mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: detecting input from a stylus with a digitizer sensor via an electrostatic wireless communication channel established between said stylus and said digitizer sensor; receiving an indication of a tip status from the stylus, wherein the tip status is hover or touch; verifying the tip status based on the input detected with the digitizer sensor; identifying an error in the indication based on the verifying; and sending a notification of the error to the stylus for a current position of the tip of the stylus, wherein said notification comprises instructions to said stylus to recalibrate a pressure sensor detecting pressure on said tip, wherein the recalibrating comprises detecting the pressure at the current position of the tip of the stylus and setting a threshold for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus, or setting a threshold plus a margin for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus. detecting input from a stylus with a digitizer sensor via an electrostatic wireless communication channel established between said stylus and said digitizer sensor; receiving an indication of a tip status from the stylus, wherein the tip status is hover or touch; verifying the tip status based on the input detected with the digitizer sensor; identifying an error in the indication based on the verifying; and sending a notification of the error to the stylus for a current position of the tip of the stylus, wherein said notification comprises instructions to said stylus to recalibrate a pressure sensor detecting pressure on said tip, wherein the recalibrating comprises detecting the pressure at the current position of the tip of the stylus and setting a threshold for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus, or setting a threshold plus a margin for switching the tip status between touch and hover to the pressure detected at the current position of the tip of the stylus.
Arrangement with a technical system and a control device which controls the system which can change the technical state of the system by means of control commands (SB), wherein - an interface device is connected to the control device which forms an external interface for connection to an external remote query device , - the interface device has a checking device which is designed such that it checks a received remote query signal (FAS(AB)) for the presence of a query command (AB) stored in the interface device as permissible and in the event of permissibility only forwards the query command (AB) contained in the remote query signal to the control device and blocks the forwarding of the remote query signal (FAS(AB)) as such or all other control commands which are not query commands (AB) stored as permissible, - if a query command (AB) is present, the control device transmits the requested data (D) to the external remote query device via the interface device . - an interface device is connected to the control device which forms an external interface for connection to an external remote query device , - the interface device has a checking device which is designed such that it checks a received remote query signal (FAS(AB)) for the presence of a query command (AB) stored in the interface device as permissible and in the event of permissibility only forwards the query command (AB) contained in the remote query signal to the control device and blocks the forwarding of the remote query signal (FAS(AB)) as such or all other control commands which are not query commands (AB) stored as permissible, - if a query command (AB) is present, the control device transmits the requested data (D) to the external remote query device via the interface device .
An optical device , comprising: a steering element ; and a narrowband optical filter to, receive a beam of light at a selected angle of incidence, wherein the beam of light is caused to be received by the narrowband optical filter at the selected angle of incidence by the steering element ; and output a filtered beam of light associated with the beam of light, wherein a wavelength of the filtered beam of light depends on the selected angle of incidence of the beam of light on the narrowband optical filter ; and a photodiode to receive at least a portion of the filtered beam of light after the filtered beam of light is outputted by the narrowband optical filter ; characterised in that the steering element comprises: a micro-electro-mechanical system (MEMS) mirror , and a curved reflective optical element ; wherein the MEMS mirror includes a movable mirror to reflect a beam of light to the curved reflective optical element , and the curved reflective optical element being to direct the beam of light to the narrowband optical filter . a steering element ; and a narrowband optical filter to, receive a beam of light at a selected angle of incidence, wherein the beam of light is caused to be received by the narrowband optical filter at the selected angle of incidence by the steering element ; and output a filtered beam of light associated with the beam of light, wherein a wavelength of the filtered beam of light depends on the selected angle of incidence of the beam of light on the narrowband optical filter ; and receive a beam of light at a selected angle of incidence, wherein the beam of light is caused to be received by the narrowband optical filter at the selected angle of incidence by the steering element ; and output a filtered beam of light associated with the beam of light, wherein a wavelength of the filtered beam of light depends on the selected angle of incidence of the beam of light on the narrowband optical filter ; and a photodiode to receive at least a portion of the filtered beam of light after the filtered beam of light is outputted by the narrowband optical filter ; characterised in that the steering element comprises: a micro-electro-mechanical system (MEMS) mirror , and a curved reflective optical element ; wherein the MEMS mirror includes a movable mirror to reflect a beam of light to the curved reflective optical element , and the curved reflective optical element being to direct the beam of light to the narrowband optical filter . wherein the MEMS mirror includes a movable mirror to reflect a beam of light to the curved reflective optical element , and the curved reflective optical element being to direct the beam of light to the narrowband optical filter .
