mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a water absorbent resin comprising: a polymerization step for polymerizing an unsaturated monomer; and a drying step for drying a particulate hydrogel crosslinked polymer having solid content concentration of 45% by weight or more, that is obtained by micronization of the hydrogel crosslinked polymer either during or after the polymerization, wherein a through-circulation belt type dryer or a through-circulation stationary batch type dryer equipped with a through-circulation plate is used for drying in the drying step, a hole area rate is set to be 15 - 50% wherein the hole area rate is defined as the percentage of hole area in a punching metal or a metal mesh relative to the entire area of the surface of the through-circulation belt surface or the through-circulation plate (including hole area) and a drop and scatter ratio of the particulate hydrogel crosslinked polymer that is represented by following Formula 1 is set to 1% by weight or less Drop and scatter ratio % by weight = 1 − Amount of solid content in particulate hydrogel obtained from drying step / Amount of solid content in particulate hydrogel provided to throught-cirulation belt or through-circulation plate × 100 . a polymerization step for polymerizing an unsaturated monomer; and a drying step for drying a particulate hydrogel crosslinked polymer having solid content concentration of 45% by weight or more, that is obtained by micronization of the hydrogel crosslinked polymer either during or after the polymerization, wherein a through-circulation belt type dryer or a through-circulation stationary batch type dryer equipped with a through-circulation plate is used for drying in the drying step, a hole area rate is set to be 15 - 50% wherein the hole area rate is defined as the percentage of hole area in a punching metal or a metal mesh relative to the entire area of the surface of the through-circulation belt surface or the through-circulation plate (including hole area) and a drop and scatter ratio of the particulate hydrogel crosslinked polymer that is represented by following Formula 1 is set to 1% by weight or less Drop and scatter ratio % by weight = 1 − Amount of solid content in particulate hydrogel obtained from drying step / Amount of solid content in particulate hydrogel provided to throught-cirulation belt or through-circulation plate × 100 .
An electronic apparatus comprising: a communication module configured to wirelessly communicate with an external remote controller ; a main memory configured to store at least one instruction; and a main processor configured to execute the at least one instruction, wherein the main processor is further configured to transmit a first control signal for mapping a key value corresponding to a first key from among keys included in the external remote controller with a function from among a plurality of functions capable of being performed by the electronic apparatus to the communication module , based on product information of the electronic apparatus stored in the main memory , and wherein the communication module is further configured to map the key value corresponding to the first key with the function based on the first control signal, and control the main processor to perform the function based on a signal corresponding to the key value corresponding to the first key being received from the external remote controller . a communication module configured to wirelessly communicate with an external remote controller ; a main memory configured to store at least one instruction; and a main processor configured to execute the at least one instruction, wherein the main processor is further configured to transmit a first control signal for mapping a key value corresponding to a first key from among keys included in the external remote controller with a function from among a plurality of functions capable of being performed by the electronic apparatus to the communication module , based on product information of the electronic apparatus stored in the main memory , and wherein the communication module is further configured to map the key value corresponding to the first key with the function based on the first control signal, and control the main processor to perform the function based on a signal corresponding to the key value corresponding to the first key being received from the external remote controller .
A polypeptide having hemicellulase activity which comprises the amino acid sequence set out in SEQ ID NO: 32 or an amino acid sequence encoded by the nucleotide sequence of SEQ ID NO: 31, SEQ ID NO: 34 or a variant polypeptide or variant polynucleotide thereof, wherein the variant polypeptide has at least 75% sequence identity with the sequence set out in SEQ ID NO: 32, or the variant polynucleotide encodes a polypeptide that has at least 75% sequence identity with the sequence set out in SEQ ID NO: 32.
A method in a network node being in communication interaction with a user terminal, UE, and a media server , comprising the steps of: - performing (S110) a deep packet inspection, DPI, on IP packets sent from the media server to the UE to detect an association between a plurality of identifiers and corresponding characteristics of respective different media streams representing the same media information; - performing (S130) a DPI on IP packets sent from the UE to the media server to detect a media stream identifier selected by the UE from said association, the IP packets corresponding to a request to obtain one of the different media streams of the association; - modifying (S150) the request by replacing the detected media stream identifier selected by the UE with any other of the media stream identifiers of the association. - performing (S110) a deep packet inspection, DPI, on IP packets sent from the media server to the UE to detect an association between a plurality of identifiers and corresponding characteristics of respective different media streams representing the same media information; - performing (S130) a DPI on IP packets sent from the UE to the media server to detect a media stream identifier selected by the UE from said association, the IP packets corresponding to a request to obtain one of the different media streams of the association; - modifying (S150) the request by replacing the detected media stream identifier selected by the UE with any other of the media stream identifiers of the association.
