mhurhangee/ep-ind-claims huggingface dataset:
Sensor device comprising at least one transceiver unit and a data processing device connected to the transceiver unit, which is configured to calculate, at predetermined time intervals, the signal power of signals received with the transceiver unit, wherein the data processing device is further configured to transmit a transmission signal to the transceiver unit during a time interval which correlates with one of the time intervals, in which a calculated signal power is below a predetermined threshold value, characterized in that the data processing device is configured to determine time interval sequences, including a direct sequence of time intervals, the calculated signal power of which is below the predetermined threshold value, and to transmit the transmission signal in the first time interval of the longest determined time interval sequence.
Barrel clamping means of a firearm having a barrel and a system housing supporting the barrel, characterized in that the system housing has a barrel holder into which the barrel end of the barrel is inserted, wherein at least one clamping element having a sickle-shaped cross section is disposed in the barrel holder to clamp the barrel end, the at least one clamping element resting in a clamping groove on the system housing and being pressable against the barrel end.
A dry blend for making salad block cheese, consisting of, by weight%: Native Corn Starch 29.91 Acid-treated Corn Starch 38.821 Hydroxypropyl distarch phosphate 7.992 Whey 4.995 Gelatin 3.996 Starch sodium octenylsuccinate 4.995 Salt 6.494 Xanthan gum 0.2 Blend of Xanthan, Locust, and Guar Gums 0.5 Calcium Sulfate 0.4 Potassium Sorbate 0.5 Sorbic Acid 0.4 Tricalcium Phosphate 0.4 Trisodium Phosphate 0.2 Citric Acid 0.2
Connecting part (100; 200) for a processing head for thermal material processing, comprising a body (106; 206) that extends along a longitudinal axis L, with an outer face (110; 112; 120; 212) and an inner face (140; 240; 244) with a front end (102; 202) and a rear end (104; 204), wherein the outer face and/or the inner face have/has at least one slot (130; 230), extending in the circumferential direction, with a slot depth (T130; T112; T120; T230) for receiving an O-ring (132, 232) or a profile ring, characterized in that the slot bottom (116 and 216) of the slot (130 and 230) exhibits, around the circumference, different distances, extending through the longitudinal axis L and perpendicularly to the longitudinal axis L, between the opposite portions of the slot bottom (116 and 210) of the slot (130 and 230) and/or wherein at least one outer face (112 and/or 120) exhibits, around the circumference, different distances (D112, D120), extending through the longitudinal axis L and perpendicularly to the longitudinal axis L, between the opposite portions of the outer face (112, 120) and/or wherein at least one inner face exhibits, around the circumference, different distances, extending through the longitudinal axis L and perpendicularly to the longitudinal axis L, between the opposite portions of the inner face. the slot bottom (116 and 216) of the slot (130 and 230) exhibits, around the circumference, different distances, extending through the longitudinal axis L and perpendicularly to the longitudinal axis L, between the opposite portions of the slot bottom (116 and 210) of the slot (130 and 230) and/or wherein at least one outer face (112 and/or 120) exhibits, around the circumference, different distances (D112, D120), extending through the longitudinal axis L and perpendicularly to the longitudinal axis L, between the opposite portions of the outer face (112, 120) and/or wherein at least one inner face exhibits, around the circumference, different distances, extending through the longitudinal axis L and perpendicularly to the longitudinal axis L, between the opposite portions of the inner face.
A method of a seeker device for establishing a service session with an advertiser device over a wireless peer-to-peer, P2P, network, the method comprising: generating, by the seeker device, a first intent corresponding to a plurality of first services and at least one parameter related to the plurality of first services; sending, by the seeker device, the first intent to the advertiser device, during a near field communication, NFC, data exchange with the advertiser device, over an NFC network; receiving, by the seeker device from the advertiser device, a second intent corresponding to at least one second service, during the NFC data exchange with the advertiser device, over the NFC network, wherein the at least one second service is supported by the advertiser device from the plurality of the first services, and establishing the service session between the seeker device and the advertiser device over the wireless P2P network, based on the NFC data exchange of the first intent and the second intent, wherein the service session is related to the at least one second service. generating, by the seeker device, a first intent corresponding to a plurality of first services and at least one parameter related to the plurality of first services; sending, by the seeker device, the first intent to the advertiser device, during a near field communication, NFC, data exchange with the advertiser device, over an NFC network; receiving, by the seeker device from the advertiser device, a second intent corresponding to at least one second service, during the NFC data exchange with the advertiser device, over the NFC network, wherein the at least one second service is supported by the advertiser device from the plurality of the first services, and establishing the service session between the seeker device and the advertiser device over the wireless P2P network, based on the NFC data exchange of the first intent and the second intent, wherein the service session is related to the at least one second service.
