mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe pump comprising: a body ; a syringe seat coupled to the body ; a syringe actuator configured to actuate a syringe secured within the syringe seat ; a memory configured to store a plurality of instructions stored thereon; and being characterized by having at least one processor, in accordance with the plurality of instructions, configured to: prime the syringe pump in a prime phase ; and determine if an occlusion exists during the prime phase using a first test ; stop the prime phase ; initiate fluid delivery into a patient ; enter into a start-up phase after the prime phase has stopped; determine if an occlusion exists during the start-up phase using a second test ; determine whether at least one criterion has occurred; transition from the start-up phase into a steady-state phase when the at least one criterion has occurred; and determine if an occlusion exists during the steady-state phase using a third test , wherein the first, second and third tests determine whether a pressure exceeds a first, second and third threshold, respectively. a body ; a syringe seat coupled to the body ; a syringe actuator configured to actuate a syringe secured within the syringe seat ; a memory configured to store a plurality of instructions stored thereon; and being characterized by having at least one processor, in accordance with the plurality of instructions, configured to: prime the syringe pump in a prime phase ; and determine if an occlusion exists during the prime phase using a first test ; stop the prime phase ; initiate fluid delivery into a patient ; enter into a start-up phase after the prime phase has stopped; determine if an occlusion exists during the start-up phase using a second test ; determine whether at least one criterion has occurred; transition from the start-up phase into a steady-state phase when the at least one criterion has occurred; and determine if an occlusion exists during the steady-state phase using a third test , wherein the first, second and third tests determine whether a pressure exceeds a first, second and third threshold, respectively. prime the syringe pump in a prime phase ; and determine if an occlusion exists during the prime phase using a first test ; stop the prime phase ; initiate fluid delivery into a patient ; enter into a start-up phase after the prime phase has stopped; determine if an occlusion exists during the start-up phase using a second test ; determine whether at least one criterion has occurred; transition from the start-up phase into a steady-state phase when the at least one criterion has occurred; and determine if an occlusion exists during the steady-state phase using a third test , wherein the first, second and third tests determine whether a pressure exceeds a first, second and third threshold, respectively.
An orally acceptable dosage form comprising a compound of formula I: or a pharmaceutically acceptable salt, solvate or hydrate thereof, wherein: R 1 is selected from hydrogen and C 1 -C 4 alkyl; R 2 is selected from O and S; and R 3 is selected from -N(R 4 )-(C 3 -C 6 cycloalkyl), -C 1 -C 6 alkyl, -(C 0 -C 4 alkylene)-heterocyclyl, and -(C 0 -C 4 alkylene)-heteroaryl, wherein any alkyl, alkylene, heterocyclyl, and heteroaryl portion of R 3 is optionally and independently substituted; and R 4 is selected from hydrogen and C 1 -C 4 alkyl; and a pharmaceutically acceptable carrier, adjuvant, or vehicle. R 1 is selected from hydrogen and C 1 -C 4 alkyl; R 2 is selected from O and S; and R 3 is selected from -N(R 4 )-(C 3 -C 6 cycloalkyl), -C 1 -C 6 alkyl, -(C 0 -C 4 alkylene)-heterocyclyl, and -(C 0 -C 4 alkylene)-heteroaryl, wherein any alkyl, alkylene, heterocyclyl, and heteroaryl portion of R 3 is optionally and independently substituted; and R 4 is selected from hydrogen and C 1 -C 4 alkyl; and a pharmaceutically acceptable carrier, adjuvant, or vehicle.
