mhurhangee/ep-ind-claims huggingface dataset:
A plug for joining a polyethylene, PE, jacketed cable to a PE tube, the plug comprising: first and second heating wires (110, 120); and a PE body comprising: a first section insertible into the PE tube and comprising a first surface to engage with the PE tube and in which the first heating wires are embeddable; and a second section within the first section and into which the PE jacketed cable is insertible, the second section comprising a second surface to engage with the PE jacketed cable and in which the second heating wires are embeddable. first and second heating wires (110, 120); and a PE body comprising: a first section insertible into the PE tube and comprising a first surface to engage with the PE tube and in which the first heating wires are embeddable; and a second section within the first section and into which the PE jacketed cable is insertible, the second section comprising a second surface to engage with the PE jacketed cable and in which the second heating wires are embeddable. a first section insertible into the PE tube and comprising a first surface to engage with the PE tube and in which the first heating wires are embeddable; and a second section within the first section and into which the PE jacketed cable is insertible, the second section comprising a second surface to engage with the PE jacketed cable and in which the second heating wires are embeddable.
A method comprising: receiving at a first network enabled device a bitstream encoded with video information from a second network enabled device; analyzing bitstream values corresponding to a video frame encoded in the received bitstream prior to generating the full video frame and determining visual characteristics of the video information from the analyzed bitstream values; and determining a modified video display for display at one or more network enabled devices in response to the determined visual characteristics; characterised in that determining the visual characteristics comprises at least one of: analyzing a chrominance value from the bitstream values, and determining a presence of a user based on the chrominance value; analyzing a luminance value from the bitstream values, and determining a light level of a location of the second network enabled device based upon the luminance value; analyzing a coefficient distribution from the bitstream values, and determining a focus level of the video data corresponding to the bitstream values based upon the coefficient distribution; and analyzing spatial density of information from the bitstream values and determining portions of the bitstream which exhibit relatively higher levels of detail. receiving at a first network enabled device a bitstream encoded with video information from a second network enabled device; analyzing bitstream values corresponding to a video frame encoded in the received bitstream prior to generating the full video frame and determining visual characteristics of the video information from the analyzed bitstream values; and determining a modified video display for display at one or more network enabled devices in response to the determined visual characteristics; characterised in that determining the visual characteristics comprises at least one of: analyzing a chrominance value from the bitstream values, and determining a presence of a user based on the chrominance value; analyzing a luminance value from the bitstream values, and determining a light level of a location of the second network enabled device based upon the luminance value; analyzing a coefficient distribution from the bitstream values, and determining a focus level of the video data corresponding to the bitstream values based upon the coefficient distribution; and analyzing spatial density of information from the bitstream values and determining portions of the bitstream which exhibit relatively higher levels of detail. analyzing a chrominance value from the bitstream values, and determining a presence of a user based on the chrominance value; analyzing a luminance value from the bitstream values, and determining a light level of a location of the second network enabled device based upon the luminance value; analyzing a coefficient distribution from the bitstream values, and determining a focus level of the video data corresponding to the bitstream values based upon the coefficient distribution; and analyzing spatial density of information from the bitstream values and determining portions of the bitstream which exhibit relatively higher levels of detail.
Device for processing an edge of a blank for a lens, particularly a spectacle lens, comprising a mounting device for mounting the lens blank, which is blocked on a block piece, in a work space of the edge processing device, a processing device by means of which a tool for processing the edge is drivable and a movement device for producing a relative movement between the lens blank and the tool during processing of the edge in the work space of the edge processing device and a deblocking device by means of which the edge-processed lens can be deblocked from the block piece in the work space, characterized in that the deblocking device comprises a pin-shaped or disc-shaped material removing tool (106, 116) which is of such narrow form at its end or circumference that it is capable of machining the block piece, which is mounted on the mounting device, with the edge-processed lens blocked thereon, starting from an edge surface of the block piece near the lens without contacting the lens or the mounting device.
