205results about How to "Reduce installation complexity" patented technology

Deploying a wireless local area network of plural information handling systems interfaced with each other and a printer is simplified by integrating printing and networking components in a common housing. For instance, a wireless access point, print server, router and modem are disposed in a printer housing and powered by a common power source. An installation package provided on a portable storage medium, such as a CD or DVD, includes drivers and applications that support interaction of information handling systems with the printer and networking components. The installation package reduces complexity associated with configuration of a wireless local area network by presenting an interface that substantially simultaneously installs drivers and applications for printer and networking components on networked information handling systems.

A video conference system based on Soft-MCU includes a server, a video conference terminal BHU-ICT, a computer terminals and video communication system procedures, wherein, the video conference terminal BHU-ICT is composed by a digital video camera, a microphone, and an audio and video encoder. The digital video camera and the microphone are respectively connected to the audio and video encoder, the encoder, the server and the computer terminal are connected on the network, and the procedures are respectively running in the server and the computer terminal. The digital video camera and the microphone acquire the audio and video information of the meeting place, and use the encoder to execute hardware coding. A media control procedure runs on the computer terminal, and an MCU service procedure run on the server terminal, uses the Ethernet to exchange the audio and video information with the encoder, for performing audio and video communications. All of the texts, requests, commands and other information formats in the system control signaling system conform to the XML standard. The invention constructs a remote network video communications platform with high-quality, high stability and high security, which can be widely used in party and government organs and enterprises and institutions. The invention has advantages of reduced system cost, reduced travel costs, shortened decision cycles and enhanced work efficiency.

The invention relates to an octagonal battery-equipped array upright post micro satellite configuration. A satellite is designed into a non-equilateral symmetrical octagonal upright post structure; simultaneously, the octagonal configuration and the internal space design of the satellite are optimized; the satellite is partitioned into a platform cabin and a load cabin; a cabin section between a top plate and a middle plate is the platform cabin; and a cabin section between the middle plate and a bottom plate is the load cabin. Each cabin section is partitioned into three regions through a +Y clapboard and a -Y clapboard; according to equipment enveloping size, reasonable layout and arrangement are performed, the design of a main force transfer path is optimized and cable direction and the insertion space of an electric connector are fully considered, so that a compact and reasonable structural space can be ensured; simultaneously, an enveloping space provided for carrying rocket is fully utilized and the solar cell installation area of a satellite body is enlarged to the greatest extent.

The invention discloses a passenger car driving data recording device and a method for accident analysis by using the device. 13 types of sensors and switches such as a steering wheel rotary angle sensor, a retarder gear switch and an XYZ three-axis acceleration sensor are installed at the passenger car; exact time when an accident occurs is recorded by using a real-time clock, and various data collected is stored by a Flash memory. Simultaneously, the device carries out data transmission and communication by various interfaces including CAN bus, and an iButton interface is used for identifying the identity of a driver; the whole device finishes signal acquisition, processing and storage by an ECU processor and a peripheral modulate circuit. Matched software can completely show the operation actions of the driver and the working conditions of the passenger car in the driving process so as to carry out accident analysis for the passenger car having accidents and restore actual conditions in the process of accident, thereby providing original reference data as efficient auxiliary decision support of claim settlement for accident recording and discrimination, doubtful points analysis of accident and responsible party confirmation of accident.

The invention discloses a photovoltaic array positioning tracking monitoring system based on the internet of things and an operating method. The photovoltaic array positioning tracking monitoring system based on the internet of things is characterized in that a plurality of wireless measurement and control instruments are respectively used for collecting photovoltaic array data with 1-N numbered subdomains, respectively perform data interaction with the adjacent wireless measurement and control instruments by short distance wireless communication links, and then send interactive data to a wireless gateway, wherein the data comprise autonomous positioning data of the photovoltaic array; the data are uploaded to a wireless transceiver by intermediate distance wireless communication links and then are transmitted to a local master control center; the local master control center sends the data to a different master control center in a long-distance mode by an Internet network or a satellite communication system; and the data are subjected to verification and analysis and the wireless measurement and control instruments are subjected to remote control in accordance with the analysis result. The method of the wireless measurement and control instruments on the autonomous positioning of the photovoltaic array comprises a transmitting radius determination method, an initial positioning algorithm, a boundary problem processing method and a Y value conflict processing method. Accurate positioning of photovoltaic modules can be realized without expanding positioning devices, thus reducing the installation complexity and the error rate and strengthening the system robustness.

