mhurhangee/ep-ind-claims huggingface dataset:
A cooking oven with a casing for an oven cavity, said casing comprises a top wall with a lighting device (18, 20) wherein: - the top wall includes an embossed portion for the lighting device (18, 20) of the oven cavity, - the embossed portion (12, 14, 16) comprises a front embossing, - the embossed portion (12, 14, 16) comprises a rear embossing extending upwards from the main plane of the top wall, - the embossed portion (12, 14, 16) comprises an inclined section arranged between the front embossing and the rear embossing, - a rear portion of the inclined section is higher than a front portion of said inclined section, and - the inclined section includes an opening provided for the lighting device (18, 20), characterized in, that the front embossing extends downwards from a main plane of the top wall, restricting the light cone from the lighting device (18, 20), so that said light cone does not pass through an upper portion of the front opening of the oven cavity. - the top wall includes an embossed portion for the lighting device (18, 20) of the oven cavity, - the embossed portion (12, 14, 16) comprises a front embossing, - the embossed portion (12, 14, 16) comprises a rear embossing extending upwards from the main plane of the top wall, - the embossed portion (12, 14, 16) comprises an inclined section arranged between the front embossing and the rear embossing, - a rear portion of the inclined section is higher than a front portion of said inclined section, and - the inclined section includes an opening provided for the lighting device (18, 20),
A tissue removal device comprising: a catheter; a catheter insert positioned within the catheter and received within the catheter in a fluid tight manner, and an electrode supported on a distal end of the catheter insert, the electrode being positioned to extend distally of the catheter insert the electrode comprising a pointed end including a distally positioned apex positioned and configured to engage and mechanically break up tissue within a body vessel, the electrode being adapted to communicate with a source of energy; characterized in that the catheter insert has a channel defined in an outer surface thereof and wherein the catheter and the channel of the catheter insert define a fluid channel therebetween, the fluid channel being configured to provide aspiration at the distal end of the catheter to remove tissue and to supply fluid to the distal end of the catheter. a catheter; a catheter insert positioned within the catheter and received within the catheter in a fluid tight manner, and an electrode supported on a distal end of the catheter insert, the electrode being positioned to extend distally of the catheter insert the electrode comprising a pointed end including a distally positioned apex positioned and configured to engage and mechanically break up tissue within a body vessel, the electrode being adapted to communicate with a source of energy; characterized in that the catheter insert has a channel defined in an outer surface thereof and wherein the catheter and the channel of the catheter insert define a fluid channel therebetween, the fluid channel being configured to provide aspiration at the distal end of the catheter to remove tissue and to supply fluid to the distal end of the catheter.
A non-blade shaped external turning tool comprising: an elongated tool body having opposite clamping and cutting portions (16, 18) defining an axial direction therebetween; a damping mechanism at the cutting portion, the damping mechanism comprising an elongated damping member having an elongation axis; and a turning insert removably retained in a pocket of the cutting portion; wherein: the elongation axis forms a non-zero damping member angle (α) with the axial direction; the cutting portion has opposite cutting portion top and bottom surfaces (29, 31) and an elongated damping recess configured to accommodate the damping member; and: the damping recess opens out to exactly one of the cutting portion top and bottom surfaces (29, 31); characterized in that: a plane perpendicular to the axial direction intersects both the turning insert and the damping mechanism. an elongated tool body having opposite clamping and cutting portions (16, 18) defining an axial direction therebetween; a damping mechanism at the cutting portion, the damping mechanism comprising an elongated damping member having an elongation axis; and a turning insert removably retained in a pocket of the cutting portion; wherein: the elongation axis forms a non-zero damping member angle (α) with the axial direction; the cutting portion has opposite cutting portion top and bottom surfaces (29, 31) and an elongated damping recess configured to accommodate the damping member; and: the damping recess opens out to exactly one of the cutting portion top and bottom surfaces (29, 31); the elongation axis forms a non-zero damping member angle (α) with the axial direction; the cutting portion has opposite cutting portion top and bottom surfaces (29, 31) and an elongated damping recess configured to accommodate the damping member; and: the damping recess opens out to exactly one of the cutting portion top and bottom surfaces (29, 31);
Arrangement for releasing the operating brake (20, 22) of an elevator in an emergency situation and for driving an elevator car of the elevator to a floor level (86a-d), comprising at least one electric operating brake (20, 22) of the elevator as well as a brake release lever, which brake release lever is connected with the brake (20, 22) via a mechanical transmission means, which arrangement further comprises an overspeed governor connected with a gripping device of the elevator car, characterized in that in between the brake release lever and the brake (20, 22) a coupling device is arranged, which coupling device is controlled by the overspeed governor.
