mhurhangee/patent-ind-claim-en huggingface dataset:
An image sensor comprising at least: a first electrode; a second electrode; an organic photoelectric conversion layer; and a carrier blocking layer, wherein the carrier blocking layer is formed of a material having the following structural formula , and has a thickness of from 5 × 10 -9 to 1.5 × 10 -7 m: wherein R 1 and R 2 are independently a group selected from H, an aryl group and an alkyl group, the aryl group is a group selected from the group consisting of phenyl, biphenyl, terphenyl, naphthyl, naphthylphenyl, tolyl, xylyl, C2-C6 alkyl-substituted phenyl, anthracenyl, anthracenylphenyl, phenanthryl, phenanthrylphenyl, pyrenyl, pyrenylphenyl, tetracenyl, tetracenylphenyl, fluoranthenyl, fluoranthenylphenyl, pyridinyl, pyridinylphenyl, quinolinyl, quinolylphenyl, acridinyl, acridinylphenyl, indol, indolylphenyl, imidazol, imidazolylphenyl, benzimidazole, benzimidazolylphenyl, thienyl, and thienyelphenyl, and the alkyl group is a group selected from the group consisting of methyl, ethyl, propyl, butyl, pentyl, and hexyl, which is a straight-chain alkyl group or a branched alkyl group. a first electrode; a second electrode; an organic photoelectric conversion layer; and a carrier blocking layer,
An immunogenic composition comprising an inactivated Equine Rhinitis B Virus (ERBV) strain having the ATCC Accession no. PTA-11829.
A medium processing apparatus comprising: a receiving portion configured to receive media to be processed; a first processing unit configured to perform first processing on the media received from the receiving portion ; and a second processing unit configured to perform second processing on the media received from the receiving portion and not processed by the first processing unit or the media received from the receiving portion and processed by the first processing unit , wherein the first processing is processing of drying the media, and the first processing unit is located vertically below the second processing unit , and the first processing unit has a portion overlapping with the second processing unit when viewed in a vertical direction; characterised in that : the second processing is end stitching processing of stitching ends of the media. a receiving portion configured to receive media to be processed; a first processing unit configured to perform first processing on the media received from the receiving portion ; and a second processing unit configured to perform second processing on the media received from the receiving portion and not processed by the first processing unit or the media received from the receiving portion and processed by the first processing unit , wherein the first processing is processing of drying the media, and the first processing unit is located vertically below the second processing unit , and the first processing unit has a portion overlapping with the second processing unit when viewed in a vertical direction; characterised in that : the second processing is end stitching processing of stitching ends of the media.
A method of positioning and aligning a disruptor adapted for the deactivation of a target and comprising a firing axis, a desired firing direction in terms of position and orientation relative to that target having been determined in advance, the method comprising the steps of • disposing a laser , adapted to emit beams along an aiming line, at a distance from the target, such that the aiming line of the laser is coaxial with the desired firing direction, • interposing the disruptor between the laser and the target , • positioning and orienting the disruptor so as to make the firing axis coaxial with the aiming line of the laser, by means of a flat mirror mounted at the rear of the disruptor and disposed perpendicularly to the axis of that disruptor to send back to the laser a beam which while being coaxial with that aiming line is emitted by the laser and reflected by the mirror onto a mark centered on the firing axis . • disposing a laser , adapted to emit beams along an aiming line, at a distance from the target, such that the aiming line of the laser is coaxial with the desired firing direction, • interposing the disruptor between the laser and the target , • positioning and orienting the disruptor so as to make the firing axis coaxial with the aiming line of the laser, by means of a flat mirror mounted at the rear of the disruptor and disposed perpendicularly to the axis of that disruptor to send back to the laser a beam which while being coaxial with that aiming line is emitted by the laser and reflected by the mirror onto a mark centered on the firing axis .
A skirt for a rotary projector of a coating product intended to project a jet of coating product on a surface to be covered, the skirt having a plurality of air ejection nozzles arranged in said skirt to eject jets of air forming a shaping air suitable for shaping the jet of coating product, the air ejection nozzles comprising at least three separate series of nozzles , each series of nozzles consisting of a plurality of air ejection nozzles fluidly connected to a shared supply chamber , specific to said series of nozzles , characterized in that the air ejection nozzles comprise a first group of nozzles , consisting of at least a first series of nozzles from among the series of nozzles , and a second group of nozzles , consisting of at least a second series of nozzles from among the series of nozzles , the or each first series of nozzles being separate from the or each second series of nozzles , the first group of nozzles being such that, when the or each first series of nozzles is supplied with air, the nozzles of the or each first series of nozzles eject first jets of air together forming a first shaping air suitable for shaping the jet of coating product in a narrow manner, and the second group of nozzles being such that, when the or each second series of nozzles is supplied with air, the nozzles of the or each second series of nozzles eject second jets of air together forming a second shaping air suitable for shaping the jet of coating product in a wide manner.
