Abstract: An electrical connector (100) includes an insulative housing (1) defining a main body (10) and a tongue plate (11) extending from the main body, and a number of terminals (2) retained in the insulative housing and being arranged in two rows. Each terminal has a contacting portion (201) extending into the tongue plate, a retaining portion (202) retained in the main body, a bending portion (22) extending from the retaining portion, and a tail portion (23) extending from the bending portion and comprising a mounting portion (231) for being mounted on a PCB. The bending portions (22) in each one of the two rows bending oppositely to the other row from the respective retaining portions. A distance between the two rows of the mounting portions (231) is greater than a distance between the two rows of the contacting portions (201). A distance between each two adjacent mounting portions (231) in each row is greater than a distance between the two respective contacting portions (201).

Abstract: An electrical connector (100) for abutting against a metal plate (200), comprises an insulative housing (1) defining a main body (11) and a tongue plate (12) extending forwardly from the main body, a plurality of terminals (2) retained in the main body and extending into the tongue plate, a metal shell (3) shielding the insulative housing and comprising an upper wall (31), a pair of side walls (32) extending downwardly from two lateral sides of the upper wall, and a bottom wall (34) in parallel with the upper wall, and a spring member (5) defining a securing portion (51) fixed to the shell and a resilient resisting portion (52) abutting against the metal plate. A plurality of fingers (35) are formed on the upper wall, the side walls and the bottom wall.

Abstract: An electrical connector (100) includes an insulative housing (2), a plurality of contacts (3) retained therein, and a metal shield (1) enclosing the insulative housing (2). The contacts (3) comprise a group of first contacts (31) and a group of second contacts (32). Each contact (3) has a body portion (34), a contact portion (33) and a soldering portion (35). The soldering portions (35) are adapted to be surface-mounted to a circuit board. The body portion (35) has a first bending portion (341) joined with the contact portion (33), and a second bending portion (342) joined with the soldering portion (35). The body portions (34) of the first contacts (31) and the second contacts (32) are arranged in two rows along a front to back direction. The body portion (34) of the first contact (31) comprises a third bending portion (343) between the first bending portion (341) and the second bending portion (342) for making the soldering portion in a common plane.

Abstract: An electrical connector includes an insulative housing, a set of first contacts retained in the insulative housing and a metal shell. The insulative housing includes a tongue plate with a plurality of first passageways defined thereon. The first contacts include first contacting sections received in the first passageways, first bending sections and first tail sections. The first bending sections include a plurality of first offset sections and at least one second offset section. A first slope of each first offset section is of negative number while a second slope of the second offset section is of positive number so that a space between each adjacent two first tail sections is much larger than that of the corresponding first contacting sections for easily soldering of the first tail sections.

Abstract: An electrical connector (100) having an inserting port (102) for receiving a corresponding plug, includes an insulative housing (1) and a plurality of contacts (4) retained in the insulative housing (1). Each contact (4) has a first portion (41) extending horizontally into the inserting port (102), a first bending portion (43) bending downwardly from a rear end of the first portion (41), and a second portion (42) extending downwardly from the first bending portion (43). The contacts (4) are arranged in two groups. The first portions (41) of each contact group (401, 402) are arranged in a row along a transverse direction respectively. The second portions (42) in each contact group (401, 402) are arranged in at least two rows along a front-to-back direction respectively. The first bending portions (43) of the contacts (4) in each contact group are arranged in a line along the transverse direction respectively.

Abstract: An electrical connector (1) includes a contact case (2). A plurality of contacts (3) are retained in the contact case (2). The contacts (3) comprise a group of first contacts (311) and a group of second contacts (321). Each first and second contact (311, 321) has a body portion (313), a contact portion (314) and a soldering portion (315) extending from two ends of the body portion (313). The body portion (313) has a first bending portion (3131) joined with the contact portion (314), and a second bending portion (3132) joined with the soldering portion (315). A metal shield (4) encloses the contact case (2). Wherein the first bending portions (3131) of the first contacts (311) and the second contacts (321) are located at inside of the contact case (2). The distance between the first bending portion (3131) and the second bending portion (3132) of the second contact (321) is larger than that of the first contact (311).

Abstract: A centrifugal switching device of a single-phase induction motor includes a centrifuge and pressure switches. The centrifuge includes a centrifugal sleeve, a centrifugal base, shaft coupling blocks, and a spring. The spring is directly fitted on the centrifugal base. Under a centrifugal force generated by the rotation of the motor, shaft coupling blocks I and II slide axially against an axial force of the spring, thus forcing an axial end surface of the centrifugal sleeve to be separated from contacts of the pressure switches, such that a starting winding of a stator ferrite-core coil of the single-phase induction motor is disconnected and a heater is turned on. The shaft coupling blocks I and II adopt a design with round transition, central sliding contact, and smooth rotation, thereby achieving a simple structure, convenient mounting, and safety usage.

Abstract: An electrical connector (1) includes a contact case (2). A plurality of contacts (3) are retained in the contact case (2). The contacts (3) comprise a group of first contacts (311) and a group of second contacts (321). Each first and second contact (311, 321) has a body portion (313), a contact portion (314) and a soldering portion (315) extending from two ends of the body portion (313). The body portion (313) has a first bending portion (3131) joined with the contact portion (314), and a second bending portion (3132) joined with the soldering portion (315). A metal shield (4) encloses the contact case (2). Wherein the first bending portions (3131) of the first contacts (311) and the second contacts (321) are located at inside of the contact case (2). The distance between the first bending portion (3131) and the second bending portion (3132) of the second contact (321) is larger than that of the first contact (311).

Abstract: An electrical connector (100) includes an insulative housing (2), a plurality of contacts (3) retained therein, and a metal shield (1) enclosing the insulative housing (2). The contacts (3) comprise a group of first contacts (31) and a group of second contacts (32). Each contact (3) has a body portion (34), a contact portion (33) and a soldering portion (35). The soldering portions (35) are adapted to be surface-mounted to a circuit board. The body portion (35) has a first bending portion (341) joined with the contact portion (33), and a second bending portion (342) joined with the soldering portion (35). The body portions (34) of the first contacts (31) and the second contacts (32) are arranged in two rows along a front to back direction. The body portion (34) of the first contact (31) comprises a third bending portion (343) between the first bending portion (341) and the second bending portion (342) for making the soldering portion in a common plane.

Abstract: Hydrophobic organic substances are separated from aqueous industrial effluent containing said hydrophobic organic substances and hydrophilic organic substances by adding to the effluent at substantially neutral pH a salt of a metal having an insoluble hydroxide thereby forming an hydroxide sludge entraining said hydrophobic, oxidizable organic substances, and separating the sludge from the treated effluent containing the hydrophilic organic substances. The invention has particular application to the removal of toxic hydrophobic, oxidizable organic substances from aqueous industrial effluent and their subsequent destruction by oxidation, especially ozonation, of the separated sludge, thereby reducing the oxygen demand compared with oxidation of the entire effluent to reduce said toxic substances to their discharge consent level.