mhurhangee/ep-ind-claims huggingface dataset:
A method of recovering products from slag generated from an iron or steel making process comprising: collecting an amount of slag generated from an iron or steel making process; isolating a non-magnetic-material-enriched portion from said slag; collecting a leachate from said non-magnetic-material-enriched portion comprising metal oxides, metal carbonates, and rare-earth elements; precipitating at least one of said metal oxides and said metal carbonates from said leachate; and collecting waste water and rare-earth elements from said leachate. collecting an amount of slag generated from an iron or steel making process; isolating a non-magnetic-material-enriched portion from said slag; collecting a leachate from said non-magnetic-material-enriched portion comprising metal oxides, metal carbonates, and rare-earth elements; precipitating at least one of said metal oxides and said metal carbonates from said leachate; and collecting waste water and rare-earth elements from said leachate.
A delivery catheter for delivery of a valve stent comprising a distal end and a proximal end, said distal end including a stent attachment region adapted to receive a stent; said proximal end comprising a handle portion; and at least one sheath which is configured to circumferentially cover at least partially said stent such as to retain said stent in a collapsed configuration, said sheath being coupleable at its proximal end to actuation means located on said handle portion such as to be moved along said stent, wherein said catheter further comprises tactile feedback means to indicate when the distal end of the sheath has reached a defined position on the stent during proximal and/or distal movement of said sheath along said stent wherein the actuation means comprises a manual rotary control; characterized in that the manual rotary control is associated with a helical thread that causes linear translation of the rotary control relative to the handle as the rotary control is turned, the handle further comprising indicia positioned so as to be progressively exposed or covered by the rotary control according to the linear position of the rotary control, the indicia indicating an extent of displacement of the sheath at the proximal portion and wherein the rotary control is configured such that the linear translation of the rotary control is the same linear translation as the sheath. said catheter further comprises tactile feedback means to indicate when the distal end of the sheath has reached a defined position on the stent during proximal and/or distal movement of said sheath along said stent wherein the actuation means comprises a manual rotary control; characterized in that the manual rotary control is associated with a helical thread that causes linear translation of the rotary control relative to the handle as the rotary control is turned, the handle further comprising indicia positioned so as to be progressively exposed or covered by the rotary control according to the linear position of the rotary control, the indicia indicating an extent of displacement of the sheath at the proximal portion and wherein the rotary control is configured such that the linear translation of the rotary control is the same linear translation as the sheath.
A clamp system for releasably attaching a filter assembly to a support grid; the clamp system comprising: (a) one or more clamp rods (212, 214); (b) a first elongated support member with openings (232, 234), each opening being sized to fit over one of the clamp rods; (c) a first slide plate slidably mounted in the first support member; (i) the first slide plate having openings (238, 240) alignable with the openings in the first support member; (ii) the first slide plate having an end handle; (d) a second elongated support member with openings (252, 254), each opening in the second support member sized to fit over one of the clamp rods; and (e) one or more handgrips (220, 222), each handgrip constructed and arranged to engage one of the clamp rods and apply an axial force against the second support member. (a) one or more clamp rods (212, 214); (b) a first elongated support member with openings (232, 234), each opening being sized to fit over one of the clamp rods; (c) a first slide plate slidably mounted in the first support member; (i) the first slide plate having openings (238, 240) alignable with the openings in the first support member; (ii) the first slide plate having an end handle; (i) the first slide plate having openings (238, 240) alignable with the openings in the first support member; (ii) the first slide plate having an end handle; (d) a second elongated support member with openings (252, 254), each opening in the second support member sized to fit over one of the clamp rods; and (e) one or more handgrips (220, 222), each handgrip constructed and arranged to engage one of the clamp rods and apply an axial force against the second support member.
A method of managing the duration of a scheduling window of a quality of service enabled local area network, said method characterised by the steps of: determining a minimum delay of delay requirements of data flows in said network to be scheduled during a scheduling window; calculating said duration of said scheduling window based on said minimum delay; and applying said duration of said scheduling window at a next scheduling interval, wherein said duration of said scheduling window is shorter than a minimum of: a Contention Free Period plus a Contention Period, and half of said minimum delay. determining a minimum delay of delay requirements of data flows in said network to be scheduled during a scheduling window; calculating said duration of said scheduling window based on said minimum delay; and applying said duration of said scheduling window at a next scheduling interval, wherein said duration of said scheduling window is shorter than a minimum of: a Contention Free Period plus a Contention Period, and half of said minimum delay.
