mhurhangee/patent-ind-claim-en huggingface dataset:
A branched stent graft delivery system configured to deliver and deploy a branched stent graft within a blood vessel, the stent graft delivery system comprising: a stent graft cover ; a screw gear ; a handle assembly including: an external slider configured to rotate about the screw gear, and a central hub configured to slide linearly along the screw gear as the external slider is rotated; wherein the central hub defines (i) a main lumen port extending therethrough and configured to receive the stent graft cover, and (ii) a branched lumen port receiving a branched lumen . a stent graft cover ; a screw gear ; a handle assembly including: an external slider configured to rotate about the screw gear, and a central hub configured to slide linearly along the screw gear as the external slider is rotated; an external slider configured to rotate about the screw gear, and a central hub configured to slide linearly along the screw gear as the external slider is rotated; wherein the central hub defines (i) a main lumen port extending therethrough and configured to receive the stent graft cover, and (ii) a branched lumen port receiving a branched lumen .
A cerium oxide nanoparticle, a surface of the cerium oxide nanoparticle being covered with a vinyl polymer having a heterocyclic amine skeleton or with a polyamide having a heterocyclic amine skeleton, wherein the heterocyclic amine skeleton is formed of any one of piperazine, pyridine, imidazole, or carbazole.
A windshield washer fluid supply system , comprising: - a washer fluid reservoir for holding a washer fluid, - a washer fluid pump connected to the washer fluid reservoir and configured for pumping washer fluid from the reservoir into a first supply duct , - the first supply duct being connected to the washer fluid pump , characterised in that the system further comprises: - a first multi-channel duct comprising at least one liquid channel for conducting washer fluid and at least one air channel for conducting heated air, the liquid channel and the air channel being separate from each other but in thermal contact with each other; - a first adapter having a first input port for receiving washer fluid from the first supply duct , and having a second input port for receiving heated air from a second supply duct , and having an output port connected to said first multi-channel duct , the first adapter being configured for fluidly connecting the first input port to the at least one liquid channel for providing washer fluid to the first multi-channel duct , and being configured for fluidly connecting the second input port to the at least one air channel for providing heated air to the first multi-channel duct ; the second supply duct having a downstream end connected to the second input port of the first adapter , and having an upstream end connectable to a HVAC system for receiving heated air from the HVAC system and for guiding said heated air to the first adapter . - a washer fluid reservoir for holding a washer fluid, - a washer fluid pump connected to the washer fluid reservoir and configured for pumping washer fluid from the reservoir into a first supply duct , - the first supply duct being connected to the washer fluid pump , characterised in that the system further comprises: - a first multi-channel duct comprising at least one liquid channel for conducting washer fluid and at least one air channel for conducting heated air, the liquid channel and the air channel being separate from each other but in thermal contact with each other; - a first adapter having a first input port for receiving washer fluid from the first supply duct , and having a second input port for receiving heated air from a second supply duct , and having an output port connected to said first multi-channel duct , - a first multi-channel duct comprising at least one liquid channel for conducting washer fluid and at least one air channel for conducting heated air, the liquid channel and the air channel being separate from each other but in thermal contact with each other; - a first adapter having a first input port for receiving washer fluid from the first supply duct , and having a second input port for receiving heated air from a second supply duct , and having an output port connected to said first multi-channel duct ,
A thrust foil bearing , comprising: a base plate provided with a plurality of protrusions and a plurality of recesses , the plurality of protrusions and the plurality of recesses being formed alternately in a first direction in a striped manner, and either one of top surfaces of the plurality of protrusions and bottom surfaces of the plurality of recesses gradually lowering toward one side thereof in the first direction; and a back foil supported by either one of the top surfaces of the plurality of protrusions and the bottom surfaces of the plurality of recesses of the base plate, the either one gradually lowering toward the one side in the first direction.
A method comprising: receiving , by a first node in a cluster having a plurality of nodes, an indication of a node event of the cluster; accessing , by the first node, a first sequence number from a storage, the first sequence number associated with a previous communication between the plurality of nodes in the cluster; adjusting , by the first node, the first sequence number by a delta indicative of an average number of communications between the plurality of nodes in the cluster in a determined time period to generate a second sequence number; storing , by the first node, the second sequence number to the storage responsive to the node event; and transmitting , by the first node, a packet including the second sequence number to the plurality of nodes in the cluster, the second sequence number used by the plurality of nodes to reset a starting sequence number for communications between the plurality of nodes to prevent replay attacks in the cluster. receiving , by a first node in a cluster having a plurality of nodes, an indication of a node event of the cluster; accessing , by the first node, a first sequence number from a storage, the first sequence number associated with a previous communication between the plurality of nodes in the cluster; adjusting , by the first node, the first sequence number by a delta indicative of an average number of communications between the plurality of nodes in the cluster in a determined time period to generate a second sequence number; storing , by the first node, the second sequence number to the storage responsive to the node event; and transmitting , by the first node, a packet including the second sequence number to the plurality of nodes in the cluster, the second sequence number used by the plurality of nodes to reset a starting sequence number for communications between the plurality of nodes to prevent replay attacks in the cluster.