A process of manufacturing a multicellular structure comprising interconnected cells, wherein the process comprises: a) providing a polymerizable precursor of a polymeric material, wherein the polymerizable precursor comprises a reactive monomer mixture, and wherein the monomers of the reactive monomer mixture are selected from the group consisting of lactams, lactones, isocyanates, polyols, polyamines and any combinations or mixtures thereof; b) providing a mold comprising precursor structures of the multicellular structure, wherein the multicellular structure has a cell wall height of greater than 5 mm; c) optionally, heating at least one of the reactive monomer mixture or the mold; d) incorporating the reactive monomer mixture into the precursor structures of the multicellular structure thereby substantially filling up the precursor structures of the mold, wherein the reactive monomer mixture has a viscosity of no greater than 10,000 mPa-s when incorporated into the precursor structures of the multicellular structure and when measured according to the viscosity test method DIN EN ISO 3219:1993; e) polymerizing the polymerizable precursor of the polymeric material into the precursor structures of the mold by thermal polymerization; and f) demolding the multicellular structure formed by polymerizing the polymerizable precursor of the polymeric material. a) providing a polymerizable precursor of a polymeric material, wherein the polymerizable precursor comprises a reactive monomer mixture, and wherein the monomers of the reactive monomer mixture are selected from the group consisting of lactams, lactones, isocyanates, polyols, polyamines and any combinations or mixtures thereof; b) providing a mold comprising precursor structures of the multicellular structure, wherein the multicellular structure has a cell wall height of greater than 5 mm; c) optionally, heating at least one of the reactive monomer mixture or the mold; d) incorporating the reactive monomer mixture into the precursor structures of the multicellular structure thereby substantially filling up the precursor structures of the mold, wherein the reactive monomer mixture has a viscosity of no greater than 10,000 mPa-s when incorporated into the precursor structures of the multicellular structure and when measured according to the viscosity test method DIN EN ISO 3219:1993; e) polymerizing the polymerizable precursor of the polymeric material into the precursor structures of the mold by thermal polymerization; and f) demolding the multicellular structure formed by polymerizing the polymerizable precursor of the polymeric material.
Method for operating a brake system for a vehicle with a control unit of a service brake mechanism and a control unit of a parking brake mechanism and a footbrake module, which can communicate with the control units by way of at least one digital interface, such that the method has the following steps: reading-in of a deceleration signal that represents a deceleration demand for the vehicle for the service brake mechanism and a function signal that represents a functional capability of the service brake mechanism , such that the deceleration signal represents an electrical signal acquired using the footbrake module, and such that the function signal represents an electrical signal generated by the control unit of the service brake mechanism and read-in via the at least one digital interface by the control unit of the service brake mechanism , and generation of an electrical actuation signal for the parking brake mechanism on the basis of the deceleration signal , if the function signal indicates an at least limited functional capability of the service brake mechanism , wherein the electrical actuation signal is transmitted via the at least one digital interface to the control unit of the parking brake mechanism . reading-in of a deceleration signal that represents a deceleration demand for the vehicle for the service brake mechanism and a function signal that represents a functional capability of the service brake mechanism , such that the deceleration signal represents an electrical signal acquired using the footbrake module, and such that the function signal represents an electrical signal generated by the control unit of the service brake mechanism and read-in via the at least one digital interface by the control unit of the service brake mechanism , and generation of an electrical actuation signal for the parking brake mechanism on the basis of the deceleration signal , if the function signal indicates an at least limited functional capability of the service brake mechanism , wherein the electrical actuation signal is transmitted via the at least one digital interface to the control unit of the parking brake mechanism .
Pneumatic brake booster for a motor vehicle • having a booster housing , the interior space of which is divided by at least one axially movable wall , which can be loaded with a pneumatic differential pressure, into at least one working chamber and at least one vacuum chamber , wherein the movable wall comprises a diaphragm plate and a rolling diaphragm which is arranged sealingly between the booster housing and a control housing , • having a control valve which controls the differential pressure, is arranged in the control housing and controls a connection of the working chamber to the vacuum chamber or an atmosphere, • having at least one extraction duct which is integrated into the control housing and which serves for connection of the vacuum chamber to the working chamber, wherein the extraction duct can be blocked by the control valve , characterized in that, between the vacuum chamber and working chamber , there is arranged at least one separate insert element for targetedly reducing a through-flow cross section of the extraction duct . • having a booster housing , the interior space of which is divided by at least one axially movable wall , which can be loaded with a pneumatic differential pressure, into at least one working chamber and at least one vacuum chamber , wherein the movable wall comprises a diaphragm plate and a rolling diaphragm which is arranged sealingly between the booster housing and a control housing , • having a control valve which controls the differential pressure, is arranged in the control housing and controls a connection of the working chamber to the vacuum chamber or an atmosphere, • having at least one extraction duct which is integrated into the control housing and which serves for connection of the vacuum chamber to the working chamber, wherein the extraction duct can be blocked by the control valve ,
A heating system for heating a room, comprising (i) an insulation/reflection element which can be attached or is attached to a wall of the room and which comprises at least one insulation layer and at least one reflection layer, wherein the insulation layer is open for diffusion and is equipped in such a manner so as to close cold bridges of a wall , and the reflection layer is equipped in such a manner so as to reflect IR radiation; (ii) a heating element which is equipped to generate IR radiation; and (iii) a spacer element which can be arranged or is arranged between the insulation/reflection element and the heating element and which is configured in such a manner so as to space the heating element from the insulation/reflection element . (i) an insulation/reflection element which can be attached or is attached to a wall of the room and which comprises at least one insulation layer and at least one reflection layer, wherein the insulation layer is open for diffusion and is equipped in such a manner so as to close cold bridges of a wall , and the reflection layer is equipped in such a manner so as to reflect IR radiation; (ii) a heating element which is equipped to generate IR radiation; and (iii) a spacer element which can be arranged or is arranged between the insulation/reflection element and the heating element and which is configured in such a manner so as to space the heating element from the insulation/reflection element .
