mhurhangee/patent-ind-claim-en huggingface dataset:
A thermoplastic composition comprising: (a) about 30 wt% to about 60 wt% of a resin component comprising polyphenylene ether (PPE) and polystyrene (PS); (b) from about 35 wt% to about 65 wt% of a filler component; (c) from about 1 wt% to about 5 wt% of a flow promoter comprising at least a partially hydrogenated hydrocarbon resin; and (d) an elastomer component comprising from 2.5 wt% to 5 wt% rubber content in the composition excluding the filler component, wherein the combined weight percent value of all components does not exceed 100 wt%, and all weight percent values are based on the total weight of the composition except as indicated in (d). (a) about 30 wt% to about 60 wt% of a resin component comprising polyphenylene ether (PPE) and polystyrene (PS); (b) from about 35 wt% to about 65 wt% of a filler component; (c) from about 1 wt% to about 5 wt% of a flow promoter comprising at least a partially hydrogenated hydrocarbon resin; and (d) an elastomer component comprising from 2.5 wt% to 5 wt% rubber content in the composition excluding the filler component,
A method for determining, by a radio resource control, RRC, of a user equipment, UE, an RRC state in a wireless communication system, comprising: entering (S700) an RRC_INACTIVE state by performing process of leaving RRC_CONNECTED state and releasing all radio resources; receiving (S701) core network, CN, paging during the RRC_INACTIVE state from a CN; determining (S702) a first UE identifier, ID, of the UE is matched with a second UE ID included in the CN paging; forwarding (S703), during the RRC_INACTIVE state of the UE, the first UE ID of the UE and a CN domain included in the CN paging to a non-access stratum, NAS, of the UE, based on the determination that the first UE ID of the UE is matched with the second UE ID included in the CN paging; receiving (S704) an RRC connection release request from the NAS of the UE; deleting UE access stratum, AS, context; entering an RRC_IDLE state (S706); and initiating (S708) an RRC connection setup procedure as a response to the CN paging, wherein the RRC connection setup procedure includes transmitting (S710) an RRC connection setup complete message to a serving base station, wherein the RRC connection setup complete message includes information informing that the RRC connection setup procedure is a response to the CN paging during the RRC _INACTIVE state, and wherein the first UE ID of the UE is allocated by the NAS of the UE. entering (S700) an RRC_INACTIVE state by performing process of leaving RRC_CONNECTED state and releasing all radio resources; receiving (S701) core network, CN, paging during the RRC_INACTIVE state from a CN; determining (S702) a first UE identifier, ID, of the UE is matched with a second UE ID included in the CN paging; forwarding (S703), during the RRC_INACTIVE state of the UE, the first UE ID of the UE and a CN domain included in the CN paging to a non-access stratum, NAS, of the UE, based on the determination that the first UE ID of the UE is matched with the second UE ID included in the CN paging; receiving (S704) an RRC connection release request from the NAS of the UE; deleting UE access stratum, AS, context; entering an RRC_IDLE state (S706); and initiating (S708) an RRC connection setup procedure as a response to the CN paging, wherein the RRC connection setup procedure includes transmitting (S710) an RRC connection setup complete message to a serving base station, wherein the RRC connection setup complete message includes information informing that the RRC connection setup procedure is a response to the CN paging during the RRC _INACTIVE state, and wherein the first UE ID of the UE is allocated by the NAS of the UE.
A Crk inhibitor and CrkL inhibitor for use in inhibiting graft versus host disease in a subject in need thereof.
Device connection for an electrical device with an insulating housing and with a holding element wherein the insulating housing is mounted in the holding element so as to be longitudinally displaceable in such a way that that the outer surfaces of the insulating housing slide along the inner surfaces of the holding element when moving, that the holding element has one or more resilient projections, that the inner walls of the projections carry sliding bevels , which the interior of the holding element in the direction of the free ends the projections taper in cross-section in such a way that that with the outer surfaces resting on the sliding bevels of the insulating housing spread the projections apart with their free ends, characterized in that the outer sides of the projections facing away from the sliding bevels form clamping jaws .
