mhurhangee/patent-ind-claim-en huggingface dataset:
A bumper assembly for a vehicle, in particular for a motor vehicle, comprising a bumper beam which extends essentially along the transverse axis of the vehicle, a shock-absorption casing arranged at the rear of the bumper beam , which extends principally along the longitudinal axis of the vehicle and a towing nut arranged long the bumper beam , which extends principally along the longitudinal axis of the vehicle and which comprises a lateral excrescence which forms a front support surface of the towing nut against the bumper beam , the towing nut passes through the bumper beam and is positioned offset laterally with respect to the absorption casing , the distance between the towing nut and the shock-absorption casing being less than 15mm, preferably said distance being comprised between 5mm and 10mm, characterized in that the towing nut has a cylindrical revolution shape, with a first part which passes through the bumper beam , and a second part , of larger exterior diameter, which is positioned projecting from the rear part of the bumper beam , the passage between the first part and the second part of the towing nut forms a shoulder , said shoulder forming the front support surface of the towing nut against the bumper beam .
A robot control method, comprising: determining, by a robot , a position when the robot is released from being hijacked based on relocalization operation ; determining, by the robot , a task execution area according to environmental information around the position when the robot is released from being hijacked ; and executing, by the robot , a task within the task execution area , characterized in that prior to the determining, by the robot , the task execution area according to the environmental information around the position when the robot is released from being hijacked, the robot control method further comprises: determining that the robot needs to execute the task at the position when the robot is released from being hijacked according to a difference between the position when the robot is released from being hijacked and a position when the robot is hijacked. determining, by a robot , a position when the robot is released from being hijacked based on relocalization operation ; determining, by the robot , a task execution area according to environmental information around the position when the robot is released from being hijacked ; and executing, by the robot , a task within the task execution area , characterized in that prior to the determining, by the robot , the task execution area according to the environmental information around the position when the robot is released from being hijacked, the robot control method further comprises: determining that the robot needs to execute the task at the position when the robot is released from being hijacked according to a difference between the position when the robot is released from being hijacked and a position when the robot is hijacked.
A computer-implemented method for efficiently processing sets of shapes, the method comprising: receiving, by one or more processors , a description of a set of shapes, the description including an indication of geometry for each of the shapes and an indication of positioning of the shapes relative to each other; generating, by the one or more processors , a connected graph containing each shape in the set of shapes, the generating comprising determining a shortest path that traverses each shape in the set of shapes exactly once; for each pair of shapes adjacent to each other in the connected graph, generating a respective convex hull enclosing the pair of shapes, by the one or more processors ; generating, by the one or more processors , a representative shape for the set of shapes, the representative shape enclosing each of the generated convex hulls. receiving, by one or more processors , a description of a set of shapes, the description including an indication of geometry for each of the shapes and an indication of positioning of the shapes relative to each other; generating, by the one or more processors , a connected graph containing each shape in the set of shapes, the generating comprising determining a shortest path that traverses each shape in the set of shapes exactly once; for each pair of shapes adjacent to each other in the connected graph, generating a respective convex hull enclosing the pair of shapes, by the one or more processors ; generating, by the one or more processors , a representative shape for the set of shapes, the representative shape enclosing each of the generated convex hulls.
A method for testing a lightning protection system in a wind turbine rotor blade , further comprising the steps: contacting the lightning protection system in the region of a rotor blade root , positioning a measuring line having an electrically conductive tip in the interior of the rotor blade until the conductive tip is in contact with an element of the lightning protection system and feeding a signal via the measuring line and measuring the signal arriving at the lightning protection system in the region of the rotor blade root in order to check the mode of operation of the lightning protection system in the region of the rotor blade and removing the measuring line after the end of the functional testing of the lightning protection system. contacting the lightning protection system in the region of a rotor blade root , positioning a measuring line having an electrically conductive tip in the interior of the rotor blade until the conductive tip is in contact with an element of the lightning protection system and feeding a signal via the measuring line and measuring the signal arriving at the lightning protection system in the region of the rotor blade root in order to check the mode of operation of the lightning protection system in the region of the rotor blade and removing the measuring line after the end of the functional testing of the lightning protection system.
