mhurhangee/ep-ind-claims huggingface dataset:
A source device (302, 402), comprising: a transceiver configured to communicate with a destination device (304, 404); and a user interface, comprising a multi-touch display (202, 204), communicatively coupled to the transceiver; logic coupled to the user interface configured to recognize a predefined first gesture made on the multi-touch display (202, 204); wherein the logic is configured to determine, based on the predefined first gesture made by a user of the source device (302, 402), a location of the first gesture on the user interface and, based on the location, an object to transfer; wherein the user interface scans fingerprint data of the user upon detecting the predefined first gesture; wherein the logic is configured to associate the fingerprint data of the user with the object; wherein the logic is configured to send a broadcast message via the transceiver, the message advertising the object that was selected for transfer; wherein the logic is configured to, responsive to receiving a response to the broadcast message from the destination device (304, 404), send the fingerprint data associated with the object to the destination device (304, 404); and wherein the logic is configured to transfer the object to the destination device (304, 404) responsive to the destination device requesting the object. a transceiver configured to communicate with a destination device (304, 404); and a user interface, comprising a multi-touch display (202, 204), communicatively coupled to the transceiver; logic coupled to the user interface configured to recognize a predefined first gesture made on the multi-touch display (202, 204); wherein the logic is configured to determine, based on the predefined first gesture made by a user of the source device (302, 402), a location of the first gesture on the user interface and, based on the location, an object to transfer; wherein the user interface scans fingerprint data of the user upon detecting the predefined first gesture; wherein the logic is configured to associate the fingerprint data of the user with the object; wherein the logic is configured to send a broadcast message via the transceiver, the message advertising the object that was selected for transfer; wherein the logic is configured to, responsive to receiving a response to the broadcast message from the destination device (304, 404), send the fingerprint data associated with the object to the destination device (304, 404); and wherein the logic is configured to transfer the object to the destination device (304, 404) responsive to the destination device requesting the object.
Ice breaking pantograph comprising: - a sliding element moveable between an operative position in which it is engaged to an overhead train or tram power line and a non-operative position in which it is separated from said overhead power line; - at least one arm, having a first end which can be hinged to a train or tram vehicle and a second end connected to said sliding element; - an active actuator on said arm to move it so as to move said sliding element between said operative position and said non-operative position; - a vibrator operating on the sliding element and activatable in the operative position of the sliding element to remove ice and/or snow from said overhead power line; characterized in that said vibrator is adjustable for adjusting the frequency of the induced vibration. - a sliding element moveable between an operative position in which it is engaged to an overhead train or tram power line and a non-operative position in which it is separated from said overhead power line; - at least one arm, having a first end which can be hinged to a train or tram vehicle and a second end connected to said sliding element; - an active actuator on said arm to move it so as to move said sliding element between said operative position and said non-operative position; - a vibrator operating on the sliding element and activatable in the operative position of the sliding element to remove ice and/or snow from said overhead power line; characterized in that said vibrator is adjustable for adjusting the frequency of the induced vibration.
A geothermal energy recovery and/or electricity production station including a well drilled vertically from the earth's surface and from which branches extend, the vertically drilled well is a well with a diameter greater than 2 m, characterised in that the interior space of at least some branches is in fluid connection with a collecting tank placed in the well, and in that said station further includes a closed fluid loop with an energy recovery device (12, 14, 16) disposed in the well, a first fluid connection between the collecting tank and the energy recovery device (12, 14, 16) and a second fluid connection between the energy recovery device (12, 14, 16) and the collecting tank.
A method for casting a cast component, the method comprising: providing a casting core within a cavity of a component mold, wherein the cavity of the component mold defines an outer component shape and the casting core defines an inner component shape, the casting core comprising a core wall, the core wall defining a core outer surface and a core inner surface disposed opposite the core outer surface, wherein the core inner surface defines a core cavity, and wherein the casting core includes a removal facilitation feature, wherein the casting core is a hollow core, and wherein the removal facilitation feature includes a support web or easily-removable sub-cores, wherein the removal facilitation feature comprises a first core material having a thickness of 0.1 mm to 5 mm, and a second core material contained within the core cavity, wherein the second core material leaches at a faster rate than the first core material, wherein the support web is contained within the core cavity and coupled to the core inner surface; casting the cast component within the cavity of the component mold with the casting core positioned therein; removing the cast component from the component mold, with the casting core positioned internally within the component; and removing the casting core from the cast component. providing a casting core within a cavity of a component mold, wherein the cavity of the component mold defines an outer component shape and the casting core defines an inner component shape, the casting core comprising a core wall, the core wall defining a core outer surface and a core inner surface disposed opposite the core outer surface, wherein the core inner surface defines a core cavity, and wherein the casting core includes a removal facilitation feature, wherein the casting core is a hollow core, and wherein the removal facilitation feature includes a support web or easily-removable sub-cores, wherein the removal facilitation feature comprises a first core material having a thickness of 0.1 mm to 5 mm, and a second core material contained within the core cavity, wherein the second core material leaches at a faster rate than the first core material, wherein the support web is contained within the core cavity and coupled to the core inner surface; casting the cast component within the cavity of the component mold with the casting core positioned therein; removing the cast component from the component mold, with the casting core positioned internally within the component; and removing the casting core from the cast component.
