mhurhangee/patent-ind-claim-en huggingface dataset:
A system, comprising: a vehicle ; at least one radar system affixed to the vehicle , configured to emit a radar signal and receive at least one radar return signal; a processing circuitry within the vehicle configured to process received radar return signals to generate at least one radar return image of a reflective symbol of a landing site and to generate at least one radar return image of a windsock made of radar reflective material attached to a mount on the landing site, wherein the processing circuitry is configured to determine at least one of a guidance vector, a distance, and a closing velocity of the vehicle with respect to the landing site using the at least one radar return image of the reflective symbol, wherein the processing circuitry is configured to determine at least one of direction and strength of the wind at the landing site using the at least one radar return image of the windsock , and guide the vehicle to the landing site using at least one of the guidance vector, the distance, the closing velocity and by compensating for the wind using the determined at least one of direction and strength of the wind at the landing site . a vehicle ; at least one radar system affixed to the vehicle , configured to emit a radar signal and receive at least one radar return signal; a processing circuitry within the vehicle configured to process received radar return signals to generate at least one radar return image of a reflective symbol of a landing site and to generate at least one radar return image of a windsock made of radar reflective material attached to a mount on the landing site, wherein the processing circuitry is configured to determine at least one of a guidance vector, a distance, and a closing velocity of the vehicle with respect to the landing site using the at least one radar return image of the reflective symbol, wherein the processing circuitry is configured to determine at least one of direction and strength of the wind at the landing site using the at least one radar return image of the windsock , and guide the vehicle to the landing site using at least one of the guidance vector, the distance, the closing velocity and by compensating for the wind using the determined at least one of direction and strength of the wind at the landing site .
A therapeutically effective amount of a combination of two or more short chain fatty acids, esters or salts thereof, for use in treating an autoimmune disease or for delaying or preventing the progression of an autoimmune disease in an individual, wherein the combination of short chain fatty acids is butyric acid and acetic acid, preferably wherein the combination further includes propionic acid, and wherein the short chain fatty acids are conjugated to a carrier in the form of a starch molecule.
Inside door handle system for a door of a vehicle , wherein the door can be brought into a locking state and into an unlocking state by a locking system , comprising: an actuating element for actuating the locking system , and at least one carrier connectable to the door , on which the actuating element is arranged, and further comprising: at least one sensor element which supplies a detection signal when an object approaches its detection region , wherein a release mode is provided for the locking system , in which the locking system is in the unlocking state, in which the actuation of the actuating element successfully effects an opening function of the door , wherein a control unit can be brought into data communication with the locking system and the sensor element , wherein the control unit converts the locking system into the release mode depending on an existing detection signal and a vehicle-side release signal , characterized in that the actuating element is arranged within the detection region of the sensor element , wherein the sensor element is formed by a wire (40.1) which can be arranged as a double loop (40.2, 40.3) at least partially circumferentially on the carrier . an actuating element for actuating the locking system , and at least one carrier connectable to the door , on which the actuating element is arranged, and further comprising: at least one sensor element which supplies a detection signal when an object approaches its detection region , wherein a release mode is provided for the locking system , in which the locking system is in the unlocking state, in which the actuation of the actuating element successfully effects an opening function of the door , wherein a control unit can be brought into data communication with the locking system and the sensor element , wherein the control unit converts the locking system into the release mode depending on an existing detection signal and a vehicle-side release signal , characterized in that the actuating element is arranged within the detection region of the sensor element , wherein the sensor element is formed by a wire (40.1) which can be arranged as a double loop (40.2, 40.3) at least partially circumferentially on the carrier . at least one sensor element which supplies a detection signal when an object approaches its detection region , wherein a release mode is provided for the locking system , in which the locking system is in the unlocking state, in which the actuation of the actuating element successfully effects an opening function of the door , wherein a control unit can be brought into data communication with the locking system and the sensor element , wherein the control unit converts the locking system into the release mode depending on an existing detection signal and a vehicle-side release signal , characterized in that the actuating element is arranged within the detection region of the sensor element , wherein the sensor element is formed by a wire (40.1) which can be arranged as a double loop (40.2, 40.3) at least partially circumferentially on the carrier .