The invention relates to a novel commercial remote sensing satellite configuration layout. The novel commercial remote sensing satellite configuration layout comprises a hollow satellite structure (4) in a regular pentagon stand column manner, a body-mounted solar wing (3) and unfolding solar wings (2,6 and 7); and the satellite structure (4) further comprises a base plate (402), five same side plates (403-407), a camera installation plate (409) and a truss structure (408). According to the novel commercial remote sensing satellite configuration layout, factors such as a main load camera machine connector, the satellite main structure manner, the solar wing installation layout and the electronic equipment installation layout are comprehensively considered, and comprehensive optimization design is carried out, miniaturization, light weight, small rotational inertia and good final assembly operation of a satellite can be achieved on the basis that the effective load and the platform equipment installation layout requirement are met, and the satellite in-orbit application requirement is met.

The invention relates to a cable parallel driving based offshore cage cleaning robot and a cleaning method. The robot comprises a tail end cleaning mechanism, a motion controller and at least two flexible rope parallel branch chains uniformly distributed on a cage body, wherein the tail end cleaning mechanism is located in the cage, and the flexible rope parallel branch chains are connected between the cage body and the tail end cleaning mechanism; each flexible rope parallel branch chain comprises a winding motor fixed on the cage body as well as a driving cable, and the driving cable is connected to the tail end cleaning mechanism by the winding motor; the motion controller controls coordinating motion of the at least two flexible rope parallel branch chains, so that the tail end cleaning mechanism performs underwater three-dimensional motion in the cage. Underwater three-dimensional motion of the tail end cleaning mechanism is realized by means of a parallel driving manner, multiple driving cables of the tail end cleaning mechanism are mutually restrained, so that underwater stability is improved, positioning precision is improved easily, and the requirement of the offshore cage for automatic cleaning can be met.

The invention discloses a manufacturing and installing method, device and system of a software installation package. The problems that portable storage devices like a light disk are needed for software installation in the software installing process, and installation complexity is high in the prior art can be solved. According to the manufacturing and installing method, device and system of the software installation package, the software installation package including installation and configuration files and a patch package are manufactured on the network side, in the software installing process of a client terminal, corresponding software program files are installed and updated according to the installation and configuration files, and thus automatic installing and updating of software can be achieved.

The invention discloses a radio frequency front-end frequency selection circuit and a signal receiving method thereof. The circuit comprises: an antenna used for coupling and receiving a radio frequency signal; a first multipath switch used for selecting the radio frequency signal to a microstrip filter of a corresponding frequency band; the microstrip filter used for filtering an out-of-band interference signal; a low noise amplifier used for amplifying the useful radio frequency signal; and a filter group used for filtering the amplified signal; a second multipath switch used for switching the radio frequency signal obtained by the filter group to a subsequent link of a receiver to be processed. The method comprises the steps that: the radio frequency signal is coupled to a radio frequency link by the antenna, the first multipath switch switches the radio frequency signal to the microstrip filter of the corresponding frequency band, the microstrip filter filters the out-of-band interference signal and amplifies and filters the useful signal for the second time, and finally the signal is switched to the subsequent link of the receiver to be processed. The radio frequency front-end frequency selection circuit disclosed by the invention has the advantages of miniaturization, integration and strong expansibility.

The invention discloses a photovoltaic power generation system and a fast switching off method thereof. The photovoltaic power generation system includes a photovoltaic array panel unit, a junction box and an inverter. The photovoltaic array panel unit includes a photovoltaic array panel and a switching off apparatus. The switching off apparatus is in electrical connection to the photovoltaic array panel and is connected to the inverter through high voltage power transmission lines. The photovoltaic power generation system also includes a switching off apparatus controller which is coupled to the high voltage power transmission lines and is intended for receiving a first detection signal which reflects the state of the AC side of the inverter, determining whether the AC side of the inverter is powered off on the basis of the first detection signal, outputting a first power off signal when the AC side of the inverter is powered off, and transmitting the first power off signal to the photovoltaic array panel unit through the high voltage power transmission lines. The switching off apparatus of the photovoltaic array panel unit is intended for receiving the first power off signal and forbidding electricity transmission to the inverter on the basis of the first power off signal. According to the invention, the method herein lowers the difficulty of installing a photovoltaic power generation system and the complexity.

