mhurhangee/ep-ind-claims huggingface dataset:
A reinforced bar comprising a tubular lock body; a lock cylinder received in the lock body; and two bolt elements displaceably supported in opposite end sections of the lock body, wherein each bolt element is coupled to a drive rod supported in the lock body and the drive rods are drivable in opposite senses by the lock cylinder such that the bolt elements are displaced from a retracted position into an extended position on a rotation of the lock cylinder in a closing direction and are displaced from the extended position into the retracted position on a rotation of the lock cylinder against the closing direction; and wherein the lock body has a base body and two sliding tubes which are displaceable relative to the base body, characterized in that the sliding tubes outwardly encompass oppositely disposed end sections of the base body.
An optoelectronic sensor for detecting an object in a monitoring area, having a light transmitter for transmitting transmitted light of a wavelength range, a light receiver for generating a received signal from the remitted transmitted light remitted at the object, receiving optics arranged in front of the light receiver, the receiving optics having at least one first optical element for focusing the remitted transmitted light, a second optical element for reducing the angle of incidence and an optical filter adapted to the wavelength range for suppressing interference light, the sensor also having an evaluation unit that is configured to generate object information from the received signal, wherein the second optical element has light-diffusing properties, characterized in that the second optical element has non-imaging properties as a diverging axicon lens and generates a sharp image only of edges of the photosensitive area of the light receiver, while inside between these edges there is a non-imaging redistribution.
A method of polishing an integrally bladed rotor, the method comprising the steps of: positioning a mask on an integrally bladed rotor such that a portion of the integrally bladed rotor is unmasked to define an exposed portion; and polishing the exposed portion of the integrally bladed rotor; characterised in that the step of positioning the mask includes: positioning a first projection of a first portion of the mask in an opening of the integrally bladed rotor, wherein the first portion of the mask is located on a first side of an integrally bladed rotor; positioning two identical portions (66, 68) defining a second portion of the mask on the integrally bladed rotor, wherein the second portion (66, 68) of the mask is located on a second side of the integrally bladed rotor; and positioning a second projection of a third portion of the mask in a second side of the opening of the integrally bladed rotor, wherein the third portion of the mask is configured to be located within a passage defined by the two identical portions (66, 68). positioning a mask on an integrally bladed rotor such that a portion of the integrally bladed rotor is unmasked to define an exposed portion; and polishing the exposed portion of the integrally bladed rotor; characterised in that the step of positioning the mask includes: positioning a first projection of a first portion of the mask in an opening of the integrally bladed rotor, wherein the first portion of the mask is located on a first side of an integrally bladed rotor; positioning two identical portions (66, 68) defining a second portion of the mask on the integrally bladed rotor, wherein the second portion (66, 68) of the mask is located on a second side of the integrally bladed rotor; and positioning a second projection of a third portion of the mask in a second side of the opening of the integrally bladed rotor, wherein the third portion of the mask is configured to be located within a passage defined by the two identical portions (66, 68). positioning a first projection of a first portion of the mask in an opening of the integrally bladed rotor, wherein the first portion of the mask is located on a first side of an integrally bladed rotor; positioning two identical portions (66, 68) defining a second portion of the mask on the integrally bladed rotor, wherein the second portion (66, 68) of the mask is located on a second side of the integrally bladed rotor; and positioning a second projection of a third portion of the mask in a second side of the opening of the integrally bladed rotor, wherein the third portion of the mask is configured to be located within a passage defined by the two identical portions (66, 68).
A method for resetting a high speed medium access control entity, characterized in comprising: receiving, by a user equipment, a reset instruction sent from a radio network controller when a high speed downlink shared channel, HS-DSCH, serving cell handover occurs, wherein the reset instruction comprises: reset indication information of an assisting cell and/or an assisting secondary cell; and resetting, by the user equipment, a high speed medium access control entity for the assisting cell and/or the assisting secondary cell according to the reset indication information of the assisting cell and/or the assisting secondary cell; wherein the user equipment is in a multiflow transmission status, in which multiflow cells are configured to the user equipment, the multiflow cells have a same frequency and include a HS-DSCH serving cell, the assisting cell, a High Speed, HS, secondary serving cell and the assisting secondary cell, the assisting cell has an intra-frequency with the HS-DSCH serving cell, the HS secondary serving cell has a same timing relationship as the HS-DSCH serving cell, and the assisting secondary cell has an intra-frequency with the HS secondary serving cell. receiving, by a user equipment, a reset instruction sent from a radio network controller when a high speed downlink shared channel, HS-DSCH, serving cell handover occurs, wherein the reset instruction comprises: reset indication information of an assisting cell and/or an assisting secondary cell; and resetting, by the user equipment, a high speed medium access control entity for the assisting cell and/or the assisting secondary cell according to the reset indication information of the assisting cell and/or the assisting secondary cell;
A device, comprising: a skin-covering material including an inner surface and an outer surface, the inner surface conforming in shape to a topography of a skin surface of an individual and including attached thereto a plurality of signal-generating complexes, each of the plurality of signal-generating complexes including at least one signal-generating element and at least one specific microbe-binding element.
