mhurhangee/patent-ind-claim-en huggingface dataset:
A hydrogenated block copolymer comprising: a polymer block (S) comprising an aromatic vinyl compound unit as a main constituent; and a polymer block (B) comprising a conjugated diene compound unit as a main constituent, in a molecule, wherein a content of the polymer block (S) is 5 to 20% by mass and a content of the polymer block (B) is 80 to 95% by mass, in the hydrogenated block copolymer, the polymer block (B) comprises a polymer block (B1) and a polymer block (B2); an amount of a vinyl bond of the polymer block (B1) before hydrogenation is 35 to 58 mol% and an amount of a vinyl bond of the polymer block (B2) before hydrogenation is more than 60 to 100 mol%, a content of the polymer block (B1) is 5 to 60% by mass and a content of the polymer block (B2) is 30 to 85% by mass, in the hydrogenated block copolymer, a content of a structure represented by following Formula in the hydrogenated block copolymer is 43 to 95% by mass: (S-B) ... Formula [wherein, S represents the polymer block (S) and B represents the polymer block (B)], and a hydrogenation rate of the hydrogenated block copolymer is 70 mol% or more. a content of the polymer block (S) is 5 to 20% by mass and a content of the polymer block (B) is 80 to 95% by mass, in the hydrogenated block copolymer, the polymer block (B) comprises a polymer block (B1) and a polymer block (B2); an amount of a vinyl bond of the polymer block (B1) before hydrogenation is 35 to 58 mol% and an amount of a vinyl bond of the polymer block (B2) before hydrogenation is more than 60 to 100 mol%, a content of the polymer block (B1) is 5 to 60% by mass and a content of the polymer block (B2) is 30 to 85% by mass, in the hydrogenated block copolymer, a content of a structure represented by following Formula in the hydrogenated block copolymer is 43 to 95% by mass: (S-B) ... Formula [wherein, S represents the polymer block (S) and B represents the polymer block (B)], and a hydrogenation rate of the hydrogenated block copolymer is 70 mol% or more.
A method for leak testing of defined pipe sections of water pipes whose tube pipes consist of a viscoelastic material, by supplying water to the pipe section to be tested until a test pressure is reached, measuring the pressure in the pipe section to be tested and registering the pressure curve in the pipe section in the rest phase as a function over time and comparing the thus occurring pressure drop with an expected pressure curve under consideration of the air volume present in the pipe section to be tested, characterised in that during the measuring process, a contraction test is performed by means of a simulation of material-related volume changes to be expected in the course of time with a system of differential equations describing the contraction behaviour of viscoelastic materials.
A catheter device (410; 710), comprising: a needle ; a septum (422; 722), the septum (422; 722) being adapted so that the needle may pass through the septum (422; 722) and the device (410; 710); a housing (426; 726) in which the septum (422; 722) is fitted, the septum (422; 722) being contained and enclosed within the housing (426; 726); a septum housing (424; 724) configured to engage the housing (426; 726) and secure the septum (422; 722) in position at least one receiving portion (434; 734) being a section of the septum housing (424; 724) and a needle shield (428; 728), the needle shield (428; 728) being configured to engage the at least one receiving portion (434; 734), the contact between the at least one receiving portion (434; 734) and the needle shield (428; 728) being configured to hold the needle shield (428; 728) in position, wherein the needle shield (428; 728) is configured to retain the needle if the needle is withdrawn from the housing (426; 726); wherein the needle shield comprises a front edge (438; 738) configured to engage with the at least one receiving portion (434; 734) wherein if the needle is withdrawn into the needle shield (428; 728) the needle is no longer pushing outwardly on the front edge (438; 738) of the needle shield (428; 728), the front edge (438; 738) of the needle shield (428; 728) contracting inwardly such that the needle shield (428; 728) may disengage from the septum housing (424; 724); wherein the needle shield (428; 728) comprises a protective sleeve to capture the needle tip after it is withdrawn from the patient.
