Abstract: An electronic device and a support assembly are provided. The support assembly includes a bracket and a frame. The bracket includes a bracket main body, a movable member, a first sliding member, and a second sliding member. The bracket main body has a receiving portion. The movable member is connected to the bracket main body and is in contact with the first sliding member. The first sliding member is movable relative to the bracket main body, and includes a contacting surface. The second sliding member is movable relative to the bracket main body, and has a force-receiving portion. Each contacting surface is in contact with each force-receiving portion. The frame includes a frame main body and an extension portion connected to the frame main body that is detachably located in the receiving portion. The movable member moves to enable each second sliding member to contact each of two extension portions.

Abstract: An acquisition kit including: a mobile telephone with an objective lens for acquiring a 2D and/or 3D representation; a holder to which the telephone is fastened, the holder defining an oral aperture to be inserted into the mouth of a user, the objective lens having a view at least partially representing the oral aperture, the view representing at least a first mark selected from: —a categorization mark identifying a category to which a first constitutive component of the holder belongs; and/or —a personalization mark identifying the user and/or pathology of the user and/or dental care professional and/or group of professionals. The kit includes a computer controller programmed to read the first represented mark and to deduce therefrom a first identifier; then record the first identifier and/or prepare and transmit a message to the user and/or dental care professional; and/or to modify the calibration of the telephone.

Abstract: Provided are a lens assembly including, a barrel detachably coupled to a camera, a focusing lens, a driving unit moving the focusing lens by generating a driving force with power supplied from the camera, an input button receiving a user command, and a control device controlling the driving unit to move the focusing lens to a preset custom focus position when a custom focus adjustment command is input through the input button.

Abstract: A method for magnetic resonance imaging with motion estimation comprises: a) performing with a magnetic resonance imaging apparatus a quantitative scout acquisition to produce a data acquisition sequence; b) predicting, based on the data acquisition sequence, navigator data throughout an entirety of the data acquisition sequence; and c) performing joint motion and ?B0 estimation from the navigator data.

Abstract: An insulation adhesive, an insulation tape incorporating the insulation adhesive, and a method for preparing the insulation adhesive. The insulation adhesive includes: an insulation colloid, and an insulation particle doped in the insulation colloid. Breakdown field strength of the insulation particle is greater than breakdown field strength of the insulation colloid. Since the breakdown field strength of the insulation particle is greater than the breakdown field strength of the insulation colloid, the insulation colloid is easier to break down than the insulation particle. When an electro-static discharge current acts on the insulation adhesive, the electro-static discharge current breaks down the insulation colloid that has worse insulation performance and that is easier to break down, and bypasses the insulation particle that has better insulation performance and that is more difficult to break down, so that a breakdown path of the electro-static discharge current becomes longer.

Abstract: Methods and systems are provided for cine magnetic resonance fingerprinting (MRF). In one example, a method includes obtaining k-space data of an MRF scan of a subject, the k-space data acquired over a plurality of phases of at least one cardiac cycle of the subject, training an image reconstruction network (IRN) to output, for each phase, one or more subspace images of the subject using the k-space data, and training a parameter estimation network (PEN) to output, for each phase, a set of tissue parameter maps of the subject using the one or more subspace images output by the IRN for the corresponding phase. Upon training the IRN and the PEN, the method further includes obtaining (and displaying and/or saving in memory) a final set of tissue parameter maps of the subject for one or more or each of the plurality of phases.

Abstract: A camera module comprises: a first body; a second body coupled to a rear surface of the first body; a substrate disposed between the first body and the second body; and a lens module coupled to a front surface of the first body; wherein the first body includes a front plate and a first side plate extending rearward from the first plate, the second body includes a rear plate and a second side plate extending forward from the rear plate, and the first side plate and the second side plate are hook-coupled.

Abstract: A specific absorption rate (SAR) value acquisition method in magnetic resonance imaging includes acquiring a mapping relation between distribution data of radio frequency (RF) coil transmission field of each channel of an RF transmitter coil and distribution data of RF electric field of each channel of the RF transmitter coil, obtaining a mapping relation set, acquiring first distribution data of RF coil transmission field of each channel during an examination of a test person, determining first distribution data of RF electric field of each channel during the examination of the test person according to the first distribution data of RF coil transmission field of each channel and the mapping relation set, adjusting a weight of each channel according to the first distribution data of RF electric field of each channel acquired during the examination of the test person, and determining a distribution of SAR values of the test person.

Abstract: An apparatus includes a motor having one or more gears and a shaft operably coupled to the one or more gears. The shaft actuates to adjust a field of view (FoV) of a camera. The apparatus further includes a bracket having a passage in which the shaft is at least partially disposed, and a channel. A spring is at least partially disposed with the channel of the bracket and is configured to reduce a backlash within the one or more gears of the motor.

Abstract: Apparatuses serving as camera rail positioners and methods of operation are featured and described, as well as methods of their operation. The featured apparatuses include a horizontal base having a plurality of wheels or casters, a vertical tower in communication with and projecting upward from the horizontal base, a vertical trolley designed for slidable movement up and down a length of the vertical tower by an actuator and configured to hold a camera rail system horizontally.

