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US3710100A Expired / Lapsed US ⏱️ 0.0 years remaining

Vehicle movement control and detection method and apparatus

Assignee: Bombardier Transportation Holdings USA Inc
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Filing: 1970-12-24
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Granted: 1973-01-09
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Expires: 1990-12-24
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Abstract

Abstract A vehicle movement control and detection system is divided into a plurality of vehicle control blocks, and the movement of a vehicle within a given vehicle control block is controlled by a vehicle control signal generated in the given vehicle control block. A signal receiver in the given vehicle control block senses the presence of a vehicle and a storage device stores a vehicle presence signal in response to the signal receiver sensing the vehicle presence. The storage device continues to store the vehicle presence signal until the vehicle has checked into the following vehicle control block. The generation of the vehicle control signal is prevented in the event the signal receiver no longer senses the vehicle''s presence, or the storage device no longer stores the vehicle presence signal, during the time the vehicle is within the given vehicle control block, or in the event another vehicle is present in the succeeding vehicle control block.

Inventors

  • 👤 R Perry

Bibliographic Details

Application Number —
Jurisdiction US
Data Source google_patents
Last Synchronized 2026-10-23 13:44
CPC Classifications
B; B61; B61L; B61L13/00; B61L13/002

Claims Analysis

Total Claims: 16
Claim 1
Independent Claim 185 words
In a vehicle control system wherein a vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, and said vehicle''s movement through a given vehicle control block in controlled by a provided vehicle control signal, the combination comprising: first means for continuously sensing the presence of said vehicle within said given vehicle control block; second means for storing a vehicle presence signal in response to said first means sensing the presence of said vehicle; third means for providing said vehicle control signal for said vehicle within said given vehicle control block in response to the sensing of the absence of another vehicle in at least the vehicle control block succeeding said given vehicle control block; and means responsive to either one of said first means no longer sensing the presence of said vehicle within said given vehicle control block or said second means no longer storing said vehicle presence signal, during the time said vehicle is within said given vehicle control block, for inhibiting the provision of said vehicle control signal for said vehicle within said given vehicle control block.
Claim 2
Dependent Claim 185 words
In a vehicle control system wherein a vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, and said vehicle''s movement through a given vehicle control block in controlled by a provided vehicle control signal, the combination comprising: first means for continuously sensing the presence of said vehicle within said given vehicle control block; second means for storing a vehicle presence signal in response to said first means sensing the presence of said vehicle; third means for providing said vehicle control signal for said vehicle within said given vehicle control block in response to the sensing of the absence of another vehicle in at least the vehicle control block succeeding said given vehicle control block; and means responsive to either one of said first means no longer sensing the presence of said vehicle within said given vehicle control block or said second means no longer storing said vehicle presence signal, during the time said vehicle is within said given vehicle control block, for inhibiting the provision of said vehicle control signal for said vehicle within said given vehicle control block.
Claim 3
Dependent Claim 266 words
In a vehicle control system wherein a vehicle includes at least first and second vehicle cars, and said vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, and said vehicles movement through a given vehicle control block is controlled by a provided vehicle control signal, the combination comprising: first means for continuously sensing the presence of said first and second vehicle cars within said given vehicle control block; second means for storing a first vehicle car presence signal in response to said first means sensing the presence of said first vehicle car within said gIven vehicle control block; third means for storing a second vehicle car presence signal in response to said first means sensing the presence of said second vehicle car within said given vehicle control block; fourth means for providing said vehicle control signal for said vehicle within said given vehicle control block in response to the sensing of the absence of another vehicle in at least the vehicle control block succeeding said given vehicle control block; and means responsive to any one of said first means no longer (a) sensing the presence of said first vehicle car or (b) said second vehicle car within said given vehicle control block, or (c) said second means no longer storing said first vehicle car presence signal or (d) said third means no longer storing said second vehicle car presence signal, during the time said vehicle is within said given vehicle control block, for inhibiting the provision of said vehicle control signal for said vehicle within said given vehicle control block.