A method of analysing a mixed fluorescence response of a plurality of fluorophores in a microscopic sample , wherein the mixed fluorescence response comprises contributions of individual fluorescence responses of each of the plurality of fluorophores , wherein the method includes reconstructing said individual fluorescence responses from the mixed fluorescence response using a spectral un-mixing on the basis of reference emission spectra for the fluorophores to be reconstructed, and wherein said method includes a procedure for determining and validating the reference emission spectra including the steps of a) providing a plurality of image acquisition settings for a sequence of images of the sample equal to, or greater than, the plurality of fluorophores and including an illumination setting for each of the sequence of images, b) acquiring the sequence of images of the sample using the plurality of image acquisition settings and storing each of the sequence of images of the sample together with the corresponding illumination setting, c) determining , from the sequence of images of the sample and the corresponding image acquisition settings, candidate reference emission spectra for the fluorophores to be reconstructed using at least one reference emission spectra determination algorithm, and d) using said candidate reference emission spectra as the reference emission spectra in said spectral un-mixing if at least one condition relating to the candidate spectra is met. a) providing a plurality of image acquisition settings for a sequence of images of the sample equal to, or greater than, the plurality of fluorophores and including an illumination setting for each of the sequence of images, b) acquiring the sequence of images of the sample using the plurality of image acquisition settings and storing each of the sequence of images of the sample together with the corresponding illumination setting, c) determining , from the sequence of images of the sample and the corresponding image acquisition settings, candidate reference emission spectra for the fluorophores to be reconstructed using at least one reference emission spectra determination algorithm, and d) using said candidate reference emission spectra as the reference emission spectra in said spectral un-mixing if at least one condition relating to the candidate spectra is met.
Machine tool, in particular a semi-stationary or mobile machine tool , for machining workpieces (W) by means of a tool , wherein the machine tool has a machine base for placing on a ground, on which machine base there are located a drive assembly with a drive motor and a tool holder drivable by the drive motor for the tool , in particular for a cutting tool, and a holder for at least one locating body , wherein the machine base provides a support surface and the at least one locating body provides a locating surface projecting at an angle, in particular at right angles, in front of the support surface for the workpiece (W), so that the workpiece (W) can be located at the locating surface while lying on the support surface for machining by means of the tool , wherein the at least one locating body has a clamping device for clamping to the holder , wherein the clamping device has a manually operable control and a clamping body , which can be operated by the control between a clamping position (KS) and a release position (LS) and which clamps a clamping supporting surface of the at least one locating body against a clamping locating surface of the holder with a clamping force (P2) in the clamping position (KS) and releases it in the release position (LS), so that the at least one locating body is clamped relative to the holder in the clamping position (KS) and movable in the release position (LS), and wherein the clamping locating surface has at least one clamping locating region extending adjacent to the locating surface transversely to the support surface or is represented by the clamping locating region , against which clamping locating region the clamping supporting surface is clamped in the clamping position (KS) with a force component of the clamping force (P2) orthogonal to the locating surface , so that the locating surface of the locating body adopts a predetermined longitudinal position with respect to the clamping locating region and/or is in alignment with a stationary locating surface , which is stationary with respect to the support surface and located at the holder in particular, characterised in that the orthogonal force component of the clamping force (P2) and a locating force (AN) pressing the workpiece (W) against the locating surface are aligned or point in the same direction, and/or in that a locating force (AN), with which the workpiece (W) acts on the locating surface of the locating body , acts for the purpose of a reinforcement of the clamping force (P2).
A system, comprising a plurality of rectangular building panels with long and short edges which are mechanically connectable to each other along one pair of adjacent joint edges, each building panel being provided with a first groove formed in one piece with the panel at a first joint edge and a flexible tongue connected to a second groove at a second opposite joint edge for mechanically locking together said adjacent joint edges at right angles to the principal plane of the panels, thereby forming a vertical mechanical connection (D1) between the panels, said panels being provided with a locking element , formed in one piece with the panel, at said second opposite joint edge and a locking groove at said first joint edge for mechanically locking together said adjacent joint edges (D2) parallel to the principal plane and at right angles to the joint edges, the locking groove being open towards a rear side of the panel and the locking element protrudes vertically from a locking strip, wherein the flexible tongue is formed of a separate material and is flexible and resilient such that two panels, can be mechanically joined by displacement of said two panels vertically towards each other, while at least a part of the flexible tongue at said second opposite joint edge is resiliently displaced horizontally, until said adjacent edges of the two panels are brought into engagement with each other horizontally and the flexible tongue at said second opposite joint edge is then displaced towards its initial position and against a wall of the first groove at the first joint edge, characterised in that all parts of the flexible tongue that extend beyond a vertical plane (V) of the joint edges is an outer part of the flexible tongue , and that said outer part protrudes downwardly.