Hinge for a movable furniture part, which can be mounted by the hinge on a body of an item of furniture, in particular a furniture hinge for a door or flap, wherein the hinge has a first stop part which can be attached onto the furniture body which via an articulation mechanism is pivotably connected to a second stop part which can be attached to the movable furniture part, wherein the articulation mechanism comprises articulation levers (4 to 7) which are mounted on articulation axles, and wherein an additional lever is provided which acts on a damper assembly of the hinge and which is pivotably mounted by an axle separate to the articulation axles and, in the case of a pivoting movement of the hinge according to the intended use of the hinge, is temporarily engaged on a guide portion of a guide lever on the hinge , wherein in a later backwards movement the additional lever is disengaged on the guide portion, and wherein with the usual operation of the hinge the additional lever prior to an engaging operation assumes a predetermined readiness position from which the additional lever engages on the guide portion , characterised in that a setting portion which is adjusted to the additional lever is configured in such a manner that the additional lever on the hinge from a pivoted position, which prior to the engaging operation is different from the predetermined readiness position, interacts with the setting portion in the case of the pivoting movement according to the intended use of the hinge such that the setting portion forces the additional lever into the engaged state, wherein a bearing portion of the additional lever is provided which can be engaged with the guide portion wherein the setting portion comprises a guide flank adjusted to the bearing portion, which is aligned to be oblique in a direction of movement of the bearing portion and wherein the guide lever for threading a front end section of the additional lever into a groove on the guide lever has a guiding face , wherein the guiding face is formed over the longitudinal extension of the groove at its edge directed to the end section of the additional lever .
Use of at least one compound (a) which is synthesized or derived from a natural product and is selected from the group consisting of the following compounds: wherein compound (a) is separated from its naturally occurring environment if it is derived from a natural product, for substituting sodium chloride in a food product.
An optical receiver comprising: a differential transimpedance amplifier TIA having input cascodes , and being arranged to receive one or more photodiode inputs and to provide at least two outputs, positive and negative, a positive peak detector receiving the positive differential TIA output, a negative peak detector receiving the negative differential TIA output, and each providing a peak detection output as an amplitude reference signal, a differential summing amplifier arranged to receive the outputs of the differential TIA and the amplitude reference signals from the peak detectors , wherein said differential summing amplifier directly or indirectly provides an output for the optical receiver, wherein the receiver further comprises an automatic gain circuit for the differential transimpedance amplifier , and wherein the differential summing amplifier is connected at its output to the automatic gain circuit . a differential transimpedance amplifier TIA having input cascodes , and being arranged to receive one or more photodiode inputs and to provide at least two outputs, positive and negative, a positive peak detector receiving the positive differential TIA output, a negative peak detector receiving the negative differential TIA output, and each providing a peak detection output as an amplitude reference signal, a differential summing amplifier arranged to receive the outputs of the differential TIA and the amplitude reference signals from the peak detectors , wherein said differential summing amplifier directly or indirectly provides an output for the optical receiver, wherein the receiver further comprises an automatic gain circuit for the differential transimpedance amplifier , and wherein the differential summing amplifier is connected at its output to the automatic gain circuit .
A tris salt of Compound I, wherein Compound I is represented by the following structural formula: wherein the molar ratio between Compound I and tris(hydroxymethyl)aminomethane is 1:1.
A method for producing a psicose from a fructose-containing substrate using a bacterium belonging to the genus Microbacterium having a psicose conversion activity to produce a psicose from a fructose, wherein the bacterium belonging to the genus Microbacterium is at least one selected from the group consisting of Microbacterium oxydans deposited as an accession number KCCM12033P and Microbacterium phyllosphaerae deposited as an accession number KCCM12034P.
Method for transmitting a digital content, composed of a plurality of data packets, to a mobile terminal via a communication network , the method comprising the following steps implemented by a management device : obtaining (E11,E23,F8,F33), from a node for applying quality of service rules of the communication network, at least one piece of information relating to the available bandwidth on at least one network link by means of which the terminal is attached to the communication network; selecting (E12,E24,F10,F34), on the basis of said piece of information relating to the bandwidth, an encoding bit rate (RES) to be used for at least one of said data packets; and sending (E14,E25,F16,F38), to a device intended to provide the digital content , a message indicating the selected encoding bit rate, so as to instruct said device intended to provide the digital content to transmit to the mobile terminal at least one of said data packets, encoded using the selected encoding bit rate, on one of said network links. obtaining (E11,E23,F8,F33), from a node for applying quality of service rules of the communication network, at least one piece of information relating to the available bandwidth on at least one network link by means of which the terminal is attached to the communication network; selecting (E12,E24,F10,F34), on the basis of said piece of information relating to the bandwidth, an encoding bit rate (RES) to be used for at least one of said data packets; and sending (E14,E25,F16,F38), to a device intended to provide the digital content , a message indicating the selected encoding bit rate, so as to instruct said device intended to provide the digital content to transmit to the mobile terminal at least one of said data packets, encoded using the selected encoding bit rate, on one of said network links.