A molten fuel nuclear reactor comprising: a fuel loop including a reactor core and one or more primary heat exchangers within a containment vessel , the one or more primary heat exchangers configured to transfer heat generated by nuclear fission to a coolant; a primary coolant loop including the one or more primary heat exchangers and a power recovery system configured to circulate the coolant to transfer energy from the one or more heat exchangers to the power recovery system; characterised by an auxiliary cooling system including one or more auxiliary heat exchangers , the one or more auxiliary heat exchangers configured to transfer energy from the coolant to ambient air and vent the air to the atmosphere; wherein the auxiliary cooling system is configured to circulate coolant from within the primary coolant loop to the one or more auxiliary heat exchangers. a fuel loop including a reactor core and one or more primary heat exchangers within a containment vessel , the one or more primary heat exchangers configured to transfer heat generated by nuclear fission to a coolant; a primary coolant loop including the one or more primary heat exchangers and a power recovery system configured to circulate the coolant to transfer energy from the one or more heat exchangers to the power recovery system; characterised by an auxiliary cooling system including one or more auxiliary heat exchangers , the one or more auxiliary heat exchangers configured to transfer energy from the coolant to ambient air and vent the air to the atmosphere; wherein the auxiliary cooling system is configured to circulate coolant from within the primary coolant loop to the one or more auxiliary heat exchangers.
A syringe assembly (100; 200) comprising: an elongate syringe barrel (110; 210) defining a fluid reservoir; an adaptor (130; 230) coupled to the elongate syringe barrel; a housing (120; 220) coupled to the adaptor; a lock (154; 254) coupled to the housing; a pressure transducer ; an aperture that extends through a wall of the elongate syringe barrel such that the fluid reservoir of the elongate syringe barrel is in fluid communication with the pressure transducer; and a key (160; 260) configured to transition the syringe assembly from a locked configuration in which the lock prevents movement of the adaptor relative to the housing to an unlocked configuration in which the adaptor is free to move relative to the housing. an elongate syringe barrel (110; 210) defining a fluid reservoir; an adaptor (130; 230) coupled to the elongate syringe barrel; a housing (120; 220) coupled to the adaptor; a lock (154; 254) coupled to the housing; a pressure transducer ; an aperture that extends through a wall of the elongate syringe barrel such that the fluid reservoir of the elongate syringe barrel is in fluid communication with the pressure transducer; and a key (160; 260) configured to transition the syringe assembly from a locked configuration in which the lock prevents movement of the adaptor relative to the housing to an unlocked configuration in which the adaptor is free to move relative to the housing.
An end plate for a vehicle including an engine and a housing , the engine being fasten-able to the housing through the end plate , the end plate comprising: an upper end plate ; a lower end plate ; and a cover that covers a gap between a lower end edge of the upper end plate and an upper end edge of the lower end plate , the cover including a first stepped portion , wherein the first stepped portion is provided on an engine side of the cover , the first stepped portion includes a first flat surface and a second flat surface intersecting with the first flat surface ; and the first flat surface is inclined downward with respect to a horizontal plane as the first flat surface is directed toward the engine side. an upper end plate ; a lower end plate ; and a cover that covers a gap between a lower end edge of the upper end plate and an upper end edge of the lower end plate , the cover including a first stepped portion ,
A fastening mechanism for coupling a track rail to a substrate comprising: a rail plate formed of a metallic material and including a lower side structured to face a substrate , and an upper side including a rail support surface extending between a front edge and a back edge of the rail plate , and the rail plate further including an outer perimeter and an inner perimeter defining an opening ; a base plate formed of a metallic material, the base plate including a first lateral end and a second lateral end having a first bore and a second bore formed therein, respectively, and each structured to receive an anchor extending into the substrate , and the base plate being positioned within the opening such that the rail plate surrounds the base plate and a gap extends peripherally between the rail plate and the base plate ; and an overmolded coating formed of a non-metallic material that is resiliently deformable relative to the metallic material, and the overmolded coating encasing the rail plate and the base plate and at least partially filling the gap to resiliently couple the rail plate and the base plate together. a rail plate formed of a metallic material and including a lower side structured to face a substrate , and an upper side including a rail support surface extending between a front edge and a back edge of the rail plate , and the rail plate further including an outer perimeter and an inner perimeter defining an opening ; a base plate formed of a metallic material, the base plate including a first lateral end and a second lateral end having a first bore and a second bore formed therein, respectively, and each structured to receive an anchor extending into the substrate , and the base plate being positioned within the opening such that the rail plate surrounds the base plate and a gap extends peripherally between the rail plate and the base plate ; and an overmolded coating formed of a non-metallic material that is resiliently deformable relative to the metallic material, and the overmolded coating encasing the rail plate and the base plate and at least partially filling the gap to resiliently couple the rail plate and the base plate together.
