Abstract: A module for inductive energy transfer, including: a main coil HS enclosed by insulation IS1, with electrical connections A1HS and A2HS routed from/to coil HS by insulation IS1; and an assembly with high-voltage parts HT1 and HT2, and a low-voltage part NT, part HT1 enclosed by insulation IS2HT1 and part HT2 enclosed by insulation IS2HT1 separate from insulation IS2HT2, a connection A1HT routed to a first connection of coil HS, a first electrical supply routed from part NT to part HT1 by insulation IS2HT1, a connection A2HT routed to a second connection of coil HS, and a second electrical supply routed from part NT to part HT2 by insulation IS2HT2, wherein connections A1HS-A1HT are electrically connected and enclosed by insulation IS3A1 that is in contact with insulations IS1 and IS2HT1, and connections A2HS-A2HT are electrically connected and enclosed by insulation IS3A2 that is in contact with insulations IS1 and IS2HT2.

Abstract: The invention relates to a module for contactless inductive energy transfer, including a coil with a magnetic core for emitting or receiving electrical energy using inductive coupling, and a wireless communication device, the magnetic core having a hole forming a communication channel for signals from the wireless communication device.

Abstract: A module for inductive energy transfer including: a main coil HS completely enclosed by electrical insulation IS1, wherein only two connections, A1HS and A2HS, are routed from/to the main coil HS by insulation IS1; an electrical assembly with two high-voltage parts, HT1 and HT2, and at least one low-voltage part NT, wherein each of the high-voltage parts, HT1 and HT2, is directly and completely enclosed by respective separate electrical insulation, IS2HT1/IS2HT2, wherein connection A1HT is routed to the one-sided connection of the main coil HS, and electrical supply lines are routed from the low-voltage part NT to the high-voltage part HT1 by insulation IS2HT1, and wherein connection A2HT is routed to a reciprocal connection of the main coil HS, and the electrical supply lines are routed from the low-voltage part NT to the high-voltage part HT2 by insulation IS2HT2, and connection A1HS to connection A1HT and connection A2HS to connection A2HT are only electrically connectable or connected such that connection

Abstract: An apparatus, method, and a system for the lifting and/or relocation of a large and/or heavy object are disclosed. The present disclosure relates to an apparatus and a system comprising a pair of engagement members each independently configurable to external equipment, and a pair of oppositely facing structural members, each coupled to one of said pair of engagement members.

Abstract: A computer-implemented platform may comprise hardware and software configured to allocate crowdsourced resources. An aggregate effort of a plurality of users may be efficiently directed toward a task by allocating resources according to an aggregate distribution of input from the users. The magnitude of the aggregate input of users may be manifest graphically, in a manner that emphasizes information having high priority. A map may include a representation of network comprising a plurality of nodes connected by connections. A node may include a problem and/or a solution, and a connection may describe a relationship between at least two nodes. Aggregate input may be used to revise the map, and analysis of the revised map may yield a resource allocation that directs users toward higher value effort.

Abstract: A computer-implemented platform may comprise hardware and software configured to allocate crowdsourced resources. An aggregate effort of a plurality of users may be efficiently directed toward a task by allocating resources according to an aggregate distribution of input from the users. The magnitude of the aggregate input of users may be manifest graphically, in a manner that emphasizes information having high priority. A map may include a representation of network comprising a plurality of nodes connected by connections. A node may include a problem and/or a solution, and a connection may describe a relationship between at least two nodes. Aggregate input may be used to revise the map, and analysis of the revised map may yield a resource allocation that directs users toward higher value effort.

Abstract: A method of reinforcing an L-shaped motorcycle frame during conversion to a motorized tricycle. The L-shaped motorcycle frame is an inverted L-shape with a horizontal portion and a vertical portion. A tricycle frame is provided having spaced apart side plates with a forwardly and downwardly extending portion which terminates in a mounting attachment. The side plates are fastened to opposed sides of the horizontal portion of the L-shaped motorcycle frame. The mounting attachment is secured to the vertical portion of the L-shaped motorcycle frame. This forms a triangular truss with the forwardly and downwardly extending portion of the side plates of the tricycle frame angled between the horizontal portion and the vertical portion to provide rigid support to the L-shaped motorcycle frame.