mhurhangee/patent-ind-claim-en huggingface dataset:
A polyolefin resin composition, which comprises: (A) 29.8 to 80% by weight, preferably 30 to 80% by weight, of at least one polyolefin resin selected from the group consisting of a propylene homopolymer, an α-olefin-propylene random copolymer, and an ethylene-propylene block copolymer; (B) 10 to 40% by weight of an ethylene-propylene rubber copolymer resin; and (C) 10 to 40% by weight of a C 4 -C 8 α-olefin-ethylene rubber copolymer resin, and which has a melt index of 0.5 to 10 g/10 min when measured at 230°C under a load of 2.16 kg, a flexural strength of 100 to 800 MPa, and a melting temperature of 140 to 170°C, wherein the total content of the resins (B) and (C) is in the range of 20 to 70% by weight, wherein the polyolefin resin (A) has a melt index of 1 to 10 g/10 min when measured at 230°C under a load of 2.16 kg, a flexural strength of 500 to 2,000 MPa, and a melting enthalpy of 40 to 100 J/g, wherein the content of ethylene in the ethylene-propylene rubber copolymer resin (B) is 5 to 30% by weight, and the content of propylene in the ethylene-propylene rubber copolymer resin (B) is 70 to 95% by weight, and wherein the C 4 -C 8 α-olefin-ethylene rubber copolymer resin (C) has a melt index of 0.5 to 20 g/10 min when measured at 230°C under a load of 2.16 kg, a flexural strength of 100 MPa or less, and a melting enthalpy of 10 J/g or less.
An optical line terminal , OLT, comprising: a memory ; a processor coupled to the memory and configured to: determine each of a plurality of channels (λ 0 ..λ 3 ) associated with an optical network unit , ONU, select a first channel from among the channels (λ 0 ..λ 3 ), and generate a first message comprising at least one field instructing enablement or disablement of the first channel; and a transmitter coupled to the processor and configured to transmit the first message to the ONU, characterized in that each of the channels (λ 0 ..λ 3 ) is associated with one of a plurality of transceivers (410..440) in the ONU , and each of the channels (λ 0 ..λ 3 ) corresponds to a different wavelength. a memory ; a processor coupled to the memory and configured to: determine each of a plurality of channels (λ 0 ..λ 3 ) associated with an optical network unit , ONU, select a first channel from among the channels (λ 0 ..λ 3 ), and generate a first message comprising at least one field instructing enablement or disablement of the first channel; and determine each of a plurality of channels (λ 0 ..λ 3 ) associated with an optical network unit , ONU, select a first channel from among the channels (λ 0 ..λ 3 ), and generate a first message comprising at least one field instructing enablement or disablement of the first channel; and a transmitter coupled to the processor and configured to transmit the first message to the ONU, characterized in that
A programmable logic controller (PLC) configured to execute a control program for controlling a control target, the PLC comprising: management means configured to manage one or more process values relating to the execution of the control program; communication means configured to exchange data including at least part of the one or more process values with an external device in accordance with a publishing setting for the one or more process values; and publishing management means configured to dynamically determine the publishing setting in accordance with information on an execution result of the control program and an operating state of the PLC, characterized in that the operating state of the PLC is a state that changes in accordance with a result of detection of any unauthorized intrusion occurring in the PLC, and the operating state includes a state with no incident occurring and a state corresponding to a nature of an occurring incident, the state corresponding to a nature of an occurring incident includes a state in a first mode corresponding to a stage at which a serious accident has occurred and a state in a second mode corresponding to a stage before a serious accident is highly likely to occur, and the publishing management means causes a scope of data published by the publishing setting to be narrower in the first mode than in the second mode. management means configured to manage one or more process values relating to the execution of the control program; communication means configured to exchange data including at least part of the one or more process values with an external device in accordance with a publishing setting for the one or more process values; and publishing management means configured to dynamically determine the publishing setting in accordance with information on an execution result of the control program and an operating state of the PLC, characterized in that the operating state of the PLC is a state that changes in accordance with a result of detection of any unauthorized intrusion occurring in the PLC, and the operating state includes a state with no incident occurring and a state corresponding to a nature of an occurring incident, the state corresponding to a nature of an occurring incident includes a state in a first mode corresponding to a stage at which a serious accident has occurred and a state in a second mode corresponding to a stage before a serious accident is highly likely to occur, and the publishing management means causes a scope of data published by the publishing setting to be narrower in the first mode than in the second mode.
