Abstract: The present invention relates generally to systems and methods for measuring an analyte in a host. More particularly, the present invention relates to systems and methods for transcutaneous measurement of glucose in a host.

Abstract: The invention relates to an agitating device (1) comprising a stirring shaft (2) that is vertically positionable in a use configuration, a stirring element comprising a circular ring portion (7) partially surrounding the agitating shaft (2), this ring portion, in the use configuration of the shaft (2), being disposed in a plane that is inclined with respect to the shaft (2) and develops around the shaft (2) from the lower end (8) thereof in the direction of the upper end (9) thereof, following an ascending slope, this ring portion (7) being hollow and provided with openings (11) for communicating with the outside and means (4) for connecting the stirring element and the shaft (2). These connecting means (4) comprise at least one arm (12) that is radial to the agitating shaft (2) and connects the lower end (5) of the agitating shaft (2) and the lower end (8) of the stirring element, and extends at least partially in a plane perpendicular to the agitating shaft (2).

Abstract: The invention relates to an agitating device (1) comprising a stirring shaft (2) that is vertically positionable in a use configuration, a stirring element comprising a circular ring portion (7) partially surrounding the agitating shaft (2), this ring portion, in the use configuration of the shaft (2), being disposed in a plane that is inclined with respect to the shaft (2) and develops around the shaft (2) from the lower end (8) thereof in the direction of the upper end (9) thereof, following an ascending slope, this ring portion (7) being hollow and provided with openings (11) for communicating with the outside and means (4) for connecting the stirring element and the shaft (2). These connecting means (4) comprise at least one arm (12) that is radial to the agitating shaft (2) and connects the lower end (5) of the agitating shaft (2) and the lower end (8) of the stirring element, and extends at least partially in a plane perpendicular to the agitating shaft (2).

Abstract: A lid (2) for closing a container (4) of liquid, the lid being provided with a spindle passageway (20) enabling an elongate body (30) of a stirrer member (3) for stirring the liquid to pass through the lid (2), which elongate body is designed to be mounted to rotate in the spindle passageway (20), the spindle passageway including a portion (23) for receiving the elongate body (30) and designed to allow the elongate body (30) of the stirrer member (3) to pass through it, and a portion (21) for receiving a seal (1), which portion has an inside diameter greater than the inside diameter of the portion (23) for receiving the elongate body (30) and receives an annular seal (1) designed to allow the elongate body of the stirrer member to pass through it. The inside peripheral face of the annular seal (1) is provided with a helical lip (120).

Abstract: The invention relates to a lid (1) for closing a can having a tubular side wall (3) provided with a top opening and with an internal radial collar disposed substantially at the same level as said top opening, said lid (1) being provided on its “bottom” face (2) with an elastically deformable annular sealing gasket (4) that is suitable for coming to bear against said collar, when the top opening of the can is in the closed state in which it is closed by said lid (1). In the non-deformed state, said sealing gasket (4) is in the general shape of a half-torus having its convex side facing outwards from the lid (1).

Abstract: The invention relates to a lid (1) for closing a can having a tubular side wail (3) provided with a top opening and with an internal radial collar disposed substantially at the same level as said top opening, said lid (1) being provided on its “bottom” face (2) with an elastically deformable annular sealing gasket (4) that is suitable for coming to bear against said collar, when the top opening of the can is in the closed, state in which it is closed by said lid (1). In the non-deformed state, said sealing gasket (4) is in the general shape of a half-torus having its convex side facing outwards from the lid (1).

Abstract: A cleaning apparatus for cleaning a spray gun of the type having at least one paint inlet, and a fluid outlet, the cleaning apparatus has at least one support structure, a fluid feed head (3) carried by the structure (2), and removal elements for removing at least a fraction of the fluid coming from the fluid feed head (3), the fluid feed head having at least one feed nozzle (5) defining a duct serving to be connected to the paint inlet of the spray gun. The cleaning apparatus (1) has at least two independent fluid inlets (6, 7) for feeding fluid to the feed nozzle (5), each of the inlets having a distinct discharge (6A, 7A) into the duct of the feed nozzle, one of the inlets (6) being connectable to a cleaning fluid source, and the other (7) of the inlets being connectable to a compressed air source.

