mhurhangee/patent-ind-claim-en huggingface dataset:
A recombinant cytomegalovirus gL protein, or a (i) gH/gL dimeric complex-forming fragment thereof, (ii) a gH/gL/gO trimeric complex-forming fragment thereof, or (iii) a gH/gL/pUL128/pUL130/pUL131 pentameric complex-forming fragment thereof, wherein said gL protein or fragment comprises a mutation at Protease Recognition Site residues 91-102 numbered according to SEQ ID NO: 1, wherein said mutation reduces protease cleavage at said Protease Recognition Site, as compared to a control, wherein said mutation is selected from: a) addition of F, Q, FQ or QF between residues N97 and S98; b) deletion of a residue selected from the group consisting of: A95, A96, N97, and a combination thereof; c) substituting A96 with a non-polar residue or with a residue that comprises a large side chain; d) substituting A95 with R, L, E or N; e) substituting N97 with a polar residue or a non-polar residue; f) substituting S98 with an amino acid residue with a small side chain; g) substituting V99 with I; h) substituting L100 with F or V; i) substituting L101 with V or I; or a combination thereof. a) addition of F, Q, FQ or QF between residues N97 and S98; b) deletion of a residue selected from the group consisting of: A95, A96, N97, and a combination thereof; c) substituting A96 with a non-polar residue or with a residue that comprises a large side chain; d) substituting A95 with R, L, E or N; e) substituting N97 with a polar residue or a non-polar residue; f) substituting S98 with an amino acid residue with a small side chain; g) substituting V99 with I; h) substituting L100 with F or V; i) substituting L101 with V or I;
A method of bonding together at least two parts (10; 11; 11'; 11"; 11'''), the method comprising the following steps: a) assembling together at least two parts (10; 11; 11'; 11"; 11"') and at least one adhesive layer (30; 30'; 30"; 30"'), the adhesive being configured so that its adhesive power increases on heating as a result of it polymerizing, at least one of the parts being made of composite material or of metal, the adhesive layer (30; 30'; 30"; 30"') being present, after assembly, between the parts (10; 11; 11'; 11"; 11'''), the assembled together parts (10; 11; 11'; 11"; 11"') and the adhesive being present in a chamber defined by a wall (20; 20'), the wall (20; 20') having an inside face (20a; 20'a) situated facing a first part (11; 11'; 11"; 11"') present between the adhesive layer (30; 30'; 30"; 30"') and the wall (20; 20'); the first part (11; 11'; 11"; 11"') being intended to be bonded to a second part and only part of the second part being present in the chamber ; and b) applying a liquid (40; 40') against the wall (20; 20') on its side opposite from the chamber , the liquid remaining stationary once applied to apply a hydrostatic pressure on the parts (10; 11; 11'; 11"; 11"') the wall (20; 20') being configured so that, at least after application of the liquid (40; 40'), its inside face (20a; 20'a) has the same shape as the first part (11; 11'; 11"; 11'''), the parts (10; 11; 11'; 11"; 11"') being bonded together by means of the adhesive layer (30; 30'; 30"; 30"') as a result of performing steps a) and b). a) assembling together at least two parts (10; 11; 11'; 11"; 11"') and at least one adhesive layer (30; 30'; 30"; 30"'), the adhesive being configured so that its adhesive power increases on heating as a result of it polymerizing, at least one of the parts being made of composite material or of metal, the adhesive layer (30; 30'; 30"; 30"') being present, after assembly, between the parts (10; 11; 11'; 11"; 11'''), the assembled together parts (10; 11; 11'; 11"; 11"') and the adhesive being present in a chamber defined by a wall (20; 20'), the wall (20; 20') having an inside face (20a; 20'a) situated facing a first part (11; 11'; 11"; 11"') present between the adhesive layer (30; 30'; 30"; 30"') and the wall (20; 20'); the first part (11; 11'; 11"; 11"') being intended to be bonded to a second part and only part of the second part being present in the chamber ; and b) applying a liquid (40; 40') against the wall (20; 20') on its side opposite from the chamber , the liquid remaining stationary once applied to apply a hydrostatic pressure on the parts (10; 11; 11'; 11"; 11"') the wall (20; 20') being configured so that, at least after application of the liquid (40; 40'), its inside face (20a; 20'a) has the same shape as the first part (11; 11'; 11"; 11'''), the parts (10; 11; 11'; 11"; 11"') being bonded together by means of the adhesive layer (30; 30'; 30"; 30"') as a result of performing steps a) and b).
