mhurhangee/ep-ind-claims huggingface dataset:
A water current power generation structure comprising: a power generation unit including a main body, a mounting portion (2, 31, 103) which extends from the main body and which defines a mounting axis; a support structure adapted for engagement with a bed of a body of water, and including a support housing (3, 32, 102); wherein the structure further comprises a yaw mechanism (6, 35, 113) for rotating the power generation unit relative to the support structure, the mechanism comprising: a pinion (7, 36, 107) mounted within the mounting portion (2, 31, 103); and being characterised by a gear (8, 37, 111) selectively engageable with the support housing (3, 32, 102) and arranged to engage the pinion (7, 36, 107) via a gear surface (9, 38, 111) to rotate the power generation unit about the mounting axis relative to the support structure (3, 32, 102); and a selective engagement mechanism (10, 39, 120) for selectively engaging the yaw mechanism (6, 35, 113); wherein the selective engagement mechanism (10, 39, 120) provides mechanical or frictional engagement between the gear (8, 37, 111) and the support housing (3, 32, 102). a power generation unit including a main body, a mounting portion (2, 31, 103) which extends from the main body and which defines a mounting axis; a support structure adapted for engagement with a bed of a body of water, and including a support housing (3, 32, 102); wherein the structure further comprises a yaw mechanism (6, 35, 113) for rotating the power generation unit relative to the support structure, the mechanism comprising: a pinion (7, 36, 107) mounted within the mounting portion (2, 31, 103); and being characterised by a gear (8, 37, 111) selectively engageable with the support housing (3, 32, 102) and arranged to engage the pinion (7, 36, 107) via a gear surface (9, 38, 111) to rotate the power generation unit about the mounting axis relative to the support structure (3, 32, 102); and a selective engagement mechanism (10, 39, 120) for selectively engaging the yaw mechanism (6, 35, 113); wherein the selective engagement mechanism (10, 39, 120) provides mechanical or frictional engagement between the gear (8, 37, 111) and the support housing (3, 32, 102). a pinion (7, 36, 107) mounted within the mounting portion (2, 31, 103); and being characterised by a gear (8, 37, 111) selectively engageable with the support housing (3, 32, 102) and arranged to engage the pinion (7, 36, 107) via a gear surface (9, 38, 111) to rotate the power generation unit about the mounting axis relative to the support structure (3, 32, 102); and a selective engagement mechanism (10, 39, 120) for selectively engaging the yaw mechanism (6, 35, 113); wherein the selective engagement mechanism (10, 39, 120) provides mechanical or frictional engagement between the gear (8, 37, 111) and the support housing (3, 32, 102).
An image processing apparatus comprising: an event acquisition unit that is configured to acquire a pen event based on an operation on a screen of the image processing apparatus, wherein the pen event comprises pressing the pen on the screen or moving the pen on the screen or releasing the pen from the screen; a drawing-click determining unit that is configured to determine whether the pen event is an event concerning a stroke of a dot image or concerning a click operation; and a countdown timer that is configured to start clocking, in response to the pen event consisting of releasing the pen from the screen when the distance of the movement of the pen on the screen before being released is below a click distance threshold, wherein the drawing-click determining unit is configured to determine, in response to the countdown timer ending, that the pen event is an event concerning a stroke of a dot image when the elapsed time from another pen event of releasing the pen from the screen and concerning another stroke acquired prior to the pen event is within a certain period of time, and wherein the drawing-click determining unit is further configured to determine, in response to the countdown timer ending, that the pen event is an event concerning a click operation when the elapsed time from another pen event of releasing the pen from the screen and concerning another stroke acquired prior to the pen event is above the certain period of time. an event acquisition unit that is configured to acquire a pen event based on an operation on a screen of the image processing apparatus, wherein the pen event comprises pressing the pen on the screen or moving the pen on the screen or releasing the pen from the screen; a drawing-click determining unit that is configured to determine whether the pen event is an event concerning a stroke of a dot image or concerning a click operation; and a countdown timer that is configured to start clocking, in response to the pen event consisting of releasing the pen from the screen when the distance of the movement of the pen on the screen before being released is below a click distance threshold, wherein the drawing-click determining unit is configured to determine, in response to the countdown timer ending, that the pen event is an event concerning a stroke of a dot image when the elapsed time from another pen event of releasing the pen from the screen and concerning another stroke acquired prior to the pen event is within a certain period of time, and wherein the drawing-click determining unit is further configured to determine, in response to the countdown timer ending, that the pen event is an event concerning a click operation when the elapsed time from another pen event of releasing the pen from the screen and concerning another stroke acquired prior to the pen event is above the certain period of time.
