137 results about "Response effect" patented technology

The invention relates to a PC screen content sharing/interaction control method, specifically, relates to improvement of an existing method of PC screen content sharing. The PC screen content sharing/interaction control method comprises the following steps that: S1, a remote PC host assigns a window of which the content is required to be shared; S2, screen RGB data are obtained in a shared memory data buffer; S3, a software encoder is utilized to perform encoding and compression on data a YUV420 format so as to obtain H.264 video streams; S4, the screen content video streams which have been subjected to encoding and compression are uploaded to a stream media server through an RTMP protocol; S5, a user logs into a Webpage client address which releases media streams of the remote PC host through a browser; S6, control information is transmitted to the remote PC host through a TCP protocol; S7, the remote PC host parses received control information of a user end and displays the received control information on a PC screen; and S8, screen response effect is presented on a Webpage client which the client logs into. With the PC screen content sharing/interaction control method adopted, a user can directly browse the content of the screen through a Webpage browser, and remote interaction control protocols can be customized, and a lightweight system used for PC screen content sharing/interaction can be realized.

The invention discloses a flying robot with a mechanical arm and a control method thereof. The flying robot comprises a multi-rotor unmanned aerial vehicle flying platform, the six-degree-of-freedom mechanical arm and an operation end control system, wherein the six-degree-of-freedom mechanical arm is installed under the multi-rotor unmanned aerial vehicle flying platform. The unmanned aerial vehicle is combined with the mechanical arm, so that the task execution capability of the unmanned aerial vehicle is expanded; and the movement range of the mechanical arm is expanded from the ground to the air, meanwhile, the control mode of the mechanical arm is improved, the new control mode can enable the mechanical arm to move along with a human arm, so that the idea of an operator can be executed more naturally and flexibly. According to the flying robot and the control method thereof, the operation ranges of the unmanned aerial vehicle and the mechanical arm are expanded, and remote control of the mechanical arm is realized; the mechanical arm can move along with the postures of the human arm, so that complex model detection and model operation are avoided, and the response effect is better; and the impact to the mechanical arm and the flying platform during rapid response of a steering engine can be relieved while the rapid response characteristic of the steering engine is kept as far as possible.

A method for controlling dynamic response of switch power is based on a closed-loop control system including a sampling module, a dynamic control module, an error calculating module, a PID module, a mode control module and a PWM module, wherein the sampling module samples output voltage Vo, and the dynamic control module compares the Vo with set Vo max, Vo min and V ref. Whether a dynamic mode is employed is determined. When the output voltage Vo changes greatly under the dynamic mode, the voltage Vo is rapidly restored to a stable voltage by inputting large power or small power, and the load is detected by voltage change gradient to determine the working state and reduce voltage resonance. The dynamic response effect is improved.

A perceptible apparatus and method for creating a subtle energy field is disclosed. The apparatus includes a light source and a plurality of configuration elements that are in effectual communication with the light source, wherein the configuration elements are adjustably selectable to produce subtle energy of different vibrations. The plurality of configuration elements are preferably selected from the group consisting essentially of a spectral color analysis of the light source, a brightness of light pulses from the light source, a wave form of light pulses through a duration of light pulse(s), and a frequency of light pulse transitions from “on” to “off,” or transitions between different brightness levels. Also included in the plurality of configuration elements is an emitter in the form of a translucent element that is in light wave communication with the light source to further produce changes in the subtle energy field.

The invention belongs to the technical field of ultraviolet photoelectric detectors, and particularly relates to an ultraviolet photoelectric detector based on a gallium oxide heterojunction structureand a preparation method thereof. The ultraviolet photoelectric detector includes an alpha-Ga2O3/beta-Ga2O3 heterojunction nanosheet array, ITO transparent conductive glass, and a Ti/Au film electrode. An alpha-Ga2O3/beta-Ga2O3 heterojunction nanosheet is formed by wrapping an alpha-Ga2O3 nanosheet as a core in beta-Ga2O3 as a shell. The ultraviolet photoelectric detector of the invention has stable performance, sensitive reaction and small dark current, and has a good ultraviolet photoelectrical response effect. The preparation method has the characteristics of strong process controllability, simple operation, good universality, and the like, is expected to be widely applied to fields such as self-powered flame detection, high-voltage line corona and missile plume, and has high popularization value.

