mhurhangee/ep-ind-claims huggingface dataset:
A method for use in a communication system wherein a client device requests media files from a media ingestion system, the method comprising: receiving, by a client device, a media presentation descriptor file containing a representation identifier, file indexes, and a file identifier construction rule, wherein a file index is the sequence number of the file in the representation identified by the representation identifier and wherein the file identifier construction rule provides information that enables the client device to dynamically construct media file identifiers of media files with required media data using the representation identifier and one or more of the file indexes; constructing, at the client device, a file identifier of a media file based on the received file identifier construction rule using the representation identifier and at least one of the file indexes; and sending a request for the media file to the media ingestion system, wherein the request comprises the file identifier constructed based on the file identifier construction rule. receiving, by a client device, a media presentation descriptor file containing a representation identifier, file indexes, and a file identifier construction rule, wherein a file index is the sequence number of the file in the representation identified by the representation identifier and wherein the file identifier construction rule provides information that enables the client device to dynamically construct media file identifiers of media files with required media data using the representation identifier and one or more of the file indexes; constructing, at the client device, a file identifier of a media file based on the received file identifier construction rule using the representation identifier and at least one of the file indexes; and sending a request for the media file to the media ingestion system, wherein the request comprises the file identifier constructed based on the file identifier construction rule.
An apparatus comprising: one or more sensors configured to sense one or more biometric parameters from a subject's sweat; and at least one heat pipe configured to transfer heat from a first location to a location proximate to the one or more sensors. one or more sensors configured to sense one or more biometric parameters from a subject's sweat; and at least one heat pipe configured to transfer heat from a first location to a location proximate to the one or more sensors.
A measurement system for aquatic environment, said system comprising a surface vessel and an underwater machine, the underwater machine comprising a hull and propulsion and guiding means (20, 21) as well as sensors for taking measurements, in which the underwater machine can be either launched from the vessel to move on under water independently of the vessel during a remote-use phase, or stored into the vessel in a non-remote-use phase, the vessel comprising at least one hull and propulsion and guiding means, said at least one hull of the vessel comprising a submerged portion located below a waterline, characterized in that the submerged portion of said at least one hull of the vessel comprises a recess intended to receive at least an upper portion of the hull of the underwater machine when the latter is stored into the vessel, said recess being arranged entirely below the waterline so that the underwater machine remains completely submerged during its storage and in that the recess has a depth allowing to store the underwater machine in order that the hydrodynamic drag of the vessel is modified by less than 40 % with respect to the same vessel but without recess and without storing an underwater machine.
A method of operating a wireless power transmitter apparatus, the method comprising: determining a characteristic correlated to a voltage of a terminal of a switching element of a driver circuit of the wireless power transmitter; and determining a reactance of a load based on the determined characteristic. determining a characteristic correlated to a voltage of a terminal of a switching element of a driver circuit of the wireless power transmitter; and determining a reactance of a load based on the determined characteristic.
A method for wireless communication at a user equipment, UE, comprising: receiving a grant for a transport block, TB, comprising a plurality of resource elements, where the TB is jointly transmitted by a first transmission reception point, TRP, and punctured by a second TRP; receiving a first demodulation reference signal, DMRS, and a second DMRS, wherein the first DMRS is specific to the first TRP, and the second DMRS is specific to one or more of: the second TRP or a combination of the first TRP and the second TRP; identifying a first portion of the resource elements punctured by the second TRP; and receiving, based at least in part on the first DMRS, a transmission from the first TRP of the first portion of the resource elements; and receiving, based at least in part on the second DMRS, a joint transmission of a second portion of the resource elements from the first TRP and the second TRP. receiving a grant for a transport block, TB, comprising a plurality of resource elements, where the TB is jointly transmitted by a first transmission reception point, TRP, and punctured by a second TRP; receiving a first demodulation reference signal, DMRS, and a second DMRS, wherein the first DMRS is specific to the first TRP, and the second DMRS is specific to one or more of: the second TRP or a combination of the first TRP and the second TRP; identifying a first portion of the resource elements punctured by the second TRP; and receiving, based at least in part on the first DMRS, a transmission from the first TRP of the first portion of the resource elements; and receiving, based at least in part on the second DMRS, a joint transmission of a second portion of the resource elements from the first TRP and the second TRP.
