LG Electronics Patente

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The present invention relates to a cooking apparatus in which a signal processing unit capable of performing signal processing in batches on output signals of a plurality of temperature sensors formed integrally on a coil circuit board module and transmitting the processed signals to a main circuit board module is configured to be integrally provided in a temperature sensing circuit rather than in the main circuit board, thereby being capable of simplifying the configuration of the main circuit board module.

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A method according to an embodiment of the present disclosure comprises receiving configuration information and transmitting a report based on the configuration information. The report includes information related to a predicted Reference Signal (RS) index among a plurality of RS indexes. A measurement related to the report is based on information representing one or more RS indexes. The information representing the one or more RS indexes is configured based on a bitmap.

Disclosed is a method. The method may comprise the steps of: receiving, from an AMF, a request message related to a PDU session; transmitting a response message to the request message to the AMF; and transmitting a message including N2 information to the AMF.

An image decoding/encoding method and apparatus according to the present disclosure can acquire a prediction sample of a current block, generate a virtual sample for the current block, derive a parameter for model-based compensation of the current block on the basis of the prediction sample and the virtual sample of the current block, and acquire a corrected prediction sample by applying the parameter to the prediction sample of the current block.

An electric range of one embodiment comprises: an upper supporter accommodated in a case; and a lower supporter, which is disposed below the upper supporter, is accommodated in the case and supports the upper supporter, wherein the upper supporter includes a first support part protruding from the lower surface thereof, and the lower supporter can include a second support part that protrudes from the upper surface thereof and is coupled to the first support part. The first support part can include: a protruding part protruding from the upper supporter; and a linear recessed part which is formed by a recessed portion of the protruding part, and of which both sides are open.

A coil assembly is disclosed. The coil assembly comprises a plurality of heating portions disposed on a substrate. The plurality of heating portions are formed in a rotating pattern and electrically connected to each other through at least two layers. The pattern of the plurality of heating portions forms a plurality of spirals in one layer, inter-spiral regions are formed between the plurality of spirals, and at least one sensing coil is disposed in the inter-spiral regions of the other layer. Accordingly, a space for a plurality of sensing coils and a temperature sensor may be ensured.

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One embodiment of an electric range may include a plurality of ferrite modules that are disposed on the upper part of a supporter and below a coil portion, and arranged at positions corresponding to a plurality of coil substrates, respectively. The ferrite modules may comprise: a ferrite core; and a core fixing part that is coupled to the supporter and formed by insert injection molding with the ferrite core, and that fixes the ferrite core. The ferrite cores may be formed as one of a first type, formed by combining ferrites having different surface areas, or a second type, in which a plurality of ferrites having the same shape are radially arranged with respect to the center of the ferrite module.

The present invention provides a coil assembly provided in an induction heating cooking device. The coil assembly has a structure in which a plurality of heating coil wires and a plurality of sensing coil wires are disposed on the same layer as one of a plurality of sensing coil layers in which a plurality of sensing coils are disposed. Accordingly, the connection between the heating coils can be optimized, and the thickness of the heating coil layer of the coil assembly can be reduced.

According to the present invention, disclosed is a coil assembly provided in an induction heating cooking device. The coil assembly comprises: a plurality of heating coil layers having formed therein a plurality of heating coils; and a wiring layer stacked on top of the plurality of heating coil layers and having formed therein heating coil wirings. The plurality of heating coil layers and the wiring layer are formed on the same substrate. According to the present invention, a container may be detected through the heating coils, without using a detection coil, by detecting a change in impedance of the heating coils.

Disclosed herein is a cooking appliance. The cooking appliance includes a coil module including at least one of a heating coil and a sensing coil, and a lighting part configured to implement lighting, and the coil module and the lighting part are integrally formed.

Disclosed herein is a cooking appliance. The cooking appliance includes a supporter disposed in an accommodation space surrounded by a case and a top plate, and a lighting module supported by the supporter and configured to emit light toward the top plate, and at least a portion of the lighting module is disposed between a bottom portion of the case and the supporter.

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An embodiment of an electric range may include multiple ferrite modules disposed on an upper supporter, disposed beneath multiple coil substrates, and disposed at positions corresponding to the coil substrates. Each of the ferrite modules includes multiple ferrite cores, and the lateral ends of working coils may be disposed at the same positions as or inside the lateral ends of the ferrite cores. The working coils and the ferrite cores may have a rectangular outer shape. A first length defined as the length between a pair of parallel outer sides of the ferrite cores may be equal to or longer than a second length defined as the length between a pair of parallel outer sides of the working coils.

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According to various embodiments of the present disclosure, there is provided a method of operating a user equipment (UE) in a wireless communication system. The method comprises receiving, from a base station, a physical downlink shared channel (PDSCH) including message 4 (Msg4) of a random access (RA) procedure; transmitting, to the base station, specific information related to repetition transmissions of a physical uplink shared channel (PUSCH) including message 5 (Msg5) of the RA procedure based on a physical uplink control channel (PUCCH) related to hybrid automatic repeat request-acknowledgement (HARQ-ACK) for the PDSCH; and performing the repetition transmissions of the PUSCH including the Msg5 based on the specific information.

A method and a device for uplink transmission or uplink reception in a wireless communication system are disclosed. The method according to one embodiment of the present disclosure may comprise steps in which a terminal: receives, from a first network node, first information related to a synchronization signal/physical broadcast channel block (SSB) of a first network node and/or a reference signal (RS) of the first network node; transmits a random access preamble to a second network node on the basis of the first information; and receives, from the second network node, a random access response (RAR) responding to the random access preamble. The RAR can include second information related to a timing advance (TA) for the second network node.

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