mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving, at a user equipment, a downlink assignment scheduling a first downlink data transmission in a first transmission time interval duration; determining when to provide acknowledgment feedback in an uplink corresponding to the scheduled first downlink data transmission, wherein the determination takes into account whether transmitting the acknowledgement feedback in a given subframe would collide with a transmission associated with a second transmission time interval duration; wherein the collision is that the user equipment is scheduled for transmitting, in the given subframe, acknowledgement feedback for a second downlink data transmission in the second transmission time interval duration, or is scheduled for uplink data transmission in the given subframe, and wherein the second transmission time interval duration is shorter than the first transmission time interval duration; and in response to determining that there would be a collision with the transmission associated with the second transmission time interval duration, transmitting the acknowledgment feedback corresponding to the first transmission interval duration in a reserved transmission time interval of the second transmission time interval duration. receiving, at a user equipment, a downlink assignment scheduling a first downlink data transmission in a first transmission time interval duration; determining when to provide acknowledgment feedback in an uplink corresponding to the scheduled first downlink data transmission, wherein the determination takes into account whether transmitting the acknowledgement feedback in a given subframe would collide with a transmission associated with a second transmission time interval duration; wherein the collision is that the user equipment is scheduled for transmitting, in the given subframe, acknowledgement feedback for a second downlink data transmission in the second transmission time interval duration, or is scheduled for uplink data transmission in the given subframe, and wherein the second transmission time interval duration is shorter than the first transmission time interval duration; and in response to determining that there would be a collision with the transmission associated with the second transmission time interval duration, transmitting the acknowledgment feedback corresponding to the first transmission interval duration in a reserved transmission time interval of the second transmission time interval duration.
A process for treating an object comprising a first material and a second material bound to the first material, wherein the density of the first material is different from the density of the second material, said process comprising the following steps: (i) physically treating the object to obtain micronized particles, (ii) detaching and/or disaggregating the micronized particle obtained in process step (i) from each other into fine particles by subjecting the micronized particles to impact pressure waves, (iii) physically separating the fine particles obtained in process step (ii) due to their difference in density and/or particle size, wherein the micronized particles obtained in step (i) have a particle size distribution characterized by a d50 value in the range from 15 microns to 5 mm and wherein the fine particles obtained in step (ii) comprise at least three kinds of particles: a) particles substantially consisting of the first material and having a main dimension between 15 μm and 5 mm, b) particles substantially consisting of the second material and having a main dimension between 1 μm and 100 μm, c) particles comprising both the first material and the second material, and having a main dimension between 15 μm and 5 mm. (i) physically treating the object to obtain micronized particles, (ii) detaching and/or disaggregating the micronized particle obtained in process step (i) from each other into fine particles by subjecting the micronized particles to impact pressure waves, (iii) physically separating the fine particles obtained in process step (ii) due to their difference in density and/or particle size, a) particles substantially consisting of the first material and having a main dimension between 15 μm and 5 mm, b) particles substantially consisting of the second material and having a main dimension between 1 μm and 100 μm, c) particles comprising both the first material and the second material, and having a main dimension between 15 μm and 5 mm.
A method for determining whether a subject has developed is developing or is predisposed for developing cancer, or whether a subject is relapsing after treatment of cancer, comprising the step of: a) determining the methylation level, the number of methylated CpG sites or the methylation state of CpG sites in a nucleic acid sequence in the promoter region, first exon or intron, of at least one gene in a sample, obtained from said subject, wherein said gene is SNCA, e.g. as identified by ensembl gene id ENSG00000145335, entrez id 6622, and wherein said sequence comprises a nucleic acid sequence consisting of SEQ ID NO.: 13 and SEQ ID NO.:14. a) determining the methylation level, the number of methylated CpG sites or the methylation state of CpG sites in a nucleic acid sequence in the promoter region, first exon or intron, of at least one gene in a sample, obtained from said subject, wherein said gene is SNCA, e.g. as identified by ensembl gene id ENSG00000145335, entrez id 6622, and wherein said sequence comprises a nucleic acid sequence consisting of SEQ ID NO.: 13 and SEQ ID NO.:14.
