mhurhangee/ep-ind-claims huggingface dataset:
A floating disc brake assembly, comprising: a disc brake rotor comprising an inner circumferential aperture having a plurality of rotor tabs spaced about the aperture; a hub comprising a cylindrical axial body having axially opposed first and second ends, a rotor mounting flange extending radially at or near the first end of the axial body, a plurality of rotor mounting tabs, at least some of which having retention ring flanges, the plurality of rotor mounting tabs spaced about the rotor mounting flange and forming slots interspersed therebetween, the slots structured and arranged for receiving the rotor tabs; and at least one retention ring for securing the rotor tabs between the rotor mounting tabs and the rotor mounting flange, the retention ring structured and arranged to fit within the retention ring flanges of the plurality of rotor mounting tabs, characterized in that the at least one retention ring is in the form of a continuous multi-turn spiral ring having substantially flat or planar axial faces and overlapping terminal ends. a disc brake rotor comprising an inner circumferential aperture having a plurality of rotor tabs spaced about the aperture; a hub comprising a cylindrical axial body having axially opposed first and second ends, a rotor mounting flange extending radially at or near the first end of the axial body, a plurality of rotor mounting tabs, at least some of which having retention ring flanges, the plurality of rotor mounting tabs spaced about the rotor mounting flange and forming slots interspersed therebetween, the slots structured and arranged for receiving the rotor tabs; and at least one retention ring for securing the rotor tabs between the rotor mounting tabs and the rotor mounting flange, the retention ring structured and arranged to fit within the retention ring flanges of the plurality of rotor mounting tabs, characterized in that the at least one retention ring is in the form of a continuous multi-turn spiral ring having substantially flat or planar axial faces and overlapping terminal ends.
A method for producing a standard sample for quantitatively determining red phosphorus contained in a resin, the method comprising the steps of: preparing a red-phosphorus-containing compound by weighing a predetermined amount of red phosphorus and uniformly mixing the red phosphorus in a resin; decreasing the number of particles having a maximum diameter of 5 μm or more to 1/20 or less of the number of particles having a maximum diameter of 1 μm or more and less than 5 μm by pulverizing the red-phosphorus-containing compound; and obtaining a standard sample by weighing 0.05 to 10 mg of the pulverized red-phosphorus-containing compound. preparing a red-phosphorus-containing compound by weighing a predetermined amount of red phosphorus and uniformly mixing the red phosphorus in a resin; decreasing the number of particles having a maximum diameter of 5 μm or more to 1/20 or less of the number of particles having a maximum diameter of 1 μm or more and less than 5 μm by pulverizing the red-phosphorus-containing compound; and obtaining a standard sample by weighing 0.05 to 10 mg of the pulverized red-phosphorus-containing compound.
A method of handling Session Initiation Protocol messages in a wireless telecommunications device configured to use Session Initiation Protocol in communication with at least one other telecommunications device, wherein the device comprises: • a modem subsystem configured to deploy Internet Protocol Multimedia Subsystem services using Session Initiation Protocol and comprising a Session Initiation Protocol stack for exchanging Session Initiation Protocol messages between Internet Protocol Multimedia Subsystem services on the modem subsystem and an external Session Initiation Protocol proxy server; and • an application processing engine configured to deploy Internet Protocol Multimedia Subsystem services using Session Initiation Protocol and comprising a Session Initiation Protocol stack for exchanging Session Initiation Protocol messages between Internet Protocol Multimedia Subsystem services on the application processing engine and the external Session Initiation Protocol proxy server, the method comprising the steps of: • capturing Session Initiation Protocol messages from Internet Protocol Multimedia Subsystem services to the external Session Initiation Protocol proxy server in a logical element configured to function as a Session Initiation Protocol Back-to-Back User Agent with a Session Initiation Protocol stack connected to the Session Initiation Protocol stacks of the modem subsystem and the application processing engine and to the external Session Initiation Protocol proxy server; and • sending from said logical element to the external Session Initiation Protocol proxy server Session Initiation Protocol messages based on said captured Session Initiation Protocol messages. • a modem subsystem configured to deploy Internet Protocol Multimedia Subsystem services using Session Initiation Protocol and comprising a Session Initiation Protocol stack for exchanging Session Initiation Protocol messages between Internet Protocol Multimedia Subsystem services on the modem subsystem and an external Session Initiation Protocol proxy server; and • an application processing engine configured to deploy Internet Protocol Multimedia Subsystem services using Session Initiation Protocol and comprising a Session Initiation Protocol stack for exchanging Session Initiation Protocol messages between Internet Protocol Multimedia Subsystem services on the application processing engine and the external Session Initiation Protocol proxy server, • capturing Session Initiation Protocol messages from Internet Protocol Multimedia Subsystem services to the external Session Initiation Protocol proxy server in a logical element configured to function as a Session Initiation Protocol Back-to-Back User Agent with a Session Initiation Protocol stack connected to the Session Initiation Protocol stacks of the modem subsystem and the application processing engine and to the external Session Initiation Protocol proxy server; and • sending from said logical element to the external Session Initiation Protocol proxy server Session Initiation Protocol messages based on said captured Session Initiation Protocol messages.