A device of a system for inductive power transfer, wherein the device comprises at least one winding structure (10, 12) for generating or receiving an alternating electromagnetic field, wherein the device further comprises a voltage-controllable capacitive device, wherein the capacitive device comprises a first dielectric material and at least one further dielectric material, wherein at least the permittivity of the first dielectric material is DC voltage-dependent, characterized in that a voltage dependence of the permittivity of the first dielectric material is different from a voltage dependence of the permittivity of the further dielectric material and a permittivity of the at least one further dielectric material is not DC voltage-dependent, wherein the device further comprises at least one voltage providing means for providing a DC voltage to the first dielectric material, wherein the first dielectric material and the at least one further dielectric material is provided by a ceramic material.
A tool for penetrating a tubular, the tool comprising: at least one length of linear shaped charge, a carrier adapted to support the or each length of linear shaped charge, and at least one detonation mechanism for detonating the or each length of linear shaped charge such that, upon detonation of the or each length of linear shaped charge, a length of material is projected outwardly from the or each length of linear shaped charge towards an internal surface of the tubular, which is thereby penetrated; characterised in that at least a portion of at least one length of linear shaped charge is oriented such that said material is projected obliquely towards the internal surface of the tubular, and in that the at least one length of linear shaped charge is arranged such that, upon detonation, the trajectory of the obliquely projected portion of the projected material intersects the trajectory of at least one other portion of projected material at or adjacent the internal surface of the tubular. at least one length of linear shaped charge, a carrier adapted to support the or each length of linear shaped charge, and at least one detonation mechanism for detonating the or each length of linear shaped charge such that, upon detonation of the or each length of linear shaped charge, a length of material is projected outwardly from the or each length of linear shaped charge towards an internal surface of the tubular, which is thereby penetrated; characterised in that at least a portion of at least one length of linear shaped charge is oriented such that said material is projected obliquely towards the internal surface of the tubular, and in that the at least one length of linear shaped charge is arranged such that, upon detonation, the trajectory of the obliquely projected portion of the projected material intersects the trajectory of at least one other portion of projected material at or adjacent the internal surface of the tubular.
Method for coating a component surface of a component with a contiguous film of paint, wherein the film of paint can be removed again from the component surface, characterized in that the film of paint is sprayed onto the component surface as a liquid film and the film of paint itself is multi-coloured and represents predetermined decor.
A method of providing power to external devices connected to a computer having a computer housing, wherein the computer housing includes an externally accessible connector having a first power conductor and a ground conductor, the method comprising: installing a power supply in the computer housing, wherein the power supply includes a ground and a first and a second power rail, wherein the first power rail is at a first nominal voltage and the second power rail is at a second nominal voltage; electrically connecting a first booster to the first power rail, wherein the first booster includes a first booster output and wherein the first booster output is at the second nominal voltage; electrically connecting the second power rail and the output of the booster to a power router (28, 40); and driving the first power conductor with power selectively drawn from the second power rail and from the booster output, wherein driving includes dynamically converting reserve power available on the first and second power rails to approximately the second nominal voltage and outputting the dynamically converted power to the external device. installing a power supply in the computer housing, wherein the power supply includes a ground and a first and a second power rail, wherein the first power rail is at a first nominal voltage and the second power rail is at a second nominal voltage; electrically connecting a first booster to the first power rail, wherein the first booster includes a first booster output and wherein the first booster output is at the second nominal voltage; electrically connecting the second power rail and the output of the booster to a power router (28, 40); and driving the first power conductor with power selectively drawn from the second power rail and from the booster output, wherein driving includes dynamically converting reserve power available on the first and second power rails to approximately the second nominal voltage and outputting the dynamically converted power to the external device.
Structural part with at least one opening through which an electrical and/or electronic contact element is guided outward in a manner sealed with respect to the penetration of environmental media, wherein a closed volume is formed at least in a wall of the structural part in the region of the contact element, a permanently elastic sealing material which completely surrounds the at least one contact element at least in certain sections being introduced into said volume, characterized in that the cover element and/or the wall comprises guiding elements (2.4) for stipulating a direction of flow of the sealing material during the introduction of the latter into the volume.
