mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at data processing hardware of a primary user equipment, UE,, a connection request from a network base station on a primary component carrier, CC, associated with the primary UE; connecting, by the data processing hardware, to the network base station on the primary CC; receiving, at the data processing hardware, a configuration message from the network base station, the configuration message instructing operation of at least one secondary CC; and in response to receiving the configuration message: identifying, by the data processing hardware, at least one secondary UE associated with the at least one secondary CC; instructing, by the data processing hardware, the at least one secondary UE to operate on the at least one secondary CC and receive data from the network base station on the at least one secondary CC; and enabling a combined-UE operating state of the at least one secondary UE, wherein the combined-UE comprises the primary UE and the at least one secondary UE, and wherein the combined-UE operating state allows cross-carrier aggregation of the combined UE. receiving, at data processing hardware of a primary user equipment, UE,, a connection request from a network base station on a primary component carrier, CC, associated with the primary UE; connecting, by the data processing hardware, to the network base station on the primary CC; receiving, at the data processing hardware, a configuration message from the network base station, the configuration message instructing operation of at least one secondary CC; and in response to receiving the configuration message: identifying, by the data processing hardware, at least one secondary UE associated with the at least one secondary CC; instructing, by the data processing hardware, the at least one secondary UE to operate on the at least one secondary CC and receive data from the network base station on the at least one secondary CC; and enabling a combined-UE operating state of the at least one secondary UE, wherein the combined-UE comprises the primary UE and the at least one secondary UE, and wherein the combined-UE operating state allows cross-carrier aggregation of the combined UE. identifying, by the data processing hardware, at least one secondary UE associated with the at least one secondary CC; instructing, by the data processing hardware, the at least one secondary UE to operate on the at least one secondary CC and receive data from the network base station on the at least one secondary CC; and enabling a combined-UE operating state of the at least one secondary UE, wherein the combined-UE comprises the primary UE and the at least one secondary UE, and wherein the combined-UE operating state allows cross-carrier aggregation of the combined UE.
A reagent setup apparatus for registering reagent parameters relating to reagents of a plurality of reagent manufacturers on an inspection item basis in an analytical apparatus, wherein said reagent setup apparatus comprises: parameter registration means for entering and registering the reagent parameters, and a database for storing the reagent parameters; characterized by specification-parameter linking means for setting the reagent parameters corresponding to the analytical apparatus specifications on the basis of the contents of the database, wherein the database is arranged to store the reagent parameters in a batch form and the batch form is arranged such that a series of data measurements based on the batch-registered reagent parameters corresponding to the analytical apparatus specifications can be performed using the required reagents of said multiple reagent manufacturers. parameter registration means for entering and registering the reagent parameters, and a database for storing the reagent parameters; characterized by specification-parameter linking means for setting the reagent parameters corresponding to the analytical apparatus specifications on the basis of the contents of the database, wherein the database is arranged to store the reagent parameters in a batch form and the batch form is arranged such that a series of data measurements based on the batch-registered reagent parameters corresponding to the analytical apparatus specifications can be performed using the required reagents of said multiple reagent manufacturers.
A process of sublimation printing on hide or leather, comprising the steps of: a) providing a laminar substrate, b) applying a polymeric adhesive material comprising polyester, polyamide, polyurethane, polyethylene, or a mixture thereof, on a side of said laminar substrate, d) providing hide or leather, e) hot pressing said side of the laminar substrate on said hide or leather, and f) separating the laminar substrate from hide or leather, wherein, between step b) and step d), a step c) of ink jet printing is carried out with a sublimation ink on said side of the laminar substrate, or alternatively after step f), a step g) of ink jet printing is carried out with a sublimation ink on hide or leather, and wherein said polymeric adhesive material is microencapsulated. a) providing a laminar substrate, b) applying a polymeric adhesive material comprising polyester, polyamide, polyurethane, polyethylene, or a mixture thereof, on a side of said laminar substrate, d) providing hide or leather, e) hot pressing said side of the laminar substrate on said hide or leather, and f) separating the laminar substrate from hide or leather,
A concentric multi-layered electrospun microfiber comprising an exterior layer, an interior layer, and an intermediate layer residing between the exterior layer and the interior layer, said intermediate layer comprises one or more water soluble polymers selected from natural polymers, synthetic polymers or combinations thereof, and said interior layer comprises (i) water soluble polymers or oligomers, the water soluble polymers being selected from poly(acrylic acid), poly(vinyl pyrrolidone), poly(N-vinyl pyrrolidone), poly(vinyl alcohol), poly(acrylic acid), poly(ethylene glycol), poly(methacrylic acid), poly(ethylene oxide), polyhydroxyacid, alginate, starch, chitosan, dextran, albumin, hyaluronic acid, polypeptides and combination and/or copolymers thereof, and the oligomer being selected from the group consisting of chitosan oligomeric derivatives, and saccharides oligomers, and (ii) cells and/or biologics.
