mhurhangee/ep-ind-claims huggingface dataset:
Method for allocating communication resources for communication between a transmitter and a receiver in a multi-user cellular communication system, wherein the communication resources are divided in frequency sub-bands, the method comprising: classifying, based on a configuration parameter, part of the frequency sub-bands as frequency-sub-bands carrying bursty traffic; and classifying a remaining part of the frequency sub-bands as frequency sub-bands carrying long-term transmission traffic; wherein dividing the communication resources into the frequency sub-bands, further comprises dividing the communication resources for at least a cluster of base stations, BSs, of the multi-user cellular communication system or all BSs of the multi-user cellular communication system in the same manner, such that all the BSs of the cluster or all the BSs use the same frequency sub-bands for the bursty traffic; and wherein the bursty traffic is a traffic of a short-term transmission. classifying, based on a configuration parameter, part of the frequency sub-bands as frequency-sub-bands carrying bursty traffic; and classifying a remaining part of the frequency sub-bands as frequency sub-bands carrying long-term transmission traffic; wherein dividing the communication resources into the frequency sub-bands, further comprises dividing the communication resources for at least a cluster of base stations, BSs, of the multi-user cellular communication system or all BSs of the multi-user cellular communication system in the same manner, such that all the BSs of the cluster or all the BSs use the same frequency sub-bands for the bursty traffic; and wherein the bursty traffic is a traffic of a short-term transmission.
An arrangement, including a metallic stent as a medical implant for treating lesions in blood vessels, and a packaging with an interior volume, in which the stent is arranged in a protected fashion, wherein a) the stent comprises: aa) a multiplicity of webs, which together form a tubular shape; ab) a proximal end and a distal end, with a stent lumen extending therebetween; and ac) a surface with a hydrophilic property, wherein b) molecular chemical contaminants originating from the atmosphere, mainly hydrocarbons, are significantly reduced on the surface by a treatment, as a result of which, as a measure of the hydrophilicity, the contact angle of a water droplet situated on the surface is reduced compared to the contact angle before this treatment; and wherein c) the stent is stored in an inert fashion in the packaging in order to prevent natural recontamination from the atmosphere, characterized in that d) the packaging includes a container with a base and a cover; e) the base and/or the cover is removable; and/or f) the base and/or the cover include an access to be opened; such that g) the stent is removable from the packaging. a) the stent comprises: aa) a multiplicity of webs, which together form a tubular shape; ab) a proximal end and a distal end, with a stent lumen extending therebetween; and ac) a surface with a hydrophilic property, wherein aa) a multiplicity of webs, which together form a tubular shape; ab) a proximal end and a distal end, with a stent lumen extending therebetween; and ac) a surface with a hydrophilic property, wherein b) molecular chemical contaminants originating from the atmosphere, mainly hydrocarbons, are significantly reduced on the surface by a treatment, as a result of which, as a measure of the hydrophilicity, the contact angle of a water droplet situated on the surface is reduced compared to the contact angle before this treatment; and wherein c) the stent is stored in an inert fashion in the packaging in order to prevent natural recontamination from the atmosphere, characterized in that d) the packaging includes a container with a base and a cover; e) the base and/or the cover is removable; and/or f) the base and/or the cover include an access to be opened; such that g) the stent is removable from the packaging.
