82 results about "Mobile phone tracking" patented technology

The invention is to track and to photograph an object mobile over a wide range, by a cooperative operation of multi-camera. The invention provides a mobile tracking system for tracking a mobile by a cooperation of multi-camera, in which each camera includes photographing means which photographs and recognizes a mobile, changing means which changes a view angle of the photographing means, position deriving means which derives a position of the self camera, distance deriving means which derives a distance between the self autonomic camera and the mobile, and communication means which transmits an identifier of the self camera, a position of the self camera, a moving direction of the mobile and a distance between the self autonomic camera and the mobile to another camera and receives an identifier of the other camera, a position of the other camera, a moving direction of the mobile and a distance between the other camera and the mobile from the other camera.

The invention discloses an implementation method for a multifunctional anti-loss apparatus. The anti-loss apparatus comprises a synochip safety unit, a sound-light alarm unit, a Bluetooth sending end and an external FLASH. The method comprises establishing Bluetooth connection between and binding the anti-loss apparatus and a mobile phone; switching to an anti-loss mode on the mobile phone APP, setting the safety distance, wherein the mobile phone and the anti-loss apparatus performs sound-light alarm simultaneously when the safety distance is exceeded; switching to a mobile phone search mode, wherein the mobile phone obtains RSSI values periodically, the flash frequency of a light-emitting diode (LED) lamp on the anti-loss apparatus is increased when the apparatus approaches the mobile phone, and the frequency is decreased when the apparatus is away from the mobile phone; on contrary, the anti-loss apparatus can be searched by holding the mobile phone. The method has the advantages that PC information safety and mobile phone data safety protection is achieved in one device; the power consumption is low, energy is saved, and the environment is protected; the distance between the anti-loss apparatus and the bound mobile phone can be detected and is prompted to a user; a hardware encryption chip is used for locking a computer; the device flow encryption operation can private information can be stored in an internal Flash.

The invention provides an entrance guard system and an entrance guard opening method. The entrance guard system includes: a mobile terminal, which is used for emitting a signal for opening an entrance guard device; a control device, which is respectively connected with the mobile terminal and the entrance guard device through wireless communication connection signals of Wi-Fi, after receiving a signal of opening the entrance guard device, judging whether the signal of opening the entrance guard device matches with set information, and when the signal of opening the entrance guard device matches with the set information, controlling opening of the entrance guard device. The entrance guard system and an entrance guard opening method provided by the invention utilize the mobile terminal as the voucher and have no need for additional induction card, and pay more attention to maintenance of personal articles, which cannot be easily lost. The Wi-Fi wireless communication function of the mobile terminal is utilized, the control device adopts an AP mode to establish WLAN hot spots, the influence of SIM cards does not exist, mobile phone outage and other circumstances are unnecessary to consider, and the extra communication fee problem cannot be generated. An independent extensible network module has no need of external network constraints and supports offline operation.

A tracking method for a cell phone with a positioning device and the system thereof are described. The longitudinal and latitudinal coordinates of a tracked end in a global positioning system (GPS) are sent to a cell phone of a tracking end via a short message service (SMS). After decoding the short message contents, the longitudinal and latitudinal coordinates are displayed in a geographic information system (GIS) installed in the cell phone.

The invention discloses a server long-distance monitoring and fault processing device and method based on a short message of a mobile phone, which can solve the problems in the prior art that various application service ports in a server cannot be monitored, and a fault cannot be processed in a long-distance manner by using a mobile phone. The server long-distance monitoring and fault processing device comprises a local area network, a GSM (Global System for Mobile Communications) modem, a mobile network and a mobile phone. A mobile phone terminal is used for receiving an alarming short message and sending the message to a monitoring server through the mobile network and the GSM modem. The server long-distance monitoring and fault processing method comprises the following steps of: collecting states of the server and various services in real time through a monitoring program; and if the monitoring program collects an abnormal state, automatically sending the alarming short message to an assigned mobile phone by using the mobile network through a short message platform and the GSM modem. The device can monitor a plurality of servers in the local area network just by one service terminal without a client. The device has the characteristics of low price, strong practical applicability, convenience in use and the like.