Aqueous slurries compositions for the production of a multilayer coating system on a substrate, comprising: a basecoat slurry, comprising: a binder comprising an aqueous solution of lithium doped potassium silicate, the binder characterized by an absence of chromium; and an aluminum or aluminum alloy powder incorporated into the binder, wherein the aluminum or the aluminum alloy powder and the binder are contained as a one-part composition; wherein the lithium-doped potassium silicate comprises potassium and lithium in a ratio of 3:1 to 20:1 by weight as K 2 O:Li 2 O, and further wherein the ratio of silicate to potassium is in a ratio of 2:1 to 3:1 by weight as SiO 2:K 2 O; and a topcoat slurry, wherein said topcoat slurry comprises an aqueous solution of an aluminum phosphate based binder and metal oxide pigment particles, wherein the aluminum phosphate based binder comprises aluminum dihydrogen phosphate having a molar ratio of Al:PO 4 of higher than 1:3. a basecoat slurry, comprising: a binder comprising an aqueous solution of lithium doped potassium silicate, the binder characterized by an absence of chromium; and an aluminum or aluminum alloy powder incorporated into the binder, wherein the aluminum or the aluminum alloy powder and the binder are contained as a one-part composition; wherein the lithium-doped potassium silicate comprises potassium and lithium in a ratio of 3:1 to 20:1 by weight as K 2 O:Li 2 O, and further wherein the ratio of silicate to potassium is in a ratio of 2:1 to 3:1 by weight as SiO 2:K 2 O; and a binder comprising an aqueous solution of lithium doped potassium silicate, the binder characterized by an absence of chromium; and an aluminum or aluminum alloy powder incorporated into the binder, wherein the aluminum or the aluminum alloy powder and the binder are contained as a one-part composition; wherein the lithium-doped potassium silicate comprises potassium and lithium in a ratio of 3:1 to 20:1 by weight as K 2 O:Li 2 O, and further wherein the ratio of silicate to potassium is in a ratio of 2:1 to 3:1 by weight as SiO 2:K 2 O; and a topcoat slurry, wherein said topcoat slurry comprises an aqueous solution of an aluminum phosphate based binder and metal oxide pigment particles, wherein the aluminum phosphate based binder comprises aluminum dihydrogen phosphate having a molar ratio of Al:PO 4 of higher than 1:3.
Lighting device (LIGHT) for facilitating the reading of graphic and/or textual content on any given support by dyslexic subjects, said device comprising a control unit (CTRLU) and a lighting module (LIMOD) adapted to the generation of a light beam in a spectrum of visible light, said lighting device (LIGHT) being configured to periodically activate and deactivate said light beam according to successive cycles carried out at a predetermined frequency Fd that is a reciprocal of the sum of a period of activation of the light beam and of a period of deactivation of the light beam, each cycle having a duration T and comprising a period of activation of the light beam having a duration T1 preceded or followed by a period of deactivation of the light beam having a duration T2, Fd being such that Fd = 1/(T1+T2), the predetermined frequency Fd being comprised in an interval of values ranging from 60 to 90 Hz, and in that the duration T1 of the periods of activation of the light beam is comprised in an interval of values ranging from 15 to 30% of the duration T of the cycles, said device being characterised in that it comprises an adjustment knob or a slider, implemented in hardware or via a user interface, for refining the predetermined frequency Fd in the range of values from 60 to 90 Hz.
A controller for a switched mode power supply, wherein the controller is configured to be connected to a first conduction-channel terminal, a second conduction-channel terminal and a control terminal of a synchronous rectifier, the controller comprising: a voltage comparator configured to determine satisfaction of a voltage criterion, wherein the voltage criterion is satisfied when a conduction channel voltage between the first conduction-channel terminal and the second conduction-channel terminal meets a first pre-determined voltage threshold; and a timer configured to determine satisfaction of a time criterion, wherein the time criterion is satisfied when a voltage between the first conduction-channel terminal and the second conduction-channel terminal meets a second predetermined voltage threshold for greater than a pre-determined time; the controller configured to provide for a normal mode of operation based on satisfaction of the voltage criterion and a power-saving mode of operation based on satisfaction of the time criterion, wherein the controller is configured to draw a power-saving-mode current in the power-saving mode of operation, and draw a normal-mode current in the normal mode of operation, wherein a magnitude of the normal-mode current is greater than a magnitude of the power-saving-mode current. a voltage comparator configured to determine satisfaction of a voltage criterion, wherein the voltage criterion is satisfied when a conduction channel voltage between the first conduction-channel terminal and the second conduction-channel terminal meets a first pre-determined voltage threshold; and a timer configured to determine satisfaction of a time criterion, wherein the time criterion is satisfied when a voltage between the first conduction-channel terminal and the second conduction-channel terminal meets a second predetermined voltage threshold for greater than a pre-determined time; the controller configured to provide for a normal mode of operation based on satisfaction of the voltage criterion and a power-saving mode of operation based on satisfaction of the time criterion, wherein the controller is configured to draw a power-saving-mode current in the power-saving mode of operation, and draw a normal-mode current in the normal mode of operation, wherein a magnitude of the normal-mode current is greater than a magnitude of the power-saving-mode current.
