mhurhangee/ep-ind-claims huggingface dataset:
A light source module with glass top plate for embodying a lighting in a light display region of the glass top plate, the light source module comprising: a light source for emitting light toward the glass top plate; a light source guide accommodating the light source, the light source guide forming a light transmitting path (a) therein, and limiting a light irradiation region so as to guide light emitted from the light source to the light display region through the light transmitting path (a); an attachment bracket provided between the light source guide and the glass top plate, the attachment bracket having an optical emission path (b) to allow light to pass from the light transmitting path (a) to the light display region; and the light source module including a shield to partially shield the light source from the glass top plate, whereby the shield includes: an upper heat shield plate that shield the light source from the glass top plate between the light source and the glass top plate; characterized in that the shield includes a light passing hole formed through the upper heat shield plate to open a portion between the light source and the light transmitting path (a). a light source for emitting light toward the glass top plate; a light source guide accommodating the light source, the light source guide forming a light transmitting path (a) therein, and limiting a light irradiation region so as to guide light emitted from the light source to the light display region through the light transmitting path (a); an attachment bracket provided between the light source guide and the glass top plate, the attachment bracket having an optical emission path (b) to allow light to pass from the light transmitting path (a) to the light display region; and the light source module including a shield to partially shield the light source from the glass top plate, whereby the shield includes: an upper heat shield plate that shield the light source from the glass top plate between the light source and the glass top plate; characterized in that the shield includes a light passing hole formed through the upper heat shield plate to open a portion between the light source and the light transmitting path (a). an upper heat shield plate that shield the light source from the glass top plate between the light source and the glass top plate; characterized in that the shield includes a light passing hole formed through the upper heat shield plate to open a portion between the light source and the light transmitting path (a).
A motor vehicle delimiting an under-bonnet space and an under-body space, and comprising a heat engine connected to the exhaust line of an internal combustion engine, said exhaust line comprising an exhaust gas aftertreatment device, characterized in that said aftertreatment device comprises, from upstream to downstream: • an oxidation catalyst member DOC or an LNT NOx trap member; • an outlet of a means for introducing a reducing agent or reducing agent precursor for the selective catalytic reduction SCR of nitrogen oxides; • a particle filter member provided with a catalyst coating for the selective catalytic reduction SCRF of nitrogen oxides NO x; • a member for treating ammonia leaks; in that the engine, the oxidation catalyst member DOC or the LNT NOX trap, the outlet, and the particle filter member provided with a catalyst coating for the selective catalytic reduction SCRF of nitrogen oxides NO x of the aftertreatment device of the exhaust line are arranged in the under-bonnet space, and in that the member for treating ammonia leaks is arranged in the under-body space. • an oxidation catalyst member DOC or an LNT NOx trap member; • an outlet of a means for introducing a reducing agent or reducing agent precursor for the selective catalytic reduction SCR of nitrogen oxides; • a particle filter member provided with a catalyst coating for the selective catalytic reduction SCRF of nitrogen oxides NO x; • a member for treating ammonia leaks;
An implantable drug eluting medical device comprising: - a polymer substrate having a surface; - a first plurality of nanofibers, each nanofiber including: - a first portion interpenetrated with the surface of the substrate to mechanically fix the nanofiber to the substrate; and - a second portion projecting from the surface, the second portion of the first plurality of nanofibers forming a first plurality of pores; - a second plurality of nanofibers disposed on the first plurality of nanofibers, the second plurality of nanofibers forming a second plurality of pores; and - at least one antimicrobial drug disposed within at least some of the first plurality of pores. - a polymer substrate having a surface; - a first plurality of nanofibers, each nanofiber including: - a first portion interpenetrated with the surface of the substrate to mechanically fix the nanofiber to the substrate; and - a second portion projecting from the surface, the second portion of the first plurality of nanofibers forming a first plurality of pores; - a first portion interpenetrated with the surface of the substrate to mechanically fix the nanofiber to the substrate; and - a second portion projecting from the surface, the second portion of the first plurality of nanofibers forming a first plurality of pores; - a second plurality of nanofibers disposed on the first plurality of nanofibers, the second plurality of nanofibers forming a second plurality of pores; and - at least one antimicrobial drug disposed within at least some of the first plurality of pores.
