mhurhangee/patent-ind-claim-en huggingface dataset:
An aerodynamically shaped body for use in a hot fluid flow, the body extending along a camber line from a leading edge to a trailing edge , the body comprising at least one coolant supply plenum provided inside the body, wherein the coolant supply plenum is delimited by a body wall, wherein the body wall extends from a first side of the camber line to a second side of the camber line and extends over the leading edge , thereby providing a leading edge wall section, the wall further comprising an inner surface facing the coolant supply plenum and an outer surface, wherein at least one first leading edge cooling duct extends from the inner surface to the outer surface and is in fluid communication with the coolant supply plenum through an inlet opening and opens out onto the outer surface through a discharge opening , the inlet opening is provided on a first side of the camber line , the discharge opening is provided on a second side of the camber line , and the leading edge cooling duct is provided inside the wall and extending inside the wall from the first side of the camber line to the second side of the camber line and thereby crossing the camber line in a leading edge region; and a multitude of first and second leading edge cooling ducts are arranged alternatingly along a span extent of the body; the aerodynamically shaped body being characterized in that an inner surface of the leading edge wall section is undulating along a span extent of the body , wherein the location of an embossment corresponds to the location of a leading edge cooling duct .
A device for treating nasal tissue from within a nasal cavity, the device comprising: a handle ; a shaft extending from the handle ; and an expandable treatment element at a distal end of the shaft, the expandable treatment element comprising: multiple shape memory material segments; multiple pairs of bipolar electrodes disposed on the multiple shape memory material segments; and wherein the treatment element is configured to transmit radiofrequency energy from the multiple pairs of bipolar electrodes , such that the radiofrequency energy passes through the nasal tissue at a selected tissue depth, and wherein the multiple shape memory material segments are configured to expand to a size and a shape for contacting at least some of the multiple pairs of bipolar electrodes with the nasal tissue. a handle ; a shaft extending from the handle ; and an expandable treatment element at a distal end of the shaft, the expandable treatment element comprising: multiple shape memory material segments; multiple pairs of bipolar electrodes disposed on the multiple shape memory material segments; and multiple shape memory material segments; multiple pairs of bipolar electrodes disposed on the multiple shape memory material segments; and wherein the treatment element is configured to transmit radiofrequency energy from the multiple pairs of bipolar electrodes , such that the radiofrequency energy passes through the nasal tissue at a selected tissue depth, and wherein the multiple shape memory material segments are configured to expand to a size and a shape for contacting at least some of the multiple pairs of bipolar electrodes with the nasal tissue.
An apparatus for forming plastic preforms into plastic containers , having a supply device for supplying the plastic preforms to the apparatus , at least one first preform store , wherein a plurality of plastic preforms being arranged unsorted in the preform store , and having an alignment device for bringing the plastic preforms into a predetermined position before supplying them to the apparatus , characterized in that the apparatus has at least one second preform store , wherein a plurality of plastic preforms of precisely one production batch can be accommodated in each the first preform store and the second preform store , so that a mixing of preforms of different production batches is prevented, and wherein sensors are provided which monitor the radiation absorption behaviour of the individual preform batches and send this information to the heating device which adjusts the heating power, if necessary, or completely blocks the supply of the new batch if the deviation is too great, in order to force an operator intervention. the apparatus has at least one second preform store , wherein a plurality of plastic preforms of precisely one production batch can be accommodated in each the first preform store and the second preform store , so that a mixing of preforms of different production batches is prevented, and wherein sensors are provided which monitor the radiation absorption behaviour of the individual preform batches and send this information to the heating device which adjusts the heating power, if necessary, or completely blocks the supply of the new batch if the deviation is too great, in order to force an operator intervention.