A core sampling apparatus comprising: an inner tube configured to collect a core sample by means of a core catcher attached to one end of the core sampling apparatus ; characterized by : an outer tube co-axially disposed on the outside of the inner tube , wherein the inner tube comprises a plurality of impregnation windows configured to allow resin to flow into the core sample , each window comprising a window opening and a window cover configured to cover the window opening , wherein the window cover opens outwardly from the inner tube . an inner tube configured to collect a core sample by means of a core catcher attached to one end of the core sampling apparatus ; characterized by : an outer tube co-axially disposed on the outside of the inner tube , wherein the inner tube comprises a plurality of impregnation windows configured to allow resin to flow into the core sample , each window comprising a window opening and a window cover configured to cover the window opening , wherein the window cover opens outwardly from the inner tube . an outer tube co-axially disposed on the outside of the inner tube , wherein the inner tube comprises a plurality of impregnation windows configured to allow resin to flow into the core sample , each window comprising a window opening and a window cover configured to cover the window opening , wherein the window cover opens outwardly from the inner tube .
A control system for an ego-vehicle traveling in a first direction in a first lane on a road segment , wherein the vehicle has a driver support function for autonomously manoeuvring the vehicle, the control system comprising control circuitry configured to: obtain sensor data comprising information about a surrounding environment of the vehicle; determine a relative velocity, with respect to the ego-vehicle, of at least one external vehicle (2a-2c; 2d-2f) traveling in a second lane adjacent to the first lane based on the obtained sensor data; compare the determined relative velocity to a maximum velocity threshold; and generate a control signal in order to control an availability of the driver support function for the road segment based on the comparison in order to make the driver support function available for an occupant of the vehicle if: at least one external vehicle of the external vehicle(s) has been confirmed to have a relative velocity below the maximum velocity threshold during a first time period; and no external vehicle of the external vehicle(s) has been confirmed to have a relative velocity above the maximum velocity threshold during a second time period. obtain sensor data comprising information about a surrounding environment of the vehicle; determine a relative velocity, with respect to the ego-vehicle, of at least one external vehicle (2a-2c; 2d-2f) traveling in a second lane adjacent to the first lane based on the obtained sensor data; compare the determined relative velocity to a maximum velocity threshold; and generate a control signal in order to control an availability of the driver support function for the road segment based on the comparison in order to make the driver support function available for an occupant of the vehicle if: at least one external vehicle of the external vehicle(s) has been confirmed to have a relative velocity below the maximum velocity threshold during a first time period; and no external vehicle of the external vehicle(s) has been confirmed to have a relative velocity above the maximum velocity threshold during a second time period. at least one external vehicle of the external vehicle(s) has been confirmed to have a relative velocity below the maximum velocity threshold during a first time period; and no external vehicle of the external vehicle(s) has been confirmed to have a relative velocity above the maximum velocity threshold during a second time period.
Air-levitated vehicle, comprising a cabin and an air suction and distribution turbine for, in use, levitating and orientating the vehicle above a ground (S), characterized in that it further comprises, a so-called "levitation" base , arranged underneath the vehicle in the position of use, the levitation base being made up of a peripheral frame of determined thickness (e) and of a central opening opening above the ground (S), and comprising a support means for a so-called "levitation" wing mounted with the ability to pivot on an axle that is horizontal and transverse with respect to the position of use of the vehicle and above the central opening of the levitation base.
A building panel having an edge portion presenting a sidewardly open groove , in which a tongue formed as a separate part is received, wherein the tongue is of an elongated shape and made of moulded plastic and comprises at least two bow shaped protrusions at a first long edge (L1) of the tongue, wherein the protrusions are arranged bendable in the groove in a plane parallel to the front face of the panel and extending essentially in the plane, wherein the first long edge of the tongue comprising a recess at each protrusion , wherein the size of the recess is adapted to the size of the protrusion , such that the protrusion is displaceable into the recess , wherein the tongue has a second long edge (L2), which extends outside the groove , characterised in that the second long edge (L2) is straight over substantially the whole length of the tongue .