A method of counting medicament doses dispensed by an inhaler, the inhaler comprising a passive electronic tag for communication with a separate electronic device, the method comprising: locating the inhaler near or touching the inhaler against the separate electronic device such that communication is established between the passive electronic tag and the separate electronic device; and in response, the separate electronic device incrementing a dose counter associated with the inhaler. locating the inhaler near or touching the inhaler against the separate electronic device such that communication is established between the passive electronic tag and the separate electronic device; and in response, the separate electronic device incrementing a dose counter associated with the inhaler.
A dry reforming process for producing a synthesis gas from a hydrocarbon fuel, comprising: preheating a feed stream comprising the hydrocarbon fuel and carbon dioxide; and flowing the preheated feed stream to a reactor comprising a catalyst, thereby bringing the preheated feed stream into contact with the catalyst in the absence of oxygen and causing a dry reforming reaction within the reactor for a period of time sufficient to reform the hydrocarbon fuel to produce the synthesis gas, the catalyst comprising nickel (Ni), lanthanum oxide (La 2 O 3), cerium oxide (Ce 2 O 3), platinum (Pt), zirconium oxide (ZrO 2), rhodium (Rh), rhenium (Re), and an aluminate support. preheating a feed stream comprising the hydrocarbon fuel and carbon dioxide; and flowing the preheated feed stream to a reactor comprising a catalyst, thereby bringing the preheated feed stream into contact with the catalyst in the absence of oxygen and causing a dry reforming reaction within the reactor for a period of time sufficient to reform the hydrocarbon fuel to produce the synthesis gas, the catalyst comprising nickel (Ni), lanthanum oxide (La 2 O 3), cerium oxide (Ce 2 O 3), platinum (Pt), zirconium oxide (ZrO 2), rhodium (Rh), rhenium (Re), and an aluminate support.
Device for ionising ambient air with a container made of electrically insulating material, an inner electrode arranged in the interior of the container and an outer electrode arranged on the outside of the container, with control electronics which are connected to the inner electrode and the outer electrode for the application of a supply voltage, characterised by an electrically conductive granulate with an average grain size in the range from 10 to 450 μm in the interior of the container, wherein the granulate is compressed when the inner electrode is inserted and the inner electrode is surrounded by the granulate.
A multilayer filter formed by a plurality of dielectric layers (Lyr1 - Lyr18), the multilayer filter comprising: a first LC parallel resonator including a first inductor and a first capacitor; a second LC parallel resonator including a second inductor and a second capacitor; and an LC series resonator including third to fifth capacitors (C3, C4, C5), and a third inductor whose one end is connected to a ground point, wherein the plurality of dielectric layers include a first inductor layer in which the first inductor and the second inductor are formed, a second inductor layer in which the third inductor is formed, and a capacitor layer in which the first to fifth capacitors are formed and that is arranged between the first inductor layer and the second inductor layer, and at least one of a first air-core portion formed by the first inductor and a second air-core portion formed by the second inductor includes, in a region from the first inductor layer to the second inductor layer in a stacking direction of the plurality of dielectric layers, a region enabling magnetic flux to pass therethrough without being obstructed by the first to fifth capacitors and the third inductor. a first LC parallel resonator including a first inductor and a first capacitor; a second LC parallel resonator including a second inductor and a second capacitor; and an LC series resonator including third to fifth capacitors (C3, C4, C5), and a third inductor whose one end is connected to a ground point, wherein the plurality of dielectric layers include a first inductor layer in which the first inductor and the second inductor are formed, a second inductor layer in which the third inductor is formed, and a capacitor layer in which the first to fifth capacitors are formed and that is arranged between the first inductor layer and the second inductor layer, and at least one of a first air-core portion formed by the first inductor and a second air-core portion formed by the second inductor includes, in a region from the first inductor layer to the second inductor layer in a stacking direction of the plurality of dielectric layers, a region enabling magnetic flux to pass therethrough without being obstructed by the first to fifth capacitors and the third inductor.
