mhurhangee/ep-ind-claims huggingface dataset:
A control system for controlling a power consumption of an electronic device, wherein the electronic device is adapted to communicate with a reader device via a wireless communication interface, the control system comprising a measuring unit being adapted for measuring an actual field strength of an electromagnetic field provided by the reader device to the control system, a power delivery unit being adapted for delivering power received via the electromagnetic field to the electronic device, and being adapted for delivering power to a plurality of sections of the electronic device, and a control unit being coupled to the measuring unit and being adapted for providing a control signal to the electronic device for controlling the consumption of the power being delivered to the electronic device, wherein the control signal is based on the actual field strength of the electromagnetic field, characterized in that the power delivery unit comprises a power converter being adapted for converting power and being adapted for supplying different power supplies to the plurality of sections of the electronic device, and in that the control unit is adapted for providing the control signal to the plurality of sections of the electronic device via a plurality of modulation units, wherein the control signal is indicative for a voltage modulation and a frequency modulation. a measuring unit being adapted for measuring an actual field strength of an electromagnetic field provided by the reader device to the control system, a power delivery unit being adapted for delivering power received via the electromagnetic field to the electronic device, and being adapted for delivering power to a plurality of sections of the electronic device,
A composition of matter comprising a devitalized, acellular, lung tissue-derived three dimensional scaffold, said acellular three dimensional scaffold being of dimensions selected such that the point deepest within said scaffold is at least about 100 micrometers and not more than about 225 micrometers away from the nearest surface of the scaffold and pancreatic islet beta cells seeded and cultured on said acellular three dimensional scaffold, wherein said pancreatic islet cells are characterized by glucose-responsive insulin secretion when cultured on said scaffold.
A building panel assembly comprising a rigid frame and a pair of spaced-apart containment boards (12', 12"), separated by an inner insulating core, said inner insulating core having at least one peripherally disposed channel for receiving said rigid frame, said channel spaced apart from and disposed between the containment boards, the rigid frame being covered by insulating core material and insulated from the containment boards by the inner insulating core to eliminate thermal bridging, wherein the rigid frame defines a pair of spaced-apart longitudinal channels (32', 32") which extend around the periphery of the panel and extend into the space between the spaced-apart pair of containment boards (12', 12").
Heat exchanger for cooling the charge air of an engine, particularly for a motor vehicle, comprising an engine fluid intake device, the said device comprising an intake tank intended to be assembled on the cylinder head of the engine using a clamping means that exerts a clamping force that is inclined along a resultant that has a normal component and a tangential component with respect to the plane of contact between the said intake tank and the cylinder head, the said intake tank forming the outlet tank of the said heat exchanger that exchanges heat between a first fluid configured to be supplied to the engine and a second fluid, the said at least one load reacting means comprising a predetermined number of stiffening reinforcers that reinforce the said intake tank, the said stiffening reinforcers being formed as one with the said intake tank, the said intake device comprising at least one load reacting means reacting load with respect to the tangential component of the clamping force, the said intake tank comprising an opening of a passage of the first fluid coming from the heat exchanger, the said stiffening reinforcers extending axially through the said opening in the direction substantially parallel to the tangential component of the clamping force.
A controller configured to control the illumination emitted by one or more light emitting elements within an environment for hosting one or more unhatched animals in respective unhatched animal eggs and a respective egg shell between each of the one or more unhatched animals and the one or more light emitting elements, characterised in that the controller is configured to: control the one or more light emitting elements to emit illumination having a first spectral composition for a first time period, wherein the first spectral composition is composed to produce, on a first side of the egg shell of the one or more unhatched animal eggs, a first level of illumination to create a period of relative lightness on the first side of the egg shell; control the one or more light emitting elements to emit illumination having a second, different spectral composition for a second, subsequent time period, wherein the second spectral composition is composed to produce, on a first side of the egg shell of the one or more unhatched animal eggs, a second, different level of illumination to create a period of relative darkness on the first side of the egg shell; and control the one or more light emitting elements to emit illumination throughout the first and second time periods to maintain, on a second side of the egg shell of the one or more unhatched animal eggs, a minimum level of illumination. control the one or more light emitting elements to emit illumination having a first spectral composition for a first time period, wherein the first spectral composition is composed to produce, on a first side of the egg shell of the one or more unhatched animal eggs, a first level of illumination to create a period of relative lightness on the first side of the egg shell; control the one or more light emitting elements to emit illumination having a second, different spectral composition for a second, subsequent time period, wherein the second spectral composition is composed to produce, on a first side of the egg shell of the one or more unhatched animal eggs, a second, different level of illumination to create a period of relative darkness on the first side of the egg shell; and control the one or more light emitting elements to emit illumination throughout the first and second time periods to maintain, on a second side of the egg shell of the one or more unhatched animal eggs, a minimum level of illumination.
