mhurhangee/patent-ind-claim-en huggingface dataset:
A method for camera-based user authentication for content on a device, the method comprising: detecting a selection of an album folder, wherein the album folder includes a protected picture; in response to the detected selection of the album folder, capturing an image of a user without the user being aware of the capturing; determining whether the user is an authorized user based on the captured image; displaying the protected picture or a representation of the protected picture on a screen of the device if the user is determined to be the authorized user; and prohibiting display of the protected picture and displaying an unprotected picture included in the album folder if the user is determined to be an unauthorized user without the user being aware of an existence of the protected picture. detecting a selection of an album folder, wherein the album folder includes a protected picture; in response to the detected selection of the album folder, capturing an image of a user without the user being aware of the capturing; determining whether the user is an authorized user based on the captured image; displaying the protected picture or a representation of the protected picture on a screen of the device if the user is determined to be the authorized user; and prohibiting display of the protected picture and displaying an unprotected picture included in the album folder if the user is determined to be an unauthorized user without the user being aware of an existence of the protected picture.
A grate firing system with a grate fall-through funnel and a labyrinth seal with a seal housing which is disposed in the grate fall-through funnel and on which outer disks are disposed, and a shaft on which inner disks are disposed, wherein the shaft can be moved eccentrically in the seal housing in such a manner that the inner and the outer disks can move radially relative to one another and thereby overlap in alignment with the shaft , wherein at least one of the disks is divided into several parts .
An optical sighting apparatus, comprising: a controller having a processor and a memory ; a body with a first end portion, a second end portion and having a central axis extending from the first end to the second end; an objective lens disposed within the body, wherein the objective lens is located at a position less linear distance along the central axis from the first end portion than the second end portion; an eyepiece lens disposed within the body at a position closer to the second end portion than the first end portion; an erector lens disposed within the body at a position between the objective lens and the eyepiece lens; a substantially transparent reticle assembly disposed between the objective lens and the eyepiece lens, the reticle assembly including: a substantially transparent substrate having an optical array , wherein the optical array includes a plurality of vertical and horizontal line segments being formed of an electroluminescent material configured to selectively emit light in response to a current selectively applied thereto via the controller , so as to selectively illuminate one of the plurality of vertical line segments and one of the plurality of horizontal line segments such that the pair of illuminated vertical and horizontal line segments intersect at an intersection location . a controller having a processor and a memory ; a body with a first end portion, a second end portion and having a central axis extending from the first end to the second end; an objective lens disposed within the body, wherein the objective lens is located at a position less linear distance along the central axis from the first end portion than the second end portion; an eyepiece lens disposed within the body at a position closer to the second end portion than the first end portion; an erector lens disposed within the body at a position between the objective lens and the eyepiece lens; a substantially transparent reticle assembly disposed between the objective lens and the eyepiece lens, the reticle assembly including: a substantially transparent substrate having an optical array , wherein the optical array includes a plurality of vertical and horizontal line segments being formed of an electroluminescent material configured to selectively emit light in response to a current selectively applied thereto via the controller , so as to selectively illuminate one of the plurality of vertical line segments and one of the plurality of horizontal line segments such that the pair of illuminated vertical and horizontal line segments intersect at an intersection location . a substantially transparent substrate having an optical array , wherein the optical array includes a plurality of vertical and horizontal line segments being formed of an electroluminescent material configured to selectively emit light in response to a current selectively applied thereto via the controller , so as to selectively illuminate one of the plurality of vertical line segments and one of the plurality of horizontal line segments such that the pair of illuminated vertical and horizontal line segments intersect at an intersection location .
Fuel-cell arrangement comprising: - a fuel cell , which has a first inlet for a fuel and a second inlet for an oxidizing agent; characterized by - a first tank for the fuel; and - a first vortex tube , which has an inlet , a first outlet for heated gas and a second outlet for cooled gas, wherein the inlet of the first vortex tube is fluidically connected to the first tank , and wherein the first outlet of the first vortex tube is fluidically connected to the first inlet of the fuel cell . - a fuel cell , which has a first inlet for a fuel and a second inlet for an oxidizing agent; characterized by - a first tank for the fuel; and - a first vortex tube , which has an inlet , a first outlet for heated gas and a second outlet for cooled gas,
A printing plate for waterless planographic printing or intaglio printing comprising: a substrate containing an elastic body swellable in a solvent in an ink, a hydrophobic solvent permeation preventing layer that is a non-image portion formed on the substrate in a pattern and includes a function of inhibiting permeation of a solvent in an ink, and a hydrophilic portion that is an image portion formed on a surface of the substrate at an opening portion of the hydrophobic solvent permeation preventing layer and higher in hydrophilicity than the hydrophobic solvent permeation preventing layer . a substrate containing an elastic body swellable in a solvent in an ink, a hydrophobic solvent permeation preventing layer that is a non-image portion formed on the substrate in a pattern and includes a function of inhibiting permeation of a solvent in an ink, and a hydrophilic portion that is an image portion formed on a surface of the substrate at an opening portion of the hydrophobic solvent permeation preventing layer and higher in hydrophilicity than the hydrophobic solvent permeation preventing layer .
