mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications performed by a user equipment, UE , comprising: determining hybrid automatic repeat request, HARQ, feedback for a set of HARQ processes associated with downlink transmissions from a base station, wherein each HARQ process of the set of HARQ processes has an associated data indicator that indicates whether the associated downlink transmission includes an initial transmission of downlink data or a retransmission of previously transmitted downlink data; receiving , from the base station, downlink control information that indicates the UE is to provide a one-shot feedback report for at least a subset of the HARQ processes; identifying , for each HARQ process of at least the subset of HARQ processes, associated HARQ feedback that includes an acknowledgment/negative-acknowledgment indication associated with the HARQ process and the associated data indicator, wherein a default data indicator is identified as the associated data indicator for one or more HARQ processes in an absence of scheduling information for the associated HARQ process; and transmitting , to the base station, the one-shot feedback report including the HARQ feedback and the associated data indicator for each HARQ process of at least the subset of the HARQ processes. determining hybrid automatic repeat request, HARQ, feedback for a set of HARQ processes associated with downlink transmissions from a base station, wherein each HARQ process of the set of HARQ processes has an associated data indicator that indicates whether the associated downlink transmission includes an initial transmission of downlink data or a retransmission of previously transmitted downlink data; receiving , from the base station, downlink control information that indicates the UE is to provide a one-shot feedback report for at least a subset of the HARQ processes; identifying , for each HARQ process of at least the subset of HARQ processes, associated HARQ feedback that includes an acknowledgment/negative-acknowledgment indication associated with the HARQ process and the associated data indicator, wherein a default data indicator is identified as the associated data indicator for one or more HARQ processes in an absence of scheduling information for the associated HARQ process; and transmitting , to the base station, the one-shot feedback report including the HARQ feedback and the associated data indicator for each HARQ process of at least the subset of the HARQ processes.
An actuation mechanism to provide movement with at least two degrees of freedom, the mechanism comprising a moving part and a static part, the moving part including a permanent magnet with a magnetic face constrained to move over a working area lying substantially in a first plane perpendicular to a direction of magnetization of the magnet, the static part comprising at least two electromagnets having pole faces lying substantially in a second plane closely parallel to the first plane, the pole faces being symmetrically distributed around a central position in the second plane and extending over substantially the whole area traversed by the face of the moving magnet, characterized in that each pole face is located on the distal end of an elongate ferromagnetic core of its respective electromagnet, and wherein the cores for diametrically opposite pole faces have proximal ends connected together by ferromagnetic material.
Method for providing a predicative navigation function for a vehicle , in which a current position of the vehicle is recorded, without specifying a destination of a user, an intended route is determined, wherein an intentional probability is determined for the intended route , traffic data is recorded, which comprises disruption data on traffic disruption and the associated position of the traffic disruptions, if the intentional probability exceeds an intentional threshold, it is ascertained from the recorded traffic data whether a traffic disruption is relevant to the intended route determined, and, depending on the position of the vehicle relative to the position of the traffic disruption ascertained, a warning is output, wherein without specifying a destination of the user, a plurality of intended routes is determined, wherein an intentional probability is determined for each of the intended routes , characterised in that the total of the intentional probabilities of the intended routes is calculated for which a traffic disruption is relevant, and the warning is output depending on this total.
A fuel cell unit structure comprising: power generation cells each including an electrolyte sandwiched between a fuel electrode and an oxidant electrode and each configured to generate power by using supplied gas; separators each provided between the power generation cell and the power generation cell and configured to isolate the adjacent power generation cells from each other; a flow passage portion formed between the separator and the separator and including flow passages configured to supply the gas to the power generation cells ; gas flow-in ports configured to allow the gas to flow into the flow passage portion ; gas flow-out ports configured to allow the gas to flow out from the flow passage portion ; and an adjustment portion configured to adjust an amount of the gas flowing through the flow passages, wherein a number of the gas flow-in ports is different from a number of the gas flow-out ports , wherein the adjustment portion comprises an auxiliary flow passage (T11) formed between opposed surfaces of the power generation cells arranged such that the power generation cells are opposed to each other on a same plane, and wherein the adjustment portion is configured to reduce variation in a flow among the flow passages by adjusting a pressure loss in the flow passage portion formed between the gas flow-in ports or between the gas flow-out ports . power generation cells each including an electrolyte sandwiched between a fuel electrode and an oxidant electrode and each configured to generate power by using supplied gas; separators each provided between the power generation cell and the power generation cell and configured to isolate the adjacent power generation cells from each other; a flow passage portion formed between the separator and the separator and including flow passages configured to supply the gas to the power generation cells ; gas flow-in ports configured to allow the gas to flow into the flow passage portion ; gas flow-out ports configured to allow the gas to flow out from the flow passage portion ; and an adjustment portion configured to adjust an amount of the gas flowing through the flow passages, wherein a number of the gas flow-in ports is different from a number of the gas flow-out ports , wherein the adjustment portion comprises an auxiliary flow passage (T11) formed between opposed surfaces of the power generation cells arranged such that the power generation cells are opposed to each other on a same plane, and wherein the adjustment portion is configured to reduce variation in a flow among the flow passages by adjusting a pressure loss in the flow passage portion formed between the gas flow-in ports or between the gas flow-out ports .