An engine arrangement, comprising: an engine; an exhaust line connected downstream of the engine; exhaust after treatment equipment in the exhaust line; a temperature sensor (29a, 29b, 29c) for sensing a temperature of the exhaust after treatment equipment; and a turbo compound arrangement including a turbo compound turbine in the exhaust line and being characterized in further comprising: means configured for modifying exhaust flow through the turbo compound turbine and the exhaust line in response to one or more temperature sensor signals in the temperature sensor (29a, 29b, 29c) to achieve an exhaust temperature sufficient for regeneration of the exhaust after treatment equipment. an engine; an exhaust line connected downstream of the engine; exhaust after treatment equipment in the exhaust line; a temperature sensor (29a, 29b, 29c) for sensing a temperature of the exhaust after treatment equipment; and a turbo compound arrangement including a turbo compound turbine in the exhaust line and being characterized in further comprising: means configured for modifying exhaust flow through the turbo compound turbine and the exhaust line in response to one or more temperature sensor signals in the temperature sensor (29a, 29b, 29c) to achieve an exhaust temperature sufficient for regeneration of the exhaust after treatment equipment.
An antimicrobial composition comprising: glycolic acid; an anionic surfactant selected from the group consisting of alkyl sulfonates, alkyl sulfates, and mixtures thereof; a nonionic surfactant comprising an alcohol ethoxylate; and a further anionic surfactant comprising an alpha-olefin sulfonate. glycolic acid; an anionic surfactant selected from the group consisting of alkyl sulfonates, alkyl sulfates, and mixtures thereof; a nonionic surfactant comprising an alcohol ethoxylate; and a further anionic surfactant comprising an alpha-olefin sulfonate.
A method of separating, from an exposure original plate, a pellicle which includes a pellicle film that is provided in a tensioned state on an end surface of a pellicle frame through a pellicle film adhesive and an adhesive layer that is provided on the other end surface and in which the adhesive layer is adhered to the exposure original plate, wherein a plurality of pellicle frame support pins is inserted into a plurality of jig holes provided in an outer surface of the pellicle frame, the pellicle frame support pins being moved in a direction in which the pellicle is separated from the exposure original plate, a separation force applied by the movement to the pellicle frame support pins is measured and the pellicle is separated from the exposure original plate while control is being performed such that the separation force is minimized, characterized in that the measurement and the control of the separation force applied to the pellicle frame support pins inserted into the jig holes in the outer surface of the pellicle frame are independently performed on each of the pellicle frame support pins. wherein a plurality of pellicle frame support pins is inserted into a plurality of jig holes provided in an outer surface of the pellicle frame, the pellicle frame support pins being moved in a direction in which the pellicle is separated from the exposure original plate, a separation force applied by the movement to the pellicle frame support pins is measured and the pellicle is separated from the exposure original plate while control is being performed such that the separation force is minimized, characterized in that the measurement and the control of the separation force applied to the pellicle frame support pins inserted into the jig holes in the outer surface of the pellicle frame are independently performed on each of the pellicle frame support pins.
Device for guiding and supplying dough to a dough processing or transporting means comprising: - a receiving chamber, comprising an inlet opening and a discharge opening opposite to the inlet opening, - at least one belt conveyor comprising a conveyor belt forming a part of a side wall of the receiving chamber and extending in a direction of conveyance between the inlet opening and the discharge opening, and - at least one stationary wall forming another part of the side wall of the receiving chamber and adjoining at least one of two opposing side ends of the at least one belt conveyor, which side ends run parallel to the direction of conveyance, characterized in that the device further comprises at least two sealing strips, each mounted on an inside of the receiving chamber alongside one of the opposing side ends of the at least one belt conveyor and each extending from the conveyor belt to an adjacent part of one of the at least one stationary wall to create a seal between the conveyor belt and said stationary wall. - a receiving chamber, comprising an inlet opening and a discharge opening opposite to the inlet opening, - at least one belt conveyor comprising a conveyor belt forming a part of a side wall of the receiving chamber and extending in a direction of conveyance between the inlet opening and the discharge opening, and - at least one stationary wall forming another part of the side wall of the receiving chamber and adjoining at least one of two opposing side ends of the at least one belt conveyor, which side ends run parallel to the direction of conveyance, characterized in that the device further comprises at least two sealing strips, each mounted on an inside of the receiving chamber alongside one of the opposing side ends of the at least one belt conveyor and each extending from the conveyor belt to an adjacent part of one of the at least one stationary wall to create a seal between the conveyor belt and said stationary wall.
