mhurhangee/patent-ind-claim-en huggingface dataset:
An anti-ballistic plate assembly configured to be worn by a person , comprising - an anti-ballistic front plate configured to protect the front of a chest of the person and having an inner face and an outer face ; and - an anti-ballistic back plate configured to protect the back of a person and having an inner face and an outer face ; and further comprising - two carrying straps configured to extend over a shoulder of the person , on respective side of the person's neck, wherein the carrying straps are attached to the front plate and the back plate , at respective attachment areas , wherein the attachment areas are located at the respective inner face ; wherein the anti-ballistic front plate and the anti-ballistic back plate each have an upper and inner edge portion , wherein the attachment area of the front plate and the back plate , respectively, is arranged a respectively first and second vertical distance (D1, D2) below the respective upper and inner edge portion , characterized in that the first vertical distance (D1) is smaller than the second vertical distance (D2). - an anti-ballistic front plate configured to protect the front of a chest of the person and having an inner face and an outer face ; and - an anti-ballistic back plate configured to protect the back of a person and having an inner face and an outer face ; and further comprising - two carrying straps configured to extend over a shoulder of the person , on respective side of the person's neck, wherein the carrying straps are attached to the front plate and the back plate , at respective attachment areas , wherein the attachment areas are located at the respective inner face ; wherein the anti-ballistic front plate and the anti-ballistic back plate each have an upper and inner edge portion , wherein the attachment area of the front plate and the back plate , respectively, is arranged a respectively first and second vertical distance (D1, D2) below the respective upper and inner edge portion , characterized in that the first vertical distance (D1) is smaller than the second vertical distance (D2).
A method comprising: generating a depth stream from a scene associated with a conveyance device; processing, by a computing device , the depth stream to obtain depth information; generating a video stream from the scene from an imager ; characterized by : projecting, by an emitter , a pattern of electromagnetic radiation in a non-visible frequency range of near or far infrared onto the scene comprising a plurality of objects , wherein the pattern comprises an array of dots, lines or shapes, and wherein the depth stream is generated, by a receiver , by detecting the emitted pattern; processing , by the computing device , the video stream to obtain color information, recognizing a gesture based on the depth information and the color information; and controlling the conveyance device based on the gesture . generating a depth stream from a scene associated with a conveyance device; processing, by a computing device , the depth stream to obtain depth information; generating a video stream from the scene from an imager ; projecting, by an emitter , a pattern of electromagnetic radiation in a non-visible frequency range of near or far infrared onto the scene comprising a plurality of objects , wherein the pattern comprises an array of dots, lines or shapes, and wherein the depth stream is generated, by a receiver , by detecting the emitted pattern; processing , by the computing device , the video stream to obtain color information, recognizing a gesture based on the depth information and the color information; and controlling the conveyance device based on the gesture .
A display apparatus comprising: a display panel ; a display chassis configured to support the display panel ; and a cover provided on a rear surface of the display chassis , the rear surface of the display chassis covering the rear side of the display panel, wherein the cover includes: a cover body covering the rear surface of the display chassis ; and a plurality of magnets disposed on the cover body and configured to generate an attractive force such that the cover body is attached to the rear surface of the display chassis , and characterized in that the cover body and the display chassis are coupled and fixed together at at least a part of their peripheries. a display panel ; a display chassis configured to support the display panel ; and a cover provided on a rear surface of the display chassis , the rear surface of the display chassis covering the rear side of the display panel, wherein the cover includes: a cover body covering the rear surface of the display chassis ; and a plurality of magnets disposed on the cover body and configured to generate an attractive force such that the cover body is attached to the rear surface of the display chassis , and characterized in that the cover body and the display chassis are coupled and fixed together at at least a part of their peripheries. a cover body covering the rear surface of the display chassis ; and a plurality of magnets disposed on the cover body and configured to generate an attractive force such that the cover body is attached to the rear surface of the display chassis , and characterized in that the cover body and the display chassis are coupled and fixed together at at least a part of their peripheries.
