mhurhangee/patent-ind-claim-en huggingface dataset:
A two-component polyurethane adhesive composition comprising a polyol component and an isocyanate component, wherein the polyol component comprises at least one polyester polyol obtained from a reaction mixture comprising, based on the total weight of the reaction mixture, from 1% to 25% by weight of at least one cycloaliphatic polyol, from 1% to 40% by weight of at least one heterocyclic polyol, from 1% to 40% by weight of at least one linear or branched aliphatic polyol, and from 30% to 70% by weight of at least one polyfunctional carboxylic acid, and the isocyanate component comprises at least one alkoxysilane functionalized isocyanate compound having no epoxide group. the polyol component comprises at least one polyester polyol obtained from a reaction mixture comprising, based on the total weight of the reaction mixture, from 1% to 25% by weight of at least one cycloaliphatic polyol, from 1% to 40% by weight of at least one heterocyclic polyol, from 1% to 40% by weight of at least one linear or branched aliphatic polyol, and from 30% to 70% by weight of at least one polyfunctional carboxylic acid, and the isocyanate component comprises at least one alkoxysilane functionalized isocyanate compound having no epoxide group.
A device for supporting at least one arm of a user , wherein the device has - at least one arm support element with an arm shell for placing on the arm , - at least one passive actuator, o which is configured to apply a force to the at least one arm support element , and - at least one counter bearing for the force to be applied, o which comprises at least one force transmission element and a counter bearing element , - wherein the arm support element is connected to the force transmission element via a joint such that it can be swivelled about at least one swivel axis, characterized in that the device also comprises at least one restraining element that restricts a displacement of the arm shell along the arm towards the hand when the device is mounted, but does not influence a displacement of the arm shell in the opposite direction, wherein the at least one restraining element is designed to be flexible yet inelastic and/or comprises at least one first section that extends in an axillary manner. - at least one arm support element with an arm shell for placing on the arm , - at least one passive actuator, o which is configured to apply a force to the at least one arm support element , and o which is configured to apply a force to the at least one arm support element , and - at least one counter bearing for the force to be applied, o which comprises at least one force transmission element and a counter bearing element , o which comprises at least one force transmission element and a counter bearing element , - wherein the arm support element is connected to the force transmission element via a joint such that it can be swivelled about at least one swivel axis, characterized in that the device also comprises at least one restraining element that restricts a displacement of the arm shell along the arm towards the hand when the device is mounted, but does not influence a displacement of the arm shell in the opposite direction, wherein the at least one restraining element is designed to be flexible yet inelastic and/or comprises at least one first section that extends in an axillary manner.
A method for random access to a communications network by a wireless transmit/receive unit, WTRU, the method comprising: receiving, by the WTRU, random access response, RAR, configuration information including a type of a non-terrestrial network device; determining, by the WTRU, a time offset for a RAR window, based on the type of the non-terrestrial network device, wherein the time offset precedes a start of the RAR window and is based on a minimum round trip time, RTT, between the WTRU and the non-terrestrial network device; determining, by the WTRU, a length of the RAR window; transmitting, by the WTRU, a physical random access channel preamble to the non-terrestrial network device; and monitoring, by the WTRU, a physical downlink control channel from the non-terrestrial network device during the RAR window based on the time offset and the length of the RAR window. receiving, by the WTRU, random access response, RAR, configuration information including a type of a non-terrestrial network device; determining, by the WTRU, a time offset for a RAR window, based on the type of the non-terrestrial network device, wherein the time offset precedes a start of the RAR window and is based on a minimum round trip time, RTT, between the WTRU and the non-terrestrial network device; determining, by the WTRU, a length of the RAR window; transmitting, by the WTRU, a physical random access channel preamble to the non-terrestrial network device; and monitoring, by the WTRU, a physical downlink control channel from the non-terrestrial network device during the RAR window based on the time offset and the length of the RAR window.
