81results about How to "Improve configuration accuracy" patented technology

A system and method that provides dynamic network policy management. The system enables a network administrator to regulate usage of network services upon initiation of and throughout network sessions. The system employs a method of identifying selectable characteristics of attached functions to establish static and dynamic policies, which policies may be amended before, during and after any session throughout the network based on the monitored detection of any of a number of specified triggering events or activities. Particular policies associated with a particular identified attached function in prior sessions may be cached or saved and employed in subsequent sessions to provide network usage permissions more rapidly in such subsequent sessions. The cached or saved policy information may also be used to identify network usage, control, and security. The system and method of the present invention provides static and dynamic policy allocation for network usage provisioning.

The invention discloses a device that can stretch the reflection plane in space, which includes a foldable ring pole, a foldable rib pole and a plurality of connection joints, wherein, every two foldable ring poles (1) are connected by a ring pole connection joint (2) to form a furling and stretching ring structure; every two foldable rib poles (3) form a furling and stretching rib structure by a rib pole connection joint (4); one end of the rib structure is connected with the ring structure by a ring rib connection joint (5) and the other end is connected with a central ribbed tube connection joint (6) to form a whole rigid body; the ring pole connection joint and the rib pole connection joint drives, locks and controls the foldable ring pole to stretch from the vertical furled state to the horizontal stretched state and controls the foldable rib pole to stretch from the vertical furled state to the expected curve proximity state. The invention has low area density, high structural precision and large holding rate and can be used for the ground or space as a reflector or a collector.

A transceiver includes a transmit pin configured to receive a signal from a microcontroller, a receive pin configured to transmit a signal to the microcontroller, at least one bus pin configured to transmit and receive signalling to or from the network, a wake-up detector, an acknowledge and / or wake-up generator, and at least one switch is operable to put the transceiver in a first mode of operation. In the first mode of operation the transmit pin is connected to the wake-up detector, and the wake-up detector is configured to activate a wake-up code in accordance with configuration information received at the transmit pin, and the receive pin is connected to an acknowledge and / or wake-up generator, which is configured to provide an acknowledge and / or wake-up signal to the receive pin based on a comparison of actual configuration information stored in the transceiver with the received configuration information from the transmit pin.

The invention provides a method and system for configuring optical network unit (ONU) equipment. The method comprises the following steps: connecting an equipment signal read-write converter with the ONU equipment by a connecting line and connecting a configuration terminal with the equipment signal read-write converter in a wireless manner; reading the SN configuration files prestored in the configuration terminal and obtaining the SN; and calling configuration software prestored in the configuration terminal according to the equipment type, writing the SN into the configuration software, the configuration software automatically implementing the configuration command needed by the configuration mode and writing the SN into the ONU equipment by the equipment signal read-write converter. The invention provides a set of cheap and wieldy universal-type ONU equipment configuring read-write systems which are convenient for the engineering adjusting and testing personnel or installation andmaintenance personnel to use and improve the working efficiency.

A transceiver includes a transmit pin configured to receive a signal from a microcontroller, a receive pin configured to transmit a signal to the microcontroller, at least one bus pin configured to transmit and receive signalling to or from the network, a wake-up detector, an acknowledge and / or wake-up generator, and at least one switch is operable to put the transceiver in a first mode of operation. In the first mode of operation the transmit pin is connected to the wake-up detector, and the wake-up detector is configured to activate a wake-up code in accordance with configuration information received at the transmit pin, and the receive pin is connected to an acknowledge and / or wake-up generator, which is configured to provide an acknowledge and / or wake-up signal to the receive pin based on a comparison of actual configuration information stored in the transceiver with the received configuration information from the transmit pin.

The invention discloses an association method and device between virtual extensible local area networks (VXLAN) and a tunnel. The method is applied to virtual tunnel end points (VTEP) in the VXLANs and includes the steps that through the tunnel configured on the device, a notification message which is sent by the opposite end VTEP of the tunnel is received and carries virtual network identifiers (VNI) of all the VXLANs currently configured on the opposite end VTEP; for each VXLAN currently configured on the device, if the same VXLAN exists in the VXLANs indicated by the VNIs carried by the received notification message, and the VXLAN on the device is not yet associated with the tunnel, the VXLAN on the device is associated with the tunnel. The workloads of configuration can be reduced, the configuration complexity of the VXLANs can be lowered, configuration accuracy can be improved, the VXLANs are easy to manage, and maintaining and operating are convenient.