A data transmission system for use in a portable computing device, the data transmission system comprising: a near field transmitter circuit (NFTC) configured to transmit an electromagnetic signal encoded with data, the electromagnetic signal having a carrier frequency of at least 60 GHz; a receiver circuit that is configured to receive the data transmitted by the NFTC, wherein the NFTC and the receiver circuit are separated from each other by a distance that corresponds to an air gap over which the electromagnetic signal is transmitted; and a wave guide having a first end coupled to the receiver circuit and a second end coupled to a data sink , wherein the wave guide is (i) configured to transport the electromagnetic signal encoded with the data, and (ii) is disposed within a central bore of a hinge assembly that is configured to pivotally couple an enclosure of the data sink and an enclosure of the NFTC . a near field transmitter circuit (NFTC) configured to transmit an electromagnetic signal encoded with data, the electromagnetic signal having a carrier frequency of at least 60 GHz; a receiver circuit that is configured to receive the data transmitted by the NFTC, wherein the NFTC and the receiver circuit are separated from each other by a distance that corresponds to an air gap over which the electromagnetic signal is transmitted; and a wave guide having a first end coupled to the receiver circuit and a second end coupled to a data sink , wherein the wave guide is (i) configured to transport the electromagnetic signal encoded with the data, and (ii) is disposed within a central bore of a hinge assembly that is configured to pivotally couple an enclosure of the data sink and an enclosure of the NFTC .
A coupling buffer comprising a first, elongate, hollow buffer element inside which is moveably received a second, elongate buffer element such that the first and second buffer elements overlap over part of their length, such that the buffer elements define a hollow interior of the buffer and such that at an end of the buffer at least the first buffer element is exposed for coupling with a respective, further member, the first and second buffer elements being moveable between a first, extended or intermediate configuration of the buffer and a second, compressed configuration, compression of the buffer more energetically than a threshold energy level causing the second buffer element to energise a non-recoverable energy absorbing member , forming part of the buffer , to cause deformation of one or more plastically deformable parts of said non-recoverable energy absorbing member , a region of the non-recoverable energy absorbing member that is energised by the second buffer element lying between the ends of the buffer.
System for inserting a self-expandable occluder into a patient and for releasing the occluder in the left atrial appendage of the patient, the system comprising the occluder and an insertion unit which has a drive unit and has an insertion catheter comprising an outer tube and an inner tube extending through the outer tube , wherein a proximal end region of the occluder is movement-coupled to the outer tube , and wherein a distal end region of the occluder is movement-coupled to the inner tube , wherein, in order to release the occluder , the drive unit interacts with the inner tube and the outer tube such that, when actuated, the inner tube can be moved in a distal or proximal direction and the outer tube can be moved in the proximal direction or distal direction , so that the distal end and the proximal end of the occluder can be moved away from or toward one another, characterized in that during insertion of the occluder , a distal end of the outer tube is disposed inside the occluder , wherein the outer tube comprises at least one elastically yielding latching finger-like portion at its distal end region, wherein the latching finger-like portion cooperates with the proximal end region of the occluder only when the inner tube is disposed inside the outer tube , and wherein the latching finger-like portion is configured such that, after the insertion of the inner tube through the outer tube , it is deflected from a rest position and cannot deflect radially inward.