The invention discloses a low-voltage distribution network topology identification system based on power line carrier N-line current monitoring. The system consists of a concentrator and a plurality of topology identification devices, wherein the topology identification devices are respectively disposed on branch boxes of a power grid with a to-be-identified topology relation; the topology identification device comprises an N-line carrier signal sensor and a topology identification processing terminal; the topology identification processing terminal is arranged at the bus end of the branch boxand used for completing processing of monitoring signals; the N-line carrier signal sensor is arranged on the N line of each branch line to complete the monitoring of the current signals of the pastpower line carriers; and the topology identification processing terminal is electrically connected with the concentrator. Through the structural arrangement of the system, the system only needs to install a complete device on the branch node, and does not need to install any device on the side of the electric meter, thereby reducing the installation complexity, improving the accuracy, and reducingthe investment cost.

The invention discloses a robot charging method. The method comprises the steps that when a robot receives a charging instruction, a linear laser radar receiving device alternately receives a first infrared signal emitted by an infrared emitter on a charging base and a laser signal returned after a linear laser which is emitted by a linear laser radar transmitting device and transmitted to a current environment; according to the first infrared signal, the robot is controlled to move to a first position; when it is determined that the robot moves to the first position, characteristic information of the charging base is identified according to the laser signal, a second position of the charging base in a preset map is determined, and the robot is controlled to move to the second position forcharging. According to the embodiment, the infrared laser signal and the laser signal can be alternately received by the linear laser radar receiving device, there is no need to install an infrared receiving sensor on the robot to receive the infrared signal, the installation of the upper infrared receiving sensor on the robot is reduced, the installation complexity of the robot is reduced, and the production and manufacturing costs of the robot are reduced.

The invention relates to a system and a method for producing hydrogen and methyl alcohol by utilizing residual electricity and residual heat of a coal-fired generating unit. The system comprises a boiler, a steam turbine and an electric generator, wherein the boiler produces water steam to drive the electric generator through the steam turbine to generate electricity. The system also comprises a water steam auxiliary electric heater, a high-temperature water steam electrolytic bath, a residual heat recovery device, a scavenging air auxiliary electric heater, a hydrogen compressor, a hydrogen heating device, a carbon dioxide collecting device, a carbon dioxide compressor, a carbon dioxide heating device and a methanol synthesis device. According to the method, a boiler main steam outlet is divided into two paths, wherein one path of steam enters the steam turbine for work to drive the electric generator to generate electricity; the other path of steam enters the water steam auxiliary electric heater so as to be heated to achieve the water steam electrolysis working temperature, and then enters the high-temperature water steam electrolytic bath to electrolyse; and a high-temperature hydrogen / water steam mixture is formed on an outlet at the cathode side of the electrolytic bath. The system and the method provided by the invention are reasonable in procedure, and efficiently utilize the residual electricity / the residual heat of the coal-fired generating unit to produce fuels such as the hydrogen and the methyl alcohol.

The invention discloses a method for analyzing and detecting bearing pad vibration by images, comprising steps as follows: (1) an image acquisition device is installed; (2) based on displayed images, the image acquisition device is fine-tuned until the image effect is the best; (3) correction is carried out on a distortion parameter of the stored images; (4) a computer works out the amplitude of bearing pad vibration by real-time identification and recording of the position of the bearing pad. The method for analyzing and detecting bearing pad vibration by images of the invention automatically record the whole process of bearing pad vibration, gives a warning when vibration amplitude exceeds safety range, shoots the bearing pad by the image acquisition device and adopts a non-contact measurement method without having to make major changes on an original mechanical device or leading detection personnel to approach the device. Compared with the traditional detection device, the invention has the advantages that the structure is simple, the cost is greatly reduced, the assembly and management is more convenient, a chart can be automatically generated, personnel can iconically observe the vibration of the bearing, and the maintenance is convenient.

