mhurhangee/ep-ind-claims huggingface dataset:
A method of using reaction heat of an exothermal, chemical reaction being carried out discontinuously in a reaction vessel, wherein the reaction heat heats supplied water (5, 15) of a first, lower temperature in a heat exchanger at least indirectly to a second, higher temperature, and said water being supplied to a steam accumulator, characterized in that the chemical reaction is carried out in a batch process and in that the chemical reaction is an alkoxylation reaction.
An installation method for installing a strain gauge sensor apparatus (2, 3) at an installation location on an electrical bicycle, the strain gauge sensor apparatus (2, 3) being capable of generating a deformation signal caused by a pushing/pulling force applied on the electrical bicycle, and the installation location of the strain gauge sensor apparatus (2, 3) satisfying the following requirements: Requirement 1: when a manual pushing/pulling force is applied to the installation location of the electrical bicycle, the installation location is deformable and the deforming action force is directly proportional to the pushing/pulling force; Requirement 2: when the pushing/pulling force is applied, the bicycle deforming direction at the installation location is independent of the pushing/pulling force moving direction; Requirement 3: the strain detecting direction of the strain gauge sensor apparatus (2, 3) is in the same direction as the bicycle deforming direction at the installation location; wherein the installation location is situated at a position between angles of positive and negative 30 degrees with respect to the axis parallel to the pushing/pulling force moving direction; the installation method being characterised by installing the strain gauge sensor apparatus (2, 3) at the installation location that is situated at a right chain stay of the bicycle proximate to a right dropout and within 10cm away from a rear hub, and where the chain stay bends towards a bottom bracket, with the strain gauge sensor apparatus (2, 3) spanning over an obtuse angle of the bend of the chain stay. Requirement 1: when a manual pushing/pulling force is applied to the installation location of the electrical bicycle, the installation location is deformable and the deforming action force is directly proportional to the pushing/pulling force; Requirement 2: when the pushing/pulling force is applied, the bicycle deforming direction at the installation location is independent of the pushing/pulling force moving direction; Requirement 3: the strain detecting direction of the strain gauge sensor apparatus (2, 3) is in the same direction as the bicycle deforming direction at the installation location; wherein the installation location is situated at a position between angles of positive and negative 30 degrees with respect to the axis parallel to the pushing/pulling force moving direction; the installation method being characterised by installing the strain gauge sensor apparatus (2, 3) at the installation location that is situated at a right chain stay of the bicycle proximate to a right dropout and within 10cm away from a rear hub, and where the chain stay bends towards a bottom bracket, with the strain gauge sensor apparatus (2, 3) spanning over an obtuse angle of the bend of the chain stay.
A position sensor system comprising a self-operated regulator adapted to control a stream of working fluid, the self-operated regulator having a closed housing structure, wherein the position sensor system comprising a sensor unit, which can detect a magnetic field of a magnetic field source of the self-operated regulator and comprises a support on which a magnetic sensor of the magnetic sensor unit is supported, the support being adapted to be dockable to a housing structure of the self-operated regulator to define a fixed position of the sensor relative to the housing of the regulator.
A method implemented by one or more processors, the method comprising: obtaining, via a voice bot development platform, a plurality of remote procedure call, RPC, training instances, each of the plurality of RPC training instances including: training instance input, the training instance input including at least a portion of a corresponding conversation and a prior context of the corresponding conversation, and training instance output, the training instance output including a corresponding ground truth response to at least the portion of the corresponding conversation; training, via the voice bot development platform, a voice bot based on at least the plurality of RPC training instances, wherein training the voice bot based on the plurality of RPC training instances causes the voice bot to interact with a third-party system capable of receiving RPC outbound requests from the voice bot and transmitting responsive RPC inbound requests back to the voice bot; and subsequent to training the voice bot: causing the trained voice bot to be deployed for conducting conversations on behalf of a third-party. obtaining, via a voice bot development platform, a plurality of remote procedure call, RPC, training instances, each of the plurality of RPC training instances including: training instance input, the training instance input including at least a portion of a corresponding conversation and a prior context of the corresponding conversation, and training instance output, the training instance output including a corresponding ground truth response to at least the portion of the corresponding conversation; training instance input, the training instance input including at least a portion of a corresponding conversation and a prior context of the corresponding conversation, and training instance output, the training instance output including a corresponding ground truth response to at least the portion of the corresponding conversation; training, via the voice bot development platform, a voice bot based on at least the plurality of RPC training instances, wherein training the voice bot based on the plurality of RPC training instances causes the voice bot to interact with a third-party system capable of receiving RPC outbound requests from the voice bot and transmitting responsive RPC inbound requests back to the voice bot; and subsequent to training the voice bot: causing the trained voice bot to be deployed for conducting conversations on behalf of a third-party.
