mhurhangee/ep-ind-claims huggingface dataset:
Inverter for an electric machine, comprising a plurality of switching modules (2, 3, 4) being part of a power unit of the inverter, wherein the power unit is configured to provide a multiphase AC output current and each switching module (2, 3, 4) is connected to an output phase of the inverter, wherein the inverter further comprises a cooling channel configured to conduct a coolant and coupled thermally with the switching modules (2, 3, 4) for dissipating heat generated by the switching modules (2, 3, 4), wherein before a first switching module with respect to a flow direction of the coolant a redirection structure is disposed, wherein between a pair of adjacent switching modules (2, 3, 4) with respect to the flow direction a further redirection structure (13, 14) is disposed characterized in that the further redirection structure (13, 14) is configured to redirect the coolant by an angle of at least 95°.
A method for providing access to mobile web services provided by a service provider system using a single sign-on, SSO, credential managed by a client-side computer system, the method comprising: receiving, at the service provider system, an authentication token from a mobile device, the authentication token generated by the client-side computer system upon authenticating the identity of a user at the mobile device using the user's single sign on credential; selecting, using at least one processor, an authentication protocol from a plurality of supported authentication protocols based on the received authentication token; processing, at the service provider system, the authentication token to validate the authentication token in accordance with the selected authentication protocol; generating an authorization access token based on said processing; providing the authorization access token to the mobile device; processing a service request received from the mobile device, the service request containing the authorization access token; processing the authorization access token to validate authority to receive the service request; and servicing the service request in response to the step of processing the authorization access token. receiving, at the service provider system, an authentication token from a mobile device, the authentication token generated by the client-side computer system upon authenticating the identity of a user at the mobile device using the user's single sign on credential; selecting, using at least one processor, an authentication protocol from a plurality of supported authentication protocols based on the received authentication token; processing, at the service provider system, the authentication token to validate the authentication token in accordance with the selected authentication protocol; generating an authorization access token based on said processing; providing the authorization access token to the mobile device; processing a service request received from the mobile device, the service request containing the authorization access token; processing the authorization access token to validate authority to receive the service request; and servicing the service request in response to the step of processing the authorization access token.
A method comprising: sensing a live image at a first optical magnification of a portion of a tissue sample on a substrate with a sensor (160, 165); without storing the sensed live image, displaying at least a portion of the sensed live image on a display at a sensor to display pixel ratio greater than one to one; and/ or in response to user input performing at least one of the following: electronically modifying the sensor to display pixel ratio at which the sensed live image is displayed on the display, and when a threshold sensor to display pixel ratio is reached at the first magnification beyond which a sensor to display pixel ratio can no longer be modified, automatically sensing a magnified view of an area of the portion of the tissue sample at a second optical magnification in response to an attempt to modify the sensor to display pixel ratio beyond the threshold sensor to display pixel radio; and performing at least one of the following: refreshing the at least a portion of the sensed live image that is displayed at a computer controlled rate, and storing the at least a portion of the sensed live image that is displayed. sensing a live image at a first optical magnification of a portion of a tissue sample on a substrate with a sensor (160, 165); without storing the sensed live image, displaying at least a portion of the sensed live image on a display at a sensor to display pixel ratio greater than one to one; and/ or in response to user input performing at least one of the following: electronically modifying the sensor to display pixel ratio at which the sensed live image is displayed on the display, and when a threshold sensor to display pixel ratio is reached at the first magnification beyond which a sensor to display pixel ratio can no longer be modified, automatically sensing a magnified view of an area of the portion of the tissue sample at a second optical magnification in response to an attempt to modify the sensor to display pixel ratio beyond the threshold sensor to display pixel radio; and electronically modifying the sensor to display pixel ratio at which the sensed live image is displayed on the display, and when a threshold sensor to display pixel ratio is reached at the first magnification beyond which a sensor to display pixel ratio can no longer be modified, automatically sensing a magnified view of an area of the portion of the tissue sample at a second optical magnification in response to an attempt to modify the sensor to display pixel ratio beyond the threshold sensor to display pixel radio; and performing at least one of the following: refreshing the at least a portion of the sensed live image that is displayed at a computer controlled rate, and storing the at least a portion of the sensed live image that is displayed. refreshing the at least a portion of the sensed live image that is displayed at a computer controlled rate, and storing the at least a portion of the sensed live image that is displayed.