An interface for enabling interconnection of a host device and a small-formfactor pluggable module, said interface being characterized in comprising: a host device connector arranged to receive a small-formfactor pluggable module connector; and a switching device (53, 54) connected to the host device connector and arranged to selectively switch a set of signals carried over the host device connector to a respective first signal path of the host device when in a first switching mode and to a respective second signal path of the host device separate from the first signal path when in a second switching mode; the switching device (53, 54) being arranged to be set in the first switching mode when the set of signals carried over the host device connector comprises a TxFault, a TxDisable, a RateSelect and a LOS signal, and in the second switching mode when the set of signals carried over the host device connector comprises at least a 1PPS signal, wherein a time-of-day, ToD, signal further is arranged to be received over the host device connector via logic circuitry I2C, signals when said set of signals carried over the host device connector comprises the at least one 1PPS signal. a host device connector arranged to receive a small-formfactor pluggable module connector; and a switching device (53, 54) connected to the host device connector and arranged to selectively switch a set of signals carried over the host device connector to a respective first signal path of the host device when in a first switching mode and to a respective second signal path of the host device separate from the first signal path when in a second switching mode; the switching device (53, 54) being arranged to be set in the first switching mode when the set of signals carried over the host device connector comprises a TxFault, a TxDisable, a RateSelect and a LOS signal, and in the second switching mode when the set of signals carried over the host device connector comprises at least a 1PPS signal, wherein a time-of-day, ToD, signal further is arranged to be received over the host device connector via logic circuitry I2C, signals when said set of signals carried over the host device connector comprises the at least one 1PPS signal.
A knot-wood extract comprising at least one lignan selected from the list comprising (-)-hydroxymatairesinol (two epimers; 7S,8R,8'R and 7R,8R,8'R), (-)(7S, 8R, 8'R)-hydroxymatairesinol, (+)-lariciresinol, (-)-secoisolariciresinol, and liovil, for use in the treatment of chronic obstructive pulmonary disease (COPD).
A push to connect fitting assembly for a conduit having a longitudinal axis, the fitting assembly comprising: a first fitting component (12, 252, 366, 382) having an outboard end that is adapted to receive a conduit end; a second fitting component (14, 256, 352, 386) joined to the first fitting component to define an interior cavity; a seal device disposed in the interior cavity, wherein the seal device seals one of the first and second fitting components with an outer surface of a conduit end when the conduit end is inserted into the outboard end of the first fitting component; and a retainer (202, 270, 414) assembled with at least one of the first and second fitting components, the retainer including an annular retainer body (204, 272, 412), and a gripping portion comprising a plurality of circumferentially spaced bearing members (56, 274, 416) captured between the retainer body and the at least one of the first and second fitting components to engage the inserted conduit end over a first surface contact area to grip the conduit end, the retainer further including a colleting portion outboard of the gripping portion, the colleting portion comprising a plurality of axially extending, radially flexible fingers, each flexible finger at a distal end thereof projects radially outward to form an associated tab, the fingers having conduit contacting surfaces that engage the inserted conduit end over a second surface contact area greater than the first surface contact area to collet the inserted conduit end. a first fitting component (12, 252, 366, 382) having an outboard end that is adapted to receive a conduit end; a second fitting component (14, 256, 352, 386) joined to the first fitting component to define an interior cavity; a seal device disposed in the interior cavity, wherein the seal device seals one of the first and second fitting components with an outer surface of a conduit end when the conduit end is inserted into the outboard end of the first fitting component; and a retainer (202, 270, 414) assembled with at least one of the first and second fitting components, the retainer including an annular retainer body (204, 272, 412), and a gripping portion comprising a plurality of circumferentially spaced bearing members (56, 274, 416) captured between the retainer body and the at least one of the first and second fitting components to engage the inserted conduit end over a first surface contact area to grip the conduit end,
A doser having two needles, wherein the two needles consist of a needle seat, an upper needle and a lower needle, the upper needle and the lower needle are arranged at both sides of the needle seat, the upper needle and the lower needle both have a hollow structure and are in communication with each other, characterized in that a medicine mixing body of a cup structure is formed through extending along an edge of the needle seat in a direction toward the upper needle; wherein a sealing diaphragm is provided on an upper port of the medicine mixing body; a sealing sleeve is sleeved onto a needle tip of the lower needle, and a protecting sleeve is sleeved outside the sealing sleeve and fixed to the medicine mixing body; and wherein a snapping sleeve is provided at the bottom of the medicine mixing body, the protecting sleeve is sleeved onto the snapping sleeve in a snapping manner and is hermetically cooperated with the snapping sleeve.
