mhurhangee/patent-ind-claim-en huggingface dataset:
A method of securely providing a time-variant combination scheme (CS) for authenticating a physical object or group of physical objects (PO(s)) according to a method (400; 500) of authenticating a physical object or group of physical objects (PO(s)), the method of providing the combination scheme (CS) comprising: receiving and storing data representing the predetermined combination scheme (CS), a time and location-invariant information (SN) identifying or being otherwise specifically related to the said physical object or group of physical objects, and metadata (MD(CS(SN))) defining a limited validity period of the combination scheme (CS); receiving a request for the combination scheme (CS) and identity information (SN) identifying or being otherwise specifically related to a physical object or group of physical objects (PO(s)) from a requesting authentication system ; authenticating the requesting authentication system ; and if the requesting system is successfully authenticated as being authorized and according to previously stored metadata (MD(SN)) corresponding to the received identity information (SN), the related combination scheme (CS(SN)) to which the metadata (MD(SN)) pertains is still valid, outputting data representing that related combination scheme (CS(SN)) over a data channel (T) being secured against interception to the requesting system ; or otherwise, denying the request. receiving and storing data representing the predetermined combination scheme (CS), a time and location-invariant information (SN) identifying or being otherwise specifically related to the said physical object or group of physical objects, and metadata (MD(CS(SN))) defining a limited validity period of the combination scheme (CS); receiving a request for the combination scheme (CS) and identity information (SN) identifying or being otherwise specifically related to a physical object or group of physical objects (PO(s)) from a requesting authentication system ; authenticating the requesting authentication system ; and if the requesting system is successfully authenticated as being authorized and according to previously stored metadata (MD(SN)) corresponding to the received identity information (SN), the related combination scheme (CS(SN)) to which the metadata (MD(SN)) pertains is still valid, outputting data representing that related combination scheme (CS(SN)) over a data channel (T) being secured against interception to the requesting system ; or otherwise, denying the request. if the requesting system is successfully authenticated as being authorized and according to previously stored metadata (MD(SN)) corresponding to the received identity information (SN), the related combination scheme (CS(SN)) to which the metadata (MD(SN)) pertains is still valid, outputting data representing that related combination scheme (CS(SN)) over a data channel (T) being secured against interception to the requesting system ; or otherwise, denying the request.
Anti-vibration support , having first and second metallic reinforcements and a third reinforcement , which are accessible from the outside and are at a distance from one another, at least one elastomer component , the support also having a body made of thermoplastic material, the first and second reinforcements being remote from one another in a first, substantially horizontal direction (D1), being intended to be fastened to a motor vehicle bodyshell and being connected to each other via the body made of thermoplastic material, the body made of thermoplastic material being overmoulded with respect to first and second surfaces of the first and second reinforcements and with respect to at least one surface of the elastomer component for supporting the third reinforcement intended for the suspension of a vibrating part of the vehicle, for the damping and filtering of mechanical vibrations between the bodyshell and the vibrating part, characterized in that the third reinforcement is metallic or made from a metal-thermoplastic two-part substance, the body made of thermoplastic material has at least one reinforcer with continuous fibres, which is a prefabricated component and is separate from the reinforcements, so as to reinforce the mechanical integrity of the anti-vibration support, the body made of thermoplastic material is overmoulded with respect to at least one part of at least one surface of the reinforcer , the reinforcer surrounds the first and second surfaces at least in the first, substantially horizontal direction (D1). first and second metallic reinforcements and a third reinforcement , which are accessible from the outside and are at a distance from one another, at least one elastomer component , the support also having a body made of thermoplastic material, the first and second reinforcements being remote from one another in a first, substantially horizontal direction (D1), being intended to be fastened to a motor vehicle bodyshell and being connected to each other via the body made of thermoplastic material, the body made of thermoplastic material being overmoulded with respect to first and second surfaces of the first and second reinforcements and with respect to at least one surface of the elastomer component for supporting the third reinforcement intended for the suspension of a vibrating part of the vehicle, for the damping and filtering of mechanical vibrations between the bodyshell and the vibrating part, characterized in that the third reinforcement is metallic or made from a metal-thermoplastic two-part substance, the body made of thermoplastic material has at least one reinforcer with continuous fibres, which is a prefabricated component and is separate from the reinforcements, so as to reinforce the mechanical integrity of the anti-vibration support, the body made of thermoplastic material is overmoulded with respect to at least one part of at least one surface of the reinforcer , the reinforcer surrounds the first and second surfaces at least in the first, substantially horizontal direction (D1).
