mhurhangee/ep-ind-claims huggingface dataset:
A device for cleaning of surfaces submerged in water, comprising a disk member rotatably supported by a spindle and configured for rotation about a rotational axis (r) by drive means; said disk member having a first side which is facing said surface when the device is in use, and a second side facing away from the surface, and where the disk member further comprises a plurality of nozzles for discharging liquid under pressure against the surface to be cleaned; said nozzles being fluidly connected to a liquid reservoir via a first conduit in the disk member and a second conduit in the spindle, characterized in that the disk member comprises a plurality of through holes, spaced at regular intervals and arranged symmetrically with respect to the rotational axis.
An implantable device for brachytherapy, comprising: an insertable member having at least two ends, a central section positioned between the ends, and a fixation element that retains the implantable device in an inserted position within tissue; and a radioactive source disposed within the insertable member, characterised in that the insertable member includes a chamber with at least one cut-out (402a, 402b) for external accessibility, and wherein the radioactive source is partially encapsulated within the insertable member by being disposed within the chamber with the at least one cut-out (402a, 402b). an insertable member having at least two ends, a central section positioned between the ends, and a fixation element that retains the implantable device in an inserted position within tissue; and a radioactive source disposed within the insertable member, characterised in that the insertable member includes a chamber with at least one cut-out (402a, 402b) for external accessibility, and wherein the radioactive source is partially encapsulated within the insertable member by being disposed within the chamber with the at least one cut-out (402a, 402b).
A manufacturing arrangement realised for the manufacture of a rotor blade, comprising - a pair of tracks (11A, 11B) arranged along the longitudinal sides of a blade mould (M1; M2); - a first gantry assembly realised to span the track pair (11A, 11B) and to carry a first tool arrangement (20, 21) comprising at least a fibre distributor for distributing a fibre material into the blade mould (M1, M2) characterized by - a second gantry assembly realised to span the track pair (11A, 11B) and to carry a second tool arrangement (30, 31, 301) realised to carry a supply of fibre material and to provide the fibre material to the fibre distributor; and - a control arrangement realised to effect a coordinated movement of the gantry assemblies (2, 3) along the track pair (11A, 11B) and to coordinate the operation of the second tool arrangement (30, 31) with the operation of the first tool arrangement. - a pair of tracks (11A, 11B) arranged along the longitudinal sides of a blade mould (M1; M2); - a first gantry assembly realised to span the track pair (11A, 11B) and to carry a first tool arrangement (20, 21) comprising at least a fibre distributor for distributing a fibre material into the blade mould (M1, M2) characterized by - a second gantry assembly realised to span the track pair (11A, 11B) and to carry a second tool arrangement (30, 31, 301) realised to carry a supply of fibre material and to provide the fibre material to the fibre distributor; and - a control arrangement realised to effect a coordinated movement of the gantry assemblies (2, 3) along the track pair (11A, 11B) and to coordinate the operation of the second tool arrangement (30, 31) with the operation of the first tool arrangement.
An electric motorcycle comprising: a frame; a front wheel; a rear wheel; a seat arranged on the frame; a vehicle cover arranged on the frame; a dashboard panel arranged on the frame; a controller; a suspension system comprising a front suspension and a rear suspension, the front wheel being connected to the frame by the front suspension, and the rear wheel being connected to the frame by the rear suspension; an electric motor, the rear wheel being connected to the electric motor; a battery pack arranged on the frame, the battery pack being electrically connected to the electric motor; and a charging device arranged on the frame and electrically connected to the battery pack, the charging device including a charging connector; wherein the battery pack, the controller and the charging device are arranged in sequence along the height direction of the frame, the battery pack and the charging device are positioned on the frame adjacent to the front wheel, and the controller is arranged on the battery pack; wherein the rear suspension comprises a rear fork and a shock absorber connected to the frame by a shaft, the rear fork is connected to the rear wheel; and the battery pack comprises a battery and a battery case, the battery is arranged within the battery case, and the battery case is connected to the frame; characterized in that the electric motor is arranged on the rear fork; the battery case is configured for enhancing a strength of the frame and improving a firmness of the electric motorcycle. a frame; a front wheel; a rear wheel; a seat arranged on the frame; a vehicle cover arranged on the frame; a dashboard panel arranged on the frame; a controller; a suspension system comprising a front suspension and a rear suspension, the front wheel being connected to the frame by the front suspension, and the rear wheel being connected to the frame by the rear suspension; an electric motor, the rear wheel being connected to the electric motor; a battery pack arranged on the frame, the battery pack being electrically connected to the electric motor; and a charging device arranged on the frame and electrically connected to the battery pack, the charging device including a charging connector; wherein the battery pack, the controller and the charging device are arranged in sequence along the height direction of the frame, the battery pack and the charging device are positioned on the frame adjacent to the front wheel, and the controller is arranged on the battery pack; wherein the rear suspension comprises a rear fork and a shock absorber connected to the frame by a shaft, the rear fork is connected to the rear wheel; and the battery pack comprises a battery and a battery case, the battery is arranged within the battery case, and the battery case is connected to the frame; characterized in that the electric motor is arranged on the rear fork; the battery case is configured for enhancing a strength of the frame and improving a firmness of the electric motorcycle.
