mhurhangee/patent-ind-claim-en huggingface dataset:
Section insulator for an overhead contact line arranged for being placed between two isolated sections of said overhead contact line, said section insulator comprising : - an insulating element placed between two contact wires of two adjacent sections of an overhead line; - two clamps respectively connected on one side to a respective contact wire and on the other side to a connecting plate arranged for being in turn connected to the insulating element , so that the tensile force due to the contact wires applies along the axis of the insulating bar; - supporting means directly connected to the insulating element through the connecting plates and arranged for supporting the section insulator to the overhead line, characterised in that the section insulator also comprises - two spacers fixed at one end to a respective slideway and at the other end to the respective connecting plate ; - two pins placed next to the respective spacer and fixed to the connecting plate , arranged to connect the respective clamp to the respective connecting plate not rigidly, so that the clamp can absorb the vibrations of the contact wire . - an insulating element placed between two contact wires of two adjacent sections of an overhead line; - two clamps respectively connected on one side to a respective contact wire and on the other side to a connecting plate arranged for being in turn connected to the insulating element , so that the tensile force due to the contact wires applies along the axis of the insulating bar; - supporting means directly connected to the insulating element through the connecting plates and arranged for supporting the section insulator to the overhead line, characterised in that the section insulator also comprises - two spacers fixed at one end to a respective slideway and at the other end to the respective connecting plate ; - two pins placed next to the respective spacer and fixed to the connecting plate , arranged to connect the respective clamp to the respective connecting plate not rigidly, so that the clamp can absorb the vibrations of the contact wire .
A PI3Kα inhibitor for use in a method for producing an anti-cancer effect in a cancer of a subject, comprising: measuring the level of a PIK3CA biomarker in a sample obtained from the subject prior to the PI3Kα inhibitor treatment, measuring the level of the PIK3CA biomarker in a sample obtained from the subject during the PI3Kα inhibitor treatment; and continuing administering a therapeutically effective amount of the PI3Kα inhibitor to the subject to produce the anti-cancer effect, when the level of the PIK3CA biomarker in the sample obtained during the PI3Kα inhibitor treatment is decreased greater than about 80% as compared to the level of the PIK3CA biomarker in the sample obtained prior to the PI3Kα inhibitor treatment, wherein the PIK3CA biomarker is a PIK3CA mutant allele fraction, which is the ratio of the copies of a PIK3CA mutant allele to the copies of a PIK3CA wild-type allele. measuring the level of a PIK3CA biomarker in a sample obtained from the subject prior to the PI3Kα inhibitor treatment, measuring the level of the PIK3CA biomarker in a sample obtained from the subject during the PI3Kα inhibitor treatment; and continuing administering a therapeutically effective amount of the PI3Kα inhibitor to the subject to produce the anti-cancer effect, when the level of the PIK3CA biomarker in the sample obtained during the PI3Kα inhibitor treatment is decreased greater than about 80% as compared to the level of the PIK3CA biomarker in the sample obtained prior to the PI3Kα inhibitor treatment, wherein the PIK3CA biomarker is a PIK3CA mutant allele fraction, which is the ratio of the copies of a PIK3CA mutant allele to the copies of a PIK3CA wild-type allele.
A computer-implemented method comprising: transmitting a speaker-profile-data inquiry to a mobile device associated with a first user; in response to the speaker-profile-data inquiry, receiving first speaker profile data associated with the first user, the first speaker profile data including voice-recognition data of the first user; receiving audio data representing a voice input; identifying the first user as providing the voice input, the identification being based on a comparison of characteristics of the received audio data with speaker profile data of a plurality of speakers for whom speaker profile data is stored, including the first speaker profile data; determining an instruction from the received audio data, wherein the instruction references a second user other than the first user and includes a speaker-relative signifier, and wherein determining the instruction includes determining a referent of the speaker-relative signifier based on second stored speaker profile data comprising data related to customization information associated with the second user; and performing an action indicated by the instruction. transmitting a speaker-profile-data inquiry to a mobile device associated with a first user; in response to the speaker-profile-data inquiry, receiving first speaker profile data associated with the first user, the first speaker profile data including voice-recognition data of the first user; receiving audio data representing a voice input; identifying the first user as providing the voice input, the identification being based on a comparison of characteristics of the received audio data with speaker profile data of a plurality of speakers for whom speaker profile data is stored, including the first speaker profile data; determining an instruction from the received audio data, wherein the instruction references a second user other than the first user and includes a speaker-relative signifier, and wherein determining the instruction includes determining a referent of the speaker-relative signifier based on second stored speaker profile data comprising data related to customization information associated with the second user; and performing an action indicated by the instruction.