A method of manufacturing an electronic device comprising a layer of semiconductive material and at least one insulative feature , the or each insulative feature being arranged to electrically interrupt the layer of semiconductive material Z and inhibit current flow from semiconductive material on one side of the feature to semiconductive material on the other side of the feature, the method comprising: providing a layer of semiconductive material , and a layer of compressible material supporting the layer of semiconductive material ; and forming the or each insulative feature by a method comprising displacing a respective selected portion of the layer of semiconductive material towards the compressible material so as to compress compressible material under the or each displaced portion and separate at least partly the or each displaced portion from undisplaced semiconductive material . providing a layer of semiconductive material , and a layer of compressible material supporting the layer of semiconductive material ; and forming the or each insulative feature by a method comprising displacing a respective selected portion of the layer of semiconductive material towards the compressible material so as to compress compressible material under the or each displaced portion and separate at least partly the or each displaced portion from undisplaced semiconductive material .
An axial flow fan comprising: a hub driven to rotate and configured to serve as a rotation axis (RS) of the axial flow fan ; and a blade connected to the hub , the blade having a leading edge , and a trailing edge , the trailing edge having an indentation indenting toward the leading edge , the indentation narrowing from the trailing edge to the leading edge , and having an apex being a point closest to the leading edge from among the points constituting the indentation ; characterized in that the blade having, at the indentation , a maximum thickness portion at which a thickness of the blade is maximum, which is the thickness along the trailing edge , and which is between the hub and the apex . a hub driven to rotate and configured to serve as a rotation axis (RS) of the axial flow fan ; and a blade connected to the hub , the blade having a leading edge , and a trailing edge , a leading edge , and a trailing edge , the trailing edge having an indentation indenting toward the leading edge , the indentation narrowing from the trailing edge to the leading edge , and having an apex being a point closest to the leading edge from among the points constituting the indentation ; characterized in that the blade having, at the indentation , a maximum thickness portion at which a thickness of the blade is maximum, which is the thickness along the trailing edge , and which is between the hub and the apex .
Semiconductor laser device comprising a first resonator section for resonating an optical resonator signal for providing an optical output signal at an output of said laser device , wherein said first resonator section is arranged for selectively resonating at a plurality of discrete output wavelengths, and wherein said laser device further comprises a second resonator section operatively connected to said first resonator section , said second resonator section being arranged for providing an optical feedback signal at a feedback wavelength to said first resonator section for locking said first resonator section into resonating at a selected output wavelength of said discrete output wavelengths, which selected output wavelength corresponds to said feedback wavelength for providing said optical output signal, wherein said second resonator section is arranged for providing said optical feedback signal selectable at a plurality of feedback wavelengths, wherein said second resonator section comprises a plurality of cavities (11-18), wherein each of said cavities (11-18) is arranged for resonating at a cavity wavelength corresponding to at least one of said plurality of feedback wavelengths, said semiconductor laser device further comprising means for selecting one of said plurality of cavities (11-18) for providing said optical feedback signal; and a tunable filter element for providing said operative connection between said second resonator section and said first resonator section , wherein said tunable filter element is arranged for selectively transmitting at least one of said feedback wavelengths.
An optically anisotropic photo-alignment layer for planar alignment of liquid crystals, which has been obtained by exposing a photo-alignable material to aligning light, wherein the photo-alignable material incorporates photo-alignable moieties, which comprise a cinnamate, characterized in that the photo-alignment layer has a negative dichroism with ΔA < -0.3 per micrometer thickness in at least one wavelength range above 230nm and a positive dichroism with ΔA > 0.07 per micrometer thickness in at least one wavelength range between 190nm and 230nm, wherein the dichroism ΔA is the difference of the absorbance measured along and perpendicular to the aligning light direction and wherein the aligning light is linearly or elliptically polarized and the aligning light direction is the intersection line of the surface of the photo-alignment layer and the polarization plane of the aligning light during the exposure.
