mhurhangee/patent-ind-claim-en huggingface dataset:
A chuck for use with a powered driver having a rotatable drive shaft, the chuck comprising: a body having a nose section and a tail section , the tail section being configured to rotate with the drive shaft and the nose section having an axial bore formed therein and a plurality of passageways formed therethrough and intersecting the axial bore ; a plurality of jaws movably disposed in the passageways ; a nut rotatably mounted about the body and in operative communication with the jaws such that rotation of the nut in a closing direction moves the jaws toward an axis of the axial bore and rotation of the nut in an opening direction moves the jaws away from the axis; a sleeve rotatably mounted about the body ; wherein the sleeve is in operative communication with the nut such that rotation of the sleeve rotationally drives the nut ; wherein the sleeve comprises a drive dog configured to engage a nut groove in the nut , wherein a gap is provided between at least one driving edge of the drive dog and an engagement edge of the nut groove ; characterised in that , the chuck comprises a biasing element disposed between the nut and at least a portion of the sleeve , the biasing element being configured to bias the sleeve toward a neutral position, wherein the biasing element limits an inertial force of the sleeve applied to the nut during operation of the powered driver, and wherein the biasing element is disposed in the gap between the at least one driving edge of the driving dog and the engagement edge of the nut groove . a body having a nose section and a tail section , the tail section being configured to rotate with the drive shaft and the nose section having an axial bore formed therein and a plurality of passageways formed therethrough and intersecting the axial bore ; a plurality of jaws movably disposed in the passageways ; a nut rotatably mounted about the body and in operative communication with the jaws such that rotation of the nut in a closing direction moves the jaws toward an axis of the axial bore and rotation of the nut in an opening direction moves the jaws away from the axis; a sleeve rotatably mounted about the body ; wherein the sleeve is in operative communication with the nut such that rotation of the sleeve rotationally drives the nut ; wherein the sleeve comprises a drive dog configured to engage a nut groove in the nut , wherein a gap is provided between at least one driving edge of the drive dog and an engagement edge of the nut groove ; characterised in that , the chuck comprises a biasing element disposed between the nut and at least a portion of the sleeve , the biasing element being configured to bias the sleeve toward a neutral position, wherein the biasing element limits an inertial force of the sleeve applied to the nut during operation of the powered driver, and wherein the biasing element is disposed in the gap between the at least one driving edge of the driving dog and the engagement edge of the nut groove .
A shoe care device comprising: an inner cabinet having an accommodation space configured to accommodate shoes therein; an inlet defined at a first portion of the accommodation space and configured to supply air to the accommodation space ; an outlet defined at a second portion of the accommodation space and configured to suction air from the accommodation space ; and an air supplier disposed at the lower portion of the inner cabinet , formed with a connection path (F10) through which air in the accommodation space is blown and circulated between the inlet and the outlet , and having a dehumidifying material installed on the connection path (F10), characterized in that the dehumidifying material is disposed at the upper end of the air supplier such that the upper surface of the dehumidifying material is exposed through the bottom of the inner cabinet . an inner cabinet having an accommodation space configured to accommodate shoes therein; an inlet defined at a first portion of the accommodation space and configured to supply air to the accommodation space ; an outlet defined at a second portion of the accommodation space and configured to suction air from the accommodation space ; and an inlet defined at a first portion of the accommodation space and configured to supply air to the accommodation space ; an outlet defined at a second portion of the accommodation space and configured to suction air from the accommodation space ; and an air supplier disposed at the lower portion of the inner cabinet , formed with a connection path (F10) through which air in the accommodation space is blown and circulated between the inlet and the outlet , and having a dehumidifying material installed on the connection path (F10), characterized in that the dehumidifying material is disposed at the upper end of the air supplier such that the upper surface of the dehumidifying material is exposed through the bottom of the inner cabinet .
