mhurhangee/patent-ind-claim-en huggingface dataset:
A system for treating a tissue site , the system comprising: a dressing for positioning at the tissue site , comprising: a dressing sealing member adapted to provide a sealed space between the dressing sealing member and the tissue site , and one or more dressing wicking layers disposed in the sealed space ; a bridge comprising a receiving end and a transmitting end separated by a length , the transmitting end adapted to be fluidly coupled to the dressing , the bridge further comprising: a bridge sealing member extending along the length and defining an internal volume, and one or more bridge wicking layers disposed within the internal volume of the bridge sealing member, and a conduit interface adapted to be fluidly coupled to the receiving end of the bridge , the conduit interface in fluid communication with the dressing through the bridge ; and a reduced-pressure source adapted to be positioned in fluid communication with the conduit interface , wherein the one or more bridge wicking layers comprise a first bridge wicking layer and a second bridge wicking layer, wherein the first bridge wicking layer has a density that is greater than a density of the second bridge wicking layer . a dressing for positioning at the tissue site , comprising: a dressing sealing member adapted to provide a sealed space between the dressing sealing member and the tissue site , and one or more dressing wicking layers disposed in the sealed space ; a dressing sealing member adapted to provide a sealed space between the dressing sealing member and the tissue site , and one or more dressing wicking layers disposed in the sealed space ; a bridge comprising a receiving end and a transmitting end separated by a length , the transmitting end adapted to be fluidly coupled to the dressing , the bridge further comprising: a bridge sealing member extending along the length and defining an internal volume, and one or more bridge wicking layers disposed within the internal volume of the bridge sealing member, and a bridge sealing member extending along the length and defining an internal volume, and one or more bridge wicking layers disposed within the internal volume of the bridge sealing member, and a conduit interface adapted to be fluidly coupled to the receiving end of the bridge , the conduit interface in fluid communication with the dressing through the bridge ; and a reduced-pressure source adapted to be positioned in fluid communication with the conduit interface , wherein the one or more bridge wicking layers comprise a first bridge wicking layer and a second bridge wicking layer, wherein the first bridge wicking layer has a density that is greater than a density of the second bridge wicking layer .
A composition comprising a serum-free medium, mammalian dermal sheath (DS) cells, and platelet-derived growth factor (PDGF), wherein the PDGF is PDGF-BB.
A method for providing communication between components of a communication network , the method comprising: - receiving, by a first component of the communications network , a message comprising one or more identification parameters ; - verifying, by the first component of the communications network , if the message is valid, based on the one or more identification parameters of the message , wherein the verifying comprises: - determining the validity of the message based on a comparison between information derived out of a network component and function diagram and one or more of the identification parameters of the received message , wherein the network component and function diagram comprises components of the communications network , functions of these components of the communications network and relations between these components of the communications network , wherein the network component and function diagram is stored in each of the components of the communications network , wherein the components of the communications network have a respective unique component identification, component ID , wherein the network component and function diagram comprises the component IDs of all components of the communications network and includes information about each component of the communications network identified by the component ID of the component . - receiving, by a first component of the communications network , a message comprising one or more identification parameters ; - verifying, by the first component of the communications network , if the message is valid, based on the one or more identification parameters of the message , wherein the verifying comprises: - determining the validity of the message based on a comparison between information derived out of a network component and function diagram and one or more of the identification parameters of the received message , wherein the network component and function diagram comprises components of the communications network , functions of these components of the communications network and relations between these components of the communications network ,
A method for wireless communications, comprising: receiving a service via a component carrier, wherein the component carrier is in an unlicensed radio frequency spectrum band; determining that a clear channel assessment failed for a frame for the component carrier; characterized by , measuring one or more signals transmitted on the component carrier to estimate channel state information of the component carrier in the unlicensed radio frequency spectrum band , the measuring being triggered when it is determined that the clear channel assessment failed. receiving a service via a component carrier, wherein the component carrier is in an unlicensed radio frequency spectrum band; determining that a clear channel assessment failed for a frame for the component carrier; characterized by , measuring one or more signals transmitted on the component carrier to estimate channel state information of the component carrier in the unlicensed radio frequency spectrum band , the measuring being triggered when it is determined that the clear channel assessment failed.
