mhurhangee/ep-ind-claims huggingface dataset:
A control method of a user terminal apparatus connectable to an image forming apparatus and which is driven on an operating system (O/S) having a metro-style interface, the metro-style interface being for running metro-style apps, the control method comprising: using a printer driver communicating with the image forming apparatus to receive IP address information of the image forming apparatus and a first status message relating to the status of the image forming apparatus; using a metro-style app previously stored in the user terminal apparatus, and the IP address information, to control a network module different from the printer driver to request a second status message relating to the status of the image forming apparatus, and that is more detailed than the first status message from the image forming apparatus by the printer driver; and displaying at least one of the first status message and the second status message on a user interface window provided by the metro-style app. using a printer driver communicating with the image forming apparatus to receive IP address information of the image forming apparatus and a first status message relating to the status of the image forming apparatus; using a metro-style app previously stored in the user terminal apparatus, and the IP address information, to control a network module different from the printer driver to request a second status message relating to the status of the image forming apparatus, and that is more detailed than the first status message from the image forming apparatus by the printer driver; and displaying at least one of the first status message and the second status message on a user interface window provided by the metro-style app.
An impact-attenuating device, comprising: an enclosure element at least partially defining at least one fluid-containing chamber, wherein the at least one fluid-containing chamber is at least one fluid-tight chamber the enclosure element defining a first surface and a second surface opposite the first surface; and a first support element (106, 108, 110) integrally and contiguously formed in the first surface of the enclosure element, the first support element including a non-planar surface (106a, 108 a, 110a) extending into the fluid-containing chamber and toward the second surface, the non-planar surface further including at least one reinforcing structure, wherein the reinforcing structure includes a rib element extending into the fluid-containing chamber from the non-planar surface, wherein a thickness of the rib element decreases in the direction from the first surface toward the second surface such that the thickness of the rib element tapers from a largest thickness at or proximate to the first surface to zero. an enclosure element at least partially defining at least one fluid-containing chamber, wherein the at least one fluid-containing chamber is at least one fluid-tight chamber the enclosure element defining a first surface and a second surface opposite the first surface; and a first support element (106, 108, 110) integrally and contiguously formed in the first surface of the enclosure element, the first support element including a non-planar surface (106a, 108 a, 110a) extending into the fluid-containing chamber and toward the second surface, the non-planar surface further including at least one reinforcing structure, wherein the reinforcing structure includes a rib element extending into the fluid-containing chamber from the non-planar surface, wherein a thickness of the rib element decreases in the direction from the first surface toward the second surface such that the thickness of the rib element tapers from a largest thickness at or proximate to the first surface to zero.
A method performed by a network node, comprising: determining that user traffic of at least one user equipment needs to be redirected from a first network slice (110-1, 110-2, 110-3,..., 110-N) to a second network slice (110-1, 110-2, 110-3,..., 110-N; and transmitting a redirecting user traffic request to a control plane function node supporting the first network slice, wherein the redirecting user traffic request includes user identification information of the at least one user equipment and information related to the second network slice. determining that user traffic of at least one user equipment needs to be redirected from a first network slice (110-1, 110-2, 110-3,..., 110-N) to a second network slice (110-1, 110-2, 110-3,..., 110-N; and transmitting a redirecting user traffic request to a control plane function node supporting the first network slice, wherein the redirecting user traffic request includes user identification information of the at least one user equipment and information related to the second network slice.
A computer system comprising a processor device (103, 402) configured to: determine that the vehicle is approaching or is located on a weighing device; and when it has been determined that the vehicle is approaching or is located on the weighing device, provide, to the vehicle, information indicating that the vehicle should activate weigh mode, wherein the weigh mode comprises locking of a suspension system of the vehicle such that a current suspension of the vehicle is maintained when the vehicle is being weighed by the weighing device. determine that the vehicle is approaching or is located on a weighing device; and when it has been determined that the vehicle is approaching or is located on the weighing device, provide, to the vehicle, information indicating that the vehicle should activate weigh mode, wherein the weigh mode comprises locking of a suspension system of the vehicle such that a current suspension of the vehicle is maintained when the vehicle is being weighed by the weighing device.
A programming apparatus for programming a first energizable Ophthalmic Lens, the programming apparatus comprising: a programming portion capable of wirelessly programming a programmable Media Insert when the programming portion is located in proximity to a first energizable Ophthalmic Lens, wherein the first energizable Ophthalmic Lens comprises the programmable Media Insert and a soft lens base, wherein the soft lens base is in contact with at least a portion of the programmable Media Insert; and a receiving portion capable of receiving the first energizable Ophthalmic Lens. a programming portion capable of wirelessly programming a programmable Media Insert when the programming portion is located in proximity to a first energizable Ophthalmic Lens, wherein the first energizable Ophthalmic Lens comprises the programmable Media Insert and a soft lens base, wherein the soft lens base is in contact with at least a portion of the programmable Media Insert; and a receiving portion capable of receiving the first energizable Ophthalmic Lens.