Claim 4
Dependent Claim 266 words
In a vehicle control system wherein a vehicle includes at least first and second vehicle cars, and said vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, and said vehicles movement through a given vehicle control block is controlled by a provided vehicle control signal, the combination comprising: first means for continuously sensing the presence of said first and second vehicle cars within said given vehicle control block; second means for storing a first vehicle car presence signal in response to said first means sensing the presence of said first vehicle car within said gIven vehicle control block; third means for storing a second vehicle car presence signal in response to said first means sensing the presence of said second vehicle car within said given vehicle control block; fourth means for providing said vehicle control signal for said vehicle within said given vehicle control block in response to the sensing of the absence of another vehicle in at least the vehicle control block succeeding said given vehicle control block; and means responsive to any one of said first means no longer (a) sensing the presence of said first vehicle car or (b) said second vehicle car within said given vehicle control block, or (c) said second means no longer storing said first vehicle car presence signal or (d) said third means no longer storing said second vehicle car presence signal, during the time said vehicle is within said given vehicle control block, for inhibiting the provision of said vehicle control signal for said vehicle within said given vehicle control block.
Claim 5
Dependent Claim 91 words
The combination claimed in claim 2 wherein said first vehicle car transmits a signal at a frequency f1 and said second vehicle car transmits a signal at a frequency f2, which is different than said frequency f1; and said second means stores said first vehicle car presence signal in response to said first means sensing the transmission of said signal at said frequency f1, and said third means stores said second vehicle car presence signal in response to said first means sensing the transmission of said signal at said frequency f2.
Claim 6
Dependent Claim 259 words
In a vehicle control system wherein a vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, the combination comprising: first means for continuously sensing the presence of said vehicle within a first vehicle control block; second means for storing a first vehicle presence signal in response to said sensing by said first means; third means in a second vehicle control block for continuously sensing the presence of a vehicle within said second vehicle control block; fourth means located in said second vehicle control block and responsive to said sensing by said third means for providing a second vehicle presence signal, and said second means discontinuing the storage of said first vehicle presence signal in response to the provision of said second vehicle presence signal; fifth means for providing a vehicle control signal for another vehicle in a third vehicle control block in response to said second means no longer storing said first vehicle presence signal; sixth means for providing a vehicle control signal for said vehicle within said first vehicle control block in response to said fourth means no longer providing said second vehicle presence signal; and means for inhibiting the provision of said vehicle control signal for said vehicle within said first vehicle control block in response to either one of said first means no longer sensing the presence of said vehicle within said first vehicle control block or said second means no longer storing said first vehicle presence signal during the time said vehicle is within said first vehicle control block.
Claim 7
Dependent Claim 259 words
In a vehicle control system wherein a vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, the combination comprising: first means for continuously sensing the presence of said vehicle within a first vehicle control block; second means for storing a first vehicle presence signal in response to said sensing by said first means; third means in a second vehicle control block for continuously sensing the presence of a vehicle within said second vehicle control block; fourth means located in said second vehicle control block and responsive to said sensing by said third means for providing a second vehicle presence signal, and said second means discontinuing the storage of said first vehicle presence signal in response to the provision of said second vehicle presence signal; fifth means for providing a vehicle control signal for another vehicle in a third vehicle control block in response to said second means no longer storing said first vehicle presence signal; sixth means for providing a vehicle control signal for said vehicle within said first vehicle control block in response to said fourth means no longer providing said second vehicle presence signal; and means for inhibiting the provision of said vehicle control signal for said vehicle within said first vehicle control block in response to either one of said first means no longer sensing the presence of said vehicle within said first vehicle control block or said second means no longer storing said first vehicle presence signal during the time said vehicle is within said first vehicle control block.
Claim 8
Dependent Claim 65 words
