mhurhangee/ep-ind-claims huggingface dataset:
Cooking device, in particular oven, steam cooker or microwave cooking device, - having a cooking chamber, which is surrounded by a cooking chamber wall, wherein the cooking chamber wall has an opening, through which a light component of a lighting device is guided, which serves to illuminate the cooking chamber, - having a lighting device with a light source and an light guide, which forwards the light emitted by the light source into the cooking chamber, wherein the light guide is an inflexible light guide rod, which forms the light component and pierces through the opening in the cooking chamber wall, wherein - the end of the light guide rod facing away from the light source is bent in relation to a longitudinal axis of the light guide rod, such that the light emerging out of the bent end can be introduced into a cooking chamber at an angle to the longitudinal axis, wherein - the section of the light guide rod between the light source and the bent end is arranged outside the cooking chamber, wherein - the curved portion of the bent end is directed towards the cooking chamber wall, wherein - the section of the light guide attached to the curved portion is guided through the opening in the cooking chamber wall, characterised in that - the curvature angle lies outside the limits of the total reflection of the light guide rod, - the light guide rod is provided with a reflecting coating in the region of the curvature, the reflecting surface of which points towards the surface of the light guide rod, - the reflecting coating feeds light emerging in the region of the curvature back into the light guide rod. - having a cooking chamber, which is surrounded by a cooking chamber wall, wherein the cooking chamber wall has an opening, through which a light component of a lighting device is guided, which serves to illuminate the cooking chamber, - having a lighting device with a light source and an light guide, which forwards the light emitted by the light source into the cooking chamber, wherein the light guide is an inflexible light guide rod, which forms the light component and pierces through the opening in the cooking chamber wall, wherein - the end of the light guide rod facing away from the light source is bent in relation to a longitudinal axis of the light guide rod, such that the light emerging out of the bent end can be introduced into a cooking chamber at an angle to the longitudinal axis, wherein - the section of the light guide rod between the light source and the bent end is arranged outside the cooking chamber, wherein - the curved portion of the bent end is directed towards the cooking chamber wall, wherein - the section of the light guide attached to the curved portion is guided through the opening in the cooking chamber wall, - the curvature angle lies outside the limits of the total reflection of the light guide rod, - the light guide rod is provided with a reflecting coating in the region of the curvature, the reflecting surface of which points towards the surface of the light guide rod, - the reflecting coating feeds light emerging in the region of the curvature back into the light guide rod.
Hand dryer which includes a turbine which is actuatable by a motor for propelling air which is heated by means of a resistor placed between the turbine itself and an exit port under which the hands to be dried are placed, whereby the hand dryer comprises a housing in which a scent evaporation air freshener is placed; where a duct coming from a germicidal bactericidal liquid container ends in a warm air exit zone, such that the germicidal bactericidal liquid accesses the exit zone; where in the zone where the evaporation air freshener is established, the germicidal bactericidal liquid container is also located, said air freshener including a scent deposit which, by means of a wick, exits outside through an upper grille;, characterised in that the housing is with a separation wall which separates the elements participating in the hand dryer and with an isolated and independent zone; the scent deposit reaches a heating element for evaporating the scent; there is a lower outside air entrance grille; the germicidal bactericidal liquid accesses the exit zone by means of the Venturi effect caused by the reduction of pressure, the duct being sucked; the reduction in pressure of the warm air causes spraying of the germicidal bactericidal liquid towards the exit port; and the germicidal bactericidal liquid duct includes a solenoid valve whose closure is controlled by means of an electronic circuit controlling the elements participating in the dryer.
