mhurhangee/patent-ind-claim-en huggingface dataset:
A tuned mass damper comprising a drive part rotatable about an axis of rotation and a damper mass part that is coupled to the drive part by means of at least one spring element and rotatable against the spring element about the axis of rotation relative to the drive part , wherein the spring element designed as a torsion spring is non-rotatably coupled at one end to the drive part and is coupled at the other end to the damper mass part by means of a coupling roller that rolls on at least one guide track , characterised in that the guide track is asymmetrical in such a way that the torsion spring is severely deformed to varying degrees when moving from a zero position (N) depending on the direction of movement of the coupling roller .
A bifacial solar module having a front surface and a rear surface comprising - a front encapsulation element forming the front surface of the solar module , - a plurality of solar cells which are electrically interconnected, - a backside encapsulation element forming the back surface of the solar module with a rear surface plane, and - at least one junction box , which is at least partially arranged on the rear surface and comprises a housing , characterized in that the housing is made of an optically transparent material in the wavelength range from 380nm to 1100nm. - a front encapsulation element forming the front surface of the solar module , - a plurality of solar cells which are electrically interconnected, - a backside encapsulation element forming the back surface of the solar module with a rear surface plane, and - at least one junction box , which is at least partially arranged on the rear surface and comprises a housing , characterized in that the housing is made of an optically transparent material in the wavelength range from 380nm to 1100nm.
An apparatus, comprising: a cache configured as a set associative cache having a plurality of sets, wherein the cache is configured to support multiple indexing modes for indexing memory blocks such that, for a memory operation for a given memory block, the multiple indexing modes are configured to cause selection of different ones of the plurality of sets of the cache for the memory operation for the given memory block, characterized in that each indexing mode uses a disjoint subset of bits from the memory block address to select the set in the set associative cache. a cache configured as a set associative cache having a plurality of sets, wherein the cache is configured to support multiple indexing modes for indexing memory blocks such that, for a memory operation for a given memory block, the multiple indexing modes are configured to cause selection of different ones of the plurality of sets of the cache for the memory operation for the given memory block, characterized in that each indexing mode uses a disjoint subset of bits from the memory block address to select the set in the set associative cache.
A system comprising: an analysis compute device having circuitry configured to: obtain user interaction data stored in one or more field devices used in an industrial process of an industrial plant , the one or more field devices installed at different portions of an industrial plant and configured to perform local operations in the industrial plant , each of the one or more field devices including a human machine interface , wherein the user interaction data is indicative of interactions with the one or more field devices made by one or more users through the human machine interface of a corresponding field device ; characterized in that the circuitry is furthermore configured to: analyze the user interaction data to identify a plurality of maintenance events based on the interaction data; analyze the plurality of maintenance events to identify a recurrence of a malfunction event after a maintenance event for the malfunction has been performed; determine a responsive action to increase an efficiency of the industrial process at the industrial plant by reducing overhead being consumed by maintenance operations on the one or more of the field devices; and perform the responsive action. obtain user interaction data stored in one or more field devices used in an industrial process of an industrial plant , the one or more field devices installed at different portions of an industrial plant and configured to perform local operations in the industrial plant , each of the one or more field devices including a human machine interface , wherein the user interaction data is indicative of interactions with the one or more field devices made by one or more users through the human machine interface of a corresponding field device ; characterized in that the circuitry is furthermore configured to: analyze the user interaction data to identify a plurality of maintenance events based on the interaction data; analyze the plurality of maintenance events to identify a recurrence of a malfunction event after a maintenance event for the malfunction has been performed; determine a responsive action to increase an efficiency of the industrial process at the industrial plant by reducing overhead being consumed by maintenance operations on the one or more of the field devices; and perform the responsive action.
Lithium disilicate-apatite glass ceramic, which comprises lithium disilicate as main crystal phase and apatite as further crystal phase, and which comprises divalent oxide selected from the group of CaO, SrO and mixtures thereof and transition metal oxide selected from the group of oxides of transition metals with an atomic number from 39 to 79 and mixtures thereof, wherein the molar ratio of divalent oxide to transition metal oxide is in the range of from 1.0 to 20.0, in particular 1.0 to 17.0 and preferably 1.5 to 16.5.