A communication network having at least one network control unit , which is configured to transmit control signals to network nodes of the communication network , and network nodes , which are configured for receiving and forwarding control signals to other network nodes of the communication network and for receiving and sending data signals and the operation of which is at least partially controllable by received control signals, wherein the network nodes are configured alternately - to assume a first operating state (I), in which control signals and data signals can neither be received nor be sent by the network node , - to assume a second operating state (II), in which control signals can be received by network node and can be sent to other network nodes and data signals can neither be received nor sent, wherein a network node changes when a change condition occurs from the first operating state (I) to the second operating state (II), and - to assume a third operating state (III), in which data signals can be received and can be sent by the network node , wherein the network node changes when a corresponding control signal is received from the second operating state (II) to the third operating state (III). - to assume a first operating state (I), in which control signals and data signals can neither be received nor be sent by the network node , - to assume a second operating state (II), in which control signals can be received by network node and can be sent to other network nodes and data signals can neither be received nor sent, wherein a network node changes when a change condition occurs from the first operating state (I) to the second operating state (II), and - to assume a third operating state (III), in which data signals can be received and can be sent by the network node , wherein the network node changes when a corresponding control signal is received from the second operating state (II) to the third operating state (III).
A current sensor comprising: - one pair of identical electrical coils with superparamagnetic cores and surrounded by a common shielding braid; - a direct current excitation means configured to make a direct current flow (IDC, IDC Res, IDC1) in at least one of the coils of the pair of coils and a means for adjusting an intensity of the direct current; - a first alternating current excitation means configured to make an alternating current (IBF) flow at a first frequency in the coils of the pair that the direct current flows through; - a second alternating current excitation means configured to make an alternating current (IHF) flow at a second frequency greater than the first frequency in both coils of the pair of coils; - a means of measuring an electromotive force of the Néel Effect type (VN, VN Net + VN Res, VN1) at the terminals of the two coils of the pair, and - a means of measuring an electromotive force of the Rogowski (VR) type at the terminals of at least one of the coils of one of the pairs that the direct current (IDC) and the alternating current (IBF) does not flow through at the first frequency. - one pair of identical electrical coils with superparamagnetic cores and surrounded by a common shielding braid; - a direct current excitation means configured to make a direct current flow (IDC, IDC Res, IDC1) in at least one of the coils of the pair of coils and a means for adjusting an intensity of the direct current; - a first alternating current excitation means configured to make an alternating current (IBF) flow at a first frequency in the coils of the pair that the direct current flows through; - a second alternating current excitation means configured to make an alternating current (IHF) flow at a second frequency greater than the first frequency in both coils of the pair of coils; - a means of measuring an electromotive force of the Néel Effect type (VN, VN Net + VN Res, VN1) at the terminals of the two coils of the pair, and - a means of measuring an electromotive force of the Rogowski (VR) type at the terminals of at least one of the coils of one of the pairs that the direct current (IDC) and the alternating current (IBF) does not flow through at the first frequency.
A method for removing volatile components from an ethylene polymer effluent stream from an ethylene polymerization reactor, the method comprising: (i) reducing a pressure of the effluent stream to remove a first portion of the volatile components from polymer solids, the polymer solids having a solids temperature from 6 °C (10 °F) to 28 °C (50 °F) less than a reaction temperature in the ethylene polymerization reactor; (ii) fluidizing the polymer solids and heating the polymer solids to a solids temperature from at least 6 °C (10 °F) above the solids temperature in step (i) and up to 12 °C (20 °F) greater than the reaction temperature, and wherein a second portion of the volatile components are removed; and (iii) contacting the polymer solids with a stripping gas to remove a third portion of the volatile components to form a polymer solids stream containing less than 0.01 wt% (100 ppm by weight (ppmw)) of volatile components. (i) reducing a pressure of the effluent stream to remove a first portion of the volatile components from polymer solids, the polymer solids having a solids temperature from 6 °C (10 °F) to 28 °C (50 °F) less than a reaction temperature in the ethylene polymerization reactor; (ii) fluidizing the polymer solids and heating the polymer solids to a solids temperature from at least 6 °C (10 °F) above the solids temperature in step (i) and up to 12 °C (20 °F) greater than the reaction temperature, and wherein a second portion of the volatile components are removed; and (iii) contacting the polymer solids with a stripping gas to remove a third portion of the volatile components to form a polymer solids stream containing less than 0.01 wt% (100 ppm by weight (ppmw)) of volatile components.
