Abstract: An apparatus for purge to prevent AMC & natural oxide includes an FOUP configured to contain wafers and to have a receipt supply hole for supplying gas and a receipt discharge hole for discharging the gas at a lower part of the FOUP; stage units each configured to have the FOUP separated therefrom or seated therein, to support the seated FOUP, and to have a gas supply hole for supplying the gas at a position corresponding to the receipt supply hole and a gas discharge hole for discharging the gas at a position corresponding to the receipt discharge hole; a first gas supply port unit disposed in response to the gas supply hole and configured to supply the gas to the FOUP; and a first gas discharge port unit disposed in response to the gas discharge hole and configured to discharge the gas from the FOUP.

Abstract: An apparatus such as a user equipment user device, smart phone and the like includes a memory device and an associated processor configured to transmit a buffer status report message when a reported buffer size in a last transmitted buffer status report message is satisfied. The apparatus may be configured to store the reported buffer size associated with the last transmitted buffer status report message, and track one or more grants of uplink resource; wherein the reported buffer size associated with the last transmitted buffer status report message is satisfied based on the grants of uplink resource.

Abstract: An apparatus and method for supporting MultiCast and BroadCast Service (MCBCS) proxy selection for MCBCS and macro diversity in a wireless communication system is provided. The apparatus and method selects a first MCBCS proxy among MCBCS proxies in the plurality of ASNs as a master MCBCS proxy, and selects other MCBCS proxies except for the first MCBCS proxy as slave MCBCS proxies, and the first MCBCS proxy transmits information for macro diversity to the slave MCBCS proxies, wherein the master MCBCS proxy first receives an MCBCS join message from a Mobile Station (MS) in one Multicast and Broadcast Service (MBS) zone.

Abstract: The present invention relates to a multicast and broadcast service (MCBCS) system and method. According to the present invention, the MCBCS system comprises: an MBS distribution DPF (Data Patch Function) for receiving MBS data from an MCBCS server/controller and distributing the data; an MBS synchronization controller for acquiring GRE (Generic Routing Encapsulation) for the MBS data from the MBS distribution DPF and then generating an MBS synchronization rule; an MBS synchronization executor for executing MBS synchronization on the MBS synchronization rule received from the MBS synchronization controller; and an MBS DPF for receiving MBS data from the MBS distribution DPF, packaging the MBS data into an MBS burst and then transmitting the data to an MS (Mobile station). As such, multicast and broadcast services can be provided efficiently.

Abstract: Disclosed is a gold evening primrose, a novel variety of evening primrose. The gold evening primrose has a height of 20 to 40 cm, panicle-type uniflorous large yellow flowers blooming during the day, and leaves tinged with reddish purple in winter enduring a low temperature of ?15° C. The gold evening primrose adapts well to a variety of environments, develops large flowers, blossoms during the day, has high ornamental value due to long blooming period ranging from early June to late July, exhibits superior fertility, is resistant to harmful insects, can be semi-permanent Iy gardened through a single planting, thereby reducing costs, and has evergreen leaves that are tinged with red in winter, thus being suitable for use in landscaping and gardening throughout all four seasons.

Abstract: Disclosed is a broadband wireless network, and more particularly, to a method for transmitting and receiving a TCP ACK packet, and a device supporting the same, wherein the method for transmitting and receiving a TCP ACK packet receiving TCP ACK packets and data packets from an upper layer; creating a MAC PDU by unifying the TCP ACK packet and data packet buffered in the same queue among the received TCP ACK packets and data packets; and transmitting the MAC PDU to a physical layer.

Abstract: An apparatus and method for supporting MultiCast and BroadCast Service (MCBCS) proxy selection for MCBCS and macro diversity in a wireless communication system is provided. The apparatus and method selects a first MCBCS proxy among MCBCS proxies in the plurality of ASNs as a master MCBCS proxy, and selects other MCBCS proxies except for the first MCBCS proxy as slave MCBCS proxies, and the first MCBCS proxy transmits information for macro diversity to the slave MCBCS proxies, wherein the master MCBCS proxy first receives an MCBCS join message from a Mobile Station (MS) in one Multicast and Broadcast Service (MBS) zone.