A method in a wireless device, comprising: obtaining an extended discontinuous reception configuration for the wireless device; obtaining a minimization of drive tests configuration for the wireless device; adapting at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration such that the wireless device completes an minimization of drive tests measurement according to the minimization of drive tests configuration within a predetermined number of paging transmission windows associated with the extended discontinuous reception configuration; and performing the minimization of drive tests measurement within the predetermined number of paging transmission windows according to the adapted at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration, the method further comprising pre-determining the number of paging transmission windows, at least based on a measurement type of the minimization of drive tests measurement and the extended discontinuous reception configuration. obtaining an extended discontinuous reception configuration for the wireless device; obtaining a minimization of drive tests configuration for the wireless device; adapting at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration such that the wireless device completes an minimization of drive tests measurement according to the minimization of drive tests configuration within a predetermined number of paging transmission windows associated with the extended discontinuous reception configuration; and performing the minimization of drive tests measurement within the predetermined number of paging transmission windows according to the adapted at least one of the extended discontinuous reception configuration and the minimization of drive tests configuration,
A turbomachine compressor, comprising an annular casing and at least one stator stage formed by an annular row of variable-pitch blades, each having an airfoil section connected at at least one end by a mounting plate having an approximately circular contour to a radial cylindrical pivot, said pivot being guided in rotation in a corresponding orifice in the casing, each blade being rotatable around an axis defined by the pivot of the blade between a first position and a second position, characterized in that the mounting plates of at least some of the blades each have an orifice (60, 64, 66, 68) for bleeding air into the duct of the compressor, these orifices being intended to communicate with air-passage holes formed in the casing when the blades are in the first position and to be closed off by the casing when the blades are in the second position, such that the air bleed flow rate depends on the pitch angle of the blades.
A composite composition comprising: a silicon fine particle; and a mixed composition of a silicon suboxide (SiOx, wherein x is 1/2, 1, or 3/2) and silicon dioxide, at least partially covering a surface of the silicon fine particle characterized in that a hydroxyl group is present on a surface of a silicon oxide membrane, wherein the surface of the silicon oxide membrane has hydrophilicity, and the concentration of the hydroxyl group on the surface of the silicon oxide membrane is 5 × 10 13 /cm 2 or more. a silicon fine particle; and a mixed composition of a silicon suboxide (SiOx, wherein x is 1/2, 1, or 3/2) and silicon dioxide, at least partially covering a surface of the silicon fine particle characterized in that a hydroxyl group is present on a surface of a silicon oxide membrane, wherein the surface of the silicon oxide membrane has hydrophilicity, and the concentration of the hydroxyl group on the surface of the silicon oxide membrane is 5 × 10 13 /cm 2 or more.
Method for examination or measurement of a measurement object using a holding and/or positioning device for reproducible positioning of a measurement object and/or of an object to be examined at a measuring device at a measuring and/or examination device in a desired relative position with respect to the measuring and/or examination device, characterized in that the holding and/or positioning device comprises: a) at least one plate-shaped or block-shaped support unit for supporting the measurement object, consisting of a material having a specific density of 250 kg/m 3 or less, and b) at least one preferably bar-shaped abutment element (14,19), at which the measurement object can be abutted, wherein the support unit comprises, on at least one planar surface, a plurality of insertion holes or recesses preformed by the manufacturer, which are arranged in a grid, particularly in a two-dimensional grid, and have finite clear cross-sections, for the insertion of at least one preferably bar-shaped abutment element (14,19) or of an insertion shaft which extends through a recess of an abutment element, wherein the geometries and cross-sections of the preformed insertion holes or insertion recesses and of an abutment element (14,19) or insertion shaft for insertion therein complement each other in such a way that a clamping force results between the two elements, wherein the support unit comprises additional plug-in holes outside the grid for mounting on/at supporting rods, which extend through the support unit entirely and which serve for fastening or mounting of the plate- or block-shaped support unit on/at the supporting rods or for fixing them at an adapter. a) at least one plate-shaped or block-shaped support unit for supporting the measurement object, consisting of a material having a specific density of 250 kg/m 3 or less, and b) at least one preferably bar-shaped abutment element (14,19), at which the measurement object can be abutted, wherein the support unit comprises, on at least one planar surface, a plurality of insertion holes or recesses preformed by the manufacturer, which are arranged in a grid, particularly in a two-dimensional grid, and have finite clear cross-sections, for the insertion of at least one preferably bar-shaped abutment element (14,19) or of an insertion shaft which extends through a recess of an abutment element, wherein the geometries and cross-sections of the preformed insertion holes or insertion recesses and of an abutment element (14,19) or insertion shaft for insertion therein complement each other in such a way that a clamping force results between the two elements, wherein the support unit comprises additional plug-in holes outside the grid for mounting on/at supporting rods, which extend through the support unit entirely and which serve for fastening or mounting of the plate- or block-shaped support unit on/at the supporting rods or for fixing them at an adapter.
