Detachable, Foldable LED Grow Light with Built-in Power Supply

The problem

Linear LED grow lights typically rely on a centralized power distribution system or daisy-chained modules. When a single LED panel burns out or a connector fails, identifying the fault often requires disassembling the entire string. Additionally, these rigid structures ship in long, narrow boxes that incur high dimensional weight charges from carriers. Users face a trade-off between ease of repair and efficient logistics.

The solution

1. Independent Modules: The fixture consists of a mounting bracket and at least two parallel light-emitting components. Each component includes a lamp panel and a heat sink.
2. Integrated Power: A dedicated power supply is installed inside the mounting groove of each heat sink. This makes every light bar function as a standalone lamp.
3. Folding Mechanism: Adjacent mounting brackets are connected by folding assemblies. These assemblies use rotating shaft supports and movable shafts to allow the brackets to pivot.
4. Detachable Connection: The light-emitting components attach to the mounting bracket using a locking element and slot mechanism, allowing quick removal.
5. Secure Housing: An upper cover plate rivets over the mounting groove, securing the internal power supply and protecting the LED panel.

Who it is for

• Hydroponic System Manufacturers: Brands building indoor growing kits who need reliable, low-maintenance lighting solutions that don’t require specialized technicians for repairs.
• Commercial Greenhouse Suppliers: Distributors selling large arrays of lights who want to reduce freight costs by offering foldable units that pack tighter than rigid bars.
• Home Gardening Retailers: Amazon sellers and brick-and-mortar stores looking for durable products with lower return rates due to easier user-serviceability.
• Industrial Lighting OEMs: Companies seeking to differentiate their product line with a modular architecture that allows for variable lengths without custom tooling for every size.

How it works

The main parts

Opening and Closing

1. Deployment: To set up the light, unfold the mounting brackets. The folding assemblies extend outward until the brackets form a straight line or desired angle.
2. Fixation: Once unfolded, the knob screw or fastener in the folding assembly is tightened to lock the position, ensuring stability during operation.
3. Operation: Power enters through the connector. Since each module has its own driver, they activate simultaneously but operate independently.
4. Maintenance: If a module fails, unscrew the locking element, lift the lamp panel and heat sink off the bracket, and replace the unit. The remaining modules stay lit.
5. Storage: Loosen the folding assembly fasteners and collapse the brackets inward. The fixture folds flat, reducing its footprint significantly.

Applications

Vertical Farming Racks

In multi-tier vertical farms, space is tight. This light folds flat when not in use or during seasonal changes, allowing growers to store equipment efficiently. The modular nature means if one tier’s light fails, the rest of the rack remains operational, preventing crop loss in unaffected layers.

Indoor Home Gardens

For hobbyists using grow tents, setup time matters. The pre-assembled folding design allows users to expand the light to fit their tent width quickly. Maintenance is simple: if a strip goes out, the user can unclip and replace it without rewiring or calling an electrician.

Commercial Nursery Rows

Large nurseries often move plants between stages. Lights need to be portable and robust. The foldable structure protects the delicate LED panels during transport between greenhouses. The integrated drivers eliminate the risk of loose cables snagging on plants or carts.

Retail Display Units

Brands selling live plants in retail environments need attractive, easy-to-install lighting. The sleek profile created by hiding the power supply inside the heat sink looks cleaner than bulky external drivers. Sales associates can easily adjust the length by adding or removing modules.

Where it is less suitable

• Extreme High-Temperature Environments: While the heat sink manages LED heat, placing the power supply directly inside the thermal mass might limit performance in ambient temperatures exceeding standard ratings compared to remote driver setups.
• Fixed Long-Run Installations: For permanent installations over very long distances (e.g., >20 feet) where folding isn’t needed, traditional rigid bars with external drivers may offer better heat dissipation efficiency per watt.
• Water Immersion Areas: The design focuses on structural modularity; while sealed pieces are mentioned, it is not explicitly designed for submersion or heavy washdown scenarios common in food processing plants.