68results about How to "Keep it private" patented technology

Collaborative marketing systems for creating and streamlining effective and privacy-protected partner marketing opportunities for companies. They permit companies to become members of a partnership network of companies to gain exposure to customers of some of the other members companies' customers, yet keep their own customer database private. Each member agrees to introduce other member companies to their customers and can request to be introduced to the customers of other members as part of a defined event awareness initiative which may be implemented through email, direct mail or any other communication method. Provided are systems to promote rapid and continued growth of the partnership network and therefore marketing opportunities for members including cost sharing, event awareness initiative scheduling, planning and execution, and results tracking. The systems simplify, automate, standardize and leverage marketing partnership processes and are also intended to create and manage multiple networks of participating companies.

The invention concerns a method of providing session mobility to an IP based real-time session in a telecommunications network whereby the telecommunications network uses the session initiation protocol for the setup and control of the session. The session comprises a media stream between a first terminal associated to a first network access point of the telecommunications network and a second terminal associated to a second network access point of the telecommunications network. A re-invite session initiation protocol signalling message related to session mobility of said session is intercepted at a session-related session border controller of the telecommunications network. Said session border controller initiates a corresponding session hand-over of said session. In said session hand-over, the media stream of said session is redirected to a new network access point of the first terminal and / or a new terminal.

The invention discloses an automatic bone conduction playback mode switching method and device and an intelligent watch. The method includes the steps that the pressure, generated by making contact with the human bone, of a bone conduction device preset on a terminal is detected; whether the pressure reaches the set threshold value or not is determined, the bone conduction device is started, and the terminal is switched to the bone conduction playback mode. By the adoption of the technical scheme, when the wearable intelligent terminal makes contact with the skull or the face bone, the bone conduction playback mode can be switched into in an self-adaptive mode according o the pressure, the playback sound quality of the wearable intelligent terminal is guaranteed, the privacy of a user can be guaranteed by starting the bone conduction playback mode at proper time, and user experience is improved.

Provided is a technique for producing a double-sided display device using a self light emitting display element in which a thickness thereof is small, a contrast is high, and a privacy is kept. A first polarization layer and a second polarization layer are provided so as to sandwich the self light emitting display element and it is set such that the transmission axis of the first polarization layer and the transmission axis of the second polarization layer are orthogonal to each other.

An object of the present invention is to manage presence update by publishers that a presentity does not recognize.When the presence server 100 receives status information that indicates a status of presentity A from publisher B (#1), the presence server 100 stores it in the history table 9 and transmits a change notification to a watcher C (#3). Subsequently, the presence server 100 makes an inquiry to presentity A as to whether or not to allow an update by publisher B (#4). When it is allowed (#5, #6), publisher B is added in the allow list 8a of the allow list DB 8 (#7). Also, presence information is generated based on status information retrieved from the history table 9 (#8), is notified to the watcher C and is stored in the presence management DB 2b (#9, #10). When it is denied (#11), publisher B is added in the deny list 8b of the allow list DB 8 (#12). Also, status information received from publisher B is deleted from the history table 9.

The invention discloses a file data transmission device and method used for a cloud storage system. The file data transmission device comprises a data server and a server side. A virtual machine monitor operating on a server side constructs a sealed computing environment according to the requirements, and returns the admission information of the sealed computing environment to a client side. A user automatically constructs a second secret key, and transmits the encrypted second secret key to the sealed computing environment, and the sealed computing environment obtains the second secret key through deciphering. The file data is encrypted according to the second secret key so as to form data stored in a cloud side. The sealing computing environment can obtain the second secret key through deciphering and then decipher the encrypted file data, and the file data deciphered according to the fist secret key is then encrypted so as to be transmitted to the client side. By utilizing the technical scheme provided by the invention, the file data is in a encryption state in the entire data transmission process, the sealed computing environment can decipher and encrypt file data in a sealing state so as to further enhance the privacy of the data of the user.

System and method for high security biometric access control, according to the invention, enable high security access control to single instance or network resources, using biometric data, smart card technology and public key infrastructure or other symmetric / asymmetric encryption / decryption methodology.

