Portable transceiver

Claim 2

A portable transceiver for communication between a user location and at least one remote location, said transceiver comprising: a transceiver housing having two side surface portions and two end surface portions configured into a generally rectangular shape and enclosed by comparatively larger, generally rectangular, front surface and rear surface portions; a transceiver circuit located within said housing; a control panel portion disposed within and recessed below said front surface portion; and a plurality of operator controls communicating with said transceiver circuit and providing for the complete operation of said portable transceiver by the user, every control of said plurality of operator controls protruding through said control panel portion and positioned flush with to recessed below said front surface portion.

Claim 3

The portable of claim 1 wherein the width and depth of said transceiver housing are suitably sized to enable gripping of said transceiver between the fingers and the palm of one hand of the user, wherein the rear surface portion directly faces the palm of said one hand so that said front surface portion faces outwardly and is accessible for manipulation of said operator controls.

Claim 4

The portable transceiver of claim 1 wherein each of said operator controls being designed and arranged so as to be randomly and repeatedly operable by the thumb of said one hand when said transceiver is being gripped by said one hand without changing the grip of said one hand.

Claim 5

The portable transceiver of claim 3 wherein said transceiver housing includes a front housing section and a rear housing section aligned with and joined to said front housing section, said front surface portion being integral with said front housing section.

Claim 6

The portable transceiver of claim 4 wherein said plurality of operator controls include a channel select switch, said transceiver being operable on a plurality of different channels.

Claim 7

The portable transceiver of claim 5 wherein said transceiver circuit is arranged on a printed circuit board, said printed circuit board being mounted within said rear housing section and covered by said front housing section.

Claim 8

The portable transceiver of claim 6 wherein said transceiver circuit includes an output speaker and said front surface portion includes a grill disposed atop said speaker, said grill being adjacent said control panel portion.

Claim 9

The portable transceiver of claim 7 wherein said plurality of operator controls further include a push-to-talk button, an on-off volume knob and a squelch knob.

Claim 10

The portable transceiver of claim 1 wherein said plurality of operator controls include a channel select switch and a push-to-talk button located substantially on the longitudinal centerline of said portable transceiver and an on-off volume knob and a squelch knob symmetrically located on opposite sides of said centerline.

Claim 11

A portable transceiver for communication between remote locations, said transceiver comprising: a front housing section including two side wall portions and two end wall portions integrally joined together into a generally rectangular frame and integral therewith, and of a comparative larger size, a substantially rectangular front surface portion; a rear housing section including two side wall portions and an end wall portion integrally joined together and integral therewith, and of a comparatively larger size, a substantially rectangular rear surface portion, said side wall portions and said end wall portion of said rear housing section being suitably adapted to fit together with said front housing section; means for joining said front and rear housing sections together; a transceiver circuit disposed on a printed circuit board, said printed circuit board being mounted to said rear housing section and covered by said front housing section; a control panel portion disposed within and recessed below said front surface portion; and a plurality of operator controls communicating with said transceiver circuit and providing for the complete operation of said portable transceiver by the user, every control of said plurality of operator controls protruding through said control panel portion and positioned flush with to recessed below said front surface portion.

Claim 12

A portable transceiver for communication between remote locations, said transceiver comprising: a front housing section including two side wall portions and two end wall portions integrally joined together into a generally rectangular frame and integral therewith, and of a comparative larger size, a substantially rectangular front surface portion; a rear housing section including two side wall portions and an end wall portion integrally joined together and integral therewith, and of a comparatively larger size, a substantially rectangular rear surface portion, said side wall portions and said end wall portion of said rear housing section being suitably adapted to fit together with said front housing section; means for joining said front and rear housing sections together; a transceiver circuit disposed on a printed circuit board, said printed circuit board being mounted to said rear housing section and covered by said front housing section; a control panel portion disposed within and recessed below said front surface portion; and a plurality of operator controls communicating with said transceiver circuit and providing for the complete operation of said portable transceiver by the user, every control of said plurality of operator controls protruding through said control panel portion and positioned flush with to recessed below said front surface portion.