A device comprising: a first compartment comprising a recombinant bacteriophage having a genetic construct inserted into a bacteriophage genome, wherein the construct comprises a promoter and an indicator gene; and a second compartment comprising a signal detecting component, wherein the signal detecting component facilitates detection of the indicator gene product produced as a result of infecting the sample with the recombinant bacteriophage; wherein the device is free of media. a first compartment comprising a recombinant bacteriophage having a genetic construct inserted into a bacteriophage genome, wherein the construct comprises a promoter and an indicator gene; and a second compartment comprising a signal detecting component, wherein the signal detecting component facilitates detection of the indicator gene product produced as a result of infecting the sample with the recombinant bacteriophage; wherein the device is free of media.
A method for receiving, by a user equipment, UE, an indication of on/off state of past subframes in a wireless communication system, the method comprising: buffering raw data for a few milliseconds, ms, receiving an indication of on/off state of buffered past subframes, wherein the indication informs the on/off state of buffered past subframes for a specific time interval in the past; and performing a measurement in the buffered past subframes of on-state, which are informed by the received indication, wherein the on/off state is an on/off state of an unlicensed carrier, wherein the measurement is a discovery reference signal, DRS, measurement, and wherein a physical downlink shared channel, PDSCH, of buffered past subframes is decoded based on the buffered past subframes. buffering raw data for a few milliseconds, ms, receiving an indication of on/off state of buffered past subframes, wherein the indication informs the on/off state of buffered past subframes for a specific time interval in the past; and performing a measurement in the buffered past subframes of on-state, which are informed by the received indication, wherein the on/off state is an on/off state of an unlicensed carrier, wherein the measurement is a discovery reference signal, DRS, measurement, and wherein a physical downlink shared channel, PDSCH, of buffered past subframes is decoded based on the buffered past subframes.
An isolated and/or recombinant β-glucosidase polypeptide variant having greater activity and/or thermostability than the wild-type C1 protein (Bgl1 and which comprises an amino acid sequence that is at least about 70% identical to wild-type C1 β-glucosidase (residues 20-870 of SEQ ID NO:2) and has at least a substitution at position Q291 wherein the position is determined by optimal alignment with SEQ ID NO:2.
Holding device (10; 110) for attaching - especially, for clamping - a surface module - especially, a framed solar panel - on at least one support - especially, a profile rail - with: - a head section (12; 112) configured for interacting with the surface module; - a foot section (16; 116) configured for interacting with the support; - a connecting element (19; 119) that is configured for connecting the head section (12; 112) to the foot section (16; 116), wherein the head section (12; 112) is shiftable, relative to the foot section (16; 116), along a vertical axis of the holding device (10; 110) by means of the connecting element; wherein the head section (12; 112), relative to the foot section (16; 116), in at least two angle positions that are twisted relative to each other around the vertical axis at a respective predetermined twisting angle, may be mounted in such a way that the head section may be mounted in at least two of the angle positions respectively on at least one or at least two surface modules - especially, with one or more contact sections (14a, 14b, 15) that are arranged according to the respective angle positions - the twisting angle between at least two of the at least two angle positions twisted relative to each other lies within the range of 90 degrees - preferably, 90 degrees - the head section (12; 112) has a support cheek (12a; 12b) which substantially extends in the direction of the vertical axis, and wherein the support cheek (12a; 12b) has a width that is smaller than a width of the head section (12; 112) in the respective direction. - a head section (12; 112) configured for interacting with the surface module; - a foot section (16; 116) configured for interacting with the support; - a connecting element (19; 119) that is configured for connecting the head section (12; 112) to the foot section (16; 116), wherein the head section (12; 112) is shiftable, relative to the foot section (16; 116), along a vertical axis of the holding device (10; 110) by means of the connecting element;
An integrated circuit comprising: - a substrate; - active devices; - a plurality of metal layers, wherein said metal layers are separated by dielectric layers and connected to each other by a plurality of vias; - at least one micromechanical region wherein some of the dielectric layers are removed leaving hollow spaces, thereby some of said metal and via layers form a micromechanical device in said micromechanical region, - wherein said micromechanical device comprises at least one released multi-layer structure that is built of a plurality of metal layers and at least one via layer said integrated circuit being characterised in that at least two metal layers of said multi-layer structure are joined by at least one modified via comprising a void space and said void space is at least partially filled by the metal layer situated on top of said modified via. - a substrate; - active devices; - a plurality of metal layers, wherein said metal layers are separated by dielectric layers and connected to each other by a plurality of vias; - at least one micromechanical region wherein some of the dielectric layers are removed leaving hollow spaces, thereby some of said metal and via layers form a micromechanical device in said micromechanical region, - wherein said micromechanical device comprises at least one released multi-layer structure that is built of a plurality of metal layers and at least one via layer said integrated circuit being characterised in that at least two metal layers of said multi-layer structure are joined by at least one modified via comprising a void space and said void space is at least partially filled by the metal layer situated on top of said modified via.
