33results about How to "No transmission loss" patented technology

A high-power fluorescent glass ceramic for illumination and display. The fluorescent glass ceramic has a composition of (1-x)A:xB, wherein x is the percentage of B by weight, and x ranges from 1 to 40%; A is glass matrix with a composition of aSiO2-bA2O-cZnO-dMO, wherein a, b, c, and d are all molar percentages, a + b + c + d = 100, A in A2O represents an alkali metal, M in MO represents alkaline-earth metal; and B is a YAG:Ce3+ phosphor. In the fluorescent glass ceramic, the glass matrix has a low remelting temperature and easily available raw materials with low costs, and is green and pollution-free. Combined with the YAG:Ce3+ phosphor, the glass matrix features high light conversion efficiency and excellent heat aging resistance.

The invention belongs to the field of electromechanical technology, and relates to a spherical mobile robot, in particular, to a fluid-driven spherical robot, which includes a spherical shell, an annular sealed container, an axial flow device, an internal drive rotation mechanism, and a main shaft; it is characterized in that: the spherical shell is composed of The left and right hemispherical shells are composed of two hemispherical shells; the annular sealed container is located inside the spherical shell, the outer ring surface of the container is concentric with the spherical surface of the spherical shell, and the fluid is contained inside the container, and the volume of the fluid is 1 / 2 of the volume of the container. The axial flow device drives the liquid to flow in the annular sealed container, thereby changing the center of mass of the spherical robot, thereby realizing the forward and backward of the spherical robot; the internal drive rotation mechanism located inside the spherical shell mainly includes: internal drive bracket, motor, Motor bracket, flywheel shaft, flywheel, power supply and controller, etc.; the main shaft is connected to the spherical shell through bearings, other parts of the internal drive rotation mechanism are suspended on the main shaft through the internal drive bracket, and the motor is fixed to the internal drive bracket through the motor bracket Connection, the flywheel is installed on the internal drive bracket through the bearing, the motor shaft and the flywheel are connected through the coupling, the motor drives the flywheel shaft and the flywheel whose lower part is perpendicular to the main shaft to rotate together, and realizes the steering of the fluid-driven spherical robot by using the principle of conservation of angular momentum .

The invention relates to a change-speed gearbox for motor vehicles, in particular manual gearboxes, having a plurality of forward gears and, optionally, one reverse gear, at least one input shaft, an output shaft and, optionally, a layshaft, between which the idler gears, which can be shifted via synchronous clutches, and the fixed gears of the gearwheel sets are arranged. At least one of the shafts (14; 16; 46) has a two-part design and is mounted in the transmission housing with mutually different axes of rotation, an annular gear stage (20) is functionally provided between the sub-shafts (14a, 14b; 16a, 16b; 46a, 46b) and comprises a internally-toothed annular gear (20a) and an externally-toothed spur gear (20b) that meshes therewith, the sub-shaft (14b; 16b; 46b) which has the larger axial distance (a1) to the other shaft (16; 14; 44) bearing gearwheels of the lower forward gears (1, 2) and, optionally, of the reverse gear (R).

The invention relates to a vaporizing arrangement. It preferably should be utilized in vacuum coating systems. The vaporizing arrangement comprises a two-part housing, namely a pan ( 3 ) and an associated lid ( 8 ), which is provided with the exit slot ( 16 ) for the material to be vaporized. Extending transversely above the pan ( 3 ) are several heating rods ( 5 ) which can be contacted on the outside and the radiant output of which heats the material to be vaporized, for example zinc sulfide, and causes it to vaporize. The arrangement is relatively simply constructed, can be easily disassembled, cleaned, and reassembled and can, if several arrangements of this type are combined, also be used for the uniform coating of very wide films.

The invention discloses a carbon fiber composite lead wire core, a preparation method thereof and a lead wire comprising same. The carbon fiber composite lead wire core comprises an aluminum alloy cylinder and carbon fibers which are uniformly distributed in the aluminum alloy cylinder and provided with silica coating. The lead wire core obtained in the invention is high in strength, has the tensile strength higher than that of a common steel core by about one time and higher than that of a high-strength steel core by 40%, is low in line loss and high in conductivity, has no magnetic loss thermal effect caused by a steel wire material, and has lower operating temperature under the condition of conveying the same load to reduce power transmission loss by about 6%, is small in sag, has significant low sag characteristics compared with a conventional lead wire, and high allowable working temperature, is high in current-carrying capacity, has the aluminum product section of the lead wire with the carbon fiber core being 1.29 times that of a conventional ACSR (Aluminum Conductor Steel Reinforced) under the condition of same quality, is light in weight, has the density of the carbon fibers and the aluminum alloy being 1.8 g / cubic centimeter and 2.7 g / cubic centimeter respectively, and corrosion resistant, with long service life.

The invention discloses a direct type high-efficiency and low-loss transmission assembly. It includes an assembly plate, a transmission shaft arranged on the assembly plate, and an input coupling transmitter and an output coupling transmitter respectively connected to the transmission shaft, and the output coupling transmitter is a transmission shaft connected to the corresponding output A universal joint coupling transmitter between the shafts, the input coupling transmitter is a universal joint coupling transmitter connected between the transmission shaft and the input shaft. This direct-type high-efficiency and low-loss transmission assembly has no chain or few or no gears in its variable-direction coupling transmission, which can meet the needs to the greatest extent, and truly achieve a constant instantaneous transmission ratio. .

The invention provides a television capable of supporting multiple digital television standards, wherein a central processing device transmits a passage selection signal and channel selection signals according to a current working state of the television; a first receiving device receives RF (Radio Frequency) signals of a first standard, and obtains an RF signal of a corresponding channel in the RF signals of the first standard according to a first channel selection signal and converts the RF signal into a first intermediate frequency signal; a first demodulation device demodulates the first intermediate frequency signal into a first transport stream signal; a second receiving device receives RF signals of a second standard, and obtains an RF signal of a corresponding channel in the RF signals of the second standard according to a second channel selection signal and converts the RF signal into a second intermediate frequency signal; a second demodulation device demodulates the second intermediate frequency signal into a second transport stream signal; a first switching device receives the transport stream signals according to the passage selection signal; a decoding device receives and decodes the transport stream signals and then outputs the decoded signals; a display device receives and displays the decoded signal; and an image treatment device connected between the decoding device and the display device is used for performing image enhancement treatment or scaling treatment to the decoding signals.

The invention provides an electromagnetic inserting piece type concrete vibrator which comprises a horseshoe-shaped iron core and an excitation coil wound on the horseshoe-shaped iron core. The two magnetic poles of the horseshoe-shaped iron core both extend downwards to form two silicon steel pieces, and the excitation coil is electrically connected with an alternating-current power supply. The vibrator is free of work noise, low in cost, small in energy consumption, large in vibration action face and high in work efficiency.