133results about How to "Reduce adjustment costs" patented technology

The invention discloses a method for allocating satellite concurrent testing resources based on a genetic algorithm. The method comprises four steps of: defining the stability and the total time limit of a resource allocation scheme; solving a dual-objective scheduling model of the allocation of the satellite concurrent testing resources by adopting a non-dominated sorting genetic algorithm (NSGA-II) to obtain a non-dominated solution set; solving the dual-objective scheduling model by adopting an optimal solution filtering algorithm to obtain an optimal resource allocation scheme; and finishing a design. The method for allocating the satellite concurrent testing resources based on a genetic algorithm in an uncertain environment is provided by the invention to obtain a stable resource allocation scheme, so that limitations of the conventional method for allocating the concurrent testing resources are overcome, the aim of optimal allocation of the satellite concurrent testing resources is fulfilled, the test efficiency is improved, and the test cost is reduced. The method has a good practical value and a wide application prospect in the technical field of an aero-space concurrent testing technology.

An adjustment apparatus, which is able to adjust a substrate position. The apparatus includes a plurality of transport rails, a plurality of rollers on each transport rail, a pin up device and an adjustment device. The roller is transported the glass substrate, a pin and a joinball of the pin up device are supported and are raised the substrate from the roller. Finally, an adjustment device can adjust the glass substrate.

The invention discloses a method and system for adjusting train working diagrams on the basis of platform redundancy. The method includes: when an original platform is invalid, an original working diagram is adjusted to generate a new working diagram, and the new working diagram distributes one new platform for each affected train; if the original platform is repaired successfully, the affected trains use the original platform continuously, and otherwise the affected trains use the new platforms. The method and system for adjusting train working diagrams on the basis of the platform redundancy gives full consideration to random nature of platform failure time. Compared with a traditional method, the method and system for adjusting train working diagrams on the basis of the platform redundancy can effectively reduce delay time and cost.

To correct distortion in an optical system of an optical scanning, electrophotographic image generating apparatus, a parallel line group 107′ is printed by a printing apparatus to be calibrated on a sheet on which a correction pattern 101 has been printed. The user reads marker positions to find amounts of deviation of the adjustment pattern from the correction pattern and inputs the amounts of deviation in the printing apparatus. The printing apparatus interpolates values between the input amounts of deviation, establishes positions at which a line in the adjustment pattern deviate one pixel in a sub-scanning direction as scan line changing points and generate new conversion information by pairing the scan line changing points with respective directions of deviation. During image generation, the printing apparatus prints an image by correcting image data according to the conversion information.

The invention discloses an AGC power dynamic distribution method based on a virtual generation tribe. According to the AGC power dynamic distribution method based on the virtual generation tribe, an automatic generation control (AGC) power distribution framework based on the virtual generation tribe (VGT) is firstly established, and a state discrete set and a motion discrete set are determined; a total real-time power grid generation power instruction of a present control period area is acquired, a value function matrix and selection motion of each virtual generation tribe are initialized by utilizing migration learning; motion selection is carried out according to leader strategy, and a tribe power is calculated; an instant reward function value of each virtual generation tribe is acquired; consistency weight, self-learning weight and a value function matrix of each virtual generation tribe in the present state are updated; whether an algorithm satisfies a convergence condition is determined. Through the method, under the AGC power distribution framework based on the VGT, in combination with QD learning and migration learning, AGC control time requirements can be satisfied, and the method is more suitable for solving an AGC dynamic power distribution problem of a large-scale complex power grid having properties of relatively strong randomness and nondeterminacy.

