A metal foot pedal for converting a hand flushing toilet to a foot flushing toilet, having a foot shaped plate with an attachment device secured to the foot shaped plate for attaching the foot shaped plate to a hand lever of a toilet, whereby the toilet can be flushed by foot.

A metal foot pedal for converting a hand flushing toilet to a foot flushing toilet, having a foot shaped plate with an attachment device secured to the foot shaped plate for attaching the foot shaped plate to a hand lever of a toilet, whereby the toilet can be flushed by foot.

An automatic flushing squatting toilet includes a toilet body and a water tank. Flushing mechanisms are disposed inside the toilet body. The flushing mechanisms include installing grooves disposed on an upper wall of the toilet body. An inner wall of each installing groove close to an upper end of each installing groove is fixedly connected with a respective flexible plate. Each installing groove is fixedly connected with a respective piezoelectric plate. A lower wall of each flexible plate is fixedly connected with a respective pressing block. Each pressing block contacts a corresponding piezoelectric plate. Water sucking cavities are disposed inside the toilet body. Each water sucking cavity is fixedly connected with a metal plate. Each water sucking cavity is elastically connected with a respective electromagnetic plate through a respective return spring. Each electromagnetic plate is slidably connected with each water sucking cavity.

An automatic flushing squatting toilet includes a toilet body and a water tank. Flushing mechanisms are disposed inside the toilet body. The flushing mechanisms include installing grooves disposed on an upper wall of the toilet body. An inner wall of each installing groove close to an upper end of each installing groove is fixedly connected with a respective flexible plate. Each installing groove is fixedly connected with a respective piezoelectric plate. A lower wall of each flexible plate is fixedly connected with a respective pressing block. Each pressing block contacts a corresponding piezoelectric plate. Water sucking cavities are disposed inside the toilet body. Each water sucking cavity is fixedly connected with a metal plate. Each water sucking cavity is elastically connected with a respective electromagnetic plate through a respective return spring. Each electromagnetic plate is slidably connected with each water sucking cavity.

A foot actuated toilet flushing device for hands free toilet flushing includes a bracket, a pedal assembly, and a cable assembly. The bracket is mountable to a tank of a toilet proximate to a handle of the toilet. A connector is engaged to the bracket and is connectable to the handle of the toilet. The pedal assembly is mountable to a floor proximate to the toilet. The cable assembly is coupled to and extends between the connector and the pedal assembly. The pedal assembly can be pressed by a foot of a user, positioning the cable assembly to transfer a downward force applied to the pedal assembly to the handle of the toilet to flush the toilet.

A foot actuated toilet flushing device for hands free toilet flushing includes a bracket, a pedal assembly, and a cable assembly. The bracket is mountable to a tank of a toilet proximate to a handle of the toilet. A connector is engaged to the bracket and is connectable to the handle of the toilet. The pedal assembly is mountable to a floor proximate to the toilet. The cable assembly is coupled to and extends between the connector and the pedal assembly. The pedal assembly can be pressed by a foot of a user, positioning the cable assembly to transfer a downward force applied to the pedal assembly to the handle of the toilet to flush the toilet.

A foot actuated toilet flushing device for hands free toilet flushing includes a bracket, a pedal assembly, and a cable assembly. The bracket is mountable to a tank of a toilet proximate to a handle of the toilet. A connector is engaged to the bracket and is connectable to the handle of the toilet. The pedal assembly is mountable to a floor proximate to the toilet. The cable assembly is coupled to and extends between the connector and the pedal assembly. The pedal assembly can be pressed by a foot of a user, positioning the cable assembly to transfer a downward force applied to the pedal assembly to the handle of the toilet to flush the toilet.

A foot actuated toilet flushing device for hands free toilet flushing includes a bracket, a pedal assembly, and a cable assembly. The bracket is mountable to a tank of a toilet proximate to a handle of the toilet. A connector is engaged to the bracket and is connectable to the handle of the toilet. The pedal assembly is mountable to a floor proximate to the toilet. The cable assembly is coupled to and extends between the connector and the pedal assembly. The pedal assembly can be pressed by a foot of a user, positioning the cable assembly to transfer a downward force applied to the pedal assembly to the handle of the toilet to flush the toilet.

An automatic flushing squatting toilet includes a toilet body and a water tank. Flushing mechanisms are disposed inside the toilet body. The flushing mechanisms include installing grooves disposed on an upper wall of the toilet body. An inner wall of each installing groove close to an upper end of each installing groove is fixedly connected with a respective flexible plate. Each installing groove is fixedly connected with a respective piezoelectric plate. A lower wall of each flexible plate is fixedly connected with a respective pressing block. Each pressing block contacts a corresponding piezoelectric plate. Water sucking cavities are disposed inside the toilet body. Each water sucking cavity is fixedly connected with a metal plate. Each water sucking cavity is elastically connected with a respective electromagnetic plate through a respective return spring. Each electromagnetic plate is slidably connected with each water sucking cavity.

An automatic flushing squatting toilet includes a toilet body and a water tank. Flushing mechanisms are disposed inside the toilet body. The flushing mechanisms include installing grooves disposed on an upper wall of the toilet body. An inner wall of each installing groove close to an upper end of each installing groove is fixedly connected with a respective flexible plate. Each installing groove is fixedly connected with a respective piezoelectric plate. A lower wall of each flexible plate is fixedly connected with a respective pressing block. Each pressing block contacts a corresponding piezoelectric plate. Water sucking cavities are disposed inside the toilet body. Each water sucking cavity is fixedly connected with a metal plate. Each water sucking cavity is elastically connected with a respective electromagnetic plate through a respective return spring. Each electromagnetic plate is slidably connected with each water sucking cavity.