57results about How to "Avoid overload" patented technology

To analyze traffic at an application level, a stream according to TCP or SCTP is required to be reconstructed and to be analyzed. When a packet is transferred to analyzing equipment using a port mirroring function with which a router and a switch are provided, transferred traffic volume increases and exceeds the throughput of the analyzing equipment. As only a part of packets configuring a stream is transferred to the analyzing equipment in transfer to the analyzing equipment using a packet sampling function, analysis at the application level is impossible. To solve the problem, when a packet communication unit recognizes a stream start packet, samples a stream initiated by the packet on a condition and at a rate respectively determined beforehand and generates a condition for copying the packet based upon information of both ends of the stream included in the packet, packets sampled in units of stream can be transferred to the analyzing equipment.

The invention discloses a method and a system for crushing and sieving carbon raw materials, and in particular relates to a method and a system for crushing and sieving raw materials suitable for producing aluminum anodes, aluminum cathodes and aluminum electrodes. The method for crushing and sieving the carbon raw materials comprises: sending the raw materials to a belt conveyer; analyzing the raw materials by an online sampling analyzer which is arranged at the tail end of the belt conveyer; controlling a triple valve to discharge the raw materials according to the size fraction of the raw materials; and sending the raw materials to a bucket elevator which sends the raw materials to a sieving device for sieving. The method and the system have the advantages that the technological process of sieving first and crushing later or crushing first and sieving later can be selected according to the particle size distribution result of the materials by the novel technology for crushing and sieving the carbon raw materials; and oversize is returned back to a crusher for continuous crushing, and undersieves with different size fractions enter different proportioning bins respectively, so that overloading of the sieving device and a crushing device and overcrushing of the raw materials are avoided.

The invention discloses a scheduling method, management nodes and a cloud computing cluster. The scheduling method comprises the steps of collecting the load resource occupation rate of every computing node in the cluster; performing calculation according to the load resource occupation rate of every computing node to obtain the load balancing rate of resources in the cluster; if the load balancing rate is larger than or equal to a first threshold, starting a scheduling module so as to dispatch the load to the computing nodes light in load from the computing nodes heavy in load; if the load balancing rate is smaller than or equal to a second threshold, shutting down the scheduling module so as to forbid scheduling; and if the load balancing rate is smaller than the first threshold and larger than the second threshold, keeping an original state of the scheduling module unchanged. By arranging the two thresholds, an area between the two thresholds is a buffer area, the state of the scheduling module is kept as the original state when in the buffer area, the problem that the shock effect is caused due to the fact that the scheduling module is frequently in an open and closed state can be solved, and accordingly plenty of resources of the management nodes are released.

The present invention relates to a control method of a low voltage operation constant speed air conditioner, which is characterized in that the rotary speed of an indoor electric motor is adjustable, when the network voltage is changed, a conduction angle of a controlled silicon in a motor-drive circuit is adjusted in order to stabilize the rotary speed of the indoor electric motor, the different rotary speed shifts of an outdoor electric motor are changeable, under different ranges of the network voltage and / or different external disk temperature of the outdoor condenser, the outdoor electric motor operates on the different rotary speed shifts, controlling compressor overflowing protection, the closing down overflowing protection of the compressor is fed with the protection current value lower heat protector before the system heat protector feeds protection, and the batch restart of the compressor are completed within the setting time after feeding protection. The air conditioner of the present invention can be normal starting under 180V even under the condition of lower electric voltage and keep operation, the abnormal noise can be avoided when the electric network fluctuates, and the present invention can be active closing down protection and rapidly be automatic recovery normal running after electric voltage resumption.

The pesent invention provides a SATAII hard start sequence control circuit, for controlling the start sequence of SATAII hard inserting in multiple hards connector, and SATAII hard has a start interlaced start mode controlled by a driving software, the circuit is electrically connected one-to-one with these hard connectors by multiple power control units to control SATAII hards inserted in the hard connectors timing output by power, and multiple switch elements are electrically connected one-to-one with these hards connectors, and a hard controller detects whether these hards connectors is inserted with SATAII hards or not, when detecting the multiple hardware connectors inserting in the SATAII hardware, the relative power control units separately supply to these STATII hardwares after inhibiting staggered spin-up mode of these SATAII hardwares by the corresponding switch units. Thereafter, the overload of the power caused by multiple SATAII hardwares start at the same time is avoided.

