mhurhangee/patent-ind-claim-en huggingface dataset:
A single chain VH antibody (scVHAb) comprising an antigen-binding part consisting of a VH domain and the immunoglobulin constant domains CL and CH1, in the order from N-terminus to C-terminus: VH-L1-CL-L2-CH1, wherein L1 and L2 are each, independently, peptidic linkers; wherein CL is either Cκ or Cλ; wherein CL is paired with CH1 through beta-sheet contact thereby obtaining a CL/CH1 dimer; and wherein the scVHAb lacks a VL domain.
A blood brain barrier shuttle comprising a brain effector entity and a brain targeting peptide comprising a three amino acid motif, wherein the brain targeting peptide comprising a three amino acid peptide motif has Seq. Id. No. 8, wherein the brain effector entity is selected from the group of proteins, polypeptides and peptides.
A method for performing threat detection in a network comprising: monitoring communications traffic in the network ; constructing a baseline connectivity graph model that represents communities of hosts (1-n) within the network ; tracking ongoing communications and comparing against data corresponding to the communities to identify abnormal behavior, wherein the abnormal behavior corresponds to communications by a host with other hosts beyond its determined community by greater than a threshold amount, wherein a determination of whether the communications by the host with other hosts beyond its determined community are greater than the threshold amount is performed by identifying a number of new hosts communicating with the host and calculating a ratio of the new hosts communicating with the host to a total number of the hosts communicating with the host, and by comparing the ratio to a threshold ratio; and reporting a threat if abnormal behavior is identified. monitoring communications traffic in the network ; constructing a baseline connectivity graph model that represents communities of hosts (1-n) within the network ; tracking ongoing communications and comparing against data corresponding to the communities to identify abnormal behavior, wherein the abnormal behavior corresponds to communications by a host with other hosts beyond its determined community by greater than a threshold amount, wherein a determination of whether the communications by the host with other hosts beyond its determined community are greater than the threshold amount is performed by identifying a number of new hosts communicating with the host and calculating a ratio of the new hosts communicating with the host to a total number of the hosts communicating with the host, and by comparing the ratio to a threshold ratio; and reporting a threat if abnormal behavior is identified.
A system for dispensing a beverage from a container having a neck, an opening at the neck to access an internal volume of the container, and a lip on an outer surface of the neck, the system comprising: a stopper body having a lower surface arranged to contact and form a seal with a portion of the neck around the opening, a dispensing pathway extending through the stopper body from a lower portion to an upper portion of the stopper body, and a gas inlet pathway extending from a gas inlet port to the lower portion of the stopper body; a lip engagement member adapted to engage with the lip on the neck and to engage with the stopper body and exert a force on the stopper body to urge the lower surface into contact with the portion of the neck around the opening, characterised in that the system further comprises a cap arranged to seal the dispensing pathway at the upper portion of the stopper body, the cap being movable between an open position in which the dispensing pathway is open to dispense beverage from the container and a closed position in which the dispensing pathway is closed; and in that the lip engagement member is adapted to threadedly engage with the stopper body such that rotation of the stopper body relative to the lip engagement member moves the stopper body toward the lip engagement member to urge the lower surface into contact with the portion of the neck. a stopper body having a lower surface arranged to contact and form a seal with a portion of the neck around the opening, a dispensing pathway extending through the stopper body from a lower portion to an upper portion of the stopper body, and a gas inlet pathway extending from a gas inlet port to the lower portion of the stopper body; a lip engagement member adapted to engage with the lip on the neck and to engage with the stopper body and exert a force on the stopper body to urge the lower surface into contact with the portion of the neck around the opening, characterised in that the system further comprises a cap arranged to seal the dispensing pathway at the upper portion of the stopper body, the cap being movable between an open position in which the dispensing pathway is open to dispense beverage from the container and a closed position in which the dispensing pathway is closed; and in that the lip engagement member is adapted to threadedly engage with the stopper body such that rotation of the stopper body relative to the lip engagement member moves the stopper body toward the lip engagement member to urge the lower surface into contact with the portion of the neck.
A method of assigning a beam pattern with null-steering beamforming from a first radio network node towards a neighbouring second radio network node, the method comprising determining a direction to the neighbouring second radio network node; determining an indication on traffic load for the second radio network node; determining , from the direction and traffic load, a direction for a null of the null-steering beamforming. determining a direction to the neighbouring second radio network node; determining an indication on traffic load for the second radio network node; determining , from the direction and traffic load, a direction for a null of the null-steering beamforming.