An ion source comprising: one or more nebulisers and one or more targets ; wherein said one or more nebulisers are arranged and adapted to nebulise one or more eluents emitted by one or more liquid chromatography separation devices over a period of time; wherein said one or more eluents have a liquid flow rate selected from the group consisting of: (i) 1-10 μL/min; (ii) 10-50 μL/min; (iii) 50-100 μL/min; (iv) 100-200 μL/min; (v) 200-300 μL/min; (vi) 300-400 μL/min; (vii) 400-500 μL/min; (viii) 500-600 μL/min; (ix) 600-700 μL/min; (x) 700-800 μL/min; (xi) 800-900 μL/min; (xii) 900-1000 μL/min; (xiii) 1000-1500 μL/min; (xiv) 1500-2000 μL/min; (xv) 2000-2500 μL/min; and (xvi) > 2500 μL/min; wherein one or more nebulisers are arranged and adapted to emit, in use, a stream predominantly of droplets which are caused to impact upon said one or more targets and to ionise said droplets to form a plurality of ions; characterised in that said stream of droplets is arranged to impact on an impact zone of said one or more targets , wherein said impact zone has an area ≤ 4 mm 2 . one or more nebulisers and one or more targets ; wherein said one or more nebulisers are arranged and adapted to nebulise one or more eluents emitted by one or more liquid chromatography separation devices over a period of time; wherein said one or more eluents have a liquid flow rate selected from the group consisting of: (i) 1-10 μL/min; (ii) 10-50 μL/min; (iii) 50-100 μL/min; (iv) 100-200 μL/min; (v) 200-300 μL/min; (vi) 300-400 μL/min; (vii) 400-500 μL/min; (viii) 500-600 μL/min; (ix) 600-700 μL/min; (x) 700-800 μL/min; (xi) 800-900 μL/min; (xii) 900-1000 μL/min; (xiii) 1000-1500 μL/min; (xiv) 1500-2000 μL/min; (xv) 2000-2500 μL/min; and (xvi) > 2500 μL/min; wherein one or more nebulisers are arranged and adapted to emit, in use, a stream predominantly of droplets which are caused to impact upon said one or more targets and to ionise said droplets to form a plurality of ions; characterised in that said stream of droplets is arranged to impact on an impact zone of said one or more targets , wherein said impact zone has an area ≤ 4 mm 2 .
Timepiece resonator comprising at least one weight oscillating with respect to a connecting element comprised in said resonator and which is arranged to be directly or indirectly secured to a structure of a timepiece movement , said at least one weight being suspended from said connecting element by crossed strips which are resilient strips that extend at a distance from each other in two parallel planes, and the projections of the directions of said strips on one of said parallel planes intersect at a virtual pivot axis (O) of said weight , and define together a first angle (α) which is the apex angle, from said virtual pivot axis (O), opposite which there extends the portion of said connecting element that is located between the attachments of said crossed strips to said connecting element , characterized in that said first angle (α) is comprised between 68° and 76°.
A flight deck system for deployment onboard an aircraft, the flight deck system comprising: a cockpit display device on which an airport display is generated; a datalink over which braking action information is received, a controller coupled to the datalink and configured to determine a current braking action of the first runway from the braking action information received over the datalink; and the controller coupled to the cockpit display device, the controller configured to produce a braking action graphic on the airport display indicative of the current braking action of a first runway approached for usage by the aircraft, wherein the controller is further configured to: assign the current braking action of the first runway to one of a plurality of predetermined braking action categories based, at least in part, on degradation to aircraft braking effectiveness and directional control when using the first runway; and visually code the braking action graphic, as produced on the airport display, in accordance with the predetermined braking action category to which the current braking action has been assigned, the flight deck system being characterised in that the braking action graphic comprises a text annunciation graphic, which additionally indicates a reporting source including a type of aircraft from which the braking action information originates. a cockpit display device on which an airport display is generated; a datalink over which braking action information is received, a controller coupled to the datalink and configured to determine a current braking action of the first runway from the braking action information received over the datalink; and the controller coupled to the cockpit display device, the controller configured to produce a braking action graphic on the airport display indicative of the current braking action of a first runway approached for usage by the aircraft, wherein the controller is further configured to: assign the current braking action of the first runway to one of a plurality of predetermined braking action categories based, at least in part, on degradation to aircraft braking effectiveness and directional control when using the first runway; and visually code the braking action graphic, as produced on the airport display, in accordance with the predetermined braking action category to which the current braking action has been assigned, assign the current braking action of the first runway to one of a plurality of predetermined braking action categories based, at least in part, on degradation to aircraft braking effectiveness and directional control when using the first runway; and visually code the braking action graphic, as produced on the airport display, in accordance with the predetermined braking action category to which the current braking action has been assigned, the flight deck system being characterised in that the braking action graphic comprises a text annunciation graphic, which additionally indicates a reporting source including a type of aircraft from which the braking action information originates.
