mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging pixel, comprising: a photodetector configured for generating a charge signal; an input buffer having an input terminal and an output terminal , the input terminal connected to the photodetector configured for amplifying the charge signal; a control device connected to the photodetector and the output terminal of the input buffer separating low-frequency charge signals from high-frequency charge signals; and a switch operably connected to the output terminal of the input buffer configured for sampling of high-frequency charge signals in a charge storage device triggered by amplitude of high-frequency charge signals provided by the input buffer; and characterized by further comprising a comparator connected between the input buffer and the switch to change a state of the switch according to an amplified charge signal provided by the input buffer, and wherein the comparator has an input terminal , a threshold terminal , and an output terminal , wherein the input terminal is connected to the input buffer to receive therefrom the amplified charge signal, wherein the threshold terminal is connected to a trigger voltage source, and wherein the output terminal is operably connected to the switch to change state of the switch according to a comparison of the amplified charge signal and a trigger voltage signal received from the trigger voltage source, wherein the control device includes a transistor with a gate terminal , wherein the gate terminal is connected to the output terminal of the input buffer. a photodetector configured for generating a charge signal; an input buffer having an input terminal and an output terminal , the input terminal connected to the photodetector configured for amplifying the charge signal; a control device connected to the photodetector and the output terminal of the input buffer separating low-frequency charge signals from high-frequency charge signals; and a switch operably connected to the output terminal of the input buffer configured for sampling of high-frequency charge signals in a charge storage device triggered by amplitude of high-frequency charge signals provided by the input buffer; and characterized by further comprising a comparator connected between the input buffer and the switch to change a state of the switch according to an amplified charge signal provided by the input buffer, and wherein the comparator has an input terminal , a threshold terminal , and an output terminal , wherein the input terminal is connected to the input buffer to receive therefrom the amplified charge signal, wherein the threshold terminal is connected to a trigger voltage source, and wherein the output terminal is operably connected to the switch to change state of the switch according to a comparison of the amplified charge signal and a trigger voltage signal received from the trigger voltage source, wherein the control device includes a transistor with a gate terminal , wherein the gate terminal is connected to the output terminal of the input buffer.
A method for a User Equipment, UE, operating in a 3GPP wireless communication system, the method comprising: starting (S1001) a Packet Data Convergence Protocol, PDCP, reordering timer for detecting loss of a PDCP Protocol Data Unit, PDU; receiving (S1003) a Radio Resource Control, RRC, message indicating that a new value is used for the PDCP reordering timer while the PDCP reordering timer is running; stopping (S1005) the running PDCP reordering timer when the RRC message is received; resetting (S1007) the stopped PDCP reordering timer with the new value; re-starting (S1007) the reset PDCP reordering timer; and setting (S1009) a reordering_PDCP_RX_COUNT of the re-started PDCP reordering timer to a COUNT value associated to RX_HFN and Next_PDCP_RX_SN, wherein the value of the reordering PDCP_RX_COUNT is a value ofe- COUNT following the COUNT value associated with the PDCP PDU which triggered the PDCP reordering timer, wherein variable RX_HFN indicates a Hyper Frame Number, HFN, value for generation of a COUNT value used for a received PDCP PDU for a PDCP entity, and wherein variable Next_PDCP_RX_SN indicates a next expected PDCP Sequence Number, SN, by a receiver for the PDCP entity. starting (S1001) a Packet Data Convergence Protocol, PDCP, reordering timer for detecting loss of a PDCP Protocol Data Unit, PDU; receiving (S1003) a Radio Resource Control, RRC, message indicating that a new value is used for the PDCP reordering timer while the PDCP reordering timer is running; stopping (S1005) the running PDCP reordering timer when the RRC message is received; resetting (S1007) the stopped PDCP reordering timer with the new value; re-starting (S1007) the reset PDCP reordering timer; and setting (S1009) a reordering_PDCP_RX_COUNT of the re-started PDCP reordering timer to a COUNT value associated to RX_HFN and Next_PDCP_RX_SN, wherein the value of the reordering PDCP_RX_COUNT is a value ofe- COUNT following the COUNT value associated with the PDCP PDU which triggered the PDCP reordering timer, wherein variable RX_HFN indicates a Hyper Frame Number, HFN, value for generation of a COUNT value used for a received PDCP PDU for a PDCP entity, and wherein variable Next_PDCP_RX_SN indicates a next expected PDCP Sequence Number, SN, by a receiver for the PDCP entity.