A printing cassette (10, 11, 10A-D) comprising: a print tape ; an input part into which a drive force is configured to be inputted; an output part rotatable about a rotational axis parallel to a first direction and configured to output the drive force for conveying the print tape to an outside; a transmission mechanism drivingly connected to the input part and the output part and configured to transmit the drive force inputted into the input part to the output part; and a case that houses therein at least a part (31-34, 32B, 32D-F, 36-39, 43) of the print tape , at least a part (31-34, 32B, 32D-F, 36-39, 43) of the input part, at least a part (31-34, 32B, 32D-F, 36-39, 43) of the output part, and at least part (31-34, 32B, 32D-F, 36-39, 43) of the transmission mechanism, wherein the case has: a first surface and a second surface constituting respective endfaces of the case in a second direction perpendicular to the first direction; and a third surface and a fourth surface constituting respective endfaces of the case in a third direction perpendicular to the first direction and the second direction, and wherein the output part is positioned between the first surface and the second surface and between the third surface and the fourth surface . a print tape ; an input part into which a drive force is configured to be inputted; an output part rotatable about a rotational axis parallel to a first direction and configured to output the drive force for conveying the print tape to an outside; a transmission mechanism drivingly connected to the input part and the output part and configured to transmit the drive force inputted into the input part to the output part; and a case that houses therein at least a part (31-34, 32B, 32D-F, 36-39, 43) of the print tape , at least a part (31-34, 32B, 32D-F, 36-39, 43) of the input part, at least a part (31-34, 32B, 32D-F, 36-39, 43) of the output part, and at least part (31-34, 32B, 32D-F, 36-39, 43) of the transmission mechanism, wherein the case has: a first surface and a second surface constituting respective endfaces of the case in a second direction perpendicular to the first direction; and a third surface and a fourth surface constituting respective endfaces of the case in a third direction perpendicular to the first direction and the second direction, and a first surface and a second surface constituting respective endfaces of the case in a second direction perpendicular to the first direction; and a third surface and a fourth surface constituting respective endfaces of the case in a third direction perpendicular to the first direction and the second direction, and wherein the output part is positioned between the first surface and the second surface and between the third surface and the fourth surface .
An electrochemical processing apparatus for electrochemically processing at least a select region of an article so as to smoothen at least said select region , comprising: an anode provided by said article ; and a cathode positioned proximal said article characterised in that the cathode is extending at least partly around said select region of said article so as to concentrate said electrochemical processing at said select region . an anode provided by said article ; and a cathode positioned proximal said article characterised in that the cathode is extending at least partly around said select region of said article so as to concentrate said electrochemical processing at said select region .
A component mounting machine which is configured to release a component by supplying positive pressure from a positive pressure source to a suction nozzle that is configured to suck the component by negative pressure, the component mounting machine characterized by: an electropneumatic proportional valve which is an electropneumatic regulator or proportional control valve, and configured to adjust the positive pressure supplied to the suction nozzle from the positive pressure source for a positive pressure adjustment operation of the electropneumatic proportional valve ; an electromagnetic valve which is configured to open and close a positive pressure supply path (319 between the electropneumatic proportional valve and the suction nozzle , and control means for controlling the positive pressure adjustment operation of the electropneumatic proportional valve and an opening/closing operation of the electromagnetic valve , wherein the control means is configured to adjust output positive pressure of the electropneumatic proportional valve to the positive pressure which is appropriate for releasing the component , for various types of components having different shapes, sizes and weight suctioned to the suction nozzle . an electropneumatic proportional valve which is an electropneumatic regulator or proportional control valve, and configured to adjust the positive pressure supplied to the suction nozzle from the positive pressure source for a positive pressure adjustment operation of the electropneumatic proportional valve ; an electromagnetic valve which is configured to open and close a positive pressure supply path (319 between the electropneumatic proportional valve and the suction nozzle , and control means for controlling the positive pressure adjustment operation of the electropneumatic proportional valve and an opening/closing operation of the electromagnetic valve , wherein the control means is configured to adjust output positive pressure of the electropneumatic proportional valve to the positive pressure which is appropriate for releasing the component , for various types of components having different shapes, sizes and weight suctioned to the suction nozzle .