A connection system , comprising at least: - - a connector for attaching a rope to a carrier structure , comprising a sleeve which is connectable with a carrier structure element in a form-fitting and/or force-fitting or bonding manner, said sleeve having an inner circumferential surface which has at least one region with an internal thread and which has at least one further region for guiding a rope , further comprising a screw-in sleeve which, at least in sections, has an external thread for screwing into the sleeve and which further has an inner circumferential surface for guiding a rope , and - - a rope which is guidable through the sleeve and the screw-in sleeve of the connector , and at least one ball member , characterized in that an inner diameter of the region is larger than a further inner diameter of the further region and the regions are, at least in sections, separated from each other by a bevel such that the at least one ball member is positionable between the bevel , a pressure surface of the screw-in sleeve , and a rope which is guidable by the sleeve and the screw-in sleeve and, by screwing the screw-in sleeve into the sleeve , the guidable rope is fixable along a longitudinal axis by locally deforming the rope and by force fit. - - a connector for attaching a rope to a carrier structure , comprising a sleeve which is connectable with a carrier structure element in a form-fitting and/or force-fitting or bonding manner, said sleeve having an inner circumferential surface which has at least one region with an internal thread and which has at least one further region for guiding a rope , further comprising a screw-in sleeve which, at least in sections, has an external thread for screwing into the sleeve and which further has an inner circumferential surface for guiding a rope , and - - a rope which is guidable through the sleeve and the screw-in sleeve of the connector , and at least one ball member , characterized in that an inner diameter of the region is larger than a further inner diameter of the further region and the regions are, at least in sections, separated from each other by a bevel such that the at least one ball member is positionable between the bevel , a pressure surface of the screw-in sleeve , and a rope which is guidable by the sleeve and the screw-in sleeve and, by screwing the screw-in sleeve into the sleeve , the guidable rope is fixable along a longitudinal axis by locally deforming the rope and by force fit.
An electronic interconnection apparatus adapted for interconnecting a plurality of audio equipment , the apparatus comprising: - several communication ports , each configured for being connected to a respective audio equipment , one audio equipment being a headgear including at least one amongst a microphone and an audio receiving module , at least one other audio equipment being selected from a radio and an intercommunication system ; - at least one selector configured for selecting, according to a manipulation by an operator , a value of an operating parameter; - at least one push-to-talk button configured for authorizing, following an action by the operator , the transmission of an audio signal; - an electronic processing device connected to each selector and to each push-to-talk button , configured for acquiring an input audio signal via a communication port and for delivering an output audio signal to another communication port , the output signal being obtained from the input audio signal; each communication port being according to a digital communication standard; - a management module configured for managing a configuration of at least one of the communication ports , of the at least one selector and of the at least one push-to-talk button ; the apparatus extends along a direction of extension, and the management module is further configured for modifying said configuration upon detection of a change of orientation of the apparatus with respect to the direction of extension - several communication ports , each configured for being connected to a respective audio equipment , one audio equipment being a headgear including at least one amongst a microphone and an audio receiving module , at least one other audio equipment being selected from a radio and an intercommunication system ; - at least one selector configured for selecting, according to a manipulation by an operator , a value of an operating parameter; - at least one push-to-talk button configured for authorizing, following an action by the operator , the transmission of an audio signal; - an electronic processing device connected to each selector and to each push-to-talk button , configured for acquiring an input audio signal via a communication port and for delivering an output audio signal to another communication port , the output signal being obtained from the input audio signal; each communication port being according to a digital communication standard; - a management module configured for managing a configuration of at least one of the communication ports , of the at least one selector and of the at least one push-to-talk button ; the apparatus extends along a direction of extension, and the management module is further configured for modifying said configuration upon detection of a change of orientation of the apparatus with respect to the direction of extension
Method for checking the braking force in a vehicle, in which a hydraulic vehicle brake , with a brake booster , and an electromechanical braking apparatus, with an electric brake motor for generating a braking force, act on the same brake piston of a wheel-brake device , wherein for the build-up of a braking force firstly the brake booster sets a defined hydraulic brake pressure in the hydraulic vehicle brake and subsequently an electromechanical braking force is generated by applying torque by means of the electric brake motor , characterized in that a fault signal is generated if a drop in pressure arising in the brake fluid lies outside a permissible range of values.