Method for filling at least one cavity, particularly a blister of a blister packaging, with a liquid, comprising at least the following steps: - partly filling a cavity of a semifinished product containing at least two cavities (10, 11) with the liquid, - covering the semifinished product at least in some areas, so as to prevent the escape of liquid from the semifinished product, - displacing at least some of the liquid from the already partially filled cavity, - characterised in that - at least one other cavity is completely filled by a portion of the displaced liquid and another portion of the displaced liquid at least partially fills at least one overflow. - partly filling a cavity of a semifinished product containing at least two cavities (10, 11) with the liquid, - covering the semifinished product at least in some areas, so as to prevent the escape of liquid from the semifinished product, - displacing at least some of the liquid from the already partially filled cavity, - characterised in that - at least one other cavity is completely filled by a portion of the displaced liquid and another portion of the displaced liquid at least partially fills at least one overflow.
A speaker verification method, comprising: acquiring an audio recording; extracting speech signals from the audio recording; extracting features of the extracted speech signals; and determining whether the extracted speech signals represent speech by a predetermined speaker based on the extracted features and a speaker model trained with reference voice data of the predetermined speaker, wherein the extracted speech signals include a first speech signal; characterized in that extracting the speech signals comprises: determining a speaker gender of the first speech signal; when the speaker gender of the first speech signal is different from a gender of the predetermined speaker, determining a ratio of a time duration of the first speech signal over a time duration of the audio recording; when the ratio exceeds a predetermined threshold, concluding that the audio recording does not include speech by the predetermined speaker; and when the ratio is equal to or below the predetermined threshold, removing the first speech signal from the extracted speech signals. acquiring an audio recording; extracting speech signals from the audio recording; extracting features of the extracted speech signals; and determining whether the extracted speech signals represent speech by a predetermined speaker based on the extracted features and a speaker model trained with reference voice data of the predetermined speaker, wherein the extracted speech signals include a first speech signal; characterized in that extracting the speech signals comprises: determining a speaker gender of the first speech signal; when the speaker gender of the first speech signal is different from a gender of the predetermined speaker, determining a ratio of a time duration of the first speech signal over a time duration of the audio recording; when the ratio exceeds a predetermined threshold, concluding that the audio recording does not include speech by the predetermined speaker; and when the ratio is equal to or below the predetermined threshold, removing the first speech signal from the extracted speech signals. determining a speaker gender of the first speech signal; when the speaker gender of the first speech signal is different from a gender of the predetermined speaker, determining a ratio of a time duration of the first speech signal over a time duration of the audio recording; when the ratio exceeds a predetermined threshold, concluding that the audio recording does not include speech by the predetermined speaker; and when the ratio is equal to or below the predetermined threshold, removing the first speech signal from the extracted speech signals.
A vaso-occlusive device comprising a porous, non-biodegradable material comprising a polymer selected from the group consisting of cellulose acetate, mixed esters cellulose, PTFE/polyester, acrylic copolymers and combinations thereof; characterized in that the non-biodegradable material has a pore size of less than about 20 microns; and wherein the device is adapted to have a linear primary configuration prior to deployment and a secondary three-dimensional configuration after deployment.
An apparatus comprising: - a microelectromechanical, MEMS, capacitor comprising two plates (110, 120) and a gap between the plates (110, 120); - a gas conveyor configured to cause gas to flow through the gap, and readout circuitry configured to measure a capacitance of the MEMS capacitor, wherein the readout circuitry is configured to detect a change in the capacitance of the MEMS capacitor caused by a particle flowing through the gap with the gas, characterized in that a width of the gap is adjustable. - a microelectromechanical, MEMS, capacitor comprising two plates (110, 120) and a gap between the plates (110, 120); - a gas conveyor configured to cause gas to flow through the gap, and readout circuitry configured to measure a capacitance of the MEMS capacitor, wherein the readout circuitry is configured to detect a change in the capacitance of the MEMS capacitor caused by a particle flowing through the gap with the gas, characterized in that a width of the gap is adjustable. readout circuitry configured to measure a capacitance of the MEMS capacitor, wherein the readout circuitry is configured to detect a change in the capacitance of the MEMS capacitor caused by a particle flowing through the gap with the gas, characterized in that a width of the gap is adjustable.
