mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article , such as a diaper or a training pant, having a wearer-facing side and a garment-facing side and a longitudinal axis ; the absorbent article comprising: - a topsheet on the wearer-facing side, - a backsheet on the garment-facing side, and - an absorbent core between the topsheet and backsheet; the absorbent core comprising a core wrap having a top layer and a bottom layer enclosing an absorbent material , wherein the absorbent core comprises a pair of generally longitudinally-extending channels symmetrically disposed relative to the longitudinal axis of the absorbent article characterized in that the absorbent article further comprises a wetness indicator at least partially superposed with at least one of the channels, as seen from the garment-facing side of the article and wherein the channels are areas of the absorbent core substantially free of absorbent material , wherein the top layer of the core wrap is bonded to the bottom layer of the core wrap through at least one of the channel(s), wherein the wetness indicator comprises a composition that changes appearance when contacted with urine, wherein the composition is slot coated or printed on a component of the absorbent article; and wherein the urine indicator comprises two or more wetness indicator areas in at least one of the channel where the wetness indicator is present. - a topsheet on the wearer-facing side, - a backsheet on the garment-facing side, and - an absorbent core between the topsheet and backsheet; the absorbent core comprising a core wrap having a top layer and a bottom layer enclosing an absorbent material , wherein the absorbent core comprises a pair of generally longitudinally-extending channels symmetrically disposed relative to the longitudinal axis of the absorbent article
A component for a turbine engine , said component comprising: a substrate comprising a first surface , a recess being defined in the first surface; an insert coupled to said substrate proximate said substrate first surface, the shape of said insert being complementary to a shape of said recess; a micro-channel defined by a first channel wall formed in said substrate and a second channel wall formed by at least one coating disposed on said substrate first surface; and an inlet opening defined in flow communication with said micro-channel, said inlet opening defined by a first inlet wall formed in said substrate and a second inlet wall defined by said insert, and a transition region disposed between, and defined in flow communication with, said micro-channel and said inlet opening and being at least partially defined by a first transition wall formed in said substrate and a second transition wall formed by said insert. a substrate comprising a first surface , a recess being defined in the first surface; an insert coupled to said substrate proximate said substrate first surface, the shape of said insert being complementary to a shape of said recess; a micro-channel defined by a first channel wall formed in said substrate and a second channel wall formed by at least one coating disposed on said substrate first surface; and an inlet opening defined in flow communication with said micro-channel, said inlet opening defined by a first inlet wall formed in said substrate and a second inlet wall defined by said insert, and a transition region disposed between, and defined in flow communication with, said micro-channel and said inlet opening and being at least partially defined by a first transition wall formed in said substrate and a second transition wall formed by said insert.
Side-channel pump having a pump housing in which a plurality of operating chambers which are provided with a side channel and a motor are arranged, having an impeller in the operating chamber which rotates with a shaft which is driven by the motor , and having a cooling circuit which extends from the operating chamber to the motor and from the motor to a suction portion of the pump, characterized in that the cooling circuit is supplied from an operating chamber whose outlet side is connected to an outlet opening of the side-channel pump, wherein the suction portion is arranged in the operating chamber from which the cooling circuit is supplied.
Semiconductor arrangement that has an epilayer of a first conductivity type, situated on a heavily doped substrate of the first conductivity type, a layer of a second conductivity type, incorporated into the epilayer , and a heavily doped layer of the second conductivity type, provided on the surface of the layer of the second conductivity type, characterized in that between the layer of the second conductivity type and the heavily doped substrate of the first conductivity type there are arranged multiple floated Schottky contacts provided in trenches and arranged in parallel with one another in the direction of the heavily doped substrate, in alternation with further dielectric layers .