A heavy chain only antibody (HCAb) with an antigen-binding specificity for ANG-2, wherein this HCAb is selected from the following group: a) wherein the HCAb has the amino acid sequence of SEQ ID NO:9, b) a HCAb with an antigen-binding specificity for ANG-2, wherein the HCAb variable region has the sequence of SEQ ID NO:25. a) wherein the HCAb has the amino acid sequence of SEQ ID NO:9, b) a HCAb with an antigen-binding specificity for ANG-2, wherein the HCAb variable region has the sequence of SEQ ID NO:25.
Method for representing an animated object in the form of an animation sequence (3a, 3b) by producing a sequence of vector-based individual objects (2a, 2b, 2c, 2d, 2e, 2f) for defined instants of the animation sequence (3a, 3b) of the object and assembling the vector-based individual objects (2a, 2b, 2c, 2d, 2e, 2f) for defined instants to form the animation sequence (3a, 3b), having the following method steps: • calculating surface changes in the object as texture animation (4a, 4b, 4c), the texture animation (4a, 4b, 4c) of the object being generated by means of a drawing program (5, 6) and being linked to the object by means of a program with vector-based page description language; • projecting the texture animation (4a, 4b, 4c) onto the object in the animation sequence (3a, 3b) by means of the program with vector-based page description language, the animation sequence (3a, 3b) being assembled with the texture animation (4a, 4b, 4c) of the object; and • simultaneously running the animation sequence (3a, 3b) with the texture animation (4a, 4b, 4c) and thereby producing the impression of an animated object. • calculating surface changes in the object as texture animation (4a, 4b, 4c), the texture animation (4a, 4b, 4c) of the object being generated by means of a drawing program (5, 6) and being linked to the object by means of a program with vector-based page description language; • projecting the texture animation (4a, 4b, 4c) onto the object in the animation sequence (3a, 3b) by means of the program with vector-based page description language, the animation sequence (3a, 3b) being assembled with the texture animation (4a, 4b, 4c) of the object; and • simultaneously running the animation sequence (3a, 3b) with the texture animation (4a, 4b, 4c) and thereby producing the impression of an animated object.
A composition for use in preventing or treating a microbial infection of the skin or mucosal tissue of a mammal, the composition comprising a peptide of the formula C 12-18 lipid-lysine-proline-NH 2 or C 12-18 lipid-lysine-d-proline-NH 2; and a pharmaceutically acceptable carrier.
Method for stabilising operation of an impingement dryer in a paper or board machine or the like, the method comprising - arranging air to be heated to enter a burner chamber arranged inside a hood of the impingement dryer through an air inlet channel to the burner chamber through an air inlet opening of the burner chamber, the air entering in an angle in relation to at least one burner head in the burner chamber, the burner head having a flame opening in its first end, a burner axis extending from the first end to the second end of the burner head, the air inlet channel being perpendicular to the burner axis, the impingement dryer having blowing nozzles (3, 3', 3") for blowing heated air against a web to be dried, - heating air in the burner chamber by bringing the air into a contact with a flame, - transferring heated air from the burner chamber to blowing members of the impingement dryer, characterized in - arranging between the air inlet opening of the burner chamber and the flame opening of the at least one burner head, in the direction of the air flow, a guiding member comprising at least one aperture, and - dividing by means of the guiding member the air flow, which enters through the air inlet opening of the burner chamber so that a first air flow travels through the at least one aperture of the guiding member and a second air flow travels through a gap formed between the guiding member and the burner head. - arranging air to be heated to enter a burner chamber arranged inside a hood of the impingement dryer through an air inlet channel to the burner chamber through an air inlet opening of the burner chamber, the air entering in an angle in relation to at least one burner head in the burner chamber, the burner head having a flame opening in its first end, a burner axis extending from the first end to the second end of the burner head, the air inlet channel being perpendicular to the burner axis, the impingement dryer having blowing nozzles (3, 3', 3") for blowing heated air against a web to be dried, - heating air in the burner chamber by bringing the air into a contact with a flame, - transferring heated air from the burner chamber to blowing members of the impingement dryer, characterized in - arranging between the air inlet opening of the burner chamber and the flame opening of the at least one burner head, in the direction of the air flow, a guiding member comprising at least one aperture, and - dividing by means of the guiding member the air flow, which enters through the air inlet opening of the burner chamber so that a first air flow travels through the at least one aperture of the guiding member and a second air flow travels through a gap formed between the guiding member and the burner head.