The invention discloses a mobile phone access control system based on an encrypted two-dimensional code. The system comprises: a mobile phone terminal, an access control terminal and a management server. The mobile phone terminal generates a soft key and displays it on the mobile phone screen, the access control terminal drives a camera to acquire the soft key image on the mobile phone screen, and performs decryption verification on the soft key through an authentication module integrated to the access control terminal, after passing authentication, an electric control switch is driven to open the access lock. The mobile phone access control system provided by the invention can effectively reduce the cost, and improve management convenience and safety.

Providing mobile station tracking in a wireless telecommunication system comprises tracking a geographic location of a mobile station, the mobile station attached to a first subject, and updating periodically a tracking server with geographic data, the geographic data comprising the geographic location of the mobile station. In addition, providing mobile station tracking includes receiving a request from a second subject for the geographic data, and providing the geographic data to the second subject, the mobile station configured to communicate wirelessly with only one communication unit predetermined by the second subject.

The invention discloses a cell phone tagging method and a system, the method comprises the following steps: a cell phone reports itself cell phone message to a base station according to preset information preset strategy, the cell phone information comprises IMEI information, and the base station receives the IMEI information, a cell phone information data packet is constituted after the IMEI information is added with coordinate information of the base station and the current time, the cell phone data packet is sent in a cell phone data server, the IMEI information in the cell phone information data packet is used as index to store cell phone information data, when a cell phone tagging inquiry system receives an inquiry request which is sent by a user, relative cell phone position information is inquired from the cell phone data server according to IMEI information which is carried in the request, and the position information is displayed to a user. The system comprises a cell phone information reporting module, an information gathering module, a cell phone data base server and a cell phone tagging information inquiry system. Since IMEI number is the only mark of a cell phone, therefore, even if the cell phone changes a SIM card, the position of the cell phone can also be positioned.

The invention relates to a pump station video monitoring system based on a smart phone, and the system comprises a plurality of shooting modules, a server and an Android mobile phone terminal; each shooting module consists of a network camera and a cloud deck, the network camera is used for collecting pump station video data, and all shooting modules are connected with the server through a wireless network bridge; the server is used for coding and compressing the video data collected by the shooting modules and transmitting the video data to the mobile phone terminal through a wireless local area wireless fidelity (WiFi); and the mobile phone terminal based on an Android platform is used for realizing the real-time playing of the video and for controlling the camera cloud deck through hyper text transfer protocol (HTTP). Due to the adoption of the pump station video monitoring system, the remote monitoring of a pump station can be realized, and the system is convenient for working personnel to manage the running situation of the pump station.

The embodiment of the invention provides a video control method and a mobile phone terminal and relates to the technical field of mobile terminals. The function of switching a prior part and a next part of a video being played on the mobile phone terminal by shaking the mobile phone terminal in different directions through the corresponding relation between preset displacement parameters of the mobile phone terminal and video control operations is achieved. According to the technical scheme, the method includes the steps that displacement parameters of the mobile phone terminal are acquired by the mobile phone terminal, wherein the displacement parameters are generated after the mobile phone terminal responds to shaking motion done by a user; values of accelerated speeds in all preset directions are calculated according to the displacement parameters; if the value of the accelerated speed in the first direction is larger than a first preset threshold value, a first switching instruction will be generated by the mobile phone terminal; if the value of the accelerated speed in the second direction is larger than the first preset threshold value, a second switching instruction will be generated by the mobile phone terminal; corresponding switching operations are carried out on the video being played on the mobile phone terminal according to the first switching instruction or the second switching instruction.

The invention provides a mobile phone ordering payment method based on digital television payment platform and a system. The method includes that users transmit mobile phone number, digital television set top box card number, channel program information, order cycle, payment type for purchase through short messages, websites, mobile phone wireless application protocol (WAP) and mobile phone clients, the system receives the order request, verifies the information, mainly verifies whether the mobile phone number and the digital television set top box intelligent card number are effective or not and whether the channel program can be purchased and sends charging confirmation short messages to the users after verification is finished, the user receives the confirmation short messages and rely the short messages for confirmation, and the system receives the confirmation short messages, deducts expenses from user mobile phone telephone charge, mobile phone integral or mobile phone wallet account balance according to payment types selected by the users. If the expense is deducted, the system opens corresponding channel program for the users and informs the users of purchase detail through short messages. The method and the system provide the users a convenient, quick, simple and safe payment way.

