763 results about "Remote data transmission" patented technology

A hand-held power tool (10) includes a housing (11), and a drive (15) arranged in the housing (10), sensors (20) for acquiring measurement data, a control unit (50) for processing measurement data and for controlling power tool functions, and a remote data transmission device (30) for wireless, network-supported digital remote data transmission and having a wireless transmitting and receiving unit and a radio antenna (32) communicating with the control unit (50).

A portable container (70) for a hand-held power tool (10) has electronics and electronics interface (155) between the hand-held power tool (10) and the container electronics that contain a remote data transmission device (30) for wireless, network-supported digital remote data transmission with a data processing and control unit (150), a wireless transmitting and receiving unit communicating a processing and control unit (150), and a radio antenna (32), with the electronics interface (155) being designed for local data transmission between the remote data transmission device (30) and a hand-held power tool (10).

An optical system for remotely optical communications at a high data rate between a base station and a remote station under atmospheric turbulence conditions is disclosed. The remote station includes an entirely different type of retroreflector that does not use the conventional type of retroreflection, but instead consists of two sets of lenslets coupled with single-mode fiber array, called fiber “retro”. Amplified retromodulation is achieved requiring only one single optical amplifier and one single modulator. A transmitter located at the base station sends an interrogating optical beam to the fiber “retro” which modulates the optical beam according to the input signal / data, and redirects the modulated optical beam to the base station for detection by a receiver. The present invention includes the capabilities of providing Identification of Friend-or-Foe (IFF), secure communication, and a means of achieving a wide field-of-view (FOV) with a fiber-coupled lenselet array.

The invention relates to an electric energy information acquisition integrated platform, which includes a field terminal layer, a communication network layer, and a master station application layer. The field terminal layer can realize collection and remote transmission of field data in terms of different user types classified according to field user characteristics. The communication network layer can realize remote data transmission and load control administration by using hybrid networking technology. The master station application layer includes a database system, a front end processor system, an operation master station, a data analysis system, a WEB system, an automatic task system, and an external interface system; and can realize comprehensive electric energy information acquisition of six types of objects including an upper gateway, a lower gateway, a distribution / transformation gateway, high voltage users, lower voltage users and resident users, and realize operational administration and data analysis application function. The invention can realize metering of overall process including online of a power plant, power transmission / transformation, power distribution, and transmission to user, and information concentration acquisition, integrated storage management and distributed application of an examination gateway in an integrated platform.

The invention discloses a data transmission method, a data transmission device, a base station and user equipment. The method includes the following steps that: a pre-scheduling signal is sent to the UE (user equipment) before non-authorized carriers are obtained through competition, wherein the pre-scheduling signal is used for instructing the UE to carry out data transmission on the non-authorized resources which are obtained through competition; and data transmission with the UE is carried out according to the pre-scheduling signal. With the data transmission method of the invention adopted, the problems of uncontinuous data transmission and low resource utilization rate which are caused by the limitations of resource competition and resource holding time when non-authorized carriers are adopted to carry out data transmission in the prior art can be solved; limited holding time on the non-authorized carriers can be effectively utilized, spectrum efficiency can be improved, and the time delay effect of the data transmission of the non-authorized carriers can be decreased.

A method for remote asynchronous volume replication and apparatus therefore are disclosed. Asynchronous replication is applied to deal with data changes on the source volume on the local site incurred by Host IO requests. In coordination with the “point-in-time differential backup” technology, the data is subjected to be backuped to Source BAS on the local site (backup-on-write operation) only when the original data being written into the block of the source volume is different from the data of the corresponding block of the destination volume on the remote site. As a result, once a new data is written into the source volume completely, the host will be responded that its Host IO request is completed. Therefore, the data necessarily transmitted to the destination volume on the remote site can be minimized, and the problem of remote data transmission limited by network bandwidth can be prevented effectively, thereby keeping the operation performance of the storage system at a better level.

