mhurhangee/patent-ind-claim-en huggingface dataset:
A gateway device for remote monitoring and control of a barrier operator , the device including: a processor; a data storage device; a network interface for connecting the gateway device to a computer network ; an operator interface for communicating with the barrier operator ; and a computer program, which when executed on the processor: permits remote access to the gateway device over the computer network ; transmits control signals received over the computer network to the barrier operator ; receives monitoring signals from the barrier operator ; and executes a security algorithm requiring a client device to register with the gateway device prior to said client device being permitted to remotely access the gateway device over the computer network , the security algorithm being operable to transmit authentication credentials to the client device during registration of the client device , the authentication credentials being stored on the gateway device and client device and being suitable for use by the client device to access the gateway device . a processor; a data storage device; a network interface for connecting the gateway device to a computer network ; an operator interface for communicating with the barrier operator ; and a computer program, which when executed on the processor: permits remote access to the gateway device over the computer network ; transmits control signals received over the computer network to the barrier operator ; receives monitoring signals from the barrier operator ; and executes a security algorithm requiring a client device to register with the gateway device prior to said client device being permitted to remotely access the gateway device over the computer network , the security algorithm being operable to transmit authentication credentials to the client device during registration of the client device , the authentication credentials being stored on the gateway device and client device and being suitable for use by the client device to access the gateway device . permits remote access to the gateway device over the computer network ; transmits control signals received over the computer network to the barrier operator ; receives monitoring signals from the barrier operator ; and executes a security algorithm requiring a client device to register with the gateway device prior to said client device being permitted to remotely access the gateway device over the computer network , the security algorithm being operable to transmit authentication credentials to the client device during registration of the client device , the authentication credentials being stored on the gateway device and client device and being suitable for use by the client device to access the gateway device .
Method for protecting tubing protruding from a container , in particular a bottle, containing a pharmaceutical fluid comprising the following steps: - providing the container filled with the pharmaceutical fluid, from which the tubing protrudes, - providing a layer of foam and/or a body of foam , - surrounding the tubing , preferably in its entirety, with a shell such that the layer of foam and/or body of foam is interposed between the tubing and the shell , while a body of the container remains outside of the shell , - attaching the shell to the container , and - freezing the container and the shell surrounding the tubing . - providing the container filled with the pharmaceutical fluid, from which the tubing protrudes, - providing a layer of foam and/or a body of foam , - surrounding the tubing , preferably in its entirety, with a shell such that the layer of foam and/or body of foam is interposed between the tubing and the shell , while a body of the container remains outside of the shell , - attaching the shell to the container , and - freezing the container and the shell surrounding the tubing .
A light emitting element comprising: a first conductivity type semiconductor rod having a plurality of side surfaces arranged to forrr side surfaces of a polygonal column; an active layer formed of a semiconductor and covering the side surfaces of the first conductivity type semiconductor rod; and a second conductivity type semiconductor layer covering the active layer, wherein the active layer includes a plurality of well layers respectively disposed over at least two adjacent side surfaces among the plurality of side surfaces, the adjacent well layers among the plurality of well layers are separated from each other along a ridge line where the adjacent side surfaces are in contact with each other, and the active layer further includes a ridge portion formed of a semiconductor and disposed or the ridge line, the ridge portion connecting the adjacent well layers, characterised in that a bandgap of the ridge portion is wider than a bandgap of each of the plurality of well layers. a first conductivity type semiconductor rod having a plurality of side surfaces arranged to forrr side surfaces of a polygonal column; an active layer formed of a semiconductor and covering the side surfaces of the first conductivity type semiconductor rod; and a second conductivity type semiconductor layer covering the active layer, wherein the active layer includes a plurality of well layers respectively disposed over at least two adjacent side surfaces among the plurality of side surfaces, the adjacent well layers among the plurality of well layers are separated from each other along a ridge line where the adjacent side surfaces are in contact with each other, and the active layer further includes a ridge portion formed of a semiconductor and disposed or the ridge line, the ridge portion connecting the adjacent well layers, characterised in that a bandgap of the ridge portion is wider than a bandgap of each of the plurality of well layers.