Thermoplastic composition, comprising: A) aromatic polycarbonate and B) Ba) reinforcing fibers and/or Bb) spherical particles of oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group, characterized in that the composition further comprises: C) PMMI copolymer and D) phosphite stabilizer and/or phosphine stabilizer, wherein, furthermore, the proportion of B) is ≥ 35% by weight to ≤ 60% by weight and the proportion of C) is > 0.1% by weight, in each case based on the total weight of the composition. A) aromatic polycarbonate and B) Ba) reinforcing fibers and/or Bb) spherical particles of oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group, Ba) reinforcing fibers and/or Bb) spherical particles of oxides of metals or metalloids of the 3rd main group, 4th main group and/or 4th transition group, the composition further comprises: C) PMMI copolymer and D) phosphite stabilizer and/or phosphine stabilizer, C) PMMI copolymer and D) phosphite stabilizer and/or phosphine stabilizer, wherein, furthermore, the proportion of B) is ≥ 35% by weight to ≤ 60% by weight and the proportion of C) is > 0.1% by weight, in each case based on the total weight of the composition.
A laundry treating apparatus comprising: an outer cabinet which forms an exterior of the laundry treating apparatus; and an inner cabinet provided in the outer cabinet for providing a space for holding clothes; a supply unit portion for supplying hot air or steam to an inside of the inner cabinet, selectively; an air gap forming portion forming an air layer between the inner cabinet and the outer cabinet for thermally insulating the inner cabinet; and a frame fixedly securing an outside circumferential surface of the inner cabinet and wherein the outer cabinet is coupled to an outside circumferential surface of the frame, characterized by further comprising: a strength reinforcing portion located at the inside circumferential surface of the outer cabinet and configured to reinforce the strength of the outer cabinet. an outer cabinet which forms an exterior of the laundry treating apparatus; and an inner cabinet provided in the outer cabinet for providing a space for holding clothes; a supply unit portion for supplying hot air or steam to an inside of the inner cabinet, selectively; an air gap forming portion forming an air layer between the inner cabinet and the outer cabinet for thermally insulating the inner cabinet; and a frame fixedly securing an outside circumferential surface of the inner cabinet and wherein the outer cabinet is coupled to an outside circumferential surface of the frame, characterized by further comprising: a strength reinforcing portion located at the inside circumferential surface of the outer cabinet and configured to reinforce the strength of the outer cabinet.
A broadcast multicast service center applicable to multimedia broadcast multicast service (MBMS) broadcast service management, comprising: a monitoring module configured for monitoring a service connection of a mobile network between an application server and a user equipment, determining no network traffic in the service connection when no network traffic packet is transmitted in the service connection for a period of time, and generating a resource merging instruction upon determining no network traffic in the service connection; a resource merging module configured for searching for other service resources that are currently being executed and share a service when receiving the resource merging instruction from the monitoring module, analyzing the other service resources and the service connection through quality of service parameter screening and a broadcast service area comparison to determine a selected service resource from the other service resources, and merging network traffic of the service connection into the selected service resource by routing packets of the service connection via a routing path of the selected service resource; and an adjusting module configured for adjusting a scheduling period of the service connection to be smaller than a scheduling period of the selected service resource, wherein when the scheduling period of the service connection is smaller than the scheduling period of the selected service resource, the subsequent network traffic packets of the service connection are transmitted in real time when sharing network traffic of the selected service resource. a monitoring module configured for monitoring a service connection of a mobile network between an application server and a user equipment, determining no network traffic in the service connection when no network traffic packet is transmitted in the service connection for a period of time, and generating a resource merging instruction upon determining no network traffic in the service connection; a resource merging module configured for searching for other service resources that are currently being executed and share a service when receiving the resource merging instruction from the monitoring module, analyzing the other service resources and the service connection through quality of service parameter screening and a broadcast service area comparison to determine a selected service resource from the other service resources, and merging network traffic of the service connection into the selected service resource by routing packets of the service connection via a routing path of the selected service resource; and an adjusting module configured for adjusting a scheduling period of the service connection to be smaller than a scheduling period of the selected service resource, wherein when the scheduling period of the service connection is smaller than the scheduling period of the selected service resource, the subsequent network traffic packets of the service connection are transmitted in real time when sharing network traffic of the selected service resource.
