mhurhangee/ep-ind-claims huggingface dataset:
A handheld electronic communication device comprising: a body including an input device; a display assembly comprising a touch-sensitive display, the display assembly connected to the body and moveable by sliding relative to a back of the body, between a first position in which the touch-sensitive display is disposed within a cavity between a front and the back of the body and a first portion of the touch-sensitive display is covered by the front of the body and a second portion of the touch-sensitive display is exposed, and a second position in which the display assembly is displaced by being moved away from the back of the body, wherein, in the second position, the first portion of the touch-sensitive display and the second portion of the touch-sensitive display are exposed and the display assembly is generally flush with the front of the body. a body including an input device; a display assembly comprising a touch-sensitive display, the display assembly connected to the body and moveable by sliding relative to a back of the body, between a first position in which the touch-sensitive display is disposed within a cavity between a front and the back of the body and a first portion of the touch-sensitive display is covered by the front of the body and a second portion of the touch-sensitive display is exposed, and a second position in which the display assembly is displaced by being moved away from the back of the body, wherein, in the second position, the first portion of the touch-sensitive display and the second portion of the touch-sensitive display are exposed and the display assembly is generally flush with the front of the body.
A switched capacitor measurement circuit for measuring the capacitance of an input capacitor with a parallel parasitic resistor (RPAR), comprising: a switching arrangement (S1, S2,..., S5), a reference capacitor (CREF); a steered current sink (IDAC) and an operational amplifier with an output; a non-inverting input connected to a reference voltage source (VREF) and an inverting input connected to a first terminal of the input capacitor, said switching arrangement selectively connecting: in a reset mode, a second terminal of said input capacitor with the reference voltage source (VREF), the inverting input of the operational amplifier with the output of the operational amplifier, and the reference capacitor (CREF) between the reference voltage source (VREF) and the inverting input of the operational amplifier; in a gain mode, the second terminal of said input capacitor with a supply voltage, the reference capacitor (CREF) between the inverting input and the output of the operational amplifier, and the steered current sink (IDAC) with an interconnection node between the input capacitor and the reference capacitor (CREF); wherein the current sink (IDAC) is steered to compensate for a charge current due to the parasitic resistor (RPAR). a switching arrangement (S1, S2,..., S5), a reference capacitor (CREF); a steered current sink (IDAC) and an operational amplifier with an output; a non-inverting input connected to a reference voltage source (VREF) and an inverting input connected to a first terminal of the input capacitor, said switching arrangement selectively connecting: in a reset mode, a second terminal of said input capacitor with the reference voltage source (VREF), the inverting input of the operational amplifier with the output of the operational amplifier, and the reference capacitor (CREF) between the reference voltage source (VREF) and the inverting input of the operational amplifier; in a gain mode, the second terminal of said input capacitor with a supply voltage, the reference capacitor (CREF) between the inverting input and the output of the operational amplifier, and the steered current sink (IDAC) with an interconnection node between the input capacitor and the reference capacitor (CREF); wherein the current sink (IDAC) is steered to compensate for a charge current due to the parasitic resistor (RPAR). in a reset mode, a second terminal of said input capacitor with the reference voltage source (VREF), the inverting input of the operational amplifier with the output of the operational amplifier, and the reference capacitor (CREF) between the reference voltage source (VREF) and the inverting input of the operational amplifier; in a gain mode, the second terminal of said input capacitor with a supply voltage, the reference capacitor (CREF) between the inverting input and the output of the operational amplifier, and the steered current sink (IDAC) with an interconnection node between the input capacitor and the reference capacitor (CREF); wherein the current sink (IDAC) is steered to compensate for a charge current due to the parasitic resistor (RPAR).
A method for producing crystalline silicon, the method comprising: providing a silicon seed layer of uniform crystalline orientation in all axes in a crucible; providing silicon feedstock above the seed layer; melting the silicon feedstock and an upper part of the seed layer, thereby creating molten silicon within the crucible; directionally solidifying the molten silicon to form a silicon ingot; wherein the seed layer is arranged such that solidification of the molten silicon occurs in a direction normal to a crystallographic plane of the seed layer. providing a silicon seed layer of uniform crystalline orientation in all axes in a crucible; providing silicon feedstock above the seed layer; melting the silicon feedstock and an upper part of the seed layer, thereby creating molten silicon within the crucible; directionally solidifying the molten silicon to form a silicon ingot; wherein the seed layer is arranged such that solidification of the molten silicon occurs in a direction normal to a crystallographic plane of the seed layer.