A bearing assembly comprising: a connecting rod with a first end and a second end, the first end defining a cylindrical aperture with a thrust ring depending radially inwardly therefrom such that the cylindrical aperture defines a first outer raceway and a second outer raceway on opposite sides of the thrust ring; a crankshaft defining a cylindrical inner raceway disposed between a pair of opposed inner walls (16a, 16b); a first plurality of radial roller elements disposed between the first outer raceway and the inner raceway (14, 14a), each of the first radial roller elements having a first end face, an opposed second end face and defining an axial length therebetween; and a second plurality of radial roller elements disposed between the second outer raceway and the inner raceway (14, 14b), each of the second radial roller elements having a first end face, an opposed second end face and defining an axial length therebetween, wherein the axial length of at least one of the first plurality of radial roller elements is greater than an axial length of the first outer raceway and the axial length of at least one of the second plurality of radial roller elements is greater than an axial length of the second outer raceway; characterised in that the thrust ring is received in an annular groove that extends radially outwardly from an inner surface of the cylindrical aperture. a connecting rod with a first end and a second end, the first end defining a cylindrical aperture with a thrust ring depending radially inwardly therefrom such that the cylindrical aperture defines a first outer raceway and a second outer raceway on opposite sides of the thrust ring; a crankshaft defining a cylindrical inner raceway disposed between a pair of opposed inner walls (16a, 16b); a first plurality of radial roller elements disposed between the first outer raceway and the inner raceway (14, 14a), each of the first radial roller elements having a first end face, an opposed second end face and defining an axial length therebetween; and a second plurality of radial roller elements disposed between the second outer raceway and the inner raceway (14, 14b), each of the second radial roller elements having a first end face, an opposed second end face and defining an axial length therebetween, wherein the axial length of at least one of the first plurality of radial roller elements is greater than an axial length of the first outer raceway and the axial length of at least one of the second plurality of radial roller elements is greater than an axial length of the second outer raceway; characterised in that the thrust ring is received in an annular groove that extends radially outwardly from an inner surface of the cylindrical aperture.
Cleaning device for a combine, with a conveying floor, to the upper side of which a mixture of grain and chaff can be supplied during operation, a dropping step arranged at a rear end of the conveying floor, and a blower which is connected to the dropping step by an air-conducting duct, wherein a region of the duct that is directly adjacent to the dropping step and is upwardly and downwardly bounded by an upper wall and a lower wall comprises at least one air-conducting element which deflects a horizontal air flow entering from the blower obliquely upwards and rearwards during operation, characterized in that the separate air-conducting element is arranged within the duct at a distance from the upper and lower wall.
A portable terminal device comprising: a display unit 15; a key operation unit 10; a judgment storage unit 14 for storing frequency of determination of a key which is determined when a plurality of keys is depressed at the same time; a key judgment unit 12 for selecting a key that is determined most frequently among the plurality of keys depressed at the same time; and a device control unit 13 for controlling display and updating the frequency, in accordance with a selection made by the key judgment unit. a display unit 15; a key operation unit 10; a judgment storage unit 14 for storing frequency of determination of a key which is determined when a plurality of keys is depressed at the same time; a key judgment unit 12 for selecting a key that is determined most frequently among the plurality of keys depressed at the same time; and a device control unit 13 for controlling display and updating the frequency, in accordance with a selection made by the key judgment unit.
An aerosol generating device (10, 50) comprising: a housing defining a cavity for receiving an aerosol generating material; a power source and a controller; a plurality of heating circuits (40a-e) for heating the aerosol generating material, each heating circuit comprising a pair of electrical contacts (42a-e) movable between a first position in which the pair of electrical contacts does not extend into the aerosol generating material and a second position in which the pair of electrical contacts extends into the aerosol generating material; wherein the controller is configured to control the power source to independently supply electrical energy to one or more pairs of the electrical contacts (42a-e) when the electrical contacts are in the second position. a housing defining a cavity for receiving an aerosol generating material; a power source and a controller; a plurality of heating circuits (40a-e) for heating the aerosol generating material, each heating circuit comprising a pair of electrical contacts (42a-e) movable between a first position in which the pair of electrical contacts does not extend into the aerosol generating material and a second position in which the pair of electrical contacts extends into the aerosol generating material; wherein the controller is configured to control the power source to independently supply electrical energy to one or more pairs of the electrical contacts (42a-e) when the electrical contacts are in the second position.