Process for the electrochemical conversion of carbon dioxide into carbon monoxide, characterized in that the carbon dioxide is reacted cathodically at a gas diffusion electrode to form CO, and chlorine or oxygen is simultaneously produced on the anode side, where the gas diffusion electrode comprises at least one sheet-like, electrically conductive support and a gas diffusion layer and electrocatalyst applied to the support, where the gas diffusion layer consists at least of a mixture of electrocatalyst and a hydrophobic polymer, and where silver acts as electrocatalyst for the reduction of carbon dioxide, characterized in that the electrocatalyst contains silver in the form of highly porous agglomerated nanoparticles and the nanoparticles have a surface area measured by the BET method of at least 2 m 2 /g.
A heating device comprising: a radiation source that emits a source radiation, an absorber layer, and a radiation emitting layer comprising an emitting layer host material, wherein the radiation emitting layer comprises an edge, an emitting layer first surface, and an emitting layer second surface; wherein the edge has a height of d L and the emitting layer first surface has a length L, wherein length L is greater than height d L, and the ratio of the length L to the height d L is greater than or equal to 10; wherein the radiation source is coupled to the edge, wherein the source radiation is transmitted from the radiation source through the edge; wherein the absorber layer comprises an absorber layer first surface and wherein the absorber layer first surface is in direct contact with the emitting layer second surface, the heating device being characterized in that the radiation emitting layer comprises a luminescent agent and the source radiation excites the luminescent agent, whereafter the luminescent agent emits an emitted radiation, wherein at least a portion of the emitted radiation exits through the emitting layer second surface through an escape cone; wherein the absorber layer comprises an absorber that absorbs emitted radiation that escapes through the escape cone. a radiation source that emits a source radiation, an absorber layer, and a radiation emitting layer comprising an emitting layer host material, wherein the radiation emitting layer comprises an edge, an emitting layer first surface, and an emitting layer second surface; wherein the edge has a height of d L and the emitting layer first surface has a length L, wherein length L is greater than height d L, and the ratio of the length L to the height d L is greater than or equal to 10; wherein the radiation source is coupled to the edge, wherein the source radiation is transmitted from the radiation source through the edge; wherein the absorber layer comprises an absorber layer first surface and wherein the absorber layer first surface is in direct contact with the emitting layer second surface, the heating device being characterized in that the radiation emitting layer comprises a luminescent agent and the source radiation excites the luminescent agent, whereafter the luminescent agent emits an emitted radiation, wherein at least a portion of the emitted radiation exits through the emitting layer second surface through an escape cone; wherein the absorber layer comprises an absorber that absorbs emitted radiation that escapes through the escape cone.
A method for obtaining spectrum coefficients for a replacement frame of an audio signal, the method comprising: detecting a tonal component of a spectrum of an audio signal based on a peak that exists in the spectra of frames (m-1, m-2) preceding a replacement frame (m); for the tonal component of the spectrum, predicting spectrum coefficients for the peak and its surrounding in the spectrum of the replacement frame (m); and for the non-tonal component of the spectrum, using a non-predicted spectrum coefficient for the replacement frame (m) or a corresponding spectrum coefficient of a frame preceding the replacement frame (m). detecting a tonal component of a spectrum of an audio signal based on a peak that exists in the spectra of frames (m-1, m-2) preceding a replacement frame (m); for the tonal component of the spectrum, predicting spectrum coefficients for the peak and its surrounding in the spectrum of the replacement frame (m); and for the non-tonal component of the spectrum, using a non-predicted spectrum coefficient for the replacement frame (m) or a corresponding spectrum coefficient of a frame preceding the replacement frame (m).
A method of enforcing a revocation list at a content consumption device, the method comprising: receiving and authenticating a device certificate, wherein the device certificate comprises device information identifying the content consumption device; receiving and authenticating a revocation list identifying one or more respective device capabilities that have been revoked from one or more devices; determining revocation information identifying revoked capabilities for the content consumption device using the device information and the revocation list; receiving a message comprising capability verification information and a decryption key required to enable descrambling of scrambled content, and applying an operation to the capability verification information and revocation information to determine if the content consumption device can use the decryption key to enable descrambling of the content; characterized in that the capability verification information indicates whether the content consumption device has the needed capability to process the content with which the message is associated. receiving and authenticating a device certificate, wherein the device certificate comprises device information identifying the content consumption device; receiving and authenticating a revocation list identifying one or more respective device capabilities that have been revoked from one or more devices; determining revocation information identifying revoked capabilities for the content consumption device using the device information and the revocation list; receiving a message comprising capability verification information and a decryption key required to enable descrambling of scrambled content, and applying an operation to the capability verification information and revocation information to determine if the content consumption device can use the decryption key to enable descrambling of the content; characterized in that the capability verification information indicates whether the content consumption device has the needed capability to process the content with which the message is associated.