A method of handling a notification message downlink frame in a wireless local area network, WLAN, station, STA, the method being performed by the WLAN STA and comprising: receiving the notification message downlink frame from a WLAN access point, AP, the notification message downlink frame including a notification information element; identifying a notification message from a notification identifier in the notification information element, wherein the notification message comprises a control message; and handling the control message, wherein handling the control message triggers the WLAN STA to perform an action in response to receipt of the control message; wherein the action performed by the WLAN STA comprises informing the user about network access requirements. receiving the notification message downlink frame from a WLAN access point, AP, the notification message downlink frame including a notification information element; identifying a notification message from a notification identifier in the notification information element, wherein the notification message comprises a control message; and handling the control message, wherein handling the control message triggers the WLAN STA to perform an action in response to receipt of the control message; wherein the action performed by the WLAN STA comprises informing the user about network access requirements.
A piston comprising: a concave spherical portion formed at one of end portions of the piston and supporting a spherical joint portion of a shoe of a liquid-pressure rotating device such that the spherical joint portion is slidable and rotatable; a cylindrical hollow portion formed at the other end portion of the piston; and an oil passage formed between the concave spherical portion and the hollow portion, the concave spherical portion and the hollow portion communicating with each other through the oil passage, wherein: the concave spherical portion includes a concave spherical surface ; and the concave spherical surface includes a semi-spherical surface region ; characterised in that a connection portion where the concave spherical portion and the oil passage are connected to each other is formed so as to spread toward the concave spherical portion; and in that the concave spherical surface is formed by forging. a concave spherical portion formed at one of end portions of the piston and supporting a spherical joint portion of a shoe of a liquid-pressure rotating device such that the spherical joint portion is slidable and rotatable; a cylindrical hollow portion formed at the other end portion of the piston; and an oil passage formed between the concave spherical portion and the hollow portion, the concave spherical portion and the hollow portion communicating with each other through the oil passage, wherein: the concave spherical portion includes a concave spherical surface ; and the concave spherical surface includes a semi-spherical surface region ; characterised in that a connection portion where the concave spherical portion and the oil passage are connected to each other is formed so as to spread toward the concave spherical portion; and in that the concave spherical surface is formed by forging. the concave spherical portion includes a concave spherical surface ; and the concave spherical surface includes a semi-spherical surface region ; characterised in that a connection portion where the concave spherical portion and the oil passage are connected to each other is formed so as to spread toward the concave spherical portion; and in that the concave spherical surface is formed by forging.
A lighting device, comprising: a first element and a second element , the first element having at least a first electrical contact region and a first mechanical engagement region , the first mechanical engagement region different from the first electrical contact region , the second element comprising at least a first solid state light emitter support member and at least a first solid state light emitter , the first solid state light emitter support member having at least a second electrical contact region and at least a second mechanical engagement region , the second mechanical engagement region different from the second electrical contact region , the second element removably supported by the first element , the first electrical contact region in electrical contact with the second electrical contact region , the first mechanical engagement region in contact with the second mechanical engagement region , the first mechanical engagement region having a substantially tapered surface, the second mechanical engagement region having a substantially tapered surface, characterized by : a surface of the first electrical contact region in the tapered surface of the first element, a surface of the second electrical contact region in the tapered surface of the second element. a first element and a second element , the first element having at least a first electrical contact region and a first mechanical engagement region , the first mechanical engagement region different from the first electrical contact region , the second element comprising at least a first solid state light emitter support member and at least a first solid state light emitter , the first solid state light emitter support member having at least a second electrical contact region and at least a second mechanical engagement region , the second mechanical engagement region different from the second electrical contact region , the second element removably supported by the first element , the first electrical contact region in electrical contact with the second electrical contact region , the first mechanical engagement region in contact with the second mechanical engagement region , the first mechanical engagement region having a substantially tapered surface, the second mechanical engagement region having a substantially tapered surface, characterized by : a surface of the first electrical contact region in the tapered surface of the first element, a surface of the second electrical contact region in the tapered surface of the second element. a surface of the first electrical contact region in the tapered surface of the first element, a surface of the second electrical contact region in the tapered surface of the second element.