mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a covering element , wherein into a main body of the covering element , on at least one side edge , preferably on opposite side edges , of the covering element , preferably corresponding tongue-and-groove connection geometries , in particular in the form of click connections, are provided and wherein at least one electrically conductive functional layer is arranged on a seating surface of the main body , characterized in that the functional layer is applied in such a way and/or the tongue-and-groove connection geometry is provided into the main body in such a way that at least one side edge of the functional layer projects beyond the seating surface , and in that the side edge of the functional layer projecting beyond the seating surface is folded over at least one side end face of the main body .
A mutant thyroid stimulating hormone receptor (TSHR) which is a mutated form of human wild type TSHR as shown in SEQ ID NO 2 or fragment thereof, which mutant or fragment thereof is able to bind TSHR autoantibodies, wherein the mutant or fragment thereof comprises at least 80% or more of SEQ ID No 2, or wherein the fragment comprises residues 22-260 of the TSHR as shown in SEQ ID NO 4 or a sequence having 80% sequence identity therewith, and wherein the mutant or fragment thereof comprises one, two, three, four, five or six mutation(s) within said residues 22 to 260 of the TSHR selected from: P28E, L59F, T62V, H63C, L64Y, R112P, P142I, D143P, D151E, S166T, I167F, P168Y, V169R, N170W, T179C, I253R and R255Y, wherein the mutant TSHR or fragment thereof has increased thermostability with respect to the equivalent wild type TSHR or fragment thereof, wherein thermostability refers to the half-life of the mutant TSHR or fragment thereof, as compared to the half-life of the equivalent wild type TSHR or fragment thereof, as measured under identical conditions in a binding assay which determines the amount of mutant TSHR or fragment thereof that retains the ability to bind, at the test temperature, an autoantibody selected from the group consisting of: M22, K1-70; and K1-18, wherein the half-life of the mutant or fragment at 42°C is 1.5 times greater or more than the half-life of the equivalent wild type TSHR or fragment.
A harvesting system comprising: an articulated header defined by at least a first section and a second section , the first section and second section being capable of independent pivoting movement relative to one another; and a suspension system having an engageable first mode and an engageable second mode, each of the first section and second section being capable of pivoting movement in the first mode; wherein in the first mode, the suspension system is configured to restrict pivoting movement of the first section and second section by a first degree in response to the first section and second section being subject to a first force; characterized in that each of the first section and second section are capable of pivoting movement also in the second mode, and that in the second mode, the suspension system is configured to restrict pivoting movement of the first section and second section by a second degree that is different than the first degree in response to the first section and second section being subject to a second force that is substantially the same as the first force. an articulated header defined by at least a first section and a second section , the first section and second section being capable of independent pivoting movement relative to one another; and a suspension system having an engageable first mode and an engageable second mode, each of the first section and second section being capable of pivoting movement in the first mode; wherein in the first mode, the suspension system is configured to restrict pivoting movement of the first section and second section by a first degree in response to the first section and second section being subject to a first force; characterized in that each of the first section and second section are capable of pivoting movement also in the second mode, and that in the second mode, the suspension system is configured to restrict pivoting movement of the first section and second section by a second degree that is different than the first degree in response to the first section and second section being subject to a second force that is substantially the same as the first force.
A method for predicting channel load, comprising the steps of: determining a first channel quality information, CQI, associated with a location and a first time point; predicting traffic flow data associated with the location and a second time point subsequent to the first time point; predicting a second CQI associated with the location and the second time point based on the first CQI and the predicted traffic flow; and selectively transmitting a message comprising the second CQI, the location, and the second time point to at least one vehicle based on a comparison of the second CQI with a predetermined threshold. determining a first channel quality information, CQI, associated with a location and a first time point; predicting traffic flow data associated with the location and a second time point subsequent to the first time point; predicting a second CQI associated with the location and the second time point based on the first CQI and the predicted traffic flow; and selectively transmitting a message comprising the second CQI, the location, and the second time point to at least one vehicle based on a comparison of the second CQI with a predetermined threshold.
