mhurhangee/ep-ind-claims huggingface dataset:
A harness assembly configurable between an engaged state and a disengaged state for a child safety seat comprising: a plurality of shoulder straps, each shoulder strap including a buckle tab; and at least one buckle assembly comprising: a buckle configured to receive the buckle tabs for securing the shoulder straps in the engaged state; a buckle pad, at least a portion of the buckle pad being generally aligned with and adjacent to the buckle; a buckle webbing extending from the buckle and configured to attach the buckle to the child safety seat; and a biasing member engaged with the buckle pad and configured to bias the buckle assembly toward a first position away from an occupant of the child safety seat in the disengaged state, characterized in that the biasing member comprises a closed loop of material. a plurality of shoulder straps, each shoulder strap including a buckle tab; and at least one buckle assembly comprising: a buckle configured to receive the buckle tabs for securing the shoulder straps in the engaged state; a buckle pad, at least a portion of the buckle pad being generally aligned with and adjacent to the buckle; a buckle webbing extending from the buckle and configured to attach the buckle to the child safety seat; and a biasing member engaged with the buckle pad and configured to bias the buckle assembly toward a first position away from an occupant of the child safety seat in the disengaged state, characterized in that the biasing member comprises a closed loop of material. a buckle configured to receive the buckle tabs for securing the shoulder straps in the engaged state; a buckle pad, at least a portion of the buckle pad being generally aligned with and adjacent to the buckle; a buckle webbing extending from the buckle and configured to attach the buckle to the child safety seat; and a biasing member engaged with the buckle pad and configured to bias the buckle assembly toward a first position away from an occupant of the child safety seat in the disengaged state, characterized in that the biasing member comprises a closed loop of material.
System for measuring at least one physical characteristic for a pneumatic assembly, comprising a device for detecting the physical characteristic, a device for wireless transmission of values representing the measurements obtained by the detection device, a one-way fluid passage device for inflating the pneumatic assembly, and an electrical energy source, characterized in that the measuring system comprises an electrically conductive metal body closed by a cover made of material transparent to the waves of the wireless transmission device, allowing the body to be used as a receptacle which provides for stable positioning, the transmission of electrical energy, and the mechanical protection of the devices (9, 11) of the measuring system while allowing wireless transmission through the cover of values representing the measurements obtained by the detection device.
A spinal fixation apparatus, comprising: a flexible elongate body (140, 240, 440, 540, 640) including a distal end portion (148, 248, 448, 548, 648), a body portion (145, 245, 445, 545, 645), and an attachment connection (150,250, 450, 550, 650) that is configured to receive the distal end portion (148, 248, 448, 548, 648), wherein the attachment connection (150,250, 450, 550, 650) allows the distal end portion (148, 248, 448, 548, 648) and/or the body portion (145, 245, 445, 545, 645) to advance through the attachment connection (150,250, 450, 550, 650) in a first direction and limit the movement of the distal end portion (148, 248, 448, 548, 648) and/or the body portion (145, 245, 445, 545, 645) in a second direction, opposite the first direction; and an anchor (180, 280, 480, 580) comprising an aperture configured to receive a fastener (185, 485, 585), the fastener (185, 485, 585) is configured to secure the flexible elongate body (140, 240, 440, 540, 640) to a first bone portion via the anchor (180, 280, 480, 580), wherein the anchor (180, 280, 480, 580) is monolithically formed with the flexible elongate body (140, 240, 440, 540, 640); wherein the distal end portion (148, 248, 448, 548, 648) is configured to be inserted into the attachment connection (150,250, 450, 550, 650) such that the flexible elongate body (140, 240, 440, 540, 640) forms a loop about the first bone portion and a second bone portion. a flexible elongate body (140, 240, 440, 540, 640) including a distal end portion (148, 248, 448, 548, 648), a body portion (145, 245, 445, 545, 645), and an attachment connection (150,250, 450, 550, 650) that is configured to receive the distal end portion (148, 248, 448, 548, 648), wherein the attachment connection (150,250, 450, 550, 650) allows the distal end portion (148, 248, 448, 548, 648) and/or the body portion (145, 245, 445, 545, 645) to advance through the attachment connection (150,250, 450, 550, 650) in a first direction and limit the movement of the distal end portion (148, 248, 448, 548, 648) and/or the body portion (145, 245, 445, 545, 645) in a second direction, opposite the first direction; and an anchor (180, 280, 480, 580) comprising an aperture configured to receive a fastener (185, 485, 585), the fastener (185, 485, 585) is configured to secure the flexible elongate body (140, 240, 440, 540, 640) to a first bone portion via the anchor (180, 280, 480, 580), wherein the anchor (180, 280, 480, 580) is monolithically formed with the flexible elongate body (140, 240, 440, 540, 640); wherein the distal end portion (148, 248, 448, 548, 648) is configured to be inserted into the attachment connection (150,250, 450, 550, 650) such that the flexible elongate body (140, 240, 440, 540, 640) forms a loop about the first bone portion and a second bone portion.
