105results about How to "Meet configuration requirements" patented technology

The invention discloses a device and a communication method thereof for achieving a distributed type radio cell. The method comprises the following steps: after being received by a radio frequency remote unit, an uplink signal sent by a mobile terminal is forwarded to a base band unit; after being received by the base band unit, the uplink signal is resolved and synthesized, and sent to a base station controller; the base station controller sends a downlink signal to the base band unit; after being received by the base band unit, the downlink signal is resolved, and then distributed to a plurality of radio frequency remote units; and the radio frequency remote units forward the downlink signal to the mobile terminal through an aerial interface. The invention expands the effective coverage scope of the cell through the distributed type collaboration of the radio frequency unit at the remote end, thereby prolonging the sojourn time of a high speed mobile terminal passing through the cell, improving the measuring and switching effects of the mobile terminal passing through an adjacent cell, improving the communication quality of a mobile user, and satisfying the mobile communication demands on the occasions like express railway lines in a pertinence manner and the like.

The invention discloses an automatic network access control method for an intelligent home appliance, which comprises the steps that: the intelligent home appliance accepts image information acquisition of a configuration terminal, wherein image information is used for triggering networked equipment or the configuration terminal to send network configuration information after identification and verification of a server; the intelligent home appliance receives the network configuration information sent by the networked equipment or the configuration terminal; and the intelligent home appliance is connected with network access point equipment according to the network configuration information. According to the automatic network access control method for the intelligent home appliance, which is provided by the invention, not only can manual network distribution and binding operations of a user be simultaneously avoided, but also safety of network access and binding of the home appliance can be ensured.

The present application provides a method and device for transmitting reference signals. The method comprises the following steps: a network device sends first indication information to a terminal device, wherein the first indication information indicates the first configuration information of at least two types of configuration information corresponding to a first demodulation reference signal; each of the at least two types of configuration information comprises at least one of the following parameters: a sequence used for demodulating a reference signal, a density of time-frequency resources carrying the demodulated reference signal within a time-frequency resource group, an antenna port associated with the demodulated reference signal, and a location of the time-frequency resources carrying the demodulated reference signal. According to the first configuration information, the network device transmits the first downlink information and the first demodulation reference signal to theterminal device through the first time-frequency resource group, and the first demodulation reference signal is used for demodulating the first downlink information. Thus, it is possible to meet theconfiguration requirements of the reference signal for services having different reliability requirements.

The embodiment of the invention provides a measurement interval indication method and device, and the method comprises the steps: determining the indication information of user equipment (UE), and enabling the indication information to comprise a first indication, or a first indication and a second indication; Configuring a measurement interval for the UE according to the indication information; Wherein the first indication indicates whether the beam adjustment of the UE needs an interval to be measured, and the second indication indicates whether the radio frequency adjustment of the UE needsan interval to be measured. Therefore, the network side equipment can indicate the measurement interval in the beam switching process for the UE according to the indication information of the UE, sothat the measurement interval configured by the network side equipment can meet the flexible measurement interval configuration requirement, and the method can be suitable for 5G or eLTE or other scenes with similar measurement interval reporting and configuration.

The invention discloses a PROM circuit framework for FPGA configuration. Through modular design, and increase of a peripheral circuit with specific functions, the FLASH memory is designed into a PROM circuit for storing FPGA configuration data and capable of adapting to requirements of different FPGA configuration modes, so as to finally complete independent configuration of the FPGA under a boundary scan mode, a serial mode or a parallel mode. The PROM using the circuit framework can be treated with capacity expansion through manner of cascade, and is compatible with an IEEE 1149.1 and an IEEE1532 boundary scan standard, so as to greatly enhance the flexibility of application oriented FPGA.

The embodiment of the invention discloses a communication network switching method and a mobile terminal. The method comprises the following steps: receiving a measurement event issued by a network; acquiring an appointed threshold value in a GSM signal in the measurement event; and measuring the LTE signal intensity of the current service cell and the GSM signal intensity of an adjacent service cell; judging whether the LTE signal intensity is less than the preset threshold value; reporting a first measurement report to the network if the LTE signal intensity is less than the preset threshold value, wherein the GSM signal intensity in the first measurement report is the actual measurement value; reporting a second measurement report to the network if the LTE signal intensity is not less than the preset threshold value, wherein the GSM signal in the second measurement report is the preset intensity value, and the preset intensity value is less than the appointed threshold value. By use of the method disclosed by the invention, whether to change the GSM signal intensity to the preset intensity value slightly less than the appointed threshold value in the reported measurement report is decided according to the LTE signal intensity so as to meet a conventional SRVCC switching condition; the switching of the terminal is less frequent and a configuration requirement issued by the network is satisfied.

