49results about How to "Reasonable load" patented technology

The invention discloses an edge computing platform container deployment method and system based on load prediction. The edge computing platform container deployment system comprises a plurality of computing nodes and a central node, wherein original load monitoring systems are carried on the computing nodes; the original load monitoring systems are respectively connected with a node load prediction system, and are uploaded to a central server through the node load prediction system; the node load prediction system and a computing task management system are carried on the central node; an LSTMmodel corresponding to each computing node is arranged on the node load prediction system, and the node load prediction system receives node original load information and sends a prediction result tothe computing task management system; and the computing task management system is responsible for deploying the container, and the computing task management system feeds back the node number and the task time to the node load prediction system according to the received information and issues the container to the available computing node. According to the edge computing platform container deployment method, the containers are reasonably deployed to the computing nodes, so that the cost of computing tasks is reduced.

The invention relates to a triangle of a high device number towel machine and a design method. The triangle comprises a raising cam and a stitch cam, wherein a raising curve track is arranged on the raising cam, a stitch curve track is arranged on the stitch cam, the side surface at one end of the raising cam is arranged oppositely to the adjacent surface of the stitch cam, a triangle clearance is formed between the two end surfaces, arranged oppositely, of the raising cam and the stitch cam, the port of the raising curve track and that of the stitch curve track are in butt joint at the adjacent opposite surfaces of the raising cam and the stitch cam, the distance from the center of the raising port of the raising cam to the lower end surface of the raising cam is the raising height, the highest position of the raising curve track is the highest raising point, and the lowest position of the stitch curve track is the lowest stitch point. The triangle of the high device number towel machine is applicable to a circular knitting machine, and the newly designed triangle enables production of a high device number towel cloth to be possible.

The invention relates to the technical field of waste cloth reusing and particularly relates to a waste cloth regenerating and reusing device which comprises a loosening mechanism and combing mechanisms, wherein a discharge area of the loosening mechanism and a feed area of the combing mechanism are connected through a conveying mechanism. A method for recycling waste cloth by use of the device comprises the following steps: firstly performing same-color screening of the waste cloth; putting the waste cloth with the same color into the loosening mechanism to be loosened; conveying the loosened fiber from the discharge area to next loosening mechanism for performing further loosening treatment; combing the fiber loosened again by a plurality of combing mechanisms to finally form regenerated fiber; spinning by reusing the regenerated fiber. According to the waste cloth regenerating and reusing device and the recycling method thereof provided by the invention, the waste cloth is treated by the loosening mechanism and the combing mechanisms; the waste cloth can be dispersed into regenerated fiber, and the length of the regenerated fiber can reach 1.5-3cm; moreover, the finished product yield can reach around 95%, and pollution to the environment and the like is avoided.

A method of sequestering boron species in a fracturing fluid includes the use of a boron chelating agent. Also disclosed are methods of producing a fracturing fluid using produced or recycled base fluids which may be contaminated with boron, and methods of stimulating of hydrocarbon-bearing formations using such fracturing fluids.

The invention discloses a sea condition simulation device of a ship. The sea condition simulation device of the ship can simulate stress alternation situation of the ship in a marine environment and provides a reference basis for ship design and check. According to the sea condition simulation device of the ship, by using a parallel mechanism to construct a six-degree-of-freedom platform, requirements on various motion attitudes of the ship in the marine environment are satisfied; four wave blasting devices are uniformly distributed on the surrounding of the ship; through combination between the wave blasting devices, the propelling tendency and strength of the waves can be simulated; as circular point clamping heads and sucker clamping heads are distributed in a crossed manner, the inclined surface of a hull can be stably clamped; and as a vortex generating device and an air blower set are arranged, sea vortexes and sea storms can be simulated; and under the coordination of specific smog, the pneumatic streamline situation of the hull can be very well displayed. According to the sea condition simulation device of the ship, the design mechanism is special, the sea severe environment and the hull stress condition are simulated in a maximized manner, and deflection and moving attitudes of the hull are monitored in real time under the coordination of recognition of a vision camerato provide an important reference basis for hull design and manufacturing.

The invention discloses an in-shaft spline and outer circle coaxiality machining and positioning device and a process method. According to a traditional method, the outer circles of workpieces are clamped through a chuck, and then the end faces are pressed; due to the fact that the sizes of the outer circles and the axial lengths of the workpieces are different, some workpieces can not be directly clamped and can not be positioned until multiple gaskets are arranged at appropriate positions, positioning standards and alignment standards of the workpieces can not be unified, the tool rigidity is influenced when the axial sizes are large, and the machining accuracy is low. The in-shaft spline and outer circle coaxiality machining and positioning device is composed of a jig body and a gasket. Four U-shaped grooves which are evenly distributed are formed in the bottom of the jig body. The jig body is fixed to a working table when T-shaped bolts penetrate the U-shaped grooves. Four T-shaped grooves which are evenly distributed are formed in the upper end of the jig body. Workpieces are fixed when T-shaped bolts penetrate the T-shaped grooves. The gasket is placed on the jig body, and it must be ensured that two planes are parallel. The workpieces are placed on the gasket. The gasket is selected according to the workpiece positioning outer circle size. According to the designed positioning device, the purpose of unifying the in-shaft spline and outer circle process standards is achieved, positioning is stable, and the machining accuracy is high.