A key object selection method, wherein the method comprises: obtaining lane line detection information, motion posture information of a first vehicle, and detection information of a plurality of objects; determining a lane area based on the lane line detection information, and determining a track area of the first vehicle based on the motion posture information of the first vehicle; determining a passing area of the first vehicle based on the lane area, the track area of the first vehicle, and a traveling status of the first vehicle; determining status parameter values of the plurality of objects based on the passing area of the first vehicle and the detection information of the plurality of objects, wherein the status parameter value of each object is used to indicate a degree of overlapping between the object and the passing area of the first vehicle; and selecting at least one key object from the plurality of objects based on at least the status parameter values of the plurality of objects. obtaining lane line detection information, motion posture information of a first vehicle, and detection information of a plurality of objects; determining a lane area based on the lane line detection information, and determining a track area of the first vehicle based on the motion posture information of the first vehicle; determining a passing area of the first vehicle based on the lane area, the track area of the first vehicle, and a traveling status of the first vehicle; determining status parameter values of the plurality of objects based on the passing area of the first vehicle and the detection information of the plurality of objects, wherein the status parameter value of each object is used to indicate a degree of overlapping between the object and the passing area of the first vehicle; and selecting at least one key object from the plurality of objects based on at least the status parameter values of the plurality of objects.
A method for applying fasteners to a structure , the method comprising: - disposing a first set of end effectors along a fixed inner track that follows an Inner Mold Line (IML) surface of the structure ; - disposing a second set of end effectors along a fixed outer track that follows an Outer Mold Line (OML) surface of the structure ; - aligning a first end effector along the fixed inner track with a second end effector along the fixed outer track ; - clamping the structure between the first end effector and the second end effector by pressing the first end effector and the second end effector against the structure ; and - applying a fastener to the structure . wherein the fixed inner track includes a first semicircle and wherein the fixed outer track includes a second semicircle that is larger than the first semicircle and concentric with the first semicircle such that there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through; or wherein the fixed inner track and the fixed outer track have varying radii along their entire lengths, and wherein there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through. - disposing a first set of end effectors along a fixed inner track that follows an Inner Mold Line (IML) surface of the structure ; - disposing a second set of end effectors along a fixed outer track that follows an Outer Mold Line (OML) surface of the structure ; - aligning a first end effector along the fixed inner track with a second end effector along the fixed outer track ; - clamping the structure between the first end effector and the second end effector by pressing the first end effector and the second end effector against the structure ; and - applying a fastener to the structure . wherein the fixed inner track includes a first semicircle and wherein the fixed outer track includes a second semicircle that is larger than the first semicircle and concentric with the first semicircle such that there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through; or wherein the fixed inner track and the fixed outer track have varying radii along their entire lengths, and wherein there is a gap G between the fixed inner track and the fixed outer track for a structure to pass through.
A cooking device comprising a heating module configured to supply heat energy for cooking food, a first knob module configured to set a cooking temperature of the food and a second knob module configured to set a target cooking time of the food, characterized in that the first knob module includes: a first knob to which a plurality of default temperatures is assigned, the first knob rotating in a first direction or a second direction, corresponding to each rotational position, and being setting to have preset intervals; a first knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default temperature set by the first knob by a preset adjustment unit; and a first display unit which is formed at one side of the first knob ring and displays the cooking temperature, and wherein the second knob module includes: a second knob which rotates in the first or second direction and to which a default time corresponding to each rotational position is assigned; a second knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default time set by the first knob by a preset adjustment unit; and a second display unit which is formed at one side of the second knob ring and displays the cooking time. a first knob to which a plurality of default temperatures is assigned, the first knob rotating in a first direction or a second direction, corresponding to each rotational position, and being setting to have preset intervals; a first knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default temperature set by the first knob by a preset adjustment unit; and a first display unit which is formed at one side of the first knob ring and displays the cooking temperature, and wherein the second knob module includes: a second knob which rotates in the first or second direction and to which a default time corresponding to each rotational position is assigned; a second knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default time set by the first knob by a preset adjustment unit; and a second display unit which is formed at one side of the second knob ring and displays the cooking time. a second knob which rotates in the first or second direction and to which a default time corresponding to each rotational position is assigned; a second knob ring which returns to an initial position thereof after being moved in the first or second direction and increases or decreases the default time set by the first knob by a preset adjustment unit; and a second display unit which is formed at one side of the second knob ring and displays the cooking time.
