Joseph H Mehaffey, Age 876980 A C Smith Rd, Dawsonville, GA 30534

7554439, Jun 30, 2009

Oct 11, 2006

11/546211

Joseph Sutton Mehaffey - Kennesaw GA, US

Lookout Portable Security - Kennesaw GA

G08B 1/08

34053918, 34053916

The present invention is directed toward systems and methods for providing a remote monitoring system with radio dispatch. In an exemplary embodiment, the present invention provides a central monitoring unit for receiving a first event signal from a first remote monitoring device, identifying the first remote monitoring device as the originator of the first event signal, accessing a first prerecorded dispatch message associated with the first event signal, and transmitting the first prerecorded dispatch message. The present invention may also include multiple remote monitoring units for detecting events at a plurality of remote monitoring locations. Upon detection, the remote monitoring units transmit an event signal to the central monitoring unit.

7936263, May 3, 2011

Jun 25, 2009

12/491869

Joseph Sutton Mehaffey - Kennesaw GA, US

Lookout Portable Security - Kennesaw GA

G08B 1/08

34053918, 34053916

The present invention is directed toward systems and methods for providing a remote monitoring system with radio dispatch. In an exemplary embodiment, the present invention provides a central monitoring unit for receiving a first event signal from a first remote monitoring device, identifying the first remote monitoring device as the originator of the first event signal, accessing a first prerecorded dispatch message associated with the first event signal, and transmitting the first prerecorded dispatch message. The present invention may also include multiple remote monitoring units for detecting events at a plurality of remote monitoring locations. Upon detection, the remote monitoring units transmit an event signal to the central monitoring unit.

8144009, Mar 27, 2012

Apr 13, 2011

13/086264

Joseph Sutton Mehaffey - Kennesaw GA, US

Lookout Portable Security - Kennesaw GA

G08B 1/08

34053918, 34053916

The present invention is directed toward systems and methods for providing a remote monitoring system with radio dispatch. In an exemplary embodiment, the present invention provides a central monitoring unit for receiving a first event signal from a first remote monitoring device, identifying the first remote monitoring device as the originator of the first event signal, accessing a first prerecorded dispatch message associated with the first event signal, and transmitting the first prerecorded dispatch message. The present invention may also include multiple remote monitoring units for detecting events at a plurality of remote monitoring locations. Upon detection, the remote monitoring units transmit an event signal to the central monitoring unit.

2007019, Aug 23, 2007

Feb 17, 2006

11/357573

Joseph Mehaffey - Dawsonville GA, US

B61D 17/12

052052000, 052302100

A leak diverter device for use with gutters is provided. The leak diverter device provides a novel and effective method for diverting water leaked from a gutter away from a fascia board or other moisture sensitive material. The leak diverter device is generally installed between a gutter and the fascia board adjacent a joint in the gutter. The leak diverter blocks leaked water from contacting the fascia board and directs it down and away from the fascia board toward the ground. The leak diverter device generally comprises a first portion located substantially parallel to a fascia board and a second portion protruding from the first portion away from the fascia board. Additionally, it is preferable that the angle between the first portion and the second portion be greater than 90 degrees and less than 180 degrees. Furthermore, the leak diverter device may be installed adjacent a straight section of gutter or may be installed at a corner where two gutter sections join. When installed at a corner, the first portion and the second portion of the leak diverter include two sections that are at an angle to each other that is substantially the same as the angle of the corner.

4286118, Aug 25, 1981

Jul 2, 1979

6/054146

Joseph H. Mehaffey - Atlanta GA
Aleksander Szlam - Marietta GA

Solid State Systems, Inc. - Marietta GA

H04M 156
H04M 364
H04Q 356
H04Q 364

179 18AD

A data distribution system for a private branch telephone exchange for providing information to a plurality of PBX stations. Two embodiments (serial and parallel) including addressable stations are shown. Memory devices driving a plurality of displays at each station are updated in response to command signals from a controller preceded by the station address. Each station may communicate with the controller and transmit keyed-in signals or information reflecting station availability. A novel multiplexed LCD, switching matrix bypass upon controller failure circuit, and bus protection circuit upon remote power supply failure are also shown.

4392129, Jul 5, 1983

Mar 27, 1981

6/248230

Joseph H. Mehaffey - Atlanta GA
Aleksander Szlam - Marietta GA

Solid State Systems, Inc. - Atlanta GA

G09G 318

340765

A multiplexed liquid crystal display arrangement including a back plane (241) driven by a signal (212) derived from a common clock signal (200). The clock signal on the back plane is also provided to one input of an EXCLUSIVE OR gate (245b) the other input of which is the incoming multiplexed data. A second clock signal (211) drives the multiplexing counter (141) which in turn drives the address lines (221) of an analog multiplexer (138). Each segment of a multi-segment liquid crystal display having the common back plane (241) has attached thereto a capacitor (C1 through C64) acting as a temporary storage for the signals. A spike suppression flip-flop (247) is used to disable the multiplexer during changes on the address lines in order to suppress output spikes which occur during such changes. The period of the spike suppression pulse is selected to be short with respect to the on period of each segment in the multiplex timing.

4310725, Jan 12, 1982

Jan 17, 1980

6/112725

Joseph H. Mehaffey - Atlanta GA

Solid State Systems, Inc. - Marietta GA

H04M 714
H04Q 362

179 18AH

An interface for connecting a PBX line (18) to a central office trunk (15) and for providing a supervisory signal (28) and accepting PBX hook switch and dial pulse inputs (30), being readily adaptable to ground start trunks and loop start trunks. A pair of transistor switches (55, 56) sharing a common base drive (57) is biased by a differential bias means (59, 60, 61) to operate a ground start isolated switch (32, 35) and an isolated loop closing switch (36, 37). The supervisory signal is controlled by a comparator (45) which senses grounding of central office tip (16) to establish the supervisory signal and is subsequently responsive only to the presence of current in the central office loop detected by a relay (65) buried in a coupling transformer.

4028498, Jun 7, 1977

Oct 7, 1974

5/512675

Joseph H. Mehaffey - Atlanta GA
Edgar C. Mills - Marietta GA
J. Harold Ivester - Smyrna GA

Solid State Systems, Inc. - Marietta GA

H04Q 342

179 18GE

A private automatic branch telephone exchange system which includes an integral system for maintaining and updating selected data information. Interconnections between subscriber lines and trunk lines are accomplished with a unique non-blocking switching matrix which allows switching interconnections to be independently made and terminated without blocking subsequent interconnections on the same circuits. Various information signal functions, such as dial tone and ring-back, are selected by multiplex circuitry which is external of the switching matrix, so that all switching matrix trunks are available for voice and ring signal connections. The switching matrix is operated by a circuitry including a programmed digital computer, and provides substantial flexibility of control and service functions. Subscriber line status is monitored at all times, so that available special services can be accomplished by a subscriber in response to dialing selected digits. A novel coupler circuit is disclosed for interconnecting the present or another branch exchange system to central office lines.