A railway axle with automatic change to multiple track widths, comprising wheels mounted on an axle by means of sliding adjustment, enabling the transition from one width to another without the need to release the wheel load, even in the case of heavy hauling, wherein the wheels are immobilised on the axle in terms of the axle movement thereof by means of a sleeve of claws secured in rotation to the axle , the claws envisaged on one of the ends of the sleeve being housed in annular, trapezoidal grooves spaced apart from one another to enable the configuration of the axle operating width, with the participation of a clamping sleeve associated with one or more pretensioned springs , with the collaboration of articulated compasses connected in an articulated manner between the axle and the wheel, characterised in that the annular, trapezoidal grooves wherein the claws of the sleeve are housed define rings mounted on the hub of the wheel , with the interposition of spacer rings ; it being envisaged that the surface of the contact zone between the claws and the annular, trapezoidal grooves , and between the outer zone of said claws and the clamping sleeve will be made of non-ferrous materials, with the added peculiarity that a ball-and-socket joint mounted on the articulation shaft itself between the semi-compasses participates in the articulation between said semi-compasses that form the articulated compasses , in order to absorb the small non-axial movements of the wheel on the axle .
An apparatus to process training samples with human gesture data that has been captured by at least one sensor , wherein the sensor is an image sensor or a depth sensor, the apparatus comprising: a partition module to determine a set of clusters for a plurality of gesture training samples and to partition the plurality of gesture training samples into a sequential list of centroids , wherein each centroid indicates the center point of a corresponding cluster and wherein the sequential list of centroids includes sequentially repeating centroids which represent a temporal dimension of the gesture training samples ; a filter to remove one or more repeating centroids in the sequential list of centroids to obtain a reduced list of centroids , so as to preserve transitions from one cluster to another while removing the dependency on duration at a particular cluster ; and a parameter module to generate a set of Hidden Markov Model, HMM, parameters for recognizing human gestures based on the reduced list of centroids and to apply a sliding window to the reduced list of centroids , wherein the sliding window has a fixed width that equals a number of clusters in a set of clusters associated with the sequential list of centroids and wherein the set of clusters has a one-to-one mapping to states in the HMM. a partition module to determine a set of clusters for a plurality of gesture training samples and to partition the plurality of gesture training samples into a sequential list of centroids , wherein each centroid indicates the center point of a corresponding cluster and wherein the sequential list of centroids includes sequentially repeating centroids which represent a temporal dimension of the gesture training samples ; a filter to remove one or more repeating centroids in the sequential list of centroids to obtain a reduced list of centroids , so as to preserve transitions from one cluster to another while removing the dependency on duration at a particular cluster ; and a parameter module to generate a set of Hidden Markov Model, HMM, parameters for recognizing human gestures based on the reduced list of centroids and to apply a sliding window to the reduced list of centroids , wherein the sliding window has a fixed width that equals a number of clusters in a set of clusters associated with the sequential list of centroids and wherein the set of clusters has a one-to-one mapping to states in the HMM.
