Extruded channel plate as basis for integrated functions
The invention provides a multi-channel plate ( 100 ) comprising (i) a plurality of parallel arranged channels ( 1 ) and (ii) at least a light source ( 10 ) configured to provide light source light ( 11 ), wherein a first channel ( 110 ) includes a light transmissive part ( 12 ), wherein the light source ( 10 ) is configured to provide light source light ( 11 ) downstream from the light transmissive part ( 12 ) and external from the first channel ( 110 ) as a first lighting function, and wherein the multi-channel plate ( 100 ) includes a second channel ( 120 ), configured to provide an additional function different from said first lighting function.
1. A horticulture construction comprising at least one multi-channel plate, the multi-channel plate comprising;
a first channel having an optical function,
a second channel arranged parallel to the first channel, and
a light source configured to provide light source light to the first channel,
wherein the second channel encloses an elongated cavity for the passage of a fluid, the second channel further comprising openings for providing fluid to the horticulture; and
wherein the fluid is air.
2. The horticulture construction according to claim 1 , wherein the fluid further comprises food to be provided to the horticulture.
3. The horticulture construction according to claim 1 , wherein one or more channels are provided with a plug or end cap.
4. The horticulture construction according to claim 1 , wherein nozzles are arranged to the openings in the second channel.
5. The horticulture construction according to claim 4 , wherein the nozzles are designed to provide an irrigation function to the horticulture.
6. The horticulture construction according to claim 1 , wherein the multi-channel plate has a first end with a male connection part and a second end with a female connection part.
7. The horticulture construction according to claim 6 , wherein two or more multi-channel plates are connected via male-female connections.
8. The horticulture construction according to claim 7 , wherein the male female connections are configured to be fluid tight.
9. A horticulture construction comprising at least one multi-channel plate, the multi-channel plate comprising;
a first channel having an optical function,
a second channel arranged parallel to the first channel, and
a light source configured to provide light source light to the first channel,
wherein the second channel encloses an elongated cavity for the passage of a fluid, the second channel further comprising openings for providing fluid to the horticulture; and
wherein the multi-channel plates further comprises more second channels, one second channel for providing heat to the horticulture and another second channel for providing one or more of water and food to the horticulture.
10. A horticulture construction comprising at least one multi-channel plate, the multi-channel plate comprising;
a first channel having an optical function,
a second channel arranged parallel to the first channel, and
a light source configured to provide light source light to the first channel,
wherein the second channel encloses an elongated cavity for the passage of a fluid, the second channel further comprising openings for providing fluid to the horticulture; and
wherein the multi-channel plates further comprises more second channels, one second channel for providing air to the horticulture and another second channel for providing one or more of water and food to the horticulture.
11. Use of the horticulture construction of claim 1 to provide light and one or more of heat, water and food to horticulture within city farming.