A hinge for a closing door of a compartment, comprising a first and a second body , respectively integral to said door and to the frame of said compartment, or vice versa, and mutually hinged by at least one pin , first elastic means mounted on said second body and acting upon said first body , and at least one dampening device fixed to said second body , acting upon said first body and actuated by at least a first slider , functionally connected to the dampener , and by at least a second slider , configured for engaging, directly or indirectly, said first body in correspondence of at least a certain angular range assumed by said first body with respect to said second body during their relative rotation, whereby said second slider is actuated in translation by said first body when engaged therewith, as well as constraining means between said first slider and said second slider, characterized in that said constraining means comprise at least a lever pivoted to said second body , wherein said at least one lever is pivoted to said second body in correspondence to one of its ends, - said first slider being constrained to said at least one lever by a pin , at least rotatingly in correspondence to the end of said at least one lever not pivoted to said second body , - said second slider being constrained to said at least one lever by a further pin , at least rotatingly in an intermediate position of said at least one lever , - wherein said pin or said further pin s rotatingly and slidingly constrained within a respective slot obtained on the lever extending substantially along the axis of the latter. - said first slider being constrained to said at least one lever by a pin , at least rotatingly in correspondence to the end of said at least one lever not pivoted to said second body , - said second slider being constrained to said at least one lever by a further pin , at least rotatingly in an intermediate position of said at least one lever , - wherein said pin or said further pin s rotatingly and slidingly constrained within a respective slot obtained on the lever extending substantially along the axis of the latter.
A sole structure for an article of footwear having an upper , the sole structure comprising: a heel region ; a forefoot region including a toe portion; a mid-foot region disposed between the heel region and the forefoot region ; and a first chamber extending from the mid-foot region through the forefoot region and including a plurality of ribs (218a-218c) extending from a medial side of the sole structure to a lateral side of the sole structure , each of the ribs (218a-218c) including (i) a medial reservoir (224a-224c) defining a prolate hemispheroid shape having a major axis (30ai-30ci) extending along the medial side of the sole structure , (ii) a lateral reservoir (220a-220c) defining a prolate hemispheroid shape having a major axis (30a 3 -30c 3 ) extending along the lateral side of the sole structure , and (iii) a central reservoir (222a-222c) disposed between the medial reservoir (224a-224c) and the lateral reservoir (220a-220c) and defining a prolate hemispheroid shape having a major axis (30a 2 -30c 2 ) extending transverse to a longitudinal axis of the sole structure . a heel region ; a forefoot region including a toe portion; a mid-foot region disposed between the heel region and the forefoot region ; and a first chamber extending from the mid-foot region through the forefoot region and including a plurality of ribs (218a-218c) extending from a medial side of the sole structure to a lateral side of the sole structure , each of the ribs (218a-218c) including (i) a medial reservoir (224a-224c) defining a prolate hemispheroid shape having a major axis (30ai-30ci) extending along the medial side of the sole structure , (ii) a lateral reservoir (220a-220c) defining a prolate hemispheroid shape having a major axis (30a 3 -30c 3 ) extending along the lateral side of the sole structure , and (iii) a central reservoir (222a-222c) disposed between the medial reservoir (224a-224c) and the lateral reservoir (220a-220c) and defining a prolate hemispheroid shape having a major axis (30a 2 -30c 2 ) extending transverse to a longitudinal axis of the sole structure .
An apparatus, comprising: one or more client devices; an email server; a logic circuit; and a transport component executing on the logic circuit to: receive, at the email server, a request from a client device of a non-registered entity to perform a function on an encrypted message, wherein the function is to forward or to reply to the encrypted message that is originally from a registered entity; identify information associated with the registered entity embedded in the request; authenticate that the embedded information of the registered entity embedded in the request is contained in an authentication information store; perform a scanning procedure on the forwarded or replied-to message from the non-registered entity; and execute the function based on the request if the embedded information is authenticated by encrypting the forwarded or replied-to message at a metadata level to include information associated with the registered entity and transporting the forwarded or replied-to message to a recipient. one or more client devices; an email server; a logic circuit; and a transport component executing on the logic circuit to: receive, at the email server, a request from a client device of a non-registered entity to perform a function on an encrypted message, wherein the function is to forward or to reply to the encrypted message that is originally from a registered entity; identify information associated with the registered entity embedded in the request; authenticate that the embedded information of the registered entity embedded in the request is contained in an authentication information store; perform a scanning procedure on the forwarded or replied-to message from the non-registered entity; and execute the function based on the request if the embedded information is authenticated by encrypting the forwarded or replied-to message at a metadata level to include information associated with the registered entity and transporting the forwarded or replied-to message to a recipient. receive, at the email server, a request from a client device of a non-registered entity to perform a function on an encrypted message, wherein the function is to forward or to reply to the encrypted message that is originally from a registered entity; identify information associated with the registered entity embedded in the request; authenticate that the embedded information of the registered entity embedded in the request is contained in an authentication information store; perform a scanning procedure on the forwarded or replied-to message from the non-registered entity; and execute the function based on the request if the embedded information is authenticated by encrypting the forwarded or replied-to message at a metadata level to include information associated with the registered entity and transporting the forwarded or replied-to message to a recipient.