The invention provides a determination method and device of the nominal voltage of a lightning arrester along a half-wavelength power transmission circuit. The method comprises steps of firstly, determining basic information of the lightning arrester along the half-wavelength power transmission circuit; then, determining the nominal voltage and the maximum absorption energy tolerance level of thelightning arrester along the half-wavelength power transmission circuit; and finally, judging whether the configuration requirements of the lightning arrester along the half-wavelength power transmission circuit are met so as to obtain the final nominal voltage of the lightning arrester along the half-wavelength power transmission circuit. According to the invention, the overvoltage protection level, the operation impact residual voltage, the temporary overvoltage tolerance performance and the maximum absorption energy tolerance level of the lightning arrester along the half-wavelength power transmission circuit are determined; basis is provided for the model selection of the lightning arrester along the half-wavelength power transmission circuit; and a problem of the failure to coordinateand control the power fluctuation overvoltage of the half-wavelength power transmission circuit, the restraining of the operation overvoltage and the tolerance ability of the lightning arrestor is solved.

The embodiment of the invention provides a measurement interval configuration method and measurement interval configuration equipment. The configuration method comprises the following steps: determining first configuration configured for user equipment by a second network node; And configuring the measurement interval for the user equipment according to the first configuration, so that the first network node can coordinate and configure the measurement interval for the user equipment according to the first configuration of the second network node for the user equipment, thereby realizing thatthe first network node dynamically configures the measurement interval to adapt to the configuration of the flexible measurement interval.

An embodiment of the invention provides an LTE new network access anchor point cell parameter configuration method and device under 5G NSA networking. The method comprises the following steps: acquiring cell feature data of an anchor point cell, wherein the cell characteristic data at least comprises working parameter data; inputting the cell feature data into a scene classification model, and obtaining a scene classification result output by the scene classification model, wherein the scene classification model is obtained by training based on sample cell feature data and sample scene categories of sample cells; configuring the anchor point cell based on the cell parameters of the preferred cell corresponding to the scene classification result, wherein the preferred cell is selected fromthe sample cells corresponding to the scene classification result. According to the method and the device provided by the embodiment of the invention, accurate classification of the anchor point cellsis realized so as to meet parameter configuration requirements under different scene categories, the value of the existing data of the existing network is fully utilized, and the stability of cell network access can be effectively guaranteed.

A disclosed two-module redundancy configuration memory unit circuit used in a programmable logic device comprises a four-level interlocking memory unit consisting of four PMOS tubes and four NMOS tube, tow transmission tubes and two reset tubes. The two-module redundancy configuration memory unit circuit is capable of satisfying the configuration requirements of the programmable logic device by employing MOS tubes as less as possible, and improving the single event upset resistant threshold value of the programmable logic device.

The application discloses an electronic equipment configuration method and system, and aims to solve the technical problem that the demand of dynamic differential configuration among server nodes in a multi-server deployment scene cannot be met in a method applied to server environment automatic deployment in the prior art. The method comprises the following steps: setting i as an integer ranging from 1 to M in sequence, extracting ith identification information corresponding to an ith server node in M server nodes of N server nodes, and transmitting the ith identification information to a deployment scheduler; generating an ith deployment template corresponding to the ith server node according to the input information of a user and the ith identification information; and transmitting the ith deployment template to the ith server node in order that the ith server node is installed automatically based on the ith deployment template, so that automatic installation of the M server nodes is realized when i is M.

The communication equipment includes motherboard, single board, and guide board module. There is dividable slot position. The said dividable slot includes at least two sets of control wire, two sets of power line, and one set of service signal line. The dividable slot position on motherboard makes number of slot position on single board of the communication equipment be changeable so that capability of slot position can be changed flexibly in order to meet need to configure services in different capabilities. The invention increases flexibility of equipment.

The embodiment of the invention discloses a form configuration method and device, electronic equipment and a storage medium. The method comprises the steps of obtaining a form component configuration file; calling a universal code corresponding to each form item, and assigning an input parameter of the universal code corresponding to each form item as a configuration value corresponding to each form item to obtain a function code of each form item; combining the function codes of the plurality of form items to obtain a source code of each to-be-configured form component, and rendering the source code of each to-be-configured form component to obtain each pre-configured form component; forming a component library by using each pre-configured form component as a first component set and a second component set; receiving a form configuration request; according to the component type selected by the user, obtaining a form component corresponding to the component type selected by the user from a component library; and performing form configuration according to the field selected by the user and the form component corresponding to the component type selected by the user.