A method of molding an ophthalmic lens product by using a mold assembly which has a mold cavity, the lens product having a configuration corresponding to that of an ophthalmic lens or a precursor of the ophthalmic lens and being obtained by polymerizing a liquid monomer composition in the mold cavity to provide a polymer product which gives the lens product, the method comprising the steps of: preparing the mold assembly having a monomer storage space for storing the liquid monomer composition, which storage space is held in fluid communication with the mold cavity; filling the mold cavity of the mold assembly with the liquid monomer composition while the liquid monomer composition is accommodated in the monomer storage space; and polymerizing the liquid monomer composition at a temperature of 10-80° C. while a pressure higher than the atmospheric pressure is applied directly to a liquid surface of a mass of the liquid monomer composition accommodated in the monomer storage space.

This invention provides a process for producing a liquid crystal display device that can dispose spacer particles at positions corresponding to a nonpixel region on a substrate through an improvement in a spacer particle dispersion liquid. The production process is a process for producing a liquid crystal display device having a pixel region and a nonpixel region and comprises the step of delivering a spacer particle dispersion liquid containing spacer particles (14) dispersed therein onto a surface of a first substrate (2) or a second substrate (3) with an ink jet device to place the spacer particles (14) at specific positions corresponding to the nonpixel region. In the step of disposing the spacer particles (14), the liquid contact part in an ink chamber containing the spacer particle dispersion liquid in a head of the ink jet device is formed of a hydrophilic material having a surface tension of not less than 31 mN / m, and the surface tension of the spacer particle dispersion liquid is not less than 33 mN / m and not more than a value of (surface tension of the liquid contact part + 2 mN / m).

The invention discloses an interphone configuration method and an interphone configuration device. The method comprises the following steps: acquiring an interphone configuration parameter; generatingat least one interphone configuration file according to the interphone configuration parameter and indication information, by establishing a wireless connection with a to-be-configured interphone, sending the corresponding interphone configuration file to the to-be-configured interphone, and then sending the corresponding interphone configuration file to the next to-be-configured interphone aftercompleting sending of the corresponding interphone configuration file to the to-be-configured interphone, until sending all the interphone configuration files, thereby enabling the to-be-configured interphones to configure itself according to the received interphone configuration file. The at least one interphone configuration file can be directly obtained according to the indication informationand the acquired interphone configuration parameter, corresponding interphone configuration files are fed back to each to-be-configured interphone through a wireless connection mode, and configurationaccuracy, configuration efficiency and configuration flexibility are promoted effectively.

The invention relates to the field of data acquisition, in particular to a model and panorama registration method, system and device, a medium and a map. The registration method of the three-dimensional model and the live-action panorama comprises the following steps: carrying out rasterization on the three-dimensional model to generate a virtual panorama at a virtual panorama viewpoint; extracting a first contour line from the virtual panorama, and extracting a second contour line from the live-action panorama; and registering the virtual panorama and the live-action panorama according to thefirst contour line and the second contour line. Under the adverse conditions that the quality of the three-dimensional model is low, the live-action panorama is shielded, and the live-action panoramais not matched with the space-time of the three-dimensional model, high configuration precision can still be automatically achieved. The invention provides a new method for automatically registeringthe three-dimensional model and the live-action panorama in processing after large-scale data acquisition, the defect of failure of automatic matching of feature points between different source imagesis avoided, and the time and labor cost of data processing can be effectively reduced.

Provided is heat transfer tubes and a heat exchanger using the same. In the compact heat exchanger, outer tubes and inner tubes can be assembled in an accurate manner without causing reduction in heat transfer efficiency. The heat transfer tubes comprise: a plurality of parallel outer tubes (13); inner tubes (15) inserted into the outer tubes (13) and disposed so that both ends of the inner tubes (15) extend beyond the outer tubes (13); a gap support member (17) disposed in the gap between the inner circumferential surface of the outer tube (13) and the outer circumferential surface of the inner tube (15), the gap support member (17) being made of a wire material arranged so as to be in contact with the inner circumferential surface and the outer circumferential surface in a spiral shape along substantially the entire length of the outer tube (13); and a support member (19) made of a wire material arranged so as to be in contact with the inner circumferential surface of the inner tube (15) in a spiral shape along the entire length of the inner tube (15). The area ratio of a primary flow path in the inner tubes (15) and a secondary flow path in the outer tubes (13) is 1:1-1:1.6.