Liquid-liquid extractor comprising a block hollowed with mixing and settling cells in communication, inlet ducts of the two liquid phases leadingto the mixing cell and outlet ducts of the two liquid phases leading to the settling cell, characterised in that the outlet ducts are equipped with overflows adjacent to the settling cell , and each provided with an overflow edge of the liquid phases having an irregular height in the form of a broken line delimiting a plurality of reliefs.
Method for determining mechanical robustness of an overhead stowage bin for an aircraft, the method comprising: repeatedly effecting an impact of a test body (T) against an impact surface of the overhead stowage bin with a predefined impact force by means of a robotic arm of a manipulator ; and investigating damage parameters of the overhead stowage bin . repeatedly effecting an impact of a test body (T) against an impact surface of the overhead stowage bin with a predefined impact force by means of a robotic arm of a manipulator ; and investigating damage parameters of the overhead stowage bin .
Method for the automatic, multi-layered stacking of packing pieces (W) of different dimensions on a carrier (P) in a predetermined spatial arrangement to form a stack, comprising the steps of: - computer aided determination of the sequence and spatial position of the packing pieces (W) of different dimensions in the stack to be formed on the carrier (P); - fetching the singulated packing pieces (W) in a sequence required for this purpose by means of conveying equipment ; - transporting the packing pieces (W) to be loaded from the conveying equipment to the precalculated spatial positions on the carrier (P) or the stack (S) being formed on the carrier (P) by handling means of a stacking device to form the stack; characterised in that the predetermined sequence and the predetermined spatial position of the packing pieces (W) are used to check with computer aid whether at least two packing pieces (W1, W2) which follow one another on a conveying path of the conveying equipment leading into the stacking device can be transported together by the handling means to the precalculated spatial positions on the carrier (P) or the stack (S) being formed on the carrier (P) and, if possible, the successive packing pieces (W1, W2) are handled together. - computer aided determination of the sequence and spatial position of the packing pieces (W) of different dimensions in the stack to be formed on the carrier (P); - fetching the singulated packing pieces (W) in a sequence required for this purpose by means of conveying equipment ; - transporting the packing pieces (W) to be loaded from the conveying equipment to the precalculated spatial positions on the carrier (P) or the stack (S) being formed on the carrier (P) by handling means of a stacking device to form the stack;
A tool for forming at least two layers of uncured reinforcing fibres into a substantially T-shaped profile comprising a web forming tool and a forming tool , wherein the web forming tool is adapted to fix a first part of the layers of reinforcing fibres and the forming tool is adapted to to divide and form a second part of the layers of reinforcing fibres into two sections, wherein the web-forming tool is a two-part pressing tool which can clamp and press the first part of the layers of reinforcing fibres over the entire surface, and the forming tool comprises a means for dividing a second part of the layers of reinforcing fibres and an inflatable membrane substantially enclosing this means.
Protective tube system, comprising a tubular portion having an upper and a lower tube end in the installed position, and at least one electrical and fluid line component which is connectable to a subterranean fluid line ; - wherein the lower end of the tubular portion is connected in a fluid-tight manner to the electrical and fluid line component ; - wherein the electrical and fluid line component has a sealing periphery which interacts with the lower end of the tubular portion ; - wherein the upper tubular end of the tubular portion receives a telescopic head tube portion , characterized in that - the head tube portion on its upper end receives a street cap that closes the protective tube system; and - the tubular portion and/or the head tube portion have/has a receptacle housing for electrical and/or electronic switching parts which are operatively connected to the electrical component . - wherein the lower end of the tubular portion is connected in a fluid-tight manner to the electrical and fluid line component ; - wherein the electrical and fluid line component has a sealing periphery which interacts with the lower end of the tubular portion ; - wherein the upper tubular end of the tubular portion receives a telescopic head tube portion , - the head tube portion on its upper end receives a street cap that closes the protective tube system; and - the tubular portion and/or the head tube portion have/has a receptacle housing for electrical and/or electronic switching parts which are operatively connected to the electrical component .
