mhurhangee/ep-ind-claims huggingface dataset:
High-pressure fuel pump having an outlet valve with a valve ball, a valve spring acting on the valve ball in the closing direction, and a stop body for the valve ball with a stop portion which limits the opening stroke of the valve ball, wherein the valve spring rests on the stop body, wherein the stop body has a recess in which the valve spring is received at least in regions, and the radial inner limiting face of which forms a guide for the valve spring, characterized in that it has a valve body on which a sealing seat is formed and which has a guide collar in which the valve ball is guided radially, wherein the guide collar has a first plurality of recesses which are arranged evenly distributed in the peripheral direction and form first flow channels, and wherein the stop body, radially outside the recess, has a second plurality of recesses which are arranged evenly distributed in the peripheral direction and form second flow channels, wherein the cross-section areas of the second flow channels are selected such that, independently of the radial orientation of the stop body, at least one second flow channel at least partly overlaps with a first flow channel.
An antisense oligonucleotide of between 12-25 nucleobases in length, hybridizing to 5'- TGACAGTTGTATTTTTGTTTGTGAcacgTATTATCTGTTAAAACATTTTC -3' (SEQ ID NO: 522) wherein the ASO hybridizes to the target nucleotide(s) indicated by lower case, and reduces mutant Huntingtin mRNA or mutant HTT protein in a cell or tissue.
An air fryer applicable for cooking a pizza, comprising a bottom bracket provided in a cooking cavity of the air fryer, wherein an air duct plate is provided between an upper part of the bottom bracket and a heating pipe on a top of the cooking cavity, a passing-air reflux port is provided in a middle of the air duct plate, and a pizza placement cavity is formed between the bottom bracket and the air duct plate, characterized in that an edge of the air duct plate extends downwards to form, together with an inner wall of the cooking cavity, a hot air passage, and an edge of the passing-air reflux port is provided with a guide plate, wherein the guide plate is in a circular shape and extends upwardly. characterized in that an edge of the air duct plate extends downwards to form, together with an inner wall of the cooking cavity, a hot air passage, and an edge of the passing-air reflux port is provided with a guide plate, wherein the guide plate is in a circular shape and extends upwardly.
A method for producing a coated article, which comprises applying a powder coating material comprising a fluororesin, a non-fluororesin and a metallic pigment to the surface of a substrate, and heating the substrate having the powder coating material applied, at a temperature of at least the glass transition temperature of the fluororesin and the non-fluororesin, followed by cooling to form a coating film on the substrate surface, and which is characterized in that the content of the metallic pigment is from 0.7 to 23 mass% to the total amount of the powder coating material, the PCI value of the coating film is at least 6, and the flip-flop value is at least 1.2, provided that the PCI value is a value obtained by judging the smoothness of the coating film surface by means of smoothness visual judgement standard plates by Powder Coating Institute, and the flip-flop value is a value obtained by "the brightness (25°) at the time of highlight measured at an illumination angle of 25° and a light receiving angle of 0°, based on a direction (0°) perpendicular to the film surface"/"the brightness (75°) at the time of shade measured at an illumination angle of 75° and a light receiving angle of 0°, based on a direction perpendicular to the film surface", wherein the mass ratio (A/B) of the fluororesin to the non-fluororesin in the entire powder coating material is from 90/10 to 10/90, and wherein the powder coating material further contains a plasticizer having a cyclic hydrocarbon group in the molecule, and/or the powder coating material further contains fine particles made of at least one member selected from silica, alumina, titania and zinc oxide, and having a specific surface area of from 10 to 500 m 2 /g and an average primary particle size in a range of from 0.1 to 100 nm.
A fiber mat facer comprising: a non-woven web of fibers comprising: • a first group of fibers having an average fiber diameter from 6 μm to 20 μm; and • a second group of fibers having an average fiber diameter from 0.5 μm to 5 μm; • a binder to bond together the non-woven web of fibers into the fiber mat, the binder including a water repellant additive and an additive that enhances the opacity of the mat wherein the additive that enhances opacity comprises a white pigment and wherein the white pigment comprises between 0.5 wt.% and 2.0 wt.% of the total weight of the fiber mat. a non-woven web of fibers comprising: • a first group of fibers having an average fiber diameter from 6 μm to 20 μm; and • a second group of fibers having an average fiber diameter from 0.5 μm to 5 μm; • a binder to bond together the non-woven web of fibers into the fiber mat, the binder including a water repellant additive and an additive that enhances the opacity of the mat wherein the additive that enhances opacity comprises a white pigment and wherein the white pigment comprises between 0.5 wt.% and 2.0 wt.% of the total weight of the fiber mat. • a first group of fibers having an average fiber diameter from 6 μm to 20 μm; and • a second group of fibers having an average fiber diameter from 0.5 μm to 5 μm; • a binder to bond together the non-woven web of fibers into the fiber mat, the binder including a water repellant additive and an additive that enhances the opacity of the mat wherein the additive that enhances opacity comprises a white pigment and wherein the white pigment comprises between 0.5 wt.% and 2.0 wt.% of the total weight of the fiber mat.
