mhurhangee/ep-ind-claims huggingface dataset:
A reflection-type photoelectric sensor, wherein a light projecting element, a light receiving element, a light projecting lens, and a light receiving lens are disposed with such a relationship that part of a reflected light beam of a light beam output from the light projecting element through the light projecting lens can be guided to the light receiving element through the light receiving lens, the light projecting lens and the light receiving lens being attached to a lens holder, a first detecting light beam is output by the light projecting element and the light projecting lens, the first detecting light beam being condensed at a position, which is a predetermined distance away from the light projecting lens, and an optical path of a light beam entering into the light receiving lens intersects an optical path of the first detecting light beam, characterized in that a means (31, 71, 71a) for generating a second detecting light beam with the light projecting element as a light source attached to the lens holder or disposed as part of the lens holder, the second detecting light beam intersecting the optical path of the light beam entering into the light receiving lens at a position before the region where the first detecting light beam intersects the optical path of the light beam entering into the light receiving lens, wherein the means (31, 71, 71a) for generating a second detecting light beam is a protrusion (31, 71, 71a), wherein the protrusion is a narrow lens body in which a direction along a direction in which the light projecting lens and the light receiving lens are lined up is a lengthwise direction, and a thickness of the protrusion (31, 71, 71a) increases or decreases toward the other lens, wherein the protrusion has two side surfaces and both side surfaces of the protrusion are formed into triangles, and wherein a narrow rear surface between the side surfaces is formed into an inclined surface that is inclined along the direction in which the light projecting lens and the light receiving lens are lined up.
A device to treat a wound, the device comprising: (a) a sealant layer comprising a lower surface and biocompatible adhesive for affixing the sealant layer to an area of skin surrounding the wound, the sealant layer configured to seal around the wound to form a sealed space; and (b) an elastic support comprising at least one longitudinal conduit configured to distribute reduced pressure along the wound, the at least one longitudinal conduit comprising a plurality of apertures on a wound-facing side of the elastic support or an open channel on a wound-facing side of the elastic support to permit fluid communication with the wound, the elastic support comprising lateral flaps configured to be adhered to respective edges of the wound while in a stretched state so as to push the wound edges together, wherein the sealant layer is configured to be applied over the elastic support. (a) a sealant layer comprising a lower surface and biocompatible adhesive for affixing the sealant layer to an area of skin surrounding the wound, the sealant layer configured to seal around the wound to form a sealed space; and (b) an elastic support comprising at least one longitudinal conduit configured to distribute reduced pressure along the wound, the at least one longitudinal conduit comprising a plurality of apertures on a wound-facing side of the elastic support or an open channel on a wound-facing side of the elastic support to permit fluid communication with the wound, the elastic support comprising lateral flaps configured to be adhered to respective edges of the wound while in a stretched state so as to push the wound edges together,
Arc welding torch device with a melting electrode, wherein the electrode is provided with a direction of movement from a rear end of the arc welding torch device for advancement in the direction of a front end of the arc welding torch device, in the region of which the electrode melts during an arc welding process, the electrode is guided in the arc welding torch device in a replaceable wire core, the wire core in turn being arranged at least in the region of the rear end of the arc welding torch device in a guide element which surrounds the wire core and is designed as a replaceable wearing part, wherein the guide element of the wire core is provided for the joint wear-related replacement of the wire core, characterized by an anti-kink means for the welding wire, which means protrudes from the arc welding torch device, is guided through an outer end cap of the arc welding torch device and is arranged between the outer end cap of the arc welding torch device and wire feed means, and in which the welding wire is guided.