A set of two tendon grasping devices , whereby each one of the two tendon grasping devices is made of a bio-compatible material that is suitable for surgery, comprising a series of curved elements being connected sequentially to form a hollow deformable structure, whereby in use each curved element of the series of curved elements surrounds a tendon and the structure deforms between a radially extended condition and a radially retracted condition, in which each curved element firmly surrounds the tendon and applies pressure around the tendon without penetrating the tendon, whereby the series of curved elements includes at least an end loop as well as a further loop connected to the end loop or a coil connected to the end loop , and whereby at least one of the tendon grasping devices further comprises attachment means to attach the tendon grasping device to the other tendon grasping device, said attachment means comprising at least one or more of the following: a) suture thread, b) clip, c) resilient ratchet element.
A compound represented by the following formula or a complex thereof for use in preventing and/or treating a tumor, wherein R 1 represents a hydrogen atom or a hydroxymethyl group; R 2 represents a hydrogen atom, a methyl group, or a hydroxymethyl group; R 3 , R 4 , and R 5 each independently represent a methyl group, an N 5 -(trans-5-hydroxy-3-methylpento-2-enoyl) group, an N 5 -(cis-5-hydroxy-3-methylpento-2-enoyl) group, or an N 5 -(trans-4-carboxy-3-methylpento-2-enoyl) group, wherein the compound or complex thereof exhibits antitumor activity. wherein R 1 represents a hydrogen atom or a hydroxymethyl group; R 2 represents a hydrogen atom, a methyl group, or a hydroxymethyl group; R 3 , R 4 , and R 5 each independently represent a methyl group, an N 5 -(trans-5-hydroxy-3-methylpento-2-enoyl) group, an N 5 -(cis-5-hydroxy-3-methylpento-2-enoyl) group, or an N 5 -(trans-4-carboxy-3-methylpento-2-enoyl) group, wherein the compound or complex thereof exhibits antitumor activity.
A method for supporting generation of comfort noise for at least two audio channels at a receiving node, the method being performed by a transmitting node, the method comprising: determining (S104) a spatial coherence between audio signals on the respective audio channels, wherein at least one spatial coherence value C b,m per frame m and frequency band b is determined to form a vector of spatial coherence values, wherein a vector of predicted spatial coherence values C ^ pred , b , m q is formed by a weighted combination of a first coherence prediction C ^ 1 , b , m q and a second coherence prediction Ĉ 2,b,m , wherein the first coherence prediction C ^ 1 , b , m q and the second coherence prediction Ĉ 2,b,m are combined using a weight factor α ; determining (S106) the weight factor α based on a bit-budget B m available for encoding the vector of spatial coherence values in each frame m; and signaling (S110) information about the weight factor α to the receiving node, for enabling the generation of the comfort noise for the at least two audio channels at the receiving node. determining (S104) a spatial coherence between audio signals on the respective audio channels, wherein at least one spatial coherence value C b,m per frame m and frequency band b is determined to form a vector of spatial coherence values, wherein a vector of predicted spatial coherence values C ^ pred , b , m q is formed by a weighted combination of a first coherence prediction C ^ 1 , b , m q and a second coherence prediction Ĉ 2,b,m , wherein the first coherence prediction C ^ 1 , b , m q and the second coherence prediction Ĉ 2,b,m are combined using a weight factor α ; determining (S106) the weight factor α based on a bit-budget B m available for encoding the vector of spatial coherence values in each frame m; and signaling (S110) information about the weight factor α to the receiving node, for enabling the generation of the comfort noise for the at least two audio channels at the receiving node.