Electronic power module comprising at least one semiconductor connected to connection conductors (6, 7), characterized in that it comprises a dielectric support on the one hand exhibiting a fixed layer on which at least one of said connection conductors is mounted and on the other hand exhibiting a movable layer, the fixed layer and the movable layer being superposed along at least one surface facing the at least one connection conductor, the difference between the dielectric permittivity of the movable layer and the dielectric permittivity of the fixed layer being less than 50% of the dielectric permittivity of the fixed layer.
A method for determining the depth of sleep of a subject, the method comprising the steps of: acquiring EEG signal data from a subject; detecting REM sleep periods of the subject from the EEG signal data; discarding selected segments of the EEG signal data, the selected segments corresponding to the REM sleep periods detected in the detecting step; deriving a sequence of a measure indicative of irregularity in the remaining EEG signal data; and producing, based on the sequence of measure and the detecting step, a sequence of a sleep depth index indicative of the depth of sleep of the subject and state information indicative of whether the EEG signal data is obtained during a REM sleep period. acquiring EEG signal data from a subject; detecting REM sleep periods of the subject from the EEG signal data; discarding selected segments of the EEG signal data, the selected segments corresponding to the REM sleep periods detected in the detecting step; deriving a sequence of a measure indicative of irregularity in the remaining EEG signal data; and producing, based on the sequence of measure and the detecting step, a sequence of a sleep depth index indicative of the depth of sleep of the subject and state information indicative of whether the EEG signal data is obtained during a REM sleep period.
Lighting arrangement comprising an outer cover for a side area of a vehicle, wherein the outer cover comprises: - a structural panel, in which the structural panel comprises an aperture, and wherein the arrangement comprises a lighting device, wherein the lighting device comprises: - a housing facing the aperture and defining an interior volume between the housing and the aperture, - at least one light-emitting member arranged in the interior volume and actuatable in a first on state or a second off state, - a photolith film with at least one graphic element, in which the photolith film is arranged between the at least one light-emitting member and the structural panel, and in which the outer cover is partially opaque, so as to enable the at least one graphic element to be displayed, characterized in that the lighting device comprises at least one light orientation means, wherein the at least one light orientation means is a polarizing element, such that the direction of the light emitted by the at least one light-emitting member is restricted, confining the field of illumination of light emitted towards the exterior, and in which the at least one light orientation means and the photolith film are housed in the interior volume between the housing and the aperture and are arranged parallel to and superimposed on one another. - a structural panel, in which the structural panel comprises an aperture, and wherein the arrangement comprises a lighting device, wherein the lighting device comprises: - a housing facing the aperture and defining an interior volume between the housing and the aperture, - at least one light-emitting member arranged in the interior volume and actuatable in a first on state or a second off state, - a photolith film with at least one graphic element, in which the photolith film is arranged between the at least one light-emitting member and the structural panel, and in which the outer cover is partially opaque, so as to enable the at least one graphic element to be displayed,
An inhaler for enabling deaggregation during dispensing of at least one air stream carrying a dose of medicament powder, the inhaler comprising a flow passage passing a medicament powder-containing cavity, wherein a part of said flow passage propagates along a flat surface region, said flat surface region comprising an opening into said powder-containing cavity, the cavity opening has a rim where the sides of the cavity transcend into the flow passage flat surface region, characterised in that the passing of an air stream along said flat surface region and outside said cavity generates an eddy in the cavity and the generated eddy contributes to deaggregation of the powder in said cavity and emptying of the powder from said cavity, and in that the opposing side surfaces of the flow passage are arranged with a broadening propagation in relation to one another as seen in the flow direction, and wherein the cavity has a length in the flow direction of the flow passage, and a depth, and the depth and the length relation form a substantially quadratic cross section. wherein a part of said flow passage propagates along a flat surface region, said flat surface region comprising an opening into said powder-containing cavity, the cavity opening has a rim where the sides of the cavity transcend into the flow passage flat surface region, characterised in that the passing of an air stream along said flat surface region and outside said cavity generates an eddy in the cavity and the generated eddy contributes to deaggregation of the powder in said cavity and emptying of the powder from said cavity, and in that the opposing side surfaces of the flow passage are arranged with a broadening propagation in relation to one another as seen in the flow direction, and wherein the cavity has a length in the flow direction of the flow passage, and a depth, and the depth and the length relation form a substantially quadratic cross section.