A cosmetic use for reducing skin wrinkles, of a microneedle comprising a plurality of portions, wherein the plurality of portions comprises a distal end portion and a proximal end portion, at least two of the plurality of portions are made of different polymers, and the distal end portion is made of at least one polymer with high swellability and high viscoelasticity, wherein said polymer with high swellability and high viscoelasticity is selected from the group consisting of cross-linked hyaluronic acid, polyethylene glycol cross-linked PMVE/MA, and a mixture thereof.
Joint sealing tape for sealing a joint between a first component and a second component, comprising a sealing element and an adhesive layer , the sealing element having a predetermined geometry, characterized in that the sealing element consists of a deformable intumescent foam material.
A method for transferring power between an electric power grid and an electric vehicle, the method comprising: maintaining, by electric vehicle station equipment (EVSE) separate from the electric vehicle and electrically coupled to the electric power grid, EVSE attributes, the EVSE attributes including a forward flow limit indicating the maximum allowable flow of power into the electric vehicle from the EVSE and a reverse flow limit indicating the maximum allowable flow of power into the EVSE from the electric vehicle, the method being characterised by : receiving, by the EVSE, a dynamic forward flow limit and a dynamic reverse flow limit; updating, on the basis of the received dynamic forward flow limit and dynamic reverse flow limit, the EVSE attributes; establishing, by the EVSE, communication with an electric vehicle equipment (EVE) inside the electric vehicle; and transmitting, by the EVSE, the EVSE attributes to the EVE for use in controlling power flow between the electric vehicle and the electric power grid. receiving, by the EVSE, a dynamic forward flow limit and a dynamic reverse flow limit; updating, on the basis of the received dynamic forward flow limit and dynamic reverse flow limit, the EVSE attributes; establishing, by the EVSE, communication with an electric vehicle equipment (EVE) inside the electric vehicle; and transmitting, by the EVSE, the EVSE attributes to the EVE for use in controlling power flow between the electric vehicle and the electric power grid.
Method for interaction between a mobile terminal and a communicating automatic machine, the communicating automatic machine comprising a conversational agent suitable for exchanging messages with the terminal through a first communication interface, the method being characterized in that it comprises steps: - of obtaining of an item of information according to which the communicating automatic machine is in proximity to the terminal, - of insertion , in an address book of the terminal, of an entry relating to said communicating automatic machine comprising at least said item of information obtained, and - of sending of at least one message suitable for initializing an interaction between the terminal and the communicating automatic machine when the entry in the address book inserted is selected . - of obtaining of an item of information according to which the communicating automatic machine is in proximity to the terminal, - of insertion , in an address book of the terminal, of an entry relating to said communicating automatic machine comprising at least said item of information obtained, and - of sending of at least one message suitable for initializing an interaction between the terminal and the communicating automatic machine when the entry in the address book inserted is selected .
Axle arrangement for a motor vehicle, having a spring link and a spring seat plate , wherein the spring link is formed as an elongated, shaped hollow profile with an open cross-section in a U-shape or C-shape or hat shape with two opposing legs from a steel material, and has attachment points at each of its ends , wherein the spring link is arranged in the installed position with its opening of the hollow profile pointing upwards, wherein the spring seat plate for receiving a helical compression spring is coupled to the spring link on and/or partially in the opening , wherein a reinforcing plate is coupled in and/or on the opening of the hollow profile at least in some lengthwise sections in the longitudinal direction of the spring link , wherein a distance (A15) of the legs from one another in the region of the spring seat plate is equal to or smaller than a 1.2 times distance (A15) of the legs from one another in the region of an end or an attachment point , characterised in that the attachment points are configured as bearing eyes and rubber-metal bearings are arranged in the bearing eyes.
