mhurhangee/ep-ind-claims huggingface dataset:
An analysis method of a signal generated by a NOx sensor arranged downstream of an active SCR catalyst, the method comprising: - a first step of acquiring the signal generated by the NOx sensor, - a second consequent step comprising: a) isolating a predetermined first frequency band of said signal, and b) calculating an intensity value of said signal in said first frequency band, characterized by comprising a third consequent step of comparing said intensity value with a first predetermined threshold; said signal being deemed indicative of a measurement of NOx when said intensity value is greater than or equal (H>=Th1) to said first predetermined threshold; wherein, when said intensity value is lower (H<Th1) than said first predetermined threshold, the method comprises a fifth consequent step of comparing said intensity value with a second predetermined threshold, lower than or equal to said first predetermined threshold; said signal being deemed indicative of a measurement of NH3 when said intensity value is lower than said second predetermined threshold (H < Th2). - a first step of acquiring the signal generated by the NOx sensor, - a second consequent step comprising: a) isolating a predetermined first frequency band of said signal, and b) calculating an intensity value of said signal in said first frequency band, a) isolating a predetermined first frequency band of said signal, and b) calculating an intensity value of said signal in said first frequency band,
A package formed of flexible polymeric film, enclosing and wrapping a stack of folded disposable absorbent articles having an approximate rectangular cuboid shape, the package comprising: a) front, rear, first and second side walls and a top and bottom surface, defining an approximate rectangular cuboid shape; b) at least one seam extending from the top to the bottom surfaces of one of said side walls; c) a first perforation line extending from said seam partway along the front wall; d) a second perforation line extending from said seam partway along the rear wall; and characterised by e) a stress dispersion area between the first perforation line and said second perforation line, wherein said stress dispersion area extends over said seam and is at least 8 mm long. a) front, rear, first and second side walls and a top and bottom surface, defining an approximate rectangular cuboid shape; b) at least one seam extending from the top to the bottom surfaces of one of said side walls; c) a first perforation line extending from said seam partway along the front wall; d) a second perforation line extending from said seam partway along the rear wall; and characterised by e) a stress dispersion area between the first perforation line and said second perforation line, wherein said stress dispersion area extends over said seam and is at least 8 mm long.
A method comprising: receiving an indication of a rejection of a selected cell in a location area and having an associated frequency; adding said location area to a list of forbidden location areas; and inhibiting thereafter a selection of at least one cell other than said selected cell having said associated frequency. receiving an indication of a rejection of a selected cell in a location area and having an associated frequency; adding said location area to a list of forbidden location areas; and inhibiting thereafter a selection of at least one cell other than said selected cell having said associated frequency.
An electrical sub-assembly comprising: a stator having a plurality of coils; a plurality of pairs of diodes, each pair of diodes having a first diode and a second diode in antiparallel configuration in which the first diode and the second diode are electrically connected in parallel such that, in use, electrical current flows through the pair of diodes in opposing directions by flowing either in a first direction via the first diode or a second opposing direction via the second diode and each pair of diodes having three electrical terminals; and a plurality of busbars electrically connecting each of the diodes to at least one of the plurality of coils via one or more of the electrical terminals, wherein one of the three electrical terminals is a common terminal shared by both diodes in each pair of diodes, and two of the pairs of diodes share one of the common terminals. a stator having a plurality of coils; a plurality of pairs of diodes, each pair of diodes having a first diode and a second diode in antiparallel configuration in which the first diode and the second diode are electrically connected in parallel such that, in use, electrical current flows through the pair of diodes in opposing directions by flowing either in a first direction via the first diode or a second opposing direction via the second diode and each pair of diodes having three electrical terminals; and a plurality of busbars electrically connecting each of the diodes to at least one of the plurality of coils via one or more of the electrical terminals, wherein one of the three electrical terminals is a common terminal shared by both diodes in each pair of diodes, and two of the pairs of diodes share one of the common terminals.