The invention discloses a C3I system applicable to a small satellite launch site, comprising a launch site C3I system, a main testing processor, a parameter transmitting module, a parameter subscription module, a first data returning module and a second data returning module. Before a satellite is launched, the parameter subscription module receives a parameter engineering value which is remotely measured by a main testing computer according to a remotely-measured parameter number of each satellite, and sends the parameter engineering value to the parameter transmitting module; and the parameter transmitting module sends the received remotely-measured parameter value to the C3I system of the launch site. After the satellite is launched, the first data returning module receives remotely-measured original code values of the different satellites from the C3I system of the launch site, converts the remotely-measured original code values into a remotely-measured frames used by a satellite testing net and sends the remotely-measured frames to the second data returning module; and the second data returning module sends the original frames to the main testing computer and are analyzed by the main testing computer. With the adoption of the C3I system applicable to the small satellite launch site disclosed by the invention, the communication problem among a plurality of the satellites and the launch site can be solved.

Provided are a status information reporting method, a terminal and network equipment. The status information reporting method comprises that the terminal sends status information of a switching process to a network device, and the status information of the switching process comprises at least one of the following: random access process status information corresponding to a switching target cell ofthe switching process, switching connection failure information corresponding to the target cell in the switching process, and switching the RLF information in the process. By utilizing the embodiment of the invention, the terminal can effectively report the status information of the related switching process, and the configuration requirement of the network equipment can also be met even after the switching process of trying to switch to a plurality of candidate cells for many times is introduced, so that the network equipment optimizes the related configuration according to the informationreported by the terminal.

The invention discloses a cold machined compressor casing. The compressor casing is characterized by being formed through connecting a main body, an air inlet pipe and an air outlet pipe, wherein an air inlet is formed in the main body; an air compression wheel cavity is formed below the air inlet; an air outlet is formed in one side of the main body; a connecting shell is arranged at the outer side of the main body; and the air inlet pipe is provided with a pressure relief intake port. The compressor casing has the following technical effects: the main body, the air inlet pipe and the air outlet pipe of the compressor casing are respectively manufactured by a cold working method of aluminum plate punching, so that traditional complex machining methods of production of precoated sand mud cores, melting of aluminum ingots, chemical degassing, metal casting, sand vibration, perforation, cutting, polishing, sand blasting, shot blasting, energy wasting in numerical control machining and harmful emission are saved, and the production of the main body and the pipes of the compressor casing is standard; and the air inlet pipe and the air outlet pipe are manufactured by multiple angles, and are respectively connected with the main bodies of the compressor casings with various model numbers, so that the configuration requirements needed by factories are satisfied, and a lot of manpower and financial resources are saved.

The invention relates to glasses and a method for detecting myopic number of degrees, belonging to the technical field of vision detection. A first mirror body and a second mirror body in the glassesare connected to form an accommodating cavity in a front-back sliding manner, an elastic transparent airbag is arranged in the accommodating cavity, two sides of the elastic transparent airbag are respectively fit with the first mirror body and the second mirror body, and a liquid injection transmission mechanism for injecting focusing liquid into the elastic transparent airbag and adjusting the volume of the accommodating cavity is arranged in a mirror bracket. The glasses have the beneficial effects that the first mirror body, the second mirror body and the elastic transparent airbag filledwith the focusing liquid are taken as an equivalent concave lens, the distance between the first mirror body and the second mirror body is adjusted through changing the volume of the focusing liquid in the elastic transparent airbag, and the required number of degrees of the glasses is determined according to the position of the liquid injection transmission mechanism, so that the detection of thenumber of the degrees is accurate and continuous, the operation process is convenient and rapid, the detection cost is low, the detection of the number of the degrees can be finished by one people, the glasses can meet the current configuration demands of myopic glasses, and the configuration cost is lowered.

The embodiment of the invention discloses a measurement scheduling method, a terminal and a chip. The method comprises the following steps: determining a plurality of to-be-measured frequency points corresponding to a current measurement gap; determining whether a newly added frequency point exists in the plurality of to-be-measured frequency points, and obtaining a determination result; and scheduling measurement of the plurality of to-be-measured frequency points according to the determination result.

The invention discloses a rod placing device. the rod placing device is provided with a machine frame, wherein a rod discharging mechanism and a rod conveying mechanism are arranged on the machine frame, the rod discharging mechanism comprises a rod passageway, the width S1 of the rod passageway is larger than or equal to the width of one rod but smaller than the width of two rods, a horizontal supporting surface and a lower outlet are arranged below the rod passageway, the height S2 of the lower outlet is larger than or equal to the height of one rod but smaller than the height of two rods, a pushing mechanism is arranged at one side of the horizontal supporting surface, and corresponds to the lower outlet of the rod passageway, a rod outlet is arranged at the other side of the horizontal supporting surface, and is arranged above a tile conveying path, and an output end of the rod conveying mechanism is correspondingly arranged above an upper inlet of the rod passageway. By adopting the rod placing device disclosed by the invention, the mechanization and automation of rod placing processes can be realized, and configuration requirements of a high-output polished ceramic tile production line are met; and moreover the rod placing device is simple and reliable in structure.