A wireless transmit/receive unit, WTRU , the WTRU comprising: a primary connectivity radio, PCR ; a wakeup radio, WUR ; and a processor , wherein the PCR is configured to send, to an access point, AP , a first WUR frame including at least WUR channel information and WUR data rate information; the PCR is configured to receive, from the AP, in response to the first WUR frame, a second WUR frame including at least a first WUR channel assignment; and the WUR is configured to turn on and monitor a wireless medium for WUR signals, from the AP, on a first WUR channel according to the first WUR channel assignment, wherein the first WUR channel is one of a plurality of WUR channels. a primary connectivity radio, PCR ; a wakeup radio, WUR ; and a processor , wherein the PCR is configured to send, to an access point, AP , a first WUR frame including at least WUR channel information and WUR data rate information; the PCR is configured to receive, from the AP, in response to the first WUR frame, a second WUR frame including at least a first WUR channel assignment; and the WUR is configured to turn on and monitor a wireless medium for WUR signals, from the AP, on a first WUR channel according to the first WUR channel assignment, wherein the first WUR channel is one of a plurality of WUR channels.
Head-up display comprising: - an image generation unit comprising at least one light emitter , - an optical projection assembly adapted to project an image generated by the image generation unit in the direction of a semi-transparent strip in order to form, with the semi-transparent strip, a virtual image in the field of view of a user, - a printed circuit support plate , on which said emitter is mounted, and - a light sensor adapted to deliver a signal which is representative of a luminous intensity which it receives, the display being adapted so that the luminosity of an image generated by the image generation unit is controlled depending on said signal, characterized in that the light sensor is mounted on said printed circuit support plate . - an image generation unit comprising at least one light emitter , - an optical projection assembly adapted to project an image generated by the image generation unit in the direction of a semi-transparent strip in order to form, with the semi-transparent strip, a virtual image in the field of view of a user, - a printed circuit support plate , on which said emitter is mounted, and - a light sensor adapted to deliver a signal which is representative of a luminous intensity which it receives, the display being adapted so that the luminosity of an image generated by the image generation unit is controlled depending on said signal, characterized in that the light sensor is mounted on said printed circuit support plate . the display being adapted so that the luminosity of an image generated by the image generation unit is controlled depending on said signal, characterized in that the light sensor is mounted on said printed circuit support plate .
Method for controlling and/or monitoring a wind turbine equipped with a lidar sensor taking a wind-related measurement at a point located upstream of said wind turbine, such that the following steps are carried out: a) a signal corresponding to said measurement of said lidar sensor is acquired; b) an estimator of the wind at the rotor of the wind turbine is constructed by means of a wind representation that is a frequency-domain model, expressed in the form of a Von Karman spectrum, of a model of said lidar sensor that depends on at least one measurement angle ( θ , φ ) of said lidar sensor and on a volumic characteristic of said lidar sensor, and of a wind-propagation model, said estimator of the wind at the rotor being a finite-impulse-response filter object relating the signal of the sensor to the wind speed at the rotor, said wind estimator being constructed in two stages: in a first stage the optimal frequency response of the estimator is computed, and in a second stage the impulse response of a convolution system having this frequency response is computed; c) the wind speed at the rotor of said wind turbine is estimated by applying said estimator of the wind at the rotor to said acquired signal; and d) said wind turbine is controlled and/or monitored by means of said estimated wind speed. a) a signal corresponding to said measurement of said lidar sensor is acquired; b) an estimator of the wind at the rotor of the wind turbine is constructed by means of a wind representation that is a frequency-domain model, expressed in the form of a Von Karman spectrum, of a model of said lidar sensor that depends on at least one measurement angle ( θ , φ ) of said lidar sensor and on a volumic characteristic of said lidar sensor, and of a wind-propagation model, said estimator of the wind at the rotor being a finite-impulse-response filter object relating the signal of the sensor to the wind speed at the rotor, said wind estimator being constructed in two stages: in a first stage the optimal frequency response of the estimator is computed, and in a second stage the impulse response of a convolution system having this frequency response is computed; c) the wind speed at the rotor of said wind turbine is estimated by applying said estimator of the wind at the rotor to said acquired signal; and d) said wind turbine is controlled and/or monitored by means of said estimated wind speed.
Method for operating a motor vehicle that can be driven at least temporarily electrically on a road wherein, following a request for an automatic mode, a control device implements a fully autonomous driving mode of the motor vehicle , wherein a lateral control of the motor vehicle is implemented such that a previously extended charging arm of the motor vehicle comes into electrical contact with a charging line arranged in or on the road , wherein electrical energy provided by means of the charging line is charged to an energy store of the motor vehicle via the charging arm and/or a drive apparatus of the motor vehicle for implementing the driving mode is operated, and wherein a longitudinal control of the motor vehicle takes place such that a specified longitudinal speed is maintained until a distance of the motor vehicle to a preceding vehicle reaches a specified minimum distance, characterised in that , following a request for automatic mode, the longitudinal speed is set to a first default speed and, after contact with the charging line by the charging arm , is set to a second default speed, wherein the second default speed is greater than the first default speed and is set to a first value when no preceding vehicle is detected, and is set to a greater second value when a preceding vehicle is detected, wherein the second value is greater than the current speed of the preceding vehicle.
