mhurhangee/patent-ind-claim-en huggingface dataset:
An ultra-wide band, UWB, ranging apparatus comprising: a ranging module including one or more ranging sensors , the ranging module coupled to a secure processing system through a hardware interface to receive at least one encrypted ranging session key , the ranging module configured to: decrypt the at least one encrypted ranging session key to generate a ranging session key, generate a secure preamble for a ranging frame based on a received anti-replay counter value, generate a sparse ranging input based on the anti-replay counter value and diversification data, derive a message session key based on the ranging session key, derive a derived ranging key via a key derivation cascade applied to the message session key and the sparse ranging input, the derived ranging key configured to be used to encrypt data transmitted within the ranging frame during a ranging session; and determine a time of flight for the data transmitted during the ranging session and determine a range based on the time of flight. decrypt the at least one encrypted ranging session key to generate a ranging session key, generate a secure preamble for a ranging frame based on a received anti-replay counter value, generate a sparse ranging input based on the anti-replay counter value and diversification data, derive a message session key based on the ranging session key, derive a derived ranging key via a key derivation cascade applied to the message session key and the sparse ranging input, the derived ranging key configured to be used to encrypt data transmitted within the ranging frame during a ranging session; and determine a time of flight for the data transmitted during the ranging session and determine a range based on the time of flight.
A method of providing information for display, from a portable electronic device (100; 900), the method comprising: displaying information (206; 902) on a display of the portable electronic device; identifying a portion for redacting from the information displayed on the display of the portable electronic device; extracting the portion from the information to provide redacted information and an extracted portion; storing the redacted information in a first file; protecting and storing the extracted portion in association with a location identification in a second file; sending the first file containing the redacted information and sending the second file including extracted portions associated with the location identifiers. displaying information (206; 902) on a display of the portable electronic device; identifying a portion for redacting from the information displayed on the display of the portable electronic device; extracting the portion from the information to provide redacted information and an extracted portion; storing the redacted information in a first file; protecting and storing the extracted portion in association with a location identification in a second file; sending the first file containing the redacted information and sending the second file including extracted portions associated with the location identifiers.
A needle for viewing under ultrasound imaging via ultrasound waves emitted by an ultrasound transducer , the needle having a shaft extending along a longitudinal axis having an outer circumferential wall, a proximal end and a distal end including a sharp tip, one groove formed spirally from at least adjacent the sharp tip to a predetermined distance along the outer circumferential wall of the shaft away from the sharp tip, characterised in that : the one groove has two walls (16w1, 16w2) orthogonal to each other formed onto the outer circumferential wall of the shaft with the orthogonal walls shifted together from a neutral position of the groove to a tilt angle (α) toward the proximal end of the shaft relative to the longitudinal axis of the shaft such that, when the needle is inserted into the subject at a desired insertion angle (Δ), one of the walls (16w2) of the one groove would be positioned substantially 90° from the ultrasound waves emitted from the ultrasound transducer to reflect the ultrasound waves toward the needle in a substantially reverse direction back to the transducer .
Method of screening for a neoplasm in a sample obtained from a subject, the method comprising: 1) assaying a methylation state of a marker in a sample obtained from a subject; and 2) identifying the subject as having a neoplasm when the methylation state of the marker is different than a methylation state of the marker assayed in a subject that does not have a neoplasm, wherein a chromosomal region having an annotation of CD1D comprises the marker, wherein the marker comprises a base in a differentially methylated region (DMR) 27, and wherein the neoplasm is a pancreas neoplasm. 1) assaying a methylation state of a marker in a sample obtained from a subject; and 2) identifying the subject as having a neoplasm when the methylation state of the marker is different than a methylation state of the marker assayed in a subject that does not have a neoplasm,
A rubber-reinforcing cord for reinforcing a rubber product, the rubber-reinforcing cord comprising: at least one strand, wherein the strand comprises at least one filament bundle and a coating provided to cover at least a portion of a surface of the filament bundle, the coating comprises a rubber component and a crosslinking agent, and the crosslinking agent comprises two or more isocyanate compounds, wherein the coating is free of a resorcinol-formaldehyde condensate. the strand comprises at least one filament bundle and a coating provided to cover at least a portion of a surface of the filament bundle, the coating comprises a rubber component and a crosslinking agent, and the crosslinking agent comprises two or more isocyanate compounds, wherein the coating is free of a resorcinol-formaldehyde condensate.