The invention discloses a multi-time-scale rolling scheduling method and system for dynamic economic scheduling, and the scheduling method comprises the following steps: constructing a new energy power generation aggregation party with complementary power generation characteristics based on a power generation composition structure of a power system; establishing a load matching coefficient, and carrying out smooth optimization on a load curve; making a day-ahead plan for the output of the power generator according to an optimized load maximum matching principle, and solving the real-time output of the new energy aggregator under the condition that the load matching coefficient is minimum; performing output adjustment on the power generation end according to the intra-day scheduling model;and performing output fine adjustment on the power generation end according to the real-time scheduling model. According to the multi-time-scale rolling scheduling method, the method comprises the steps of: performing aggregation scheduling on new energy with complementary characteristics; and considering the power supply and demand matching degree, optimizing the load, and stabilizing the outputfluctuation of the conventional energy unit. The new energy consumption rate is effectively increased, the phenomena of wind curtailment and light curtailment are reduced, and meanwhile, the scheduling burden and the regulation cost of a power grid on a conventional energy unit are reduced.

In a double roving guide for the stretching tool of a textile machine, having two separated guiding funnels for spaced guiding of two fibrous rovings to a roller pair and clamping device for fixing the roving guide to a roving guide rail, the space between the guiding funnels is variable and a lockable adjusting device is provided in the variable space.

The image forming apparatus includes: an image data input section for reading a document as image data; a target value memory section for storing a target value of an input/output characteristic value when a reference document is read; a comparator for comparing the image data of the reference document and the target value so as to create a new input/output characteristic value; a fixed value memory section for storing a difference in input/output characteristic values as a fixed value between an original document and a copy document; and an adder for adding the fixed value to the image data of the reference document so as to output a resultant value to the comparator. By the provision of the fixed value memory section and the adder, the image forming apparatus can set a plurality of input/output characteristic values by reading the reference document once, thus reducing time for the procedure of setting the respective input/output characteristic values.

A sample & hold type phase detector is used in a CDR IC and, in jitter transfer bandwidth adjustment, VCO output waveforms 90° out of phase with each other can be inputted to the phase detector, whereby a jitter transfer bandwidth can be calculated by only the measurement of frequency and of a DC voltage and it is possible to make a jitter transfer bandwidth adjustment in DC test for IC.

The present invention relates to an assembly line rebalance optimization method considering energy consumption. The method comprises the following steps: S1, establishing an assembly line rebalance multi-objective optimization model with a minimum smoothing coefficient, minimum energy consumption and a minimum number of transfer tasks as objectives; S2, using a three-dimensional cell model, the knowledge base and the local search method to obtain a multi-objective solving method; S3, using the multi-objective solving method in step S2 to solve the multi-objective optimization model in step S1 to obtain a rebalance scheme under the optimal consideration of the smoothing coefficient, the energy consumption and the number of transfer tasks; and S4, using the rebalance scheme obtained in step S3 to adjust the existing assembly line task allocation scheme. Compared with the prior art, in the method provided by the present invention, the balance factor, the energy consumption factor and the rebalancing cost constraint are simultaneously considered, the production efficiency of the assembly line can be improved in a facilitated manner, and the rebalancing cost and energy loss of the assembly line can be reduced.

The invention discloses a photographing method and device based on image adjustment, and a terminal. A target image region is obtained from a target frame picture; the target image region is an image region corresponding to a target object in the target frame picture; the target image region is adjusted according to a user instruction; and photographing is carried out if the practical position of the target object is matched with the adjusting result. According to the embodiment of the invention, the target image region in the target frame picture can be adjusted according to the user instruction; photographing is carried out if the practical position of the target object is matched with the adjusting result; the target object is virtually adjusted in the target frame picture by adjusting the target image region; therefore, the target object entity does not need to move; the time and the power can be saved; therefore, the user experience is improved; the adjustment cost is reduced; simultaneously, the target object is virtually adjusted in the target frame picture; a photographer can rapidly obtain an adjusting effect; and thus, the photographing efficiency is increased.