The invention discloses a software switch load balancing method comprising the following steps that (1) network port binding is set; (2) the network port rate in the network binding is acquired; (3) ordering parameters are calculated according to the network port rate and the data transmission volume within a certain period; (4) available network ports are ordered according to the ordering parameters; (5) the ordering result is processed and whether load migration is triggered is judged; (6) if load migration is triggered, the load required to be migrated is selected according to the type of the load; and (7) the load is migrated and the network port used by the migrated load is changed. The invention also discloses a software switch performing the method. With application of the method, the network port rate is included in the load balancing process, the network port rate information is acquired and the load type is judged; meanwhile, the method has a load selection mechanism before migration so that reasonable load balancing can be performed.

The invention discloses a loader specially for discharging coal, comprising a power source, an executing mechanism and a working mechanism, wherein the working mechanism comprises a bucket, a draw bar, a rocker, a movable arm, a rocker cylinder, a movable arm cylinder and a cab; and the executing mechanism comprises a plurality of steering valves, an oil pump, a hydraulic cylinder, a steering device, a speed change box, a front axle and a rear axle. The loader has the advantages that: based on the original bucket, a bucket mouth is lengthened to a certain size so as to go deep into the bucket better; the rocker and the draw bar redesigned, which are more reasonable and can go deep into a carriage, thereby further increasing the flexible of the loader; the movable arm and the front axle are redesigned, which ensures that the bucket, the front axle, the rear axle, the rocker, the draw bar and the movable arm are matched more closely and reasonably, thereby further improving the unloading efficiency of the loader; based on the original rear axle, a counterweight of the rear carriage adopts a lengthening measure, and the weight of the rear counterweight is appropriately increased, which ensures that the front load and the rear load become more accurate and reasonable.

The invention relates to a soft capsule and method of preparation, wherein the content comprises active constituents, Tween, Span or poloxamer-188 with right amount of vegetable oil and suspension aid agent by the weight ratio of 1:0.006-0.010.

The present invention relates to computer Chinese keyboard and its Chinese information inputting and processing method. It includes double-clik keyboard input and direct prompt of Chinese phonograms, keyboard input and processing of Chinese dcharacters, words and sentences. The present invention features the software expansion, hardware reformation and figure imitation to create a 49-key keyboard, input code elements including initial consonants and vowels with tone, input a syllabic symbol via two clicks, single-letter Chinese character selection, Chinese character and word code, intelligent word making, etc. in Chinese character keyboard inputting and processing. The present invention is used in inputting and processing various Chinese character phonograms.

The invention discloses an electro-adsorption desalting regeneration system and a regeneration process, relating to the field of water treatment and solving the problems that the regeneration of a secondary electro-adsorption module is more thorough and the adsorption efficiency is lower in the prior art. The regeneration system comprises a first electro-adsorption module and the second electro-adsorption module, and further comprises a control module, a first electric module and a second electric module, wherein the secondary electric module is used for enabling the secondary electro-adsorption module in a short-circuit state before the secondary electro-adsorption module finishes the regeneration, and enabling the secondary electro-adsorption module in an electrifying state after the secondary electro-adsorption module finishes the regeneration and before the first electro-adsorption module finishes the regeneration; the first electric module is used for enabling the first electro-adsorption module in the short-circuit state before the first electro-adsorption module finishes the regeneration; and the control module is used for controlling the short-circuit state and the electrifying state of the first electric module and the second electric module. According to the invention, the loads of the first electro-adsorption module and the second electro-adsorption module can be regulated to be more reasonable by fully utilizing the capability of the secondary electro-adsorption module so as to enable a running process of the module to be more compact.

The invention discloses a load balancing method for a cloud cluster. The load balancing method comprises the steps that the cloud cluster comprises a plurality of load balancers LB; LB distributed in the NS1 are set as a first LB cluster, the first LB cluster comprises a plurality of first LBs, and a plurality of virtual IP addresses of the first LB cluster are sent to the routing switching equipment, so that the routing switching equipment forwards the plurality of data requests to the first LB cluster when receiving the plurality of data requests; the first LB cluster distributes a plurality of data requests to different first LB based on a load balancing strategy of a transmission layer; LB distributed in the NS2 is set as a second LB cluster, and different data requests are forwarded to the second LB cluster; and after the second LB cluster receives different data requests forwarded by the first LB, a load balancing strategy of an application layer is determined based on the flow prediction value, the working duration and the resource saturation of the cloud cluster, and a plurality of corresponding cloud servers are allocated based on the load balancing strategy, so that the plurality of cloud servers respond to different data requests.