An arrangement of a common rail and a pressure sensor, the common rail adapted to be arranged in a fuel injection equipment of an internal combustion engine, said common rail having an elongated body extending along a longitudinal axis (X) from a first end wherein is arranged the pressure sensor to a second end, said body defining a substantially cylindrical peripheral wall surrounding a cylindrical internal space (S) wherein in use, highly pressurised fuel is stored, wherein the common rail further comprises a transverse wall arranged in the vicinity of said first end , said transverse wall sealingly closing said internal space (S) so that, in use, pressurised fuel retained in the inner space (S) exerts forces on an inner face of said transverse wall and wherein the transverse wall is arranged slightly inside the first end of the common rail thus defining a recess opening in said first end, the recess being defined between the very end of the peripheral wall and an outer face of the transverse wall that forms the bottom of said recess and wherein said transverse wall is integral to the peripheral wall , the pressure sensor having a force sensing device fixed on the outer face of the transverse wall and residing within the recess , said force sensing device being adapted to generate a signal representative of the pressure in the internal space (S); the assembly further comprising an electric connector arranged at the first end of the common rail, said connector having pins electrically connected to the force sensing device .
Decision aid system for the maintenance of a machine , said system comprising anomaly detection modules configured to determine health indicators on the basis of measurements of physical parameters of the machine, a calculator configured to calculate an operating diagnosis by applying a decision model capable of learning on the basis of a set of health indicators determined by the anomaly detection modules, and a man-machine interface configured in such a way as to allow at least one expert to consult the health indicators and to declare an expert diagnosis, characterized in that the calculator is furthermore configured to compare (DIFF) the operational diagnosis calculated on the basis of said set of health indicators with at least one expert diagnosis declared after consultation of said set of health indicators, and to modify (MOD) the decision model in the event of disagreement between the computed operational diagnosis and the at least one declared expert diagnosis.
Method for calibrating a current measuring device of a control device for a luminaire, the current measuring device comprising measuring means which are coupled to the luminaire during operation of the control device , the measuring means being connected in series with the luminaire during operation of the control device , the method comprising: - automatically setting a predetermined current of zero magnitude through the measuring means during operation of the control device , - automatically detecting an electrical variable at the measuring means while the predetermined current is set, the electrical variable being a voltage drop across the measuring means , and - automatically determining a correction value for the current measuring device depending on the detected electrical variable, characterized in that the measuring means comprise a measuring resistor, by means of which, when the predetermined current is not set through the measuring means during operation of the control device, the current through the measuring resistor is at least on average equal to the current through the luminaire. - automatically setting a predetermined current of zero magnitude through the measuring means during operation of the control device , - automatically detecting an electrical variable at the measuring means while the predetermined current is set, the electrical variable being a voltage drop across the measuring means , and - automatically determining a correction value for the current measuring device depending on the detected electrical variable,
A display resource scheduling method for an embedded system, wherein, at least a host operating system and a first guest operating system run on the embedded system, and the embedded system comprises a graphics processing unit and a display-specific hardware accelerator; the method comprising: receiving (S401) a graphic to be displayed of the first guest operating system ; determining (S402) whether a mandatory request for the graphic to be displayed is received; scheduling (S405) the graphics processing unit to perform display operations on the graphic to be displayed if it is determined that the mandatory request is received; and scheduling (S403) the display-specific hardware accelerator to perform display operations on the graphic to be displayed if it is determined that the mandatory request is not received; determining (S404) whether resources of the display-specific hardware accelerator are exhausted; and scheduling (S405) the graphics processing unit to perform display operations on the graphic to be displayed if it is determined the resources of the display-specific hardware accelerator are exhausted. receiving (S401) a graphic to be displayed of the first guest operating system ; determining (S402) whether a mandatory request for the graphic to be displayed is received; scheduling (S405) the graphics processing unit to perform display operations on the graphic to be displayed if it is determined that the mandatory request is received; and scheduling (S403) the display-specific hardware accelerator to perform display operations on the graphic to be displayed if it is determined that the mandatory request is not received; determining (S404) whether resources of the display-specific hardware accelerator are exhausted; and scheduling (S405) the graphics processing unit to perform display operations on the graphic to be displayed if it is determined the resources of the display-specific hardware accelerator are exhausted.
