76 results about "Remote recording" patented technology

A local user issues recording instructions via the Internet to a remote computing device. The remote recording device includes a computer daughter board that records broadcast programs available to it according to the received recording instructions and encodes the recorded program into a specified media format. The daughter board further adds a first field identifying the user and a second field listing some of the received recording instructions on the recording. If the recording is video, then the fields are placed on visible sections of the recording. The file holding the encoded broadcast program may be subdivided into multiple smaller files before being moved into another computer specified by the user and accessible via the Internet. The remote computing device may receive recording instruction via a pulse telephone and may be incorporated into existing video cassette recorders.

Systems and methods for managing DVR content in media based social network environments such as social television. Access to a DVR may be provided via client terminals such as televisions, STBs, tablets, computers and the like. Remote access and remote recording permissions, which may be content dependent, may be assigned to social entities such as social contacts, members of social groups and social groups themselves. Accordingly, social entities may be granted rights to record to or read from DVRs associated with a user.

A method and system are provided in which one DVR device is able to coordinate scheduling of selected TV shows with other DVRs in an interconnected or network environment which includes additional remote recording resources. If one DVR is unable to perform the recording of a selected TV show, other interconnected DVR devices are accessed to record one or more portions of the selected TV program. When a user desires a playback of the recording, the recorded program is played-back from the various networked multiple storage resources, each of which may contain one or more portions of the recorded program.

The present invention generally relates to a system and method for the precise measurement of acceleration, movement, and other forces imparted on a body or object. Specifically, the invention relates to a system and method for measuring head accelerations in helmeted activities including, but not limited to, football, ice hockey, and lacrosse. Certain embodiments of the invention may include a wireless link to a remote recording station with near real-time data analysis and reporting of force and kinetics measured by the system.

Systems and methods are disclosed that may be implemented to locally and remotely record, control, monitor and analyze sounds generated in an information handling system environment, e.g., such as in a server environment. Among other things, remote monitoring and observation of sound in a data center environment may be implemented to assist administrators with data center management and forensics analysis related to physical chassis events (e.g., such as chassis access and / or chassis intrusion), as well as providing live streaming, and local technician recorded sound bite capabilities. A sound policy may also be implemented involving server sound optimizations that works in conjunction with system thermal and power algorithms.

Systems, methods and computer products for a user interface for remote DVR management and scheduling are provided. Exemplary embodiments include, a remote device method for managing a DVR, the method including retrieving a set of menu entries for the menu, each of the menu entries representing a digital video recorder function, displaying the set of menu entries on the display, receiving a menu entry selection signal indicative of the selection device pointing at a selected menu entry from the set of menu entries and performing an associated digital video recorder function.

The invention provides an anti-theft monitoring device, and an electric bicycle anti-theft tracking system and method. The anti-theft monitoring device comprises a power module, a GSM / GPRS module, a GPS module, a Zigbee module, an SIM card module and an interface module, wherein the power module supplies electricity, the GSM / GPRS module receives external input, and outputs control signals of an electric bicycle, the GPS module is used for transmitting position information of the electric bicycle to the GSM / GPRS module, the Zigbee module is used for transmitting external instructions to the GSM / GPRS module, user ID information and safety passwords are stored in the SIM card module, the SIM card module is in two-way communication with the GSM / GPRS module, and the interface module comprises an input interface, a control interface and a bus interface. The anti-theft monitoring device and a control circuit of the electric bicycle can be integrally arranged, and therefore the anti-theft monitoring device cannot be easily found by a thief; through the electric bicycle anti-theft tracking system and method, the position of the electric bicycle can be tracked in time, once the electric bicycle is stolen, remote alarm and positioning can be achieved, remote recording control is carried out, and the stolen electric bicycle can be tracked as soon as possible.

The invention discloses a method and a network server for recording TV programs remotely. The method comprises that: the network server receives a recording instruction from a control terminal, wherein the recording instruction comprises program information to be recorded; and the network server generates a corresponding control message according to the recording instruction and transmits the corresponding control message to a corresponding set top box for the set top box to record the programs. The method and the network server for recording the TV programs remotely, which are provided by the invention, can perform program recording setting in the set top box through a radio film and television network or computer network and realize remote TV program recording.

