Abstract: The present invention discloses a preparation process of multi-component spherical alloy powder, which adopts a plasma rotation electrode process (PREP) method to prepare the multi-component spherical alloy powder. The multi-component alloy includes at least one of refractory metals and compounds thereof, specifically including tungsten, molybdenum, tantalum, niobium, rhenium, tungsten carbide, tantalum carbide and the like.

Abstract: In an integrated control device 10 of the measurement device 1, a reception sensitivity test control unit 18 repeatedly performs a reception sensitivity test of measuring a throughput of a signal under measurement transmitted from a DUT 100 which has received a test signal while changing an output level of the test signal non-linearly for each of a first orientation (PSa) regulated by a predetermined step interval of a spherical coordinate system and a second orientation (PSb) regulated by a step interval finer than the predetermined step interval, and a peak power measurement control unit 19 sets, as a peak power candidate, reception power within a range of a power width (?Pw) from the maximum reception power of reception power measured for each first orientation, measures the reception power for each second orientation with respect to the peak power candidate, and determines the peak power based on a measurement result.

Abstract: A reception sensitivity test control unit 18 provided in a measurement device 1 and configured to execute a reception sensitivity test by repeatedly transmitting and receiving a test signal to a mobile terminal includes a test condition setting unit 18a that initially sets a test condition including an initial step level SL0 and a starting output level OL0 of the test signal at a start of the reception sensitivity test, and an AI prediction test condition change setting unit 18b that sets an AI prediction output level OL01, which is AI-predicted in advance by an AI prediction model based on the test condition set by the test condition setting unit 18a, as a first output level instead of the output level OL0.

Abstract: The disclosure belongs to the technical field of furniture processing and system planning, and in particular, to an order grouping and processing method for personalized custom furniture. The implementations of multi-order personalized custom furniture can be processed and produced efficiently through the manners of order sorting into sets, parts marking, parts grouping, parts sorting by order, and parts packaging by order in sequence.

Abstract: A method and a device for transferring information flow of customized furniture information management and control includes: acquiring customer orders, generating an order code corresponding to the customer order, and transmitting the order code to an order splitting subsystem; generating, by the order splitting subsystem, product drawing information and product configuration information, decomposing the product drawing information and product configuration information to generate part codes and packaging box codes, barcode information of parts and packaging boxes; dividing the product drawing information into process drawing information and non-process drawing information, and transmitting to the ERP subsystem; decoding, by the ERP subsystem, the process drawing information to generate NC code information; and transmitting, by the ERP subsystem, the non-process drawing information to a corresponding department terminal; completing the processing of the part; and sorting and packaging the parts; and then deli

Abstract: In the measurement device 1, a reception sensitivity test control unit 18 ends throughput measurement of a CC using a throughput measurement unit 18b in a case where an end determination unit 18c1 determines that any of a plurality of CCs has reached a measurement end condition, and calculates a total status obtained by integrating a determination result for each CC using a total status calculation unit 18c2 by performing each “PASS” or “FAIL” determination for a remaining CC. Since an output level variable setting unit 18d performs a process of setting a next output level for the CC that has not reached the measurement end condition based on the total status, a control is performed to continue a reception sensitivity test until all CCs reach a measurement end condition.

Abstract: The present invention discloses a WebGL-based replaceable model hybrid rendering display method, comprising the following steps: the cloud processing subsystem decomposes the original scene rendering image into a background rendering image and a 3D model of the default product, and generates a 3D model of the alternative product that replaces the default product, and stores and associate the background rendering image; the rendering engine of the terminal display subsystem loads the background rendering image based on the real-time rendering technology of WebGL, and dynamically loads and renders the 3D model of the default product or the 3D model of the selected alternative product on the background rendering image to form an image with collocation effect and display. The present invention also discloses a computer readable storage medium.

Abstract: Provided are a mobile terminal test apparatus, a mobile terminal test system, and a control method for a mobile terminal test apparatus, capable of displaying setting information for each signal forming a multiplexed signal on one screen. A part of setting information set in the pseudo base station unit for each of signals forming the multiplexed signal is displayed as first setting information on the display unit, and when one of the signals forming the multiplexed signal is selected in a specific mode by the operation unit, setting information, other than the first setting information, set in the pseudo base station unit for the signal selected by the operation unit is displayed on the display unit, as second setting information such that the second setting information is superimposed on the first setting information.

Abstract: In the measurement device 1, a reception sensitivity test control unit 18 ends throughput measurement of a CC using a throughput measurement unit 18b in a case where an end determination unit 18c1 determines that any of a plurality of CCs has reached a measurement end condition, and calculates a total status obtained by integrating a determination result for each CC using a total status calculation unit 18c2 by performing each “PASS” or “FAIL” determination for a remaining CC. Since an output level variable setting unit 18d performs a process of setting a next output level for the CC that has not reached the measurement end condition based on the total status, a control is performed to continue a reception sensitivity test until all CCs reach a measurement end condition.

