mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated oil system manifold , comprising: a reverse rotation protection element ; a main pump check valve ; wherein the integrated oil system manifold further comprises either: an auxiliary pump check valve and a pressure relief valve ; or a pump assembly ; or an auxiliary pump check valve and a pressure relief valve and a pump assembly ; characterized in that the main pump check valve , the reverse rotation protection element , and either the pressure relief valve and the auxiliary pump check valve or the pump assembly or the pressure relief valve and the auxiliary pump check valve and the pump assembly are integrated with a housing of the integrated oil system manifold . a reverse rotation protection element ; a main pump check valve ; wherein the integrated oil system manifold further comprises either: an auxiliary pump check valve and a pressure relief valve ; or a pump assembly ; or an auxiliary pump check valve and a pressure relief valve and a pump assembly ; characterized in that the main pump check valve , the reverse rotation protection element , and either the pressure relief valve and the auxiliary pump check valve or the pump assembly or the pressure relief valve and the auxiliary pump check valve and the pump assembly are integrated with a housing of the integrated oil system manifold . an auxiliary pump check valve and a pressure relief valve ; or a pump assembly ; or an auxiliary pump check valve and a pressure relief valve and a pump assembly ; characterized in that the main pump check valve , the reverse rotation protection element , and either the pressure relief valve and the auxiliary pump check valve or the pump assembly or the pressure relief valve and the auxiliary pump check valve and the pump assembly are integrated with a housing of the integrated oil system manifold .
A sliding formwork brick for roof and/or façade cladding, the sliding formwork brick comprising: a) a rectangular plate ; b) an upper bar shaped reaction bearing arranged at a back side of the rectangular plate and extending over a width of the rectangular plate , c) wherein the upper bar shaped reaction bearing includes an inclined support surface (3.1) inclined at an angle α of 3° to 20° relative to a line oriented orthogonal to a plane of the plate, characterized in that d) the inclined support surface (3.1) extends to the back side of the rectangular plate , and e) a contact surface (2.1) adjoins the inclined support surface (3.1) at an angle β = 90° so that the inclined support surface (3.1) and the contact surface (2.1) are configured to contact a rectangular cross lath of a lathing of the roof and/or façade cladding. a) a rectangular plate ; b) an upper bar shaped reaction bearing arranged at a back side of the rectangular plate and extending over a width of the rectangular plate , c) wherein the upper bar shaped reaction bearing includes an inclined support surface (3.1) inclined at an angle α of 3° to 20° relative to a line oriented orthogonal to a plane of the plate, characterized in that d) the inclined support surface (3.1) extends to the back side of the rectangular plate , and e) a contact surface (2.1) adjoins the inclined support surface (3.1) at an angle β = 90° so that the inclined support surface (3.1) and the contact surface (2.1) are configured to contact a rectangular cross lath of a lathing of the roof and/or façade cladding.
A microelectromechanical switch comprising: a signal line comprising each of an input port and an output port , the signal line formed on a substrate between a first ground plane and a second ground plane formed on the substrate ; a beam positioned above the signal line , whereby the beam is configured to move in an out-of plane direction relative to the signal line and ground planes , the beam including an upper contact configured to contact the signal line ; and a metamaterial structure embedded in one of a bottom conductive layer of the upper contact and the signal line , and configured to exhibit near zero permittivity as well as permeability at a band of operating frequencies of the microelectromechanical switch which thereby generates a repulsive Casimir force for separating the beam and signal line . a signal line comprising each of an input port and an output port , the signal line formed on a substrate between a first ground plane and a second ground plane formed on the substrate ; a beam positioned above the signal line , whereby the beam is configured to move in an out-of plane direction relative to the signal line and ground planes , the beam including an upper contact configured to contact the signal line ; and a metamaterial structure embedded in one of a bottom conductive layer of the upper contact and the signal line , and configured to exhibit near zero permittivity as well as permeability at a band of operating frequencies of the microelectromechanical switch which thereby generates a repulsive Casimir force for separating the beam and signal line .
