mhurhangee/patent-ind-claim-en huggingface dataset:
Coil assembly having a coil winding and a multilayered printed circuit board , wherein the coil winding has a plurality of loops (S1, S2, S3, S4), which are arranged in different layers (LS1, LS2) of the printed circuit board and form a main magnetic field (Hz) having a main direction (z) perpendicular to a main plane (x-y) of the printed circuit board , and wherein the loops (S1, S2, S3, S4) arranged in different layers (LS1, LS2) are connected electrically to one another by means of at least one via (D1, D2, D3, D4), wherein the printed circuit board has four vias (D1, D2, D3, D4) or an integral multiple of four vias (D1, D2, D3, D4), which, between the loops (S1, S2, S3, S4) of the coil winding, form an identical number of downward current paths (V1, V3) and upward current paths (V2, V4), characterized in that in each case two vias (D1, D3; D2, D4) with the same current path direction are arranged point-symmetrically with respect to a common mirror point (S), with the result that magnetic loops (Hy1, Hy2, Hx1, Hx2) which are formed in secondary planes ((x-z), (y-z)) of the printed circuit board which are arranged perpendicular to the main plane (x-y) have opposite directions and compensate for one another.
A seat comprising a frame , a backrest , a movable seat squab and a movable screen , the screen being movable between an open position and a closed position for providing privacy to a person sitting on the seat , downward motion of the seat squab causing motion of the movable screen from the open position to the closed position, in which the backrest is fixed relative to the frame or the backrest is fixed relative to the seat , and in which the open position of the screen is a lowered position, and the closed position of the screen is a raised position.
Optical assembly, comprising - a splitting member splitting an input beam (E) into at least two partial beams (T1, T2, T3, T4), - at least one optical member (V1, V2, V3, V4, MV) through which at least one of the partial beams (T1, T2, T3, T4) propagates, wherein the at least one optical member (V1, V2, V3, V4, MV) is an optical amplifier or a non-linear optical member for spectral broadening, and - at least one combination member which spatially overlaps the partial beams (T1, T2, T3, T4) in an output beam (A), wherein the splitting member and the combination member each comprise a partially reflective member , characterized in that the partially reflective member reflects the radiation of the input beam (E) or the output beam (A) two or multiple times, wherein the partially reflective member comprises zones (a, b, c, d) of different reflectivity, wherein the reflectivity of the zones (a, b, c, d) decreases or increases in a direction located within the reflective plane of the radiation, wherein the splitting member and the combination member each further comprise a reflective member , respectively, wherein the radiation is reflected back and forth multiple times between the partially reflective member and the reflective member , wherein the splitting member and the combination member have a same setup, and wherein the combination member is arranged anti-symmetrically to the splitting member in such a way that optical path length differences of the partial beams (T1, T2, T3, T4) cancel each other out. - a splitting member splitting an input beam (E) into at least two partial beams (T1, T2, T3, T4), - at least one optical member (V1, V2, V3, V4, MV) through which at least one of the partial beams (T1, T2, T3, T4) propagates, wherein the at least one optical member (V1, V2, V3, V4, MV) is an optical amplifier or a non-linear optical member for spectral broadening, and - at least one combination member which spatially overlaps the partial beams (T1, T2, T3, T4) in an output beam (A), wherein the splitting member and the combination member each comprise a partially reflective member ,
A method performed by a mobile terminal in a wireless communications network of reporting cell measurements, comprising: determining (S201) at the mobile terminal that a property of a channel established via a serving cell fails to comply with a quality criterion; reporting (S202), to a network node of the serving cell, the failure to comply with the quality criterion; characterized by receiving (S203), from the network node, an Activation/Deactivation Media Access Control, MAC, Control Element, CE; determining (S204), in direct response to receiving the Activation/Deactivation MAC CE, whether said property for one or more channels of at least one neighbouring cell complies with the quality criterion, wherein said determining comprises performing channel quality measurements of the at least one neighbouring cell without being instructed accordingly by the network node; and reporting (S205), to the network node, the determined property of the channel of the serving cell and the determined property of the one or more channels of said at least one neighbouring cell. determining (S201) at the mobile terminal that a property of a channel established via a serving cell fails to comply with a quality criterion; reporting (S202), to a network node of the serving cell, the failure to comply with the quality criterion; characterized by receiving (S203), from the network node, an Activation/Deactivation Media Access Control, MAC, Control Element, CE; determining (S204), in direct response to receiving the Activation/Deactivation MAC CE, whether said property for one or more channels of at least one neighbouring cell complies with the quality criterion, wherein said determining comprises performing channel quality measurements of the at least one neighbouring cell without being instructed accordingly by the network node; and reporting (S205), to the network node, the determined property of the channel of the serving cell and the determined property of the one or more channels of said at least one neighbouring cell.