A suction device for the suction of extrusion material (EM) to a storage container of an extrusion device via a suction line , having a suction interface with a suction opening for the suction of extrusion material (EM) and a line interface for connecting to the suction line , wherein the suction opening is connected to the line interface for conveying extrusion material (EM) via an internal conveying line , and a valve device is provided, which opens the conveying line to the surroundings in an opening position (OP) and closes the conveying line to the surroundings in a closed position (SP), characterized in that the suction device has a display device for displaying the currently conveyed extrusion material (EM).
Dinner plate with an integrated element for creating a set of several identical dinner plates for a safer, easier and more efficient serving out food and drinks to guests, wherein during serving one of these dinner plates is situated in the middle, being the central plate, and the other dinner plates, being the outer dinner plates, are temporarily connected at the rim of said central dinner plate, wherein the dinner plates are all identical and therefore interchangeable, so every dinner plate can function as the central dinner plate, wherein the waiter/waitress easily holds and carries the set of interconnected dinner plates with just one hand, wherein said integrated rim element is executed as a U-shaped rim element and is a small radial local extension of the rim of the dinner plate , wherein said rim is a circular slightly upstanding one with an outer radius R, wherein said integrated rim element is executed as a U-shaped grip or slide element with an upper radial lip with length L1 and thickness T and a lower radial lip with length L2 and thickness T, wherein said upper lip and said lower lip form a mouth opening with a mouth width D for sideways sliding over mentioned rim of the central dinner plate with thickness d, wherein D > d, wherein said U-shaped rim element has a circular width B, wherein the inside of said U-shaped rim element of the outer dinner plate has a concave shape Cc that fits exactly onto the convex shape Cv of the rim of the supporting central dinner plate with the stated radius, whereby the convex shape Cv has the stated radius R, wherein both the upper radial lip and the lower radial lip of the U-shaped rim element of the outer dinner plate have a curvature C1 respectively C2, that corresponds with a curvature C3 of the rim of the supporting central dinner plate .
A lid assembly (S) for a resin container , the lid assembly (S) comprising: a mouth part including a male screw provided in its outer circumferential face ; and a cap including a female screw provided in its inner circumferential face , the female screw having a plurality of projections that intermittently continue in a circumferential direction, wherein the male screw has a single thread portion formed at least in part of a circumference of the screw where only one thread runs between a distal end and a proximal end of the mouth part , wherein the female screw of the cap is engaged with the male screw of the mouth part to screw the cap to seal the mouth part , characterized in that the projections include at least two extended projections to be located under the single thread portion of the male screw , each of the extended projections having a circumferential length greater than a circumferential length of each of the other projections. a mouth part including a male screw provided in its outer circumferential face ; and a cap including a female screw provided in its inner circumferential face , the female screw having a plurality of projections that intermittently continue in a circumferential direction, wherein the male screw has a single thread portion formed at least in part of a circumference of the screw where only one thread runs between a distal end and a proximal end of the mouth part , wherein the female screw of the cap is engaged with the male screw of the mouth part to screw the cap to seal the mouth part , characterized in that the projections include at least two extended projections to be located under the single thread portion of the male screw , each of the extended projections having a circumferential length greater than a circumferential length of each of the other projections.
An audio system comprising: an audio processor for receiving an audio input signal and outputting an audio output signal; an amplifier coupled to the audio processor; a loudspeaker coupled to the amplifier; a distortion estimator configured and arranged to determine an estimated response of at least one of the amplifier and the loudspeaker to at least one of the audio input signal and the audio output signal; a controller coupled to the distortion estimator and the audio processor; wherein the distortion estimator is operable to generate a distortion prediction signal in dependence of a difference between an estimated non-linear response and an estimated linear response of at least one of the loudspeaker and the amplifier; wherein the distortion estimator is further configured and arranged to generate a further distortion prediction signal in dependence of a difference between the predicted linear response of the loudspeaker to the audio input signal and the predicted linear response of the loudspeaker to the audio output signal; and wherein the controller is configured and arranged to vary the operating parameters of the audio processor in dependence of the generated distortion prediction signal and the further distortion prediction signal. an audio processor for receiving an audio input signal and outputting an audio output signal; an amplifier coupled to the audio processor; a loudspeaker coupled to the amplifier; a distortion estimator configured and arranged to determine an estimated response of at least one of the amplifier and the loudspeaker to at least one of the audio input signal and the audio output signal; a controller coupled to the distortion estimator and the audio processor; wherein the distortion estimator is operable to generate a distortion prediction signal in dependence of a difference between an estimated non-linear response and an estimated linear response of at least one of the loudspeaker and the amplifier; wherein the distortion estimator is further configured and arranged to generate a further distortion prediction signal in dependence of a difference between the predicted linear response of the loudspeaker to the audio input signal and the predicted linear response of the loudspeaker to the audio output signal; and wherein the controller is configured and arranged to vary the operating parameters of the audio processor in dependence of the generated distortion prediction signal and the further distortion prediction signal.
