mhurhangee/patent-ind-claim-en huggingface dataset:
A water absorbent resin material, comprising: (A) a water absorbent resin particle having a carboxyl group; (B) a covalent surface crosslinking agent in which the number of carbons is not more than 10; (C) 0.001 mass% to 0.2 mass% of a water-soluble or water-dispersible polymer whose LogP defined by Expression 1 is in a range from 1.0 to 5.0; and (D) 0.001 mass% to 1 mass% of a water-soluble polyvalent cation, the water absorbent resin material having not less than 20 g/g of a fixed height absorption (FHA) at a height of 20 cm measured according to the method specified in the description and having a surface hydrophobic index defined by Expression 2 in a range from 0 to 10, [Mathematical Expression 1] LogP = ∑ i = 1 n VMLogP i × MR i where VMLogP(i) is a calculation value of an "n-octanol/water partition coefficient", at 25°C, of a virtual monomer unit (Virtual Monomer (VM)) in which both ends of a polymer repeating unit (i) are methylated, and MR(i) is a "molar ratio (Mol Ratio (MR))" of the polymer repeating unit (i); [Mathematical Expression 2] Surface Hydrophobic Index = ∑ i = 1 n MSLogP i × added amount of the polymer C × 100 where MSLogP(i) is a multiplication value obtained by multiplying a LogP of each monomer included in the water-soluble or water-dispersible polymer by a molar fraction of the each monomer (MSLogP(i) = LogP(i) × MR(i)). (A) a water absorbent resin particle having a carboxyl group; (B) a covalent surface crosslinking agent in which the number of carbons is not more than 10; (C) 0.001 mass% to 0.2 mass% of a water-soluble or water-dispersible polymer whose LogP defined by Expression 1 is in a range from 1.0 to 5.0; and (D) 0.001 mass% to 1 mass% of a water-soluble polyvalent cation,
A polyethylene resin composition for a bottle cap, comprising 0.01 to 0.4 parts by weight of a slip agent relative to 100 parts by weight of a polyethylene resin, wherein the slip agent is an unsaturated fatty acid amide with an acid value of 0.01 to 0.1 mgKOH / g, an iodine value of 74 to 80 gl 2 / 100 g, and an amide purity of 99 to 100%.
A method for producing a composite semipermeable membrane comprising a substrate, a porous support layer comprising polysulfone formed on the substrate, and a separation functional layer formed on the porous support layer, the method comprising the steps of applying a macromolecular solution A containing polysulfone as a major component and further containing hydrophilic macromolecules for forming a first layer onto the substrate, at the same time applying a macromolecular solution B containing polysulfone as a major component but not containing hydrophilic macromolecules for forming a second layer, wherein the hydrophilic macromolecule is polyvinylpyrrolidone or a copolymer containing polyvinylpyrrolidone as a hydrophilic site, subsequently bringing the substrate into contact with a coagulating bath for phase separation, and forming the porous support layer, and thereafter forming the separation functional layer on top of the porous support layer.
An angle sensor unit for measuring a rotational angle of the rotational position of a steering shaft of a motor vehicle having a multipole magnetic ring which has a number of pole pairs and can be connected in a torque-proof manner to the steering shaft, two magnetic field sensors which are assigned to the multipole magnetic ring and an evaluation unit which is configured to determine a rotational angle on the basis of the signals of the at least two magnetic field sensors , wherein the two magnetic field sensors are arranged offset in the circumferential direction on the outside of the multipole magnetic ring , in such a way that a magnetic field which originates from the multipole magnetic ring , in the region of the two magnetic field sensors , has an approximate equal absolute value but opposite signs, characterized in that the angle sensor unit additionally has a two-pole magnetic ring with an assigned magnetic field sensor for the absolute determination of the rotational angle, wherein the two-pole magnetic ring is arranged spaced apart from the multipole magnetic ring in the direction of the longitudinal axis.