A seat component adjustment actuator, comprising: a housing; an electric motor; and a gearing coupled to the electric motor and comprising at least three worm transmission stages, wherein a first worm transmission stage (11, 12) of the at least three worm transmission stages comprises a first worm and a first worm gear engaged with the first worm, and a third worm transmission stage (15, 16) of the at least three worm transmission stages comprises a third worm and a third worm gear engaged with the third worm, wherein the first worm is supported in the housing such that the first worm is rotatable about an input rotation axis and wherein the third worm gear is supported in the housing such that the third worm gear is rotatable about an output rotation axis which is transverse to the input rotation axis, wherein the first worm gear is rotatable about a first rotation axis which is parallel to the output rotation axis, wherein the third worm gear is offset relative to the first worm gear in a direction parallel to the output rotation axis, characterized in that a distance between the output rotation axis and the first rotation axis is less than the sum of the radius of the third worm gear and the radius of the first worm gear such that the third worm gear at least partially overlaps the first worm gear. a housing; an electric motor; and a gearing coupled to the electric motor and comprising at least three worm transmission stages, wherein a first worm transmission stage (11, 12) of the at least three worm transmission stages comprises a first worm and a first worm gear engaged with the first worm, and a third worm transmission stage (15, 16) of the at least three worm transmission stages comprises a third worm and a third worm gear engaged with the third worm, wherein the first worm is supported in the housing such that the first worm is rotatable about an input rotation axis and wherein the third worm gear is supported in the housing such that the third worm gear is rotatable about an output rotation axis which is transverse to the input rotation axis, a first worm transmission stage (11, 12) of the at least three worm transmission stages comprises a first worm and a first worm gear engaged with the first worm, and a third worm transmission stage (15, 16) of the at least three worm transmission stages comprises a third worm and a third worm gear engaged with the third worm, wherein the first worm is supported in the housing such that the first worm is rotatable about an input rotation axis and wherein the third worm gear is supported in the housing such that the third worm gear is rotatable about an output rotation axis which is transverse to the input rotation axis, wherein the first worm gear is rotatable about a first rotation axis which is parallel to the output rotation axis, wherein the third worm gear is offset relative to the first worm gear in a direction parallel to the output rotation axis,
A machine for the separative machining of a plate-shaped workpiece by means of a machining beam, having: a first movement device for moving the workpiece in a first direction, a second movement device for moving a machining head, which directs the machining beam onto the workpiece, along a second direction, and two stationary workpiece bearing faces (4, 5) for bearing the workpiece, between which workpiece bearing faces there is formed a gap for the passage of the machining beam, characterized in that at least two movable support carriages (13a, 13b) are arranged between the two stationary workpiece bearing faces (4, 5), which support carriages have in each case one workpiece bearing face (14a, 14b) for supporting workpiece parts which are cut during the cutting machining process, and in that those side edges (16a, 16b) of the workpiece bearing faces (14a, 14b) of the support carriages (13a, 13b) which face toward one another are oriented non-perpendicularly and non-parallel with respect to the first direction. a first movement device for moving the workpiece in a first direction, a second movement device for moving a machining head, which directs the machining beam onto the workpiece, along a second direction, and two stationary workpiece bearing faces (4, 5) for bearing the workpiece, between which workpiece bearing faces there is formed a gap for the passage of the machining beam, characterized in that at least two movable support carriages (13a, 13b) are arranged between the two stationary workpiece bearing faces (4, 5), which support carriages have in each case one workpiece bearing face (14a, 14b) for supporting workpiece parts which are cut during the cutting machining process, and in that those side edges (16a, 16b) of the workpiece bearing faces (14a, 14b) of the support carriages (13a, 13b) which face toward one another are oriented non-perpendicularly and non-parallel with respect to the first direction.
An organic electroluminescent element comprising an anode, a cathode and a component layer including a light emission layer, the component layer being provided between the anode and the cathode, wherein the component layer contains a compound represented by the following formula 3: Formula 3 X 2 -(A 2) m wherein A 2 represents a group represented by formula 4, and may be the same or different, wherein Ar 2 represents a divalent aromatic hydrocarbon or aromatic heterocyclic group; R 3 and R 4 independently represent a hydrogen atom, a substituted or unsubstituted alkyl group, a substituted or unsubstituted cycloalkyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted aryl group, a substituted or unsubstituted alkoxy group, a substituted or unsubstituted aryloxy group, a cyano group, a hydroxyl group, a substituted or unsubstituted alkenyl group, or a halogen atom; nc and nd independently represent an integer of from 1 to 4; m represents an integer of 2; and X 2 represents a group represented by formula (l), (m), (n), or (o), wherein R 101 through R 110 independently represent a hydrogen atom, an alkyl group, or an alkoxy group, provided that R 101 through R 110 are not simultaneously hydrogen atoms; and any two of R 101 through R 110 do not combine with each other to form a ring; R 111 through R 118 independently represent a hydrogen atom, an alkyl group, or an alkoxy group; A 1, A 2; A 3, and A 4 independently represent -C(R k1)- or -N=, in which R k1 represents a hydrogen atom or an alkyl group, provided that at least one of A 1 A 2, A 3, and. A 4 is -N=; A 5, A 6, A 7, and A 8 independently represent -C(R k2)= or -N=; X b represents -N(R k3)= or -Si(R k4)(R k5)-, which R k2, R K3, R k4, and R k5 independently represent a hydrogen atom, a substituted or unsubstituted alkyl group, a substituted or unsubstituted cycloalkyl group, a substituted or unsubstituted aralkyl group, a substituted or unsubstituted aryl group, a substituted or unsubstituted alkoxy group, a substituted or unsubstituted aryloxy group, a cyano group, a hydroxyl group, a substituted or unsubtituted alkenyl group, or a halogen atom; and "*"represents a linkage site.