A fastening clip assembly configured to secure to one or more components , the fastening clip assembly comprising: a collar having a lower surface ; a stem extending from the lower surface of the collar to a lead-in nose ; a first leg having a first knuckle ; a second leg having a second knuckle ; a third leg having a third knuckle ; and a fourth leg having a fourth knuckle , wherein the first and second leg extend from the lead-in nose , wherein the first knuckle is located a first distance (D1) from the lower surface of the collar and the second knuckle is located a second distance (D2) from the lower surface of the collar , and wherein the first distance (D 1) is different than the second distance (D2), characterised in that an interior surface of the first leg and an interior surface of the second leg define an aperture , and in that a brace spans between the first leg and the second leg and extends across the aperture , and in that an interior surface of the third leg and an interior surface of the fourth leg define an aperture , and in that a brace spans between the third leg and the fourth leg . a collar having a lower surface ; a stem extending from the lower surface of the collar to a lead-in nose ; a first leg having a first knuckle ; a second leg having a second knuckle ; a third leg having a third knuckle ; and a fourth leg having a fourth knuckle , wherein the first and second leg extend from the lead-in nose , wherein the first knuckle is located a first distance (D1) from the lower surface of the collar and the second knuckle is located a second distance (D2) from the lower surface of the collar , and wherein the first distance (D 1) is different than the second distance (D2), characterised in that an interior surface of the first leg and an interior surface of the second leg define an aperture , and in that a brace spans between the first leg and the second leg and extends across the aperture , and in that an interior surface of the third leg and an interior surface of the fourth leg define an aperture , and in that a brace spans between the third leg and the fourth leg .
A valve for a cylinder , comprising: an upper body portion having a port for attachment to external piping or hosing; a lower body portion extending from a junction with the upper body portion and having a valve inlet for communicating with the interior of a cylinder when the valve is installed thereon; a flow path extending from the port to the valve inlet ; a valve member housed entirely within the lower body portion for allowing or preventing a flow of fluid along the flow path; electrical actuating means for actuating the valve member , the actuating means housed entirely within the lower body portion , cylinder engagement means adjacent the junction for sealing engagement with a cylinder , characterized in that the valve further comprises: a store of charge housed entirely within the lower body portion ; a wireless receiver housed entirely within the lower body portion , wherein the electrical actuating means is driven by the store of charge and the wireless receiver . an upper body portion having a port for attachment to external piping or hosing; a lower body portion extending from a junction with the upper body portion and having a valve inlet for communicating with the interior of a cylinder when the valve is installed thereon; a flow path extending from the port to the valve inlet ; a valve member housed entirely within the lower body portion for allowing or preventing a flow of fluid along the flow path; electrical actuating means for actuating the valve member , the actuating means housed entirely within the lower body portion , cylinder engagement means adjacent the junction for sealing engagement with a cylinder , characterized in that the valve further comprises: a store of charge housed entirely within the lower body portion ; a wireless receiver housed entirely within the lower body portion , a store of charge housed entirely within the lower body portion ; a wireless receiver housed entirely within the lower body portion ,
A transmission line substrate that includes a transmission line for transmitting a driving control signal input to and output from a semiconductor device , and constitutes a triplate line with a grounding conductor on upper and lower layers of a signal line , the transmission line substrate comprising: a radial stab that is connected in parallel to the signal line ; a coupling slot that is located on the grounding conductor on at least one of the upper and lower layers at a connection point of the radial stab and the signal line , and coupled to the signal line around the connection point where standing-wave distribution is open; and a resistor that is located on at least a part of the coupling slot , and absorbs a normally polarized wave, wherein the signal line and the radial stab are surrounded by a plurality of ground vias that are mutually spaced apart a distance equal to or less than one quarter of an in-substrate effective wavelength of a spurious wave. a radial stab that is connected in parallel to the signal line ; a coupling slot that is located on the grounding conductor on at least one of the upper and lower layers at a connection point of the radial stab and the signal line , and coupled to the signal line around the connection point where standing-wave distribution is open; and a resistor that is located on at least a part of the coupling slot , and absorbs a normally polarized wave, wherein the signal line and the radial stab are surrounded by a plurality of ground vias that are mutually spaced apart a distance equal to or less than one quarter of an in-substrate effective wavelength of a spurious wave.