An active antenna element operable in an access system for providing access with respect to information in Internet Protocol, IP, version 6, IPv6, over Low Power Wireless Personal Area Network, 6LoWPAN, format, the active antenna element comprising: a cable front-end, FE, block for interfacing with an Ethernet cable link connecting to a Radio Unit, RU, element (108, 212-1) disposed in the access system , wherein the cable FE block is operative to transmit signals to the RU element and/or receive signals from the RU element; a radio FE block coupled to the cable FE block and an antenna operative to receive and transmit radio signals for effectuating radio communications with respect to one or more user equipment, UE, devices; a sensor component configured to generate sensor data with respect to a measurement variable; a processor coupled to the sensor component and a modem interfacing with the cable FE block , the processor configured to facilitate packaging of the sensor data as 6LoWPAN data, 6LO data, packets; and a control channel repackager operative under control of the processor for repackaging the 6LO data packets to be transmitted via the modem in an intermediate frequency, IF, control signal band of a frequency band plan associated with the Ethernet cable link as a control channel message in a format specified for a control channel associated with the Ethernet cable link between the RU element (108, 212-1) and the active antenna element , wherein the control signal band is separate from uplink and downlink intermediate frequency, IF, bands of the frequency band plan. a cable front-end, FE, block for interfacing with an Ethernet cable link connecting to a Radio Unit, RU, element (108, 212-1) disposed in the access system , wherein the cable FE block is operative to transmit signals to the RU element and/or receive signals from the RU element; a radio FE block coupled to the cable FE block and an antenna operative to receive and transmit radio signals for effectuating radio communications with respect to one or more user equipment, UE, devices; a sensor component configured to generate sensor data with respect to a measurement variable; a processor coupled to the sensor component and a modem interfacing with the cable FE block , the processor configured to facilitate packaging of the sensor data as 6LoWPAN data, 6LO data, packets; and a control channel repackager operative under control of the processor for repackaging the 6LO data packets to be transmitted via the modem in an intermediate frequency, IF, control signal band of a frequency band plan associated with the Ethernet cable link as a control channel message in a format specified for a control channel associated with the Ethernet cable link between the RU element (108, 212-1) and the active antenna element , wherein the control signal band is separate from uplink and downlink intermediate frequency, IF, bands of the frequency band plan.
A method for controlling a system for deep brain stimulation implemented using a clinician programmer device and/or a user computing device, comprising: receiving neural activity signal records acquired over a predefined time period; mapping neural activity signal records with medication-on and medication-off time intervals; extracting a plurality of spectral features within a frequency band of the neural activity signal records; generating a first average value of the plurality of spectral features within the plurality of medication-on time intervals of the frequency band over the predefined time period, and a second average value of the plurality of spectral features within the plurality of medication-off time intervals of the frequency band over the predefined time period; and generating a plurality of stimulation parameters based on the first average value and the second average value, wherein the method further comprises: measuring a set of impedance values of a first set of electrodes; comparing the set of impedance values with a permitted impedance range to identify a second set of electrodes having impedance values within the permitted impedance range; screening a set of neural activity signal records of a patient using the second set of electrodes; and selecting a third set of electrodes showing highest neural activity signal records from the set of neural activity signal records. receiving neural activity signal records acquired over a predefined time period; mapping neural activity signal records with medication-on and medication-off time intervals; extracting a plurality of spectral features within a frequency band of the neural activity signal records; generating a first average value of the plurality of spectral features within the plurality of medication-on time intervals of the frequency band over the predefined time period, and a second average value of the plurality of spectral features within the plurality of medication-off time intervals of the frequency band over the predefined time period; and generating a plurality of stimulation parameters based on the first average value and the second average value, wherein the method further comprises: measuring a set of impedance values of a first set of electrodes; comparing the set of impedance values with a permitted impedance range to identify a second set of electrodes having impedance values within the permitted impedance range; screening a set of neural activity signal records of a patient using the second set of electrodes; and selecting a third set of electrodes showing highest neural activity signal records from the set of neural activity signal records. measuring a set of impedance values of a first set of electrodes; comparing the set of impedance values with a permitted impedance range to identify a second set of electrodes having impedance values within the permitted impedance range; screening a set of neural activity signal records of a patient using the second set of electrodes; and selecting a third set of electrodes showing highest neural activity signal records from the set of neural activity signal records.