A composition comprising at least 50 target-specific in vitro amplified primer products each having at least one cleavable group, a polymerase, a cleaving reagent capable of cleaving the at least one cleavable group from a plurality of the at least 50 target-specific in vitro amplified primer products, a ligase capable of blunt-ended ligation, and a plurality of target molecules; wherein the composition is prepared by an addition-only process; wherein each of the target specific primer regions of the primer products have the following criteria: includes two or more modified nucleotides within the primer sequence, at least one of which is included near or at the termini of the primer and at least one of which is included at, or about the center nucleotide position of the primer sequence; length is about 15 to about 40 bases in length; T m is from about 60°C to about 70°C; has low cross-reactivity with non-target sequences present in the sample; at least the first four nucleotides (going from 3' to 5' direction) are non-complementary to any sequence within any other primer present in the reaction; and no amplicon includes any consecutive stretch of at least 5 nucleotides that is complementary to any sequence within any other amplicon. includes two or more modified nucleotides within the primer sequence, at least one of which is included near or at the termini of the primer and at least one of which is included at, or about the center nucleotide position of the primer sequence; length is about 15 to about 40 bases in length; T m is from about 60°C to about 70°C; has low cross-reactivity with non-target sequences present in the sample; at least the first four nucleotides (going from 3' to 5' direction) are non-complementary to any sequence within any other primer present in the reaction; and no amplicon includes any consecutive stretch of at least 5 nucleotides that is complementary to any sequence within any other amplicon.
A data transmission method, wherein the method comprises: if a to-be-transmitted second data frame exists in a process of transmitting a first data frame, determining a frame type of the second data frame as an express frame, wherein a priority of the second data frame is higher than a priority of the first data frame; adjusting a frame type of the first data frame in a frame type field SMD of the data frame to a preemptable frame if the frame type of the first data frame is an express frame; and stopping transmitting the first data frame, and starting to transmit the second data frame. if a to-be-transmitted second data frame exists in a process of transmitting a first data frame, determining a frame type of the second data frame as an express frame, wherein a priority of the second data frame is higher than a priority of the first data frame; adjusting a frame type of the first data frame in a frame type field SMD of the data frame to a preemptable frame if the frame type of the first data frame is an express frame; and stopping transmitting the first data frame, and starting to transmit the second data frame.
A method for controlling a decentralized power generation system with a plurality of inverters, the feed of which into a grid is determined by regulation by means of a central control unit, the central control unit determining an active power, a reactive power and a voltage amplitude at a Point of Common Coupling of the power generation system and, in normal operation of the power generation system, regulating the reactive power and the active power to target values specified by a grid operator by splitting the specified target values into individual target values for the plurality of the inverters and by communicating the individual target values to the inverters, wherein a change to a special operation of the power generation system takes place if the following criteria are met at the Point of Common Coupling PCC) within a specified time interval: - a decrease of the voltage amplitude by more than a specified first threshold value; and - an increase in active power by more than a specified second threshold value, wherein the central control unit in the special operation causes a reduction of the active power provided at the Point of Common Coupling compared to the specified target values, characterized in that the change to special operation of the power generation system only takes place if, in addition, in the specified time interval a change in reactive power does not exceed a specified third threshold value in the direction of underexcitation. - a decrease of the voltage amplitude by more than a specified first threshold value; and - an increase in active power by more than a specified second threshold value,
Polymer blend in aqueous dispersion (Latex - blend) comprising a) at least one non-fluorinated homopolymer of copolymer, hereinafter referred to as polymer obtained by polymerisation of monomers that are selected from the group of alkyl acrylates, alkyl methacrylates, styrene, styrene derivatives, vinyl chloride, vinyl alkyl ether, vinyl acetate and dimethyl siloxane and b) at least one homopolymer of copolymer, hereinafter referred to as polymer comprising a polyfluorinated component or a polymeric diorganosiloxane, is characterized by the fact that • the fraction of the polyfluorinated component or the polymeric diorganosiloxane as polymer in the latex - blend measures 2 to 40 % by mole in case of the polyfluorinated component, while that for polymeric diorganosiloxane measures 30 to 90% by mole, both these figures being based on monomer units. • The angle of roll of the film of the latex - blend for water is less than or equal to 30° • and / or the angle of contact of the film of the polymer blend with the surface of water is greater than or equal to 140°. a) at least one non-fluorinated homopolymer of copolymer, hereinafter referred to as polymer obtained by polymerisation of monomers that are selected from the group of alkyl acrylates, alkyl methacrylates, styrene, styrene derivatives, vinyl chloride, vinyl alkyl ether, vinyl acetate and dimethyl siloxane and b) at least one homopolymer of copolymer, hereinafter referred to as polymer comprising a polyfluorinated component or a polymeric diorganosiloxane, • the fraction of the polyfluorinated component or the polymeric diorganosiloxane as polymer in the latex - blend measures 2 to 40 % by mole in case of the polyfluorinated component, while that for polymeric diorganosiloxane measures 30 to 90% by mole, both these figures being based on monomer units. • The angle of roll of the film of the latex - blend for water is less than or equal to 30° • and / or the angle of contact of the film of the polymer blend with the surface of water is greater than or equal to 140°.
