Abstract: A temperature control medium processing apparatus configured to collect a temperature control medium from a module using the temperature control medium or refill the module with the temperature control medium includes a tank configured to store the temperature control medium therein; a first inlet path which is connected to a first inlet opening of the tank, and through which the temperature control medium is introduced; an inlet connector configured to connect the first inlet path and a path from the module; an outlet path which is connected to an outlet opening of the tank, and through which the temperature control medium flows out; an outlet connector configured to connect the outlet path and a path to the module; and a pump provided at the outlet path, and configured to force the temperature control medium stored in the tank to flow out.

Abstract: A system of processing a substrate includes substrate-processing chambers; target components of temperature control disposed in the respective substrate-processing chambers; a chiller to supply a first temperature-controlling medium with a first flow rate and a second temperature-controlling medium with a second flow rate into the target components; flow controllers connected to the respective target components, each flow controller being configured to independently control a ratio of the first flow rate to the second flow rate to be fed into the corresponding target component from the chiller.

Abstract: A temperature control medium processing apparatus configured to collect a temperature control medium from a module using the temperature control medium or refill the module with the temperature control medium includes a tank configured to store the temperature control medium therein; a first inlet path which is connected to a first inlet opening of the tank, and through which the temperature control medium is introduced; an inlet connector configured to connect the first inlet path and a path from the module; an outlet path which is connected to an outlet opening of the tank, and through which the temperature control medium is flown out; an outlet connector configured to connect the outlet path and a path to the module; and a pump provided at the outlet path, and configured to force the temperature control medium stored in the tank to be flown out.

Abstract: A system of processing a substrate includes substrate-processing chambers; target components of temperature control disposed in the respective substrate-processing chambers; a chiller to supply a first temperature-controlling medium with a first flow rate and a second temperature-controlling medium with a second flow rate into the target components; flow controllers connected to the respective target components, each flow controller being configured to independently control a ratio of the first flow rate to the second flow rate to be fed into the corresponding target component from the chiller.

Abstract: A temperature control medium processing apparatus configured to collect a temperature control medium from a module using the temperature control medium or refill the module with the temperature control medium includes a tank configured to store the temperature control medium therein; a first inlet path which is connected to a first inlet opening of the tank, and through which the temperature control medium is introduced; an inlet connector configured to connect the first inlet path and a path from the module; an outlet path which is connected to an outlet opening of the tank, and through which the temperature control medium is flown out; an outlet connector configured to connect the outlet path and a path to the module; and a pump provided at the outlet path, and configured to force the temperature control medium stored in the tank to be flown out.

Abstract: A system of processing a substrate includes substrate-processing chambers; target components of temperature control disposed in the respective substrate-processing chambers; a chiller to supply a first temperature-controlling medium with a first flow rate and a second temperature-controlling medium with a second flow rate into the target components; flow controllers connected to the respective target components, each flow controller being configured to independently control a ratio of the first flow rate to the second flow rate to be fed into the corresponding target component from the chiller.

Abstract: An electronic device of the present disclosure includes a first housing, a second housing, and a hinge part for connecting the first housing and the second housing. The first housing has a first primary surface at which an input unit is disposed, and a second primary surface opposite to the first primary surface. The second housing has a third primary surface provided with a display unit, and a fourth primary surface opposite to the third primary surface. The hinge part connects the first and second housings so that an angle formed by the first and third primary surfaces is capable of 360 degrees of change. The electronic device has a first configuration in which the first and third primary surfaces face each other to form an angle of substantially 0 degrees, and a second configuration in which the second and fourth primary surfaces face each other and the first and third primary surfaces are substantially parallel.

Abstract: An electronic device of the present disclosure is a personal computer having a touchpad and an operation button that are disposed in proximity to each other at an upper surface part of a housing. The upper surface part of the housing is formed with a touchpad recessed part in which the touchpad is disposed and an operation button recessed part in which the operation button is disposed. The operation button recessed part is provided with a through hole. A support part is connected to the operation button for supporting the operation button on the housing. The support part extends out of the operation button recessed part through the through hole and is fixed on the housing.

Abstract: An electronic device of the present disclosure includes a first housing, a second housing, and a hinge part for connecting the first housing and the second housing. The first housing has a first primary surface at which an input unit is disposed, and a second primary surface opposite to the first primary surface. The second housing has a third primary surface provided with a display unit, and a fourth primary surface opposite to the third primary surface. The hinge part connects the first and second housings so that an angle formed by the first and third primary surfaces is capable of 360 degrees of change. The electronic device has a first configuration in which the first and third primary surfaces face each other to form an angle of substantially 0 degrees, and a second configuration in which the second and fourth primary surfaces face each other and the first and third primary surfaces are substantially parallel.

Abstract: The present disclosure provides an information terminal which comprises: a casing having a main surface; a touch pad arranged on the main surface; an insulation sheet member arranged on a rear surface of the touch pad; and a conductive sheet member arranged on a rear surface of the insulation sheet member. The conductive sheet member may have a portion which extends toward the outside from an edge portion of the insulation sheet member.