A decorated plastic food service article, the article comprising: a food service article made of a colorant-containing thermoplastic resin that undergoes local heating when irradiated with a laser beam; and a visible marking pattern formed on a surface of the food service article by exposure to said laser beam, causing said local heating and thereby local discoloration of said surface of the food service article; said visible marking pattern having an appearance on said food service article that simulates application of a metal or of ink, without utilizing metallic coatings or inks on said food service article, characterized in that the food service article is a container, plate, tray, bowl, cup or a cutlery article and said marking pattern is adapted to be placed in food-contact without utilizing a barrier overcoat or a secondary protective layer. a food service article made of a colorant-containing thermoplastic resin that undergoes local heating when irradiated with a laser beam; and a visible marking pattern formed on a surface of the food service article by exposure to said laser beam, causing said local heating and thereby local discoloration of said surface of the food service article; said visible marking pattern having an appearance on said food service article that simulates application of a metal or of ink, without utilizing metallic coatings or inks on said food service article, characterized in that the food service article is a container, plate, tray, bowl, cup or a cutlery article and said marking pattern is adapted to be placed in food-contact without utilizing a barrier overcoat or a secondary protective layer.
An article comprising a macroporous wound-packing material coupled to a microcorrugated microporous wound-contact layer comprising a plurality of micropores, the plurality having an average pore diameter; wherein the average pore diameter of the micropores is less than or equal to about 90 μm; wherein the wound-contact layer comprises a woven fabric or a knit fabric.
Method for fabricating an optoelectronic device, comprising the following steps: a) supplying a so-called growth substrate made of a semiconductor material, comprising a front face and a rear face opposite one another; b) forming, on the front face, a plurality of diodes, each diode comprising a lower face resting on the substrate; c) removing, from the rear face, at least one portion (12; 13) of the substrate so as to free the lower face of at least a part of the diodes, the portion removed (12; 13) being initially located opposite said part of diodes; the method being characterized in that: - step a) comprises producing a lower part and an upper part of the substrate each extending opposite the diodes, said parts (11, 12) being doped according to one and the same type of conductivity, the lower part having a first doping level, and the upper part having a second doping level lower than the first level and extending from the front face to the lower part with a uniform thickness (e ref); - step c) comprising removing the lower part by selective chemical etching with respect to the upper part. a) supplying a so-called growth substrate made of a semiconductor material, comprising a front face and a rear face opposite one another; b) forming, on the front face, a plurality of diodes, each diode comprising a lower face resting on the substrate; c) removing, from the rear face, at least one portion (12; 13) of the substrate so as to free the lower face of at least a part of the diodes, the portion removed (12; 13) being initially located opposite said part of diodes; the method being characterized in that: - step a) comprises producing a lower part and an upper part of the substrate each extending opposite the diodes, said parts (11, 12) being doped according to one and the same type of conductivity, the lower part having a first doping level, and the upper part having a second doping level lower than the first level and extending from the front face to the lower part with a uniform thickness (e ref); - step c) comprising removing the lower part by selective chemical etching with respect to the upper part. - step a) comprises producing a lower part and an upper part of the substrate each extending opposite the diodes, said parts (11, 12) being doped according to one and the same type of conductivity, the lower part having a first doping level, and the upper part having a second doping level lower than the first level and extending from the front face to the lower part with a uniform thickness (e ref); - step c) comprising removing the lower part by selective chemical etching with respect to the upper part.
An isolated antibody that specifically binds to human CTLA-4, the antibody comprising a heavy chain variable region wherein the amino acid sequence of the heavy chain variable region consists of the amino acid sequence of SEQ ID NO: 8 and a light chain variable region wherein the amino acid sequence of the light chain variable region consists of the amino acid sequence of SEQ ID NO: 9; and wherein the antibody comprises a human IgG, heavy chain constant region, wherein the amino acid sequence of the human IgG, heavy chain constant region comprises S239D/A330L/I332E mutations, numbered according to the EU numbering system.
A method of fabricating a progressive cavity motor stator comprising: centralizing a helical mandrel having an outer surface smaller in diameter than then inner surface of a longitudinal bore of a stator body (20, 23) leaving a space between said inner surface of the stator body; filling said space between the outer surface of said helical mandrel and the inner surface of the longitudinal bore of the stator body with a polymer having a glass transition temperature of between 50° C. and 180° C.; affixing the polymer to the inner surface of the longitudinal bore of the stator body; removing the mandrel from the stator body; characterized in that the method further includes providing a second layer with a glass transition temperature different than that of the affixed polymer and substantially covering the internal surface of the affixed polymer with the second layer; and sizing the affixed polymer and the second layer to create an internal profile for receiving a rotor with a loose fit at ambient temperatures such that the internal profile and the rotor do not operationally engage until the temperature is sufficiently raised to create an interference between the internal profile and the rotor. centralizing a helical mandrel having an outer surface smaller in diameter than then inner surface of a longitudinal bore of a stator body (20, 23) leaving a space between said inner surface of the stator body; filling said space between the outer surface of said helical mandrel and the inner surface of the longitudinal bore of the stator body with a polymer having a glass transition temperature of between 50° C. and 180° C.; affixing the polymer to the inner surface of the longitudinal bore of the stator body; removing the mandrel from the stator body; characterized in that the method further includes providing a second layer with a glass transition temperature different than that of the affixed polymer and substantially covering the internal surface of the affixed polymer with the second layer; and sizing the affixed polymer and the second layer to create an internal profile for receiving a rotor with a loose fit at ambient temperatures such that the internal profile and the rotor do not operationally engage until the temperature is sufficiently raised to create an interference between the internal profile and the rotor.