System for forming a product from a food mass, comprising a mould member with cavities, wherein each cavity is filled with the food mass in a filling position and wherein the formed products are removed from the mould member in the discharge position; and further comprising a feed pump with a moving member, which comprises means to determine the position and/or motion of the mould member relative to a frame of the system and/or the position and/or the motion of the moving member relative to the housing of the feed pump, characterized in, that it comprises a PLC (programmable logic controller), which since it knows exactly the position of the mould member and its cavities, it knows exactly when the filling of each cavity starts and when it ends and/or when a cavity is in the discharge position and can optimize/control the filling and/or discharge step accordingly and which determines whether a cavity has been filled entirely and wherein in case the cavity has not been filled entirely, the product is not discharged in the discharge position and the filling is completed, when the respective mould cavity is in the filling position again.
Method for charging for the data of an application which are transmitted on a slice of a communication network, which is implemented in a device for accessing the network and comprises: - a step (E4, E24) of detecting when the application is activated or started, - after the detection step (E4, E24), a step (E5, E25) of transmitting, to an entity for managing the network slices, an identification message (M2, M12) comprising information relating to the identification of the detected application, - a step (E10, E32) of receiving, from the entity for managing the network slices, a notification message (M4, M15, M17) comprising at least one network slice identifier corresponding to the detected application and charging parameters associated with the at least one network slice identifier, - a step (E11, E90) of initializing the charging for the data of the network slice the identifier of which was selected according to the tariff conditions which are linked to the charging parameters of said slice and associated with transporting the data on the selected network slice. - a step (E4, E24) of detecting when the application is activated or started, - after the detection step (E4, E24), a step (E5, E25) of transmitting, to an entity for managing the network slices, an identification message (M2, M12) comprising information relating to the identification of the detected application, - a step (E10, E32) of receiving, from the entity for managing the network slices, a notification message (M4, M15, M17) comprising at least one network slice identifier corresponding to the detected application and charging parameters associated with the at least one network slice identifier, - a step (E11, E90) of initializing the charging for the data of the network slice the identifier of which was selected according to the tariff conditions which are linked to the charging parameters of said slice and associated with transporting the data on the selected network slice.
A method of reducing vehicle oscillations for an agricultural vehicle comprising a drive engine and a drive transmission cooperating therewith for driving wheels with pneumatic tyres, and a control unit for regulating a tyre pressure of at least one tyre, characterised in that a sensor signal (S, S', S") is generated in dependence on at least one ascertained vehicle oscillation and the tyre pressure of at least one tyre is regulated in dependence on the sensor signal (S, S', S") by the control unit to reduce the ascertained vehicle oscillation, a reduction in the tyre pressure of at least one tyre is effected to a minimum tyre pressure, wherein the minimum tyre pressure is dependent on a tyre carrying capability limit of the tyre, and an increase, in particular a stepwise increase, in the tyre pressure when the limit value continues to be exceeded by the sensor signal (S, S', S") until the sensor signal (S, S', S") falls below the limit value.
A measurement arrangement for measuring a deflection of a blade of a rotor of a wind turbine, the measurement arrangement comprising • a magnetostrictive sensor, which comprises a first sensor part and a second sensor part, • a first support structure, which is adapted to be mounted to a first portion of the rotor, wherein the first sensor part is mounted to the first support structure, and • a second support structure, which is adapted to be mounted to a second portion of the rotor, wherein the second sensor part is mounted to the second support structure and wherein at least one of the first portion and the second portion is a portion of the blade, wherein the magnetostrictive sensor is capable of measuring the relative spatial position between the first sensor part and the second sensor part. • a magnetostrictive sensor, which comprises a first sensor part and a second sensor part, • a first support structure, which is adapted to be mounted to a first portion of the rotor, wherein the first sensor part is mounted to the first support structure, and • a second support structure, which is adapted to be mounted to a second portion of the rotor, wherein the second sensor part is mounted to the second support structure and wherein at least one of the first portion and the second portion is a portion of the blade, wherein the magnetostrictive sensor is capable of measuring the relative spatial position between the first sensor part and the second sensor part.
A phenolic resin foam board having a thickness of 40 mm or more to 200 mm or less, wherein when the phenolic resin foam board is sliced, in parallel to one of the main surfaces of the phenolic resin foam board, into n pieces (n ≥ 5) at equal intervals of 8 mm or more to 10 mm or less in a thickness direction, a density of an n-th specimen is d n, an average density of n pieces of specimens is d ave, and a lowest density among the densities of n pieces of specimens is d min, 0 ≤ (d ave - d min) / d ave ≤ 0.12 is established, and when values for D i = (d i + d (i + 1)) / 2 are calculated, wherein i represents an integer of 1 to (n-1), the D i values are plotted in order of a numerical value of i, wherein a horizontal axis indicates i values and a vertical axis indicates D i values, points corresponding to the D i values are connected, resulting in a density distribution curve, no straight line parallel to the horizontal axis intersects the density distribution curve at four points, wherein the phenolic resin foam board has a closed cell ratio of 80% or more, and wherein the density of the entire phenolic resin foam is 15 kg/m 3 or more and 60 kg/m 3 or less.
