Abstract: A control valve connector has a valve body, a connecting member, at least two sealing rings and a positioning nut. The valve body has a first connecting opening and at least two second connecting openings, an outer edge of the second connecting opening provided with a threaded section. The first connecting opening is configured for coupling with the positioning nut, and the connecting member is a tubal body having a through aperture and a spherical end.

Abstract: A control valve connector has a valve body, a connecting member, at least two sealing rings and a positioning nut. The valve body has a first connecting opening and at least two second connecting openings, an outer edge of the second connecting opening provided with a threaded section. The first connecting opening is configured for coupling with the positioning nut, and the connecting member is a tubal body having a through aperture and a spherical end.

Abstract: A hose connector has: a head portion, at least one connecting bolt, and a tightening ring. The head portion has a flow channel with at least two open ends, and at least one of the open ends is provided with a threaded portion. The connecting bolt has an inner threaded section engaging the threaded portion of the open end of the head portion, an opening of the connecting bolt has a stopping portion. The tightening ring has a groove configured to accept the stopping portion, a clasping end is formed adjacent to an outer edge of the groove and engaging an outer wall of the stopping portion, a convex ring is formed at another end of the tightening ring and pushing against the stopping portion.

Abstract: A pressure reducing valve may include a valve body, a connecting tube, and a pressure-reducing member. The valve body is a three-way intercommunicated valve body which respectively forms into a water inlet end, a water outlet end, and a pressure-reducing tube. The connecting tube is connected to an extending section thereof, and at least a first annular groove is formed at an outer periphery of the extending section for disposing an O-ring thereon. An annular surface formed between the connecting tube and the extending section is faced to the extending section. The pressure-reducing member is hollow and has a closed end and an open end, and a buffer block is installed therein. The open end is abutted against the annular surface of the extending section, and a coupled portion between the open end and the annular surface is welded together to form a welding portion therebetween.

Abstract: A pressure reducing valve may include a valve body, a connecting tube, and a pressure-reducing member. The valve body is a three-way intercommunicated valve body which respectively forms into a water inlet end, a water outlet end, and a pressure-reducing tube. The connecting tube is connected to an extending section thereof, and at least a first annular groove is formed at an outer periphery of the extending section for disposing an O-ring thereon. An annular surface formed between the connecting tube and the extending section is faced to the extending section. The pressure-reducing member is hollow and has a closed end and an open end, and a buffer block is installed therein. The open end is abutted against the annular surface of the extending section, and a coupled portion between the open end and the annular surface is welded together to form a welding portion therebetween.

Abstract: A water control valve may comprise a main body, a valve core, a sealing unit and a handle. The main body has a valve chamber to accommodate the valve core, and a first tube portion and a second tube portion are respectively extended from two sides of the valve chamber. The main body has a protruding portion formed at an outer periphery thereof, and a first through hole is adapted to vertically penetrate through the protruding portion to communicate with the valve chamber. The sealing unit is formed integrally to have a connecting portion, and a flexible sealer is formed at the outer periphery of the connecting portion. In present invention, the weight of the water control valve is reduced and the sealing unit can be easily pressed into the first through hole, to limit the position of the valve core and achieve the sealing effect.

Abstract: A pipe joint structure may include a joint body, an O-ring seal piece, an auxiliary retaining ring, a nut lock, and a connecting base, wherein the joint body has a first opening and a second opening connecting and transmitting through with each other, a cam ring is configured in the first opening, a first thread section is configured on the outer margin of the joint body corresponding to the first opening, the auxiliary retaining ring has a first end, a second end, an inner ring portion, and an outer ring portion, a function inclined plane is formed by cone shape expansion in the middle part of the inner ring portion toward the first end, a second thread section and a stepped blocking portion are configured in the inner margin of the lock nut.

Abstract: A pipe adapter may comprise a main body, an O-ring, a conical ring, an engaging ring, a control unit and a locating, tube, and a front opening formed at a front end of the main body which is configured to receive a pipe. Since the conical ring, engaging ring and locating tube are coupled in sequence instead of covering one by one such that there is no need to enlarge a diameter of the front opening of the main body for receiving the above components thereby lowering the manufacturing cost.

Abstract: A quick connector structure for a pipe includes a connector body, an O-shaped sealing ring, and a positioning unit. The positioning unit includes an outer shell, a control member, a locking ring and a retaining member.

Abstract: A valve structure may include a valve body having a plurality of connecting tubes; a resilient cover, one end of which forming a ring portion and the other of which having a tapered cone portion, and the resilient cover plugs into the connecting tube through the cone portion to form a restricting position; a connecting unit that is tubular, having a tubular connecting section and a plugging section, and the plugging section plugs into the through hole of the resilient cover, so the second stopping surface is against the ring portion of the resilient cover; and a locking cover covering the tubular connecting section of the connecting unit to secure the connecting unit and the resilient cover at the connecting tube of the valve body.

Abstract: A valve structure may include a valve body having a plurality of connecting tubes; a resilient cover, one end of which forming a ring portion and the other of which having a tapered cone portion, and the resilient cover plugs into the connecting tube through the cone portion to form a restricting position; a connecting unit that is tubular, having a tubular connecting section and a plugging section, and the plugging section plugs into the through hole of the resilient cover, so the second stopping surface is against the ring portion of the resilient cover; and a locking cover covering the tubular connecting section of the connecting unit to secure the connecting unit and the resilient cover at the connecting tube of the valve body.

Abstract: A switch valve includes a valve seat, a valve body, a ceramic plate unit, a control shaft, and a control handle. Thus, the ceramic plate unit is rotatable in the valve body to open or close the water flow so that the valve body will not rub the valve seat constantly to prevent the valve body and the valve seat from being worn out due to the friction, thereby enhancing the lifetime of the switch valve. In addition, the ceramic plate unit has a wear resisting function to prevent a gap from being formed between the ceramic plate unit and the valve body during a long-term utilization, so that the ceramic plate unit has a leakproof function, thereby enhancing the working efficiency of the switch valve.