A method for use in a first network node, the method comprising: establishing a first Stream Control Transmission Protocol, SCTP, association for an application protocol connection between the first network node and a second network node; connecting the application protocol connection between the first network node and the second network node; establishing a second SCTP association for the application protocol connection between the first network node and the second network node in a Radio Access Network, RAN; associating a first set of one or more user equipment, UE, associated signaling streams with the first SCTP association and a second set of one or more UE associated signaling streams with the second SCTP association, each UE associated signaling stream associated with a respective UE; and associating a first non-UE associated signaling stream with the first SCTP association and a second non-UE associated signaling stream with the second SCTP association. establishing a first Stream Control Transmission Protocol, SCTP, association for an application protocol connection between the first network node and a second network node; connecting the application protocol connection between the first network node and the second network node; establishing a second SCTP association for the application protocol connection between the first network node and the second network node in a Radio Access Network, RAN; associating a first set of one or more user equipment, UE, associated signaling streams with the first SCTP association and a second set of one or more UE associated signaling streams with the second SCTP association, each UE associated signaling stream associated with a respective UE; and associating a first non-UE associated signaling stream with the first SCTP association and a second non-UE associated signaling stream with the second SCTP association.
Device for applying glue to a strip-like carrier , comprising infeed means (31-33) for receiving the carrier, dosing means for depositing a fluid glue track at increased temperature onto the carrier and cooling means which enter into heat-exchanging contact with the carrier in order to remove heat from the glue track, characterized in that guide means are provided adjacently of the dosing means which guide the carrier in an at least substantially vertical path and place the carrier in an at least substantially fully vertical orientation in heat-exchanging contact with the cooling means.
An optical waveguide component, comprising: a first S-shaped bent taper configured as a mode converter comprising: a first port and a second port ; a first waveguide bend proximate to the first port , wherein the first waveguide bend includes a tapered portion extending along at least a portion thereof proximate to the first port , the tapered portion including a waveguide width that tapers towards the first port ; and a second waveguide bend connected to the first waveguide bend and proximate to the second port , wherein the first waveguide bend and the second waveguide bend have opposite curvature directions. a first port and a second port ; a first waveguide bend proximate to the first port , wherein the first waveguide bend includes a tapered portion extending along at least a portion thereof proximate to the first port , the tapered portion including a waveguide width that tapers towards the first port ; and a second waveguide bend connected to the first waveguide bend and proximate to the second port , wherein the first waveguide bend and the second waveguide bend have opposite curvature directions.
A lubricating oil viscosity modifier comprising a copolymer (A) of ethylene and a C 4 or higher α-olefin being 1-octene and/or 4-methyl-1-pentene, the copolymer (A) having more than 70 mole % and not more than 90 mole % of structural units derived from ethylene, and an intrinsic viscosity [η], as determined according to the method indicated in the passage of the specification titled "(Intrinsic viscosity [t | ] (dl/g))", of 0.3 to 1.0 dl/g.
An electrochemical gas conversion device, comprising: a) a flexible nanoporous polyethylene, PE, membrane formed in a sack-shape, wherein said membrane is gas permeable and liquid-impermeable, wherein at least a portion of said flexible membrane is surrounded by a electrolyte solution held by a housing, wherein said flexible membrane comprises a gas interior, wherein said membrane has a thickness of up to 12 μm and pore sizes up to a 500nm pore radius; b) an electrically conductive catalyst coating on an exterior surface of said flexible membrane, wherein said flexible membrane and said electrically conductive catalyst coating are configured as an anode or a cathode; and c) an inlet/outlet tube configured to flow said gas to said interior, from said interior, or to and from said interior of said flexible membrane; wherein a gas composition in said flexible membrane, a composition of said liquid solution, a thickness of said flexible membrane, a porosity of said flexible membrane, and a composition of said catalyst coating are configured for at least one of a CO 2 Reduction Reaction (CO 2 RR), an Oxygen