mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a processing facility configured to divide an audio signal presented to a cochlear implant patient into a plurality of analysis channels each containing a frequency domain signal representative of a distinct frequency portion of the audio signal, and maintain data representative of a crossover frequency associated with the patient, the crossover frequency representing a boundary between a plurality of low frequency analysis channels included in the plurality of analysis channels and a plurality of high frequency analysis channels included in the plurality of analysis channels, with the plurality of low frequency analysis channels and the plurality of high frequency analysis channels together forming the plurality of analysis channels; and a control facility communicatively coupled to the processing facility and that is configured to direct a cochlear implant associated with the patient to apply electrical stimulation representative of each frequency domain signal included in the plurality of low frequency analysis channels located below the crossover frequency in accordance with a low frequency stimulation strategy that includes a degree of focusing, and direct the cochlear implant to apply electrical stimulation representative of each frequency domain signal included in the plurality of high frequency analysis channels located above the crossover frequency in accordance with a high frequency stimulation strategy that includes a lesser degree of focusing than the low frequency stimulation strategy. a processing facility configured to divide an audio signal presented to a cochlear implant patient into a plurality of analysis channels each containing a frequency domain signal representative of a distinct frequency portion of the audio signal, and maintain data representative of a crossover frequency associated with the patient, the crossover frequency representing a boundary between a plurality of low frequency analysis channels included in the plurality of analysis channels and a plurality of high frequency analysis channels included in the plurality of analysis channels, with the plurality of low frequency analysis channels and the plurality of high frequency analysis channels together forming the plurality of analysis channels; and a control facility communicatively coupled to the processing facility and that is configured to direct a cochlear implant associated with the patient to apply electrical stimulation representative of each frequency domain signal included in the plurality of low frequency analysis channels located below the crossover frequency in accordance with a low frequency stimulation strategy that includes a degree of focusing, and direct the cochlear implant to apply electrical stimulation representative of each frequency domain signal included in the plurality of high frequency analysis channels located above the crossover frequency in accordance with a high frequency stimulation strategy that includes a lesser degree of focusing than the low frequency stimulation strategy.
Housing assembly for a refiner, comprising: a first outer housing element designed to accommodate a stator grinding disc, which [housing element] has at least a first opening for a material inlet, a second outer housing element for accommodating a rotor grinding disc, which [housing element] is linked in a swivel-mounted manner to an articulated spacer element on the first outer housing element in such a way that the outer housing elements (1, 9) are capable of being moved between an open and a closed position, characterised by a cavity element having at least one material outlet (19.1, 19.2), which, in order to encase the stator grinding disc and the rotor grinding disc, is capable of being arranged in an open position between the first outer housing element and the second outer housing element, whereby the first outer housing element and the second outer housing element have means for fixing and clamping the cavity element in the closed position.
A computer-implemented method for updating a property map (100A, 100B, 200) during a simulation, which comprises: inputting, using a client and/or video interface, well log data; selecting, using the client and/or video interface, a 2D or 3D grid display for displaying the well log data; displaying the 2D or 3D grid display as a property map (100A, 100B, 200); receiving, through an input device forming part of a graphical user interface, a selection of an algorithm to update the property map based on a selection to honor the well log data (504, 602) for a plurality of wells; receiving, through the input device, a selection of a variogram parameter to update the property map; updating the property map using the algorithm and the variogram parameter, the updated property map representing a new property map; rendering an image of the new property map in a display device forming part of the graphical user interface; obtaining, through the graphical user interface, a plurality of sketched azimuth guidelines (402, 502) placed on the new property map by drawing on the graphical user interface, the azimuth guidelines indicating one or more directional continuities of the property map; updating the new property map using the algorithm, the variogram parameter, the plurality of sketched azimuth guidelines, and user-defined well data to produce an updated new property map (400B, 500, 600, 700, 800), such that the directional continuities of the updated new property map follow the plurality of sketched azimuth guidelines; and rendering an image of the updated new property map in the graphical user interface on the display device. inputting, using a client and/or video interface, well log data; selecting, using the client and/or video interface, a 2D or 3D grid display for displaying the well log data; displaying the 2D or 3D grid display as a property map (100A, 100B, 200); receiving, through an input device forming part of a graphical user interface, a selection of an algorithm to update the property map based on a selection to honor the well log data (504, 602) for a plurality of wells; receiving, through the input device, a selection of a variogram parameter to update the property map; updating the property map using the algorithm and the variogram parameter, the updated property map representing a new property map; rendering an image of the new property map in a display device forming part of the graphical user interface; obtaining, through the graphical user interface, a plurality of sketched azimuth guidelines (402, 502) placed on the new property map by drawing on the graphical user interface, the azimuth guidelines indicating one or more directional continuities of the property map; updating the new property map using the algorithm, the variogram parameter, the plurality of sketched azimuth guidelines, and user-defined well data to produce an updated new property map (400B, 500, 600, 700, 800), such that the directional continuities of the updated new property map follow the plurality of sketched azimuth guidelines; and rendering an image of the updated new property map in the graphical user interface on the display device.