A substrate for an organic electronic device, comprising: a base layer; and a high refractive layer, of which a refractive index is 1.8 or more, which comprises a first particle, of which a refractive index is 1.8 or more and an average diameter is 50 nm or less, and a second particle, of which a refractive index is from 2.0 to 3.5 and an average diameter is 100 nm or more, and characterized in that a ratio (A/B) of a weight of the first particle and a weight of the second particle is from 0.9 to 8. a base layer; and a high refractive layer, of which a refractive index is 1.8 or more, which comprises a first particle, of which a refractive index is 1.8 or more and an average diameter is 50 nm or less, and a second particle, of which a refractive index is from 2.0 to 3.5 and an average diameter is 100 nm or more, and
A recording apparatus comprising: a recording head that performs recording on a medium; a feed roller that feeds out the medium; a transport roller that transports the medium, which is fed out by the feed roller, towards an opposing position that opposes the recording head; an auxiliary roller provided between the feed roller and the transport roller, the auxiliary roller assisting transportation of the medium; a feed tray configured to support the medium; characterized by a support member configured to support the medium; wherein the support member is positioned below the feed tray in an extended state and supports the medium together with the feed tray, the feed roller is provided at a position opposing the support member, and when the apparatus is viewed along an axial direction of a rotation shaft of the transport roller, the auxiliary roller overlaps the feed roller in a height direction of the apparatus. a recording head that performs recording on a medium; a feed roller that feeds out the medium; a transport roller that transports the medium, which is fed out by the feed roller, towards an opposing position that opposes the recording head; an auxiliary roller provided between the feed roller and the transport roller, the auxiliary roller assisting transportation of the medium; a feed tray configured to support the medium; characterized by a support member configured to support the medium; wherein the support member is positioned below the feed tray in an extended state and supports the medium together with the feed tray, the feed roller is provided at a position opposing the support member, and when the apparatus is viewed along an axial direction of a rotation shaft of the transport roller, the auxiliary roller overlaps the feed roller in a height direction of the apparatus.
An aerosol dispensing system for dispensing stored material in a spray, comprising: an actuator; a container defining a chamber containing the stored material and pressurized material; a conduit defining a conduit passageway having a conduit inlet and a conduit outlet, where the conduit inlet is arranged within the chamber and the conduit outlet is arranged outside of the chamber; a first adjustment system arranged between the conduit inlet and the conduit outlet; and a second adjustment system arranged to vary the flow of stored material along the conduit passageway, where the second adjustment system is arranged between the first adjustment system and the conduit outlet, characterized in that the first adjustment system comprises a first adjustment member arranged to selectively limit movement of the actuator member relative to the container and thereby vary a flow of stored material along the conduit passageway. an actuator; a container defining a chamber containing the stored material and pressurized material; a conduit defining a conduit passageway having a conduit inlet and a conduit outlet, where the conduit inlet is arranged within the chamber and the conduit outlet is arranged outside of the chamber; a first adjustment system arranged between the conduit inlet and the conduit outlet; and a second adjustment system arranged to vary the flow of stored material along the conduit passageway, where the second adjustment system is arranged between the first adjustment system and the conduit outlet,
An apparatus comprising: a) a drill string comprising a plurality of electrically-insulating gaps spaced apart along the drill string; and b) a plurality of EM telemetry signal generators (18; 45), each of the plurality of EM signal generators coupled to apply an EM telemetry signal across a corresponding one of the plurality of gaps; c) wherein a first one of the gaps has a first electrical impedance in a first frequency band, a first one of the EM telemetry signal generators of the plurality of EM signal generators is configured to transmit EM telemetry signals in the first frequency band and is coupled to apply the EM telemetry signals in the first frequency band across the first one of the gaps, and the other ones of the plurality of gaps have electrical impedances in the first frequency band that are lower than the first electrical impedance. a) a drill string comprising a plurality of electrically-insulating gaps spaced apart along the drill string; and b) a plurality of EM telemetry signal generators (18; 45), each of the plurality of EM signal generators coupled to apply an EM telemetry signal across a corresponding one of the plurality of gaps; c) wherein a first one of the gaps has a first electrical impedance in a first frequency band, a first one of the EM telemetry signal generators of the plurality of EM signal generators is configured to transmit EM telemetry signals in the first frequency band and is coupled to apply the EM telemetry signals in the first frequency band across the first one of the gaps, and the other ones of the plurality of gaps have electrical impedances in the first frequency band that are lower than the first electrical impedance.