An X-ray detector, comprising - a top electrode ; - a direct conversion layer comprising at least one perovskite, wherein the at least one perovskite is crystalline; and - a bottom electrode (5; 5'), wherein the X-ray detector additionally comprises an electron blocking interlayer (2; 4; 4') comprising an electron blocking material between the top electrode and the direct conversion layer or between the bottom electrode and the direct conversion layer and/or a hole blocking interlayer (2; 4; 4') comprising a hole blocking material between the bottom electrode and the direct conversion layer or between the top electrode and the direct conversion layer , characterized in that at least one of the electron blocking interlayer (2; 4; 4') and the hole blocking interlayer (2; 4; 4') comprises an adhesion promoting additive selected from saccharides and/or derivatives thereof; and/or from amino resins; phenol resins; epoxy resins; natural resins; and/or acrylic based adhesives, and in that the electron blocking interlayer (2; 4; 4') and/or the hole blocking interlayer (2; 4; 4') has a resistivity of >1×10 3 Ohm·cm. - a top electrode ; - a direct conversion layer comprising at least one perovskite, wherein the at least one perovskite is crystalline; and - a bottom electrode (5; 5'), wherein the X-ray detector additionally comprises an electron blocking interlayer (2; 4; 4') comprising an electron blocking material between the top electrode and the direct conversion layer or between the bottom electrode and the direct conversion layer and/or a hole blocking interlayer (2; 4; 4') comprising a hole blocking material between the bottom electrode and the direct conversion layer or between the top electrode and the direct conversion layer , characterized in that at least one of the electron blocking interlayer (2; 4; 4') and the hole blocking interlayer (2; 4; 4') comprises an adhesion promoting additive selected from saccharides and/or derivatives thereof; and/or from amino resins; phenol resins; epoxy resins; natural resins; and/or acrylic based adhesives, and in that the electron blocking interlayer (2; 4; 4') and/or the hole blocking interlayer (2; 4; 4') has a resistivity of >1×10 3 Ohm·cm.
A system for the transmission of data to a plurality of user devices from one or more sources, said user devices located within an area defined by the range of wireless transmission apparatus so as to receive data transmitted wirelessly within said defined area and processing the same in order to allow video and/or audio to be generated on the user device , said user device including means to allow user interaction via the device in order to select, from a service of a group of available programmes or programme channels, a programme to be viewed and/or listened to via the respective user device, and the said group of available programmes or channels is selected with reference to predefined criteria by a server which receives data from the one or more sources and said server is located at a satellite uplink facility remote from the said area to transmit the data via satellite IP to the wireless transmission apparatus so as to transmit data wirelessly within the defined area , the data for the programmes in the said group of programmes or channels is multicast wirelessly from the wireless transmission apparatus within the said defined area so that the data for all of the group of programmes or channels is available to be selected and received by all of the user devices located within the defined area characterised in that the same data as that required for the said group of programmes which is wirelessly provided to the defined wireless range area is blocked from being transmitted via a broadband internet connection to the said area so as to prevent duplication of data being provided to the area and reduce the amount of data being carried by the said broadband internet connection.
A method of controlling power delivered to one or more loads in an inductive power transfer, IPT, system having a primary conductive path and one or more pick-up devices adapted to receive power inductively from the primary conductive path, the method comprising the steps of varying a frequency of a current in the primary conductive path whereby the frequency of the current is determined by a power available to the IPT system, detecting in one of the pick-up devices inductively coupled with the primary conductive path the frequency or an indication of the frequency, and controlling the power supplied to a load associated with said one of the pickup devices dependent on the detected frequency of the current in the primary conductive path.
An evaporator comprising a housing , a container for a liquid to be evaporated, a receiving means in the housing for releasably receiving the container supported therein, a heating means , a heat transfer means for transferring heat from the heating means to the container , the heat transfer means being configured to co-operate with the container for the transfer of heat from the heat transfer means to the container , and a retaining means for releasably retaining the container in the receiving means with the container in heat conducting engagement with the heat transfer means , characterised in that an engagement means extending from the heat transfer means is engageable with an opening in the receiving means for securing the heat transfer means in the receiving means , the heating means and a locating means are located within the engagement means and are retained in abutting engagement with each other by the engagement means, and the locating means is retained relative to the heat transfer means by the engagement means with the heating means retained tightly sandwiched between the locating means and the heat transfer means and with the heating means maintained in heat conducting engagement with the heat transfer means .
