Abstract: A dispenser for dispensing a carbonated beverage comprising soda and at least one additive, the carbonated beverage dispenser comprising a compensator, the compensator comprising: an outer body defining a compensator chamber, an inlet, and an outlet, an inner body arranged within the compensator chamber and between the inlet and the outlet, wherein a gap is defined between the inner body and the outer body for regulating the flow rate of soda passing between the inlet and the outlet, and a control element configured to receive a user input from a user and to control the size of the gap in dependence on said user input, wherein, for a given user input, the control element moves the inner body relative to the control element to a first extent and the outer body relative to the control element to a second extent, the first extent being non-equal to the second extent.

Abstract: Described herein includes a puncture mechanism for a beverage appliance or machine that can be configured to puncture a pod containing a beverage medium (e.g., a flavoring agent). The puncture mechanism can be configured to induce lateral movement of one or more engagement members to securely hold a beverage pod. The puncture mechanism can be configured to induce relative axial movement between an anvil and the secured beverage pod to puncture a seal of the beverage pod.

Abstract: An assembly for an induction sensing tone ring is provided. A brake rotor includes a circular pocket. A tone ring is received in the circular pocket of the brake rotor. The brake rotor has a plurality of locating tabs, with each locating tab having a slope surface. The tone ring has a plurality of retaining tabs, with each retaining tab being received between two locating tabs of the brake rotor. A retaining ring is fitted in each locating tab slope surface of the brake rotor to press fit against the retaining tabs of the tone ring.

Abstract: Described herein includes a puncture mechanism for a beverage appliance or machine that can be configured to puncture a pod containing a beverage medium (e.g., a flavoring agent). The puncture mechanism can be configured to induce lateral movement of one or more engagement members to securely hold a beverage pod. The puncture mechanism can be configured to induce relative axial movement between an anvil and the secured beverage pod to puncture a seal of the beverage pod.

Abstract: A disc brake assembly is provided that includes a camshaft extending from a slack adjuster. A disc brake rotor and a brake caliper bridge having an outer plate and an inner plate are provided. A brake caliper carrier is provided with an outer brake pad contained by the brake caliper carrier and an inner brake pad contained by the brake caliper carrier. A cam carrier having two openings is provided along with a pusher plate having a first surface in contact with the cam and a second surface in contact with the inner brake pad. A first and a second slide pin each extend through an opening in the cam carrier and an opening in the pusher plate and an opening in the inner plate of the brake caliper bridge and into the brake caliper carrier. A cam is mounted onto the camshaft such that rotation of the camshaft will rotate the cam, and the brake caliper bridge inner plate having a surface in contact with the cam.

Abstract: A disc brake assembly is provided that includes a camshaft extending from a slack adjuster. A disc brake rotor and a brake caliper bridge having an outer plate and an inner plate are provided. A brake caliper carrier is provided with an outer brake pad contained by the brake caliper carrier and an inner brake pad contained by the brake caliper carrier. A cam carrier having two openings is provided along with a pusher plate having a first surface in contact with the cam and a second surface in contact with the inner brake pad. A first and a second slide pin each extend through an opening in the cam carrier and an opening in the pusher plate and an opening in the inner plate of the brake caliper bridge and into the brake caliper carrier. A cam is mounted onto the camshaft such that rotation of the camshaft will rotate the cam, and the brake caliper bridge inner plate having a surface in contact with the cam.

Abstract: An assembly for an induction sensing tone ring is provided. A brake rotor includes a circular pocket. A tone ring is received in the circular pocket of the brake rotor. The brake rotor has a plurality of locating tabs, with each locating tab having a slope surface. The tone ring has a plurality of retaining tabs, with each retaining tab being received between two locating tabs of the brake rotor. A retaining ring is fitted in each locating tab slope surface of the brake rotor to press fit against the retaining tabs of the tone ring.

Abstract: An assembly for an induction sensing tone ring is provided. A brake rotor includes a circular pocket. A tone ring is received in the circular pocket of the brake rotor. The brake rotor has a plurality of locating tabs, with each locating tab having a slope surface. The tone ring has a plurality of retaining tabs, with each retaining tab being received between two locating tabs of the brake rotor. A retaining ring is fitted in each locating tab slope surface of the brake rotor to press fit against the retaining tabs of the tone ring.

Abstract: An attachment method an assembly for an induction sensing tone ring is provided comprising a rotating part, the rotating part having a circular pocket. A spring is provided that is received in the rotating part circular pocket. A tone ring is received in the tone ring circular pocket on top of the spring. The rotating part has a plurality of retaining ledges, with each retaining ledge extending radially inward into the rotating part circular pocket from a wall of the rotating part forming the pocket. Each retaining ledge forms a retaining groove. The tone ring has a plurality of locating tab assemblies, each locating tab assembly being received in one of the retaining grooves of the brake rotor circular pocket.

Abstract: An attachment method an assembly for an induction sensing tone ring is provided comprising a rotating part, the rotating part having a circular pocket. A spring is provided that is received in the rotating part circular pocket. A tone ring is received in the tone ring circular pocket on top of the spring. The rotating part has a plurality of retaining ledges, with each retaining ledge extending radially inward into the rotating part circular pocket from a wall of the rotating part forming the pocket. Each retaining ledge forms a retaining groove. The tone ring has a plurality of locating tab assemblies, each locating tab assembly being received in one of the retaining grooves of the brake rotor circular pocket.