A stretch laminate for a wearable article, comprising an outward-facing layer, a wearer-facing layer, and an elastic material sandwiched between the outward-facing layer and the wearer-facing layer, the elastic material having been pre-strained by a pre-strain percentage along a stretch direction during manufacture of the laminate, such that when the stretch laminate is in a relaxed condition the outward-facing layer and the wearer-facing layer are gathered along the stretch direction, wherein the outward-facing layer is formed of a section of nonwoven web material comprising an accumulation of filaments and has an inner surface and an outer surface, the outer surface comprising an ordered arrangement of zones each zone comprising an attenuated region adjacent to a build-up region, wherein the attenuated region has a first basis weight and the build-up region has a second basis weight, wherein the first basis weight is less than the second basis weight, the difference in basis weight corresponding to disposition of the filaments according to the ordered arrangement. wherein the outward-facing layer is formed of a section of nonwoven web material comprising an accumulation of filaments and has an inner surface and an outer surface, the outer surface comprising an ordered arrangement of zones each zone comprising an attenuated region adjacent to a build-up region, wherein the attenuated region has a first basis weight and the build-up region has a second basis weight, wherein the first basis weight is less than the second basis weight, the difference in basis weight corresponding to disposition of the filaments according to the ordered arrangement.
An electronic device, comprising: a display device comprising a plurality of light-emitting elements for displaying an optical image on a front side of the display device; an illumination element integrated into the display device and configured to emit light for illuminating a scene in front of the front side of the display device; an optical sensor configured to sense reflections of the emitted light from the scene; an optical transmitter arranged within the electronic device at the back side of the display device and configured to transmit an optical control signal encoded with control information for controlling light emission by the illumination element; an optical receiver integrated into the display device, wherein the optical receiver is configured to receive the optical control signal and generate an electrical control signal based on the optical control signal; and a driver circuit integrated into the display device and configured to drive the illumination element based on the electrical control signal. a display device comprising a plurality of light-emitting elements for displaying an optical image on a front side of the display device; an illumination element integrated into the display device and configured to emit light for illuminating a scene in front of the front side of the display device; an optical sensor configured to sense reflections of the emitted light from the scene; an optical transmitter arranged within the electronic device at the back side of the display device and configured to transmit an optical control signal encoded with control information for controlling light emission by the illumination element; an optical receiver integrated into the display device, wherein the optical receiver is configured to receive the optical control signal and generate an electrical control signal based on the optical control signal; and a driver circuit integrated into the display device and configured to drive the illumination element based on the electrical control signal.
A method for preparing the compound of Formula 1, comprising steps of: 1) subjecting the compound of Formula 3 to a reaction with the compound of Formula 4 in an organic solvent under the presence of a base to obtain the compound of Formula 2; and 2) subjecting the compound of Formula 2 to a reaction with the compound of Formula 5 in an organic solvent under the presence of an acid to obtain the compound of Formula 1. 1) subjecting the compound of Formula 3 to a reaction with the compound of Formula 4 in an organic solvent under the presence of a base to obtain the compound of Formula 2; and 2) subjecting the compound of Formula 2 to a reaction with the compound of Formula 5 in an organic solvent under the presence of an acid to obtain the compound of Formula 1.