LG Electronics Patente

A picture decoding method performed by a decoding device according to an embodiment of the present disclosure comprises the steps of: deriving a context index for a split flag syntax element on the basis of split availability information of a current block; determining a context model on the basis of the derived context index; decoding a value of the split flag syntax element on the basis of a CABAC, using the determined context model; deriving a current coding unit from the current block on the basis of the value of the split flag syntax element; deriving a predicted block on the basis of inter prediction or intra prediction for the current coding unit; and generating a reconstructed block on the basis of the predicted block.

The present invention relates to a laundry treating apparatus comprising a cabinet defining an appearance of the laundry treating apparatus, a first chamber defining structure for defining a first chamber having a laundry receiving space, the first chamber defining structure disposed in the cabinet, and a second chamber defining structure for defining a second chamber having a space for receiving a supply unit to supply at least one of air or moisture to the first chamber, the second chamber defining structure disposed below the first chamber defining structure, wherein a support frame for fixing a second support to support laundry is disposed between a top face of the cabinet and a top face of the first chamber, and wherein a through-hole extends through the top face of the cabinet, and wherein the support frame is fixed to the first chamber via the through-hole, and wherein the cabinet, the first chamber defining structure and the support frame are assembled, and wherein a foam space for inserting a foam plastic is defined by assembling of the cabinet, the first chamber defining structure and the support frame, and wherein the cabinet and the first chamber defining structure and the support frame are fixed each other when the foam plastic is inserted and solidified.

In a refrigerator according to the present invention, since the door open module disposed on the lower inner surface of the storage compartment can move the drawer assembly forward and rearward by pushing and pulling the drawer assembly disposed on the lower inner surface of the storage compartment, the drawer assembly can be pulled in or out without the gear rack or pinion gear of the door open module being directly fastened to the drawer assembly.

Disclosed is a cooking appliance comprising: a heater; a heating controller configured to control operation of the heater; a safety controller; a heating switch connected between an external power source and the heater; a safety switch connected between the external power source and the heater; and a controller configured to control an open or closed state of the safety switch according to an operation of the heating controller or operation of the safety controller, wherein the controller is configured to control the safety switch to be closed when the heating controller is changed to an on state while the safety controller is in an on state and the heating controller is in an off state.

In a refrigerator according to the present invention, since the door open module disposed on the side surface of the storage compartment can move the drawer assembly forward and rearward by pushing and pulling the drawer assembly disposed on the side surface of the storage compartment, the drawer assembly can be pulled in or out without the gear rack or pinion gear of the door open module being directly fastened to the drawer assembly.

The refrigerator according to the present invention includes the multi-stage rack-and-pinion assembly including at least three gear racks that are sequentially retracted and extended in the front-rear direction, thereby securing the sufficient extension distance of the drawer assembly even within the narrow storage compartment of the refrigerator.

In a refrigerator according to the present invention, since a locking assembly (60) may be disengaged from a drawer assembly to store elastic energy and engaged with the drawer assembly by releasing the stored elastic energy, a door open module (30) and the drawer assembly (23) can be easily engaged and disengaged using only an operating mechanism using the storage and release of the elastic energy.

In a refrigerator according to the present invention, by allowing an elastic member (623) to store elastic energy when a hook member (620) rotates about a rotational center axis in a first direction and the elastic member to release the elastic energy when the elastic member rotates in a second direction, the drawer assembly (23) can be naturally engaged and disengaged using a circular trajectory.

In a refrigerator according to the present invention, by allowing a plurality of gear racks of a rack-and-pinion assembly to be extended forward with different extension forces, a drawer assembly may be opened using only an amount of force necessary for each stage of opening the drawer assembly, thereby maximizing energy efficiency through efficient force distribution.

Disclosed is a display device. The display device of the present disclosure may include: a display panel; and a backlight unit providing light to the display panel, wherein the backlight unit may include: a substrate; a plurality of optical packages located on the substrate; and a lens covering the optical package, wherein the optical package may include: a first light source on the substrate; a second light source adjacent to the first light source; and a partition wall between the first light source and the second light source, wherein in a first mode of the optical package, both the first light source and the second light source may be turned on, and a brightness of the first light source and a brightness of the second light source are controlled, wherein in a second mode of the optical package, the first light source is turned on, and a brightness of the first light source is controlled, but the second light source is turned off, wherein in a third mode of the optical package, the second light source is turned on, and a brightness of the second light source is controlled, but the first light source is turned off.

A battery module according to the present embodiment comprises a housing having a battery space formed between an upper case and a lower case; a plurality of latches extending from the housing; a connecting portion connected to the plurality of latches; and a strap connected to the connecting portion, the battery module can be easily mounted by the plurality of latches, and the strap can assist in the withdrawal of the battery module.

The present invention relates to a mop module of a cleaner, the mop module comprising: a module housing; a water tank coupled to the module housing and storing water therein; at least one or more rotary cleaning units disposed at a lower side of the module housing and to which a mop is capable of being coupled; and a heating generator for heating water supplied from the water tank. The heating generator includes a heating chamber in which a flow path through which moisture flows is formed, and a heater disposed at a lower side of the heating chamber and supplying heat to the heating chamber. Since a plurality of the heaters are provided and are operated independently of each other, there is an effect that an operating time of the heating generator can be maintained for a long period of time.

A cooking apparatus according to an embodiment of the present disclosure includes: a cavity defining a cooking chamber therein; a casing covering at least a portion of the cavity; a heating chamber configured to generate steam supplied to an inner space of the cavity; and a tank assembly including a tank storing water for steam generation that is supplied to the heating chamber, and an oil mist remover configured to remove oil mist from gas discharged from the cavity, wherein the tank assembly is detachably coupled to an outer portion of the cavity.

A cooking apparatus according to an embodiment of the present disclosure includes: a cavity defining a cooking chamber therein; a heater unit configured to generate heat to be supplied to the cooking chamber; a casing covering at least a portion of the cavity to define a space between the cavity and the casing; and a gas sensing module mounted in the space between the cavity and the casing and configured to sense gas generated in the cooking chamber, wherein the cavity further comprises an exhaust portion for exhausting the gas in the cooking chamber to an outside of the cavity.

In a wireless local area network (LAN) system, a station (STA) receives, from an access point (AP), channel information related to a multilink, and the channel information may include link identifier information of a plurality of links included in the multilink. The STA transmits, to the AP, link selection information on the basis of the channel information, and the link selection information may include information related to whether the STA can use each of the plurality of links, and information related to whether the STA uses each of the plurality of links for data transmission.

According to embodiments of the present document, an intra-prediction mode candidate list of a current block can be constructed by means of a process of constructing a common intra-prediction mode list with respect to intra-prediction types. Therefore, the dependency of the intra-prediction types in the process of constructing the intra-prediction mode list is reduced, and thus the coding efficiency of an intra-prediction can be enhanced.

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Provided is a bidirectional pump, including a housing comprising a fluid inlet, and first and second fluid outlets that communicate with the fluid inlet and face each other; an impeller disposed in the housing, and rotating in a forward direction or in a reverse direction; a motor configured to impart a rotating force to the impeller; and a diaphragm disposed between the first and second fluid outlets in the housing, and deformed according to pressure exerted by rotation of the impeller, wherein the diaphragm closes either of the first and second fluid outlets according to a rotating direction of the impeller.

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