Coextrusion installation for producing a complex profiled element for tyres made from rubber compounds of different compositions, said installation comprising an extrusion head , and at least one first extruder comprising a screw having a longitudinal axis and a barrel for receiving the screw comprising a feed inlet for supplying rubber compound and an outlet which opens into a flow channel which connects said outlet to the extrusion head , said installation also comprising at least one second extruder comprising a screw having a longitudinal axis and a barrel for receiving the screw comprising a feed inlet for supplying rubber compound and an outlet which opens into a flow channel which connects said outlet to the extrusion head , said installation being characterized in that the screw of each extruder constitutes the booster element feeding a positive-displacement piston pump which comprises one or more pistons, which meters the amount of rubber compound fed into each flow channel connecting the extruder to the extrusion head, and which is arranged upstream of the outlet of said extruder so that a first portion of the length of the screw of the extruder , starting from the feed inlet , can be used to fluidize and heat the rubber compound, while the remaining portion of the length of said screw of the extruder is used to transport the rubber compound metered by the positive-displacement piston pump to the flow channels connecting the outlet of the extruder to the extrusion head.
A frozen/chilled dessert comprising within a cup a frozen/chilled dessert base material layer, on the top surface of which a raised and indented pattern is disposed, and a zol-state substance layer with a flat surface covering the raised and indented pattern in said frozen/chilled dessert base material layer, wherein said zol-state substance is a sauce.
A surface heat exchanger for an aircraft turbomachine , this heat exchanger comprising: - a support wall , - a panel arranged substantially parallel to the support wall , - partitions configured to connect the support wall to the panel in a direction perpendicular to said support wall , said partitions defining between them channels in which a first air flow (F1) flows, said partitions being substantially parallel to each other and to a first flow direction of said first air flow (F1), - fins located in said channels and extending substantially parallel to each other and to said first flow direction, said fins being intended to be swept by said first air flow (F1), said panel comprising: - a central portion substantially parallel to said support wall and located at a first distance (D0) from said support wall , - a downstream portion having a general orientation inclined with respect to said support wall , said downstream portion comprising an upstream end connected to said central portion and a free downstream end located at a second distance (D2) from the support wall and delimiting a main outlet of the channels with the support wall , said second distance (D2) being less than said first distance (D0), characterised in that said downstream portion comprises at least two stationary flaps arranged one behind the other from upstream to downstream and configured to delimit between them at least one additional outlet (Sj) from said channels . - a support wall , - a panel arranged substantially parallel to the support wall , - partitions configured to connect the support wall to the panel in a direction perpendicular to said support wall , said partitions defining between them channels in which a first air flow (F1) flows, said partitions being substantially parallel to each other and to a first flow direction of said first air flow (F1), - fins located in said channels and extending substantially parallel to each other and to said first flow direction, said fins being intended to be swept by said first air flow (F1), - a central portion substantially parallel to said support wall and located at a first distance (D0) from said support wall , - a downstream portion having a general orientation inclined with respect to said support wall , said downstream portion comprising an upstream end connected to said central portion and a free downstream end located at a second distance (D2) from the support wall and delimiting a main outlet of the channels with the support wall , said second distance (D2) being less than said first distance (D0),
Female element , in particular a socket , for an electrical plug connection , comprising at least two electrical contact elements for transmitting electrical energy, a radio unit for transmitting radio signals for checking identification and compatibility, a controller connected upstream of the radio unit , the radio unit being configured such that it interacts with the controller which is used to enable the transmission of electrical energy via the contact elements , comprising a switching element for activating the radio unit , it being possible to actuate the switching element by plugging together the female element with a complementary male element , and comprising a housing having a receptacle for a corresponding male element , the contact elements being designed as female contacts , characterized in that the female contacts are arranged in the receptacle and outer sleeves surround the female contacts , that the radio unit is arranged on or in the wall which delimits the receptacle in the insertion direction, and in that the controller is designed such that it enables the transmission of electrical energy via the contact elements in the case of positive identification and compatibility.