A cleaning trowel , comprising: a base having a first side , a second side , a flexible section , a blade section , and a mounting section positioned between the flexible section and the blade section ; a handling device (28; 128) on the first side of the base at the mounting section ; and a cleaning pad receiving region on the base . a base having a first side , a second side , a flexible section , a blade section , and a mounting section positioned between the flexible section and the blade section ; a handling device (28; 128) on the first side of the base at the mounting section ; and a cleaning pad receiving region on the base .
A vehicle rear portion structure comprising: a pair of rear frames provided in a vehicle length direction; and a rear floor panel joined to the pair of rear frames, the rear floor panel having a concave section, the concave section extending from a rear side of a vehicle toward a front side of the vehicle, the concave section being formed of a metal sheet, characterized in that the metal sheet has a tensile strength higher than than a tensile strength of the pair of rear frames. a pair of rear frames provided in a vehicle length direction; and a rear floor panel joined to the pair of rear frames, the rear floor panel having a concave section, the concave section extending from a rear side of a vehicle toward a front side of the vehicle, the concave section being formed of a metal sheet, characterized in that the metal sheet has a tensile strength higher than than a tensile strength of the pair of rear frames.
Voltage converter comprising: - a ground point (P M ) intended to be connected to an electrical ground (M); - a high-voltage point (P HT ) intended to have a high voltage (HT) relative to the electrical ground (M); - a low-voltage point (P BT ) intended to have a low voltage (BT) relative to the electrical ground (M); - at least one voltage conversion cell (108 1 , 108 2 , 108 3 ) connected to the ground (P M ), high-voltage (P HT ) and low-voltage (P BT ) points in order to perform a conversion between the high voltage (HT) and the low voltage (BT); and - a protection system designed to detect a short circuit between the ground (P M ) and high-voltage (P HT ) points and/or between the ground (P M ) and low-voltage (P BT ) points; characterized in that it further comprises a device for measuring a ground current (I M ) flowing between this ground point (P M ) and the electrical ground (M), and in that the protection system is designed to detect the short circuit from the measured ground current (MI M ). - a ground point (P M ) intended to be connected to an electrical ground (M); - a high-voltage point (P HT ) intended to have a high voltage (HT) relative to the electrical ground (M); - a low-voltage point (P BT ) intended to have a low voltage (BT) relative to the electrical ground (M); - at least one voltage conversion cell (108 1 , 108 2 , 108 3 ) connected to the ground (P M ), high-voltage (P HT ) and low-voltage (P BT ) points in order to perform a conversion between the high voltage (HT) and the low voltage (BT); and - a protection system designed to detect a short circuit between the ground (P M ) and high-voltage (P HT ) points and/or between the ground (P M ) and low-voltage (P BT ) points;
A method for generating a 3D point cloud and colour visualisation of an underwater scene, the point cloud comprising a set of (x, y, z) coordinates relating to points in the scene, the method operating in a system comprising at least one camera module (204; 206), at least one structured light source , a control module , and a processing module, each of the at least one camera module (204; 206) being directed at the scene and having substantially the same overlapped field of view; the method comprising: (a) the at least one structured light source projecting a two-dimensional array of points onto the scene; (b) each of the at least one camera module (204; 206) capturing an image of the projected array in the scene from first and second positions, such that there is a first point image and second point image; (c) analysing the images to identify the location of each projected point within each point image; (d) for each projected point in the captured point images, correlating the location of the point between the first and second point images to calculate the distance to the point from the at least one camera module (204; 206); (e) storing the distance and location of the point; (f) adjusting the position of the two-dimensional array of points in the scene; and repeating (a) to (e), thereby forming a 3D point cloud; characterised in that the at least one camera module (204; 206) and the at least one structured light source are synchronized by the control module so that each time an image is acquired, a specific configuration of light source parameters and camera module parameters is used. (a) the at least one structured light source projecting a two-dimensional array of points onto the scene; (b) each of the at least one camera module (204; 206) capturing an image of the projected array in the scene from first and second positions, such that there is a first point image and second point image; (c) analysing the images to identify the location of each projected point within each point image; (d) for each projected point in the captured point images, correlating the location of the point between the first and second point images to calculate the distance to the point from the at least one camera module (204; 206); (e) storing the distance and location of the point; (f) adjusting the position of the two-dimensional array of points in the scene; and repeating (a) to (e), thereby forming a 3D point cloud;
A connector for a wiping system , in particular for a motor vehicle, comprising a connector body which has an elongated shape and is configured to be mounted on a wiper blade , the connector body comprising a device for guiding at least one air flow towards a surface to be wiped in order to reduce a liquid suction phenomenon, the connector body being substantially U-shaped in cross-section and comprises a first hood arm and a second pillar arm connected together by an upper longitudinal wall , the device for guiding at least one air flow comprising at least one channel provided at the upper longitudinal wall and extending from an inlet positioned above the first hood arm of the connector body to an outlet positioned above the second pillar arm of the connector body , the connector is characterized in that the first hood arm of the connector body comprises an inlet air deflector laterally extending the connector body opposite the first hood arm , said inlet air deflector forming a surface for guiding an air flow towards the input of at least one channel .
