초록 ▼

A shower control system for facilitating a user's control of the temperature and pressure of water used during a shower. The shower control system includes a shower assembly having a pair of inlet pipes. A first of the inlet pipes is designed for being in fluid communication with a building cold wat

A shower control system for facilitating a user's control of the temperature and pressure of water used during a shower. The shower control system includes a shower assembly having a pair of inlet pipes. A first of the inlet pipes is designed for being in fluid communication with a building cold water supply. A second of the inlet pipes is designed for being in fluid communication with a building hot water supply. A stem pipe of the shower assembly is in fluid communication with the inlet pipes. A shower head of the shower assembly is in fluid communication with the stem pipe. A mixing assembly is operationally coupled to the shower assembly. The mixing assembly is designed for controlling pressure and temperature of water sprayed from the shower head. A power assembly is operationally coupled to the mixing assembly for providing power to the mixing assembly.

대표청구항 ▼

A shower control system for facilitating a user's control of the temperature and pressure of water used during a shower. The shower control system includes a shower assembly having a pair of inlet pipes. A first of the inlet pipes is designed for being in fluid communication with a building cold wat

A shower control system for facilitating a user's control of the temperature and pressure of water used during a shower. The shower control system includes a shower assembly having a pair of inlet pipes. A first of the inlet pipes is designed for being in fluid communication with a building cold water supply. A second of the inlet pipes is designed for being in fluid communication with a building hot water supply. A stem pipe of the shower assembly is in fluid communication with the inlet pipes. A shower head of the shower assembly is in fluid communication with the stem pipe. A mixing assembly is operationally coupled to the shower assembly. The mixing assembly is designed for controlling pressure and temperature of water sprayed from the shower head. A power assembly is operationally coupled to the mixing assembly for providing power to the mixing assembly. st one trolley to a top of each said second door section, said trolley track receiving at least one trolley. 20. The method of covering a door frame opening of a building structure with an improved horizontal folding door system of claim 17, further comprising the step of: retracting said at least two locking pins with an actuation device, locating said actuation device substantially the same distance from one side of said second door section as one of at least one trolley is located from the other side of said second door section. 21. The method of covering a door frame opening of a building structure with an improved horizontal folding door system of claim 15, further comprising the step of: attaching a reinforcing girt between two horizontal girts. 22. A method of covering a door frame opening of a building structure with an improved horizontal folding door system, comprising the steps of: providing a folding door having a first door section pivotally attached to a second door section; attaching pivotally one side of said first folding door to one side of said door frame; retaining slidably and pivotally a top of said second door section relative to a top of said door frame, a portion of said second door section being disposed inside said building structure when said first and second folding doors are fully open; and providing each said door section with two vertical end rails and at least one insert door section, each one of said at least one insert door section including a front sheet, a rear sheet and a foam inner layer, retaining said front and rear sheets, such that a space is created therebetween, blowing said foam inner laye