33results about How to "Meet diverse testing needs" patented technology

A measuring tool generally used for detecting an LED light source comprises a shell part and a testing part. The shell part is a hollow cylinder, and at least one end of the shell part is opened to contain the testing part. The testing part comprises a carrier plate and a fin, wherein the carrier plate is arranged on the opening end portion, and the fin extends on the inner side, towards the shell part, of the carrier plate. At least one air hole penetrating through the carrier plate is formed in the middle of the carrier plate, and the air hole is communicated with a vacuum pump outside the shell part. Any two opposite angle sides, close to the air hole, of the end face of the outer side of the carrier plate are provided with at least a pair of electrodes which are communicated with an external control power source and are used for guiding positive voltage and negative voltage. An annular refrigeration chip surrounding the electrodes and the air hole is embedded into the outer side of the carrier plate to enable an LED to be tested at the constant temperature. A fan for guiding cooling blast to the fin is arranged at the bottom of the shell part, and when the middle, away from the light-emitting face, of the LED to be tested abuts against the air hole, the LED can be attached to the carrier plate through attraction provided by the vacuum pump, and an electrode plate at the bottom of the LED is correspondingly connected with the electrodes to supply electricity to the LED.

The invention discloses a general measuring tool for detecting a light emitting diode (LED) light source. The measuring tool comprises a housing portion and a test portion. The housing portion is provided with an opening at least towards one end to install a hollow cylinder of the test portion; the test portion comprises a support plate arranged at an opening end portion and a fin extending towards the inner side of the housing portion from the support plate; the central portion of the support plate is provided with a through hole penetrating the support plate; the through hole communicates with a vacuum pump outside the housing portion; an annular refrigeration chip which surrounds the through hole to enable the LED to be tested at a constant temperature is embedded in the outer side of the support plate; the refrigeration surface of the refrigeration chip is provided with an electrode support in a pasting mode; and the central portion of the electrode support is provided with a gas hole communicating with the through hole and a pair of electrodes which are close to the gas hole, are arranged at any two diagonal sides and already communicate with an external control power source to guide positive and negative voltages. When the central portion, which is in the backward direction of a light extraction surface, of an LED to be detected abuts against the gas hole, the suction supplied by the pump attaches the LED to the electrode support, and an LED bottom pole plate and the pair of electrodes are enabled to correspondingly communicate so as to supply power to the LED.

The invention relates to a portable normal-voltage glow discharge micro plasma spectrograph and an application method thereof. The portable normal-voltage glow discharge micro plasma spectrograph mainly comprises a sample introduction system, an excitation light source, a detection system, a power supply system and a control display system, wherein the excitation light source is normal-voltage glow discharge micro plasma which is capable of maintaining stable glow discharge micro plasma at normal voltage; and the normal-voltage glow discharge micro plasma is driven by a direct-current high voltage and mainly comprises a high-voltage module, a light sensitive feedback module, two solid electrodes, a quartz sleeve and a plastic sealing sleeve. Due to adoption of the normal-voltage glow discharge micro plasma as the excitation light source, minimized portable development requirements of spectrographs can be met very well, the portable normal-voltage glow discharge micro plasma spectrograph has the characteristics of being good in stability, high in sensitivity, high in efficiency, small in size, low in cost, good in environment friendliness, and the like, and rapid detection requirements on metal and nonmetal elements in on-site analysis can be met.

The invention belongs to the technical field of three-dimensional measurement, and specifically discloses a high-speed and high-precision three-dimensional detection system, including: a detection device, the detection device includes at least one first projection device, at least one second projection device, and an image acquisition device; The first projection device is used to project at least one structured light to the object to be measured, the second projection device is used to project at least one line light source to the object to be measured, and the image acquisition device is used to collect the first The projection device and the second projection device project the structured light projection image and the line light source projection image on the object to be measured; the processor is used to obtain the structured light projection image, and the present invention focuses on the second measurement by adding the second projection device The line light source within the range can effectively expand the height detection range of the system without reducing the detection speed and detection accuracy.

A time index bearing method, detection method and device, storage medium, base station, terminal, the bearing method includes: encoding the information bits carried on the actually transmitted PBCH block, wherein the information bits include the first time index, the first time index includes at least a part of information in the system frame number information; the coded information bits are scrambled based on the actually transmitted scrambling code subsequence, wherein the actually transmitted scrambling code subsequence is from the preset scrambling code subsequence selected from the code subsequence set. The technical solution provided by the present invention can ensure that the PBCH designed by the base station in the 5G system can support one detection and multiple detections.