Abstract: A 3D space rendering system with multi-camera image depth includes a headset and a 3D software. The headset includes a body with a first support and a second support. The 3D software is in electrical signal communication with a first image capturing device and a second image capturing device. The system makes it possible to establish 3D image models at low cost, thereby allowing more people to create such models faster.

Abstract: An input stage of a chip includes a source driver and a sensing and clamping circuit. The source follower is arranged for receiving an AC-coupled signal to generate an output signal at an output terminal. The sensing and clamping circuit is coupled to the source follower, and is arranged for clamping the output terminal of the source follower at a fixed DC voltage.

Abstract: An electronic paper display apparatus including an electronic paper display panel and a driver apparatus is provided. The electronic paper display panel displays image frames and includes a plurality of display modes. The driver apparatus is electrically connected to the electronic paper display panel. The driver apparatus determines what display mode the electronic paper display panel is in according to image data. The driver apparatus selects a driving signal to drive the electronic paper display panel to display the image frames according to the display mode of the electronic paper display panel. The image data is encoded according to one of a plurality of encoding methods to include information related to the display mode of the electronic paper display panel.

Abstract: A wireless power receiving method and a multicoil multiplex wireless power receiving device using same is disclosed. The method includes: a receiving coil for receiving AC signals from a transmitting base station; a rectifying unit for rectifying and converting the AC signal into a DC signal; a multiplexing device for receiving the DC signal from the rectifying unit and thereafter outputting direct current; a communicating and controlling device for modulating the multiplexing device and the receiving coil to feedback the electrical signal to the base station, and monitoring the load outputted. The communicating and controlling device adjusts the feedbacks during the electrical signal of the load abnormal. In the present disclosure, the receiving coil can fix in any position, rather than the receiving coil aligning to a corresponding coil of the base station, which can obtain a normal transmission work between the wireless power receiving device and the base station.

Abstract: A lens includes a barrel and a first optical element. The barrel includes an inner circumferential surface surrounding an axis and defining an accommodation space, an object side and an image side spaced at two ends of the axis and interconnecting with the accommodation space, and a first mounting portion integrally formed around the inner circumferential surface. The first mounting portion includes a first blocking portion having a first blocking surface corresponding to the object side. The first optical element is received in the accommodation space, and disposed in the first mounting portion, and includes a first body portion and a first stopping portion. The first stopping portion includes a first stopping surface leaning against the first blocking surface. The distance between an outermost edge of the first stopping portion and the axis is greater than the distance between an innermost edge of the first blocking portion and the axis.

Abstract: A system for monitoring abnormal behavior includes a distribution sensing unit and a controlling unit. The controlling unit is electrically connected to the distribution sensing unit. The distribution sensing unit is configured to sense a change of a temperature of a target object in the monitoring area according to a background temperature value and output distribution data of the temperature change. The controlling unit is configured to receive and analyze the distribution data of the temperature change to identify a behavior of the target object.

Abstract: An electronic paper display apparatus and a driving method thereof are provided. The electronic paper display apparatus includes an electronic paper display panel and a control chip. The control chip is coupled to the electronic paper display panel. The control chip is configured to generate a clock signal and simulate a driving signal according to the clock signal and panel control data. The control chip drives the electronic paper display panel by utilizing the clock signal and the driving signal.

Abstract: An electronic apparatus and method for determining a reset thereof are provided. The electronic apparatus includes a switch, a sensor, a reset circuitry and a control circuitry. The switch generates a trigger signal as being triggered. The sensor senses a property of an object or an environment external to the electronic apparatus and to provide a sensing information based on the sensed property. The reset circuitry is coupled to the switch and counts from an initial value to a predetermined value when keep receiving the trigger signal from the switch, wherein the reset circuitry further resets the electronic apparatus when counting to the predetermined value. The control circuitry is coupled to the switch, the sensor and the reset circuit and generates a control signal, based on the sensing information, for controlling the reset circuit to re-count from the initial value to the predetermined value.

Abstract: An input stage of a chip includes a source driver and a sensing and clamping circuit. The source follower is arranged for receiving an AC-coupled signal to generate an output signal at an output terminal. The sensing and clamping circuit is coupled to the source follower, and is arranged for clamping the output terminal of the source follower at a fixed DC voltage.

Abstract: The disclosure relates to a system and method for generating an image by the following steps: obtaining a first image and a second image relating to a subject; obtaining a third image of the subject by a radiology imaging technique; registering the first image and the second image to obtain a first element; calibrating the third image to obtain a second element based on the first element; calibrating the second image based on the second element.

Abstract: A wireless charging device mounting on a mounting hole of furniture, comprises a protection box receiving a wireless charging module, a bolt circle located on the protection box, a fixing plate, an electrical wire. A protruded surface protrudes from a periphery of the protection box, the protruded surface of the protection box is attached with a top surface of the furniture, the fixing plate is connected with the coil bolt through threads. When the wireless charging device is mounted on the furniture, the protection box is mounted in the mounting hole, a dimension of the mounting hole is slightly less than a dimension of the protruded surface, then the fixing plate is rotated to adjust a height of the fixing plate, such that the top surface of the furniture is located between the fixing plate and the protruded surface.