A tension-free titanium metal knitted fabric for surgically shaping soft tissues, wherein said fabric is a mesh fabric made of titanium threads bent to form interconnected loops, wherein the titanium threads have a relief surface, and wherein: (a) the titanium threads are made of GRADE-1 alloy, and/or (b) an oxide film is applied to the surface of the titanium relief threads; with the proviso that the fabric is not a self-fixing mesh endoprosthesis, consisting of two layers, upper and lower, with a layer of mesh based on titanium thread on the upper side, and a layer of bioresorbable polymers on the lower side, and with the proviso that the fabric is not a self-expanding mesh endoprosthesis for endoscopic hemioplasty, comprising a mesh fabric made of threads and a self-expanding system enclosed in the mesh fabric, wherein the self-expanding system is made of multifilament titanium threads located both in the structure and along the contour of the endoprosthesis. (a) the titanium threads are made of GRADE-1 alloy, and/or (b) an oxide film is applied to the surface of the titanium relief threads; with the proviso that the fabric is not a self-fixing mesh endoprosthesis, consisting of two layers, upper and lower, with a layer of mesh based on titanium thread on the upper side, and a layer of bioresorbable polymers on the lower side, and with the proviso that the fabric is not a self-expanding mesh endoprosthesis for endoscopic hemioplasty, comprising a mesh fabric made of threads and a self-expanding system enclosed in the mesh fabric, wherein the self-expanding system is made of multifilament titanium threads located both in the structure and along the contour of the endoprosthesis.
A method of graphically mapping liquid product applied to a field by an agricultural sprayer having a plurality of spray nozzles , the method comprising: monitoring geographic locations of each of the plurality of spray nozzles as the agricultural sprayer traverses the field; measuring the pressure at regular time intervals at each of the plurality of spray nozzles or in a line associated with a gang of nozzles as the agricultural sprayer traverses the field; deriving a droplet size of the liquid product sprayed by each of the plurality of spray nozzles or said gang of spray nozzles based on said measured pressure and predefined nozzle characteristics of each of said plurality of spray nozzles; generating an application map on an aerial image of the field, the application map including a droplet size map displaying said droplet sizes being sprayed by each of the plurality of spray nozzles or said gang of spray nozzles as the agricultural sprayer traverses the field. monitoring geographic locations of each of the plurality of spray nozzles as the agricultural sprayer traverses the field; measuring the pressure at regular time intervals at each of the plurality of spray nozzles or in a line associated with a gang of nozzles as the agricultural sprayer traverses the field; deriving a droplet size of the liquid product sprayed by each of the plurality of spray nozzles or said gang of spray nozzles based on said measured pressure and predefined nozzle characteristics of each of said plurality of spray nozzles; generating an application map on an aerial image of the field, the application map including a droplet size map displaying said droplet sizes being sprayed by each of the plurality of spray nozzles or said gang of spray nozzles as the agricultural sprayer traverses the field.
A ventilation device to be attached to a wall opening, especially a wall opening of a heating facility, wherein the ventilation device has: - a member with a member opening and a member frame the front side of which surrounds the member opening and the back side of which faces the wall of the wall opening, wherein the member frame has a circumferential member frame stem extending into the member opening to form an air passage and the member frame stem has at least one cleat with a cleat opening attached to the member frame stem ; and - a cover plate having a back side that faces the air passage and on which a positioner is formed to be detachably attached to the cleat of the member frame stem , and a front side that faces away from the air passage and faces the environment, characterized in that a stem is formed on the outer edges of the front side and a plaster holding layer is applied to the surface side of the front side . - a member with a member opening and a member frame the front side of which surrounds the member opening and the back side of which faces the wall of the wall opening, wherein the member frame has a circumferential member frame stem extending into the member opening to form an air passage and the member frame stem has at least one cleat with a cleat opening attached to the member frame stem ; and - a cover plate having a back side that faces the air passage and on which a positioner is formed to be detachably attached to the cleat of the member frame stem , and a front side that faces away from the air passage and faces the environment, characterized in that a stem is formed on the outer edges of the front side and a plaster holding layer is applied to the surface side of the front side .