A method performed by a User Equipment, UE, for handling Tracking Area, TA, information for the UE , wherein the UE operates in a wireless communications network , the method comprising: obtaining a TA configuration comprising a list of allowed Tracking Area Codes, TACs, for the UE , obtaining a first TAC and a first Tracking Area Part code, TAP, which first TAC relates to a TA, which TA comprises a number of TA parts, each TA part being associated with a TAP, determining a second TAC based on a combination of the first TAC and the first TAP, when the second TAC is not in the list comprised in the TA configuration, requesting updated TA information, wherein - the obtained TA configuration is a hierarchical TA configuration, - the first TAC is related to a first hierarchical level being a higher hierarchy cell level than the second hierarchical level, - each TA part comprised in the TA is associated with a TAP of the second hierarchical level, - the first TAP is related to a second hierarchical level, and - the second TAC is related to a second hierarchical level. obtaining a TA configuration comprising a list of allowed Tracking Area Codes, TACs, for the UE , obtaining a first TAC and a first Tracking Area Part code, TAP, which first TAC relates to a TA, which TA comprises a number of TA parts, each TA part being associated with a TAP, determining a second TAC based on a combination of the first TAC and the first TAP, when the second TAC is not in the list comprised in the TA configuration, requesting updated TA information, wherein - the obtained TA configuration is a hierarchical TA configuration, - the first TAC is related to a first hierarchical level being a higher hierarchy cell level than the second hierarchical level, - each TA part comprised in the TA is associated with a TAP of the second hierarchical level, - the first TAP is related to a second hierarchical level, and - the second TAC is related to a second hierarchical level. - the obtained TA configuration is a hierarchical TA configuration, - the first TAC is related to a first hierarchical level being a higher hierarchy cell level than the second hierarchical level, - each TA part comprised in the TA is associated with a TAP of the second hierarchical level, - the first TAP is related to a second hierarchical level, and - the second TAC is related to a second hierarchical level.
A paper wrapper for a smoking article that provides the smoking article with reduced ignition proclivity characteristics, wherein the paper wrapper is designed to surround a smokable tobacco, - the paper wrapper comprising cellulosic fibers and a filler, the filler being present in the paper wrapper in an amount of from 10 % to 40 % by weight, - the paper wrapper including discrete areas treated with a film-forming composition, - the treated areas being separated by untreated areas , - the film-forming composition applied to the paper wrapper comprising a film-forming material, wherein the film-forming material comprises an alginate, - the film-forming composition having been printed on to the paper wrapper , - the treated areas having a permeability of less than 40 Coresta, - the paper wrapper having a basis weight from about 18 gsm to about 60 gsm, - the paper wrapper having an initial permeability of from 20 Coresta to 150 Coresta, - the treated areas being in the shape of circumferential bands having a width of from 4 mm to 10 mm and being spaced from each other at a distance of from 5 mm to 50 mm, characterized in that - said film-forming composition further comprising a polysaccharide, said polysaccharide comprising a starch, - the film-forming composition having been applied to the wrapper in an amount from 1 % to 30 % by dry weight based upon the weight of the wrapper within the treated areas , and - once the film forming composition is applied to the paper wrapper and dried, the treated areas containing a greater amount of polysaccharide than film-forming material. - the paper wrapper comprising cellulosic fibers and a filler, the filler being present in the paper wrapper in an amount of from 10 % to 40 % by weight, - the paper wrapper including discrete areas treated with a film-forming composition, - the treated areas being separated by untreated areas , - the film-forming composition applied to the paper wrapper comprising a film-forming material, wherein the film-forming material comprises an alginate, - the film-forming composition having been printed on to the paper wrapper , - the treated areas having a permeability of less than 40 Coresta, - the paper wrapper having a basis weight from about 18 gsm to about 60 gsm, - the paper wrapper having an initial permeability of from 20 Coresta to 150 Coresta, - the treated areas being in the shape of circumferential bands having a width of from 4 mm to 10 mm and being spaced from each other at a distance of from 5 mm to 50 mm, characterized in that - said film-forming composition further comprising a polysaccharide, said polysaccharide comprising a starch, - the film-forming composition having been applied to the wrapper in an amount from 1 % to 30 % by dry weight based upon the weight of the wrapper within the treated areas , and - once the film forming composition is applied to the paper wrapper and dried, the treated areas containing a greater amount of polysaccharide than film-forming material.
