mhurhangee/ep-ind-claims huggingface dataset:
A communication method of receiving a reconfigured signal for decoding data symbols by a first base station, BS, in a first cell based on outdated channel state information, in a network environment including G cells, where G is an integer equal to or greater than 3, in each of which 2 user equipments, UEs, are located, the communication method comprising: receiving, from a first UE in the first cell, G different data symbols in each time slot during a first time period including G time slots; receiving, from a second UE in the first cell, G - 1 different data symbols in each of G - 1 time slots and a sum of the G - 1 different data symbols in the last time slot during the first time period; transmitting, to each of the first UE and the second UE in the first cell, a feedback signal including channel state information on received data symbols of the first time period; receiving, from the first UE in the first cell, a first reconfigured signal for decoding the received data symbols, during a [G + 1] th time period including [G ∗ (G - 1)/2] time slots, wherein the first reconfigured signal is generated based on the feedback signal. receiving, from a first UE in the first cell, G different data symbols in each time slot during a first time period including G time slots; receiving, from a second UE in the first cell, G - 1 different data symbols in each of G - 1 time slots and a sum of the G - 1 different data symbols in the last time slot during the first time period; transmitting, to each of the first UE and the second UE in the first cell, a feedback signal including channel state information on received data symbols of the first time period; receiving, from the first UE in the first cell, a first reconfigured signal for decoding the received data symbols, during a [G + 1] th time period including [G ∗ (G - 1)/2] time slots, wherein the first reconfigured signal is generated based on the feedback signal.
A gas burner with multiple concentric flame rings, comprising: - a central burner with a central ring of flame orifices, an axial central gas injector for said central burner, and convergent-divergent means forming venturi interposed between the central injector and the central ring of flame orifices, and - an annular outer burner coaxially surrounding said central burner and provided with at least one annular ring of flame orifices, gas injecting means for the annular outer burner, that comprise several gas injectors positioned substantially radially around the axial central gas injector, and convergent-divergent means that form venturis interposed between the gas injecting means and the annular ring of flame orifices and that comprise at least two substantially radial convergent-divergent conduits forming tubular venturis with respective substantially radial spans and opening in the annular outer burner, said convergent-divergent conduits extending substantially coaxially respectively to said radial injectors, and - means for supplying gas to said axial central injector and to said gas injecting means, characterized in that it has a central base fixed coaxially to the central burner on a lower constituent part of the burner or pot, and in that said base comprises: - a substantially coaxial central bore emerging upward and adapted for receiving said axial central gas injector, and - at least two substantially radial lateral bores emerging laterally while being adapted for receiving respectively the at least two lateral gas injectors positioned substantially radially. - a central burner with a central ring of flame orifices, an axial central gas injector for said central burner, and convergent-divergent means forming venturi interposed between the central injector and the central ring of flame orifices, and - an annular outer burner coaxially surrounding said central burner and provided with at least one annular ring of flame orifices, gas injecting means for the annular outer burner, that comprise several gas injectors positioned substantially radially around the axial central gas injector, and convergent-divergent means that form venturis interposed between the gas injecting means and the annular ring of flame orifices and that comprise at least two substantially radial convergent-divergent conduits forming tubular venturis with respective substantially radial spans and opening in the annular outer burner, said convergent-divergent conduits extending substantially coaxially respectively to said radial injectors, and - means for supplying gas to said axial central injector and to said gas injecting means, characterized in that it has a central base fixed coaxially to the central burner on a lower constituent part of the burner or pot, and in that said base comprises: - a substantially coaxial central bore emerging upward and adapted for receiving said axial central gas injector, and - at least two substantially radial lateral bores emerging laterally while being adapted for receiving respectively the at least two lateral gas injectors positioned substantially radially.
A targeted nanocarrier, comprising an effective amount of an immunosuppressive agent encapsulated in a micelle, liposome, or polymeric nanoparticle that comprises on its surface a peptide or peptidomimetic that binds Complement component 3 breakdown products and reperfusion epitopes, a peptide or peptidomimetic that binds an integrin, or a combination thereof, wherein the immunosuppressive agent comprises: - a mammalian target of rapamycin (mTOR) inhibitor, a calcineurin inhibitor, or a combination thereof, - rapamycin or a derivative thereof, - tacrolimus or a derivative thereof, - cyclosporin A or a derivative thereof, - a nuclear factor kappa-light-chain-enhancer of activated B cells (NFkB) inhibitor, - a Janus kinase 3 inhibitor, - Complement C siRNA, - B-cell proteasome inhibitors, or - mycophenolate or a derivative thereof. - a mammalian target of rapamycin (mTOR) inhibitor, a calcineurin inhibitor, or a combination thereof, - rapamycin or a derivative thereof, - tacrolimus or a derivative thereof, - cyclosporin A or a derivative thereof, - a nuclear factor kappa-light-chain-enhancer of activated B cells (NFkB) inhibitor, - a Janus kinase 3 inhibitor, - Complement C siRNA, - B-cell proteasome inhibitors, or - mycophenolate or a derivative thereof.