An ultrasound data processor , the processor comprising an input/output for receiving ultrasound data as an input, the ultrasound data including at least pulse wave Doppler (PWD) ultrasound data, the processor configured to: apply a first analysis procedure to the ultrasound data, or data derived therefrom, to generate a first set of one or more analysis parameters, the first analysis procedure comprising a Fourier spectral analysis of the data; apply a second analysis procedure to the ultrasound data, or data derived therefrom, to generate a second set of one or more analysis parameters, the second analysis procedure comprising wavelet decomposition, input the first and second sets of analysis parameters to a classifier , wherein the classifier is configured to determine, based on the input analysis parameters, at least one reliability classification for the input ultrasound data indicative of reliability of at least a portion of the input data for determining patient blood flow measurements using the data. the processor comprising an input/output for receiving ultrasound data as an input, the ultrasound data including at least pulse wave Doppler (PWD) ultrasound data, the processor configured to: apply a first analysis procedure to the ultrasound data, or data derived therefrom, to generate a first set of one or more analysis parameters, the first analysis procedure comprising a Fourier spectral analysis of the data; apply a second analysis procedure to the ultrasound data, or data derived therefrom, to generate a second set of one or more analysis parameters, the second analysis procedure comprising wavelet decomposition, input the first and second sets of analysis parameters to a classifier , wherein the classifier is configured to determine, based on the input analysis parameters, at least one reliability classification for the input ultrasound data indicative of reliability of at least a portion of the input data for determining patient blood flow measurements using the data. apply a first analysis procedure to the ultrasound data, or data derived therefrom, to generate a first set of one or more analysis parameters, the first analysis procedure comprising a Fourier spectral analysis of the data; apply a second analysis procedure to the ultrasound data, or data derived therefrom, to generate a second set of one or more analysis parameters, the second analysis procedure comprising wavelet decomposition, input the first and second sets of analysis parameters to a classifier , wherein the classifier is configured to determine, based on the input analysis parameters, at least one reliability classification for the input ultrasound data indicative of reliability of at least a portion of the input data for determining patient blood flow measurements using the data.
Die cast component, composed of a casting material , wherein the casting material is a light metal or a light metal alloy, comprising an insert element composed of a steel material, wherein the insert element has a multiplicity of form-fitting elements arranged homogeneously or in a uniformly distributed manner and designed for the form-fitting connection of the insert element to the casting material , and wherein a ratio of a component wall thickness (H1) to a wall thickness (H2) of the insert element is at most 4, wherein the form-fitting elements are round holes, and wherein the holes have a diameter of approximately 2 to 8 mm.
A terminal-assembly , comprising: a wire-cable having an outer insulation-layer and an exposed-end extending beyond the outer insulation-layer ; an electrical-terminal having a first-end and a second-end opposite the first-end ; the first-end defining an attachment-zone bonded with the exposed-end ; a housing having a second-cavity ; a temperature-sensor disposed within the second-cavity , the temperature-sensor configured to detect a temperature of the electrical-terminal characterized in that the first-end having a generally T-shape; the first-end further defining a terminal-head extending from the attachment-zone toward the second-end along a mating-axis of the electrical-terminal and terminating at a first-shoulder , the terminal-head having a generally cylindrical-shape defining a first-diameter ; the first-end further defining a shaft extending from the first-shoulder toward the second-end along the mating-axis and terminating at a second-shoulder , the shaft having the generally cylindrical-shape and defining a second-diameter , the second-diameter less than the first-diameter ; a housing having a skirt that defines a first-cavity and a cap that defines a second-cavity overlaying the first-cavity , the first-end disposed within the first-cavity ; the cap defining an aperture aligned with a lateral-axis of the housing ; the first-cavity electrically isolated from the second-cavity by a partition extending along the lateral-axis , the partition overlaying the exposed-end of the wire-cable ; the skirt extending from the partition toward the second-end of the electrical-terminal along the mating-axis and defining a slot configured to slideably engage the terminal-head ; the skirt having locking-features configured to releasably lock around the shaft when the terminal-head is fully inserted into the slot ; and the temperature-sensor is disposed within the second-cavity extending through the aperture and in direct contact with a first-portion of the partition . a wire-cable having an outer insulation-layer and an exposed-end extending beyond the outer insulation-layer ; an electrical-terminal having a first-end and a second-end opposite the first-end ; the first-end defining an attachment-zone bonded with the exposed-end ; a housing having a second-cavity ; a temperature-sensor disposed within the second-cavity , the temperature-sensor configured to detect a temperature of the electrical-terminal characterized in that