Cooling device for cooling units, such as machines or technical devices, with a container through which a heat transport medium flows and a cooling unit which is attached to the container and which has a refrigerant guided in a circuit, which, while absorbing heat from the heat transport means, passes into a gaseous state when flowing through an evaporator tube projecting into the heat transport means and is subsequently compressed, and is subsequently liquefied again while releasing heat, characterized in that the evaporator tube has tube loops in an evaporator tube section (28, 29) extending from the outside to the inside and/or from the inside to the outside, which taper spirally from an outermost tube loop to an innermost tube loop and/or run spirally from an innermost tube loop to an outermost tube loop, the cooling unit with the evaporator tube being seated on the container as a removable module.
A method for measuring pH in an aqueous sample with a frit-less electrode, comprising: introducing an aqueous sample into a measurement device comprising at least three electrodes, wherein at least one electrode of the at least three electrodes comprises a ground rod electrode, wherein at least one electrode of the at least three electrodes comprises a first measurement electrode, and wherein at least one electrode of the at least three electrodes comprises a second measurement electrode, wherein the first measurement electrode comprises a material that is pH insensitive and sensitive to components in the aqueous sample interfering with pH measurement, whereby the second measurement electrode comprises a material that is sensitive to both pH and components in the aqueous sample interfering with pH measurement; measuring a first electrical potential between the first measurement electrode and the ground rod electrode in the aqueous sample; measuring a second electrical potential between the second measurement electrode and the ground rod electrode in the aqueous sample; and identifying a pH of the aqueous sample based upon a difference between the first electrical potential and the second electrical potential. introducing an aqueous sample into a measurement device comprising at least three electrodes, wherein at least one electrode of the at least three electrodes comprises a ground rod electrode, wherein at least one electrode of the at least three electrodes comprises a first measurement electrode, and wherein at least one electrode of the at least three electrodes comprises a second measurement electrode, wherein the first measurement electrode comprises a material that is pH insensitive and sensitive to components in the aqueous sample interfering with pH measurement, whereby the second measurement electrode comprises a material that is sensitive to both pH and components in the aqueous sample interfering with pH measurement; measuring a first electrical potential between the first measurement electrode and the ground rod electrode in the aqueous sample; measuring a second electrical potential between the second measurement electrode and the ground rod electrode in the aqueous sample; and identifying a pH of the aqueous sample based upon a difference between the first electrical potential and the second electrical potential.
Tilting pad bearing comprising tilting pads (1, 2, 3), which are positioned and held so that they can tilt in a housing body by means of a frame-type spring device in order, during operation of the tilting pad bearing, to produce converging bearing gaps between the tilting pads (1, 2, 3) and a rotor body mounted so as to be rotatable about an axis of rotation, wherein rolling elements (6, 7; 20; 24; 44) are arranged between the housing body and the tilting pads (1, 2, 3), characterized by a cage which serves to hold the rolling elements (6, 7; 20) in position between the housing body and the tilting pads (1, 2, 3), wherein the cage has through-holes (19; 26; 51-52) in which the rolling elements (6, 7; 20; 24; 44) are accommodated with play in such a way that the rolling elements (6, 7; 20; 24; 44) have rolling contact both with the housing body and with the respective tilting pad (1, 2, 3) outside the through-holes (19; 26; 51-52).
A cylindrical box comprising a receptacle and a circular plugging device made from cork, intended to close said receptacle, said receptacle having an opening and a circular edge surrounding said opening, said circular plugging device having a shoulder delimiting a gripping part having a gripping thickness Ep and a plugging part having a plugging thickness Eb, said plugging part having a proximal circular edge along said shoulder; characterized in that said receptacle made from a cellulosic based material comprises a circular swelling made using the rolled edge process and extending within said receptacle, along said circular edge, while said proximal circular edge of said plugging part is provided with a groove, such that said circular swelling is engaged within said groove, when said plugging part is inserted through said opening, and in that said gripping thickness Ep is greater than said plugging thickness Eb.