A human natural killer (NK) cell or NK cell line with increased cytotoxicity for use in treating cancer cells in a patient, wherein the NK cell or NK cell line has been modified by genetic engineering to express a TRAIL variant, wherein the TRAIL variant has an increased affinity, with respect to wildtype TRAIL, for TRAIL receptors, and wherein the NK cell or NK cell line has been further modified to express one or more chimeric antigen receptors (CARs), wherein the CARs specifically bind to one or more ligands on the cancer cells.
An unevenness level inspecting device comprising: a target (T) at a known distance from a to-be-inspected surface; a traveling unit for traveling on the to-be-inspected surface; a first marker for marking information on the to-be-inspected surface; and a control unit configured to control the first marker , wherein the control unit is configured to calculate a height of the to-be-inspected surface at a measurement position of the target (T) based on three-dimensional position coordinates of the target (T) input each time the unevenness level inspecting device travels a predetermined distance, and control the first marker so as to mark unevenness level information indicating a difference between the height of the to-be-inspected surface and a reference height on a corresponding position on the to-be-inspected surface, characterized in that the unevenness level inspecting device further comprises a hammering test unit including a hammering unit configured to hammer the to-be-inspected surface with a hammer , and a sound collecting unit configured to detect a hammering sound produced by the hammer; and a second marker configured to mark information on the to-be-inspected surface, and the control unit is configured to determine whether an upper surface of the to-be-inspected surface has an abnormality based on a hammering sound difference collected by the hammering test unit , and when detecting an abnormality, is configured to control the second marker to perform marking at a position corresponding to a hammering position. a target (T) at a known distance from a to-be-inspected surface; a traveling unit for traveling on the to-be-inspected surface; a first marker for marking information on the to-be-inspected surface; and a control unit configured to control the first marker , wherein the control unit is configured to calculate a height of the to-be-inspected surface at a measurement position of the target (T) based on three-dimensional position coordinates of the target (T) input each time the unevenness level inspecting device travels a predetermined distance, and control the first marker so as to mark unevenness level information indicating a difference between the height of the to-be-inspected surface and a reference height on a corresponding position on the to-be-inspected surface, characterized in that the unevenness level inspecting device further comprises a hammering test unit including a hammering unit configured to hammer the to-be-inspected surface with a hammer , and a sound collecting unit configured to detect a hammering sound produced by the hammer; and a second marker configured to mark information on the to-be-inspected surface, and the control unit is configured to determine whether an upper surface of the to-be-inspected surface has an abnormality based on a hammering sound difference collected by the hammering test unit , and when detecting an abnormality, is configured to control the second marker to perform marking at a position corresponding to a hammering position.
A synthetic peptide consisting of 7 consecutive amino acid residues set forth as X 1 X 2 X 3 X 4 X 5 X 6 X 7 (SEQ ID NO: 1), wherein, X 1 is alanine (A), aspartic acid (D), asparagine (N), leucine (L), phenylalanine (F), or valine (V); X 2 is alanine (A), isoleucine (I), leucine (L), or valine (V); X 3 is phenylalanine (F), tyrosine (Y) or tryptophan (W); X4 is arginine (R) or lysine (K); X 5 is valine (V), methionine (M), isoleucine (I), leucine (L), or glutamine (Q); X 6 is arginine (R), glutamine (Q), lysine (K) or proline (P); X 7 is serine (S) or threonine (T); wherein X 2 , X 3 , X 4 , X 6 and X 7 are independently L-form amino acid residues; wherein the synthetic peptide has an amino acid sequence that is any of SEQ ID NOs: 2, 3, 4, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 or 21; wherein, in the case when the synthetic peptide has the amino acid sequence of SEQ ID NO: 2, at least one of X 1 and X 5 is a D-form amino acid residue. X 1 is alanine (A), aspartic acid (D), asparagine (N), leucine (L), phenylalanine (F), or valine (V); X 2 is alanine (A), isoleucine (I), leucine (L), or valine (V); X 3 is phenylalanine (F), tyrosine (Y) or tryptophan (W); X4 is arginine (R) or lysine (K); X 5 is valine (V), methionine (M), isoleucine (I), leucine (L), or glutamine (Q); X 6 is arginine (R), glutamine (Q), lysine (K) or proline (P); X 7 is serine (S) or threonine (T); wherein X 2 , X 3 , X 4 , X 6 and X 7 are independently L-form amino acid residues; wherein the synthetic peptide has an amino acid sequence that is any of SEQ ID NOs: 2, 3, 4, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20 or 21; wherein, in the case when the synthetic peptide has the amino acid sequence of SEQ ID NO: 2, at least one of X 1 and X 5 is a D-form amino acid residue.
