Abstract: A method of manufacturing a display device including forming a polysilicon layer on a substrate, patterning the polysilicon layer to form a polysilicon pattern including a first region and a second region each having a first thickness, and a third region having a second thickness less than the first thickness, forming a gate insulation layer on the polysilicon pattern, forming a gate electrode on the gate insulation layer, partially implanting ions into the polysilicon pattern to form an active layer, forming an insulation interlayer on the gate electrode, forming source and drain contact holes each passing through the insulation interlayer and the gate insulation layer and respectively overlapping the first region and the second region, forming source and drain electrodes respectively filling the source and drain contact holes, and forming a light emitting element electrically connected to the source electrode or the drain electrode.

Abstract: In one aspect, an electric furnace is provided with a double type melting furnace, which includes: a first upper cell that forms a first upper space of a first melting furnace in which a first iron source is introduced and molten; a second upper cell that is disposed in a horizontal direction of the first upper cell and forms a second upper space of a second melting furnace in which a second iron source is introduced and molten; a lower cell that is combined with lower portions of the first upper cell and the second upper cell and forms a single integrated space in which a first lower space of the first melting furnace and a second lower space of the second melting furnace are integrated; and a partition wall unit that is installed to vertically move up and down between the first upper cell and the second upper cell, and separates the first lower space of the first melting furnace and the second lower space of the second melting furnace, although both of the lower spaces are integrally formed by the lower cel

Abstract: According to an embodiment of the present disclosure, a method of detecting a white matter lesion based on a medical image performed by a computing device is disclosed. The method may include: receiving a medical image including at least one brain region; and estimating a first white matter lesion and a second white matter lesion based on the medical image using a pre-trained neural network model.

Abstract: Disclosed in the present invention is a low-temperature cooking machine. The low-temperature cooking machine comprises a flexible heating unit and a pump, and the pump is used for providing pressure or suction to cause the flexible heating unit to deform and contact and heat food. The low-temperature cooking machine in the present invention is a novel cooking device; under the action of the pump, the flexible heating unit as a heater can be deformed and directly contact food, so as to directly heat and cook the food. The low-temperature cooking machine in the present invention is a novel device and can replace an existing low-temperature cooking device having a constant temperature water bath and a vacuum plastic package machine.

Abstract: The present invention relates to a system structure capable of performing real-time detection of nucleic acid extraction and amplification reactions and amplified results in a device for implementing a polymerase chain reaction (PCR).

Abstract: The present invention relates to the structure of an analysis plate applied to a high-speed polymerase chain reaction (PCR), and to a PCR analysis plate used for implementing an analysis of a real-time PCR, a real-time nested PCR and a post-PCR lateral flow hybridization reaction. The present invention is provided with: a check valve for enabling the maintaining of positive pressure when an elastic film expands into a convex form by having a solution pushed therein by the positive pressure; a lateral flow analysis module for analyzing a post-PCR follow-up PCR or lateral flow; and a shut-off valve enabling the controlling of the movement of the solution after each reaction ends.

Abstract: Disclosed in the present invention is a low-temperature cooking machine. The low-temperature cooking machine comprises a flexible heating unit and a pump, and the pump is used for providing pressure or suction to cause the flexible heating unit to deform and contact and heat food. The low-temperature cooking machine in the present invention is a novel cooking device; under the action of the pump, the flexible heating unit as a heater can be deformed and directly contact food, so as to directly heat and cook the food. The low-temperature cooking machine in the present invention is a novel device and can replace an existing low-temperature cooking device having a constant temperature water bath and a vacuum plastic package machine.

Abstract: A method of operating a short-term rental restaurant and persuading users to visit the short-term rental restaurant on the basis of a profile, includes: creating by, a central server, a profile channel, the central server being configured to broker a lease of a shared restaurant for a predetermined short period of time; registering, by the central server, information about favorable users; registering rental information with the central server by a shared-restaurant manager terminal used by a shared-restaurant manager operating the shared restaurant equipped with the kitchen utensils; signing, by a profile manager terminal used by the profile manager, a contract to rent a short-term rental restaurant by retrieving shared restaurants registered with the central server to select one shared restaurant as the short-term rental restaurant; and providing, by the central server, sales information of the shared restaurant of the profile manager to a terminal of a favorable user.

Abstract: A display driving circuit includes a timing controller including an encoder that compresses image data based on a reference having a number of image pixels of the image data as a compression unit and that outputs the compressed image data. The timing controller further includes at least one source driver including a decoder that decompresses compressed image data and transmits decompressed image data to a display panel through a plurality of channels. Compression by the encoder based on a first reference is performed independently of compression based on a second reference.

Abstract: A display driving circuit includes a timing controller including an encoder that compresses image data based on a reference having a number of image pixels of the image data as a compression unit and that outputs the compressed image data. The timing controller further includes at least one source driver including a decoder that decompresses compressed image data and transmits decompressed image data to a display panel through a plurality of channels. Compression by the encoder based on a first reference is performed independently of compression based on a second reference.