A laundry detergent, useful for cold-water cleaning, comprising: a) water; b) 1 to 70 wt.% of an anionic surfactant selected from the group consisting of linear alkylbenzene sulfonates, fatty alcohol ethoxylate sulfates, fatty alcohol sulfates; c) 1 to 70 wt.% of a fatty alcohol ethoxylate; d) 1 to 70 wt.% of a mid-chain headgroup surfactant, wherein the surfactant has: (i) a saturated or unsaturated, linear or branched C 14 -C 30 alkyl chain; and (ii) a polar group bonded to a central zone carbon of the C 14 -C 30 alkyl chain, wherein the mid-chain headgroup surfactant is selected from the group consisting of alcohol sulfates, alcohol ethoxylates, ether sulfates, sulfonates, arylsulfonates, alcohol phosphates, quaterniums, betaines, sulfobetaines, and mixtures thereof; and wherein the central zone carbon is identified by letting N being equal to the number of carbons in the longest continuous alkyl chain, where N has a value from 14 to 30; and wherein N is even, the central zone carbons are found by counting N/2, (N/2)-1, or (N/2)-2 carbons from either end of the chain; and wherein N is odd, the central zone carbons are found by counting (N+1)/2, [(N+1)/2] - 1, [(N+1)/2] - 2, or [(N+1)/2] - 3 carbons from either end of the chain. a) water; b) 1 to 70 wt.% of an anionic surfactant selected from the group consisting of linear alkylbenzene sulfonates, fatty alcohol ethoxylate sulfates, fatty alcohol sulfates; c) 1 to 70 wt.% of a fatty alcohol ethoxylate; d) 1 to 70 wt.% of a mid-chain headgroup surfactant, wherein the surfactant has: (i) a saturated or unsaturated, linear or branched C 14 -C 30 alkyl chain; and (ii) a polar group bonded to a central zone carbon of the C 14 -C 30 alkyl chain, (i) a saturated or unsaturated, linear or branched C 14 -C 30 alkyl chain; and (ii) a polar group bonded to a central zone carbon of the C 14 -C 30 alkyl chain,
A method of navigating a set of media items comprising: selecting a first media item from the set of media items; ordering the set of media items according to at least one criterion indicative of similarity of the media items to the first media item to obtain an ordered set of media items each being assigned to a different position of the ordered set; presenting the first media item and waiting for a user input during presentation of the first media item; upon receiving the user input: - determining what amount of the first media item was presented before the input was received, - selecting a position in said ordered set using the determined amount as a measure for selecting the position, - selecting a second media item from said position in the ordered set of media items, and - presenting the selected second media item. selecting a first media item from the set of media items; ordering the set of media items according to at least one criterion indicative of similarity of the media items to the first media item to obtain an ordered set of media items each being assigned to a different position of the ordered set; presenting the first media item and waiting for a user input during presentation of the first media item; upon receiving the user input: - determining what amount of the first media item was presented before the input was received, - selecting a position in said ordered set using the determined amount as a measure for selecting the position, - selecting a second media item from said position in the ordered set of media items, and - presenting the selected second media item. - determining what amount of the first media item was presented before the input was received, - selecting a position in said ordered set using the determined amount as a measure for selecting the position, - selecting a second media item from said position in the ordered set of media items, and - presenting the selected second media item.
A pharmaceutical composition comprising triggerable liposomes or particles encapsulating at least one site I sodium channel blocker, wherein the site I sodium channel blocker is repeatably released upon exposing to a triggering agent in an amount effective to produce anesthesia, wherein the triggerable liposomes or particles comprise one or more triggerable elements selected from the group consisting of gold nanorods, gold nanoshells, gold nanostars, gold nanocages, photosensitizers, and sonosensitizers. triggerable liposomes or particles encapsulating at least one site I sodium channel blocker, wherein the site I sodium channel blocker is repeatably released upon exposing to a triggering agent in an amount effective to produce anesthesia, wherein the triggerable liposomes or particles comprise one or more triggerable elements selected from the group consisting of gold nanorods, gold nanoshells, gold nanostars, gold nanocages, photosensitizers, and sonosensitizers.