The invention provides a providing method of mobile phone client-side location services. The providing method of the mobile phone client-side location services includes: step A, a locating request is sent by a mobile phone client-side location plug-in piece to an access server; step B, the locating request is received and access authentication control is conducted by the access server, and locating request passing the access authentication control is sent into a location service platform; step C, position locating is conducted by the location service platform according to the locating request. Moreover, the invention further provides a mobile phone client-side location providing system. After the technical scheme is adopted, due to the fact that the locating process is independent of a self propelled (SP) service server, a locating platform can obtain a mobile phone number directly from a network side, and thus protection of user privacy is achieved. In addition, the effective monitoring function to user identification authentication and the validity of the locating request of the access server guarantees the validity of the locating request. Moreover, the invention further provides a providing system of the mobile phone client-side location services.

A mobile phone tracking system with positioning unit is featured as enabling to send longitude and latitude coordinate position of tracked end in GPS to intelligent mobile phone of tracking end through SMS, applying mechanically said longitude and latitude coordinate value on GIS for obtaining position of the opposite party after information content is analyzed.

A concert profiling server (CPS) obtains and analyzes information about a venue hosting a music concert and mobile phone location information related to the audience members attending the concert. Based on this information, the CPS determines the size of the audience in attendance. The CPS also obtains and analyzes sentiment information related to audience members at the concert with which the CPS determines the audience's sentiment toward the concert as favorable or unfavorable. The CPS further obtains and analyzes other information with which it makes a profile of the demographics of the audience and the audience members' levels of engagement.

A system of using machine readable labels affixed to tools for managing information related to those tools. The barcode is affixed to a tool so that the barcode does not interfere with the tool. By scanning the barcode on the specific tool, a user is able to access pertinent information related to that tool. Examples include specifications, recalls, hours of usage, liens, etc. Also, a method of reporting metrics of the history of a tool that includes the ability to create, report, store, and communicate machine tool details, parameters, usage, issues, maintenance actions, and or problems. Also, a method of generating a Preventative Maintenance alert report. Additionally, a method of tracking the lifecycle count of a tool. Also, a method of auto-populating a tool database. Finally, a method of tracking tool locations and updating tool metrics utilizing a GPS- and camera-enabled cell phone.

The invention discloses a method for realizing wireless cluster communication based on mobile phone terminals. The traditional method usually adopts a mobile phone terminal customization mode for realizing cluster talkback between mobile phones, which is restricted for use in a large range. In the method for realizing wireless cluster communication based on mobile phone terminals, a mobile phone software module, a terminal access server and a value added platform connected and communicated with a public network exchanger are adopted, wherein the mobile phone software module provides a cluster mode and used for controlling an answering mode of the mobile phones and the switch and the volume of a loudspeaker; the terminal access server provides authentication for the terminals and message interaction with the mobile phone software module; and the value added platform realizes communication with the terminal access server and initiates a call by connecting with the public network exchanger through E1 / IP. By the method, the cluster mode is switched by a data channel, and the talkback function is realized by a voice channel so that the wireless cluster communication based on the mobile phone terminals is realized.

The invention discloses a security system for mobile phone video, infrared detection, tracking and monitoring, remote alarm and visible call based on three generation (3G). The security system comprises a front built-in camera, an infrared detector, a video identification server side, a sound / video code stream server, a 3G visible wireless talkback center server, a 3G wireless data transmission module and a mobile phone client and is characterized in that on the basis of the built-in camera, the infrared detector, the video identification server side, the sound / video code stream server, the 3G visible wireless talkback center server, the 3G wireless data transmission module and an intelligent information management system of the mobile phone client, the problems of mobile phone monitoring for enterprises and shopping malls, mobile phone remote observation on kindergartens, nurseries and other places, mobile phone nursing on children and the old, mobile phone security monitoring on houses and villas, and mobile phone on-line watch on vehicles at any time and at any place are solved; the daily management of places such as the enterprises, the shopping malls and schools can be standardized, the management cost is reduced, and the management efficiency is improved; moreover, due to the unique characteristics of stability and unmanned watch, a user can access and browse the mobile phone, the existing local area network and the wide area network at any time; therefore, the security system is popular in end customers and project developers.

