Abstract: A transmission interface between at least a first module and a second module is proposed. The transmission interface includes at least two physical transmission mediums. Each physical transmission medium is arranged to carry a multiplexed signal in which at least two signals are integrated. The at least two physical transmission mediums include a first physical transmission medium arranged to carry a first multiplexed signal including a first IF signal and a reference clock signal. The first IF signal and the reference clock signal are at different frequencies.

Abstract: A gravity compensation apparatus is provided, including a force output device, an axis and an arm with the axis as rotational center. The present invention is to output a force via the force output device to the arm when the arm contacts the force output device. When the arm rotates in the first or second quadrants, the contact point between the arm and the force output device will change continuously so that the force rotation speed of the force output device, the effective length of the lever arm and the force-applying angle will also change accordingly. Through appropriate design, the generated torque value can show a non-linearly increasing curve approximately to a sin function between 0-90°.

Abstract: A gravity compensation apparatus is provided, including a force output device, an axis and an arm with the axis as rotational center. The present invention is to output a force via the force output device to the arm when the arm contacts the force output device. When the arm rotates in the first or second quadrants, the contact point between the arm and the force output device will change continuously so that the force rotation speed of the force output device, the effective length of the lever arm and the force-applying angle will also change accordingly. Through appropriate design, the generated torque value can show a non-linearly increasing curve approximately to a sin function between 0-90°.

Abstract: A controlling apparatus for automated toilet seat and lid lifting and closing device is provided, including a mat, at least a detection module, and a control module. The detection module is located inside the mat. The control module is electrically connected to the detection module and an automated toilet seat and lid lifting and closing device, respectively. The mat is placed in front of the toilet. When a user steps on the mat, the detection module and the control module detects the orientation and position of the footprint to determine whether the user is facing or facing away from the toilet and sends control signals to the automated toilet seat and lid lifting and closing device to operate accordingly. Also, the detection module can detect the user finishing using the toilet and leaving the mat, a corresponding signal is sent to the automated toilet seat and lid lifting and closing device to close the lid and flush.

Abstract: A controlling apparatus for automated toilet seat and lid lifting and closing device is provided, including a mat, at least a detection module, and a control module. The detection module is located inside the mat. The control module is electrically connected to the detection module and an automated toilet seat and lid lifting and closing device, respectively. The mat is placed in front of the toilet. When a user steps on the mat, the detection module and the control module detects the orientation and position of the footprint to determine whether the user is facing or facing away from the toilet and sends control signals to the automated toilet seat and lid lifting and closing device to operate accordingly. Also, the detection module can detect the user finishing using the toilet and leaving the mat, a corresponding signal is sent to the automated toilet seat and lid lifting and closing device to close the lid and flush.

Abstract: A lamp, comprising a base of the lamp configured with a wireless transmission component. The wireless transmission component is adapted to having an electric circuit enabled to implement wireless signal reception\transmission. A power cord is connected to a power supply circuit of the electric circuit. An aerial circuit of the electric circuit is connected to a metal stand of the lamp or to a metal frame of a lampshade, therewith enabling a connection to be made between a signal transmission port of the wireless transmission component and wired network equipment. Furthermore, the lamp is structured such to implement wireless signal transmission through linking the wireless transmission component with equipment having a wireless network card.

Abstract: A lamp, comprising a base of the lamp configured with a wireless transmission component. The wireless transmission component is adapted to having an electric circuit enabled to implement wireless signal reception\transmission. A power cord is connected to a power supply circuit of the electric circuit. An aerial circuit of the electric circuit is connected to a metal stand of the lamp or to a metal frame of a lampshade, therewith enabling a connection to be made between a signal transmission port of the wireless transmission component and wired network equipment. Furthermore, the lamp is structured such to implement wireless signal transmission through linking the wireless transmission component with equipment having a wireless network card.