Abstract: The present application discloses a wiping device and a cleaning device. The wiping device includes: a rotating unit, a suction unit and a wiping head, where the suction unit, the rotating unit and the wiping head are sequentially arranged on a central axis, a wiping device hollow tube and a wiping head hollow tube are arranged on the central axis, the wiping device hollow pipe is arranged in the rotating unit, and the wiping head hollow pipe is arranged in the wiping head.

Abstract: The present application discloses a wiping device and a cleaning device. The wiping device includes: a rotating unit, a suction unit and a wiping head, where the suction unit, the rotating unit and the wiping head are sequentially arranged on a central axis, a wiping device hollow tube and a wiping head hollow tube are arranged on the central axis, the wiping device hollow pipe is arranged in the rotating unit, and the wiping head hollow pipe is arranged in the wiping head.

Abstract: A smart motion detection device includes an image sensor, an infrared sensor and a processor. The image sensor captures a monitoring image. The infrared sensor detects a thermal motion condition and provides an alarm signal accordingly. The processor executes an image recording mode of the image sensor only according to the alarm signal when an image quality of the monitoring image is unacceptable.

Abstract: A smart motion detection device includes an image sensor, an infrared sensor and a processor. The image sensor captures a monitoring image. The infrared sensor detects a thermal motion condition and provides an alarm signal accordingly. The processor executes an image recording mode of the image sensor only according to the alarm signal when an image quality of the monitoring image is unacceptable.

Abstract: An image sensing apparatus comprises at least one sensing pixel and a control circuit. The sensing pixel comprises: a charge storing device; a light sensing device, for respectively generating photoelectrons with a first, second amount in a first, second mode; and a switch device, for determining an amount that the photoelectron can be transmitted to the charge storing device according to a control voltage. The control voltage generates the control voltage to control the amount that the photoelectrons can be transmitted to the charge storing device to be a first charge amount in a first mode and to be a second charge amount in a second mode. The first, second charge amounts are smaller than a maximum charge storing amount for the charge storing device.

Abstract: An image sensing apparatus comprises at least one sensing pixel and a control circuit. The sensing pixel comprises: a charge storing device; a light sensing device, for respectively generating photoelectrons with a first, second amount in a first, second mode; and a switch device, for determining an amount that the photoelectron can be transmitted to the charge storing device according to a control voltage. The control voltage generates the control voltage to control the amount that the photoelectrons can be transmitted to the charge storing device to be a first charge amount in a first mode and to be a second charge amount in a second mode. The first, second charge amounts are smaller than a maximum charge storing amount for the charge storing device.

Abstract: A method and apparatus for increasing the throughput of substrate processing systems is provided. A processing chamber configured for attachment to a cluster tool for processing substrates has dual, staggered processing regions. The processing regions are isolated from one another such that a substrate may be processed in each region simultaneously.