mhurhangee/ep-ind-claims huggingface dataset:
Frame lock with means for attachment to the frame of a bicycle or another vehicle driven by humans, wherein the frame lock is adapted to switch from a an open to a locking state, wherein a bracket or another blocking device of the attached frame lock is in the range between the spokes of a vehicle wheel, wherein the means for attachment of the frame lock to the frame of the vehicle comprise a moveable bearing which enables an evasion movement of the frame lock if the blocking device hits a spoke during the locking procedure, with a control unit and a motor controlled by the control unit for locking the frame lock, characterized in that the blocking device is formed by a bracket which is provided with a toothing engaging in a gear wheel driven by the motor, wherein the bracket is designed with a metal core onto which the toothing in the form of plastic is sprayed on, shrinked on or otherwise deposited.
A laminate comprising a substrate layer and at least 2 or more energy ray curable resin layers formed by curing a resin composition with an energy ray, wherein: the laminate has an energy ray curable resin layer which is formed on the substrate layer and an energy ray curable resin layer which is formed on the energy ray curable resin layer; and a first resin composition used in formation of the energy ray curable resin layer contains an energy ray curable resin having a hydrocarbon ring skeleton which has one of the following structures: the laminate has an energy ray curable resin layer which is formed on the substrate layer and an energy ray curable resin layer which is formed on the energy ray curable resin layer; and a first resin composition used in formation of the energy ray curable resin layer contains an energy ray curable resin having a hydrocarbon ring skeleton which has one of the following structures:
A method comprising: opening, blending and webbing in random fiber orientation a plurality of short length carbon fiber bundles and a thermoplastic binder material to form a blend wherein a length of the plurality of short length carbon fiber bundles is between 1.27 cm (0.5 inches) +/- 0.635 cm (+/- 0.25 inches) and 7.62 cm (3 inches) +/- 0.635 cm (+/- 0.25 inches) in length; wherein the fusible fibers are configured to act as a thermoplastic binder; applying heat locally to the blend of the plurality of short length carbon fiber bundles and the thermoplastic binder material to form a partially melted annular shaped preform section; applying pressure to the preform section; and removing from the blend an excess portion following application of heat and pressure to form a resulting annular preform section and capturing the excess portion of the blend for reprocessing; and needling a portion of the resulting annular preform section; wherein a ratio of the thermoplastic binder material to the plurality of short length carbon fiber bundles in the blend between 0.5% to 10%. opening, blending and webbing in random fiber orientation a plurality of short length carbon fiber bundles and a thermoplastic binder material to form a blend wherein a length of the plurality of short length carbon fiber bundles is between 1.27 cm (0.5 inches) +/- 0.635 cm (+/- 0.25 inches) and 7.62 cm (3 inches) +/- 0.635 cm (+/- 0.25 inches) in length; wherein the fusible fibers are configured to act as a thermoplastic binder; applying heat locally to the blend of the plurality of short length carbon fiber bundles and the thermoplastic binder material to form a partially melted annular shaped preform section; applying pressure to the preform section; and removing from the blend an excess portion following application of heat and pressure to form a resulting annular preform section and capturing the excess portion of the blend for reprocessing; and needling a portion of the resulting annular preform section; wherein a ratio of the thermoplastic binder material to the plurality of short length carbon fiber bundles in the blend between 0.5% to 10%.
A drug delivery balloon catheter comprising: an ultrasound transmission member having a proximal end configured to be coupled to a generator and a distal end, the generator being configured to provide longitudinal vibrations to the ultrasound transmission member; a balloon coupled to the distal end of the ultrasound transmission member and being movable between an inflated state and a deflated state; and at least one wire coupled to the ultrasound transmission member and the balloon so as to transmit the longitudinal vibrations from the ultrasound transmission member to the balloon at least when the balloon is in the inflated state, wherein the at least one wire has a proximal end joined to a first location on the ultrasound transmission member and a distal end joined to a second location on the ultrasound transmission member, the second location spaced distally from the first location. an ultrasound transmission member having a proximal end configured to be coupled to a generator and a distal end, the generator being configured to provide longitudinal vibrations to the ultrasound transmission member; a balloon coupled to the distal end of the ultrasound transmission member and being movable between an inflated state and a deflated state; and at least one wire coupled to the ultrasound transmission member and the balloon so as to transmit the longitudinal vibrations from the ultrasound transmission member to the balloon at least when the balloon is in the inflated state, wherein the at least one wire has a proximal end joined to a first location on the ultrasound transmission member and a distal end joined to a second location on the ultrasound transmission member, the second location spaced distally from the first location.
