Samsung Electronics Co., Ltd.

Samsung Electro-Mechanics Co., Ltd.

Lg Electronics Inc.

Lg Innotek Co., Ltd.

Netsol Co., Ltd

Dong Min Kim

Yu Jong Kim

Young Do Choi

Tae Ryung Hu

Sung Min Moon

Sin Kwon

Young Tae Cho

Jung Woo Seo

Ki Hyun Kim

Sang Seob Kim

Jeong Gil Kim

Cheol Soon Kim

Won Hee Lee

Yong Jin Lee

Jong Woo Lee

Hye Yeon Cha

Sang Shin Lee

Jung Hyuk Jung

Dae Jung Kim

Yun Ju Kwon

Young Jin Noh

Eui Sun Choi

Bong Jun Park

Yong Hwan Noh

Ki Keon Yeom

Jung Woo Cho

Ki Young Yoo

Eun Soo Hwang

Hyo Chang Kim

Seung Min Lee

Eun Ah Park

Jin Bok Chang

Dong Kyoung Lim

Jung Uk Woo

In Tae Kang

Chang Ken Lee

A method for restoring data and a non-volatile memory performing the restore operation are disclosed. If a restore command is applied, an internal read command is generated to sequentially designate the addresses. A read operation is performed on the designated address, and the number of error bits in a code word is compared with a reference number of error bits. Depending on the result of the comparison, an update or restore operation on a corrected code word for the designated address is selectively performed.

Method of restoring data and memory of performing the same

An inductor includes: a body including a support member including a through-hole and a via hole, an insulator disposed on the support member and including a first opening exposing portions of the support member, and a coil pattern disposed in the first opening, and including a plurality of layers including a seed layer in contact with the support member; and an external electrode disposed on an external surface of the body and electrically connected to the coil pattern. The support member may have a multilayer structure of at least first and second insulating layers, and the via hole may penetrate through both of the first and second insulating layers.

Inductor and method of manufacturing the same

A coil component includes a body in which a coil part is embedded. The coil part includes a support member having trenches, pattern walls extending from the trenches in the support member, and coil patterns extending between the pattern walls on the support member.

Coil component and method for manufacturing the same

A coil component includes a body in which a coil part is embedded. The coil part includes a support member, pattern walls formed on the support member, and coil patterns extending between the pattern walls on the support member, and the pattern walls include support portions having a width greater than an average width of the pattern walls.

Coil component

A coil component includes a body including a magnetic material; a support member disposed in the body; and a coil pattern on the support member in the body. The coil pattern may include a first conductor layer formed on the support member and having a planar spiral shape; a second conductor layer formed on the first conductor layer and having a volume of a lower portion greater than a volume of an upper portion; and a third conductor layer formed to cover the second conductor layer from the outside of the second conductor layer.

A coil component includes: a body including a support member including a through-hole, a first insulating layer disposed on the support member and including a first opening pattern, a second insulating layer disposed on the first insulating layer and including a second opening pattern, and a coil including a coil pattern filled in the first and second opening patterns; and external electrodes disposed on an outer surface of the body. The coil pattern has a stacking structure composed of a plurality of layers, and the plurality of layers includes a thin film conductor layer in contact with the support member, the thin film conductor layer extending to an entire lower surface of the first opening pattern and at least portions of side surfaces of the first opening pattern.

Disclosed herein are an electronic apparatus and method. The electronic includes a photography lens, an eyeball recognition sensor, and a controller. The photography lens acquires an image signal from a subject. The eyeball recognition sensor senses movement of a user's eyeball. The controller recognizes opening and closing of the user's eyelid based on eyeball monitoring information transmitted from the eyeball recognition sensor, and performs a device driving control operation for a reference time period for which the user's eyelid is in a closed state.

Electronic apparatus and method

Disclosed are a technology capable of improving printing properties and a structure of a touch window manufactured by the same. The touch window according to the present invention comprises: a sensing electrode pattern layer formed on a transparent window and including sensing electrodes which are patterned; and wiring parts connected to the sensing electrodes, wherein the touch window further comprises dummy circuit patterns spaced apart from the wiring parts.

Touch window

Disclosed herein is a patterning mold configured to form a micropattern on a substrate or glass. The disclosed patterning mold includes a transfer body with a patterning part formed at one end of the transfer body to transfer a nanoparticle material to one surface of the substrate. The patterning mold further includes a fixing member coupled to an exterior of the transfer body, to prevent or reduce deformation of the exterior of the transfer body.

