33results about How to "Active release" patented technology

The invention relates to an iron-based catalyst for direct synthesis of low-carbon olefin from synthesis gas and mainly solves the problems of low CO conversion rate and low-carbon olefin selectivityin reactions for direct synthesis of low-carbon olefin from synthesis gas in the prior art. The iron-based catalyst for direct synthesis of low-carbon olefin from synthesis gas is prepared from components in parts by weight as follows: a) 18-50 parts of an iron element or oxide thereof; b) 10-25 parts of at least one element of manganese and zinc or oxide thereof; c) 10-25 parts of at least one element of magnesium and strontium or oxide thereof; d) 20-60 parts of an aluminum element or oxide thereof; e) 1-5 parts of a niobium element or oxide thereof; and f) 1-5 parts of a tantalum element oroxide thereof. With the adoption of the technical scheme, the problems are better solved and the catalyst can be applied to industrial production of direct synthesis of low-carbon olefin from the synthesis gas.

The embodiment of the present invention discloses a data transmission method based on a wearable device and a wearable device. The method includes: when it is detected that the wearable device is in an RRC connection state, acquiring the data amount of the data to be sent; and judging whether the data amount is not less than the preset data amount; if less than the preset data amount, send the data to be sent, and set the target time point of the timing process; and when the RRC release message sent by the network side is not received before the target time point, control the wearable device Release the RRC connection at the target time point; and when the RRC release message is received before the target time point, terminate the timing process and respond to the RRC release message to control the wearable device to release the RRC connection. By implementing the embodiments of the present invention, power consumption can be effectively reduced, and user experience can be improved.

The invention relates to the technical field of new energy access and control, and specifically provides an online calculation method and device for increasing the power of a wind farm under frequency disturbance conditions, aiming to solve the technical problem of inaccurate calculation of the increasing power of a wind farm. In the process of calculating the additional generating power of the wind farm, it is determined according to the frequency support control mode adopted when the wind turbines participate in system frequency adjustment, the support time corresponding to the frequency support control mode, and the active power of each wind turbine unit after the frequency support control mode ends. The output active power during the control period of the above-mentioned frequency support control mode, and then calculate the additional power of the wind farm; this scheme considers the active power of each wind turbine after the frequency support control mode ends, from the two perspectives of inertia response and primary frequency modulation Calculate the increaseable power of the wind farm frequency support process to reduce the calculation error of the wind farm's increaseable power.

The invention discloses a hydrogen storage nano palladium photothermal effect targeted release liposome functional group and its preparation method and application, comprising polymer modified liposomes, hydrogen storage nano palladium particles, the hydrogen storage nano palladium particles are arranged on the liposome plastid. The invention effectively combines the photothermal effect and hemodynamic response, and the hydrogen gas generated by the hydrogen storage nano-palladium particles effectively reduces the active oxygen level of cells to realize anti-oxidation treatment; at the same time, the local photothermal effect promotes the polymerization of liposomes with a diameter of 90-240 μm The vesicles can effectively block the blood vessels, and use the physical characteristics of the lipid membrane to realize the targeted release and retention of hydrogen gas, accelerate the formation of thrombus, and ensure the complete blockage of blood vessels.

The present invention relates to a high-temperature sintering type sulfur-containing iron-based catalyst and a preparation method thereof. A purpose of the present invention is to mainly solve the problems of low CO conversion rate and low low-carbon olefin selectivity in the low-carbon olefin preparation reaction with synthesis gas, and poor strength and poor thermal stability of the catalyst under the use condition in the prior art. The catalyst comprises, by weight, a) 5-50 parts of iron or an oxide thereof; b) 1-15 parts of ruthenium or an oxide thereof; c) 10-30 parts of calcium or an oxide thereof; d) 10-30 parts of at least one element selected from vanadium and chromium, or an oxide thereof; e) 10-75 parts of aluminum or an oxide thereof; and f) added trace amount calcium sulfate, wherein the catalyst contains 20-200 ppm sulfur based on the total weight of the iron-based catalyst. With the technical scheme, the problems in the prior art are well solved. The catalyst of the present invention can be used for the low-carbon olefin preparation with synthesis gas in industrial production.

The invention relates to a method for preparing low-carbon olefins from synthesis gas on an iron-based catalyst and mainly solves the problems that in the prior art, in a reaction of preparation of the low-carbon olefins from the synthesis gas by using a fixed bed, the CO conversion rate is low, and low-carbon olefin selectivity is low. The iron-based catalyst comprises, by weight, 20-70 parts of the iron element or an oxide of the iron element, 4-20 parts of at least one element selected from copper and manganese or an oxide of the at least one element, 4-20 parts of at least one element selected from zinc and zirconium or an oxide of the at least one element, 20-40 parts of the silicon element or an oxide of the silicon element, 1-10 parts of the germanium element or an oxide of the germanium element and 1-10 parts of the iridium element or an oxide of the iridium element. The problems are well solved through adoption of the above technical scheme, and the iron-based catalyst can be used for industrial production of preparing the low-carbon olefins from the synthesis gas by using the fixed bed.

