KUCHING INTERNATIONAL LTD.
|KUCHING INTERNATIONAL LTD. Patent applications|
|Patent application number||Title||Published|
|20150260307||TWO-SEGMENT JOYSTICK IDENTIFICATION STRUCTURE FOR WATER CONTROL VALVE - A two-segment joystick identification structure for a water control valve has a radial through-type holding hole, a step-shaped actuating rod, an internal holding groove, an elastic expandable assembly and a resisting and drive surface. The identification structure achieves a two-segment hand feel identification effect of the joystick of the water control valve and thus saves water, has compact components, simple fabrication, convenient assembly and practical advancement.||09-17-2015|
|20150115188||ANTI-PRESSURE CERAMIC VALVE - An anti-pressure ceramic valve includes: a valve casing; positioning slots configured near the upper opening of the valve casing; a combination-type top base fixed on the upper opening of the valve casing, forming a flanged tube portion extending upward from the center of the flange; positioning snaps raised from the periphery of the combination-type top base to match and fix with the positioning slots; a water-controlling component housed inside the holding space of the valve casing, including a driving base, a valve stem, a turning valve plate, and a fixing valve plate; a base, fixed onto the lower opening of the valve casing to limit the assembly of the water-controlling component; an anti-pressure gap, formed between the positioning snaps and the top wall of the positioning slot; and a sinking ring surface, formed on the top surface of the flange of the combination-type top base.||04-30-2015|
|20140238517||CERAMIC WATER CONTROL VALVE - A ceramic water control valve with cold, hot and warm water positioning function includes a valve casing with an annular frame of reduced diameter, a rotary driving seat with a projecting tube part, a valve stem, a ceramic valve plate set, and a base. A rotatable ring is installed outside the annular frame of reduced diameter. At the top edge of the rotatable ring, a trepan boring is installed to allow the projecting rube part to protrude upward. A simultaneous movement cooperating unit includes the driving part installed inside projecting tube part and the driven part installed in the rotatable ring top edge. The driving part and driven part can cooperate the drive the rotatable ring simultaneously in the rotation of the rotary driving seat. A scale division positioning unit is installed at the position corresponding to the rotatable ring and the annular frame of reduced diameter.||08-28-2014|
|20140034857||CERAMIC WATER CONTROL VALVE WITH CERAMIC CHIPS HAVING PRESSING LEAK-PROOF FUNCTIONS - A ceramic water control valve with ceramic chips having pressing leak-proof functions is provided with a pressing ceramic chip and a pressing seal ring. The sliding ceramic chip is in a directional positioning state and can be pressed to be abutted with the fixed ceramic chip more tightly and durably, so as to enhance the leak-proof effect on top of the shell. The ceramic water control valve has a lateral outgoing path pattern, which can improve its durability and applicability.||02-06-2014|
|20130048123||SEGMENTED POSITIONING STRUCTURE OF A CERAMIC SHUNT VALVE - A segmented positioning structure of a ceramic shunt valve having a shell, a plurality of segmented coupling portions, a water segregator, a segmented positioning plate, a plurality of segmented positioning portions and an elastic supporting member. The elastic supporting member is installed between the rotational positioning seat of the water segregator and the segmented positioning plate, so that the segmented positioning plate is elastically braced in an elastic floating state, and a spacing edge is located beside the locating rod for limitation of the segmented positioning plate. When the braking shaft lever is rotated, the segmented positioning plate will be in a floating state under the elastic bracing of elastic supporting member, in tune with the interlocking and disengagement state of the segmented positioning portion and segmented coupling portion. This could realize excellent elastic locking effect and reduce the abrasion between the segmented positioning portion and segmented coupling portion.||02-28-2013|
|20120326063||WATER CONTROL CERAMIC VALVE WITH LOWER CERAMIC CHIP HAVING LIMITATION FUNCTIONS - A water control ceramic valve with a lower ceramic chip having limitation functions includes a shell, pedestal, lower ceramic chip, upper ceramic chip, control panel, bearing and brake rod. The lower ceramic chip is assembled directionally over the pedestal, and sealed by the water-stop ring. The top end of the lower ceramic chip is provided with a flat surface. Two water channels and a discharge guide hole are set on the lower ceramic chip correspondingly to two water inlets and a water outlet of the pedestal. A lower ceramic chip spacing ring is positioned securely between the bottom opening of the shell and the pedestal. The spacing ring has a ring wall and limiting flanges protruded from the inner side of the ring wall. The ring wall can be interfaced with the bottom opening of the shell and top surface of the pedestal.||12-27-2012|
|20120160354||CERAMIC VALVE CORE WITH COLD/HOT SEPARATION POINT SNAPPING FUNCTIONS - An improved ceramic valve core with snapping functions for the cold/hot separation point having a valve casing, rotary driving pedestal, brake valve stem, rotating axle, base and ceramic valve set. A protruding portion is formed onto one end of the rotating axle and protruded outside of the flanged tube of the rotary driving pedestal. An elastomeric snapping clip is assembled between the reducing circular frame of the valve casing and the flanged tube. A snapping flange is formed from the snapping clip, such that elastic clamping effect is generated when the protruding portion is mated with the snapping flange under the action of the rotary driving pedestal. An elastic locator is set correspondingly to the snapping clip such that the snapping clip can be assembled in a limited state. Minimized components are required to form the ceramic valve core, thus lowering the cost, improving the control and extending service life.||06-28-2012|
Patent applications by KUCHING INTERNATIONAL LTD.