A system for interacting with an object , said system comprising: a robotic manipulator having a base and a plurality of linkages; a tool coupled to said robotic manipulator and movable relative to said base to interact with the object ; a plurality of position sensors associated with said plurality of linkages for providing primary position information at a first frequency; and a localizer for providing secondary position information at a second frequency; characterized in that the system further comprises: a position controller configured to position said tool with respect to the object in a first position control mode and a second position control mode based on said primary position information and said secondary position information; and a frequency controller configured to adjust at least one of said first and second frequencies in each of said first and second position control modes so that a difference between said first and second frequencies in said first position control mode is different than a difference between said first and second frequencies in said second position control mode. a robotic manipulator having a base and a plurality of linkages; a tool coupled to said robotic manipulator and movable relative to said base to interact with the object ; a plurality of position sensors associated with said plurality of linkages for providing primary position information at a first frequency; and a localizer for providing secondary position information at a second frequency; characterized in that the system further comprises: a position controller configured to position said tool with respect to the object in a first position control mode and a second position control mode based on said primary position information and said secondary position information; and a frequency controller configured to adjust at least one of said first and second frequencies in each of said first and second position control modes so that a difference between said first and second frequencies in said first position control mode is different than a difference between said first and second frequencies in said second position control mode. a position controller configured to position said tool with respect to the object in a first position control mode and a second position control mode based on said primary position information and said secondary position information; and a frequency controller configured to adjust at least one of said first and second frequencies in each of said first and second position control modes so that a difference between said first and second frequencies in said first position control mode is different than a difference between said first and second frequencies in said second position control mode.
Antenna for wireless radio communication , comprising a coil core , said coil core extending along a longitudinal direction and comprising and carrying a number of turns , and a planar first shield made of a ferrimagnetic and/or ferromagnetic material and arranged on the end face of the coil core , which is angled relative to the longitudinal direction of the coil core , wherein the antenna furthermore comprises a first layer of a material having a magnetic permeability of μ r smaller than 100, which is arranged on the bottom side of the first shield facing the coil core , and wherein the material of the first shield has a magnetic permeability of μ r greater than 200.
A reclining chair comprising a mechanism providing the chair to be reclinable up to the Trendelenburg position, preferably a dental chair, comprising a headrest , a backrest movable with respect to a seat , and wherein said backrest is supported by said reclining mechanism comprising an arc fastened to pads sliding in guiding plates , said arc being actuated by a first motoreducer , characterized in that said mechanism further comprises: - at least a mobile trapezoidal lever working as support for - a pair of vertically superimposed rollers , of which the bottom roller is stationary and the top roller is integral to the frame of the seat, each respective roller sliding on the lower and top edge of said trapezoidal lever ; - said at least one trapezoidal lever being mobile backwards and forwards in the direction of the longitudinal axis of said chair together with said pads; - said trapezoidal lever being oriented with its two opposed convergent lateral edges in the direction of chair longitudinal axis, the rollers being pivotable around parallel axes and perpendicular to the chair longitudinal axis, so that simultaneously with the shifting of pads along guiding plates forward and backward, respectively, the frame of the seat performs a rheonomous tilting movement, upwards or downwards of its end corresponding to the anterior end of the chair seat. - at least a mobile trapezoidal lever working as support for - a pair of vertically superimposed rollers , of which the bottom roller is stationary and the top roller is integral to the frame of the seat, each respective roller sliding on the lower and top edge of said trapezoidal lever ; - said at least one trapezoidal lever being mobile backwards and forwards in the direction of the longitudinal axis of said chair together with said pads; - said trapezoidal lever being oriented with its two opposed convergent lateral edges in the direction of chair longitudinal axis, the rollers being pivotable around parallel axes and perpendicular to the chair longitudinal axis, so that simultaneously with the shifting of pads along guiding plates forward and backward, respectively, the frame of the seat performs a rheonomous tilting movement, upwards or downwards of its end corresponding to the anterior end of the chair seat.