An observation plug, comprising: a spark plug body configured to ignite gas in a combustion chamber by means of an electric discharge generated in a discharge gap, wherein the spark plug body includes a central electrode and a ground electrode forming the discharge gap and a single observation hole penetrating straight through the spark plug body in an axial direction at a location dislocated from the discharge gap; an objective optical system provided in the observation hole and dislocated from the discharge gap in a radial direction, wherein the objective optical system is configured to bend a course of light received from an incident surface of the objective optical system which faces towards the discharge gap so as to form an image of an observation area which includes the discharge gap within the observation hole such that the image would include an image of said electric discharge; a set of light conduction paths provided in the observation hole, wherein the set of light conduction paths is configured to cause the image of the observation area to be divided into a plurality of portions and transmitted therethrough; and an overlap prevention unit, which is constituted by a plurality of linear members provided among the light conduction paths, the overlap prevention unit preventing areas from which light is taken in the observation area from overlapping each other between adjacent light conduction paths in the set of light conduction paths. a spark plug body configured to ignite gas in a combustion chamber by means of an electric discharge generated in a discharge gap, wherein the spark plug body includes a central electrode and a ground electrode forming the discharge gap and a single observation hole penetrating straight through the spark plug body in an axial direction at a location dislocated from the discharge gap; an objective optical system provided in the observation hole and dislocated from the discharge gap in a radial direction, wherein the objective optical system is configured to bend a course of light received from an incident surface of the objective optical system which faces towards the discharge gap so as to form an image of an observation area which includes the discharge gap within the observation hole such that the image would include an image of said electric discharge; a set of light conduction paths provided in the observation hole, wherein the set of light conduction paths is configured to cause the image of the observation area to be divided into a plurality of portions and transmitted therethrough; and an overlap prevention unit, which is constituted by a plurality of linear members provided among the light conduction paths, the overlap prevention unit preventing areas from which light is taken in the observation area from overlapping each other between adjacent light conduction paths in the set of light conduction paths.
Pressure sensor assembly with a tube, in whose cross-section a membrane to which the pressure to be measured is applied is arranged, wherein the membrane has a high flexural rigidity in the central region, and is resiliently mounted in the tube in the axial direction in the edge region by means of a suspension with two limbs (8, 9) which run essentially parallel to the plane of the membrane and which are in rotational symmetry in relation to the tube axis,wherein to form the two limbs (8, 9) the front face of the membrane is provided with two grooves extending into the membrane in a radial direction, between which a strip protruding at least partially in the radial direction beyond the outer side of the tube is embodied, and wherein means (7, 14, 15) for detecting axial displacement of the membrane which is dependent on a pressure (p) to be measured are available, said means (7, 14, 15) comprising the strip as a means of transmission for displaying the axial displacement on the outer side of the tube characterised in that as means for detecting the axial displacement, two capacitors (7, 14; 7, 15) with electrodes (14, 15) at least partially surrounding the circumference of the tube are provided, wherein the one electrode of the one capacitor is realized on or with the one side of the strip and the one electrode of the other capacitor is realized on or with the axially opposite side of the strip, and the respective other electrodes (14, 15) of the two capacitors are arranged on the axially opposite internal sides of a ring cap (10A, 10B) overlapping the strip so that the capacitances of the two capacitors change inversely upon axial displacement of the membrane.
A radiolabeled GRPR-antagonist of the general formula MC-S-P wherein: M is a radiometal and C is a metal chelator that stably binds M, or MC is a Tyr- or prosthetic group bound to a radiohalogen, wherein M is the radiohalogen; S is a spacer covalently linked between C and P, wherein S is covalently attached to the N-terminus of P; and P is DPhe-Gln-Trp-Ala-Val-Gly-His-CO-NH-CH[CH 2 -CH(CH 3) 2] 2 (SEQ ID NO: 1). M is a radiometal and C is a metal chelator that stably binds M, or MC is a Tyr- or prosthetic group bound to a radiohalogen, wherein M is the radiohalogen; S is a spacer covalently linked between C and P, wherein S is covalently attached to the N-terminus of P; and P is DPhe-Gln-Trp-Ala-Val-Gly-His-CO-NH-CH[CH 2 -CH(CH 3) 2] 2 (SEQ ID NO: 1).