A hearing assistance device for providing sound to an ear canal of a user, comprising: a device housing configured to be worn at least partially in the ear canal of the user, the device housing defining a vent structure extending from a first portion of the housing to a second portion of the housing to provide an acoustic path for sounds to pass through the device; a vent valve positioned within at least a portion of the vent structure , the vent valve having at least a first state and a second state, the vent valve comprising: a magnet having a magnetic field; a disk configured to move about an axis; and a magnetic catch configured to apply a force to the disk to hold the disk in at least one of the first state and the second state; a coil actuator; a processor configured to provide at least one signal to the coil actuator to cause the disk to move to controllably adjust the vent structure ; and a magnetic core comprising a first end and a second end, wherein the coil actuator is disposed about the magnetic core, and wherein the first end of the magnetic core and the second end of the magnetic core at least partially define the magnetic catch. a device housing configured to be worn at least partially in the ear canal of the user, the device housing defining a vent structure extending from a first portion of the housing to a second portion of the housing to provide an acoustic path for sounds to pass through the device; a vent valve positioned within at least a portion of the vent structure , the vent valve having at least a first state and a second state, the vent valve comprising: a magnet having a magnetic field; a disk configured to move about an axis; and a magnetic catch configured to apply a force to the disk to hold the disk in at least one of the first state and the second state; a magnet having a magnetic field; a disk configured to move about an axis; and a magnetic catch configured to apply a force to the disk to hold the disk in at least one of the first state and the second state; a coil actuator; a processor configured to provide at least one signal to the coil actuator to cause the disk to move to controllably adjust the vent structure ; and a magnetic core comprising a first end and a second end, wherein the coil actuator is disposed about the magnetic core, and wherein the first end of the magnetic core and the second end of the magnetic core at least partially define the magnetic catch.
A method of performing a seismic survey comprising: deploying nodal seismic sensors at positions in a survey region; selecting a timing function for activating a plurality of seismic sources that includes a ratio of a dither time to a shot interval that is less than or equal to 1/2, wherein the dither time indicates a delay between two shots from two different seismic sources of the plurality of seismic sources and the shot interval indicates a delay between two shots from an individual seismic source of the plurality of seismic sources; activating, based on the timing function, the plurality of seismic sources using a modulation signature configured to identify each of the plurality of seismic sources; recording, via the nodal seismic sensors , blended seismic signals generated in response to activating the plurality of seismic sources; and deblending, based on the timing function that includes the ratio of the dither time to the shot interval that is less than or equal to 1/2, the seismic signals recorded via the nodal seismic sensors to generate data representing subsurface structures indicative of oil or gas. deploying nodal seismic sensors at positions in a survey region; selecting a timing function for activating a plurality of seismic sources that includes a ratio of a dither time to a shot interval that is less than or equal to 1/2, wherein the dither time indicates a delay between two shots from two different seismic sources of the plurality of seismic sources and the shot interval indicates a delay between two shots from an individual seismic source of the plurality of seismic sources; activating, based on the timing function, the plurality of seismic sources using a modulation signature configured to identify each of the plurality of seismic sources; recording, via the nodal seismic sensors , blended seismic signals generated in response to activating the plurality of seismic sources; and deblending, based on the timing function that includes the ratio of the dither time to the shot interval that is less than or equal to 1/2, the seismic signals recorded via the nodal seismic sensors to generate data representing subsurface structures indicative of oil or gas.
Drive device for a motor vehicle, having at least one drive unit and a coolant circuit for controlling the temperature of the at least one drive unit , at least one coolant pump being arranged in the coolant circuit for circulating a coolant containing water in the coolant circuit , the coolant pump being designed as a screw pump and having a drive spindle coupled to a drive and at least one running spindle cooperating with the drive spindle for circulating the coolant, wherein at least one or precisely one of the following spindles has a coating: drive spindle and running spindle, characterised in that a base body of the spindle is made of plastic or comprises plastic, and in that the coating is designed in such a way that it is transferred from the spindle having the coating to the other spindle during operation of the coolant pump .
