mhurhangee/ep-ind-claims huggingface dataset:
A method of spectrum access for wireless communications by one or more secondary unlicensed units in a cognitive radio network, CRN, environment comprising one or more secondary unlicensed units and one or more primary licensed units, wherein said one or more secondary units are mobile units, the method comprising: receiving information indicative of a location and movement of said one or more secondary unlicensed units and a channel usage pattern and spatial distribution of the one or more primary licensed units; providing a guard distance to shield the one or more primary licensed units from interference induced by said one or more secondary unlicensed units, the guard distance specifying a radius of the one or more primary licensed units within which said one or more secondary unlicensed units will not have spectrum access; calculating channel availability to said one or more secondary unlicensed units according to a two-state Markov model including the guard distance as a constraint and based on the information indicative of the location and movement of said one or more secondary unlicensed units and the channel usage pattern and spatial distribution of the one or more primary licensed units; and accessing the spectrum in the cognitive radio network environment from said one or more secondary unlicensed units based on the calculated channel availability. receiving information indicative of a location and movement of said one or more secondary unlicensed units and a channel usage pattern and spatial distribution of the one or more primary licensed units; providing a guard distance to shield the one or more primary licensed units from interference induced by said one or more secondary unlicensed units, the guard distance specifying a radius of the one or more primary licensed units within which said one or more secondary unlicensed units will not have spectrum access; calculating channel availability to said one or more secondary unlicensed units according to a two-state Markov model including the guard distance as a constraint and based on the information indicative of the location and movement of said one or more secondary unlicensed units and the channel usage pattern and spatial distribution of the one or more primary licensed units; and accessing the spectrum in the cognitive radio network environment from said one or more secondary unlicensed units based on the calculated channel availability.
A controlled combustion system for the simultaneous analysis of the thermodynamic efficiency of combustion and pollutant emissions in solids with combustible potential, comprising: - a combustion prechamber containing a piece formed by an ashtray, the combustion prechamber being formed with guides for the positioning of a solid combustible by the ashtray, one observation peephole, a pipe combustive gas injection, and a first glass ring to isolate the high temperature of the combustion zone; - a combustion chamber, preferably cylindrical, connected to the prechamber, which contains an adiabatic furnace for combustion of the solid combustible, and which comprises an electrical resistance adapted to ignite the solid combustible located on the ashtray, for each batch of combustion; - a heat transfer unit, connected downstream of the combustion chamber, comprising a connection for a combustion gas analyzer device to determine the performances of combustion and burning, a second glass ring to isolate the high temperature of the combustion zone, and - a unit for storing the combustion emissions, connected downstream of the heat transfer unit with an attachment means and clamping that contains a container for storing samples and collecting samples means for the simultaneous collection of gases and particulate matter obtained in the combustion chamber, for the analysis of the combustion emissions. - a combustion prechamber containing a piece formed by an ashtray, the combustion prechamber being formed with guides for the positioning of a solid combustible by the ashtray, one observation peephole, a pipe combustive gas injection, and a first glass ring to isolate the high temperature of the combustion zone; - a combustion chamber, preferably cylindrical, connected to the prechamber, which contains an adiabatic furnace for combustion of the solid combustible, and which comprises an electrical resistance adapted to ignite the solid combustible located on the ashtray, for each batch of combustion; - a heat transfer unit, connected downstream of the combustion chamber, comprising a connection for a combustion gas analyzer device to determine the performances of combustion and burning, a second glass ring to isolate the high temperature of the combustion zone, and - a unit for storing the combustion emissions, connected downstream of the heat transfer unit with an attachment means and clamping that contains a container for storing samples and collecting samples means for the simultaneous collection of gases and particulate matter obtained in the combustion chamber, for the analysis of the combustion emissions.
A wearable device for improving hygiene, comprising at least one warning unit that cooperates with a unit for detecting a disinfection treatment in such a way that a signal is triggerable, characterized in that the wearable device has at least one step counter unit, and the warning unit is in operative connection with the at least one step counter unit.