A microbicidal composition comprising: (a) N-methyl-1,2-benzisothiazolin-3-one; and (b) 2-(hydroxymethyl)-2-nitropropane-1,3-diol. (a) N-methyl-1,2-benzisothiazolin-3-one; and (b) 2-(hydroxymethyl)-2-nitropropane-1,3-diol.
An arrangement containing: - a brake piston, for the operation of at least one disk brake pad that contains a front transverse wall having a radial orientation and a lateral cylindrical tubular wall that extends axially towards the rear; and - a nut-and-screw unit (44, 46) for the axial thrusting of the piston, from the rear to the front, that contains: -- a nut that is arranged in the interior of the piston, in relation to which it is secured in order to prevent rotation, and in which it is mounted so as to slide axially, the front axial end face of which interacts with an internal section facing the front wall of the piston, in order to push the piston axially towards the front when the screw is driven in a rotating manner in the direction of unscrewing; -- a screw containing a front section that is mounted screwed into the nut, an intermediate radial flange delimited by a rear transverse face, and a rear section, characterized in that the piston and the screw contain means of centering (90, 92) that interact with one another when the screw is in a predetermined front axial position, referred to as the mounting position, in relation to the nut and to the piston in order to center the rear section of the screw radially in relation to the piston. - a brake piston, for the operation of at least one disk brake pad that contains a front transverse wall having a radial orientation and a lateral cylindrical tubular wall that extends axially towards the rear; and - a nut-and-screw unit (44, 46) for the axial thrusting of the piston, from the rear to the front, that contains: -- a nut that is arranged in the interior of the piston, in relation to which it is secured in order to prevent rotation, and in which it is mounted so as to slide axially, the front axial end face of which interacts with an internal section facing the front wall of the piston, in order to push the piston axially towards the front when the screw is driven in a rotating manner in the direction of unscrewing; -- a screw containing a front section that is mounted screwed into the nut, an intermediate radial flange delimited by a rear transverse face, and a rear section, -- a nut that is arranged in the interior of the piston, in relation to which it is secured in order to prevent rotation, and in which it is mounted so as to slide axially, the front axial end face of which interacts with an internal section facing the front wall of the piston, in order to push the piston axially towards the front when the screw is driven in a rotating manner in the direction of unscrewing; -- a screw containing a front section that is mounted screwed into the nut, an intermediate radial flange delimited by a rear transverse face, and a rear section,
Polypropylene composition, comprising i) 80.0 to 99.5.0 wt.-%, based on the overall weight of the polypropylene composition, of a first polypropylene, and ii) 0.5 to 20.0 wt.-%, based on the overall weight of the polypropylene composition, of a second polypropylene which is different from the first polypropylene and has a melting temperature Tm of 130 °C or less, wherein said first polypropylene fulfils in-equation C 7 PP 1 − C 6 PP 1 ≤ 1.5 wherein C7 is the amount of heptane solubles [in wt.-%] determined via Soxhlet extraction within the first polypropylene and C6 is the amount of hexane solubles [in wt.-%] determined via Soxhlet extraction within the first polypropylene. i) 80.0 to 99.5.0 wt.-%, based on the overall weight of the polypropylene composition, of a first polypropylene, and ii) 0.5 to 20.0 wt.-%, based on the overall weight of the polypropylene composition, of a second polypropylene which is different from the first polypropylene and has a melting temperature Tm of 130 °C or less, C7 is the amount of heptane solubles [in wt.-%] determined via Soxhlet extraction within the first polypropylene and C6 is the amount of hexane solubles [in wt.-%] determined via Soxhlet extraction within the first polypropylene.