A column apparatus comprising: a bottom portion and a middle portion each including a center pillar , a plurality of corner pillars , and a plurality of middle pillars ; a base , to which the center pillar, the plurality of corner pillars, and the plurality of middle pillars of the bottom portion are affixed onto; the center pillar of the bottom portion being attached to the center pillar of the middle portion; the plurality of middle pillars of the bottom portion being attached to the plurality of middle pillars of the middle portion respectively; characterized in that : the plurality of corner pillars of the bottom portion each include a first bore on a respective top surface for receiving a first section of a threaded stepped dowel from a first plurality of threaded stepped dowels; the plurality of corner pillars of the middle portion each include a second bore on a respective bottom surface for receiving a second section of a threaded stepped dowel from the first plurality of threaded stepped dowels; and each of the plurality of corner pillars of the middle portion is affixed onto each of the plurality of corner pillars of the bottom portion respectively by the first plurality of threaded stepped dowels. a bottom portion and a middle portion each including a center pillar , a plurality of corner pillars , and a plurality of middle pillars ; a base , to which the center pillar, the plurality of corner pillars, and the plurality of middle pillars of the bottom portion are affixed onto; the center pillar of the bottom portion being attached to the center pillar of the middle portion; the plurality of middle pillars of the bottom portion being attached to the plurality of middle pillars of the middle portion respectively; characterized in that : the plurality of corner pillars of the bottom portion each include a first bore on a respective top surface for receiving a first section of a threaded stepped dowel from a first plurality of threaded stepped dowels; the plurality of corner pillars of the middle portion each include a second bore on a respective bottom surface for receiving a second section of a threaded stepped dowel from the first plurality of threaded stepped dowels; and each of the plurality of corner pillars of the middle portion is affixed onto each of the plurality of corner pillars of the bottom portion respectively by the first plurality of threaded stepped dowels. the plurality of corner pillars of the bottom portion each include a first bore on a respective top surface for receiving a first section of a threaded stepped dowel from a first plurality of threaded stepped dowels; the plurality of corner pillars of the middle portion each include a second bore on a respective bottom surface for receiving a second section of a threaded stepped dowel from the first plurality of threaded stepped dowels; and each of the plurality of corner pillars of the middle portion is affixed onto each of the plurality of corner pillars of the bottom portion respectively by the first plurality of threaded stepped dowels.
Solar tracker comprising at least a hinge pin and a pivoting connection, wherein said pivoting connection comprises a lug and a pivot , wherein the lug and the pivot comprise through holes, to which the hinge pin is disposed through said through holes, and said pivoting connection connecting the pivot with the lug , characterized in that the solar tracker comprises a clearance reducing device for fixing the hinge pin to the pivoting connection, wherein the said clearance reducing device comprises a clamping support integrally incorporated in the lug of said pivoting connection, wherein the clamping support comprises through holes and a mechanical pulling element , arranged as a clamp around the hinge pin and through the through holes of the clamping support , allowing the rotation of said hinge pin with respect to the pivot .
An elongated steerable system for guiding a catheter or an endoscope, comprising: - an elongated flexible member comprising, along at least a part of its longitudinal axis, at least one projection which, in transversal section, projects from the elongated flexible member; said at least one projection having a distal end and a proximal end, and defining, in transversal section, two lateral sides projecting from the elongated flexible member; and - a wire ; wherein: - said at least one projection comprises at least one transverse retaining and passing means near the distal end of said projection, said retaining and passing means extending transversely to the lateral sides of the projection; - and the wire passes through said retaining and passing means alternatively from one lateral side of the projection to the other lateral side of the projection , wherein adherence between the wire and the retaining and passing means retains the wire ensuring the anchorage of the wire to said retaining and passing means . - an elongated flexible member comprising, along at least a part of its longitudinal axis, at least one projection which, in transversal section, projects from the elongated flexible member; said at least one projection having a distal end and a proximal end, and defining, in transversal section, two lateral sides projecting from the elongated flexible member; and - a wire ; - said at least one projection comprises at least one transverse retaining and passing means near the distal end of said projection, said retaining and passing means extending transversely to the lateral sides of the projection; - and the wire passes through said retaining and passing means alternatively from one lateral side of the projection to the other lateral side of the projection , wherein adherence between the wire and the retaining and passing means retains the wire ensuring the anchorage of the wire to said retaining and passing means .
