mhurhangee/patent-ind-claim-en huggingface dataset:
A pull through gun cleaning device comprising: a plurality of cylindrical double coned pressure sections having a longitudinal tunnel disposed therein; a cable member threaded through said tunnel of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections ; a tubular woven sheath disposed over each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections disposed along said cable member, and beyond each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections said tubular woven sheath disposed over said cable member to form a pull cord ; wherein a total length of said pull cord is configured such that where said plurality of cylindrical double coned pressure sections are adapted to be inserted into one end of a barrel, said pull cord is adapted to extend past another end of said barrel; and wherein an outside diameter of said plurality of cylindrical double coned pressure sections is configured to be larger than a bore of said barrel and each of said plurality of cylindrical double coned pressure sections is intended to be compressed by insertion into said bore of said barrel to provide a radial force pressing said tubular woven sheath of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections against an inside surface or a rifling of said barrel. a plurality of cylindrical double coned pressure sections having a longitudinal tunnel disposed therein; a cable member threaded through said tunnel of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections ; a tubular woven sheath disposed over each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections disposed along said cable member, and beyond each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections said tubular woven sheath disposed over said cable member to form a pull cord ; wherein a total length of said pull cord is configured such that where said plurality of cylindrical double coned pressure sections are adapted to be inserted into one end of a barrel, said pull cord is adapted to extend past another end of said barrel; and wherein an outside diameter of said plurality of cylindrical double coned pressure sections is configured to be larger than a bore of said barrel and each of said plurality of cylindrical double coned pressure sections is intended to be compressed by insertion into said bore of said barrel to provide a radial force pressing said tubular woven sheath of each cylindrical double coned pressure section of said plurality of cylindrical double coned pressure sections against an inside surface or a rifling of said barrel.
A sheet feeding device comprising: a feeder configured to feed a sheet; a contact member which a leading end of the sheet in a feeding direction is to contact; a movement restricting member configured to lock the contact member to restrict movement of the contact member from a contact position where the contact member contacts the sheet; and a moving mechanism configured to move the movement restricting member between a locking position at which the movement restricting member locks the contact member and a lock releasing position at which the movement restricting member releases locking of the contact member , the contact member being configured to take the contact position by gravity or a biasing force of a biasing part; characterised by a controller configured to control the moving mechanism to move the movement restricting member to the lock releasing position and then to the locking position when a feeding operation of the sheet is finished. a feeder configured to feed a sheet; a contact member which a leading end of the sheet in a feeding direction is to contact; a movement restricting member configured to lock the contact member to restrict movement of the contact member from a contact position where the contact member contacts the sheet; and a moving mechanism configured to move the movement restricting member between a locking position at which the movement restricting member locks the contact member and a lock releasing position at which the movement restricting member releases locking of the contact member , the contact member being configured to take the contact position by gravity or a biasing force of a biasing part; characterised by a controller configured to control the moving mechanism to move the movement restricting member to the lock releasing position and then to the locking position when a feeding operation of the sheet is finished.
A locking bolt, comprising: a shank section threaded on an outer circumference thereof ; and a head section provided at one end of the shank section, wherein the head section comprises: a main body portion having a hexagonal cross-sectional shape; and a cylindrical skirt portion provided continuously with the main body portion and formed so as to be spaced radially outward from the main body portion in an expanding manner along a concave surface using a catenary curve surface, wherein the locking bolt has a structure in which: a lower edge surface of an outer surface of the cylindrical skirt portion is parallel to an axis of the main body portion; and an inner surface of the cylindrical skirt portion is hollowed into an inverted catenary curve surface-like shape with a flat portion left on a bottom rim , and wherein an intersection between the inner surface of the cylindrical skirt portion and the shank section is formed into an approximately-round shape, to thereby have roundness. a shank section threaded on an outer circumference thereof ; and a head section provided at one end of the shank section, wherein the head section comprises: a main body portion having a hexagonal cross-sectional shape; and a cylindrical skirt portion provided continuously with the main body portion and formed so as to be spaced radially outward from the main body portion in an expanding manner along a concave surface using a catenary curve surface, a main body portion having a hexagonal cross-sectional shape; and a cylindrical skirt portion provided continuously with the main body portion and formed so as to be spaced radially outward from the main body portion in an expanding manner along a concave surface using a catenary curve surface, wherein the locking bolt has a structure in which: a lower edge surface of an outer surface of the cylindrical skirt portion is parallel to an axis of the main body portion; and an inner surface of the cylindrical skirt portion is hollowed into an inverted catenary curve surface-like shape with a flat portion left on a bottom rim , and a lower edge surface of an outer surface of the cylindrical skirt portion is parallel to an axis of the main body portion; and an inner surface of the cylindrical skirt portion is hollowed into an inverted catenary curve surface-like shape with a flat portion left on a bottom rim , and wherein an intersection between the inner surface of the cylindrical skirt portion and the shank section is formed into an approximately-round shape, to thereby have roundness.
