laneCount

P18336

predicate

Indicates the number of parallel lanes associated with a given road or roadway segment.

Try in SPARQL

All labels observed (37)

Label	Occurrences
laneCount canonical	72
hasTrafficLanes	45
hasRoadLanes	12
lanesDirection	7
trafficLanes	4
hasNumberOfRoadLanes	3
numberOfCarriageways	3
roadwayLanes	3
hasLaneCountTypical	2
hasNumberOfTrafficLanes	2
hasRoadwayLanes	2
laneCountTypical	2
lanesPerDirection	2
numberOfLanesPerTube	2
supportsLaneCount	2
totalLanes	2
totalNumberOfLanes	2
typicalLaneCount	2
typicalLanesPerDirection	2
has6LaneSection	1
hasLaneCountPerDirection	1
hasNumberOfLanesApprox	1
hasNumberOfLanesOriginally	1
hasNumberOfLanesPerDirection	1
hasNumberOfLanesPerTube	1
hasNumberOfRoadwayLanes	1
isTwoLane	1
lowerLevelLanes	1
numberOfLanesPerBore	1
numberOfLanesPerDirection	1
numberOfRoadwayLanes	1
numberOfTrafficLanes	1
originalNumberOfLanes	1
parallelLanes	1
upperLevelLanes	1
usesNumberOfLanes	1
車線数	1

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction

Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'

Input

Predicate: laneCount

Generated description

Indicates the number of parallel lanes associated with a given road or roadway segment.

Sample triples (189)

Subject	Object
伊良部大橋	2車線 via predicate surface "車線数" ⓘ
China–Maldives Friendship Bridge	four lanes ⓘ
Federal Route 10 (Malaysia)	2 ⓘ
SR 375	two-lane highway via predicate surface "laneCountTypical" ⓘ
SFF-8088	4 lanes ⓘ
St. Louis Drive	two-lane configuration (typical sections) via predicate surface "hasRoadLanes" ⓘ
North Austin Avenue	multiple travel lanes in segments via predicate surface "hasTrafficLanes" ⓘ
Queen Juliana Bridge	multiple lanes ⓘ
Constitution Avenue NW (in Mall area) surface form: Constitution Avenue NW	multiple lanes in each direction (in most segments) via predicate surface "hasTrafficLanes" ⓘ
Île aux Tourtes Bridge	6 ⓘ
Stickel Bridge	multiple lanes via predicate surface "hasTrafficLanes" ⓘ
Ward Parkway	divided roadway via predicate surface "hasTrafficLanes" ⓘ
Long Bien Bridge	2 narrow lanes via predicate surface "hasRoadwayLanes" ⓘ
Tacony–Palmyra Bridge	4 via predicate surface "roadwayLanes" ⓘ
Arizona State Route 72	2 ⓘ
Louisiana Highway 155	2 ⓘ
Welfare Island Bridge	2 via predicate surface "hasTrafficLanes" ⓘ
Virginia State Route 762	one lane in each direction ⓘ
Fehmarn Sound Bridge	2 via predicate surface "hasNumberOfRoadLanes" ⓘ
Dublin Port Tunnel	2 via predicate surface "numberOfLanesPerBore" ⓘ
Dublin Port Tunnel	4 via predicate surface "totalNumberOfLanes" ⓘ
Wessex Way	2 via predicate surface "hasLaneCountPerDirection" ⓘ
H-3	4 ⓘ
A7 motorway (France)	2×2 lanes on most sections ⓘ
A7 motorway (France)	2×3 lanes on busy sections ⓘ
State Route 67 surface form: State Route 67 (Arizona)	two-lane highway via predicate surface "hasRoadLanes" ⓘ
York Place, Edinburgh	multiple via predicate surface "hasTrafficLanes" ⓘ
Autoroute A19	2x2 lanes ⓘ
90 Mile Straight	two‑lane undivided road ⓘ
Ryfylke Tunnel	2 via predicate surface "hasNumberOfLanesPerTube" ⓘ
Essingeleden motorway surface form: Essingeleden	multiple lanes in each direction ⓘ
Foothills Parkway Section 8X	2 ⓘ
West Virginia Route 12	two-lane for most of its length ⓘ
Margit Bridge	4 via predicate surface "hasRoadLanes" ⓘ
Stillwater Lift Bridge	2 (when open to vehicles) via predicate surface "hasTrafficLanes" ⓘ
Viaduc du Chavanon	4 ⓘ
Pont Adolphe	2 road lanes via predicate surface "hasTrafficLanes" ⓘ
Urania bridge surface form: Urania Bridge	yes via predicate surface "hasRoadLanes" ⓘ
Carrer de Tarragona	yes via predicate surface "hasRoadLanes" ⓘ