A tip dressing cutter attached to a rotary holder that is configured to rotate with a central axis of an electrode tip of spot welding being aligned with a rotation axis of the rotary holder, the tip dressing cutter being configured to contact a distal end of the electrode tip brought into proximity to the rotary holder during the rotation of the rotary holder to cut the distal end, comprising a rake face extending to intersect with a circumferential extent around the rotation axis; a flank face configured to face the distal end of the electrode tip when the electrode tip is brought into proximity to the rotary holder;and a cutting blade portion formed on a continuous portion of the rake face and the flank face and extending along a direction intersecting with the rotation axis; characterized in further comprising a plurality of recessed grooves formed on the rake face to be spaced at predetermined intervals along a direction intersecting with the rotation axis, the plurality of recessed grooves extending along a direction of the rotation axis to be open at the flank face; wherein the cutting blade portion includes a first region made up of an intersecting portion of the rake face and the flank face and a second region made up of a peripheral edge portion of an opening portion of the recessed grooves at the flank face. a rake face extending to intersect with a circumferential extent around the rotation axis; a flank face configured to face the distal end of the electrode tip when the electrode tip is brought into proximity to the rotary holder;and a cutting blade portion formed on a continuous portion of the rake face and the flank face and extending along a direction intersecting with the rotation axis; characterized in further comprising a plurality of recessed grooves formed on the rake face to be spaced at predetermined intervals along a direction intersecting with the rotation axis, the plurality of recessed grooves extending along a direction of the rotation axis to be open at the flank face; wherein the cutting blade portion includes a first region made up of an intersecting portion of the rake face and the flank face and a second region made up of a peripheral edge portion of an opening portion of the recessed grooves at the flank face.
Sliding steering console allowing operation of a motor boat both from inside and outside of a closed cabin, the sliding steering console comprising: • a spatial casing in a shell form, to which motor steering equipment and equipment for controlling parameters of a motor boat is mounted and • a sliding mounting system with elements of running connectors for fixing to a boat side wall without interfering with the floor area, the sliding mounting system allowing sliding of the whole console together with said equipment between two extreme positions which define a mobility range, a first extreme position within the cabin and a second extreme position outside the cabin, said sliding mounting system allowing fixing of the console's position and full use of the functions of said mounted equipment in any place within said mobility range of the console. • a spatial casing in a shell form, to which motor steering equipment and equipment for controlling parameters of a motor boat is mounted and • a sliding mounting system with elements of running connectors for fixing to a boat side wall without interfering with the floor area, the sliding mounting system allowing sliding of the whole console together with said equipment between two extreme positions which define a mobility range, a first extreme position within the cabin and a second extreme position outside the cabin, said sliding mounting system allowing fixing of the console's position and full use of the functions of said mounted equipment in any place within said mobility range of the console.
A method for synchronizing at least two generators (22, 24) for an engine, the method comprising: mechanically coupling a first generator to the engine; connecting a power source in parallel to the first generator and to a second generator, the second generator mechanically uncoupled from the engine, the power source connected across a same respective phase (28A, 32A) of a stator in the first generator and the second generator; applying power from the power source to the first generator and the second generator to align a respective rotor (30, 34) to the respective phase (28A, 32A) in each generator (22, 24) and cause the first generator and the second generator to be in-phase; and mechanically coupling the second generator to the engine. mechanically coupling a first generator to the engine; connecting a power source in parallel to the first generator and to a second generator, the second generator mechanically uncoupled from the engine, the power source connected across a same respective phase (28A, 32A) of a stator in the first generator and the second generator; applying power from the power source to the first generator and the second generator to align a respective rotor (30, 34) to the respective phase (28A, 32A) in each generator (22, 24) and cause the first generator and the second generator to be in-phase; and mechanically coupling the second generator to the engine.