The invention discloses a virtual power plant economic dispatching method in an energy internet based on deep reinforcement learning, and belongs to the technical field of energy distribution of virtual power plants. According to the invention, the problems of large communication load and delay, high calculation complexity and poor data transmission reliability in the existing method are solved. The invention provides a distributed power generation economic dispatching structure using a three-layer system structure based on edge computing, in which a first layer and a second layer are edge computing layers, and a third layer is a cloud computing layer. According to the proposed three-layer edge computing architecture, the computing complexity of processing the training task at the centralnode is reduced, and the communication load between the VPP operator and the DG is further reduced, so that the response time of the industrial user is also reduced, the privacy of the industrial useris also retained, and the reliability of data transmission is improved. The method can be applied to energy distribution of the virtual power plant.

The invention relates to an auto-induction dimming glass system for a toilet, in particular to a device control system of an auto-induction dimming glass system for the toilet. The intelligent auto-induction dimming glass system for the household toilet comprises dimming glass, a central microprocessor, a remote controller receiving module, a relay, an infrared inductor and a power supply, wherein the dimming glass and the remote controller receiving module are electrically connected with the central microprocessor respectively; the remote controller receiving module is communicated with the infrared inductor through the relay; and the dimming glass, the central microprocessor, the remote controller receiving module, the relay and the infrared inductor are connected with the power supply respectively. The auto-induction dimming glass system is an automatic control system integrating the various technologies such as the dimming glass technology, the infrared sensor technology, the radio-frequency communication technology and the singlechip technology.

The invention discloses a distributed electronic voting method and system based on a block chain. A homomorphic signcryption algorithm is utilized to hide votes, the homomorphic attribute and the aggregation attribute of homomorphic signcryption can enable voters to realize vote allocation and distributed vote counting under the condition of not revealing the content of the votes, and meanwhile, the signcryption attribute can guarantee the confidentiality and verifiability of the votes. Based on the block chain platform, vote collection, vote counting process and result disclosure are all carried out on the block chain system, and two rounds of verification are added in voting and vote counting stages, so that malicious behaviors of dishonest voters are prevented. In addition, the voting method can ensure that the voting process is highly transparent, votes cannot be forged and tampered, and a third party is not needed.

When a predetermined voltage is applied between electrodes (302), metal ions deposit in a solid electrolyte (308), and thereby a conduction channel (310) is formed therein. The solid electrolyte switch (300) is thus turned on. Because this deposition mechanism is reversible, application of reverse voltage between the electrodes of the solid electrolyte switch (300) already turned on makes the deposited metal atoms to migrate in the solid electrolyte to thereby thin the conduction channel 300, thereby the channel finally disappears, and the solid electrolyte switch (300) is turned into a non-conductive state. Use of this switch successfully realizes an IC tag which can automatically be nullified without artificial nullification.

A wireless location based rendering job delivery system and method. An account with respect to a remote recipient can be subscribed to a globally accessible network cloud and GPS location data with respect to the remote recipient can be transmitted to the network cloud via a mobile communication device. A rendering job including job metadata with respect to a submitter can be transmitted to the network cloud and a list of recipients capable of receiving the rendering job in the network cloud can be provided. The rendering job metadata can be matched along with the recipient GPS location data to determine an appropriate print center in order to submit the rendering job. The rendering job can then be delivered to the recipient based on the location data thereby maintaining complete privacy.

The invention provides a data processing method and device for a multi-user terminal. The data processing method comprises the following steps: receiving a data storage request sent by a first user, wherein the data storage request comprises first data and / or second data, the attribute information of the first data is public, and the attribute information of the second data is private; and setting the read permission of the first data and / or the second data according to the attribute information of the first data and / or the second data. According to the invention, after the data processing device for the multi-user terminal receives the data storage request sent by the first user, the read permission of the first data and / or the second data is set according to the attribute information of the first data and / or the second data in the data storage request, so that data in the multi-user terminal can be used publicly or privately according to the requirements of users, the sharing requirements of the users can be met under the premise that the privacy of each user of the multi-user terminal is guaranteed, and user experience is improved.

A medical kiosk provides medical services. The medical test to be performed are determined ( 110 ). A test kit is dispensed from the medical kiosk ( 120 ). The necessary tests are performed. The test kit is decontaminated ( 172 ) and the results of the tests are recorded.

The invention provides a data storage and verification method based on an Ethereum. The invention relates to the technical field of blockchain, Ethereum and asymmetric encryption and decryption, and provides data storage and verification for a user by using an Ethereum blockchain network as a basic platform and using symmetric and asymmetric encryption and decryption algorithms, so as to remove the intervention of a third-party mechanism in the storage and verification process and improve the credibility.