A process for forming a protective coating containing aluminum and aluminum on the surface of a metal part, wherein said part and a cement made of aluminum alloy are brought into contact with a gas at a treatment temperature in a treatment chamber, the gas comprising a carrier gas and an activator, the activator reacting with the cement to form a gaseous aluminum halide, which decomposes at the surface of the part depositing metallic aluminum thereon, the activator containing a zirconium salt, such as ZrO(3⁄4 obtained from zirconium salt granules, the dissociation reactions of said zirconium salt taking place in a dissociation temperature interval with formation of a deposit of Zr metal at the surface of the part, the part, the cement and the zirconium salt granules are gradually heated together in the chamber from ambient temperature up to the treatment temperature, characterized in that the treatment chamber is maintained at an overpressure without circulation of carrier gas over the temperature interval corresponding to the dissociation reactions of the zirconium salt.
A nebulizing device for use in a system for generating a continuous positive airway pressure (CPAP) for newborn infants and for simultaneously adding a nebulized drug, comprising a CPAP device, and a branch-channel which at one end thereof is connected with a breathing channel of the CPAP device and which at the other end thereof is adaptable to fit with a tube of an attachment device, which is applicable at the newborn infant, wherein the breathing channel of the CPAP device comprises a first branch-channel, connected with the branch-channel of the nebulizing device, wherein the CPAP device comprises an inlet channel, connected with the breathing channel, wherein the nebulizing device comprises a nebulizing channel provided for introducing the nebulized drug, wherein the nebulizing channe is connected with the branch-channel, characterized in that the nebulizing channel is positioned at the branch-channel so that the nebulizing channel and the branchchannel define an angle α >= 120°, wherein the breathing channel comprises a second branch-channel, which opens into the atmosphere and which is connected with the first branch-channel, wherein the nebulizing channel is dimensioned so that the flow speed in the nebulizing channel is lower than the flow speed at the inlet channel and during inhalation the flow in the nebulizing channel is at least equal to the inhalation flow by the newborn infant.
Kneading device comprising an inner cone and an outer cone, wherein: - the inner cone and the outer cone define a space in between the inner cone and the outer cone; - from a horizontal plane the inner cone inclines and forms an angle ic; - from the same horizontal plane the outer cone inclines and forms an angle oc; - the inner cone has an opening in a bottom of the inner cone; - both the inner cone and the outer cone continue vertically in an inner extension and an outer extension, respectively, wherein a space in between the inner extension and the outer extension is a gap; - the inner cone and the outer cone are connected by scraping wings extending from a centre portion of the kneading device and through the inner cone and the outer cone and towards, but not fixated to, an inner wall of the outer cone; and wherein - the outer cone inclines more than the inner cone, when viewed from the horizontal plane, so that angle oc > angle ic. - the inner cone and the outer cone define a space in between the inner cone and the outer cone; - from a horizontal plane the inner cone inclines and forms an angle ic; - from the same horizontal plane the outer cone inclines and forms an angle oc; - the inner cone has an opening in a bottom of the inner cone; - both the inner cone and the outer cone continue vertically in an inner extension and an outer extension, respectively, wherein a space in between the inner extension and the outer extension is a gap; - the inner cone and the outer cone are connected by scraping wings extending from a centre portion of the kneading device and through the inner cone and the outer cone and towards, but not fixated to, an inner wall of the outer cone; and wherein - the outer cone inclines more than the inner cone, when viewed from the horizontal plane, so that angle oc > angle ic.
An electrical switchgear comprising a front, a back and a switch arrangement, the switch arrangement comprising a terminal arrangement comprising an electrical contact for a bus and an electrical contact for a load connection (cable) which are spaced apart along an axial direction; and a switching device that is moveable linearly in said terminal arrangement along said axial direction to a service position to make an electrical connection between said electrical contact for said load connection and said electrical contact for said bus, wherein said electrical contact for said load connection is located closer to said back of said switchgear than is said electrical contact for said bus, wherein said terminal arrangement further comprises an electrical contact for earth, which is spaced apart from said electrical contact for said load connection along said axial direction and is located closer to said back of said switchgear than is said electrical, contact for said load connection, wherein, said device is moveable linearly in said terminal arrangement along said axial direction to an earth position to make an electrical connection between said electrical contact for earth and said electrical contact for said load connection, and wherein said switching device can make or break a circuit when in the service or earth positions.