The present invention discloses a wind driven power generator. The wind driven power generating system comprises: a) an aerodynamic unit rotatably mounted at the top of a tower having a certain height; b) a plurality of rudders for aligning the aerodynamic unit with the direction of wind, the rudders being radially formed on the outer surface of the aerodynamic unit; c) a horizontal shaft rotatably and horizontally mounted in the aerodynamic unit, wherein one end of the outwardly from the backend of the aerodynamic unit and the other end of the horizontal shaft remains inside of the aerodynamic unit and is provided with a first bevel gear; d) a blade attached to the rear end of the horizontal shaft, wherein the blade is rotated by the wind and thus rotates the horizontal shaft; e) blade variation means disposed at the rear portion of the aerodynamic unit for slanting the blade backwards and forwards, depending on the wind pressure; f) a power generator installed inside the tower; and g) a vertical shaft for transmitting the rotating power of the horizontal shaft to the power generator, wherein one end of the vertical shaft is provided with a second bevel gear, which is engaged with the first bevel gear, and the other end thereof is connected to a rotor shaft of the power generator.

A drilling machine comprises a stand on which a carriage is guided and can be moved by a drive supported on the stand and engagable with the carriage for generating feed motion of the carriage along the guide. A drilling unit on the carriage includes a motor-driven spindle. An axially-fixed intermediate shaft on the stand engages the carriage and translates rotary motion of the intermediate shaft into linear motion of the carriage along the guide. The drive is engagable with the intermediate shaft for moving the carriage along the guide with a stepper motor. A lever is engagable with an axially-displaceable plunger for shifting the plunger between first and second positions corresponding to an engaged position and a disengaged position, in which the plunger allows for manual rotation of the intermediate shaft when rotating the lever.

An improved speech-based / natural language point-of-sale customer order system which is useful for any business that interacts with customers through speech or sound. Despite the advances in speech recognition, currently available voice ordering interfaces have proven to be unintuitive and lack reliability. Voice recognition has so far proven to be inefficient in retail contexts, and therefore voice recognition has so far achieved a low level of usage penetration in the retail sector. The present invention facilitates the automated operation of the ordering function of a drive-through restaurant, fast food restaurant or other business establishment by replacing an employee or other means of capturing order data with an ordering system employing a highly accurate speech recognition component that is able to be trained to recognize a wide vocabulary of words, and associate tones and other metadata in a manner not previously achieved in speech-to-text systems.

The invention discloses a display device of collected dust amount of dust collector, wherein, the dust collector comprises a main body formed by the lower main body and the upper main body. The lower main body has a suction device while the upper main body can avoid the elements of lower main body exposed and has a power distribution part which can control the dust collector. The two side surfaces on the back of main body have back wheels, while one side of upper main has the display device of collected dust amount which comprises a dust displayer arranged on one side of main body to display the dust amount in the dust collector and a light-emitting diode separated arranged under the dust displayer to emit light when the collected dust amount reaches a certain degree. Said dust displayer is in the same color as the main body.

The invention discloses a data query method and system, and relates to the technical field of computers. A specific embodiment of the method comprises the following steps: inquiring a configuration file to obtain configuration information and an offset value of a main key of a to-be-inquired target file; obtaining threads required for data query according to the configuration information and the offset value so as to determine a primary key interval queried by each thread; and enabling each thread to carry out data query on the to-be-queried target file according to the corresponding main keyinterval and a preset query condition. According to the embodiment, the threads for data query and the main key interval, the sub-data segments and the multi-thread query data of each thread query areobtained according to the configuration information and the offset value in the configuration file, and the problems that in the prior art, the time consumption for data query is long, and data queryis unstable are solved.

The invention relates to a suction dredge pipeline reducing construction method, and belongs to the technical field of dredging engineering. In the suction dredge pipeline reducing construction method, suction dredging construction is performed on a dredge by adopting a pump and a pipeline. The method is characterized in that: when the pump and the pipeline are used for the suction dredging construction, the properties of the dredge pump are adapted by adopting a pipeline reducing mode, and the construction working conditions matched with the dredge are achieved. The method has the advantages that: a suction dredge conveying system is reasonably matched, the flow or the flow rate is increased, the yield can be remarkably improved, the oil consumption can be reduced, the effect of saving energy and reducing emission is remarkable, the utilization rate of construction equipment is high, the utilization rate of time is high, the project schedule is advanced, a large amount of manpower and material costs are saved, and the benefits of social economy, environmental friendliness, energy conservation and emission reduction are remarkable.