The invention relates to the technical field of overhead power transmission conductors, and in particular relates to equipment and a process for manufacturing a power transmission conductor with a carbon fiber core. The power transmission conductor with the carbon fiber core comprises a carbon fiber core rod and a metal conductive layer, wherein the metal conductive layer is arranged outside the carbon fiber core rod; the metal conductive layer is an overall metal tube which sleeves the carbon fiber core rod and is used for completely wrapping the carbon fiber core rod; the outer surface of the carbon fiber core rod and the inner surface of the metal conductive layer are integrally formed in an extrusion manner. In the process that an aluminum conductor layer is expanded or shrunk, the metal conductive layer is not expanded to two ends or shrunk due to limit of the carbon fiber core rod, so that the length of the metal conductive layer is not changed, the outer diameter of the metal conductive layer is changed at most, sag is not caused by change of the outer diameter, the metal conductive layer is free of force for pulling or pushing a support tower, and the use security of the power transmission conductor is ensured.

The invention provides a satellite signal processor, which solves the problem that an existing satellite set top box needs to transmit a broadcast satellite television signal and a positioning signal to the satellite set top box through different data lines, thus the installation complexity and installation cost are increased. The satellite signal processor comprises a tuner used for receiving the broadcast satellite television signal, and performing mixing and amplifying processing on the broadcast satellite television signal; an active antenna unit used for receiving a positioning signal of a Global Navigation Satellite System GNSS, and performing amplifying processing on the positioning signal of the GNSS; an intermediate frequency signal processing unit used for performing attenuation processing on a wideband noise level in a satellite television intermediate frequency signal outputted by the tuner, wherein a difference value of the power of the wideband noise level of the attenuated satellite television intermediate frequency signal and the power of the positioning signal of the GNSS outputted by the active antenna unit is smaller than a preset threshold; and a first combiner used for combining the amplified positioning signal of the GNSS and the attenuated satellite television intermediate frequency signal, and transmitting the combined signals to the satellite set top box.

The invention discloses a fresh air machine with a multi-duct switching structure. The fresh air machine comprises a housing, the housing is provided with an equipment air inlet, an equipment air outlet, an indoor air inlet and an indoor air outlet, a circulating duct with a circulating fan is arranged in the housing, the four air inlets and air outlets are connected with the circulating duct, andair valves are arranged on the equipment air inlet, the indoor air inlet and the indoor air outlet; the air inlet of a three-way pipe is connected with the equipment air outlet, two air outlets of the three-way pipe are connected with indoor space and outdoor space through pipelines, and a switching structure which is used for switching the two air outlets is arranged on the three-way pipe. The fresh air machine has the advantages that a duct switching method based on the fresh air machine is characterized in that functions of air refreshing, discharging and heating of the method is driven through a fan through the switching of the air valves or the switching device, the cost and complicity of the equipment are greatly reduced, and the occupation of the installing space is reduced.

The invention relates to a novel brushless motor fuel pump. In the technical scheme, a brushless motor controller is connected outside the fuel pump, namely one end of an electronic plug-in part is connected with a fuel pump motor stator, and the other end of the electronic plug-in part is connected with the brushless motor controller; a vehicle-mounted power supply is connected outside and an integrated circuit is connected inside a voltage-stabilizing and filtering circuit in the brushless motor controller; the integrated circuit is respectively connected with a peripheral resistance-capacitance circuit and a three-phase bridge inverter; and a starting circuit and three-phase feedback voltage in the integrated circuit are connected with a phase locked logic phase change circuit respectively. The defects that a position sensor has low sealing property, ages quickly, is corroded, and the like are overcome. By a counter potential reversing technology, the pump can effectively resist fuel corrosion and fuel electric conduction, can be suitable for various liquid fuels such as gasoline, methanol, ethanol and the like, has high reliability, small volume, long service life and low price, is convenient to install, reduces a motor gap, and improves motor output and motor efficiency, and the volume of a pump body is reduced.

