Abstract: An upper rail device for a seat of a vehicle includes: a lower plate in which a slot is formed, a drive housing mounted on the lower plate, a drive support that passes through the slot for insertion into a curved movement path of a lower rail, a motor with a reducer mounted on an upper surface of the drive housing, a drive shaft connected to an output portion of the reducer, a drive gear mounted on a lower end portion of the drive shaft and engaged with a driven gear mounted within the curved movement path of the lower rail. The upper rail device may be fastened to enable sliding movement along the curved movement path of the lower rail so that the seat can be moved in a diagonal or oblique direction depending on various purposes, which can improve a seat position movement adjustment.

Abstract: The present disclosure relates to a recycled positive electrode active material, a method of producing the recycled positive electrode active material, and a secondary battery including the same. The recycled positive electrode active material, including: 60 mol % or more of Ni; and crystalline LiF, or 0.24% by weight or less of residual Li2CO3, where the recycled positive electrode active material is one or more selected from the group consisting of a lithium nickel oxide (LNO)-based positive electrode active material, a nickel·cobalt·manganese (NCM)-based positive electrode active material, a nickel·cobalt·aluminum (NCA)-based positive electrode active material, and a nickel·cobalt·manganese·aluminum (NCMA)-based positive electrode active material.

Abstract: A lower rail for a seat of a vehicle has a structure with a curved movement path, in which the seat may be moved in an oblique direction or a diagonal direction according to various seat positions, thereby allowing a degree of freedom for adjusting a seat position movement. In addition, the lower rail includes a curved inner channel bent at a predetermined angle and a curved outer channel bent at about a same angle as the curved inner channel, which are separately provided and configured to be mutually combined in order to provide one curved movement path for moving the seat.

Abstract: Embodiments of the present disclosure relate to a secondary battery having a structure capable of reducing shape deformation of a pouch. A secondary battery includes: an electrode assembly; a pouch case accommodating the electrode assembly together with an electrolyte; and a deformation preventing portion at an inner side facing a terminal formation portion of the pouch case.

Abstract: Various implementations described herein refer to an integrated circuit having memory circuitry. The memory circuitry may include a first array of bitcells accessible with a first bitline pair and a second array of bitcells accessible with a second bitline pair. The integrated circuit may include first transition coupling circuitry for accessing jumper bitline pairs and coupling the jumper bitline pairs to column multiplexer circuitry. The integrated circuit may include second transition coupling circuitry for accessing the first array of bitcells or the second array of bitcells and providing a data output signal to the jumper bitline pairs. The first bitline pair and the second bitline pair may be on a lower metal layer, and the jumper bitline pairs may be on a higher metal layer.

Abstract: Various implementations described herein refer to an integrated circuit having memory circuitry. The memory circuitry may include a first array of bitcells accessible with a first bitline pair and a second array of bitcells accessible with a second bitline pair. The integrated circuit may include first transition coupling circuitry for accessing jumper bitline pairs and coupling the jumper bitline pairs to column multiplexer circuitry. The integrated circuit may include second transition coupling circuitry for accessing the first array of bitcells or the second array of bitcells and providing a data output signal to the jumper bitline pairs. The first bitline pair and the second bitline pair may be on a lower metal layer, and the jumper bitline pairs may be on a higher metal layer.

Abstract: An automatic vending apparatus and an advertisement method thereof are provided. The automatic vending apparatus receives advertisement content and an advertisement schedule through a network, stores the received information, and replays the stored advertisement content on a touch screen in accordance with the stored advertisement schedule. Since it is possible to provide advertisement through automatic vending apparatuses according to a predetermined, advertisement can be provided in a more systematic, various and efficient manner.

Abstract: A multi-port SRAM includes a data latch unit for latching an external data signal in accordance with a write signal from a write word line driver; a driving unit for transmitting a data signal from the data latch unit; a plurality of ports commonly connected to the driving unit for receiving the data signal and for outputting data to a plurality of read bit lines and a plurality of read bit bar lines, respectively, in accordance with a plurality of signals from a read word line driver, respectively; and a control unit for controlling an operation of the driving unit in accordance with the plurality of signals from the read word line driver.

Abstract: A high speed two-port Static Random Access Memory (SRAM) circuit with a write-through function includes a write-through unit receiving data signals DATA, DATAB outputted from a memory cell, carrying out a write-through operation, and outputting first to third signals S1, S2, S3, a data equalizer for equalizing the data signal DATA and the data bar signal DATAB in accordance with an externally generated data line equalizing signal DLEQ, a sense amplifier sensing the data signal DATA and the data bar signal DATAB and amplifying the sensed signals, a switching unit pre-amplifying the data signal DATA and the data bar signal DATAB received via the sense amplifier in accordance with an externally generated read enable signal RE and the first and second signals S1, S2 outputted from the write-through unit, and an output selection unit selecting the third signal S3 from the write-through unit or an output signal of the sense amplifier, in accordance with the first signal S1 outputted from the write-through unit.

Abstract: A power down circuit and method of a sense amplifier for a semiconductor memory device prevents undesirable power consumption by detecting when sensing is completed in the sense amplifier and inhibiting a power supply current flow to the sense amplifier after the detection. The power down circuit includes a data comparator for comparing data outputs from a sense amplifier to inhibit the supply current of the sense amplifier by detecting the sensing operation completion in the sense amplifier, a data latch unit for latching the comparison result from the data comparator, a data enable/reset unit for outputting or resetting the latched comparison result, and a power down unit for turning on or off the sense amplifier circuit based on the comparison result outputted from the data enable/reset unit.