A method for producing a chromium-based coating on an object by electroplating from a trivalent Cr bath, wherein the chromium-based coating comprises chromium (Cr), carbon (C) and iron (Fe), wherein C is at least partially in the form of at least one chromium carbide compound, and wherein the hardness of the coating is at least 1,500 HV on a Vickers microhardness scale as measured according to standard SFS-EN ISO 4516, characterized in that the method comprises the steps of a) depositing a layer of Cr from a trivalent Cr bath on an object, the bath comprising at least one source for trivalent Cr, at least 20 mg l -1 Ni cations, at least one source for C and at least one source for Fe, so that Ni, C and Fe are incorporated into the Cr layer; and b) subjecting the coated object to at least one heat treatment at a temperature of 400-1,200 °, or at a temperature of 400-650 °C, or at a temperature of 650-820 °C, or at a temperature of 820-1,200 °C, to amend the mechanical and physical properties of the coating. a) depositing a layer of Cr from a trivalent Cr bath on an object, the bath comprising at least one source for trivalent Cr, at least 20 mg l -1 Ni cations, at least one source for C and at least one source for Fe, so that Ni, C and Fe are incorporated into the Cr layer; and b) subjecting the coated object to at least one heat treatment at a temperature of 400-1,200 °, or at a temperature of 400-650 °C, or at a temperature of 650-820 °C, or at a temperature of 820-1,200 °C, to amend the mechanical and physical properties of the coating.
A method for the degassing of heat-bearing fluid in heating and cooling systems, where the system is a closed system and where the fluid circulates in the system, where a sub-current of the fluid is caused to be led into a circuit (2; 21, 23) that is parallel with the principal circuit of the system, or a sub-current circuit of the system, characterized in, that the fluid in the said parallel circuit (2; 21, 23) is caused to be pumped through an ejector , whereby the pressure of the fluid is reduced during passage through the ejector, in that the fluid is led after the ejector into an air-separation chamber in which the air that previously was dissolved in the fluid rises in the form of gas bubbles, in that the free gas is caused to be emitted to the surroundings through a float de-airer (5; 26), and in that the fluid in the air-separation chamber is led to the principal circuit of the system.
Method for processing, by way of a network (NW) device (AP), an alert message received from a user equipment (UE) connected to the network, said alert message notifying of an anomaly detected by the user equipment in traffic transmitted via the network, said processing method comprising: - a step (F30) of obtaining, from the alert message, at least one item of information representative of at least one constraint of the user equipment; - a step (F50) of processing, by way of a cyber attack detection algorithm, features of the traffic that are provided by the user equipment and associated with the detected anomaly, the cyber attack detection algorithm being selected and/or parameterized on the basis of said at least one item of information; and - a step (F70) of determining, on the basis of a result of the processing step, and if a cyber attack is detected, of said at least one item of information, a response to the user equipment concerning the detected anomaly. - a step (F30) of obtaining, from the alert message, at least one item of information representative of at least one constraint of the user equipment; - a step (F50) of processing, by way of a cyber attack detection algorithm, features of the traffic that are provided by the user equipment and associated with the detected anomaly, the cyber attack detection algorithm being selected and/or parameterized on the basis of said at least one item of information; and - a step (F70) of determining, on the basis of a result of the processing step, and if a cyber attack is detected, of said at least one item of information, a response to the user equipment concerning the detected anomaly.
Nozzle comprising - a nozzle insert ; - a nozzle carrier having a cavity which is used as a receptacle for the nozzle insert and has a depth T, and having a groove which extends circumferentially around the cavity , has a depth t and forms a clamping web which extends circumferentially around the cavity ; - a clamping element having a formation which can be fit into the groove , characterized in that the nozzle carrier and the clamping element each form a nozzle body half and, when fit together, form a nozzle body. - a nozzle insert ; - a nozzle carrier having a cavity which is used as a receptacle for the nozzle insert and has a depth T, and having a groove which extends circumferentially around the cavity , has a depth t and forms a clamping web which extends circumferentially around the cavity ; - a clamping element having a formation which can be fit into the groove , characterized in that the nozzle carrier and the clamping element each form a nozzle body half and, when fit together, form a nozzle body.