A leading edge structure for providing an aerodynamic surface of an aircraft, the leading edge structure comprising: - a skin structure, the skin structure providing an outer aerodynamic upper surface extending in a chordwise and spanwise direction of the structure, an outer aerodynamic downwardly curved surface at the front of the upper surface, and an inner surface, - a nose stiffening member for supporting the skin structure, wherein the nose stiffening member is attached to the inner surface of the skin structure behind the outer aerodynamic downwardly curved front surface and wherein the nose stiffening member has a depth extending from the inner surface of the upper aerodynamic surface to an inner surface of a lower portion of the leading edge structure, and the nose stiffening member extends in the spanwise direction along the front portion of the leading edge structure and the leading edge structure further comprises a plurality of ribs for supporting the skin structure, each rib extending by a depth below the skin structure and in the chordwise direction; characterised in that each rib is spaced apart from the inner surface of the skin structure, along at least a substantial portion of its chordwise length; and the nose stiffening member maintains the spaced apart gap of each rib and the inner surface of the skin structure. - a skin structure, the skin structure providing an outer aerodynamic upper surface extending in a chordwise and spanwise direction of the structure, an outer aerodynamic downwardly curved surface at the front of the upper surface, and an inner surface, - a nose stiffening member for supporting the skin structure, wherein the nose stiffening member is attached to the inner surface of the skin structure behind the outer aerodynamic downwardly curved front surface and wherein the nose stiffening member has a depth extending from the inner surface of the upper aerodynamic surface to an inner surface of a lower portion of the leading edge structure, and the nose stiffening member extends in the spanwise direction along the front portion of the leading edge structure and the leading edge structure further comprises a plurality of ribs for supporting the skin structure, each rib extending by a depth below the skin structure and in the chordwise direction; characterised in that each rib is spaced apart from the inner surface of the skin structure, along at least a substantial portion of its chordwise length; and the nose stiffening member maintains the spaced apart gap of each rib and the inner surface of the skin structure.
A method for removing urea dust particles from a gas stream obtained from a finishing section of a urea production plant, the method comprising quenching said gas stream using a first aqueous stream as a quenching liquid so as to create a quenched gas stream; mixing said quenched gas stream with a humidification fluid selected from (a) saturated steam and (b) superheated steam mixed with a second aqueous stream, so as to produce a humidified gas stream, subjecting said humidified gas stream to particle separation by means of a scrubbing liquid in which at least part of the urea dust particles in the gas stream are soluble, characterized in that the particle separation comprises one or more venturi scrubbing steps.
An integrated light-emitting package comprising: a light-emitting element layer including a plurality of light-emitting units spaced at a predetermined interval from each other; an optical conversion substrate provided along an upper portion of the light-emitting element layer; a first adhesive member provided in a space between the plurality of light-emitting units, wherein the first adhesive member further includes ceramic powder, characterised in that the ceramic powder includes BN powder, wherein the BN powder is contained in an amount of 10 to 40 parts by weight based on 100 parts by weight of the first adhesive member, the BN powder having an average diameter of 10 μm to 30 μm. a light-emitting element layer including a plurality of light-emitting units spaced at a predetermined interval from each other; an optical conversion substrate provided along an upper portion of the light-emitting element layer; a first adhesive member provided in a space between the plurality of light-emitting units, wherein the first adhesive member further includes ceramic powder, characterised in that the ceramic powder includes BN powder, wherein the BN powder is contained in an amount of 10 to 40 parts by weight based on 100 parts by weight of the first adhesive member, the BN powder having an average diameter of 10 μm to 30 μm.