A storage device or storage disk on which instructions are stored, comprising instructions that when executed cause a client device 202 with a dedicated execution environment to at least: responsive to an offloading alert message i) indicating that a first service device 204 is unable to provide one or more services to the client device 202 and ii) including contextual information from the offloading alert message relating to the one or more services being provided by the first service device 204 to the client device 202, select a candidate device 206 as an opportunistic service device based on a discovery message from the candidate device 206, the discovery message to indicate the candidate device 206 is available to perform the one or more services for the client device 202 based on the contextual information; trigger halting of host execution instructions associated with the one or more services to be provided by the first service device 204 indicated in the offloading alert message; and trigger, with the dedicated execution environment, a restart of the host execution instructions by obtaining the one or more services from the opportunistic service device, the host execution instructions to execute on the client device 202 in isolation from the dedicated execution environment. responsive to an offloading alert message i) indicating that a first service device 204 is unable to provide one or more services to the client device 202 and ii) including contextual information from the offloading alert message relating to the one or more services being provided by the first service device 204 to the client device 202, select a candidate device 206 as an opportunistic service device based on a discovery message from the candidate device 206, the discovery message to indicate the candidate device 206 is available to perform the one or more services for the client device 202 based on the contextual information; trigger halting of host execution instructions associated with the one or more services to be provided by the first service device 204 indicated in the offloading alert message; and trigger, with the dedicated execution environment, a restart of the host execution instructions by obtaining the one or more services from the opportunistic service device, the host execution instructions to execute on the client device 202 in isolation from the dedicated execution environment.
An emitter system for repairing an asphalt pavement, comprising: a structural frame; and one or more emitter panels situated within the structural frame and pointing downward, wherein the structural frame is insulated with a layer of a high-density ceramic, wherein each emitter panel comprises an emitter selected from the group consisting of an elongated semiconductor, a resistance conductor, and a serpentine wire and positioned between the layer of a high-density ceramic and a sheet of a micaceous material exhibiting biaxial birefringence wherein each emitter panel is configured such that, in use, energy generated by each emitter panel passes through the sheet of the micaceous material and impinges on an asphalt pavement, wherein each emitter panel is configured to produce energy with a power density of from 0.465 to 2.325 W/cm 2 (3 to 15 W/IN 2). a structural frame; and one or more emitter panels situated within the structural frame and pointing downward, wherein the structural frame is insulated with a layer of a high-density ceramic, wherein each emitter panel comprises an emitter selected from the group consisting of an elongated semiconductor, a resistance conductor, and a serpentine wire and positioned between the layer of a high-density ceramic and a sheet of a micaceous material exhibiting biaxial birefringence wherein each emitter panel is configured such that, in use, energy generated by each emitter panel passes through the sheet of the micaceous material and impinges on an asphalt pavement, wherein each emitter panel is configured to produce energy with a power density of from 0.465 to 2.325 W/cm 2 (3 to 15 W/IN 2). one or more emitter panels situated within the structural frame and pointing downward, wherein the structural frame is insulated with a layer of a high-density ceramic, wherein each emitter panel comprises an emitter selected from the group consisting of an elongated semiconductor, a resistance conductor, and a serpentine wire and positioned between the layer of a high-density ceramic and a sheet of a micaceous material exhibiting biaxial birefringence wherein each emitter panel is configured such that, in use, energy generated by each emitter panel passes through the sheet of the micaceous material and impinges on an asphalt pavement, wherein each emitter panel is configured to produce energy with a power density of from 0.465 to 2.325 W/cm 2 (3 to 15 W/IN 2).