Ophthalmological device for processing eye tissue , comprising a laser source configured to generate a pulsed laser beam (P); a focusing optical unit configured to focus a processing laser beam (L) into the eye tissue , and a scanner system configured to direct the processing laser beam (L) into the eye tissue in accordance with predefined scanning patterns; furthermore comprising a beam splitting system disposed upstream of the scanner system and configured to generate the processing laser beam (L) from the pulsed laser beam (P) in such a way that the processing laser beam (L) comprises a first beam part (L1) and a second beam part (L2), wherein the first beam part (L1) is focused by the focusing optical unit onto a first outer surface of a lenticule to be cut in the eye tissue , and the second beam part (L2) is focused onto a different, second outer surface of the lenticule to be cut in the eye tissue , and that, in the course of directing the processing laser beam (L) into the eye tissue by means of the scanner system , the first outer surface is processed by the first beam part (L1) and the second outer surface is processed by the second beam part (L2).
A device for determining and/or monitoring the mass flow and/or the flow velocity of a flowable medium through a pipeline , comprising at least one heating element , said heating element being at least partly and/or temporarily in thermal contact with the medium , and said heating element being at least temporarily exposed to a heating signal, characterized in that a unit comprising a material with anisotropic thermal conductivity is arranged at least in a section between the medium and the heating element , the unit comprises a layer or a coating, said layer or coating consisting at least partly of the material with anisotropic thermal conductivity, or a thin-walled film, said film consisting at least partly of the material with anisotropic thermal conductivity, and in that the layer, coating or film has higher thermal conductivity in its longitudinal direction than perpendicular to its longitudinal direction. comprising at least one heating element , said heating element being at least partly and/or temporarily in thermal contact with the medium , and said heating element being at least temporarily exposed to a heating signal, characterized in that a unit comprising a material with anisotropic thermal conductivity is arranged at least in a section between the medium and the heating element , the unit comprises a layer or a coating, said layer or coating consisting at least partly of the material with anisotropic thermal conductivity, or a thin-walled film, said film consisting at least partly of the material with anisotropic thermal conductivity, and in that the layer, coating or film has higher thermal conductivity in its longitudinal direction than perpendicular to its longitudinal direction.
A composition for use in the therapeutic treatment of a cancer or a tumor in a patient, said composition comprising an isolated Dual-Specificity Tyrosine-Phosphorylation-Regulated Protein Kinase 1 (DYRK1) protein, wherein the DYRK1 increases degradation of Hypoxia-Inducible Factor-α (HIFα) in cancer cells or tumor cells in the patient and/or decreases half-life of HIFα in the cancer cells or the tumor cells in the patient. an isolated Dual-Specificity Tyrosine-Phosphorylation-Regulated Protein Kinase 1 (DYRK1) protein, wherein the DYRK1 increases degradation of Hypoxia-Inducible Factor-α (HIFα) in cancer cells or tumor cells in the patient and/or decreases half-life of HIFα in the cancer cells or the tumor cells in the patient.
A pipette tip tray comprising a rack , a pipette tip receptacle plate affixed to the rack , a flexible sheet in association with a top surface of the pipette tip receptacle plate , and an array of pipette tips with each of the pipette tips comprising an exterior surface , an interior surface , a proximal region , a distal region , a proximal opening and a distal opening , characterized in that : the array of pipette tips is adhered to the sheet ; the sheet is not adhered to the pipette tip receptacle plate ; the pipette tip receptacle plate comprises an array of holes; the sheet comprises a first surface , a second surface and an array of holes containing the array of pipette tips ; each of the holes of the sheet is concentric with a hole of the pipette tip receptacle plate ; each of the holes in the array of holes in the sheet has a diameter or an effective diameter; each of the holes comprises an edge that contacts the pipette tip exterior wall surface at a contact zone; the diameter or the effective diameter of each of the holes in the sheet is less than an outer diameter of the pipette tip exterior wall surface at the contact zone; and the edge of each of the holes , or portion thereof, contacts a portion of the pipette tip exterior wall surface by an interference fit. the array of pipette tips is adhered to the sheet ; the sheet is not adhered to the pipette tip receptacle plate ; the pipette tip receptacle plate comprises an array of holes; the sheet comprises a first surface , a second surface and an array of holes containing the array of pipette tips ; each of the holes of the sheet is concentric with a hole of the pipette tip receptacle plate ; each of the holes in the array of holes in the sheet has a diameter or an effective diameter; each of the holes comprises an edge that contacts the pipette tip exterior wall surface at a contact zone; the diameter or the effective diameter of each of the holes in the sheet is less than an outer diameter of the pipette tip exterior wall surface at the contact zone; and the edge of each of the holes , or portion thereof, contacts a portion of the pipette tip exterior wall surface by an interference fit.