A network system including: a terminal unit; one or more recording devices; a service server; and a controller is disclosed. The controller includes: a resource status acquiring unit that, upon receiving a resource status acquisition request to request acquisition of information on resource status of the one or more recording devices, the resource status acquisition request being transmitted from the service server that received the remote recording reservation request from the terminal unit, transmits a resource status acquisition instruction to the one or more recording devices via the local area network and receives a result of determination on remote recording reservation depending on the resource status, as the resource status information, from the one or more recording devices.

The invention provides a pickup method of a microphone array, which is applied to long-distance voice recognition. The pickup method of the microphone array sequentially performs delay compensation, gain compensation, beam forming, post-filtering and gain control on a target voice received in the microphone array, wherein through delay compensation, the time point for the microphone array to receive the target voice is ensured to be consistent; through gain compensation, signal amplitude difference caused by inconsistency of microphones is reduced; through beam forming, coherent noises in a target voice signal are eliminated; through post-filtering, diffusion noises in the target voice signal are eliminated; through gain control, a part with relatively small remote recording volume is amplified, so that recognition by a recognition engine is facilitated. By the pickup method provided by the invention, the recognition rate of the voice signal can be significantly increased. The invention further provides a processor capable of executing the pickup method and a storage medium thereof.

A system for recording audio and video comprises at least one video camera device (100), each camera device comprising a subsystem for capturing (112) at least video data, a storage device (107) upon which at least the video data is stored, a wireless interface (108) for communicating with at least one further recording device (200), an internal clock(106) for recording at least a time at which the video data was recorded, and a connecting port (108, 110) enabling connection to a remote-control device (eg. 200). The system also has at least one of the further recording devices (200), each comprising a microphone (215) for capturing audio information and a storage device upon which corresponding audio data is recorded, a wireless interface (208) for communicating with the video camera device, an internal clock (206) for recording at least a time at which the audio data was recorded, and a connection port (208,210) enabling connection to the video camera device.

The invention relates to a recording method and system of fault recording data. The recording method includes the steps: acquiring recording data obtained through sampling and the data information of the recording data; during the process for interruption of sampling of fault recording, according to the data information and the preset recording setting parameters, storing the corresponding recording data in a dynamic storage interval; and in the mode for delaying tasks, storing the recording data in the dynamic storage interval in a static storage zone. As the real time data is stored during the process for interruption of sampling and the original data is transferred from a designated recording file to a static memory by delaying the tasks, the recording method and system of fault recording data can guarantee the real-time for data storage and can avoid that file storage time occupies the resource of the main task of the system, and can realize real-time recording of the fault recording data under smaller software and hardware resource so that the applicability is improved.

Collaborative video recording method that allows a plurality of networked digital video recorder (DVR) devices to distribute the tasks of receiving and storing digital video content data. To do this, the invention defines a new type of point-to-point (P2P) overlay network, termed a “Fair Use P2P network” designed to facilitate networking among those DVR devices that have legally equivalent access to the same video program content. Here DVR devices will seek out peer DVR devices on the Fair Use P2P overlay network, and advertise their capabilities. A user's DVR, upon determining that its own resources to record the desired program are overly limited, will contact other DVR devices request remote recording and storage services. To view, the user's DVR sends messages to the one or more remote DVR units requesting playback of the stored program data. This data will then be streamed back to the user and replayed.

A system and method for remote recording of programs using a broadcast without a direct internet connection including receiving preferences provided by a system user via cable service provider, using the preferences to determine broadcast media to be recorded, recording the determined broadcast media and presenting the recorded broadcast media to an end user. The system of the present invention utilizes the broadcast channel to directly send information to the user's audio / video recording system located at a different location. Since the cable service provider presently sends programming information to each household using the broadcast channel, additional information can also be added to this channel. Hence, a system user can access his audio / video recording system without actually having to directly communicate with his audio / video recording system.