Control device for an electric appliance with a control panel, wherein a removable control element is retained on the control panel by means of a holding device (13"), wherein detection means (21, 22, 122) are provided on the control device for detecting a position and/or a movement of the control element in order to cause an operation thereby, wherein the holding device comprises: - either a ferritic or magnetic element within the control element and an arrangement (14") of individual holding magnets below the control panel, - or a ferritic or magnetic element below the control panel and an arrangement (14") of individual holding magnets within the control element, characterized in that the arrangement of holding magnets forms a Halbach array (14") including a plurality of holding magnets in a closed ring shape. - either a ferritic or magnetic element within the control element and an arrangement (14") of individual holding magnets below the control panel, - or a ferritic or magnetic element below the control panel and an arrangement (14") of individual holding magnets within the control element,
A composition, in particular a pharmaceutical composition, which is suitable for use in the prophylactic and/or therapeutic treatment of malignant tumour diseases and/or carcinogenic diseases of the head and neck region, wherein the tumour diseases and/or carcinogenic diseases of the head and neck region are selected from head and neck squamous cell carcinomas (HNSCC), wherein the composition contains 1,8-cineole as the sole active substance, wherein the cineole has a purity of at least 95 wt%, in relation to the cineole, and wherein the cineole is free of other terpenes.
A composite film of a battery casing comprising: a first protection layer; characterized by a fabric layer, in particular a non-woven fabric layer, adhered onto the first protection layer via an adhesive layer, wherein the first protection layer comprises a material that is capable of being thermally fused, wherein the first protection layer is an inner packing casing of the battery, wherein the fabric layer has flexibility to resolve stresses based on a difference between a thermal expansion coefficient of the first protection layer and the fabric layer, so as to prevent the first protection layer from being cracked, and wherein the fabric layer is an outer packing casing to provide an outer exposed interface to a user. a first protection layer; characterized by a fabric layer, in particular a non-woven fabric layer, adhered onto the first protection layer via an adhesive layer, wherein the first protection layer comprises a material that is capable of being thermally fused, wherein the first protection layer is an inner packing casing of the battery, wherein the fabric layer has flexibility to resolve stresses based on a difference between a thermal expansion coefficient of the first protection layer and the fabric layer, so as to prevent the first protection layer from being cracked, and wherein the fabric layer is an outer packing casing to provide an outer exposed interface to a user.
A track assembly for positioning and removably securing wheelchairs and transit seats in a vehicle, comprising: a first rail having a frame, said frame comprising a top surface, a first side surface, a second side surface, and a longitudinal axis; a plurality of apertures having a shape, said apertures evenly distributed within said top surface along said longitudinal axis of said frame; and a second rail identical to and arranged in parallel with said first rail to form said track assembly; characterised in that a plurality of channels connecting said first and second side surfaces (22, 23) proximate said top surface, wherein said channels are evenly distributed along said longitudinal axis of said frame. a first rail having a frame, said frame comprising a top surface, a first side surface, a second side surface, and a longitudinal axis; a plurality of apertures having a shape, said apertures evenly distributed within said top surface along said longitudinal axis of said frame; and a second rail identical to and arranged in parallel with said first rail to form said track assembly; characterised in that a plurality of channels connecting said first and second side surfaces (22, 23) proximate said top surface, wherein said channels are evenly distributed along said longitudinal axis of said frame.
