35results about How to "Reduce the impact of loss" patented technology

The invention discloses an MWT solar cell module in which only one electrode of each MWT solar cell is provided with a back main gate for being connected with a corresponding fine gate line. The back main gate guides current to front main gate of the corresponding MWT solar cell by virtue of a plurality of small holes passing through the corresponding MWT solar cell from top and bottom. The other electrode of each MWT solar cell has a fine gate and no main grid. The MWT solar cell module of the invention does not have any gate line on the front side to shield the light, and there is no gap between the MWT solar cells so that the efficiency of the module is improved. Since a plurality of cells are divided, the current of each cell strings is reduced so as to decrease the impact of thin gate line resistance loss, thereby reducing the consumption of silver paste and increasing the fill factors the cells and the MWT solar cell module.

The invention discloses a TE011-lambada/4-pi mode resonator with a three-dimensional structure. Two output ends of each active circuit are connected with two open-circuit ends corresponding to the lambada/4 resonator at the junction of a silicon chip layer and a packaging layer; two short-circuit ends of each lambada/4 resonator are connected with TE011 cylindrical wave guide resonator on a firstconducting metal plate, and realize energy coupling with a cylindrical wave guide coupling groove seam by the lambada/4 resonator of the first conducting metal plate; a rectangular wave guide is assembled above a second conducting metal plate, and the two short-circuit ends of each lambada/4 resonator realize energy coupling with the cylindrical wave guide coupling groove seam by the rectangular wave guide of the second conducting metal plate, and output energy. The TE011-lambada/4-Pi mode resonator is suitable for power synthesis of silica-based Terahertz sources at the surface of the packaging layer, a passive circuit is separated from the active circuit, the quality factors of the resonator are higher, scale production can reduce the cost obviously, and the TE011-lambada/4-Pi mode resonator has application values in the fields of Terahertz personal wireless communication, low-power radars and the like.

The invention discloses a storage battery non-floating-charging hot standby technology, belongs to the technical field of electrical engineering and automation, and relates to a storage battery or storage battery pack running mode technology. According to the storage battery non-floating-charging hot standby technology, when a storage battery or a storage battery pack is used as a standby power source to run, the storage battery or the storage battery pack is not in the floating charging state. When a power source breaks down, and the storage battery or the storage battery pack needs to be switched to supply power, the storage battery or the storage battery pack can be immediately put into running, and the rapid seamless switching technology is achieved. Under the condition that the running performance of the storage battery or the storage battery pack is not affected, the running loss of the storage battery can be reduced, the service life of the storage battery is prolonged, and the economic performance of running of the storage battery is improved.

A double-magnetic-circuit symmetrically-excited cylindrical enclosed magnetic-field-type electromagnetic shake table magnetic circuit structure capable of realizing magnetic field tracking compensation belongs to the technical field of vibration measurement. A cylindrical enclosed magnetic field structure is provided, two cylindrical permanent magnets are symmetrically installed on two ends of a central magnet yoke, and same magnetic poles are arranged in an opposite manner; two symmetrical enclosed magnetic circuits are formed through magnet yokes, the magnetic induction intensity high in uniformity is generated in an air gap; the surface, adjacent to the air gap, of the magnet yoke is provided with an array-type microstructure arranged in a deep channel mode, and the eddy current loss can be effectively inhibited; and a central magnet yoke is provided with a compensation coil, a provided current is opposite to the current in a working coil in direction and is proportional to the current in the working coil in phase synchronous tracking and amplitude, and a formed compensation magnetic field is capable of carrying out synchronous tracking compensation on the influences of an armature reaction. According to the invention, a large stroke, high magnetic field uniformity, a large thrust and linear electromagnetic driving force characteristics can be considered at the same time, and a high-precision and large-stoke electromagnetic shake table magnetic circuit structure technical scheme is provided for low-frequency/ultralow-frequency vibration calibration.

The invention discloses a three-dimensional structure TM010-lambda/4 millimeter wave resonator based on the silicon technology. Two output ends a, b of two active circuits are connected with two open ends of the corresponding lambda/4 resonator at the juncture between a silicon substrate layer and an encapsulated layer; two short circuit ends of the lambda/4 resonator is connected with a cylindrical waveguide resonator on a first electrical conduction metal plate and realizes the energy coupling by a groove joint on the first electrical conduction metal plate; a rectangular waveguide is assembled between the first electrical conduction metal plate and a second electrical conduction metal plate; a rectangular wall of the rectangular waveguide is intersected with the outer wall of the cylindrical waveguide; the intersecting common part is removed so as to realize the energy coupling of the rectangular waveguide and the cylindrical waveguide. The resonator is suitable for being realized on the encapsulated layer based on the silicon technology; the coupling between a passive circuit, a power source and a signal wire on the silicon chip is small; the dissipation influence of the silicon chip is small; and simultaneously the TM010-lambda/4 millimeter wave resonator obtains the power output which is higher by one order of magnitude than that the traditional lambda/4 resonator; therefore the TM010-lambda/4 millimeter wave resonator has the using value in a millimeter wave integrated circuit based on the silicon technology.

