Abstract: An organic oil extraction device comprising: one or more connection ports; a first chamber; a second chamber; a heat source; one or more vacuum pumps; and a recovery assembly. The connection may receive one or more sources of pressurized butane liquid. The first chamber is configured to receive an organic matter and a butane liquid from the one or more sources of pressurized butane liquid. The butane liquid may enter the first chamber, pass through the organic matter, and extract an organic oil from the organic matter to create a butane liquid and organic extract. The butane liquid and organic extract is configured to enter and accumulate in the second chamber. The heat source may heat the butane liquid and organic extract such that the butane liquid is converted into a butane gas, which is drawn out and into a recovery assembly by one or more vacuum pumps.

Abstract: An organic oil extraction device. The oil extraction device may comprise: one or more connection ports; a first chamber; a second chamber; a heat source; one or more vacuum pumps; and a burner assembly. The one or more connection ports may receive one or more sources of pressurized butane liquid. The first chamber may receive an organic matter and butane liquid from the one or more sources of pressurized butane liquid. The butane liquid may enter the first chamber, passes through the organic matter, and extracts an organic oil from the organic matter to create a butane liquid and organic extract. The butane liquid and organic extract may enter and accumulate in the second chamber. The heat source may heat the butane liquid and organic extract such that the butane liquid is converted into a butane gas. The one or more vacuum pumps may extract the butane gas from the second chamber, and the burner assembly may burn off the extracted butane gas.

Abstract: A vapor phase method for forming a thermoelectric element comprises providing a substrate in a reaction space, the substrate including a pattern of a metallic material adjacent to the substrate, which metallic material is configured to catalyze the oxidation of the substrate. The metallic material is then exposed to a gas having an oxidizing agent and a chemical etchant to form holes in or wires from the substrate.

Abstract: An organic oil extraction device. The oil extraction device may comprise: one or more connection ports; a first chamber; a second chamber; a heat source; one or more vacuum pumps; and a burner assembly. The one or more connection ports may receive one or more sources of pressurized butane liquid. The first chamber may receive an organic matter and butane liquid from the one or more sources of pressurized butane liquid. The butane liquid may enter the first chamber, passes through the organic matter, and extracts an organic oil from the organic matter to create a butane liquid and organic extract. The butane liquid and organic extract may enter and accumulate in the second chamber. The heat source may heat the butane liquid and organic extract such that the butane liquid is converted into a butane gas. The one or more vacuum pumps may extract the butane gas from the second chamber, and the burner assembly may burn off the extracted butane gas.

Abstract: A vapor phase method for forming a thermoelectric element comprises providing a substrate in a reaction space, the substrate including a pattern of a metallic material adjacent to the substrate, which metallic material is configured to catalyze the oxidation of the substrate. The metallic material is then exposed to a gas having an oxidizing agent and a chemical etchant to form holes in or wires from the substrate.

Abstract: A fragrance primer composition may include an astringent, a humectant, a film former, a solvent, a vitamin and at least three botanical products. The components may be ethyl alcohol, butylene glycol, acrylates/acrylamide copolymer, water, tocopheryl acetate, cucumis sativus fruit extract, chamomilla recutita flower/leaf extract, and aloe barbadensis leaf juice respectively. The fragrance primer composition may be applied as a surface barrier to a user's skin from a fragrance, perfume, and/or cologne.