Samsung Electronics Co., Ltd.

Samsung Sdi Co., Inc.

Lg Electronics Inc.

S-printing Solution Co., Ltd.

Bk Technology Co., Ltd.

Youngyiel Precision Co., Ltd.

Emersys Co., Ltd

Hewlett-packard Development Company, L.P.

Hp Printing Korea Co., Ltd.

Dong-Woo Lee

Tae-Hoon Kim

Seung-Jun Lee

Tae-gyu Kim

Jin-woo Cho

Su-ho Shin

Seong-woon Booh

Chang-hoon Jung

Jin-Sung Lee

Tae-sang Park

Dong-jin Seol

Ki-Taek Kim

Dong-ok Kwak

Heung-Soo Im

Tae-hoon Kim

Hwan-guem Kim

Tae-Sang Park

Hwan-hee Kim

Seung-jun Lee

Tae-Gyu Kim

Hyun-chul Lee

Bang-weon Lee

Dong-wook Kim

Young-Ki Kim

In-Ho Lee

Young-ki Kim

Soon-ho Kim

Doo-hwan Lee

Bong-hee Lee

Dong-Il Back

Jung-yong Choi

Jun-Tae Kim

Soo-hwan Bae

Jong-kill Lim

Sang-kwon Wee

Myung-Cheol Lee

Dong-Hwa Shin

Chel-jong Choi

Jong-Bong Park

Bang-Weon Lee

Jun-tae Kim

Jong-In Choi

Soo-Kyung Joo

Soonho Kim

Doohwan Lee

Sang-Kap Kim

Seong-ho Kil

Ji-Hak Kim

Choong-Sik Kim

Eun-deok Bae

Dong-Wook Chu

Jae-Uk Chu

Chang-Hyun Um

Yun-mi Seo

Poong-Min Kim

Hyun-Suk Kim

Jin-Wook Kim

Yong-Suk Choi

Jeong-Mo Koo

Dong-Sun Shin

Jong-Woo Kim

Dong-Jin Seol

Su-Ho Shin

Tae-Gyu c/o Samsung Electronics Co Ltd Kim

Hwan-Hee Kim

Jin-Woo Cho

Ki-Taek 305-1501 Hyundai Morning Side 1St Apt Kim

Dong-Ok 304-1104 Seongyoung 3 Danji Apt Kwak

Seong-Woon Booh

Soo-Hwan Bae

Bong-Hee Lee

A dryer is disclosed. The dryer comprises: a body having a first opening disposed at one side thereof; a first drum rotatably disposed in the body and including a first drying chamber connected to the first opening; a first hot-air unit for supplying hot air to the inside of the first drum; a first door coupled to the body to open or close the first opening; a second drum disposed at the first door; and a second hot-air unit for supplying hot air to the inside of the second drum.

Dryer

Disclosed are a lead frame for a semiconductor package, comprising: an anode, a cathode, a molding part, terminal partsand, wherein one or more heat radiating holes, one or more chip attachment partswhich have a wider surface area than surface areas of semiconductor chipsto be attached, one or more upper openingsandare positioned in an upper portion of the lead frame, and wherein one or more heat radiating holes, one or more first lower openings, and one or more second lower openingsare positioned in a lower portion of the lead frame; a semiconductor package including the lead frame; and a lighting apparatus including the semiconductor package.

Lead frame and semiconductor package including the same

An electronic device may include: at least one lens; an image sensor that generates an image; and a first processor that determines a location of the at least one lens when an auto-focusing mode is executed. The electronic device also has a second processor configured to, when the location of the at least one lens is changed from a first location to a second location, change a size of a second image frame, which has a second viewing angle larger than a first viewing angle of a first image frame generated at the first location, among frames in the image, to a size corresponding to the first viewing angle.

Electronic device for controlling a viewing angle of at least one lens and control method thereof

Provided is a thermal compound composition having heat dissipation and electrical insulation properties, where the thermal compound composition includes a Cu&#x2014;CuO composite filler having a Cu core and a shell composed of CuO having a whisker crystal structure. The CuO having the whisker crystal structure is prepared by reacting Cu particles in a basic solution so that an outer shell thereof is grown into whisker-shaped CuO.

Thermal compound composition containing Cu&#x2014;CuO composite filler

A belt type fixing apparatus comprises: a fixing roller; a fixing belt which is installed to be opposite to the fixing roller; a nip forming member which is installed inside the fixing belt and supports the fixing belt so that the fixing belt can contact the fixing roller to form a fixing nip; a pair of sliding members which are installed to support both ends of the fixing belt and are rotated by the fixing belt; a pair of flange members which rotatably support the pair of sliding members; and a heat source which is installed inside the fixing belt and generates heat, wherein the rotation center of the pair of sliding members is located upstream in the transportation direction of printed matter compared to the rotation center of the fixing roller.

Belt type fixing apparatus and image forming apparatus comprising same

An image forming apparatus includes a fixing device that includes a heating unit which comprises a first heat source to heat an unfixed image on a print medium, and a pressing unit which forms a fixing nip by contacting the heating unit, where the pressing unit comprises a carbon nanotube heating layer as a second heat source to heat the unfixed image.