Use of a detergent composition for eliminating hydrophobic residues, optionally containing pigments, from manufacturing equipment, packaging or any other material used for manufacturing or packaging cosmetic or pharmaceutical preparations, said detergent composition comprising alcohols - a non-aromatic cosurfactant chosen from amine oxides, alkyl sulfates and alkyl sulfonates, and - an organic alkaline agent chosen from amino alcohols, excluding monoethanolamine, the nonionic surfactant being a mixture of alkoxylated fatty alcohols containing ethoxylated, propoxylated and butoxylated fatty alcohols, and the non-aromatic cosurfactant content being contained in the detergent composition in a quantity of from 1% to 15% by weight with respect to the total weight of the composition. - a non-aromatic cosurfactant chosen from amine oxides, alkyl sulfates and alkyl sulfonates, and - an organic alkaline agent chosen from amino alcohols, excluding monoethanolamine,
A turbine ring assembly comprising both a plurality of ring sectors together forming a turbine ring and also a ring support structure comprising an upstream annular flange and a downstream annular flange , each ring sector having a first portion forming an annular base with an inner face defining the inside face of the turbine ring and an outer face from which there extend radially an upstream tab and a downstream tab , the upstream and downstream tabs of each ring sector being held between the upstream and downstream annular flanges of the ring support structure , each ring sector having a first horizontal sealing tongue extending along the annular base, the first horizontal sealing tongue being received in a first horizontal groove present in the annular base , an upstream vertical sealing tongue extending along the upstream tab , the upstream vertical sealing tongue being received in a vertical groove present in the upstream tab , and a first downstream vertical sealing tongue extending along the downstream tab , the first downstream vertical sealing tongue being received in a first vertical groove present in the downstream tab ; the assembly being characterized in that each ring sector further comprises a second horizontal sealing tongue extending over a portion of the annular base over the first horizontal sealing tongue in the radial direction of the ring, the second horizontal sealing tongue being received in a second horizontal groove present in the annular base ; in that a first angled sealing element is received both in the vertical groove present in the upstream tab and in the second horizontal groove , while a second angled sealing element is received both in the first horizontal groove and in the first vertical groove present in the downstream tab , the first vertical groove opening out into the first horizontal groove , or while a second angled sealing element is received both in the second horizontal groove and in the first vertical groove present in the downstream tab , the first vertical groove opening out into the second horizontal groove ; and in that the turbine ring assembly further comprises a plurality of pegs (50; 51) engaged both in at least one of the annular flanges (32; 36) of the ring support structure and in the tabs (14; 16) of the ring sectors facing said at least one annular flange (32; 36) .
A surgical access device , comprising: a cannula including a housing and an elongated portion extending distally from the housing; a seal disposed at least partially within the housing of the cannula and including an aperture for sealed reception of a surgical instrument therethrough; and a seal guard disposed at least partially within the housing of the cannula and proximally of the seal, the seal guard formed from a flat sheet of material folded into a funnel-like shape, wherein the flat sheet of material has a segmented body portion including a number N of segments (510a-510f); characterized in that said number of N segments is defined by parallel fold lines, wherein N is 5 or more, wherein the segments each include further fold lines , defining four triangles and a truncated diamond shape within the segment, the further fold lines defining the four triangles and the truncated diamond shape being contiguous. a cannula including a housing and an elongated portion extending distally from the housing; a seal disposed at least partially within the housing of the cannula and including an aperture for sealed reception of a surgical instrument therethrough; and a seal guard disposed at least partially within the housing of the cannula and proximally of the seal, the seal guard formed from a flat sheet of material folded into a funnel-like shape, wherein the flat sheet of material has a segmented body portion including a number N of segments (510a-510f); characterized in that said number of N segments is defined by parallel fold lines, wherein N is 5 or more, wherein the segments each include further fold lines , defining four triangles and a truncated diamond shape within the segment, the further fold lines defining the four triangles and the truncated diamond shape being contiguous.
A random access transmission apparatus, comprising: a controller configured to determine transmission power of a physical random access channel, PRACH, by estimating a pathloss based on a selected synchronization signal/physical broadcast channel block, SS/PBCH block, or a selected channel state information reference signal; and a transmitter configured to transmit a preamble via the PRACH at the determined transmission power, the controller is further configured to: calculate the transmission power using a first parameter; wherein, the first parameter comprises: a configuration parameter of a subcarrier spacing for the preamble transmission of a short sequence preamble, wherein the controller is further configured to calculate the transmission power according to a preamble receiving target power obtained based on a power offset and a power ramping counter, the power offset being set by the first parameter. a controller configured to determine transmission power of a physical random access channel, PRACH, by estimating a pathloss based on a selected synchronization signal/physical broadcast channel block, SS/PBCH block, or a selected channel state information reference signal; and a transmitter configured to transmit a preamble via the PRACH at the determined transmission power, the controller is further configured to: calculate the transmission power using a first parameter; wherein, the first parameter comprises: a configuration parameter of a subcarrier spacing for the preamble transmission of a short sequence preamble, wherein the controller is further configured to calculate the transmission power according to a preamble receiving target power obtained based on a power offset and a power ramping counter, the power offset being set by the first parameter.
A vibration damper comprising a visco-elastically-enhanced BNNT material, wherein the visco-elastically-enhanced BNNT material comprises a BNNT material that has been dispersed in a dispersant, separated onto a filter membrane, and formed into a desired geometry in order to increase its density; and wherein the visco-elastically-enhanced BNNT material comprises a plurality of stacked BNNT mats.