A ponzu soy sauce seasoning comprising citrus juice, vinegar, and soy sauce, wherein the contents of components (a) to (e) in the seasoning are in the following ranges: (a) p-cymene: 0.001 to 0.5 ppm, (b) potassium ions: 0.02% to 5.0% by mass, (c) sodium ions: 0.5% to 4.0% by mass, (d) acetic acid: 0.5% to 3.5% by mass, and (e) citric acid: 0.2% to 4.5% by mass, and the mass ratio (K/N) between the content of potassium ions and the content of sodium ions is 0.03 to 0.5. (a) p-cymene: 0.001 to 0.5 ppm, (b) potassium ions: 0.02% to 5.0% by mass, (c) sodium ions: 0.5% to 4.0% by mass, (d) acetic acid: 0.5% to 3.5% by mass, and (e) citric acid: 0.2% to 4.5% by mass, and the mass ratio (K/N) between the content of potassium ions and the content of sodium ions is 0.03 to 0.5.
Method of manufacturing a painted plastic body part comprising a first area consisting at least partially of a first material and comprising at least one transparent or translucent second zone consisting of a second material, the process comprising a molding step consisting of injecting into a mold the first material to form the first zone and a second material to form the second zone and a step of painting on at least the first zone , characterized in that the process comprises the following steps: - painting the entire body part ; - removing the paint located in a predefined area on all or part of the body part by means of a laser beam. - painting the entire body part ; - removing the paint located in a predefined area on all or part of the body part by means of a laser beam.
Respiratory mask comprising: - a mask body comprising a gas inlet in fluid communication with an inner chamber , - a front shroud with a flexible upwardly-projecting upper arm comprising headgear connecting structures , and - at least one resilient element arranged between the mask body and the flexible upper arm of the front shroud so that said at least one resilient element is squeezed between the mask body and the flexible upper arm , characterized in that : - the resilient element is integrally fixed, in a non-removable manner, on the peripheral outer wall of the mask body , and - the resilient element is made of resilient material that is able to be deformed, when the flexible upper arm of the front shroud is bent or pivots toward the mask body and mechanically acts on the resilient element . - a mask body comprising a gas inlet in fluid communication with an inner chamber , - a front shroud with a flexible upwardly-projecting upper arm comprising headgear connecting structures , and - at least one resilient element arranged between the mask body and the flexible upper arm of the front shroud so that said at least one resilient element is squeezed between the mask body and the flexible upper arm , - the resilient element is integrally fixed, in a non-removable manner, on the peripheral outer wall of the mask body , and - the resilient element is made of resilient material that is able to be deformed, when the flexible upper arm of the front shroud is bent or pivots toward the mask body and mechanically acts on the resilient element .
