Abstract: A faucet body without compartment is disclosed. The faucet body is casted and forged integrally with an upright tubular shell, and the upper portion of shell comprises a thread segment. A first annular convex and a second annular convex are formed at a lower portion of the thread segment, and a flow space is formed between the first annular convex and the second annular convex. Below the second annular convex, At least a first bearing base, a second bearing base and a support block extend from the second annular convex. The first bearing base, second bearing base and support block are connected by a protruding shoulder to support the fined ceramic valve in the faucet body. An outlet conduit extends forward from a periphery of top of the shell, and an outlet channel is formed inside the outlet conduit to connect to the flow space of the shell.

Abstract: A fine ceramic valve may include a valve body, a valve base and a sealing unit. The valve base is located under the valve body and has a top board. A drain hole is disposed on the top board, and a water inlet duct extends downwardly from each of the two sides of the drain hole, wherein each of the two water inlet ducts has two side walls connected with each other, an outer arc and an inner wall, and the bottom is closed, and the top portion of the top board corresponding to each of the two water inlet ducts has a water through hole to guide the water down into the water inlet duct. The sealing unit has a first ring with a vertical axial pore, and each of two sides of the first ring downwardly connects with a second ring with a horizontal axial pore.

Abstract: A control valve includes a valve body and a valve seat, which is fixed at a bottom of the valve body, and has a roof with a spout thereon. Both side edges at front of the spout have intervals including a water inlet duct. The lateral arcs of the two inlet ducts are designed to taper the inlet duct. Also the upper sides of two inlet ducts connect with the roof, and the relative position on the roof of each duct has a limber hole to let water down into the inlet ducts. The two inlet ducts are used as an entry which penetrates the lateral arc to let each cold and hot water through into the ducts. An annular pad is outside of cold and hot water inlets to cover the ducts. The two intervals, which locate on the backsides of outlet, extend a ladder-shaped positioning pin respectively.

Abstract: A faucet body without compartment is disclosed. The faucet body is casted and forged integrally with an upright tubular shell, and the upper portion of shell comprises a thread segment. A first annular convex and a second annular convex are formed at a lower portion of the thread segment, and a flow space is formed between the first annular convex and the second annular convex. Below the second annular convex, At least a first bearing base, a second bearing base and a support block extend from the second annular convex. The first bearing base, second bearing base and support block are connected by a protruding shoulder to support the fined ceramic valve in the faucet body. An outlet conduit extends forward from a periphery of top of the shell, and an outlet channel is formed inside the outlet conduit to connect to the flow space of the shell.

Abstract: A ceramic control valve has a valve shell that orderly has a water control unit, an upper ceramic piece, a lower ceramic piece and a valve base connected underneath to avoid the abovementioned components from falling out. The ceramic control valve can change the water output style of the faucet without an additional handle, and the water output can be switched between front and top portions to effectively reduce the components of the faucets and simplify the assembly process.

Abstract: A ceramic control valve has a valve shell that orderly has a control shaft, an upper ceramic piece, a lower ceramic piece and a valve base connected underneath to avoid the abovementioned components from falling out. The ceramic control valve can change the water output style of the faucet without an additional handle, and the water output can be switched between front portion of the faucet and showerhead to effectively reduce the components of the faucets and simplify the assembly process.

Abstract: A ceramic control valve has a valve shell that orderly has a control shaft, an upper ceramic piece, a lower ceramic piece and a valve base connected underneath to avoid the abovementioned components from falling out. The ceramic control valve can change the water output style of the faucet without an additional handle, and the water output can be switched between front portion of the faucet and showerhead to effectively reduce the components of the faucets and simplify the assembly process.

Abstract: A ceramic control valve has a valve shell that orderly has a water control unit, an upper ceramic piece, a lower ceramic piece and a valve base connected underneath to avoid the abovementioned components from falling out. The ceramic control valve can change the water output style of the faucet without an additional handle, and the water output can be switched between front and top portions to effectively reduce the components of the faucets and simplify the assembly process.

Abstract: A mixed water control valve for a faucet includes a valve housing, a control unit, and a balance unit. The valve housing has a mounting seat which has a receiving chamber and two water inlet holes. The balance unit includes a fixed sleeve secured in the receiving chamber, a pressure regulating sleeve movably mounted in the fixed sleeve, a balance baffle mounted in the pressure regulating sleeve, and two elastic members each mounted in the pressure regulating sleeve and each biased between the balance baffle and the mounting seat. Thus, the balance baffle is compressed between the elastic members which provide a buffering force to counteract a larger pressure applied on the balance baffle, so that the pressure regulating sleeve is moved smoothly and stably without producing resonant noise in the faucet.

Abstract: A control valve for a faucet includes a valve housing, a hollow valve seat, two sealing gaskets, at least one water outlet channel, a rotation plate, a control unit, two mounting seats, a fixed sleeve, and a movable sleeve. Thus, the movable sleeve is movable in the fixed sleeve to control the water flow rate of the mixed cold and hot water to the optimum value to regulate and stabilize the water pressure automatically so as to provide a pressure balance effect so that the mixed water flowing from the water outlet channel is kept at a constant temperature, thereby providing a comfortable sensation to a user.

Abstract: A control valve for a faucet includes a valve housing, a hollow valve seat, at least one water outlet channel, a fixed plate, a rotation plate, a control unit, two mounting seats, a fixed sleeve, and a movable sleeve. Thus, the movable sleeve is movable in the fixed sleeve to control the water flow rate of the mixed cold and hot water to the optimum value to regulate and stabilize the water pressure automatically so as to provide a pressure balance effect so that the mixed water flowing from the water outlet channel is kept at a constant temperature, thereby providing a comfortable sensation to a user.

Abstract: A control valve of a faucet includes a base, a lower ceramic block, an upper ceramic block, a coupling block, a bottom bushing, an inner barrel, a housing, and a control shaft. The control shaft has a lower end formed with a drive member rested on the inner wall of the inner barrel. The drive member of the control shaft has a peripheral wall formed with a plurality of flattened faces. Thus, the flattened faces of the drive member of the control shaft reduce the friction between the drive member of the control shaft and the inner wall of the inner barrel, so that the control shaft is operated easily and conveniently, thereby facilitating a user operating the faucet.

Abstract: A faucet includes a main body, a control valve, a drive shaft, and a handle. The drive member of the drive shaft has a peripheral wall contacting with the mounting recess of the control seat of the control valve and formed with a plurality of spacing portions to reduce a contacting area between the drive member and the mounting recess to prevent the drive member from being expanded excessively due to absorbing the water to jam the mounting recess, so that the drive shaft is operated easily and conveniently, thereby facilitating the user operating the faucet.

Abstract: A water faucet structure includes a first valve seat mounted in one side of a wall, a first ceramic control valve fastened to the first valve seat, a second valve seat mounted in other side of the wall in a back-to-back manner in relation to the first valve seat, and a second ceramic control valve fastened to the second valve seat. The first and the second ceramic control valves each have a bottom seat which is provided with a cold water inlet, a hot water inlet, and a water outlet. The water inlets and the water outlets of the first and the second ceramic control valves are arranged in a mirror image pattern.