A metal-organic framework (MOF) comprising a plurality of cores, each core comprising a zinc ion coordinately bound to at least one at least bidentate cycloazocarbyl compound and at least one oxalate, wherein the at least one at least bidentate cycloazocarbyl compound and the at least one oxalate are coordinately bound to the zinc ion of an adjacent core, wherein the plurality of linked cores defines pores within the framework, wherein the cycloazocarbyl compound is unsubstituted 1,2,4-triazolate, and wherein the MOF, when in the form of a powder, has a powder X-ray diffraction pattern having the highest intensity diffraction peak in the range 10°<2θ<15° with Cu Kα radiation.
An appliance , comprising: a vacuum insulated structure having a liner positioned within a wrapper , wherein the liner and wrapper cooperate to define an interior cavity ; an insulating material positioned within the interior cavity ; a hanger coupled to both an adapter plate and a support member , wherein the support member is configured to couple to an interior surface of the vacuum insulated structure while maintaining a vacuum in the interior cavity ; and a holding member coupled to a first side of the adapter plate and configured to receive a positioning member . a vacuum insulated structure having a liner positioned within a wrapper , wherein the liner and wrapper cooperate to define an interior cavity ; an insulating material positioned within the interior cavity ; a hanger coupled to both an adapter plate and a support member , wherein the support member is configured to couple to an interior surface of the vacuum insulated structure while maintaining a vacuum in the interior cavity ; and a holding member coupled to a first side of the adapter plate and configured to receive a positioning member .
A process for making an article by solid free-form fabrication, the process including the steps of: a) providing an STL file containing a model of the article ; b) for at least one print layer of the article , using an application programing interface to instruct a rendering system to use a first bitmap, BM1, as a rendering target and to i) clear depth and color buffers; ii) enable depth testing; iii) set up a top or bottom view orthographic projection of the model; iv) set background color to a first color, C1; v) clip the model with a horizontal clipping plane at a desired height, Z n , to disregard all article geometry above Z n when the orthographic projection was set to be a top view or to disregard all model geometry below Z n when the orthographic projection was set to be a bottom view; vi) cull interior faces of the model; vii) render the model in C1 resulting in a first image ; viii) cull exterior faces of the model; ix) render the model in a second color, C2, resulting in a second image ; and x) represent the layer in BM1 by an "exclusive or" combination of the first and second images ; and c) utilizing BM1 for printing the at least one layer. a) providing an STL file containing a model of the article ; b) for at least one print layer of the article , using an application programing interface to instruct a rendering system to use a first bitmap, BM1, as a rendering target and to i) clear depth and color buffers; ii) enable depth testing; iii) set up a top or bottom view orthographic projection of the model; iv) set background color to a first color, C1; v) clip the model with a horizontal clipping plane at a desired height, Z n , to disregard all article geometry above Z n when the orthographic projection was set to be a top view or to disregard all model geometry below Z n when the orthographic projection was set to be a bottom view; vi) cull interior faces of the model; vii) render the model in C1 resulting in a first image ; viii) cull exterior faces of the model; ix) render the model in a second color, C2, resulting in a second image ; and x) represent the layer in BM1 by an "exclusive or" combination of the first and second images ; and i) clear depth and color buffers; ii) enable depth testing; iii) set up a top or bottom view orthographic projection of the model; iv) set background color to a first color, C1; v) clip the model with a horizontal clipping plane at a desired height, Z n , to disregard all article geometry above Z n when the orthographic projection was set to be a top view or to disregard all model geometry below Z n when the orthographic projection was set to be a bottom view; vi) cull interior faces of the model; vii) render the model in C1 resulting in a first image ; viii) cull exterior faces of the model; ix) render the model in a second color, C2, resulting in a second image ; and x) represent the layer in BM1 by an "exclusive or" combination of the first and second images ; and c) utilizing BM1 for printing the at least one layer.