An imaging unit comprising: an attachment member that is attached to a mobile terminal which includes an imaging section and a lighting section; an optical member that supplies illumination light from the lighting section to a part to be imaged of an imaging target which is imaged by the imaging section in an oblique direction; and a shading member that encloses a periphery of the optical member, wherein a first optical axis of light from the optical member enters the imaging target in a direction oblique to a second optical axis of an optical system of the imaging section; and characterised in that the optical member includes a first member that delivers illumination light from the lighting section in a direction away from the imaging section, and a second member that is disposed inside the shading member, and reflects the light delivered by the first member toward the part to be imaged of the imaging target. an attachment member that is attached to a mobile terminal which includes an imaging section and a lighting section; an optical member that supplies illumination light from the lighting section to a part to be imaged of an imaging target which is imaged by the imaging section in an oblique direction; and a shading member that encloses a periphery of the optical member, wherein a first optical axis of light from the optical member enters the imaging target in a direction oblique to a second optical axis of an optical system of the imaging section; and characterised in that the optical member includes a first member that delivers illumination light from the lighting section in a direction away from the imaging section, and a second member that is disposed inside the shading member, and reflects the light delivered by the first member toward the part to be imaged of the imaging target. a first member that delivers illumination light from the lighting section in a direction away from the imaging section, and a second member that is disposed inside the shading member, and reflects the light delivered by the first member toward the part to be imaged of the imaging target.
An electrochemical machining tool (11;18;19) comprising a tool main body which comprises an electrode having a tubular shape extending along an axis and formed of a conductive material having flexibility, the electrode arranged such that an electrolyte can flow through an inside of the electrode in operation toward a distal end side, and an insulating layer coated on an outer circumferential surface of the electrode so as to expose a distal end surface of the electrode, wherein a fluid discharge part configured to discharge the electrolyte flowing through the inside of the electrode toward an outside in a radial direction of the tool main body is formed at a portion of a position in a circumferential direction of the tool main body, characterised in that a non-insulating part configured to expose an outer circumferential surface of the electrode to the outside in the radial direction is formed at a portion of an opposite side of the fluid discharge part at a position in the circumferential direction of the tool main body with the axis sandwiched therebetween.
A method for connecting reinforcing fiber bundles, the method comprises connecting a tail end of a reinforcing fiber bundle of a preceding wound body and a front end of a reinforcing fiber bundle unwound from a new wound body by blowing pressurized air to both the ends so as to unravel and entwine both the reinforcing fiber bundles, comprising: connecting both the reinforcing fiber bundles after a preparation step of adjusting an amount of a sizing agent contained in the front end of the reinforcing fiber bundle unwound from the new wound body and the tail end of the reinforcing fiber bundle of the preceding wound body to not less than 0 wt% and not more than 4 wt%, wherein said preparation step is to remove the sizing agent only by heating the front end of the reinforcing fiber bundle unwound from the wound body and/or the tail end of the reinforcing fiber bundle of the wound body, or said preparation step is to scrape the sizing agent on a surface of the fiber bundle by grinding the front end of the reinforcing fiber bundle unwound from the wound body and/or the tail end of the reinforcing fiber bundle of the wound body. connecting both the reinforcing fiber bundles after a preparation step of adjusting an amount of a sizing agent contained in the front end of the reinforcing fiber bundle unwound from the new wound body and the tail end of the reinforcing fiber bundle of the preceding wound body to not less than 0 wt% and not more than 4 wt%, wherein said preparation step is to remove the sizing agent only by heating the front end of the reinforcing fiber bundle unwound from the wound body and/or the tail end of the reinforcing fiber bundle of the wound body, or said preparation step is to scrape the sizing agent on a surface of the fiber bundle by grinding the front end of the reinforcing fiber bundle unwound from the wound body and/or the tail end of the reinforcing fiber bundle of the wound body.
Gas injection device for introducing a process gas into a non-ferrous metal melt and/or slag, particularly a copper melt and/or copper slag, comprising a hollow cylindrical lance which is formed from a refractory material and/or graphite, preferably consists of a refractory material and/or graphite, wherein the lance has a inlet opening for the process gas and a gas injection module (9, 23, 27), which is connected with the hollow cylindrical lance as well as formed from, preferably consists of, a refractory material and/or graphite, with at least one outlet opening for the process gas, wherein the outlet opening comprises at least one element which is formed from a ceramic material and can be flowed through and by way of which the process gas is introducible into the melt.
A food cooking device, of the type with a high-thermal inertia griddle and means for heating said griddle by its bottom surface, the griddle comprising at least two stacked plates (11, 12) of different materials, which plates are kept in close contact on part of the surfaces thereof which are placed opposite one another, characterized in that the top plate, suitable for receiving the food to be cooked, is made of stainless steel or of titanium, while the bottom plate is made of cast iron.