An innovative portable rotisserie spit comprising: - a main body comprising an outer tube and an inner tube , - a first fluid passage hole (3.1) provided on one end of the main body and connected to the outer tube , - a second fluid passage hole (4.1) provided on one end of the main body and connected to the inner tube , - a cooling chamber , which is connected to the first fluid passage hole (3.1) and second fluid passage hole (4.1), and comprises a first part (6.1) and a second part (6.2), - a compressor , which is connected to the first fluid passage hole (3.1) and the cooling chamber , and which is provided for delivering the coolant in the cooling chamber to the main body in a pressurized manner, - a motor (M), a motor lower connection and a motor shaft (7.1) provided for rotation of the innovative portable rotisserie spit and for connection thereof to the machine, - a supporting base for supporting the meat stacked on the main body , the rotisserie spit being characterized by : - a scale for determining the amount of the meat mounted on the spit , - an electronic or mechanical valve for stopping the flow and restoring the flow after it is stopped, - a control unit (K) provided between the compressor and the scale for determining the amount, pressure and temperature of the coolant to be delivered to the spit in accordance with the amount of the meat on the spit . - a main body comprising an outer tube and an inner tube , - a first fluid passage hole (3.1) provided on one end of the main body and connected to the outer tube , - a second fluid passage hole (4.1) provided on one end of the main body and connected to the inner tube , - a cooling chamber , which is connected to the first fluid passage hole (3.1) and second fluid passage hole (4.1), and comprises a first part (6.1) and a second part (6.2), - a compressor , which is connected to the first fluid passage hole (3.1) and the cooling chamber , and which is provided for delivering the coolant in the cooling chamber to the main body in a pressurized manner, - a motor (M), a motor lower connection and a motor shaft (7.1) provided for rotation of the innovative portable rotisserie spit and for connection thereof to the machine, - a supporting base for supporting the meat stacked on the main body , the rotisserie spit being characterized by : - a scale for determining the amount of the meat mounted on the spit , - an electronic or mechanical valve for stopping the flow and restoring the flow after it is stopped, - a control unit (K) provided between the compressor and the scale for determining the amount, pressure and temperature of the coolant to be delivered to the spit in accordance with the amount of the meat on the spit .
A computer-implemented method for inspecting a structure , the method comprising: identifying a scan surface that represents an inspection area of the structure ; generating a plurality of sample points on an outer surface identified from a model of the structure and a corresponding plurality of projected points on an inner surface identified from the model of the structure using the scan surface (120, a first geometric representation of the outer surface , and a second geometric representation of the inner surface ; computing distance data using the plurality of sample points and the corresponding plurality of projected points , the distance data including a distance between each corresponding point pair (sample point-projected point pair) from sample points and projected points ; and analyzing sensor data generated for the inspection area of the structure using the distance data to detect a presence of an inconsistency in the structure . identifying a scan surface that represents an inspection area of the structure ; generating a plurality of sample points on an outer surface identified from a model of the structure and a corresponding plurality of projected points on an inner surface identified from the model of the structure using the scan surface (120, a first geometric representation of the outer surface , and a second geometric representation of the inner surface ; computing distance data using the plurality of sample points and the corresponding plurality of projected points , the distance data including a distance between each corresponding point pair (sample point-projected point pair) from sample points and projected points ; and analyzing sensor data generated for the inspection area of the structure using the distance data to detect a presence of an inconsistency in the structure .
Cosmetic formed from a storage container having two separate storage chambers, comprising two different cosmetic part preparations, which are withdrawn simultaneously through a common discharge opening, wherein the first chamber comprises an aqueous or aqueous alcoholic gel and the second chamber comprises an acid-containing preparation having a pH less then pH 4.
