mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement comprising: a magnetic element ; and at least a first winding and a second winding , wherein each of the first winding and the second winding is wound in a plurality of turns around at least a portion of the magnetic element so that the first winding is arranged in relation to the second winding, or vice versa, such that the plurality of turns of the second winding are arranged around the plurality of turns of the first winding, and wherein at least a part or portion of the plurality of turns of the second winding wound around the at least a portion of the magnetic element is arranged in spaced relation to at least a part or portion of the plurality of turns of the first winding wound around the at least a portion of the magnetic element, thereby defining at least one gap between the at least a part or portion of the plurality of turns of the second winding and the at least a part or portion of the plurality of turns of the first winding; wherein at least the magnetic element and the first winding and the second winding define an assembly of the arrangement, and wherein a part or portion of the assembly is arranged so as to be embedded in a thermally conductive material such that at least a part or portion of the magnetic element, the first winding, and the second winding, respectively, is embedded in the thermally conductive material, and such that at the same time a flow of air in the at least one gap is permitted. a magnetic element ; and at least a first winding and a second winding , wherein each of the first winding and the second winding is wound in a plurality of turns around at least a portion of the magnetic element so that the first winding is arranged in relation to the second winding, or vice versa, such that the plurality of turns of the second winding are arranged around the plurality of turns of the first winding, and wherein at least a part or portion of the plurality of turns of the second winding wound around the at least a portion of the magnetic element is arranged in spaced relation to at least a part or portion of the plurality of turns of the first winding wound around the at least a portion of the magnetic element, thereby defining at least one gap between the at least a part or portion of the plurality of turns of the second winding and the at least a part or portion of the plurality of turns of the first winding; wherein at least the magnetic element and the first winding and the second winding define an assembly of the arrangement, and wherein a part or portion of the assembly is arranged so as to be embedded in a thermally conductive material such that at least a part or portion of the magnetic element, the first winding, and the second winding, respectively, is embedded in the thermally conductive material, and such that at the same time a flow of air in the at least one gap is permitted.
A working tool for a kitchen appliance, adapted to be rotationally driven, consisting of two or more blades for food processing, wherein at least one blade consists of the inside part of the blade and the outside part of the blade , and in which each inside part of the blade is in contact with a holder while extending in a plane substantially perpendicular to the rotation axis, and each outside part of the blade is in the vicinity of the wall of the processing vessel and extends in a plane substantially parallel to the rotation axis, wherein the working tool has two blades , characterized in that the one outside part of the blade is oriented in one direction in regard to the rotation plane of the inside part of the blade , while the other outside part is oriented in the opposite direction, wherein the outside parts of the blades of the working tool are sickle-shaped.
An organic light emitting diode display device comprising: a plurality of pixels , each pixel including an organic light emitting diode (OLED); a data transform portion configured to set a compensation brightness gain (CBGk, k = 1, 2, ..., 5) for compensating brightness of a deteriorated organic light emitting diode (OLED) with respect to an initial state thereof, on the basis of deterioration information of the organic light emitting diode (OLED) received from one of a timing controller , a data driver and a sensing driver; a first memory configured to store a plurality of time-rated target brightness values (TBVk-1, ..., TBVk-4), each target brightness value (TBVk-1; ...; TBVk-4) corresponding to a respective compensation brightness gain (CBGk) and a respective display period of the organic light emitting diode display device, and a counter configured to count a display period of the organic light emitting diode display device, wherein the data transform portion is further configured to read out one of the time-rated target brightness values (TBVk-1, ..., TBVk-4) from the first memory , based on the compensation brightness gain (CBGk) and the display period counted by the counter , and to match the brightness of the deteriorated organic light emitting diode (OLED) with the read-out time-rated target brightness value (TBVk-1; ...; TBVk-4). a plurality of pixels , each pixel including an organic light emitting diode (OLED); a data transform portion configured to set a compensation brightness gain (CBGk, k = 1, 2, ..., 5) for compensating brightness of a deteriorated organic light emitting diode (OLED) with respect to an initial state thereof, on the basis of deterioration information of the organic light emitting diode (OLED) received from one of a timing controller , a data driver and a sensing driver; a first memory configured to store a plurality of time-rated target brightness values (TBVk-1, ..., TBVk-4), each target brightness value (TBVk-1; ...; TBVk-4) corresponding to a respective compensation brightness gain (CBGk) and a respective display period of the organic light emitting diode display device, and a counter configured to count a display period of the organic light emitting diode display device, wherein the data transform portion is further configured to read out one of the time-rated target brightness values (TBVk-1, ..., TBVk-4) from the first memory , based on the compensation brightness gain (CBGk) and the display period counted by the counter , and to match the brightness of the deteriorated organic light emitting diode (OLED) with the read-out time-rated target brightness value (TBVk-1; ...; TBVk-4).