An automated method for wrapping fastening ties around a body of a continuous stream of facemasks in a facemask production line , comprising: conveying the facemasks on a conveyor in the production line at an orientation such that each facemask has a leading pair of ties and a trailing pair of ties extending from a body in a conveying direction of the production line ; drawing the leading pair of ties below the body as the facemask continues to be conveyed in the conveying direction such that the leading pair of ties wraps under the body ; at a wrapping station in the production line , subsequently clamping the body with an automated clamping device and rotating the body relative to a rotation axis through the body to cause the leading pair of ties and the trailing pair of ties to further wrap around the body . conveying the facemasks on a conveyor in the production line at an orientation such that each facemask has a leading pair of ties and a trailing pair of ties extending from a body in a conveying direction of the production line ; drawing the leading pair of ties below the body as the facemask continues to be conveyed in the conveying direction such that the leading pair of ties wraps under the body ; at a wrapping station in the production line , subsequently clamping the body with an automated clamping device and rotating the body relative to a rotation axis through the body to cause the leading pair of ties and the trailing pair of ties to further wrap around the body .
Use of an anchor having a suspension portion (6a; 11) for the suspension of shackles, hooks or cables, and at least one anchoring portion for casting into a concrete component , wherein the suspension portion (6a; 11) is arranged in a recess body which is likewise provided for casting into the concrete component adjacent to the formwork thereof and which produces, in the concrete component , after the formwork has been stripped, a cavity which surrounds the suspension portion (6a; 11) and which is adjacent to the formwork-stripped side of the concrete component, characterized in that the anchoring portion comprises a metal plate which is situated above the recess body and which is connected to the suspension portion in the form of an eye or loop via a first bar passing through the wall of the recess body , wherein at least one second bar is fastened to the metal plate for load distribution, and wherein the second bar projects, preferably on both sides, by 25-50 cm beyond the metal plate , as lift assembly anchor in a concrete ceiling of a lift shaft, wherein the anchoring portion and the recess body are cast into the concrete ceiling such that the lift assembly anchor does not protrude into a shaft head region of the lift shaft by way of its suspension portion.
A method for producing a multi-layer sliding bearing , comprising the method steps: - providing a carrier body with a carrier body connecting surface , wherein a surface structure is formed on the carrier body connecting surface , and wherein the carrier body on the carrier body connecting surface has a carrier body material with a carrier body strength; - providing a bearing body with a bearing body connecting surface , wherein the bearing body on the bearing body connecting surface has a bearing body material with a bearing body strength; - arranging the bearing body to the carrier body , wherein a carrier body connecting surface is turned towards a bearing body connecting surface ; - pressing the bearing body and the carrier body together, wherein the bearing body , on the bearing body connecting surface , is plastically deformed and forms a positive locking connection with the carrier body connecting surface due to the effect of the surface structure of the carrier body connecting surface , characterized in that the surface structure of the carrier body connecting surface is produced in the form of left-right-hand knurl by means of a lathe tool and/or by means of a turning method, wherein a left-hand thread and a right-hand thread are cut into the carrier body connecting surface . - providing a carrier body with a carrier body connecting surface , wherein a surface structure is formed on the carrier body connecting surface , and wherein the carrier body on the carrier body connecting surface has a carrier body material with a carrier body strength; - providing a bearing body with a bearing body connecting surface , wherein the bearing body on the bearing body connecting surface has a bearing body material with a bearing body strength; - arranging the bearing body to the carrier body , wherein a carrier body connecting surface is turned towards a bearing body connecting surface ; - pressing the bearing body and the carrier body together, wherein the bearing body , on the bearing body connecting surface , is plastically deformed and forms a positive locking connection with the carrier body connecting surface due to the effect of the surface structure of the carrier body connecting surface ,
A method for color correction in an image processing pipeline, comprising: receiving first image data corresponding to reference luminance data and reference chrominance data for each of a plurality of pixels; determining that the first image data corresponds to a raw image captured in a dark environment; generating second image data by performing one or more tone mapping operations on the first image data, the second image data corresponding to current luminance data and current chrominance data for each of the plurality of pixels; and generating output image data to include, for each pixel of the plurality of pixels: an output luminance value of a corresponding pixel of the current luminance data; and chrominance values of the corresponding pixel from a selected one of the reference chrominance data and the current chrominance data, the selection based at least in part on the reference chrominance