Roger Linquist Phones & Addresses
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6508 Turtle Creek Blvd, Dallas, TX 75205 (214) 526-2668
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5020 Elm Hollow Dr, Dallas, TX 75229
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3729 Maplewood Ave, Dallas, TX 75205 (214) 526-2668 (214) 526-2669
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729 Pinehurst Dr, Richardson, TX 75080 (972) 235-9683
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3729 Maplewood Ave, Dallas, TX 75205 (214) 223-8638
Work
Position:
Handlers, Equipment Cleaners, Helpers, and Laborers Occupations
Education
Degree:
High school graduate or higher
Business Records
Name / Title
Company / Classification
Phones & Addresses
Governing Person
Rdl Management, LLC
3963 Maple Ave, Dallas, TX 75219
Governing Person
Nxgen Partners Ip, LLC
3963 Maple Ave, Dallas, TX 75219
Governing
HEALTH WILDCATTERS FUND II, LLC
6508 Turtle Crk Blvd, Dallas, TX 75205
Manager
Metropcs Nevada, LLC
Wireless Telecommunication
Wireless Telecommunication
2250 Lakeside Blvd, Richardson, TX 75082
Metropcs Networks California, LLC
Own and Operate Wireless Communications
Own and Operate Wireless Communications
2250 Lakeside Blvd, Richardson, TX 75082
2435 N Central Expy, Richardson, TX 75080
2435 N Central Expy, Richardson, TX 75080
THCT, LLC
6508 Turtle Crk Blvd, Dallas, TX 75205
Manager
Metropcs Networks Florida, LLC
2250 Lakeside Blvd, Richardson, TX 75082
2435 N Central Expy, Richardson, TX 75080
12920 SE 38 St, Bellevue, WA 98006
7557 Rambler Rd, Dallas, TX 75231
2435 N Central Expy, Richardson, TX 75080
12920 SE 38 St, Bellevue, WA 98006
7557 Rambler Rd, Dallas, TX 75231
Chairman, President
T-MOBILE US, INC
Wireless Communications Services
Wireless Communications Services
12920 SE 38 St, Bellevue, WA 98006
2250 Lakeside Blvd, Richardson, TX 75082
(214) 570-5800
2250 Lakeside Blvd, Richardson, TX 75082
(214) 570-5800
Publications
Wikipedia References
Roger D . Linquist
Work:
Position:
Chairman • Chief Operating Officer
Us Patents
Call Processing For Group Conferencing
View pageUS Patent:
8078155, Dec 13, 2011
Filed:
Jun 30, 2009
Appl. No.:
12/495444
Inventors:
Roger D. Linquist - Dallas TX, US
Malcolm M. Lorang - Dallas TX, US
Ronald Unger - Dallas TX, US
Kenneth J. Geisheimer - Plano TX, US
Shiang Yueng Feng - Tucson AZ, US
Malcolm M. Lorang - Dallas TX, US
Ronald Unger - Dallas TX, US
Kenneth J. Geisheimer - Plano TX, US
Shiang Yueng Feng - Tucson AZ, US
Assignee:
MetroPCS Wireless, Inc. - Richardson TX
International Classification:
H04M 3/42
US Classification:
455416, 455445, 4554141, 370259, 370260, 37920201
Abstract:
A group call conferencing system and method is disclosed wherein a call to a Virtual Home Phone (VHP) number is processed by a Virtual Home Phone Session Control Function (VHPSCF) to ring all family or group member mobile phones. Any family member can answer the call through a conference bridge set up by the VHPSCF and other family members can participate in the call before the call ends by connecting to the conference bridge.