Method for packaging dental components , comprising the method steps: a) producing or providing a dental component , b) arranging the dental component with a support side on a support surface of a three-dimensional carrier element , wherein the arrangement is carried out in such a manner that the dental component projects beyond the edge of the support surface on at least one side, forming a peripheral area , c) producing or providing a sheet-like plastic semi-finished product comprising a thermoplastic resin, d) forming the sheet-like plastic semi-finished product in a thermoforming process for form closure of the dental component in a plastic structure , wherein the forming is carried out in such a manner that the dental component is surrounded in a form closure by the plastic structure in the peripheral area on the support side of the dental component , and e) separating the dental component partially surrounded by the plastic structure from the carrier element to obtain a packaging system , wherein the packaging system comprises the dental component packaged in the plastic structure . a) producing or providing a dental component , b) arranging the dental component with a support side on a support surface of a three-dimensional carrier element , wherein the arrangement is carried out in such a manner that the dental component projects beyond the edge of the support surface on at least one side, forming a peripheral area , c) producing or providing a sheet-like plastic semi-finished product comprising a thermoplastic resin, d) forming the sheet-like plastic semi-finished product in a thermoforming process for form closure of the dental component in a plastic structure , wherein the forming is carried out in such a manner that the dental component is surrounded in a form closure by the plastic structure in the peripheral area on the support side of the dental component , and e) separating the dental component partially surrounded by the plastic structure from the carrier element to obtain a packaging system , wherein the packaging system comprises the dental component packaged in the plastic structure .
Wall suitable to resist seismic deformation comprising: - a bearing structure defined by two pillars and at least one upper beam ; - a wall in brickwork, said wall being divided into bands linked together by sliding joints , characterised in that said sliding joints being tapped joints shaped to ensure stability of the wall out of plane, and wherein said sliding joints are constrained to the bearing structure so as to act as shear joints by means of a connection element suitable to allow a certain degree of rotation in plane and out of plane. - a bearing structure defined by two pillars and at least one upper beam ; - a wall in brickwork, said wall being divided into bands linked together by sliding joints ,
A nonaqueous electrolyte battery comprising an electrode group formed by winding a positive electrode, a negative electrode, and a separator arranged between the positive electrode and the negative electrode, and a nonaqueous electrolyte, wherein a tension modulus of the separator in a winding direction is within a range of 200 (N/mm 2 ) to 2,000 (N/mm 2 ); the separator satisfies the formula described below, 1.5 ≤ F MD / F TD ≤ 10 where F MD is a tensile strength of the separator in the winding direction, and F TD is a tensile strength of the separator in a direction perpendicular to the winding direction, F MD and F TD being measured based on the tensile strength JIS-P8113; the separator comprises a nonwoven fabric whose mode diameter in a pore size distribution by mercury porosimetry is within a range of 1 μm to 10 μm; and the tension modulus is represented by the formula described below, X = F / S / Δ L / L where F (N) is a tensile force of the separator according to the measurement based on the tensile strength JIS-P8113, S (mm 2 ) is a sectional area of the separator according to the measurement based on JIS C2300-2, L (mm) is a length of the separator, ΔL (mm) is a deformation amount of the separator according to the measurement based on the tensile strength JIS-P8113. an electrode group formed by winding a positive electrode, a negative electrode, and a separator arranged between the positive electrode and the negative electrode, and a nonaqueous electrolyte, wherein a tension modulus of the separator in a winding direction is within a range of 200 (N/mm 2 ) to 2,000 (N/mm 2 ); the separator satisfies the formula described below, 1.5 ≤ F MD / F TD ≤ 10 where F MD is a tensile strength of the separator in the winding direction, and F TD is a tensile strength of the separator in a direction perpendicular to the winding direction, F MD and F TD being measured based on the tensile strength JIS-P8113; the separator comprises a nonwoven fabric whose mode diameter in a pore size distribution by mercury porosimetry is within a range of 1 μm to 10 μm; and the tension modulus is represented by the formula described below, X = F / S / Δ L / L where F (N) is a tensile force of the separator according to the measurement based on the tensile strength JIS-P8113, S (mm 2 ) is a sectional area of the separator according to the measurement based on JIS C2300-2, L (mm) is a length of the separator, ΔL (mm) is a deformation amount of the separator according to the measurement based on the tensile strength JIS-P8113.