A refrigeration appliance comprising: a freezer compartment maintaining air at a temperature of zero degrees Centigrade or less and a fresh food compartment maintaining air at a temperature greater than zero degrees Centigrade; an opening between the freezer compartment and fresh food compartment, the opening configured to allow air to flow from the fresh food compartment to the freezer compartment; an air tower adapted to be located within the fresh food compartment, the air tower configured to be in fluid communication with the fresh food compartment and freezer compartment; a damper including an opening, a door frame and a damper door secured within the air tower and configured to pivot relative to the opening between a fully closed position and an open position, the damper door forming an angle with a door frame of the damper when the damper door is in the open position and the damper door engaging the door frame when the damper door is in the fully closed position; and a motor configured to control the damper door and pivot the damper door between the open position and a closed position that is a predetermined angle from the fully closed position, wherein air is adapted to flow from the freezer compartment through the air tower and into the fresh food compartment before flowing through the opening from the fresh food compartment to the freezer compartment, characterized in that the damper being positioned in a lower portion of the air tower to restrict the flow of air from the lower portion to an upper portion of the air tower, and wherein the motor is configured to prevent the damper door from contacting the door frame, wherein the closed position of the damper door partially restricts flow through the air tower. a freezer compartment maintaining air at a temperature of zero degrees Centigrade or less and a fresh food compartment maintaining air at a temperature greater than zero degrees Centigrade; an opening between the freezer compartment and fresh food compartment, the opening configured to allow air to flow from the fresh food compartment to the freezer compartment; an air tower adapted to be located within the fresh food compartment, the air tower configured to be in fluid communication with the fresh food compartment and freezer compartment; a damper including an opening, a door frame and a damper door secured within the air tower and configured to pivot relative to the opening between a fully closed position and an open position, the damper door forming an angle with a door frame of the damper when the damper door is in the open position and the damper door engaging the door frame when the damper door is in the fully closed position; and a motor configured to control the damper door and pivot the damper door between the open position and a closed position that is a predetermined angle from the fully closed position,
An automated vehicle comprising: a motor vehicle, and an automated vehicle control system configured to perform automated operation of the vehicle, characterized in that the automated vehicle control system - determines at a current vehicle stop position a subsequent vehicle stop position, - determines a transition distance between the current vehicle stop position and the subsequent vehicle stop position, - determines a desired speed profile between the current vehicle stop position and the subsequent vehicle stop position based on the determined transition distance and an economy profile for the determined transition distance, and - executes said desired speed profile without user interaction between the current vehicle stop position and the subsequent vehicle stop position. a motor vehicle, and an automated vehicle control system configured to perform automated operation of the vehicle, characterized in that the automated vehicle control system - determines at a current vehicle stop position a subsequent vehicle stop position, - determines a transition distance between the current vehicle stop position and the subsequent vehicle stop position, - determines a desired speed profile between the current vehicle stop position and the subsequent vehicle stop position based on the determined transition distance and an economy profile for the determined transition distance, and - executes said desired speed profile without user interaction between the current vehicle stop position and the subsequent vehicle stop position. - determines at a current vehicle stop position a subsequent vehicle stop position, - determines a transition distance between the current vehicle stop position and the subsequent vehicle stop position, - determines a desired speed profile between the current vehicle stop position and the subsequent vehicle stop position based on the determined transition distance and an economy profile for the determined transition distance, and - executes said desired speed profile without user interaction between the current vehicle stop position and the subsequent vehicle stop position.