Coupling structure for crossing three transmission lines (11; 12; 13) for millimetre-wave or centimetre-wave signals (S1; S2; S3) in a signal conductor layer of a circuit substrate , wherein the coupling structure comprises three planar cross-couplers (30; 40; 50), which each have two first input/output points (31; 32; 41; 42; 51; 52) and two second input/output points (33; 34; 43; 44; 53; 54) of the relevant cross-coupler (30; 40; 50), and wherein, of each of the three cross-couplers (30; 40; 50), two input/output points (33; 34; 41; 43; 44; 53; 54) of the cross-coupler (30; 40; 50) following one another in the plane of the cross-coupler (30; 40; 50) are connected to a respective input/output point (33; 34; 41; 43; 44; 53; 54) of a respective other of the three cross-couplers (30; 40; 50), and wherein, of each of the three cross-couplers (30; 40; 50), the respective other two input/output points (31; 32; 41; 42; 43; 51; 52) form input/output points (21; 22; 23; 24; 25; 26) of the coupling structure , and wherein, on a first side of the coupling structure , three transmission lines (11; 12; 13) are connected to respectively one of the input/output points (21; 22; 23) of the coupling structure , and wherein, on another side of the coupling structure , continuations of the three transmission lines (13'; 12'; 11') are connected in the reverse order to respectively one of the input/output points (26; 25; 24) of the coupling structure . wherein the coupling structure comprises three planar cross-couplers (30; 40; 50), which each have two first input/output points (31; 32; 41; 42; 51; 52) and two second input/output points (33; 34; 43; 44; 53; 54) of the relevant cross-coupler (30; 40; 50), and wherein, of each of the three cross-couplers (30; 40; 50), two input/output points (33; 34; 41; 43; 44; 53; 54) of the cross-coupler (30; 40; 50) following one another in the plane of the cross-coupler (30; 40; 50) are connected to a respective input/output point (33; 34; 41; 43; 44; 53; 54) of a respective other of the three cross-couplers (30; 40; 50), and wherein, of each of the three cross-couplers (30; 40; 50), the respective other two input/output points (31; 32; 41; 42; 43; 51; 52) form input/output points (21; 22; 23; 24; 25; 26) of the coupling structure , and wherein, on a first side of the coupling structure , three transmission lines (11; 12; 13) are connected to respectively one of the input/output points (21; 22; 23) of the coupling structure , and wherein, on another side of the coupling structure , continuations of the three transmission lines (13'; 12'; 11') are connected in the reverse order to respectively one of the input/output points (26; 25; 24) of the coupling structure .
A method for protection of an electronic device against attacks by fault injection, the method comprising steps of: • detection of anomalies likely to inject a fault in the electronic device or be caused by a fault injection in the electronic device , • incrementation of an anomaly counter (cpt_velo, cpt_tearing) as a function of the detected anomalies, • comparison between the anomaly counter (cpt_velo, cpt_tearing) and a first threshold (seuil_cpt_velo, seuil_cpt_tearing) , • performing a protective measure of the electronic device when the number of counted anomalies reaches the predetermined threshold (seuil_cpt_velo, seuil_cpt_teahng) , the method being characterized in that the anomaly counter (cpt_velo, cpt_tearing) is incremented only in case of detection of: • a number of anomalies greater than or equal to a second threshold (seuil_cpt_hist) strictly less than the first threshold (seuil_cpt_velo, seuil_cpt_tearing) over a period during which a predetermined number (N) of predetermined implementations occurred, or • a number of predetermined implementations less than a predetermined number (N) of predetermined implementations over a period during which a predetermined number of anomalies greater than or equal to the second threshold (seuil_cpt_hist) occurred, wherein a predetermined implementation comprises the execution of a bank transaction or an ADPU command. • detection of anomalies likely to inject a fault in the electronic device or be caused by a fault injection in the electronic device , • incrementation of an anomaly counter (cpt_velo, cpt_tearing) as a function of the detected anomalies, • comparison between the anomaly counter (cpt_velo, cpt_tearing) and a first threshold (seuil_cpt_velo, seuil_cpt_tearing) , • performing a protective measure of the electronic device when the number of counted anomalies reaches the predetermined threshold (seuil_cpt_velo, seuil_cpt_teahng) , • a number of anomalies greater than or equal to a second threshold (seuil_cpt_hist) strictly less than the first threshold (seuil_cpt_velo, seuil_cpt_tearing) over a period during which a predetermined number (N) of predetermined implementations occurred, or • a number of predetermined implementations less than a predetermined number (N) of predetermined implementations over a period during which a predetermined number of anomalies greater than or equal to the second threshold (seuil_cpt_hist) occurred,
System for automated execution of a maneuver or behavior selected by an operator of the system, the system comprising a situation analyzing unit (3.1) for determining a currently experienced situation, a maneuver and/or behavior determining unit (3.2) for determining maneuver options and/or behavior options that potentially can be realized by the system in the determined situation, a haptic display unit for outputting information on at least one of the determined maneuvers and/or behaviors, a selection input unit (5, 3.4) for accepting a system operator's selection of one of the output maneuver options and/or behavior options, and actuators configured to execute the selected option, and the system characterized in that the output information encodes the at least one maneuver and/or behavior temporally and/or with respect to intensity of a haptic stimulation, and the haptic display unit is configured to generate a stimulation of the operator without physical contact between the operator and the haptic display unit . a situation analyzing unit (3.1) for determining a currently experienced situation, a maneuver and/or behavior determining unit (3.2) for determining maneuver options and/or behavior options that potentially can be realized by the system in the determined situation, a haptic display unit for outputting information on at least one of the determined maneuvers and/or behaviors, a selection input unit (5, 3.4) for accepting a system operator's selection of one of the output maneuver options and/or behavior options, and actuators configured to execute the selected option, and the system characterized in that the output information encodes the at least one maneuver and/or behavior temporally and/or with respect to intensity of a haptic stimulation, and the haptic display unit is configured to generate a stimulation of the operator without physical contact between the operator and the haptic display unit .