A method characterized in that it comprises: in response to a first transmission queue of a bi-directional communication device containing less than a number of data packets, performing the steps of: transferring a data packet from a second transmission queue in said bi-directional communication device to said first transmission queue, said transferred data packet comprising at least two concatenated data packets; identifying said transferred data packet as a ready-to-send data packet in said first transmission queue; and indicating the presence of a subsequent ready-to-send data packet in a primary ready-to-send data packet, said primary ready-to-send data packet and said subsequent ready-to-send data packet existing in a sequence of ready-to-send data packets in said first transmission queue. in response to a first transmission queue of a bi-directional communication device containing less than a number of data packets, performing the steps of: transferring a data packet from a second transmission queue in said bi-directional communication device to said first transmission queue, said transferred data packet comprising at least two concatenated data packets; identifying said transferred data packet as a ready-to-send data packet in said first transmission queue; and indicating the presence of a subsequent ready-to-send data packet in a primary ready-to-send data packet, said primary ready-to-send data packet and said subsequent ready-to-send data packet existing in a sequence of ready-to-send data packets in said first transmission queue. transferring a data packet from a second transmission queue in said bi-directional communication device to said first transmission queue, said transferred data packet comprising at least two concatenated data packets; identifying said transferred data packet as a ready-to-send data packet in said first transmission queue; and indicating the presence of a subsequent ready-to-send data packet in a primary ready-to-send data packet, said primary ready-to-send data packet and said subsequent ready-to-send data packet existing in a sequence of ready-to-send data packets in said first transmission queue.
An article, comprising: a color shifting film comprising a first and second polymeric material, wherein the first polymeric material is more highly birefringent than the second polymeric material, and wherein the color shifting film transmits green light at normal incidence; and a non-diffusive colored substrate applied to the color shifting film; wherein the colored substrate is selectively visible through the color shifting film as a function of viewing angle. a color shifting film comprising a first and second polymeric material, wherein the first polymeric material is more highly birefringent than the second polymeric material, and wherein the color shifting film transmits green light at normal incidence; and a non-diffusive colored substrate applied to the color shifting film;
Laminating apparatus with a housing, with a laminating device incorporated in the housing for lamination of material to be laminated using sheet material and plastic film to form a laminate, and having a through-flow passage for feeding the material to be laminated into the laminating device and for transporting the laminate away from the laminating device, wherein the through-flow passage starts at an insertion slot in the housing and ends at an ejection slot in the housing, characterised in that the housing on the side of the insertion slot has at least two support surfaces (22, 32, 38, 48) located in the extension of the through-flow passage for the material to be laminated, wherein at least one sheet material support surface (38, 48) for the support of sheet material is formed by the surfaces (40, 44) of two support elements which are arranged at a distance from one another in a removable manner on or above at least one film support surface (22, 32) for the support of plastic film.
A drug delivery device comprising: a housing; a moveable number sleeve disposed within the housing and having numbers printed thereon; and a transparent window occupying an aperture of the housing and covering the number sleeve such that the number sleeve is visible through the transparent window, characterized in that at least one region of the housing located adjacent the transparent window comprises one or more light guides configured to receive input light directly from a source external to the drug delivery device and to output the light into the transparent window so as to cause illumination of the number sleeve. a housing; a moveable number sleeve disposed within the housing and having numbers printed thereon; and a transparent window occupying an aperture of the housing and covering the number sleeve such that the number sleeve is visible through the transparent window, characterized in that at least one region of the housing located adjacent the transparent window comprises one or more light guides configured to receive input light directly from a source external to the drug delivery device and to output the light into the transparent window so as to cause illumination of the number sleeve.
Method, performed by a transmitting node for supporting generation of comfort noise for at least two audio channels, the method comprising: - determining spectral characteristics of audio signals on at least two input audio channels; - signaling information about the spectral characteristics of the audio signals on the at least two input audio channels; - determining a spatial coherence between the audio signals on the respective input audio channels; and - signaling information about the spatial coherence between the audio signals on the respective input audio channels to a receiving node, for generation of comfort noise for at least two audio channels at the receiving node. - determining spectral characteristics of audio signals on at least two input audio channels; - signaling information about the spectral characteristics of the audio signals on the at least two input audio channels; - determining a spatial coherence between the audio signals on the respective input audio channels; and - signaling information about the spatial coherence between the audio signals on the respective input audio channels to a receiving node, for generation of comfort noise for at least two audio channels at the receiving node.