A printing system, comprising a marking engine for applying a marking substance onto a sheet, and a sheet conveying device comprising a belt arranged to carry the sheets from an upstream end to a downstream end of a transport path, the belt having an array of perforations; an array of suction nozzles arranged below the belt for sucking-in ambient air through the perforations of the belt; and at least one blow nozzle (26; 26') arranged at the downstream end of the transport path for blowing out a gas through the perforations of the belt, characterized in that the conveying device further comprises an array of anti-friction blow nozzles interleaved with the array of suction nozzles and connected to a blower for blowing-out a gas towards the bottom surface of the belt during the traverse of the sheet along the marking engine.
A packer system comprising: an outer case; a landing collar within the outer case; a slidable shifting sleeve coupled to the landing collar; a connector coupled to the shifting sleeve; wherein the connector is movable with the shifting sleeve and; a rubber element coupled at one end to the connector; characterised in that the landing collar and the shifting sleeve are movable; the connector is moveable in a movement slot provided on the outer case; and in that the rubber element is on an outside surface of the outer case; wherein a displacement of the connector in the movement slot compresses the rubber element. an outer case; a landing collar within the outer case; a slidable shifting sleeve coupled to the landing collar; a connector coupled to the shifting sleeve; wherein the connector is movable with the shifting sleeve and; a rubber element coupled at one end to the connector;
A method in a user equipment for controlling transmission power of the user equipment when the user equipment is connected to a wireless network, the method comprising: receiving first closed-loop power control data from a first network node corresponding to transmission of data from the user equipment to the first network node; controlling transmission power for transmission of data to the first network node based on the received first closed-loop power control data; receiving second closed-loop power control data from a second network node corresponding to transmission of sounding reference signals, SRS, from the user equipment to the second network node; controlling transmission power for transmission of SRS, to the second network node based on the received second closed-loop power control data, characterized in that the first network node and the second network node are separate network nodes, wherein the wireless network is a heterogeneous network, the first network node is a base station with a first coverage area, the second network node is a base station with a second coverage area, the second coverage area being larger than the first coverage area and wherein the first closed-loop and the second closed-loop are two independent loops for SRS and PUSCH power adjustment with different criteria. receiving first closed-loop power control data from a first network node corresponding to transmission of data from the user equipment to the first network node; controlling transmission power for transmission of data to the first network node based on the received first closed-loop power control data; receiving second closed-loop power control data from a second network node corresponding to transmission of sounding reference signals, SRS, from the user equipment to the second network node; controlling transmission power for transmission of SRS, to the second network node based on the received second closed-loop power control data, characterized in that the first network node and the second network node are separate network nodes, wherein the wireless network is a heterogeneous network, the first network node is a base station with a first coverage area, the second network node is a base station with a second coverage area, the second coverage area being larger than the first coverage area and wherein the first closed-loop and the second closed-loop are two independent loops for SRS and PUSCH power adjustment with different criteria.
Conveyor device for the loading or unloading of separable piece goods from a storage area or to a storage area with at least one conveyor belt mechanism, which is mounted on a bracket, and with a roll-on module for receiving and setting down the piece goods, wherein the roll-on module is arranged at a front fee end of the conveyor device, and wherein a curve module is provided between the roll-on module and the conveyor belt mechanism, with which a change of direction of a transport direction is variably adjustable at least in the horizontal plane, characterized in that the roll-on module comprises at least two belt ramps running parallel to each other, wherein the belt ramps can be controlled separately so that the velocities of the belt ramps can be adjusted differently.