A method for the production of polyamide 6 with low extract content, comprising the steps of a) providing a melt of non-extracted polyamide 6; b) feeding the melt into a degasification device which is connected with a vacuum generation device; c) extraction of ε-caprolactam and oligomers from the melt in vacuum; d) feeding the extracted polyamide 6 melt from the degasification device into a further processing, wherein - the vacuum generation device comprises an upstream pre-separator which is cooled with coolant, - between the degasification device and the pre-separator a direct condenser is arranged, and - the direct condenser is operated with liquid ε-caprolactam which is circulated, wherein for maintaining a constant circulation amount continuously an amount of e-caprolactam which corresponds to the condensed extract amount is removed, characterized in that in the degasification device one or more entraining agents are mixed into the melt whereof one is ε-caprolactam. a) providing a melt of non-extracted polyamide 6; b) feeding the melt into a degasification device which is connected with a vacuum generation device; c) extraction of ε-caprolactam and oligomers from the melt in vacuum; d) feeding the extracted polyamide 6 melt from the degasification device into a further processing, - the vacuum generation device comprises an upstream pre-separator which is cooled with coolant, - between the degasification device and the pre-separator a direct condenser is arranged, and - the direct condenser is operated with liquid ε-caprolactam which is circulated, wherein for maintaining a constant circulation amount continuously an amount of e-caprolactam which corresponds to the condensed extract amount is removed,
A method comprising: receiving, by a medical treatment machine , a digital prescription file that is encrypted using a public key of the medical treatment machine, wherein the digital prescription file is digitally signed by an issuer of the digital prescription file using an issuer private key of the issuer ; receiving, by the medical treatment machine, a certificate of the issuer , wherein the certificate includes a public key of the issuer and is digitally signed by a trusted authority service using a private key of the trusted authority service ; decrypting the digital prescription file using a private key of the medical treatment machine that corresponds to the public key of the medical treatment machine, wherein the private key of the medical treatment machine is accessible by the medical treatment machine; identifying the issuer of the digital prescription file using the decrypted digital prescription file ; determining that the issuer of the digital prescription file is an authorized issuer by verifying, using a public key of the trusted authority service , that the certificate of the issuer was digitally signed using the private key of the trusted authority service ; and verifying a digital signature on the digital prescription file using the issuer public key of the authorized issuer to confirm that the issuer is authorized to issue prescriptions. receiving, by a medical treatment machine , a digital prescription file that is encrypted using a public key of the medical treatment machine, wherein the digital prescription file is digitally signed by an issuer of the digital prescription file using an issuer private key of the issuer ; receiving, by the medical treatment machine, a certificate of the issuer , wherein the certificate includes a public key of the issuer and is digitally signed by a trusted authority service using a private key of the trusted authority service ; decrypting the digital prescription file using a private key of the medical treatment machine that corresponds to the public key of the medical treatment machine, wherein the private key of the medical treatment machine is accessible by the medical treatment machine; identifying the issuer of the digital prescription file using the decrypted digital prescription file ; determining that the issuer of the digital prescription file is an authorized issuer by verifying, using a public key of the trusted authority service , that the certificate of the issuer was digitally signed using the private key of the trusted authority service ; and verifying a digital signature on the digital prescription file using the issuer public key of the authorized issuer to confirm that the issuer is authorized to issue prescriptions.
A signal processing method, applied to a terminal device, the method comprising: receiving a first indication message from a base station, wherein the first indication message is to trigger the terminal device to transmit feedback information on pilot signals ; receiving N downlink pilot signals transmitted by the base station, and measuring the N downlink pilot signals respectively, where N is an integer greater than or equal to 2, and the transmission manner of the N downlink pilot signals is semi-persistent transmission or aperiodic transmission ; the method characterized by acquiring a precoding manner of the downlink pilot signals ; and determining a feedback manner of the feedback information on the N downlink pilot signals according to the precoding manner of the downlink pilot signals, and performing feedback, wherein the feedback manner comprises not feeding back or one-time feeding back of the feedback information on the N downlink pilot signals . receiving a first indication message from a base station, wherein the first indication message is to trigger the terminal device to transmit feedback information on pilot signals ; receiving N downlink pilot signals transmitted by the base station, and measuring the N downlink pilot signals respectively, where N is an integer greater than or equal to 2, and the transmission manner of the N downlink pilot signals is semi-persistent transmission or aperiodic transmission ; the method characterized by acquiring a precoding manner of the downlink pilot signals ; and determining a feedback manner of the feedback information on the N downlink pilot signals according to the precoding manner of the downlink pilot signals, and performing feedback, wherein the feedback manner comprises not feeding back or one-time feeding back of the feedback information on the N downlink pilot signals .