A surgical instrument, comprising: a housing; an end effector operable from the housing to surgically manipulate tissue, the end effector including first and second opposable jaw members (30, 32) movable from an open configuration for receiving tissue to a closed configuration for manipulating tissue; an elongated shaft extending between the housing and the end effector, the elongated shaft defining a longitudinal axis, and the elongated shaft further defining an aligned configuration and an articulated configuration with respect to the longitudinal axis; characterised by a driving assembly including a first spring and a drive wire, the driving assembly configured to induce motion in the jaw members between the open configuration and the closed configuration, the driving assembly further configured to maintain a closure pressure in the range of about 3kg/cm2 to about 16 kg/cm2 between the aligned configuration and the articulated configuration of the elongated shaft, wherein the first spring changes configuration as a result of the shaft being articulated from the aligned configuration to the articulated configuration so as to place the drive wire under increased tension when the shaft is in the articulated configuration as a result of spring force of the changed configuration of the first spring. a housing; an end effector operable from the housing to surgically manipulate tissue, the end effector including first and second opposable jaw members (30, 32) movable from an open configuration for receiving tissue to a closed configuration for manipulating tissue; an elongated shaft extending between the housing and the end effector, the elongated shaft defining a longitudinal axis, and the elongated shaft further defining an aligned configuration and an articulated configuration with respect to the longitudinal axis; characterised by a driving assembly including a first spring and a drive wire, the driving assembly configured to induce motion in the jaw members between the open configuration and the closed configuration, the driving assembly further configured to maintain a closure pressure in the range of about 3kg/cm2 to about 16 kg/cm2 between the aligned configuration and the articulated configuration of the elongated shaft, wherein the first spring changes configuration as a result of the shaft being articulated from the aligned configuration to the articulated configuration so as to place the drive wire under increased tension when the shaft is in the articulated configuration as a result of spring force of the changed configuration of the first spring.
Computer-implemented process for the automatic evaluation of the quality of a digital photograph, comprising the step of providing software programmed to perform the following steps and to perform them through such software: • converting the photograph into greyscale and calculating the intensity diagram of the converted photograph; • identifying a predetermined initial intensity interval and final intensity interval of the diagram; • if in the initial interval and/or the final interval there is a total percentage of pixels of the photograph greater than or equal to a predetermined threshold, the contrast is evaluated; • if the contrast of the photograph converted to greyscale is smaller than or equal to a predetermined threshold, the photograph is rejected. • converting the photograph into greyscale and calculating the intensity diagram of the converted photograph; • identifying a predetermined initial intensity interval and final intensity interval of the diagram; • if in the initial interval and/or the final interval there is a total percentage of pixels of the photograph greater than or equal to a predetermined threshold, the contrast is evaluated; • if the contrast of the photograph converted to greyscale is smaller than or equal to a predetermined threshold, the photograph is rejected.
A method comprising: - applying, in a first switching configuration, electric excitation to a piezofan comprising a piezoelectric element attached to a first end of a planar body, causing the planar body to move, said planar body having a second end which is free to move; - coupling, in a second switching configuration, the piezoelectric element to a processor; - receiving, by the processor, an electric signal generated by the piezoelectric element caused by a movement of the planar body in the second switching configuration, - generating, by the processor, data corresponding to said electric signal for assessing a performance of the piezofan; - analyzing said data for assessing the performance of the piezofan, wherein said analysis of data comprises comparing said data with other data corresponding to an electric signal generated by the piezoelectric element caused by a movement of the planar body in a healthy piezofan condition, or with a predefined threshold value. - applying, in a first switching configuration, electric excitation to a piezofan comprising a piezoelectric element attached to a first end of a planar body, causing the planar body to move, said planar body having a second end which is free to move; - coupling, in a second switching configuration, the piezoelectric element to a processor; - receiving, by the processor, an electric signal generated by the piezoelectric element caused by a movement of the planar body in the second switching configuration, - generating, by the processor, data corresponding to said electric signal for assessing a performance of the piezofan; - analyzing said data for assessing the performance of the piezofan, wherein said analysis of data comprises comparing said data with other data corresponding to an electric signal generated by the piezoelectric element caused by a movement of the planar body in a healthy piezofan condition, or with a predefined threshold value.