A filter arrangement for a liquid-conducting system, preferably a cooling circuit of an engine, comprising a filter housing (28, 28') with an inlet (30, 30') and an outlet (32, 32') for liquid flowing along a flow path through the filter housing (28, 28'), furthermore comprising a filter (48, 48') which is arranged in the filter housing (28, 28') in the flow path of the liquid for filtering dirt particles out of the liquid, wherein a collecting chamber (56, 56') which is arranged upstream of the filter (48, 48') and into which dirt particles which are filtered out by the filter (48, 48') drop because of gravity when liquid no longer flows through the filter housing (28, 28'), wherein the collecting chamber (56, 56') forms a dead space, and therefore dirt particles located in the collecting chamber (56, 56') are not entrained by liquid flowing through the filter housing (28, 28'), wherein the collecting chamber (56, 56') is separated from the flow path of the liquid by means of a covering (52, 52', 52"), wherein a) the covering is designed as a sieve covering having a multiplicity of sieve openings for the dirt particles and the walls bounding the sieve openings extend tubularly beyond the covering on a lower side of the covering facing the collecting chamber (56, 56'); or b) wherein the covering is designed as a lattice covering having a multiplicity of lattice slots for the dirt particles, wherein the side walls longitudinally bounding the lattice slots extend beyond the covering on a lower side of the covering facing the collecting chamber (56, 56'). a) the covering is designed as a sieve covering having a multiplicity of sieve openings for the dirt particles and the walls bounding the sieve openings extend tubularly beyond the covering on a lower side of the covering facing the collecting chamber (56, 56'); or b) wherein the covering is designed as a lattice covering having a multiplicity of lattice slots for the dirt particles, wherein the side walls longitudinally bounding the lattice slots extend beyond the covering on a lower side of the covering facing the collecting chamber (56, 56').
Use of a synthetic resin adhesive composition for embedding anchoring means in mortar in holes or crevices, especially in drilled holes, wherein the synthetic resin adhesive composition and an anchoring means are introduced into a hole or crevice, including in a cracked substrate, such as cracked concrete, and the synthetic resin adhesive composition is caused to cure, wherein the synthetic resin adhesive composition is multi-component and comprises one or more fillers, wherein the adhesive composition comprises a biogenic filler, wherein the multi-component synthetic resin adhesive composition comprises, in a reactive synthetic resin component, epoxy(meth)acrylates of formula in which n denotes a number greater than or equal to 1, and/or ethoxylated aromatic diol-(meth)acrylates of formula and/or propoxylated analogues, in which instead of the group [-O-CH 2 -CH 2 -] there is in each case present a group [-O-CH 2 -CH 2 -CH 2 -], in which a and b each independently of the other denote a number greater than or equal to 0, with the proviso that preferably at least one of the values is greater than 0, and/or one or more urethane(meth)acrylates, and, as hardener component, such a component having a peroxide as initiator; or it comprises, as reactive synthetic resin component, a reactive synthetic resin based on epoxy resin, and also a hardener component; wherein the synthetic resin adhesive composition comprises, as biogenic filler, flours, brans, sugars, (poly)saccharides, plant fibres, alkyl (poly)glycosides, tannins, lignins, lignin sulfonates or latex, or mixtures of two or more thereof, or biogenic charcoal. one or more urethane(meth)acrylates, and, as hardener component, such a component having a peroxide as initiator; or it comprises, as reactive synthetic resin component, a reactive synthetic resin based on epoxy resin, and also a hardener component; wherein the synthetic resin adhesive composition comprises, as biogenic filler, flours, brans, sugars, (poly)saccharides, plant fibres, alkyl (poly)glycosides, tannins, lignins, lignin sulfonates or latex, or mixtures of two or more thereof, or biogenic charcoal.