A hearing aid comprising a hearing aid assembly having a first side and a second side, the first side being opposite the second side, a signal processor , a wireless communications unit , the wireless communications unit being connected to the signal processor, a monopole antenna for emission and reception of an electromagnetic field and being connected to the wireless communications unit, the antenna having an excitation point , wherein a first branch of the antenna extends from the excitation point along the first side of the hearing aid assembly, the first branch having a first end, the first end being free, and a second branch of the antenna extends from the excitation point; at least a part of the second branch extends from the first side to the second side, and wherein the antenna is configured for operation at a frequency of at least 1 GHz. a hearing aid assembly having a first side and a second side, the first side being opposite the second side, a signal processor , a wireless communications unit , the wireless communications unit being connected to the signal processor, a monopole antenna for emission and reception of an electromagnetic field and being connected to the wireless communications unit, the antenna having an excitation point , wherein a first branch of the antenna extends from the excitation point along the first side of the hearing aid assembly, the first branch having a first end, the first end being free, and a second branch of the antenna extends from the excitation point; at least a part of the second branch extends from the first side to the second side, and wherein the antenna is configured for operation at a frequency of at least 1 GHz.
A gas turbine engine comprising: a spool ; a turbine coupled to drive the spool ; a propulsor coupled to be driven by said turbine through said spool ; and a gear assembly coupled between said propulsor and said spool such that rotation of said spool drives said propulsor at a different speed than said spool ; wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub , and said row includes a number (N) of said propulsor blades that is 10, 12, 14 or 16 wherein each of said propulsor blades extends radially between a root and a tip and in a chord direction between a leading edge and a trailing edge at the tip to define a chord dimension (CD), said row of propulsor blades defining a circumferential pitch (CP) with regard to said tips ; characterized in that : said row of propulsor blades has a solidity value (R) at said tip defined as CD/CP that is between 0.89 and 1.1. a spool ; a turbine coupled to drive the spool ; a propulsor coupled to be driven by said turbine through said spool ; and a gear assembly coupled between said propulsor and said spool such that rotation of said spool drives said propulsor at a different speed than said spool ; wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub , and said row includes a number (N) of said propulsor blades that is 10, 12, 14 or 16 wherein each of said propulsor blades extends radially between a root and a tip and in a chord direction between a leading edge and a trailing edge at the tip to define a chord dimension (CD), said row of propulsor blades defining a circumferential pitch (CP) with regard to said tips ; characterized in that : said row of propulsor blades has a solidity value (R) at said tip defined as CD/CP that is between 0.89 and 1.1.
An electrical mechanism, which comprises an axial axis (1 Y ) in which is arranged: - a rocking lever configured to adopt a first position (P 1 ) and a second position (P 2 ) of electrical connection or disconnection; - a striker disengaged from the rocking lever in a resting position, and configured to engage with the rocking lever in the first position (P 1 ) and in the second position (P 2 ); - an actuating means configured to transmit an actuation force (F) to the striker so that said striker engages with the rocking lever and changes the position (P 1 , P 2 ) thereof; and - a spring configured to disengage the striker from the rocking lever once the actuation force (F) is released and return it to the resting position; said mechanism characterized in that two contact points (C 1 , C 2 ) for transmitting the actuation force (F) are established between the striker and the actuating means in an initial working position, once the actuation force (F) is applied. - a rocking lever configured to adopt a first position (P 1 ) and a second position (P 2 ) of electrical connection or disconnection; - a striker disengaged from the rocking lever in a resting position, and configured to engage with the rocking lever in the first position (P 1 ) and in the second position (P 2 ); - an actuating means configured to transmit an actuation force (F) to the striker so that said striker engages with the rocking lever and changes the position (P 1 , P 2 ) thereof; and - a spring configured to disengage the striker from the rocking lever once the actuation force (F) is released and return it to the resting position; said mechanism characterized in that two contact points (C 1 , C 2 ) for transmitting the actuation force (F) are established between the striker and the actuating means in an initial working position, once the actuation force (F) is applied.
A pharmaceutical composition for use in a therapeutic method of promoting the growth of beneficial microbiota in the gastrointestinal (GI) tract, for use in a therapeutic method of inhibiting the growth of detrimental microbiota in the GI tract, for use in a therapeutic method of enhancing microbiota biodiversity in the GI tract or for use in a therapeutic methof of treating or preventing dysbiosis of the GI tract in a subject in need thereof, the composition comprising a therapeutically effective amount of 3β-arachidylamido-7α, 12α-dihydroxy-5β-cholan-24-oic acid (Aramchol), or a pharmaceutically acceptable salt thereof.