The invention provides an electrically actuated steering lock device which can realizes assembly of a substrate with fewer parts and good workability and without looseness. The electrically actuated steering lock device (1) comprises a locking member, an electric motor driving the locking member to work, a driving mechanism converting a rotation force of an output shaft of the electric motor to an advancing and retreating force of the locking member, a magnet fixed to the locking member, a substrate (15) provided with a magnetic force detection element capable of detecting a magnetic force of the magnet and disposed opposite to the magnetic, and a housing (2) formed by a shell (3) receiving the locking member, the electric motor, the magnet and the substrate (15) and a cover plate (4) sealing an open part of the shell (3). The inside of the shell (3) is provided with a substrate receiving part (3B) for receiving the substrate (15); a locating member (21) disposed on the substrate (15) is provided with a snug (21c) capable of being pressed flat; and the cover plate (4) is provided with a substrate pressing part (4a) capable of pressing the snug (21c) of the locating member (21) flat.

The present invention provides a service allocation method, apparatus and system of a network access request. The method comprises the steps of dividing a network into multiple sub-networks; for each divided sub-network, acquiring at least one client in each sub-network, and collecting server access-related information of the at least one client; generating, based on the collected server access-related information of the at least one client, an access priority list of a server providing data service in each sub-network; and when a data access request from any client is received, determining a target sub-network to which the any client belongs, and allocating a preferred server for the any client according to the access priority list corresponding to the target sub-network, so as to enable the allocated preferred server to provide a data service for the any client.

The invention provides a method and a system for managing and controlling channel control information flow in the Internet of Things, and the method comprises the steps: determining the data operation state of a service terminal according to the real-time data interaction state between a central control terminal and the service terminal of the Internet of Things, and then determining the real-time working state of the service terminal to adjust the data interaction flow between the service terminal and the central control terminal; and enabling the information data after flow adjustment to be subjected to security check processing so as to judge the data security of the service terminal and control the working state of the service terminal, so that the data transmission flow between the central control terminal and the service terminal can be effectively and accurately controlled and adjusted. Therefore, the condition of data processing overload of the service terminal is avoided, and the reliability and safety of data transmission between the central control terminal and the service terminal can be improved.

The invention relates to a high-voltage distribution device, in particular to a high-voltage distribution device with double breakers used for single bus segmentation and the application of the high-voltage distribution device. According to the high-voltage distribution device with the double breakers used for single bus segmentation, a segmented circuit with main transformers and power source incoming lines is provided creatively. The high-voltage distribution device comprises the first breaker 1CBF, the second breaker 2CBF and an intermediate node. The two breakers are connected to two sectioned buses. The intermediate node is connected to the second main transformer through a disconnecting switch 2GB. The high-voltage distribution device can be applied to a newly constructed project and an old project which is put into operation through transformation. The high-voltage distribution device with the double breakers used for single bus segmentation has the advantages that the structural form that loops are symmetrically distributed is adopted, and therefore power supply of a power source and the number of the loops can be effectively matched with each other; it can be guaranteed that under the condition of various possible accidents and the overhauling state, the two loops of power source (main transformers) incoming lines effectively supply power to the load of a power substation, and the reliability and the stability of power supply of a power distribution device are definitely and effectively guaranteed.

The invention discloses a high-horsepower tractor down-shift control method considering the speed regulation characteristic of a diesel engine. The high-horsepower tractor down-shift control method considering the speed regulation characteristic of the diesel engine comprises the steps that firstly, the power down-shift control parameter of a tractor is determined; and secondly, the power down-shift control process of the tractor is divided into a shift preparation stage, a rotation speed synchronizing stage, a gear overlapping stage and an engaging strengthening stage, then the purpose that in the power down-shift process, a variable-speed transmission system always keeps a large output torque is achieved, and meanwhile it is guaranteed that the diesel engine avoids flameout. In this way, the tractor can be adapted to change of work resistance and continuously operate, and the operation efficiency is guaranteed.