A railway vehicle comprising at least one body mounted on a chassis, the chassis supporting at least one bogie to which traction motors for the wheels of said vehicle are fixed, each traction motor being powered by at least one power module adapted to provide electrical power to said motor, and at least one cooling column of said at least one power module allowing external air to flow to lateral and/or central underbody exhaust devices, the air passing through said cooling column being heated by at least one power module, the vehicle comprising a protection system for the rail vehicle chassis comprising at least one deflector panel mounted on said chassis opposite the cooling column, characterised in that the deflector panel is adapted to be positioned in two positions including a first position for deflecting air passing through said cooling column towards at least the bogie and a second position for exhausting air.
A photovoltaic system comprising: a waveguide body having a light incident surface and a first light emitting surface, wherein an external light is incident into the waveguide body through the light incident surface; and a photovoltaic cell embedded within the first light emitting surface or disposed outside the first light emitting surface to receive light in the waveguide body irradiated to the photovoltaic cell to generate electricity; characterized by a luminescent dye aggregated into particulates with larger diameters than the luminescent dye, wherein an average diameter of the particulates is between 1 to 80 microns and said particulates are dispersed in the waveguide body to scatter the external light and transform a first light of the external light into a second light, wherein a wavelength of the second light is longer than a wavelength of the first light. a waveguide body having a light incident surface and a first light emitting surface, wherein an external light is incident into the waveguide body through the light incident surface; and a photovoltaic cell embedded within the first light emitting surface or disposed outside the first light emitting surface to receive light in the waveguide body irradiated to the photovoltaic cell to generate electricity; characterized by a luminescent dye aggregated into particulates with larger diameters than the luminescent dye, wherein an average diameter of the particulates is between 1 to 80 microns and said particulates are dispersed in the waveguide body to scatter the external light and transform a first light of the external light into a second light, wherein a wavelength of the second light is longer than a wavelength of the first light.
A method of controlling displayed video and data content utilizing a remote control device (10, 20, 22, 24) that interacts with a set-top box (16, 34) to provide content based upon the identity of a current user of said remote control (10, 20, 22, 24), the method comprising: - establishing an identification of said current user by: ▪ receiving recognition data of the current user in the remote control device; ▪ checking in said remote control device whether the recognition data is valid; ▪ if said recognition data is valid, determining and storing a current user ID, related to the received recognition data, in a memory of the remote control device; ▪ if said recognition data is not valid, storing a default user ID in said memory of the remote control device; - generating by said remote control an output signal (26, 28, 30) combining said user ID and a command sequence to said set-top box (16, 34), - communicating said output signal to said set-top box (16, 34), - assigning preference and profile data corresponding to said current user to a current user database within said set-top box (16, 34), - controlling an output of said set-top box (16, 34) by controlling video content based on said preference and profile data within said current user database. - establishing an identification of said current user by: ▪ receiving recognition data of the current user in the remote control device; ▪ checking in said remote control device whether the recognition data is valid; ▪ if said recognition data is valid, determining and storing a current user ID, related to the received recognition data, in a memory of the remote control device; ▪ if said recognition data is not valid, storing a default user ID in said memory of the remote control device; ▪ receiving recognition data of the current user in the remote control device; ▪ checking in said remote control device whether the recognition data is valid; ▪ if said recognition data is valid, determining and storing a current user ID, related to the received recognition data, in a memory of the remote control device; ▪ if said recognition data is not valid, storing a default user ID in said memory of the remote control device; - generating by said remote control an output signal (26, 28, 30) combining said user ID and a command sequence to said set-top box (16, 34), - communicating said output signal to said set-top box (16, 34), - assigning preference and profile data corresponding to said current user to a current user database within said set-top box (16, 34), - controlling an output of said set-top box (16, 34) by controlling video content based on said preference and profile data within said current user database.
A sample sorter system adapted to receive and sort samples according to predetermined criteria characterized in that said sample sorter system comprises an annular conduit that is adapted to receive fluid and samples; said annular conduit comprising a rotatable component delineating a circular transporting route for the transport of samples therein said annular conduit being operatively coupled with a drive and with a power source such that actuation of said drive causes the rotation of said at least one rotatable component, which in turn causes the development of a flow regime of the fluid along said circular transporting route in said annular conduit such that said samples suspended in said fluid are subjected to propelling drag forces such that at least one of said samples is conveyed to at least one sample handling site that is positioned along said circular transporting route.
