• 专利标题:   Agricultural greenhouse graphene far infrared heating anion wave plate comprises front plate, heating plate, insulating layer, reflecting layer, back cover, front panel, heating plate, insulating layer, reflecting layer and back cover board.
  • 专利号:   CN107079746-A
  • 发明人:   SHI W
  • 专利权人:   BEIJING LVNENG JIAYE NEW ENERGY CO LTD
  • 国际专利分类:   A01G009/24, B32B017/02, B32B033/00, B32B009/02, B32B009/04
  • 专利详细信息:   CN107079746-A 22 Aug 2017 A01G-009/24 201775 Pages: 11 Chinese
  • 申请详细信息:   CN107079746-A CN10400384 31 May 2017
  • 优先权号:   CN10400384

▎ 摘  要

NOVELTY - An agricultural greenhouse graphene far infrared heating anion wave plate comprises front plate (1), heating plate (2), insulating layer (3), reflecting layer (4), back cover (5), front panel, heating plate, insulating layer, reflecting layer and back cover boars. The heating plate is provided with glass fiber cloth, resin glue layer and graphene nano far infrared negative ion composite fiber heat conducting film. The graphene nano far infrared negative ion composite fiber heat conducting film upper part and lower part are provided with resin adhesive layer and glass fiber cloth. USE - Agricultural greenhouse graphene far infrared heating anion wave plate. ADVANTAGE - The plate promotes crops photosynthesis, improves germination rate of crop, shortens growing period, accelerates mature crops, and controls growth period environment, temperature and humidity according to different crops. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for preparation of agricultural greenhouse graphene far infrared heating anion wave plate comprising: (A) milling plant fiber through broom processed plate mill, adding graphene powder solution to mix, stirring, adding nano bamboo charcoal fiber powder or nano far infrared negative ion powder, and uniformly stirring to prepare graphene nano far infrared negative ion composite fiber heat conducting film as heating core body; (B) cutting according to size, paving cold rolled steel plate, paving kraft paper on cold rolled steel plate, paving on polyester film or polyethylene release film, paving with stainless steel plate, covering with polyester film or polyethylene release film, impregnating with glue, drying to glass fiber cloth, laying graphene nano far infrared negative ion composite fiber heat conducting film, paving with glue impregnated glass fiber cloth, orderly laying polyester film or polyethylene release film, stainless steel plate, polyester film or polyethylene release film and kraft paper, orderly laying polyester film or polyethylene release film, and cold rolling steel plate to form pressing product to be pressed; and (C) putting into hot press, pressurizing, heating to 120-130 degrees C at 4-6 MPa, keeping for 10-30 minutes, pressurizing, heating to 150-170 degrees C at 8-10 MPa, keeping for 30-50 minutes, maintaining pressure, cooling to 50 degrees C, pressing and forming to frame, welding, sealing, arranging far infrared reflecting layer on insulating layer of back cover plate, and assembling. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of agricultural greenhouse graphene far infrared heating anion wave plate. Front plate (1) Heating plate (2) Insulating layer (3) Reflecting layer (4) Back cover (5)