A continuous ink jet printer comprising: a printing fluid cartridge receiving portion (205, 305) arranged to receive a printing fluid cartridge (2,3) and to allow passage of printing fluid from a received printing fluid cartridge to printing fluid conduits of the ink jet printer; a data reader arranged to read data indicating a quantity of fluid within a received cartridge from an electronic data storage device associated with the received printing fluid cartridge (2, 3); and a controller arranged to determine a quantity of fluid within said printing fluid cartridge (2, 3) based upon a pressure within said printing fluid cartridge and to generate update data usable to modify data stored on said electronic data storage device based upon said determination and to modify data stored on said electronic storage device based upon said update data such that data stored on said electronic data storage device indicates an updated quantity of fluid in said printing fluid cartridge (2, 3). a printing fluid cartridge receiving portion (205, 305) arranged to receive a printing fluid cartridge (2,3) and to allow passage of printing fluid from a received printing fluid cartridge to printing fluid conduits of the ink jet printer; a data reader arranged to read data indicating a quantity of fluid within a received cartridge from an electronic data storage device associated with the received printing fluid cartridge (2, 3); and a controller arranged to determine a quantity of fluid within said printing fluid cartridge (2, 3) based upon a pressure within said printing fluid cartridge and to generate update data usable to modify data stored on said electronic data storage device based upon said determination and to modify data stored on said electronic storage device based upon said update data such that data stored on said electronic data storage device indicates an updated quantity of fluid in said printing fluid cartridge (2, 3).
A collapsible load carrier including a rolling base and a base pusher mounted on the rolling base for movement relative to the rolling base, wherein the rolling base includes two front wheels and the base pusher includes two rear wheels, characterized in that all four wheels are disengaged from ground underlying the rolling base when the load carrier is in a flat storage mode, wherein all four wheels are arranged to engage and roll on ground underlying the rolling base when the load carrier is configured in the field by a user to assume a front-and-rear wheel cart mode, and wherein only the two front wheels are arranged to engage and roll on the ground underlying the rolling base when the load carrier is configured in the field by the user to assume a 2-wheel hand-truck mode, wherein the load carrier includes a pusher rotator having a forward lock and an aft lock, and wherein the pusher rotator provides means for blocking or allowing movement of the links (213, 214) between a first position, corresponding to an upright cart position of the base pusher, and a second position, corresponding to a laidback hand-truck position of the base pusher.
Use of a whitening dentifrice composition for whitening a tooth surface in a human or animal, wherein the whitening dentifrice composition comprises: a blue dye; a zinc salt, wherein the whitening dentifrice composition provides a greater whitening benefit to a tooth surface in comparison to a dentifrice composition that does not contain the zinc salt; and an orally acceptable vehicle. a blue dye; a zinc salt, wherein the whitening dentifrice composition provides a greater whitening benefit to a tooth surface in comparison to a dentifrice composition that does not contain the zinc salt; and an orally acceptable vehicle.
An optical time domain reflectometer apparatus comprising: a multi-layer code generator to generate codewords based on application of a plurality of layers of encoding, wherein the plurality of layers of encoding comprises: a first layer encoding, using a first collection of multiple codes, of an input signal, wherein the first layer encoding performs convolution of the input signal and the first collection of multiple codes, and a second layer encoding, using a second collection of multiple codes, of an encoded output of the first layer encoding, wherein the second layer encoding performs convolution of the encoded output of the first layer encoding and the second collection of multiple codes; an optical source to produce encoded optical pulses based on the generated codewords; and an optical coupler to propagate the encoded optical pulses to an optical medium. a multi-layer code generator to generate codewords based on application of a plurality of layers of encoding, wherein the plurality of layers of encoding comprises: a first layer encoding, using a first collection of multiple codes, of an input signal, wherein the first layer encoding performs convolution of the input signal and the first collection of multiple codes, and a second layer encoding, using a second collection of multiple codes, of an encoded output of the first layer encoding, wherein the second layer encoding performs convolution of the encoded output of the first layer encoding and the second collection of multiple codes; an optical source to produce encoded optical pulses based on the generated codewords; and a first layer encoding, using a first collection of multiple codes, of an input signal, wherein the first layer encoding performs convolution of the input signal and the first collection of multiple codes, and a second layer encoding, using a second collection of multiple codes, of an encoded output of the first layer encoding, wherein the second layer encoding performs convolution of the encoded output of the first layer encoding and the second collection of multiple codes; an optical source to produce encoded optical pulses based on the generated codewords; and an optical coupler to propagate the encoded optical pulses to an optical medium.
