mhurhangee/patent-ind-claim-en huggingface dataset:
A system for treating a patient comprising: a delivery device comprising an elongate shaft with a distal portion and a first delivery element and a second delivery element positioned on the elongate shaft distal portion; and an injectate comprising a first injectate material and a second injectate material , wherein the delivery device is configured to deliver the first injectate material through the first delivery element into tissue and to deliver the second injectate material through the second delivery element into the tissue to create a therapeutic restriction (TR) in the gastrointestinal (GI) tract, wherein at least one of: the first injectate material and the second injectate material undergo a chemical change when brought into contact with each other; the first injectate material and the second injectate material undergo a physical change when brought into contact with each other. a delivery device comprising an elongate shaft with a distal portion and a first delivery element and a second delivery element positioned on the elongate shaft distal portion; and an injectate comprising a first injectate material and a second injectate material , wherein the delivery device is configured to deliver the first injectate material through the first delivery element into tissue and to deliver the second injectate material through the second delivery element into the tissue to create a therapeutic restriction (TR) in the gastrointestinal (GI) tract, wherein at least one of: the first injectate material and the second injectate material undergo a chemical change when brought into contact with each other; the first injectate material and the second injectate material undergo a physical change when brought into contact with each other. the first injectate material and the second injectate material undergo a chemical change when brought into contact with each other; the first injectate material and the second injectate material undergo a physical change when brought into contact with each other.
A composition of matter comprising at least one nanowire on a graphitic substrate, said at least one nanowire having been grown epitaxially on said substrate, wherein said nanowire comprises at least one group III-V compound where the group III element is at least one of Al, Ga or In and the group V element is at least one of N, P, As and Sb; wherein said nanowire has a lattice mismatch of up to 10% with the graphitic substrate, and wherein the graphitic substrate comprises graphene, graphane, or graphene oxide.
A splice cassette for optical cables , the splice cassette comprising: a tray base having a tray top surface and a tray bottom surface ; a transition passage through which a slack cable can be routed from the tray top surface to the tray bottom surface ; a tray-bottom substructure protruding from the tray bottom surface ; a continuous slack passage defined outwardly on the tray-bottom surface from a substructure wall of the tray-bottom substructure , the continuous slack passage comprising a first slack region and a second slack region on opposite sides of the tray-bottom substructure ; a slack exit through which the slack cable can be passed from the first slack region or the second slack region out of the splice cassette ; characterized by a first slack cover hingedly attached to a first outer edge of the tray base , the first slack cover enclosing at least a portion of the first slack region in a closed position of the first slack cover ; a second slack cover hingedly attached to a second outer edge of the tray base , the second slack cover enclosing at least a portion of the second slack region in a closed position of the second slack cover . a tray base having a tray top surface and a tray bottom surface ; a transition passage through which a slack cable can be routed from the tray top surface to the tray bottom surface ; a tray-bottom substructure protruding from the tray bottom surface ; a continuous slack passage defined outwardly on the tray-bottom surface from a substructure wall of the tray-bottom substructure , the continuous slack passage comprising a first slack region and a second slack region on opposite sides of the tray-bottom substructure ; a slack exit through which the slack cable can be passed from the first slack region or the second slack region out of the splice cassette ; characterized by a first slack cover hingedly attached to a first outer edge of the tray base , the first slack cover enclosing at least a portion of the first slack region in a closed position of the first slack cover ; a second slack cover hingedly attached to a second outer edge of the tray base , the second slack cover enclosing at least a portion of the second slack region in a closed position of the second slack cover .
A bubble trap for separating gas from a perfusion liquid in a perfusion apparatus , the bubble trap comprising a liquid level sensor configured to detect a level of perfusion liquid in the bubble trap , the liquid level sensor including a float in a chamber of the bubble trap and the liquid level sensor being disposed along a side wall of the chamber , the bubble trap further comprising a sensor outside the chamber for determining a level of the float in the chamber .