A docking station comprising: a first transmission unit to transmit a first docking guide signal in a first direction such that the first docking guide signal sensed by a robot cleaning device located in a first short-distance docking guide area (L, R) is distinguishable from the first docking guide signal sensed by the robot cleaning device in a first long-distance docking guide area (W1, W2), characterized in that the first docking guide signal comprises at least a first signal pulse and a second signal pulse having an amplitude greater than the amplitude of the first signal pulse, wherein the first signal pulse reaches only the first short-distance docking guide area and the second signal pulse reaches the first long-distance docking guide area, and the first signal pulse and the second signal pulse are transmitted within a single signal frame. a first transmission unit to transmit a first docking guide signal in a first direction such that the first docking guide signal sensed by a robot cleaning device located in a first short-distance docking guide area (L, R) is distinguishable from the first docking guide signal sensed by the robot cleaning device in a first long-distance docking guide area (W1, W2), characterized in that the first docking guide signal comprises at least a first signal pulse and a second signal pulse having an amplitude greater than the amplitude of the first signal pulse, wherein the first signal pulse reaches only the first short-distance docking guide area and the second signal pulse reaches the first long-distance docking guide area, and the first signal pulse and the second signal pulse are transmitted within a single signal frame.
A flywheel energy storage system for storing electrical energy, the system comprising: a plurality of flywheel units (101a-c), each of the flywheel units (101a-c) comprising a flywheel including a rotatable mass and a shaft, each flywheel being enclosed within a vacuum enclosure, the shaft being supported by bearings on opposite sides of the rotatable mass, a rotor being fixed to the shaft in a cantilevered manner within the enclosure; and an electric motor/generator unit having a stator that is located outside of the enclosure of each flywheel of said plurality of flywheels units (101a-c) and that is configured to be magnetically coupled to the rotor of each of said plurality of flywheel units the motor/generator unit being moveable to magnetically couple to the rotor of said each of said plurality of flywheel units (101a-c). a plurality of flywheel units (101a-c), each of the flywheel units (101a-c) comprising a flywheel including a rotatable mass and a shaft, each flywheel being enclosed within a vacuum enclosure, the shaft being supported by bearings on opposite sides of the rotatable mass, a rotor being fixed to the shaft in a cantilevered manner within the enclosure; and an electric motor/generator unit having a stator that is located outside of the enclosure of each flywheel of said plurality of flywheels units (101a-c) and that is configured to be magnetically coupled to the rotor of each of said plurality of flywheel units the motor/generator unit being moveable to magnetically couple to the rotor of said each of said plurality of flywheel units (101a-c).
A method of acting upon an object (206, 315) displayed in an object scene on a computer screen, the method comprising: embedding a single software tool comprising multiple user interactive areas (110-112, 121-123, 131-133) represented in the object scene; associating each interactive area (110-112, 121-123, 131-133) of the single software tool with a function for acting upon the object; activating a user interactive area (110-112, 121-123, 131-133) of the single software tool; and performing the function associated with the activated interactive area (110-112, 121-123, 131-133) on the object moving the software tool off the object scene; and displaying an individual visual representation associated with each function of the software tool, wherein the representation forms a user interactive device responsive to activation by performing the function associated with it. embedding a single software tool comprising multiple user interactive areas (110-112, 121-123, 131-133) represented in the object scene; associating each interactive area (110-112, 121-123, 131-133) of the single software tool with a function for acting upon the object; activating a user interactive area (110-112, 121-123, 131-133) of the single software tool; and performing the function associated with the activated interactive area (110-112, 121-123, 131-133) on the object moving the software tool off the object scene; and displaying an individual visual representation associated with each function of the software tool, wherein the representation forms a user interactive device responsive to activation by performing the function associated with it.
Method of operating a radio node in a radio access network, the method comprising based on a configuration provided by the radio access network determining whether the feedback signaling is to be rate matched for feedback signaling; when it is determined that the feedback signaling is not to be rate-matched, transmitting an encoded and modulated feedback signaling in a feedback resource range without an indication of a transmission size associated with the feedback signaling; and when it is determined that the feedback signaling is to be rate-matched: encoding and modulating an indication of a transmission size associated with the feedback signaling, wherein the indication of transmission size is encoded and/or modulated separately from the feedback signaling; and transmitting the encoded and modulated feedback signaling together with the encoded and modulated indication of the transmission size, in the feedback resource range. when it is determined that the feedback signaling is not to be rate-matched, transmitting an encoded and modulated feedback signaling in a feedback resource range without an indication of a transmission size associated with the feedback signaling; and when it is determined that the feedback signaling is to be rate-matched: encoding and modulating an indication of a transmission size associated with the feedback signaling, wherein the indication of transmission size is encoded and/or modulated separately from the feedback signaling; and transmitting the encoded and modulated feedback signaling together with the encoded and modulated indication of the transmission size, in the feedback resource range. encoding and modulating an indication of a transmission size associated with the feedback signaling, wherein the indication of transmission size is encoded and/or modulated separately from the feedback signaling; and transmitting the encoded and modulated feedback signaling together with the encoded and modulated indication of the transmission size, in the feedback resource range.