A method of performing a random access procedure by a terminal in wireless communication system, the method comprising: receiving, at the terminal, a time advance command, TAC, for operating a time alignment timer, TAT, that is used to control how long the terminal is considered uplink time aligned, wherein the TAC is received in a random access response message; the method characterized by: determining, at the terminal, whether a random access preamble used by the terminal in the random access procedure was not selected by the terminal; and if it is determined that the random access preamble was not selected by the terminal, applying the TAC, and starting or restarting the TAT; if it is determined that the random access preamble was selected by the terminal and if the TAT is not running, applying the TAC, starting the TAT, and stopping the TAT when a contention resolution is considered not successful; and if it is determined that the random access preamble was selected by the terminal and if the TAT is running, ignoring the received TAC. receiving, at the terminal, a time advance command, TAC, for operating a time alignment timer, TAT, that is used to control how long the terminal is considered uplink time aligned, wherein the TAC is received in a random access response message; the method characterized by: determining, at the terminal, whether a random access preamble used by the terminal in the random access procedure was not selected by the terminal; and if it is determined that the random access preamble was not selected by the terminal, applying the TAC, and starting or restarting the TAT; if it is determined that the random access preamble was selected by the terminal and if the TAT is not running, applying the TAC, starting the TAT, and stopping the TAT when a contention resolution is considered not successful; and if it is determined that the random access preamble was selected by the terminal and if the TAT is running, ignoring the received TAC. determining, at the terminal, whether a random access preamble used by the terminal in the random access procedure was not selected by the terminal; and if it is determined that the random access preamble was not selected by the terminal, applying the TAC, and starting or restarting the TAT; if it is determined that the random access preamble was selected by the terminal and if the TAT is not running, applying the TAC, starting the TAT, and stopping the TAT when a contention resolution is considered not successful; and if it is determined that the random access preamble was selected by the terminal and if the TAT is running, ignoring the received TAC.
Light distribution device (100; 200; 300; 10) configured to distribute, in use, over a scene to be illuminated (20; 2001), light rays coming from a related light source, characterized in that it includes: - a planar waveguide (110; 210; 310), two faces (111, 112; 311, 312) of which with the largest extent are parallel to each other and each form a respective principal face of the planar waveguide; - a recess (120; 220; 320), which extends in the planar waveguide from one of the principal faces and forms an injection zone configured to implement the injection of light rays into the planar waveguide; and - a through opening (130; 230; 330), which extends in the planar waveguide from one of the principal faces thereof to the other, and forms an extraction zone configured to implement the extraction, out of the planar waveguide, of the light rays that were injected into the injection zone and that circulated in the planar waveguide. - a planar waveguide (110; 210; 310), two faces (111, 112; 311, 312) of which with the largest extent are parallel to each other and each form a respective principal face of the planar waveguide; - a recess (120; 220; 320), which extends in the planar waveguide from one of the principal faces and forms an injection zone configured to implement the injection of light rays into the planar waveguide; and - a through opening (130; 230; 330), which extends in the planar waveguide from one of the principal faces thereof to the other, and forms an extraction zone configured to implement the extraction, out of the planar waveguide, of the light rays that were injected into the injection zone and that circulated in the planar waveguide.
Prefabricated-part container at least partially consisting of precast-concrete wall elements standing vertically on a foundation plate that are formed between vertical joints, wherein each vertical precast-concrete wall element comprises at least two horizontally arranged cladding tubes, the ends of which are opposite the ends of the cladding tubes of the other precast-concrete wall elements, and wherein the cladding tubes accommodate tension strands via which the prefabricated-part container is prestressed, characterized in that a preferably even number of precast-concrete wall elements standing vertically on the foundation plate is provided, wherein half of the vertical precast-concrete wall elements are only half the height of the second half of the vertical precast-concrete wall elements, that, on each of the precast-concrete wall elements standing vertically on the foundation plate, at least one other precast-concrete wall element stands vertically at full height and/or at half height, that the precast-concrete wall elements at half height comprise at least two vertically spaced, horizontally arranged cladding tubes and the precast-concrete wall elements at full height comprise at least four vertically spaced, horizontally arranged cladding tubes, wherein the at least two or four cladding tubes of adjacent precast-concrete wall elements of a prefabricated-part container are arranged on the same respective planes and respectively enclose circumferential tension strands on each plane. characterized in that a preferably even number of precast-concrete wall elements standing vertically on the foundation plate is provided, wherein half of the vertical precast-concrete wall elements are only half the height of the second half of the vertical precast-concrete wall elements, that, on each of the precast-concrete wall elements standing vertically on the foundation plate, at least one other precast-concrete wall element stands vertically at full height and/or at half height, that the precast-concrete wall elements at half height comprise at least two vertically spaced, horizontally arranged cladding tubes and the precast-concrete wall elements at full height comprise at least four vertically spaced, horizontally arranged cladding tubes, wherein the at least two or four cladding tubes of adjacent precast-concrete wall elements of a prefabricated-part container are arranged on the same respective planes and respectively enclose circumferential tension strands on each plane.