The invention discloses a method and a system for recognizing human body tumble automatically based on stereoscopic vision. The method comprises the steps of 1, acquiring a depth image and a 3D space image of an action of a recognition object through a stereoscopic vision camera; 2, extracting curvature spatial characteristics of a human body contour from the depth image and the 3D space image; 3, analyzing and establishing a CSS characteristic pattern from the curvature spatial characteristics of the human body contour; 4, establishing a consistent action representation method by using bag-of-words CSS (BoWCSS) models; and 5, classifying all of the BoWCSS models by using extreme learning machine (ELM) so as to be used for differentiating a tumble action and other actions. Correspondingly, the invention further provides a system for recognizing human body tumble automatically based on the stereoscopic vision. The method and the system disclosed by the invention can improve the accuracy of human body tumble recognition under the condition of reducing the camera installation cost and the complexity.

The invention discloses an elevator car power supply device which comprises an electricity generation unit and an electric energy processing unit, wherein the electricity generation unit is fixed on an elevator car and uses lifting motion of the car to generate electricity, and the electric energy processing unit is fixed on the elevator car, processes the electric energy output by the electricity generation unit and provides the electric energy to power devices of the elevator car. The electricity generation unit uses the lifting motion of the car to generate electricity, and the generated electricity is provided for the power devices of the elevator car after being processed by the electric energy processing unit. The elevator car power supply device does not need to guarantee a distance between a power supply line and a powered device and is low in installation complex degree and accuracy requirements, quantity of device components and cost are not increased along increase of height of buildings or quantity of layer stations, the car can be powered while the car does the lifting motion, and regeneration energy of an elevator motor is used for supplying electricity to accordingly achieve energy saving of an elevator. The invention further discloses a control method of the elevator car power supply device.

The invention relates to a bionic soft dexterous hand. The bionic soft dexterous hand comprises a palm and five fingers. A plurality of palm side oval groove openings are arranged on the palm sides ofa forefinger, a middle finger, a ring finger and a small finger. A lateral oval groove opening is evenly arranged on the heels of the forefinger, the ring finger and the small finger facing the middle finger. The palm side oval groove opening is arranged on the side of a tiger mouth, and a lateral oval groove opening is arranged on the heel of a big toe. The palm side oval groove openings and thelateral oval groove openings are evenly flexible hinges and provided with threading holes. The threading holes penetrate traction lines. One end of the traction lines are fixed at a fingertip, the other end of the traction lines are gathered in a palm center and are led out from a wrist after bypassing a threading block set in the palm center. The flexure hinges are deformed by the stretching ofthe traction lines to achieve the bending movement of five fingers laterally or toward the palm center. Compared with the prior art, the bionic soft dexterous hand achieves manipulation actions and releases of hand objects such as grasping, holding, pinching and clamping by means of the coordination between fingers, has a rigid and soft combination, and is simple and convenient to control

The invention provides an automatic reduction method for a virtual machine. The method comprises the following steps: a, starting the virtual machine; b, judging whether the virtual machine starts an automatic reduction mode or not, if yes, entering step c; c, creating a temporary file and storing all read-in data; d, closing the virtual machine and deleting the temporary file data; and e, restarting the virtual machine to restore the initial disk state, namely the just created disk state of the virtual machine. By adopting the method, manual software installation by an IT (Information Technology) administrator is not needed, thereby being simple and convenient, and simultaneously enhancing the virtualized data backup capacity, and the method has the advantages of low installation complexity and maintenance complexity, low maintenance cost, and the like.

The invention discloses a structure and a mounting method of a flow measurement sensor based on a transit time method. The structure comprises first flow measurement sensors and second flow measurement sensors which are arranged pairwise and vertically mounted on the wall of a pipeline, wherein wave beam ends capable of transmitting and receiving wave beams are arranged at bottom ends of the firstflow measurement sensors and the second flow measurement sensors, and wave bean straight lines formed between first wave beam ends and second wave beam ends do not intersect with the axis of the pipeline, and the included angle formed by the wave beam straight lines and the axis of the pipeline is smaller than 90 degrees. The flow measurement sensors are vertically mounted on the wall of the pipeline, the mounting complexity and the mounting cost of the flow measurement sensors are reduced, besides, wave beam straight lines do not intersect with the axis of the pipeline, the included angle formed by the wave beam straight lines and the axis of the pipeline is smaller than 90 degrees, so that the effects of Reynolds numbers of fluids on measurement coefficients are reduced, and the high-flow-velocity multi-working-condition flow measurement accuracy is improved. The structure and the mounting method can be widely applied to the flow measurement field.

