mhurhangee/patent-ind-claim-en huggingface dataset:
Method for additively manufacturing a component of an eyeglass structure by means of stereolithography, wherein the component comprises at least one eyeglass frame having an inner edge , wherein an inner support structure for supporting the eyeglass frame is manufactured together with the eyeglass frame , wherein the inner support structure of the manufactured component is connected to the inner edge at least at two opposite points so that these points are supported with respect to one another, wherein the surface of the component comprises at least one connecting region , wherein the connecting region is concealed in a use position of the finished eyeglass structure, wherein an outer support structure is provided, which is manufactured together with the component , wherein a connection between the outer support structure and the component is created in the connecting region , wherein manufacturing of the inner support structure is started after the connection between the outer support structure and the component has been created. by means of stereolithography, wherein the component comprises at least one eyeglass frame having an inner edge , wherein an inner support structure for supporting the eyeglass frame is manufactured together with the eyeglass frame , wherein the inner support structure of the manufactured component is connected to the inner edge at least at two opposite points so that these points are supported with respect to one another, wherein the surface of the component comprises at least one connecting region , wherein the connecting region is concealed in a use position of the finished eyeglass structure, wherein an outer support structure is provided, which is manufactured together with the component , wherein a connection between the outer support structure and the component is created in the connecting region , wherein manufacturing of the inner support structure is started after the connection between the outer support structure and the component has been created.
A hearing protector comprising spectacles , - the hearing protector comprising at least one ear protector and a headband , and - the spectacles comprising two temples for fastening the spectacles to the hearing protector , - wherein the attachment of the spectacles to the hearing protector is realised by fastening the temples to the headband ; characterised in that the headband has at least one pivoting axis on which a bifurcated support bracket and the at least one ear protector are pivotably supported, and in that a temple is attached to the at least one pivoting axis . - the hearing protector comprising at least one ear protector and a headband , and - the spectacles comprising two temples for fastening the spectacles to the hearing protector , - wherein the attachment of the spectacles to the hearing protector is realised by fastening the temples to the headband ;
Arrangement for mounting an optical system on a body element of a vehicle, the optical system comprising an image capturing device that comprises a case and a device for spraying a fluid for cleaning the image capturing device , the image capturing device comprising a case holding a lens, the case comprising and protecting a sensor arranged on a printed circuit and carrying an electrical connector electrically connected to the printed circuit, the mounting arrangement comprising: - an orientable housing element for positioning and holding the case of the image capturing device in the mounting position; - an element for holding the fluid spraying device ; - a fastening element on which the housing element and the holding element are mounted so that the fluid spraying device is arranged in a functional position with respect to the image capturing device when said image-capturing device is in the mounting position, the fastening element being intended to be fastened to the body element of the vehicle. - an orientable housing element for positioning and holding the case of the image capturing device in the mounting position; - an element for holding the fluid spraying device ; - a fastening element on which the housing element and the holding element are mounted so that the fluid spraying device is arranged in a functional position with respect to the image capturing device when said image-capturing device is in the mounting position, the fastening element being intended to be fastened to the body element of the vehicle.
A surgical tool , comprising: an elongate shaft ; an end effector coupled to a distal end of the elongate shaft, wherein the end effector is movable about a first pivot joint (P2) and the end effector includes first and second jaws that are movable relative to one another about a second pivot joint (PI), wherein the first jaw includes a first channel and the second jaw includes a second channel , each channel extending along a helical path which spirals around the axis defined by the second pivot joint (PI); a first elongate flexible member seated in the first channel and configured to be selectively moved to cause movement of the first jaw about the second pivot joint (P1); and a second elongate flexible member seated in the second channel and configured to be selectively moved to cause movement of the second jaw about the second pivot joint (PI), wherein the end effector is coupled to the elongate shaft at a wrist that includes a first pulley operatively engaged with the first elongate flexible member and a second pulley operatively engaged with the second elongate flexible member. an elongate shaft ; an end effector coupled to a distal end of the elongate shaft, wherein the end effector is movable about a first pivot joint (P2) and the end effector includes first and second jaws that are movable relative to one another about a second pivot joint (PI), wherein the first jaw includes a first channel and the second jaw includes a second channel , each channel extending along a helical path which spirals around the axis defined by the second pivot joint (PI); a first elongate flexible member seated in the first channel and configured to be selectively moved to cause movement of the first jaw about the second pivot joint (P1); and a second elongate flexible member seated in the second channel and configured to be selectively moved to cause movement of the second jaw about the second pivot joint (PI), wherein the end effector is coupled to the elongate shaft at a wrist that includes a first pulley operatively engaged with the first elongate flexible member and a second pulley operatively engaged with the second elongate flexible member.