A method for maintaining Band Width Part, BWP, comprising: keeping , by a user equipment, a current active BWP unchanged during a random access procedure; characterized by restarting , by the user equipment, a BWP inactivity timer when the random access procedure is completed successfully; wherein the random access procedure is a contention free random access procedure except beam failure recovery; and wherein the restarting , by the user equipment, the BWP inactivity timer when the random access procedure is completed successfully comprises: restarting, by the user equipment, the BWP inactivity timer at the time when receiving a PDCCH that schedules Msg2, wherein a starting point of the BWP inactivity timer is the time when the PDCCH that schedules the Msg2 is received. keeping , by a user equipment, a current active BWP unchanged during a random access procedure; characterized by restarting , by the user equipment, a BWP inactivity timer when the random access procedure is completed successfully; wherein the random access procedure is a contention free random access procedure except beam failure recovery; and wherein the restarting , by the user equipment, the BWP inactivity timer when the random access procedure is completed successfully comprises: restarting, by the user equipment, the BWP inactivity timer at the time when receiving a PDCCH that schedules Msg2, wherein a starting point of the BWP inactivity timer is the time when the PDCCH that schedules the Msg2 is received.
A diet composition for use in a method to lower blood glucose and/or IGF-1 levels in the treatment or prevention of a disease chosen among diabetes, cancer and age-related diseases in a subject aged 50 years and above, wherein that said diet composition is provided for 5 to 7 days to a subject younger than a predetermined age of 65 years and having a subject's average daily protein level greater than a predetermined cutoff protein intake level of 20% to 5% calories from proteins among the total calories consumed on average per day by the subject, wherein said diet composition provides a percent calories from protein that is less than said predetermined cutoff protein intake level, wherein said diet composition provides per day 4.5 to 7 kilocalories per 0.45 Kg (pound) of said subject for a first day and 3 to 5 kilocalories per 0.45 Kg (pound) of said subject for a second to fifth day and wherein said diet composition comprises less than 30 g of sugar on the first day and less than 20 g of sugar on the second to fifth days; less than 28 g of all plant-based proteins on the first day and less than 18 g of all plant-based proteins on days the second to fifth day; 20 to 30 grams of monounsaturated fats on the first day and 10 to 15 grams of monounsaturated fats on the second to fifth days; between 6 and 10 grams of polyunsaturated fats on the first day and 3 to 5 grams of polyunsaturated fats on the second to fifth days; less than 12 g of saturated fats on the first day and less than 6 grams of saturated fats on the second to fifth days; and 12 to 25 grams of glycerol per day on the second to fifth days.
An information processing apparatus comprising: a communication unit which wirelessly transmits and receives a packet through synchronous communication to and from another apparatus; a determination unit which determines whether the packet transmitted from the communication unit has been received by the another apparatus depending on whether or not an acknowledgement is received from the another apparatus within a prescribed period of time, the determination unit thereby facilitating the synchronous communication; and characterized by a selection unit which selects, when the determination unit is unable to confirm that the another apparatus has received a previously transmitted packet, between retransmission processing for retransmitting the previously transmitted packet and non-retransmission processing for transmitting another packet instead of the previously transmitted packet depending on information for specifying a content of data stored in a user data portion of the previously transmitted packet. a communication unit which wirelessly transmits and receives a packet through synchronous communication to and from another apparatus; a determination unit which determines whether the packet transmitted from the communication unit has been received by the another apparatus depending on whether or not an acknowledgement is received from the another apparatus within a prescribed period of time, the determination unit thereby facilitating the synchronous communication; and characterized by a selection unit which selects, when the determination unit is unable to confirm that the another apparatus has received a previously transmitted packet, between retransmission processing for retransmitting the previously transmitted packet and non-retransmission processing for transmitting another packet instead of the previously transmitted packet depending on information for specifying a content of data stored in a user data portion of the previously transmitted packet.