Device for handling weaving accessories, which comprises a first holding element, wherein the first holding element is provided for being moved cyclically between a supply device and a receiving device and wherein the fist holding element is disposed at a carrier means (6, 7) such that the fist holding element and the carrier means (6, 7) are arranged to jointly move relative to the supply device and the receiving device, and a push-off element (8, 9) for pushing a weaving accessory off the holding element and onto a component (51, 52, 53, 54) of the receiving device is also disposed at the carrier means (6, 7), characterised in that a detent is disposed at the carrier means (6, 7), which opposes the push-off movement of the push-off element (8, 9) in the area of its final extended position and is provided such as to enable it to force the push-off element (8, 9) back from the final extended position of its push-off movement. which comprises a first holding element, wherein the first holding element is provided for being moved cyclically between a supply device and a receiving device and wherein the fist holding element is disposed at a carrier means (6, 7) such that the fist holding element and the carrier means (6, 7) are arranged to jointly move relative to the supply device and the receiving device, and a push-off element (8, 9) for pushing a weaving accessory off the holding element and onto a component (51, 52, 53, 54) of the receiving device is also disposed at the carrier means (6, 7), characterised in that a detent is disposed at the carrier means (6, 7), which opposes the push-off movement of the push-off element (8, 9) in the area of its final extended position and is provided such as to enable it to force the push-off element (8, 9) back from the final extended position of its push-off movement.
Straddle carrier device for ISO containers, in particular in the form of a straddle carrier, which has four mutually spaced gantry supports extending in the vertical direction in a mutually parallel manner which are connected to one another at their upper ends via a top frame, and has a machine platform disposed between the gantry supports, wherein the machine platform is mounted so that it can be raised and lowered, characterised in that the machine platform is able to move between the gantry supports and below the top frame relative to the top frame in the vertical direction.
Device for displaying a range of objects, comprising: - a display stand comprising a panel having a front face designed to accommodate a range of objects to be displayed and an opposing rear face, and having a bottom end, - at least one supporting leg articulatingly connected to the rear face of the display stand by connecting means, and - locking means designed to lock the supporting leg relative to the display stand in a first inclined position, the device being designed to stand on a support surface in a stable manner in the first inclined position solely by means of the simultaneous support of the supporting leg and bottom end of said display stand, characterised in that the locking means are designed to lock the supporting leg relative to the display stand in at least a second inclined position different from the first inclined position, the device being designed to stand on a support surface in a stable manner in the second inclined position solely by means of the simultaneous support of the supporting leg and bottom end of said display stand, and in that said supporting leg is disposed so as to be located entirely underneath the display stand between the first and second inclined positions, and in that the locking means comprise a part (16, 30) of the rear face of the display stand and a part of the supporting leg co-operating by friction, and in that the supporting leg and display stand are articulatingly connected by means of a pivot link connected to the supporting leg and by means of a part of the rear face of the display stand relative to which the pivot link is designed to pivot, the pivot link being integrated in the thickness (w 6) of the panel. - a display stand comprising a panel having a front face designed to accommodate a range of objects to be displayed and an opposing rear face, and having a bottom end, - at least one supporting leg articulatingly connected to the rear face of the display stand by connecting means, and - locking means designed to lock the supporting leg relative to the display stand in a first inclined position,
A method for generating an image on an electronic device, comprising: sensing motion of a handheld electronic device across a surface using a sensor of the handheld electronic device comprising an optical sensor located at a corner of the handheld electronic device, while a motion sensing application of the handheld electronic device 102 is enabled, and in which the sensing motion is with respect to the surface using the sensor of the handheld electronic device; characterized by enabling a motion-to-image mapping application on the handheld electronic device and generating image data in response to the sensed motion; transmitting the image data from the handheld electronic device to an electronic device that is remote from the handheld electronic device; and rendering the image representative of the sensed motion of the handheld electronic device on a display of the remote electronic device, the image generated from the transmitted data; rendering the image data, as an image on a display of the handheld electronic device. sensing motion of a handheld electronic device across a surface using a sensor of the handheld electronic device comprising an optical sensor located at a corner of the handheld electronic device, while a motion sensing application of the handheld electronic device 102 is enabled, and in which the sensing motion is with respect to the surface using the sensor of the handheld electronic device; characterized by enabling a motion-to-image mapping application on the handheld electronic device and generating image data in response to the sensed motion; transmitting the image data from the handheld electronic device to an electronic device that is remote from the handheld electronic device; and rendering the image representative of the sensed motion of the handheld electronic device on a display of the remote electronic device, the image generated from the transmitted data; rendering the image data, as an image on a display of the handheld electronic device.