The combination claimed in claim 4 wherein said second means comprises a first bistable element which is set to a first bistable state in response to said sensing by said first means, and which remains in said first bistable state until being set to a second bistable state in response to the sensing of the presence of said vehicle within a third vehicle control block.
Claim 9
Dependent Claim 65 words
The combination claimed in claim 5 wherein said fourth means includes a second bistable element which is set to a first bistable state in response to said sensing by said fourth means and which remains in said first bistable state until being set to a second bistable state in response to the sensing of the presence of said vehicle within a third vehicle control block.
Claim 10
Dependent Claim 305 words
In a vehicle control system wherein a vehIcle includes at least first and second vehicle cars, and said vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, the combination comprising: first means for continuously sensing the presence of said first and second vehicle cars within a first vehicle control block; second means for storing a first vehicle car presence signal in response to said first means sensing the presence of said first vehicle car within said first vehicle control block; third means for storing a second vehicle car presence signal in response to said first means sensing the presence of said second vehicle car within said first vehicle control block; fourth means in a second vehicle control block for sensing the presence of said first and second vehicle cars within said second vehicle control block; fifth means located in said vehicle control block and responsive to said fourth means no longer sensing the presence of said first and second vehicle cars for providing a control signal for said first vehicle control block; sixth means located in said first vehicle control block for generating a vehicle control signal for a vehicle within said first vehicle control block in response to said fifth means providing said control signal for said first vehicle control block; and means for preventing the generation of said vehicle control signal for vehicles within said first vehicle control block in response to any one of (a) said first means no longer sensing the presence of said first and second vehicle cars within said first vehicle control block or (b) said second means no longer storing said first vehicle car presence signal or (c) said third means no longer storing said second vehicle car presence signal, during the time said vehicle is within said first vehicle control block.
Claim 11
Dependent Claim 305 words
In a vehicle control system wherein a vehIcle includes at least first and second vehicle cars, and said vehicle travels along a vehicle travel path divided into a plurality of vehicle control blocks, the combination comprising: first means for continuously sensing the presence of said first and second vehicle cars within a first vehicle control block; second means for storing a first vehicle car presence signal in response to said first means sensing the presence of said first vehicle car within said first vehicle control block; third means for storing a second vehicle car presence signal in response to said first means sensing the presence of said second vehicle car within said first vehicle control block; fourth means in a second vehicle control block for sensing the presence of said first and second vehicle cars within said second vehicle control block; fifth means located in said vehicle control block and responsive to said fourth means no longer sensing the presence of said first and second vehicle cars for providing a control signal for said first vehicle control block; sixth means located in said first vehicle control block for generating a vehicle control signal for a vehicle within said first vehicle control block in response to said fifth means providing said control signal for said first vehicle control block; and means for preventing the generation of said vehicle control signal for vehicles within said first vehicle control block in response to any one of (a) said first means no longer sensing the presence of said first and second vehicle cars within said first vehicle control block or (b) said second means no longer storing said first vehicle car presence signal or (c) said third means no longer storing said second vehicle car presence signal, during the time said vehicle is within said first vehicle control block.
Claim 12
Dependent Claim 87 words
The combination claimed in claim 7 wherein said first vehicle car transmits a signal at a frequency f1 and said second vehicle car transmits a signal at a frequency f2 which is different than f1; and said second means stores said first vehicle car presence signal in response to said first means sensing the transmission of said signal at frequency f1 and said third means stores said second vehicle car presence signal in response to said first means sensing the transmission of said signal at frequency f2.
Claim 13
Independent Claim 155 words
A method of controlling the movement of a vehicle along a vehicle travel path divided into a plurality of vehicle control blocks, wherein said vehicle''s movement through a given vehicle control block is controlled by a provided vehicle control signal, said method comprising the steps of: continuously sensing the presence of said vehicle within said given vehicle control block; storing a vehicle presence signal in response to said sensing the presence of said vehicle within said given vehicle control block; providing said vehicle control signal in response to sensing the absence of a vehicle in at least the vehicle control block succeeding said given vehicle control block; and preventing the provision of said vehicle control signal in response to either one of no longer sensing the presence of said vehicle in said given vehicle control block or not storing said vehicle presence signal during the time said vehicle is within said given vehicle control block.