The invention provides a mobile telephone tracker which is used with a mobile telephone to facilitate the user to found the small articles (such as key) that are easy to be lost. The mobile telephone tracker comprises a master controller, a Bluetooth module, a power supply module and a buzzer module. The Bluetooth module is in connection with and in communication with the Bluetooth system of the mobile telephone. The power supply module supplies power to the mobile telephone tracker. The software of the mobile telephone can send a buzzing command to the Bluetooth module via the Bluetooth system of the mobile telephone. The Bluetooth module receives the buzzing command and then controls the buzzer in the buzzer module by the master controller to give a sound. The mobile telephone tracker has simple structure, is a mini wireless reception / transmission device, and is easy to be clamped / attached / suspended on the small articles that are easy to be lost, so as to prevent the small articles from being lost and ensure that the small articles are easy to be found.

The invention relates to a realizing method of tracking and anti-theft service system used in mobile phone, which comprises the following steps: (1) in the HLR of mobile communication system, a specific mobile phone is set an anti-theft service marker bit, for which two sates, namely, dormancy and activation are set; and the dormancy state is set to be a starting position; (2) according to customers requests, the position of anti-theft service maker bit is set to be activated and the tracking and anti-theft service activation information is sent to the VLR; (3) the service activation information is sent to specific mobile phones by the VLR through a mobile base station; (4) the specific mobile phone is sent back the position information to the VLR through the mobile base station, and the VLR sends the position information of a mobile phone to the designated terminal.

The invention discloses an intelligent valve remote control system and a working method thereof and relates to the field of remote control of valves. The invention provides the intelligent valve remote control system and the working method thereof, which are smart in structure, low in operation difficulty and low in cost, and can timely find out and feed back abnormal conditions of a valve in use, so that people can quickly make a judgment and timely give commands to electric execution mechanisms. The electric execution mechanisms are used for driving the valve and communicate with a signal collecting device, a monitoring center communicates with a telecommunication base station by wireless information, a plurality of mobile phone clients communicate with the telecommunication base station by the wireless information, a plurality of the electric execution mechanisms communicate with the telecommunication base station by the wireless information, and the electric execution mechanisms are in one-to-one correspondence to the mobile phone clients. The system and the method have the characteristics of being wide in transmission scope, convenient in communication, simple to use, easy to popularize and the like.

A system of using machine readable labels affixed to tools for managing information related to those tools. The barcode is affixed to a tool so that the barcode does not interfere with the tool. By scanning the barcode on the specific tool, a user is able to access pertinent information related to that tool. Examples include specifications, recalls, hours of usage, liens, etc. Also, a method of reporting metrics of the history of a tool that includes the ability to create, report, store, and communicate machine tool details, parameters, usage, issues, maintenance actions, and or problems. Also, a method of generating a Preventative Maintenance alert report. Additionally, a method of tracking the lifecycle count of a tool. Also, a method of auto-populating a tool database. Finally, a method of tracking tool locations and updating tool metrics utilizing a GPS- and camera-enabled cell phone.

The invention discloses a read transmission system of labeling information. The system comprises a mobile phone and a central control terminal, wherein the mobile phone has the function of a card reader, and after being acquired, the labeling information is transmitted to the central control terminal through a mobile communication network. By integrating the function of a label card reader into the presently and widely used mobile phones, the mobile phones are adopted to acquire labeling information and transmit the information back to the central control terminal in real time, the transmission system facilitates the uniform supervision on goods by administrative staff on the one hand, on the other hand, as the mobile phone communication network is used for transmitting label data back, data can be transmitted at the place where mobile phones can be used for dialing. As the communication network of mobile phones covers a wide range with few blind areas, basically the transmission system is not limited by distance when acquiring the data of goods in warehousing or logistics. In addition, the mobile phone terminal is convenient for carry and can be used as a common mobile phone after work with the same functions such as conversation as the common mobile phone, and therefore the utilization rate is high.