A detection system for measuring one or more conditions within a predetermined area comprising: a fiber harness having a fiber optic cable for transmitting light, the fiber optic cable defining a plurality of nodes arranged to measure the condition, wherein each node is arranged such that light scattered by an atmosphere adjacent the node is received by a corresponding separate core of the fiber optic cable at least one scattering angle relative to light transmitted through the node; and a control system operably coupled to the fiber harness such that scattered light associated with each node is transmitted to the control system, wherein the control system analyzes the scattered light to determine at least one of a presence and magnitude of the one or more conditions at each node. a fiber harness having a fiber optic cable for transmitting light, the fiber optic cable defining a plurality of nodes arranged to measure the condition, wherein each node is arranged such that light scattered by an atmosphere adjacent the node is received by a corresponding separate core of the fiber optic cable at least one scattering angle relative to light transmitted through the node; and a control system operably coupled to the fiber harness such that scattered light associated with each node is transmitted to the control system, wherein the control system analyzes the scattered light to determine at least one of a presence and magnitude of the one or more conditions at each node.
A temperature compensation method of compensating an effect of temperature over a set of magnetic sensors (S1 - Sn) configured to sense a magnetic actuator which can move along a sensing path and to provide sensing signals indicative of a position and/or displacement of the magnetic actuator relative to the sensing path, the method comprising: selecting at least two magnetic sensors from the set of magnetic sensors (S1 - Sn) for use as temperature sensors (S1 - Sn), the at least two magnetic sensors being selected from a number of magnetic sensors in the set which are identified as not being substantially affected by the magnetic field created by the magnetic actuator; estimating a distribution of temperature over at least a portion of the sensing path based on the sensing signals output by the selected at least two magnetic sensors; and compensating for the effect of temperature on the sensing signals output by one or more magnetic sensors of the set of magnetic sensors (S1 - Sn) using the estimated temperature distribution. selecting at least two magnetic sensors from the set of magnetic sensors (S1 - Sn) for use as temperature sensors (S1 - Sn), the at least two magnetic sensors being selected from a number of magnetic sensors in the set which are identified as not being substantially affected by the magnetic field created by the magnetic actuator; estimating a distribution of temperature over at least a portion of the sensing path based on the sensing signals output by the selected at least two magnetic sensors; and compensating for the effect of temperature on the sensing signals output by one or more magnetic sensors of the set of magnetic sensors (S1 - Sn) using the estimated temperature distribution.
A caterpillar track machine with left and right caterpillar tracks comprising an implement for spreading gravels or aggregates, which comprises: - two laterally arranged left and right side caterpillar tracks having in their inner face protection and support means, a left protection and support means (6.1) for the left side caterpillar track and a right protection and support means (7.1) for the right side caterpillar track, for an upper structure which provides support to a spreader structure arranged in the lower portion with respect to the upper structure, - attachment means for attaching both the upper structure and the spreader structure with the caterpillar track machine on which the implement is to be assembled, - adjustement means for adjusting the relative height of the spreader structure with respect to the upper structure, and therefore the level or height at which the material to be spread is to be left, and - hydraulic actuating means, characterized in that the spreader structure is arrowhead-shaped and the attachment means for attaching the upper structure with the caterpillar track machine are a left and a right attachment bars attached in an articulated manner at the vicinity of their proximal attachment ends with the central frame of the upper structure, where the left attachment bar extends from the inner left protection and support means (6.1) of the left side caterpillar track to the protection support (20.1) of the left caterpillar track, whereas the right attachment bar extends from the inner right protection and support means (7.1) of the right side caterpillar track to the protection support (20.1) of the right caterpillar track. - two laterally arranged left and right side caterpillar tracks having in their inner face protection and support means, a left protection and support means (6.1) for the left side caterpillar track and a right protection and support means (7.1) for the right side caterpillar track, for an upper structure which provides support to a spreader structure arranged in the lower portion with respect to the upper structure, - attachment means for attaching both the upper structure and the spreader structure with the caterpillar track machine on which the implement is to be assembled, - adjustement means for adjusting the relative height of the spreader structure with respect to the upper structure, and therefore the level or height at which the material to be spread is to be left, and - hydraulic actuating means,
An apparatus comprising: a plurality of vias disposed in a plane; and a plurality of phase-change memory, PCM, elements, wherein individual PCM elements of the plurality of PCM elements include: a phase-change material layer; a first electrode layer disposed on the phase-change material layer and in direct contact with the phase-change material layer; a second electrode layer disposed on the first electrode layer and in direct contact with the first electrode layer; and a bit-line disposed on the second electrode layer and in direct contact with the second electrode layer, wherein the second electrode layer is further disposed between the bit-line and a via of the plurality of vias, characterized in that, the second electrode layer is configured to serve as an etch stop layer for bit-line definition. a phase-change material layer; a first electrode layer disposed on the phase-change material layer and in direct contact with the phase-change material layer; a second electrode layer disposed on the first electrode layer and in direct contact with the first electrode layer; and a bit-line disposed on the second electrode layer and in direct contact with the second electrode layer, wherein the second electrode layer is further disposed between the bit-line and a via of the plurality of vias, characterized in that, the second electrode layer is configured to serve as an etch stop layer for bit-line definition.