An assembly for press forming a deformable material including: a first die array including a plurality of dies (45, 47), the first die array defining a first die profile; a second die array that is complementary with the first die array and including a plurality of dies (49, 50), the second die array defining a second die profile that is complementary with the first die profile; and a first drive for driving the first die array and a second drive for driving the second die array; characterized in that in use the plurality of dies (45, 47) of the first die array and the plurality of dies (49, 50) of the second die array sequentially engage the deformable material along a processing length to deform the deformable material to a predetermined profile, wherein the first die array includes a preliminary set of dies and a secondary set of dies, the preliminary set of dies and the secondary set of dies sequentially engaging the deformable material along the processing length in use, wherein the preliminary set of dies includes odd numbered dies within the first die array and the secondary set of dies includes even numbered dies within the first die array, and wherein the odd numbered dies and even numbered dies of the first die array are separately driven by the first drive means to provide sequential operation between the odd numbered dies and the even numbered dies. a first die array including a plurality of dies (45, 47), the first die array defining a first die profile; a second die array that is complementary with the first die array and including a plurality of dies (49, 50), the second die array defining a second die profile that is complementary with the first die profile; and a first drive for driving the first die array and a second drive for driving the second die array; characterized in that in use the plurality of dies (45, 47) of the first die array and the plurality of dies (49, 50) of the second die array sequentially engage the deformable material along a processing length to deform the deformable material to a predetermined profile, wherein the first die array includes a preliminary set of dies and a secondary set of dies, the preliminary set of dies and the secondary set of dies sequentially engaging the deformable material along the processing length in use, wherein the preliminary set of dies includes odd numbered dies within the first die array and the secondary set of dies includes even numbered dies within the first die array, and wherein the odd numbered dies and even numbered dies of the first die array are separately driven by the first drive means to provide sequential operation between the odd numbered dies and the even numbered dies.
A composite structural member (108, 200, 300), comprising: a plurality of boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j) oriented in a substantially longitudinal direction, configured to define a structural member core (208, 308); at least one diagonal interior fiber reinforced ply (206b, 206d) proximate to and orientated substantially diagonal to at least one of the boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j), configured to define a structural member core (208, 308); at least one perpendicular interior fiber reinforced ply proximate to and orientated substantially perpendicular to at least one of the boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j), configured to define a structural member core (208, 308); at least one parallel interior fiber reinforced ply proximate to and orientated substantially parallel to at least one of the boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j), configured to define a structural member core (208, 308); and at least one exterior fiber reinforced ply substantially surrounding the structural member core (208, 308), configured to define a structural member casing (212, 312). a plurality of boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j) oriented in a substantially longitudinal direction, configured to define a structural member core (208, 308); at least one diagonal interior fiber reinforced ply (206b, 206d) proximate to and orientated substantially diagonal to at least one of the boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j), configured to define a structural member core (208, 308); at least one perpendicular interior fiber reinforced ply proximate to and orientated substantially perpendicular to at least one of the boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j), configured to define a structural member core (208, 308); at least one parallel interior fiber reinforced ply proximate to and orientated substantially parallel to at least one of the boron fiber reinforced plies (202, 302a-c, 206a-d, 306a-j), configured to define a structural member core (208, 308); and at least one exterior fiber reinforced ply substantially surrounding the structural member core (208, 308), configured to define a structural member casing (212, 312).
Retaining brace having a clamp with clamp arms for grasping bottle necks, in particular of PET bottles, in bottling plants wherein: - the clamp arms can be pivoted in the horizontal plane, wherein the clamp comprises a pivotable sleeve for engaging over a first rotating and retaining pin, which engages into the sleeve from above, at a star or the like, characterised in that - the first rotating and retaining pin is equipped with a magnetizable or magnetic-free end, - positioned in the lower area of the pivotable sleeve is a permanent magnet, which interacts with the first rotating and retaining pin, - at the star or the like, a second rotating and retaining pin is provided, parallel to the first rotating and retaining pin, having a permanent magnet that exerts an attraction force, or a magnetizably influenced area on the free end thereof, to centre and restore the clamp, - this second rotating and retaining pin is surrounded by a pivotable body wherein a brace is formed, which is fitted with a free projection engaging under the clamp in the position of use. - the clamp arms can be pivoted in the horizontal plane, wherein the clamp comprises a pivotable sleeve for engaging over a first rotating and retaining pin, which engages into the sleeve from above, at a star or the like, - the first rotating and retaining pin is equipped with a magnetizable or magnetic-free end, - positioned in the lower area of the pivotable sleeve is a permanent magnet, which interacts with the first rotating and retaining pin, - at the star or the like, a second rotating and retaining pin is provided, parallel to the first rotating and retaining pin, having a permanent magnet that exerts an attraction force, or a magnetizably influenced area on the free end thereof, to centre and restore the clamp, - this second rotating and retaining pin is surrounded by a pivotable body wherein a brace is formed, which is fitted with a free projection engaging under the clamp in the position of use.