A switch assembly for use in a circuit between a first electrical conductor and a second electrical conductor, the circuit being configured to carry a current between the first electrical conductor and the second electrical conductor, the current having a frequency which may vary, wherein the switch assembly is arranged such that the first electrical conductor and the second electrical conductor can be selectively connected and disconnected such that when the first electrical conductor and the second electrical conductor are disconnected current therebetween is interrupted and when the first electrical conductor and the second electrical conductor are connected current may flow therebetween, the switch assembly comprising: at least a first current path and a second current path, wherein each of the first current path and the second current path includes an electrical contact (106, 107) which can be selectively connected to or disconnected from the second electrical conductor so as to permit current flowing between the first electrical conductor and the second electrical conductor to flow via one or both of the first current path and the second current path; wherein at least one of the first current path and the second current path is arranged such that it has a frequency-dependent reactance so as to force current with a frequency which complies with a selected frequency criterion and which flows between the first electrical conductor and the second electrical conductor to flow, at least to a greater extent, via a selected one of the first current path and the second current path. at least a first current path and a second current path, wherein each of the first current path and the second current path includes an electrical contact (106, 107) which can be selectively connected to or disconnected from the second electrical conductor so as to permit current flowing between the first electrical conductor and the second electrical conductor to flow via one or both of the first current path and the second current path; wherein at least one of the first current path and the second current path is arranged such that it has a frequency-dependent reactance so as to force current with a frequency which complies with a selected frequency criterion and which flows between the first electrical conductor and the second electrical conductor to flow, at least to a greater extent, via a selected one of the first current path and the second current path.
A compiling device configured to convert a source code computer program into an object code computer program, the compiling device comprising - an input arranged to receive a source code computer program, and - a processor circuit arranged to - parse the source code computer program and generate a static single assignment, SSA, graph for at least a portion of the source code computer program, vertices of the SSA graph corresponding to operations, and edges of the SSA graph corresponding to assignments, edges having a bit size corresponding to the assignment to which the edge corresponds, wherein the input is further arranged to - receive an indication of a non-empty first subgraph of the SSA graph, the indication comprising one or more variables and/or assignments of the source code program, the indicated first sub-graph comprising edges that correspond to the one or more variables and/or assignments, the first subgraph representing a part of the SSA graph of which it is desired that the intermediate values are not explicitly represented in the program, and wherein the processor circuit is further arranged to - search for a second subgraph of the SSA graph, wherein the first subgraph is a subgraph of the second subgraph, and wherein a sum of the bit sizes corresponding to incoming edges of the second subgraph is smaller than a sum of the bit sizes associated to incoming edges of the first graph, - implementing the second subgraph of the SSA graph in the object code computer program as a single operation thus omitting the assignments corresponding to edges of the first subgraph. - an input arranged to receive a source code computer program, and - a processor circuit arranged to - parse the source code computer program and generate a static single assignment, SSA, graph for at least a portion of the source code computer program, vertices of the SSA graph corresponding to operations, and edges of the SSA graph corresponding to assignments, edges having a bit size corresponding to the assignment to which the edge corresponds, wherein the input is further arranged to - receive an indication of a non-empty first subgraph of the SSA graph, the indication comprising one or more variables and/or assignments of the source code program, the indicated first sub-graph comprising edges that correspond to the one or more variables and/or assignments, the first subgraph representing a part of the SSA graph of which it is desired that the intermediate values are not explicitly represented in the program, and wherein the processor circuit is further arranged to - search for a second subgraph of the SSA graph, wherein the first subgraph is a subgraph of the second subgraph, and wherein a sum of the bit sizes corresponding to incoming edges of the second subgraph is smaller than a sum of the bit sizes associated to incoming edges of the first graph, - implementing the second subgraph of the SSA graph in the object code computer program as a single operation thus omitting the assignments corresponding to edges of the first subgraph.
