Abstract: An electric vehicle (EV) charger cable management system for use at an EV charging facility coupled to a power source via an EV charger is provided. The EV charger cable management system includes an EV charger cord set including an EV connector and an EV charger cable coupled to the EV connector; a bracket; and a junction box coupled to the EV charger cable and including electrical wirings, the junction box being structured to electrically connect the EV charger to the EV charger cord set via the electric wirings, be affixed to a portion of top surface of the EV charging facility via the bracket, and maintain a majority of the EV charger cord set to be suspended overhead and out of a path of a user or the EV.

Abstract: A pipe saddle includes a saddle body having an interior surface with a generally U-shaped cross-sectional shape defining an interior configured to receive a pipe therein. The saddle body includes a bottom wall portion. A support clip is included on the bottom wall portion of the saddle body. The support clip includes a side wall extending downward. A resiliently deflectable lower arm extends outward from a lower end of the side wall and generally opposing the bottom wall portion. The resiliently deflectable lower arm includes a catch at a free end thereof. The resiliently deflectable lower arm is configured to snap onto a support structure to attach the pipe saddle to the support structure.

Abstract: A pipe saddle includes a saddle body having an interior surface with a generally U-shaped cross-sectional shape defining an interior configured to receive a pipe therein. The saddle body includes a bottom wall portion. A support clip is included on the bottom wall portion of the saddle body. The support clip includes a side wall extending downward. A resiliently deflectable lower arm extends outward from a lower end of the side wall and generally opposing the bottom wall portion. The resiliently deflectable lower arm includes a catch at a free end thereof. The resiliently deflectable lower arm is configured to snap onto a support structure to attach the pipe saddle to the support structure.

Abstract: A vending machine for dispensing beverage containers having a cylindrical side wall forming a body and a neck extending from the cylindrical body. The body has a groove formed therein and extending around the circumference of the body. The vending machine includes at least one chute for storing and dispensing the containers. The chute has a loading end located at an upper end thereof for receiving the containers and a delivery end at a lower end thereof for delivering the containers to a delivery area of the vending machine. The chute has at least two sequential paths. A first path extends generally at a downwardly sloped angled position from the loading end of the chute. A second path extends generally downwardly at an angled position from the first path so that the containers roll along the chute towards the delivery end of the chute.

Abstract: A coin chute for use with a vending machine for receiving coins and transferring the coins to an electrical coin mechanism and preventing liquid from entering and damaging the electrical coin mechanism. The coin chute includes an upper passage in a first vertical plane for entry of a coin at the upper end thereof, and an intermediate passage extending at an angle away from one side of the upper passage at the lower end of the upper coin passage. The intermediate passage has a side formed by a first grid adapted for passage therethrough of liquid poured into the upper passage. The coin chute further comprises a lower passage extending down from the lower end of the intermediate passage for receiving a coin dropping down through the upper passage and intermediate passage and for delivering it to the electrical coin mechanism. The chute further includes a drain for draining the liquid passing through the first grid.