A light-emitting diode, LED, filament including an elongated, rounded filament core comprising: a flexible elongated carrier having a first side; a plurality of LEDs arranged on said first side; and an encapsulant embedding at least said plurality of LEDs; wherein at least one alignment member protrudes from said filament core at an angle from an elongation of the filament core, wherein said at least one alignment member (308, 708) is formed by a protrusion of said encapsulant or the entire carrier is embedded in the encapsulant and said at least one alignment member is formed by an alignment element (408, 708) partly inserted into said encapsulant to a specific depth, wherein at least a portion of said filament core has a cylindrical shape, and wherein said alignment member protrudes radially from the cylindrical shaped portion, characterised in that said alignment member comprises an end portion which is wider than a width of a portion of the alignment member which is adjacent to the filament core. a flexible elongated carrier having a first side; a plurality of LEDs arranged on said first side; and an encapsulant embedding at least said plurality of LEDs; wherein at least one alignment member protrudes from said filament core at an angle from an elongation of the filament core, wherein said at least one alignment member (308, 708) is formed by a protrusion of said encapsulant or the entire carrier is embedded in the encapsulant and said at least one alignment member is formed by an alignment element (408, 708) partly inserted into said encapsulant to a specific depth, wherein at least a portion of said filament core has a cylindrical shape, and wherein said alignment member protrudes radially from the cylindrical shaped portion, characterised in that said alignment member comprises an end portion which is wider than a width of a portion of the alignment member which is adjacent to the filament core.
Tyre comprising a tread having a tread surface and a plurality of studs anchored in the tread and projecting out from the tread surface, the mean surface density of studs on the tread surface being at least equal to 6.7 studs per dm 2, characterized in that the static striking force of each stud of the plurality of studs is comprised in a range from 120 N to 170 N, the static striking force of each stud being the vertical load applied by this stud when the tyre is compressed onto a flat roadway under an internal inflation pressure equal to 2 bar and under a load corresponding to 70% of the maximum load capacity of the tyre.
Conference bridge intended to connect a plurality of N terminals involved in an audio conference, characterized in that said conference bridge comprises: a replicating-mode operating module, able to receive respectively N streams from the N terminals and to transmit to at least one terminal (N-1) streams originating from the (N-1) other terminals, a mixer-mode operating module, able to receive respectively N streams from the N terminals and to transmit a mixed stream of (N-1) streams out of the N streams received, and a management module able to determine for each terminal of the plurality the operating module to be activated, said determination depending on the number of terminals having sufficient capabilities to support the replicating mode.
Use of a composition essentially containing from 15 to 50% by weight of 2,3,3,3-tetrafluoropropene, from 5 to 40% by weight of HFC-134a and from 45 to 60% by weight of HFC-32, preferably from 45 to 50% by weight of HFC-32, as heat-transfer fluid in compression refrigeration systems with exchangers in counterflow mode or in cross-flow mode with counterflow tendency.
A method for reading an array of detectors, the detectors being either kinetic inductance detectors (KIDs) or transition edge sensors (TESs), each detector having a particular characteristic readout RF/MW frequency, comprising generating an RF/MW excitation signal; switching the frequency of the excitation signal in time between the characteristic frequencies of the detectors of the detector array; supplying the excitation signal to the detector array, wherein the number of detectors corresponds to the number of frequencies of the excitation signal; demodulating the signal at the output of the detector array and obtaining time-multiplexed base band signal; performing analogue to digital conversion to the time-multiplexed base band signal; and demultiplexing the base band signal to obtain a set of detector signals. generating an RF/MW excitation signal; switching the frequency of the excitation signal in time between the characteristic frequencies of the detectors of the detector array; supplying the excitation signal to the detector array, wherein the number of detectors corresponds to the number of frequencies of the excitation signal; demodulating the signal at the output of the detector array and obtaining time-multiplexed base band signal; performing analogue to digital conversion to the time-multiplexed base band signal; and demultiplexing the base band signal to obtain a set of detector signals.