A tubular element having a male or female threading disposed on an end of said tubular element, said tubular element being characterized in that said male or female threading comprises: a tapered root surface having a first angle of taper (β) measured between the tapered root surface and a longitudinal axis (aa) of the threading, said tapered root surface being joined tangentially at a first end by a concave curved surface of a constant radius of curvature to a stabbing flank, said tapered root surface being joined at a second end by a convex curved surface of constant radius of curvature to a root groove; said root groove extending from the tapered root surface to a load flank, said root groove including: a first portion comprising a first elliptical surface having a variable radius of curvature, said first elliptical surface being part of an ellipse, and said root groove further including a second portion comprising a second elliptical surface having a variable radius of curvature, said second elliptical surface being part of a second ellipse, said second elliptical surface being joined tangentially at a first end to the first elliptical surface, and said second elliptical surface being joined tangentially at a second end to the load flank. a tapered root surface having a first angle of taper (β) measured between the tapered root surface and a longitudinal axis (aa) of the threading, said tapered root surface being joined tangentially at a first end by a concave curved surface of a constant radius of curvature to a stabbing flank, said tapered root surface being joined at a second end by a convex curved surface of constant radius of curvature to a root groove; said root groove extending from the tapered root surface to a load flank, said root groove including: a first portion comprising a first elliptical surface having a variable radius of curvature, said first elliptical surface being part of an ellipse, and said root groove further including a second portion comprising a second elliptical surface having a variable radius of curvature, said second elliptical surface being part of a second ellipse, said second elliptical surface being joined tangentially at a first end to the first elliptical surface, and said second elliptical surface being joined tangentially at a second end to the load flank. a first portion comprising a first elliptical surface having a variable radius of curvature, said first elliptical surface being part of an ellipse, and said root groove further including a second portion comprising a second elliptical surface having a variable radius of curvature, said second elliptical surface being part of a second ellipse, said second elliptical surface being joined tangentially at a first end to the first elliptical surface, and said second elliptical surface being joined tangentially at a second end to the load flank.
A method for supporting communications of critical data by a first cell in a cellular system, comprising receiving in a node of a second cell a signal from the first cell to reduce interference, the signal including information of reservation of radio resources for communication of critical data in the first cell, preventing or limiting use of said radio resources in the second cell based on the signal when the second cell is not involved in communication of critical data, and forwarding the information from the second cell to at least one another cell, wherein the size of an area where critical data is communicated is limited by limiting the number of times the information is forwarded from a cell to another. receiving in a node of a second cell a signal from the first cell to reduce interference, the signal including information of reservation of radio resources for communication of critical data in the first cell, preventing or limiting use of said radio resources in the second cell based on the signal when the second cell is not involved in communication of critical data, and forwarding the information from the second cell to at least one another cell,
A shoe degradation sensor reader, comprising: a contact assembly (116, 212, 304, 618) configured to removably electrically couple to a first sensor disposed in or proximate to a material layer of the shoe (100, 906) that changes in at least one physical property with degradation to the shoe (100, 906), the first sensor configured to indicate the at least one physical property of the material layer thereby indicating a degree of degradation to the shoe (100, 906); a reader module operable to query the first sensor via the contact assembly (116, 212, 304, 618), the reader module operable to measure the at least one physical property of the material via the first sensor; and a communication module operable to communicate the measurement of the at least one physical property of the material from the shoe (100, 906) degradation sensor reader to an electronic device, wherein the first sensor comprises an LC (inductor-capacitor) network having a resonant property affected by the at least one physical property. a contact assembly (116, 212, 304, 618) configured to removably electrically couple to a first sensor disposed in or proximate to a material layer of the shoe (100, 906) that changes in at least one physical property with degradation to the shoe (100, 906), the first sensor configured to indicate the at least one physical property of the material layer thereby indicating a degree of degradation to the shoe (100, 906); a reader module operable to query the first sensor via the contact assembly (116, 212, 304, 618), the reader module operable to measure the at least one physical property of the material via the first sensor; and a communication module operable to communicate the measurement of the at least one physical property of the material from the shoe (100, 906) degradation sensor reader to an electronic device, wherein the first sensor comprises an LC (inductor-capacitor) network having a resonant property affected by the at least one physical property.
