mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a personalized hearing profile for an ear module adapted to be worn at ear level, the method comprising: providing on a first device including a user interface, a frame of reference in the user interface, where positions in the frame of reference are associated with preset hearing profiles amongst a plurality of preset hearing profiles, each preset hearing profile comprising a different combination of dynamic range compression data and frequency shaping data; determining a position identified in two dimensions on the frame of reference, in response to user interaction with the user interface, and determining a certain preset hearing profile from amongst said plurality of preset hearing profiles that is associated with the position; transmitting to the ear module a chosen one of: the certain preset hearing profile, whereby the ear module is capable of generating sound through a speaker based upon the certain preset hearing profile to provide real-time feedback to the user, or audio stream data generated using (a) an audio stream generated by the first device, and (b) the certain preset hearing profile, whereby the ear module is capable of generating sound through the speaker based upon the audio stream data to provide real-time feedback to the user; and repeating the determining and transmitting steps until detection of an end event. providing on a first device including a user interface, a frame of reference in the user interface, where positions in the frame of reference are associated with preset hearing profiles amongst a plurality of preset hearing profiles, each preset hearing profile comprising a different combination of dynamic range compression data and frequency shaping data; determining a position identified in two dimensions on the frame of reference, in response to user interaction with the user interface, and determining a certain preset hearing profile from amongst said plurality of preset hearing profiles that is associated with the position; transmitting to the ear module a chosen one of: the certain preset hearing profile, whereby the ear module is capable of generating sound through a speaker based upon the certain preset hearing profile to provide real-time feedback to the user, or audio stream data generated using (a) an audio stream generated by the first device, and (b) the certain preset hearing profile, whereby the ear module is capable of generating sound through the speaker based upon the audio stream data to provide real-time feedback to the user; and repeating the determining and transmitting steps until detection of an end event. the certain preset hearing profile, whereby the ear module is capable of generating sound through a speaker based upon the certain preset hearing profile to provide real-time feedback to the user, or audio stream data generated using (a) an audio stream generated by the first device, and (b) the certain preset hearing profile, whereby the ear module is capable of generating sound through the speaker based upon the audio stream data to provide real-time feedback to the user; and repeating the determining and transmitting steps until detection of an end event.
A rearview assembly comprising: a housing having a front defining an opening ; a carrier secured to the housing , the carrier comprising a first recess and a first aperture ; an electro-optic device coupled with the carrier , the electro-optic device including: a front substrate defining a first surface and a second surface ; a rear substrate defining a third surface and a fourth surface ; an electro-optic medium disposed between the front substrate and the rear substrate ; a peripheral seal containing the electro-optic medium between the front substrate and the rear substrate ; a graphic proximate the second surface , the graphic including an indicia ; and a viewing window disposed on an outboard corner of the electro-optic device , defined by a second recess in the rear substrate ; an imager rearward the front substrate of the electro-optic device , the imager in optical communication with the first recess and the viewing window ; and a light source operable to emit light through the first aperture and the electro-optic device , in optical communication with the indicia . a housing having a front defining an opening ; a carrier secured to the housing , the carrier comprising a first recess and a first aperture ; an electro-optic device coupled with the carrier , the electro-optic device including: a front substrate defining a first surface and a second surface ; a rear substrate defining a third surface and a fourth surface ; an electro-optic medium disposed between the front substrate and the rear substrate ; a peripheral seal containing the electro-optic medium between the front substrate and the rear substrate ; a graphic proximate the second surface , the graphic including an indicia ; and a viewing window disposed on an outboard corner of the electro-optic device , defined by a second recess in the rear substrate ; a front substrate defining a first surface and a second surface ; a rear substrate defining a third surface and a fourth surface ; an electro-optic medium disposed between the front substrate and the rear substrate ; a peripheral seal containing the electro-optic medium between the front substrate and the rear substrate ; a graphic proximate the second surface , the graphic including an indicia ; and a viewing window disposed on an outboard corner of the electro-optic device , defined by a second recess in the rear substrate ; an imager rearward the front substrate of the electro-optic device , the imager in optical communication with the first recess and the viewing window ; and a light source operable to emit light through the first aperture and the electro-optic device , in optical communication with the indicia .