A sealable container comprising: a base and a continuous side wall extending substantially perpendicular to the base with a peripheral flange formed along the upper, in use, edge of the continuous side wall, wherein the base and the continuous side wall are clear and consist essentially of polyethylene terephthalate (PET), wherein a layer of adhesive is located on an upper, in use, surface of the peripheral flange such that a lidding film may be sealed to the peripheral flange to create a sealed space between the base, continuous side wall and lidding film, wherein said layer of adhesive does not extend onto the vertical, in use, surfaces of the continuous side wall and does not extend onto the base, characterised in that the container further comprises at least one denesting recess, free of adhesive, adjacent a corner of the container, and a denesting area, free of adhesive, which extends partially or completely along the inner periphery of the flange, wherein the distance between the upper surface of the denesting area and the base of the tray is shorter than the distance between the upper surface of the flange and the base, wherein the at least one recess is located in the denesting area. a base and a continuous side wall extending substantially perpendicular to the base with a peripheral flange formed along the upper, in use, edge of the continuous side wall, wherein the base and the continuous side wall are clear and consist essentially of polyethylene terephthalate (PET), wherein a layer of adhesive is located on an upper, in use, surface of the peripheral flange such that a lidding film may be sealed to the peripheral flange to create a sealed space between the base, continuous side wall and lidding film, wherein said layer of adhesive does not extend onto the vertical, in use, surfaces of the continuous side wall and does not extend onto the base, characterised in that the container further comprises at least one denesting recess, free of adhesive, adjacent a corner of the container, and a denesting area, free of adhesive, which extends partially or completely along the inner periphery of the flange, wherein the distance between the upper surface of the denesting area and the base of the tray is shorter than the distance between the upper surface of the flange and the base, wherein the at least one recess is located in the denesting area.
Method for determining a fault location in an electric power distribution network , wherein the power distribution network comprises at least one infeed as well as lines in the form of a main strand and a multiplicity of branches branching off from the main strand , and wherein, in the method, - first measured values are acquired at a first measurement point of the power distribution network ; - second measured values are acquired at a second measurement point of the power distribution network ; and - the fault location of the fault that has occurred in the power distribution network is determined on the basis of the first and the second measured values; characterized in that - the arrival of respective travelling waves is identified on the basis of the first and the second measured values, these travelling waves indicating a fault that has occurred in the power distribution network , and the times of the respective arrival of the travelling wave are stored; - a first fault location is performed using the respective times of both measurement points, generating a first fault location value in the process; - a second fault location is performed using the times of only the first measurement point, generating a second fault location value in the process; and - the fault location is determined based on the first fault location value and the second fault location value, such that bilateral fault location is combined with unilateral fault location. - first measured values are acquired at a first measurement point of the power distribution network ; - second measured values are acquired at a second measurement point of the power distribution network ; and - the fault location of the fault that has occurred in the power distribution network is determined on the basis of the first and the second measured values; - the arrival of respective travelling waves is identified on the basis of the first and the second measured values, these travelling waves indicating a fault that has occurred in the power distribution network , and the times of the respective arrival of the travelling wave are stored; - a first fault location is performed using the respective times of both measurement points, generating a first fault location value in the process; - a second fault location is performed using the times of only the first measurement point, generating a second fault location value in the process; and - the fault location is determined based on the first fault location value and the second fault location value, such that bilateral fault location is combined with unilateral fault location.
A simulation apparatus for performing a fluid-flow analysis of material, comprising: a low-dimensional analysis unit configured to perform a low-dimensional fluid-flow analysis of the material in an arithmetic object field of a kneading device based on setting information, the setting information including: physical property of the material; and configuration data and an operation condition of the kneading device for kneading the material; a selection receiving unit configured to receive, after or before the low-dimensional fluid-flow analysis, selection of an object area as an object of a high-dimensional fluid-flow analysis in the arithmetic object field of the kneading device; a physical quantity extraction unit configured to extract physical quantities of the material relating to the object area, based on a result of the low-dimensional fluid-flow analysis of the material in the arithmetic object field of the kneading device; and a high-dimensional analysis unit configured to perform a high-dimensional fluid-flow analysis of the material in the object area in the arithmetic object field of the kneading device, based on the extracted physical quantities of the material relating to the object area and the setting information. a low-dimensional analysis unit configured to perform a low-dimensional fluid-flow analysis of the material in an arithmetic object field of a kneading device based on setting information, the setting information including: physical property of the material; and configuration data and an operation condition of the kneading device for kneading the material; physical property of the material; and configuration data and an operation condition of the kneading device for kneading the material; a selection receiving unit configured to receive, after or before the low-dimensional fluid-flow analysis, selection of an object area as an object of a high-dimensional fluid-flow analysis in the arithmetic object field of the kneading device; a physical quantity extraction unit configured to extract physical quantities of the material relating to the object area, based on a result of the low-dimensional fluid-flow analysis of the material in the arithmetic object field of the kneading device; and a high-dimensional analysis unit configured to perform a high-dimensional fluid-flow analysis of the material in the object area in the arithmetic object field of the kneading device, based on the extracted physical quantities of the material relating to the object area and the setting information.