A computer-implemented method for extracting dynamic content data in a machine-readable format from a website provided by a server wherein dynamic content data relates to content data which is generated by the server in response to a request, the method comprising: accessing configuration data reflecting the structure of the website , the configuration data including at least a website specific scraping script having instructions emulating a browser to automatically perform parameterized navigation steps on the website; receiving , via an interface , a data retrieval request specifying the website and corresponding dynamic content data to be retrieved from the website ; triggering execution of the scraping script to access the dynamic content data , wherein the scraping script has a step description including one or more dynamic parameters with data from the data retrieval request specifying the dynamic content to be retrieved; receiving , from the website in response to the scraping script execution, HTML/XML data representing the dynamic content data wherein the value of a particular dynamic parameter is the result value of a particular query; providing the HTML/XML data to an XPath extraction module , wherein the XPath extraction module is pre-configured with the website specific XPath statements in accordance with the structure of the website ; and receiving , from the XPath extraction module , machine-readable content data extracted from the HTML/XML data; wherein the data retrieval request specifying the dynamic content data includes one or more dynamic parameters of the scraping script that are replaced with values from preceding server responses extracted from previous navigation steps, the replaced one or more parameters to be used for the next navigation step, and further including one or more website specific XPath statements addressing said values. accessing configuration data reflecting the structure of the website , the configuration data including at least a website specific scraping script having instructions emulating a browser to automatically perform parameterized navigation steps on the website; receiving , via an interface , a data retrieval request specifying the website and corresponding dynamic content data to be retrieved from the website ; triggering execution of the scraping script to access the dynamic content data , wherein the scraping script has a step description including one or more dynamic parameters with data from the data retrieval request specifying the dynamic content to be retrieved; receiving , from the website in response to the scraping script execution, HTML/XML data representing the dynamic content data wherein the value of a particular dynamic parameter is the result value of a particular query; providing the HTML/XML data to an XPath extraction module , wherein the XPath extraction module is pre-configured with the website specific XPath statements in accordance with the structure of the website ; and receiving , from the XPath extraction module , machine-readable content data extracted from the HTML/XML data;
A method of yawing a nacelle relative to a tower in a wind turbine having a yawing assembly comprising a drive-ring and a plurality of drives configured to engage with the drive-ring and exert a torque and thereby move or stop movement of the nacelle relative to the tower , the drive-ring being constituted by a plurality of drive-ring segments joined in intersections , the method comprising: - defining locations of the intersections relative to the drives , - defining a reference torque expected to be exerted by the drives , - defining a reduced torque being lower than the reference torque, and - exerting the reduced torque by a crossing drive while the crossing drive is passing an intersection. - defining locations of the intersections relative to the drives , - defining a reference torque expected to be exerted by the drives , - defining a reduced torque being lower than the reference torque, and - exerting the reduced torque by a crossing drive while the crossing drive is passing an intersection.
A method of forming a gas treatment element for use in a gas treatment apparatus, comprising the steps:- forming a sheet material including at least one adsorbent material and at least one binder; and locating layers of said sheet material adjacent each other to form a gas treatment element and characterised in that said sheet material is formed by phase inversion including washing a first solvent of said binder from a mixture of said binder and said adsorbent material using a second solvent.
A method comprising: determining , for each setpoint temperature of a plurality of setpoint temperatures, a respective power applied to a cryocooler to set a cold tip of the cryocooler to the setpoint temperature; determining a first load line associated with the cold tip based on the plurality of setpoint temperatures and the respective powers applied to the cryocooler; and determining a health metric associated with the cold tip based on the first load line and a reference load line associated with the cryocooler. determining , for each setpoint temperature of a plurality of setpoint temperatures, a respective power applied to a cryocooler to set a cold tip of the cryocooler to the setpoint temperature; determining a first load line associated with the cold tip based on the plurality of setpoint temperatures and the respective powers applied to the cryocooler; and determining a health metric associated with the cold tip based on the first load line and a reference load line associated with the cryocooler.