A semiconductor integrated circuit device for configuring a graphic user interface, where a display element such as a button composed of information about a character, a figure, or an image is referred to as a graphic object , said graphic object having an object property which is attribute information, such as a position of said graphic object on a screen, comprising: an object database for storing a plurality of said object property ; an object manager for issuing a drawing command for drawing said graphic object on the screen with reference to said object property ; and a graphic engine for processing said drawing command to draw said graphic object on the screen, wherein said object database , said graphic engine , and said object manager are provided on a single or a plurality of semiconductor chips, characterized in that the semiconductor integrated circuit device further comprises a CLK configured to send an instruction for periodically executing a processing to the object manager , wherein upon receiving the instruction from the CLK , the object manager is configured to read out the object property from the object data base and then issue the drawing command for drawing the graphic object . an object database for storing a plurality of said object property ; an object manager for issuing a drawing command for drawing said graphic object on the screen with reference to said object property ; and a graphic engine for processing said drawing command to draw said graphic object on the screen, wherein said object database , said graphic engine , and said object manager are provided on a single or a plurality of semiconductor chips, characterized in that the semiconductor integrated circuit device further comprises a CLK configured to send an instruction for periodically executing a processing to the object manager , wherein upon receiving the instruction from the CLK , the object manager is configured to read out the object property from the object data base and then issue the drawing command for drawing the graphic object .
A contact device comprising: a driving block including a driver and an armature configured to be driven by the driver , the driver including a bobbin , a coil formed by winding a wire around the bobbin , and a heel piece ; a contact block including a fixed contact , a movable contact to be in contact with and separate from the fixed contact by the armature , a first terminal holding the fixed contact , and a second terminal holding the movable contact ; a positioning member provided as a separate part from a case ; and the case accommodating the driving block and the contact block and the positioning member ; wherein the positioning member holds the first terminal , the second terminal , and the heel piece . characterised in, that the positioning member is accommodated in the case so as not to be in contact with the case . a driving block including a driver and an armature configured to be driven by the driver , the driver including a bobbin , a coil formed by winding a wire around the bobbin , and a heel piece ; a contact block including a fixed contact , a movable contact to be in contact with and separate from the fixed contact by the armature , a first terminal holding the fixed contact , and a second terminal holding the movable contact ; a fixed contact , a movable contact to be in contact with and separate from the fixed contact by the armature , a first terminal holding the fixed contact , and a second terminal holding the movable contact ; a positioning member provided as a separate part from a case ; and the case accommodating the driving block and the contact block and the positioning member ; wherein the positioning member holds the first terminal , the second terminal , and the heel piece .
Single-level rack serving apparatus for transporting load units, which comprises two chassis halves each having a pair of rollers and each having an extendible arm , a storage region between the chassis halves and a connection structure , wherein the chassis halves are connected to one another by means of the connection structure , travel on running rails by means of the rollers , the arms serve to pull up or push down load units onto or from the storage region which comprises at least two first and second lateral flat supporting plates for supportingly carrying the load units, wherein the size of the storage region can be varied by varying the spacing between the arms together with the first and second lateral supporting plates , wherein a further third flat supporting plate is arranged and configured between the first and second lateral supporting plates such that it supports a load unit centrally from below in the storage region irrespective of the size of the storage region , wherein the third supporting plate is arranged by means of a connection between the first and second lateral supporting plates such that it is always arranged centrally when the size of the storage region is increased or decreased, wherein the supporting plates never overlap, characterised in that when the spacing between the arms is varied by means of a movement of the first arm relative to the second unmoved arm , the first lateral supporting plate and the third supporting plate are designed to be movable or when the spacing between the arms is varied by means of a movement of the second arm relative to the first unmoved arm , the second lateral supporting plate and the third supporting plate are designed to be movable.