An exhaust purification device comprising: a casing which accommodates a catalyst purifier that purifies exhaust gas of an engine mounted on a vehicle, and in which a flow direction of the exhaust gas corresponds to a longitudinal direction of the casing ; an inlet opening provided at a first longitudinal end of a side face of the casing to allow the exhaust gas to flow into the casing ; an outlet opening provided at a second longitudinal end of the side face of the casing to allow the exhaust gas to flow out of the casing ; a first pipe connected to the inlet opening ; and a second pipe connected to the outlet opening , wherein at least one of a connecting end of the first pipe for the casing and a connecting end of the second pipe for the casing extends in a lateral direction of the casing from an outside of the casing and is connected to at least one of the inlet opening and the outlet opening , and a cross section of the at least one of the connecting ends when cut along the longitudinal direction of the casing is in a flattened shape as a dimension of the cross section in the longitudinal direction of the casing is shorter than a dimension of the cross section in a lateral direction of the casing , characterized in that at least one of the connecting ends of the first pipe and the second pipe in the flattened shape extends inside the casing and is in contact with an inner surface of the casing . a casing which accommodates a catalyst purifier that purifies exhaust gas of an engine mounted on a vehicle, and in which a flow direction of the exhaust gas corresponds to a longitudinal direction of the casing ; an inlet opening provided at a first longitudinal end of a side face of the casing to allow the exhaust gas to flow into the casing ; an outlet opening provided at a second longitudinal end of the side face of the casing to allow the exhaust gas to flow out of the casing ; a first pipe connected to the inlet opening ; and a second pipe connected to the outlet opening , wherein at least one of a connecting end of the first pipe for the casing and a connecting end of the second pipe for the casing extends in a lateral direction of the casing from an outside of the casing and is connected to at least one of the inlet opening and the outlet opening , and a cross section of the at least one of the connecting ends when cut along the longitudinal direction of the casing is in a flattened shape as a dimension of the cross section in the longitudinal direction of the casing is shorter than a dimension of the cross section in a lateral direction of the casing , characterized in that at least one of the connecting ends of the first pipe and the second pipe in the flattened shape extends inside the casing and is in contact with an inner surface of the casing .
An apparatus, comprising: a catheter having a proximal end portion and a distal end portion and defining a lumen extending through the proximal end portion and the distal end portion; a housing configured to house at least a portion of the catheter, the housing having a first port configured to receive the proximal end portion of the catheter and a second port configured to couple the housing to an indwelling vascular access device; and an actuator movably coupled to the housing, a portion of the actuator disposed within the housing and configured to be movably coupled to a portion of the catheter, characterised in that the actuator is configured to be moved a first distance relative to the housing to move the distal end portion of the catheter a second distance greater than the first distance from a first position to a second position, the distal end portion of the catheter being disposed within the housing when in the first position, the distal end portion of the catheter extending through the second port such that the distal end portion of the catheter is distal to the indwelling vascular access device when in the second position and the second port is coupled to the indwelling vascular access device. a catheter having a proximal end portion and a distal end portion and defining a lumen extending through the proximal end portion and the distal end portion; a housing configured to house at least a portion of the catheter, the housing having a first port configured to receive the proximal end portion of the catheter and a second port configured to couple the housing to an indwelling vascular access device; and an actuator movably coupled to the housing, a portion of the actuator disposed within the housing and configured to be movably coupled to a portion of the catheter, characterised in that the actuator is configured to be moved a first distance relative to the housing to move the distal end portion of the catheter a second distance greater than the first distance from a first position to a second position, the distal end portion of the catheter being disposed within the housing when in the first position, the distal end portion of the catheter extending through the second port such that the distal end portion of the catheter is distal to the indwelling vascular access device when in the second position and the second port is coupled to the indwelling vascular access device.
A heatsink comprising: a housing having a first heat transfer coefficient; a liquid in thermal communication with the housing and operatively positioned adjacent to a heat source and having a second heat transfer coefficient that is greater than the first heat transfer coefficient; an elastomeric membrane between the liquid and the heat source, the elastomeric membrane being adapted to resist expansion of the liquid toward the heat source and to prevent at least a portion of the liquid from contacting the heat source, wherein the membrane, the housing and the heat source define boundaries of a cavity, wherein: in a first operating condition, the liquid has a first volume at a first thermal contact with the heat source; and in a second operating condition, the liquid has a second volume and a second thermal contact with the heat source, the second thermal contact being greater than the first thermal contact thereby enhancing dissipation of heat from the heat source in the second operating condition. a housing having a first heat transfer coefficient; a liquid in thermal communication with the housing and operatively positioned adjacent to a heat source and having a second heat transfer coefficient that is greater than the first heat transfer coefficient; an elastomeric membrane between the liquid and the heat source, the elastomeric membrane being adapted to resist expansion of the liquid toward the heat source and to prevent at least a portion of the liquid from contacting the heat source, wherein the membrane, the housing and the heat source define boundaries of a cavity, wherein: in a first operating condition, the liquid has a first volume at a first thermal contact with the heat source; and in a second operating condition, the liquid has a second volume and a second thermal contact with the heat source, the second thermal contact being greater than the first thermal contact thereby enhancing dissipation of heat from the heat source in the second operating condition. in a first operating condition, the liquid has a first volume at a first thermal contact with the heat source; and in a second operating condition, the liquid has a second volume and a second thermal contact with the heat source, the second thermal contact being greater than the first thermal contact thereby enhancing dissipation of heat from the heat source in the second operating condition.