A separation material comprising: porous polymer particles that comprise divinylbenzene as a styrene-based monomer unit at a proportion of 50% by mass or more based on the total mass of the monomers; and a coating layer that comprises a macromolecule having hydroxyl groups and covers at least a portion of the surface of the porous polymer particles, wherein the separation material has a 5% compressive deformation modulus of 100 to 1,000 MPa, and has a mode diameter, being the most frequent value of the pore size distribution, of 0.1 to 0.5 μm. porous polymer particles that comprise divinylbenzene as a styrene-based monomer unit at a proportion of 50% by mass or more based on the total mass of the monomers; and a coating layer that comprises a macromolecule having hydroxyl groups and covers at least a portion of the surface of the porous polymer particles, wherein the separation material has a 5% compressive deformation modulus of 100 to 1,000 MPa, and has a mode diameter, being the most frequent value of the pore size distribution, of 0.1 to 0.5 μm.
Device for producing a spunbonded nonwoven web from filaments, comprising a spinneret, a cooling chamber into which process air for cooling the filaments, can be introduced, a monomer extraction device arranged between the spinneret and the cooling chamber, a stretching unit, and a depositing device for depositing the filaments for the spunbonded nonwoven web, wherein the cooling chamber is divided into two cooling chamber sections (7a, 7b), wherein process air from a first upper cooling chamber section can be aspirated to the monomer extraction device with a first volume flow VM, wherein process air from the first upper cooling chamber section emerges with a volume flow V1 into a second lower cooling chamber section and wherein the volume flow ratio VM/V1 is 0.1 to 0.35, preferably 0.12 to 0.25.
A coating composition comprising: kaolin having a shape factor from 60 to less than 70; and calcium carbonate having a d 50 of at least 2.4 μm (microns) and a steepness factor of at least 30, wherein the steepness factor is d 30 /d 70 × 100; and wherein the ratio of kaolin to calcium carbonate is from 20:80 to 80:20. kaolin having a shape factor from 60 to less than 70; and calcium carbonate having a d 50 of at least 2.4 μm (microns) and a steepness factor of at least 30, wherein the steepness factor is d 30 /d 70 × 100; and wherein the ratio of kaolin to calcium carbonate is from 20:80 to 80:20.
A cervical spine spacer comprising: - a spacer body (110, 310, 510, 910) configured to be disposed between adjacent cervical vertebrae in the cervical spine and to maintain a desired spacing between the adjacent cervical vertebrae and - a channel (240, 440, 640, 940) passing completely through the spacer body (110, 310, 510, 910) from a first surface (120, 320, 520, 920) of the spacer body to a second surface (130, 330, 530, 930) of the spacer body, said surfaces defining the thickness or height of the spacer body, at least one of the first surface (120, 320, 520, 920) and the second surface (130, 330, 530, 930) configured to contact one of the adjacent cervical vertebrae, and - a fastener (250, 850) configured to anchor the spacer body (110, 310, 510, 910) between the adjacent cervical vertebrae, - the spacer body (110, 310, 510, 910) comprises a groove (200, 400, 600) running along a side face of the spacer body (110, 310, 510, 910) and extending into the spacer body and a hole (210, 610) extending perpendicular to the groove (200, 400, 600) such that the ends of the hole (210, 610) are located in the groove (200, 400, 600), - wherein the fastener (250, 850) extends completely through the channel (240, 440, 640) from the second surface (130, 330, 530, 930) of the spacer body to the first surface (120, 320, 520, 920) of the spacer body. - a spacer body (110, 310, 510, 910) configured to be disposed between adjacent cervical vertebrae in the cervical spine and to maintain a desired spacing between the adjacent cervical vertebrae and - a channel (240, 440, 640, 940) passing completely through the spacer body (110, 310, 510, 910) from a first surface (120, 320, 520, 920) of the spacer body to a second surface (130, 330, 530, 930) of the spacer body, said surfaces defining the thickness or height of the spacer body, at least one of the first surface (120, 320, 520, 920) and the second surface (130, 330, 530, 930) configured to contact one of the adjacent cervical vertebrae, and - a fastener (250, 850) configured to anchor the spacer body (110, 310, 510, 910) between the adjacent cervical vertebrae, - the spacer body (110, 310, 510, 910) comprises a groove (200, 400, 600) running along a side face of the spacer body (110, 310, 510, 910) and extending into the spacer body and a hole (210, 610) extending perpendicular to the groove (200, 400, 600) such that the ends of the hole (210, 610) are located in the groove (200, 400, 600), - wherein the fastener (250, 850) extends completely through the channel (240, 440, 640) from the second surface (130, 330, 530, 930) of the spacer body to the first surface (120, 320, 520, 920) of the spacer body.