A polyvinyl chloride (PVC) component with reduced surface gloss comprising: a PVC resin and one or more process aids comprising at least one base polymer with one or more of the process aids being functionalized with 0.5 wt. % to 35 wt.% of a reactive epoxy, hydroxyl, or carboxylic acid functional group based on the total weight of the process aids; and optionally, at least one impact modifier; wherein the PVC component exhibits a gloss reduction, measured according to the method disclosed in the experimental section, of at least 5 points measured at an angle of 85 degrees or less when compared to a similar PVC component in which the process aids are not functionalized, wherein the one or more process aids have a molecular weight (M w ) that is 50,000 g/mol or higher, measured according to the method of the description, and wherein a fraction of the process aid is insoluble in acetone, tetrahydrofuran (THF), or methyl ethyl ketone (MEK) and wherein said insoluble fraction of the process aids ranges from 1% to 90%, the insoluble fraction being determined according to the method disclosed in the experimental section . a PVC resin and one or more process aids comprising at least one base polymer with one or more of the process aids being functionalized with 0.5 wt. % to 35 wt.% of a reactive epoxy, hydroxyl, or carboxylic acid functional group based on the total weight of the process aids; and optionally, at least one impact modifier; wherein the PVC component exhibits a gloss reduction, measured according to the method disclosed in the experimental section, of at least 5 points measured at an angle of 85 degrees or less when compared to a similar PVC component in which the process aids are not functionalized, wherein the one or more process aids have a molecular weight (M w ) that is 50,000 g/mol or higher, measured according to the method of the description, and wherein a fraction of the process aid is insoluble in acetone, tetrahydrofuran (THF), or methyl ethyl ketone (MEK) and wherein said insoluble fraction of the process aids ranges from 1% to 90%, the insoluble fraction being determined according to the method disclosed in the experimental section .
A data transmitter (100_1) of a communication system, wherein the data transmitter (100_1) is a node or a base station of the communication system, the node being a sensor node or an actuator node, wherein a radio transmission band used by the communication system is shared with many further communication systems, wherein the data transmitter (100_1) comprises means for generating transmission data packets, configured to split a first data packet destined for a first data receiver (102_1) into at least two transmission data packets (104_1-104_n), wherein each of the transmission data packets (104_1-104_n) destined for the first data receiver (102_1) is shorter than the first data packet ; wherein the data transmitter (100_1) comprises means for transmitting data packets, configured to transmit the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1) via a communications channel using a time hopping pattern with a time gap ; wherein the means for transmitting data packets is configured to transmit at least one further transmission data packet to the first data receiver (102_1) or a second data receiver (102_2) in the time gap between the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1). wherein the data transmitter (100_1) is a node or a base station of the communication system, the node being a sensor node or an actuator node, wherein a radio transmission band used by the communication system is shared with many further communication systems, wherein the data transmitter (100_1) comprises means for generating transmission data packets, configured to split a first data packet destined for a first data receiver (102_1) into at least two transmission data packets (104_1-104_n), wherein each of the transmission data packets (104_1-104_n) destined for the first data receiver (102_1) is shorter than the first data packet ; wherein the data transmitter (100_1) comprises means for transmitting data packets, configured to transmit the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1) via a communications channel using a time hopping pattern with a time gap ; wherein the means for transmitting data packets is configured to transmit at least one further transmission data packet to the first data receiver (102_1) or a second data receiver (102_2) in the time gap between the at least two transmission data packets (104_1-104_n) destined for the first data receiver (102_1).