Steam reformer comprising: - a firebox with a bottom, a ceiling and side walls terminating the firebox, - catalyst tubes which are arranged in several rows and penetrate the bottom and/or the ceiling of the firebox, - burners arranged in the ceiling, the bottom or one or more side walls of the firebox for heating the catalyst tubes, - feed ducts extending below the bottom or above the ceiling of the firebox in each case for supplying the catalyst tubes with educt gas and for supplying the burners with air and fuel gas, - collecting ducts extending below the bottom or above the ceiling of the firebox for discharging the product gas, - channels extending below the bottom or above the ceiling of the firebox for removal of the burner waste gases from the firebox, wherein the channels have a wedge-shaped longitudinal profile which widens in the flow direction from the start to the end thereof, wherein the ceilings or bottoms of the channels are in each case formed by the bottom or the ceiling of the firebox, wherein the channels are arranged along and between the rows of catalyst tubes, and wherein the ceilings of the channels have openings for the passage of the waste gases, characterised in that the channels for removal of the burner waste gases are configured so that the flow velocity of the burner waste gases is constant over the entire length of the channels, viewed perpendicular to the catalyst tubes, and so that the openings in the channel ceilings are covered by gratings. - a firebox with a bottom, a ceiling and side walls terminating the firebox, - catalyst tubes which are arranged in several rows and penetrate the bottom and/or the ceiling of the firebox, - burners arranged in the ceiling, the bottom or one or more side walls of the firebox for heating the catalyst tubes, - feed ducts extending below the bottom or above the ceiling of the firebox in each case for supplying the catalyst tubes with educt gas and for supplying the burners with air and fuel gas, - collecting ducts extending below the bottom or above the ceiling of the firebox for discharging the product gas, - channels extending below the bottom or above the ceiling of the firebox for removal of the burner waste gases from the firebox, wherein the channels have a wedge-shaped longitudinal profile which widens in the flow direction from the start to the end thereof, wherein the ceilings or bottoms of the channels are in each case formed by the bottom or the ceiling of the firebox, wherein the channels are arranged along and between the rows of catalyst tubes, and wherein the ceilings of the channels have openings for the passage of the waste gases,
A rotary printing press for carrying out a method for compensating for regulated rotation angle asynchronicities of two cylinders driven independently from each other, said asynchronicities occurring during the advancing movement of one of the cylinders, wherein - a first cylinder mounted in a frame, to which an electrical single drive is assigned, is in rolling contact with an adjacent second, pivotable cylinder, which is connected to a second drive, during the printing operation, - a rotary angle transmitter is arranged on the second cylinder, which provides rotary angle target values for a drive regulation of the single drive, wherein - a rotary angle transmitter housing forms stator (6.S) of the rotary angle transmitter that can be pivoted around the rotational axis of the second cylinder and is supported via a torque support on a fixed transmitter support point and - a rotor (6.R) of the rotary angle transmitter is connected for conjoint rotation to the rotational axis of the second cylinder, characterized in that the transmitter support point (8.1, 8.2, 8.3) is arranged in radial and/or circumferential direction from the conventional transmitter support point (8.0) formed by the rolling point of the cylinders (1, 2) or from the assigned bearer rings, wherein direction and amount of the deviation from the conventional transmitter support point (8.0) is determined by the contouring error Δα s of the drive control to be compensated, such that a regulated lag by the contouring error Δα s between the target rotation angle position and the actual rotation angle position of the first cylinder during the pivoting of the second cylinder to the first cylinder is compensated, so that the cylinder surfaces meet each other at the moment of touching in a synchronous position. - a first cylinder mounted in a frame, to which an electrical single drive is assigned, is in rolling contact with an adjacent second, pivotable cylinder, which is connected to a second drive, during the printing operation, - a rotary angle transmitter is arranged on the second cylinder, which provides rotary angle target values for a drive regulation of the single drive, wherein - a rotary angle transmitter housing forms stator (6.S) of the rotary angle transmitter that can be pivoted around the rotational axis of the second cylinder and is supported via a torque support on a fixed transmitter support point and - a rotor (6.R) of the rotary angle transmitter is connected for conjoint rotation to the rotational axis of the second cylinder,
Flat-panel loudspeaker having a panel membrane, a carrier (2, 8, 9, 10, 11, 12) in the form of a sound collector, one side of which is connected to the panel membrane, and at least two exciters (3, 4, 5, 6) which act on the panel membrane and are connected to the side of the carrier (2, 8, 9, 10, 11, 12) opposite the panel membrane, wherein the sound collector (2, 8, 9, 10, 11, 12) collects the oscillation momentum, which is generated in parallel at the at least two exciters (3, 4, 5, 6) simultaneously in the same frequency range or in different frequency ranges, and introduces it more coherently into the panel membrane compared to a flat-panel loudspeaker without the use of such a sound collector (2, 8, 9, 10, 11, 12), characterized in that the carrier (2, 8, 9, 10, 11, 12) has a higher sound propagation speed than the panel membrane, whereby oscillation interferences between the exciters are shifted towards high frequencies, so that the transmission behaviour of the flat-panel loudspeaker is improved in the relevant speech range of 300 Hz to 5000 Hz.