A transmission device including a first clutch that includes a first clutch drum and a first piston; and a second clutch that includes a second clutch drum and a second piston, and is disposed circumferentially inward of the first clutch, wherein the first clutch includes a first clutch oil chamber enclosed by the first clutch drum and the first piston, and the second clutch includes a second clutch oil chamber enclosed by the first clutch drum and the second piston, the transmission device being characterized in that a fastening portion, formed from a first through hole of a first side wall portion of the first clutch drum, a second through hole of a second side wall portion of the second clutch drum, and a rivet that is inserted into the first and second through holes (306, 402a) and holds together the first and second side wall portions (302, 402), is provided between circumferentially inward of the first clutch oil chamber and circumferentially outward of the second clutch oil chamber.
A modular rack system for containing electronic computing devices, the modular rack system comprising: a first rack module (22, 24, 222, 522, 722, 724) comprising: a bay (30, 630, 730) comprising a first side wall (32L, 632L, 732L) a second side wall (32R, 632R, 732R) and floor (36, 736); and an intermediate wall positioning mechanism (280, 380, 390, 392, 790, 792) to support an intermediate wall (282, 782) at different spacings with respect to the first side wall (32, 732); characterised in that the first side wall (32L, 632L, 732L) comprises a vertical panel and a flange horizontally extending from the vertical panel, the flange being configured to be adjustably positioned and retained relative to the floor to adjust a spacing between the first side wall and the second side wall. a first rack module (22, 24, 222, 522, 722, 724) comprising: a bay (30, 630, 730) comprising a first side wall (32L, 632L, 732L) a second side wall (32R, 632R, 732R) and floor (36, 736); and an intermediate wall positioning mechanism (280, 380, 390, 392, 790, 792) to support an intermediate wall (282, 782) at different spacings with respect to the first side wall (32, 732); characterised in that the first side wall (32L, 632L, 732L) comprises a vertical panel and a flange horizontally extending from the vertical panel, the flange being configured to be adjustably positioned and retained relative to the floor to adjust a spacing between the first side wall and the second side wall. a bay (30, 630, 730) comprising a first side wall (32L, 632L, 732L) a second side wall (32R, 632R, 732R) and floor (36, 736); and an intermediate wall positioning mechanism (280, 380, 390, 392, 790, 792) to support an intermediate wall (282, 782) at different spacings with respect to the first side wall (32, 732); characterised in that the first side wall (32L, 632L, 732L) comprises a vertical panel and a flange horizontally extending from the vertical panel, the flange being configured to be adjustably positioned and retained relative to the floor to adjust a spacing between the first side wall and the second side wall.
A method for manufacturing a perforated composite part, the method comprising: producing a precursor comprising a layup having a first face and an opposite second face, the layup comprising structural fibres embedded in a partially or fully cured matrix material and interposed between two removable plies, characterised by the precursor also comprising a sacrificial fibre extending through the removable plies, the matrix material and between the structural fibres; removing at least one of the removable plies from the precursor; removing the sacrificial fibre from the precursor after removing the at least one of the removable plies to form a through hole in the precursor at a location of the sacrificial fibre; and peeling the removable plies from the precursor to cause severing of the sacrificial fibre. producing a precursor comprising a layup having a first face and an opposite second face, the layup comprising structural fibres embedded in a partially or fully cured matrix material and interposed between two removable plies, characterised by the precursor also comprising a sacrificial fibre extending through the removable plies, the matrix material and between the structural fibres; removing at least one of the removable plies from the precursor; removing the sacrificial fibre from the precursor after removing the at least one of the removable plies to form a through hole in the precursor at a location of the sacrificial fibre; and peeling the removable plies from the precursor to cause severing of the sacrificial fibre.
A support for supporting a drilling tool, the support comprising: at least one support element, which is located inside a suction housing of a dust removal system at least during drilling and has a support position and an idle position; at least one contact surface in the support element, the contact surface is allowed to be moved adjacent the tool when the support element is in the support position; and at least one actuator for generating a transfer movement for moving the support element between the support position and the idle position; characterized in that the support element is arranged rotationally relative to the suction housing allowing the actuator to turn the support element inside the suction housing to the support position and to the idle position. at least one support element, which is located inside a suction housing of a dust removal system at least during drilling and has a support position and an idle position; at least one contact surface in the support element, the contact surface is allowed to be moved adjacent the tool when the support element is in the support position; and at least one actuator for generating a transfer movement for moving the support element between the support position and the idle position; characterized in that the support element is arranged rotationally relative to the suction housing allowing the actuator to turn the support element inside the suction housing to the support position and to the idle position.