Household dishwashing machine, comprising a wall (7 to 11) which is made from a metal material and which is part of a washing container of the household dishwashing machine, and a device which is provided on the wall (7 to 11) and which is made from a plastic material, characterised in that - the device is fixedly connected to the wall (7 to 11) by means of a laser weld connection - the device has a fastening flange which is fixedly connected to the wall (7 to 11) by means of the laser weld connection, and - in the region in which the fastening flange of the device bears against the wall (7 to 11), the wall is provided with a surface structuring. - the device is fixedly connected to the wall (7 to 11) by means of a laser weld connection - the device has a fastening flange which is fixedly connected to the wall (7 to 11) by means of the laser weld connection, and - in the region in which the fastening flange of the device bears against the wall (7 to 11), the wall is provided with a surface structuring.
A milking apparatus comprising: a liner made from a resiliently deformable material, the liner extending along a longitudinal direction; and a rigid support shell, wherein the liner is mounted on the rigid support shell, wherein the liner comprises: an inner barrel configured to be disposed within the rigid support shell and to define an internal volume of the liner, the inner barrel extending in the longitudinal direction away from an opening at a first end of the liner, through which opening an animal teat is insertable into the internal volume, characterized in that the liner comprises an outer hood configured to lie over an outer surface of the rigid support shell, wherein the outer hood has a longitudinal length commensurate with a longitudinal length of the inner barrel, and wherein the inner barrel is connected to the outer hood at a plurality of longitudinally extending connection regions on an inner surface of the outer hood. a liner made from a resiliently deformable material, the liner extending along a longitudinal direction; and a rigid support shell, wherein the liner is mounted on the rigid support shell, wherein the liner comprises: an inner barrel configured to be disposed within the rigid support shell and to define an internal volume of the liner, the inner barrel extending in the longitudinal direction away from an opening at a first end of the liner, through which opening an animal teat is insertable into the internal volume, characterized in that the liner comprises an outer hood configured to lie over an outer surface of the rigid support shell, wherein the outer hood has a longitudinal length commensurate with a longitudinal length of the inner barrel, and wherein the inner barrel is connected to the outer hood at a plurality of longitudinally extending connection regions on an inner surface of the outer hood. an inner barrel configured to be disposed within the rigid support shell and to define an internal volume of the liner, the inner barrel extending in the longitudinal direction away from an opening at a first end of the liner, through which opening an animal teat is insertable into the internal volume, characterized in that the liner comprises an outer hood configured to lie over an outer surface of the rigid support shell, wherein the outer hood has a longitudinal length commensurate with a longitudinal length of the inner barrel, and wherein the inner barrel is connected to the outer hood at a plurality of longitudinally extending connection regions on an inner surface of the outer hood.
Product output device for a product supply system, comprising a first product supply device with a respective first collecting container and a second product supply device (3") with a second respective collecting container (4"), wherein the collecting containers (4', 4") are mechanically coupled and respectively comprise closure flaps (5', 5"; 6', 6") at their bottom side, and are adapted to output product amounts provided by the product supply system to a product receiving device, which comprises a predetermined opening cross-section, wherein the collecting containers are pivotable around a pivoting axis, wherein each collecting container (4', 4") is bringable in respectively one output position (S', S") for outputting a provided product amount, in which its respective closure flaps (5', 5"; 6', 6") are basically aligned in the middle above the opening cross-section of the product receiving device, characterized in that the closure flaps (5', 5"; 6', 6") are designed such that they are movable out of the pivoting path of the collecting containers (4', 4") by their opening movement, wherein the product output device further comprises a control device, which is configured such that pivoting from the output position (S', S") of one collecting container (4' or 4") into the output position (S" or S') of the other collecting container (4" or 4) begins before the closure flaps (5', 5" or 6', 6") of the collecting container (4', 4") which is leaving its output position (S" or S') have closed.