The present disclosure provides a method and a system for remotely recording and managing the recorded files, especially for providing such cloud services via a network system, especially a telecommunication system. Images, voices, videos or other data sensed from the environment will be received from an electronic device, transmitted to a remote server and recorded as a file in the server. The recorded file can be retrieved by generating a unique address for the recorded file and sending the unique address to the electronic device or any other assigned address. Any computer can download the recorded file by visiting the aforementioned unique address. Therefore, a cloud based service of remote recording and managing recorded files is provided in the present disclosure. In addition, mechanisms for registration and payment of the aforementioned service are also provided in the present disclosure.

Apparatus and methods are described for attenuating noise associated with atmospheric pressure fluctuations in a seismic signal during seismic data acquisition using at least a pair of sensors comprising a seismic sensor and a pressure sensor for concurrently receiving a seismic signal and a pressure signal respectively, the sensors being adapted individually to transmit the respective seismic and pressure signals to a remote recording station which is adapted to record a plurality of seismic and pressure signals; and a filter for removing, at least partly, noise associated with atmospheric pressure fluctuations in the seismic signal, the filter employing an input signal from the pressure sensor; and a model of the coupling between the atmosphere and the ground to generate a reference signal which is combined with the seismic signal to produce an output signal.

A method for long distance recording and real time monitoring the monitor data of vehicle and ship etc mobile equipment, which contains adopting the analysis method of long distance server storing and real time monitoring the wireless network transmission and monitoring data to replace the method of setting data memory in mobile equipment and post-analyzing data, said invention adopts multiple control modes, real time collects audio-video data of equipment environment, transmits data to long distance to store and real time monitoring and analyzing, to increase the judgment reliability.

The invention discloses a method of recording code streams and a code stream recording system. The system comprises a set top box and a terminal device, wherein the set top box comprises a processing module, a process scheduling module, a code stream collecting module and a PCI (Peripheral Component Interconnect) module. The method of recording the code streams comprises the steps that the terminal device sends a socket access request to the set top box after building communication connection with the set top box by adopting TCP / IP (Transmission Control Protocol / Internet Protocol), and carries a terminal device IP address; the set top box receives the socket access request, and sends a code stream recording rule information list which carries a set top box IP address and is stored in advance to the terminal device; the terminal device receives and displays the code stream recording rule information list, receives information selected by a user according to the displayed code stream recording rule information list, and generates and outputs code stream recording rule setting information to the set top box; and the set top box records and stores the code streams according to the received code stream recording rule setting information. By using the method and the device, the recording flow can be simplified, and remote recording can be realized.

The invention discloses a recording device with remote recording and cloud transliteration control functions and an implementation method thereof. The recording device comprises a microphone array pickup, the microphone array pickup is connected with a mobile phone, the mobile phone is connected with a single-row cloud server, the single-row cloud server is separately connected with a voice loud storage platform and a computer terminal, the microphone array pickup comprises a shell, a display is arranged on the shell, a setting button is arranged below the display and located on the shell, placing grooves are formed on four sides of the shell, microphones are arranged in the placing grooves, a voice output interface is arranged on one side of the shell, a wireless transmitter, a microprocessor and a data memory are arranged in the shell, and the microprocessor is separately connected with the display, the setting button, the microphones, the voice output interface, the wireless transmitter and the data memory. The recording device solves local pickup, uploads cloud recording via streaming media, and is high in efficiency, transliteration speed and accuracy.

The invention relates to a remote automatic detection system for the construction depth of plastic drainage plates for soft soil foundations. The detection system is characterized by comprising a pay-off reel, a remote recording device for the construction depth of the drainage plates and a lifting signal detecting device for a plate inserting machine. A detection method comprises the steps that the drainage plates pass through an encoder measuring wheel of the detection device in the operating process, the encoder measuring wheel detects the operating length of the drainage plates, the operating length is converted into the insertion depth, and therefore the insertion depth of the drainage plates can be detected; and the remote recording device for the construction depth of the drainage plates adopts a lifting type measuring frame, the lifting type measuring frame can be automatically adjusted along with the horizontal operating height of the drainage plates and is kept consistent with the outlet height of the drainage plates all the time, and therefore the detection precision is improved. The remote detection system and the detection method thereof for the construction depth of the plastic drainage plates for the soft soil foundations have the beneficial effects that a comprehensive technology of an automatic remote length recorder and a magnetic sensor of a steel wire rope fixed pulley of the plate inserting machine is adopted in the construction process to record and control the construction length and tape return phenomena of the plastic drainage plates, and therefore continuous detection of the multiple drainage plates on the pay-off reel in the layer-by-layer construction process can be realized.