Abstract: An electronic device 100 includes: a hinge mechanism 120 configured to rotate, on a portion in which a first casing 101 is connected to a second casing 102, the second casing 102 to allow the electronic device 100 to switch from a closed position through an opened position to an inverted position; and exterior components 123 and 124 each configured to rotate with the second casing 102 when switching between the opened position and the inverted position is performed, and to switch between a state where the exterior component projects from the back surface of the first casing 101 to be a leg for the electronic device 100 in the opened position, and a state where the exterior component projects from the top surface of the first casing 101 to be a leg for the electronic device 100 in the inverted position.

Abstract: An electronic device 100 includes: a hinge mechanism 120 configured to rotate, on a connection portion in which a first casing 101 is connected to a second casing 102, the second casing 102 to switch the electronic device 100 from a closed position through an opened position to an inverted position, and configured to rotate according to the second casing 102 being rotated when switching between the opened position and the inverted position is performed; and a leg component 140 configured to switch, by rotating with the hinge mechanism 120 when switching between the opened position and the inverted position is performed, between a state where the leg component 140 projects from the back surface of the first casing 101 in the opened position, and a state where the leg component 140 projects from the top surface of the first casing 101 in the inverted position.

Abstract: An electronic device 100 includes a casing 101 configured to accommodate electronic components. The casing 101 includes an outer layer member 131 formed by a metal and exposed to an outside, and an inner layer member 132 formed by a metal and spaced from an inner surface of the outer layer member 131. Conductive projections 140a and 140b are each formed between the inner layer member 132 and the outer layer member 131, and are each configured to extend like a line on a surface of one of the inner layer member 132 and the outer layer member 131 and have a top end that contacts with the other of the inner layer member 132 and the outer layer member 131, to electrically connect between the inner layer member 132 and the outer layer member 131.

Abstract: An information processing unit of the present invention includes a display panel capable of displaying a video image; and a casing having a rear face panel that covers at least a back side of the display panel, the back side being opposite to a display face of the display panel. In the information processing unit, the rear face panel has an opposed face opposed to the display panel, and the opposed face includes a wall-thinned portion having a small thickness, and a wall-thickened portion that is a part of the wall-thinned portion having a thickness increased in a direction toward the display panel, and the wall-thickened portion is formed continuously from one side to an opposite side of the opposed face, the one side and the opposite side forming a perimeter of the opposed face and being opposite to each other.

Abstract: The present disclosure provides an information terminal which comprises: a casing having a main surface; a touch pad arranged on the main surface; an insulation sheet member arranged on a rear surface of the touch pad; and a conductive sheet member arranged on a rear surface of the insulation sheet member. The conductive sheet member may have a portion which extends toward the outside from an edge portion of the insulation sheet member.

Abstract: A plate-shaped casing member includes a front surface and a rear surface. The rear surface of the plate-shaped casing member has a plurality of meandering ribs. The front surface may have a convex portion raised in a projecting manner. The rear surface may have a concave portion having a concave face which corresponds to the convex portion on the front surface. The plurality of meandering ribs may be formed on the concave portion of the rear surface.

Abstract: In the electronic device, an inlet 10 is provided on a front face 1c of a first housing 1. Thus, it is possible to reduce the possibility of the inlet 10 being blocked by objects. That is, when a user uses a notebook computer in a normal position, his body opposes the front face 1c in many cases. Thus, when the inlet is provided on the front face 1c, the inlet is less likely to be blocked than when it is provided on any other face of the first housing 1. For this reason, the cooling efficiency within the first housing 1 does not drop.

Abstract: A first coupling member 20 can be engaged with a first engagement hole 2e and held slidably by a first support member 12. A second coupling member 30 of the present embodiment can be engaged with a second engagement hole 2f and held slidably by a second support member 13. With this configuration, a relative position between a second housing 2 and a protection cover 10 changes at the time of turning the second housing 2 in a direction indicated by an arrow A or B, which can prevent the protection cover 10 from loosening significantly near the hinge portions 3.

Abstract: An electronic device 100 includes a casing 101 configured to accommodate electronic components. The casing 101 includes an outer layer member 131 formed by a metal and exposed to an outside, and an inner layer member 132 formed by a metal and spaced from an inner surface of the outer layer member 131. Conductive projections 140a and 140b are each formed between the inner layer member 132 and the outer layer member 131, and are each configured to extend like a line on a surface of one of the inner layer member 132 and the outer layer member 131 and have a top end that contacts with the other of the inner layer member 132 and the outer layer member 131, to electrically connect between the inner layer member 132 and the outer layer member 131.

Abstract: An operation unit has an operation surface for accepting an input operation. In a plan view, the operation surface has a rectangular contour including a plurality of sides and a plurality of corner portions. When each point at which extensions of adjacent two of the plural sides cross each other is defined as a virtual intersection, and when an intersection at which respective diagonals linking the virtual intersections cross each other is defined as a virtual center, the contour of the corner portion crosses the diagonal that passes through the virtual intersection and the virtual center, at a point between the virtual intersection in the vicinity of the corner portion and the virtual center. The corner portions is a specific corner portion having an intersection with the diagonal at a position closer to the virtual center than the adjacent two corner portions.