A wave soldering machine comprising a solder reservoir having molten solder contained therein, an enclosure for providing an inerting gas during soldering of a work piece characterized by the enclosure comprising: a base comprising an interior volume in fluid communication with an inerting gas source, a neck comprising an interior volume in fluid communication with the interior volume of the base and an opening, a cap proximal to the opening, and a tube comprising one or more openings for the flow of the inerting gas therethrough, wherein the tube resides within the base and is in fluid communication with the inerting gas source; wherein the inerting gas travels through the tube into the interior volume of the base and neck and out through the opening, wherein the enclosure is so positioned in the solder reservoir that at least a portion of the base and the neck of the enclosure is immersed in the molten solder. a base comprising an interior volume in fluid communication with an inerting gas source, a neck comprising an interior volume in fluid communication with the interior volume of the base and an opening, a cap proximal to the opening, and a tube comprising one or more openings for the flow of the inerting gas therethrough, wherein the tube resides within the base and is in fluid communication with the inerting gas source; wherein the inerting gas travels through the tube into the interior volume of the base and neck and out through the opening, wherein the enclosure is so positioned in the solder reservoir that at least a portion of the base and the neck of the enclosure is immersed in the molten solder.
A power converter adapted to convert input direct-current power or alternating-current power into desired alternating-current power according to a switching operation of a switching element to output the desired alternating-current power, said switching element cooled by using a cooling apparatus that makes use of a boiling phenomenon of a coolant incorporated therein, the power converter comprising: a control unit controlling an operation of the power converter based on a deviation between a temperature (Tf) of the switching element or an attachment surface of the switching element and a temperature (Ta) of cooling air sucked by the cooling apparatus, wherein the control unit includes a detecting unit generating and outputting a cooling performance deterioration detection signal representing performance deterioration of the cooling apparatus when the deviation exceeds a predetermined threshold. a control unit controlling an operation of the power converter based on a deviation between a temperature (Tf) of the switching element or an attachment surface of the switching element and a temperature (Ta) of cooling air sucked by the cooling apparatus, wherein the control unit includes a detecting unit generating and outputting a cooling performance deterioration detection signal representing performance deterioration of the cooling apparatus when the deviation exceeds a predetermined threshold.
A medical system, comprising: a left atrial appendage closure device including an expandable framework and a proximal hub centered on a central longitudinal axis of the expandable framework; wherein an insert is disposed within the proximal hub, the insert including a collar configured to engage the proximal hub, a recess extending into the insert from a proximal end of the insert, and a post member disposed within the recess; wherein the post member is radially spaced apart from the collar to define a gap between the post member and the collar, and the post member extends proximally from a distal end of the recess to a proximal surface; wherein the insert includes a first connection structure disposed distal of the proximal surface; and a delivery catheter having a second connection structure proximate a distal end of the delivery catheter, the second connection structure being configured to engage the first connection structure in a delivery configuration of the medical system; wherein the distal end of the delivery catheter includes a hollow portion configured to receive the post member in the delivery configuration. a left atrial appendage closure device including an expandable framework and a proximal hub centered on a central longitudinal axis of the expandable framework; wherein an insert is disposed within the proximal hub, the insert including a collar configured to engage the proximal hub, a recess extending into the insert from a proximal end of the insert, and a post member disposed within the recess; wherein the post member is radially spaced apart from the collar to define a gap between the post member and the collar, and the post member extends proximally from a distal end of the recess to a proximal surface; wherein the insert includes a first connection structure disposed distal of the proximal surface; and a delivery catheter having a second connection structure proximate a distal end of the delivery catheter, the second connection structure being configured to engage the first connection structure in a delivery configuration of the medical system; wherein the distal end of the delivery catheter includes a hollow portion configured to receive the post member in the delivery configuration.
A pressure vessel (40; 50; 60; 70; 80; 90) for isostatic pressing, the pressure vessel comprising: radially pre-stressing means arranged for exerting radial compressive forces on the pressure vessel, wherein said pressure vessel (40; 50; 60; 70; 80; 90) is arranged with a non-uniform wall thickness, and wherein said wall has portions with a thicker wall thickness at an upper and a lower end portion (41, 42; 52, 52; 61, 62; 71, 72; 81, 82; 91, 92) of said pressure vessel and has portions with a thinner wall thickness at a central portion (45; 55; 65; 75; 85; 95) of the pressure vessel, characterized in that a diameter relation between an outer diameter (od) and an inner diameter (id) of said pressure vessel is 1.2 or less at a central portion of the pressure vessel, and in that an inner surface of the wall of the pressure vessel is provided with steps so as to result in the reduced wall thickness at the central portion. radially pre-stressing means arranged for exerting radial compressive forces on the pressure vessel, wherein said pressure vessel (40; 50; 60; 70; 80; 90) is arranged with a non-uniform wall thickness, and wherein said wall has portions with a thicker wall thickness at an upper and a lower end portion (41, 42; 52, 52; 61, 62; 71, 72; 81, 82; 91, 92) of said pressure vessel and has portions with a thinner wall thickness at a central portion (45; 55; 65; 75; 85; 95) of the pressure vessel, characterized in that a diameter relation between an outer diameter (od) and an inner diameter (id) of said pressure vessel is 1.2 or less at a central portion of the pressure vessel, and in that an inner surface of the wall of the pressure vessel is provided with steps so as to result in the reduced wall thickness at the central portion.