Transparent effect pigment comprising a non-metallic platelet-shaped substrate and a coating applied to the substrate, the coating having a) optionally a layer 1 comprising and/or consisting of tin oxide, tin hydroxide and/or tin oxide hydrate, b) a layer 2 comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, c) a layer 3 comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, and at least one of layers 2 or 3 contains at least two different metal ions and layers 2 and 3 are interrupted by a spacer layer, the spacer layer having a mean height h a within a range of 5 nm to 120 nm. a) optionally a layer 1 comprising and/or consisting of tin oxide, tin hydroxide and/or tin oxide hydrate, b) a layer 2 comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, c) a layer 3 comprising at least one metal oxide, metal hydroxide and/or metal oxide hydrate, and at least one of layers 2 or 3 contains at least two different metal ions and layers 2 and 3 are interrupted by a spacer layer, the spacer layer having a mean height h a within a range of 5 nm to 120 nm.
A shoe care apparatus comprising: a case having a first surface having a first length (L1) extending along a first direction (X) and a second surface having a second length (L2) extending along a second direction (Y) perpendicular to the first direction (X), the second length (L2) being shorter than the first length (L1); a shoe care compartment provided inside the case ; a supply port formed on a side wall of the case to supply heated air to the shoe care compartment ; a shoe support device provided to receive the heated air from the supply port and formed to be attachable to and detachable from an inner surface of the side wall of the case ; a side duct disposed outside of the side wall of the case along the first direction (X) and connectable to the supply port so as to supply the heated air to the shoe care compartment , wherein the shoe support device is configured to allow shoes to be hanged and comprises a support frame formed to protrude along the first direction (X) from a side surface of the shoe care compartment while the support frame is mounted on the shoe care compartment ; and characterized in that a mounting rail is formed on the side wall of the case along the first direction (X) so that the shoe support device is enabled to be fixed to the shoe care compartment , and wherein the shoe support device comprises a fastening groove for detachably coupling the shoe support device to the mounting rail . a case having a first surface having a first length (L1) extending along a first direction (X) and a second surface having a second length (L2) extending along a second direction (Y) perpendicular to the first direction (X), the second length (L2) being shorter than the first length (L1); a shoe care compartment provided inside the case ; a supply port formed on a side wall of the case to supply heated air to the shoe care compartment ; a shoe support device provided to receive the heated air from the supply port and formed to be attachable to and detachable from an inner surface of the side wall of the case ; a side duct disposed outside of the side wall of the case along the first direction (X) and connectable to the supply port so as to supply the heated air to the shoe care compartment , wherein the shoe support device is configured to allow shoes to be hanged and comprises a support frame formed to protrude along the first direction (X) from a side surface of the shoe care compartment while the support frame is mounted on the shoe care compartment ; and characterized in that a mounting rail is formed on the side wall of the case along the first direction (X) so that the shoe support device is enabled to be fixed to the shoe care compartment , and wherein the shoe support device comprises a fastening groove for detachably coupling the shoe support device to the mounting rail .
A gas cooktop , comprising: a cooktop body , wherein the cooktop body is provided with a burner head , and fire generated by the burner head is used for heating cookware placed on the burner head ; and a control system , wherein the control system comprises a fire detection apparatus and a control apparatus , and the control apparatus receives a signal of the fire detection apparatus to control the fire of the burner head , characterized in that the fire detection apparatus is installed over the burner head and is aligned with the burner head , and the control apparatus determines, depending on whether the fire detection apparatus detects the fire of the burner head , whether cookware is placed on the burner head , wherein the fire detection apparatus is configured to be installed on a cooker hood, a cupboard, or a ceiling. a cooktop body , wherein the cooktop body is provided with a burner head , and fire generated by the burner head is used for heating cookware placed on the burner head ; and a control system , wherein the control system comprises a fire detection apparatus and a control apparatus , and the control apparatus receives a signal of the fire detection apparatus to control the fire of the burner head , characterized in that the fire detection apparatus is installed over the burner head and is aligned with the burner head , and the control apparatus determines, depending on whether the fire detection apparatus detects the fire of the burner head , whether cookware is placed on the burner head , wherein the fire detection apparatus is configured to be installed on a cooker hood, a cupboard, or a ceiling.