Abstract: In an integrated control device 10 of the measurement device 1, a reception sensitivity test control unit 18 repeatedly performs a reception sensitivity test of measuring a throughput of a signal under measurement transmitted from a DUT 100 which has received a test signal while changing an output level of the test signal non-linearly for each of a first orientation (PSa) regulated by a predetermined step interval of a spherical coordinate system and a second orientation (PSb) regulated by a step interval finer than the predetermined step interval, and a peak power measurement control unit 19 sets, as a peak power candidate, reception power within a range of a power width (?Pw) from the maximum reception power of reception power measured for each first orientation, measures the reception power for each second orientation with respect to the peak power candidate, and determines the peak power based on a measurement result.

Abstract: In a measurement device 1, a reception sensitivity test control unit 18 includes test condition setting means 18b for setting a predetermined error tolerance level EL, throughput measurement means 18c for measuring a throughput related to reception capacity of the mobile terminal for each transmission and reception, output level setting means 18d for setting an output level of the test signal to be different from a previous output level according to a comparison result between a measurement result of the throughput and a predetermined threshold value set in advance, and measurement result output means 18e for continuing the transmission and reception in a case where a fluctuation range with respect to the previous output level exceeds the error tolerance level, and outputting a test result in a case where the fluctuation range with respect to the previous output level is in a range of the error tolerance level.

Abstract: In a measurement device, a reception sensitivity test control unit includes drop determination means for determining whether or not a measured throughput is in a dropped state to a preset proportion in a steep drop region in which the throughput drops steeply, and output level setting means 18e for performing a setting process of setting an output level of the test signal to be different from a previous output level according to a comparison result indicating whether a throughput measurement result exceeds a predetermined threshold value and a determination result indicating whether the measured throughput is in the dropped state by the drop determination means, the setting process including a process of performing level down or level up on the output level of the test signal with respect to the previous output level in units of an error tolerance level EL when it is determined to be the dropped state.

Abstract: In a measurement device 1, a reception sensitivity test control unit 18 includes test condition setting means 18b for setting a predetermined error tolerance level EL, throughput measurement means 18c for measuring a throughput related to reception capacity of the mobile terminal for each transmission and reception, output level setting means 18d for setting an output level of the test signal to be different from a previous output level according to a comparison result between a measurement result of the throughput and a predetermined threshold value set in advance, and measurement result output means 18e for continuing the transmission and reception in a case where a fluctuation range with respect to the previous output level exceeds the error tolerance level, and outputting a test result in a case where the fluctuation range with respect to the previous output level is in a range of the error tolerance level.

Abstract: Provided are a mobile terminal test apparatus, a mobile terminal test system, and a control method for a mobile terminal test apparatus, capable of displaying setting information for each signal forming a multiplexed signal on one screen. A part of setting information set in the pseudo base station unit for each of signals forming the multiplexed signal is displayed as first setting information on the display unit, and when one of the signals forming the multiplexed signal is selected in a specific mode by the operation unit, setting information, other than the first setting information, set in the pseudo base station unit for the signal selected by the operation unit is displayed on the display unit, as second setting information such that the second setting information is superimposed on the first setting information.

Abstract: The present disclosure provides a computation method and related products of a recurrent neural network. The computation methods includes the following steps: obtaining computation operators and data of the recurrent neural network, where the computation operators include n micro-operators of computation step, and the computation operators further include a mark number before a first micro-operator corresponding to a first computation step and jump micro-operators after an n-th micro-operator of computation step; and performing the n micro-operators of computation step on data at a first time to obtain output results of the first time; and performing the jump micro-operators at a second time to make the computation operators jump to the mark number and continue to perform the n micro-operators of computation step. The technical solution provided by the present disclosure has the advantage of low overhead.

Abstract: The present disclosure relates to an operation method, an apparatus, and related products. The products include a controller unit. The controller unit includes an instruction caching unit, an instruction processing unit, and a storage queue unit. The instruction caching unit is used to store computation instructions associated with an artificial neural network operation; the instruction processing unit is used to parse the computation instructions to obtain a plurality of operation instructions; and the storage queue unit is used to store an instruction queue, where the instruction queue includes: a plurality of operation instructions or computation instructions to be executed in an order of the queue. By adopting the operation method, the present disclosure can improve the operation efficiency of related products when performing an operation of the neural network model.

Abstract: A method and an apparatus for adjusting a sensing threshold of an infrared proximity sensor are provided. The method includes: obtaining, through the infrared proximity sensor, a reflected infrared ray intensity value in an environment of a current light intensity; comparing the obtained reflected infrared ray intensity value with a pre-stored reflected infrared ray intensity value, so as to obtain a first difference; and when the first difference is greater than a preset first threshold, modifying the sensing threshold. It avoid misjudge of blocking of the mobile phone because a light transmittance of a lens is reduced, and the fault is solved by modifying the sensing threshold, so that a proximity sensing function of the mobile phone can be automatically repaired without changing hardware.

Abstract: A method and an apparatus for adjusting a sensing threshold of an infrared proximity sensor are provided. The method includes: obtaining, through the infrared proximity sensor, a reflected infrared ray intensity value in an environment of a current light intensity; comparing the obtained reflected infrared ray intensity value with a pre-stored reflected infrared ray intensity value, so as to obtain a first difference; and when the first difference is greater than a preset first threshold, modifying the sensing threshold. It avoid misjudge of blocking of the mobile phone because a light transmittance of a lens is reduced, and the fault is solved by modifying the sensing threshold, so that a proximity sensing function of the mobile phone can be automatically repaired without changing hardware.