The invention provides a wet tissue container of small distortion and high air tightness. The wet tissue container (100) of the invention used for containing wet tissues (P) is provided with a container (1) with a wet tissue extract opening on the upper part, a bottom cap (2) with an opening (11) on the base for closing the container, a top cap (3) arranged on the container for closing the extract opening (12), an operate part (4) arranged on an operate part install part (18) of the container, an air tightness part (6) for closing the extract opening to let a space part (5) in an air tightness state. The air tightness part is provided with a body-side air tightness part (61) arranged on the container and a cap-side air tightness part (62) arranged on the top cap. The containing space part is made into air tightness state by meshing the body-side air tightness part with the cap-side air tightness part. The shape of the top cap and other parts of the container besides the operate part and install part are formed as curved surface.

The embodiment of the invention discloses a traction transformer protection method, equipment and system. The method comprises the following steps of: acquiring the current / voltage IU analogue signals and switching value input signals on the two sides of a multi-channel traction transformer according to a preset frequency by use of FPGA (field programmable gate array) sub-modules controlled by an FPGA main module; transmitting the IU analogue signals after standard conversion to a CPU (central processing unit) through an M-LVDS (multipoint-low voltage differential signaling) bus to calculate the differential current and braking current, and obtaining a switching value logic output value by use of a protection criterion based on the differential current and braking current; and transmitting the switching value logic output value to an FPGA switching value input / output sub-module through the M-LVDS bus to send out a protection action signal. In the invention, different tasks are finished respectively in a centralized manner by combining the M-LVDS bus technology with multiple functional sub-modules of the FPGA, and the shortcoming of redundant hardware configuration caused by multi-CPU protection measurement and control is overcome.

The invention discloses a business process configuration method and a business process configuration device, and belongs to the technical field of computers. The method is used for an operating system and comprises the steps of: generating an i-th business step in a business process, wherein i is a natural number; configuring at least one function menu called when the i-th business step is executed; when i is more than 1, generating an execution path from an i-1-th business step to the i-th business step according to the function menu; updating the i into i+1, and executing the step of generating the i-th business step in the business process again. The device comprises a first generating module, a configuring module, a second generating module and an execution module. By the business process configuration method and the business process configuration device, a problem of configuration error of the execution path due to memory omission of a user when configuration process of the execution path of the function menu is complicated, so that precision requirements on the configuration memory of the business process are reduced, and a precision effect of the configuration of the business process is improved.

An embodiment of the invention discloses an operation activity management method, a configuration server and a display terminal. The operation activity management method comprises the following stepsof: according to activity content of a predetermined operation activity, developing an activity component for bearing the operation activity, and defining a component layout of the activity componenton an operation activity page; and generating configuration information of the activity component according to the component layout of the activity component and a pre-input component operation attribute. According to the operation activity management method provided by the embodiment of the invention, the adaptive layout of the activity component of the operation activity on the operation activity page is realized, the layout flexibility and expandability of the active component on the operation activity page are ensured, the component complexity of the operation activity page is reduced, therendering effect of the operation activity page is improved, and the component coordination and display attractiveness of the operation activity page are ensured.

The invention provides a server BMC configuration method, device and system. The server BMC configuration method comprises the following steps: obtaining a corresponding relationship between an MAC address of each server BMC and an IP; obtaining a corresponding relationship between the MAC address of each server BMC and a port of a switch connected with the server BMC; based on the corresponding relationship between the MAC address of each server BMC and the IP and the corresponding relation between the MAC address of each server BMC and a port of a switch connected with the server BMC, inquiring a server data table, and determining preset configuration information of each server BMC, wherein the server data table comprises preset configuration information of multiple server BMCs; and performing batch configuration on the plurality of server BMCs according to the preset configuration information of each server BMC. By means of the server BMC configuration method, the server BMC can beconfigured in batches, and the efficiency is high, and the accuracy is high.

The invention discloses a method, a device and a system for configuring an IIC (Inter-Integrated Circuit) device. The method comprises the following steps: writing corresponding configuration data into a corresponding address of the IIC device according to a specific time sequence period and duty cycle; reading the corresponding configuration data from the corresponding address of the IIC device according to the specific time sequence period and duty cycle; and comparing the read configuration data with the written configuration data, showing that configuration is successful if the read configuration data and the written configuration data are the same, and otherwise, showing that the configuration fails. Compared with the prior art, the method has the advantages of being high in configuration accuracy, favorable in universality and high in efficiency.