An implant for at least partially filling a bore hole in a bone comprising: (a) a biocompatible plate having an outer diameter; (b) a support structure comprising: (i) a ring-shaped inner support frame having - an outer surface defining an outer diameter of the inner support frame, and - an inner surface ; and (ii) an outer support frame comprising a plurality of fastening points adapted for attaching the implant to bone surrounding the bore hole in which the plate is inserted, said outer support frame connected to and extending away from the outer surface of the inner support frame; characterized in that said inner support frame is partially embedded within said plate such that the inner surface of the ring-shaped inner support frame is covered by the plate, with a region located radially inward of said inner surface filled by the plate, and the outer surface of the inner support frame extends about an upper periphery of the plate, outside of the plate. (a) a biocompatible plate having an outer diameter; (b) a support structure comprising: (i) a ring-shaped inner support frame having - an outer surface defining an outer diameter of the inner support frame, and - an inner surface ; and (ii) an outer support frame comprising a plurality of fastening points adapted for attaching the implant to bone surrounding the bore hole in which the plate is inserted, said outer support frame connected to and extending away from the outer surface of the inner support frame; (i) a ring-shaped inner support frame having - an outer surface defining an outer diameter of the inner support frame, and - an inner surface ; and - an outer surface defining an outer diameter of the inner support frame, and - an inner surface ; and (ii) an outer support frame comprising a plurality of fastening points adapted for attaching the implant to bone surrounding the bore hole in which the plate is inserted, said outer support frame connected to and extending away from the outer surface of the inner support frame;
Component of a hydroelectric turbine with a wedge-shaped substrate and an erosion-resistant coating covering the substrate, wherein the substrate comprises a base body and a tip section seated thereon, which forms an armouring of the component against erosion damage, and wherein the tip section terminates in a tip, and wherein the tip section consists of a metallic matrix in which particles of a very hard material are embedded, and wherein the thickness of the coating at the tip of the tip section is D 1 , and wherein the height of the tip section is H, and wherein H≥ D 1 , characterised in that the tip section is joined to the base body by one of the following build-up welding processes, so that the matrix of the tip section forms an intercrystalline bond with the base body : - Laser powder welding, wherein the powder is a mixture of the particles and the powdery material of the matrix; - manual laser welding, wherein a welding wire is used which is designed as a hollow wire, and wherein the sheath of the wire is formed from the material of the matrix, and the particles are arranged inside the sheath - Laser powder welding, wherein the powder is a mixture of the particles and the powdery material of the matrix; - manual laser welding, wherein a welding wire is used which is designed as a hollow wire, and wherein the sheath of the wire is formed from the material of the matrix, and the particles are arranged inside the sheath
A method for predicting presence of hazardous airborne materials in a region to be protected, the method comprising: receiving an indication of an actual or possible hazardous airborne material emission at at least one emission location outside of said region to be protected and spaced therefrom by an intermediate region; ascertaining said at least one emission location; ascertaining a time of initial emission of said airborne material; ascertaining an emission rate of hazardous airborne material at said at least one emission location; and based on measured wind pattern data taken at multiple mutually displaced wind measurement locations in said intermediate region, and at least said time of initial emission and said emission rate, calculating an expected concentration pattern over time of said hazardous airborne materials. receiving an indication of an actual or possible hazardous airborne material emission at at least one emission location outside of said region to be protected and spaced therefrom by an intermediate region; ascertaining said at least one emission location; ascertaining a time of initial emission of said airborne material; ascertaining an emission rate of hazardous airborne material at said at least one emission location; and based on measured wind pattern data taken at multiple mutually displaced wind measurement locations in said intermediate region, and at least said time of initial emission and said emission rate, calculating an expected concentration pattern over time of said hazardous airborne materials.
