Abstract: The display computer displays a management screen having a first area and a second area. In the first area, information related to a computer system, and an input object for a work operation that is a user operation for registering a task of a processing to a computer system into a management computer or an object for displaying the input object are displayed. In the second area, a summary view related to at least one task registered into the management computer is displayed. The summary view has a status object for each status of task, the status object includes an object indicating a status and a value indicating a number of tasks of the status. When the management computer detects a modification of a status of each task that has been registered, the display computer updates a value of a number of tasks in the second area.

Abstract: At least one second I/O switch which a plurality of I/O devices is coupled to is coupled to at least one first I/O switch to which a plurality of servers is coupled. A configuration in which all servers that are coupled to the first I/O switch can be coupled to all I/O cards that are coupled to the at least one second I/O switch that is coupled to the first I/O switch is executed. The controller receives the specifications of a server unit and an I/O device unit that is to be coupled to the server unit. The controller executes a setting in which at least one I/O device that configures the specified I/O device unit is allocated to at least one server that configures the specified server unit to the second I/O switch to which the at least one I/O device is coupled.

Abstract: A card connector for electrically connecting a card (21) and a circuit board comprises a housing (22) for accommodating the card detachably in a back-and-forth direction, an ejector (38) provided in the housing and movable with the card in the back-and-forth direction, ejector locking means (45 and 46) for locking the ejector with respect to the housing at an insertion position, card locking means (49) for locking the card with respect to the ejector, and a spring member (44) having a resilient force to the card locking means such that the resilient force becomes stronger as the card and the ejector move forwardly.

Abstract: A card connector (21) for electrically connecting a card (22) to a circuit board (46), includes a housing (23) having a rear end into or from which the card (22) is inserted or removed, a plurality of terminals (25) provided in the housing, each terminal having a first end connected to a surface of the circuit board (46) and a second end brought into contact with a contact of the card (22), and at least one reinforcing member (27, 65, and 73) installed in a front wall (26 and 64) of the housing (23) within a range between outermost terminals (25) so that the reinforcing member (27, 65 and 73) withstands a force in the forward direction applied to the front wall (26 and 64).

Abstract: A card connector (41) for electrically connecting a card (1) and a circuit board (90) includes a housing (42) for accommodating the card (1), a metal plate (64) forming a part of a wall (47) of the housing (1), and at least one metal piece (78, 79) provided along the metal plate (64_such that the metal piece (78, 79) is able to contact with and separate from the metal plate (64) to form at least one switch (91, 92). No wall (47) is necessary at the position of the metal plate (64) so that the thickness of the wall (47) is minimized.

Abstract: A card connector for electrically connecting a card (21) and a circuit board comprises a housing (22) for accommodating the card detachably in a back-and-forth direction, an ejector (38) provided in the housing and movable with the card in the back-and-forth direction, ejector locking means (45 and 46) for locking the ejector with respect to the housing at an insertion position, card locking means (49) for locking the card with respect to the ejector, and a spring member (44) having a resilient force to the card locking means such that the resilient force becomes stronger as the card and the ejector move forwardly.

Abstract: A card connector (41) for electrically connecting a card (1) and a circuit board (90) comprises a housing (42) for accommodating the card (1), a metal plate (64) forming a part of a wall (47) of the housing (1), and at least one metal piece (78, 79) provided along the metal plate (64_such that the metal piece (78, 79) is able to contact with and separate from the metal plate (64) to form at least one switch (91, 92). No wall (47) is necessary at the position of the metal plate (64) so that the thickness of the wall (47) is minimized.

Abstract: A card connector (21) for electrically connecting a card (22) to a circuit board (46), comprises a housing (23) having a rear end into or from which the card (22) is inserted or removed, a plurality of terminals (25) provided in the housing, each terminal having a first end connected to a surface of the circuit board (46) and a second end brought into contact with a contact of the card (22), and at least one reinforcing member (27, 65, and 73) installed in a front wall (26 and 64) of the housing (23) within a range between outermost terminals (25) so that the reinforcing member (27, 65 and 73) withstands a force in the forward direction applied to the front wall (26 and 64).

Abstract: A card connector comprises a case (2) for accommodating a removable card (1), a slider (3) provided within the case (2) for sliding along with the card (1) in the insertion/removal direction, a spring (32) for biasing the slider (3) in the card removing direction, a lock arm (67) provided on the case (2) for engaging the slider (3) when the card (1) is inserted into the case (2), and a lock release lever (70) operable in the direction perpendicular to the major face of the case (2) for release the slider (3) from the case (2).

Abstract: A card connector comprises a case (2) for accommodating a removable card (1), a slider (3) provided within the case (2) for sliding along with the card (1) in the insertion/removal direction, a spring (32) for biasing the slider (3) in the card removing direction, a lock arm (67) provided on the case (2) for engaging the slider (3) when the card (1) is inserted into the case (2), and a lock release lever (70) operable in the direction perpendicular to the major face of the case (2) for release the slider (3) from the case (2).

Abstract: A PC card frame kit includes an insulating frame holder (4, 5) for supporting a board assembly; a pair of metal panels (10, 11) able to be joined together for completely covering upper and lower sides of the board assembly; engaging members (12A, 13A, 10A; 14A, 15A, 16A) for preventing separation of the metal panels; and resilient members (6E, 8E) for biasing the metal panels in opposite directions to minimize play of the metal panels.

Abstract: A PC card frame kit includes an insulating frame holder (4, 5) for supporting a board assembly; a pair of metal panels (10, 11) able to be joined together for completely covering upper and lower sides of the board assembly; engaging members (12A, 13A, 10A; 14A, 15A, 16A) for preventing separation of the metal panels; and resilient members (6E, 8E) for biasing the metal panels in opposite directions to minimize play of the metal panels.