The invention discloses an optical fiber sensing technology-based operating rod, which comprises an operating rod main body, a base, a rotating shaft, a spring A and a spring base, wherein the spring A is sleeved on the operating rod main body, the spring base is arranged below the spring A, the base is arranged below the spring base, the rotating shaft is arranged on the base, the rotating shaft is provided with an opening which passes through the rotating shaft vertically, the operating rod main body can extend out from the opening of the rotating shaft, an extent end of the operating rod main body is provided with a movable plate, a shell is arranged below the base, the movable plate is arranged inside the shell, a fixed plate is fixed on the inner wall of the shell, and a curved bracket is arranged between the fixed plate and the movable plate; a plurality of first A-side deformation teeth and a plurality of first B-side deformation teeth are distributed on the curved bracket, and a curved passage for a first signal optical fiber to pass through is formed between the head parts of every adjacent first A-side deformation tooth and the first B-side deformation tooth; and the first signal optical fiber is connected with a test unit, and the test unit is connected with a processing unit. The optical fiber sensing technology-based operating rod has a simple structure and reasonable design, is convenient to process and produce and has low cost.

Disclosed are an extrusion molding apparatus for large-scale macromolecular product and the process thereof, wherein the moulding apparatus comprises an extrusion system, a melt collecting apparatus, a melt planet gear pump, a transmission and control apparatus for the melt planet gear pump, a temperature control apparatus for the melt planet gear pump, branch channels, a temperature control apparatus for the branch channels, branch channel connectors, a head body, branch channels inside the head, a damping device, a moulding channel, a die, a die adjusting device and a head temperature control apparatus. A strand of materials is divided into multiple strands by the molt planet gear pump, flows into the branch channels of the head body with uniform pressure, and then outflows the die under auxiliary adjustment of the damping device and die adjusting device. The invention overcomes the problem of difficulty in realizing high precision that large-scale heads are confronted with. The negative impact due to ambient temperature changes and difference in channel roughness, heat treatment of the head body materials and melt flow can be minimized by independently controlling the temperature of each segment through the temperature control apparatus for the branch channels.

The embodiment of the invention provides a data transmission method and device between micro-services and electronic equipment, and belongs to the technical field of communication, and the micro-services comprise a first micro-service and a second micro-service. The method comprises the following steps: aggregating service data of a plurality of first micro-services; writing the service data of each first micro-service into a partition corresponding to the first micro-service in a message queue; According to the target micro-service corresponding to the second micro-service, obtaining servicedata required by the second micro-service from the partition corresponding to the target micro-service in the message queue. The embodiment of the invention provides a technical scheme. Storing the data of the first micro-service in a partition corresponding to the first micro-service in a message queue, therefore, the second micro-service can obtain the data of the first micro-service without accessing the first micro-service, the data transmission and processing efficiency is optimized through the message queue, the second micro-service does not need to be adjusted even if the interface of the first micro-service is changed, and the adjustment cost of the micro-service is reduced.

The invention relates to a valve train for an internal combustion engine with at least two cam shafts and a phase regulator (20), wherein the phase regulator (20) comprises a drive wheel (26), a first actuator which is connected to a first of the cam shafts, and a second actuator which is connected to a second of the cam shafts. By adjusting the first and/or the second actuator, a phase angle of the respective cam shaft can be adjusted relative to the drive wheel (26). Said valve train is characterized in that the adjustment of the second actuator is implemented based upon the adjustment of the first actuator.

The invention relates to the capacitor field, and especially relates to a MOM capacitor and a capacitance adjusting method; a first electrode and a second electrode of each metal layer are connected with a voltage switch; positive and negative polarities of voltage implemented by the voltage switch and applied to the first and second electrodes of each metal layer can be controlled, so the positive and negative polarities of a first electrode interdigital connected with one side of the first electrode and a second electrode interdigital connected with one side of the second electrode can be changed, and positive and negative polarities of each electrode interdigital in a row direction can be alternately arranged at intervals, positive and negative polarities of each electrode interdigital in a column direction can be mixedly arranged, thus finely adjusting the capacitance of the MOM capacitor. The method saves capacitance adjusting cost, so difference between an adjusted capacitance value of the MOM capacitor and a target value is smaller than 5%, and a simulation circuit can be more accurate.

