决使用者无法立即得知方位的困扰。
2.本发明提供一种全新的标的方位显示方式，使用者可开启即时影像而主动得知各种不同功能标签的方位，同时可筛选不同特征的标的及其方位与距离。
3.本发明的行动装置，可透过即时影像找到不同物件的位置与距离，例如商店、远端的无线电话机等进行语音或信息沟通。
4.利用即时影像可直接与标的进行半双工或全双工的语音通话，半双工的通话可让远端使用者或远端的标的可持续与一个以上的行动装置进行语音沟通、传递留言等功能。

Claims (7)

  1. 一种具定位点显示功能的行动装置，其特征在于，包括一中央处理模块以及分别与所述中央处理模块分别连接的一卫星定位模块、一相机模块及一显示模块，所述卫星定位模块接收一卫星定位坐标输出至所述中央处理模块；所述中央处理模块驱动所述显示模块显示所述相机模块所采集的一即时影像；所述行动装置透过网路接收一远端卫星定位坐标或一物件卫星定位坐标，所述中央处理模块取所述行动装置的一本地端的方位角度数据，所述中央处理模块参照本地端的卫星定位坐标与所述远端卫星定位坐标或所述物件卫星定位坐标之间的关系，于所述即时影像上标示所述远端卫星定位坐标或所述物件卫星定位坐标。
  2. 如权利要求1所述的具定位点显示功能的行动装置，其特征在于，所述中央处理模块取本地端方位角度、本地端卫星定位坐标与所述物件卫星定位坐标或所述远端卫星定位坐标比较，计算所述本地端卫星定位坐标与所述物件卫星定位坐标与所述远端卫星订坐标的一距离关系以及一方位关系，依据所述距离关系与所述方位关系产生一坐标标签显示于所述即时影像。
  3. 如权利要求2所述的具定位点显示功能的行动装置，其特征在于，所述坐标标签所对应的所述物件卫星定位坐标可为一交通事件地点、一政府通告或一设施通告。
  4. 如权利要求2所述的具定位点显示功能的行动装置，其特征在于，所述显示模块显示一通话选项对应所述坐标标签，所述通话选项接受选定后所述中央处理模块驱动一通话模块执行全双工或半双工通话。
  5. 如权利要求2所述的具定位点显示功能的行动装置，其特征在于，所述物件卫星定位坐标包括一远端物件的卫星定位坐标以及信息选项，所述信息选项包括一领取优惠选项、一信息留言或一公告资讯，所述信息选项于与所述物件卫星定位坐标所对应的所述坐标标签被选定或符合一选定条件下播放信息。
  6. 如权利要求2所述的具定位点显示功能的行动装置，其特征在于，所述显示模块显示一筛选选项，于一筛选条件选定后，所述中央处理模块于所述显示模块中显示符合所述筛选条件的所述坐标标签。
  7. 一种行动装置的定位点显示方法，其特征在于，其由一行动装置执行，其步骤包括：
    采集并于一显示装置产生一即时影像；
    所述行动装置读取所连接的一卫星定位模块所接收的一卫星定位坐标；
    所述行动装置接收的一远端卫星定位坐标或一物件卫星定位坐标；
    读取本地端的所述行动装置的一方位角度；
    以本地端的所述卫星定位坐标与所述方位角度为基础，计算所接收的所述远端卫星定位坐标或所述物件卫星定位坐标的一距离关系与一方位关系；
    产生对应所述远端卫星定位坐标或所述物件卫星定位坐标的一坐标标签，于所述方位关系于特定范围内，同时显示所述坐标标签于所述即时影像上。
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