Reduction Reaction (ORR), an Oxygen Evolution Reaction (OER), a Hydrogen Evolution Reaction (HER), a Hydrogen Oxidation Reaction (HOR), or a Nitrogen Reduction Reaction (NRR). a) a flexible nanoporous polyethylene, PE, membrane formed in a sack-shape, wherein said membrane is gas permeable and liquid-impermeable, wherein at least a portion of said flexible membrane is surrounded by a electrolyte solution held by a housing, wherein said flexible membrane comprises a gas interior, wherein said membrane has a thickness of up to 12 μm and pore sizes up to a 500nm pore radius; b) an electrically conductive catalyst coating on an exterior surface of said flexible membrane, wherein said flexible membrane and said electrically conductive catalyst coating are configured as an anode or a cathode; and c) an inlet/outlet tube configured to flow said gas to said interior, from said interior, or to and from said interior of said flexible membrane;
Roundbaler having a bale-pressing chamber and intended for ejecting a finished bale into boundary means of the bale-pressing chamber that can be brought into an opening position, wherein: the axial dimension of the bale-pressing chamber can be varied by at least one side wall which can be adjusted by means of an adjusting drive , and the adjusting device is configured in such a way that the axial dimension of the bale-pressing chamber during the ejection of the bale is first of all increased in relation to the dimension provided during the production of the bale, characterized in that the adjusting drive is configured in such a way that the axial dimension of the bale-pressing chamber , subsequent to being increased, is reduced again still during the ejection before the bale reaches an unloading ramp . the axial dimension of the bale-pressing chamber can be varied by at least one side wall which can be adjusted by means of an adjusting drive , and the adjusting device is configured in such a way that the axial dimension of the bale-pressing chamber during the ejection of the bale is first of all increased in relation to the dimension provided during the production of the bale, characterized in that the adjusting drive is configured in such a way that the axial dimension of the bale-pressing chamber , subsequent to being increased, is reduced again still during the ejection before the bale reaches an unloading ramp .
A transfer paper for use in a transfer textile printing method using sublimation textile ink, which comprises a base paper and one or more coating layer(s) provided on at least one side of the base paper, wherein, an outermost coating layer positioned on the outermost side with respect to the base paper contains at least a pigment and a binder, at least one of the pigment is amorphous silica, the binder contains two or more different binders, at least two of which are an ethylene-vinyl acetate copolymer and a silanol-modified polyvinyl alcohol, and wherein the content ratio of the ethylene-vinyl acetate copolymer to the silanol-modified polyvinyl alcohol in the outermost coating layer is ethylene-vinyl acetate copolymer: silanol-modified polyvinyl alcohol = 5: 95 to 35: 65. an outermost coating layer positioned on the outermost side with respect to the base paper contains at least a pigment and a binder, at least one of the pigment is amorphous silica, the binder contains two or more different binders, at least two of which are an ethylene-vinyl acetate copolymer and a silanol-modified polyvinyl alcohol, and wherein the content ratio of the ethylene-vinyl acetate copolymer to the silanol-modified polyvinyl alcohol in the outermost coating layer is ethylene-vinyl acetate copolymer: silanol-modified polyvinyl alcohol = 5: 95 to 35: 65.
A step-type vehicle expansion water tank, wherein the step-type vehicle expansion water tank comprises a water-tank body , an interior of the water-tank body is separated by two water separating plates of different heights into a higher chamber , a middle chamber and a lower chamber , the chambers have tops that are communicated and bottoms that are individually provided with a water outlet , and a filling port is provided at a top of the water-tank body , the step-type vehicle expansion water tank is characterized in that : each of the tops of the higher chamber , the middle chamber and the lower chamber is provided with a water blocking plate for closing the chambers, and the water blocking plate is provided with at least one water-level balancing port ; and the water blocking plates at the tops of the higher chamber , the middle chamber and the lower chamber are horizontally provided and have heights that are sequentially reduced, to present a step-type structure. each of the tops of the higher chamber , the middle chamber and the lower chamber is provided with a water blocking plate for closing the chambers, and the water blocking plate is provided with at least one water-level balancing port ; and the water blocking plates at the tops of the higher chamber , the middle chamber and the lower chamber are horizontally provided and have heights that are sequentially reduced, to present a step-type structure.
