46results about How to "Meet energy requirements" patented technology

An electrical-energy-storage unit (EESU) has as a basis material a high-permittivity composition-modified barium titanate ceramic powder. This powder is double coated with the first coating being aluminum oxide and the second coating calcium magnesium aluminosilicate glass. The components of the EESU are manufactured with the use of classical ceramic fabrication techniques which include screen printing alternating multilayers of nickel electrodes and high-permittivitiy composition-modified barium titanate powder, sintering to a closed-pore porous body, followed by hot-isostatic pressing to a void-free body.

The invention belongs to the technical field of energy storage devices, and in particular relates to flexible water-based sodium-ion batteries and a preparation method thereof. The flexible water-based sodium-ion batteries take sodium manganate as a positive active material and carbon-coated sodium-titanium phosphate as a negative active material; the flexible water-based sodium-ion batteries with excellent electrochemical performance are prepared from the sodium manganate and the carbon-coated sodium-titanium phosphate according to an appropriate mass ratio; the two types of flexible water-based sodium-ion batteries are a two-dimension band-shaped flexible water-based sodium-ion battery and a one-dimensional thread-shaped flexible water-based sodium-ion battery. The band-shaped flexible water-based sodium-ion battery takes soft stainless steel as a current collector; the thread-shaped water-based sodium-ion battery enables the active materials to be rolled into an orientation carbon nano tube (CNT) to prepare composite fibers, and the CNT is used as a current collector and a conductive additive at the same time, so that the mass and volume of the battery are reduced, the flexibility of the battery is improved, and the thread-shaped water-based sodium-ion battery is easy to weave and integrate. The two-dimension band-shaped flexible water-based sodium-ion battery and the one-dimensional thread-shaped flexible water-based sodium-ion battery have excellent electrochemical performance, and have the advantages of being light in mass, low in cost, high in flexibility and safety, environmental-friendly, and the like, thus providing possibility for the application in the field of wearable electronic devices. The thread-shaped flexible water-based sodium-ion battery can even be implanted in a human body for assisting health monitoring and treatment of diseases.

The invention relates to a device and a method for adjusting and monitoring line polarization energy. The device comprises a computer, a stepping motor driver, an energy meter, a stepping motor, a half-wave piece, a turntable optical adjusting bracket, a polarization beam-splitting mirror and an adjusting bracket of the polarization beam-splitting mirror. The invention has the characteristics of simple structure, low cost and convenient use and can ensure that the line polarization energy in a light path stably conforms to the actual requirement.

The invention provides a shearing type staged yield metal damper which solves the technical problems that an existing metal damper can not meet the requirements for wind vibration, small shock and large shock energy consumption at the same time, and is inconvenient to install and maintain. The metal damper structurally comprises two steel flange plates arranged in parallel, a first rectangular energy consumption steel plate and a second rectangular energy consumption steel plate, wherein the first rectangular energy consumption steel plate and the second rectangular energy consumption steel plate are fixedly arranged between the two steel flange plates. The first rectangular energy consumption steel plate and the second rectangular energy consumption steel plate have different kinds of yield strength. Steel side wing plates needed by the first rectangular energy consumption steel plate and the second rectangular energy consumption steel plate are arranged between the two steel flange plates. According to the metal damper, the two rectangular energy consumption steel plates with the different kinds of yield strength are adopted as the core energy consumption parts of the yield metal damper, under the conditions of wind vibration, small shock and the large shock, the corresponding energy consumption requirements can be met, the structure is simple and easy to realize, and the metal damper is more convenient to install compared with the prior art.

The invention provides a recovering system and a method of C2 in refinery dry gas by a compound adsorption method. The recovering system comprises a compressor, a pretreatment unit, a refinery dry gas cooling unit, a compound adsorption unit and a rectification unit. The adsorption unit comprises a gas-liquid separating tank, a C2 adsorption tower, and a methane desorption tower. The rectification unit comprises a C2 removing tower and an ethylene rectification tower. The refinery dry gas, after being compressed, pretreated and cooled, is subjected to gas-liquid separation to obtain a gas phase and a liquid phase. The gas phase is fed into the C2 adsorption tower and subjected to C2 adsorption by using a C4 mixture or a C5 mixture as an absorbent. The liquid phase is fed into the methane desorption tower, and subjected to methane desorption through stripping. The mixed adsorption oil at the bottom of the C2 adsorption tower and desorption gas at the top of the methane desorption tower are returned to the gas-liquid separation tank after being mixed and cold with the refinery dry gas. Tower bottom of the methane desorption tower is cooled and fed into the C2 removing tower and the ethane rectification tower to be rectified to obtain an ethylene product and an ethane product. The method provided by the invention adopts moderate operating conditions. The ethylene and the ethane both have the high recovering rate and the high purity.