Heat pump comprising a refrigerant circuit for a refrigerant, a refrigerant collector that belongs to the refrigerant circuit and through which the refrigerant flows, an expansion device that belongs to the refrigerant circuit and through which the refrigerant flows and which is connected downstream of the refrigerant collector as seen in the flow direction of the refrigerant, an evaporator that belongs to the refrigerant circuit and through which the refrigerant flows and which is connected downstream of the expansion device as seen in the flow direction of the refrigerant, and a condensate pan assigned to the evaporator to catch condensate forming on the evaporator, wherein the refrigerant collector is designed to be connected in a thermally conductive manner to the condensate pan, characterized in that, in order to transfer heat present externally on the refrigerant collector to the condensate pan by thermal conduction, a distance between the refrigerant collector and the condensate pan is at most 15 cm.
A device, in particular a clamping unit, for partitioning a room opening, in particular a doorway (bulkhead) to be clamped between side areas of the room opening, in particular between the side beams of a door frame, wherein a clamping mechanism is provided, which changes the length in a parallel direction (x) to the width direction of the room opening, in particular of the door, with the device in the installed position, as a result of which the device can be non-positively fixed between the side areas of the room opening, in particular between the side beams of the door, and wherein the device has air passage openings, in particular two air passage openings, characterized in that the device is designed so that its length can be varied in the parallel direction (x) to the width direction of the room opening, in particular of the door, when in its installed position, and that the clamping mechanism exhibits a cog that engages into a perforated rail.
A cooking appliance comprising: a body having a cooking chamber defined therein and an opening provided at one side of the body; and a door for opening and closing the opening of the cooking chamber, wherein the cooking appliance includes a light-emitting device that comprises: a light-emitting member being disposed adjacent to a gap defined between an edge portion of the door and a portion of a front face of the body, being configured to emit light of a predetermined color in a response to a preset operation state of the cooking appliance; and a reflective portion being disposed at the portion of the front face of the body to extend therefrom, wherein the reflective portion is configured to guide light emitted from the light-emitting member to be directed outwards from the edge portion of the door, wherein the door includes an outer door unit disposed at an outer portion of the door, defining a front outer face of the cooking appliance; an inner door unit disposed at a rear side of the door for closing the cooking chamber; a door frame coupled to and disposed between the outer door unit and the inner door unit; and characterized in that a display assembly disposed within the door frame, at an upper portion thereof, wherein the display assembly include a display unit, wherein the light-emitting member is fixed at top side of the display assembly, wherein the light-emitting member includes: light-emitting units; and a light-diffusing member with a length, for receiving light emitted from the light-emitting units and diffusing it in a predetermined direction, and wherein the light-emitting units are disposed at respective longitudinal ends of the light-diffusing member. a light-emitting member being disposed adjacent to a gap defined between an edge portion of the door and a portion of a front face of the body, being configured to emit light of a predetermined color in a response to a preset operation state of the cooking appliance; and a reflective portion being disposed at the portion of the front face of the body to extend therefrom, wherein the reflective portion is configured to guide light emitted from the light-emitting member to be directed outwards from the edge portion of the door, wherein the door includes an outer door unit disposed at an outer portion of the door, defining a front outer face of the cooking appliance; an inner door unit disposed at a rear side of the door for closing the cooking chamber; a door frame coupled to and disposed between the outer door unit and the inner door unit; and characterized in that a display assembly disposed within the door frame, at an upper portion thereof, wherein the display assembly include a display unit, wherein the light-emitting member is fixed at top side of the display assembly,
A sensor for detecting objects in a surveillance area, having sensor components which are designed to detect objects, and having an evaluation unit in which an object detection signal is generated as a function of output signals from sensor components, wherein at least one gravity sensor (9a, 9b) is integrated in the sensor, wherein the measurement signals of the gravity sensor (9a, 9b) indicate its spatial orientation relative to the direction of gravity, characterised in that at least one sensor function is automatically selected in the sensor as a function of the measurement signals, whereby the sensor is parameterised. wherein at least one gravity sensor (9a, 9b) is integrated in the sensor, wherein the measurement signals of the gravity sensor (9a, 9b) indicate its spatial orientation relative to the direction of gravity, characterised in that at least one sensor function is automatically selected in the sensor as a function of the measurement signals, whereby the sensor is parameterised.