A reception apparatus comprising: processing circuitry configured to: receive IP packets that include signaling information originating from a digital television broadcast stream received by a tuner device, the broadcast stream including a plurality of physical layer pipes, PLPs, each PLP containing a plurality of link-layer protocol packets, extract the signaling information from the IP packets, the signaling information including a link mapping table, LMT, and at least one low level signaling, LLS, table, the LMT being identified based on a predetermined IP address and port designated to indicate the presence of the LMT, and retrieve, based on the extracted LMT and extracted at least one LLS table, audio and visual content corresponding to a service associated with the broadcast stream; identify an IP address specified in the at least one LLS table, the IP address corresponding to the service associated with the broadcast stream, determine whether the LMT specifies an unprocessed PLP from the plurality of PLPs that is associated with the IP address which has been specified, and in response to the determination that the LMT specifies the unprocessed PLP, communicate a command to the tuner device that instructs the tuner device to output the link-layer protocol packets associated with the unprocessed PLP. receive IP packets that include signaling information originating from a digital television broadcast stream received by a tuner device, the broadcast stream including a plurality of physical layer pipes, PLPs, each PLP containing a plurality of link-layer protocol packets, extract the signaling information from the IP packets, the signaling information including a link mapping table, LMT, and at least one low level signaling, LLS, table, the LMT being identified based on a predetermined IP address and port designated to indicate the presence of the LMT, and retrieve, based on the extracted LMT and extracted at least one LLS table, audio and visual content corresponding to a service associated with the broadcast stream; identify an IP address specified in the at least one LLS table, the IP address corresponding to the service associated with the broadcast stream, determine whether the LMT specifies an unprocessed PLP from the plurality of PLPs that is associated with the IP address which has been specified, and in response to the determination that the LMT specifies the unprocessed PLP, communicate a command to the tuner device that instructs the tuner device to output the link-layer protocol packets associated with the unprocessed PLP.
A method for repairing a metal component comprising: applying a repair material comprising an additive material on to a surface of a damaged portion of the metal component; applying a layer of diffusive metal material to a surface of the repair material; applying heat to the layer of diffusive metal material to bond the repair material to the metal component; allowing the additive material of the repair material to diffuse at least partially into the layer of diffusive metal material; and removing the layer of diffusive metal material. applying a repair material comprising an additive material on to a surface of a damaged portion of the metal component; applying a layer of diffusive metal material to a surface of the repair material; applying heat to the layer of diffusive metal material to bond the repair material to the metal component; allowing the additive material of the repair material to diffuse at least partially into the layer of diffusive metal material; and removing the layer of diffusive metal material.
A tablet computer stand (10, 11, 12) for supporting a computer shaped as a tablet on a support surface, comprising: at least first and second footprints (13, 14, 15, 16, 18, 19) joined with each other in such a manner that they are positionable or positioned at an angle to one another, at a front end of the first footprint a receiving surface receiving an end of the tablet to support the tablet on the stand (10, 11, 12); and the footprints (13, 14, 15, 16, 18, 19) being dimensioned and positionable or positioned relative to the tablet end receiving surface such that the stand (10, 11, 12) with the tablet thereon is stable when either the first or the second footprint (13, 14, 15, 16, 18, 19) is resting on said support surface, characterised in that the entire stand (10, 11, 12) is of one piece integral construction, wherein at least the first and second footprints (13, 14, 15, 16, 18, 19) are fixed at an angle to one another, the footprints (13, 14, 15, 16, 18, 19) are positioned relative to the tablet end receiving surface such that the stand (10, 11, 12) with the tablet thereon is stable when either the first or the second footprint (13, 14, 15, 16, 18, 19) is resting on said support surface. at least first and second footprints (13, 14, 15, 16, 18, 19) joined with each other in such a manner that they are positionable or positioned at an angle to one another, at a front end of the first footprint a receiving surface receiving an end of the tablet to support the tablet on the stand (10, 11, 12); and the footprints (13, 14, 15, 16, 18, 19) being dimensioned and positionable or positioned relative to the tablet end receiving surface such that the stand (10, 11, 12) with the tablet thereon is stable when either the first or the second footprint (13, 14, 15, 16, 18, 19) is resting on said support surface, characterised in that the entire stand (10, 11, 12) is of one piece integral construction, wherein at least the first and second footprints (13, 14, 15, 16, 18, 19) are fixed at an angle to one another, the footprints (13, 14, 15, 16, 18, 19) are positioned relative to the tablet end receiving surface such that the stand (10, 11, 12) with the tablet thereon is stable when either the first or the second footprint (13, 14, 15, 16, 18, 19) is resting on said support surface.