A device , comprising: one or more processors to: receive a trigger to determine whether a malicious file is operating on a client device ; execute the malicious file in a testing environment configured based on a configuration of the client device; determine a network activity profile associated with the malicious file based on receiving the trigger and based on executing the malicious file in the testing environment, the network activity profile including information regarding first network activity associated with the malicious file when the malicious file is executed in the testing environment; monitor second network activity associated with the client device; generate a network activity score representing a measure of similarity of the second network activity to the network activity profile; compare the network activity score to a threshold; determine that the client device is infected with the malicious file based on the network activity score satisfying the threshold; and provide a notification indicating that the client device is infected with the malicious file. receive a trigger to determine whether a malicious file is operating on a client device ; execute the malicious file in a testing environment configured based on a configuration of the client device; determine a network activity profile associated with the malicious file based on receiving the trigger and based on executing the malicious file in the testing environment, the network activity profile including information regarding first network activity associated with the malicious file when the malicious file is executed in the testing environment; monitor second network activity associated with the client device; generate a network activity score representing a measure of similarity of the second network activity to the network activity profile; compare the network activity score to a threshold; determine that the client device is infected with the malicious file based on the network activity score satisfying the threshold; and provide a notification indicating that the client device is infected with the malicious file.
Shock absorption system for motor vehicle, intended to be interspersed between a spar and a transverse impact beam , comprising an absorbing element capable of irreversibly disintegrating at least partially during an impact, the absorbing element being a hollow body comprising an inner layer comprising continuous reinforcement fibres extending in a direction parallel to the absorbing element longitudinal axis (A), and at least two oriented layers comprising reinforcement fibres extending in a direction forming an angle between 50° and 70° with the absorbing element longitudinal axis (A), the two oriented layers forming two opposite angles extending respectively on one side and the other of the absorbing element longitudinal axis (A), the shock absorption system further comprising a connecting element of the shock absorption system to a spar and a transverse impact beam , the absorbing element being mounted inside the connecting element , the connecting element comprising one end intended to be attached to the transverse impact beam and an end intended to be attached to the spar, characterized in that the connecting element comprises a guide bulkhead of the absorbing element located between the two ends of the connecting element .
A system for visually inspecting a surface of an object comprising a visual inspection head, and a module for controlling a position and/or an orientation of the visual inspection head with respect to the object , wherein the visual inspection head comprises a visual inspection module, and an angle controlling module for ensuring a predetermined angle of the visual inspection system with respect to an area to be inspected of the surface of the object , the visual inspection module comprising a light source for projecting onto the surface and a sensor for determining a reflection from the surface, and the angle controlling module comprising a pointer for projecting a light beam onto the area to be inspected, characterized by : a camera for determining whether the light beam is reflected substantially perpendicularly, wherein the system is configured to move the visual inspection head relative to the object until the light beam is reflected substantially perpendicularly. a visual inspection head, and a module for controlling a position and/or an orientation of the visual inspection head with respect to the object , wherein the visual inspection head comprises a visual inspection module, and an angle controlling module for ensuring a predetermined angle of the visual inspection system with respect to an area to be inspected of the surface of the object , the visual inspection module comprising a light source for projecting onto the surface and a sensor for determining a reflection from the surface, and the angle controlling module comprising a pointer for projecting a light beam onto the area to be inspected, characterized by : a camera for determining whether the light beam is reflected substantially perpendicularly, wherein the system is configured to move the visual inspection head relative to the object until the light beam is reflected substantially perpendicularly.
A vehicle regenerative speed control device for a vehicle having a continuously variable transmission , an electric motor connected to an input shaft side of the continuously variable transmission and that regenerates energy during deceleration, and an oil pump connected to the input shaft side of the continuously variable transmission , in which a rotational speed for producing a necessary hydraulic pressure to the continuously variable transmission during deceleration is set as a lower-limit rotational speed; the vehicle regenerative speed control device comprising a controller that performs a regenerative speed control for downshifting the continuously variable transmission to a low gear ratio side and increasing a rotational speed of a transmission input shaft to which the electric motor is connected when there is a request for an increase in a regeneration amount while decelerating; characterized in that the controller performs a control for making a rotational speed decrease change rate of the transmission input rotational speed lower than a rotational speed increase change rate of the transmission input rotational speed, when the transmission input rotational speed is decreased based on a request for a decrease in the regeneration amount during regenerative speed control.