Method and apparatus for the production of bags (2, 2'), the walls of which contain webs of stretched polyolefin material and coatings, wherein at least one temperature-induced joining process is performed, and wherein at least a part of the materials (2, 2', 3, 3') to be joined is heated by means of a hot-air flow, wherein the hot-air flow is produced by first passing air past one or more heating devices (16, 21), and then passing it onto the material (2, 2', 3, 3') to be joined, wherein the hot-air flow is fed to the inlet side of a roller gap, and wherein the coatings of the surfaces of the materials to be joined are melted and brought together in the roller gap, characterized in that the air flow pulsatingly passes at least one heating device (16, 21), wherein at least one valve (23, 28) is actuated in order to generate the pulsating air flow, while the opening of a pressure reservoir, which has a higher pressure than atmospheric pressure, is controlled by the valve (23, 28).
A composition comprising a diesel base fuel and at least one dihydrocarbyl diazene dicarboxamide, wherein the dihydrocarbyl diazene dicarboxamide has the formula: wherein R 1 and R 2 are the same or different hydrocarbyl groups selected from the group consisting of alkyl groups, cycloalkyl groups, and aryl groups, and wherein the dihydrocarbyl diazene dicarboxamide is present in the composition at a concentration from 0.05 to 5 percent by weight.
An inflation control system for an inflatable, comprising: a compressed fluid source; a valve module connected to the compressed fluid source and configured to control a flow of gas to the inflatable; a temperature sensor configured to measure an ambient temperature and output an ambient temperature measurement; and a controller operably coupled to the valve module, wherein the controller is configured to receive the ambient temperature measurement and determine an open-valve time based on the ambient temperature measurement, the open-valve time being a duration of time the valve module is in an open position, transmit a first control signal to the valve module to begin the flow of gas to the inflatable, start a timer corresponding to the open-valve time, and transmit a second control signal to halt the flow of gas to the inflatable after expiration of the timer. a compressed fluid source; a valve module connected to the compressed fluid source and configured to control a flow of gas to the inflatable; a temperature sensor configured to measure an ambient temperature and output an ambient temperature measurement; and a controller operably coupled to the valve module, wherein the controller is configured to receive the ambient temperature measurement and determine an open-valve time based on the ambient temperature measurement, the open-valve time being a duration of time the valve module is in an open position, transmit a first control signal to the valve module to begin the flow of gas to the inflatable, start a timer corresponding to the open-valve time, and transmit a second control signal to halt the flow of gas to the inflatable after expiration of the timer.
A process for producing a supported tin-comprising catalyst, wherein a solution comprising tin nitrate and at least one complexing agent is applied to the support, where the solution does not comprise any solid or comprises a solids content of not more than 0.5% by weight based on the total amount of dissolved components.
A heat transfer sheet for a rotary regenerative heat exchanger, the heat transfer sheet having: a plurality of sheet spacing features extending along the heat transfer sheet substantially parallel to a direction of gas flow, the sheet spacing features defining a portion of a flow passage between an adjacent heat transfer sheet; and an undulating surface disposed between each pair of adjacent sheet spacing features, characterized by: the undulating surface being formed by lobes that become increasingly angled with respect to the sheet spacing features over the length of the heat transfer sheet. a plurality of sheet spacing features extending along the heat transfer sheet substantially parallel to a direction of gas flow, the sheet spacing features defining a portion of a flow passage between an adjacent heat transfer sheet; and an undulating surface disposed between each pair of adjacent sheet spacing features, characterized by: the undulating surface being formed by lobes that become increasingly angled with respect to the sheet spacing features over the length of the heat transfer sheet. the undulating surface being formed by lobes that become increasingly angled with respect to the sheet spacing features over the length of the heat transfer sheet.
A characterisation system for characterising an object comprising a basic material and additional structural features using X-rays, the system comprising at least one X-ray irradiation source for generating an X-ray irradiation beam for irradiating the object to be characterised and at least one detector for detecting said irradiation beam transmitted through the object, the system furthermore comprising a control means adapted for controlling said characterisation system to obtain at least two different basic datasets of the object, the control means is adapted for controlling said characterisation system to obtain at least two different basic datasets of the object for different positional configurations of the irradiation beam, the object and the detector and an image processing means adapted for receiving said first basic dataset and for receiving said second basic dataset, and for combining the at least two different basic datasets and obtaining based thereon a differential image indicating the additional structural features of the object but substantially filtering out the basic material, wherein the control means furthermore is adapted for providing said different positional configurations of the irradiation beam, the object and the detector by providing a relative shift between any of the irradiation beam, the object and the detector, the detector having detector pixels of a predetermined size P, said relative shift resulting in a shift between the basic datasets of more than the predetermined pixel size P but less than 100% of the field of view of the detector.