A system for provisioning cloud services across heterogeneous computing environments, comprising: a computer including one or more microprocessors; a configuration management server , executing on the computer, that stores a plurality of provisioning instructions partitioned into a plurality of ranges ; and a plurality of client nodes configured into a plurality of groups, each group providing one or more heterogeneous computing environments on one or more virtual machines for hosting a cloud service; wherein each group is associated with a provisioning instruction launcher specifying a particular range of provisioning instructions for use in configuring computing environments in that group, each particular range including one or more provisioning instructions for configuring one or more client nodes of a particular type of client node; and wherein when a virtual machine in a particular group restarts, the computing environment on the virtual machine searches for the latest version of the provisioning instruction in the range specified by the provisioning instruction launcher associated with the particular group. a computer including one or more microprocessors; a configuration management server , executing on the computer, that stores a plurality of provisioning instructions partitioned into a plurality of ranges ; and a plurality of client nodes configured into a plurality of groups, each group providing one or more heterogeneous computing environments on one or more virtual machines for hosting a cloud service; wherein each group is associated with a provisioning instruction launcher specifying a particular range of provisioning instructions for use in configuring computing environments in that group, each particular range including one or more provisioning instructions for configuring one or more client nodes of a particular type of client node; and wherein when a virtual machine in a particular group restarts, the computing environment on the virtual machine searches for the latest version of the provisioning instruction in the range specified by the provisioning instruction launcher associated with the particular group.
A play structure for practicing a ball sport, said structure comprising an inflatable frame having : - an upper part designed to rise substantially vertically when inflated to form a target for said ball; - a lower part designed to rest on the ground in the inflated state to form a base for said upper part; said structure comprising an auxiliary chamber which is sealingly fixed to the outside of the frame , said chamber housing an inflation module so as to be able, by bearing on said chamber, to be compressed over a compression stroke and to return to a stable state over a decompression stroke, the play structure being characterized in that it comprises a first non-return valve being arranged between said chamber and the frame to enable air to be injected into said frame on the compression stroke, a second non-return valve being arranged between said chamber and the outside to enable air to be drawn into said chamber on the decompression stroke. - an upper part designed to rise substantially vertically when inflated to form a target for said ball; - a lower part designed to rest on the ground in the inflated state to form a base for said upper part; said structure comprising an auxiliary chamber which is sealingly fixed to the outside of the frame , said chamber housing an inflation module so as to be able, by bearing on said chamber, to be compressed over a compression stroke and to return to a stable state over a decompression stroke, the play structure being characterized in that it comprises a first non-return valve being arranged between said chamber and the frame to enable air to be injected into said frame on the compression stroke, a second non-return valve being arranged between said chamber and the outside to enable air to be drawn into said chamber on the decompression stroke.
Arrangement for capturing an image of a vehicle external area by a sensor which can be linked with an image displaying system in a vehicle cabin , the arrangement having: - a rotating housing connected to a vehicle body panel , operable between a resting position and operating position , - a sensor disposed within the housing and - an actuation mechanism configured to place the sensor in a concealed position when the housing assumes its resting position and configured to place the sensor is an open position when the housing assumes its operating position allowing the sensor to capture an image of a vehicle external area, the actuation mechanism including a rod connected to the shaft , at one end, and connected to the sensor, at the other end and including guiding means guiding the sensor between its concealed position and its open position, and the sensor guiding means including two grooves having parallel distal portions , the grooves having a curved portion substantially facing the opening and two pins fitted on the sensor, each pin being engaged into a groove. - a rotating housing connected to a vehicle body panel , operable between a resting position and operating position , - a sensor disposed within the housing and - an actuation mechanism configured to place the sensor in a concealed position when the housing assumes its resting position and configured to place the sensor is an open position when the housing assumes its operating position allowing the sensor to capture an image of a vehicle external area, the actuation mechanism including a rod connected to the shaft , at one end, and connected to the sensor, at the other end and including guiding means guiding the sensor between its concealed position and its open position, and the sensor guiding means including two grooves having parallel distal portions , the grooves having a curved portion substantially facing the opening and two pins fitted on the sensor, each pin being engaged into a groove. the actuation mechanism including a rod connected to the shaft , at one end, and connected to the sensor, at the other end and including guiding means guiding the sensor between its concealed position and its open position, and the sensor guiding means including two grooves having parallel distal portions , the grooves having a curved portion substantially facing the opening and two pins fitted on the sensor, each pin being engaged into a groove.