An exhaust gas purifying catalyst, comprising: rhodium particles; compound particles which support the rhodium particles; and oxides which are formed on peripheries of the compound particles and suppress coagulation of the compound particles, wherein a main component of the compound particles is an oxide containing Zr, in which Zr is contained by 50 mol% or more, and wherein La is contained in the compound particles, and a content of La is 1 to 5 mol%, and wherein the oxides which suppress the coagulation of the compound particles consist of either of Al and Ti as a main component by mole and optionally oxides of La, Ce, Zr, Nd, and Y. rhodium particles; compound particles which support the rhodium particles; and oxides which are formed on peripheries of the compound particles and suppress coagulation of the compound particles,
Electrostatic filter for purifying a gas flow, such electrostatic filter comprising: - at least one capture stage (S2) provided with at least one plate-like repulsion electrode and with at least one plate-like collection electrode , parallel to each other and arranged for intercepting a gas flow (F) susceptible of proceeding in an advancement direction parallel to said electrodes ; - power supply means adapted to charge said plate-like repulsion electrode to a positive potential (V2) with respect to said plate-like collection electrode , determining an electric field between said electrodes ; wherein said plate-like repulsion electrode is provided with a plurality of holes distributed on its surface, whose edges of connection with its two faces have radii of curvature with localized concentrations of said electric field, with consequent emission of positive electric charges in said gas flow (F); said plate-like repulsion electrode being arranged for repelling impurity particles in suspension in said gas flow (F) and positively charged with said positive electric charges emitted by the edges of said plurality of holes towards said plate-like collection electrode ; characterized in that said plate-like repulsion electrode has a solid over void ratio, due to the plurality of said holes , comprised between 2 and 5; wherein said plate-like repulsion electrodes and said plate-like collection electrodes have flat form; said plate-like repulsion electrodes delimiting, with said plate-like collection electrodes , passage channels which are extended along an extension direction thereof with constant thickness, and through such passage channels said gas flow (F) is susceptible of passing with said advancement direction parallel to said extension direction of said passage channels. - at least one capture stage (S2) provided with at least one plate-like repulsion electrode and with at least one plate-like collection electrode , parallel to each other and arranged for intercepting a gas flow (F) susceptible of proceeding in an advancement direction parallel to said electrodes ; - power supply means adapted to charge said plate-like repulsion electrode to a positive potential (V2) with respect to said plate-like collection electrode , determining an electric field between said electrodes ;
Additive for hair dye characterised in that it comprises citric acid in a percentage in weight of 30% to 50%; phosphoric acid in a percentage in weight of 30% to 50%; and polyethylene glycol (PEG) in a percentage in weight of 20% to 30%.
A joint for floor cleaning machines , comprising: - a first portion , - a second portion which is articulated to said first portion , - a third portion which is articulated to said second portion , said joint being characterized in that it comprises: - first means for the stable inclination of said second portion with respect to said first portion , - second means for the stable inclination of said third portion with respect to said second portion , characterized in that said first stable inclination means and said second stable inclination means being connected to a single lever and being operable by said single lever . - a first portion , - a second portion which is articulated to said first portion , - a third portion which is articulated to said second portion , said joint being characterized in that it comprises: - first means for the stable inclination of said second portion with respect to said first portion , - second means for the stable inclination of said third portion with respect to said second portion , characterized in that said first stable inclination means and said second stable inclination means being connected to a single lever and being operable by said single lever . said joint being characterized in that it comprises: - first means for the stable inclination of said second portion with respect to said first portion , - second means for the stable inclination of said third portion with respect to said second portion , - first means for the stable inclination of said second portion with respect to said first portion , - second means for the stable inclination of said third portion with respect to said second portion , characterized in that said first stable inclination means and said second stable inclination means being connected to a single lever and being operable by said single lever .
A suture delivery device for endoscopically delivering a suture through soft tissue (T), comprising: a handle sized and shaped to be grasped by a user; a first elongated needle (115.215) extending outwardly from the handle, the first elongated needle being hollow and having a proximal, straight section attached to the handle and a distal, curved section with a sharpened distalmost tip; a flexible loop member slidably positioned inside the first elongated needle, the flexible loop member being movable between a retracted position inside the first elongated needle and a deployed position outside of the distalmost tip of the first elongated needle; a second elongated needle extending outwardly from the handle adjacent the first elongated needle, the second elongated needle being hollow and movable between a first position entirely outside the loop member and a second position where a distal end of the second needle intersects the loop member when the loop member is in the deployed position, to thereby allow the loop member to grasp the second elongated needle when the second elongated needle is in the second position; and a suture (S) slidably positioned along the second elongated needle for aligning the suture within the loop member. a handle sized and shaped to be grasped by a user; a first elongated needle (115.215) extending outwardly from the handle, the first elongated needle being hollow and having a proximal, straight section attached to the handle and a distal, curved section with a sharpened distalmost tip; a flexible loop member slidably positioned inside the first elongated needle, the flexible loop member being movable between a retracted position inside the first elongated needle and a deployed position outside of the distalmost tip of the first elongated needle; a second elongated needle extending outwardly from the handle adjacent the first elongated needle, the second elongated needle being hollow and movable between a first position entirely outside the loop member and a second position where a distal end of the second needle intersects the loop member when the loop member is in the deployed position, to thereby allow the loop member to grasp the second elongated needle when the second elongated needle is in the second position; and a suture (S) slidably positioned along the second elongated needle for aligning the suture within the loop member.