The invention relates to a coal-rock mass ground stress continuous testing device and a method thereof which are mainly used for testing the stress and change regularity of rock in place or crushed coal-rock mass. The device consists of a ground stress sensor, a data acquisition instrument and a high pressure oil pump, which can work separately and can be connected with the data acquisition instrument to work. The ground stress sensor consists of a preposing capsule pressure sensor (1), a high-pressure oil tube (2), a tee (3), an electronic digital display hydraulic sensor (4), a valve (5) and a quick change coupler (6); wherein, the capsule pressure sensor is arranged inside a borehole, and can be well coupled with the coal-rock mass by injecting oil liquid; the ground stress testing results can be directly displayed on a pressure gauge; the sensor can be directly connected with a coal mine safety monitoring system, or the data can be acquired by the data acquisition instrument for remote data transmission, or telephone wires can be used for the communication between the sensor and ground modem as well as a computer; in ground-based computer software, the ground stress data and the change regularity thereof can be looked over.

The invention discloses an energy-saving monitoring system, which comprises a plurality of data acquisition devices, a synthesis tester connected with the data acquisition devices, and a background computer connected with the synthesis tester; the data acquisition devices comprise electric data acquisition devices, heat energy data acquisition devices, and other devices, and are connected with the synthesis tester through bus lines; the synthesis tester comprises a CPU unit, and a data storage unit, a data statistic unit, data computing unit, a bus interface unit, and a long-distance data transmission unit which are connected with the CPU unit; the background computer comprises a data collecting unit, a data storage Unit, and an energy-saving analysis unit connected with the long-distance data transmission unit of the synthesis tester through the data collecting unit by adopting long-distance transmission means. The invention can effectively reduce the energy source waste through the monitoring to the energy consumption condition, thus realizing the preliminary behavior energy conservation; and completes energy saving renovation and realizes technical energy conservation by using technical means.

A method for transmitting data from a sender node from among at least one sender node to a receiver node in a wireless network, the method including (a) sampling, by the receiver node, in each time slot, a main network frequency and at least one backup frequency, (b) transmitting, by the sender node, a message on the main network frequency in a first time slot, without using a multiple access protocol, (c) transmitting, by the sender node, the message on the main network frequency in a next time slot, using the multiple access protocol exchange, if an acknowledgement of the message is not received from the receiver node, (d) transmitting, by the sender node, the message on at least one backup frequency in the next time slot, using a multiple access protocol, if the main network frequency is busy after performing step (c), (e) repeating steps (c) and (d) for a predefined number of time slots, unless or until an acknowledgement is received from the receiver node, (f) transmitting, by the sender node, the message on each backup frequency, using the multiple access protocol, unless or until an acknowledgment is received from the receiver node, and (g) performing an exponential backoff and subsequent transmission of the message, by the sender node, if an acknowledgement is still not received from the receiver node after performing steps (a) through (f)

A storage system that realizes data duplication between a master storage and a remote storage by performing a remote data transfer is provided. The storage system monitors the amount of write data from a host apparatus to the master storage. If as a result of monitoring, the amount of write data is found to exceed a predetermined value, the data transfer to the remote storage is automatically halted and a differential management of updated data takes place within the master storage using a differential bitmap.

The invention discloses an intelligent refrigerator control system based on the big data technology. The intelligent refrigerator control system comprises an internet-of-things subsystem and a remote cloud data processing subsystem, wherein the internet-of-things subsystem comprises an image identification / RFID (radio-frequency identification) module used for identifying stored article information, a temperature and humidity sensing module used for detecting the temperature and the humidity in a refrigerator, a microprocessor module for controlling and coordinating the modules and scheduling and encoding or decoding data stream, a data storage module used for storing real-time information and data, a wireless communication module used for remote data transmission and a power management module used for supplying power to the modules and managing a power supply; the image identification / RFID module, the temperature and humidity sensing module, the power management module, the data storage module and the wireless communication module are all connected with the microprocessor module; the remote cloud data processing subsystem is accessed into the wireless communication module through the internet and comprises a remote data server array; the array comprises a list server, a database server, a program server and a server for storing other data information.

There is provided a remote data transmission system that includes a hand-held remote device including a camera, a camera button, a wireless communication device for transmitting data obtained by the camera, and a storing device having one or more operating programs; and a computer comprising a display device, wherein the hand-held remote device obtains image data of an object and transmits the image data to the computer when the camera button is pressed, wherein the computer receives data from the hand-held remote device and displays the data on the display device, and wherein the computer displays the image data on the display device upon receipt of the image data.

