Abstract: Provided is a separation and recovery apparatus for continuously separating and recovering, from a resin mixture containing a resin containing a hydrolyzable polymer and a resin containing a nonhydrolyzable polymer, a hydrolytic component a of the hydrolyzable polymer A and the nonhydrolyzable polymer B, the apparatus including: a crushing unit that crushes the resin mixture a melting/discharging unit that melts a crushed product obtained by the crushing unit to form a fluid and discharges the fluid at a high pressure; and a hydrothermal reaction treatment unit that continuously subjects the fluid discharged from the melting/discharging unit to a hydrothermal reaction treatment, wherein, in the melting/discharging unit, the hydrolyzable polymer A is hydrolyzed, and the hydrolytic component a thereof is dissolved and transferred into water permeating a sintered alloy diaphragm, thereby separating the nonhydrolyzable polymer B.

Abstract: The present invention provides a mounting structure for an integrated component to be mounted by snap-fitting on a fuel tank so that it is possible to suppress looseness. This mounting structure for an integrated component of a fuel tank includes: a weld clip which has a tip part having an engaging portion and a base end part to be welded to an inner surface of the fuel tank; an engagement base which is provided to the integrated component to be integrated into the fuel tank, and has a snap-fitting arm to be engaged with the engaging portion by elastic restoring force; and a lock member which is attached to the engagement base so as to be capable of switching from a temporary holding position to a lock position, the temporary holding position allowing an elastic deformation of the snap-fitting arm in a direction to release the engagement with the engaging portion, the lock position preventing the elastic deformation.

Abstract: The present invention provides a mounting structure for an integrated component to be mounted by snap-fitting on a fuel tank so that it is possible to suppress looseness. This mounting structure for an integrated component of a fuel tank includes: a weld clip which has a tip part having an engaging portion and a base end part to be welded to an inner surface of the fuel tank; an engagement base which is provided to the integrated component to be integrated into the fuel tank, and has a snap-fitting arm to be engaged with the engaging portion by elastic restoring force; and a lock member which is attached to the engagement base so as to be capable of switching from a temporary holding position to a lock position, the temporary holding position allowing an elastic deformation of the snap-fitting arm in a direction to release the engagement with the engaging portion, the lock position preventing the elastic deformation.

Abstract: A printing apparatus includes a first and a second housing parts, a printing part, and a conveying part which includes a holding part that holds a first paper sheet and a second paper sheet in an overlapped state and respectively pulled out from a first paper roll and a second paper roll, and conveys the first paper sheet out of the first paper sheet and the second paper sheet held by the holding part to the printing part. The holding part includes a contacting member contacting the second paper sheet out of the first paper sheet and the second paper sheet in an overlapped state, and an opposing member arranged opposing the contacting member and contacting the first paper sheet. A first frictional force between the contacting member and the second paper sheet is larger than a second frictional force between the opposing member and the first paper sheet.

Abstract: A printing apparatus includes a first and a second housing parts, a printing part, and a conveying part which includes a holding part that holds a first paper sheet and a second paper sheet in an overlapped state and respectively pulled out from a first paper roll and a second paper roll, and conveys the first paper sheet out of the first paper sheet and the second paper sheet held by the holding part to the printing part. The holding part includes a contacting member contacting the second paper sheet out of the first paper sheet and the second paper sheet in an overlapped state, and an opposing member arranged opposing the contacting member and contacting the first paper sheet. A first frictional force between the contacting member and the second paper sheet is larger than a second frictional force between the opposing member and the first paper sheet.

Abstract: A printer includes a first housing part, a second housing part, a printing part that prints on the first paper sheet and the second paper sheet, a conveying part that includes a holding part that is configured to hold the overlapping first paper sheet and the second paper sheet respectively pulled out from a first paper roll and a second paper roll, and conveys the first paper sheet out of the first paper sheet and the second paper sheet held by the holding part to the printing part, a first paper sheet sensor that detects the presence of the first paper sheet, and a controlling part that makes the conveying part convey the second paper sheet held by the holding part to the printing part when the first paper sheet sensor detects that there is no first paper sheet to be conveyed to the printing part.

Abstract: A printer includes a first housing part, a second housing part, a printing part that prints on the first paper sheet and the second paper sheet, a conveying part that includes a holding part that is configured to hold the overlapping first paper sheet and the second paper sheet respectively pulled out from a first paper roll and a second paper roll, and conveys the first paper sheet out of the first paper sheet and the second paper sheet held by the holding part to the printing part, a first paper sheet sensor that detects the presence of the first paper sheet, and a controlling part that makes the conveying part convey the second paper sheet held by the holding part to the printing part when the first paper sheet sensor detects that there is no first paper sheet to be conveyed to the printing part.

Abstract: Manufacturing costs are reduced. Connection strength and easiness for mounting are improved. A component mounting structure comprises a fastener includes a first fastener (41) and a second fastener (61), wherein the second fastener is pressed into the first fastener to pinch a component between the first fastener and the second fastener. The fastener further includes a push nut (31) into which an end portion of the first fastener is inserted. The push nut includes a base plate (32) that has an annular shape, a first engaging portion (33) formed inside the base plate and inclined relative to the base plate in a direction towards a bottom portion of the recess and a second engaging portion (34) formed outside the base plate and inclined relative to the base plate in a direction opposite to the direction towards the bottom portion of the recess.

Abstract: In a friction drive belt B, at least a contact part 13 of a belt body 10 with a pulley is made of an elastomer composition. The contact part 13 of the belt body 10 with a pulley has a large number of cellular pores 15 formed in the contact surface with the pulley.

Abstract: When power to be transmitted varies, a control section instructs an AGC control section to control a gain of an IQ modulation processing section 6 in accordance with the power. A switch selects a power source voltage, corresponding to the power to be transmitted, from power source voltages V1 to V3 of a wireless module, in accordance with an instruction of the control section, so as to supply thus selected power source voltage to a power amplifier. Thus, it is possible to realize a wireless communication circuit which occupies a less area and consumes smaller amounts of power without narrowing a communication range.

Abstract: In a friction drive belt B, at least a contact part 13 of a belt body 10 with a pulley is made of an elastomer composition. The contact part 13 of the belt body 10 with a pulley has a large number of cellular pores 15 formed in the contact surface with the pulley.

Abstract: A wireless communication circuit in accordance with the present invention, is the wireless communication circuit having an amplifier for amplifying a signal, includes an amplification route in which the signal passes through the amplifier; a bypass route for bypassing the amplifier; and a route-selector for selecting one of the amplification route and the bypass route. This arrangement prevents an amplification of a signal, being transmitted or being received, when a communication counterpart is in a close distance, thereby reducing an unnecessary power consumption.

Abstract: A wireless communication circuit in accordance with the present invention, is the wireless communication circuit having an amplifier for amplifying a signal, includes an amplification route in which the signal passes through the amplifier; a bypass route for bypassing the amplifier; and a route-selector for selecting one of the amplification route and the bypass route. This arrangement prevents an amplification of a signal, being transmitted or being received, when a communication counterpart is in a close distance, thereby reducing an unnecessary power consumption.

Abstract: A wireless communication circuit in accordance with the present invention, is the wireless communication circuit having an amplifier for amplifying a signal, includes an amplification route in which the signal passes through the amplifier; a bypass route for bypassing the amplifier; and a route-selector for selecting one of the amplification route and the bypass route. This arrangement prevents an amplification of a signal, being transmitted or being received, when a communication counterpart is in a close distance, thereby reducing an unnecessary power consumption.