Roaming Method With Call Announcement
View pageUS Patent:
8140052, Mar 20, 2012
Filed:
Feb 1, 2008
Appl. No.:
12/024870
Inventors:
Roger Linquist - Dallas TX, US
J. Braxton Carter - Plano TX, US
Phillip Terry - Dallas TX, US
Gregory Pressly - Plano TX, US
J. Braxton Carter - Plano TX, US
Phillip Terry - Dallas TX, US
Gregory Pressly - Plano TX, US
Assignee:
Metropcs Wireless, Inc. - Richardson TX
International Classification:
H04M 11/00
US Classification:
455406, 455405, 455407
Abstract:
A method is disclosed for completing a roaming cellular call between a roaming subscriber and another party. The first step is initiating the roaming call between the roaming subscriber and the another party. The roaming subscriber is provided with a prepaid debit account. The roaming subscriber is then connected to a cellular network when a connection between the subscriber and the another party is to be made such that a call has been built over a calling network. The prepaid debit account of the roaming subscriber is then examined to determine the balance thereof, and then the roaming subscriber is informed of financial information regarding the call connection prior to connecting the roaming subscriber to the another party over the already built call.
Paging System With Separate Transmission Paths For Control And Data
View pageUS Patent:
56030916, Feb 11, 1997
Filed:
Oct 17, 1994
Appl. No.:
8/324240
Inventors:
Roger D. Linquist - Dallas TX
Malcolm M. Lorang - Dallas TX
Malcolm M. Lorang - Dallas TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04B 725
H04Q 708
H04Q 708
US Classification:
455 561
Abstract:
A paging system includes a paging terminal that is operable to receive paging signals and transmit them up to a satellite (28) and down through a downlink (312) to stick locations (314), (316), (318), (320) and (322). Each of the sticks (314)-(322) is associated with a given locale (324), (326), (328), (330) and (332). The sticks are operable in a simulcast mode and also in a cellular mode. In the cellular mode, each of the sticks (314)-(322) is operable to receive a separate message that is distinct from the other cells. Pagers (36), having a known location at any of the locales (324)-(332) can then be selectively addressed and data transferred thereto. To prevent interference between adjacent RF locales, adjacent cells are not turned on during transmission to select cells in the cellular mode. These can be turned on at a different time. Orthogonal coding can be utilized such that adjacent cells can be turned on, thus increasing throughput.
Simulcast Satellite Paging System With Over Lapping Paging Reception Locales
View pageUS Patent:
54836654, Jan 9, 1996
Filed:
Jun 1, 1994
Appl. No.:
8/252455
Inventors:
Roger D. Linquist - Dallas TX
Malcolm M. Lorang - Dallas TX
Malcolm M. Lorang - Dallas TX
Assignee:
Pagemart, Inc. - Dallas TX
International Classification:
H04B 719
H04B 724
H04B 724
US Classification:
455 131
Abstract:
A paging system includes a satellite uplink (40) for assembling paging information and transmitting it to a satellite (26). The satellite (26) is then operable to transmit in a simulcast manner all the information to various regional paging systems (42). Each of the paging systems (42) includes a plurality of towers (10) each containing a satellite receiver (50), a satellite dish (48) associated therewith and a paging transmitter (52). Each of the satellite receivers (50) are operable to receive the information transmitted from the satellite (26) at substantially the same time such that there is no phase difference between any of the towers, regardless of location. Therefore, the transmitters (50) can transmit through antennas (12) information at the paging frequency with substantially no relative delays relative to each of the antennas (12). A backup link receiver (28) is provided for interfacing with a backup link transmitter (70). In the event of a failure of the receivers (50) or the satellite (26), the link transmitter (70) will transmit the paging information directly to select ones of the towers (10) over a separate frequency.
Paging System Providing Continvous Synchronization Of Simulcast Delay
View pageUS Patent:
55749704, Nov 12, 1996
Filed:
Jun 7, 1995
Appl. No.:
8/488101
Inventors:
Roger D. Linquist - Dallas TX
Malcolm M. Lorang - Dallas TX
Malcolm M. Lorang - Dallas TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04B 719
H04B 724
H04B 724
US Classification:
455 131
Abstract:
A paging system includes a satellite uplink (40) for assembling paging information and transmitting it to a satellite (26). The satellite (26) is then operable to transmit in a simulcast manner all the information to various regional paging systems (42). Each of the paging systems (42) includes a plurality of towers (10) each containing a satellite receiver (50), a satellite dish (48) associated therewith and a paging transmitter (52). Each of the satellite receivers (50) are operable to receive the information transmitted from the satellite (26) at substantially the same time such that there is no phase difference between any of the towers, regardless of location. Therefore, the transmitters (50) can transmit through antennas (12) information at the paging frequency with substantially no relative delays relative to each of the antennas (12). A backup link receiver (28) is provided for interfacing with a backup link transmitter (70). In the event of a failure of the receivers (50) or the satellite (26), the link transmitter (70) will transmit the paging information directly to select ones of the towers (10) over a separate frequency.