A method performed by a device for determining whether to receive signals from a relay , comprising: determining one or more communication parameters related to a base station ; determining one or more different communication parameters related to a relay assisting the base station , wherein the determining comprises computing a relay link rate based at least in part on determining a composite rate link of a direct link between the device and the base station assisted by an access link between the device and the relay ; and selecting to receive signals from the base station with or without assistance from the relay based at least in part on comparing the one or more communication parameters with the one or more different communication parameters. determining one or more communication parameters related to a base station ; determining one or more different communication parameters related to a relay assisting the base station , wherein the determining comprises computing a relay link rate based at least in part on determining a composite rate link of a direct link between the device and the base station assisted by an access link between the device and the relay ; and selecting to receive signals from the base station with or without assistance from the relay based at least in part on comparing the one or more communication parameters with the one or more different communication parameters.
A lighting arrangement for general lighting, comprising: a light source adapted to emit visible light suitable for general lighting, wherein the light source is adapted to emit visible light having a color point in a CIE XYZ color space, wherein the color point has a distance less than 10 Standard Deviation Color Matching to a black body line in said color space; a radiation source adapted to emit radiation in a predetermined spectrum, wherein the predetermined spectrum is in the range 760-1400nm; and a driver circuit adapted to provide a first driving current that is pulsed; wherein the lighting arrangement is adapted to provide the first driving current to the radiation source but not the light source ; and wherein, in use, the light source is configured to emit at least 250 lumens, preferably at least 1000 lumens, more preferably at least 2000 lumens. a light source adapted to emit visible light suitable for general lighting, wherein the light source is adapted to emit visible light having a color point in a CIE XYZ color space, wherein the color point has a distance less than 10 Standard Deviation Color Matching to a black body line in said color space; a radiation source adapted to emit radiation in a predetermined spectrum, wherein the predetermined spectrum is in the range 760-1400nm; and a driver circuit adapted to provide a first driving current that is pulsed; wherein the lighting arrangement is adapted to provide the first driving current to the radiation source but not the light source ; and wherein, in use, the light source is configured to emit at least 250 lumens, preferably at least 1000 lumens, more preferably at least 2000 lumens.
A brake system comprising at least one brake , wherein the brake has - - at least one friction surface , - - at least one pad carrier with at least one brake pad , - - an actuating mechanism on which the pad carrier is mounted, and - - preferably at least one adjusting device , wherein the brake system has a control and monitoring unit which is designed to receive a braking effect request on the input side and to generate a brake control signal on the basis of the braking effect request and to output it to a controller of the brake , wherein the brake system comprises at least one brake temperature sensor , which brake temperature sensor is communicatively connected to the control and monitoring unit , wherein the control and monitoring unit is designed to determine a temporal sequence of brake temperature expectation values on the basis of the braking effect request, and furthermore to compare a temperature determined by the brake temperature sensor with a temporally corresponding value of the brake temperature expectation values, and to determine at least one correction factor on the basis of a predeterminable deviation of the determined temperature from the corresponding value of the brake temperature expectation values, and to correct the brake control signal by the at least one correction factor, and to actuate the controller using the corrected brake control signal, characterized in that the brake system is designed as an electromechanical brake system , in that the brake further comprises at least one electric motor for specifiable moving of the pad carrier , which electric motor is further connected to the actuating mechanism , that the controller controls the electric motor , and in that the brake temperature sensor is arranged on the electric motor . - - at least one friction surface , - - at least one pad carrier with at least one brake pad , - - an actuating mechanism on which the pad carrier is mounted, and - - preferably at least one adjusting device ,
Method for harnessing a reactive power available in a section of a distribution network, in particular a low-voltage network, wherein the section of the distribution network has at least one reactive power source and a decentralized energy generation unit in the form of a photovoltaic system connected via an inverter unit, characterized in that operating situations, which are each achieved by dynamically changing a respective reactive power characteristic and in which the at least one reactive power source supplies a maximum possible reactive power and draws a maximum possible reactive power, are specified to the at least one reactive power source, in that a reactive power profile (BP) for the section of the distribution network is determined by means of the operating situations predefined for the at least one reactive power source, wherein the at least one reactive power source is influenced via a data acquisition and evaluation unit (iSSN) in such a manner that the at least one reactive power source runs through the predefined operating situations, in that the data acquisition and evaluation unit (iSSN) continuously estimates the reactive power currently available in each case in the section of the distribution network on the basis of the reactive power profile determined for the section of the distribution network and communicates the estimated reactive power to a superordinate control and regulating system (SR), and in that the section of the distribution network retrieves the currently available reactive power if necessary, wherein a corresponding setting command with a required level and direction of a reactive power to be provided is transmitted from the superordinate control and regulating system (SR) to the data acquisition and evaluation unit (iSSN).
