Abstract: A display panel and a splicing panel are provided. A driving substrate includes a second surface, and the second surface is a side surface of a driving substrate. A second encapsulation structure includes at least one coating layer and at least one adhesive layer. One of the coating layer and the adhesive layer directly covers the second surface of the driving substrate. In a vertical direction of the second surface of the driving substrate, the coating layer and the adhesive layer are alternately arranged, and both the coating layer and the adhesive layer are organic layers. The coating layer and the adhesive layer using organic materials can, flatten a roughness of the second surface, so as to improve an integrity of the coating layer and the adhesive layer, thereby improving an encapsulation performance.

Abstract: The present disclosure discloses a MEMS microphone including a printed circuit board, a shell assembled with the printed circuit board for forming a receiving space and provided with a sound hole communicating with the receiving space, a MEMS Die with a cavity accommodated in the receiving space and mounted on the shell for covering the sound hole, and an ASIC chip accommodated in the receiving space and mounted on the shell through a substrate. The cavity of the MEMS Die communicates with the sound hole. The MEMS Die electrically connects with the ASIC chip. The ASIC chip electrically connects with the substrate. The substrate electrically connects with the printed circuit board.

Abstract: A wheel speed sensor, includes: one or more sensor chips, each of which has a pair of pins; electrical terminals arranged in pairs, each pair electrically connected to a pair of pins of a sensor chip; a supporting member attached to a first end of each electrical terminal; an end holder attached adjacent to the supporting member to each electrical terminal to prevent displacement of each electrical terminal relative to each other; and at least one intermediate holder attached to a body portion of each electrical terminal to prevent displacement of the body portion of each electrical terminal relative to each other.

Abstract: The present invention provides an e-cigarette including a housing body with a smoking mouth, an atomizer accommodated in the housing body, a smoke chamber disposed between the atomizer and the smoke mouth, a first containment cavity, and a MEMS sensor. The housing body is provided with a first through hole that is connected with the outside world and the MEMS sensor. The MEMS sensor includes a printed circuit board, a first housing, and a MEMS chip and an ASIC chip placed in the second containment cavity. The MEMS sensor further includes a second housing connected to the printed circuit board. The first housing and the second housing are spaced to form a third containment cavity. A gap connecting the first containment cavity and the third containment cavity is provided between the second housing and the printed circuit board. The e-cigarette can protect the MEMS sensor.

Abstract: The method for display may include obtaining an image to be displayed by at least one of the one or more display devices. The image may have a first region. The method may also include acquiring image information to be displayed in a second region that is displayed in the at least one of the one or more display devices. The image information may be related to the image. The method may also include acquiring a display standard associated with the image. The method may also include storing the image to at least one of the one or more storage devices. The method may also include generating a first determination that a display of the second region does not satisfy the display standard when storing the image. The method may also include generating a response based on a result of the first determination.

Abstract: The present disclosure provides an electronic cigarette includes a housing, an atomizer spaced apart from the smoking port, an e-liquid chamber located between the atomizer and the smoking port, and a MEMS sensor located in the housing. The housing includes a smoking port passing through an upper end thereof, a through hole passing through a lower end thereof, and an air passage communicating with the smoking port. The MEMS sensor includes a cover having a first opening, a printed circuit board, and a MEMS chip received in the accommodating room formed by the cover and the printed circuit board. The printed circuit board includes a second opening communicating to an outside by the through hole.

Abstract: The present invention provides a system and method for real-time monitoring of an above-ground height of a boom based on multi-source information fusion. The system includes a boom, an information acquisition unit, and a control unit. The method includes: step 1: establishing a relationship between an above-ground height s of the boom and an output current y of a pull-wire cylinder displacement sensor; step 2: calibrating ultrasonic ranging sensors; step 3: acquiring above-ground heights of the boom; step 4: performing anti-interference processing on the acquired height data; step 5: calculating an above-ground height H0 of the boom by multi-source data fusion; step 6: calculating a distance Hcanno between the boom and a crop canopy; step 7: acquiring an inclination angle ?b of the boom; and step 8: calculating heights Hend of two ends of the boom relative to ground.

Abstract: Disclosed are an ultrasonic viscoelasticity measuring method, an apparatus and a storage medium.

Abstract: The present invention provides a low-cost intelligent integrated spraying pressure and flow detection device and method. The low-cost intelligent integrated spraying pressure and flow detection device includes an intelligent integrated pressure and flow detection device, a control unit and a calibration system. The intelligent integrated pressure and flow detection device is a device which integrates a pressure detection unit and a flow detection unit and is configured to detect pressure and flow. The control unit is connected to the intelligent integrated pressure and flow detection device and the calibration system. The calibration system is configured to simulate a working condition of the intelligent integrated pressure and flow detection device during field work.