Method for the production of a tooth coil for use in a stator or rotor of an electrical machine, comprising at least the following steps: - winding of at least one stranded wire to form a round coil; - winding an insulating tape around this round coil; and - forming the round coil wound with the insulating tape into the final shape of a tooth coil, wherein the round coil is inserted in such a way into a combined stretching and pressing device, that a coil opening of the round coil is penetrated by two stretching mandrels of the combined stretching and pressing device, wherein the two stretching mandrels are subsequently displaced outwards and away from each other in such a way that the round coil is stretched along a longitudinal direction, wherein the round coil is additionally compressed in a direction that is essentially perpendicular to the longitudinal direction, and wherein at least one abutting element, which has a greater length than the outer diameter of the coil opening at the beginning of the forming process, is moved into the coil level during the forming of the round coil to the tooth coil, in order to define the final shape of the tooth coil to be achieved during the forming process. - winding of at least one stranded wire to form a round coil; - winding an insulating tape around this round coil; and - forming the round coil wound with the insulating tape into the final shape of a tooth coil, wherein the round coil is inserted in such a way into a combined stretching and pressing device, that a coil opening of the round coil is penetrated by two stretching mandrels of the combined stretching and pressing device, wherein the two stretching mandrels are subsequently displaced outwards and away from each other in such a way that the round coil is stretched along a longitudinal direction, wherein the round coil is additionally compressed in a direction that is essentially perpendicular to the longitudinal direction, and wherein at least one abutting element, which has a greater length than the outer diameter of the coil opening at the beginning of the forming process, is moved into the coil level during the forming of the round coil to the tooth coil, in order to define the final shape of the tooth coil to be achieved during the forming process.
A luminaire (100, 200, 200', 300) comprising: a. one or more light-emitting elements (LEEs) arranged to provide light within a first angular range; b. one or more couplers arranged to receive the light provided by the one or more LEEs and configured to provide light within a second angular range; c. a diffuser in a path of only a portion of the light provided by the one or more couplers and configured to diffusely transmit at least some of the portion of the light; and d. a reflector having a first surface and a second surface opposite the first surface, the reflector being arranged so that the first surface receives at least a portion of the diffusely transmitted light from the diffuser and the second surface receives at least some light from the coupler that does not impinge on the diffuser, wherein, during operation, the luminaire provides light within a first output angular range and a second output angular range different from the first output angular range. a. one or more light-emitting elements (LEEs) arranged to provide light within a first angular range; b. one or more couplers arranged to receive the light provided by the one or more LEEs and configured to provide light within a second angular range; c. a diffuser in a path of only a portion of the light provided by the one or more couplers and configured to diffusely transmit at least some of the portion of the light; and d. a reflector having a first surface and a second surface opposite the first surface, the reflector being arranged so that the first surface receives at least a portion of the diffusely transmitted light from the diffuser and the second surface receives at least some light from the coupler that does not impinge on the diffuser, wherein, during operation, the luminaire provides light within a first output angular range and a second output angular range different from the first output angular range.
Boat comprising a steering rudder group and propelling unit comprising at least one driving shaft (11, 11') passing in an opening of the transom of the hull to transmit motion from an engine to at least one propeller (21, 21'), at least one steering rudder provided at its upper part with at least one rotation pin, and one through-hull support associated to said opening and provided with a plate portion fixed to the transom at the outside of said hull of the boat and a through-hull tubular portion passing, at said plate portion, through said opening of said transom for supporting said at least one driving shaft (11, 11'), said through-hull support further comprising at least one bush to rotatingly support said pin bearing said steering rudder and in that said transom where said passage opening of said at least one driving shaft (11, 11') is formed is inclined from the top to the bottom in the direction of the stem of said boat, characterised in that said bush passes through said plate portion and in that said at least one steering rudder is arranged between said hull and said at least one propeller (21, 21').