The invention relates to a sintered catalyst for producing low-carbon olefins from syngas and a preparation method thereof, which mainly solves the low conversion rate of CO and low selectivity of low-carbon olefins in the reaction of producing low-carbon olefins from syngas in the prior art. The problem of poor strength and poor thermal stability under certain conditions. The catalyst used in the present invention includes the following components in parts by weight: a) 10-70 parts of iron element or its oxide; b) 1-10 parts of cobalt element or its oxide; c) 5-20 parts selected from calcium and at least one element of magnesium or its oxide; d) 5-20 parts of at least one element selected from silicon and zirconium or its oxide; e) 15-45 parts of titanium or its oxide; f) 1 The technical scheme of ~10 indium elements or their oxides solves this problem well and can be used in the industrial production of low-carbon olefins from syngas.

The invention discloses a symmetrical space three-dimensional micro-manipulator with a three-stage motion amplification mechanism, and aims to provide a micro-manipulator with small volume, compact structure, stable and reliable clamping force and high motion precision. It consists of a base and multiple clamping modules, and each clamping module includes a piezoelectric ceramic driver, a bridge-type displacement amplification mechanism, two lever displacement amplification mechanisms, a Z-beam displacement amplification mechanism, two flexible guide mechanisms and Gripper; the piezoelectric ceramic driver is arranged between the base and the movable end of the bridge-type displacement amplifying mechanism; the piezoelectric ceramic driver drives the movable end of the bridge-type displacement amplifying mechanism, and the output end of the bridge-type displacement amplifying mechanism drives the lever displacement amplifying mechanism The input end of each lever displacement amplifying mechanism respectively drives the input end of the Z-beam displacement amplifying mechanism, and the output end of the Z-beam displacement amplifying mechanism is fixedly connected with the jaws. The micromanipulator has the advantages of compact structure, stable and reliable clamping force, low cost and high motion precision.

The present application discloses a method for switching operating systems with dual Android terminals, comprising: for an audio and video playback application currently running in an operating system that is about to be switched to the background in the dual Android terminals, suspending all audio and video playback applications by means of system broadcasting. The audio and video playback application; the audio and video playback application pauses the audio and video playback according to the system broadcast, and releases the audio and video hardware resources occupied by the audio and video playback application. Corresponding to the above method, the present application also discloses a dual Android terminal device. The application of the technical solution disclosed in the present application can ensure the normal operation of the upper-layer application program when the operating system is switched.

A high-voltage capacitor discharging device comprises a motor control module, a motor driving module and a motor, wherein the motor driving module is connected with a high-voltage capacitor, the motor control module and the motor respectively. The motor control module is used for controlling the motor driving module to enable the high-voltage capacitor to output q-shaft current Iq and d-shaft current Id upon reception of a high-voltage outage signal, and the output q-shaft current Iq and the output d-shaft current Id enable the motor not to be in a rotating state. The high-voltage capacitor discharging device enables the charge of the high-voltage capacitor to be automatically discharged via consumption of the motor, but does not lead the motor to run.

The invention relates to a catalyst for preparing low carbon olefin by a fixed bed, a preparation method as well as use thereof, which mainly solves the problem that the CO conversion ratio is low and low carbon olefin selectivity is low in synthesis gas to low carbon reaction in the prior art and the catalyst is poor in intensity and thermal stability under a using condition. By adopting the technical scheme that the catalyst provided by the invention comprises the following components in parts by weight: a) 30-80 parts of iron element and oxides thereof; b) 10-40 parts of at least one element selected from manganese and chromium or oxides thereof; c) 10-40 parts of at least one element selected from copper and zinc or oxides thereof; d) 0.9-20 parts of at least one element selected from potassium and cesium or oxides thereof; e) 0.9-20 parts of at least one element selected from cerium and neodymium or oxides thereof; and f) 0.5-10 parts of an antimony element or oxides thereof, the problem is better solved, and the catalyst can be used for industrial production of Fischer-Tropsch synthesis to prepare low carbon olefin.

The invention relates to a high-temperature sintering type catalyst for preparing light olefins from synthetic gas and a preparation method thereof. According to the invention, the problem that CO conversion rate is low and selectivity of light olefins is low during a reaction of preparing light olefins from synthetic gas in the prior art is mainly solved. The catalyst provided by the invention contains the following components, by weight, a) 10-40 parts of iron or its oxide, b) 0.5-10 parts of at least one element selected from titanium and chromium or an oxide thereof; c) 1-10 parts of at least one element selected from magnesium and calcium or an oxide thereof; d) 0.5-10 parts of potassium or its oxide; and e) 30-88 parts of a carrier alpha-aluminium oxide. By the technical scheme, the above problem is solved well. The catalyst can be used in industrial production of Fischer-Tropsch synthesis for preparation of light olefins.