The invention discloses an energy monitoring system based on Internet of Things and cloud computing. The system comprises a data collecting layer, a data transmission layer and an application management layer, wherein the data collecting layer comprises various metering instruments with a remote data transmission function, the data transmission layer comprises a concentrator and a plurality of collectors, the collectors are connected with the various metering instruments of the data collecting layer, the collectors are connected with the concentrator to perform data concentration, the application management layer comprises a cloud computing platform, a client and a management platform, the client and the management platform are connected with the cloud computing platform, and the concentrator is connected with the cloud computing platform. The energy monitoring system is simple in structure, convenient to build, low in cost, easy to expand, easy to maintain and capable of greatly comprehensively promoting the energy conservation and emission reduction strategy of China.

The invention provides a method and device for sending and receiving data between the radio equipment (RE) and radio equipment controller (REC) of a radio base station through the Ethernet. The method for sending data comprises the following steps: adapting the data frames, meeting the radio remote protocol, of a physical adaptation layer to obtain data frames suitable for the physical layer transmission of the Ethernet; and sending the adapted Ethernet data frames on the physical layer of the Ethernet.

A vehicle includes a communication interface, a memory device, and a processing device. The communication interface is configured to communicate over a communication network. The memory device is configured to store a connectivity map associated with a geographic area. The connectivity map defines a communication quality at a plurality of locations in the geographic area. The processing device is configured to initiate a remote data transfer over the communication network in accordance with the connectivity map.

The utility model relates to an embedded SoC chip-based industrial wireless network monitoring system, pertaining to the Industrial monitoring technique field of the electronic communication. The system comprises a monitoring center, a couple of acquisition converters, a couple of collectors and the software. The collectors are subject to the acquisition converters and the software is installed on the collectors and the acquisition converters. Also, related software is available for the monitoring center's server. The SoC chips inside the collector and the acquisition converter is equipped with the built-in 32-bit RISC processor core, which support more than five types of the power consumption patterns; also, the built-in network protocol stack is adopted to meet the overall requirements needed by the wireless observe and control leading end for the high performance, the high reliability and the low power consumption. The ZIGBEE standard-oriented short distance wireless communication network is introduced to realize the wireless route and the on-site intelligent monitoring. In addition, VPDN technology is adopted to conduct the remote data transmission. The utility model has the advantages of low cost, high performance index as well as easy upgrading and maintenance afterwards. So, the utility model is applicable to the e-transaction terminal, the water monitoring system and relevant monitoring system.

The invention relates to a three-dimensional remote monitoring system for a wind power plant. The technical scheme comprises the following steps of building a three-dimensional physical model of the wind power plant; building a roaming function module, a viewpoint switching module and a real-time data query module of the wind power plant; building a human-computer interaction interface of the system; adding event response codes of computer peripherals for the physical model of virtual reality world; building interaction between a user and the physical model; building a remote data transmission model; representing real-time information by behaviors and color of the three-dimensional model. The three-dimensional remote monitoring system can be used for performing human-computer interaction and information query like a two-dimensional monitoring platform, and is high in realtime performance; different from the traditional plane data, data of the system is closely linked to states of material objects, windmill parameters are represented in a three-dimensional way, the real-time state of a wind field is greatly restored by a virtual technology, and the monitoring efficiency is improved favorably.

An intelligent yield estimating system based on remote data transmission is composed of master control system, voltage-stabilized power supply, running speed sensor, impact sensor for measuring the impact of grains stream, humidity sensor for measuring the humidity of grains, harvesting bench sensor, GPS sensor, speed sensor for grains lifting unit, and radio transmission module.

The invention discloses an intelligent agricultural internet of things system, comprising a microprocessor, a data acquisition unit, a power supply module, a wireless communication module, an agricultural product management unit, a data information management unit and a big data analysis and decision-making unit. The data collection unit is in signal connection with the microprocessor through an internet of things gateway; the wireless communication module, the agricultural product management unit, the data information management unit, and the big data analysis and decision-making unit are respectively in signal connection with the microprocessor; the wireless communication module is in signal connection with a feedback control unit, and the wireless communication module is also wirelesslycommunicated to a web terminal and a monitoring center through a cloud service platform. The system can greatly improve the agricultural productivity, save a lot of manpower, and adopt wireless network technology and remote data transmission technology and massive data storage and control technology in the Internet, thereby achieving intelligent control of the agricultural production process andscientific guidance of the producer, and improving the production efficiency and earnings of agricultural producers.