A radio receiving apparatus, comprising: a body; a printed circuit board provided in the body; an antenna provided at area outside of the body and adapted to receive an external signal; and a noise attenuation member provided at the printed circuit board and adapted to attenuate noise generated from the printed circuit board to prevent deterioration in receiving sensitivity of the antenna; characterized in that the noise attenuation member includes a plurality of capacitors to surround a portion of the printed circuit board closest to the antenna to prevent the noise generated from the printed circuit board from being propagated toward the antenna. a body; a printed circuit board provided in the body; an antenna provided at area outside of the body and adapted to receive an external signal; and a noise attenuation member provided at the printed circuit board and adapted to attenuate noise generated from the printed circuit board to prevent deterioration in receiving sensitivity of the antenna; characterized in that the noise attenuation member includes a plurality of capacitors to surround a portion of the printed circuit board closest to the antenna to prevent the noise generated from the printed circuit board from being propagated toward the antenna.
A biometric authentication method performed by a biometric authentication apparatus comprising a receiver, an extractor and a determiner, the method comprising: receiving, by the receiver, at least two types of biosignals; extracting, by the extractor, a same type of physiological features from each of at least two types of biosignals based on a corresponding relationship between the biosignals and the physiological features due to known correlations between both; and determining, by the determiner, whether the biosignals are generated from a same living body by processing the extracted physiological features for a comparison; the method characterized in that determining, whether the biosignals are generated from a same living body is carried out through an analysis of a consistent level between the extracted physiological features that vary over time, wherein the consistent level is an index of evaluated consistencies between at least two types of physiological features varying over time and is calculated as a similarity or a difference, wherein the biosignals are from same or overlapping time intervals. receiving, by the receiver, at least two types of biosignals; extracting, by the extractor, a same type of physiological features from each of at least two types of biosignals based on a corresponding relationship between the biosignals and the physiological features due to known correlations between both; and determining, by the determiner, whether the biosignals are generated from a same living body by processing the extracted physiological features for a comparison; the method characterized in that determining, whether the biosignals are generated from a same living body is carried out through an analysis of a consistent level between the extracted physiological features that vary over time, wherein the consistent level is an index of evaluated consistencies between at least two types of physiological features varying over time and is calculated as a similarity or a difference, wherein the biosignals are from same or overlapping time intervals.
A wind turbine blade comprising: a shell structure defining a leading edge and a trailing edge; and an upwind shell and a downwind shell joined along at least one of: said leading edge or said trailing edge, wherein said shell structure comprises a root laminate made from a second plurality of blade root preformed parts, characterized in that the shell structure comprises: a spar cap laminate (34, 35) made from a first plurality of spar cap preformed parts, and an aerodynamic fairing laminate made from a third plurality of aerodynamic fairing preformed parts. a shell structure defining a leading edge and a trailing edge; and an upwind shell and a downwind shell joined along at least one of: said leading edge or said trailing edge, wherein said shell structure comprises a root laminate made from a second plurality of blade root preformed parts, characterized in that the shell structure comprises: a spar cap laminate (34, 35) made from a first plurality of spar cap preformed parts, and an aerodynamic fairing laminate made from a third plurality of aerodynamic fairing preformed parts. a spar cap laminate (34, 35) made from a first plurality of spar cap preformed parts, and an aerodynamic fairing laminate made from a third plurality of aerodynamic fairing preformed parts.
A cosmetic for separately storing and for mixing different cosmetic materials, the cosmetic comprising: a cosmetic container; an impregnation member accommodated in the cosmetic container and impregnated with a cosmetic material; and a containing body separately provided from the cosmetic container and containing a further cosmetic material, characterized in that the containing body is placed on the impregnation member and designed such that, when the containing body is pressed with a puff, the cosmetic material impregnated into the impregnation member passes through the containing body so that the cosmetic material of the impregnation member and the further cosmetic material contained in the containing body are simultaneously stuck on the puff while being mixed up with each other. a cosmetic container; an impregnation member accommodated in the cosmetic container and impregnated with a cosmetic material; and a containing body separately provided from the cosmetic container and containing a further cosmetic material, characterized in that the containing body is placed on the impregnation member and designed such that, when the containing body is pressed with a puff, the cosmetic material impregnated into the impregnation member passes through the containing body so that the cosmetic material of the impregnation member and the further cosmetic material contained in the containing body are simultaneously stuck on the puff while being mixed up with each other.