A system, comprising: a first component including a first surface , a substantially radially extending component cavity disposed in the first component, and defining a substantially radially extending first component rail ; a second component including a second surface , the first component and second component each being disposed about an axial centerline, the second component disposed adjacent the first component and defining a seal cavity therebetween; and a seal for sealing a space defined by the first and second adjacent components, the seal comprising: a retaining ring including a retaining ring base and first and second substantially radially extending retaining ring legs extending from the retaining ring base and defining a substantially radially extending retaining ring cavity; and a seal ring including a substantially radially extending seal ring base and a substantially axially extending seal ring leg extending from the seal ring base, the seal ring base at least partially disposed within the retaining ring cavity; and wherein at least a portion of the first retaining ring leg is disposed within the component cavity, and wherein, in use, pressure within the seal cavity may urge the seal to seat against the first surface, the second surface and the first component rail, characterized in that the first and second components are axially-adjacent segmented or full hoop turbine components which may move axially, radially, and circumferentially relative to one another about the axial centerline, the axial centerline being an axial centerline of a turbine engine. a first component including a first surface , a substantially radially extending component cavity disposed in the first component, and defining a substantially radially extending first component rail ; a second component including a second surface , the first component and second component each being disposed about an axial centerline, the second component disposed adjacent the first component and defining a seal cavity therebetween; and a seal for sealing a space defined by the first and second adjacent components, the seal comprising: a retaining ring including a retaining ring base and first and second substantially radially extending retaining ring legs extending from the retaining ring base and defining a substantially radially extending retaining ring cavity; and a seal ring including a substantially radially extending seal ring base and a substantially axially extending seal ring leg extending from the seal ring base, the seal ring base at least partially disposed within the retaining ring cavity; and wherein at least a portion of the first retaining ring leg is disposed within the component cavity, and wherein, in use, pressure within the seal cavity may urge the seal to seat against the first surface, the second surface and the first component rail, characterized in that the first and second components are axially-adjacent segmented or full hoop turbine components which may move axially, radially, and circumferentially relative to one another about the axial centerline, the axial centerline being an axial centerline of a turbine engine.
Device for the treatment of fresh concrete prior to its processing, comprising a receiving container for the fresh concrete with a container inlet and a container outlet , at least one vacuum generating unit fluidically connected to the container for generating an internal pressure below the atmospheric ambient pressure in at least one vacuum zone of the container and at least one distribution device located in or adjacent to the vacuum zone of the container for the fresh concrete to be treated, whereby the distribution device comprises a spreading plate for the fresh concrete filled into the receiving container , whereby the spreading plate which is rotatable in the receiving container is characterised in that a scraper is assigned to the rotatable spreading plate , which is set up to discharge, preferably continuously, a partial quantity of the vacuum concrete on the spreading plate which is partially freed from air voids into the discharge zone .
A valvetrain for an internal combustion engine of a type that has a combustion chamber and a moveable valve having a seat formed in the combustion chamber, comprising: a camshaft ; a pivot ; a rocker arm assembly mounted on the pivot and comprising a rocker arm , a cam follower configured to engage a cam mounted on the camshaft as the camshaft rotates, and two contacts pins protruding to opposite sides of the rocker arm assembly; and an electromagnetic latch assembly comprising a latch pin and an electromagnet powered through at least one of the contact pins , wherein the electromagnet is operable to move the latch pin between a first latch pin position and a second latch pin position; and a power transfer module comprising a framework that supports two contact pads each contacting a respective one of the contact pins ; characterized in that the contact pads have inward bends that bend inward toward the rocker arm assembly in an area above the contact pins and the inward bends operative together with the contact pins to improve retention of the rocker arm assembly on the pivot . a camshaft ; a pivot ; a rocker arm assembly mounted on the pivot and comprising a rocker arm , a cam follower configured to engage a cam mounted on the camshaft as the camshaft rotates, and two contacts pins protruding to opposite sides of the rocker arm assembly; and an electromagnetic latch assembly comprising a latch pin and an electromagnet powered through at least one of the contact pins , wherein the electromagnet is operable to move the latch pin between a first latch pin position and a second latch pin position; and a power transfer module comprising a framework that supports two contact pads each contacting a respective one of the contact pins ; characterized in that the contact pads have inward bends that bend inward toward the rocker arm assembly in an area above the contact pins and the inward bends operative together with the contact pins to improve retention of the rocker arm assembly on the pivot .