The present invention discloses a kind of on-line evolution method for modular software. The sync state, cutoff state and buffering state are introduced to establish fine module managing mechanism, and the module is reloaded by means of new loading program constituing method on the basis to realize the altering, increasing, deleting and other operation of the software in running. This can on-lineincrease service content, optimize service program, eliminate system defect, raise response effect and raise the service quantity of software system.

The invention provides a unit load dynamic reactive response based minimum boot order optimization method. The method comprises the steps of determining a weak spot in a heavy load region of a power system; determining an electrical distance index and a dynamic reactive response quantitative index; calculating response effect indexes influencing system voltage of each generator in the power system separately; determining the boot order of the generators according to index values of the response effect indexes; controlling the startup and shutdown of the generators based on the boot order, and detecting the steady state of the weak spot, wherein the actual startup-shutdown order of the generators when the weak spot reaches a critical steady state is the minimum boot order. Compared with the prior art, the invention provides the unit load dynamic reactive response based minimum boot order optimization method; the effect degrees for the system voltage in the shutdown processes of the generators are clearly determined, so that the generator boot order arrangement policy at the minimum machine halt mode is greatly improved, and the method is relatively high in adaptability.

The invention provides an information processing method and main terminal equipment, and is used for solving the technical problem that a response effect of terminal equipment in a voice interaction process is relatively poor. The method includes the following steps: at least one piece of audio information is obtained through main terminal equipment in a voice processing system, wherein the at least one audio information includes audio information received by the main terminal equipment through a communication interface and collected by at least one piece of sub terminal equipment connected with the main terminal equipment; the main terminal equipment determines first audio information that satisfies preset conditions among the at least one piece of audio information; and the main terminal equipment sends the first audio information to a server in the voice processing system, so as to obtain a processing result for the first audio information which is fed back by the server.

The invention discloses a demand response effect phased evaluation method oriented to interruptible load, in particular comprising the following steps: establishing a random comprehensive evaluation index system of incentive effect based on unit terminal compensation standard, duration and user participation incentive; by using the entropy weight method, obtaining the comprehensive weight of eachindex, and obtaining the comprehensive quantitative evaluation value of multi-index demand response effect of all kinds of users by using the weighted sum of each index; selecting high-adaptability users to realize the matching of the total demand response by the method based on hierarchical classification; Based on the user's baseline load forecasting, evaluating the actual effect of each load participating in the incentive project afterwards to verify the accuracy of the evaluation. The invention can provide effect evaluation guidance for the development of various demand side response projects in the power system, improve the implementation efficiency of the incentive project through a closed-loop evaluation process, and provide theoretical and practical assistance for promoting the power demand side reform.

The invention provides a demand response effect evaluation method based on a demand response baseline. A demand response amount is determined according to a baseline executing a demand response and a load curve executing a demand response, the demand response amount is evaluated, a demand response effect evaluation factor is obtained, and the demand response effect evaluation factor reflects demand response effects. Based on parameter recognition, the demand response baseline is determined, and thus, a prediction speed is ensured, influence factors such as the weather are included in a consideration range, an accurate demand response baseline determination method is acquired, and a new idea is provided for calculating the demand response reduction amount. Due to the new calculation method for researching the demand response baseline, the potential of a user participating the demand response project is dug, the project effects are evaluated, the demand response participation enthusiasm is improved, a power company can be helped to make a more effective power grid scheduling scheme, reasonable power resource allocation is realized, and the power grid efficiency is improved.