A vehicle braking device which includes a regenerative braking device and a fluid pressure braking device and is capable of performing regenerative braking and fluid pressure braking device and is capable of performing regenerative braking and fluid pressure braking, and which changes, after braking is started, from the regenerative braking to the fluid pressure braking, characterized in that the fluid pressure braking device includes a slave cylinder for driving a piston (38A, 38B) by an electric motor, and the slave cylinder is capable of driving the piston (38A, 38B) at a certain speed, wherein when the vehicle speed falls to or below a first threshold value after the braking is started, the transition from the regenerative braking to the fluid pressure braking is started so that a fluid pressure braking force is increased by the slave cylinder from zero at a first rate, while the regenerative braking force decreases by the amount corresponding to the increasing fluid pressure braking force, such that the total braking force is maintained at the required braking force, and wherein when the vehicle speed further decreases and falls to or below a second threshold value which is smaller than the first threshold value, or a predetermined time period has elapsed after the first condition is met, the fluid pressure braking force is increased by the slave cylinder at a second rate, which is higher than the first rate while the regenerative braking force decreases such that the total braking force is maintained at the required braking force.
A system of a device for placing a receiving part of a bone anchoring device onto a head of a bone anchoring element and the receiving part, comprising: the receiving part; and the device, which further comprises a holding device, a collet having a longitudinal axis and being movably held by the holding device and having a tubular shape, wherein the collet includes a distal end portion configured to be flexibly expanded and/or compressed in a radial direction perpendicular to the longitudinal axis, wherein an engagement feature is provided at an outer contour of the distal end portion of the collet configured to engage an engagement feature of a U-shaped inner wall formed in a rod receiving channel of the receiving part, a plunger configured to selectively lock and release the distal end portion of the collet at the receiving part, when the engagement feature engages the engagement feature of the inner wall formed in the receiving part, wherein the plunger has a rod-shape and at least partially extends through the collet. the receiving part; and the device, which further comprises a holding device, a collet having a longitudinal axis and being movably held by the holding device and having a tubular shape, wherein the collet includes a distal end portion configured to be flexibly expanded and/or compressed in a radial direction perpendicular to the longitudinal axis, wherein an engagement feature is provided at an outer contour of the distal end portion of the collet configured to engage an engagement feature of a U-shaped inner wall formed in a rod receiving channel of the receiving part, a plunger configured to selectively lock and release the distal end portion of the collet at the receiving part, when the engagement feature engages the engagement feature of the inner wall formed in the receiving part, wherein the plunger has a rod-shape and at least partially extends through the collet. a holding device, a collet having a longitudinal axis and being movably held by the holding device and having a tubular shape, wherein the collet includes a distal end portion configured to be flexibly expanded and/or compressed in a radial direction perpendicular to the longitudinal axis, wherein an engagement feature is provided at an outer contour of the distal end portion of the collet configured to engage an engagement feature of a U-shaped inner wall formed in a rod receiving channel of the receiving part, a plunger configured to selectively lock and release the distal end portion of the collet at the receiving part, when the engagement feature engages the engagement feature of the inner wall formed in the receiving part, wherein the plunger has a rod-shape and at least partially extends through the collet.
Apparatus for presenting a teat cup for attaching to a teat of an animal to be milked, the apparatus comprising: a support means adapted for mounting beneath an upwardly facing major surface of a platform (2,11) on which an animal stands during milking thereof, and a teat cup carrier for holding the teat cup, the teat cup carrier being mounted on the support means and being selectively operable in a first state for holding the teat cup in a protected state, and a second state for holding the teat cup beneath the animal in a ready state with the teat cup ready to be urged upwardly from the teat cup carrier for attaching to the teat of the animal, characterised in that the teat cup carrier is selectively operable in a third state with the teat cup in a flushing state inclined downwardly towards an open mouth of the teat cup. a support means adapted for mounting beneath an upwardly facing major surface of a platform (2,11) on which an animal stands during milking thereof, and a teat cup carrier for holding the teat cup, the teat cup carrier being mounted on the support means and being selectively operable in a first state for holding the teat cup in a protected state, and a second state for holding the teat cup beneath the animal in a ready state with the teat cup ready to be urged upwardly from the teat cup carrier for attaching to the teat of the animal, characterised in that the teat cup carrier is selectively operable in a third state with the teat cup in a flushing state inclined downwardly towards an open mouth of the teat cup.