Abstract: A structure for mounting an engine mount, may include bracket which is coupled to the engine mount, and may have at least one mounting hole; an insulator which may have a pipe shape having a center hole, includes a material having elasticity, and is fitted into the at least one mounting hole; and a fixing pipe which is fitted into the center hole, and mounted in the at least one mounting hole together with the insulator, in which a recessed portion having a partially cut out shape or a recessed shape is formed along a circumference of the insulator at a first side of the insulator.

Abstract: A structure for mounting an engine mount, may include bracket which is coupled to the engine mount, and may have at least one mounting hole; an insulator which may have a pipe shape having a center hole, includes a material having elasticity, and is fitted into the at least one mounting hole; and a fixing pipe which is fitted into the center hole, and mounted in the at least one mounting hole together with the insulator, in which a recessed portion having a partially cut out shape or a recessed shape is formed along a circumference of the insulator at a first side of the insulator.

Abstract: A vibration absorbing mounting device may include an outer housing, a mounting shaft, a core, a first nozzle valve spaced apart from and disposed below the core, an inner housing spaced apart from one side and the other side of the core, with the first nozzle valve being mounted to the inner housing, and a chamber separator fixed to the core and brought into close contact with and sliding on the first nozzle valve, wherein the chamber separator forms a first chamber and a second chamber, and an elastic member formed between the core and the inner housing and between the inner housing and the outer housing, wherein fluid is filled in the first chamber and the second chamber, and a first nozzle fluidly-connecting the first and second chambers is formed in the first nozzle valve.

Abstract: A vibration absorbing mounting device may include an outer housing, a mounting shaft, a core, a first nozzle valve spaced apart from and disposed below the core, an inner housing spaced apart from one side and the other side of the core, with the first nozzle valve being mounted to the inner housing, and a chamber separator fixed to the core and brought into close contact with and sliding on the first nozzle valve, wherein the chamber separator forms a first chamber and a second chamber, and an elastic member formed between the core and the inner housing and between the inner housing and the outer housing, wherein fluid is filled in the first chamber and the second chamber, and a first nozzle fluidly-connecting the first and second chambers is formed in the first nozzle valve.

Abstract: A portable terminal comprises: a terminal body having a keypad; a display unit having a display screen for displaying information; and a hinge unit mounted between the terminal body and the display unit, rotatably supporting the display unit so as to dispose the display unit crosswise, and rotatably supporting the terminal body so as to dispose the terminal body crosswise, thereby rotating the terminal body to be disposed crosswise as well as the display unit. Accordingly, the portable terminal can facilitate a key manipulation during a game or the like and additionally perform various functions.

Abstract: A portable terminal comprises: a terminal body having a keypad; a display unit having a display screen for displaying information; and a hinge unit mounted between the terminal body and the display unit, rotatably supporting the display unit so as to dispose the display unit crosswise, and rotatably supporting the terminal body so as to dispose the terminal body crosswise, thereby rotating the terminal body to be disposed crosswise as well as the display unit. Accordingly, the portable terminal can facilitate a key manipulation during a game or the like and additionally perform various functions.

Abstract: The present invention provides a method of decolorizing blue jeans based on a client-desired design. Hydrochloric acid (HOCl) and sodium chloride solution are provided to an electrolytic tub, and are electrolyzed to generate chlorine gas and hydrogen gas. Hypochlorous acid solution is separated from sodium hydroxide. Tapes are attached to the blue jeans to make a constant form. The tape-attached blue jeans are submerged in the hypochlorous acid to change a colorant of the blue jeans.