Abstract: A device for applying a product onto skin having a housing which receives the product from a container (12) and receives a gas. The housing has an outlet through which the product and gas are dispensed onto an area of the skin, and a heater configured to heat the gas and/or the product such that the gas and/or product is applied to the skin in a heated state. The product meets the gas adjacent to the outlet where the gas collects the product such that the heated gas and product are projected through the outlet and applied to the skin in a heated state. The housing forms a handheld device to be held by a user and moved across the skin to apply the product.

Abstract: A device for applying a product onto skin is provided, the device comprising: a housing (10) having a first port (13) for receiving the product from a container (12) and a second port (14) for receiving a gas. The housing includes one or more outlets (104) in the housing (10) through which the product and gas are dispensed onto an area of the skin; and a heater (16) arranged or configured to heat the gas and/or the product such that the gas and/or product is applied to the skin in a heated state. The housing forms a handheld device which may be held by a user and moved across the skin of a person or animal to apply the product to the skin. The shape and dimensions of the housing are chosen to allow the device to be held by a user's hand and may also allow the fingers of the user to contact the skin.

Abstract: A bumper assembly (10) for an automotive vehicle is described. In an example embodiment, the assembly comprises a beam and a fascia at least partially covering the beam. The beam comprises at least one crush can (12).

Abstract: A bumper assembly (20) for an automotive vehicle is described. In an example embodiment, the assembly comprises a beam (24) and an injection molded energy absorber (22) secured to the beam. The energy absorber comprises at least one crash can (62). The assembly further comprises a fascia (26) for covering the beam and the energy absorber.

Abstract: A bumper assembly (20) for an automotive vehicle is described. In an example embodiment, the assembly comprises a beam (24) and an injection molded energy absorber (22) secured to the beam. The energy absorber comprises at least one crash can (62). The assembly further comprises a fascia (26) for covering the beam and the energy absorber.

Abstract: An automated method of forming a viscoelastic-free surgical pocket in the anterior chamber. The method constantly compares the unobstructed flow vacuum level with the current vacuum level and sounds an alert or automatically proceeds to the next step in the surgical procedure when the vacuum level approaches the unobstructed vacuum level and remains at that level for a certain duration.