Device for sanitising and drying having a chamber which receives the product which is intended to be processed and which communicates with the ambient air for pressure compensation, having a tank which is located in the lower region of the chamber and which can be filled with liquid and which can be heated by means of an electric heating element in order to evaporate the liquid, and having an electrically operated fan in order to produce a drying air flow through the chamber , characterised in that only the tank has an electric heating element and the air discharge flow of the fan is directed into the tank and the air discharge flow is subjected to heating only as a result of the heating of the tank , wherein the device is configured in such a manner that the heating element and the fan can be switched on and off exclusively at the same time, and wherein the fan is connected to an air discharge channel which has in the edge region of the tank an opening nozzle which is directed into the tank and which has an air discharge opening above the tank .
A method of fabricating a spin-orbit torque-based switching device, comprising: forming a spin torque generating layer provided with a tungsten-vanadium alloy thin film; and forming a magnetization free layer on the spin torque generating layer, wherein a magnetization direction of the magnetization free layer is perpendicular to a surface of the magnetization free layer; forming a tunnel barrier layer on the magnetization free layer, and performing heat treatment within a temperature range of 250°C to 400 °C wherein, in the forming of the alloy thin film, when the heat treatment temperature is 250°C, the tungsten-vanadium alloy thin film having a composition ratio of vanadium x of 20 at% ≤ x ≤ 90 at% is formed; when the heat treatment temperature is 300°C, the tungsten-vanadium alloy thin film having a composition ratio of vanadium x of 0 at% < x ≤ 70 at% is formed; and when the heat treatment temperature is 400°C, the tungsten-vanadium alloy thin film having a composition ratio of vanadium x of 0 at% < x ≤ 30 at% is formed; wherein x represents a real number. forming a spin torque generating layer provided with a tungsten-vanadium alloy thin film; and forming a magnetization free layer on the spin torque generating layer, wherein a magnetization direction of the magnetization free layer is perpendicular to a surface of the magnetization free layer; forming a tunnel barrier layer on the magnetization free layer, and performing heat treatment within a temperature range of 250°C to 400 °C wherein, in the forming of the alloy thin film, when the heat treatment temperature is 250°C, the tungsten-vanadium alloy thin film having a composition ratio of vanadium x of 20 at% ≤ x ≤ 90 at% is formed; when the heat treatment temperature is 300°C, the tungsten-vanadium alloy thin film having a composition ratio of vanadium x of 0 at% < x ≤ 70 at% is formed; and when the heat treatment temperature is 400°C, the tungsten-vanadium alloy thin film having a composition ratio of vanadium x of 0 at% < x ≤ 30 at% is formed; wherein x represents a real number.
A vehicle seat (S) comprising: a bottom plate ; a seating portion ; and side portions , wherein the vehicle seat (S) is configured to be shifted between a seated state and a tip-up state by a rotation mechanism , wherein the seating portion and the side portions are covered by a surface material (H), and wherein a recessed portion for the rotation mechanism is formed at the side portion facing the rotation mechanism , wherein the recessed portion is a cut portion formed by cutting out the bottom plate , characterized in that the surface material (H) is configured by a large portion (H1) that covers the seating portion , side gusset portions (H2) that cover the side portions , and a cover member (H3) that covers an outside of the recessed portion , the cut portion is covered by the side gusset portion (H2) of the surface material (H) that is attached along the cut portion, and the cover member (H3) covers the outside of the recessed portion such that, even when the side portion at which the recessed portion is formed is exposed to the outside, the recessed portion is not exposed to the outside. a bottom plate ; a seating portion ; and side portions , wherein the vehicle seat (S) is configured to be shifted between a seated state and a tip-up state by a rotation mechanism , wherein the seating portion and the side portions are covered by a surface material (H), and wherein a recessed portion for the rotation mechanism is formed at the side portion facing the rotation mechanism , wherein the recessed portion is a cut portion formed by cutting out the bottom plate , characterized in that the surface material (H) is configured by a large portion (H1) that covers the seating portion , side gusset portions (H2) that cover the side portions , and a cover member (H3) that covers an outside of the recessed portion , the cut portion is covered by the side gusset portion (H2) of the surface material (H) that is attached along the cut portion, and the cover member (H3) covers the outside of the recessed portion such that, even when the side portion at which the recessed portion is formed is exposed to the outside, the recessed portion is not exposed to the outside.
A polypeptide comprising a cell-membrane addressing peptide of not more than 50 amino acids derived from the B5R gene of a Vaccinia virus, operably linked to a heterologous antigenic polypeptide, wherein the cell-membrane addressing peptide comprises SEQ ID NO: 1 or a sequence having at least 90% identity to SEQ ID NO: 1 and wherein the antigenic polypeptide is an ORF2 of a PCV2 virus or an antigenic domain thereof.