The invention discloses a safety method for accessing a mobile phone terminal to visit a cloud storage server, and relates to the field of mobile phone information safety. The safety method comprises the following steps: 1) when MP needs to access CS, sending access request for grouping to SC by the MP; 2) sending access to the MP by the CS to respond to the grouping; 3) guiding out an encryption key and an integrity checking key by MP, verifying grouping effectiveness and sending operation request for grouping to the CS; 4) checking the grouping effectiveness by receiving a calculating and checking code through CS, and constructing operation responding to grouping and sending the operation to MP; 5) judging the correctness of a random number and calculating and checking the grouping effectiveness by the MP, wherein the data access operation is successfully after the random number is judged to be correct. In an authentication process, the authentication of the cloud server is not needed, so that the security authentication and key negotiation needs between the mobile phone terminal and the cloud server can be met, not only can the communication expense be saved, but also the calculating performances can be remarkably improved on the condition of guaranteeing the safety.

A shielding system includes a resealable enclosure configured to receive a handheld device. An electroconductive layer is configured to magnetically and / or electrically shield the handheld device.

The invention discloses a system and method for implementing information tracking and sharing on mobile phones. The system comprises mobile phones, a PSTN (Public Switched Telephone Network), a shared information management platform, an IP (Internet Protocol) network and a computer, wherein the mobile phones are used for displaying, uploading and managing information; the PSTN is used for transmitting the information between the mobile phones and the shared information management platform; the shared information management platform is used for receiving the information uploaded by the mobile phones or computer, storing and managing the information, and transmitting information for prompting information updating to the specified mobile phones in a packet mode; the IP network is used for the connection between the shared information platform and the computer; and the computer is used for uploading the information to the shared information management platform and managing the information. By using the invention, the information can be quickly and conveniently tracked on the mobile phones, and the information can be quickly and conveniently shared on multiple mobile phones.

The invention discloses a service inquiry method and a service inquiry system based on a visual IVR (Interactive Voice Response). The service inquiry method comprises the following steps: selecting service menu keys in a visual IVR interface of a mobile phone terminal after a telephone IVR is connected, and joining the selected service menu keys according to a pre-set rule; converting the jointed service menu keys into a mobile phone communication instruction, and decomposing and transmitting the mobile phone communication instruction to the telephone IVR; and routing the telephone IVR onto a corresponding service node according to the received decomposed mobile phone communication instruction, and feeding back inquiry result information corresponding to the service node to the mobile phone terminal. By means of the service inquiry method provided by the invention, common service nodes in the telephone IVR are displayed in the visual IVR interface of the mobile phone terminal, so that users can transfer the common service nodes onto service nodes to be accepted by self through one key, instead of listening fussy welcomes, broadcasting menu sound and the like; therefore, the method is convenient for users to use; the automatic processing capability of the telephone IVR is increased; and telephone traffic pressure of customer services is reduced.

This invention belongs to the method and its device for using mobile communication network and handset for tracing, monitoring and alarming. The system is composed of a monitor set inside the mobile or fixed monitored subjects and a mobile communication network system, handsets and alarm center monitors. When a user needs to know the situation of the monitored subject, he can dial phone numbers of the monitor inside the monitored subject with his own handset via the mobile communication network, the monitor adjusts the geographical position name of the communication network base station connected with it and transferring the being monitored image and sound information to the user handset automatic alarming via the alarm button set by the monitor.

The invention provides a mobile phone photon client end and a signal processing method thereof. A signal frame format of the mobile phone photon client end comprises two check bits, and the safety and the accuracy of sending passwords by the mobile phone photon client end can be improved. On the premise of no change of mobile phone hardware, compiled signal processing software is arranged in a mobile phone operating system according with a certain specification, namely, a mobile phone can be used as a photon client end for sending an unlocking signal. The mobile phone photon client end is simple in operation and easy to carry, and has a better development prospect.