Cooking hob having - a cooking hob plate , - heating devices arranged underneath the cooking hob plate , - a receptacle trough underneath the cooking hob plate , - a construction unit including the cooking hob plate and the heating devices , wherein - the construction unit is mounted in the receptacle trough by means of supports , with weight sensors being provided on the supports for measuring a weight load on the supports , - the receptacle trough has an outer circumferential elevated trough edge , - the cooking hob plate has a circumferential outer edge , - the outer edge of the cooking hob plate is laterally spaced from the trough edge on all sides of the cooking hob plate, - an inner housing is provided underneath the cooking hob plate and fixedly connected to the cooking hob plate as part of the construction unit , wherein the heating devices are disposed in the inner housing and/or are enclosed by the inner housing , characterized in that - the receptacle trough , within the trough edge thereof, has a circumferential groove directly adjacent thereto, which groove extends below the plane of the cooking hob plate , - the groove reaches up to below the outer edge of the cooking hob plate or a circumferential frame part provided on the outer edge of the cooking hob plate, - the groove extends partially outside the cooking hob plate and outside the inner housing and engages under the cooking hob plate. - a cooking hob plate , - heating devices arranged underneath the cooking hob plate , - a receptacle trough underneath the cooking hob plate , - a construction unit including the cooking hob plate and the heating devices , wherein - the construction unit is mounted in the receptacle trough by means of supports , with weight sensors being provided on the supports for measuring a weight load on the supports , - the receptacle trough has an outer circumferential elevated trough edge , - the cooking hob plate has a circumferential outer edge , - the outer edge of the cooking hob plate is laterally spaced from the trough edge on all sides of the cooking hob plate, - an inner housing is provided underneath the cooking hob plate and fixedly connected to the cooking hob plate as part of the construction unit , wherein the heating devices are disposed in the inner housing and/or are enclosed by the inner housing , characterized in that - the receptacle trough , within the trough edge thereof, has a circumferential groove directly adjacent thereto, which groove extends below the plane of the cooking hob plate , - the groove reaches up to below the outer edge of the cooking hob plate or a circumferential frame part provided on the outer edge of the cooking hob plate, - the groove extends partially outside the cooking hob plate and outside the inner housing and engages under the cooking hob plate.
Vehicle failure warning system , wherein the vehicle failure warning system is in communication connection with a plurality of vehicles (3-1, 3-2...3-n) and is capable of warning a vehicle of an imminent failure, the vehicle failure warning system comprising: a) a data collection module , the data collection module being configured to collect vehicle data from the plurality of vehicles (3-1, 3-2...3-n) within a time span to form a data cluster; characterized in that said vehicle failure warning system further comprises : b) a data screening module , the data screening module being configured to screen data from the data cluster based on characteristics of a failure prediction model to be generated; c) a prediction model generation module , the prediction model generation module being configured to construct the failure prediction model for predicting a vehicle failure, from the data screened by the data screening module ; and d) a failure prediction module , the failure prediction module being configured to predict, in the situation where the failure prediction model is called and based on real-time vehicle data, whether there is an imminent failure in the vehicle and issue an alert when predicting that there is an imminent failure in the vehicle. a) a data collection module , the data collection module being configured to collect vehicle data from the plurality of vehicles (3-1, 3-2...3-n) within a time span to form a data cluster; characterized in that said vehicle failure warning system further comprises : b) a data screening module , the data screening module being configured to screen data from the data cluster based on characteristics of a failure prediction model to be generated; c) a prediction model generation module , the prediction model generation module being configured to construct the failure prediction model for predicting a vehicle failure, from the data screened by the data screening module ; and d) a failure prediction module , the failure prediction module being configured to predict, in the situation where the failure prediction model is called and based on real-time vehicle data, whether there is an imminent failure in the vehicle and issue an alert when predicting that there is an imminent failure in the vehicle.