A JTAG interface for controlling the control device of lamps by a bus node (BS1, BS2, BS3), characterized in that - it comprises at least one lighting control register (ILCR) as a data register of the JTAG interface and a lighting register (ILR) as a data register of the JTAG interface, - it depends on at last parts of the content of the lighting control register (ILCR) whether the lighting register (ILR) receives the lighting data for controlling the control device of the lamps by the bus node via the test data interface (TMS_TDI) of the JTAG interface or a separate data input (SILDI), and - the control of the lamps by the bus node (BS1, BS2, BS3) depends at least temporarily on the at least temporary content of the lighting register (ILR), - wherein the JTAG interface comprises a test controller (TAPC) having a state diagram corresponding to the IEEE 1149 standard or in particular one or more of the sub-standards IEEE 1149.1 to IEEE 1149.8. - it comprises at least one lighting control register (ILCR) as a data register of the JTAG interface and a lighting register (ILR) as a data register of the JTAG interface, - it depends on at last parts of the content of the lighting control register (ILCR) whether the lighting register (ILR) receives the lighting data for controlling the control device of the lamps by the bus node via the test data interface (TMS_TDI) of the JTAG interface or a separate data input (SILDI), and - the control of the lamps by the bus node (BS1, BS2, BS3) depends at least temporarily on the at least temporary content of the lighting register (ILR), - wherein the JTAG interface comprises a test controller (TAPC) having a state diagram corresponding to the IEEE 1149 standard or in particular one or more of the sub-standards IEEE 1149.1 to IEEE 1149.8.
An environmental control unit comprising: a base section ; a mobile section coupled to the base section for movement between a collapsed-storage position arranged substantially within the base section and an expanded-use position extending from the base section , to allow separate air flows through the base section and the mobile section during operation of the environmental control unit ; and a temperature control system coupled to the base section and the mobile section , the temperature control system configured to selectively heat or cool air flowing through the mobile section , wherein an indoor heat exchanger of the temperature control system is coupled to the mobile section and an outdoor heat exchanger of the temperature control system is coupled to the base section , and the indoor heat exchanger is arranged for movement with the mobile section relative to the outdoor heat exchanger and/or wherein the environmental control unit is arranged within a first footprint in the collapsed-storage position, and the environmental control unit is arranged within a larger second footprint in the expanded-use position, and wherein the mobile section and the temperature control system are contained within the base section in the collapsed-storage position. a base section ; a mobile section coupled to the base section for movement between a collapsed-storage position arranged substantially within the base section and an expanded-use position extending from the base section , to allow separate air flows through the base section and the mobile section during operation of the environmental control unit ; and a temperature control system coupled to the base section and the mobile section , the temperature control system configured to selectively heat or cool air flowing through the mobile section , wherein an indoor heat exchanger of the temperature control system is coupled to the mobile section and an outdoor heat exchanger of the temperature control system is coupled to the base section , and the indoor heat exchanger is arranged for movement with the mobile section relative to the outdoor heat exchanger and/or wherein the environmental control unit is arranged within a first footprint in the collapsed-storage position, and the environmental control unit is arranged within a larger second footprint in the expanded-use position, and wherein the mobile section and the temperature control system are contained within the base section in the collapsed-storage position.
A gear motor for a motor vehicle wiper system, comprising: - a brushless direct-current electric motor comprising: - a rotor comprising magnetic elements , - a stator having electromagnetic rotor excitation coils, - a rotation shaft secured to the rotor, - a speed-reducing mechanism linking the rotation shaft and an output shaft of the gear motor, - a casing enclosing the electric motor and said speed-reducing mechanism , the casing comprises, on the one hand, a jacket part receiving at least the rotor and the stator of the electric motor , offering a lateral opening to the electric motor, and, on the other hand, a closing flange ensuring the removable closure of said lateral opening, and in which a rolling bearing ensures the guiding of the rotation shaft at one of the longitudinal ends of the rotation shaft, said rolling bearing , arranged internal to the rotor and stator assembly, housed in a recess internal to the rotor , and in which the casing comprises an inwardly-protruding part borne by the closing flange , penetrating into said internal recess, and supporting a seat for said rolling bearing , the protruding part comprises a tubular wall , extending coaxially to the rotation shaft , the seat for the rolling bearing being formed at the distal end of the protruding part by a housing for the rolling bearing defined by the inner cylindrical surface of the tubular wall , and a shoulder extending radially inward from the cylindrical surface of the tubular wall . - a brushless direct-current electric motor comprising: - a rotor comprising magnetic elements , - a stator having electromagnetic rotor excitation coils, - a rotation shaft secured to the rotor, - a rotor comprising magnetic elements , - a stator having electromagnetic rotor excitation coils, - a rotation shaft secured to the rotor, - a speed-reducing mechanism linking the rotation shaft and an output shaft of the gear motor, - a casing enclosing the electric motor and said speed-reducing mechanism , the casing comprises, on the one hand, a jacket part receiving at least the rotor and the stator of the electric motor , offering a lateral opening to the electric motor, and, on the other hand, a closing flange ensuring the removable closure of said lateral opening,