Setting a plurality of table entries in a storage device includes subdividing the table entries into a N tasks, placing each of the N tasks in a memory location disposed within the storage device and accessible by a plurality of internal devices, the plurality of the internal devices accessing the memory location to retrieve at least one of the N tasks, and each of the plurality of the internal devices setting table entries corresponding to at least one of the N tasks retrieved from the memory location. Setting table entries may also include setting logical device table entries to indicate corresponding tracks contain invalid data in connection with operation of remote data transfer between multiple storage devices.

The invention provides a cloud control intelligent illumination system based on zigbee. The system comprises a sensor node, a relay node and a server node, wherein the sensor node, the relay node and the server node are sequentially connected, the server node is connected with a content service node, the sensor node transmits sensor data to the relay node through a ZIGBEE wireless network, the relay node is grouped and stored in different files according to the position and area of the sensor node and is fed back to the server node in a wireless mode, the content service node obtains collected data from the server node and displays and assesses the collected data, and the content service node further controls brightness, scenes and timed uploading parameters of the sensor node. By means of a remote control measuring and control technology, the intelligent illumination management level is improved. By means of the internet of things, remote data transmission is achieved. Data storage, analysis and management are achieved on the basis of a cloud calculation platform, an application mode, a management mode and a service mode of traditional illumination are changed, and an energy-saving environment-friendly sustainable development mode is achieved.

The invention relates to the field of infrastructure structure safety health monitoring, in particular to an immersed tube tunnel deformation monitoring and stress analyzing system based on optical fiber sensing and an application method and functions of the immersed tube tunnel deformation monitoring and stress analyzing system. The immersed tube tunnel deformation monitoring and stress analyzing system has the advantages of being compact in structure, high in stability and flexibility, resistant to electromagnetic interference, high in environment adaptive capacity and the like. When a fiber bragg grating in a sensor is manufactured, the duty cycle adopted for an optical fiber mask plate is 0.5, the optimal groove shape depth is 234+ / -10 nm, the zero-level diffraction efficiency of the fiber bragg grating can be as low as 2%, the diffraction efficiency of the + / -1 class can reach 36%, the manufacture fiber bragg grating has the advantages of being high in reflectivity and side-mode suppression ratio, narrow in bandwidth, and the like, and the measurement result is more accurate; monitoring data are transmitted through a wireless remote data transmission network, the advantage of remote monitoring is achieved, and the monitoring work is quite conveniently conducted.

The invention discloses a BEV driving range estimation device based on remote data transmission. The device comprises a vehicular navigator, a control unit module, a GPRS communication module, a SOC computation module, and an information center. The vehicle navigator performs GPS positioning on a vehicle to acquire location information of the vehicle. A driver enters a destination into the vehicular navigator which sets a driving line. The control unit module stores vehicle information, including vehicle type, vehicle parameters and motor parameters. The control unit module divides the driving line set by the vehicular navigator into a plurality of segments and transmits a signal of extracting reference kinematic fragments to the information center through the GPRS communication module. The control unit module receives the reference kinematic fragments, then computes power consumption delta C of driving on the segments, and outputs the data to the SOC computing module which estimates current driving range of the vehicle, and an estimated value of the driving range is displayed on a display.

Remote testing of mobile terminals is presented. A remote testing server includes: a local data transmission connection module to couple the remote testing server with a pool of mobile terminals; a remote data transmission connection module to couple the remote testing server with remote testing clients; a management module to manage a use of the mobile terminals by the remote testing clients; and an interactive interface module to convey information between a remote testing client and a mobile terminal during a testing session.

The invention discloses a data transmission method, a device and a system, which comprises the steps: a stream socket in host process of a server is established, the address and port number of the stream socket and the server are bound, the stream socket is set into a monitoring module, a control connection is established between the server and the user end when a connection request from the user end is received, a receiving thread for the control connection is established, and a data transmission between the receiving thread and the user end is carried out. By adopting the data transmission method, a remote data transmission between server and user end can be realized, thus the compatibility of data file under different operation systems is improved.