Abstract: Systems and methods for measuring integrated circuit activity use the spatial resolution of optically detected magnetic resonance (ODMR) of nitrogen-vacancies (NV) in diamond. A quantum diamond microscope (QDM) can be used to capture a series of images of the fluorescence of NV centers present in diamond as a function of an external microwave field. An IC device placed adjacent to the diamond of the QDM will impact the fluorescence of the NV center, and this magnetic field-dependent fluorescence can be measured and used to generate a map of the magnetic field of the IC device.

Abstract: A camera module comprises: a first body on which a lens is disposed; a second body coupled to the first body; a plurality of substrates disposed between the first body and the second body; and a support member for fixing the plurality of substrates so that the substrates are spaced apart in the optical axis direction, wherein the support member includes sidewalls disposed between different substrates and extension parts extending from the sidewalls.

Abstract: Example embodiments of a humidity sensor for a cooking appliance are provided. The humidity sensor comprises: a sensor assembly comprising: conductive plates having a space located therebetween, wherein the conductive plates are electrically charged and subsequently discharged over time; a dielectric plate locatable in the space between the conductive plates, wherein the dielectric plate is removable from the space between the conductive plates for cleaning; a controller, in electrical communication with the sensor assembly, configured to: measure a capacitive characteristic across the conductive plates whilst the dielectric plate is located in the space; and determine, based on the capacitive characteristic, a humidity measurement indicative of the humidity within the cooking appliance.

Abstract: An aperture assembly includes a driving mechanism, a support base, and a plurality of blades. A first light entering hole is disposed on the support base, all the plurality of blades are rotatably connected to the support base, the plurality of blades form a light transmission hole, the light transmission hole is in communication with the first light entering hole, and all the plurality of blades are connected to the driving mechanism. Driven by the driving mechanism, all the plurality of blades are rotatable relative to the support base, to adjust an amount of light entering the light transmission hole.

Abstract: Portable counting apparatus for smart city implementation using artificial intelligence, the apparatus comprising: a tripod; a camera module disposed on the tripod and takes images of a region of interest; a driver counting number of an objects corresponding to the region of interest by analyzing the image of the region of interest; a communicating module transmitting information of the number of the object corresponding to the region of interest to a server; a power supplying part supplying a power to at least one of the camera module, the driver and the communicating module; and a case part, wherein the power supplying part includes a solar cell part producing power using solar energy; and a battery storing the power produced by the solar cell part, wherein the case part includes a space inside to accommodate at least one of the battery and the driver, wherein the tripod includes a pillar part including a portion extended along a vertical direction; a mounting part located on a top of the pillar part; and a

Abstract: A vehicle-mounted camera holder includes a holder body including a camera installing portion for holding a camera, and a clamping element including a clamping body coupled to the holder body, wherein the clamping body includes a first clamping portion and a second clamping portion movably coupled to the first clamping portion to define a clamping cavity which is switched between an open state in which an access opening is formed to allow the installation element to enter the clamping cavity and a closed state in which the installation element is clamped at the clamping cavity without the need for an additional tool.

Abstract: A substrate processing system provided with a plurality of apparatuses to perform a patterning on a plurality of the substrates, wherein a transfer container accommodating the plurality of substrates is transferred to the plurality of apparatuses in a sequential manner. The substrate processing system includes: a first apparatus of the plurality of apparatuses, which is configured to form a metal-containing resist film on each substrate; a second apparatus of the plurality of apparatuses, which is configured to perform a development on the metal-containing resist film after exposure; and an atmosphere regulator having an accommodation space where the substrates, on each of which the metal-containing resist film before being subjected to the development is formed, are accommodated and configured to regulate an atmosphere of the accommodation space so as to regulate a degree of progress of a reaction of the metal-containing resist film on each substrate.

Abstract: An actuator for a camera includes a carrier equipped with at least one lens and configured to move in an optical axis direction, a magnet provided in the carrier, a housing configured to accommodate the carrier, a plurality of coils arranged along an optical axis to face the magnet, and a plurality of detection sensors configured to sense a position of the magnet and disposed to be spaced apart from each other based on the optical axis direction. When the carrier is located at a reference position, the plurality of detection sensors all face the same one magnetic pole among magnetic poles of the magnet.

Abstract: The present application relates to an image anti-shake method and an electronic device. The method includes: enabling a camera application; receiving a first operation; acquiring a first image stream in response to the first operation, where the first image stream is an image stream collected by the camera in real time, the first image stream is an image stream that has been subjected to first anti-shake processing, and the first anti-shake processing includes anti-shake processing performed by the three-axis optical image stabilization controller; and processing the first image stream based on a first parameter and a second parameter to obtain a second image stream, where the first parameter is obtained based on the first anti-shake processing, the first parameter is used for restoring the first anti-shake processing, the second parameter is used for second anti-shake processing, and the first anti-shake processing is different from the second anti-shake processing.

Abstract: A method for characterizing in pulse-mode a III-V semiconductor transistor (2) utilizes an associated test bench (1). An RF pre-pulse is applied to the gate (2a) of the transistor (2) with a power level NRF defined according to a first predetermined law of variation so as to fix the charge state of the traps in the transistor (2). Then a first DC pulse and a second DC pulse are applied to the gate (2a) and to the drain (2b) of the transistor (2), respectively. The first DC pulse and the second DC pulse have a first DC level N1 and a second DC level N2, respectively, defined according to a second predetermined law of variation.