Abstract: A cleaning apparatus for cleaning a gun has an inlet for fluid, and outlet for the fluid, an inlet for gas, and an outlet for the gas. The cleaning apparatus includes a support structure, a fluid feed head carried by the structure and connectable to the paint inlet of the gun and a fluid reception system that includes a fluid reception nozzle having a fluid passage connectable at its inlet to the outlet of the gun for the fluid to be sprayed, and a gas removal duct connectable at its inlet to the gas outlet of the gun. The nozzle is mounted to move relative to the support structure, in a direction substantially parallel to the axis of the inlet of the fluid passage between a position where it is closer to the fluid feed head and a position where it is spaced apart from the fluid feed head.

Abstract: A lid (2) for closing a container (4) of liquid, the lid being provided with a spindle passageway (20) enabling an elongate body (30) of a stirrer member (3) for stirring the liquid to pass through the lid (2), which elongate body is designed to be mounted to rotate in the spindle passageway (20), the spindle passageway including a portion (23) for receiving the elongate body (30) and designed to allow the elongate body (30) of the stirrer member (3) to pass through it, and a portion (21) for receiving a seal (1), which portion has an inside diameter greater than the inside diameter of the portion (23) for receiving the elongate body (30) and receives an annular seal (1) designed to allow the elongate body of the stirrer member to pass through it. The inside peripheral face of the annular seal (1) is provided with a helical lip (120).

Abstract: An integral massaging means within heel and sole portions within footwear is herein disclosed. The footwear resembles a conventional pair of shoes or sandals with a soft upper area and cushioned soles; however, the sole area is slightly thicker than normal to accommodate a battery pack and a series of vibrating motors across the sole, thereby producing a massaging effect. The duration and intensity of the vibrating motors may be controlled using external control switches and may be activated by pressing an ON/OFF button or by using a remote controller. The massaging apparatus may be activated whether a wearer is sitting down, lying down, or standing upright. User replaceable batteries are provided and accessed through a door located on the bottom of the footwear.

Abstract: A cleaning apparatus for cleaning a spray gun of the type having at least one paint inlet, and a fluid outlet, the cleaning apparatus has at least one support structure, a fluid feed head (3) carried by the structure (2), and removal elements for removing at least a fraction of the fluid coming from the fluid feed head (3), the fluid feed head having at least one feed nozzle (5) defining a duct serving to be connected to the paint inlet of the spray gun. The cleaning apparatus (1) has at least two independent fluid inlets (6, 7) for feeding fluid to the feed nozzle (5), each of the inlets having a distinct discharge (6A, 7A) into the duct of the feed nozzle, one of the inlets (6) being connectable to a cleaning fluid source, and the other (7) of the inlets being connectable to a compressed air source.

Abstract: Installation for filling aerosol receptacles comprising a filling station for aerosol receptacles, having a frame, a cylinder whose lower portion is adapted to come into engagement with the valve of an aerosol receptacle. The cylinder is mounted removably on the frame of the filling station, in a position located above the position for receiving the aerosol receptacle, by a jack driving a piston with recipricatory movement in the cylinder to cause liquid contained in the cylinder to pass through the valve in engagement with the cylinder. The filling station extends above a washing and drying station having at least one reservoir of washing fluid provided in its upper portion, extending above the maximum level of the fluid in the reservoir, with elements for suspending the cylinder so as to ensure draining.

Abstract: Installation for filling aerosol receptacles comprising a filling station for aerosol receptacles, having a frame, a cylinder whose lower portion is adapted to come into engagement with the valve of an aerosol receptacle. The cylinder is mounted removably on the frame of the filling station, in a position located above the position for receiving the aerosol receptacle, by a jack driving a piston with recipricatory movement in the cylinder to cause liquid contained in the cylinder to pass through the valve in engagement with the cylinder. The filling station extends above a washing and drying station having at least one reservoir of washing fluid provided in its upper portion, with elements for suspending the cylinder so as to ensure draining.