Abstract: A nozzle adapter comprises a first portion having a first channel; and a second portion having a second channel, a paste material entering the second channel along the first direction and released from the second channel along a second direction, wherein the second portion has a nozzle connecting part, to which a nozzle is connected; a downstream end of the second channel is linked to the nozzle connecting part; the first portion has a hollow part for fitting the second portion, the hollow part being formed along the second direction, or along a third direction; and a downstream end of the first channel is linked to the hollow part.

Abstract: Provided are: a display panel whereby a frame can be narrowed, while ensuring conduction between substrates; a display device; and a method for manufacturing the display panel. The display panel is provided with: a first substrate having a surface, on which an electrode layer is formed; a second substrate having a surface, on which a wiring path for supplying the electrode layer with signals is formed; and a sealing section that defines a space sealed between the first substrate surface and the second substrate surface, which are facing each other. The display panel is also provided with a columnar section that electrically connects the electrode layer to the wiring path. The columnar section is formed at a position in contact with the sealing section.

Abstract: A nozzle adapter comprises a first portion having a first channel; and a second portion having a second channel, a paste material entering the second channel along the first direction and released from the second channel along a second direction, wherein the second portion has a nozzle connecting part, to which a nozzle is connected; a downstream end of the second channel is linked to the nozzle connecting part; the first portion has a hollow part for fitting the second portion, the hollow part being formed along the second direction, or along a third direction; and a downstream end of the first channel is linked to the hollow part.

Abstract: Provided are: a display panel whereby a frame can be narrowed, while ensuring conduction between substrates; a display device; and a method for manufacturing the display panel. The display panel is provided with: a first substrate having a surface, on which an electrode layer is formed; a second substrate having a surface, on which a wiring path for supplying the electrode layer with signals is formed; and a sealing section that defines a space sealed between the first substrate surface and the second substrate surface, which are facing each other. The display panel is also provided with a columnar section that electrically connects the electrode layer to the wiring path. The columnar section is formed at a position in contact with the sealing section.

Abstract: A deodorizing catalyst showing high activity at room temperature, having great adsorption capacity, and possessing activity persistence capable of withstanding continued use; a deodorizing method using the catalyst; and a method for regenerating the catalyst are provided. The deodorizing catalyst is characterized by containing manganese oxide and a Mn—Fe complex oxide at a weight ratio in the range of 98:2 to 60:40. A honeycomb catalyst having the catalyst carried thereon is also disclosed. The deodorizing method is characterized by treating a gas containing odor components with the catalyst. The method for regenerating the catalyst involves heating the catalyst to 140 to 250° C.

Abstract: A deodorizing catalyst showing high activity at room temperature, having great adsorption capacity, and possessing activity persistence capable of withstanding continued use; a deodorizing method using the catalyst; and a method for regenerating the catalyst are provided. The deodorizing catalyst is characterized by containing manganese oxide and a Mn—Fe complex oxide at a weight ratio in the range of 98:2 to 60:40. A honeycomb catalyst having the catalyst carried thereon is also disclosed. The deodorizing method is characterized by treating a gas containing odor components with the catalyst. The method for regenerating the catalyst involves heating the catalyst to 140 to 250° C.