A vane arc segment comprising: an airfoil piece defining first and second platforms (64, 66) and an airfoil section extending between the first and second platforms (64, 66), the airfoil section having a trailing edge, a leading edge, a pressure side, and a suction side, and the first and second platforms (64, 66) each defining first and second circumferential mate faces (64c, 64d, 66c, 66d), forward and aft sides (64a, 64b, 66a, 66b), a gaspath side (64e, 66e), a non-gaspath side (64f, 66f), and a radial flange projecting from the non-gaspath side (64f, 66f), characterized in that: each said radial flange extends continuously and includes a first leg portion extending adjacent the trailing edge, a second leg portion extending from the first leg portion and curving around the suction side, and a third leg portion extending from the second leg portion toward the forward side (64a, 66a). an airfoil piece defining first and second platforms (64, 66) and an airfoil section extending between the first and second platforms (64, 66), the airfoil section having a trailing edge, a leading edge, a pressure side, and a suction side, and the first and second platforms (64, 66) each defining first and second circumferential mate faces (64c, 64d, 66c, 66d), forward and aft sides (64a, 64b, 66a, 66b), a gaspath side (64e, 66e), a non-gaspath side (64f, 66f), and a radial flange projecting from the non-gaspath side (64f, 66f),
A cherry blossom pink decorative member comprising a base and a decorative coating formed on the base, wherein the decorative coating is formed by layering an undercoat layer and a finishing layer from the base side, the undercoat layer is a carbonitride layer composed of a carbonitride of a metal containing Ti and at least one selected from Nb and Ta, and the finishing layer is a Au alloy layer composed of an alloy containing Au, a metal having a silver color, and Cu; and wherein the metal having a silver color is at least one selected from Pd, Pt, and Rh. the decorative coating is formed by layering an undercoat layer and a finishing layer from the base side, the undercoat layer is a carbonitride layer composed of a carbonitride of a metal containing Ti and at least one selected from Nb and Ta, and the finishing layer is a Au alloy layer composed of an alloy containing Au, a metal having a silver color, and Cu; and wherein the metal having a silver color is at least one selected from Pd, Pt, and Rh.
Component for generating active haptic feedback, comprising a main body having first and second internal electrodes (3, 4) stacked one above another in a stacking direction, wherein a respective piezoelectric layer is arranged between the internal electrodes (3, 4), wherein the component is configured to identify a force exerted on the component, wherein the component is configured to generate active haptic feedback if a force exerted on the component is identified, and wherein the haptic feedback is generated by virtue of an electrical voltage being applied between the first and second internal electrodes (3, 4), said electrical voltage resulting in a change in length of the main body, wherein a frustoconical metal sheet (11, 13) is arranged on a top side and/or an underside of the component, wherein the component comprises a measuring unit for measuring a voltage which is generated between the first and second internal electrodes (3, 4) and which arises on account of the force exerted on the component, and wherein the measuring unit is configured to identify the magnitude of the force exerted on the component, for which purpose, in the measuring unit, a plurality of threshold values for the voltage generated between the first and second internal electrodes (3, 4) are defined, and wherein the measuring unit is configured to check in each case which of said threshold values are exceeded. a main body having first and second internal electrodes (3, 4) stacked one above another in a stacking direction, wherein a respective piezoelectric layer is arranged between the internal electrodes (3, 4), wherein the component is configured to identify a force exerted on the component, wherein the component is configured to generate active haptic feedback if a force exerted on the component is identified, and wherein the haptic feedback is generated by virtue of an electrical voltage being applied between the first and second internal electrodes (3, 4), said electrical voltage resulting in a change in length of the main body, wherein a frustoconical metal sheet (11, 13) is arranged on a top side and/or an underside of the component, wherein the component comprises a measuring unit for measuring a voltage which is generated between the first and second internal electrodes (3, 4) and which arises on account of the force exerted on the component, and wherein the measuring unit is configured to identify the magnitude of the force exerted on the component, for which purpose, in the measuring unit, a plurality of threshold values for the voltage generated between the first and second internal electrodes (3, 4) are defined, and wherein the measuring unit is configured to check in each case which of said threshold values are exceeded.