A port multiplexing method for a video conference system, comprising: accepting (S101) a first connection initiated by a terminal; receiving (S102) a registration message sent by the terminal through the first connection, and after converting the registration message into a format which can be identified by a video conference server, sending it to the corresponding video conference server, so that the video conference server completes the registration of the terminal according to the registration message; receiving and converting (S103) a participation invitation message sent by an inviting party, and sending the converted participation invitation message to a responding party, so that the responding party responds to the participation invitation message, and establishes a session with the inviting party; wherein the inviting party is the terminal or the video conference server, and the responding party is the video conference server or the terminal; accepting (S104) and establishing at least one of other connections initiated by the terminal; and receiving (S105) various types of media streams sent by the terminal through the established at least one of other connections, and after converting the various types of media streams into the format which can be identified by the video conference server, sending them to the video conference server. accepting (S101) a first connection initiated by a terminal; receiving (S102) a registration message sent by the terminal through the first connection, and after converting the registration message into a format which can be identified by a video conference server, sending it to the corresponding video conference server, so that the video conference server completes the registration of the terminal according to the registration message; receiving and converting (S103) a participation invitation message sent by an inviting party, and sending the converted participation invitation message to a responding party, so that the responding party responds to the participation invitation message, and establishes a session with the inviting party; wherein the inviting party is the terminal or the video conference server, and the responding party is the video conference server or the terminal; accepting (S104) and establishing at least one of other connections initiated by the terminal; and receiving (S105) various types of media streams sent by the terminal through the established at least one of other connections, and after converting the various types of media streams into the format which can be identified by the video conference server, sending them to the video conference server.
Method for operating a system comprising at least three stationary domestic appliances (12-18) and a mobile domestic appliance , the mobile domestic appliance being connected to the at least three stationary domestic appliances (12-18) of the system for wireless communication, characterised in that the mobile domestic appliance and at least three stationary domestic appliances (12-18) exchange data wirelessly, and the mobile domestic appliance carries out position determination by means of the data received wirelessly from at least three stationary domestic appliances (12-18).
Seat arrangement for the transport of persons, in particular babies, toddlers and children, in a passenger compartment of a vehicle, in particular a multifunctional bicycle trailer, having a mat and at least one rear tensioning element which engages on a rear region of the mat in the direction of travel and is designed to be directly or indirectly counter-supported on the vehicle and to tension the mat in a longitudinal direction, at least one front tensioning element which engages a front region of the mat in the direction of travel and is designed to be directly or indirectly counter-supported on the vehicle and to tension the mat in a longitudinal direction, and at least one middle tensioning element , which is arranged to be indirectly or directly counter-supported on the vehicle and to exert on the mat a tensile force which acts transversely to the tensile forces exerted by the at least one rear tensioning element and the at least one front tensioning element, characterized in in that at least one front arm and/or rear arm in the direction of travel is provided, which arm is anchored indirectly or directly, and in particular releasably, to the vehicle and can be pivoted about an axis running transversely with respect to the direction of travel, wherein a region of the front arm which is spaced apart from the pivot axis is connected to the region of the mat which is at the front in the direction of travel and/or a region of the rear arm spaced apart from the pivot axis is connected to the rear region of the mat in the direction of travel, respectively.
A client computer system comprising at least one processor configured to determine text fingerprints of electronic documents, said fingerprints having a length constrained between an upper bound and a lower bound, wherein the upper and lower bounds are predetermined and irrespective of a length of the respective documents, said client system being characterized by that: said at least one processor is configured to carry out the following steps: in response to selecting a plurality of text tokens of an electronic document , comparing a count of the selected plurality of text tokens to a threshold determined according to the upper bound; in response, when the count of the selected plurality of text tokens does not exceed the threshold, determining a numerical zoom-in factor according to the upper and lower bounds, and according to the count of the selected plurality of text tokens ; determining a plurality of fingerprint fragments , each fingerprint fragment of the plurality of fingerprint fragments determined according to a hash of a distinct text token of the selected plurality of text tokens , each fingerprint fragment consisting of a sequence of characters, a length of the sequence chosen to equal the zoom-in factor; and concatenating the plurality of fingerprint fragments to produce a text fingerprint of the electronic document. in response to selecting a plurality of text tokens of an electronic document , comparing a count of the selected plurality of text tokens to a threshold determined according to the upper bound; in response, when the count of the selected plurality of text tokens does not exceed the threshold, determining a numerical zoom-in factor according to the upper and lower bounds, and according to the count of the selected plurality of text tokens ; determining a plurality of fingerprint fragments , each fingerprint fragment of the plurality of fingerprint fragments determined according to a hash of a distinct text token of the selected plurality of text tokens , each fingerprint fragment consisting of a sequence of characters, a length of the sequence chosen to equal the zoom-in factor; and concatenating the plurality of fingerprint fragments to produce a text fingerprint of the electronic document.