A method performed by an alignment system for aligning tethers of a drop stitch fabric prior to feeding the drop stitch fabric to a drop stitch fabric processing machine, the method comprising: determining an offset between the first layer and the second layer in a running direction of the drop stitch fabric; and feeding a drop stitch fabric having a first layer and a second layer tethered by drop stitch tethers, wherein the first layer is moving with a first velocity and the second layer is moving with a second velocity. determining an offset between the first layer and the second layer in a running direction of the drop stitch fabric; and feeding a drop stitch fabric having a first layer and a second layer tethered by drop stitch tethers, wherein the first layer is moving with a first velocity and the second layer is moving with a second velocity.
A concrete mixer, comprising: a sensor; and a mixing helix situated within said concrete mixer, wherein said sensor is attached to a wall of said concrete mixer such that a body of said sensor extends, generally radially, into a hollow interior of said mixer, and said sensor comprises: (a) a body; and (b) sensing elements (120a, 120b) mounted on an exterior surface of or within an interior of said body and connectable to a control circuit, characterised in that said sensing elements are so mounted that said sensor is configured, during a movement of said sensor through a concrete mixture, to measure a first force (Fp) along a first axis parallel to rotation direction of said concrete mixer and measure a second force (Fv) along a second axis disposed at an angle to said first axis, said second axis defined by a movement of said mixing helix. a sensor; and a mixing helix situated within said concrete mixer, wherein said sensor is attached to a wall of said concrete mixer such that a body of said sensor extends, generally radially, into a hollow interior of said mixer, and said sensor comprises: (a) a body; and (b) sensing elements (120a, 120b) mounted on an exterior surface of or within an interior of said body and connectable to a control circuit, characterised in that (a) a body; and (b) sensing elements (120a, 120b) mounted on an exterior surface of or within an interior of said body and connectable to a control circuit, characterised in that said sensing elements are so mounted that said sensor is configured, during a movement of said sensor through a concrete mixture, to measure a first force (Fp) along a first axis parallel to rotation direction of said concrete mixer and measure a second force (Fv) along a second axis disposed at an angle to said first axis, said second axis defined by a movement of said mixing helix.
Test element as a single-use article for examining a body fluid comprising a lancing member that can be inserted into a body part, a collecting area configured thereon for body fluid obtained by the lancing and at least one light guide for an optical measurement in the collecting area, which is formed as a capillary-active channel by a collecting recess of the lancing member which extends in the lancing direction, wherein the light guide is integrated into the lancing member such that it is secure against displacement and the distal end thereof is arranged in a proximal measuring zone of the collecting recess, characterized in that the collecting area is shaped as a longitudinal slot that is open on one or both sides, and that the distal end face of the light guide is provided with a permanently applied test field for an analyte in the body fluid, wherein the test field is aligned transversely to the longitudinal direction of the collecting recess so that body fluid flows frontal against the test field.
A method of displaying information about an unmanned aerial vehicle, the method comprising: displaying, on a display for being used by a unmanned aerial vehicle controller, a map including a projected flight path of the unmanned aerial vehicle; displaying, on the map, location-based information pertaining to radio frequency link status between the unmanned aerial vehicle and at least one ground radio; and updating the location-based information pertaining to radio frequency link status based on a change in the current position of the unmanned aerial vehicle, wherein displaying a map comprises: displaying fixed size portions of the display, each of said fixed size portions representing a predetermined area on the map, wherein said fixed size portions are tiles and are color coded to indicate an estimated strength of radio frequency links of the corresponding areas on the map; and displaying an indication of the unmanned aerial vehicle position during the flight. displaying, on a display for being used by a unmanned aerial vehicle controller, a map including a projected flight path of the unmanned aerial vehicle; displaying, on the map, location-based information pertaining to radio frequency link status between the unmanned aerial vehicle and at least one ground radio; and updating the location-based information pertaining to radio frequency link status based on a change in the current position of the unmanned aerial vehicle, wherein displaying a map comprises: displaying fixed size portions of the display, each of said fixed size portions representing a predetermined area on the map, wherein said fixed size portions are tiles and are color coded to indicate an estimated strength of radio frequency links of the corresponding areas on the map; and displaying an indication of the unmanned aerial vehicle position during the flight. displaying fixed size portions of the display, each of said fixed size portions representing a predetermined area on the map, wherein said fixed size portions are tiles and are color coded to indicate an estimated strength of radio frequency links of the corresponding areas on the map; and displaying an indication of the unmanned aerial vehicle position during the flight.