An electronic smoking article comprising: an outer tube extending in a longitudinal direction; an inner tube within the outer tube; a liquid supply comprising a nicotine-free liquid material, the liquid supply contained in an outer annulus between the outer tube and the inner tube; a heater located in the inner tube; and a wick in communication with the liquid supply and surrounded by the heater such that the wick delivers liquid material to the heater and the heater heats the liquid material to a temperature sufficient to vaporize the liquid material and form a nicotine-free aerosol in the inner tube; characterized in that the electronic smoking article further comprises: a fibrous element located downstream of the heater and including nicotine dispersed in the fibrous element such that the aerosol can pick up the nicotine as the aerosol passes through the fibrous element. an outer tube extending in a longitudinal direction; an inner tube within the outer tube; a liquid supply comprising a nicotine-free liquid material, the liquid supply contained in an outer annulus between the outer tube and the inner tube; a heater located in the inner tube; and a wick in communication with the liquid supply and surrounded by the heater such that the wick delivers liquid material to the heater and the heater heats the liquid material to a temperature sufficient to vaporize the liquid material and form a nicotine-free aerosol in the inner tube; a fibrous element located downstream of the heater and including nicotine dispersed in the fibrous element such that the aerosol can pick up the nicotine as the aerosol passes through the fibrous element.
An attachment mechanism for connecting an accessory to a rotary power tool having a rotatable spindle and a first mating member, the attachment mechanism comprising: a housing having a body and a plurality of arms extending therefrom; a hub rotatably supported within the housing between the arms and configured to be coupled to the spindle to receive torque therefrom; a ball detent disposed within the hub and selectively engagable with the spindle to axially lock the accessory to the power tool; a sleeve axially slidable along the arms and relative to the hub between a first position in which the sleeve biases the ball detent radially inward and into engagement with the spindle when coupled to the hub to axially secure the accessory to the tool, and a second position in which the ball detent is disengageable from the spindle to release the accessory from the tool, and a second mating member axially fixed to the arms of the housing, wherein the sleeve is slidable between the second mating member and the body of the housing, and wherein the first and second mating members are engaged when the accessory is axially secured to the tool to rotationally fix the accessory to the tool, characterised in that the sleeve includes a plurality of apertures through which the corresponding plurality of arms extend. a housing having a body and a plurality of arms extending therefrom; a hub rotatably supported within the housing between the arms and configured to be coupled to the spindle to receive torque therefrom; a ball detent disposed within the hub and selectively engagable with the spindle to axially lock the accessory to the power tool; a sleeve axially slidable along the arms and relative to the hub between a first position in which the sleeve biases the ball detent radially inward and into engagement with the spindle when coupled to the hub to axially secure the accessory to the tool, and a second position in which the ball detent is disengageable from the spindle to release the accessory from the tool, and a second mating member axially fixed to the arms of the housing, wherein the sleeve is slidable between the second mating member and the body of the housing, and wherein the first and second mating members are engaged when the accessory is axially secured to the tool to rotationally fix the accessory to the tool, characterised in that the sleeve includes a plurality of apertures through which the corresponding plurality of arms extend.