The invention discloses a cancer individuation intervention strategy selection method based on molecular physiome. The method comprises the following steps that: establishing an intervention response model library; when a new case appears, comparing the new case with the pre-administration proteomics difference of a model; and analyzing biological approaches/ physiological function differences and the like which may be caused by the difference. A sample data type on which the method depends has high dependency with a physiological level phenotype. Proteomics data related to cell physiology and functions including protein and the like can be transcribed and subjected to epigenetic inheritance. The method is more sensitive to the intervention response effect of diseases, can provide rich indexes to observe molecular level physiological changes caused by diseases, and is suitable for clinic transformation and practical popularization.

The invention discloses a novel irradiation indication film which comprises a polyester substrate, a discoloring coating and a protective film connected sequentially from bottom to top. The discoloring coating is made of following materials: adding PVB (polyvinyl butyral) of 0.5-0.7 g (gram), 10, 12-twenty-three carbon diyne acid of 0.4-0.5 g, and photoinitiator of 1.2-1.3 g into absolute ethyl alcohol of 10ml (milliliter) and then mixing uniformly to obtain a discoloring coating solution. A preparation method of the irradiation indication film includes that washing the polyester substrate with the absolute ethyl alcohol, after the polyester substrate becomes dry, coating the discoloring coating on the polyester substrate, and sticking the protective film on the polyester substrate after drying. The indication film has a fine response effect within 5-50 Gy dosage range, whether or not an irradiated object goes through irradiation can be determined by observing discoloring condition with naked eyes, absorbed radiation dosage of the irradiated object can be further identified by measuring absorbance value ration, and selection range of materials is enlarged.

A method for reducing effects of a demand/response event in a power distribution network can include identifying a load profile in the power distribution network, in response to detecting a peak in the load profile, decreasing voltage in the power distribution network and in response to a detecting a trough in the load profile, increasing the voltage in the power distribution network.

The invention relates to the field of aseismic design technology, in particular to a multi-modal performance-based aseismic design method based on a condition bispectrum. According to the method, aseismic design is performed directly based on quantitative performance levels, wherein first, a single-freedom-degree elastic-plastic structural system of the condition bispectrum is artificially assumed, by adjusting performance displacement angles rho<obj-m>(d) of structural top layers and second stiffness of a double-broken-line elastic-plastic model, the single-freedom-degree elastic-plastic structural system is identical to a standard single-freedom-degree elastic-plastic structural system, and then structural aseismic response effects under the aseismic performance levels are solved. According to the aseismic design method based on the performance levels, a final destruction state serves as the basis of aseismic design, and therefore the aseismic performance of a structure can be controlled no matter whether an earthquake with super fortification intensity (ground motion parameters) occurs. Obviously, the aseismic design is more scientific compared with traditional performance-basedaseismic design based on fortification intensity (ground motion parameters), and the aseismic behavior of the structure can be controlled.

The invention provides a method for quantitatively assaying 80nmAuNPs on the basis of indirect competitive enzyme-linked immunosorbent assay, which adopts indirect competitive enzyme-linked immunosorbent assay in the technology of enzyme-linked immunosorbent assay and utilizes the specific binding of antigens and antibodies to assay 80nmAu particles. Compared with the prior art, the method successfully synthesizes haptens into holoantigens by the action of modifier, making great contribution to the production of antibodies. By utilizing the immune response effect of the body, the method successfully prepares an anti-80nmAuNPs polyclonal antibody with high specificity, the shelf life of the antibody is long, and therefore feasibility is high; by utilizing indirect competitive enzyme-linked immunosorbent assay in the technology of enzyme-linked immunosorbent assay to carry out a type of quantitative assay, the invention of the method provides a highly feasible method for the quantitative assay of future nanomaterials. The method is easy to operate, highly feasible, highly sensitive and low in assay limit, and can realize high-throughput assay.