Claim 14
Independent Claim 155 words
A method of controlling the movement of a vehicle along a vehicle travel path divided into a plurality of vehicle control blocks, wherein said vehicle''s movement through a given vehicle control block is controlled by a provided vehicle control signal, said method comprising the steps of: continuously sensing the presence of said vehicle within said given vehicle control block; storing a vehicle presence signal in response to said sensing the presence of said vehicle within said given vehicle control block; providing said vehicle control signal in response to sensing the absence of a vehicle in at least the vehicle control block succeeding said given vehicle control block; and preventing the provision of said vehicle control signal in response to either one of no longer sensing the presence of said vehicle in said given vehicle control block or not storing said vehicle presence signal during the time said vehicle is within said given vehicle control block.
Claim 15
Independent Claim 279 words
A method of controlling the movement of a vehicle along a vehicle travel path divided into a plurality of vehicle control blocks, and said vehicle includes at least first and second vehicle cars, with said vehicle''s movement through a given vehicle control block being controlled by a provided vehicle control signal, said method comprising the steps of: continuously sensing the presence of said first and second vehicle cars within said given vehicle control block; storing first and second vehicle car presence signals in response to said sensing the presence of said first and second vehicle cars, respectively, withIn said given vehicle control block; providing said vehicle control signal in response to sensing the absence of a vehicle in the succeeding vehicle control block concurrent with continuously sensing the presence of said first and second vehicle cars within said given vehicle control block during the time the first and second vehicle cars presence signals are stored; discontinuing the storage of said first and second vehicle car presence signals in response to sensing the presence of said first and second vehicle cars, respectively in said succeeding vehicle control block; providing a vehicle control block unoccupied signal to the preceding vehicle control block in response to the discontinuance of the storage of said first and second vehicle car presence signals; and preventing the generation of said vehicle control signal for said given vehicle control block in response to either one of no longer sensing the presence of said first and second vehicle cars within said given vehicle control block or not storing said first and second vehicle car presence signals during the time said vehicle is within said given vehicle control block.
Claim 16
Independent Claim 279 words
A method of controlling the movement of a vehicle along a vehicle travel path divided into a plurality of vehicle control blocks, and said vehicle includes at least first and second vehicle cars, with said vehicle''s movement through a given vehicle control block being controlled by a provided vehicle control signal, said method comprising the steps of: continuously sensing the presence of said first and second vehicle cars within said given vehicle control block; storing first and second vehicle car presence signals in response to said sensing the presence of said first and second vehicle cars, respectively, withIn said given vehicle control block; providing said vehicle control signal in response to sensing the absence of a vehicle in the succeeding vehicle control block concurrent with continuously sensing the presence of said first and second vehicle cars within said given vehicle control block during the time the first and second vehicle cars presence signals are stored; discontinuing the storage of said first and second vehicle car presence signals in response to sensing the presence of said first and second vehicle cars, respectively in said succeeding vehicle control block; providing a vehicle control block unoccupied signal to the preceding vehicle control block in response to the discontinuance of the storage of said first and second vehicle car presence signals; and preventing the generation of said vehicle control signal for said given vehicle control block in response to either one of no longer sensing the presence of said first and second vehicle cars within said given vehicle control block or not storing said first and second vehicle car presence signals during the time said vehicle is within said given vehicle control block.

References Cited (Backward Citations)

US3227870A Cited
US3045112A Cited
US3041448A Cited
US3202816A Cited
US3218453A Cited
US3626177A Cited

USPTO Annuity & Maintenance Windows

Annuity Stage Window Opens Payment Deadline Surcharge Period Until Estimated Fee Status
3.5 Years (Year 4) 1976-01-09 1976-07-10 1977-01-09 $2000.00 Window Closed / Lapsed
7.5 Years (Year 8) 1980-01-09 1980-07-10 1981-01-09 $3760.00 Window Closed / Lapsed
11.5 Years (Year 12) 1984-01-09 1984-07-10 1985-01-09 $7700.00 Window Closed / Lapsed

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