An interposer comprising: a substrate having a plurality of through-holes continuously extending from a first surface of the substrate to a second surface of the substrate, wherein: the substrate is transparent to at least one wavelength in a range from 390 nm to 700 nm; the plurality of through-holes comprise an opening in the first surface, an opening in the second surface, and a waist located between the opening in the first surface and the opening in the second surface; and characterised in that: a diameter of the waist is at least 50% of the diameter of the opening in the first surface or the opening in the second surface; the plurality of through-holes have a diameter of 20 μm or less; a spacing between adjacent through-holes of 10 μm or greater; a difference between a diameter of the opening in the first surface and a diameter of the opening in the second surface is 3 μm or less; and the plurality of through-holes are coated and/or filled with a conductive material. a substrate having a plurality of through-holes continuously extending from a first surface of the substrate to a second surface of the substrate, wherein: the substrate is transparent to at least one wavelength in a range from 390 nm to 700 nm; the plurality of through-holes comprise an opening in the first surface, an opening in the second surface, and a waist located between the opening in the first surface and the opening in the second surface; the substrate is transparent to at least one wavelength in a range from 390 nm to 700 nm; the plurality of through-holes comprise an opening in the first surface, an opening in the second surface, and a waist located between the opening in the first surface and the opening in the second surface; and characterised in that: a diameter of the waist is at least 50% of the diameter of the opening in the first surface or the opening in the second surface; the plurality of through-holes have a diameter of 20 μm or less; a spacing between adjacent through-holes of 10 μm or greater; a difference between a diameter of the opening in the first surface and a diameter of the opening in the second surface is 3 μm or less; and the plurality of through-holes are coated and/or filled with a conductive material. a diameter of the waist is at least 50% of the diameter of the opening in the first surface or the opening in the second surface; the plurality of through-holes have a diameter of 20 μm or less; a spacing between adjacent through-holes of 10 μm or greater; a difference between a diameter of the opening in the first surface and a diameter of the opening in the second surface is 3 μm or less; and the plurality of through-holes are coated and/or filled with a conductive material.
A wireless energy emission device, comprising: a receiving antenna array, a signal processing module, and an emitting antenna array; wherein: the receiving antenna array comprises at least two receiving antennas for receiving a positioning signal emitted by a target device to be powered; the signal processing module is configured to determine an emission parameter according to a phase difference between positioning signals received by any two of the receiving antennas and position information of the emitting antenna array; and the emitting antenna array is configured to emit an energy supply signal to the target device to be powered according to the emission parameter and characterised in that the signal processing module is configured to compare the phase difference with a sample phase difference in a sample library. the receiving antenna array comprises at least two receiving antennas for receiving a positioning signal emitted by a target device to be powered; the signal processing module is configured to determine an emission parameter according to a phase difference between positioning signals received by any two of the receiving antennas and position information of the emitting antenna array; and the emitting antenna array is configured to emit an energy supply signal to the target device to be powered according to the emission parameter
A substrate holder device at leastcomprising: - at least one control valve and - at least one substrate holder with a substrate holder surface and a substrate holder rear side, wherein the control valve comprises at least: - a valve housing with at least one connection, - a control element which can be driven and which is held gas-tight in the valve housing, and - at least two openings which are formed in the valve housing and which can be connected fluidically to the connection, wherein the at least two openings can be at least partially closed by driving the control element, wherein the control element comprises at least one control projecticn, wherein the at least two openings can be at least partially closed by means of the at least one control projection, wherein the at least one control projection is constituted in the form of a thread or in the form of two opposite-running threads. - at least one control valve and - at least one substrate holder with a substrate holder surface and a substrate holder rear side, wherein the control valve comprises at least: - a valve housing with at least one connection, - a control element which can be driven and which is held gas-tight in the valve housing, and - at least two openings which are formed in the valve housing and which can be connected fluidically to the connection, - a valve housing with at least one connection, - a control element which can be driven and which is held gas-tight in the valve housing, and - at least two openings which are formed in the valve housing and which can be connected fluidically to the connection, wherein the at least two openings can be at least partially closed by driving the control element, wherein the control element comprises at least one control projecticn, wherein the at least two openings can be at least partially closed by means of the at least one control projection, wherein the at least one control projection is constituted in the form of a thread or in the form of two opposite-running threads.