Method for converting a movement of a magnetic object relative to a magnetic field sensor into a signal directly perceptible by a human being, this method comprising: - measuring a magnetic field modified depending on the movement of the magnetic object; and - adjusting (50; 62) at least one parameter of the directly perceptible signal depending on the measured magnetic field; characterized in that the method also comprises: - acquiring a temporal succession of measurements of the magnetic field during a sliding time window of preset duration; - constructing (34; 60) from this acquired temporal succession of measurements a plurality of signals each representing a characteristic of the measured magnetic field depending on a corresponding characteristic of the movement of the object; and - adjusting (50; 62) a plurality of parameters of the directly perceptible signal depending on these signals in order to make these characteristics directly perceptible. - measuring a magnetic field modified depending on the movement of the magnetic object; and - adjusting (50; 62) at least one parameter of the directly perceptible signal depending on the measured magnetic field; characterized in that the method also comprises: - acquiring a temporal succession of measurements of the magnetic field during a sliding time window of preset duration; - constructing (34; 60) from this acquired temporal succession of measurements a plurality of signals each representing a characteristic of the measured magnetic field depending on a corresponding characteristic of the movement of the object; and - adjusting (50; 62) a plurality of parameters of the directly perceptible signal depending on these signals in order to make these characteristics directly perceptible.
A humanized bi-specific antibody against the backbone of polyethylene glycol and a target ligand, comprising: a first antigen binding site that binds to the PEG; and a second antigen binding site that binds to the target ligand which is any of EGFR, HER2, TAG-72, or CD19; wherein, the first antigen binding site comprises a VL domain comprising the sequence of SEQ ID NO: 216, and a VH domain comprising the sequence of SEQ ID NO: 217; and the second antigen binding site comprises a single chain variable fragment (scFv) comprising the sequence of SEQ ID NO: 5, 7, 8, 11, 15 or 16. a first antigen binding site that binds to the PEG; and a second antigen binding site that binds to the target ligand which is any of EGFR, HER2, TAG-72, or CD19; wherein, the first antigen binding site comprises a VL domain comprising the sequence of SEQ ID NO: 216, and a VH domain comprising the sequence of SEQ ID NO: 217; and the second antigen binding site comprises a single chain variable fragment (scFv) comprising the sequence of SEQ ID NO: 5, 7, 8, 11, 15 or 16.
An electric arc furnace comprising a transformer having output connections, a secondary circuit with variable impedance for one or more phases (F1, F2, F3), comprising: (a) a rigid and fixed interconnection for each phase (F1, F2, F3) connected to the transformer; (b) flexible cables each connected through a respective first end thereof to the fixed interconnection; (c) electrode holding arms each connected to a respective second end of the flexible cables; the electric arc furnace being characterised in that it further comprises: (d) conductive electrodes fixed to the respective electrode holding arms, wherein the rigid and fixed interconnection of at least one phase (F1, F2, F3) comprises at least one turn having a geometry adjustable either continuously or discretely to adjust the impedance in order to obtain a desired impedance value and wherein a first side of said turn consists of a movable crosspiece configured so that the distance between said movable crosspiece and a second side of the turn, opposite to said first side, is variable. (a) a rigid and fixed interconnection for each phase (F1, F2, F3) connected to the transformer; (b) flexible cables each connected through a respective first end thereof to the fixed interconnection; (c) electrode holding arms each connected to a respective second end of the flexible cables; (d) conductive electrodes fixed to the respective electrode holding arms, wherein the rigid and fixed interconnection of at least one phase (F1, F2, F3) comprises at least one turn having a geometry adjustable either continuously or discretely to adjust the impedance in order to obtain a desired impedance value and wherein a first side of said turn consists of a movable crosspiece configured so that the distance between said movable crosspiece and a second side of the turn, opposite to said first side, is variable.
A transdermal absorption patch comprising an adhesive base, wherein the adhesive base consists of an acrylic-based adhesive containing no cross-linking agent, having no carboxyl group, and having a hydroxyl group or a pyrrolidone group, free ropinirole, and optionally one or more component(s) selected from the group consisting of a transdermal absorption enhancer, an antioxidant, liquid components, a preservative, an algefacient, an antimicrobial, a flavoring agent, and a colorant.