A digital rights management device (16A, 16B, 16C) included in a DRM authorized domain, wherein the DRM device includes: a system for sharing data with other devices in the DRM authorized domain; a storage system for receiving a user key from a user (14A, 14B) when the user joins the authorized domain, the device being configured for exchanging the user key with the devices in the domain, and for storing a user key from each of a plurality of users belonging to the authorized domain; a system for receiving content encrypted with a content key; a system for securely receiving the content key; a system for encrypting the received content key using a user key; and a decryption system for decrypting the encrypted content key with the user key and for decrypting the encrypted content with the decrypted content key. a system for sharing data with other devices in the DRM authorized domain; a storage system for receiving a user key from a user (14A, 14B) when the user joins the authorized domain, the device being configured for exchanging the user key with the devices in the domain, and for storing a user key from each of a plurality of users belonging to the authorized domain; a system for receiving content encrypted with a content key; a system for securely receiving the content key; a decryption system for decrypting the encrypted content key with the user key and for decrypting the encrypted content with the decrypted content key.
A door drive, wherein the door drive has a regulating valve, wherein the regulating valve has an axis of rotation, wherein the regulating valve has at least two ends, wherein the regulating valve has at least two sealing sections, wherein the regulating valve has a regulating section, wherein the regulating section is arranged between the sealing sections, wherein at least one of the sealing sections is formed by at least one radial thickening, wherein the regulating section is formed by at least one radial tapering of the regulating valve, characterised in that each end has at least one grip for operation with a tool or by hand and in that the regulating valve is an injection-moulded part or a turned part. wherein at least one of the sealing sections is formed by at least one radial thickening, wherein the regulating section is formed by at least one radial tapering of the regulating valve, characterised in that each end has at least one grip for operation with a tool or by hand and in that the regulating valve is an injection-moulded part or a turned part.
Device for drilling holes in the axial and radial direction of a blade root of a wind turbine, wherein the device comprises: - a first base, which is to be stationary positioned on the ground; - a second base, which is moveably mounted to the first base and movable along a first direction; - first drive means for positioning the second base along the first direction; - a rotary arm, which is pivotally mounted to the second base around a main axis, - second drive means for rotating the rotary arm around the main axis; - wherein the rotary arm comprises a guide track which extends from a first outer end to a second outer end of the rotary arm thereby passing the main axis; - first drilling means moveably arranged on the guide track, comprising a first drilling tool for drilling radial holes in a second direction, which second direction is perpendicular to the main axis and - third drive means for positioning the first drilling means along the guide track; - second drilling means mounted on the rotary arm, comprising a second drilling tool for drilling axial holes in a third direction, which third direction is parallel to the main axis; characterized in that the rotary arm comprises a recess, wherein the second drilling means are accommodated in the recess and at least partially moveably arranged on the guide track and which device comprises fourth driving means for positioning the second drilling means along the guide track, wherein an imaginary plane defined by the second and third direction (8-2;9-2) includes the main axis. - a first base, which is to be stationary positioned on the ground; - a second base, which is moveably mounted to the first base and movable along a first direction; - first drive means for positioning the second base along the first direction; - a rotary arm, which is pivotally mounted to the second base around a main axis, - second drive means for rotating the rotary arm around the main axis; - wherein the rotary arm comprises a guide track which extends from a first outer end to a second outer end of the rotary arm thereby passing the main axis; - first drilling means moveably arranged on the guide track, comprising a first drilling tool for drilling radial holes in a second direction, which second direction is perpendicular to the main axis and - third drive means for positioning the first drilling means along the guide track; - second drilling means mounted on the rotary arm, comprising a second drilling tool for drilling axial holes in a third direction, which third direction is parallel to the main axis;
Method for protecting a top surface of a layer (104, 304) in a semiconductor structure (100, 200, 300, 400), the method comprising: providing a layer (104, 304) on a substrate, the layer (104, 304) having an initial thickness (t 0) and an initial composition (C 0), and a top surface, depositing by means of physical vapor deposition, PVD, a sacrificial metal layer on and in contact with the top surface, the sacrificial metal layer comprising a light metal element, depositing by means of physical vapor deposition a functional metal layer (110, 312) on and in contact with the sacrificial metal layer, whereby the sacrificial metal layer is removed by sputtering during the deposition of the functional metal layer (110, 312) such that an interface is formed between the top surface and the functional metal layer (110, 312), the sacrificial metal layer protecting the top surface during the deposition of the functional metal layer (110, 312) such that, the layer (104, 304) has a final thickness (t f) matching the initial thickness (t 0) and a final composition (C f) corresponding to the initial composition (C 0). providing a layer (104, 304) on a substrate, the layer (104, 304) having an initial thickness (t 0) and an initial composition (C 0), and a top surface, depositing by means of physical vapor deposition, PVD, a sacrificial metal layer on and in contact with the top surface, the sacrificial metal layer comprising a light metal element, depositing by means of physical vapor deposition a functional metal layer (110, 312) on and in contact with the sacrificial metal layer, whereby the sacrificial metal layer is removed by sputtering during the deposition of the functional metal layer (110, 312) such that an interface is formed between the top surface and the functional metal layer (110, 312), the sacrificial metal layer protecting the top surface during the deposition of the functional metal layer (110, 312) such that, the layer (104, 304) has a final thickness (t f) matching the initial thickness (t 0) and a final composition (C f) corresponding to the initial composition (C 0).
