Search Results lm_prlt_asc




Overview

The LM_PRLT_ASC table is a data object within the Oracle E-Business Suite (EBS) Process Manufacturing Product Development (GMD) module. Its documented role is to manage laboratory technical parameter associations, serving as a junction table that defines the relationships between different laboratory test types and the specific technical parameters they utilize. This association is fundamental for standardizing and controlling the data captured during laboratory analyses and quality testing within a process manufacturing environment. The metadata explicitly states this table is "Not implemented in this database" for the documented instance, indicating it may be a reference or legacy structure in certain deployments, or its implementation is conditional on specific configurations.

Key Information Stored

The table's structure centers on a composite primary key that uniquely identifies each parameter association. The key columns are LAB_TYPE, which categorizes the laboratory test or analysis type, and TECH_PARM_NAME, which specifies the name of the technical parameter or measurement being associated. A significant related column is TEXT_CODE, which functions as a foreign key. This column links the association to descriptive text or detailed specifications stored in the LM_TEXT_HDR table, allowing for rich, translatable documentation of the parameters and test methods.

Common Use Cases and Queries

Primary use cases revolve around the setup and validation of laboratory testing frameworks. This includes defining which parameters (e.g., viscosity, pH, concentration) are mandatory or optional for a given lab test type (e.g., raw material inspection, in-process check, finished goods release). A common reporting need is to list all technical parameters available for a specific test. A sample query for this would be: SELECT TECH_PARM_NAME, TEXT_CODE FROM APPS.LM_PRLT_ASC WHERE LAB_TYPE = '<TEST_TYPE>' ORDER BY TECH_PARM_NAME;. Conversely, to find all test types that utilize a particular parameter, one could query: SELECT DISTINCT LAB_TYPE FROM APPS.LM_PRLT_ASC WHERE TECH_PARM_NAME = '<PARAMETER_NAME>';. These associations ensure data consistency and completeness in laboratory results recording.

Related Objects

The LM_PRLT_ASC table has defined relationships with other GMD laboratory tables. Its primary foreign key relationship is with the LM_TEXT_HDR table via the TEXT_CODE column, enabling access to descriptive text headers. As a core association table, it is likely referenced by transactional tables that store actual laboratory results, though these are not specified in the provided excerpt. Objects that depend on LM_PRLT_ASC would include any forms, reports, or APIs within the GMD module that configure laboratory specifications or validate parameter input against a defined lab type. Its position as part of the Laboratory Management sub-module suggests integration with broader GMD quality and recipe development processes.