A process for recovering a primary metal residue from a titanium-rich composition comprising: (a) preparing a feedstock of the titanium-rich composition and an alkali salt; (b) reductively roasting the feedstock at a roasting temperature for a roasting period to produce a roast; (c) cooling the roast to produce a roasted mass containing metallic iron or an alloy or compound thereof and soluble metal oxides; (d) adding an aqueous medium to the roasted mass to form a substantially insoluble product and a first solution of soluble metal oxides; (e) acid leaching the substantially insoluble product or a fraction thereof to produce a leach residue and a second solution of soluble metal oxides; (f) roasting the leach residue in the presence of a bisulphate or bicarbonate of an alkali metal or alkaline earth metal to produce a roasted residue; and (g) hydrometallurgically extracting from the roasted residue the primary metal residue and a third solution of soluble metal oxides. (a) preparing a feedstock of the titanium-rich composition and an alkali salt; (b) reductively roasting the feedstock at a roasting temperature for a roasting period to produce a roast; (c) cooling the roast to produce a roasted mass containing metallic iron or an alloy or compound thereof and soluble metal oxides; (d) adding an aqueous medium to the roasted mass to form a substantially insoluble product and a first solution of soluble metal oxides; (e) acid leaching the substantially insoluble product or a fraction thereof to produce a leach residue and a second solution of soluble metal oxides; (f) roasting the leach residue in the presence of a bisulphate or bicarbonate of an alkali metal or alkaline earth metal to produce a roasted residue; and (g) hydrometallurgically extracting from the roasted residue the primary metal residue and a third solution of soluble metal oxides.
A tire having a tread comprising a rubber composition based on at least: - an elastomer matrix; - a reinforcing filler comprising between 65 and 115 phr of a reinforcing inorganic filler; - more than 30 phr of a plasticizing agent; and - more than 5 phr of crumb rubber particles having a median particle size by volume, which is measured by laser diffraction methods in accordance with ISO standard 13320-1, which satisfy the following relations: - − 100 μ m < D 50 < 1000 μ m ; wherein D 50 is the medium particle size by volume corresponding to 50 % of a cumulative distribution obtained from the volume particle size distribution. - an elastomer matrix; - a reinforcing filler comprising between 65 and 115 phr of a reinforcing inorganic filler; - more than 30 phr of a plasticizing agent; and - more than 5 phr of crumb rubber particles having a median particle size by volume, which is measured by laser diffraction methods in accordance with ISO standard 13320-1, which satisfy the following relations: - − 100 μ m < D 50 < 1000 μ m ; wherein D 50 is the medium particle size by volume corresponding to 50 % of a cumulative distribution obtained from the volume particle size distribution. - − 100 μ m < D 50 < 1000 μ m ;
Method for reducing pressure peaks in hydraulic brake systems having an electrically operated pressurization device , wherein a drive-resistance variable, in particular the torque, of the pressurization device is measured, and characterized in that a speed variable of the pressurization device is measured and a quotient of the drive-resistance variable and the speed variable is calculated, wherein the quotient determined in this way is monitored for the occurrence of a jump and, in the case of a determined jump, a speed requirement of the pressurization device is reduced and/or a hydraulic valve for pressure reduction is actuated.
A method for adding one or more layers of sacrificial material to a skin for assembling the skin to a substructure , the skin defining an inner surface , an outer surface opposite the inner surface, and a skin thickness between the inner and outer surfaces, the substructure defining a mating surface for the skin, wherein a digital model associated with the skin includes a nominal map of the skin thickness, the sacrificial material added to fill any gaps that are greater than a design allowance and less than a minimum shim thickness in a mating area between the inner surface of the skin and the substructure, the method comprising the steps of: a. nondestructively inspecting the skin at a plurality of locations of at least one of the inner and outer surfaces to gather a data set relating to the skin thickness; b. calculating , using the data set, a set of as-built thickness values for the skin for at least a portion of the plurality of locations; c. determining the mating area of the inner surface of the skin with the mating surface of the substructure; d. generating a set of sacrificial material layer data by calculating in the mating area of the inner surface of the skin a set of deviations greater than the design allowance of the set of as-built thickness values from the nominal map of the skin thickness; e. generating a set of sacrificial material removal data using the set of sacrificial material layer data and the set of deviations greater than the design allowance of the set of as-built thickness values from the nominal map of the skin thickness; f. adding the one or more layers of sacrificial material to the skin; and g. removing a portion of the sacrificial material from the skin based on the set of sacrificial material removal data. a. nondestructively inspecting the skin at a plurality of locations of at least one of the inner and outer surfaces to gather a data set relating to the skin thickness; b. calculating , using the data set, a set of as-built thickness values for the skin for at least a portion of the plurality of locations; c. determining the mating area of the inner surface of the skin with the mating surface of the substructure; d. generating a set of sacrificial material layer data by calculating in the mating area of the inner surface of the skin a set of deviations greater than the design allowance of the set of as-built thickness values from the nominal map of the skin thickness; e. generating a set of sacrificial material removal data using the set of sacrificial material layer data and the set of deviations greater than the design allowance of the set of as-built thickness values from the nominal map of the skin thickness; f. adding the one or more layers of sacrificial material to the skin; and g. removing a portion of the sacrificial material from the skin based on the set of sacrificial material removal data.