Turbine engine turbine sealing module, in particular for aircraft, this sealing module extending about an axis and comprising a distributor fixed to a casing , the distributor having at least one blade connected to an outer platform , the outer platform comprising a spoiler for fixing to the casing , the sealing module further comprising an impeller mounted rotating inside the casing and surrounded by a sealing ring fastened to this casing , this sealing ring being sectored and comprising an annular row of ring sectors arranged such that the circumferential end edges of two adjacent sectors are facing each other, each ring sector comprising a body carrying an abradable coating configured to engage with at least one seal lip carried by the impeller and a hook which extends circumferentially by being located upstream of said abradable coating and which is configured to engage with a fastening rail of the casing , this hook having, in the cross-section, a general C-shape, of which the opening is axially oriented upstream and intended to receive said rail , each ring sector further comprises a deflector which is arranged upstream of said coating and which extends radially inwards and upstream with respect to the axis, such that the radially inward end thereof extends around a downstream end of the outer platform of the distributor , each hook has a circumferential extent identical to that of said deflector , the circumferential ends of said hook being offset in the circumferential direction of the circumferential ends of said deflector , each deflector has a circumferential extent identical to that of said body and of said coating , characterized in that the circumferential ends of said deflector are substantially aligned axially with those of said body and of said coating and in that said body comprises, at the circumferential ends thereof, slots for housing inter-sector sealing strips , and in that said deflector comprises, at the circumferential ends thereof, notches aligned axially with these slots such that the upstream axial ends of at least some of said sealing strips enter into these notches .
A method for spatially tagging nucleic acids of a biological specimen, comprising: a) providing a solid support comprising a plurality of nucleic acid probes, attached at randomly located positions on the solid support, wherein; (i) the plurality of nucleic acid probes comprise a target capture sequence and a spatial tag sequence that differs from spatial tag sequences of other nucleic acid probes in the plurality, and (ii) the spatial tag sequences at the randomly located positions were determined prior to step (b); b) contacting a biological specimen with the plurality of nucleic acid probes on the solid support; c) hybridizing one or more of the target capture sequences of the plurality of nucleic acid probes to nucleic acids from the biological specimen that are proximal to the plurality of nucleic acid probes; and d) extending the one or more target capture sequences to produce extended probes that comprise sequences from the nucleic acids and the spatial tag sequences, thereby spatially tagging the nucleic acids of the biological specimen. a) providing a solid support comprising a plurality of nucleic acid probes, attached at randomly located positions on the solid support, wherein; (i) the plurality of nucleic acid probes comprise a target capture sequence and a spatial tag sequence that differs from spatial tag sequences of other nucleic acid probes in the plurality, and (ii) the spatial tag sequences at the randomly located positions were determined prior to step (b); (i) the plurality of nucleic acid probes comprise a target capture sequence and a spatial tag sequence that differs from spatial tag sequences of other nucleic acid probes in the plurality, and (ii) the spatial tag sequences at the randomly located positions were determined prior to step (b); b) contacting a biological specimen with the plurality of nucleic acid probes on the solid support; c) hybridizing one or more of the target capture sequences of the plurality of nucleic acid probes to nucleic acids from the biological specimen that are proximal to the plurality of nucleic acid probes; and d) extending the one or more target capture sequences to produce extended probes that comprise sequences from the nucleic acids and the spatial tag sequences, thereby spatially tagging the nucleic acids of the biological specimen.
An endovascular shunt implantation system , comprising: a guide member having a distal portion configured for being deployed in an inferior petrosal sinus IPS of a patient; a delivery catheter movably coupled to the guide member , wherein a distal end of the delivery catheter comprises or is otherwise coupled to a tissue penetrating element , such that the delivery catheter and tissue penetrating element are translatable relative to the distal portion of the guide member within the IPS ; a guard member at least partially disposed over, and movable relative to, the tissue penetrating element , the guard member having an open distal end portion including an inner surface feature configured to deflect the tissue penetrating element away from the guide member when the tissue penetrating element is translated distally relative to the guard or when the guard is withdrawn proximally relative to the tissue penetrating element ; and characterized in that the endovascular shunt implantation system further comprises: a shunt delivery shuttle at least partially positioned within a lumen of, and movable relative to, the delivery catheter , the shunt delivery shuttle comprising an elongate proximal pusher coupled to a distal shuttle portion configured to collapse around an elongate shunt body to thereby transport the shunt body through the delivery catheter lumen , wherein the distal shuttle portion is adapted to self-expand to release the shunt body when the distal shuttle portion is advanced out of the delivery catheter lumen . a guide member having a distal portion configured for being deployed in an inferior petrosal sinus IPS of a patient; a delivery catheter movably coupled to the guide member , wherein a distal end of the delivery catheter comprises or is otherwise coupled to a tissue penetrating element , such that the delivery catheter and tissue penetrating element are translatable relative to the distal portion of the guide member within the IPS ; a guard member at least partially disposed over, and movable relative to, the tissue penetrating element , the guard member having an open distal end portion including an inner surface feature configured to deflect the tissue penetrating element away from the guide member when the tissue penetrating element is translated distally relative to the guard or when the guard is withdrawn proximally relative to the tissue penetrating element ; and characterized in that the endovascular shunt implantation system further comprises: a shunt delivery shuttle at least partially positioned within a lumen of, and movable relative to, the delivery catheter , the shunt delivery shuttle comprising an elongate proximal pusher coupled to a distal shuttle portion configured to collapse around an elongate shunt body to thereby transport the shunt body through the delivery catheter lumen , wherein the distal shuttle portion is adapted to self-expand to release the shunt body when the distal shuttle portion is advanced out of the delivery catheter lumen .