Adaptive Cellular Paging System With Selectively Activated Cells
View pageUS Patent:
55176909, May 14, 1996
Filed:
May 27, 1994
Appl. No.:
8/250637
Inventors:
Roger D. Linquist - Dallas TX
Malcolm M. Lorang - Dallas TX
Malcolm M. Lorang - Dallas TX
Assignee:
Motorola, Inc. - Schaumburg IL
International Classification:
H04B 726
H04Q 722
H04Q 736
H04Q 722
H04Q 736
US Classification:
455 331
Abstract:
An adaptive paging system includes a paging terminal that is operable to receive paging signals and transmit them up to a satellite (28) and down through a downlink (312) to stick locations (314), (316), (318), (320) and (322). Each of the sticks (314)-(322) is associated with a given locale (324), (326), (328), (330) and (332). The sticks are operable in a simulcast mode and also in a cellular mode. In the cellular mode, each of the sticks (314)-(322) is operable to receive a separate message that is distinct from the other cells. Pagers (36), having a known location at any of the locales (324)-(332) can then be selectively addressed and data transferred thereto. To prevent interference between adjacent RF locales, adjacent cells are not turned on during transmission to select cells in the cellular mode. These can be turned on at a different time. Orthogonal coding can be utilized such that adjacent cells can be turned on, thus increasing throughput.
Adaptive Cellular Paging System
View pageUS Patent:
54230560, Jun 6, 1995
Filed:
May 2, 1994
Appl. No.:
8/236247
Inventors:
Roger D. Linquist - Dallas TX
Malcolm M. Lorang - Dallas TX
Malcolm M. Lorang - Dallas TX
Assignee:
Pagemart, Inc. - Dallas TX
International Classification:
H04B 726
US Classification:
455 331
Abstract:
An adaptive paging system includes a paging terminal that is operable to receive paging signals and transmit them up to a satellite (28) and down through a downlink (312) to stick locations (314), (316), (318), (320) and (322). Each of the sticks (314)-(322) is associated with a given locale (324), (326), (328), (330) and (332). The sticks are operable in a simulcast mode and also in a cellular mode. In the cellular mode, each of the sticks (314)-(322) is operable to receive a separate message that is distinct from the other cells. Pagers (36), having a known location at any of the locales (324)-(332) can then be selectively addressed and data transferred thereto. To prevent interference between adjacent RF locales, adjacent cells are not turned on during transmission to select cells in the cellular mode. These can be turned on at a different time. Orthogonal coding can be utilized such that adjacent cells can be turned on, thus increasing throughput.
Adaptive Communication System For Transmitting Between Base Stations And Portable Transceivers Via Different Data Rate Communication Links
View pageUS Patent:
53613996, Nov 1, 1994
Filed:
Jun 2, 1992
Appl. No.:
7/892194
Inventors:
Roger D. Linquist - Dallas TX
Malcolm M. Lorang - Dallas TX
Malcolm M. Lorang - Dallas TX
Assignee:
Pagemart, Inc. - Dallas TX
International Classification:
H04B 726
US Classification:
455 561
Abstract:
A data communication system is provided for generating information at a source (12) and transmitting it to a non-fixed subscriber transceiver unit (STU) (14). The information is first transmitted through a public telephone network (10) to a master station (13) when the master station (13) is operable to assemble a message containing the receiver identification number (RIN) and the source identification number (SIN) along with message information. This is broadcast to geographic stations that each have a defined RF locale. Each of the geographic stations then transmits this message to the STU (14) along with specific information as to what type of RF links are available. Each of the geographic stations has a plurality of channels associated therewith that differ. The STU (14) then transmits back to the geographic station in accordance with the parameters thereof. The geographic station then establishes a communication link with the STU (14) and requests data from the master station (13), which data is then transferred to the geographic station for buffering and subsequent transfer to the STU (14).