An apparatus having an RFID reader and a holder for a roll , wherein the holder comprises an antenna which is connected to the RFID reader in order to read an RFID transponder of the roll held by the holder and thus to identify the roll , wherein the antenna comprises at least two linearly polarized individual antennas (24a-b) and a feed circuit which is connected to the individual antennas (24a-b), wherein the individual antennas (24a-b) are arranged relative to one another with a tilt of an internal angle and together form a circularly polarized antenna, wherein the antenna is arranged in an L-shaped housing that is the same as the holder , integrated into the holder , or fixed to the holder , and wherein the antenna has a free space in a region of the internal angle, characterized in that the legs of the L-shaped housing form the internal angle.
Membrane module which comprises a housing which for forming a container interior space by means of finisher discs at two end sides is closed in a pressure-tight manner, and the finisher discs comprise at least one feed inlet , at least one retentate outlet, and at least one permeate outlet , wherein at least one membrane pocket stack which has a plurality of membrane pockets which are lined up beside one another and are mutually separated by seals and which are push-fitted onto a permeate tube is disposed in the container interior space, wherein the permeate tube protrudes beyond the at least one permeate outlet of the finisher discs, characterized in that the permeate tube and the finisher discs by way of a key-and-groove connection are aligned in an alternating manner on the permeate tube and the permeate outlet of the finisher discs .
A method of indoor mushroom cultivation comprising the steps of: providing a horizontally extending bed, providing drip irrigation pipes that are disposed in the bed, and irrigating liquid using the disposed drip irrigation pipes, characterised in that an amount (A) of liquid irrigated is determined according to a measure (M) taken of water evaporation in the indoor environment outside of the bed, wherein the measure of water evaporation in the indoor environment outside of the bed is set at a time (Tcal), the determination of the amount (A) of liquid irrigated is according to A = M × Tcal × F, wherein F is a parameter determined according to the value of M, wherein K is a threshold parameter of water evaporation, wherein Fu is a first value for F and Fd is a second value for F that is smaller than Fu, wherein F, K, Fu and Fd are manually provided, whereby if M>K then F = Fu and otherwise F=Fd. providing a horizontally extending bed, providing drip irrigation pipes that are disposed in the bed, and irrigating liquid using the disposed drip irrigation pipes, characterised in that an amount (A) of liquid irrigated is determined according to a measure (M) taken of water evaporation in the indoor environment outside of the bed, wherein the measure of water evaporation in the indoor environment outside of the bed is set at a time (Tcal), the determination of the amount (A) of liquid irrigated is according to A = M × Tcal × F,
A stator applied in an electrical motor, the stator comprising: a hollow iron core , having two axially opposite surfaces and a plurality of accommodating spaces communicated with the surfaces , the accommodating spaces being arranged in an annular pattern; and a plurality of coil windings, each of the coil windings comprising a plurality of wires wound via the accommodating spaces , portions of the wires of the coil windings located in the accommodating spaces being radially concentrically arranged to form a plurality of winding layers, wherein in at least one of the accommodating spaces , a wire cross-sectional area of the wire of the radially innermost one of the winding layers is smaller than a wire cross-sectional area of the wire of the outermost one of the winding layers, first, second, third, fourth, fifth and sixth winding layers of the winding layers are arranged from a radially outer side to a radially inner side, respectively, of the hollow iron core, the coil windings comprise a first coil winding , a second coil winding , and a third coil winding , the first coil winding is constituted by the first and second layers of the winding layers, the second coil winding is constituted by the third and fifth layers of the winding layers, and the third coil winding is constituted by the fourth and sixth layers of the winding layers, and wires of the third and fourth winding layers of the winding layers are connected in parallel, and wires of the fifth and sixth layers of the winding layers are connected in parallel. a hollow iron core , having two axially opposite surfaces and a plurality of accommodating spaces communicated with the surfaces , the accommodating spaces being arranged in an annular pattern; and a plurality of coil windings, each of the coil windings comprising a plurality of wires wound via the accommodating spaces , portions of the wires of the coil windings located in the accommodating spaces being radially concentrically arranged to form a plurality of winding layers, wherein in at least one of the accommodating spaces , a wire cross-sectional area of the wire of the radially innermost one of the winding layers is smaller than a wire cross-sectional area of the wire of the outermost one of the winding layers, first, second, third, fourth, fifth and sixth winding layers of the winding layers are arranged from a radially outer side to a radially inner side, respectively, of the hollow iron core, the coil windings comprise a first coil winding , a second coil winding , and a third coil winding , the first coil winding is constituted by the first and second layers of the winding layers, the second coil winding is constituted by the third and fifth layers of the winding layers, and the third coil winding is constituted by the fourth and sixth layers of the winding layers, and wires of the third and fourth winding layers of the winding layers are connected in parallel, and wires of the fifth and sixth layers of the winding layers are connected in parallel.
