hasClient

P734
predicate

Indicates that an entity maintains a client relationship with another entity, typically as a provider of goods or services.

All labels observed (13)

Label Occurrences
hasClientType 1,545
hasClient canonical 1,396
hasClientele 545

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: hasClient
Generated description
Indicates that an entity maintains a client relationship with another entity, typically as a provider of goods or services.

Sample triples (4,043)

Subject Object
HKS Hospitality hospitality investment groups via predicate surface "hasClientType"
Pei Cobb Freed & Partners government agencies via predicate surface "hasClientType"
Pei Cobb Freed & Partners corporations via predicate surface "hasClientType"
Pei Cobb Freed & Partners cultural institutions via predicate surface "hasClientType"
Logue
surface form: Lionel Logue
George VI
surface form: King George VI
Kaseman Beckman Advanced Strategies Department of Defense
surface form: United States Department of Defense
Kaseman Beckman Advanced Strategies United States government
surface form: United States federal government
Fore River Shipbuilding Company United States Navy via predicate surface "servedClient"
J. Walter Thompson Unilever
J. Walter Thompson Kellogg Company
surface form: Kellogg's
J. Walter Thompson Ford Motor Company
J. Walter Thompson Nestlé
J. Walter Thompson Johnson & Johnson
J. Walter Thompson Shell
J. Walter Thompson Hongkong and Shanghai Banking Corporation
surface form: HSBC
Northwestern Mutual individuals via predicate surface "hasClientType"
Northwestern Mutual businesses via predicate surface "hasClientType"
Double Eleven major game publishers via predicate surface "hasClientType"
Double Eleven independent game studios via predicate surface "hasClientType"
Metro S.A. commuters in Santiago via predicate surface "hasMainClient"
Metro S.A. public transport users in Santiago via predicate surface "hasMainClient"
Office of Investments of the University of Pennsylvania University of Pennsylvania
RTKL Associates Inc. public sector via predicate surface "hasClientType"
RTKL Associates Inc. private sector via predicate surface "hasClientType"
Parliamentary Library of Australia Members of the House of Representatives
Parliamentary Library of Australia Senators
Parliamentary Library of Australia parliamentary committees
Edward Durell Stone & Associates institutional clients via predicate surface "hasClientType"
Edward Durell Stone & Associates government clients via predicate surface "hasClientType"
Edward Durell Stone & Associates corporate clients via predicate surface "hasClientType"
Corporate & Investment Bank corporations via predicate surface "hasClientType"
Corporate & Investment Bank governments via predicate surface "hasClientType"
Corporate & Investment Bank financial institutions via predicate surface "hasClientType"
Corporate & Investment Bank institutional investors via predicate surface "hasClientType"
Cubic Corporation city transit authorities
Cubic Corporation national defense departments
China Railway passengers in China via predicate surface "hasCustomer"
China Railway freight shippers in China via predicate surface "hasCustomer"
Brown and Storey Architects municipal governments via predicate surface "hasClientType"
Brown and Storey Architects public agencies via predicate surface "hasClientType"
Brown and Storey Architects cultural institutions via predicate surface "hasClientType"
Hatchards royal family members via predicate surface "hasClientele"
Hatchards prominent authors via predicate surface "hasClientele"
Hatchards literary figures via predicate surface "hasClientele"
New Bond Street affluent shoppers via predicate surface "hasClientele"
New Bond Street international luxury brands via predicate surface "hasClientele"
McLane Company convenience store chains
McLane Company grocery store chains
McLane Company quick service restaurant chains
McLane Company drug store chains