A method of controlling a mass spectrometer in the analysis of a compound, the method performed by a controller of an automated mass analyzer and comprising: receiving from an input source signals representing an identifier identifying a compound; using the identifier, automatically accessing data comprising analysis parameters associated with the identifier and, using the accessed data, automatically determining a set of command signals for use by a mass spectrometer in analyzing at least a portion of the compound; providing the command signal set to the mass spectrometer, in order to configure the mass spectrometer to analyze at least a portion of the compound; and receiving from the mass spectrometer data collected from the previous analysis to adjust the command signal set for the further analysis. receiving from an input source signals representing an identifier identifying a compound; using the identifier, automatically accessing data comprising analysis parameters associated with the identifier and, using the accessed data, automatically determining a set of command signals for use by a mass spectrometer in analyzing at least a portion of the compound; providing the command signal set to the mass spectrometer, in order to configure the mass spectrometer to analyze at least a portion of the compound; and receiving from the mass spectrometer data collected from the previous analysis to adjust the command signal set for the further analysis.
Security document having a transparent window formed in the substrate thereof, a micro-optical structure composed of microlenses being arranged on one side of the substrate, at least in the region of the transparent window, and a first print image being arranged on the other side of the substrate, located opposite the micro-optical structure, at least in the region of the transparent window; this first print image including a plurality of image elements (28a to 28j) in a punctiform or linear grid; a dot size or a line thickness of these image elements (28a to 28j) in each case being designed to be smaller than a lens width of the microlenses arranged in the micro-optical structure; a layer, which has a planar extension and covers this first print image, being arranged on a part of the first print image, on the side thereof facing away from the micro-optical structure, and a second print image being arranged on the layer that partly covers the first print image, on the side facing away from the micro-optical structure, characterized in that the second print image is arranged on the layer that covers a part of the first print image in such a way that the second print image can be brought into alignment with the micro-optical structure applied to the other side of the substrate of the security document after carrying out a folding process at a bending line, in such a way that the second print image, or at least a piece of information contained therein, becomes visible and/or recognizable when viewed from the direction of the micro-optical structure.
Pneumatic vehicle tyre with a radial carcass and two bead regions, which each have a bead core and a bead filler located on the bead core, the carcass being led from axially the inside axially outwards around the bead cores and ending in a carcass turn-up, and bead reinforcers that are placed axially outside with respect to the bead filler being arranged in the two bead regions of the pneumatic vehicle tyre and the bead reinforcer comprising monofilaments as reinforcing elements, wherein the monofilaments are formed as straight and linear, characterized in that the monofilaments have a construction of 1×0.15 mm.
An energizing system for energizing an electric power transmission cable having an input side coupled to an electric power source and an output side coupled to a load, the energizing system comprising: - a first switch connected between the power source and the input side of the power transmission cable, the first switch being switchable to connect and disconnect the power source from the power transmission cable, - a reactive power compensation unit for compensating reactive power generated by at least one of the power transmission cable or the load, the reactive power compensation unit being coupled to the input side of the power transmission cable, - a second switch connected between the input side of the power transmission cable and the reactive power compensation unit, and - a third switch connected between the power source and the reactive power compensation unit, wherein the second switch and the third switch are connected such that by closing the second switch and the third switch, the reactive power compensation unit is connected in series with the power transmission cable and is connected in parallel to the first switch, so that when the first switch is opened, the power transmission cable is energizable via the third switch, the reactive power compensation unit and the second switch. - a first switch connected between the power source and the input side of the power transmission cable, the first switch being switchable to connect and disconnect the power source from the power transmission cable, - a reactive power compensation unit for compensating reactive power generated by at least one of the power transmission cable or the load, the reactive power compensation unit being coupled to the input side of the power transmission cable, - a second switch connected between the input side of the power transmission cable and the reactive power compensation unit, and - a third switch connected between the power source and the reactive power compensation unit,