A user equipment, UE, configured to receive a resource over a multimedia broadcast multicast service, MBMS, the UE comprising: a transceiver; and a processor configured to: detect a multimedia broadcast multicast service uniform resource identifier, MBMS URI; transmit a domain name server, DNS, query to a DNS based on the MBMS URI; receive a response including an A resource record, a SRV resource record, and a TXT resource record from the DNS or including the A resource record, wherein the SRV resource record indicates a multicast internet protocol, IP, address, a port number, a Temporary Mobile Group Identity, TMGI, and a File Delivery over Unidirectional Transport protocol, FLUTE, session transport session identifier, TSI; determine that a resource is available over unicast when the response includes only the A resource record; determine that the resource is available over multicast when the response includes the A resource record, the SRV resource record, and the TXT resource record; join , if the resource is available over multicast, an MBMS session; and receive the resource over MBMS from a broadcast multicast service center, BM-SC. a transceiver; and a processor configured to: detect a multimedia broadcast multicast service uniform resource identifier, MBMS URI; transmit a domain name server, DNS, query to a DNS based on the MBMS URI; receive a response including an A resource record, a SRV resource record, and a TXT resource record from the DNS or including the A resource record, wherein the SRV resource record indicates a multicast internet protocol, IP, address, a port number, a Temporary Mobile Group Identity, TMGI, and a File Delivery over Unidirectional Transport protocol, FLUTE, session transport session identifier, TSI; determine that a resource is available over unicast when the response includes only the A resource record; determine that the resource is available over multicast when the response includes the A resource record, the SRV resource record, and the TXT resource record; join , if the resource is available over multicast, an MBMS session; and receive the resource over MBMS from a broadcast multicast service center, BM-SC. detect a multimedia broadcast multicast service uniform resource identifier, MBMS URI; transmit a domain name server, DNS, query to a DNS based on the MBMS URI; receive a response including an A resource record, a SRV resource record, and a TXT resource record from the DNS or including the A resource record, wherein the SRV resource record indicates a multicast internet protocol, IP, address, a port number, a Temporary Mobile Group Identity, TMGI, and a File Delivery over Unidirectional Transport protocol, FLUTE, session transport session identifier, TSI; determine that a resource is available over unicast when the response includes only the A resource record; determine that the resource is available over multicast when the response includes the A resource record, the SRV resource record, and the TXT resource record; join , if the resource is available over multicast, an MBMS session; and receive the resource over MBMS from a broadcast multicast service center, BM-SC.
A wearable device for extracorporeal life support of a patient comprising: a catheter ; a pump ; a modular extracorporeal life support component that is a lung membrane ; and another modular extracorporeal life support component that is a dialysis membrane or a liver membrane; wherein the pump , the lung membrane , and the another modular extracorporeal life support component are configured to be attached to a garment; the pump is fluidly connected in series with the lung membrane and the catheter ; and the another modular extracorporeal life support component is fluidly connected in parallel with the lung membrane . a catheter ; a pump ; a modular extracorporeal life support component that is a lung membrane ; and another modular extracorporeal life support component that is a dialysis membrane or a liver membrane; wherein the pump , the lung membrane , and the another modular extracorporeal life support component are configured to be attached to a garment; the pump is fluidly connected in series with the lung membrane and the catheter ; and the another modular extracorporeal life support component is fluidly connected in parallel with the lung membrane .