Process for making a membrane M comprising the following steps: a) preparing a copolymer C, wherein said copolymer C comprises blocks of at least one polyarylene ether A and blocks of polyalkylene oxide PAO, wherein the content of polyalkylene oxide PAO in copolymer C is 30 to 90 % by weight and wherein copolymer C is prepared in a solvent L to yield solution S; b) providing a dope solution D comprising at least one polymer P selected from polyethersulfone, polysulfone and polyphenylenesulfone; c) mixing solution S and dope solution D; d) preparing a membrane by bringing the mixture of solution S and dope solution D into contact with at least one coagulating agent, wherein said block of at least one polyarylene ether A is selected from polyethersulfone, polysulfone and polyphenylenesulfone or copolymers or mixtures thereof, and wherein said polyalkylene oxide PAO is polyethylene oxide. a) preparing a copolymer C, wherein said copolymer C comprises blocks of at least one polyarylene ether A and blocks of polyalkylene oxide PAO, wherein the content of polyalkylene oxide PAO in copolymer C is 30 to 90 % by weight and wherein copolymer C is prepared in a solvent L to yield solution S; b) providing a dope solution D comprising at least one polymer P selected from polyethersulfone, polysulfone and polyphenylenesulfone; c) mixing solution S and dope solution D; d) preparing a membrane by bringing the mixture of solution S and dope solution D into contact with at least one coagulating agent,
A multi-hardness cushion having a ventilation structure, comprising: a support cushion provided in a form of a vehicle seat and having an insert recess formed in a portion where a passenger's buttocks are placed when he or she is seated, with stepped portions being formed on both sides of the insert recess ; a friction cushion detachably provided in the insert recess of the support cushion so that the passenger's buttocks are placed thereon when he or she is seated, and having a locking part that is locked to each of the stepped portions , characterized by a first ventilation unit having a first air flow channel provided in the insert recess , a plurality of first side flow channels provided in each of the stepped portions , and an air inlet opening provided in the first air flow channel ; and a second ventilation unit having a second air flow channel that is formed in the friction cushion to face the first air flow channel , a plurality of second air flow holes that are formed along the second air flow channel to penetrate the friction cushion , and a plurality of second side flow holes formed in each of the locking parts to communicate with the plurality of first side flow channels , wherein air introduced into the air inlet opening passes through a central portion of the friction cushion via the plurality of second air flow holes while flowing through the first and second air flow channels , and ventilates the seat while passing through both sides of the friction cushion via the plurality of first side flow channels and the plurality of second side flow holes . a support cushion provided in a form of a vehicle seat and having an insert recess formed in a portion where a passenger's buttocks are placed when he or she is seated, with stepped portions being formed on both sides of the insert recess ; a friction cushion detachably provided in the insert recess of the support cushion so that the passenger's buttocks are placed thereon when he or she is seated, and having a locking part that is locked to each of the stepped portions , characterized by a first ventilation unit having a first air flow channel provided in the insert recess , a plurality of first side flow channels provided in each of the stepped portions , and an air inlet opening provided in the first air flow channel ; and a second ventilation unit having a second air flow channel that is formed in the friction cushion to face the first air flow channel , a plurality of second air flow holes that are formed along the second air flow channel to penetrate the friction cushion , and a plurality of second side flow holes formed in each of the locking parts to communicate with the plurality of first side flow channels , wherein air introduced into the air inlet opening passes through a central portion of the friction cushion via the plurality of second air flow holes while flowing through the first and second air flow channels , and ventilates the seat while passing through both sides of the friction cushion via the plurality of first side flow channels and the plurality of second side flow holes .
A computer-implemented method comprising: prompting a user to perform an exercise; and monitoring form of the user while performing the exercise; wherein the method is characterised in that monitoring the form of the user while performing the exercise comprises a processor: identifying, from sensory data, sensory locations on body parts of the user ; determining an angle between a first body part and a second body part of the user, based on the identified sensory locations ; and comparing the determined angle to a predetermined angle between the first body part and the second body part that corresponds to a desired form for the exercise; wherein the method is further characterised by : calculating, by the processor, an energy expenditure estimate for the user performing the exercise based on a type of the exercise and on the comparison. prompting a user to perform an exercise; and monitoring form of the user while performing the exercise; wherein the method is characterised in that monitoring the form of the user while performing the exercise comprises a processor: identifying, from sensory data, sensory locations on body parts of the user ; determining an angle between a first body part and a second body part of the user, based on the identified sensory locations ; and comparing the determined angle to a predetermined angle between the first body part and the second body part that corresponds to a desired form for the exercise; identifying, from sensory data, sensory locations on body parts of the user ; determining an angle between a first body part and a second body part of the user, based on the identified sensory locations ; and comparing the determined angle to a predetermined angle between the first body part and the second body part that corresponds to a desired form for the exercise; wherein the method is further characterised by : calculating, by the processor, an energy expenditure estimate for the user performing the exercise based on a type of the exercise and on the comparison.