Expansion station (100, 200, 300) for a flow of a gas, having on input a temperature T a and a pressure P a, characterised in that it comprises: - a pressure reducer with mechanical energy recovery configured to lower the pressure of the gas flow to a pressure P b and a temperature T b, such that P b < P a and T b < T a; - a compressor of a flow of a fluid, having on input a temperature T c and a pressure P c, the pressure reducer and the compressor being mechanically associated so that the movement of the pressure reducer during the expansion of the gas causes the activation of the compressor such that the fluid is compressed to a pressure P d and a temperature T d, such that P d > P c and T d > T c; and - a heat exchanger between the gas flow on output from or input to the pressure reducer and the fluid flow on output from or input to the compressor, for heating the gas and cooling the fluid. - a pressure reducer with mechanical energy recovery configured to lower the pressure of the gas flow to a pressure P b and a temperature T b, such that P b < P a and T b < T a; - a compressor of a flow of a fluid, having on input a temperature T c and a pressure P c, the pressure reducer and the compressor being mechanically associated so that the movement of the pressure reducer during the expansion of the gas causes the activation of the compressor such that the fluid is compressed to a pressure P d and a temperature T d, such that P d > P c and T d > T c; and - a heat exchanger between the gas flow on output from or input to the pressure reducer and the fluid flow on output from or input to the compressor, for heating the gas and cooling the fluid.
Heating system for a vehicle, comprising: - a reaction space containing a first reactant, - a reactant storage space containing or/and receiving a second reactant, wherein the first reactant and the second reactant form such a reaction system that a reaction of the first reactant with the second reactant for producing a reaction product releases heat and the second reactant can be separated from the first reactant by introducing heat into the reaction product, - a reactant-releasing device for releasing liquid second reactant from the reactant storage space into the reaction space, wherein the reactant-releasing device comprises a reactant-releasing line and a valve assembly for optionally establishing and interrupting a reaction-releasing connection between the reactant storage space and the reaction space, so that by actuating the valve assembly the amount of second reactant released into the reaction space and thus the amount of heat released during the reaction occurring inside the reaction space can be controlled, - a first heat removal device for removing heat from the first reactant or/and reaction product contained in the reaction space, - a heating unit for heating the first reactant or/and reaction product contained in the reaction space, and - a reactant-recirculating device for recirculating second reactant from the reaction space into the reactant storage space, characterized in that the first heat removal device comprises a heat carrier medium circuit with a heat exchanger device for transferring heat transported in a heat carrier medium circulating in the heat carrier medium circuit to a medium to be heated, and that the heating unit comprises an electrically energizable heat conductor device. - a reaction space containing a first reactant, - a reactant storage space containing or/and receiving a second reactant, wherein the first reactant and the second reactant form such a reaction system that a reaction of the first reactant with the second reactant for producing a reaction product releases heat and the second reactant can be separated from the first reactant by introducing heat into the reaction product, - a reactant-releasing device for releasing liquid second reactant from the reactant storage space into the reaction space, wherein the reactant-releasing device comprises a reactant-releasing line and a valve assembly for optionally establishing and interrupting a reaction-releasing connection between the reactant storage space and the reaction space, so that by actuating the valve assembly the amount of second reactant released into the reaction space and thus the amount of heat released during the reaction occurring inside the reaction space can be controlled, - a first heat removal device for removing heat from the first reactant or/and reaction product contained in the reaction space, - a heating unit for heating the first reactant or/and reaction product contained in the reaction space, and - a reactant-recirculating device for recirculating second reactant from the reaction space into the reactant storage space,