A nozzle element for a dental treatment device comprising: - a basic body being elongated in a longitudinal direction and configured to be introduced at least partially into a periodontal pocket, - a first feed channel for transporting a powder - gas - mixture, wherein said first feed channel is incorporated inside the basic body, - a first outlet opening of said first feed channel in an end region of the elongated basic body for ejecting the powder - gas - mixture, wherein said first outlet opening is configured for a lateral ejection of the powder - gas - mixture in a first ejection direction being slanted relative to the longitudinal direction, wherein the basic body tapers along the longitudinal direction to a front or distal side of the basic body, characterized in that the nozzle element further comprises at least one pressure relief channel comprising a structure in the basic body that allows air to flow or stream out of the periodontal pocket by streaming along or inside the basic body. - a basic body being elongated in a longitudinal direction and configured to be introduced at least partially into a periodontal pocket, - a first feed channel for transporting a powder - gas - mixture, wherein said first feed channel is incorporated inside the basic body, - a first outlet opening of said first feed channel in an end region of the elongated basic body for ejecting the powder - gas - mixture, wherein said first outlet opening is configured for a lateral ejection of the powder - gas - mixture in a first ejection direction being slanted relative to the longitudinal direction, wherein the basic body tapers along the longitudinal direction to a front or distal side of the basic body,
A method for providing access rights to content in a secure digital content distribution system, the system including a provisioning service for allocating rights to a human user to a Digital Rights Management, DRM, client application, and an authentication service for verifying the identity of the DRM client application, the method comprising operating a ticket granting service at a first administrative domain, the first administrative domain controlling access to content delivery servers; operating the provisioning service at a second administrative domain, the provisioning service registering the DRM client application, receiving a provisioning ticket in response to registering the DRM client application, and sending the provisioning ticket to the DRM client application, wherein the first administrative domain is different from the second administrative domain; operating a first authentication service at the second administrative domain, the DRM client application using the provisioning ticket in order to request a ticket granting ticket from at least the first authentication service; operating a second authentication service at a third administrative domain, wherein each of the administrative domains shares an inter-realm key with the ticket granting service and each of the authentication services issues a ticket granting ticket to the DRM client application, which enables the DRM client application to request service tickets from the ticket granting service; and granting the service ticket to the DRM client application from the ticket granting service, the service ticket containing authentication data which enables the DRM client application to access content at an administrative domain via a content delivery server.
A method for operating a reactor system for syngas generation, the reactor system comprising a metal oxide, the method comprising: providing an input stream to the reactor system, the input stream including a reducing gas stream and an oxidant stream; determining an initial oxygen content of the metal oxide; measuring an oxygen content of the input stream entering the reactor system; measuring an oxygen content of an output stream from the reactor system; calculating a percent oxygen depletion of the metal oxide using the initial oxygen content of the metal oxide, the oxygen content of the input stream, and the oxygen content of the output stream using the following formula: percent oxygen depletion = oxygen content in the outlet stream − oxygen content in the input stream initial oxygen content of the metal oxide × 100 % and when the percent oxygen depletion of the metal oxide is above a predetermined threshold, adjusting a mole ratio of reducing gas to oxidant in the input stream. providing an input stream to the reactor system, the input stream including a reducing gas stream and an oxidant stream; determining an initial oxygen content of the metal oxide; measuring an oxygen content of the input stream entering the reactor system; measuring an oxygen content of an output stream from the reactor system; calculating a percent oxygen depletion of the metal oxide using the initial oxygen content of the metal oxide, the oxygen content of the input stream, and the oxygen content of the output stream using the following formula: percent oxygen depletion = oxygen content in the outlet stream − oxygen content in the input stream initial oxygen content of the metal oxide × 100 % and when the percent oxygen depletion of the metal oxide is above a predetermined threshold, adjusting a mole ratio of reducing gas to oxidant in the input stream.
A base station for a communication system in which machine type communication 'MTC' devices communicate via said base station, the base station comprising: means for providing system information for use by the MTC devices; means for determining whether to notify said MTC devices that there has been a system information update; means (65, 67) for notifying any idle mode MTC devices about the system information update by sending a notification using a paging message; and means for providing, using dedicated signaling, a radio resource control 'RRC' connected mode MTC device with system information, the system information provided using the dedicated signaling comprising a system information update representing part but not all of the system information for use by the MTC device. means for providing system information for use by the MTC devices; means for determining whether to notify said MTC devices that there has been a system information update; means (65, 67) for notifying any idle mode MTC devices about the system information update by sending a notification using a paging message; and means for providing, using dedicated signaling, a radio resource control 'RRC' connected mode MTC device with system information, the system information provided using the dedicated signaling comprising a system information update representing part but not all of the system information for use by the MTC device.