An optical wireless communication device for transmitting data comprising: a transmitter comprising a light source; a controller configured to control operation of the light source to produce modulated light comprising an optical wireless communication signal representative of said data; at least one proximity determining component configured to determine a proximity of an object; and a processing resource configured to determine whether the determined proximity is within a threshold distance, wherein the controller is configured to control operation of the transmitter and/or of at least one other component of the optical wireless communication device in dependence on whether the determined proximity is within the threshold distance, characterized in that the controlling of the operation of the transmitter and/or of at least one other component of the optical wireless communication device comprises, in response to the determined proximity being within the threshold distance, at least one of reducing an intensity of the light, halting transmission of the light, if no optical wireless communication transmission is currently occurring or scheduled to occur altering a value of a flag or other parameter to prevent transmission of light until the determined proximity is again greater than the threshold distance, at least partially blocking or redirecting the light. a transmitter comprising a light source; a controller configured to control operation of the light source to produce modulated light comprising an optical wireless communication signal representative of said data; at least one proximity determining component configured to determine a proximity of an object; and a processing resource configured to determine whether the determined proximity is within a threshold distance, wherein the controller is configured to control operation of the transmitter and/or of at least one other component of the optical wireless communication device in dependence on whether the determined proximity is within the threshold distance,
An AC amplifier circuit, comprising: first & second transistors (110;130) each having a respective source and drain node, wherein the drain node of the first transistor and the drain node of the second transistor are each connected directly at a common node to an output node of the circuit, and wherein the circuit has a capacitanceC as seen from the output node; and an inductance network having a first terminal connected to the source node of the first transistor and having a second terminal connected at a second terminal to a supply node, characterized in that the inductance value of the inductance network is determined according to the formula L=kC/gm 2 , where k is a constant, gm is the transconductance of the circuit and C is the capacitance as seen from the output node of the circuit, and in that the inductance network , capacitance C, and effective resistance 1/gm 2 form a parallel resonant circuit, wherein the inductance value of the inductance network substantially cancels the capacitance C as seen from the output node. first & second transistors (110;130) each having a respective source and drain node, wherein the drain node of the first transistor and the drain node of the second transistor are each connected directly at a common node to an output node of the circuit, and wherein the circuit has a capacitanceC as seen from the output node; and an inductance network having a first terminal connected to the source node of the first transistor and having a second terminal connected at a second terminal to a supply node, characterized in that the inductance value of the inductance network is determined according to the formula L=kC/gm 2 , where k is a constant, gm is the transconductance of the circuit and C is the capacitance as seen from the output node of the circuit, and in that the inductance network , capacitance C, and effective resistance 1/gm 2 form a parallel resonant circuit, wherein the inductance value of the inductance network substantially cancels the capacitance C as seen from the output node.
A clothing washing apparatus, wherein the clothing washing apparatus comprises a cylinder assembly , an air inflow pipe , an air outflow assembly and a steam and foam overflow pipe ; the air inflow pipe and the air outflow assembly are both communicated with the cylinder assembly , and a fan is arranged in the air inflow pipe ; characterized in that an overflow port is formed on the air inflow pipe between the fan and the cylinder assembly , and the overflow port is communicated with the outside through the steam and foam overflow pipe ; and in that a rotary damper assembly is arranged in the air inflow pipe and located upstream of the overflow port , and the damper assembly is arranged such that in a ventilation situation, the damper assembly is in a position that closes the overflow port so as to allow the air inflow pipe to supply air to the cylinder assembly , and that in a non-ventilation situation, the damper assembly is in a position that blocks the air inflow pipe . the air inflow pipe and the air outflow assembly are both communicated with the cylinder assembly , and a fan is arranged in the air inflow pipe ; characterized in that an overflow port is formed on the air inflow pipe between the fan and the cylinder assembly , and the overflow port is communicated with the outside through the steam and foam overflow pipe ; and in that a rotary damper assembly is arranged in the air inflow pipe and located upstream of the overflow port , and the damper assembly is arranged such that in a ventilation situation, the damper assembly is in a position that closes the overflow port so as to allow the air inflow pipe to supply air to the cylinder assembly , and that in a non-ventilation situation, the damper assembly is in a position that blocks the air inflow pipe .