A control knob assembly movably engaged with a body and configured to receive a manual input from a user (U), the manual input including a pressing input and a rotational input, the control knob assembly including: a front face having a plurality of input regions , each input region configured to receive the pressing input, the front face configured to be physically depressible at the plurality of input regions, respectively, upon receiving the pressing input thereat; and a rotary knob having a rotational input surface configured to receive the rotational input and rotate relative to the front face and the body upon receiving the rotation input; wherein the control knob assembly includes a spring device configured to bias the front face to an undepressed position relative to the body , wherein the spring device includes: a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions , and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions . a front face having a plurality of input regions , each input region configured to receive the pressing input, the front face configured to be physically depressible at the plurality of input regions, respectively, upon receiving the pressing input thereat; and a rotary knob having a rotational input surface configured to receive the rotational input and rotate relative to the front face and the body upon receiving the rotation input; wherein the control knob assembly includes a spring device configured to bias the front face to an undepressed position relative to the body , wherein the spring device includes: a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions , and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions . a first spring unit configured to enable the front face to pivot sideways in response to press input against the input regions , and a second spring unit configured to enable the front face to be depressed in response to press input against the input regions .
An image generation apparatus for generating an image by using light reflected from a subject , the image generation apparatus comprising: an emission unit to emit infrared light in a predetermined wavelength band towards the subject; a first filter to transmit light of multiple wavelength bands from the light reflected from the subject, each wavelength band being a selected band from among the visible and infrared light spectrum, the multiple wavelength bands comprising the predetermined wavelength band; a second filter to selectively transmit light transmitted by the first filter in a select wavelength band according to a control signal; a detection unit to detect a first image by photo-electrically converting the light of the multiple wavelength bands and detect a second image by photo-electrically converting the light in the select wavelength band; and an image processing unit to generate a color image and a depth image, and wherein the detection unit detects the first image and the second image without emitting the IR light by the emission unit and detects a third image, obtained by transmitting light, reflected from the subject, through the first filter and the second filter and photo-electrically converting the transmitted light, with the transmitted light including a reflection of the emitted IR light, and the image processing unit generates a color image and a depth image respectively by using a difference image, obtained by subtracting the second image from the first image, and the third image, and wherein the color image and the depth image have different resolutions. an emission unit to emit infrared light in a predetermined wavelength band towards the subject; a first filter to transmit light of multiple wavelength bands from the light reflected from the subject, each wavelength band being a selected band from among the visible and infrared light spectrum, the multiple wavelength bands comprising the predetermined wavelength band; a second filter to selectively transmit light transmitted by the first filter in a select wavelength band according to a control signal; a detection unit to detect a first image by photo-electrically converting the light of the multiple wavelength bands and detect a second image by photo-electrically converting the light in the select wavelength band; and an image processing unit to generate a color image and a depth image, and wherein the detection unit detects the first image and the second image without emitting the IR light by the emission unit and detects a third image, obtained by transmitting light, reflected from the subject, through the first filter and the second filter and photo-electrically converting the transmitted light, with the transmitted light including a reflection of the emitted IR light, and the image processing unit generates a color image and a depth image respectively by using a difference image, obtained by subtracting the second image from the first image, and the third image, and wherein the color image and the depth image have different resolutions.
A guide tack for guiding a cannula through an incision in the eye , wherein the cannula has a generally rectangular or elliptical cross section, comprising: (a) a body , wherein the body includes an engagement feature configured to engage a deployment instrument ; and (b) a pair of rigid legs extending from the body , wherein the legs are parallel with each other, wherein each leg has a sharp tip , wherein the legs both extend along a plane; wherein the body has inner walls defining a guide opening , wherein the guide opening is oriented transversely relative to the plane associated with the legs , wherein the guide opening is sized to receive the cannula having the generally rectangular or elliptical cross section such that the cannula can be maintained in a substantially tangential orientation relative to the incision. (a) a body , wherein the body includes an engagement feature configured to engage a deployment instrument ; and (b) a pair of rigid legs extending from the body , wherein the legs are parallel with each other, wherein each leg has a sharp tip , wherein the legs both extend along a plane;