An access network offloading method, comprising: sending, by user equipment, UE, a UE identifier and WiFi information of the UE to a base station, wherein the WiFi information comprises a wireless local area network Media Access Control identifier, WiFi MAC ID, of the UE, for the base station establishing an association relationship between the UE identifier of the UE and the WiFi MAC ID of the UE; and searching, by the UE, for a wireless local area network, WLAN, signal, when an accessible WLAN network is found, sending an access request comprising the WiFi MAC ID of the UE to an access point of the WLAN network, WLAN AP, accessing the WLAN network, and enabling the WLAN AP to send the WiFi MAC ID of the UE to the base station, for the base station performing matching according to the association relationship between the UE identifier of the UE and the WiFi MAC ID of the UE to obtain the UE identifier associated with the WiFi MAC ID, and starting offloading the UE. sending, by user equipment, UE, a UE identifier and WiFi information of the UE to a base station, wherein the WiFi information comprises a wireless local area network Media Access Control identifier, WiFi MAC ID, of the UE, for the base station establishing an association relationship between the UE identifier of the UE and the WiFi MAC ID of the UE; and searching, by the UE, for a wireless local area network, WLAN, signal, when an accessible WLAN network is found, sending an access request comprising the WiFi MAC ID of the UE to an access point of the WLAN network, WLAN AP, accessing the WLAN network, and enabling the WLAN AP to send the WiFi MAC ID of the UE to the base station, for the base station performing matching according to the association relationship between the UE identifier of the UE and the WiFi MAC ID of the UE to obtain the UE identifier associated with the WiFi MAC ID, and starting offloading the UE.
Air conditioning device for a motor vehicle, comprising a conduction system for refrigerant and a plurality of air conditioning elements which are connected by means of the conduction system, namely at least - a compressor, - a main condenser connected downstream of the compressor in terms of flow, - a first evaporator with a first expansion member, which is connected upstream in terms of flow, in a first air conditioning branch (IIa) of the conduction system, and - a second evaporator with a second expansion member, which is connected upstream in terms of flow, in a second air conditioning branch (IIb) of the conduction system, wherein the first and the second air conditioning branch (IIa, b) are switchable parallel to each other and in each case in series with a main branch of the conduction system, the main branch containing the compressor and the main condenser, and wherein the conduction system has a switchable bypass path by means of which, in the open state thereof, the output of the compressor is connectable directly to the input of the second evaporator, bypassing the main condenser, characterized in that the second air conditioning branch (IIb) is optionally blockable or openable by means of a valve arrangement, and the conduction system furthermore has a switchable connecting branch by means of which, in the open state thereof, the output of the second evaporator is connectable to the input of the first expansion member, instead of to the main branch, and therefore the second and the first air conditioning branch (IIb, a) are connectable to each other in series. - a compressor, - a main condenser connected downstream of the compressor in terms of flow, - a first evaporator with a first expansion member, which is connected upstream in terms of flow, in a first air conditioning branch (IIa) of the conduction system, and - a second evaporator with a second expansion member, which is connected upstream in terms of flow, in a second air conditioning branch (IIb) of the conduction system,
An access port for providing subcutaneous access to a patient, comprising: a metallic body (14, 16) defining a fluid cavity accessible by inserting a needle through a septum; and an identification feature included on a bottom surface of the access port, the feature being observable via imaging technology subsequent to subcutaneous implantation of the access port, the identification feature identifying a predetermined characteristic of the access port, characterized in that the recessed identification feature has a sharp-edged cross-sectional recessed profile that is rectangular, wherein the identification feature is recessed in the bottom surface of the access port. a metallic body (14, 16) defining a fluid cavity accessible by inserting a needle through a septum; and an identification feature included on a bottom surface of the access port, the feature being observable via imaging technology subsequent to subcutaneous implantation of the access port, the identification feature identifying a predetermined characteristic of the access port, characterized in that the recessed identification feature has a sharp-edged cross-sectional recessed profile that is rectangular, wherein the identification feature is recessed in the bottom surface of the access port.
A polypropylene composition for thermoforming comprising: from 50 % by weight to at most 90 % by weight of a polypropylene A, wherein polypropylene A is a polypropylene random copolymer, based on the total weight of the polypropylene composition; and from 10 % by weight to at most 50 % by weight of a polypropylene B, wherein polypropylene B is a polypropylene homopolymer, based on the total weight of the polypropylene composition; wherein the melt flow index of polypropylene B is at most 1.0 g/10min, as measured according to the method of standard ISO 1133, condition M, at 230 °C and under a load of 2.16 kg; and wherein the ratio of the melt flow index of polypropylene A to the melt flow index of polypropylene B is at least 80. from 50 % by weight to at most 90 % by weight of a polypropylene A, wherein polypropylene A is a polypropylene random copolymer, based on the total weight of the polypropylene composition; and from 10 % by weight to at most 50 % by weight of a polypropylene B, wherein polypropylene B is a polypropylene homopolymer, based on the total weight of the polypropylene composition; wherein the melt flow index of polypropylene B is at most 1.0 g/10min, as measured according to the method of standard ISO 1133, condition M, at 230 °C and under a load of 2.16 kg; and wherein the ratio of the melt flow index of polypropylene A to the melt flow index of polypropylene B is at least 80.