Gearbox locking device , comprising a pinion rotating idly on a shaft of the gearbox and permanently connected to the wheels of the vehicle, a fixed dog clutch supported by the casing, a hub which is securely connected to the pinion , and a sliding gear sliding on the hub in the direction of the dog clutch, characterized in that the sliding gear has inner teeth (16,a) sliding in outer grooves (12,a) of the hub and engaging between outer teeth (13,a) of the dog clutch to produce the locking of the gearbox.
A computer-implemented signal lamp recognition method, comprising: performing frame division on a video to obtain a plurality of video frames on which the signal lamp recognition is required to be performed, wherein each video frame shows a real signal lamp and/or a simulated signal lamp; performing (S101) signal lamp recognition on the plurality of video frames by using a signal lamp recognition model to obtain state information of the real signal lamp and state information of the simulated signal lamp, wherein the signal lamp recognition model is a trained model, a training sample image of the signal lamp recognition model shows a signal lamp and has been labeled with a signal lamp category, and the signal lamp category indicates whether the signal lamp is a real signal lamp or a simulated signal lamp, the training sample image has been further labeled with state information of the signal lamp, and the state information indicates a red light state, a green light state, or a yellow light state; and determining (S 102) a time delay between the real signal lamp and the simulated signal lamp according to the state information of the real signal lamp and the state information of the simulated signal lamp, wherein the real signal lamp comprises a roadside device, the simulated signal lamp comprises a simulated signal lamp of a networking device, the networking device is interconnected with the roadside device to obtain the state information of the real signal lamp, and the state information of the simulated signal lamp is updated based on the state information of the real signal lamp. performing frame division on a video to obtain a plurality of video frames on which the signal lamp recognition is required to be performed, wherein each video frame shows a real signal lamp and/or a simulated signal lamp; performing (S101) signal lamp recognition on the plurality of video frames by using a signal lamp recognition model to obtain state information of the real signal lamp and state information of the simulated signal lamp, wherein the signal lamp recognition model is a trained model, a training sample image of the signal lamp recognition model shows a signal lamp and has been labeled with a signal lamp category, and the signal lamp category indicates whether the signal lamp is a real signal lamp or a simulated signal lamp, the training sample image has been further labeled with state information of the signal lamp, and the state information indicates a red light state, a green light state, or a yellow light state; and determining (S 102) a time delay between the real signal lamp and the simulated signal lamp according to the state information of the real signal lamp and the state information of the simulated signal lamp, wherein the real signal lamp comprises a roadside device, the simulated signal lamp comprises a simulated signal lamp of a networking device, the networking device is interconnected with the roadside device to obtain the state information of the real signal lamp, and the state information of the simulated signal lamp is updated based on the state information of the real signal lamp.
A method for providing a film, said method comprising the steps of: i) providing a base layer, which is water and/or oxygen resistant; ii) coextruding a layer consisting of a tie layer and a contact layer to provide a co-extrusion layer; iii) coating the co-extrusion layer to the base layer; iv) allowing the co-extrusion layer coated to the base layer to adhere to provide the film comprising the tie layer and the contact layer formed as a co-extrusion layer coated to the base layer, wherein the base layer is aluminium; wherein the tie layer comprises at least one layer; wherein the contact layer consists of cycloolefin copolymer (COC), and wherein the tie layer or a plurality of layers constituting the tie layer, has a loading in the range of 7 to 20 g/m2. i) providing a base layer, which is water and/or oxygen resistant; ii) coextruding a layer consisting of a tie layer and a contact layer to provide a co-extrusion layer; iii) coating the co-extrusion layer to the base layer; iv) allowing the co-extrusion layer coated to the base layer to adhere to provide the film comprising the tie layer and the contact layer formed as a co-extrusion layer coated to the base layer, wherein the base layer is aluminium; wherein the tie layer comprises at least one layer; wherein the contact layer consists of cycloolefin copolymer (COC), and wherein the tie layer or a plurality of layers constituting the tie layer, has a loading in the range of 7 to 20 g/m2.