A marine vessel comprising a hull (101; 301) and a hydrofoil system, the hydrofoil system comprising at least one pair of foldable hydrofoils (109, 110; 309, 310) which are pivoted relative to the marine vessel, wherein each hydrofoil (109, 110; 309, 310) is controllable by at least one actuator for displacement of the at least one pair of foldable hydrofoils in a lateral direction of the marine vessel between a stowed position and a deployed position, wherein - each foldable hydrofoil (109, 110; 309, 310) comprises a first portion (111; 311, 315) comprising an upper end mounted hinged relative to the hull above the water line on opposite sides of the marine vessel; wherein each first portion (111; 311, 315) extends adjacent the hull (101; 301) between the upper end and the water line of the marine vessel when the hydrofoil is in the stowed position; and - each foldable hydrofoil comprises a second portion (112; 312, 316) comprising a free second end extending under the hull; characterised in that the second portion (112; 312, 316) is submerged and arranged in a lateral recess (107; 307) behind a stepped hull portion of the marine vessel when the hydrofoil is in the stowed position. - each foldable hydrofoil (109, 110; 309, 310) comprises a first portion (111; 311, 315) comprising an upper end mounted hinged relative to the hull above the water line on opposite sides of the marine vessel; wherein each first portion (111; 311, 315) extends adjacent the hull (101; 301) between the upper end and the water line of the marine vessel when the hydrofoil is in the stowed position; and - each foldable hydrofoil comprises a second portion (112; 312, 316) comprising a free second end extending under the hull;
Balancing weight having a body of non-ferromagnetic material and a ferromagnetic inlay for holding the balancing weight by magnetic force, characterized in, that the ferromagnetic inlay provides at least one contact surface at at least one side of the balancing weight body and the ferromagnetic inlay is a cylindrical-shaped rod.
A combination, comprising: a first composition comprising a hyaluronidase, wherein the hyaluronidase is conjugated to a polymer or is formulated for slow release or is encoded in a vector for delivery to a tumor; and a second composition comprising an immune checkpoint inhibitor, wherein the immune checkpoint inhibitor is an anti-CTLA4, anti-PD-1 or anti-PD-Ll antibody or antigen binding fragment thereof. a first composition comprising a hyaluronidase, wherein the hyaluronidase is conjugated to a polymer or is formulated for slow release or is encoded in a vector for delivery to a tumor; and a second composition comprising an immune checkpoint inhibitor, wherein the immune checkpoint inhibitor is an anti-CTLA4, anti-PD-1 or anti-PD-Ll antibody or antigen binding fragment thereof.
A therapeutic chorionic product comprising: chorionic cells and a chorionic dispersion comprising chorionic factors; wherein the chorionic cells are present in an amount of at least about 10,000 cells per ml of chorionic product; and wherein the chorionic factors comprise one or more extracellular matrix proteins, one or more protease inhibitors, one or more growth factors, one or more angiogenic factors, and one or more MMPs. chorionic cells and a chorionic dispersion comprising chorionic factors; wherein the chorionic cells are present in an amount of at least about 10,000 cells per ml of chorionic product; and wherein the chorionic factors comprise one or more extracellular matrix proteins, one or more protease inhibitors, one or more growth factors, one or more angiogenic factors, and one or more MMPs.
A blood pump comprising: an implantable pump for pumping blood having a rigid housing, a flow path extending within the housing and at least one movable element within the housing for impelling blood along the flow path; and a sensor (142, 144) for measuring the flow rate of blood through the pump; wherein the sensor (142, 144) is mounted to the housing of the pump; wherein the housing includes a first housing element having an interior surface at least partially defining the flow path and having an exterior surface defining a cavity, the sensor being located within the cavity; wherein the sensor includes at least two ultrasonic transducers (142, 144); and wherein the flow path extends along a flow path axis extending in upstream and downstream directions, the first housing element defines a first platform surface facing downstream at an oblique angle to the flow path axis and a second platform surface facing upstream at an oblique angle to the flow path axis and wherein the ultrasonic transducers (142, 144) include a first transducer mounted to the first platform and a second transducer mounted to the second platform. an implantable pump for pumping blood having a rigid housing, a flow path extending within the housing and at least one movable element within the housing for impelling blood along the flow path; and a sensor (142, 144) for measuring the flow rate of blood through the pump; wherein the sensor (142, 144) is mounted to the housing of the pump; wherein the housing includes a first housing element having an interior surface at least partially defining the flow path and having an exterior surface defining a cavity, the sensor being located within the cavity; wherein the sensor includes at least two ultrasonic transducers (142, 144); and wherein the flow path extends along a flow path axis extending in upstream and downstream directions, the first housing element defines a first platform surface facing downstream at an oblique angle to the flow path axis and a second platform surface facing upstream at an oblique angle to the flow path axis and wherein the ultrasonic transducers (142, 144) include a first transducer mounted to the first platform and a second transducer mounted to the second platform.
