Abstract: A helmet including a helmet shell for receiving a head of a wearer, the helmet shell defining therein an anchor chamber and an anchor aperture opening into the anchor chamber configured to selectively permit passage of the anchor lock therethrough. A first dimension of the anchor aperture extends along a left-right axis of the helmet shell, a second dimension of the anchor aperture extending along a forward-rearward axis, the second dimension being orthogonal to and greater than the first dimension. A first dimension of the anchor chamber extending along a left-right axis of the helmet shell, the first dimension of the anchor chamber being greater than the first dimension of the anchor aperture, such that when the anchor lock is received in the anchor chamber and rotated orthogonal to the first dimension of the anchor aperture, the anchor lock cannot pass through the anchor aperture.

Abstract: A garment configured for electrically connecting to a helmet. The garment includes a garment body; a collar portion including a collar body for at least partially covering a neck of the wearer, a trim portion connected to the collar body, a collar anchor portion extending generally upward from the trim portion, the collar anchor portion being shaped and configured for insertion into a connector chamber defined in the helmet, and at least one garment electrical contact disposed on the collar anchor portion, the garment being configured for connecting to a power source, the at least one garment electrical contact being provided with electricity from the power source, the helmet having an electrical contact in the connector chamber, when the collar anchor portion is inserted into the connector chamber of the helmet, the at least one garment electrical contact being connected to the at least one helmet.

Abstract: A waste container monitoring system may include a monitoring device configured to be positioned in a waste container, a remote processing system, and sensors to monitor conditions of the container. A communication connection communicates the one or more conditions to the remote processing system. A waste compactor monitoring system may include a monitoring assembly having a hub device and one or more sensors connected to the hub device and distributed around the waste compactor system, the one or more sensors being configured to monitor one or more conditions of the waste compactor system. A sensor assembly for a waste container monitoring system may connect to a hydraulic reservoir in a waste compactor. The sensor assembly may include a breather cap, a sensing element for detecting a level and/or a temperature of fluid in the hydraulic reservoir, and a dip tube to support the sensing element inside the hydraulic reservoir.

Abstract: A system for connecting an accessory to an item, the system including an anchor fixture including a fixture body and the anchor aperture having at least one recessed portion along an edge thereof; and an anchor with an anchor lock being configured to be inserted through the anchor aperture of the anchor fixture, the anchor lock having at least one protrusion extending therefrom, the at least one protrusion of the anchor lock being received in the at least one recessed portion of the anchor aperture; and the anchor being selectively secured to the anchor fixture by inserting the anchor lock through the anchor aperture and moving the anchor lock relative to the anchor fixture to place the anchor lock in the locked position, the anchor lock impeding movement within the anchor fixture of the anchor.

Abstract: A waste container monitoring system may include a monitoring device configured to be positioned in a waste container, a remote processing system, and sensors to monitor conditions of the container. A communication connection communicates the one or more conditions to the remote processing system. A waste compactor monitoring system may include a monitoring assembly having a hub device and one or more sensors connected to the hub device and distributed around the waste compactor system, the one or more sensors being configured to monitor one or more conditions of the waste compactor system. A sensor assembly for a waste container monitoring system may connect to a hydraulic reservoir in a waste compactor. The sensor assembly may include a breather cap, a sensing element for detecting a level and/or a temperature of fluid in the hydraulic reservoir, and a dip tube to support the sensing element inside the hydraulic reservoir.

Abstract: A system for connecting an accessory to an item, the system including an anchor fixture including a fixture body and the anchor aperture; and an anchor with an anchor lock being configured to be inserted through the anchor aperture of the anchor fixture, the anchor lock having at least one protrusion extending therefrom; and the anchor being selectively secured to the anchor fixture by inserting the anchor lock through the anchor aperture and moving the anchor lock relative to the anchor fixture to place the anchor lock in the locked position, the anchor lock impeding movement within the anchor fixture of the anchor.

Abstract: A waste container monitoring system may include a monitoring device configured to be positioned in a waste container, a remote processing system, and sensors to monitor conditions of the container. A communication connection communicates the one or more conditions to the remote processing system. A waste compactor monitoring system may include a monitoring assembly having a hub device and one or more sensors connected to the hub device and distributed around the waste compactor system, the one or more sensors being configured to monitor one or more conditions of the waste compactor system. A sensor assembly for a waste container monitoring system may connect to a hydraulic reservoir in a waste compactor. The sensor assembly may include a breather cap, a sensing element for detecting a level and/or a temperature of fluid in the hydraulic reservoir, and a dip tube to support the sensing element inside the hydraulic reservoir.

Abstract: The present invention encompasses compounds of formula (1) wherein the groups R1, A, G, LK and t have the meanings given in the claims and specification, their use as degraders of SMARCA2 and/or SMARCA4, pharmaceutical compositions which contain compounds of this kind and their use as medicaments/medical uses, especially as agents for treatment and/or prevention of oncological diseases.

Abstract: A waste container monitoring system may include a monitoring device configured to be positioned in a waste container, a remote processing system, and sensors to monitor conditions of the container. A communication connection communicates the one or more conditions to the remote processing system. A waste compactor monitoring system may include a monitoring assembly having a hub device and one or more sensors connected to the hub device and distributed around the waste compactor system, the one or more sensors being configured to monitor one or more conditions of the waste compactor system. A sensor assembly for a waste container monitoring system may connect to a hydraulic reservoir in a waste compactor. The sensor assembly may include a breather cap, a sensing element for detecting a level and/or a temperature of fluid in the hydraulic reservoir, and a dip tube to support the sensing element inside the hydraulic reservoir.

Abstract: A helmet has: a helmet shell; a battery connected to the helmet shell; an electric connector connected to the helmet shell; and at least one electric device electrically connected to the battery and to the electric connector. In response to the electric connector being electrically connected to an external power source and receiving electric power for the external power source, electric power is supplied to the at least one electric device from the electric connector. In response to the electric connector not receiving electric power from the external power source, electric power is supplied to the at least one electric device from the battery.

Abstract: A helmet including a helmet shell for receiving a head of a wearer, the helmet shell defining therein: a connector chamber, and a connector aperture opening into the connector chamber; the connector chamber being shaped and configured to receive therein an anchor portion of at least one accessory, the at least one accessory being chosen from: a power connector for selectively powering the helmet; a garment for selectively powering the helmet; and a storage fixation for selectively receiving the helmet for storage, the helmet being configured to selectively secure the at least one accessory thereto by receiving the anchor portion of the at least one accessory in the connector chamber.

Abstract: A garment configured for electrically connecting to a helmet. The garment includes a garment body; a collar portion including a collar body for at least partially covering a neck of the wearer, a trim portion connected to the collar body, a collar anchor portion extending generally upward from the trim portion, the collar anchor portion being shaped and configured for insertion into a connector chamber defined in the helmet, and at least one garment electrical contact disposed on the collar anchor portion, the garment being configured for connecting to a power source, the at least one garment electrical contact being provided with electricity from the power source, the helmet having an electrical contact in the connector chamber, when the collar anchor portion is inserted into the connector chamber of the helmet, the at least one garment electrical contact being connected to the at least one helmet.