A bi-directional dual active bridge, DAB, DC to DC converter , comprising: a DC to DC conversion circuit ; and a controller operatively connected to the conversion circuit and configured to control a voltage output of the conversion circuit, the controller including an observer based estimated current sensor module configured to simulate a physical output DC link current sensor by inputting an estimated output current feedback inner state signal ^ė o into a voltage output command feedback loop of the controller; wherein the current sensor module includes an estimated sensor feedback loop ; wherein the controller is configured to input an output voltage state signal e o from the controller at a beginning block of the estimated sensor feedback loop , wherein a state transfer function of the estimated sensor feedback loop is the same transfer function as a plant transfer function of the DAB physical system configured to provide an inner loop current signal I DCavg representing an average DC link current state. a DC to DC conversion circuit ; and a controller operatively connected to the conversion circuit and configured to control a voltage output of the conversion circuit, the controller including an observer based estimated current sensor module configured to simulate a physical output DC link current sensor by inputting an estimated output current feedback inner state signal ^ė o into a voltage output command feedback loop of the controller; wherein the current sensor module includes an estimated sensor feedback loop ; wherein the controller is configured to input an output voltage state signal e o from the controller at a beginning block of the estimated sensor feedback loop , wherein a state transfer function of the estimated sensor feedback loop is the same transfer function as a plant transfer function of the DAB physical system configured to provide an inner loop current signal I DCavg representing an average DC link current state.
A mill blank for dental CAD/CAM containing a ceramic material for preparing a dental restoration by being installed in a CAD/CAM device, wherein, the mill blank for dental CAD/CAM comprises a ceramic portion in which a dental restoration is cut out and a resin portion which joins with a CAD/CAM device, the resin portion is provided at a side surface of the ceramic portion and has a cylindrical shape or a belt shape, a ceramic portion side of the resin portion contacts with the side surface of the ceramic portion , the ceramic portion has a columnar shape, the ceramic portion has a protrusion part on the side surface, the protrusion part smoothly protrudes except a transition portion of the upper surface and the side surface and a transition portion of the bottom surface and the side surface.
Encapsulated particles comprising one or more nanoparticle cores of hydrolysable silicon-containing material, and an active pharmaceutical ingredient (API) present at between 0.1% and 20% by weight of the total encapsulated particle weight, wherein the API is an anti-fungal agent; wherein the one or more nanoparticle cores of hydrolysable silicon-containing material have a nominal diameter of between 5 and 400 nm and are encapsulated in a waxy lipid shell comprising: a) two lipidic components present at from 55% to 95% of the total encapsulated particle weight; b) a surfactant present at from 0.1% to 5% by weight of the total encapsulated particle weight; c) a co-surfactant present at from 0.01% to 1% by weight of the total encapsulated particle weight; and d) a regulator of metastable state present at from 0.1% to 5% by weight of the total encapsulated particle weight, wherein the regulator of metastable state is selected from one or more of: the terpenes; the terpenoids; fatty acids, from myristic to docosanoic, pegylated by methyl ether of polyethylene glycol (PEG. Me M. W. 750-2000); diacylphosphatidylethanolamines pegylated with PEG; and poloxamers (Pluronics). a) two lipidic components present at from 55% to 95% of the total encapsulated particle weight; b) a surfactant present at from 0.1% to 5% by weight of the total encapsulated particle weight; c) a co-surfactant present at from 0.01% to 1% by weight of the total encapsulated particle weight; and d) a regulator of metastable state present at from 0.1% to 5% by weight of the total encapsulated particle weight, wherein the regulator of metastable state is selected from one or more of: the terpenes; the terpenoids; fatty acids, from myristic to docosanoic, pegylated by methyl ether of polyethylene glycol (PEG. Me M. W. 750-2000); diacylphosphatidylethanolamines pegylated with PEG; and poloxamers (Pluronics).
A packer assembly for deforming casing located in a wellbore, the assembly comprising: a first body portion removably connectable to a second body portion ; an elastomeric packer element disposed on said first body portion, characterised in that said elastomeric packer element is configured to be deformed into an outwardly deployed condition in response to actuation of at least one piston disposed on said second body portion ; and locking means disposed on said first body portion to retain said elastomeric packer element in the outwardly deployed condition; wherein said first body portion can be disconnected from said second body portion after said elastomeric packer element is moved to the outwardly deployed condition to deform casing in a wellbore in which the assembly is disposed to enable retrieval of said second body portion from said wellbore. a first body portion removably connectable to a second body portion ; an elastomeric packer element disposed on said first body portion, characterised in that said elastomeric packer element is configured to be deformed into an outwardly deployed condition in response to actuation of at least one piston disposed on said second body portion ; and locking means disposed on said first body portion to retain said elastomeric packer element in the outwardly deployed condition; wherein said first body portion can be disconnected from said second body portion after said elastomeric packer element is moved to the outwardly deployed condition to deform casing in a wellbore in which the assembly is disposed to enable retrieval of said second body portion from said wellbore.