Screw compressor element provided with a housing wherein a rotor is rotatably arranged by way of at least a set of two bearings, respectively being a cylinder bearing and a ball bearing , each provided with an inner ring and an outer ring , separated by respectively cylindrical, or ball-shaped rolling elements that contact the inner ring and the outer ring at the location of a raceway , characterized in that next to the respective raceway , the inner rings of the aforementioned bearings have a smaller outer diameter (B) than the respective raceway on the side facing the other bearing and in that next to the respective raceway , the inner rings of the bearings have a greater outer diameter (C) than the respective raceway on the side facing away from the other bearing , next to the respective raceway , the outer rings of the bearings have a smaller inner diameter (D, G) than the respective raceway both on the side facing the other bearing and on the side facing away from the other bearing , and at least one nozzle is arranged between the cylinder bearing and the ball bearing , this nozzle being suitable for spraying a fluid into the cylinder bearing and/or into the ball bearing .
A cross belt sorting trolley, comprising an upper conveying unit and a lower frame , the upper conveying unit comprising a belt supporting plate and side plates connected to both sides of the belt supporting plate, two ends of each side plate being respectively provided with an unpowered roller and a powered roller , and a sorting belt being wound on the belt supporting plate , the unpowered rollers and the powered rollers , wherein: a folding plate is horizontally mounted on a side of each side plate, and a first bending connecting plate or a second bending connecting plate is vertically connected to the side of each side plate; the folding plate is an integral horizontal plate-like component, a plurality of uniform circular arc-shaped sections are arranged on an outer side edge of the folding plate, and the circular arc-shaped sections of the folding plates on both sides of the same sorting trolley engage with each other; a plurality of groups of folding plate fixing plates are mounted on a side portion of the side plate, the folding plate fixing plates are provided with bending portions, side portions of the folding plate fixing plates are fixedly connected to the side plates , and horizontal tops of the folding plate fixing plates are fixedly connected to the folding plate ; and the first bending connecting plate and the second bending connecting plate are respectively connected to side plates on one side, and a bottom of the first bending connecting plate and a bottom of the second bending connecting plate are respectively provided with a first mounting hole and a second mounting hole for connection with the lower frame. a folding plate is horizontally mounted on a side of each side plate, and a first bending connecting plate or a second bending connecting plate is vertically connected to the side of each side plate; the folding plate is an integral horizontal plate-like component, a plurality of uniform circular arc-shaped sections are arranged on an outer side edge of the folding plate, and the circular arc-shaped sections of the folding plates on both sides of the same sorting trolley engage with each other; a plurality of groups of folding plate fixing plates are mounted on a side portion of the side plate, the folding plate fixing plates are provided with bending portions, side portions of the folding plate fixing plates are fixedly connected to the side plates , and horizontal tops of the folding plate fixing plates are fixedly connected to the folding plate ; and the first bending connecting plate and the second bending connecting plate are respectively connected to side plates on one side, and a bottom of the first bending connecting plate and a bottom of the second bending connecting plate are respectively provided with a first mounting hole and a second mounting hole for connection with the lower frame.
