Abstract: A memory chip includes a first decoding device and a memory device. The first decoding device is configured to generate multiple word line signals. The memory device is configured to generate a third data signal based on a first data signal and a second data signal. The memory device includes a first memory circuit and a second memory circuit. The first memory circuit is configured to generate the first data signal at a first node according to the word line signals during a first period. The second memory circuit is configured to generate the second data signal at a second node different from the first node according to the word line signals during a second period after the first period. A method of operating a memory chip is also disclosed herein.

Abstract: A method for chamfering the installation position of a water control valve of a faucet body, mainly using a punching machine to drive a processing punch to punch a first end or second end, where the processing punch is provided with a fillet corresponding to the hole of the first end or second end, which squeezes the burrs through the driving of the punching machine, allowing the surface of installation position of the water control valve to be even and smooth, achieving smooth rotation of the water control valve, and preventing the water stop rubber to be scratched by the burrs or sharp corners.

Abstract: A foam soap-providing machine with function of recycling soap-liquid, which comprises: a container containing a soap-liquid and having a soap-releasing portion; a shell-group including at least two detachable shell-bodies combinedly disposed on the outer peripheral surface of the soap-releasing portion; and a faucet mounted on the upper end of the soap-releasing portion and having a soap-feeding portion provided for flowing out the pressurized soap-liquid; wherein the soap-feeding portion has a joint end; wherein a foam-generating module used to generate a foam and a foam-recycling module used to recycle the extruded unused foam are comprised in the shell-group; thereby it can generate foam and recycle the remaining foam in the soap-releasing portion through a single motor. Accordingly, the present invention greatly saves the structural volume and prevents the soap-liquid from being dropped outside and wasted.

Abstract: A foam soap-providing machine with function of recycling soap-liquid, which comprises: a container containing a soap-liquid and having a soap-releasing portion; a shell-group including at least two detachable shell-bodies combinedly disposed on the outer peripheral surface of the soap-releasing portion; and a faucet mounted on the upper end of the soap-releasing portion and having a soap-feeding portion provided for flowing out the pressurized soap-liquid; wherein the soap-feeding portion has a joint end; wherein a foam-generating module used to generate a foam and a foam-recycling module used to recycle the extruded unused foam are comprised in the shell-group; thereby it can generate foam and recycle the remaining foam in the soap-releasing portion through a single motor. Accordingly, the present invention greatly saves the structural volume and prevents the soap-liquid from being dropped outside and wasted.

Abstract: A sensing faucet for the integration of soap supply with water exit includes a main body configured with a mounting portion having a first mounting zone and second mounting zone, where the first mounting zone is used to accept a water supply module, and the second mounting zone a soap supply module, where an obtuse angle is formed between the first and second mounting zones. With the above structure, the soap supply module can conform to a human factor design besides the water and soap supply modules are integrated with each other in the same sensing faucet, allowing users direct soap supply according hand washing habits without needing to touch any other components, and the hand cleaning convenience can then be achieved.

Abstract: An activation system for electronic urinal comprises a urinal fluidly communicated with an inlet pipe and a control unit arranged between the urinal and the inlet pipe. The control unit includes a solenoid valve, a sensor, and a power supply. The solenoid valve is used for controlling to water or seal. The sensor is electrically connected to the solenoid valve. The power supply provides power to the solenoid valve and the sensor. The control unit has an activation switch which is electrically connected to the solenoid valve. The activation switch has a wireless transmission module and a timing controller for turning off the wireless transmission module. The activation switch is pressed so that the wireless transmission module is activated to set water discharge and a turn-off time of the solenoid valve and is turned off after a preset time counted by the time controller to save power.

Abstract: An infrared soap dispensing faucet structure comprises a shell and an automatic soap dispensing unit. The shell has a hollow vertical section with a first space and a hollow horizontal section with a second space. A water outlet and a soap outlet are arranged at an outer lower edge of the horizontal section. The water outlet has a first sensor and the soap outlet has a second sensor. The first sensor of the water outlet is provided for controlling the water outlet to be turned on and off. The shell and the automatic soap dispensing unit are integrated with each other so that a bathroom space is not in disarray and dirt remained on hands is not polluted a faucet or the automatic soap dispensing unit.

Abstract: An activation device for an electronic faucet comprises a body, a shell, and a battery. It is further characterized in that a wireless transmission module is arranged at the shell and electrically connected with the battery pack. The wireless transmission module has an activation switch which has a timer to be set to turn on/off the wireless transmission module. Therefore, the wireless transmission module may be not continuously operated so as to effectively reduce the power loss.

Abstract: A foamed soap dispensing structure comprises a container, a cover set, a faucet, and a foaming unit. The foaming unit has a foaming member and an outer ring. The foaming member has two inlets and a foam material. The outer ring has an assembling end corresponding to a connection end of a soap providing portion of the faucet. When the foaming unit is clogged, the foaming unit may be pulled out by an user so that the assembling end may be separated from the connection end of the soap providing portion to easily replace the foaming member and then to achieve the effect of easy construction.