A resuscitator comprising: a patient airway interface device; a bag; a flow passage coupled between the bag and patient airway interface device; and a sensor assembly comprising: a display; at least one sensor (126, 128, 136, 138, 200) coupled to the flow passage and configured to provide a measurement of at least one parameter, the sensor comprising a rigid porous plate having a plurality of contacts and a flexible disk attached to the rigid porous plate; and a processor coupled to the display and the at least one sensor (126, 128, 136, 138, 200), the processor configured to receive the measurement from the at least one sensor and provide information on the display based on the received measurement, wherein the comparison of the contacts in contact with the flexible disk and contacts not in contact with the flexible disk provides an indication of the amount of deflection of disk and therefore an indication of the rate of flow of gas passing the sensor. a patient airway interface device; a bag; a flow passage coupled between the bag and patient airway interface device; and a sensor assembly comprising: a display; at least one sensor (126, 128, 136, 138, 200) coupled to the flow passage and configured to provide a measurement of at least one parameter, the sensor comprising a rigid porous plate having a plurality of contacts and a flexible disk attached to the rigid porous plate; and a processor coupled to the display and the at least one sensor (126, 128, 136, 138, 200), the processor configured to receive the measurement from the at least one sensor and provide information on the display based on the received measurement, wherein the comparison of the contacts in contact with the flexible disk and contacts not in contact with the flexible disk provides an indication of the amount of deflection of disk and therefore an indication of the rate of flow of gas passing the sensor. a display; at least one sensor (126, 128, 136, 138, 200) coupled to the flow passage and configured to provide a measurement of at least one parameter, the sensor comprising a rigid porous plate having a plurality of contacts and a flexible disk attached to the rigid porous plate; and a processor coupled to the display and the at least one sensor (126, 128, 136, 138, 200), the processor configured to receive the measurement from the at least one sensor and provide information on the display based on the received measurement, wherein the comparison of the contacts in contact with the flexible disk and contacts not in contact with the flexible disk provides an indication of the amount of deflection of disk and therefore an indication of the rate of flow of gas passing the sensor.
A rotor stack of an electric motor comprising segments which, in the axial direction, looking from the rotor rotation side, create a gap for insertion of a pair of permanent magnets (3A, 3B) of an individual magnet pole, - wherein the respective permanent magnet (3A, 3B) is in the form of a cuboid, - wherein an individual gap of the magnet pole of the rotor stack contains a through hole, which in terms of a form and dimension suits the fit of the pair of permanent magnets (3A, 3B), - wherein said individual gap for fit of the permanent magnets (3A, 3B) further comprises at least one central connecting element and two side connecting elements (2SA, 2SB), which mechanically connect an inner and an outer part of the rotor stack, - wherein the inner part of the rotor stack is put on a shaft and/or a rotor holder, and wherein the outer part of the rotor stack together with teeth of the stator stack form an air gap, wherein the side connecting elements (2SA, 2SB) create an air barrier in the form of a polygon, - wherein said air barrier in the most outer corner of the permanent magnet pair (3A, 3B) extends along at least two sides of an individual permanent magnet (3A, 3B), characterized in that a minimal width (2C-T) of the central connecting element and a minimal width (2S-T) of the side connecting element (2SA, 2SB) are smaller than 0.2 times a magnet width. - wherein the respective permanent magnet (3A, 3B) is in the form of a cuboid, - wherein an individual gap of the magnet pole of the rotor stack contains a through hole, which in terms of a form and dimension suits the fit of the pair of permanent magnets (3A, 3B), - wherein said individual gap for fit of the permanent magnets (3A, 3B) further comprises at least one central connecting element and two side connecting elements (2SA, 2SB), which mechanically connect an inner and an outer part of the rotor stack, - wherein the inner part of the rotor stack is put on a shaft and/or a rotor holder, and wherein the outer part of the rotor stack together with teeth of the stator stack form an air gap, wherein the side connecting elements (2SA, 2SB) create an air barrier in the form of a polygon, - wherein said air barrier in the most outer corner of the permanent magnet pair (3A, 3B) extends along at least two sides of an individual permanent magnet (3A, 3B),