A bodily implant comprising: a support member configured to be placed within a body of a patient, the support member configured to surround at least a portion of a rectum of the patient, wherein the support member includes a first coupling portion and a second coupling portion , the first coupling portion configured to be coupled to the second coupling portion to form a loop, wherein the loop is configured to extend around the portion of the rectum ; and an arm member extending from the support member and configured to be coupled to a portion of the body of the patient to help retain the support member in place within the body of the patient, characterized in that the first and second coupling portions are portions of a snap or button type system. a support member configured to be placed within a body of a patient, the support member configured to surround at least a portion of a rectum of the patient, wherein the support member includes a first coupling portion and a second coupling portion , the first coupling portion configured to be coupled to the second coupling portion to form a loop, wherein the loop is configured to extend around the portion of the rectum ; and an arm member extending from the support member and configured to be coupled to a portion of the body of the patient to help retain the support member in place within the body of the patient,
Hanging cable sleeve , arranged at a wind turbine , for at least one vertically extending cable of the wind turbine , characterized in that said hanging cable sleeve is of rod-shaped form, comprising a fire-resistant rising tube having an open lower end and having a fire-resistant seal in the upper region thereof, through which seal the at least one cable is guided, wherein a width of the interior space of the rising tube is such that the at least one cable is surrounded by a clearance.
Curing agent mixture for coatings that cure at room temperature, comprising (A) 10-60% by weight, preferably 20-60% by weight, more preferably 30-50% by weight, of a polysiloxane, (B) 40-90% by weight, preferably 40-80% by weight, more preferably 40-70% by weight, of an amino-functional alkoxysilane and (C) 1-10% by weight, preferably 2-7% by weight, more preferably 3-5% by weight, of a guanidine compound, wherein the stated amounts of components (A), (B) and (C) add up to 100% by weight and are based on the curing agent mixture. (A) 10-60% by weight, preferably 20-60% by weight, more preferably 30-50% by weight, of a polysiloxane, (B) 40-90% by weight, preferably 40-80% by weight, more preferably 40-70% by weight, of an amino-functional alkoxysilane and (C) 1-10% by weight, preferably 2-7% by weight, more preferably 3-5% by weight, of a guanidine compound,
Method for producing a plurality of curved electronic circuits , comprising: - producing a support comprising a plurality of membranes made from at least one material having a rigidity greater than about 100 MPa, each intended for being part of one of the electronic circuits and having a radius of curvature R between about 15 mm and 500 mm; - applying a force to one of the main faces of each of the membranes such that said membrane is deformed elastically and has a substantially planar shape under the effect of this force; - rigidly connecting at least one electronic component to each of the membranes ; - removing the force applied to one of the main faces of each of the membranes such that each of the membranes retrieves its original radius of curvature R and curves the electronic component according to this radius of curvature R. - producing a support comprising a plurality of membranes made from at least one material having a rigidity greater than about 100 MPa, each intended for being part of one of the electronic circuits and having a radius of curvature R between about 15 mm and 500 mm; - applying a force to one of the main faces of each of the membranes such that said membrane is deformed elastically and has a substantially planar shape under the effect of this force; - rigidly connecting at least one electronic component to each of the membranes ; - removing the force applied to one of the main faces of each of the membranes such that each of the membranes retrieves its original radius of curvature R and curves the electronic component according to this radius of curvature R.
