Abstract: The swing arm for the saddle riding vehicle that supports a wheel in a swingable manner includes a swing arm main body made of a fiber reinforced resin. The swing arm main body is formed to be hollow, and an embedded member of a material different from the fiber reinforced resin is embedded in such a manner as to make solid at least part of the hollow portion of the swing arm main body.

Abstract: A swing arm for a saddle riding vehicle which includes a pivot section connected to a vehicle body, and a wheel support section configured to support a rear wheel and which is capable of swinging around the pivot section, includes a swing arm main body made of a fiber reinforced resin, in which the swing arm main body includes a pivot-side opening configured to open an end on a side of the pivot section, and a rear end opening configured to open an end on a side of the wheel support section, and is formed in a hollow shape continuous from the pivot-side opening to the rear end opening.

Abstract: A tablet computer (an example of an electronic device) includes a housing that contains an electric component, the housing including a fixed cover and a movable cover that constitute adjacent regions of a back surface of the housing, a hinge shaft that is disposed between a front edge of the fixed cover and a back edge of the movable cover that are adjacent to each other and supports the movable cover, and a first attachment plate that supports the movable cover rotatably about the back edge. The first attachment plate is movably attached to an inner chassis to which the fixed cover is fixed such that the hinge shaft is movable away from the front edge of the fixed cover.

Abstract: Provided is a linear motion device having higher rigidity, higher load resistance, and superior guiding precision.

Abstract: A tablet computer (an example of an electronic device) includes a housing that contains an electric component, the housing including a fixed cover and a movable cover that constitute adjacent regions of a back surface of the housing, a hinge shaft that is disposed between a front edge of the fixed cover and a back edge of the movable cover that are adjacent to each other and supports the movable cover, and a first attachment plate that supports the movable cover rotatably about the back edge. The first attachment plate is movably attached to an inner chassis to which the fixed cover is fixed such that the hinge shaft is movable away from the front edge of the fixed cover.

Abstract: Provided is a linear motion device having higher rigidity, higher load resistance, and superior guiding precision.

Abstract: The swing arm for the saddle riding vehicle that supports a wheel in a swingable manner includes a swing arm main body made of a fiber reinforced resin. The swing arm main body is formed to be hollow, and an embedded member of a material different from the fiber reinforced resin is embedded in such a manner as to make solid at least part of the hollow portion of the swing arm main body.

Abstract: A swing arm for a saddle riding vehicle which includes a pivot section connected to a vehicle body, and a wheel support section configured to support a rear wheel and which is capable of swinging around the pivot section, includes a swing arm main body made of a fiber reinforced resin, in which the swing arm main body includes a pivot-side opening configured to open an end on a side of the pivot section, and a rear end opening configured to open an end on a side of the wheel support section, and is formed in a hollow shape continuous from the pivot-side opening to the rear end opening.

Abstract: HDD case (100) accommodates HDD device (60) having a disk medium and forms HDD unit (50). HDD unit (50) is removably disposed in an accommodating section of an electronic device. HDD device (60) has a substantially rectangular shape. Besides, HDD case (100) has a pair of side sections (120) located parallel to slot-in/pull-out directions in which HDD unit (50) is slotted into the accommodating section and is pulled out from the accommodating section. Further, protruding section (121) is formed on side sections (120) such that a part of side sections (120) is protruded on the outer side of HDD case (100). In a state where HDD case (100) is accommodated in the accommodating section of the electronic device, protruding section (121) makes contact with the side surface of the accommodating section.

Abstract: HDD case (100) accommodates HDD device (60) having a disk medium and forms HDD unit (50). HDD unit (50) is removably disposed in an accommodating section of an electronic device. HDD device (60) has a substantially rectangular shape. Besides, HDD case (100) has a pair of side sections (120) located parallel to slot-in/pull-out directions in which HDD unit (50) is slotted into the accommodating section and is pulled out from the accommodating section. Further, protruding section (121) is formed on side sections (120) such that a part of side sections (120) is protruded on the outer side of HDD case (100). In a state where HDD case (100) is accommodated in the accommodating section of the electronic device, protruding section (121) makes contact with the side surface of the accommodating section.

Abstract: Provided is a practical rolling element accommodating tool that engages firmly with a reinforcing material without compromising flexibility, wherein tension strength of the reinforcing material is sufficiently exhibited.

Abstract: Provided is a practical rolling element accommodating tool that engages firmly with a reinforcing material without compromising flexibility, wherein tension strength of the reinforcing material is sufficiently exhibited.

Abstract: A very practical table apparatus is provided that can be made smaller and thinner without the need to stack a first table that moves in a first direction and a second table that moves in a second direction as in prior art. The table apparatus has a table (1) on which work is disposed, a first actuator (4) for moving the table (1) in the first direction a, and a second actuator (7) that is disposed on substantially the same plane as the first actuator, and that moves the table (1) in the second direction b, thereby allowing a single table (1) to be moved in the first direction a and second direction b without the need to stack two tables.

Abstract: A very practical table apparatus is provided that can be made smaller and thinner without the need to stack a first table that moves in a first direction and a second table that moves in a second direction as in prior art. The table apparatus has a table (1) on which work is disposed, a first actuator (4) for moving the table (1) in the first direction a, and a second actuator (7) that is disposed on substantially the same plane as the first actuator, and that moves the table (1) in the second direction b, thereby allowing a single table (1) to be moved in the first direction a and second direction b without the need to stack two tables.