A method for providing cellularless roaming to a SIMless mobile device outside of a home location in a private cellular network , wherein the method is performed at a surrogate cellular device , the method comprising: establishing radio communication with a cellular base station associated with the home location in the private cellular network ; converting the radio communication into messages utilizing an Internet protocol, the messages specifying a cellular identifier associated with a subscriber identity module installed in the surrogate cellular device; interfacing with a server via the Internet , such that the server acts as an intermediary between the surrogate cellular device and the SIMless mobile device ; performing a cloud-based service using the server , wherein the cloud-based service provides routing information for cellularless roaming by determining an Internet protocol address associated with the SIMless mobile device , the SIMless mobile device having a subscriber identity module removed therefrom and installed in the surrogate cellular device ; and sending the messages via the Internet to the SIMless mobile device associated with the Internet protocol address determined by performing the cloud-based service, the messages providing cellularless roaming to the SIMless mobile device outside of the home location in the private cellular network . establishing radio communication with a cellular base station associated with the home location in the private cellular network ; converting the radio communication into messages utilizing an Internet protocol, the messages specifying a cellular identifier associated with a subscriber identity module installed in the surrogate cellular device; interfacing with a server via the Internet , such that the server acts as an intermediary between the surrogate cellular device and the SIMless mobile device ; performing a cloud-based service using the server , wherein the cloud-based service provides routing information for cellularless roaming by determining an Internet protocol address associated with the SIMless mobile device , the SIMless mobile device having a subscriber identity module removed therefrom and installed in the surrogate cellular device ; and sending the messages via the Internet to the SIMless mobile device associated with the Internet protocol address determined by performing the cloud-based service, the messages providing cellularless roaming to the SIMless mobile device outside of the home location in the private cellular network .
An absorbent article , preferably an incontinence diaper, having a longitudinal axis (Y-Y) and a transverse axis (X-X) and comprising: a chassis including a skin-facing side, a garment-facing side opposite to said skin-facing side, a front waist region proximal to a chassis front end , a back waist region proximal to a chassis back end and a crotch region extending between said front and back waist regions; a liquid-absorbent member extending across the crotch region towards the front and back waist regions, and having a front end and a back end ; at least two oppositely disposed elastic rear panels joined to said chassis in said back waist region and extending laterally outward therefrom in a direction parallel to said transverse axis (X-X); and one or more fasteners positioned on each of said elastic rear panels proximal to an end thereof being distal from said chassis ; characterized in that the front waist region of the chassis comprises a length adjustment region that is adapted such to vary the overall length of the absorbent article and in that the distance between said front end and said chassis front end is greater than the distance between said back end and said chassis back end . a chassis including a skin-facing side, a garment-facing side opposite to said skin-facing side, a front waist region proximal to a chassis front end , a back waist region proximal to a chassis back end and a crotch region extending between said front and back waist regions; a liquid-absorbent member extending across the crotch region towards the front and back waist regions, and having a front end and a back end ; at least two oppositely disposed elastic rear panels joined to said chassis in said back waist region and extending laterally outward therefrom in a direction parallel to said transverse axis (X-X); and one or more fasteners positioned on each of said elastic rear panels proximal to an end thereof being distal from said chassis ; characterized in that the front waist region of the chassis comprises a length adjustment region that is adapted such to vary the overall length of the absorbent article and in that the distance between said front end and said chassis front end is greater than the distance between said back end and said chassis back end .
A steam generator for generating steam by boiling water, the steam generator including: - a tank structure providing a heating chamber for holding water and including a water inlet , a steam outlet and a water drain outlet ; - at least one heating element for heating water within the heating chamber so as to generate steam; and - at least one transducer located on or within the tank structure to cause water within the heating chamber to vibrate, characterized in that the transducer is configured to be operated during steam generation for a predefined time period based on a monitored triggering parameter such as duration of the steam generator operation, amount of water added to the steam generator over time, or number of heating cycles of an associated apparatus so as to reduce scale build-up on one or more surfaces within the heating chamber . - a tank structure providing a heating chamber for holding water and including a water inlet , a steam outlet and a water drain outlet ; - at least one heating element for heating water within the heating chamber so as to generate steam; and - at least one transducer located on or within the tank structure to cause water within the heating chamber to vibrate,