Abstract: A lens assembly for a camera, a camera lens system, and a camera system. The lens assembly has an optical path from an object side to an image side, the lens assembly comprising a first lens group having a first optical axis and comprising a first primary lens; an aperture stop; and a light redirecting member, wherein the light redirecting member is arranged between the first lens group and the aperture stop such that the optical path comprises a first optical path segment and a second optical path segment, wherein the first optical path segment and the second optical path segment form an angle larger than 30 degrees, and the lens assembly having a horizontal field of view in the range from 5 degrees to 135 degrees.

Abstract: The present invention relates to a vacuum infused synbiotic human extruded food product having 1) a density of 1 g/L to 1000 g/L at RT, 2) a sugar content of less than 10 wt %, 3) a total content of at least one of inulin and/or FOS ranging from 2.5-10 wt %, 4) a ratio between saturated to unsaturated fatty acids in total fat content of less than 20/1, and wherein at least one strain of probiotics is evenly distributed in said food product in an oil vehicle and wherein the food product has a probiotic count of at least 106 CFU/kg of dry matter. The invention furthermore relates to methods for obatining the product and production plants for producing the product.

Abstract: The present invention provides probiotic/oil suspension for vacuum infusion of an extruded probiotic food product characterized by balancing the requirements of a high concentration of the probiotic micro-organism in the suspension and physical properties that makes the suspension applicable for vacuum infusion. Further provided are methods of preparing said suspension and use thereof in the manufacture of an extruded probiotic food product.

Abstract: The invention relates to a production plant for vacuum infusing a food product comprising at least a first storage tank for storing a probiotic suspension, said first storage tank being connected to a first dosage tank for dosing a probiotic suspension, a second storage tank for storing a second solution, said second storage tank being connected to a second dosage tank for dosing the second solution, and wherein the first dosage tank and the second dosage tank are connected to a vacuum infusion tank by one or more spraying nozzles leading into the vacuum infusion tank, and wherein at least the first dosage tank is individually connected to the vacuum infusion tank by one or more first spraying nozzles leading into the vacuum infusion tank.

Abstract: Pet food contains the main component of conventional pet food and the mixture of the micro-organisms and oil. The main component of the pet food is vacuum coated with the said mixture. The viable micro-organisms included to the mixture are freeze dried probiotic micro-organisms. The method for producing a pet food contains the steps of mixing the probiotic micro-organisms with the fish oil and vacuum coating the mixture on the conventional pet food. The pet food production process is carried out in sealed environment under the pressure of 1 bar or less.

Abstract: A pet food including a mixture of at least one probiotic micro-organism and oil, wherein the pet food is vacuum coated with said mixture, a production plant for making the same, and methods of making and using the same are provided.