The invention provides a six-dimensional seismic wave measuring device based on a composite interferometer. The device comprises an optical fiber sensing shell 12, a sensing module 13, a composite interferometer 14 and a photoelectric conversion module 15, a data acquisition processing module 16; a light path of the composite interferometer 14 mainly comprises light source input; a circulator 143,couplers 144, 146, 147, 148, 148, 149, 149. a polarizer 142, a wavelength division multiplexer 145. A Mach-Zehnder interferometer and Sagnac interferometer composite optical structure is adopted, theinfluence of temperature on measurement is eliminated through double polarization maintaining optical paths, six-dimensional measurement of seismic waves is achieved through a mandrel type integratedstructure, and the miniaturization design of the optical fiber seismometer is achieved.

The present invention relates to a new-type irrigation remote monitoring and controlling device. It can utilize GSM short message or handset communication to implement data acquisition and irrigation control, at the same time can implement real diagnosis of failure of irrigation pipeline system and prompt failure alarm function. It is formed from microcontroller core, memory circuit, light-coupled isolating circuit, amplification circuit, output control circuit, GSM module, SIM card, handset antenna, expander circuit, A / D converter circuit, acquisition circuit (analog input interface and digital input interface), power supply circuit, reset circuit and LCD display circuit.

The invention is applicable to the technical field of lithium-ion batteries, and provides a method and device for estimating SOC of a lithium-ion battery, and terminal equipment, and the method comprises the following steps of obtaining and identifying the relationship between the current of the lithium-ion battery at different temperatures and an open-circuit voltage and the terminal voltage of the lithium-ion battery at time k, obtaining corresponding identification parameters of the lithium-ion battery under different temperatures, obtaining the estimated temperature of the lithium-ion battery at time k and the corresponding identification parameter, obtaining corresponding open-circuit voltage according to the estimated temperature and the remaining power at time k-1, and calculating the open-circuit voltage, terminal voltage, estimated temperature and identification parameters of the lithium-ion battery at time k to obtain the remaining power of the lithium-ion battery at time k.The invention can estimate the remaining power of the lithium-ion battery without a temperature sensor module, thereby saving the installation cost of the lithium-ion battery / lithium-ion battery pack,reducing the complexity of the installation, improving the efficiency and accuracy rate of estimating the remaining power of the lithium-ion battery, and having strong anti-interference ability.

The invention provides an automatic recovery method for a server integrated machine. The automatic recovery method includes the steps: a, firstly judging whether a data backup area is normal or not according to a recovery mode selected by a user through a system; b, determining that a virtual machine detects system configuration information and deletes current configuration in an off state if the data backup area is normal; and c, copying an original configuration file from the data backup area of the system, covering a current configuration file, removing a magnetic disk file of a server and rebuilding a magnetic disk file for the server. According to the automatic recovery method for the server integrated machine, installation and maintenance complexity is low, and maintenance cost is reduced.

A two-way circulating thermal expansion valve consists of a valve body and a power head component arranged on the upper end thereof. The valve body is provided with a first interface and a second interface; the inside of the valve body is provided with a valve port communicated with the first interface and the second interface and a valve core which is matched with the valve port and relatively supported by an adjustable spring and a transmission shaft at the lower side of the valve port. The invention is characterized in that the inside of the valve body is also provided with a reverse valve port communicated with the first interface and the second interface. By arranging the reverse valve port inside the valve body and possessing the functions of the ordinary expansion valve and the one-way valve, the invention decreases the installation complexity and reduces the number of potential leak points due to the large number of weld seams. With reasonable and compact structure, the invention can be matched with most fittings at present, thus having strong universality, effectively increasing the convenience and safeness of the air-conditioning system installation and reducing the cost of the air-conditioning system.