A communication device with multi-packet protocol header detection, the communication device comprising: a receive signal path including a low-noise amplifier , a downconverter and a filtering and data conversion circuit , the receive signal path configured to provide a multi-packet receive signal comprising packets and a preamble bit stream between successive packets of the packets, the successive packets comprising a first packet and a second packet following the first packet; and a receiver control circuit in communication with the receive signal path, the receiver control circuit configured to: trigger a timer associated with detecting a header of the second packet in response to detecting an end of a preamble of the second packet; and detect the header of the second packet before the timer reaches a timeout threshold. a receive signal path including a low-noise amplifier , a downconverter and a filtering and data conversion circuit , the receive signal path configured to provide a multi-packet receive signal comprising packets and a preamble bit stream between successive packets of the packets, the successive packets comprising a first packet and a second packet following the first packet; and a receiver control circuit in communication with the receive signal path, the receiver control circuit configured to: trigger a timer associated with detecting a header of the second packet in response to detecting an end of a preamble of the second packet; and detect the header of the second packet before the timer reaches a timeout threshold. trigger a timer associated with detecting a header of the second packet in response to detecting an end of a preamble of the second packet; and detect the header of the second packet before the timer reaches a timeout threshold.
A memory cell (200 1,1 to 200 M,N ), comprising: a first select transistor having a first terminal coupled to a bit line (BL 1 to BL N ), a second terminal , and a gate terminal coupled to a word line (WL 1 to WL M ); a first following gate transistor having a first terminal coupled to the second terminal of the first select transistor , a second terminal , and a gate terminal coupled to a following control line (FL); an antifuse transistor having a first terminal directly coupled only to the second terminal of the first following gate transistor , a second terminal , and a gate terminal coupled to an antifuse control line (AF 1 to AF M ); characterized by further comprising: a second following gate transistor having a first terminal coupled to the second terminal of the antifuse transistor , a second terminal , and a gate terminal coupled to the following control line (FL); and a second select transistor having a first terminal coupled to the second terminal of the second following gate transistor , a second terminal coupled to the bit line (BL 1 to BL N ), and a gate terminal coupled to the word line (WL 1 to WL M ). a first select transistor having a first terminal coupled to a bit line (BL 1 to BL N ), a second terminal , and a gate terminal coupled to a word line (WL 1 to WL M ); a first following gate transistor having a first terminal coupled to the second terminal of the first select transistor , a second terminal , and a gate terminal coupled to a following control line (FL); an antifuse transistor having a first terminal directly coupled only to the second terminal of the first following gate transistor , a second terminal , and a gate terminal coupled to an antifuse control line (AF 1 to AF M ); characterized by further comprising: a second following gate transistor having a first terminal coupled to the second terminal of the antifuse transistor , a second terminal , and a gate terminal coupled to the following control line (FL); and a second select transistor having a first terminal coupled to the second terminal of the second following gate transistor , a second terminal coupled to the bit line (BL 1 to BL N ), and a gate terminal coupled to the word line (WL 1 to WL M ). a second following gate transistor having a first terminal coupled to the second terminal of the antifuse transistor , a second terminal , and a gate terminal coupled to the following control line (FL); and a second select transistor having a first terminal coupled to the second terminal of the second following gate transistor , a second terminal coupled to the bit line (BL 1 to BL N ), and a gate terminal coupled to the word line (WL 1 to WL M ).
Wedge element with a fastening device , which is freely displaceable along a spacer bar , for fastening the wedge element to a positioning device for positioning wall formwork when erecting a wall on a reinforced concrete part , wherein the wedge element is adapted for fixing the positioning device to a reinforcing rod of the concrete part and comprises a wedge-shaped main body with a first and a second active surface which produces a wedge effect, wherein the wedge element is fastened by means of the fastening device to the spacer bar of the positioning device so that the first active surface faces the spacer bar , wherein the fastening device is arranged on the first active surface of the main body , characterized in that the fastening device is connected to the main body in such a way that the main body is shiftable relative to the fastening device substantially in the direction of the wedge effect (K) of the wedge element and in the opposite direction.
A method for wireless communications by a wireless node, comprising: determining an amount of additional reference signals to include for transmission in a bundled transmission, dependent on a bundle length of the bundled transmission; and transmitting the amount of additional reference signals only at the beginning and/or the middle of the bundled transmission, and transmitting reference signals and data in the remainder of the bundled transmission, based on the determination. determining an amount of additional reference signals to include for transmission in a bundled transmission, dependent on a bundle length of the bundled transmission; and transmitting the amount of additional reference signals only at the beginning and/or the middle of the bundled transmission, and transmitting reference signals and data in the remainder of the bundled transmission, based on the determination.