At a transmission point, TP, a method for uplink measurement operation in a wireless network using a sounding reference signal, SRS, the method comprising: receiving, from a network, one-to-one mapping information indicating a plurality of user equipment, UE, identities, IDs, and a plurality of SRSs; detecting a SRS from a UE, the SRS comprising a first sounding sequence assigned to the UE; identifying (1030, 1040) the UE using the first sounding sequence, wherein the first sounding sequence is used to uniquely identify the UE; and obtaining (1050, 1060) measurement information for deciding a scheme for communications between multiple TPs and the UE for at least one of uplink and downlink transmissions. receiving, from a network, one-to-one mapping information indicating a plurality of user equipment, UE, identities, IDs, and a plurality of SRSs; detecting a SRS from a UE, the SRS comprising a first sounding sequence assigned to the UE; identifying (1030, 1040) the UE using the first sounding sequence, wherein the first sounding sequence is used to uniquely identify the UE; and obtaining (1050, 1060) measurement information for deciding a scheme for communications between multiple TPs and the UE for at least one of uplink and downlink transmissions.
A method performed by a first node, operable in a Wireless Local Network, WLAN, the method being for determining a Clear Channel Assessment Threshold, CCAT, with regards to a second node operable in the WLAN, the method comprising: - performing a transmission to the second node using a Modulation and Coding Scheme, MCS, MCS n, and wherein the method is characterized by further comprising: - determining the CCAT based on the MCS n used for the transmission and on previously used MCS[s] for transmission[s] from the first node to the second node. - performing a transmission to the second node using a Modulation and Coding Scheme, MCS, MCS n, and - determining the CCAT based on the MCS n used for the transmission and on previously used MCS[s] for transmission[s] from the first node to the second node.
A machine for treating laundry which machine comprises - a cabinet having an outside wall, the outside wall having an opening for introduction of laundry into the machine, - a door for closing the introduction opening, - a lock for locking the door, - a safety device adapted to be activated as a result of, and concurrently with, a person's action outside the machine, the safety device comprising - - an input device located on the exterior of the machine, and - - an action device, wherein the input device is adapted to communicate mechanically, electrically, or electromechanically with the action device wherein the action device is adapted to act upon one or more components of the lock, - permitting, in an activated condition of the safety device, the lock to lock the unlocked door concurrently with the person's action outside of the machine, the person's action comprising acting upon the input device and - preventing, in a non-activated condition of the safety device, at times that there is no person's action and the door is unlocked, the door to be closed entirely, leaving at least a gap between the interior and the exterior of the machine. - a cabinet having an outside wall, the outside wall having an opening for introduction of laundry into the machine, - a door for closing the introduction opening, - a lock for locking the door, - a safety device adapted to be activated as a result of, and concurrently with, a person's action outside the machine, the safety device comprising - - an input device located on the exterior of the machine, and - - an action device, wherein the input device is adapted to communicate mechanically, electrically, or electromechanically with the action device wherein the action device is adapted to act upon one or more components of the lock, - - an input device located on the exterior of the machine, and - - an action device, wherein the input device is adapted to communicate mechanically, electrically, or electromechanically with the action device wherein the action device is adapted to act upon one or more components of the lock, wherein the input device is adapted to communicate mechanically, electrically, or electromechanically with the action device wherein the action device is adapted to act upon one or more components of the lock, - permitting, in an activated condition of the safety device, the lock to lock the unlocked door concurrently with the person's action outside of the machine, the person's action comprising acting upon the input device and - preventing, in a non-activated condition of the safety device, at times that there is no person's action and the door is unlocked, the door to be closed entirely, leaving at least a gap between the interior and the exterior of the machine.
