Abstract: Provided is a foam discharger including: a mixing portion for mixing a liquid agent and a gas to foam the liquid agent; a discharge opening for discharging the foamed liquid agent; and a flow path in communication with the discharge opening, and for supplying the foamed liquid agent from the mixing portion to the discharge opening. The discharge opening is provided with a first porous member. On an upstream side of the first porous member, a cross-sectional area of the flow path on a cross section orthogonal to a supply direction in which the foamed liquid agent is to be supplied increases along the supply direction. The cross-sectional area of the flow path at the discharge opening is at least 1.2 times the minimum cross-sectional area of the flow path.

Abstract: A foam discharger includes a foamer mechanism (20), the foamer mechanism (20) includes: a liquid flow path (50) through which liquid supplied from a liquid supply unit to a mixing part (21) passes; and a gas flow path (70) through which a gas supplied from a gas supply unit to the mixing part (21) passes, the liquid flow path (50) includes an adjacent liquid flow path (51) having a liquid inlet (52) open to the mixing part (21), the gas flow path (70) includes a plurality of adjacent gas flow paths (71) each having a gas inlet (72) open to the mixing part (21), and the liquid inlet (52) is arranged at a position corresponding to a merging part (22) of gases supplied from the plurality of adjacent gas flow paths (71) to the mixing part (21) via the gas inlet (72).

Abstract: Provided is a foam discharger including: a mixing portion for mixing a liquid agent and a gas to foam the liquid agent; a discharge opening for discharging the foamed liquid agent; and a flow path in communication with the discharge opening, and for supplying the foamed liquid agent from the mixing portion to the discharge opening. The discharge opening is provided with a first porous member. On an upstream side of the first porous member, a cross-sectional area of the flow path on a cross section orthogonal to a supply direction in which the foamed liquid agent is to be supplied increases along the supply direction. The cross-sectional area of the flow path at the discharge opening is at least 1.2 times the minimum cross-sectional area of the flow path.

Abstract: A foamer mechanism (20) of a foam dispensing container has a gas-liquid contact chamber (21), a liquid agent flow passage (22) through which a liquid agent supplied from a liquid agent supply portion (28) to the gas-liquid contact chamber (21) passes, and a gas flow passage (23) through which a gas supplied from a gas supply portion (29) to the gas-liquid contact chamber (21) passes. The gas flow passage (23) has a gas opening (23a) that is open to the gas-liquid contact chamber (21). The liquid agent flow passage (22) branches into plural branch flow passages (for example, branches into a first branch flow passage (221) and plural second branch flow passages (222)). Each of the plural branch flow passages has a liquid agent opening (22a, 22b) that is open to the gas-liquid contact chamber (21).

Abstract: A foam discharger includes a foamer mechanism (20), the foamer mechanism (20) includes: a liquid flow path (50) through which liquid supplied from a liquid supply unit to a mixing part (21) passes; and a gas flow path (70) through which a gas supplied from a gas supply unit to the mixing part (21) passes, the liquid flow path (50) includes an adjacent liquid flow path (51) having a liquid inlet (52) open to the mixing part (21), the gas flow path (70) includes a plurality of adjacent gas flow paths (71) each having a gas inlet (72) open to the mixing part (21), and the liquid inlet (52) is arranged at a position corresponding to a merging part (22) of gases supplied from the plurality of adjacent gas flow paths (71) to the mixing part (21) via the gas inlet (72).

Abstract: A foamer mechanism (20) of a foam dispensing container has a gas-liquid contact chamber (21), a liquid agent flow passage (22) through which a liquid agent supplied from a liquid agent supply portion (28) to the gas-liquid contact chamber (21) passes, and a gas flow passage (23) through which a gas supplied from a gas supply portion (29) to the gas-liquid contact chamber (21) passes. The gas flow passage (23) has a gas opening (23a) that is open to the gas-liquid contact chamber (21). The liquid agent flow passage (22) branches into plural branch flow passages (for example, branches into a first branch flow passage (221) and plural second branch flow passages (222)). Each of the plural branch flow passages has a liquid agent opening (22a, 22b) that is open to the gas-liquid contact chamber (21).

Abstract: The present invention is to enable a portable telephone capable of switching to a power conservation state so as to reduce power consumption by limiting the supply of power, in which the limit on the supply of power can be partially removed immediately before the portable telephone is used, without the necessity of cancelling the power conservation mode through a mechanical button operation to restore the normal power state. In the case while the supply of power to a predetermined peripheral device (touch panel) is being limited by a power conservation mode, an acceleration sensor detects vibrations applied to the portable telephone as a first state and a brightness sensor detects the ambient brightness of the portable telephone as a second state, a CPU removes the limit on the supply of power to the predetermined peripheral device on the basis of the first state and the second state.

Abstract: The present invention is to enable a portable telephone capable of switching to a power conservation state so as to reduce power consumption by limiting the supply of power, in which the limit on the supply of power can be partially removed immediately before the portable telephone is used, without the necessity of cancelling the power conservation mode through a mechanical button operation to restore the normal power state. In the case while the supply of power to a predetermined peripheral device (touch panel) is being limited by a power conservation mode, an acceleration sensor detects vibrations applied to the portable telephone as a first state and a brightness sensor detects the ambient brightness of the portable telephone as a second state, a CPU removes the limit on the supply of power to the predetermined peripheral device on the basis of the first state and the second state.