Device for delivery of balancing weights for wheels, the device comprising at least a partitioning unit configured to deliver a balancing weight to a feeder, the partitioning unit comprising: - at least one transport means for transport of a belt of balancing weight segments, - a belt cutter for making at least one balancing weight by cutting at least one section comprising at least one balancing weight segment from the belt of balancing weight segments, and - at least one loader (270, 280) for holding the at least one balancing weight and loading it on the feeder, when the feeder is in a loading position, characterized in, that the at least one loader (270, 280) comprises a weight slide (277, 287) positionable behind the cutter either for supporting at least one balancing weight segment from the belt of balancing weight segments before cutting by the cutter and/or for supporting a balancing weight, and the weight slide (277, 287) being displaceable from a first supporting position to a second position, such that it does not support the at least one balancing weight in the second position. - at least one transport means for transport of a belt of balancing weight segments, - a belt cutter for making at least one balancing weight by cutting at least one section comprising at least one balancing weight segment from the belt of balancing weight segments, and - at least one loader (270, 280) for holding the at least one balancing weight and loading it on the feeder, when the feeder is in a loading position,
A side door for a vehicle, comprising: a structure comprising a plastic inner shell comprising an inner shell fiber strip having greater than or equal to 50 wt.% fibers, based up the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the inner shell fiber strip; and a plastic outer shell comprising an outer shell support beam (56,58) positioned across a width (w) of the outer shell, wherein the outer shell support beam (56,58) comprise an outer shell substantially unidirectional fiber strip having greater than or equal to 50 wt.% fibers based upon the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the outer shell substantially unidirectional fiber strip; and characterized in that the outer shell support beam (56,58) substantially unidirectional fiber strip is overmolded with a fiber-reinforced polymer material. a structure comprising a plastic inner shell comprising an inner shell fiber strip having greater than or equal to 50 wt.% fibers, based up the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the inner shell fiber strip; and a plastic outer shell comprising an outer shell support beam (56,58) positioned across a width (w) of the outer shell, wherein the outer shell support beam (56,58) comprise an outer shell substantially unidirectional fiber strip having greater than or equal to 50 wt.% fibers based upon the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the outer shell substantially unidirectional fiber strip; and a plastic inner shell comprising an inner shell fiber strip having greater than or equal to 50 wt.% fibers, based up the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the inner shell fiber strip; and a plastic outer shell comprising an outer shell support beam (56,58) positioned across a width (w) of the outer shell, wherein the outer shell support beam (56,58) comprise an outer shell substantially unidirectional fiber strip having greater than or equal to 50 wt.% fibers based upon the total weight of the fibers in the strip, oriented in a direction with an angle of +45° to -45° to a main axis of the outer shell substantially unidirectional fiber strip; and characterized in that the outer shell support beam (56,58) substantially unidirectional fiber strip is overmolded with a fiber-reinforced polymer material.
A method for operating a user equipment, UE, located in a coverage of a evolved node B, eNB, in a wireless network, the method comprising: when a transmission point, TP,-specific configuration received from the eNB indicates a TP-specific mode, determining a TP-specific uplink, UL, power control based on the TP-specific configuration, wherein the TP-specific configuration indicates a specific TP among a plurality of TPs located in the coverage; and transmitting, to the specific TP, a UL signal based on the TP-specific UL power control. when a transmission point, TP,-specific configuration received from the eNB indicates a TP-specific mode, determining a TP-specific uplink, UL, power control based on the TP-specific configuration, wherein the TP-specific configuration indicates a specific TP among a plurality of TPs located in the coverage; and transmitting, to the specific TP, a UL signal based on the TP-specific UL power control.
Combined cycle power plant comprising - at least one gas turbine for converting kinetic energy of hot gas into electric energy; - at least one steam turbine for converting kinetic energy of steam into electric energy; - at least one heat recovery steam generator for providing the steam by using stored thermal energy; and - at least one heat storage unit for feeding the heat recovery steam generator with thermal energy; wherein the heat storage unit - comprises at least one solid heat storage medium with heat exchange channels; - at least one heat exchange fluid which can be led through the heat exchange channels for an exchange of thermal energy between the solid heat storage medium and the heat exchange fluid characterised in that - the heat storage unit comprises at least one heater for heating up the heat exchange fluid before it can be led through the heat exchange channels; wherein - the heater is an electrical resistance heater. - at least one gas turbine for converting kinetic energy of hot gas into electric energy; - at least one steam turbine for converting kinetic energy of steam into electric energy; - at least one heat recovery steam generator for providing the steam by using stored thermal energy; and - at least one heat storage unit for feeding the heat recovery steam generator with thermal energy; - comprises at least one solid heat storage medium with heat exchange channels; - at least one heat exchange fluid which can be led through the heat exchange channels for an exchange of thermal energy between the solid heat storage medium and the heat exchange fluid characterised in that - the heat storage unit comprises at least one heater for heating up the heat exchange fluid before it can be led through the heat exchange channels; wherein - the heater is an electrical resistance heater.