The invention relates to a wireless sensor network system and a wireless sensor network method for monitoring farmland pollution areas. The system comprises an intelligent sensor node unit (1), a gateway node unit (2) and a remote data central unit (3), wherein the input end of the gateway node unit (2) is in wireless connection with the output end of the intelligent sensor node unit (1); and the output end of the gateway node unit (2) is in wireless connection with the input end of the remote data central unit (3). The wireless sensor network-based system for monitoring the farmland pollution is established according to the wide application prospect of a wireless sensor network on agriculture, and improves the degree of automation of farmland pollution information acquisition and the accuracy of data acquiring points; and combined with GPRS suitable for remote data transmission technology, the system can perform large-scale, remote, real-time and accurate monitoring on the farmland pollution areas remotely. The system and the method can realize automation, networking and intelligence of the farmland information monitoring, facilitate the management of farmlands, improve the capability of preventing and resisting pollution of the farmlands, and protect the ecological environment.

The invention discloses a soil humidity sensor network system. The soil humidity sensor network system comprises soil humidity sensing equipment used for obtaining a surrounding soil humidity value and an air humiture through soil humidity sensors connected with the soil humidity sensing equipment and conducting data processing on the soil humidity value, data collection equipment used for receiving data from sensing nodes and transmitting the data to remote data transmission equipment after packaging the data, the remote data transmission equipment used for transmitting a data packet from the data collection equipment to system management equipment, and the system management equipment used for receiving, storing and analyzing sensor network data and controlling and managing the soil humidity sensing equipment. According to a soil humidity sensor network and a dynamic sampling dispatch method thereof, on the premise that the perception precision of the sensor network is not reduced, the sampling frequency of the sensor network can be reduced greatly, and the sensor network is optimized on the basis of application.

The invention discloses a bridge detection trolley, which comprises an industrial personal computer, a frame, an ascending and descending mechanism, an operating mechanism, horizontal wheels, a data acquisition device, a pitching mechanism, a remote controller, a local area network control station and a monitoring center. The horizontal wheels for guiding are arranged at the front and rear ends below the frame and the lower end of the frame; a power machine drives the operating mechanism to realize advance and retreat on a bridge railing serving as a running track; the power machine drives the ascending and descending mechanism to realize ascending and descending; and the pitching mechanism arranged at the lower end of the ascending and descending mechanism is driven to swing up and down by the power machine. The data acquisition device arranged on the pitching mechanism realizes comprehensive examination of a bridge through the composite motion of the operating mechanism, the ascending and descending mechanism and the pitching mechanism, and stores the examination data to the industrial personal computer; and the data can be forwarded to other storage equipment or remotely transmitted to the monitoring center, so that automatic monitoring of the bridge and automatic analysis of diseases are realized. Multiple operation modes can be realized, and a line does not need to be closed in the examination operation; and the bridge detection trolley has simple structure and high work efficiency.

A terminal for monitoring road lamp of city consists of GSM data transmitting - receiving module or GPRS data transmitting - receiving module , transceiver , MCU controller , AC contactor open - close driving circuit , AC contactor open- close state detection circuit and sunlight illumination detection circuit . The terminal set far from road lamp management centre can realize two-way remote data transmission with said centre for achieving remote control and data refreshment of road lamp.

The invention relates to a method using the 3D printing technology to prepare dropping pills. The method using the 3D printing technology to prepare the dropping pills comprises the steps of (1) using polyethylene glycol and the like as base materials, carrying out heating melting, (2) adding prescription drugs at the specified temperature, carrying out mixing, even stir and freeze drying to obtain solid powder, carrying out sieving on the solid powder, and (3) placing the solid powder into a powder box of a 3D printer, and preparing the dropping pills through electronic drafting, remote data transmission and laser scanning printing. According to the method using the 3D printing technology to prepare the dropping pills, due to the facts that through a series of technologies such as the electronic design technology, the remote data transmission technology, the laser scanning technology and the raw material and auxiliary material melting technology, the specific drug powder materials are melted, and electronic model graphs are changed into the real dropping pills according to designed indications, the advantages of the dropping method of preparing the dropping pills are kept, and the defects that due to the influence of the factors such as physical properties of liquid medicine, droppers and cooling liquid, pill weights are different, the roundness of pills is difficult to control, the percent of pass is low, and specially-shaped dropping pills cannot be easily prepared when the dropping method is used for preparation are overcome.