A pharmaceutical formulation of a non-steroidal anti-inflammatory drug (NSAID) for encapsulation in a soft gel, comprising: naproxen; naproxen sodium; polyethylene glycol; propylene glycol; povidone; and water, wherein the amount of naproxen ranges from 2% to 25% by weight, the amount of naproxen sodium ranges from 25% to 2% by weight, the amount of polyethylene glycol ranges from 40% to 70% by weight, the amount of propylene glycol ranges from 1% to 5% by weight, the amount of povidone ranges from 1% to 6% by weight and the amount of water ranges from 1% to 10% by weight, and the total amount of naproxen and naproxen sodium ranges from 22% to 30% by weight, wherein the pH ranges from 2 to 8, and wherein the formulation does not comprise an adjuvant for neutralization and/or pH adjustment, such as sodium hydroxide. naproxen; naproxen sodium; polyethylene glycol; propylene glycol; povidone; and water, wherein the amount of naproxen ranges from 2% to 25% by weight, the amount of naproxen sodium ranges from 25% to 2% by weight, the amount of polyethylene glycol ranges from 40% to 70% by weight, the amount of propylene glycol ranges from 1% to 5% by weight, the amount of povidone ranges from 1% to 6% by weight and the amount of water ranges from 1% to 10% by weight, and the total amount of naproxen and naproxen sodium ranges from 22% to 30% by weight, wherein the pH ranges from 2 to 8, and wherein the formulation does not comprise an adjuvant for neutralization and/or pH adjustment, such as sodium hydroxide.
Tailgate of a motor vehicle comprising at least one side post to which a window is added, the post constituting a U-shaped profile member with an open cross-section, in which the opening is turned towards the window , said profile member including a base provided with a first side flank and a second side flank , the first flank being provided with a surface comprising a bonding track with the window , characterised in that the second flank includes a trim curving towards the outside, relative to a longitudinal median plane of the vehicle, towards the first flank so as to at least partially close the opening of the profile member, the trim being added to the second flank , extending the second flank , without reducing the rear field of vision.
Method for recording and monitoring the surroundings of vehicles, in particular of utility vehicles, having at least one recording apparatus arranged on the vehicle and by way of which it is possible to record vehicle surroundings, and having at least one display device arranged in the vehicle and by way of which the vehicle surroundings recorded by the at least one recording apparatus or a portion thereof is able to be displayed depending on at least one predefined display parameter, characterized in that the display device has a gaze recording and/or facial recognition device that is designed such that it recognizes a gaze directed at the display device for a predefined duration and/or a face, facing the display device for a predefined duration, of an observer who is looking at the display device and then activates the display device , which is in a deactivated state, such that the display device displays at least a portion of the vehicle surroundings recorded by way of the at least one recording apparatus , and that the gaze recording and/or facial recognition device is designed such that a head movement of the observer is recorded and the vehicle surroundings are displayed by way of the display device depending on the recorded head movement.
An implantable stimulator device, comprising: a plurality of electrodes configured to contact tissue of a patient; a circuit board having a top surface and a bottom surface; current distribution circuitry integrated on an integrated circuit mounted to the bottom surface of the circuit board, wherein the current distribution circuitry is configured to provide a current to one or more of a plurality of selectable outputs, each output coupled to one of the electrodes via an electrode current path; and a plurality of DC-blocking capacitors, each DC-blocking capacitor coupled in series in one of the electrode current paths, characterised in that the DC-blocking capacitors are embedded in the circuit board. a plurality of electrodes configured to contact tissue of a patient; a circuit board having a top surface and a bottom surface; current distribution circuitry integrated on an integrated circuit mounted to the bottom surface of the circuit board, wherein the current distribution circuitry is configured to provide a current to one or more of a plurality of selectable outputs, each output coupled to one of the electrodes via an electrode current path; and a plurality of DC-blocking capacitors, each DC-blocking capacitor coupled in series in one of the electrode current paths, characterised in that the DC-blocking capacitors are embedded in the circuit board.