A method operating at a user device for securing streaming content decryption, the method comprising: receiving a firmware-level distribution message containing a first key identification and a first private Key Encryption Key (KEK) that is associated with the first key identification and is encrypted using a root key stored in secure storage in a secure processing zone of the user device; storing the first key identification and the first private KEK in the secure storage; receiving at the user device a manifest for requested content, the manifest providing a Content Encryption Key (CEK) that is encrypted using a first public KEK corresponding to the first private KEK; decrypting , inside the secure processing zone, the CEK using the first private KEK to create a decrypted content key; decrypting , inside the secure processing zone, requested content using the decrypted content key to form decrypted content; providing the decrypted content to a decoder in the secure processing zone; receiving a firmware-level replacement control message containing the first key identification and a second private KEK encrypted using the root key and replacing the first private KEK with the second private KEK. receiving a firmware-level distribution message containing a first key identification and a first private Key Encryption Key (KEK) that is associated with the first key identification and is encrypted using a root key stored in secure storage in a secure processing zone of the user device; storing the first key identification and the first private KEK in the secure storage; receiving at the user device a manifest for requested content, the manifest providing a Content Encryption Key (CEK) that is encrypted using a first public KEK corresponding to the first private KEK; decrypting , inside the secure processing zone, the CEK using the first private KEK to create a decrypted content key; decrypting , inside the secure processing zone, requested content using the decrypted content key to form decrypted content; providing the decrypted content to a decoder in the secure processing zone; receiving a firmware-level replacement control message containing the first key identification and a second private KEK encrypted using the root key and replacing the first private KEK with the second private KEK.
Method for manufacturing a membrane-electrode assembly for a fuel cell, the method comprising the following steps: - A first step during which a chemical catalyst element is deposited on a first face of an ion-exchanging membrane , the membrane being held on a support film, - A second step during which the membrane is unglued from the support film, - A third step during which the membrane is inserted between two reinforcing elements , and - A fourth step during which a chemical catalyst element is deposited on the part left free of the second face of the membrane, the membrane being held on its periphery by the reinforcing elements . - A first step during which a chemical catalyst element is deposited on a first face of an ion-exchanging membrane , the membrane being held on a support film, - A second step during which the membrane is unglued from the support film, - A third step during which the membrane is inserted between two reinforcing elements , and - A fourth step during which a chemical catalyst element is deposited on the part left free of the second face of the membrane, the membrane being held on its periphery by the reinforcing elements .
An absorbing metamaterial for absorbing electromagnetic waves, comprising a plurality of metamaterial units that are periodically arranged, wherein each metamaterial unit of the plurality of metamaterial units comprises: a first loop disposed on a first plane; and a second loop disposed on a second plane, wherein the first plane is perpendicular to the second plane, so that the first loop and the second loop are orthogonal; a first dielectric substrate and a second dielectric substrate that are perpendicular to each other, and the first loop and the second loop are disposed on the first dielectric substrate and the second dielectric substrate respectively, wherein each of the first loop and the second loop comprises: two metal semi-rings that are spaced from each other and whose openings are opposite to each other; and two resistors , wherein two ends of each resistor are respectively connected to two ends that are of the two metal semi-rings and that are located on a same side and opposite to each other, characterized in that one resistor in the first loop is located between two opposite metal semi-rings in the second loop , and the other resistor in the first loop is located outside the two opposite metal semi-rings in the second loop . a first loop disposed on a first plane; and a second loop disposed on a second plane, wherein the first plane is perpendicular to the second plane, so that the first loop and the second loop are orthogonal; a first dielectric substrate and a second dielectric substrate that are perpendicular to each other, and the first loop and the second loop are disposed on the first dielectric substrate and the second dielectric substrate respectively, wherein each of the first loop and the second loop comprises: two metal semi-rings that are spaced from each other and whose openings are opposite to each other; and two resistors , wherein two ends of each resistor are respectively connected to two ends that are of the two metal semi-rings and that are located on a same side and opposite to each other, characterized in that one resistor in the first loop is located between two opposite metal semi-rings in the second loop , and the other resistor in the first loop is located outside the two opposite metal semi-rings in the second loop . two metal semi-rings that are spaced from each other and whose openings are opposite to each other; and two resistors , wherein two ends of each resistor are respectively connected to two ends that are of the two metal semi-rings and that are located on a same side and opposite to each other, characterized in that one resistor in the first loop is located between two opposite metal semi-rings in the second loop , and the other resistor in the first loop is located outside the two opposite metal semi-rings in the second loop .