Claim 13

The portable transceiver of claim 10 wherein said control panel portion includes a plurality of openings, there being one such opening for each one of said plurality of operator controls, said plurality of operator controls being mechanically and electrically coupled to said printed circuit board.

Claim 14

The portable transceiver of claim 11 wherein said printed circuit board is designed and arranged as a completely self-contained transceiver circuit such that all wiring is completed prior to said printed circuit board being enclosed by said front and rear housing sections.

Claim 15

A portable transceiver for communication between a user location and at least one remote location, said transceiver comprising: a transceiver housing having two side surface portions and two end surface portions joined together into a generally rectangular shape which is enclosed by comparatively larger, generally rectangular front surface and rear surface portions, said transceiver housing being of a size suitable to be held in the palm of a hand whereby said rear surface portion directly faces the palm of said hand; a transceiver circuit located within said housing; a control panel portion centrally disposed within and recessed below said front surface portion, said recessed control panel portion being surrounded by said front surface portion; and a plurality of operator controls communicating with said transceiver circuit and providing for the complete operation and said portable transceiver by the user, every control of said plurality of operator controls being spaced apart from one another for independent operation and protruding through said recessed control panel portion and positioned flush with to recessed below said front surface portion.

Claim 16

A portable transceiver for communication between a user location and at least one remote location, said transceiver comprising: a transceiver housing having two side surface portions and two end surface portions joined together into a generally rectangular shape which is enclosed by comparatively larger, generally rectangular front surface and rear surface portions, said transceiver housing being of a size suitable to be held in the palm of a hand whereby said rear surface portion directly faces the palm of said hand; a transceiver circuit located within said housing; a control panel portion centrally disposed within and recessed below said front surface portion, said recessed control panel portion being surrounded by said front surface portion; and a plurality of operator controls communicating with said transceiver circuit and providing for the complete operation and said portable transceiver by the user, every control of said plurality of operator controls being spaced apart from one another for independent operation and protruding through said recessed control panel portion and positioned flush with to recessed below said front surface portion.

Claim 17

A portable transceiver for communication between a user location and at least one remote location, said transceiver comprising: a transceiver housing having two side surface portions and two end surface portions configured into a generally rectangular shape which is enclosed by comparatively larger, generally rectangular front surface and rear surface portions; a transceiver circuit located within said housing; a control panel portion disposed within and recessed below said front surface portion; and a plurality of operator circuit communicating with said transceiver circuit and providing for the complete operation of said portable transceiver by the user, every control of said plurality of operator controls protruding through said control panel portion, said plurality of operator controls being symmetrically arranged within said recessed control panel portion and including a slide switch channel select control, a pushbutton push-to-talk control, a rotary switch on-off volume control and a rotary switch squelch control, said channel select control and said push-to-talk control being disposed on the longitudinal centerline of said portable transceiver and said two rotary switches being located symmetrically on opposite sides of said longitudinal centerline.

Claim 18

A portable transceiver for communication between a user location and at least one remote location, said transceiver comprising: a transceiver housing having two side surface portions and two end surface portions configured into a generally rectangular shape which is enclosed by comparatively larger, generally rectangular front surface and rear surface portions; a transceiver circuit located within said housing; a control panel portion disposed within and recessed below said front surface portion; and a plurality of operator circuit communicating with said transceiver circuit and providing for the complete operation of said portable transceiver by the user, every control of said plurality of operator controls protruding through said control panel portion, said plurality of operator controls being symmetrically arranged within said recessed control panel portion and including a slide switch channel select control, a pushbutton push-to-talk control, a rotary switch on-off volume control and a rotary switch squelch control, said channel select control and said push-to-talk control being disposed on the longitudinal centerline of said portable transceiver and said two rotary switches being located symmetrically on opposite sides of said longitudinal centerline.