A footwear injection mould, the footwear injection mould comprising: - a primary injection mould and - a secondary injection mould, where the secondary injection mould is configured to be fixed relative to the primary injection mould, - the secondary injection mould defining at least part of an injection chamber for moulding a footwear part, said injection chamber comprises a proximal surface defining at least part of a distal surface of the footwear part, and where the secondary injection mould comprises at least one protrusion, where the at least one protrusion comprises an upper contacting surface for contacting an upper part of a footwear, a proximal end connected to the secondary injection mould, a primary surface faced away from the injection chamber, and a secondary surface faced towards the injection chamber, and where a normal of the upper contacting surface is configured to intersect a centre point of the upper contacting surface seen in a height direction, and where a protrusion plane is defined by the normal of the upper contacting surface along a width of the protrusion, said protrusion plane configured to define a boundary between a primary half and a secondary half of the protrusion, the primary half arranged between the protrusion plane and the primary surface and the secondary half arranged between the protrusion plane and the secondary surface, and where a height of the proximal end of the protrusion is larger than the height of the upper contacting surface of the protrusion, relative to the normal of the upper contacting surface, wherein the primary injection mould has a higher thermal conductivity than the secondary injection mould. - a primary injection mould and - a secondary injection mould, where the secondary injection mould is configured to be fixed relative to the primary injection mould, - the secondary injection mould defining at least part of an injection chamber for moulding a footwear part, said injection chamber comprises a proximal surface defining at least part of a distal surface of the footwear part, and where the secondary injection mould comprises at least one protrusion, where the at least one protrusion comprises an upper contacting surface for contacting an upper part of a footwear, a proximal end connected to the secondary injection mould, a primary surface faced away from the injection chamber, and a secondary surface faced towards the injection chamber, and where a normal of the upper contacting surface is configured to intersect a centre point of the upper contacting surface seen in a height direction, and where a protrusion plane is defined by the normal of the upper contacting surface along a width of the protrusion, said protrusion plane configured to define a boundary between a primary half and a secondary half of the protrusion, the primary half arranged between the protrusion plane and the primary surface and the secondary half arranged between the protrusion plane and the secondary surface, and where a height of the proximal end of the protrusion is larger than the height of the upper contacting surface of the protrusion, relative to the normal of the upper contacting surface,
A system for manufacturing a flexible bag, comprising: a flexible bag manufacturing station configured to manufacture a flexible bag; an e-beam sterilization station configured to sterilize the flexible bag; and a fill station configured to fill the flexible bag with at least two different materials; the system characterized in that the flexible bag manufacturing station, the e-beam sterilization station and the fill station are all located within a same single contained environment configured for aseptic processing. a flexible bag manufacturing station configured to manufacture a flexible bag; an e-beam sterilization station configured to sterilize the flexible bag; and a fill station configured to fill the flexible bag with at least two different materials; the system characterized in that the flexible bag manufacturing station, the e-beam sterilization station and the fill station are all located within a same single contained environment configured for aseptic processing.
Insulating body of a plug connector for data transmission, • wherein the insulating body is at least partially produced from metallizable plastic, • wherein the insulating body comprises at least one channel which is intended to receive a conductor, and • wherein at least one channel is provided with a conductive coating, characterized in that • the channel or the channels is/are only partially provided with a conductive coating, or • at least one channel is completely provided with a conductive coating and at least one channel is partially provided with a conductive coating. • wherein the insulating body is at least partially produced from metallizable plastic, • wherein the insulating body comprises at least one channel which is intended to receive a conductor, and • wherein at least one channel is provided with a conductive coating, • the channel or the channels is/are only partially provided with a conductive coating, or • at least one channel is completely provided with a conductive coating and at least one channel is partially provided with a conductive coating.
