Socket 5

Abstract: 1,224,875. Rear view mirrors. MAGNATEX Ltd. 16 May, 1968 [17 May, 1967; 14 Aug., 1967; 12 Dec., 1967], Nos. 22898/67, 37188/67 and 56506/67. [Also in Division E2] A rear-view mirror assembly for vehicles includes a slow-releasable connection, between the mirror and the base by which it is secured to the vehicle, comprising a first part having an undercut head and a shoulder, and a second part of resilient plastics material having a socket for the head, the shoulder of which, in use, abuts or lies close to the mouth of the socket and constitutes with the mouth, a fulcrum about which the parts can rock to withdraw the head from the socket when the mirror receives a blow exceeding a predetermined value. As shown in Fig. 1, a rear view mirror 1 is carried on an arm 2 which terminates in a ball head 3 for releasable engagement with a socket 5 in a base 6 of plastics material. A flange 4 bears on the material surrounding the socket and the arm 2 rocks about a point on the periphery of the flange to force the ball head out of the socket when the mirror is struck a blow. In another arrangement, Figs. 2, 4, the mouth of the socket 5 is separated from a bearing portion 11 by an annular recess 12 and radial webs 13. A face 14 of the arm 2 constitutes a shoulder which bears on the portion 11 and includes an indexing projection 18 which engages a recess 19 on the base. The mouth of the cavity lies below the surface of the surrounding material. The arm 2 carries an adjustable steady 15 which is adapted to bear against a vehicle windscreen. According to Figs. 5 and 6 (not shown), the base is moulded with the ball head as an insert in a moulding die for the base and the head is secured to the arm (2) by a screw (21). In other arrangements, Figs. 7 and 8 (not shown), the mouth of the socket lies substantially flush with an adjacent vehicle body part and in further arrangements, Figs. 9 and 10 (not shown), the socket is surrounded by a metal skirt (30) by which the base is attached to the vehicle.

Abstract: PURPOSE:To detect the skew of a test pulse due to variance in wiring length from a driver output terminal part to a socket for an LSI to be tested by providing a comparator which makes a comparison regarding a reflected wave from the socket CONSTITUTION:An LSI tester is equipped with a measurement control part 1, pulse generator 2, skew adjusting circuits 3a-3n, driver circuits 4a-4n, and comparators 6a-6n Then, the drivers 4a-4n are driven to perform detection through the comparators 6a-6n which compare a reflected wave generated owing to the far end opening or short circuit of the socket 5 for the LSI to be tested with a reference voltage at driver output terminal parts A1-An Thus, the skew of the test pulse due to variance in the wiring length from the driver output terminal parts A1-An to the socket 5

Abstract: The invention discloses an intelligent metering socket employing multiple payment methods, and aims at providing an improved intelligent metering socket employing multiple payment methods. The intelligent metering socket comprises at least one charge socket 5, a bottom box, a panel 15, an MCU control module 1, a metering module 2, a payment module 9, a display module 8 and a communication module 16 (one or more of WIFI/GRPS, 485 communication, radio frequency IC card communication and the like), wherein the socket is also provided with an electric quantity detection circuit 3 and a control switch unit 4; the MCU control module 1 carries out sampling through the electric quantity detection circuit 3, transmits a control signal to the control switch unit 4 and controls connection of a power supply output end; the MCU control module 1 is also connected with the power metering module 2 and the payment module 9 respectively; the intelligent metering socket is characterized in that the MCU control module 1 carries out data transmission with a payment terminal 13 or an IC card 10 through the payment module 9 or the communication module 16 and can control power taking and payment through multiple payment terminals 13 or IC cards 10, so that intelligent metering socket has the characteristics of being safe, convenient and rapid. The intelligent metering socket is simple in structure, convenient to use and high in applicability, and is mainly applied to electronic equipment of a mobile phone, an MP3/4, a mobile power supply, a digital camera and the like, an electric motor car and an electric automobile for power supplement in public places of requiring payment and intelligent management.

Abstract: PURPOSE: To improve the safety of a device by providing a device for displaying the opening of the cover of the casing of a charging socket device, and for simultaneously inhibiting the start of a vehicle CONSTITUTION: A charging socket device for a vehicle with an electric motor is constituted by setting a charging socket 5 in a sealing casing 1 which can be closed by a pivotally fixed cover 2 The charging socket device is provided with locking devices 8 and 9 which can be operated from the inside part of a vehicle for holding the cover 2 in the closed position The cover 2 is connected with a device for displaying the opening of the cover 2 to a driver, and connected with a device for inhibiting the start of the vehicle when the cover is opened