Glove with a sensor unit , wherein the sensor unit comprises, as sensor component, a temperature sensor constructed for measurement of the surface temperature of objects arranged outside the sensor unit , wherein the sensor unit comprises an acceleration sensor , the signals of which are converted in a control unit into switch-on signals for sensor components of the sensor unit , and that provided in the control unit is an autonomous energy supply formed by, in particular, a battery and that the control unit comprises connecting means for charging the autonomous energy supply, characterised in that the sensor unit is fastened to an outer side of the glove by way of fastening means and the connecting means are components of the fastening means.
A method of forming an antimicrobial parylene coating, comprising: immobilizing an antimicrobial agent on a parylene film through molecular attachment, interaction or covalent bonding via vapor-phase deposition, wherein the parylene film and the antimicrobial agent are deposited simultaneously on a substrate, or wherein the parylene film is deposited on a substrate prior to introduction of the antimicrobial agent, wherein the antimicrobial agent is octadecyldimethyl(3-trimethoxysilylpropyl)ammonium chloride, 4-chloro-3,5-dimethylphenol, or N-trimethoxysilylpropyl-N,N,N-trimethylammonium chloride.
An apparatus comprising: a chassis ; a ring illuminator assembly comprising at least one of at least one polarized illuminator assembly, at least one dark field illuminator assembly, and/or at least one narrow field illuminator assembly; a diffuser assembly positioned behind the ring illuminator assembly such that the ring illuminator assembly is positioned at a perimeter of an opening of the diffuser assembly, the diffuser assembly comprising a diffuser and a diffuser back light reflector , wherein the diffuser back light reflector is positioned to direct light into the diffuser ; at least one back light illumination board , the at least one back light illumination board comprising at least one diffuser illuminator aligned with the diffuser back light reflector ; a lens assembly comprising an aimer lens and at least one imager lens ; an aimer illuminator associated with the aimer lens ; and at least one imager board comprising at least one image sensor aligned with the at least one imager lens , wherein the chassis houses the ring illuminator assembly, the diffuser illuminator, the at least one back light illumination board , the lens assembly, the aimer illuminator , and the at least one imager board . a chassis ; a ring illuminator assembly comprising at least one of at least one polarized illuminator assembly, at least one dark field illuminator assembly, and/or at least one narrow field illuminator assembly; a diffuser assembly positioned behind the ring illuminator assembly such that the ring illuminator assembly is positioned at a perimeter of an opening of the diffuser assembly, the diffuser assembly comprising a diffuser and a diffuser back light reflector , wherein the diffuser back light reflector is positioned to direct light into the diffuser ; at least one back light illumination board , the at least one back light illumination board comprising at least one diffuser illuminator aligned with the diffuser back light reflector ; a lens assembly comprising an aimer lens and at least one imager lens ; an aimer illuminator associated with the aimer lens ; and at least one imager board comprising at least one image sensor aligned with the at least one imager lens , wherein the chassis houses the ring illuminator assembly, the diffuser illuminator, the at least one back light illumination board , the lens assembly, the aimer illuminator , and the at least one imager board .
A communication device for communicating with a network device of a 3GPP 5th Generation network, the communication device being operative to: receive a challenge (RAND), a first Diffie-Hellman, DH, parameter and a first verification code (VC1; VCiA; VC1B) for the first DH parameter from the network device , wherein the first verification code (VCiA; VC1B) comprises a message authentication code based on at least the first DH parameter; forward the challenge or a derivative of the challenge to an identity module ; receive at least one result parameter (CK/IK, RES) as response from the identity module ; determine, based on said result parameter (CK/IK, RES) whether said first DH parameter is authentic; and generate and send a second DH parameter to the network device if said determination is that the first DH parameter is authentic. receive a challenge (RAND), a first Diffie-Hellman, DH, parameter and a first verification code (VC1; VCiA; VC1B) for the first DH parameter from the network device , wherein the first verification code (VCiA; VC1B) comprises a message authentication code based on at least the first DH parameter; forward the challenge or a derivative of the challenge to an identity module ; receive at least one result parameter (CK/IK, RES) as response from the identity module ; determine, based on said result parameter (CK/IK, RES) whether said first DH parameter is authentic; and generate and send a second DH parameter to the network device if said determination is that the first DH parameter is authentic.