A motor unit (2, 2A) comprising: a motor (21, 21A) that generates power for rotating a blade (3, 3A); and a pitch angle changing mechanism (5, 5A) that changes a pitch angle of the blade (3, 3A), wherein the motor (21, 21A) includes a stator (22, 22A) and a rotor (23, 23A) that is located outside of the stator (22, 22A) and to which the blade (3, 3A) is coupled, the pitch angle changing mechanism (5, 5A) includes one displacement member (50, 54A) that is displaceable, and the displacement member (50, 54A) is partially located inside of the stator (22, 22A); characterized in that the pitch angle changing mechanism (5, 5A) includes, as the displacement member, a moving member (50, 54A) that moves in a direction parallel to the axis serving as the rotation center of the rotor (23, 23A). a motor (21, 21A) that generates power for rotating a blade (3, 3A); and a pitch angle changing mechanism (5, 5A) that changes a pitch angle of the blade (3, 3A), wherein the motor (21, 21A) includes a stator (22, 22A) and a rotor (23, 23A) that is located outside of the stator (22, 22A) and to which the blade (3, 3A) is coupled, the pitch angle changing mechanism (5, 5A) includes one displacement member (50, 54A) that is displaceable, and the displacement member (50, 54A) is partially located inside of the stator (22, 22A); characterized in that the pitch angle changing mechanism (5, 5A) includes, as the displacement member, a moving member (50, 54A) that moves in a direction parallel to the axis serving as the rotation center of the rotor (23, 23A).
A hardware security module for usage with manufacturing devices, comprising: - A secure element, which is adapted to detect an operating mode of the hardware security module; - A first interface which is adapted to receive commands for controlling the hardware security module; - A central processing unit for processing application program code in a secure environment; - A second interface which is adapted for receiving configuration data, wherein the second interface is activated and deactivated in dependence of the detected operating mode, characterized in that, the secure element is controlled by a command received via the first interface, wherein the secure element directly controls a switch to activate or deactivate the second interface. - A secure element, which is adapted to detect an operating mode of the hardware security module; - A first interface which is adapted to receive commands for controlling the hardware security module; - A central processing unit for processing application program code in a secure environment; - A second interface which is adapted for receiving configuration data, wherein the second interface is activated and deactivated in dependence of the detected operating mode, the secure element is controlled by a command received via the first interface, wherein the secure element directly controls a switch to activate or deactivate the second interface.
A cellulose composite containing cellulose and a polysaccharide, wherein the surface of a cellulose particle is coated with a polysaccharide and wherein a median size of colloidal cellulose composites contained in the cellulose composite as measured by a dynamic light scattering method is 1.0 μm or more.
An agent for use in treating, preventing, delaying, or attenuating the development of a toxicity in a subject that has been administered a therapy comprising anti-CD19 chimeric antigen receptor T cells, wherein the agent comprises tocilizumab and is administered within 24 hours of the first sign of a fever following administration of the therapy, wherein the fever comprises the subject having a temperature of at least or at least about 38.0°C.
A method for operating a spinning position of a spinning machine, preferably an air jet spinning machine or a rotor spinning machine, - wherein a yarn is produced from a fibre strand supplied to the spinning unit during a normal operation of the spinning position with the aid of a spinning unit of the spinning position, - wherein the yarn leaving the spinning unit is monitored with the aid of a yarn sensor with regard to the occurrence of a yarn defect, - wherein the yarn passing the yarn sensor is guided over a yarn storage and subsequently wound onto a sleeve, and - wherein, when a yarn defect in the yarn is detected with the aid of the yarn sensor, the normal operation is interrupted, the yarn defect is removed from the yarn and the spinning position is returned to the normal operation, characterized in that the spinning unit also continuously produces yarn during the interruption of the normal operation, wherein the yarn produced during the interruption of the normal operation is temporarily stored with the aid of the yarn storage and is wound onto the sleeve after the removal of the yarn defect, wherein the yarn is separated between the yarn storage and the sleeve during the interruption of the normal operation, so that a first yarn section coming from the yarn storage and a second yarn section coming from the sleeve are formed, wherein the first yarn section comprises the yarn defect, wherein the disposal of said yarn section is carried out with the aid of a yarn discharge of the spinning position, which is designed as a suction, wherein the section of the first yarn section, which comprises the yarn defect, is separated from the remaining section of the first yarn section and is disposed of via the yarn discharge, and wherein the yarn is separated from the yarn discharge, which is designed as a suction, with the aid of a cutting unit. - wherein a yarn is produced from a fibre strand supplied to the spinning unit during a normal operation of the spinning position with the aid of a spinning unit of the spinning position, - wherein the yarn leaving the spinning unit is monitored with the aid of a yarn sensor with regard to the occurrence of a yarn defect, - wherein the yarn passing the yarn sensor is guided over a yarn storage and subsequently wound onto a sleeve, and - wherein, when a yarn defect in the yarn is detected with the aid of the yarn sensor, the normal operation is interrupted, the yarn defect is removed from the yarn and the spinning position is returned to the normal operation,