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: an ionizable lithium salt; an organic solvent; and an additive, wherein the additive is a mixed additive which includes tetravinylsilane, lithium difluorophosphate, and 1,3-propylene sulfate in a weight ratio of 1:3 to 20:3 to 20, and the additive is included in an amount of 1 wt% to 4 wt% based on a total weight of the non-aqueous electrolyte solution. an ionizable lithium salt; an organic solvent; and an additive, wherein the additive is a mixed additive which includes tetravinylsilane, lithium difluorophosphate, and 1,3-propylene sulfate in a weight ratio of 1:3 to 20:3 to 20, and the additive is included in an amount of 1 wt% to 4 wt% based on a total weight of the non-aqueous electrolyte solution.
A unit dose article comprising: a. water-soluble film, wherein said film comprises a first bittering agent; and b. a liquid composition encapsulated by said film, wherein said liquid composition comprises a second bittering agent, preferably wherein said first bittering agent and said second bittering agent are the same bittering agent. a. water-soluble film, wherein said film comprises a first bittering agent; and b. a liquid composition encapsulated by said film, wherein said liquid composition comprises a second bittering agent,
Sealing device for sealing a gap between a lintel and a roller shutter , having a sealing means for arranging at the upper end of a top shutter element of the roller shutter , characterized in that a swivel mechanism is provided for swivelling the sealing means from a sealing position into a winding position and from a winding position into a sealing position, wherein the swivel mechanism comprises a base profile with a tube-like cross section comprising a hinge for flexible connection to the upper end of the top shutter element , wherein the sealing means is fixed to the base profile for, in the sealing position, sealing a gap between the lintel and the top shutter element , a first swivel element for swivelling the sealing means from the sealing position into the winding position, a further swivel element for arranging at a coiling device for the shutter elements and for cooperating with the first swivel element , the first swivel element being a rigid arm fixed to the base profile , the further swivel element is designed as a guiding profile for guiding and holding the first swivel element in the winding position, and wherein the first swivel element and the sealing means are turned away from each other. a base profile with a tube-like cross section comprising a hinge for flexible connection to the upper end of the top shutter element , wherein the sealing means is fixed to the base profile for, in the sealing position, sealing a gap between the lintel and the top shutter element , a first swivel element for swivelling the sealing means from the sealing position into the winding position, a further swivel element for arranging at a coiling device for the shutter elements and for cooperating with the first swivel element , the first swivel element being a rigid arm fixed to the base profile , the further swivel element is designed as a guiding profile for guiding and holding the first swivel element in the winding position, and wherein the first swivel element and the sealing means are turned away from each other.
A pH-dependent modified-release oral formulation comprising a beta-lactamase, wherein the formulation releases the beta-lactamase in the gastrointestinal (GI) tract, and wherein the formulation comprises at least one pH-dependent modified-release pellet with each pellet comprising: about 10-20% by weight beta-lactamase; about 10-20% by weight sucrose sphere; about 20-30% by weight hydroxypropylcellulose; about 10-20% by weight a first enteric polymer; about 20-30% by weight a second enteric polymer; about 1-10% by weight triethyl citrate; and about 1-2% by weight of buffer salt; and wherein the formulation releases the beta-lactamase at a pH of greater than 6.7. about 10-20% by weight beta-lactamase; about 10-20% by weight sucrose sphere; about 20-30% by weight hydroxypropylcellulose; about 10-20% by weight a first enteric polymer; about 20-30% by weight a second enteric polymer; about 1-10% by weight triethyl citrate; and about 1-2% by weight of buffer salt; and
Flexible duct element having a modular metal hose as flexible, flow-conducting internal component, which metal hose has a plurality of annular hose elements (2, 2', 2.1, 2.2), wherein adjacent hose elements are inserted axially one inside the other in pairs and held one inside the other by interlocking engagement, and having a bellows or corrugated hose as further component, characterised in that the annular hose elements (2, 2', 2.1, 2.2) are closed around the circumference.