Abstract: A vehicle ventilation control system includes: a reception unit that receives an instruction signal input by a user via wireless communication; and a control unit that controls ventilation inside a vehicle based on the instruction signal, in which the control unit performs ventilation control to control the ventilation based on the instruction signal input during a period after the user gets out of the vehicle to next boarding.

Abstract: A vehicle theft prevention device includes: a device control unit that starts, when performing exit processing for causing a vehicle to move from a parking position to a user position by an autonomous driving control of the vehicle in response to an exit instruction to the vehicle from a terminal of the user outside the vehicle, performing first change processing for changing a state of facilities in a vehicle cabin of the vehicle from a theft prevention state in which theft of the vehicle and articles in the vehicle cabin is prevented to a normal state in which the vehicle is able to be driven by the user such that the first change processing ends when the vehicle arrives at the user position.

Abstract: The press-fit terminal includes a leading end portion, a base end portion and a connection portion. The connection portion includes a slit extending through from the front side to the rear side and a pair of conductive portions opposed to each other across the slit. An outer contour of each one of the pair of conductive portions in the connection portion includes an outer first portion in which a first arcuate portion formed arcuate and a first straight portion formed straight are disposed in this order from the center portion toward the base end portion. Each one of the pair of first straight portions is formed with a tilt by an angle ranging from 5 degrees or more to 10 degrees or less relative to a center axis of the slit.

Abstract: A vehicle ventilation control system includes: a reception unit that receives an instruction signal input by a user via wireless communication; and a control unit that controls ventilation inside a vehicle based on the instruction signal, in which the control unit performs ventilation control to control the ventilation based on the instruction signal input during a period after the user gets out of the vehicle to next boarding.

Abstract: The press-fit terminal includes a leading end portion, a base end portion and a connection portion. The connection portion includes a slit extending through from the front side to the rear side and a pair of conductive portions opposed to each other across the slit. An outer contour of each one of the pair of conductive portions in the connection portion includes an outer first portion in which a first arcuate portion formed arcuate and a first straight portion formed straight are disposed in this order from the center portion toward the base end portion. Each one of the pair of first straight portions is formed with a tilt by an angle ranging from 5 degrees or more to 10 degrees or less relative to a center axis of the slit.

Abstract: A vehicle theft prevention device includes: a device control unit that starts, when performing exit processing for causing a vehicle to move from a parking position to a user position by an autonomous driving control of the vehicle in response to an exit instruction to the vehicle from a terminal of the user outside the vehicle, performing first change processing for changing a state of facilities in a vehicle cabin of the vehicle from a theft prevention state in which theft of the vehicle and articles in the vehicle cabin is prevented to a normal state in which the vehicle is able to be driven by the user such that the first change processing ends when the vehicle arrives at the user position.

Abstract: A solid state drive (SSD) device using a flash memory and including a non-volatile memory that differs in type from the flash memory. The SSD device receives data to be written to the flash memory; stores the received data in the non-volatile memory; stores the data stored in the non-volatile memory to the flash memory; and stores, in the non-volatile memory, flow data indicating a flow of tasks to be undertaken while storing the received data in the non-volatile memory and storing the data stored in the non-volatile memory to the flash memory.

Abstract: A press-fit terminal includes: a base material; and a plated surface layer which is obtained by plating a surface of the base material with an Sn—Ni alloy.

Abstract: An information processing apparatus including a NAND type flash memory; circuitry configured to control writing/reading of data to/from the NAND type flash memory; and an interface configured to connect the information processing apparatus to a host apparatus. The circuitry is configured to determine whether to erase data stored in a specific area within the NAND type flash memory by overwriting the data based on whether an overwrite command is received from the host apparatus via the interface; and erase a physical block including the specific area when it is determined to erase the data by removing electric charges in the NAND type flash memory in the physical block including the specific area.

Abstract: An information processing apparatus including a NAND type flash memory; circuitry configured to control writing/reading of data to/from the NAND type flash memory; and an interface configured to connect the information processing apparatus to a host apparatus. The circuitry is configured to determine whether to erase data stored in a specific area within the NAND type flash memory by overwriting the data based on whether an overwrite command is received from the host apparatus via the interface; and erase a physical block including the specific area when it is determined to erase the data by removing electric charges in the NAND type flash memory in the physical block including the specific area.

Abstract: A solid state drive (SSD) device using a flash memory and including a non-volatile memory that differs in type from the flash memory. The SSD device receives data to be written to the flash memory; stores the received data in the non-volatile memory; stores the data stored in the non-volatile memory to the flash memory; and stores, in the non-volatile memory, flow data indicating a flow of tasks to be undertaken while storing the received data in the non-volatile memory and storing the data stored in the non-volatile memory to the flash memory.

Abstract: A solid state drive (SSD) device using a flash memory and including a non-volatile memory that differs in type from the flash memory. The SSD device receives data to be written to the flash memory; stores the received data in the non-volatile memory; stores the data stored in the non-volatile memory to the flash memory; and stores, in the non-volatile memory, flow data indicating a flow of tasks to be undertaken while storing the received data in the non-volatile memory and storing the data stored in the non-volatile memory to the flash memory.

Abstract: The present invention provides an SSD device that uses non-volatile memory as a cache to contribute to reduced power consumption. An SSD (Solid State Drive) device using a flash memory includes n (n?2) non-volatile memory units 130 and a controller section 11. Each of the non-volatile memory units 130 includes a non-volatile memory different in type from a flash memory. The controller section 11 receives data to be written to the flash memory and stores the received data in the non-volatile memory units 130.

Abstract: A solid state drive (SSD) device using a flash memory and including a non-volatile memory that differs in type from the flash memory. The SSD device receives data to be written to the flash memory; stores the received data in the non-volatile memory; stores the data stored in the non-volatile memory to the flash memory; and stores, in the non-volatile memory, flow data indicating a flow of tasks to be undertaken while storing the received data in the non-volatile memory and storing the data stored in the non-volatile memory to the flash memory.

Abstract: An information processing apparatus including a NAND type flash memory; circuitry configured to control writing/reading of data to/from the NAND type flash memory; and an interface configured to connect the information processing apparatus to a host apparatus. The circuitry is configured to determine whether to erase data stored in a specific area within the NAND type flash memory by overwriting the data based on whether an overwrite command is received from the host apparatus via the interface; and erase a physical block including the specific area when it is determined to erase the data by removing electric charges in the NAND type flash memory in the physical block including the specific area.