An electronic device comprising: circuitry configured to perform wireless communication in accordance with vehicle-to-X, V2X, communication, the V2X communication including at least vehicle-to-vehicle, V2V, communication, vehicle-to-infrastructure, V2I, communication, or vehicle-to-pedestrian, V2P, communication, each of the V2V, V2I and V2P communications having an intermittent communication function; receive a signal associated with a location of the electronic device, wherein the signal is a global navigation satellite system GNSS, signal; determine the location of the electronic device based on the GNSS signal; determine whether the electronic device is within a predetermined range of a road side unit , RSU, based on the determined location of the electronic device; determine whether to activate or deactivate a V2P communication parameter corresponding to the V2P communication based on the determination whether the electronic device is within the predetermined range of the RSU, wherein the V2P communication parameter corresponds to performing direct device-to-device, D2D, communications with a vehicle-mounted terminal device or to performing communications with the vehicle-mounted terminal device via a base station ; activate or deactivate the V2P communication parameter based on the determination whether to activate or deactivate the V2P communication parameter; and activate the intermittent communication function for the V2P communication in a case that the V2P communication parameter is activated. perform wireless communication in accordance with vehicle-to-X, V2X, communication, the V2X communication including at least vehicle-to-vehicle, V2V, communication, vehicle-to-infrastructure, V2I, communication, or vehicle-to-pedestrian, V2P, communication, each of the V2V, V2I and V2P communications having an intermittent communication function; receive a signal associated with a location of the electronic device, wherein the signal is a global navigation satellite system GNSS, signal; determine the location of the electronic device based on the GNSS signal; determine whether the electronic device is within a predetermined range of a road side unit , RSU, based on the determined location of the electronic device; determine whether to activate or deactivate a V2P communication parameter corresponding to the V2P communication based on the determination whether the electronic device is within the predetermined range of the RSU, wherein the V2P communication parameter corresponds to performing direct device-to-device, D2D, communications with a vehicle-mounted terminal device or to performing communications with the vehicle-mounted terminal device via a base station ; activate or deactivate the V2P communication parameter based on the determination whether to activate or deactivate the V2P communication parameter; and activate the intermittent communication function for the V2P communication in a case that the V2P communication parameter is activated.
A pumping system for transporting an analyte , the analyte being present in a medium , the pumping system comprising a substrate , characterized in that a) the substrate is located within the medium , b) a thermoresponsive polymer is disposed on the substrate, c) a film is present on the thermoresponsive polymer , d) the pumping system comprises a heat source, wherein the heat source is configured to generate heat in the film , so that a sequence of temperatures above and below a volume phase transition temperature is obtainable by the thermoresponsive polymer and a pressure variation is obtainable by the medium , so that the analyte is transportable in a direction by the pressure variation. medium , the pumping system comprising a substrate , characterized in that a) the substrate is located within the medium , b) a thermoresponsive polymer is disposed on the substrate, c) a film is present on the thermoresponsive polymer , d) the pumping system comprises a heat source, a) the substrate is located within the medium , b) a thermoresponsive polymer is disposed on the substrate, c) a film is present on the thermoresponsive polymer , d) the pumping system comprises a heat source,
A catheter comprising: an elongate body comprising: an inner liner defining an entry port into a lumen defined by the elongate body ; and an outer jacket ; and a push assembly including an elongate member and an anchor member , the anchor member being positioned at a distal end of the elongate member , wherein distal to a proximal end of the elongate body , a first portion of the push assembly is positioned between a portion of the inner liner and a portion of the outer jacket , and proximal to the proximal end of the elongate body , a second portion of the push assembly is positioned outside of the outer jacket and the inner liner , wherein the first portion of the push assembly comprises the anchor member , the anchor member extending only partially around an outer perimeter of the inner liner , and wherein the second portion of the push assembly is proximal to the first portion, wherein the anchor member defines a beveled distal edge . an elongate body comprising: an inner liner defining an entry port into a lumen defined by the elongate body ; and an outer jacket ; and an inner liner defining an entry port into a lumen defined by the elongate body ; and an outer jacket ; and a push assembly including an elongate member and an anchor member , the anchor member being positioned at a distal end of the elongate member , wherein distal to a proximal end of the elongate body , a first portion of the push assembly is positioned between a portion of the inner liner and a portion of the outer jacket , and proximal to the proximal end of the elongate body , a second portion of the push assembly is positioned outside of the outer jacket and the inner liner , wherein the first portion of the push assembly comprises the anchor member , the anchor member extending only partially around an outer perimeter of the inner liner , and wherein the second portion of the push assembly is proximal to the first portion, wherein the anchor member defines a beveled distal edge .