A mobile terminal being operable to receive an incoming notice, triggered by signals contained in said incoming notice showing the presence of a delivery message destined for said mobile terminal in a server unit, to make a delivery message acquisition request for acquiring said delivery message to said server unit, and to receive a delivery message acquisition response, including said delivery message, transmitted from said server unit based on said delivery message acquisition request; characterized in that if said mobile terminal determines, based on information contained in said received delivery message acquisition response showing the presence or absence of a next delivery message not acquired, that said next delivery message not acquired is present, said mobile terminal is operable to check whether or not sufficient memory is available in said mobile terminal for receiving said next delivery message, and in case available memory is present in the memory for said next delivery message, said mobile terminal is operable to make a next delivery message acquisition request to said server unit.
Pressure sensor comprising a substrate with a formed measuring diaphragm with sensor elements (12, 13), preferably implanted, heavily doped, piezoresistive sensor elements, and an electrically conductive cover layer, preferably in low-doped polysilicon, which has electrical contact elements (5, 6, 7, 8) and is electrically isolated from the substrate by means of an isolation layer, characterized in that the cover layer is structured in such a way that it is possible to measure the respective resistances in two areas (10, 11) that are electrically isolated from one another, wherein both the first area and the second area of the cover layer are provided with at least two contact elements (5, 6, 7, 8) for the purpose of establishing an electrical contact, wherein the cover layer is at least partially or entirely made from polysilicon, wherein a first resistive area of the cover layer covers the measuring diaphragm entirely or partially, wherein the first resistive area of the cover layer screens the sensor elements (12, 13) of the measuring diaphragm from external electric fields.
A treatment solution for forming a black hexavalent chromium-free chemical conversion coating film on zinc or zinc alloy, the solution comprising: a trivalent chromium ion; a chelating agent capable of forming a water soluble complex with the trivalent chromium ion; one or more metal ions selected from the group consisting of cobalt ion, nickel ion and iron ion; and formic acid or a salt thereof used as a buffer in a hydrogen-ion concentration, wherein the content of the formic acid or salt thereof is in the range of 1 to 20 g/L. a trivalent chromium ion; a chelating agent capable of forming a water soluble complex with the trivalent chromium ion; one or more metal ions selected from the group consisting of cobalt ion, nickel ion and iron ion; and formic acid or a salt thereof used as a buffer in a hydrogen-ion concentration, wherein the content of the formic acid or salt thereof is in the range of 1 to 20 g/L.
A rigid luggage comprising: - a box comprising a bottom and a peripheral strip extending from the bottom, the peripheral strip comprising a rear wall, a front wall and two side walls; - a cover movably mounted on the rear wall at least about an axis of rotation, the cover being movable between a position folded on the box and a maximum opening position, the cover having a plurality of intermediate opening positions between the folded position and the maximum opening position in which an internal space of the box is accessible; - a video projection system for creating a light projection on an inner face of the cover from a digital image, the video projection system comprising: - at least one video projector positioned in the peripheral strip and oriented towards the inner face of the cover in its opening positions; - means for determining in real time the position of the cover on the box; - a processing unit controlling the video projector(s), and being servo-controlled to the determination means, the processing unit comprising means for compensating a trapezoidal deformation of the light projection relative to the digital image, the compensation means being parameterized to apply a trapezoidal distortion ratio to the digital image for each opening position of the cover. - a box comprising a bottom and a peripheral strip extending from the bottom, the peripheral strip comprising a rear wall, a front wall and two side walls; - a cover movably mounted on the rear wall at least about an axis of rotation, the cover being movable between a position folded on the box and a maximum opening position, the cover having a plurality of intermediate opening positions between the folded position and the maximum opening position in which an internal space of the box is accessible; - a video projection system for creating a light projection on an inner face of the cover from a digital image, the video projection system comprising: - at least one video projector positioned in the peripheral strip and oriented towards the inner face of the cover in its opening positions; - means for determining in real time the position of the cover on the box; - a processing unit controlling the video projector(s), and being servo-controlled to the determination means, the processing unit comprising means for compensating a trapezoidal deformation of the light projection relative to the digital image, the compensation means being parameterized to apply a trapezoidal distortion ratio to the digital image for each opening position of the cover. - at least one video projector positioned in the peripheral strip and oriented towards the inner face of the cover in its opening positions; - means for determining in real time the position of the cover on the box; - a processing unit controlling the video projector(s), and being servo-controlled to the determination means, the processing unit comprising means for compensating a trapezoidal deformation of the light projection relative to the digital image, the compensation means being parameterized to apply a trapezoidal distortion ratio to the digital image for each opening position of the cover.