A plastic film composite for film packaging with a first surface and a second surface, a monoaxially oriented polyethylene film, and with a sealing layer at the second surface, and a biaxially oriented polyethylene film, wherein the monoaxially oriented polyethylene film has a greater thickness than the biaxially oriented polyethylene film.
A system comprising: a diffractive optical element set comprising one or more optical elements that pass non-diffracted light that is not diffracted, the diffractive optical element set being configured to diffract light from a light source (204; 604) that passes through the diffractive optical element set into a pattern of diffracted light spots, the diffractive optical element set further comprising a diffractive optical element (224; 664, 665) encoded with a positive diffractive lens; and a negative refractive optical element (226; 666) optically coupled to the diffractive optical element set, the negative refractive optical element being configured to refract the non-diffracted light and the diffracted light, including to refract the diffracted light to cancel or substantially cancel a focusing effect on the diffracted light by the positive diffractive lens of the diffractive optical element set, and to defocus the non-diffracted light that is not diffracted by the diffractive optical element set. a diffractive optical element set comprising one or more optical elements that pass non-diffracted light that is not diffracted, the diffractive optical element set being configured to diffract light from a light source (204; 604) that passes through the diffractive optical element set into a pattern of diffracted light spots, the diffractive optical element set further comprising a diffractive optical element (224; 664, 665) encoded with a positive diffractive lens; and a negative refractive optical element (226; 666) optically coupled to the diffractive optical element set, the negative refractive optical element being configured to refract the non-diffracted light and the diffracted light, including to refract the diffracted light to cancel or substantially cancel a focusing effect on the diffracted light by the positive diffractive lens of the diffractive optical element set, and to defocus the non-diffracted light that is not diffracted by the diffractive optical element set.
A rolling bearing comprising: a first raceway member having a first annular raceway surface; a second raceway member having a second annular raceway surface opposing the first raceway surface; a guide member having an annular guide surface arranged at a position different from the second raceway surface in an axial direction and formed integrally with or separately from the second raceway member; a plurality of rolling elements arranged between the first raceway surface and the second raceway surface so as to roll; and an annular cage that holds the plurality of rolling elements at given intervals in the circumferential direction and has a guided surface opposing the guide surface such that the guided surface can slidably contact the guide surface, wherein a flow path for compressed air for supplying lubricating oil is provided in the guide member, wherein the flow path has a discharge opening in the guide surface, wherein the guided surface has two annular sprayed surfaces (23, 23a, 24a1, 24a2, 24b, 25a1, 25a2) to which the compressed air discharged from the discharge opening is sprayed, and wherein the sprayed surfaces (23, 23a, 24a1, 24a2, 24b, 25a1, 25a2) are defined as inclined surfaces inclined to opposite directions to each other with respect to the axial direction, wherein the cage is supported with respect to the axial direction by a force acting on the cage in the axial direction obtained by spraying the compressed air to each of the sprayed surfaces (23, 23a, 24a1, 24a2, 24b, 25a1, 25a2). a first raceway member having a first annular raceway surface; a second raceway member having a second annular raceway surface opposing the first raceway surface; a guide member having an annular guide surface arranged at a position different from the second raceway surface in an axial direction and formed integrally with or separately from the second raceway member; a plurality of rolling elements arranged between the first raceway surface and the second raceway surface so as to roll; and an annular cage that holds the plurality of rolling elements at given intervals in the circumferential direction and has a guided surface opposing the guide surface such that the guided surface can slidably contact the guide surface, wherein a flow path for compressed air for supplying lubricating oil is provided in the guide member, wherein the flow path has a discharge opening in the guide surface, wherein the guided surface has two annular sprayed surfaces (23, 23a, 24a1, 24a2, 24b, 25a1, 25a2) to which the compressed air discharged from the discharge opening is sprayed, and wherein the sprayed surfaces (23, 23a, 24a1, 24a2, 24b, 25a1, 25a2) are defined as inclined surfaces inclined to opposite directions to each other with respect to the axial direction, wherein the cage is supported with respect to the axial direction by a force acting on the cage in the axial direction obtained by spraying the compressed air to each of the sprayed surfaces (23, 23a, 24a1, 24a2, 24b, 25a1, 25a2).