An electronic device (101; 201; 400; 1300; 2500) comprising: a housing; a display (160; 1601; 1603) within the housing, and exposed through a surface of the housing; a light emitting unit (470; 595; 1370) and a light receiving unit (460; 594;1210; 1360) within the housing; and a processor (120; 220) electrically coupled with the display (160; 1601; 1603), the light emitting unit (470; 595; 1370) and the light receiving unit (460; 594;1210; 1360), wherein the light emitting unit (470; 595; 1370) comprises at least one light source for outputting light of at least one wavelength band, the light receiving unit (460; 594;1210; 1360) comprises at least one region (7001; 7002; 7005) for receiving the light of the at least one wavelength band; and the processor (120; 220) is configured to control at least one function of the light emitting unit (470; 595; 1370) and/or the light receiving unit (460; 594;1210; 1360) based on at least one mode characterized in that the processor is further configured to selectively activate at least one region (7001; 7002; 7005) of the light receiving unit (460; 594;1210; 1360) based on the at least one mode. a housing; a display (160; 1601; 1603) within the housing, and exposed through a surface of the housing; a light emitting unit (470; 595; 1370) and a light receiving unit (460; 594;1210; 1360) within the housing; and a processor (120; 220) electrically coupled with the display (160; 1601; 1603), the light emitting unit (470; 595; 1370) and the light receiving unit (460; 594;1210; 1360), wherein the light emitting unit (470; 595; 1370) comprises at least one light source for outputting light of at least one wavelength band, the light receiving unit (460; 594;1210; 1360) comprises at least one region (7001; 7002; 7005) for receiving the light of the at least one wavelength band; and the processor (120; 220) is configured to control at least one function of the light emitting unit (470; 595; 1370) and/or the light receiving unit (460; 594;1210; 1360) based on at least one mode characterized in that the processor is further configured to selectively activate at least one region (7001; 7002; 7005) of the light receiving unit (460; 594;1210; 1360) based on the at least one mode.
A steam cleaning apparatus, comprising: a steam unit comprising a hand-held steam unit housing, a steam generator provided in the hand-held steam unit housing, and a supply tank in fluid communication with the steam generator; and a handle tube, comprising: an elongate tubular housing with a first end operably coupled with the steam unit and a second end spaced from the first end and the second end; at least one conduit within the elongate tubular housing; and at least one connection located at the second end of the elongated tubular housing; characterized by an indexing mechanism configured to move the handle tube between a first orientation and a second orientation, the indexing mechanism comprising an actuator sleeve (88, 160, 196) on the first end of the elongate tubular housing, wherein the actuator sleeve (88, 160, 196) locks the handle tube in one of the first orientation and the second orientation. a steam unit comprising a hand-held steam unit housing, a steam generator provided in the hand-held steam unit housing, and a supply tank in fluid communication with the steam generator; and a handle tube, comprising: an elongate tubular housing with a first end operably coupled with the steam unit and a second end spaced from the first end and the second end; at least one conduit within the elongate tubular housing; and at least one connection located at the second end of the elongated tubular housing; characterized by an elongate tubular housing with a first end operably coupled with the steam unit and a second end spaced from the first end and the second end; at least one conduit within the elongate tubular housing; and at least one connection located at the second end of the elongated tubular housing; characterized by an indexing mechanism configured to move the handle tube between a first orientation and a second orientation, the indexing mechanism comprising an actuator sleeve (88, 160, 196) on the first end of the elongate tubular housing, wherein the actuator sleeve (88, 160, 196) locks the handle tube in one of the first orientation and the second orientation.
A carriage for a wiper assembly for a print head of an inkjet printer, comprising: a wiper blade element comprising a wiper blade for wiping the print head of the inkjet printer; and a spring member; wherein the wiper blade element is attached to the rest of the carriage by means of the spring member; characterized in that the carriage comprises at least one fin attached to the wiper blade element and at least one magnet; the at least one fin is made of an electrically conducting material; and the at least one fin is positioned adjacent at a distance from the at least one magnet, the at least one fin is movable, by the spring member, with respect to the at least one magnet, such that oscillations of the wiper blade element at the spring member with respect to the at least one magnet cause the at least one magnet to induce electrical currents in the at least one fin in order to dampen said oscillations.
Method for manufacturing a tyre casing, characterized in that at least one electrically conductive wire forming turns centred on a main axis of the casing, and a bonding layer are disposed inside the casing.