A method for providing a sight securing image to a vehicle , comprising: identifying a region occupied by an external vehicle among an entire region of a display of the vehicle; identifying whether to transmit a signal requesting an external image to the external vehicle, the external image being generated by a camera included in the external vehicle, based on a ratio of the identified region to the entire region; transmitting range information of the identified region and the signal requesting the external image to the external vehicle based on identifying that the ratio of the identified region to the entire region is equal to or greater than a predetermined ratio; in response to transmitting the range information and the signal, obtaining the external image from the external vehicle, wherein the obtained external image is selectively transmitted according to the range information and corresponds to the identified region obstructed by the external vehicle ; obtaining an external vehicle image comprising the external vehicle, the external vehicle image being generated by a camera included in the vehicle; obtaining, from an external device, an additional image corresponding to the identified region, the additional image being generated at a previous time from a time at which the external image is generated; generating a sight securing image by compositing at least part of the obtained external image, at least part of the additional image and at least part of the obtained external vehicle image; and providing the generated sight securing image to the display. identifying a region occupied by an external vehicle among an entire region of a display of the vehicle; identifying whether to transmit a signal requesting an external image to the external vehicle, the external image being generated by a camera included in the external vehicle, based on a ratio of the identified region to the entire region; transmitting range information of the identified region and the signal requesting the external image to the external vehicle based on identifying that the ratio of the identified region to the entire region is equal to or greater than a predetermined ratio; in response to transmitting the range information and the signal, obtaining the external image from the external vehicle, wherein the obtained external image is selectively transmitted according to the range information and corresponds to the identified region obstructed by the external vehicle ; obtaining an external vehicle image comprising the external vehicle, the external vehicle image being generated by a camera included in the vehicle; obtaining, from an external device, an additional image corresponding to the identified region, the additional image being generated at a previous time from a time at which the external image is generated; generating a sight securing image by compositing at least part of the obtained external image, at least part of the additional image and at least part of the obtained external vehicle image; and providing the generated sight securing image to the display.
Block copolymer, having the following general chemical structures, wherein [A] is a poly(2-oxazine) and wherein [B] is a poly(2-oxazoline), wherein n is in the range of 20 to 300, wherein m is in the range of 20 to 300, wherein n and m have the same or approximately the same value, wherein [A] is chosen of a group containing 2-n-propyl-2-oxazine, 2-cyclopropyl-2-oxazine and 2-butyl-2-oxazine and wherein [B] is chosen of a group containing 2-methyl-2-oxazoline and 2-ethyl-2-oxazoline.
Harvesting device for harvesting fruit hanging from a plant , comprising: - a frame displaceable in a transport direction (T); - at least one container (5; 105; 205; 305; 405; 505) displaceable relative to the frame in a direction of extension (S) substantially transversely of the transport direction (T); and - at least one catcher mounted on the at least one container (5; 105; 205; 305; 405; 505), characterized in that the at least one catcher comprises: - an elongated arm (211; 311) extending substantially in the direction of extension (S) from the container (5; 105; 205; 305; 405; 505) and having a free end; and - at least one flexible catching element attached to the arm (211; 311) between the container (5; 105; 205; 305; 405; 505) and the free end of the arm (211; 311) and extending substantially parallel to the transport direction (T) from the arm (211; 311). - a frame displaceable in a transport direction (T); - at least one container (5; 105; 205; 305; 405; 505) displaceable relative to the frame in a direction of extension (S) substantially transversely of the transport direction (T); and - at least one catcher mounted on the at least one container (5; 105; 205; 305; 405; 505), - an elongated arm (211; 311) extending substantially in the direction of extension (S) from the container (5; 105; 205; 305; 405; 505) and having a free end; and - at least one flexible catching element attached to the arm (211; 311) between the container (5; 105; 205; 305; 405; 505) and the free end of the arm (211; 311) and extending substantially parallel to the transport direction (T) from the arm (211; 311).