A communication system and a communicating connection method thereof are disclosed. The communication system comprises a first user side, a second user side and a cloud platform. The first user side has a first identity identification code, a first space identification code or a combination thereof. The second user side has a second identity identification code, a second space identification code or combination thereof. The cloud platform comprises a cloud database and a cloud processing module. When the first user side is positioned, the cloud processing module matches and establishes the first user side and the second identity identification code, the second space identification code or the combination thereof, to connect the first user side and the second user side by a VoIP technology.

A method of operating a system for providing information to a user includes causing user profiles of respective users of the system for providing information to be maintained. A search engine for searching content is caused to process a search query associated with a first user, wherein the search query is based at least in part on information obtained through interaction of the first user with the functionality of the system. An overview of information is caused to be made available to the first user, the information including data pertaining to content identified by the search engine in response to the search query. The information included in the overview is adapted based on a determination of relevance of information included in the user profiles of a plurality of further users to information derived at least in part from the search query.

A self-sampling device for the cervix uteri of woman is composed of on external tube with open fine end and internal spiral thread, a hand-held part with an operating base and a push plate sleeved by said external tube, and an internal tube arranged on said base, adjacent to said push plate and contained in said external tube. Said internal tube has the convex spiral thread at its one end for engaging it with said internal spiral thread and the villus part at another end. Under the drive of said push plate, the villus end of internal tube can be extended out of said open fine end of external tube.

The invention, which relates to the technical field of mobile communication, discloses a conversation information processing method and apparatus. With the method and apparatus, a problem that information of an opposite-terminal contact on a conversation interface can not be hidden after conversation operation execution can be solved. According to the technical scheme, the method comprises: after a mobile terminal starts to execute a conversation operation, opposite-terminal contact information of the conversation operation is displayed on a conversation interface of the mobile terminal; a gesture operation executed in a preset area at the conversation interface of the mobile terminal is monitored and identified; and if the monitored gesture operation is identified as a first gesture operation, all or parts of the opposite-terminal contact information of the conversation operation is hidden according to the first gesture operation.

The invention relates to the medical field and particularly relates to a shared medical detection system and method. During use, a user uses a mobile phone APP bound to a medical site to register, login and bind the personal information and related payment accounts, and the mobile phone APP provides multiple non-technical medical detection items for the user to select; the user performs selectionconfirmation and completes payment; the medical site guides the user to perform sequential detection of the detection items and generates detection results; the detection results are transmitted to abackground server, the pathological risk and solution scheme data corresponding to the test results are received, and the data is transmitted to the mobile phone APP of the user or displayed and outputted through the medical site. The method is advantaged in that some detection devices which can be separated from technical problems of doctors are integrated into a mobile or site-specific medicalsite, providing the tester information, selecting the detection items and payment are achieved through the user, the data is transmitted to a background server, big data evaluation is performed, and the evaluation result is outputted.

A communication system and a communicating connection method are disclosed. The communication system comprises a first user side, a second user side and a cloud platform. The first user side has a first identity identification code, a first space identification code or a combination thereof. The second user side has a second identity identification code, a second space identification code or combination thereof. The cloud platform comprises a cloud database and a cloud processing module. When the first user side is positioned, the cloud processing module matches and establishes the first user side and the second identity identification code, the second space identification code or the combination thereof, to connect the first user side and the second user side by a VoIP technology.

The invention discloses an urban power grid fault quick response system and method, and the system comprises a power dispatching center, a plurality of mobile energy stations and a plurality of power failure partitions, each power failure partition comprises an encryption terminal, the power dispatching center comprises an encryption and decryption terminal, and the mobile energy stations comprise decryption terminals. The fault request information of the power failure partition is encrypted by the encryption terminal and then sent to the encryption and decryption terminal of the power dispatching center for verification and decryption, the dispatching instruction information of the power dispatching center is encrypted by the encryption and decryption terminal and then sent to the decryption terminal of the mobile energy station for decryption, and the mobile energy station executes a dispatching task according to the dispatching information. The mobile energy station is selected according to the load demand, the driving path of the emergency power supply vehicle is formulated according to the traffic condition, the supply priority is determined according to the importance degree of the user, the safety and reliability of power supply are greatly ensured, and meanwhile, the safety and reliability of information interaction are further ensured by adopting a random key encryption method.