A liquid inoculant composition comprising bacterial cells and/or spores and 50 to 99% (by weight) of one or more paraffin oils and/or waxes, said one or more paraffin oils and/or waxes present in an amount effective to enhance survival of said bacterial cells and/or spores.
A steerable crossing catheter system , comprising: an elongate catheter having a proximal end region , a steerable distal end region , and a lumen extending therethrough; a core disposed within the lumen, the core having a distal end ; a penetrating member coupled to the distal end ; and a sensing assembly coupled to the core adjacent to the distal end , wherein the sensing assembly includes an ultrasound transducer ; the sensing assembly being configured to estimate the location of the core within a body vessel by sensing different types of collagen adjacent to the sensing assembly within the vessel to determine whether or not the core is approaching the wall of the vessel . an elongate catheter having a proximal end region , a steerable distal end region , and a lumen extending therethrough; a core disposed within the lumen, the core having a distal end ; a penetrating member coupled to the distal end ; and a sensing assembly coupled to the core adjacent to the distal end , wherein the sensing assembly includes an ultrasound transducer ; the sensing assembly being configured to estimate the location of the core within a body vessel by sensing different types of collagen adjacent to the sensing assembly within the vessel to determine whether or not the core is approaching the wall of the vessel .
A membrane , comprising: - a first non- woven layer having first and second surfaces; - a high density polyethylene (HDPE) film layer ; - a tie layer between the first non-woven first surface and the HDPE film layer ; - a second non-woven layer having first and second surfaces; and - a tie layer between the second non-woven first surface and the HDPE film layer , wherein the tie layers are propylene based elastomer blends with LDPE, and wherein the membrane is formed as a laminate have a structure of ABCBA in which A is the non-woven layer , B is the tie-layer and C is the HDPE film layer , wherein the tie layers provide adhesion between the first non-woven layer and the HDPE film layer and between the second non-woven layer and the opposing side of HDPE film layer , wherein the membrane is a waterproof membrane, characterized in that the HDPE film layer is formed of two plies of HDPE being mechanically oriented forming an oriented cross laminated film layer, that the non-woven layer is a polypropylene non-woven fabric having a basis weight of 30,5 g/m 2 (0.9 osy), that in the tie layer the propylene based elastomer is present at 25 percent by weight of the blend and wherein the LDPE is present at 75 percent by weight of the blend, and that the HDPE oriented cross laminated film has a thickness of 0,076 mm (3.0 mils). - a first non- woven layer having first and second surfaces; - a high density polyethylene (HDPE) film layer ; - a tie layer between the first non-woven first surface and the HDPE film layer ; - a second non-woven layer having first and second surfaces; and - a tie layer between the second non-woven first surface and the HDPE film layer , wherein the tie layers are propylene based elastomer blends with LDPE, and wherein the membrane is formed as a laminate have a structure of ABCBA in which A is the non-woven layer , B is the tie-layer and C is the HDPE film layer , wherein the tie layers provide adhesion between the first non-woven layer and the HDPE film layer and between the second non-woven layer and the opposing side of HDPE film layer , wherein the membrane is a waterproof membrane, characterized in that the HDPE film layer is formed of two plies of HDPE being mechanically oriented forming an oriented cross laminated film layer, that the non-woven layer is a polypropylene non-woven fabric having a basis weight of 30,5 g/m 2 (0.9 osy), that in the tie layer the propylene based elastomer is present at 25 percent by weight of the blend and wherein the LDPE is present at 75 percent by weight of the blend, and that the HDPE oriented cross laminated film has a thickness of 0,076 mm (3.0 mils).