The invention relates to a constant power adjusting system for a duplex axial plunger pump and an application of the constant power adjusting system. The constant power adjusting system comprises a main valve body, an outer spring adjusting screw, an inner spring adjusting screw, an outer spring adjusting nut and an inner spring adjusting nut. The main valve body comprises an outer spring, an inner spring, a compensation rod, a compensation valve element and a compensation piston. A brand-new spring assembling mechanism, namely a series-parallel connection converter (including an inner spring converter and an outer spring converter) is designed at the position of an inner spring and the position of an outer spring of an existing constant power adjusting system, the two springs can show up four sorts of spring stiffness characteristics in the compression process through the series-parallel connection converter, and the fitting degree of the characteristic curve of the four shown comprehensive stiffness coefficients and a theoretical constant power hyperbolic curve is higher in the constant power adjusting process. By the adoption of the mechanism, the energy utilization rate of the plunger pump can be greatly increased when the plunger pump works within the pressure load range of 15-25 MPa; the phenomenon that the plunger pump and a prime mover work in an overload state is effectively avoided, and the service life of hardware is prolonged.

Embodiments of the present disclosure provide terminal connection control method and apparatus in a base station of a mobile communication system which supports a Carrier Aggregation (CA) function. According an embodiment of the present disclosure, a method for control a connection of a terminal in a base station of a mobile communication system includes determining whether there is a Primary Cell (PCell) connection request from a terminal with respect to an i-th cell (herein, i is a positive integer greater than 0 and equal to or smaller than k) corresponding to one of k cells (herein, k is a positive integer greater than 0) in the base station; if there is the PCell connection request from the terminal, determining whether to allow the PCell connection for the i-th cell of the terminal based on a threshold load corresponding to a maximum limit of a resource allocated to each cell; and if the PCell connection for the i-th cell of the terminal is allowed, determining whether to release a Secondary Cell (SCell) connection for at least one or more terminals which maintain the SCell connection for the i-th cell by comparing an i-th resource load allocated to the i-th cell with the threshold load.

An exemplary embodiment of the present disclosure illustrates a gain control method executed in a wireless signal receiver. The gain control method has the following steps. A wideband channel is continuously monitored to check whether an interference signal exists in a wireless signal. When the interference signal exists in the wireless signal, an interference received signal strength indicator is obtained. A front end gain of the wireless signal receiver is controlled according to the interference received signal strength indicator. When the interference signal exists in the wireless signal, the wireless signal receiver is prohibited from using a maximum front end gain.

A core drilling machine comprises a stand on which a carriage is guided which can be moved by means of a drive in a working direction along a guide, wherein on the carriage a drilling unit having a spindle driven by a motor is received for driving a drilling tool, the drive comprising a stepper motor.

The present invention relates to a grinding apparatus configured such that: a supply rotor ascends along a guide slot and simultaneously supplies the object being ground if the transfer pressure of the object being ground is greater than the weight of a supply unit as the amount of the object being ground transferred from a transfer screw exceeds a predetermined amount, and the supply rotor descends along the guide slot by the weight of the supply unit if the amount of the object being ground transferred from the transfer screw decreases to the predetermined amount, thereby preventing an overload and, at the same time, smoothing the supply of the object being ground and thus allowing stable use; the size of the grinding holes of a grinding net mounted on a grinding unit gradually decreases towards a collecting unit, thereby maximizing the grinding efficiency of the object being ground; and the scraper of a separating unit separates the ground object adsorbed onto the inner wall of a main body while rotating inside the collecting unit, thereby preventing ingredients from being mixed together in the case of grinding different objects, and thus preventing the ingredient change of the ground objects.

The present invention provided a controller which capable of avoiding an overload state of an actuator without using a sensor and so forth. An ECU (2) of the controller (1) calculates a lift control input U_Liftin into a variable valve lift mechanism (50) according to an algorithm of formulae ((2) to (5)) so that the valve lift Liftin follows up a target valve lift Liftin_cmd, integrates the product of the value Imot of the current flowing through the variable valve lift mechanism (50) and the sampling period Stime to calculate the integrated value SImot. If SImot=SImot_J1, two parameters pole_f_lf, pole_lf are set to predetermined failure values pole_f_lf_J1, pole_lf_J1, respectively, at which the lift control input U_Liftin is smaller than that of when SImot<SImot_J1.