A helmet fitting system comprising: a band whose one end is fixable to a helmet ; and a fitting part connected to the band to provide an elastic force toward the back part of a wearer's head, wherein the band comprises: a first band and a second band whose one ends are fixable to the opposite sides of the helmet , wherein the other end of the first band and the other end of the second band are connected to the fitting part through elastic means for providing the elastic force; wherein the elastic means comprises: first elastic means for connecting the other end of the first band to the fitting part , and second elastic means for connecting the other end of the second band to the fitting part ; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically. a band whose one end is fixable to a helmet ; and a fitting part connected to the band to provide an elastic force toward the back part of a wearer's head, wherein the band comprises: a first band and a second band whose one ends are fixable to the opposite sides of the helmet , wherein the other end of the first band and the other end of the second band are connected to the fitting part through elastic means for providing the elastic force; wherein the elastic means comprises: first elastic means for connecting the other end of the first band to the fitting part , and second elastic means for connecting the other end of the second band to the fitting part ; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically. a first band and a second band whose one ends are fixable to the opposite sides of the helmet , wherein the other end of the first band and the other end of the second band are connected to the fitting part through elastic means for providing the elastic force; wherein the elastic means comprises: first elastic means for connecting the other end of the first band to the fitting part , and second elastic means for connecting the other end of the second band to the fitting part ; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically. first elastic means for connecting the other end of the first band to the fitting part , and second elastic means for connecting the other end of the second band to the fitting part ; characterized in that the first elastic means and the second elastic means are arranged to overlap each other in vertical directions with respect to the directions deformed elastically.
A connector assembly comprising: an adapter including a first adapter wall ; a housing device including a housing receivable by the adapter and having a bore, the housing device further including a front end , a rear end opposite the front end, and a first housing wall such that when the first housing wall is received in the adapter and is on an inner side of the first adapter wall, the first adapter wall facing a first direction, movement of the first housing wall in a second direction opposite the first direction is limited by the first adapter wall; a ferrule within the bore of the housing and having a mating end extending beyond the front end of the housing device; a sensor mounted on the rear end of the housing device exterior to the bore of the housing or on the adapter such that the sensor confronts the rear end of the housing device, the sensor being configured for detecting a force applied by the rear end of the housing device or being configured for detecting translation of the housing device, wherein an electrical characteristic of the sensor changes to indicate a predetermined force has been applied by the housing device when the sensor is configured for detecting a force applied by the rear end of the housing device or changes to indicate translation of the housing device to a predetermined position, when the sensor is configured for detecting translation of the housing device. an adapter including a first adapter wall ; a housing device including a housing receivable by the adapter and having a bore, the housing device further including a front end , a rear end opposite the front end, and a first housing wall such that when the first housing wall is received in the adapter and is on an inner side of the first adapter wall, the first adapter wall facing a first direction, movement of the first housing wall in a second direction opposite the first direction is limited by the first adapter wall; a ferrule within the bore of the housing and having a mating end extending beyond the front end of the housing device; a sensor mounted on the rear end of the housing device exterior to the bore of the housing or on the adapter such that the sensor confronts the rear end of the housing device, the sensor being configured for detecting a force applied by the rear end of the housing device or being configured for detecting translation of the housing device, wherein an electrical characteristic of the sensor changes to indicate a predetermined force has been applied by the housing device when the sensor is configured for detecting a force applied by the rear end of the housing device or changes to indicate translation of the housing device to a predetermined position, when the sensor is configured for detecting translation of the housing device.