A nut for fastening a sanitary fitting to a support , comprising at least: - one threaded insert with a plurality of threaded wings which, when sliding the nut onto a thread of the sanitary fitting , can be moved outwardly in a radial direction and have a first inclined locking surface , - one nut lower part with at least one first torque-limiting detent and a second inclined locking surface which, when tightening the nut , interacts with the first inclined locking surfaces of the threaded wings in such a manner that the threaded wings are prevented from moving outwards in the radial direction , characterized in that the nut further comprises: - a nut upper part with at least one second torque-limiting detent which, when tightening the nut for transmitting a torque, engages with the at least one first torque-limiting detent of the nut lower part and disengages from the at least one first torque-limiting detent of the nut lower part when the torque exceeds a threshold value. - one threaded insert with a plurality of threaded wings which, when sliding the nut onto a thread of the sanitary fitting , can be moved outwardly in a radial direction and have a first inclined locking surface , - one nut lower part with at least one first torque-limiting detent and a second inclined locking surface which, when tightening the nut , interacts with the first inclined locking surfaces of the threaded wings in such a manner that the threaded wings are prevented from moving outwards in the radial direction , characterized in that the nut further comprises: - a nut upper part with at least one second torque-limiting detent which, when tightening the nut for transmitting a torque, engages with the at least one first torque-limiting detent of the nut lower part and disengages from the at least one first torque-limiting detent of the nut lower part when the torque exceeds a threshold value.
An imaging system for use in a fluoroscopy procedure carried out on a subject, the imaging system being configured to receive images of a portion of the subject from an image acquisition device , the imaging system comprising: an interface module for displaying images received from the image acquisition device to a user, and an optimisation module for determining, using an artificial neural network and based on an image received from the image acquisition device , one or more properties of the received image, the properties including the location and area of a feature deemed to be significant within the received image, and the artificial neural network having been trained using training data, the training data including a list of positive examples of images, features, or portions of images that are significant to a clinician overseeing an image acquisition procedure, wherein the optimisation module is configured to output a control routine based on the determined one or more properties of the received image, wherein a determined property of the image is the presence of overlapping features of significance within the image, and wherein the control routine includes changing the angle or position of the image acquisition device relative to the subject or to a surface on which the subject is located. an interface module for displaying images received from the image acquisition device to a user, and an optimisation module for determining, using an artificial neural network and based on an image received from the image acquisition device , one or more properties of the received image, the properties including the location and area of a feature deemed to be significant within the received image, and the artificial neural network having been trained using training data, the training data including a list of positive examples of images, features, or portions of images that are significant to a clinician overseeing an image acquisition procedure, wherein the optimisation module is configured to output a control routine based on the determined one or more properties of the received image, wherein a determined property of the image is the presence of overlapping features of significance within the image, and wherein the control routine includes changing the angle or position of the image acquisition device relative to the subject or to a surface on which the subject is located.
An overvoltage characteristics evaluation apparatus for a battery, comprising: a sensing unit configured to measure a current and a voltage of the battery ; and a control unit configured to determine a measured capacity history and a measured voltage history indicating a time-series change in capacity and voltage of the battery using sensing information obtained from the sensing unit during a discharge event executed subsequent to polarization-inducing pretreatment for the battery, determine a first measured voltage curve indicating a correlation between the measured capacity history and the measured voltage characterised in that the control unit is further configured to determine a second measured voltage curve indicating a correlation between a depth of discharge history obtained by normalizing the measured capacity history to a total discharge capacity of the measured capacity history and the measured voltage history, determine a differential voltage curve from the second measured voltage curve by differentiating the measured voltage history with respect to the depth of discharge history, and determine overvoltage characteristics information associated with the polarization-inducing pretreatment by comparing the differential voltage curve with a reference differential voltage curve. a sensing unit configured to measure a current and a voltage of the battery ; and a control unit configured to determine a measured capacity history and a measured voltage history indicating a time-series change in capacity and voltage of the battery using sensing information obtained from the sensing unit during a discharge event executed subsequent to polarization-inducing pretreatment for the battery, determine a first measured voltage curve indicating a correlation between the measured capacity history and the measured voltage characterised in that the control unit is further configured to determine a second measured voltage curve indicating a correlation between a depth of discharge history obtained by normalizing the measured capacity history to a total discharge capacity of the measured capacity history and the measured voltage history, determine a differential voltage curve from the second measured voltage curve by differentiating the measured voltage history with respect to the depth of discharge history, and determine overvoltage characteristics information associated with the polarization-inducing pretreatment by comparing the differential voltage curve with a reference differential voltage curve. determine a second measured voltage curve indicating a correlation between a depth of discharge history obtained by normalizing the measured capacity history to a total discharge capacity of the measured capacity history and the measured voltage history, determine a differential voltage curve from the second measured voltage curve by differentiating the measured voltage history with respect to the depth of discharge history, and determine overvoltage characteristics information associated with the polarization-inducing pretreatment by comparing the differential voltage curve with a reference differential voltage curve.