The invention belongs to the technical field of bag stacking and loading vehicles, and particularly provides an automatic loading system and method for bags. The automatic loading system comprises a conveying device, a bag stacking device, a transverse moving and side leaning device and a portal frame. The conveying device is used for conveying the bags to the bag stacking device according to a preset posture. The transverse moving and side leaning device drives the bag stacking device to attach the end portions of the bags to the inner wall of a truck carriage to achieve a two-side side-leaning bag stacking function and a transverse non-side-leaning position bag stacking function. The bag stacking device opens the stacked bags at the position close to the side and the position not close to the side so as to put the bags into the designated position of the truck carriage. The portal frame is used for driving a machine head to move up and down and longitudinally to achieve control overthe position of each row and the bag stacking height, and an overall transverse moving device in the portal frame achieves centering of the machine head and the carriage. According to the scheme, linear automatic loading and arranging of the chemical fertilizer bags can be achieved, the chemical fertilizer bags can be accurately stacked into the carriage of a transport truck, arranging is tidy, loading is reasonable, the space utilization rate of the carriage is high, and the automation degree is high.

The invention belongs to the technical field of bag stacking and loading, and particularly provides a bag stacking system for automatic bag loading. The bag stacking system comprises a machine head, wherein a longitudinal moving module is arranged on the machine head, and the longitudinal moving module comprises longitudinal guide rails which are longitudinally arranged along the front and back ofa truck compartment; the bag stacking system further comprises a conveying belt, a transverse moving side-approaching device and a double-door putting mechanism, the transverse moving side-approaching device is slidably connected with the longitudinal guide rails, and the transverse moving side-approaching device comprises a transverse guide rail; and the double-door putting mechanism is slidablyconnected with the transverse guide rail, the double-door putting mechanism is used for receiving bags conveyed from the conveying belt, and the transverse moving side-approaching device, the longitudinal moving module and the double-door putting mechanism are in linkage. According to the bag stacking system for automatic bag loading, automatic loading and bag arranging of the chemical fertilizerbags can be realized, the chemical fertilizer bags are accurately stacked into the compartment of a transport truck, the arrangement is tidy, the loading is reasonable, the space utilization rate ofthe compartment is high, the requirements of transportation in related industries are met, and the automation degree is high.

The invention discloses a wind turbine generator load calculation method and device, and the method comprises the following steps: obtaining the turbulence intensity data of each site of a wind turbine generator at different wind speeds, and extracting the envelope turbulence intensity corresponding to different wind speeds; according to the envelope turbulence intensity of the preset wind speed interval, fitting the turbulence intensity data in the preset wind speed interval, and obtaining fitting turbulence intensity; and calculating a load value of the wind turbine generator according to the fitting turbulence intensity, and judging whether the load value is in a normal range by combining a design load of the wind turbine generator. The invention comprises acquiring turbulence intensity data of each machine site of a wind turbine generator at different wind speeds, extracting envelope turbulence intensity, carrying out data fitting and calculating a load value of the wind turbine generator, replacing a traditional calculation method for carrying out safety recheck on each machine site of a wind field, and dividing the maximum recheck turbulence intensity by using a reasonable wind speed interval. Therefore, load calculation is carried out, and the load is more reasonable.

The invention discloses a slanting overall wall-mounted solar water heater which comprises a support (7), a water tank (6) and vacuum tubes (1). One end of each vacuum tube is connected into the water tank, and the other end of each vacuum tube is fixed on the support. The water tank (6) is backwards slanting for 15-25 degrees, the section of the water tank is parallelogram-shaped, and the vacuum tubes (1) are distributed along the upper side and the front side of the parallelogram. The vacuum tubes are arranged above and in the front of one side of the water tank and are distributed along the front side of the water tank totally, the water tank does not shield the vacuum tubes, and therefore illumination time is increased. The section of the water tank is parallelogram-shaped so that compared with the water tank with the same volume, the length of a distribution line of the vacuum tubes is increased compared with a cubic water tank and the distribution quantity of the vacuum tubes is increased. The slanting overall wall-mounted solar water heater can solve problems of the overall wall-mounted solar water heater of small water tank capacity and low water temperature.

The invention provides a bicycle. A case is installed in the middle of the body of the bicycle. The case can accommodate various accompanying supplies and work and study tools. Since the case is ingeniously arranged in the middle of the bicycle, it can be fully utilized. It not only saves the remaining space of the bicycle, but also makes the load of the bicycle more reasonable, which is beneficial to the stability of the bicycle body during driving.