A method for receiving a data packet from a first wireless communication device by a second wireless communication device by device-to-device communication, in a wireless network comprising the following steps: - awaiting the data packet at the second wireless communication device ; - determining a context information related to the data packet by the second wireless communication device ; and - if the data packet is not received successfully, controlling a transmission of a negative acknowledgement indicator, NACK, (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or a channel quality indicator, CQI, by the second wireless communication device to the first wireless communication device based on the context information; wherein - the context information comprises information, on whether the second wireless communication device can receive a retransmitted data packet of the data packet from the first wireless communication device; and - the NACK (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or the CQI is only transmitted, if the second wireless communication device can receive the retransmitted data packet; characterized by the following steps: if the data packet is not successfully received, waiting a time span before transmitting the NACK and/or the CQI; wherein the time span depends on the CQI. - awaiting the data packet at the second wireless communication device ; - determining a context information related to the data packet by the second wireless communication device ; and - if the data packet is not received successfully, controlling a transmission of a negative acknowledgement indicator, NACK, (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or a channel quality indicator, CQI, by the second wireless communication device to the first wireless communication device based on the context information; wherein - the context information comprises information, on whether the second wireless communication device can receive a retransmitted data packet of the data packet from the first wireless communication device; and - the NACK (106; 206, 207; 315, 316, 317; 431, 432, 433, 434) and/or the CQI is only transmitted, if the second wireless communication device can receive the retransmitted data packet; if the data packet is not successfully received, waiting a time span before transmitting the NACK and/or the CQI; wherein the time span depends on the CQI.
A composition comprising a dose of between 0.2 and 0.6 mg of colchicine and/or a salt thereof, for use in treating and/or preventing a cardiovascular event in a subject, wherein the composition is to be administered once per day and the cardiovascular event is acute coronary syndrome, out-of-hospital cardiac arrest, or noncardioembolic ischemic stroke.
A method of continuously forming a dual seam welded tubular product, using an upper forming roller pair (12 or 14) having an upper concave roller ; (12A or 14A) and a lower convex roller (12B or 14B), and a lower forming roller pair (22 or 24) having an lower concave roller (22A or 24A) and an upper convex roller (22B or 24B), wherein the lower convex roller (12B or 14B) of the upper forming roller pair (12 or 14) and the upper convex roller (22B or 24B) of the lower forming roller pair (22 or 24) overlap such that the lower convex roller (12B or 14B) of the upper forming roller pair 12 or 14) is substantially planar with the upper convex roller (22B or 24B) of the lower forming roller pair (22 or 24), the method comprising the steps of: (a) providing a first coil and a second coil of sheet metal material ; (b) uncoiling the first coil and the second coil and forming the material into two opposing half-tubes , each having a generally semi-circular cross-section; (c) bringing the two opposing half-tubes together at a convergence angle between about 2° and about 4° by feeding the material of the first coil through the upper forming roller pair (12 or 14), and feeding the material of the second coil through the lower forming roller pair (22 or 24); and (d) electric resistance welding the two seams created between the two opposing half-tubes (a) providing a first coil and a second coil of sheet metal material ; (b) uncoiling the first coil and the second coil and forming the material into two opposing half-tubes , each having a generally semi-circular cross-section; (c) bringing the two opposing half-tubes together at a convergence angle between about 2° and about 4° by feeding the material of the first coil through the upper forming roller pair (12 or 14), and feeding the material of the second coil through the lower forming roller pair (22 or 24); and (d) electric resistance welding the two seams created between the two opposing half-tubes
A method performed in a radio access network, RAN, for configuring a user equipment, UE , the method comprising: transmitting , by a source base station operating in the RAN and to the UE , (i) a conditional configuration related to a base station different from the source base station and operating in the RAN, and (ii) a condition to be satisfied before the UE applies the conditional configuration during one of a conditional secondary node, SN, change or addition, or a conditional primary secondary cell, PScell, change or addition; determining , by the source base station and subsequently to the transmitting , that the UE is to unconditionally perform an immediate procedure related to the RAN; and providing , by the source base station and to the UE , an indication that the UE is to unconditionally perform the immediate procedure and release the conditional configuration. transmitting , by a source base station operating in the RAN and to the UE , (i) a conditional configuration related to a base station different from the source base station and operating in the RAN, and (ii) a condition to be satisfied before the UE applies the conditional configuration during one of a conditional secondary node, SN, change or addition, or a conditional primary secondary cell, PScell, change or addition; determining , by the source base station and subsequently to the transmitting , that the UE is to unconditionally perform an immediate procedure related to the RAN; and providing , by the source base station and to the UE , an indication that the UE is to unconditionally perform the immediate procedure and release the conditional configuration.