Lighting arrangement for industrial image processing, having a lighting control unit and at least one lighting unit with a first data communication interface for connecting a data bus, wherein the lighting control unit is connected to the lighting unit by means of the data bus, and a lighting means with a number of light sources is arranged in the lighting unit , wherein the lighting control unit is designed to transmit a set value of the lighting via the data bus to the lighting unit , wherein a second data communication interface for connecting a data bus is arranged in the lighting unit , and wherein at least one measuring sensor for capturing at least one state variable (Z) of the lighting unit and/or the surroundings of the lighting unit , a processing unit and a lamp control unit are arranged in the lighting unit , characterized in that, in order to loop through the data bus, the second data communication interface is directly connected to the first data communication interface , that the processing unit is designed to calculate a control variable for at least one light source of the lighting means from the predefined set value and the current value of the at least one state variable (Z), and that the lamp control unit is designed to control the at least one light source of the lighting means with the calculated control variable.
A polishing method for a resin-coated curved surface of an automobile, comprising: polishing the resin-coated curved surface by using a polishing pad having a polishing surface formed of a hard resin layer , wherein the polishing pad includes a two-layer structure including the hard resin layer and a soft resin layer that supports the hard resin layer , characterized in that the thickness of the soft resin layer is 5 mm or more to 50 mm or less, and wherein a hardness of the hard resin layer is 50 degrees or more to 95 degrees or less in terms of A hardness defiled in conformity with JIS K 6253. polishing the resin-coated curved surface by using a polishing pad having a polishing surface formed of a hard resin layer , wherein the polishing pad includes a two-layer structure including the hard resin layer and a soft resin layer that supports the hard resin layer , characterized in that the thickness of the soft resin layer is 5 mm or more to 50 mm or less, and wherein a hardness of the hard resin layer is 50 degrees or more to 95 degrees or less in terms of A hardness defiled in conformity with JIS K 6253.
A neutral layer composition comprising a random copolymer having a unit of Formula 1 below: wherein, R 1 is hydrogen or an alkyl group having 1 to 4 carbon atoms, Q 1 is -O-L 1 -C(=O)- and X 1 is -N(R 2 )-L 2 -C(=O)-O-, O-C(=O)-, -C(=O)-O-, a urethane linker or a urea linker, where L 1 is an alkylene group having 1 to 4 carbon atoms, L 2 is an alkylene group having 1 to 4 carbon atoms or an alkylidene group having 2 to 4 carbon atoms and R 2 is hydrogen or an alkyl group having 1 to 4 carbon atoms, and Y 1 is a chain having 4 or more chain-forming atoms.
Device for forming and ejecting drops of an ink jet of a CIJ printing machine, said device having a stimulating body comprising a) a cavity containing an ink and comprising an end provided with a nozzle for ejecting ink drops, the internal volume of said cavity comprising at least a first part having a first acoustic impedance, and at least a second part having a second acoustic impedance that is different from the first acoustic impedance, b) actuator means in contact with the cavity, in which device the jet speed modulation, at the outlet of the nozzle , has a value ΔVj(ft) at the operating frequency of the cavity and of the actuator, and this jet speed modulation, at the temperature of 15°C and at the temperature of 35°C, does not vary, in a frequency range of +5 kHz around the operating frequencyft, outside the interval between 0.25ΔVj(f t ) and 4ΔVj(ft). a) a cavity containing an ink and comprising an end provided with a nozzle for ejecting ink drops, the internal volume of said cavity comprising at least a first part having a first acoustic impedance, and at least a second part having a second acoustic impedance that is different from the first acoustic impedance, b) actuator means in contact with the cavity,
Device for monitoring a working spindle , with a clamping device for clamping a tool at a front end of the working spindle , which has a channel running in the axial direction of the working spindle for supplying a liquid to a clamped tool and with a feed device arranged at a rear end of the clamping device for feeding the liquid into the channel , characterized in that the device has a sensor arranged on the feed device for detecting an acoustic signal propagating in the channel , in that the device has a memory in which calibration data are stored which have been detected by means of the sensor in various predetermined functional states of the feed device and of at least one tool clamped on the working spindle by the clamping device , and in that the device has an evaluation device connected to the sensor which is set up for deriving information about the functional state of the feed device and/or of the clamped tool from the acoustic signal detected by the sensor on the basis of a comparison of parameters of this signal with the stored calibration data.