A composition comprising an isolated monosaccharide for use in the treatment of hemophilia A and/or von Willebrand disease, wherein the monosaccharide is an accessible sugar residue derived from ABO blood group antigen, wherein the isolated monosaccharide is one or more of galactose, fucose and N-acetylgalactosamine.
A power amplifier comprising a main amplifier and an auxiliary amplifier, each arranged to receive an input signal and to operate in parallel and at an output end both being connected to a load ( Z L), both amplifiers being arranged to operate over a bandwidth B with a centre frequency f 0, the main amplifier being arranged to generate a main amplifier output current ( I m) and being connected to the load ( Z L) via a main amplifier transmission line having an input impedance of Z m1, the main amplifier transmission line having a characteristic impedance Z C and the auxiliary amplifier being arranged to generate an auxiliary amplifier output current ( I a) and being connected to the load ( Z L), the main amplifier being arranged to operate with a drain-source, or collector-emitter, bias voltage V ds,m and the auxiliary amplifier being arranged to operate with a drain-source, or collector-emitter, bias voltage V ds,a, the power amplifier being arranged to deliver an output power P out, and the auxiliary amplifier output current ( I a) is arranged to be set to zero below a First Efficiency Peak, FEP, being defined as the first efficiency peak in the power ratio P out to P out,max, P out,max being the maximum power output of the power amplifier and P FEP defining the power ratio at the FEP, characterized in that: • the main amplifier is arranged to be biased by a voltage V ds,m being substantially equal to V ds,a times x b, x b being the main amplifier output current ( I m) normalized to the maximum current through the main amplifier at a fundamental frequency, I max,m, when P out = P FEP and • the impedance of the load ( Z L) and the characteristic impedance (Z c) of the main amplifier transmission line are both arranged to be substantially equal to V ds,a divided with I max,m making the input impedance ( Z m1) to the main amplifier transmission line independent of frequency below P FEP, thus making the efficiency independent of frequency below P FEP. • the main amplifier is arranged to be biased by a voltage V ds,m being substantially equal to V ds,a times x b, x b being the main amplifier output current ( I m) normalized to the maximum current through the main amplifier at a fundamental frequency, I max,m, when P out = P FEP and • the impedance of the load ( Z L) and the characteristic impedance (Z c) of the main amplifier transmission line are both arranged to be substantially equal to V ds,a divided with I max,m making the input impedance ( Z m1) to the main amplifier transmission line independent of frequency below P FEP,
A yarn cage conveyor equipment, comprising: a first beam, which is arranged on a guide rail and can move along the guide rail; a second beam, which is moveably arranged on the first beam and can move along the first beam; a mechanical gripper, which is arranged on the second beam and comprises a telescoping mechanism and a grab mechanism connected with the telescoping mechanism; a position detection unit, which is used for detecting positions of the first beam and the second beam; and a control device, which is used for controlling movements of the first beam, the second beam and the mechanical gripper according to the position information detected by the position detection unit; wherein the telescoping mechanism comprises a first cylinder; the grab mechanism is connected with a piston rod of the first cylinder; characterized in that, the telescoping mechanism further comprises: a guide part, which comprises a bracket, a guide rod and a connecting plate; the bracket is provided with a guide hole, and the guide rod passes through the guide hole; one end of the guide rod and the piston rod of the first cylinder are connected with the connecting plate respectively; the grab mechanism is connected with the connecting plate. a first beam, which is arranged on a guide rail and can move along the guide rail; a second beam, which is moveably arranged on the first beam and can move along the first beam; a mechanical gripper, which is arranged on the second beam and comprises a telescoping mechanism and a grab mechanism connected with the telescoping mechanism; a position detection unit, which is used for detecting positions of the first beam and the second beam; and a control device, which is used for controlling movements of the first beam, the second beam and the mechanical gripper according to the position information detected by the position detection unit; wherein the telescoping mechanism comprises a first cylinder; the grab mechanism is connected with a piston rod of the first cylinder; characterized in that, the telescoping mechanism further comprises: a guide part, which comprises a bracket, a guide rod and a connecting plate; the bracket is provided with a guide hole, and the guide rod passes through the guide hole; one end of the guide rod and the piston rod of the first cylinder are connected with the connecting plate respectively; the grab mechanism is connected with the connecting plate.