Screwing unit for screwing screws into a workpiece , comprising a control unit which is designed for identifying a head support (K) of a screw head on the workpiece and, for this purpose, has a monitoring module which is designed for detecting current torque values (m i ) depending on a rotation angle and also for monitoring a torque profile (M) during a respective screwing-in process, wherein the monitoring module - derives a trend line (L) from the torque profile (M) during the screwing-in operation as far as the head support (K) - and also prespecifies a tolerance line (T) and - identifies the situation of the head support (K) having been reached when the trend line (L) intersects the tolerance line (T) at an intersection point (P), and that the monitoring module is further designed in such a way that - the screw is tightened in a defined manner starting from the head support (K), wherein - a change in the gradient of the torque profile (M) is taken into account for ascertaining the trend line (L), - a first gradient of the torque profile (M) within a first region of the rotation angle and also an instantaneous gradient of the torque profile (M) within an instantaneous region of the rotation angle are ascertained and correlated with one another for ascertaining the change in the gradient of the torque profile (M), characterized in that - the first region and the instantaneous region are spaced apart from one another by a fixed rotation angle of 360°. - derives a trend line (L) from the torque profile (M) during the screwing-in operation as far as the head support (K) - and also prespecifies a tolerance line (T) and - identifies the situation of the head support (K) having been reached when the trend line (L) intersects the tolerance line (T) at an intersection point (P), and that the monitoring module is further designed in such a way that - the screw is tightened in a defined manner starting from the head support (K), wherein - a change in the gradient of the torque profile (M) is taken into account for ascertaining the trend line (L), - a first gradient of the torque profile (M) within a first region of the rotation angle and also an instantaneous gradient of the torque profile (M) within an instantaneous region of the rotation angle are ascertained and correlated with one another for ascertaining the change in the gradient of the torque profile (M), characterized in that - the first region and the instantaneous region are spaced apart from one another by a fixed rotation angle of 360°.
A recombinant Herpes Simplex Virus-1 (HSV-1) for use in treating a cancer in a subject with cancer, wherein the cancer comprises a solid tumor, the use comprising administering to the subject a therapeutically effective amount of the recombinant Herpes Simplex Virus-1 (HSV-1) that expresses only a C-terminal portion of γ 1 34.5 protein with no wild-type or intact γ 1 34.5 protein expression thereby treating the subject's cancer, wherein the C-terminal portion of the γ 1 34.5 protein consists of SEQ ID NO:2.
A method for operating an auxiliary drive for a trailer, in particular a caravan, a boat trailer, a sales vehicle, a transport trailer or a car transport trailer, in which at least one mobile terminal connected to the auxiliary drive via a wireless communication link provides at least one functional operating element (26a-n), by means of which at least one function of the auxiliary drive can be effected by a user via the mobile terminal via the wireless communication link, and at least one safety operating element (28a,b) different from the functional operating element (26a-n), wherein the functional operating element (26a-n) is enabled depending on at least one actuation of the safety operating element (28a,b) effected by the user for effecting the at least one function, characterized in that the safety operating element (28a,b) is provided on a touch-sensitive screen of the mobile terminal as an operating surface.
Steam accumulator for providing process steam for an industrial process, wherein the steam accumulator comprises an accumulator container and at least one first latent heat accumulator having a first phase transition temperature, wherein the accumulator container has an accumulator space for receiving a liquid and steam , wherein the at least one first latent heat accumulator is designed as a chamber filled with a phase change material, wherein the at least one first latent heat accumulator has a first heat transfer surface and is in thermal contact at least indirectly with the accumulator space via the first heat transfer surface, wherein the at least one first latent heat accumulator has a heating device , characterized in that the heating device is completely arranged in the at least one first latent heat accumulator , and the at least one first latent heat accumulator can be heated by the heating device independently of a heat transfer at the first heat transfer surface.
A creasing machine having a creasing tool , a counter element cooperating with the creasing tool, and a transportation system for advancing sheets through a creasing area between the creasing tool and the counter element , the creasing tool having a creasing plate provided with at least one creasing projection , wherein creasing projection on the creasing plate is constituted by a plurality of small, plastically deformed areas which merge into each other so as to form the creasing projection , characterized in that the machine comprises a punching module and a control that determines if a suitable creasing plate is available in an inventory or if a new creasing plate is to be manufactured by using the punching module .