A rotating machine drive system comprising: a power supply ; an electric motor that is driven by electric power supplied from the power supply ; a rotating machine ; a belt drive transmission unit including an electric motor side pulley that outputs a rotational driving force of the electric motor , a rotating machine side pulley that drives the rotating machine , and a belt that is suspended between the electric motor side pulley and the rotating machine side pulley ; an electrical information detection sensor configured to detect electrical information of the electric motor ; and a diagnostic unit configured to determine whether or not a transmission abnormality of the rotational driving force occurs in the belt drive transmission unit , based on the electrical information, and to output an abnormality detection signal (AB) when it has been determined that there is the transmission abnormality, characterized in that the electrical information detection sensor is configured to detect a current or a voltage, and the diagnostic unit is configured to calculate estimated rotational speed information of the rotating machine based on the current or the voltage, to calculate a reference rotational frequency (fc) from a rotational speed of the electric motor and a ratio between a diameter of the electric motor side pulley and a diameter of the rotating machine side pulley , and to use a difference or a ratio between the estimated rotational speed information and the reference rotational frequency (fc) to determine whether or not there is the transmission abnormality. a power supply ; an electric motor that is driven by electric power supplied from the power supply ; a rotating machine ; a belt drive transmission unit including an electric motor side pulley that outputs a rotational driving force of the electric motor , a rotating machine side pulley that drives the rotating machine , and a belt that is suspended between the electric motor side pulley and the rotating machine side pulley ; an electrical information detection sensor configured to detect electrical information of the electric motor ; and a diagnostic unit configured to determine whether or not a transmission abnormality of the rotational driving force occurs in the belt drive transmission unit , based on the electrical information, and to output an abnormality detection signal (AB) when it has been determined that there is the transmission abnormality, characterized in that the electrical information detection sensor is configured to detect a current or a voltage, and the diagnostic unit is configured to calculate estimated rotational speed information of the rotating machine based on the current or the voltage, to calculate a reference rotational frequency (fc) from a rotational speed of the electric motor and a ratio between a diameter of the electric motor side pulley and a diameter of the rotating machine side pulley , and to use a difference or a ratio between the estimated rotational speed information and the reference rotational frequency (fc) to determine whether or not there is the transmission abnormality.
An optical device comprising: a first rigid substrate ; a flexible holographic optical element , wherein the flexible holographic optical element is a flexible volume hologram; a transparent flexible material having a variable shear transmission property across an in-plane direction of the flexible holographic optical element ; and a second rigid substrate , wherein the flexible holographic optical element and the transparent flexible material are located between the first and second rigid substrates; wherein the variable shear transmission property of the transparent flexible material is arranged to apply variable amounts of a shear force to the first or second rigid substrates across the in-plane direction of the flexible holographic optical element ; wherein the optical device is configured as a controllable exit grating for a waveguide of a display system. a first rigid substrate ; a flexible holographic optical element , wherein the flexible holographic optical element is a flexible volume hologram; a transparent flexible material having a variable shear transmission property across an in-plane direction of the flexible holographic optical element ; and a second rigid substrate , wherein the flexible holographic optical element and the transparent flexible material are located between the first and second rigid substrates; wherein the variable shear transmission property of the transparent flexible material is arranged to apply variable amounts of a shear force to the first or second rigid substrates across the in-plane direction of the flexible holographic optical element ; wherein the optical device is configured as a controllable exit grating for a waveguide of a display system.
A pad set comprising padding blocks for reconfigurably mounting on a flat working surface of a clamshell die press device to provide a cushion for die cutting, wherein the pad set comprises: a first padding block comprising a backing layer and a first padding layer that is bonded to the backing layer , wherein the backing layer is composed of a metal and the first padding layer is composed of a first padding material having a first Shore value; and a second padding block comprising a second backing layer and a second padding layer that is bonded to the second backing layer, wherein the second backing layer is composed of the metal and the second padding layer is composed of a second padding material having a second Shore value, wherein the first Shore value is different than the second Shore value, one of the first padding block or the second padding block is to be mounted on a working surface of the clamshell die press device, the first padding block is paired with a first cutting blade having a first tooth profile, and the second padding block is paired with a second cutting blade having a second tooth profile, and the first and second Shore values represent a respective hardness measurement of the corresponding first and second padding materials, wherein a padding block is selected based on a determination that a hardness parameter of padding material of its padding layer matches a tooth profile of a cutting blade installed on the clamshell die press device . a first padding block comprising a backing layer and a first padding layer that is bonded to the backing layer , wherein the backing layer is composed of a metal and the first padding layer is composed of a first padding material having a first Shore value; and a second padding block comprising a second backing layer and a second padding layer that is bonded to the second backing layer, wherein the second backing layer is composed of the metal and the second padding layer is composed of a second padding material having a second Shore value, wherein the first Shore value is different than the second Shore value, one of the first padding block or the second padding block is to be mounted on a working surface of the clamshell die press device, the first padding block is paired with a first cutting blade having a first tooth profile, and the second padding block is paired with a second cutting blade having a second tooth profile, and the first and second Shore values represent a respective hardness measurement of the corresponding first and second padding materials, wherein a padding block is selected based on a determination that a hardness parameter of padding material of its padding layer matches a tooth profile of a cutting blade installed on the clamshell die press device .