Displacement air outlet element as a standing module for mounting on an optical laser table to generate a microclimate in the area of the optical setups on the tabletop
Displacement air elements with textile fabric ensure efficient and adaptable air distribution around laser tables, addressing the energy-intensity and adaptability issues in laser laboratory ventilation.
Patent Information
- Application Number
- DE202025003951
- Authority / Receiving Office
- DE · DE
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2025-12-18
- Publication Date
- 2026-04-30
- Estimated Expiration
- 2035-12-31
AI Technical Summary
Air conditioning in laser laboratories with optical measurement technology is energy-intensive and requires specialized ventilation technology that is location-dependent and difficult to adapt to changing usage requirements, focusing on maintaining tight climate tolerances around laser tables rather than uniform room conditions.
Displacement air elements with a textile fabric that dissipate air evenly and are flexibly mounted on optical measuring tables, allowing adaptation to changing usage requirements.
Provides efficient and adaptable air distribution around laser tables, reducing energy consumption and enabling flexible adaptation to varying usage scenarios.
Smart Images
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Abstract
Description
[0001] 2.1 The air conditioning of laser laboratories with optical measurement technology is energy-intensive and requires specialized ventilation technology to maintain tight climate tolerances and permissible air velocities. These stringent requirements are dictated by the use of optical laser measuring stages within their setups and laser applications. Furthermore, the ventilation technology is highly location-dependent and requires significant effort to adapt to changing usage requirements.
[0002] 2.2 Unlike the air conditioning of rooms, the task in air conditioning occupied zones is not to create uniform climatic conditions throughout the entire room with regard to comfort parameters. Rather, the focus is on the immediate surroundings above the laser tables. The displacement air elements (1) can be flexibly mounted on the optical measuring tables (2) and adapted to changing usage requirements at any time.
[0003] The displacement air elements (1) consist of a textile fabric through which the air (10) can escape with minimal momentum. The rising heat flow from the test components (9) ensures that the air is dissipated evenly upwards. These elements are flexibly expandable and interconnected via airflow. Connection to a climate chamber is made via a designated round connection collar (3).
[0004] 2.3 The application of this technology takes place particularly in science, especially in laser physics.
Claims
[1] A displacement air element (1), made of a textile fabric perforated on the front and not perforated on the back, as a standing module for mounting on an optical truck table (2) to generate a microclimate in the area of the optical setups on the tabletop, is characterized by , that it can be mounted on the truck table (2) using keder (5) over protruding hollow aluminum profiles as a keder rail (6), utilizing the existing threaded holes of the table (2). [2] Displacement air element (1) according to claim 1, is characterized by , that it has as a basic element with connection to the building's ventilation and air conditioning system a round nozzle (3) molded from textile fabric. [3] Displacement air element (1) according to claim 1 and 2, is characterized by that the elements can be connected to each other via a Velcro fastener (4) and are therefore expandable. [4] The air supply element (1) according to claim 1, 2 and 3 is characterized by, that it can be arranged in any shape on the table (2) by connecting it via corner pieces (7), and that it terminates with an end piece (8) without requiring a ring closure.