The invention relates to an iron-cobalt bimetal-organic framework material based on a 2, 5-dihydroxy terephthalic acid ligand as well as a preparation method and application of the iron-cobalt bimetal-organic framework material. The preparation method comprises following steps: dissolving cobalt nitrate hexahydrate, ferrous chloride tetrahydrate and 2, 5-dihydroxy terephthalic acid in an organic solvent to obtain a precursor solution; carrying out solvothermal reaction on the precursor solution at the temperature of 110-170 DEG C; and after the reaction is finished, carrying out post-treatmentto obtain the iron-cobalt bimetal-organic framework material. Highly dispersed cobalt and iron active center ions in the iron-cobalt bimetal-organic framework material can enhance effective contact of cobalt ions and iron with a peroxymonosulfate to generate sulfate free radicals with strong oxidizing property, so that refractory organic pollutants in wastewater are removed. The iron-cobalt bimetal-organic framework material based on the 2, 5-dihydroxy terephthalic acid ligand is suitable for treating various organic wastewater, is high in efficiency, good in durability, convenient to operateand environmentally friendly, and possesses a wide prospect in treating toxic, harmful and non-biodegradable organic wastewater.

The invention discloses a projection teaching device used for learning of a senior high school student. The projection teaching device comprises a blackboard, a projector and a projection screen; a sliding plate is arranged at the lower end of the projector; the two ends of the sliding plate are fixedly connected with the top wall of a classroom through suspending rods; a guide rail is arranged at the upper end of the blackboard; a sliding groove is formed in the guide rail; rolling mechanisms are symmetrically arranged at the two ends of the guide rail; and the rolling mechanisms are connected with a sliding base of the projection screen through rolling ropes. As the sliding plate and the guide rail are arranged, the projector and the projection screen can move transversely, accordingly the projection screen can make space for the unwritten blackboard region behind, and the utilization rate of the blackboard is increased during the projection; as the position of the projector is adjusted in a manual pulling manner and the position of the projection screen is adjusted through the rolling mechanisms at the two ends, the adjustment cost is relatively low, the operation is relatively convenient and good practicability is obtained.

The invention belongs to the technical field of engine turbochargers, and relates to a shell structure of a turbine shell. The shell structure comprises the turbine shell; an outlet of the turbine shell is in sealed connection with a transition joint, and a transition joint cavity is formed between the transition joint and the turbine shell; a first turbine shell flue-gas bypass channel is formedin the upper part in the turbine shell, the gas inlet end of the first turbine shell flue-gas bypass channel communicates with a first turbine shell gas-inlet flowing channel formed in the bottom of the turbine shell, and the gas outlet end of the first turbine shell flue-gas bypass channel communicates with the transition joint cavity; and the turbine shell is internally provided with a flue-gasbypass valve for controlling opening and closing of the first turbine shell flue-gas bypass channel, and the bottom of the turbine shell is further provided with a second turbine shell gas-inlet flowing channel. According to the shell structure of the turbine shell, by adjusting the structures of the transition joint and the turbine shell, selecting and switching of the two structures are achieved, so that the overall combustion efficiency of an engine is improved, fuel economy is improved accordingly, and meanwhile, the risks of an excessive high supercharging pressure and an excessive high rotating speed of a supercharger are reduced.

The invention provides a device used for generating high efficiency narrow linewidth intermediate infrared laser and a method. The device comprises a pumping source, an OPO and two stages of OPAs. The device also comprises a coupling lens used for making idler frequency light and pumping light coincide and converge in a nonlinear crystal, a dichroic mirror used for separating signal light and the idler frequency light, and a dichroic mirror used for separating the idler frequency light and the pumping light. The invention also provides the method of obtaining narrow linewidth intermediate infrared laser output without inserting a linewidth controller in the cavity of the OPO. The method is characterized by adjusting the pumping spot size of crystals to control the divergence angle thereof, applying proper pumping power to obtain narrow linewidth seed light output, selecting the proper pumping power and pumping spot size as well in an amplifying process, and reasonably distributing the pumping power between two stages to obtain high power narrow linewidth intermediate infrared output.