Abstract: A lens includes a barrel and a first optical element. The barrel includes an inner circumferential surface surrounding an axis and defining an accommodation space, an object side and an image side spaced at two ends of the axis and interconnecting with the accommodation space, and a first mounting portion integrally formed around the inner circumferential surface. The first mounting portion includes a first blocking portion having a first blocking surface corresponding to the object side. The first optical element is received in the accommodation space, and disposed in the first mounting portion, and includes a first body portion and a first stopping portion. The first stopping portion includes a first stopping surface leaning against the first blocking surface. The distance between an outermost edge of the first stopping portion and the axis is greater than the distance between an innermost edge of the first blocking portion and the axis.

Abstract: The present invention discloses an apparatus and a method for measuring the erosion depth of a sputtering target, the apparatus for measuring the erosion depth of a sputtering target comprises a guiding rail, a positioning component and an erosion depth measuring device, the erosion depth measuring device is provided at the guiding rail in a relatively movable manner, the positioning component is disposed at the two sides of the guiding rail so as to support the guiding rail. According to the present invention, the erosion depth data can be known timely, and the utilization ratio of the sputtering target can be improved.

Abstract: An environment recognition guide system and method for guiding a movable medical equipment are disclosed. The environment recognition guide system includes a depth camera, an environment data storage device, and an object image recognition device. When the object image recognition device compares and determines an environment image pixel depth signal acquired by the depth camera matching predetermined object image pixel depth signals stored in the environment data storage device, the medical equipment is driven to move along a preset guide path. The movable medical equipment is further provided with collision protection function to prevent the medical equipment from collision with a front obstacle during the movement.

Abstract: The present invention discloses an apparatus and a method for measuring the erosion depth of a sputtering target, the apparatus for measuring the erosion depth of a sputtering target comprises a guiding rail, a positioning component and an erosion depth measuring device, the erosion depth measuring device is provided at the guiding rail in a relatively movable manner, the positioning component is disposed at the two sides of the guiding rail so as to support the guiding rail. According to the present invention, the erosion depth data can be known timely, and the utilization ratio of the sputtering target can be improved.

Abstract: A wireless charging device of the disclosure is used for carrying out wireless battery charging for an electronic device. The wireless charging device includes a wireless charger, a positioning seat, and an adjusting seat. The positioning seat is fixed with the wireless charger. The positioning seat and the wireless charger collectively form a sliding space. The adjusting seat supports the electronic device. The adjusting seat extends into the sliding space and slides along the sliding space relatively to the positioning seat, to adjust a location of a transmitter coil center of the wireless charger, which results that the transmitter coil center of the transmitter of the wireless charger aligns to a receptor coil center of the electronic device.

Abstract: An electronic device and a corresponding touch-sensing method are provided. The electronic device includes a display module integrated with a first touch sensor, a second touch sensor, and a sense circuitry. The first touch sensor generates a first sensing signal in response to a first driving signal. The second touch sensor generates a second sensing signal in response to a second driving signal. The sense circuitry is coupled to the first and the second touch sensors. The sense circuitry receives and analyzes the first sensing signal and the second sensing signal.

Abstract: A faucet with a hidden ozone device has a body and an ozone device. The body has a base tube, an inlet pipe, a connecting tube, an outlet pipe, and a working unit. The connecting tube is mounted on the base tube. The outlet pipe is mounted in the body. The working unit has a dissolving portion and a filter portion. The dissolving portion is mounted in the working unit and is connected with the outlet pipe. The filter portion is connected with the dissolving portion, and has a liquid outlet downward formed on a bottom of the filter portion. The ozone device is connected with the body and has a machine and an ozone pipe. The ozone pipe is connected between the machine and the dissolving portion of the working unit, and is inserted into the base tube and the connecting tube.

Abstract: A power charging socket according to an exemplary embodiment of the disclosure is inlaid in a supporting body. The power charging socket includes a power socket module and a panel. The power socket module includes a power port exposed out of the panel. The power charging socket further includes a USB charging module and a baffle plate. The USB charging module includes a charging port exposed out of the panel. A wireless charging transmitter is located inside the baffle plate. One end of the baffle plate is rotatably connected with a bottom of the panel, and another end of the baffle plate is detachably connected with the panel. The baffle plate closes the panel to cover the power port and the charging port.

Abstract: An electronic device and a touch display panel of the electronic device are provided. The touch display panel receives a touch driving signal and generates a sense signal in response to the touch driving signal, wherein the sense signal is analyzed to calculate a touch position on the touch display. The touch display panel includes a transmitting circuit and a grounding electrode. The transmitting circuit distributes the touch driving signal in the touch display panel. The grounding electrode is disposed over the transmitting circuit and at least partially covers the transmitting circuit, wherein the grounding electrode is a grounded conductor.