A mobile communication system that includes a terminal , a movement-origin base station to which said terminal is connected before movement, a movement-destination base station to which said terminal is connected after movement, and a higher-order apparatus that is external with respect to a core network and that has said movement-origin base station and said movement-destination base station under its control; wherein: Radio Access Bearer sub-Flow Combination Indicator, RFCI, information in said movement-origin base station and said movement-destination base station is set in advance; said movement-origin base station comprises: a control unit for including said RFCI information of its own station in a first message; and a transceiver unit for transmitting the first message to said higher-order apparatus ; and said higher-order apparatus comprises: a control unit for including said RFCI information of said movement-origin base station in a second message; and a transceiver unit for transmitting the second message to said movement-destination base station without an Iu User Plane Initialization procedure. Radio Access Bearer sub-Flow Combination Indicator, RFCI, information in said movement-origin base station and said movement-destination base station is set in advance; said movement-origin base station comprises: a control unit for including said RFCI information of its own station in a first message; and a transceiver unit for transmitting the first message to said higher-order apparatus ; and a control unit for including said RFCI information of its own station in a first message; and a transceiver unit for transmitting the first message to said higher-order apparatus ; and said higher-order apparatus comprises: a control unit for including said RFCI information of said movement-origin base station in a second message; and a transceiver unit for transmitting the second message to said movement-destination base station without an Iu User Plane Initialization procedure. a control unit for including said RFCI information of said movement-origin base station in a second message; and a transceiver unit for transmitting the second message to said movement-destination base station without an Iu User Plane Initialization procedure.
A process for continuously collecting cells from a cell culture, comprising: suspending the cell culture in a growth volume of a bioreactor, the bioreactor including at least one ultrasonic transducer and a reflector located opposite the at least one ultrasonic transducer, each ultrasonic transducer being driven to produce a multi-dimensional acoustic standing wave that holds the cell culture in the growth volume; and flowing a nutrient fluid stream through the cell culture to dislodge cells from the cell culture; and separating the dislodged cells from the nutrient fluid stream. suspending the cell culture in a growth volume of a bioreactor, the bioreactor including at least one ultrasonic transducer and a reflector located opposite the at least one ultrasonic transducer, each ultrasonic transducer being driven to produce a multi-dimensional acoustic standing wave that holds the cell culture in the growth volume; and flowing a nutrient fluid stream through the cell culture to dislodge cells from the cell culture; and separating the dislodged cells from the nutrient fluid stream.
An axle assembly comprising: an axle housing ; a wheel bearing cage fixedly positioned with respect to the axle housing ; a planetary gear set that is received in the wheel bearing cage , the planetary gear set having a planet carrier that rotates about an axis ; a wheel mount that is disposed on the planet carrier and configured to facilitate mounting of a wheel , a fastener that couples the wheel mount to the planet carrier , characterized in that the wheel mount includes a tubular portion and a flange portion , wherein the tubular portion is disposed around the axis and has a wheel mount hole that is centered about the axis ; and a dowel that is received in the wheel mount and the planet carrier ; wherein the planet carrier is disposed adjacent to the tubular portion of the wheel mount but does not extend into the wheel mount hole of the wheel mount . an axle housing ; a wheel bearing cage fixedly positioned with respect to the axle housing ; a planetary gear set that is received in the wheel bearing cage , the planetary gear set having a planet carrier that rotates about an axis ; a wheel mount that is disposed on the planet carrier and configured to facilitate mounting of a wheel , a fastener that couples the wheel mount to the planet carrier , characterized in that the wheel mount includes a tubular portion and a flange portion , wherein the tubular portion is disposed around the axis and has a wheel mount hole that is centered about the axis ; and a dowel that is received in the wheel mount and the planet carrier ; wherein the planet carrier is disposed adjacent to the tubular portion of the wheel mount but does not extend into the wheel mount hole of the wheel mount .