A method for correction of a periodic signal error of a position signal relating to a relative position of at least one sensor with respect to a reference, the method comprising - storing (S06) a set of time stamped relative positions with respect to the reference based on measurements of the position signal over a duration of one period of the periodic signal error, - updating (S12) the stored set of time stamped relative positions based on a moving time window, wherein the time window has a width corresponding to the duration of the one period of the periodic signal error, - determining (S10) a set of parameter values of a parameterized approximation of a corrected relative position with respect to time, based on the stored time stamped relative positions over a duration of one period of the periodic signal error of the position signal, and - estimating (S20) a first corrected relative position at a first time based on the parameterized approximation using the determined set of parameter values and the first time. - storing (S06) a set of time stamped relative positions with respect to the reference based on measurements of the position signal over a duration of one period of the periodic signal error, - updating (S12) the stored set of time stamped relative positions based on a moving time window, wherein the time window has a width corresponding to the duration of the one period of the periodic signal error, - determining (S10) a set of parameter values of a parameterized approximation of a corrected relative position with respect to time, based on the stored time stamped relative positions over a duration of one period of the periodic signal error of the position signal, and - estimating (S20) a first corrected relative position at a first time based on the parameterized approximation using the determined set of parameter values and the first time.
A control module for a hydraulic system, the module comprising: a tank configured to store hydraulic fluid, wherein the tank is substantially cylindrical and comprises a longitudinal axis; a plurality of valves fluidly connected to the tank and configured to control distribution of hydraulic fluid from the tank to one or more components of the hydraulic system, wherein the plurality of valves are spaced around a circumference of the tank ; and one or more passages fluidly connecting the tank with at least one of the plurality of valves and/or a first of the plurality of valves with a second of the plurality of valves , wherein the plurality of valves are located axially between first and second axial ends of the tank with respect to a longitudinal axis thereof, wherein the first axial end is opposite the second axial end in the direction of the longitudinal axis of the tank , wherein the control module further comprises a housing , wherein at least some of the plurality of valves are formed by portions of the housing , wherein the one or more passages are formed by and within the housing , wherein the housing is a single piece of material, characterised in that : the control module further comprises a plurality of feet (18; 118) configured to attach the control module to a surface, wherein some of the plurality of feet are positioned at the first axial end of the tank , and others of the plurality of feet are positioned at the second axial end of the tank ; and the housing comprises an inner cylindrical surface forming part of the tank. a tank configured to store hydraulic fluid, wherein the tank is substantially cylindrical and comprises a longitudinal axis; a plurality of valves fluidly connected to the tank and configured to control distribution of hydraulic fluid from the tank to one or more components of the hydraulic system, wherein the plurality of valves are spaced around a circumference of the tank ; and one or more passages fluidly connecting the tank with at least one of the plurality of valves and/or a first of the plurality of valves with a second of the plurality of valves , wherein the plurality of valves are located axially between first and second axial ends of the tank with respect to a longitudinal axis thereof, wherein the first axial end is opposite the second axial end in the direction of the longitudinal axis of the tank , wherein the control module further comprises a housing , wherein at least some of the plurality of valves are formed by portions of the housing , wherein the one or more passages are formed by and within the housing , wherein the housing is a single piece of material, the control module further comprises a plurality of feet (18; 118) configured to attach the control module to a surface, wherein some of the plurality of feet are positioned at the first axial end of the tank , and others of the plurality of feet are positioned at the second axial end of the tank ; and the housing comprises an inner cylindrical surface forming part of the tank.
Assembly consisting of a windscreen wiper arm for a vehicle, in particular a car, and a nozzle for emitting window-cleaning liquid, the wiper arm comprising an end component having a connection portion to the rest of the arm and an end portion formed to hold a wiper blade, said connection portion being offset transversely with respect to the end portion , said connection portion and said end portion being connected by a joining portion comprising a side joining wall , said end portion comprising a wall oriented longitudinally, a cut-out passes through the thickness of said wall, said nozzle is supplied with window-cleaning liquid by a pipe which passes through said cut-out , said pipe is a cannula extending from, or being rigidly fixed to, said nozzle characterised in that said cannula extends from said nozzle , running substantially parallel along the side joining wall extending said end portion to the rear, from said cut-out .
A fluid turbine, comprising a rotor with a vertical rotation axis and at least two rotor blades arranged on the rotation axis , the rotor being arranged within a housing , wherein a top and a bottom of the housing are arranged essentially perpendicular to the rotation axis , wherein the rotor is rotatable relative to the housing , and wherein at least one support element is arranged between the top and the bottom of the housing , characterized in that at least one fluid slot with a cover element is arranged at the top and/or the bottom of the housing , wherein the cover element is created by a bulge of the top and/or the bottom of the housing above the at least one fluid slot .