Abstract: The present disclosure discloses a MEMS microphone including a printed circuit board, a shell assembled with the printed circuit board for forming a receiving space and provided with a sound hole communicating with the receiving space, a MEMS Die with a cavity accommodated in the receiving space and mounted on the shell for covering the sound hole, and an ASIC chip accommodated in the receiving space and mounted on the shell through a substrate. The cavity of the MEMS Die communicates with the sound hole. The MEMS Die electrically connects with the ASIC chip. The ASIC chip electrically connects with the substrate. The substrate electrically connects with the printed circuit board.

Abstract: A kind of real-time measurement system and method for height from spray boom to crop canopy was provided in present invention patent, which includes the following steps. Step 1: Calibration for ultrasonic ranging sensor; Step 2: Determination of included angle for two ultrasonic ranging sensors; Step 3: Collection of relative height between spray boom and crop canopy; Step 4: Anti-interference processing for height data; Step 5: Calculation of relative height from spray boom to crop canopy. Its characteristic lies in: two ultrasonic ranging sensors with a certain angle are installed at each end of the spray boom, the height of crop canopy was acquired under the control of control unit, and the relative height from spray boom to crop canopy was obtained by the anti-interference analysis and data conversion, the accurate monitoring for relative height from spray boom to crop canopy was realized while the spray boom is tilted.

Abstract: The present invention provides a low-cost intelligent integrated spraying pressure and flow detection device and method. The low-cost intelligent integrated spraying pressure and flow detection device includes an intelligent integrated pressure and flow detection device, a control unit and a calibration system. The intelligent integrated pressure and flow detection device is a device which integrates a pressure detection unit and a flow detection unit and is configured to detect pressure and flow. The control unit is connected to the intelligent integrated pressure and flow detection device and the calibration system. The calibration system is configured to simulate a working condition of the intelligent integrated pressure and flow detection device during field work.

Abstract: In various embodiments, methods and systems for implementing distributed data object management are provided. The distributed data object management system includes a distributed storage system having a local metadata-consensus information store in and one or more remote metadata-consensus information stores. A metadata-consensus information store is configured to store metadata-consensus information. The metadata-consensus information corresponds to erasure coded fragments of a data object and instruct on how to manage the erasure coded fragments. The distributed storage system further includes a local data store and one or more remote data stores for the erasure coded fragments. The distributed data object management system includes a distributed data object manager for operations including, interface operations, configuration operations, write operations, read operations, delete operations, garbage collection operations and failure recovery operations.

Abstract: A kind of real-time measurement system and method for height from spray boom to crop canopy was provided in present invention patent, which includes the following steps. Step 1: Calibration for ultrasonic ranging sensor; Step 2: Determination of included angle for two ultrasonic ranging sensors; Step 3: Collection of relative height between spray boom and crop canopy; Step 4: Anti-interference processing for height data; Step 5: Calculation of relative height from spray boom to crop canopy. Its characteristic lies in: two ultrasonic ranging sensors with a certain angle are installed at each end of the spray boom, the height of crop canopy was acquired under the control of control unit, and the relative height from spray boom to crop canopy was obtained by the anti-interference analysis and data conversion, the accurate monitoring for relative height from spray boom to crop canopy was realized while the spray boom is tilted.

Abstract: The method for display may include obtaining an image to be displayed by at least one of the one or more display devices. The image may have a first region, The method may also include acquiring image information to be displayed in a second region that is displayed in the at least one of the one or more display devices. The image information may be related to the image. The method may also include acquiring a display standard associated with the image. The method may also include storing the image to at least one of the one or more storage devices. The method may also include generating a first determination that a display of the second region does not satisfy the display standard when storing the image. The method may also include generating a response based on a result of the first determination.

Abstract: In various embodiments, methods and systems for implementing distributed data object management are provided. The distributed data object management system includes a local metadata-consensus information store and one or more remote metadata-consensus information stores for metadata-consensus information and a local data store and one or more remote data stores for erasure coded fragments. For a write operation, corresponding metadata writes and data writes are performed in parallel using a metadata write path and a data write path, respectively, when writing to the local metadata-consensus information store and the one or more remote metadata-consensus information stores and the local data store and the one or more remote data stores. And, for a read operation, corresponding metadata reads and data reads are performed in parallel using a metadata read path and a data read path, respectively, when reading from the metadata-consensus information stores and the data stores.