A method for determining the amount or fraction of protein aggregation in a solution based upon said solution's protein concentration, comprising: providing a plurality of first solutions comprising increasing concentrations of a protein; measuring an observable property for each solution in said plurality of first solutions; determining ΔG for the conformational stability of said protein at each concentration in said plurality of first solutions based on said observable property; creating a correlation between ΔG and each concentration of said protein; and using said correlation to determine the amount or fraction of said protein that is aggregated. providing a plurality of first solutions comprising increasing concentrations of a protein; measuring an observable property for each solution in said plurality of first solutions; determining ΔG for the conformational stability of said protein at each concentration in said plurality of first solutions based on said observable property; creating a correlation between ΔG and each concentration of said protein; and using said correlation to determine the amount or fraction of said protein that is aggregated.
A method for manufacturing a security document , comprising the following steps: Providing substrate layers , at least one of the substrate layers being made of polycarbonate, providing a lamination sheet (8.1, 8.2) with an embossing die , the embossing die having a relief-like microstructure , laminating the substrate layers , the lamination sheet (8.1) being arranged with the embossing die on an external top side of the at least one polycarbonate substrate layer in such a way that, during lamination, the relief-like microstructure of the embossing die is transferred to the polycarbonate substrate layer and a document body is formed by the lamination, and the embossing die being provided in such a way that the embossed, relief-like microstructure is formed at least in one region as a diffraction grating in order to produce a diffraction effect , characterized in that the substrate layers are provided in such a manner that they are transparent at least in one portion of the embossed, relief-like microstructure . Providing substrate layers , at least one of the substrate layers being made of polycarbonate, providing a lamination sheet (8.1, 8.2) with an embossing die , the embossing die having a relief-like microstructure , laminating the substrate layers , the lamination sheet (8.1) being arranged with the embossing die on an external top side of the at least one polycarbonate substrate layer in such a way that, during lamination, the relief-like microstructure of the embossing die is transferred to the polycarbonate substrate layer and a document body is formed by the lamination, and the embossing die being provided in such a way that the embossed, relief-like microstructure is formed at least in one region as a diffraction grating in order to produce a diffraction effect , characterized in that the substrate layers are provided in such a manner that they are transparent at least in one portion of the embossed, relief-like microstructure .
A method for producing a printed image structure according to a printed image specification , in particular for a letterpress process and/or intaglio printing process, wherein the following steps are carried out: a) providing a base body for receiving the printed image structure , b) producing a printed image structure on the base body so that a printed image layer is formed with the printed image structure on the base body , wherein the printed image structure is produced by an automatic printing form machine in an additive manner, characterized in that a control of a processing device and/or the selection of a material for the production of a printed image structure is adapted to digital parameters, wherein the data are transferred from the base body and/or from the automatic printing form machine to the printing machine . a) providing a base body for receiving the printed image structure , b) producing a printed image structure on the base body so that a printed image layer is formed with the printed image structure on the base body ,
Dishware basket with a vessel holder for a household dishwasher , wherein the vessel holder comprises a base body , which has a bottom section and a wall section connected to the bottom section , and wherein the vessel holder comprises a holding facility which is mounted in a rotary manner on the wall section and which has a holding position (S 1) that is oriented towards a horizontal (H) for holding a vessel and a position (S2) that is tilted downwards in relation to the horizontal (H), wherein the holding facility , when a force (F) directed vertically downwards is exerted upon the same, is configured to move out from the holding position (S 1) that is oriented towards the horizontal (H) and into the position (S2) that is tilted downwards in relation to the horizontal (H) when the force (F) exceeds a threshold value, characterised in that - a first connection element is provided on a lower side of the bottom section and can be connected to a bottom of the dishware basket , and - a second connection element is provided on the wall section and can be connected to a wall of the dishware basket . - a first connection element is provided on a lower side of the bottom section and can be connected to a bottom of the dishware basket , and - a second connection element is provided on the wall section and can be connected to a wall of the dishware basket .