The invention discloses a method for testing instantaneous forward voltage in a dc converting valve recovering period, which belongs to the power electronics and electric system field, and comprisesfollowing steps: taking a specimen valve VT as a back to back 6 impulse bridge whose one bridge arm is connected with a high pressure little current source circuit, connecting in series impulse voltage generators on two ends of the VT, connecting with a circuit which is connected in parallel between an auxiliary valveV1 and a low-pressure large electric current source, and adding a pulse trigger into the circuit in a testing period. A time sequence process comprises following steps:, t0-t1, controlling the 6 impulse bridge to trigger an angel alpha, operating in inversion, triggering and conducting valve VT and valve V1 through t1time, introducing a half wave direct current, a zero-crossing half wave current t2 which is from a large electric current circuit, switching off the V1, t2-t3, switching off the V1, wherein a little electric current of a valve arm which contains the VT transverses through the specimen valve, zero-crossing and switching off t3 and VT, providing specimen voltagethrough a high pressure little current source back to back circuit, t3-t4, and loading the impulse voltage on the specimen valve. The method can satisfy an energy taking requirement for the specimenvalve and have wide specimen range and good equivalence.

The application provides an electric spark vibration source excitation method and a vibration source setting method. The method comprises the following steps: geological data of an object exploration area is obtained, an optimal excitation depth is determined according to a geological data analysis result, drilling operation is conducted in the object exploration area, depth of a drilling well is not less than the optimal excitation depth, an electrode gun head of an electric spark vibration source is plugged into a position of the optimal excitation depth in the drilling well, water liquid of a specified content is injected, an electric spark vibration source excitation well is formed and then excited, and artificial seismic waves are picked. According to all embodiments of the electric spark vibration source excitation method and the vibration source setting method, large vibration energy can be obtained via vibration source excitation, environment requirements for seismic exploration construction can be satisfied, seismic exploration requirements for energy intensity during electric spark vibration source excitation processes can be satisfied, a signal to noise ratio of seismic data can be provided, damage caused to an earth surface can be effectively reduced, the electric spark vibration source excitation method and the vibration source setting method can be well applied to marsh and transition belt zones, and exploration and construction problems of those zones can be effectively solved.

A small-molecule organic solar cell material based on a boron-nitrogen heterocycle and its preparation method. The synthesis route is: (1) synthesizing a central structure containing a boron-nitrogen unit; (2) introducing a bridging unit through a Stille coupling reaction; ( 3) Electron-withdrawing groups are introduced through Knoevenagel condensation reaction; the general formula of its molecular structure is M, where Ar is an aromatic ring substituent, A is an electron-withdrawing group, and π is a bridging unit. This type of material (as shown in Figure M) has good planarity and belongs to the rare broadband donor structure. It has great application prospects in the field of solar cells, especially the active layer.

The present invention discloses a solar energy collection plate. Several Fresnel lenses capable of collecting solar energy are arranged on the described solar energy collection plate. Every Fresnel lens is corresponded to a solar cell. The energies collected by all the solar cells can be converged together, so that it only has need of increasing number of Fresnel lenses, the large energy can be obtained.

The present invention relates to one kind of sea food capable of being mixed into fluid food easily. The sea food comprises hydrolyzed fish protein powder 30-60 wt%, enzymolyzed shellfish meat 20-50 wt%, sea water spirulina 5-25 wt% and wolfberry fruit for the rest. The sea food has the features of high energy, high protein content and comprehensive nutritious components. It may be mixed with water to form fluid food for patient to take.

A reset-type SMA piezoelectric friction hybrid damper, including a damper box, a piezoelectric ceramic driver box with a piezoelectric ceramic driver is arranged in the damper box, and a vertical The left slide plate is set up vertically on the right side. The upper and lower ends of the left slide plate protrude from the left chute on the damper box, and the upper and lower ends of the right slide protrude from the right chute on the damper box. SMA wires are connected between the left slide plate and the right slide plate outside the damper box, and return springs are arranged between the left side wall and the left slide plate, and between the right slide plate and the fixed baffle in the damper box, and the actuating rods are in turn Pass through the left side wall of the damper, the left slide plate, the piezoelectric ceramic box, the right slide plate and the fixed baffle plate, and fix the left slide plate and the right slide plate through the left snap ring and the right snap ring on the actuating rod. The structure of the present invention is simple, The utility model has the advantages of convenient processing, strong energy dissipation capacity and good control effect, and can be effectively applied in the field of energy dissipation and shock absorption.