data and the current chrominance data, wherein, for each pixel of the plurality of pixels, the output image data includes the reference chrominance data instead of the current chrominance data when the corresponding pixel of the first image data is detected as grey and the corresponding pixel of the second image data is detected as color tinted. receiving first image data corresponding to reference luminance data and reference chrominance data for each of a plurality of pixels; determining that the first image data corresponds to a raw image captured in a dark environment; generating second image data by performing one or more tone mapping operations on the first image data, the second image data corresponding to current luminance data and current chrominance data for each of the plurality of pixels; and generating output image data to include, for each pixel of the plurality of pixels: an output luminance value of a corresponding pixel of the current luminance data; and chrominance values of the corresponding pixel from a selected one of the reference chrominance data and the current chrominance data, the selection based at least in part on the reference chrominance data and the current chrominance data, wherein, for each pixel of the plurality of pixels, the output image data includes the reference chrominance data instead of the current chrominance data when the corresponding pixel of the first image data is detected as grey and the corresponding pixel of the second image data is detected as color tinted. an output luminance value of a corresponding pixel of the current luminance data; and chrominance values of the corresponding pixel from a selected one of the reference chrominance data and the current chrominance data, the selection based at least in part on the reference chrominance data and the current chrominance data, wherein, for each pixel of the plurality of pixels, the output image data includes the reference chrominance data instead of the current chrominance data when the corresponding pixel of the first image data is detected as grey and the corresponding pixel of the second image data is detected as color tinted.
Filter element , comprising a pleated bellows of zigzag shape with pleat walls and pleat vertices , there being edge elements provided to the edges of the pleat walls and pleat vertices and there being a frame element located in the vicinity of at least one terminal pleat of the pleated bellows , where the frame element bilaterally surrounds the terminal pleat , thus forming a interlocking connection, and the frame element here has been secured on the edge elements , characterized in that the configuration of the frame element is such that it bulges in the direction of the side facing away from the pleated bellows and that the frame element is configured from nonwoven fabric.
A method of producing a sound field in the ears of a human user, the method comprising: performing, by a media delivery computer configured to produce the sound field in the ears of the human user, a convolution operation on an ambisonic portion of the sound field being output to the ears of the human user over a set of ambisonic sound channels with a head-related transfer function, HRTF, to produce a rendered ambisonic portion of the sound field in the ears of the human listener over the set of ambisonic sound channels; receiving (i) a set of multiple stereo tracks, each of the set of stereo tracks including audio data that, when processed by processing circuitry of the media delivery computer, output a portion of the sound field to the ears of the human user over a corresponding pair of stereo sound channels and (ii) electronic data defining a set of multiple events, each of the set of events having an identifier identifying a respective stereo track of the set of stereo tracks; receiving a message indicating that an event of the set of events has occurred; and in response to receiving the message, performing a track playing operation to cause the stereo track identified by the identifier of the event to output a stereo portion of the sound field over the pair of stereo sound channels to which the identified stereo sound source corresponds, the rendered ambisonic portion of the sound field and the stereo portion of the sound field being combined in the ears of the human user over the set of ambisonic sound channels and the pair of stereo sound channels. performing, by a media delivery computer configured to produce the sound field in the ears of the human user, a convolution operation on an ambisonic portion of the sound field being output to the ears of the human user over a set of ambisonic sound channels with a head-related transfer function, HRTF, to produce a rendered ambisonic portion of the sound field in the ears of the human listener over the set of ambisonic sound channels; receiving (i) a set of multiple stereo tracks, each of the set of stereo tracks including audio data that, when processed by processing circuitry of the media delivery computer, output a portion of the sound field to the ears of the human user over a corresponding pair of stereo sound channels and (ii) electronic data defining a set of multiple events, each of the set of events having an identifier identifying a respective stereo track of the set of stereo tracks; receiving a message indicating that an event of the set of events has occurred; and in response to receiving the message, performing a track playing operation to cause the stereo track identified by the identifier of the event to output a stereo portion of the sound field over the pair of stereo sound channels to which the identified stereo sound source corresponds, the rendered ambisonic portion of the sound field and the stereo portion of the sound field being combined in the ears of the human user over the set of ambisonic sound channels and the pair of stereo sound channels.