An electronic device, comprising: a display comprising a backlight; one or more ambient light sensors configured to detect an ambient light level; and a display controller configured to determine a new brightness level for the backlight based on the detected ambient light level, and configured to adjust the backlight to the new brightness level at a rate determined based on: a change in magnitude between the new brightness level and a current brightness level of the backlight; and an adjustment profile (328, 342, 344) that specifies a faster adjustment rate for an increase in the ambient light level and a slower adjustment rate for a decrease in the ambient light level, wherein the adjustment profile (328, 342, 344) specifies a relatively constant rate when the change in magnitude between the new brightness level and the current brightness level of the backlight is less than approximately one-third of the current brightness level of the backlight. a display comprising a backlight; one or more ambient light sensors configured to detect an ambient light level; and a display controller configured to determine a new brightness level for the backlight based on the detected ambient light level, and configured to adjust the backlight to the new brightness level at a rate determined based on: a change in magnitude between the new brightness level and a current brightness level of the backlight; and an adjustment profile (328, 342, 344) that specifies a faster adjustment rate for an increase in the ambient light level and a slower adjustment rate for a decrease in the ambient light level, wherein the adjustment profile (328, 342, 344) specifies a relatively constant rate when the change in magnitude between the new brightness level and the current brightness level of the backlight is less than approximately one-third of the current brightness level of the backlight. a change in magnitude between the new brightness level and a current brightness level of the backlight; and an adjustment profile (328, 342, 344) that specifies a faster adjustment rate for an increase in the ambient light level and a slower adjustment rate for a decrease in the ambient light level, wherein the adjustment profile (328, 342, 344) specifies a relatively constant rate when the change in magnitude between the new brightness level and the current brightness level of the backlight is less than approximately one-third of the current brightness level of the backlight.
A non-transitory computer-readable medium storing thereon instructions that, when executed on one or more processors, implement a method for determining predicted failure rates of drug injection devices, the method comprising: receiving a set of parameters that specify physical properties of (i) a syringe, (ii) a liquid drug, and (iii) a drug injection device configured to deliver the liquid drug to a patient via the syringe, wherein the drug injection device includes a mechanism configured to drive a plunger rod toward a plunger of the syringe encased in a syringe carrier, and wherein the plunger rod advances the syringe carrier toward a front shell of the drug injection device; receiving failure rate data that specifies a measured rate of failure of the drug injection device in response to various peak pressures within the syringe; applying the received set of parameters to a one-dimensional kinematic model of the drug injection device to determine a predicted peak pressure within the syringe, including determining the predicted peak pressure as a function of impact velocity of the liquid drug, and including using the ID kinematic model to model interactions between at least the mechanism, the plunger rod, the plunger, and the syringe carrier; determining a probability of failure of the drug injection device using (i) the received failure rate data and (ii) the predicted peak pressure; and providing an indication of the determined probability of failure to an output device. receiving a set of parameters that specify physical properties of (i) a syringe, (ii) a liquid drug, and (iii) a drug injection device configured to deliver the liquid drug to a patient via the syringe, wherein the drug injection device includes a mechanism configured to drive a plunger rod toward a plunger of the syringe encased in a syringe carrier, and wherein the plunger rod advances the syringe carrier toward a front shell of the drug injection device; receiving failure rate data that specifies a measured rate of failure of the drug injection device in response to various peak pressures within the syringe; applying the received set of parameters to a one-dimensional kinematic model of the drug injection device to determine a predicted peak pressure within the syringe, including determining the predicted peak pressure as a function of impact velocity of the liquid drug, and including using the ID kinematic model to model interactions between at least the mechanism, the plunger rod, the plunger, and the syringe carrier; determining a probability of failure of the drug injection device using (i) the received failure rate data and (ii) the predicted peak pressure; and providing an indication of the determined probability of failure to an output device.
Method for operating a drive device of a vehicle, in particular a motor vehicle, which has at least one electric or hydraulic machine as a drive assembly, comprising the following steps: - determining a target driving direction which is predefined by the driver of the vehicle, - detecting a current direction of travel of the vehicle and comparing the current direction of travel with the predefined target driving direction, characterized by the steps - detecting the direction of action of a current driving force and comparing the direction of action with the target driving direction if the current direction of travel deviates from the target driving direction, - detecting/determining impermissible driving of the vehicle if the direction of action deviates from the target driving direction. - determining a target driving direction which is predefined by the driver of the vehicle, - detecting a current direction of travel of the vehicle and comparing the current direction of travel with the predefined target driving direction, - detecting the direction of action of a current driving force and comparing the direction of action with the target driving direction if the current direction of travel deviates from the target driving direction, - detecting/determining impermissible driving of the vehicle if the direction of action deviates from the target driving direction.