A brake adapter arrangement, comprising: a bearing hub including a body portion having a first end, a second end and a longitudinally-extending axis extending between the first end and second end (56, 58), wherein the first end includes at least one first protuberance extending radially outward from the body portion and the second end includes at least one second protuberance extending radially outward from the body portion; and a friction ring having a central opening that receives at least a portion of the bearing hub therein, wherein the friction ring at least partially surrounds the at least one second protuberance of the bearing hub wherein the at least one first protuberance includes a plurality of first protuberances spaced about a periphery of the body portion, and wherein the at least one second protuberance includes a plurality of second protuberances spaced about a periphery of the body portion, characterized in that all of the first protuberances and all of the second protuberances are completely linearly misaligned with one another.
A method, comprising: establishing an Evolved Packet System, EPS, bearer by a user equipment, UE, in a 3 rd Generation Partnership Project, 3GPP, system, wherein the 3GPP system includes 2G, 3G and 4G radio access technologies, RAT; performing a first inter-RAT bearer change from a 4G system to a 3G system, characterized by the method further comprising: attempting a second inter-RAT bearer change from the 3G system to a 2G system in an idle state; detecting one or more mandatory parameters missing during the second inter-RAT bearer change in an idle state; and performing a bearer preservation procedure upon detecting the one or more missing mandatory parameters, wherein the bearer preservation procedure maintains a continuity of the bearer for the inter-RAT change. establishing an Evolved Packet System, EPS, bearer by a user equipment, UE, in a 3 rd Generation Partnership Project, 3GPP, system, wherein the 3GPP system includes 2G, 3G and 4G radio access technologies, RAT; performing a first inter-RAT bearer change from a 4G system to a 3G system, characterized by the method further comprising: attempting a second inter-RAT bearer change from the 3G system to a 2G system in an idle state; detecting one or more mandatory parameters missing during the second inter-RAT bearer change in an idle state; and performing a bearer preservation procedure upon detecting the one or more missing mandatory parameters, wherein the bearer preservation procedure maintains a continuity of the bearer for the inter-RAT change. attempting a second inter-RAT bearer change from the 3G system to a 2G system in an idle state; detecting one or more mandatory parameters missing during the second inter-RAT bearer change in an idle state; and performing a bearer preservation procedure upon detecting the one or more missing mandatory parameters, wherein the bearer preservation procedure maintains a continuity of the bearer for the inter-RAT change.
A bicycle frame comprising: - a front triangle; - a rear frame articulated to the front triangle; - a body associated to the front triangle and mobile with respect to the front triangle; - a bottom bracket rotatably associated to the body about a first rotation axis; wherein the rear frame is articulated to the body about a second rotation axis parallel and offset to the first rotation axis and wherein the body is articulated to the front triangle by means of two connecting rods (213, 213'), forming a four-bar linkage, each of which is hinged to the body, with respect to respective rotation axes parallel to one another and parallel and offset with respect to the first rotation axis, and to the front triangle, characterized in that the body is mobile with respect to the front triangle between a predefined first front stop position and a predefined second rear stop position; and in that the bicycle frame further comprises: - an actuator and blocking (30,34) configured to move the body with respect to the front triangle between the first front stop position and the second rear stop position and to stop the body in at least one of the first front stop position and the stop rear second position and any intermediate position there-between, wherein the actuator and blocking group (30,34) comprises a hydraulic/pneumatic cylinder constituted by a slider, having a piston at an end thereof, slidably associated to a cylinder. - a front triangle; - a rear frame articulated to the front triangle; - a body associated to the front triangle and mobile with respect to the front triangle; - a bottom bracket rotatably associated to the body about a first rotation axis; - an actuator and blocking (30,34) configured to move the body with respect to the front triangle between the first front stop position and the second rear stop position and to stop the body in at least one of the first front stop position and the stop rear second position and any intermediate position there-between, wherein the actuator and blocking group (30,34) comprises a hydraulic/pneumatic cylinder constituted by a slider, having a piston at an end thereof, slidably associated to a cylinder.
A method of encoding intra predicted video data, the intra predicted video data comprising residual data which represents pixel differences between an original block to be coded and a predictive block, the method comprising: for lossy and lossless coding mode, applying a forward YCoCg-R color-space transform process to the residual data; and when lossy coding is applied, modifying the transformed residual data by scaling the chroma components by N-bit right shift, such that the bit depth precision of the luma and chroma components is equal. for lossy and lossless coding mode, applying a forward YCoCg-R color-space transform process to the residual data; and when lossy coding is applied, modifying the transformed residual data by scaling the chroma components by N-bit right shift, such that the bit depth precision of the luma and chroma components is equal.