A track roller unit of an agricultural working machine, with a continuous track belt and a drive wheel for driving the track belt, wherein the drive wheel comprises the following: - a wheel disk, - a radially outer surface associated with the wheel disk, with a plurality of struts for mechanical engagement with the continuous track belt and which are separated from one another in the circumferential direction, wherein the wheel disk comprises at least a first wheel dish element and a second wheel dish element, wherein the first and the second wheel dish element (9, 10) respectively consists of a first flange extending in the radial direction from an axis of rotation of the drive wheel and a main body (14, 15) which is radially outwardly adjacent to the first flange and which widens conically in the axial direction, wherein the first flange and the main body (14, 15) are configured as a single piece, characterized in that the first and the second wheel dish elements (9, 10) are in the shape of two dishes which lie one inside the other, wherein in this regard, the second main body of the second wheel dish element faces the axis of rotation and therefore forms the radially inner main body, wherein the second main body extends in the axial direction over a longer distance than the radially outer first main body. - a wheel disk, - a radially outer surface associated with the wheel disk, with a plurality of struts for mechanical engagement with the continuous track belt and which are separated from one another in the circumferential direction, the wheel disk comprises at least a first wheel dish element and a second wheel dish element, wherein the first and the second wheel dish element (9, 10) respectively consists of a first flange extending in the radial direction from an axis of rotation of the drive wheel and a main body (14, 15) which is radially outwardly adjacent to the first flange and which widens conically in the axial direction, wherein the first flange and the main body (14, 15) are configured as a single piece, characterized in that the first and the second wheel dish elements (9, 10) are in the shape of two dishes which lie one inside the other, wherein in this regard, the second main body of the second wheel dish element faces the axis of rotation and therefore forms the radially inner main body, wherein the second main body extends in the axial direction over a longer distance than the radially outer first main body.
Coffee machine, comprising a device for supplying hot water to an outlet device above a filter vessel into which a filter-paper insert with ground coffee can be inserted, wherein the outlet device has a central outlet opening over a middle region of the filled filter-paper insert and a plurality of outer outlet openings arranged above a middle region of the side walls of the filled filter-paper insert, and the flow rate of hot water through the individual outlet openings (12, 13, 14) is controllable via a selector switch, which has at least three switching positions for adjusting the coffee strength, characterized in that in all switching positions of the selector switch the hot water is at least partially supplied via the outer outlet openings of the filled filter-paper insert.
A wireless access node (100, 400) to perform signaling aggregation for a plurality of User Equipment devices (UEs, 150), the wireless access node (100, 400) comprising a communication transceiver configured to allocate traffic channels (102, 132) and signaling channels (104, 134) between the wireless access node (100, 400) and the plurality of UEs; characterized in that a processing system coupled to the communication transceiver is configured to determine whether a signaling load exceeds a predetermined signaling load threshold, if the signaling load exceeds the predetermined signaling load threshold, then the processing system is configured to select a hub UE from among the plurality of UEs with the remaining UEs comprising one or more secondary UEs (150B-150D); the processing system is configured to determine whether a carrier aggregation mode is active for the hub UE and initiate the CA mode in the hub UE if the CA mode is not already active; and the processing system is configured to allocate a plurality of traffic channels between the wireless access node (100, 400) and the hub UE and to relay signaling for the one or more secondary UEs (150B-150D) through the hub UE via signaling aggregation using one or more traffic channels of the plurality of traffic channels; the communication transceiver further configured to employ carrier aggregation of multiple traffic channels for the signaling aggregation by allocating the plurality of traffic channels between the wireless access node (100, 400) and the hub UE, wherein one or more traffic channels of the plurality of traffic channels are used for the signaling aggregation. a communication transceiver configured to allocate traffic channels (102, 132) and signaling channels (104, 134) between the wireless access node (100, 400) and the plurality of UEs; characterized in that a processing system coupled to the communication transceiver is configured to determine whether a signaling load exceeds a predetermined signaling load threshold, if the signaling load exceeds the predetermined signaling load threshold, then the processing system is configured to select a hub UE from among the plurality of UEs with the remaining UEs comprising one or more secondary UEs (150B-150D); the processing system is configured to determine whether a carrier aggregation mode is active for the hub UE and initiate the CA mode in the hub UE if the CA mode is not already active; and the processing system is configured to allocate a plurality of traffic channels between the wireless access node (100, 400) and the hub UE and to relay signaling for the one or more secondary UEs (150B-150D) through the hub UE via signaling aggregation using one or more traffic channels of the plurality of traffic channels; the communication transceiver further configured to employ carrier aggregation of multiple traffic channels for the signaling aggregation by allocating the plurality of traffic channels between the wireless access node (100, 400) and the hub UE, wherein one or more traffic channels of the plurality of traffic channels are used for the signaling aggregation.