Abstract: Provided is a moisture detection device including: a moisture detection label that has at least a pair of detection terminals and a pattern, the detection terminals being provided on a base material with an insulated front surface, the pattern being provided on the surface of the base material and formed between the detection terminals with water-dispersible and conductive paint; and detection circuit which detects an electrical connection state between the detection terminals.

Abstract: Provided is a moisture detection device including: a moisture detection label that has at least a pair of detection terminals and a pattern, the detection terminals being provided on abase material with an insulated front surface, the pattern being provided on the surface of the base material and formed between the detection terminals with water-dispersible and conductive paint; and detection circuit which detects an electrical connection state between the detection terminals.

Abstract: An electronic part (100) that shields parts on a substrate (101) includes a plurality of chip parts (102) each having on a respective end portion a ground terminal (103A) and an electrode terminal (103B) that supplies a voltage source, and located at regular intervals on the substrate with the respective ground terminals aligned, the ground terminal and the electrode terminal being electrically connected to a ground terminal land (107A) and an electrode terminal land (107B) of the substrate respectively; and a shielding case (104) that shields the plurality of chip parts and includes an opening (105) through which a resin is to be provided for securing strength of the respective electrical connection points of the ground terminal land and the electrode terminal land of the substrate with the ground terminal and the electrode terminal of the chip parts; the opening being formed such that an edge (106) of the opening becomes parallel to the ground terminal of the respective chip parts, and such that upon being

Abstract: Provided is a moisture detection device including: a moisture detection label that has at least a pair of detection terminals and a pattern, the detection terminals being provided on a base material with an insulated front surface, the pattern being provided on the surface of the base material and formed between the detection terminals with water-dispersible and conductive paint; and detection circuit which detects an electrical connection state between the detection terminals.

Abstract: An electronic apparatus 100 has a main circuit 4 operable by a power supply from a battery 1, and a switch 21 for changing ON/OFF of the power supply from the battery 1 to the main circuit 4. A switch control signal is produced to switch ON/OFF of the switch 21 responsive to whether or not the electronic apparatus 100 is connected to the charger 200. If the electronic apparatus 100 is removed from the charger 200, the switch 21 becomes ON. The power is supplied from the battery 1 to the main circuit 4. The electronic apparatus 100 is connected to the charger 200, the charge of the battery 1 and the power supply from the charger 200 to the main circuit 4 is started. The switch 21 is OFF by the switch control signal. The power supply from the battery 1 to the main circuit 4 is stopped.

Abstract: An electronic part (100) that shields parts on a substrate (101) includes a plurality of chip parts (102) each having on a respective end portion a ground terminal (103A) and an electrode terminal (103B) that supplies a voltage source, and located at regular intervals on the substrate with the respective ground terminals aligned, the ground terminal and the electrode terminal being electrically connected to a ground terminal land (107A) and an electrode terminal land (107B) of the substrate respectively; and a shielding case (104) that shields the plurality of chip parts and includes an opening (105) through which a resin is to be provided for securing strength of the respective electrical connection points of the ground terminal land and the electrode terminal land of the substrate with the ground terminal and the electrode terminal of the chip parts; the opening being formed such that an edge (106) of the opening becomes parallel to the ground terminal of the respective chip parts, and such that upon being

Abstract: An electronic apparatus 100 has a main circuit 4 operable by a power supply from a battery 1, and a switch 21 for changing ON/OFF of the power supply from the battery 1 to the main circuit 4. A switch control signal is produced to switch ON/OFF of the switch 21 responsive to whether or not the electronic apparatus 100 is connected to the charger 200. If the electronic apparatus 100 is removed from the charger 200, the switch 21 becomes ON. The power is supplied from the battery 1 to the main circuit 4. The electronic apparatus 100 is connected to the charger 200, the charge of the battery 1 and the power supply from the charger 200 to the main circuit 4 is started. The switch 21 is OFF by the switch control signal. The power supply from the battery 1 to the main circuit 4 is stopped.

Abstract: The invention relates to a process for producing a tertiary amine, which includes reacting an alcohol with a primary or secondary amine gas in the presence of a catalyst with an agitating vessel under the stirring conditions where the ratio (Pg/P0) of agitating power at the time of the maximum flow rate of an introducing gas (Pg [W]) to agitating power at the time of no introduction of the gas (P0 [W]) becomes 10?1.8Na or more wherein Na is the gas flow number, and Na=Qg/nd3 whereupon Qg [m3/s] is the flow rate of an introducing gas, n [1/s] is the number of revolutions, and d [m] is the diameter of an agitating impeller.

Abstract: The invention relates to a process for producing a tertiary amine, which includes reacting an alcohol with a primary or secondary amine gas in the presence of a catalyst with an agitating vessel under the stirring conditions where the ratio (Pg/P0) of agitating power at the time of the maximum flow rate of an introducing gas (Pg [W]) to agitating power at the time of no introduction of the gas (P0 [W]) becomes 10?1.8Na or more wherein Na is the gas flow number, and Na=Qg/nd3 whereupon Qg [m3/s] is the flow rate of an introducing gas, n [1/s] is the number of revolutions, and d [m] is the diameter of an agitating impeller.

Abstract: Provided is a moisture detection device including: a moisture detection label that has at least a pair of detection terminals and a pattern, the detection terminals being provided on a base material with an insulated front surface, the pattern being provided on the surface of the base material and formed between the detection terminals with water-dispersible and conductive paint; and detection circuit which detects an electrical connection state between the detection terminals.