Communication system comprising a first end terminal , a communication means , a security arrangement , a media application and wherein the security arrangement is in the first end terminal , connected to a first network , for protecting against accidental breach of classified data to a second network , wherein the first network represents a trusted network having a higher security classification level than the second network , said security arrangement is configured to: - receive a request to transmit real-time communication data to a second end terminal in said second network ; - retrieve a security classification level for said second network ; if said second network has a lower security classification level than said first network , wherein said first network represents a trusted network, said security arrangement is further configured to: - establish an inverse tunnel from said first end terminal to a trusted gateway interconnecting said first network and said second network , wherein said inverse tunnel is protecting data that is outside of the tunnel from breaching into the inverse tunnel , so as to protect classified data that is outside of the tunnel from leaking to the second network ; - receive real-time source data generated by the communication means ; - receive media stream data comprising header data and payload data generated by the media application , wherein real-time source data received from the communication means is used to generate said media stream data in said media application ; - create real-time communication data by replacing the payload data in said media stream data with said real-time source data , said real-time communication data comprising header data from said media stream data and payload data from said real-time source data ; - transmit said real-time communication data through said inverse tunnel . - receive a request to transmit real-time communication data to a second end terminal in said second network ; - retrieve a security classification level for said second network ; - establish an inverse tunnel from said first end terminal to a trusted gateway interconnecting said first network and said second network , wherein said inverse tunnel is protecting data that is outside of the tunnel from breaching into the inverse tunnel , so as to protect classified data that is outside of the tunnel from leaking to the second network ; - receive real-time source data generated by the communication means ; - receive media stream data comprising header data and payload data generated by the media application , wherein real-time source data received from the communication means is used to generate said media stream data in said media application ; - create real-time communication data by replacing the payload data in said media stream data with said real-time source data , said real-time communication data comprising header data from said media stream data and payload data from said real-time source data ; - transmit said real-time communication data through said inverse tunnel .
A bunk with adjustable attitude for a vehicle cab , comprising: a hinge ; a bunk frame provided with a mattress support surface and being pivotably mounted to the hinge about an axis so that pitch or roll of the mattress support surface may be selectively adjusted; a lock insert that selectively and releasably engages a set of indexing holes to hold the bunk frame at a plurality of selectable pivot angles about the axis, the plurality of selectable pivot angles comprising a vertically stowed position and a plurality of horizontally deployed positions; and one of the lock insert or the set of indexing holes traveling with the bunk frame and pivotably about the axis so that as the bunk frame pivots the lock insert aligns with the set of indexing holes at the plurality of selectable pivot angles. a hinge ; a bunk frame provided with a mattress support surface and being pivotably mounted to the hinge about an axis so that pitch or roll of the mattress support surface may be selectively adjusted; a lock insert that selectively and releasably engages a set of indexing holes to hold the bunk frame at a plurality of selectable pivot angles about the axis, the plurality of selectable pivot angles comprising a vertically stowed position and a plurality of horizontally deployed positions; and one of the lock insert or the set of indexing holes traveling with the bunk frame and pivotably about the axis so that as the bunk frame pivots the lock insert aligns with the set of indexing holes at the plurality of selectable pivot angles.
A support device for hydroponic cultures formed of a panel adapted to float, in use, on a culture liquid, said panel being made of polymeric material and comprising a plurality of distinct and separate hollow tubular elements arranged side-by-side and spaced in parallel apart from each other so as to create a plurality of seats adapted to contain an inert substrate for hydroponic cultures, each of said seat being defined between two adjacent tubular elements and extending between an upper opening and a lower opening wherein said tubular elements each have a shaped cross-section, defined by a curved top portion and a pair of flat and inclined side walls extending symmetrically with respect to a vertical axis (X-X) and diverging toward the outside, such that said seats have a substantially funnel-shaped cross section, characterized in that said top portions are each shaped according to the contour of a semicircle, the curvature radius (R) of which is about one third of the height (H1) of said seats , each of said seats being configured such that the width (A1) of said upper opening is about 12 to 15 times greater than to the width (A2) of said lower opening .
A circuit breaker, having at least one quenching chamber configured to be filled with an insulating gas, wherein the quenching chamber extends along a longitudinal axis (A) and contains: an arcing zone, and an exhaust zone , wherein the exhaust zone is configured for dissipating hot insulating gas from the arcing zone into an exhaust tank , at least one deflection volume that is enclosed by a deflection housing is arranged within an inner volume of the exhaust zone and is configured to fluidly connect the arcing zone with the exhaust tank through a plurality of irregular shaped openings within the deflection housing, the deflection housing comprises housing walls including at least two substantially radial walls , and a first substantially radial wall and a second substantially radial wall are positioned opposite to each other at a minimal distance in a range of 15 mm to 60 mm. an arcing zone, and an exhaust zone , wherein the exhaust zone is configured for dissipating hot insulating gas from the arcing zone into an exhaust tank , at least one deflection volume that is enclosed by a deflection housing is arranged within an inner volume of the exhaust zone and is configured to fluidly connect the arcing zone with the exhaust tank through a plurality of irregular shaped openings within the deflection housing, the deflection housing comprises housing walls including at least two substantially radial walls , and a first substantially radial wall and a second substantially radial wall are positioned opposite to each other at a minimal distance in a range of 15 mm to 60 mm.