A method of manufacturing an internal combustion engine , comprising at least a fitting step of fitting a connected cylinder to a hollow portion of a cylinder block main body , the connected cylinder comprising two or more cylinder liners and a connecting portion configured to connect the two or more cylinder liners to each other, the cylinder block main body having one end side where a crankcase is formed and another end side where a cylinder head is attachable, the hollow portion passing through the cylinder block main body from the one end side to the another end side, characterized in the connected cylinder is manufactured by any one of methods selected from the group consisting of: (a) a method of arranging the two or more cylinder liners in a die followed by pouring a molten metal into the die to cast the two or more cylinder liners with a casting material; and (b) a method of arranging the two or more cylinder liners in the die followed by performing resin molding for injecting or pouring a resin material in a molten state into the die, wherein <i> the two or more cylinder liners and the connecting portion are formed integrally and inseparably, wherein <ii> a space between two adjacent cylinder liners is filled with a material that forms the connecting portion without a gap, wherein <iii> entire outer peripheral surfaces of the two or more cylinder liners are covered with the connecting portion, and wherein <iv> an interface is defined between each of the two or more cylinder liners and the connecting portion. (a) a method of arranging the two or more cylinder liners in a die followed by pouring a molten metal into the die to cast the two or more cylinder liners with a casting material; and (b) a method of arranging the two or more cylinder liners in the die followed by performing resin molding for injecting or pouring a resin material in a molten state into the die,
An apparatus, comprising: an audio signal classifier to analyze, with a neural network, a parameter of an audio signal associated with a first volume level to determine a classification group associated with the audio signal; an input volume detector to determine an input volume of the audio signal, the audio signal classifier configured to determine a classification gain value based on the classification group and the determined input volume; a volume adjuster to apply a first weight to the classification gain value and a second weight to the input volume to determine a targeted gain value, the volume adjuster further configured to apply the targeted gain value to the audio signal to modify the first volume level to a second volume level; and a dynamic range compressor to apply a compression value to the audio signal, the compression value to modify the second volume level to a third volume level that satisfies a target volume range. an audio signal classifier to analyze, with a neural network, a parameter of an audio signal associated with a first volume level to determine a classification group associated with the audio signal; an input volume detector to determine an input volume of the audio signal, the audio signal classifier configured to determine a classification gain value based on the classification group and the determined input volume; a volume adjuster to apply a first weight to the classification gain value and a second weight to the input volume to determine a targeted gain value, the volume adjuster further configured to apply the targeted gain value to the audio signal to modify the first volume level to a second volume level; and a dynamic range compressor to apply a compression value to the audio signal, the compression value to modify the second volume level to a third volume level that satisfies a target volume range.
Luminous assembly for the lighting and/or signalling of a motor vehicle, comprising at least one luminous module housing means for emitting light rays in the direction of the output of the said module, as well as a bezel , part of which extends below focusing means , in which the said part of the said bezel which extends below the said focusing means has at least one first surface visible to any person passing in the vicinity of the vehicle and at least one second surface opposite the said first surface characterized in that the bezel is made of a dark diffusing material and in that a coating of reflecting material is deposited on part of the second surface , leaving a portion of this second surface free of reflecting coating, and characterized in that additional light-emitting means are placed opposite the said second surface so that the light rays emitted by the said additional means can pass through the bezel via the said portion free of reflecting coating.
A control device controlling a switching voltage regulator having a switching module to supply a switching voltage to a load, wherein the switching module comprises a high-side switch and a low-side switch connected in series between an input voltage supply and a ground, the control device comprising: a comparator configured to compare the switching voltage with a reference voltage to provide a disable signal to the low-side switch in the switching module; and a spike detection circuit configured to receive the switching voltage and output an offset control signal to vary a slew rate of the disable signal in response to a glitch, where the disable signal with adjusted slew rate is configured to pass through a buffer to execute a time shift to the disable signal ; wherein the spike detection circuit comprises a first input coupled to the switching voltage, a second input coupled to a first threshold voltage, a third input coupled to a second threshold voltage and an output for providing the offset control signal to the comparator ; the spike detection circuit is configured to compare the switching voltage with the first and second threshold voltages and provide a decision result which is whether the turn-off time of low-side switch is at an exact time, a time earlier than the exact time, or a time later than the exact time and provide the decision result as the offset control signal to the comparator ; wherein the comparator comprises a first input coupled to the switching voltage, a second input coupled to the reference voltage, a third input coupled to the offset control signal of the spike detection circuit , and an output for providing the disable signal to the switching module. a comparator configured to compare the switching voltage with a reference voltage to provide a disable signal to the low-side switch in the switching module; and a spike detection circuit configured to receive the switching voltage and output an offset control signal to vary a slew rate of the disable signal in response to a glitch, where the disable signal with adjusted slew rate is configured to pass through a buffer to execute a time shift to the disable signal ; wherein the spike detection circuit comprises a first input coupled to the switching voltage, a second input coupled to a first threshold voltage, a third input coupled to a second threshold voltage and an output for providing the offset control signal to the comparator ; the spike detection circuit is configured to compare the switching voltage with the first and second threshold voltages and provide a decision result which is whether the turn-off time of low-side switch is at an exact time, a time earlier than the exact time, or a time later than the exact time and provide the decision result as the offset control signal to the comparator ; wherein the comparator comprises a first input coupled to the switching voltage, a second input coupled to the reference voltage, a third input coupled to the offset control signal of the spike detection circuit , and an output for providing the disable signal to the switching module.
A regenerative medical material for promoting the repair of soft and hard tissue, characterized in that the regenerative medical material has three-dimensional network structure and is a composite material consisting of inorganics and organics, wherein, the mass ratio of the inorganics to the organics is 2:1-4:1; the inorganics contains 12-38% SiO 2 , 3-5% Na 2 O, 15-29% CaO, 10-32.5% P 2 O 5 , 1-5% inositol hexaphosphate, and 1-5% cyclohexanhexol phosphate, and the balance of impurities, with the content of impurities being less than 0.5% based on the total mass of the inorganics; the organics contains 30-60% carboxymethyl chitosan, and 30-60% sodium hyaluronate based on the total mass of the organics; the inorganics is obtained through the sol-gelatin method by adopting the soybean hull extract as the phosphorus precursor and sintering at a constant temperature of 300∼700°C.
