Abstract: Provided is a positive electrode active material which includes an inner region that is a region from the center of the positive electrode active material particle to R/2; and an outer region that is a region from R/2 to the surface of the positive electrode active material particle, wherein R is a distance from the center of the positive electrode active material particle to the surface thereof. The positive electrode active material further includes 30% to 80% of crystallites A with respect to a total number of crystallites in the outer region of the positive electrode active material, the crystallites A having high crystallite long-axis orientation degree and crystallite c-axis orientation degree. Thus, the positive electrode active material can achieve excellent capacity characteristics and service life characteristics.

Abstract: A joint connector includes: a bus bar having a plurality of male terminals; a plurality of female terminals electrically connected to the plurality of male terminals; a housing having a cavity receiving the bus bar and the plurality of female terminals; and a seal block having a plurality of receiving holes and contacting the housing, wherein each receiving hole receives an electrical wire connected to each female terminal.

Abstract: A joint connector assembly is disclosed. The joint connector assembly includes a first unit connector housing having a predetermined number of first terminal holes in a predetermined pattern, a second unit connector housing connected to the first unit connector housing and having a predetermined number of second terminal holes in a predetermined pattern, and a sliding cover to allow the first unit connector housing and the second unit connector housing to be coupled to the sliding cover in a sliding manner.

Abstract: A joint connector assembly is disclosed. The joint connector assembly includes a first unit connector housing having a predetermined number of first terminal holes in a predetermined pattern, a second unit connector housing connected to the first unit connector housing and having a predetermined number of second terminal holes in a predetermined pattern, and a sliding cover to allow the first unit connector housing and the second unit connector housing to be coupled to the sliding cover in a sliding manner.

Abstract: A lever type connector includes: a female housing having a box shape of which one portion is open; a male housing configured to be inserted into the female housing and provided with a plurality of male terminals; a lever configured to be rotatably coupled with an outer side of the male housing; and a movable plate configured to be mounted on a bottom surface of the male housing, have the bottom surface provided with a plurality of through holes through which the male terminals penetrate, and enclose the male terminal to protect the male terminals.

Abstract: A lever type connector includes: a female housing having a box shape of which one portion is open; a male housing configured to be inserted into the female housing and provided with a plurality of male terminals; a lever configured to be rotatably coupled with an outer side of the male housing; and a movable plate configured to be mounted on a bottom surface of the male housing, have the bottom surface provided with a plurality of through holes through which the male terminals penetrate, and enclose the male terminal to protect the male terminals.

Abstract: A door connector of a vehicle supplies electric power and signals to an electrical component that is mounted in a vehicle door. The door connector includes a cap which is installed on a vehicle body panel. A plug assembly is extended from a door side, and coupled and electrically connected to the cap. A grommet protects a wire connected to the plug assembly. The plug assembly may include a plug cover. The plug cover has a grommet connector to which the grommet is coupled and has a vertical passage shape through which the wire is withdrawn downward. The plug cover accommodates a plug therein through a front surface of the plug. The plug is coupled to the cap through the front surface thereof, has a rear surface to which the wire is connected, and is coupled inside the plug cover by a fastening structure.

Abstract: An interface device for an emulator is disclosed. The interface device includes a connection unit, a transmission unit, and an interface unit. The connection unit receives data, to be used to emulate a logic, from a host computer, and transmits result data, output from the logic, to the host computer. The transmission unit receives the data from the connection unit and stores (writes) the data in the first area of a register array. If the result data is stored in the second area of the register array, the transmission unit reads the result data and transmits the result data to the connection unit. The interface unit includes at least one register array, outputs a clock, set using the data stored in the first area, to the logic, and stores the result data, output from the logic, in the second area.

Abstract: An interface device for an emulator is disclosed. The interface device includes a connection unit, a transmission unit, and an interface unit. The connection unit receives data, to be used to emulate a logic, from a host computer, and transmits result data, output from the logic, to the host computer. The transmission unit receives the data from the connection unit and stores (writes) the data in the first area of a register array. If the result data is stored in the second area of the register array, the transmission unit reads the result data and transmits the result data to the connection unit. The interface unit includes at least one register array, outputs a clock, set using the data stored in the first area, to the logic, and stores the result data, output from the logic, in the second area.