Hydraulic steering unit comprising a working port arrangement (L, R) having two working ports (L, R), a supply port arrangement having a high pressure port and a low pressure port, a main flow path having a main bleed and a metering device and being arranged between said high pressure port and said working port arrangement (L, R), an amplification flow path having an amplification bleed (Au) and being arranged between said high pressure port and said working port arrangement (L, R), said main bleed and said amplification bleed (Au) being controlled together by means of a steering handle and being closed in neutral position of said steering handle, and a drain bleed (Ad) which is open in neutral position of said steering handle, characterized in that said drain bleed (Ad) connecting a point upstream said main bleed and said amplification bleed (Au) to said low pressure port.
A device for scanning biological growth plates, the device comprising: a multi-color illumination source (60, 76) that selectively illuminates a biological growth plate with at least two different illumination colors, wherein the illumination source (60, 76) includes a first light source to produce a first illumination color, a second light source to produce a second illumination color, and a third light source to produce a third illumination color; a monochromatic camera oriented to capture two or more monochromatic images (102A, 102B, 102C) of the biological growth plate during illumination with each of the at least two different illumination colors; a processor adapted to control the illumination source (60, 76) to control illumination durations and illumination intensities for each of the first, second and third light sources, and to controls the camera to capture one or more images (102A, 102B, 102C) of the biological growth plate during illumination with each of the at least two different illumination colors; and wherein the processor is adapted to combines the two or more monochromatic images (102A, 102B, 102C) captured by the monochromatic camera during illumination with each of the at least two different illumination colors to form a multi-color composite image of the biological growth plate and to processes the multi-color composite image to generate a bacterial colony count associated with the biological growth plate. a multi-color illumination source (60, 76) that selectively illuminates a biological growth plate with at least two different illumination colors, wherein the illumination source (60, 76) includes a first light source to produce a first illumination color, a second light source to produce a second illumination color, and a third light source to produce a third illumination color; a monochromatic camera oriented to capture two or more monochromatic images (102A, 102B, 102C) of the biological growth plate during illumination with each of the at least two different illumination colors; a processor adapted to control the illumination source (60, 76) to control illumination durations and illumination intensities for each of the first, second and third light sources, and to controls the camera to capture one or more images (102A, 102B, 102C) of the biological growth plate during illumination with each of the at least two different illumination colors; and wherein the processor is adapted to combines the two or more monochromatic images (102A, 102B, 102C) captured by the monochromatic camera during illumination with each of the at least two different illumination colors to form a multi-color composite image of the biological growth plate and to processes the multi-color composite image to generate a bacterial colony count associated with the biological growth plate.
A compound of formula in the form of any one of its stereoisomers or a mixture thereof, and wherein n is 0 or 1; R and R', independently from each other, represent a hydrogen atom or a methyl group provided that one of said groups represents a hydrogen atom and the other a methyl group; each R 1, independently from each other, represents a hydrogen atom; and R 2 and R 3 represent, independently of each other, a methyl group.
A method for authorizing a local service when there is no one-to-one roaming agreement between a service provider of a local network and a home network, wherein the method is applied to an evolved packet system EPS, and is executed by a home network device, and comprises: receiving, by a home network device, a first message sent by a local network device, wherein the first message comprises characteristic information of the local network wherein the first message carries a second message sent by a UE to the local network device wherein the second message is used to request to access the home network of the UE, and the characteristic information comprises local service information and at least one of a service provider identifier and a roaming consortium identifier of the local network; obtaining, by the home network device, subscription data of the UE based on at least one of the service provider identifier and the roaming consortium identifier, and authorizing the UE to access a home network based on subscription data of the UE and the characteristic information of the local network; obtaining, by the home network device, subscription data of UE, and authorizing a local service based on the subscription data and the local service information when the UE is authorized to access the home network; and sending, by the home network device, an identifier of the authorized local service to the local network device. receiving, by a home network device, a first message sent by a local network device, wherein the first message comprises characteristic information of the local network wherein the first message carries a second message sent by a UE to the local network device wherein the second message is used to request to access the home network of the UE, and the characteristic information comprises local service information and at least one of a service provider identifier and a roaming consortium identifier of the local network; obtaining, by the home network device, subscription data of the UE based on at least one of the service provider identifier and the roaming consortium identifier, and authorizing the UE to access a home network based on subscription data of the UE and the characteristic information of the local network; obtaining, by the home network device, subscription data of UE, and authorizing a local service based on the subscription data and the local service information when the UE is authorized to access the home network; and sending, by the home network device, an identifier of the authorized local service to the local network device.