Hyundai Motor Company

Other

Hyundai Mobis Co., Ltd.

Chun Woo Lee

Woo Tae Kim

Ingee Suh

Kyoung Pyo Ha

Dae Sung Kim

Back Sik Kim

Dong Hee Han

Myungsik Choi

Wootae Kim

Hyung Ick Kim

Il Joong Hwang

In Gee Suh

Yooshin Cho

Joon Won Lim

Youngmin Sohn

Seung Woo Lee

Jin Hong Kim

Seung Jin Choi

Sung Wook Lee

Gun Ho Lee

Keun Sang Woo

Yong Yun Hwang

Ju Hee Lee

Myong Ho Kim

Jin Hyun Oh

Dae Yoon Oh

Output performance of the engine may be maximized by a configuration in which air is supplied so as to maximize volumetric efficiency of the respective cylinders in a multi-cylinder engine including a plurality of cylinders.

Intake system for engine

An apparatus for supporting a flat liquid-crystal display (LCD) of an audio video navigation (AVN) system of a vehicle includes a module frame including a first through hole formed at a central portion such that an LCD assembly is disposed therein and second through holes formed on both rim portions to expose AVN system manipulation buttons of an AVN system manipulation panel. The LCD assembly is installed within the first through hole of the module frame to be held therein when a front collision impact is applied. A front panel is assembled to a center fascia panel to lock ends of the rim of the module frame and to be parallel to the front side of the LCD assembly.

Apparatus for supporting flat liquid-crystal display of audio video navigation system

A catalyst can of exhaust gas can include a catalyst embedded substantially in the center of an inner space of the catalyst can, and an inflow space and a discharge space partitioned in an upper part and a lower part of the catalyst can, respectively. The catalyst can also includes an inflow-side partition vertically cutting and dividing the inflow space into a plurality of partial inflow spaces, and an inlet formed for each partial inflow space.

Apparatus and catalyst can for exhaust gas of vehicle

An exhaust gas recirculation system of an internal combustion engine where a cylinder head having an intake port and an exhaust port is coupled to a cylinder block, and a portion of an exhaust gas exhausted from the exhaust port is flowed into the intake port through a control valve, may include a recirculation gas gallery integrally formed at the cylinder head and communicated with the intake port, a control valve assembly including the control valve and communicated with the recirculation gas gallery, and at least a recirculation gas extracting unit that is communicated with the control valve assembly and the exhaust port.

Exhaust gas recirculation system with unified cylinder head and exhaust gas recirculation device

Provided is an aluminum foil according to the present invention including: a primer coated layer () which is formed by depositing a primer coating liquid on a non-glossy surface of the aluminum foil (), and drying the primer coating liquid deposited on the non-glossy surface of the aluminum foil at temperature of 20 to 110&#xb0; C. to then cool the same at temperature of 0 to 20&#xb0; C.; a mid-coat layer () which is formed by depositing the mid-coating liquid on the upper portion of the primer coated layer (); and a two-coat layer () which is formed by depositing the coating liquid on the upper portion of the mid-coat layer (), and plasticizing the coating liquid deposited on the upper portion of the mid-coat layer for three to five minutes at temperature of 60 to 430&#xb0; C.

Aluminum foil and method of manufacturing the same

The present invention relates to a fishing simulation method, a fishing simulation execution method, and a fishing simulator, and more specifically, to a fishing simulation method, a fishing simulation execution method, and a fishing simulator, in which a fishing activity procedure of detecting a fish school, gathering fish, and catching the fish can be realized in a three-dimensional virtual space of a computer, and a fishery environment and fishing activity simulated in the computer virtual space comes to be similar to a real fishery environment and fishing activity by simulating the behavior of the fish school, including an avoidance behavior of fish entities forming the fish school, responding to the movement of a fishing boat and a fishing gear, thereby enhancing learning effects on the fishery environment and the fishing activity.

Fishing simulation method, fishing simulation execution method, and fishing simulator

A continuous variable valve lift device includes a valve, which opens/closes a channel by means of reciprocation, a control shaft, which is mounted so as to be able to move toward or away from a reciprocation central axis of the valve, a pivotable shoe, which is pivotably coupled to the control shaft, includes a cam insertion part in a recess or through-hole shape and a slide face slidably contacting an end of the valve, and reciprocates the valve when pivoted, and a drive cam, which comes into contact with an inner wall of the cam insertion part, and pivots the pivotable shoe. Thereby, the continuous variable valve lift device can freely adjust a lift amount and a lift time of the valve without changing positions of the drive cam and camshaft, and thus be easily applied to an existing engine.

Continuous variable valve lift device

A variable valve lift apparatus includes an input cam disposed to a input shaft, a valve opening unit, a control shaft parallel to the input shaft, an input link rotatably coupled to the control shaft and contacting the input cam, a control link connected with the input link and eccentrically connected to the control shaft, a connecting link connected with the control link, and a lift arm that is rotatably coupled to the control shaft, is connected with the connecting link, and drives the valve opening unit.

Variable valve lift apparatus

An exhaust gas recirculation system. A water jacket in a cylinder block is configured for coolant to flow therein. A cylinder head is attached to the cylinder block. A cylinder is disposed in the cylinder block and the cylinder head. An intake manifold runner is connected to an intake hole of the cylinder. An exhaust manifold runner is connected to an exhaust hole of the cylinder. A first recirculation gas pathway is disposed in the cylinder block, and receives recirculated exhaust gas from the exhaust manifold runner. A second recirculation gas pathway is disposed in the cylinder head, and has a first end connected to the first recirculation gas pathway and a second end connected to the intake manifold runner. A recirculation valve, mounted at the second recirculation gas pathway, controls supply of the recirculated exhaust gas to the intake manifold runner. An engine control unit controls the recirculation valve.

Exhaust gas recirculation system of vehicle

Growing community of inventors

Hwaseong, South Korea

Chun Woo Lee