A method of managing a first connected device, wherein the method is performed by the first connected device, the method comprising: receiving , at a communications interface of the first connected device from a second connected device associated with a first entity, a request to update a security association record stored in a non-transitory computer readable storage medium included in the first connected device; determining , upon receiving said request to update a security association record and based on the security association record, that the first connected device is not associated with an entity; when it is determined that the first connected device is not associated with an entity, receiving , at the communications interface of the first connected device from the second connected device, a first group token associated with the first entity; updating , upon receiving said first group token, the security association record to indicate that the first connected device is associated with the first entity; receiving a message from a third connected device, the message comprising a second group token; determining that the first group token and the second group token are the same; and updating , upon determining that the first group token and the second group token are the same and in order to establish a security association between the first connected device and the third connected device, the security association record to indicate that the third connected device is associated with the first entity. receiving , at a communications interface of the first connected device from a second connected device associated with a first entity, a request to update a security association record stored in a non-transitory computer readable storage medium included in the first connected device; determining , upon receiving said request to update a security association record and based on the security association record, that the first connected device is not associated with an entity; when it is determined that the first connected device is not associated with an entity, receiving , at the communications interface of the first connected device from the second connected device, a first group token associated with the first entity; updating , upon receiving said first group token, the security association record to indicate that the first connected device is associated with the first entity; receiving a message from a third connected device, the message comprising a second group token; determining that the first group token and the second group token are the same; and updating , upon determining that the first group token and the second group token are the same and in order to establish a security association between the first connected device and the third connected device, the security association record to indicate that the third connected device is associated with the first entity.
An apparatus comprising: at least one monitoring circuit to track memory accesses to an address space; at least one monitoring table to store an identifier of the address space, wherein a bit mask is to identify nodes that have access to the address space; and at least one hardware core to execute an instruction to enable the monitoring circuit, wherein the instruction includes a base address, a memory size granularity, a memory access tracking granularity, a mode, and a size of the address space as a multiple of the memory size granularity. at least one monitoring circuit to track memory accesses to an address space; at least one monitoring table to store an identifier of the address space, wherein a bit mask is to identify nodes that have access to the address space; and at least one hardware core to execute an instruction to enable the monitoring circuit, wherein the instruction includes a base address, a memory size granularity, a memory access tracking granularity, a mode, and a size of the address space as a multiple of the memory size granularity.
A computer-implemented slide processing system for slide presentation, comprising: a separation component for separating a slide into individual slide layers , wherein the individual slide layers include a first content layer , a second content layer and a slide background layer, wherein the first content layer and the second content layer comprise transparent regions; and a transition component for: applying a first transition effect to the first content layer to transition the first content layer of the slide to a corresponding content layer of a next slide in a slide presentation, wherein the first transition effect is a fade, a wipe or a dissolve effect; and applying a second transition effect to the second content layer to transition the second content layer of the slide to a corresponding content layer of the next slide in the slide presentation, wherein the second transition effect is a fade, a wipe or a dissolve effect and different to the first transition effect. a separation component for separating a slide into individual slide layers , wherein the individual slide layers include a first content layer , a second content layer and a slide background layer, wherein the first content layer and the second content layer comprise transparent regions; and a transition component for: applying a first transition effect to the first content layer to transition the first content layer of the slide to a corresponding content layer of a next slide in a slide presentation, wherein the first transition effect is a fade, a wipe or a dissolve effect; and applying a second transition effect to the second content layer to transition the second content layer of the slide to a corresponding content layer of the next slide in the slide presentation, wherein the second transition effect is a fade, a wipe or a dissolve effect and different to the first transition effect. applying a first transition effect to the first content layer to transition the first content layer of the slide to a corresponding content layer of a next slide in a slide presentation, wherein the first transition effect is a fade, a wipe or a dissolve effect; and applying a second transition effect to the second content layer to transition the second content layer of the slide to a corresponding content layer of the next slide in the slide presentation, wherein the second transition effect is a fade, a wipe or a dissolve effect and different to the first transition effect.