The invention relates to a device for separating and extracting a virus in water and a method for extracting sapovirus in water and belongs to the field of extraction of viruses in the water. The invention aims at solving the technical problem that the existing microbiological filter can leak the air easily and provides a method for extracting the sapovirus in the water with high extraction efficiency, less product extraction interference and extracted product applicable to multiple detecting platforms. The device for separating and extracting the virus in the water is characterized in that a storage tank is provided with a dome, an arc-shaped throat is formed in the dome, an edge rolling outside is formed at the bottom of a top cover, the top cover is inserted inside from the arc-shaped throat and is blocked in the arc-shaped throat by virtue of a sealing ring, lugs are symmetrically arranged at the top of the top cover, a lever is respectively arranged in each lug, a water outlet pipe penetrates through the dome to be inserted into the bottom of the storage tank, the air inlet pipe is connected with a nitrogen pressure tank, the water outlet pipe is connected with a filter, and the filter is connected with a filter membrane support. The method for extracting the sapovirus in the water comprises the following steps: filtering a water sample, eluting with a beef extract solution, treating by adopting an isoelectric point sedimentation method and then centrifuging, remelting and carrying out secondary concentration, and then extracting nucleic acid, so that extraction of the sapovirus is completed. The device and method provided by the invention are used for separating and extracting the virus in the water.

A method for improving the quality factor or the silicon integrated inductor and thickening the partial medium is characterized in that it comprises the steps of: depositing three-layer composite medium of silicon dioxide/silicon nitride/silicon dioxide; photo resisting protection of the spiral inductor area and the area exposed on the outside of the spiral inductor flat; wet corroding the top layer silicon dioxide, dry etching silicon nitride and bottom layer silicon dioxide; striping and cleaning.

The invention discloses a broadcasting data transmission method. The method comprises steps: a to-be-transmitted original broadcasting file is divided to a plurality of file blocks; a corresponding forward error correction code is added to each divided file block respectively, wherein the forward error correction code is used for enabling a broadcasting receiving end to carry out forward error correction on the broadcasting data of the original broadcasting file; each file block with the forward error correction code added is divided to N fragments respectively, wherein N is a positive integerand N is no smaller than 2; and the broadcasting data of the original broadcasting file are divided to N data packets, and the N data packets are transmitted to the broadcasting receiving end sequentially, wherein one fragment is selected from each file block and the selected fragment is packaged to form each data packet. The invention also discloses a broadcasting data transmission device, equipment and a computer readable storage medium. Thus, the influence of network anomaly on data loss of a single file block can be reduced, and the reliability of broadcasting data transmission is improved.

The invention provides a novel electromagnetic shielding structure of a giant hydro-generator in a strong electromagnetic environment. The novel electromagnetic shielding structure comprises multiplelayers of silicon steel sheets and a layer of aluminum plate which are overlapped and laminated in parallel, the multiple layers of silicon steel sheets and the layer of aluminum plate are sequentially laminated and fixedly connected to form an integrated shielding structure; multiple pieces of channel steel are uniformly arranged on the surface of the pit wall opposite to a copper bar, and the shielding structure is parallel to the pit wall and is fixedly connected with the channel steel; the silicon steel sheets are close to the pit wall, and the aluminum plate is close to the copper bar; the silicon steel sheets construct an ultrahigh magnetic conduction path in the space range of the leakage magnetic field, and the distribution of the space magnetic field is changed, so that the leakage flux intentionally entering the reinforcing steel bar enters the silicon steel sheets; and magnetic lines of force vertically penetrate through the aluminum plate to enter the silicon steel sheets,current is induced in the aluminum plate, and the induced current also generates reverse magnetic flux leakage to counteract magnetic flux leakage generated by the original copper bar. The novel electromagnetic shielding structure is used for preventing the conditions of overheating caused by a reinforced concrete structure in the pit wall in the strong electromagnetic environment, structural strength reduction caused by the overheating and the like.