A nucleic acid molecule comprising WHI2 and CUP1-2 genes that increases stress tolerance in an organism and comprising: (a) a fusion polynucleotide sequence comprising WHI2 and CUP1-2 genes, the nucleotide sequence encoding an amino acid sequence wherein the entire amino acid sequence is at least 85% identical to SEQ ID NO: 110; (b) a fusion polynucleotide sequence that is complementary to the fusion polynucleotide sequence according to paragraph (a); (c) a fusion polynucleotide sequence according to SEQ ID NO: 47; (d) a fusion polynucleotide sequence that is complementary to the fusion polynucleotide sequence according to paragraph (c); or (e) a fusion polynucleotide sequence encoding an amino acid sequence that is SEQ ID NO: 110. (a) a fusion polynucleotide sequence comprising WHI2 and CUP1-2 genes, the nucleotide sequence encoding an amino acid sequence wherein the entire amino acid sequence is at least 85% identical to SEQ ID NO: 110; (b) a fusion polynucleotide sequence that is complementary to the fusion polynucleotide sequence according to paragraph (a); (c) a fusion polynucleotide sequence according to SEQ ID NO: 47; (d) a fusion polynucleotide sequence that is complementary to the fusion polynucleotide sequence according to paragraph (c); or (e) a fusion polynucleotide sequence encoding an amino acid sequence that is SEQ ID NO: 110.
A compound selected from the group consisting of TLR9 antagonists and inhibitors of TLR9 expression for use in the treatment of rhabdomyolysis in a subject in need thereof.
Field-effect transistor including an active zone having a source , a channel , a drain and a control gate, which is positioned level with said channel, allowing a current to flow through said channel between the source and the drain along an x-axis, said channel comprising: - a first edge of separation with said source; - a second edge of separation with said drain; - said channel being compressively or tensilely strained, characterized in that said channel includes a perforation or a set of perforations localized along only said first and/or second edge of said channel so as to also create at least one shear strain in said channel. - a first edge of separation with said source; - a second edge of separation with said drain; - said channel being compressively or tensilely strained, characterized in that said channel includes a perforation or a set of perforations localized along only said first and/or second edge of said channel so as to also create at least one shear strain in said channel.
A method of forming a silicon carbide-based power device, comprising: forming a silicon carbide drift layer on a substrate, the silicon carbide drift layer having a planar surface that forms an off-axis angle with a <0001> direction of greater than or equal to 2° and less than or equal to 4°, wherein the silicon carbide drift layer is formed by chemical vapor deposition including a chlorine containing compound, wherein the substrate is a silicon carbide substrate having a planar surface that forms an off-axis angle with the <0001> direction of greater than or equal to 2 ° and less than or equal to 4 °, the silicon carbide drift layer including an epitaxial layer on the planar surface of the silicon carbide substrate, and wherein the epitaxial layer has a basal plane dislocation density of less than 10 /cm 2 . forming a silicon carbide drift layer on a substrate, the silicon carbide drift layer having a planar surface that forms an off-axis angle with a <0001> direction of greater than or equal to 2° and less than or equal to 4°, wherein the silicon carbide drift layer is formed by chemical vapor deposition including a chlorine containing compound, wherein the substrate is a silicon carbide substrate having a planar surface that forms an off-axis angle with the <0001> direction of greater than or equal to 2 ° and less than or equal to 4 °, the silicon carbide drift layer including an epitaxial layer on the planar surface of the silicon carbide substrate, and wherein the epitaxial layer has a basal plane dislocation density of less than 10 /cm 2 .
Direct printing machine for printing containers with a direct print , comprising - a conveyor for conveying the containers , - a plurality of direct print modules (50, 50', 50") attached thereto for printing the containers with the direct print , and - adjusting units for adjusting the direct print modules (50, 50', 50") in relation to the containers to be printed, wherein the adjusting units having drives are designed to swivel one each of the direct print modules about a swivel axis (S) for adjusting to a longitudinal container contour (C), characterised in that the direct print modules (50, 50', 50") are each interchangeable as a unit, and in that the direct print modules (50, 50', 50") are each designed in two parts with a rotary joint between them such that a print head part having at least one direct print head can be swivelled about the swivel axis (S) in relation to a connecting part for connecting to an ink supply system. - a conveyor for conveying the containers , - a plurality of direct print modules (50, 50', 50") attached thereto for printing the containers with the direct print , and - adjusting units for adjusting the direct print modules (50, 50', 50") in relation to the containers to be printed, wherein the adjusting units having drives are designed to swivel one each of the direct print modules about a swivel axis (S) for adjusting to a longitudinal container contour (C), characterised in that the direct print modules (50, 50', 50") are each interchangeable as a unit, and in that the direct print modules (50, 50', 50") are each designed in two parts with a rotary joint between them such that a print head part having at least one direct print head can be swivelled about the swivel axis (S) in relation to a connecting part for connecting to an ink supply system. the direct print modules (50, 50', 50") are each interchangeable as a unit, and in that the direct print modules (50, 50', 50") are each designed in two parts with a rotary joint between them such that a print head part having at least one direct print head can be swivelled about the swivel axis (S) in relation to a connecting part for connecting to an ink supply system.