Search Results gr_risk_phrases_tl




Overview
Explore in AI Chat

Overview

The GR_RISK_PHRASES_TL table is a core data object within the Oracle E-Business Suite (EBS) Process Manufacturing Regulatory Management (GR) module. It functions as a translation table, storing the multilingual descriptions for standardized risk and safety phrases. These phrases are critical for regulatory compliance, particularly in industries like chemicals and pharmaceuticals, where product labels, safety data sheets (SDS), and other documentation must present hazard information in multiple languages. The table's role is to support the global deployment of EBS by enabling the system to present the appropriate phrase description based on a user's session language, while maintaining a single source of truth for the phrase code in its base table.

Key Information Stored

The table's structure is designed to manage translated text. Its primary key is a composite of RISK_PHRASE_CODE and LANGUAGE, ensuring a unique entry for each phrase in each language. The RISK_PHRASE_CODE is a foreign key linking to the base table (GR_RISK_PHRASES_B) which holds language-independent attributes. The LANGUAGE column contains the ISO language code (e.g., 'US', 'DE') and is a foreign key to FND_LANGUAGES. A critical column is SOURCE_LANG, also a foreign key to FND_LANGUAGES, which identifies the original language in which the data was entered; this is used by the EBS translation architecture to identify records requiring translation. The table typically includes a DESCRIPTION or NAME column (implied by the metadata's description) that holds the actual translated text of the risk phrase.

Common Use Cases and Queries

This table is primarily accessed for generating localized regulatory documents and for application screens that display risk phrase descriptions. A common reporting use case is to extract all translations for a specific set of risk phrases used in a product's formulation. Sample SQL to retrieve the English and German descriptions for a given phrase code would be:

  • SELECT rp_tl1.risk_phrase_code, rp_tl1.description AS description_en, rp_tl2.description AS description_de
  • FROM gr_risk_phrases_tl rp_tl1, gr_risk_phrases_tl rp_tl2
  • WHERE rp_tl1.risk_phrase_code = 'R45'
  • AND rp_tl1.language = 'US'
  • AND rp_tl2.risk_phrase_code = rp_tl1.risk_phrase_code
  • AND rp_tl2.language = 'DE';

In application logic, queries typically use the NLS_LANGUAGE session parameter to automatically fetch the correct translation: SELECT description FROM gr_risk_phrases_tl WHERE risk_phrase_code = :1 AND language = USERENV('LANG').

Related Objects

The GR_RISK_PHRASES_TL table has defined relationships with several key EBS objects, as documented in the provided metadata. Its primary dependency is on the base table GR_RISK_PHRASES_B, joined via the RISK_PHRASE_CODE column. All language-independent data and validation for a risk phrase resides in the base table. Furthermore, it has two foreign key relationships to the application foundation table FND_LANGUAGES. One relationship validates the LANGUAGE column, and the other validates the SOURCE_LANG column, ensuring that only installed and active languages are used within the system. This table is also likely referenced by various views in the GR module that present translated data to end-users.