Abstract: Disclosed is a mobile internet system, and more particularly, to a method and apparatus for supporting a multicast broadcast service (MBS) over WIMAX. The MBS supporting method of the present invention comprises assigning a first GRE key to a first MBS service flow for a first MS, and delivering MBS contents having the first MBS service flow through the use of first GRE key; and if a second MBS service flow for a second MS is the same as the first MBS service flow, delivering MBS contents having the second MBS service flow through the use of first GRE key pre-assigned to the first MBS service flow.

Abstract: A method and apparatus for managing connection is disclosed, which is capable of realizing an efficient management through a bi-directional connection, the method comprising pairing two uni-directional connections between a receiver and a transmitter, if Internet service to be provided requires bi-directional data delivery capability; and creating a second uni-directional connection by assigning the second uni-directional connection at the time of creating a first uni-directional connection for the Internet service, wherein the first uni-directional connection is opposite to the second uni-directional connection.

Abstract: A method of creating a service flow for ROHC in a control station is disclosed, which can establishes a ROHC channel between ROHC entities, the method comprising obtaining a first ROHC parameter from a ROHC entity of the control station, upon receiving a subscriber profile to which ROHC is applied; and transmitting a first message including the first ROHC parameter for requesting the creation of service flow to a mobile station related with the subscriber profile and a base station performing a dynamic service addition (DSA) procedure through the use of a second message including the first ROHC parameter.

Abstract: A header-compression packet processing method in a wireless communication system is disclosed, which can transmit a header-compression packet through a packet transmission path mapped to a service flow, the method comprising, when a service flow of a downlink packet is mapped to a header-compression transmission channel, obtaining a second packet by adding a header-compression context ID mapped to an IP flow of the downlink packet to a first packet made by compressing a header of the downlink packet, in a control station; adding a data path tag mapped to the service flow of the downlink packet to the second packet; and transmitting the second packet with the data path tag to a base station maintaining mapping information of a connection ID for a corresponding mobile station and the data path tag, so as to transmit the second packet with the data path tag to the corresponding mobile station using the header-compression transmission channel.

Abstract: The present invention relates to a shoe having an outsole to form a bottom of the shoe, a mid-sole provided on the top of the outsole, and an insole provided on the top of the mid-sole, contacting the sole of a user's foot, comprising a cushion support part formed with a spring having a predetermined degree of elasticity, to relieve shocks applied to the user's foot; a receiving part formed by depressing one portion of the mid-sole, to receive the cushion support part; an air discharging passage communicating the receiving part with the outside of the outsole, through which partial air of the receiving part is discharged toward the outside of the outsole; and an air check valve provided in the air discharging passage, to prevent air discharged to the outside through the air discharging passage from flowing backward.

Abstract: The present invention discloses a sole for bowling shoes in which a slip plate is detachably attached at the front portion of a bottom face thereof and a heel part is detachably attached at the back portion of the bottom face thereof, the sole for bowling shoes comprising: a fixing plate having a protecting rim formed integrally therewith along the outside edge of each of the front and back portions of the bottom face, the fixing plate having a coupling groove formed at the inside of the protecting rim; and a separating plate fixedly attached at the slip plate and the heel part, respectively, the separating plate having a coupling protrusion formed correspondingly to the coupling groove of the fixing plate.

Abstract: The present invention discloses a sole for bowling shoes in which a slip plate is detachably attached at the front portion of a bottom face thereof and a heel part is detachably attached at the back portion of the bottom face thereof, the sole for bowling shoes comprising: a fixing plate having a protecting rim formed integrally therewith along the outside edge of each of the front and back portions of the bottom face, the fixing plate having a coupling groove formed at the inside of the protecting rim; and a separating plate fixedly attached at the slip plate and the heel part, respectively, the separating plate having a coupling protrusion formed correspondingly to the coupling groove of the fixing plate.

Abstract: The present invention is directed to prevent generating repair by-products during a repair process of a phase shift mask, and defects on a quartz substrate. According to the present invention, a repair method for phase shift mask in a semiconductor device so as to remove a bridge formed between a phase shift layer on a quartz substrate, comprises the steps of: first repairing the bridge by implanting a charging ion according to a focused ion beam(“FIB”) method; and second repairing the first repaired bridge portion by emitting laser and then removing the bridge.