Abstract: Approaches in accordance with various embodiments allow for zero-touch enrollment of devices with respective manager systems. In at least one embodiment, a device at startup can contact a central directory service (CDS) for information about an associated manager. The CDS can authenticate the device using device information included in the request, and can send a challenge token to the device in response. The challenge token can include information for the manager, protected with multiple layers of security that should only be able to be decrypted by the authenticated device. The device can decrypt this challenge token to determine the manager information, and can convert this challenge token to a bearer token. The device can then send a request to the determined manager that includes the bearer token, which the manager can use to authenticate the device. The manager can then send the device appropriate configuration information.

Abstract: A cart includes: a side frame portion extending across a width of the cart; a first end portion pivotally mounted on a first end of the side frame portion; a second end portion pivotally mounted on a second end of the side frame portion; a shelf movably mounted on one of the side frame portion, first end portion, and second end portion. In an unfolded configuration, the first end portion and the second end portion are unfolded relative to the side frame portion and the shelf is substantially horizontal for locating items thereon. In a folded configuration, one or both of the first end portion and the second end portion is folded against the side frame portion.

Abstract: A pallet having: a pallet body having a first side and an opposing second side; at least one formed portion located on the first side of the pallet body and shaped to receive a rigid elongate first item thereon, the formed portion oriented substantially along a lengthwise axis of the pallet body. When the elongate first item is substantially retained on the formed portion of the pallet body such that when the elongate first item is secured thereon, a lengthwise rigidity of the pallet body is enhanced by the rigid elongate first item.

Abstract: A pallet having: a pallet body having a first side and an opposing second side; at least one formed portion located on the first side of the pallet body and shaped to receive a rigid elongate first item thereon, the formed portion oriented substantially along a lengthwise axis of the pallet body. When the elongate first item is substantially retained on the formed portion of the pallet body such that when the elongate first item is secured thereon, a lengthwise rigidity of the pallet body is enhanced by the rigid elongate first item.

Abstract: A pallet having: a pallet body having a first side and an opposing second side; at least one formed portion located on the first side of the pallet body and shaped to receive a rigid elongate first item thereon, the formed portion oriented substantially along a lengthwise axis of the pallet body. When the elongate first item is substantially retained on the formed portion of the pallet body such that when the elongate first item is secured thereon, a lengthwise rigidity of the pallet body is enhanced by the rigid elongate first item.

Abstract: Approaches in accordance with various embodiments allow for zero-touch enrollment of devices with respective manager systems. In at least one embodiment, a device at startup can contact a central directory service (CDS) for information about an associated manager. The CDS can authenticate the device using device information included in the request, and can send a challenge token to the device in response. The challenge token can include information for the manager, protected with multiple layers of security that should only be able to be decrypted by the authenticated device. The device can decrypt this challenge token to determine the manager information, and can convert this challenge token to a bearer token. The device can then send a request to the determined manager that includes the bearer token, which the manager can use to authenticate the device. The manager can then send the device appropriate configuration information.

Abstract: Approaches in accordance with various embodiments allow for zero-touch enrollment of devices with respective manager systems. In at least one embodiment, a device at startup can contact a central directory service (CDS) for information about an associated manager. The CDS can authenticate the device using device information included in the request, and can send a challenge token to the device in response. The challenge token can include information for the manager, protected with multiple layers of security that should only be able to be decrypted by the authenticated device. The device can decrypt this challenge token to determine the manager information, and can convert this challenge token to a bearer token. The device can then send a request to the determined manager that includes the bearer token, which the manager can use to authenticate the device. The manager can then send the device appropriate configuration information.

Abstract: Approaches in accordance with various embodiments allow for zero-touch enrollment of devices with respective manager systems. In at least one embodiment, a device at startup can contact a central directory service (CDS) for information about an associated manager. The CDS can authenticate the device using device information included in the request, and can send a challenge token to the device in response. The challenge token can include information for the manager, protected with multiple layers of security that should only be able to be decrypted by the authenticated device. The device can decrypt this challenge token to determine the manager information, and can convert this challenge token to a bearer token. The device can then send a request to the determined manager that includes the bearer token, which the manager can use to authenticate the device. The manager can then send the device appropriate configuration information.

Abstract: A cart includes: a side frame portion extending across a width of the cart; a first end portion pivotally mounted on a first end of the side frame portion; a second end portion pivotally mounted on a second end of the side frame portion; a shelf movably mounted on one of the side frame portion, first end portion, and second end portion. In an unfolded configuration, the first end portion and the second end portion are unfolded relative to the side frame portion and the shelf is substantially horizontal for locating items thereon. In a folded configuration, one or both of the first end portion and the second end portion is folded against the side frame portion.

Abstract: A system and method for dry ablation beneficiation of ore. The system comprises a nozzle to emit an air stream, and a feeder to provide ore particles for entraining in the air stream and colliding. The ore comprises gangue grains bound together with a cementing material. The cementing material comprises a desired material. The collisions are controlled to help preferentially break the cementing material over breaking the bonds holding a gangue grain together. The system also comprises a classifier to separate broken cementing material from the remaining material (which includes gangue grains) based on size. The method comprises entraining the ore particles in an air stream and colliding to preferentially break the cementing material. The ore particles may be collided with each other or a surface. The broken cementing materials are then separated from the remaining materials (which includes gangue grains). The enriched ore is the separated cementing material.

Abstract: The present invention pertains to hinge lid packages, for example cigarette packages, with features that reduce the force required to open and close the package, keep the lid tightly closed when not in use and/or improve the luxurious feel of the package during opening and closing, in comparison to similar packages that do not include these features.

Abstract: A container includes side walls and end walls that can be folded to collapse the container for transport and storage. The end walls are hinged to, and can be folded against, the container floor. The side walls are articulated so that they can be folded in half. A sliding coupling secures the side walls in the unfolded position. The side walls also are hinged to, and can be folded against, the container floor and roof. One end forms an opening that can be closed with a door.