Automic nonelectric closestool

10:

• An automatic non-electric toilet, comprising a toilet body, a water curtain spraying device, a storage device which is able to move upward and downward, a disinfection device, a toilet seat and two arm assemblies, wherein:
• said water curtain spraying device is provided on said toilet body;
• said water storage device, said disinfection device, said toilet seat and said arm assemblies are provided on said water curtain spraying device;
• a first end of each said arm assembly is connected with said water storage device and a second end of each said arm assembly is connected with said toilet seat;
• and said arm assemblies move forward and backward to generate potential energy which serves as motive power;
• said water curtain spraying device comprises a lower water basin, an upper cover plate and a stretchable sleeve, wherein said lower water basin is stacked with said upper cover plate to form a first containing cavity which has a lateral opening;
• said stretchable sleeve passes through said upper cover plate;
• water enters said water curtain spraying device from said water storage device through said stretchable sleeve, and then flows into said toilet body along a side of said lower water basin;
• said water storage device comprises a water tank, a base frame and a water tank frame, wherein said water tank is provided on said water tank frame;
• said water tank frame is provided on said base frame and is able to move upward and downward relative to said base frame;
• said disinfection device is provided at a bottom of said base frame;
• said water tank frame is U-shaped;
• a disinfectant rod pressing frame is provided at a top of a side of said water tank frame;
• when said water tank moves downward, said disinfectant rod pressing frame linked with said water tank presses said disinfection device downward to release disinfectant;
• and
• said automatic non-electric toilet has a linkage operation that seat-lifting, flushing by said water storage device and disinfecting by said disinfection device are successively executed.

11:

• The automatic non-electric toilet, as recited in claim 10, wherein said toilet body comprises a ship-shaped basin, a cover body and a discharging outlet;
• said ship-shaped basin is provided within said cover body;
• said discharging outlet is provided below said ship-shaped basin;
• said lower water basin and said upper cover plate are provided at a relative wide end of said ship-shaped basin;
• and said stretchable sleeve passes through said upper cover plate.

13:

• The automatic non-electric toilet, as recited in claim 11, wherein said cover body comprises a left wing plate, a right wing plate, a front connecting plate and back connecting plate components;
• a first side of said left wing plate and a first side of said right wing plate incline to contact with each other and are contained within said front connecting plate;
• a second side of said left wing plate and a second side of said right wing plate are parallel with each other and are connected with said back connecting plate components;
• said left wing plate, said right wing plate, said front connecting plate and said back connecting plate components are successively connected for forming a second containing cavity;
• said ship-shaped basin is embedded within said second containing cavity;
• and said discharging outlet passes through said back connecting plate components.

14:

• The automatic non-electric toilet, as recited in claim 13, wherein:
• said cover body further comprises rubber pads, wherein said rubber pads are provided between each of said left wing plate, said right wing plate, said front connecting plate and said back connecting plate components and said ship-shaped basin;
• and
• said back connecting plate components comprise an upper back connecting plate and a lower back connecting plate, wherein said upper back connecting plate is cuboid and a bottom of said upper back connecting plate has a concave-upward arc;
• said lower back connecting plate has a concave-downward arc;
• and said two arcs of said upper back connecting plate and said lower back connecting plate are opposed with each other for allowing said discharging outlet to pass through.

15:

• The automatic non-electric toilet, as recited in claim 10, wherein said water storage device further comprises an upper frame, a rope and a stopping valve;
• a first end of said upper frame is fixed on said base frame and a second end of said upper frame fixes said rope and said stopping valve;
• a bottom of said rope is connected with a drainage valve for controlling a switch condition of said drainage valve;
• and said stopping valve is connected with an inlet valve through a connecting rod for controlling a switch condition of said inlet valve.

16:

• The automatic non-electric toilet, as recited in claim 11, wherein said water storage device further comprises an upper frame, a rope and a stopping valve;
• a first end of said upper frame is fixed on said base frame and a second end of said upper frame fixes said rope and said stopping valve;
• a bottom of said rope is connected with a drainage valve for controlling a switch condition of said drainage valve;
• and said stopping valve is connected with an inlet valve through a connecting rod for controlling a switch condition of said inlet valve.

17:

• The automatic non-electric toilet, as recited in claim 12, wherein said water storage device further comprises an upper frame, a rope and a stopping valve;
• a first end of said upper frame is fixed on said base frame and a second end of said upper frame fixes said rope and said stopping valve;
• a bottom of said rope is connected with a drainage valve for controlling a switch condition of said drainage valve;
• and said stopping valve is connected with an inlet valve through a connecting rod for controlling a switch condition of said inlet valve.

18:

• The automatic non-electric toilet, as recited in claim 13, wherein said water storage device further comprises an upper frame, a rope and a stopping valve;
• a first end of said upper frame is fixed on said base frame and a second end of said upper frame fixes said rope and said stopping valve;
• a bottom of said rope is connected with a drainage valve for controlling a switch condition of said drainage valve;
• and said stopping valve is connected with an inlet valve through a connecting rod for controlling a switch condition of said inlet valve.

19:

• The automatic non-electric toilet, as recited in claim 14, wherein said water storage device further comprises an upper frame, a rope and a stopping valve;
• a first end of said upper frame is fixed on said base frame and a second end of said upper frame fixes said rope and said stopping valve;
• a bottom of said rope is connected with a drainage valve for controlling a switch condition of said drainage valve;
• and said stopping valve is connected with an inlet valve through a connecting rod for controlling a switch condition of said inlet valve.

20:

• The automatic non-electric toilet, as recited in claim 10, wherein said two arm assemblies are symmetrically provided;
• each arm assembly comprises a hinge seat, and a seat-lifting component integrated with said hinge seat;
• said hinge seats are connected with said base frame;
• and said seat-lifting components are connected with said toilet seat.

21:

• The automatic non-electric toilet, as recited in claim 17, wherein said two arm assemblies are symmetrically provided;
• each arm assembly comprises a hinge seat, and a seat-lifting component integrated with said hinge seat;
• said hinge seats are connected with said base frame;
• and said seat-lifting components are connected with said toilet seat.

22:

• The automatic non-electric toilet, as recited in claim 19, wherein said two arm assemblies are symmetrically provided;
• each arm assembly comprises a hinge seat, and a seat-lifting component integrated with said hinge seat;
• said hinge seats are connected with said base frame;
• and said seat-lifting components are connected with said toilet seat.