Motorola Corporation

Other

Motorols, Inc.

Jay Robert Mitchell

Matthew Ronald Michieli

Bradley K Lohrding

James Lee Isbell

William D Webb

Kevin Duane House

Michael Stan Horn

Javier Leija

Thomas M Fox

Mathew Ronald Michieli

Richard Enrique Maldonado

Gregory W Halus

Ronald James Nordhues

A novel resizing die ( ) for a cartridge case has been provided for efficiently and quickly resizing a cartridge case during a reloading operation. The novel die includes a precise measuring system ( ) for being able to accurately and precisely adjust the position of the resizing die when already threaded into an internal bore of a reloading press so that after a first resizing process is performed, the resizing die of the present invention may be precisely adjusted by the length that the cartridge's headspace distance is too long or too short so that the next resizing process will yield a cartridge headspace distance that is in substantial accordance with a predetermined length.

Cartridge case reforming die having precise measuring system

An apparatus (,) for mounting an electronic component (,) to a print circuit board (,), wherein the electronic component (,) has a positive lead (,) and negative lead (,). The mounting apparatus (,) includes a positive contact plate (,) having a component contact (,) and PCB contact (,), wherein the component contact (,) and the PCB contact (,) are connected with and extending from the positive contact plate (,). The mounting apparatus also includes a negative contact plate (,) having a component contact (,) and a PCB contact (,), wherein the component contact (,) and the PCB contact (,) are connected with and extending from the negative contact plate (,). The mounting apparatus (,) further includes a captivating member (,) connected with and extending from one of the positive contact plate (,) and the negative contact plate (,), and an insulating member (,) located between the positive contact plate (,) and the negative contact plate (,) for preventing electrical current from traveling from the positive contact plate (,) to the negative contact plate (,).

Apparatus for mounting an electronic component to a printed circuit board

Radiotelephone antenna

An antenna latching mechanism includes a housing with an attached antenna and a mating utility part. A collar is formed on one of the housing and the utility part and a mating stem, rotatably fitting within the collar, is formed on the other. The collar and stem define an opening and a ridge is formed in the opening. Flexible fingers, each having a cam surface, are positioned on one of the housing and the utility part to extend through the opening, with the stem coaxially positioned in the collar, so the cam surfaces engage the ridge in a releasable assembled orientation. Detent notches are defined in one of the collar and stem and a mating flexible detent finger is formed in the other to engage a selected one of the notches and provide a plurality of stable axial positions of the housing relative to the mating utility part.

Antenna latching mechanism

Portable radio communication device

An accessory (100) for docking a handset (1010) of a SSU and providing a connection to the SSU's antenna (1210) or a different antenna. The accessory (100) includes a first power/data connector (115) and the handset (1010) includes a second power/data connector (1014). The accessory (100) also includes a rotating rotating antenna coupler (130) whereby when the coupler (130) is in a first position, the handset (1010) can be placed in a recess (112) of the accessory (100) and coupled to a first connector (320). When the coupler (130) is rotated to a second position, the handset (1010) moves in a direction perpendicular to the coupler's axis of rotation until the second power/data connector (1014) mates with the first power/data connector (115), thereby locking the handset (1010) in the accessory (100). Once the handset (1010) is locked in the accessory (100), an antenna (1210) can be connected to a second connector (340) in the coupler (130).

Device for making RF and data connection to a satellite subscriber unit

A clip (100) for surface mount termination includes a first conductor or retainer (102), a second conductor (104) and a dielectric element (106). The second conductor includes a center conductor contacting portion (144) defining a central bore (140) for receiving the center conductor (206) of a coaxial cable (202). The second conductor further includes a first flange (142) and a second flange (143) for mounting the clip to the surface (302) of a printed wiring board (300), thereby electrically terminating the cable at the printed wiring board.

Clip for surface mount termination of a coaxial cable

A clip (100) for securing a cable (202) and shield (216) to a surface (209) of a printed wiring board (208) includes a retainer (102) and a shield clip (112). The retainer includes a first side wall (104) and a second side wall (106) joined by a base (105). The side walls and base define a channel (108) sized to retain the cable. The shield clip extends from the retainer and is spaced from the retainer to retain a wall of the shield between the retainer and the shield clip. The retainer further includes a flange (110) for mounting to the surface of the printed wiring board.

Surface mount cable clip and shield clip

Base for a communication device

Portable radiotelephone

Growing community of inventors

Mesa, AZ, United States of America

Jay Robert Mitchell