Abstract: A cable guide clamp that secures cables. The cable guide clamp includes a main body and a clamping pad. The main body has a top, a bottom, a first end, a second end, and sides. The main body has a cylindrical opening that leads to a first passageway extending from the first end to the second end, and a rectangular opening that leads to a second passageway extending from the first end to the second end. A clamping pad is installed in the main body. A threaded bolt and nut are installed in the main body to securing the clamping pad and cable positioned within the main body.

Abstract: A high voltage cable cleat that facilitates cable installation and secures cable configurations. The high voltage cable cleat includes a bottom cleat and a top cleat. The bottom cleat has an outer surface, a first end, a second end, and an inner surface. The inner surface has a cable support area with a plurality of pockets. Each pocket houses a ball transfer with a ball extending above the cable support area of the inner surface to guide cables positioned on the bottom cleat. The top cleat has an outer surface, a first end, a second end, and an inner surface. The top cleat is installed over the bottom cleat and secured to the bottom cleat by fasteners.

Abstract: A high voltage cable cleat that facilitates cable installation and secures cable configurations. The high voltage cable cleat includes a bottom cleat and a top cleat. The bottom cleat has an outer surface, a first end, a second end, and an inner surface. The inner surface has a cable support area with a plurality of pockets. Each pocket houses a ball transfer with a ball extending above the cable support area of the inner surface to guide cables positioned on the bottom cleat. The top cleat has an outer surface, a first end, a second end, and an inner surface. The top cleat is installed over the bottom cleat and secured to the bottom cleat by fasteners.

Abstract: A high voltage cable cleat supports cables on a surface. The high voltage cable cleat includes a roller with a main body, a first end, and a second end. A roller axle is positioned within the roller. The roller axle extends beyond the first end and the second end of the roller. A roller mount receives the roller axle and supports the roller thereon. Lower clamps are rotatably mounted onto the roller axle. Upper clamps are secured to the lower clamps over the cables positioned thereon to form the high voltage cable cleat.

Abstract: A high voltage cable cleat secures cables in a cable management system. The high voltage cable cleat includes a bottom cleat, a cable cam, and a top cleat. The bottom cleat supports the cable in the cable management system. The bottom cleat has a base with a front, a back, a first end, a second end, a top, a bottom, and a center open area. The cable cam is positioned within the base and is rotatably housed in the center open area of the base. The top cleat is secured to the bottom cleat to secure the cables positioned on the bottom cleat.

Abstract: This disclosure relates to a quantum circuit for quantum approximate optimisation over permutations of a set of elements. Encoding logic encodes each of the elements into multiple quantum registers as a binary number to represent a permutation of the set of elements by storing the binary number of each of the elements in an order according to the permutation. A network of multi-qubit quantum exponential swap operations operates between the multiple qubits of two registers and generates a superposition of two permutations by generating a superposition of two binary numbers by generating a superposition of the multiple qubits of the two quantum registers. An evaluation quantum circuit represents a problem Hamiltonian and distinguishes quantum states of the superposition generated by the network. The network and the evaluation quantum circuit amplify desirable quantum states and suppress undesirable quantum states to optimise over the permutations.

Abstract: A mini-fluidics cassette, for detection of at least one analyte in a sample, comprising, at least one sample inlet port, at least one reagent inlet port, at least one outlet port, at least one channel extending between said at least one sample inlet port and said at least one outlet port, at least one insertion port for a fiber optic cable light source, at least one insertion port for a fiber optic cable spectrophotometer distant said at least one insertion port for a fiber optic cable light source, wherein said at least one insertion port for a fiber optic cable light source and said at least one insertion port for a fiber optic cable spectrophotometer forms part of the at least one channel, and is proximate said at least one outlet port and forms at least one reading cell/path length for light from said fiber optic cable light source to said fiber optic cable spectrophotometer port.

Abstract: The invention relates to embodiments of a device for use in a dynamic network. Said device (100) comprises a network interface (102) for integration into an overlay network topology. A data processing unit (104) is connected to the network interface (102) and is designed to transmit and/or receive data via the network interface (102). A functional unit (106) is coupled to the data processing unit (104).

Abstract: A mini-fluidics cassette, for detection of at least one analyte in a sample, comprising, at least one sample inlet port, at least one reagent inlet port, at least one outlet port, at least one channel extending between said at least one sample inlet port and said at least one outlet port, at least one insertion port for a fiber optic cable light source, at least one insertion port for a fiber optic cable spectrophotometer distant said at least one insertion port for a fiber optic cable light source, wherein said at least one insertion port for a fiber optic cable light source and said at least one insertion port for a fiber optic cable spectrophotometer forms part of the at least one channel, and is proximate said at least one outlet port and forms at least one reading cell/path length for light from said fiber optic cable light source to said fiber optic cable spectrophotometer port.

Abstract: Disclosed are systems and methods for energy management and facility retrofit option selection. The methods may be used to select between various retrofit options and may be used to provide return information to each participant in a retrofit project, including public and private participants.

Abstract: An adjustable lock assembly that can be used with a sliding window or a sliding door to limit the complete opening of, brace completely shut, or both. The lock assembly can include a first body slidably telescoped with a second body. An affixation device affixes the length of the lock assembly to a selected length. A cuff is disposed around a connection joint defined between the first and second bodies.

Abstract: A method for separating one mold section from another mold section and a contact lens molded in the two mold sections provides improved reliability that the lens is not damaged during this operation and that the lens is retained selectively on the desired. Various embodiments of apparatus for carrying out the method are disclosed.

Abstract: A method for separating one mold section from another mold section and a contact lens molded in the two mold sections provides improved reliability that the lens is not damaged during this operation and that the lens is retained selectively on the desired. Various embodiments of apparatus for carrying out the method are disclosed.