A method of determining the potential friction between a vehicle tyre and a rolling surface, a footprint area being defined between said tyre and said rolling surface, said method comprising: - detecting at least one signal representative of a tangential deformation of a portion of inner surface of a tyre, said deformation being caused by rolling of said tyre on said rolling surface; - processing said at least one signal so as to identify on a curve representative of said at least one signal: · a point (AT0; ST1) substantially corresponding to a start of the footprint area and a point (AT5; ST4) substantially corresponding to an end of the footprint area; and one or more of the following significant points: · a start point and an end point of a linearity region of the tangential deformation of said inner surface, defined within said footprint area; · a point corresponding to a maximum of the tangential deformation, in absolute value, subsequent in time to the end of said footprint area; - determining as a function of at least one coordinate of at least one of said significant points, a parameter representative of the grip between said tyre and said rolling surface; - determining as a function of said parameter, the potential friction (μpot) between said tyre and said rolling surface. - detecting at least one signal representative of a tangential deformation of a portion of inner surface of a tyre, said deformation being caused by rolling of said tyre on said rolling surface; - processing said at least one signal so as to identify on a curve representative of said at least one signal: · a point (AT0; ST1) substantially corresponding to a start of the footprint area and a point (AT5; ST4) substantially corresponding to an end of the footprint area; and one or more of the following significant points: · a start point and an end point of a linearity region of the tangential deformation of said inner surface, defined within said footprint area; · a point corresponding to a maximum of the tangential deformation, in absolute value, subsequent in time to the end of said footprint area; · a point (AT0; ST1) substantially corresponding to a start of the footprint area and a point (AT5; ST4) substantially corresponding to an end of the footprint area; · a start point and an end point of a linearity region of the tangential deformation of said inner surface, defined within said footprint area; · a point corresponding to a maximum of the tangential deformation, in absolute value, subsequent in time to the end of said footprint area; - determining as a function of at least one coordinate of at least one of said significant points, a parameter representative of the grip between said tyre and said rolling surface; - determining as a function of said parameter, the potential friction (μpot) between said tyre and said rolling surface.
X-ray detector comprising: - a directly converting semiconductor layer having a plurality of pixels for converting incident radiation into electrical measurement signals with a band gap energy characteristic of the semiconductor layer, wherein said incident radiation is x-ray radiation emitted by an x-ray source or light emitted by at least one light source (30, 33), said light having an energy above the band gap energy of the semiconductor layer for the simulation of incident x-ray quanta, - an evaluation unit configured to calculate evaluation signals per pixel or group of pixels from first electrical measurement signals generated per pixel or group of pixels when light from said at least one light source at a first intensity is coupled into the semiconductor layer and second electrical measurement signals generated per pixel or group of pixels when light from said at least one light source at a second intensity is coupled into the semiconductor layer, wherein said evaluation unit is configured to detect per pixel or group of pixels a noise peak in said first and second electrical measurement signals and to determine offset and gain per pixel or group of pixels from the detected noise peaks, - a detection unit configured to determine detection signals from electrical measurement signals generated when x-ray radiation is incident onto the semiconductor layer, and - a calibration unit configured to calibrate the detection unit on the basis of the evaluation signals. - a directly converting semiconductor layer having a plurality of pixels for converting incident radiation into electrical measurement signals with a band gap energy characteristic of the semiconductor layer, wherein said incident radiation is x-ray radiation emitted by an x-ray source or light emitted by at least one light source (30, 33), said light having an energy above the band gap energy of the semiconductor layer for the simulation of incident x-ray quanta, - an evaluation unit configured to calculate evaluation signals per pixel or group of pixels from first electrical measurement signals generated per pixel or group of pixels when light from said at least one light source at a first intensity is coupled into the semiconductor layer and second electrical measurement signals generated per pixel or group of pixels when light from said at least one light source at a second intensity is coupled into the semiconductor layer, wherein said evaluation unit is configured to detect per pixel or group of pixels a noise peak in said first and second electrical measurement signals and to determine offset and gain per pixel or group of pixels from the detected noise peaks, - a detection unit configured to determine detection signals from electrical measurement signals generated when x-ray radiation is incident onto the semiconductor layer, and - a calibration unit configured to calibrate the detection unit on the basis of the evaluation signals.