The invention relates to bio-pharmacy devices and especially relates to a liquid medicine reagent secondary stirring device used for bio-pharmacy, and aims to solve a technical problem by providing the liquid medicine reagent secondary stirring device, which has two stirring modes, does not occupy long time, and is free of overloading for long time and damage due to a batch charging stirring mode.The stirring device includes a bottom plate, an n-shaped guide rail, and two guide sleeves, etc; wherein the n-shaped guide rail is installed on the bottom plate in a welding manner, and the two guide sleeves are in sliding connection with the n-shaped guide rail. The stirring device has two stirring modes, does not occupy long time, and is free of overloading for long time and damage due to a batch charging stirring mode. The guide sleeve at the left side drives a material box for the batch charging, so that the liquid medicine reagent can be fed into the stirring box and be stirred thereinin a batched feeding manner under low charging load.

The invention provides a vehicle brake system includinga brake assembly providing a service brake and a parking brake having a brake disc assembly in common,a service brake circuit,a parking brake circuit, anda brake control arrangement adapted to control the service brake by selectively providing a fluid communication between a pressurising arrangement and the service brake via the service brake circuit, the brake control arrangement further being adapted to control the parking brake by selectively providing a fluid communication between the pressurising arrangement and the parking brake via the parking brake circuit, and by selectively draining the parking brake circuit,wherein the vehicle brake system includes a draining circuit adapted to drain the service brake circuit to avoid overload of the brake disc assembly.

The embodiment of the invention provides a primary and backup switching method, a primary and backup switching device, related electronic equipment and a readable storage medium, applied to the technical field of wireless communication. The method comprises the steps of receiving address information of a primary access controller (AC) associated with an access point (AP) sent by the AP, wherein the address information of the primary AC is sent by the AP after separately building communication tunnels with the primacy AC and the backup AC; if the condition that the AP is switched to the backupAC from the primary AC, sending the address information of the primary AC to the AP, thus allowing the AP to detect whether the primary AC is returned to normal operation according to the address information of the primary AC, and when the condition that the primary AC is returned to normal operation is detected, rebuilding the communication tunnel with the primary AC, and switching to the primaryAC from the backup AC. According to the method, the device, the equipment and the medium provided by the embodiment of the invention, when the AP performs primary and backup switching, the AP can bereturned to the original primary AC, so that the AP associated with the primary AC is accordant with that before switching, and the problem that the load of the individual AC is overhigh after switching is avoided.

The invention relates to the technical field of injection molding equipment, and provides an intelligent injection molding liquid injection device capable of realizing no bubbles by employing a springmechanism. The device comprises an injection molding liquid injection device, upper pressing devices are fixedly connected to the left side and the right side of the injection molding liquid injection device, torque springs are respectively and movably connected to the left side and the right side of the injection molding liquid injection device through the upper pressing devices, and sound waveblocks are respectively and movably connected to the left side and the right side of the injection molding liquid injection device through the upper pressing devices. According to the intelligent injection molding liquid injection device capable of realizing no bubbles by employing the spring mechanism, intermittent touch of a pulling connecting rod is performed through the rotation of a transmission tank, injection molding, stirring and conveying are conducted in a rotating wheel driving mode, when the device is in a high-load state, a chassis thereof shakes to a certain extent, the chassis touches the pulling connecting rod, the pulling connecting rod drives a negative pressure spring to be further compressed in an original working state through a movable extrusion frame, and a limitingrotating rod is driven to move to the edges of two sides of a transmission rotating rod.

The invention relates to an automobile diagnostic data query method and device. The method comprises the following steps: obtaining, by a diagnostic server, vehicle identification information of a diagnostic vehicle through automobile diagnosis triggered by a diagnostic client; querying user information corresponding to the diagnostic vehicle in a memory database extended by the diagnostic serverrelative to a vehicle query server according to the vehicle identification information; and returning, by the diagnostic server, the user information to the diagnostic client. By adoption of the automobile diagnostic data query method and device provided by the invention, the problem that the diagnostic server frequently calls a data query interface of the vehicle query server, resulting in overload of the vehicle query server, is effectively avoided.

The invention provides an SDN switch shunting method and system, a terminal and a storage medium. The method comprises the following steps: automatically obtaining SDN switch information through an open flow control protocol; receiving an interested flow condition configured by a user, detecting correctness, and modifying error setting; receiving an interested flow processing mode configured by auser, judging whether conflicts exist or not, and finishing configuration after no errors exist; obtaining all flows from the SDN switch port; and according to the interested flow condition and the interested flow processing mode configured by the user, completing screening and distribution of SDN switch entrance message flow.