A method comprising: a. receiving for display on an access device, a signal associated with a markup language file, the markup language file comprises inline content, block level content and one or more thumbnails associated with the block level content, the markup language file being tagged with one or more block level class attributes and at least one thumbnail image tag associated with the one or more thumbnails; b. searching the markup language file for a query expression; c. if the query is found in the block level content, generating a display from the block level content in response to a user selection of the one or more thumbnails associated with the block level content; and d. in response to a received adjustment instruction, redisplaying the displayed block level content with an aspect ratio maintained in order to preserve a predetermined spatial relation between a first portion and a second portion of the displayed block level content. a. receiving for display on an access device, a signal associated with a markup language file, the markup language file comprises inline content, block level content and one or more thumbnails associated with the block level content, the markup language file being tagged with one or more block level class attributes and at least one thumbnail image tag associated with the one or more thumbnails; b. searching the markup language file for a query expression; c. if the query is found in the block level content, generating a display from the block level content in response to a user selection of the one or more thumbnails associated with the block level content; and d. in response to a received adjustment instruction, redisplaying the displayed block level content with an aspect ratio maintained in order to preserve a predetermined spatial relation between a first portion and a second portion of the displayed block level content.
A railway pantograph system for picking up an electric current from a catenary in which an alternating or direct electric current flows, intended to supply a power unit of a railway vehicle, comprising: - a first circuit for supplying the power unit with direct current, called a DC circuit, adapted to receive a direct electric current, and comprising a DC-DC converter adapted to convert said direct electric current to supply the power unit - a second circuit for supplying the power unit with alternating current, called an AC circuit, adapted to receive an alternating electric current, and comprising a main transformer adapted to transform the alternating electric current to supply the power unit, - an intermediate circuit, connecting the DC circuit and the AC circuit, - at least one pantograph, called a DC pantograph, adapted to connect the intermediate circuit and the catenary, and to transmit to said intermediate circuit a direct electric current coming from the catenary when the latter is traversed by a direct electric current, - at least one pantograph, known as an AC pantograph, adapted to connect the intermediate circuit and the catenary, and to transmit to said intermediate circuit an alternating electric current coming from the catenary when the latter is traversed by an alternating electric current, characterised in that the intermediate circuit comprises a current limiting system, comprising a superconducting cable disposed in the intermediate circuit between said DC pantograph and the AC circuit and configured to have a first socalled superconducting state, wherein the superconducting cable has a low resistance in the event of a direct electric current flowing to the AC circuit at a current level below a predetermined current level, called the critical current level, and to switch to a second state, called the critical state, wherein the superconducting cable has a high resistance in the event of a direct electric current flowing to the AC circuit of a current level greater than the critical current level. - a first circuit for supplying the power unit with direct current, called a DC circuit, adapted to receive a direct electric current, and comprising a DC-DC converter adapted to convert said direct electric current to supply the power unit - a second circuit for supplying the power unit with alternating current, called an AC circuit, adapted to receive an alternating electric current, and comprising a main transformer adapted to transform the alternating electric current to supply the power unit, - an intermediate circuit, connecting the DC circuit and the AC circuit, - at least one pantograph, called a DC pantograph, adapted to connect the intermediate circuit and the catenary, and to transmit to said intermediate circuit a direct electric current coming from the catenary when the latter is traversed by a direct electric current, - at least one pantograph, known as an AC pantograph, adapted to connect the intermediate circuit and the catenary, and to transmit to said intermediate circuit an alternating electric current coming from the catenary when the latter is traversed by an alternating electric current,