The invention relates to an intelligent small-volume dynamic slurry matching method and system. Program-controlled slurry matching is adopted; 1) when it is detected that the liquid level in a slurrymatching barrel is low and a high-level pressure gauge loses efficiency, small-volume slurry matching is started; 2) the slurry returning density C0 and the remaining volume V0 of slurry in the barrelare detected, and a slurry small-volume V hole and a density C hole finally needed by a drilled grout hole are detected, and the small volume Vx and the design density Cx required for slurry matchingin the barrel this time are calculated; 3) Cx and C0 errors are controlled and can be corrected; and 4) multiple-time small-volume slurry matching is carried out, grouting is carried out after the standard is reached, and small-volume exiting is carried out. Firstly, a calculation method ensures that the required density and volume are obtained. The density error is controlled, and the accuracy is high. A multiple-time small-amount slurry and water adding manner is adopted, the accuracy is high, and waste caused by excessive increase in the slurry amount is avoided. The density detection of the drilled grout hole is achieved through a slurry return density meter, and accurate density measurement is facilitated. The problems about extremely large waste, environmental pollution and cleaningtrouble caused by large-volume program-controlled slurry matching are solved. Small volume density and volume accurate matching, detection and program control are avoided. The small-volume slurry matching system uses a smart grouting circulated loop system. The intelligent small-volume dynamic slurry matching method and system can be used in an intelligent grouting unit system of a hydropower station.

The invention relates to the technical field of communication processing, in particular to an interface data adaptation method and device, a server and a storage medium. The method comprises the following steps: receiving analysis parameters input by implementation personnel, and generating an analysis function according to the analysis parameters; receiving a first original message pushed by theHIS system; transcoding the first original message according to a preset transcoding rule, and obtaining a first data object; analyzing the first data object according to the analysis function, and obtaining a second data object; and updating the database according to the second data object. According to the method, the interface development work of an IT engineer is replaced by the cooperation ofthe analysis parameters configured by the implementation personnel and the universal interface program, so that the human cost expenditure of an Internet company in interface development can be effectively reduced.

The invention discloses a method for generating a power distribution network investment scale optimization model, which is suitable for being executed in computing equipment and comprises the following steps of: establishing a power distribution network investment capability prediction model of a power supply company, and outputting planned power grid investment of the power supply company based on power grid operation parameters; establishing a power distribution network investment demand prediction model of a power supply company, the model outputting a current-stage power grid investment total demand of the power supply company based on the power grid operation parameters, wherein the current-stage power grid investment total demand comprises a newly-added load power supply investment demand, a power supply reliability improvement investment demand and a policy public welfare project investment demand; and generating an investment scale optimization model based on the two sub-models, wherein the model optimizes the investment scale of the power distribution network of the power supply company by comparing the planned power grid investment output by the two sub-models with the total investment demand of the current power grid. The invention further discloses a generation device of the corresponding power distribution network investment scale optimization model and computing equipment used for executing the method.

An image group registration method combined with a gray feature and structured representation comprises the following steps of 1) acquiring an original image from a machine, acquiring the structured representation of the image, and inputting the structured representation and the original image as inputting data; 2) continuously performing affine transformation on the input image, and calculating the similarity of the image after affine transformation, thereby optimizing the similarity of the image after affine transformation; and 3) continuously performing B spline transformation on the image with the optimal similarity after affine transformation, and calculating the similarity of the image after B spline transformation so that the similarity of the image after B spline transformation is optimal, thereby obtaining a final fine registration image. The image group registration method combined with the image gray feature and structured representation has advantages of effectively increasing registration effective information, relatively reducing useless information and realizing relatively high configuration precision.

The invention relates to a log capacity determination method and device, electronic equipment and a storage medium. The method comprises the steps: acquiring historical active data and historical log capacity of a target device in a historical time period, wherein the historical active data represents the activity degree of the target equipment in a historical time period; according to the historical active data and the historical log capacity, determining a predicted log capacity which can be stored by the target device in a predicted time period, wherein the predicted time period is a time period after the historical time period; and based on the predicted log capacity and the residual disk capacity of the target device in the predicted time period, determining a target log capacity which can be stored by the target device in the predicted time period. According to the method, the user dimension and the equipment dimension are comprehensively considered, the configuration precision of the target log capacity is improved, occupation of a user equipment disk is reduced as much as possible on the premise that log information is not lost, and the user experience is improved.