A measurement method for measuring an amount of a substance to be measured in a specimen containing blood using a measurement chip including an accommodating unit for accommodating liquid, the method comprising: a step of dividing the specimen into a first specimen and a second specimen; a step of hemolyzing the blood in the second specimen; a step of introducing the first specimen containing the substance to be measured into the accommodating unit ; a step of acquiring a measurement value indicating the amount of the substance to be measured in the first specimen in a state in which the blood is not hemolyzed; a step of introducing the second specimen into the accommodating unit; a step of shining first light (δ 1 ) including light of a wavelength absorbed by red blood cells onto the second specimen in a state in which the blood is hemolyzed; a step of detecting second light (δ 2 ) acquired when first light (δ 1 ) passes through the second specimen in the accommodating unit in a state in which the second specimen is in a state in which the blood is hemolyzed ; a step of determining a hematocrit value of the specimen on the basis of a detection result of the second light (δ 2 ); and a step of correcting the measurement value on the basis of the hematocrit value. a step of dividing the specimen into a first specimen and a second specimen; a step of hemolyzing the blood in the second specimen; a step of introducing the first specimen containing the substance to be measured into the accommodating unit ; a step of acquiring a measurement value indicating the amount of the substance to be measured in the first specimen in a state in which the blood is not hemolyzed; a step of introducing the second specimen into the accommodating unit; a step of shining first light (δ 1 ) including light of a wavelength absorbed by red blood cells onto the second specimen in a state in which the blood is hemolyzed; a step of detecting second light (δ 2 ) acquired when first light (δ 1 ) passes through the second specimen in the accommodating unit in a state in which the second specimen is in a state in which the blood is hemolyzed ; a step of determining a hematocrit value of the specimen on the basis of a detection result of the second light (δ 2 ); and a step of correcting the measurement value on the basis of the hematocrit value.
A granule loading method of loading granules into reaction tubes of a vertical multitube reactor installed in a vertical direction by dropping the granules from above each of the reaction tubes without using a funnel, the method loading the granule in a state that a linear member is inserted and suspended in the reaction tube, wherein the reaction tube has an effective length of 1000 mm or more, the linear member inserted in the reaction tube includes a small-diameter portion positioned on an upper side and a large-diameter portion continuously extending from the small-diameter portion, the small-diameter portion has an outer diameter (Ra) of 0.2 mm to 5.0 mm, the large-diameter portion has an outer diameter (Rb) that is larger than the outer diameter (Ra) of the small-diameter portion and that is 5.0 mm to 15.0 mm, and a length (L A ) of the small-diameter portion from an upper end of the reaction tube is 10.0 mm or more, a distance (L x ) between an upper surface of a granule loaded layer formed inside the reaction tube and a lower end of the linear member inserted in the reaction tube is 100 mm or more, and the linear member is in the form of a thread, a string, a chain, or a spiral. wherein the reaction tube has an effective length of 1000 mm or more, the linear member inserted in the reaction tube includes a small-diameter portion positioned on an upper side and a large-diameter portion continuously extending from the small-diameter portion, the small-diameter portion has an outer diameter (Ra) of 0.2 mm to 5.0 mm, the large-diameter portion has an outer diameter (Rb) that is larger than the outer diameter (Ra) of the small-diameter portion and that is 5.0 mm to 15.0 mm, and a length (L A ) of the small-diameter portion from an upper end of the reaction tube is 10.0 mm or more, a distance (L x ) between an upper surface of a granule loaded layer formed inside the reaction tube and a lower end of the linear member inserted in the reaction tube is 100 mm or more, and the linear member is in the form of a thread, a string, a chain, or a spiral.
Spray gun having a single-part main body , a trigger , a paint needle activation element which is coupled to the trigger , a paint needle which is coupled to the paint needle activation element , and a replaceable spraying agent directing installation of which the inlet region is connected, or able to be connected, to a material supply device for the material to be sprayed, wherein the main body has at least one spraying agent inlet region and a recess for receiving the replaceable spraying agent directing installation , characterized in that the recess is disposed on the upper side of the main body in the region of the spraying agent inlet of the main body , in that the main body is designed in such a manner that the replaceable spraying agent directing installation in the spray gun is able to be disposed via the spraying agent inlet region of the main body , in that no parts of the main body have to be moved for inserting or removing the replaceable spraying agent directing installation , and in that the paint needle activation element is disposed so as to be coaxial with the paint needle .