The present application provides a method, devcie, equipment and storage medium for recording and live broadcasting on a screen based on an IOS system. The method comprises the following steps: in thelive screen recording process, the image frames obtained from the screen recording are stored in a buffer area, and each frame image frame in the buffer area is sent to a server; if the number of image frames obtained in unit time of the buffer area is less than a preset value, the partial image frames in the buffer area are repeatedly sent to the server so that the number of image frames received by the server in unit time conforms to a preset condition. The invention aims at solving the technical problem that the corresponding viewer client has a high probability of catching when the host client uses the terminal device based on the IOS system for recording and live broadcasting in the prior art.

The invention discloses a cloud side data processing system for remote recording refresh and multiport synchronous modification, and relates to the technical field of multi-data processing. The cloudside data processing system comprises a conference terminal which is provided with three data ports, wherein the first port is connected with a sound console and used for acquiring voice signals, thesecond port is connected with a voice recognition server and performs data interaction and the third port is connected with a voice processing server and a character processing server. Multiple computer terminals are connected between the voice processing server and the character processing server. The sound console is connected with multiple audio input ends. The sound console is connected with power amplifier sound equipment. The conference terminal is connected with data interfaces. The working efficiency can be effectively enhanced and the problem of character modification and transmissioncan be solved through processing of the voice processing server and the character processing server and simultaneous modification of multiple computer terminals.

The invention discloses a method for detecting valve air tightness through a high-flow high-voltage gas source. A detection system in use comprises the gas source and a working gas source, the working gas source comprises a generally high pressure cylinder set and a high pressure cylinder set, and gas and gas pressurization assemblies are connected between the generally high pressure cylinder set and the high pressure cylinder set through pipes. When the required pressure of a valve to be detected is lower than that of the gas source, the valve to be detected is directly inflated with high pressure gas in the generally high pressure cylinder set and the high pressure cylinder set which are inflated by the gas source; when the required pressure of the valve to be detected is higher than that of the gas source, the valve to be detected is inflated with high pressure gas in the high pressure cylinder set after the gas is pressurized. According to the method, multiple high pressure gas cylinder sets and gas pressurization devices are arranged, the gas flow can be increased, and the detection efficiency is improved; the high-pressure gas source device pipes are made of stainless steel materials, and a check valve serves as a medium control valve; remote operation, remote monitoring, remote testing and remote recording can be achieved, and it is guaranteed that the test system is safe and reliable.

A dynamic system of counting and cumulative periodic space-time record of equivalent carbon dioxide emissions is revealed, which collects energy consumption data from conventional measuring systems of each installation, adapts and transmits them to a multi-transducer, whose processor, by means of a software, calculates carbon dioxide equivalent emissions related to that consumption. The signals processed are transmitted to interfaces which generate instant or cumulative digital data, as well as to a remote recording and processing central.

The embodiment of the invention provides a method for remotely recording a video, and belongs to the technical field of communication. The method comprises the steps of receiving a smart terminal video recording command sent by a mobile terminal based on a wireless network; and setting a video recording task of the smart terminal based on the video recording command and startup / shutdown state information of the smart terminal. The embodiment of the invention also provides a system for remotely recording a video. The method and system are simple and easy to control, the remote control can be achieved by only using the wireless network, with no limitation requirement on a remote distance, a user can send the recording command to the smart terminal via the mobile terminal at any time, so as to arrange the smart terminal to record the video, and thus real-time control of the mobile terminal on video recording of the remote smart television is achieved.