Method for determining the remaining life (t R ) of a battery of an electronic device , in particular of a measuring device having a varying power consumption, wherein the remaining life (t R ) is determined on the basis of a retrievable capacity (c eb ) of the battery , a predefined period of time (a), a self-discharge (S a ) of the battery per predefined period of time (a) and a mean discharge current (I m ) of the battery as follows: t R = C eb I m ⋅ 1 − S a t R a where C eb = retrievable capacity, S a = self-discharge per predefined period of time, for example one year, a = predefined period of time (for example one year or one month), I m = mean discharge current, t R = remaining life, wherein the mean discharge current (I m ) of the battery is determined on the basis of a frequency distribution (HV1) of a number of operating states (B n ). the remaining life (t R ) is determined on the basis of a retrievable capacity (c eb ) of the battery , a predefined period of time (a), a self-discharge (S a ) of the battery per predefined period of time (a) and a mean discharge current (I m ) of the battery as follows: t R = C eb I m ⋅ 1 − S a t R a where C eb = retrievable capacity, S a = self-discharge per predefined period of time, for example one year, a = predefined period of time (for example one year or one month), I m = mean discharge current, t R = remaining life, wherein the mean discharge current (I m ) of the battery is determined on the basis of a frequency distribution (HV1) of a number of operating states (B n ).
A laser system comprising: a seed laser configured to produce a sequence of seed light pulses, wherein the sequence of seed light pulses are produced with variable time intervals between the seed light pulses in a sweep cycle; a pump laser configured to produce a pump light; a fiber amplifier coupled to the seed laser and the pump laser ; and an adjustment laser configured to produce an adjustment light when a time interval in the sweep cycle is greater than a pre-determined value, wherein the adjustment light is to be supplied to the fiber amplifier, wherein the adjustment light is used to consume energy generated in the fiber amplifier. a seed laser configured to produce a sequence of seed light pulses, wherein the sequence of seed light pulses are produced with variable time intervals between the seed light pulses in a sweep cycle; a pump laser configured to produce a pump light; a fiber amplifier coupled to the seed laser and the pump laser ; and an adjustment laser configured to produce an adjustment light when a time interval in the sweep cycle is greater than a pre-determined value, wherein the adjustment light is to be supplied to the fiber amplifier, wherein the adjustment light is used to consume energy generated in the fiber amplifier.
Electric motor support comprising at least three separate portions: - a mounting portion for mounting on a combustion engine, - a fastening portion for fastening an electric motor, - a portion forming an integrated fluid-circulation conduit . - a mounting portion for mounting on a combustion engine, - a fastening portion for fastening an electric motor, - a portion forming an integrated fluid-circulation conduit .
A handheld tool comprising: a pole member having a first end and a second end distal to the first end ; an implement member operably disposed at the first end of the pole member ; a handle member associated with the pole member , and at least one holding bar extending outwardly from the pole member , the holding bar being adapted to rotate about the pole member the handheld tool further includes at least one gripping handle , wherein the at least one gripping handle includes a second cylindrical portion provided with at least one rib ; characterized in that: the at least one rib is a spiral rib, wherein the holding bar includes a clamping portion conforming to one of the gripping handle and the pole member , and wherein the clamping portion is adapted to be moved along the spiral rib to move the holding bar on the pole member . a pole member having a first end and a second end distal to the first end ; an implement member operably disposed at the first end of the pole member ; a handle member associated with the pole member , and at least one holding bar extending outwardly from the pole member , the holding bar being adapted to rotate about the pole member the handheld tool further includes at least one gripping handle , wherein the at least one gripping handle includes a second cylindrical portion provided with at least one rib ; characterized in that: the at least one rib is a spiral rib, wherein the holding bar includes a clamping portion conforming to one of the gripping handle and the pole member , and wherein the clamping portion is adapted to be moved along the spiral rib to move the holding bar on the pole member . the at least one rib is a spiral rib, wherein the holding bar includes a clamping portion conforming to one of the gripping handle and the pole member , and wherein the clamping portion is adapted to be moved along the spiral rib to move the holding bar on the pole member .
An subtilisin variant comprising an amino acid sequence having at least 90% sequence identity to the amino acid sequence of SEQ ID NO: 1 or 34 and comprising an amino acid substitution X120R wherein the amino acid positions of the variant are numbered by correspondence with the amino acid sequence of SEQ ID NO: 1, and wherein said variant has protease activity, wherein said variant has improved cleaning performance when compared to a reference subtilisin comprising an amino acid sequence of SEQ ID NO: 1 or 34, wherein said variant has a BMI (blood/milk/ink on cotton), POM (pigment/oil/milk) and/or egg yolk with pigment swatch cleaning PI >1, optionally wherein cleaning performance in detergent is measured in accordance the cleaning performance in detergent assay of Example 1.