Abstract: A touch screen panel is provided. The touch screen panel includes: a sensing area comprising a plurality of first electrodes arranged in a matrix form in first and second directions of a substrate and a plurality of second electrodes extending in the first direction, the plurality of second electrodes being arranged alternately with the plurality of first electrodes in the second direction; a channel wiring area including a plurality of channel wires configured to transmit signals of the plurality of first electrodes and signals of the plurality of second electrodes, the channel wiring area being disposed around the sensing area; and an electrode wiring area comprising a plurality of electrode wires connecting the plurality of first electrodes and the plurality of second electrodes to the plurality of channel wires, the electrode wiring area being in the sensing area, wherein at least two electrodes, from among the first electrodes, that are disposed in a same column are connected to different channel wires.

Abstract: A touch sensing device includes a touch screen panel including a touch sensor configured to generate a first electrical change corresponding to a touch and a touch controller configured to detect touch position data with respect to an area on the touch screen panel associated with the touch, based on the first electrical change of the touch sensor.

Abstract: A touch sensing device includes a touch screen panel including a touch sensor configured to generate a first electrical change corresponding to a touch and a touch controller configured to detect touch position data with respect to an area on the touch screen panel associated with the touch, based on the first electrical change or the touch sensor.

Abstract: A touch screen panel is provided. The touch screen panel includes: a sensing area comprising a plurality of first electrodes arranged in a matrix form in first and second directions of a substrate and a plurality of second electrodes extending in the first direction, the plurality of second electrodes being arranged alternately with the plurality of first electrodes in the second direction; a channel wiring area including a plurality of channel wires configured to transmit signals of the plurality of first electrodes and signals of the plurality of second electrodes, the channel wiring area being disposed around the sensing area; and an electrode wiring area comprising a plurality of electrode wires connecting the plurality of first electrodes and the plurality of second electrodes to the plurality of channel wires, the electrode wiring area being in the sensing area, wherein at least two electrodes, from among the first electrodes, that are disposed in a same column are connected to different channel wires.

Abstract: A touch screen panel is provided. The touch screen panel includes: a sensing area comprising a plurality of first electrodes arranged in a matrix form in first and second directions of a substrate and a plurality of second electrodes extending in the first direction, the plurality of second electrodes being arranged alternately with the plurality of first electrodes in the second direction; a channel wiring area including a plurality of channel wires configured to transmit signals of the plurality of first electrodes and signals of the plurality of second electrodes, the channel wiring area being disposed around the sensing area; and an electrode wiring area comprising a plurality of electrode wires connecting the plurality of first electrodes and the plurality of second electrodes to the plurality of channel wires, the electrode wiring area being in the sensing area, wherein at least two electrodes, from among the first electrodes, that are disposed in a same column are connected to different channel wires.

Abstract: According to one embodiment of the present invention, a stereoscopic display apparatus comprises: a display panel in which a plurality of unit pixels is defined and which enables n views; and a parallax barrier disposed on one side of the display panel. n is an integer larger than 2, and p and 1 are divisors of said n. In said display panel, q unit pixels arranged adjacently to one other in rows constitute one unit row, and said n views are achieved by means of p unit rows arranged adjacently to one another in columns.

Abstract: A page buffer for a NAND flash memory array includes a pre-charge switch, a first switch, a read switch, a write switch, a latch, and a data switch. The pre-charge switch is coupled between a supply node with a supply voltage and a bit line that is coupled to a selected cell of the NAND flash memory array. The first switch is coupled between the bit line and a data node. The read switch is coupled between the data node and an I/O node. The write switch is coupled between an inverse data node, which is out of phase with the data node, and the I/O node. The latch is coupled between the data node and the inverse data node. The data switch is coupled between the inverse data node and a first node. The enable switch is coupled between the first node and a ground.

Abstract: A page buffer for a NAND flash memory array includes a pre-charge switch, a first switch, a read switch, a write switch, a latch, and a data switch. The pre-charge switch is coupled between a supply node with a supply voltage and a bit line that is coupled to a selected cell of the NAND flash memory array. The first switch is coupled between the bit line and a data node. The read switch is coupled between the data node and an I/O node. The write switch is coupled between an inverse data node, which is out of phase with the data node, and the I/O node. The latch is coupled between the data node and the inverse data node. The data switch is coupled between the inverse data node and a first node. The enable switch is coupled between the first node and a ground.

Abstract: A NAND flash memory achieves low read latency and avoidance of inadvertent programming and program disturb so that the random access and initial page read speeds of the NAND flash memory are generally comparable to that of a NOR flash memory, while preserving the higher memory density and lower power operation characteristics of traditional NAND flash memory relative to NOR flash memory. The reduction in latency is achieved by a NAND memory array architecture which employs a small NAND string, a dual plane interleaved memory architecture, a partitioned NAND array, selectively coupled local bit lines per each global bit line, and a counter-biasing mechanism to avoid inadvertent programming and program disturb.

Abstract: A system includes an input-output unit, a system on chip, a touch integrated circuit and a display driving integrated circuit. The input-output unit includes a display panel configured to display images based on display data and a touch panel configured to provide touch data corresponding to a touch operation of a user. The system on chip includes a processor configured to generate graphic user interface (GUI) image data using a GUI engine. The touch integrated circuit generates touch coordinate data based on the touch data. The display driving integrated circuit generates the display data based on the GUI image data provided from the processor in a normal display mode and generates the display data based on the touch coordinate data provided from the touch integrated circuit in a fast display mode.