The invention relates to a device heat dissipation structure parameter configuration method and system based on big data analysis, a computer storage medium and devices. The method comprises the stepsas follows: air inlet temperatures, air outlet temperatures, air inlet areas and air deflector angles of multiple first devices are acquired, wherein the type, model and running environment of the first devices are identical with those of a to-be-configured device; the difference between the air inlet and outlet temperatures of each first device is determined according to the acquired air inlet temperature and the acquired air outlet temperature of each first device; a first association relation among the difference between the air inlet temperature and the air outlet temperature, the air inlet area, the air outlet area and the air deflector angle of each device of the type and model in the running environment is determined according to the difference between the air inlet temperature andthe air outlet temperature of each first device as well as the air inlet area, the air outlet area and the air deflector angle corresponding to each first device; heat dissipation structure parameters of the to-be-configured device are configured according to the first association relation. With the adoption of the scheme, heat dissipation can be realized without a heating dissipation device, andthe heat dissipation cost can be reduced.

The invention relates to a configurable over-temperature protection circuit applied to a switching power supply. The configurable over-temperature protection circuit is composed of a biasing circuit,an over-temperature detection module, and a trimming circuit. The biasing circuit obtains a biasing current independent of a power supply voltage under the effect of the power supply voltage and outputs the biasing current to the over-temperature detection module; and the trimming circuit receives the power supply voltage and an externally inputted trimming voltage, obtains a trimming signal, andoutputs the trimming signal to the over-temperature detection module. The over-temperature detection module receives the power supply voltage and the biasing current and adjusts the detection resistance in the over-temperature detection module based on the trimming signal to adjust an over-temperature point; when the ambient temperature exceeds the over-temperature point, state overturning is carried out on an over-temperature protection signal outputted to a switching power supply drive module and thus the switching power supply circuit is turned off. According to the configurable over-temperature protection circuit, over-temperature point configuration can be carried out based on a practical application environment; and the over-temperature point configuration precision can be set. The over-temperature point can be configured dynamically based on needs of application environments, so that the application range and the configuration precision of the over-temperature protection circuitare improved.

The invention relates to a nozzle configuring method and system of a round sprinkling machine. The method comprises the steps of obtaining actual work pressure values of all nozzles of the round sprinkling machine; obtaining expected flow values of all the nozzles; calculating nozzle diameters corresponding to all the nozzles according to the actual work pressure values and the expected flow values; configuring the nozzles of which the model numbers of all the nozzles are matched with the nozzle diameters; calculating actual work flow values of all the nozzles according to the actual work pressure values and the nozzle diameters; calculating deviation coefficients between actual work flow and expected flow; configuring working modes of pressure adjustors corresponding to all the nozzles according to the deviation coefficients, so that the deviation coefficients are within a threshold value range. By means of the nozzle configuring method and system of the round sprinkling machine, theconfiguring precision of the round sprinkling machine is improved.

The invention discloses a configuration method of a storage optical fiber network. The method comprises: analyzing a received storage optical fiber network configuration request to obtain management information respectively corresponding to each node in a target storage optical fiber network; respectively collecting hardware configuration information corresponding to each node according to each piece of management information; searching a target network topology model corresponding to each piece of hardware configuration information from a network topology model library, wherein a many-to-onecorrespondence relationship between each piece of hardware configuration information and each network topology model is stored in the network topology model library; and performing switch zone settingon the target storage optical fiber network according to the target network topology model so as to complete configuration of the target storage optical fiber network. According to the method, the specialization level of implementation personnel is greatly reduced, the implementation efficiency is improved, and the configuration accuracy is greatly improved. The invention further discloses a configuration device and configuration equipment of the storage optical fiber network and a storage medium, and the corresponding technical effects are achieved.

The invention discloses a configuration device for preparing a buffer solvent. The device comprises a base, a rotating frame rotatably mounted on the base, a first rotary driving device, a first mounting frame arranged on one side of the rotating frame, a quantitative dropping pipette mounted on the first mounting frame, a second mounting frame mounted on the other side of the rotating frame, a lifting driving device, a top cover, a stirring device and a second rotary driving device, wherein a central hole is formed in the middle of the top cover, and the stirring device is arranged in the central hole of the top cover in a penetrating manner; the second rotary driving device is mounted on the second mounting frame and is used for driving the stirring device to rotate; a liquid adding area, a first container placing area, a stirring device cleaning area and a second container placing area are formed on the base. The configuration accuracy can be improved, the time can be saved, and the efficiency can be improved; in addition, operation is easy and convenient, participation of operators can be reduced, and therefore the workload of the operators can be reduced.