Patterning mold and manufacturing method thereof

The present invention provides a modulo operation method. The modulo operation method, in a case where the square of a divisor N is greater than or equal to a dividend C, includes: determining the number of computation stages n satisfying 2&#x3c;N&#x2266;2; performing an initialization operation by initializing a constant a to the smallest integer greater than or equal to half of N; performing a first operation by subtracting, when C is greater than or equal to N&#xb7;a (product of N and a), the value of C by the value of N&#xb7;a; and performing a second operation by assigning the smallest integer greater than or equal to half of a to the value of a, wherein the value of C is output as the result of modulo operation after the first operation and the second operation are repeated n times. In the first operation, when C is less than N&#xb7;a, the value of C is unchanged. In the modulo operation method and apparatus of the present invention, the amount of computation in a modulo operation or division operation does not increase in linear proportion to the magnitude of the divisor N but increases in proportion to log N. As a result, the total amount of computation decreases and computation speed increases.

Modulo operation method and apparatus for same

According to example embodiments, a roll printing apparatus includes a cleaning device in which a cleaning nozzle unit and a spray nozzle unit are integrated so that both a reverse offset process and a cliche cleaning process may be achieved in the roll printing apparatus. The roll printing apparatus may include a base plate, a blanket roll to transfer an ink material to a cliche and a substrate, a blanket roll supporter located on the base plate to support the blanket roll, a cliche table located on the base plate to fix and move the cliche, a substrate table located on the base plate to fix the substrate, and the cleaning device installed on the base plate to clean the cliche. The cleaning device may include a cleaning nozzle unit to spray a cleaning solution and a spray nozzle unit to spray DIW, which are integrated.

Roll printing apparatus

Disclosed is a substrate alignment apparatus capable of performing coarse and fine alignments of a substrate in a progressing route to remove or reduce an alignment error between the substrate and a pattern roll. The coarse alignment may be performed by moving a frame using a stage when the alignment error is relatively large, and the fine alignment may be performed by moving subsidiary rollers of a roller unit relative to a main roller of a roller unit when the alignment error is relatively small. An example substrate alignment apparatus may include a frame and a roller unit rotatably fixed to the frame to support a substrate, wherein the roller unit includes a main roller, and at least one subsidiary roller fixed to the main roller such that the at least one subsidiary roller can move relative to the main roller to align the substrate.

High speed and fine substrate alignment apparatus in roll to roll system

Disclosed herein is a roll-to-roll patterning apparatus and a patterning system using the same. The patterning system may include a supply roll to supply a film member, a recovery roll to recover the film member, and a roll-to-roll patterning apparatus forming a coating on the film member. The roll-to-roll patterning apparatus may include a pattern roller, a plurality of press rollers, and an alignment roller. The pattern roller may include an outer peripheral surface with a first pattern. The plurality of press rollers may press a film member against the pattern roller to form a second pattern on the film member. The alignment roller may be spaced apart from the pattern roller and may be arranged at an upstream position in a movement direction of the film member. The alignment roller may align the film member entering a region between the pattern roller and the plurality of press rollers.

Roll-to-roll patterning apparatus and patterning system having the same

In a memory device having an open bit line architecture for improving repairability and a method of repairing the memory device, redundant memory cells used to repair defective cells are included even in first and second edge sub-arrays that are arranged at the edges of a memory array. Further, memory cells connected to some of the bit lines in a normal sub-array can be replaced with redundant memory cells included in the first edge sub-array, and memory cells connected to the remaining bit lines can be replaced with redundant memory cells included in the second edge sub-array. Therefore, in the memory device having an open bit line architecture according to the present invention, if all of the redundant memory cells included in normal sub-arrays have been exhausted through replacement, defective cells can be repaired using the redundant memory cells included in the edge sub-arrays. Therefore, the memory device and method of repairing the memory device according to the present invention are advantageous in that they can remarkably improve repairability.

Memory device having open bit line architecture for improving repairability and method of repairing the same

Disclosed is an apparatus for establishing a path in a synchronous digital hierarchy (SDH) system and method thereof. The present invention monitors all possible locations for the existence of the C2 byte of the VC-n (n=3,4) signal and a size bit (SS bit) of the TU-m (m=11,12,2,3) signal, thereby enabling it to decide the pointer interpretation and generation path automatically.

Growing community of inventors

Suwon-si, South Korea

Dong Min Kim