A printing device for adapting a printing parameter in relation to the height of a layer of material deposited during an additive manufacturing process, the printing device comprising: a printing component to deposit a layer of material that is to be solidified so as to form at least a portion of an object; a controller to determine the height of the layer of material at various positions across the layer and to select voxels of a data model of the object, the selected voxels correspond to the height of the layer of material at said various positions, and the controller is further to use the selected voxels as input for calculating a printing parameter for the layer of material that is to be solidified. a printing component to deposit a layer of material that is to be solidified so as to form at least a portion of an object; a controller to determine the height of the layer of material at various positions across the layer and to select voxels of a data model of the object, the selected voxels correspond to the height of the layer of material at said various positions, and the controller is further to use the selected voxels as input for calculating a printing parameter for the layer of material that is to be solidified.
Reinforcement element for increasing the strength of self-solidifying pasty materials which is made of bendable filaments , the element comprises a central portion that lies substantially in a plane and at least three arms that extend out from the central portion in different spatial directions, each of the arms is constituted by a respective loop made by the bending of the filament of which the associated arm is made and said loop having an outer end interconnecting two spaced branches formed by said bent filament of the associated loop , characterized in that in each loop the branches are substantially parallel to each other so that the distance is between about the twice and twenty fifth times of the size of the filament , and the arms extend out from the central portion in the space in an even distribution so that there is no preferred direction for the arms to which more arms would extend than in any other direction and in any half space separated by any plane lead through the central portion at least one of the arms is arranged.
A modular wind turbine blade comprising a first blade module having a first spar cap extending longitudinally in a spanwise direction and a second blade module having a second spar cap extending longitudinally in the spanwise direction, the blade modules being configured for connection end-to-end via their respective spar caps, the first spar cap comprising first and second beams arranged side-by-side, each beam having a tapered end defining a scarfed surface , the second spar cap comprising first and second beams arranged side-by-side, each beam having a tapered end defining a scarfed surface , characterised in that : the first spar cap has the tapered end of the first beam extending beyond the tapered end of the second beam; the second spar cap has the tapered end of the second beam extending beyond the tapered end of the first beam; wherein the blade modules are configured such that when the modules are connected together the scarfed surfaces of the respective first beams mate to form a first scarf joint and the scarfed surfaces of the respective second beams mate to form a second scarf joint , the first scarf joint being offset from the second scarf joint in the spanwise direction. the first spar cap comprising first and second beams arranged side-by-side, each beam having a tapered end defining a scarfed surface , the second spar cap comprising first and second beams arranged side-by-side, each beam having a tapered end defining a scarfed surface , characterised in that : the first spar cap has the tapered end of the first beam extending beyond the tapered end of the second beam; the second spar cap has the tapered end of the second beam extending beyond the tapered end of the first beam; wherein the blade modules are configured such that when the modules are connected together the scarfed surfaces of the respective first beams mate to form a first scarf joint and the scarfed surfaces of the respective second beams mate to form a second scarf joint , the first scarf joint being offset from the second scarf joint in the spanwise direction. the first spar cap has the tapered end of the first beam extending beyond the tapered end of the second beam; the second spar cap has the tapered end of the second beam extending beyond the tapered end of the first beam; wherein the blade modules are configured such that when the modules are connected together the scarfed surfaces of the respective first beams mate to form a first scarf joint and the scarfed surfaces of the respective second beams mate to form a second scarf joint , the first scarf joint being offset from the second scarf joint in the spanwise direction.
A pharmaceutical composition comprising a properly folded, oligomeric recombinant fragment of an RSV G protein that displays conformational epitopes relevant for neutralization of respiratory syncytial virus (RSV), wherein the fragment is the ectodomain of the RSV G protein and wherein the polypeptide is obtainable by expression in E. coli and refolding in vitro under controlled redox conditions.