An electric tool comprising: a body portion including: a tool attachment member to which a tool is attached; a driving unit configured to drive the tool ; and a transmission unit configured to transmit driving force of the driving unit to the tool ; a grip portion provided for the body portion and including a gripping part designed to be held by a user with his or her hand; and a battery pack configured to supply power to the driving unit , wherein the battery pack is attachable to, and removable from, the grip portion, characterized in that : the battery pack includes an all-solid-state battery and has a heavier weight than the body portion . a body portion including: a tool attachment member to which a tool is attached; a driving unit configured to drive the tool ; and a transmission unit configured to transmit driving force of the driving unit to the tool ; a grip portion provided for the body portion and including a gripping part designed to be held by a user with his or her hand; and a battery pack configured to supply power to the driving unit , wherein the battery pack is attachable to, and removable from, the grip portion,
Method for producing an assembly (A) of wire elements wound together into a helix, characterized in that it comprises: - a step of twisting at least the first and second wire elements , the first and second wire elements being twisted separately from one another in such a way that each wire element experiences plastic deformation, - a step of pre-forming at least the first and second twisted wire elements into a helix, the first and second twisted wire elements being pre-formed separately from one another, - a step of assembling at least the first and second twisted and pre-formed first and second wire elements to form the assembly (A) of wire elements , and wherein the assembly (A) of wire elements comprises a single layer formed by the wire elements of the assembly (A). - a step of twisting at least the first and second wire elements , the first and second wire elements being twisted separately from one another in such a way that each wire element experiences plastic deformation, - a step of pre-forming at least the first and second twisted wire elements into a helix, the first and second twisted wire elements being pre-formed separately from one another, - a step of assembling at least the first and second twisted and pre-formed first and second wire elements to form the assembly (A) of wire elements , and wherein the assembly (A) of wire elements comprises a single layer formed by the wire elements of the assembly (A).
A camera module having a carrier element for receiving a camera , preferably having a lens , for a motor vehicle, wherein the camera is designed to be movable between a first position, in particular a rest position, and a second position, in particular an operating position, by an actuator , wherein at least one first flap and a second flap are arranged on the camera module , which jointly completely conceal the camera in the first position and are arranged at a distance from each other in the second position, forming a gap through which an outer region can be detected by means of the camera , in particular by the lens of the camera , characterized in that at least one flap is operable by the camera when the camera , in particular the lens , is moved from the first position into the second position.
A nutritional product intended for humans or animals, in the form of a granule, tablet, pill, pellet, ball, agglomerate or pastille, with a size comprising between 1 and 15 mm, comprising an agglomerated powder and optionally a binder of vegetable, animal or mineral origin, characterised in that : - said powder comprising: - insect powder, not chemically treated, comprising at least one insect chosen from: worms, crickets, locusts and cockroaches, and - optionally flour of plant origin and/or powder of algal origin, - at least 50% by weight of said powder is insect powder, and - the protein content in said powder is between 15% and 70% by weight with respect to the total weight of the constituents of the powder. - said powder comprising: - insect powder, not chemically treated, comprising at least one insect chosen from: worms, crickets, locusts and cockroaches, and - optionally flour of plant origin and/or powder of algal origin, - insect powder, not chemically treated, comprising at least one insect chosen from: worms, crickets, locusts and cockroaches, and - optionally flour of plant origin and/or powder of algal origin, - at least 50% by weight of said powder is insect powder, and - the protein content in said powder is between 15% and 70% by weight with respect to the total weight of the constituents of the powder.