An intervertebral disc prosthesis insertion assembly comprising an intervertebral disc prosthesis releasably retained by an insertion adapter and a demountable insertion tool body, the insertion adapter having a coupler for releasably mounting on said insertion tool body, characterized in that said insertion adapter comprises at least two parts, each part comprising: firstly, holding portions (116, 118, 120, 121, 123) retaining said prosthesis and, secondly, coupling portions (169a, 169b) which are complementary to each other and coupled together by at least one assembler (165a, 165b, 165c, 165e, 172-173), said assembler releasably tightening said holding portions around at least part of said prosthesis, said two parts and said assembler forming actuating means for releasing the prosthesis.
A method for unlocking a mobile communication card locked by means of an access code of a user, comprising the steps of - accepting a contact made by a user of the mobile communication card by a service device (20; 30); and - authenticating the user to the service device (20; 30); characterized by the further steps of - automatically setting up (S3; S3a; S3b) an access for the user on the mobile communication card upon prompting by the service device (20; 30), - wherein the service device (20; 30) comprises a device operated by a third party independent of a card issuer and/or mobile communication network operator, rated as trustworthy by the card issuer and/or mobile communications network operator, said device effecting at least the step of authenticating, - wherein in the step of setting up (S3; S3a; S3b) the access, a new access code is set up on the mobile communication card by the service device (20; 30) and the user is notified of the new access code, - wherein in the step of setting up (S3; S3a; S3b) the new access code is made available by the service device (20; 20'; 30). - accepting a contact made by a user of the mobile communication card by a service device (20; 30); and - authenticating the user to the service device (20; 30); - automatically setting up (S3; S3a; S3b) an access for the user on the mobile communication card upon prompting by the service device (20; 30), - wherein the service device (20; 30) comprises a device operated by a third party independent of a card issuer and/or mobile communication network operator, rated as trustworthy by the card issuer and/or mobile communications network operator, said device effecting at least the step of authenticating, - wherein in the step of setting up (S3; S3a; S3b) the access, a new access code is set up on the mobile communication card by the service device (20; 30) and the user is notified of the new access code, - wherein in the step of setting up (S3; S3a; S3b) the new access code is made available by the service device (20; 20'; 30).
A system comprising a cold beverage preparation device and a hot extraction module, the cold beverage preparation device comprising an open cooling reservoir for receiving a liquid beverage, cooling means associated to the cooling reservoir for cooling at least part of an internal surface of the cooling reservoir, a rotational stirring member arranged in the cooling reservoir for mixing or foaming the liquid depending on the speed of rotation of the member, and a rotational scraping member arranged in the cooling reservoir for scraping the internal surface of the cooling reservoir, the rotational stirring member and the scraping member being designed for being driven independently within the cooling reservoir of the device, the hot extraction module comprising a brewing unit for injection of hot liquid into a beverage ingredients containing capsule, a hot beverage outlet connected to the brewing unit for dispensing of a hot extracted beverage; wherein the hot beverage outlet and the open cooling reservoir of the device are arranged moveably relative to each other such that the hot extracted beverage may be selectively dispensed from the hot beverage outlet into the open cooling reservoir in at least one relative position of the hot beverage outlet and the cooling module.
A method for charging batteries in a plurality of implantable medical devices, comprising: (a) generating a charging field during a charging session using an external charger to simultaneously charge the batteries in the implantable medical devices; (b) monitoring at the external charger parameters indicative of the coupling between the external charger and each of the implantable medical devices during the charging session; and (c) adjusting during the charging session an intensity of the charging field in accordance with a first of the parameters, and a duty cycle of the charging field in accordance with a second of the parameters to maximize a charging speed in a first IMD, the first IMD being the implant having the lowest coupling, while not exceeding a maximum power dissipation limit for a second IMD, the second IMD being the IMD having the highest coupling; wherein the first parameter is indicative of a lowest coupling to the external charger and the second parameter is indicative of a highest coupling to the external charger. (a) generating a charging field during a charging session using an external charger to simultaneously charge the batteries in the implantable medical devices; (b) monitoring at the external charger parameters indicative of the coupling between the external charger and each of the implantable medical devices during the charging session; and (c) adjusting during the charging session an intensity of the charging field in accordance with a first of the parameters, and a duty cycle of the charging field in accordance with a second of the parameters to maximize a charging speed in a first IMD, the first IMD being the implant having the lowest coupling, while not exceeding a maximum power dissipation limit for a second IMD, the second IMD being the IMD having the highest coupling;