Abstract: An electric soap dispenser includes a receptacle having an outlet mouth, an outlet device engaged with the receptacle, a human body sensing device for detecting whether a human body is approaching the outlet device or not, and an actuating device having a housing attached to the receptacle, a control device is attached to the housing, an air motor is electrically connected to the control device for being actuated by the control device to supply an air into the receptacle, and a fluid motor is electrically connected to the control device for being actuated by the control device to pump the liquid soap out of the receptacle. The outlet device includes a filtering member engaged with the outlet opening of the outlet device for filtering the liquid soap.

Abstract: A water flow controlling device for a faucet includes a controlling mechanism having a housing and a casing disposed on a bottom wall and having compartment and chamber communicating with each other, a valve seat formed in the casing, a check valve device engaged in the casing for engaging with the valve seat and for controlling the water to flow out of the casing, a receptacle includes a chamber for engaging with the housing and the casing and the bottom wall of the controlling mechanism, and an actuator tube is attached to the receptacle and includes a protrusion for disengaging the check valve device from the valve seat of the casing when the receptacle is engaged onto the casing.

Abstract: A water flow controlling device for a faucet includes a controlling mechanism having a housing and a casing disposed on a bottom wall and having compartment and chamber communicating with each other, a valve seat formed in the casing, a check valve device engaged in the casing for engaging with the valve seat and for controlling the water to flow out of the casing, a receptacle includes a chamber for engaging with the housing and the casing and the bottom wall of the controlling mechanism, and an actuator tube is attached to the receptacle and includes a protrusion for disengaging the check valve device from the valve seat of the casing when the receptacle is engaged onto the casing.

Abstract: An automatic water flow controller for a faucet includes an outlet member, a manual valve device, one or more inlet pipes supplying water to the manual valve device, a coupling tube coupled between the outlet member and the manual valve device, a solenoid valve attached to the coupling tube for controlling the water to selectively flow through the coupling tube, and an infrared ray detector attached to the outlet member for detecting an approaching of a user within a detection zone of the infrared ray detector, the infrared ray detector is electrically connected to the solenoid valve for operating the solenoid valve to control the water to selectively flow through the coupling tube.

Abstract: A mixing valve device includes a stationary valve piece attached to a cover of an outer housing and having two inlet passages for receiving cold water and hot water and having two outlet passages, a movable valve piece movably and rotatably engaged in the housing and having an outlet pathway for selectively aligning with either of the outlet passages of the stationary valve piece and for controlling the mixed water to flow out through either of the outlet passages of the stationary valve piece, the movable valve piece includes an inlet pathway adjustable to different communication area with the inlet passages of the stationary valve piece for adjusting the water temperature of the mixed water.

Abstract: A mixing valve device includes a stationary valve piece attached to a cover of an outer housing and having two inlet passages for receiving cold water and hot water and having two outlet passages, a movable valve piece movably and rotatably engaged in the housing and having an outlet pathway for selectively aligning with either of the outlet passages of the stationary valve piece and for controlling the mixed water to flow out through either of the outlet passages of the stationary valve piece, the movable valve piece includes an inlet pathway adjustable to different communication area with the inlet passages of the stationary valve piece for adjusting the water temperature of the mixed water.

Abstract: An automatic water flow controller for a faucet includes an outlet member, a manual valve device, one or more inlet pipes supplying water to the manual valve device, a coupling tube coupled between the outlet member and the manual valve device, a solenoid valve attached to the coupling tube for controlling the water to selectively flow through the coupling tube, and an infrared ray detector attached to the outlet member for detecting an approaching of a user within a detection zone of the infrared ray detector, the infrared ray detector is electrically connected to the solenoid valve for operating the solenoid valve to control the water to selectively flow through the coupling tube.

Abstract: A faucet device includes a faucet member having a passage and a pathway communicative with a chamber of the faucet member, two hoses coupled to the passage and the pathway of the faucet member, a valve device disposed in the faucet member for mixing hot and cold water into a mixed water and having an exit and an outlet port engaged with the passage and the pathway of the faucet member, a check valve disposed between the hose and the pathway of the faucet member for limiting the mixed water to flow from the pathway of the faucet member to the hose, and a control device is coupled between the hoses to control the mixed water to selectively flow through the hoses or to selectively block the hoses.

Abstract: An automatic water flow controller includes a detecting device coupled to a processing device for detecting an approaching of a user, a control device having a control valve coupled to a water supplying pipe, an electric energy storing device having a capacitor coupled to the control device, and an electric generating device having an electric generator coupled to the water supplying pipe for being actuated by the water to generate and supply an electric energy to charge the capacitor, the processing device actuates the control valve to open the water supplying pipe and to operate the electric generating device and to generate the electric energy when a voltage in the capacitor is less than a predetermined value.