A cable for a hearing device , comprising a plurality of conductors, characterized in that the plurality of conductors comprises conductors arranged in twisted pairs (TP1 to TP4) wound around a plastically deformable core wire (FW), wherein the core wire (FW) is a forming wire.
A ballistic shockwave system including a ballistic shockwave device configured to generate a ballistic collision between a projectile and a shockwave generating portion using a high pressure gaseous source having operating pressure of up to 200 bar; the shockwave generating portion is coupled to a shockwave shaping portion that is provided to direct the generated shockwaves to a targeted tissue treatment site, wherein said shaping portion comprises an external shaping surface formed from a plurality of concave focal surface depressions , wherein each of said concave focal surface depressions are individually configurable according to a diameter and depth , and wherein said configurable diameter and depth provide for determining the focal length and penetration depth of the propagated shockwave; wherein the resultant shockwaves focal points reside on a three dimensional focal treatment surface that treat a tissue volume in three dimensions and wherein the shaping portion is provided with a diameter of up to 100mm; characterised by a rotating stage associated between said shockwave shaping portion and said shockwave generating portion wherein said rotating stage provides for rotating said shockwave shaping portion . wherein the resultant shockwaves focal points reside on a three dimensional focal treatment surface that treat a tissue volume in three dimensions and wherein the shaping portion is provided with a diameter of up to 100mm; characterised by a rotating stage associated between said shockwave shaping portion and said shockwave generating portion wherein said rotating stage provides for rotating said shockwave shaping portion .
Method for producing a segment of an air-conditioning channel arrangement, wherein the segment is provided on its outer side with thermal insulation, comprising the successive steps of: a) producing the segment in a three-dimensional printing process, b) producing first insulation material sections of the thermal insulation in a three-dimensional printing process, wherein outer surface regions of the segment produced in step a) remain left free of thermal insulation, c) producing second insulation material sections of the thermal insulation in the region of those outer surface regions of the segment which remain free in step b), by applying prefabricated plate-like or tubular insulation material pieces to said outer surface sections in such a way that the prefabricated plate-like or tubular insulation material pieces each adjoin adjoining insulation material sections produced in step b), d) closing off joints between the first and second insulation material sections in a gas-tight manner. a) producing the segment in a three-dimensional printing process, b) producing first insulation material sections of the thermal insulation in a three-dimensional printing process, wherein outer surface regions of the segment produced in step a) remain left free of thermal insulation, c) producing second insulation material sections of the thermal insulation in the region of those outer surface regions of the segment which remain free in step b), by applying prefabricated plate-like or tubular insulation material pieces to said outer surface sections in such a way that the prefabricated plate-like or tubular insulation material pieces each adjoin adjoining insulation material sections produced in step b), d) closing off joints between the first and second insulation material sections in a gas-tight manner.
A clamping assembly (CA) comprising: a) a clamp body having an interior region for receiving a structure to be clamped; b) at least one clamping hammer disposed within the interior region of the clamp body , the clamping hammer being hingedly secured to the clamp body along the longitudinal axis thereof; c) at least one adjustment screw extending through the clamp body and adapted to selectively impinge against the clamping hammer so as to cause it to pivot about its longitudinal axis, the adjustment screw extending transverse to the longitudinal axis of the clamping hammer , characterized in that the clamp body comprising first and second generally L-shaped clamp portions , the first and second clamp portions are adjustably interconnected to form a generally U-shaped clamp body of variable width, and wherein one of the first and second clamp portions is provided with a slot for receiving the other one of the first and second clamp portions. a) a clamp body having an interior region for receiving a structure to be clamped; b) at least one clamping hammer disposed within the interior region of the clamp body , the clamping hammer being hingedly secured to the clamp body along the longitudinal axis thereof; c) at least one adjustment screw extending through the clamp body and adapted to selectively impinge against the clamping hammer so as to cause it to pivot about its longitudinal axis, the adjustment screw extending transverse to the longitudinal axis of the clamping hammer ,