Aircraft (A) comprising at least one turbine engine and a monitoring device associated with the turbine engine, the turbine engine being linked firstly to a plurality of circuits including fluid circuits and electric circuits, and secondly to a plurality of sensors (CE, CF, CI, CM) for monitoring the turbine engine and the plurality of circuits, said plurality of sensors comprising at least one fire sensor (CI) and sensors for monitoring the fluid circuits (CF), sensors for monitoring the electric circuits (CE) and sensors for monitoring the operation of the turbine engine (CM) characterized in that the monitoring device is linked to said plurality of sensors and comprises a central processing unit (UI) configured to generate a signal (S_Detectfire-x) indicating the occurrence of a fire on the turbine engine only if a fire sensor (CI) and a sensor for monitoring a fluid circuit (CF) or an electric circuit (CE) or the operation of the turbine engine (CM) transmit a signal (S_FIRE-x, S_FLUID-x, S_ELEC-x, S_TURB-x) indicating an anomaly.
Axle assembly for a vehicle having a crosslink which comprises two crosslink struts and at least three kinematic points , wherein each of the two crosslink struts has a wheel-carrier-side end and a body-side end , wherein at least one of the two crosslink struts has a curvature in a spatial direction, wherein this spatial direction is a vertical axis to a plane which is defined by the at least three kinematic points , characterized by a track rod which is guided in a subregion below the curvature of the at least one crosslink strut .
A light projection device comprising: a plurality of light sources configured to output light of mutually different wavelengths; a transmission component configured to transmit the light at a transmissivity of the light for each wavelength; and a controller configured to control amount of light of the light sources based on transmissivity information indicating a change in the transmissivity for each wavelength, characterized in that the light projection device further comprises a memory configured to store the transmissivity information, an image formation component configured to form an image in each frame on a projection surface by projecting the light from the light sources onto the projection surface, the controller is further configured to acquire light output characteristics of the light sources in a period between frames of the image, and is configured to control the amount of light of the light sources for a rendering period for a frame based on the light output characteristics acquired at a first point in time prior to the rendering period for the frame, the transmissivity information indicates the change in the transmissivity for each wavelength according to elapsed time since a time point (t1) at which dimming of the light sources is commenced, and the transmissivity of the transmission component is reduced, and the controller is further configured to control the amount of light of the light sources for the elapsed time based on the transmissivity information. a plurality of light sources configured to output light of mutually different wavelengths; a transmission component configured to transmit the light at a transmissivity of the light for each wavelength; and a controller configured to control amount of light of the light sources based on transmissivity information indicating a change in the transmissivity for each wavelength, characterized in that the light projection device further comprises a memory configured to store the transmissivity information, an image formation component configured to form an image in each frame on a projection surface by projecting the light from the light sources onto the projection surface, the controller is further configured to acquire light output characteristics of the light sources in a period between frames of the image, and is configured to control the amount of light of the light sources for a rendering period for a frame based on the light output characteristics acquired at a first point in time prior to the rendering period for the frame, the transmissivity information indicates the change in the transmissivity for each wavelength according to elapsed time since a time point (t1) at which dimming of the light sources is commenced, and the transmissivity of the transmission component is reduced, and the controller is further configured to control the amount of light of the light sources for the elapsed time based on the transmissivity information.
A method for synchronizing policy in a control plane, the method comprising: associating , by a network management system, NMS, a first identifier, ID, with a first policy of a network, wherein the first ID uniquely identifies the first policy; pushing , by the NMS, the first policy to the control plane comprising a plurality of controllers; exchanging , by the NMS, the first ID with the plurality of controllers; and determining , by the NMS, at least one controller of the plurality of controllers from which confirmation of the first ID is not received is a stale controller. associating , by a network management system, NMS, a first identifier, ID, with a first policy of a network, wherein the first ID uniquely identifies the first policy; pushing , by the NMS, the first policy to the control plane comprising a plurality of controllers; exchanging , by the NMS, the first ID with the plurality of controllers; and determining , by the NMS, at least one controller of the plurality of controllers from which confirmation of the first ID is not received is a stale controller.
A device for supporting at least one arm of a user, the device comprising - at least one carrier device and - at least one force transmission element , which is arranged on the carrier element by means of a joint , wherein the joint is arranged on a fastening device and the carrier element has a pocket into which the fastening device is inserted. - at least one carrier device and - at least one force transmission element , which is arranged on the carrier element by means of a joint , wherein the joint is arranged on a fastening device and the carrier element has a pocket into which the fastening device is inserted.