Tappet for a high pressure fuel pump or a valve train of an internal combustion engine, having a housing which, in the region of its drive-side end, receives a roller for being rolled on by a periodic lift generator, the housing being penetrated axially below the roller by a bridge piece which is connected to its inner shell and the underside of which, which faces an output-side end of the housing, serves at least indirectly as a rest for a tappet following part, an upper side of the bridge piece having a shell-like formed recess, in which a movable shell segment is seated which is severed from a ring and on the inner track of which the roller is mounted with a plain bearing, and the shell segment running in the formed recess in a manner which is secured against being milled out via projections which emanate from the inner shell above the bridge piece, characterized in that the bridge piece is connected in one piece to the housing, precisely four axial guide columns which are attached in one piece protruding as the projections from the inner shell of the housing, so as to run axially as far as the bridge piece, on which axial guide columns the shell segment is arranged in a manner which is secured against being milled out via corner cut-outs which are complementary with respect thereto on the two dividing ends thereof.
Method of producing a metal-air button cell comprising an air cathode and a metal-based anode, wherein the air cathode is applied in the form of a planar layer to a planar, laminar substrate by means of a screen printing process, and the layer assembly formed during the printing and comprising the planar substrate and the air cathode applied thereto is inserted into a button cell housing and is combined with the metal-based anode.
A sheet-like composite material comprising a structural layer and curable thermosetting resin, and comprising a fibre-reinforced backing paper on one of its external faces; the fibre-reinforced backing paper comprising a cellulose paper and fibre reinforcement in the backing paper.
A guide system for guiding at least one door wing, in particular a folding-sliding-door, movably supported relative to a furniture carcass, comprising: - at least one guide rail having a longitudinal direction, the longitudinal direction of the guide rail extending substantially parallel to a depth direction of the furniture carcass in a mounted condition on the furniture carcass, - a carrier for movably supporting the at least one door wing, the carrier being displaceably supported at least over a region along the guide rail, - at least one abutment configured to determine an end position of the at least one carrier in the longitudinal direction of the guide rail, wherein the at least one abutment is arranged on an ejector of an ejection device for ejecting the carrier in a direction opposite the depth direction by overpressing the abutment into an overpressing position located behind the end position, characterized in that - the guide system includes at least one adjustment device for adjusting a position of the at least one abutment, and - the at least one abutment is adjustable by the at least one adjustment device in the longitudinal direction relative to the at least one guide rail, - wherein the ejection device is adjustable in its entirety relative to the guide rail by the adjustment device. - at least one guide rail having a longitudinal direction, the longitudinal direction of the guide rail extending substantially parallel to a depth direction of the furniture carcass in a mounted condition on the furniture carcass, - a carrier for movably supporting the at least one door wing, the carrier being displaceably supported at least over a region along the guide rail, - at least one abutment configured to determine an end position of the at least one carrier in the longitudinal direction of the guide rail, wherein the at least one abutment is arranged on an ejector of an ejection device for ejecting the carrier in a direction opposite the depth direction by overpressing the abutment into an overpressing position located behind the end position, - the guide system includes at least one adjustment device for adjusting a position of the at least one abutment, and - the at least one abutment is adjustable by the at least one adjustment device in the longitudinal direction relative to the at least one guide rail, - wherein the ejection device is adjustable in its entirety relative to the guide rail by the adjustment device.
Process for the recovery of metals from a metal-bearing material containing, in oxidized form, more than 1% Co, a total of Co and Ni of more than 15%, and more than 1% Mg, comprising the steps of: - smelting said metal-bearing material in a bath furnace together with slag formers, thereby producing an alloy phase with more than 80%, preferably more than 90% of the Co, and less than 1% of the Mg, and a slag phase, by applying reducing smelting conditions, and by selecting CaO, SiO 2, and Al 2 O 3 as slag formers, in amounts so as to obtain a final slag composition according to the ratio's 0.25 < SiO 2 /Al 2 O 3 < 2.5, 0.5 < SiO 2 /CaO < 2.5, and to MgO > 10%; and, - separating the alloy phase from the slag phase. - smelting said metal-bearing material in a bath furnace together with slag formers, thereby producing an alloy phase with more than 80%, preferably more than 90% of the Co, and less than 1% of the Mg, and a slag phase, by applying reducing smelting conditions, and by selecting CaO, SiO 2, and Al 2 O 3 as slag formers, in amounts so as to obtain a final slag composition according to the ratio's 0.25 < SiO 2 /Al 2 O 3 < 2.5, 0.5 < SiO 2 /CaO < 2.5, and to MgO > 10%; and, - separating the alloy phase from the slag phase.
Method for manufacturing a panel, preferably a flooring panel, having an upper side, an underside opposite to the upper side and at least one lateral side with at least one interlocking element arranged thereto, characterized in that the at least one interlocking element is at least partially imprinted on the lateral side by means of a 3D printer.
An agent comprising or consisting of an antibody, or antigen-binding fragment thereof, wherein the antibody is specific for interleukin-1 receptor accessory protein (IL1RAP) for use in treating or preventing a cancer in a patient, wherein the cancer is a solid tumour having cells which express IL1RAP.