A method comprising: receiving, by a network device of an service provider network, a subscriber packet of a packet flow sourced by a subscriber device and destined to a packet data network; forming a tunnel packet by encapsulating the subscriber packet within a payload of the tunnel packet and constructing a header of the tunnel packet for transport by a tunnel associated with a service chain (28A, 28B), wherein the service chain (28A, 28B) comprises an ordered set of one or more stateful services for application, by a set of service nodes, to a plurality of packet flows from a plurality of subscriber devices; embedding, within the tunnel packet, a session cookie storing a value that uniquely identifies a collection of packet flows sourced by the subscriber device; and forwarding, by the network device, the tunnel packet toward the service nodes. receiving, by a network device of an service provider network, a subscriber packet of a packet flow sourced by a subscriber device and destined to a packet data network; forming a tunnel packet by encapsulating the subscriber packet within a payload of the tunnel packet and constructing a header of the tunnel packet for transport by a tunnel associated with a service chain (28A, 28B), wherein the service chain (28A, 28B) comprises an ordered set of one or more stateful services for application, by a set of service nodes, to a plurality of packet flows from a plurality of subscriber devices; embedding, within the tunnel packet, a session cookie storing a value that uniquely identifies a collection of packet flows sourced by the subscriber device; and forwarding, by the network device, the tunnel packet toward the service nodes.
An electric heater comprising: a substrate; and a plane heating element formed on one surface of the substrate, wherein the plane heating element includes a pattern portion having a start point thereof and a end point thereof continuously connected to the start point, the pattern portion including: a plurality of arc-shaped tracks spaced apart from each other and including first and second tracks (111a, 111b), each track having a length increasing as the each track is located further away from a center of the pattern portion; and a plurality of bridges connecting the tracks in series, and including a first bridge connecting the first track and one end of the second track in series, and characterised in that when a virtual straight line passes through the first track, the second track and the center of curvature of the first track, a first gap between the first track and the second track on the virtual straight line continuously decreases as the virtual straight line is closer to the first bridge. a substrate; and a plane heating element formed on one surface of the substrate, wherein the plane heating element includes a pattern portion having a start point thereof and a end point thereof continuously connected to the start point, the pattern portion including: a plurality of arc-shaped tracks spaced apart from each other and including first and second tracks (111a, 111b), each track having a length increasing as the each track is located further away from a center of the pattern portion; and a plurality of bridges connecting the tracks in series, and including a first bridge connecting the first track and one end of the second track in series, and characterised in that when a virtual straight line passes through the first track, the second track and the center of curvature of the first track, a first gap between the first track and the second track on the virtual straight line continuously decreases as the virtual straight line is closer to the first bridge. a plurality of arc-shaped tracks spaced apart from each other and including first and second tracks (111a, 111b), each track having a length increasing as the each track is located further away from a center of the pattern portion; and a plurality of bridges connecting the tracks in series, and including a first bridge connecting the first track and one end of the second track in series, and characterised in that when a virtual straight line passes through the first track, the second track and the center of curvature of the first track, a first gap between the first track and the second track on the virtual straight line continuously decreases as the virtual straight line is closer to the first bridge.
A method of differentially functionalizing a polymer comprising, in any order: functionalizing a terminal moiety of the polymer with a first functional reagent such that the polymer contains at least one functional group; and functionalizing a non-terminal moiety of the polymer by reaction with a second functional reagent to form at least one different functional group; wherein the first functional reagent is an amino-oxy reagent. functionalizing a terminal moiety of the polymer with a first functional reagent such that the polymer contains at least one functional group; and functionalizing a non-terminal moiety of the polymer by reaction with a second functional reagent to form at least one different functional group; wherein the first functional reagent is an amino-oxy reagent.