Fixing device having pressing unit with carbon nano tube heating layer

A method and apparatus for generating a three-dimensional FEM are provided. In the three-dimensional FEM generating method, a surface mesh is generated by meshing the surface of a three-dimensional model of a three-dimensional object. A projected contour is generated by projecting the three-dimensional model from one direction, and a projected contour mesh is generated by meshing the surface of the projected contour. A solid base mesh is generated by stacking solid elements on a base side formed of two-dimensional elements of the projected contour mesh. The surface mesh is substituted into the solid base mesh in alignment with the projected contour. A final solid mesh is generated by distinguishing solid elements surrounded by the surface mesh in the solid base mesh.

Method and apparatus for generating three-dimensional finite element mesh

A terminal includes a lower housing; an upper housing slidably installed with respect to the lower housing; and a pressing member with both ends being supported by the lower and upper housings, respectively, for providing variable levels of pressure in diverse directions according to a sliding position of the upper housing with respect to the lower housing, wherein one end of the pressing member is movably linked to the lower housing. The small-sized pressing member provides a maximum level of pressure to facilitate the sliding movement of the upper housing with respect to the lower housing. Thus, space utilization can be improved.

Terminal

A hydrogen generator and a method of operating the hydrogen generator. The hydrogen generator includes: a cylindrical reformer catalyst; and a cylindrical shift catalyst disposed inside of the reformer catalyst; a separation wall provided between the reformer catalyst and the shift catalyst; a cylinder that is disposed inside of the reformer catalyst, and comprises, on an outer surface thereof, a plurality of first nozzles to direct a plurality of flames to the reformer catalyst and a plurality of second nozzles to direct a plurality of flames to the shift catalyst; and a combustion fuel supply valve that selectively guides a combustion fuel to the first nozzles and or the second nozzles. The method includes heating the shift catalyst by supplying a combustion fuel to the second nozzles, making flames by igniting the combustion fuel that passes through the second nozzles, and directing the flames towards the shift catalyst, and stopping the heating of the shift catalyst by blocking the supply of the combustion fuel to the second nozzles when the temperature of the shift catalyst reaches the shift reaction temperature.

Hydrogen generator and method of operating the same

A reformer for a fuel cell system, and a method of controlling the reformer. The reformer includes a cylindrical reforming catalyst; a burner disposed inside of the reforming catalyst and comprising a plurality of nozzles to direct flames at the reforming catalyst; a nozzle covering element to selectively cover a portion of each of the nozzles; a combustion fuel supply valve to change the amount of a combustion fuel that is supplied to the burner; and a controller that controls the nozzle covering units and the combustion supply valve. The method of controlling the reformer includes: moving the nozzle covering element to cover a decreasing portion of each of the nozzles in response to an increasing amount of the combustion fuel being supplied to the burner; and moving the nozzle covering element to cover a increasing portion of each of the nozzles in response to a decreasing amount of the combustion fuel supplied to the burner.

Reformer of fuel cell system and method of controlling the same

A fusing device includes a rotatable pressing roller, a fusing belt to rotate by a rotational force transmitted from the rotatable pressing roller, a nip forming member to contact an inner surface of the fusing belt to form a nip on a contact area between the rotatable pressing roller and the fusing belt, a heating member formed in approximately an internal central portion of the fusing belt to heat the nip forming member and the fusing belt, an inner support member formed within the fusing belt to press a nip part of the nip forming member toward the rotatable pressing roller, and an outer support member formed outside the fusing belt, and both ends of the outer support member being engaged with the inner support member to thereby reinforce the strength of the inner support member and form a path for radiation heat to disperse. The support unit includes an inner support member placed within the belt unit, and an outer support member placed outside the belt unit, both ends of the outer support member being engaged with the inner support member to reinforce the strength of the inner support member and to form a path for a radiation heat to disperse.

Fusing device and image forming apparatus having the same

A reformer burner that includes a fuel supply tube through which a fuel is supplied and a fuel supply chamber that surrounds the fuel supply tube and has a plurality of atomizing holes to atomize a fuel into a combustion chamber of a reformer.

Reformer burner

A method may be provided to communicate a plurality of groups of output data bits representing a respective plurality of groups of input data bits over a data bus with each group of output data bits and each group of input data bits have an equal data width. Each of the plurality of groups of input data bits at may be received at a data register. For each group of input data bits received at the data register, if a number of data bits of the group of input data bits having a first logic level is greater than half of the data width, the group of input data bits are inverted, the inverted group of input data bits are transmitted as a respective group of output data bits in parallel over the data bus, and an inversion flag associated with the respective group of output data bits is transmitted. For each group of input data bits received at the data register, if a number of data bits of the group of input data bits having a second logic level different than the first logic level is greater than half of the data width, the group of input data bits is transmitted without inversion as a respective group of output data bits in parallel over the data bus, and a non-inversion flag associated with the respective group of output data bits is transmitted. Related systems are also discussed.

Methods of communicating data using inversion and related systems

A fixing device includes a fixing roller, a fixing belt which is made to rotate by a rotation force received from the fixing roller, a nip forming unit to form a nip zone at a contact area between the fixing roller and the fixing belt, and a first heating unit, which is separated from the nip zone, to apply heat to the fixing belt. The nip zone and the heating unit are separated, so that the heating unit can be prevented from being broken as a result of the pressurization and thermal deformation.

Fixing device and image forming apparatus having the same

Growing community of inventors

Seoul, South Korea

Dong-Woo Lee