Urine bottle

Abstract

Urine bottle, consisting of a body and filling nozzle, characterized in that a guide surface is positioned in the transition area between the body and the filling nozzle in such a way that it projects into the filling chamber towards the front of the container.

Description

[0001] The aim of this invention is to reduce the noise generated when filling urine bottles with a fluid. This is achieved by means of a guide surface projecting into the filling chamber, which deflects the fluid towards the front of the container, reduces the impact energy of the fluid within the container, and minimizes the flow velocity of the incoming fluid.

Claims

[1] Urinal, consisting of a body and filling nozzle, characterized by , that in the transition area between the body and the filling nozzle a guide surface is positioned so that it protrudes into the filling chamber towards the front of the container. [2] Urine bottle according to claim 1, characterized by , that the body, in unit with the filling nozzle, consists of two matching parts, which are manufactured individually - preferably by injection molding - and then permanently joined at the contact surfaces on the top and bottom, which furthermore have a slot of approximately 15 mm width and a gap width of at least 1 mm, corresponding to the thickness of the guide surface, at a defined point in the area of ​​the contact surface at the top in the transition area between the two parts of the urine bottle, at a right angle to the contact surface, resulting in a total width of approximately 30 mm. [3] Urine bottle according to claim 2, characterized bythat this slot extends upwards beyond the outer skin or downwards into the filling chamber, forming a guide which has a defined guide angle and is equipped with flexible seals. [4] Urine bottle according to claim 3, characterized by , that the guide consists of thickenings of the slot edges, optionally upwards, downwards or to both sides. [5] Urine bottle according to claims 3 and 4, characterized by , that the slot in the area of ​​the transition between the filling nozzle and the container is positioned such that, taking into account the length and shape of the guide surface and the guide angle, the guide surface contacts the front of the container inside at an acute angle approximately 10mm below its top edge. [6] Urine bottle according to claims 1 to 5, characterized bythat the guide surface consists of a rigid or flexible plastic, which is flat, contoured, concave or convex as a whole, and contains a seal at the upper end that closes off the guide upwards.