An integrated, washable and reusable three-dimensional 3D multifunctional knitted fabric structure for men's incontinence underwear comprising: - an inner knitted layer ; - an outer knitted layer ; - an intermediate layer with connecting cross-threads between the inner and outer knitted layers, characterized in that the connecting cross-threads combine hydrophobic monofilaments and hydrophilic fiber-based yarns between both layers; wherein the outer knitted layer comprises hydrophilic fibers treated with anti-odor and antibacterial nanoparticles; and wherein the inner knitted layer is produced with hydrophobic fiber based yarns and comprises tuck loops of the hydrophilic fiber-based yarns from the connecting cross-threads . - an inner knitted layer ; - an outer knitted layer ; - an intermediate layer with connecting cross-threads between the inner and outer knitted layers, characterized in that the connecting cross-threads combine hydrophobic monofilaments and hydrophilic fiber-based yarns between both layers;
A cutting device for cutting a block of cheese in a cylindrical retail container in a horizontal plane so as to produce at least two vertically spaced cheese sections, the cutting device comprising: - a rotatable shaft having a first knife for cutting the block of cheese in the horizontal plane, the first knife extending out from the shaft , - a braking element comprising a first braking member, the first braking member extending from the rotatable shaft in a first vertical plane defined by the rotatable shaft, the first braking member having a shape corresponding to at least a part of the intersection of the first vertical plane and a top-most cheese section, wherein - the braking element is arranged above the first knife and configured for being maintained in a non-rotatable position, relatively to the rotation of the shaft , while the rotatable shaft with said first knife is being rotated a full revolution. - a rotatable shaft having a first knife for cutting the block of cheese in the horizontal plane, the first knife extending out from the shaft , - a braking element comprising a first braking member, the first braking member extending from the rotatable shaft in a first vertical plane defined by the rotatable shaft, the first braking member having a shape corresponding to at least a part of the intersection of the first vertical plane and a top-most cheese section, wherein - the braking element is arranged above the first knife and configured for being maintained in a non-rotatable position, relatively to the rotation of the shaft , while the rotatable shaft with said first knife is being rotated a full revolution.
A styrenic polymer, wherein the styrenic polymer has a polydispersity of 1 to 1.3 having structure 3); wherein R 1 is a C-1 to C-20 alkyl, R 2 , R 3 , R 4 and R 5 are independently selected from the group consisting of hydrogen and a C-1 to C-20, alkyl moiety, R 6 , R 6a , R 6b , R 6c and R 6d are independently selected from the group consisting of hydrogen, a C-1 to C-20 alkyl, a C-1 to C-20 alkyloxy, a C-1 to C-10 fluoroalkyl, a C-1 to C-10 fluoroalkyloxy, a trialkylsilyl group, a (trialkylsilyl)alkylene group, and a (trialkylsilyl)alkyleneoxy group, R is selected from the group consisting of hydrogen, a halide, a C-1 to C-20 alkyl moiety, and a C-1 to C-20 alkyloxy moiety, n is the number of repeat unit in a polymer chain, and is a non-zero positive integer, and m is an integer from 1 to 3.
A system comprising: a radio frequency, signal source configured to supply an RF signal; a transmission path (228-1,228-2,528-1,528-2) electrically coupled between the RF signal source and a load; and a variable impedance network that is coupled along the transmission path (228-1,228-2,528-1,528-2) between the RF signal source and the load; characterized in that the system comprises: a non-linear device coupled in parallel with at least one component of the variable impedance network , the non-linear device having a high impedance below a breakdown voltage and a low impedance above the breakdown voltage; and a controller configured to detect a potential electrical arcing condition along the transmission path when the breakdown voltage of the non-linear device has been exceeded based on at least a rate of change of a parameter of the RF signal. a radio frequency, signal source configured to supply an RF signal; a transmission path (228-1,228-2,528-1,528-2) electrically coupled between the RF signal source and a load; and a variable impedance network that is coupled along the transmission path (228-1,228-2,528-1,528-2) between the RF signal source and the load; characterized in that the system comprises: a non-linear device coupled in parallel with at least one component of the variable impedance network , the non-linear device having a high impedance below a breakdown voltage and a low impedance above the breakdown voltage; and a controller configured to detect a potential electrical arcing condition along the transmission path when the breakdown voltage of the non-linear device has been exceeded based on at least a rate of change of a parameter of the RF signal.