The invention discloses a hydraulic plunger pump swash plate inclination angle stepless adjusting mechanism and an adjusting method thereof. The hydraulic plunger pump swash plate inclination angle stepless adjusting mechanism comprises a plunger pump shell; a swash plate is arranged at one end of the plunger pump shell; an adjusting screw hole corresponding to the swash plate in position is further arranged in the plunger pump shell; a stepless adjusting follow-up piston sleeve is arranged in the adjusting screw hole; the inner side of the stepless adjusting follow-up piston sleeve is sleevedwith a fixed follow-up piston matched with the swash plate; and a locking nut is arranged on the outer side of the stepless adjusting follow-up piston sleeve. According to the invention, the follow-up piston is designed to be of a fixed length, the follow-up piston sleeve is designed to be of an adjustable structure capable of going in and out of the adjusting screw hole of the shell; when the inclination angle of the swash plate is adjusted, the stepless adjustment of the angle of the swash plate can be completed without disassembling the follow-up piston and the follow-up piston sleeve, andthe expected angle of the swash plate is achieved; and therefore, length grading of the follow-up piston is avoided, the adjustment of the inclination angle of the swash plate is greatly facilitated,and the hydraulic plunger pump swash plate inclination angle stepless adjusting mechanism has the characteristics of being convenient to adjust, low in adjusting cost and free of pollutant entering in the adjusting process.

The invention provides a dust suppression belt conveyer. The dust suppression belt conveyer comprises a dust cover, a closer and an opener, wherein the dust cover is arranged on the upper part of a belt; the closer and the opener are arranged at a material falling end of the belt. In the material conveying process, the problem of dust diffusion is solved by using the dust cover; the closer and the opener are arranged at the material falling end of the belt, so that the dust problem at the material falling end is solved. A fixed connection mode that the conventional side plate sealing rubber plate is substituted by a sealing rubber plate in a saw-tooth structure is adopted by the dust cover, so that the sealing rubber plate has a simple and convenient adjustment process, and the sealing effect of the dust cover is guaranteed. The belt of the belt conveyer penetrates the closer and the opener; when the belt passes through the closer, the two sides of the belt are turned up to form dust suppression plates so as to suppress blowing of dust at the material falling end. When the dust suppression belt conveyer works, the stop frequency of the belt conveyer can be effectively reduced through the effects of the dust cover, the closer and the opener, the adjustment cost of the sealing rubber plate of the dust cover is reduced, meanwhile, a good dust removal effect is achieved, the clean production is realized and the income of mine production enterprises is increased.

The invention relates to an image recognition model training method and device, an image recognition method and device and equipment. In the training process of the image recognition model, a weight coefficient is adaptively and dynamically adjusted through a Frank-Wolfe algorithm; and the training of the image recognition model is realized through the alternate execution of the model parameter updating stage and the weight coefficient updating stage, so that the automation degree of the training of the image recognition model can be improved and the adjustment cost of the weight coefficient can be reduced. The weight coefficient is dynamically adjusted through the Frank-Wolfe algorithm; the influence of uncertainty of manual adjustment of the weight coefficient can be avoided, it can be guaranteed that the weight coefficient is continuously optimized, a second image recognition model can reach the image recognition accuracy similar to that of a first image recognition model, and the image recognition accuracy in the image processing technology can be improved in practical application.

The invention provides an AGV guide rail system. The AGV guide rail system comprises a magnetic guide rail, wherein the magnetic guide rail extends from a starting point platform to each processing station, the magnetic guide rail is provided with a plurality of station markers corresponding to the starting point platform to each processing station, the station markers are provided with numbers, and number information and destination station information are stored in the station markers. The invention further provides a using method of the AGV guide rail system. According to the AGV guide railsystem, the station markers storing the number information and the destination station information are arranged on the magnetic guide rail, and when an AGV moves to the station markers, the next destination station can be obtained by reading the destination station information on the station markers.