mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-layered structure comprising: a core layer having a first side and a second side; and a first cap layer , the first cap layer having a cap layer first side and a cap layer second side, the first side of the first cap layer being in direct contact with the first side of the core layer ; wherein the first cap layer comprises a blended material comprising 20 wt.% to 80 wt.% of at least one thermoplastic material and 20 wt.% to 80 wt.% of at least one rubber compound, wherein the at least one thermoplastic material comprises a polydiene polyol-based thermoplastic polyurethane (TPU) and wherein the at least one rubber compound is uncured or partially cured, and wherein the core layer includes a multilayer polymeric material which is composite of alternating TPU microlayers and barrier microlayers, that comprises TPU microlayers made using conventional polyether polyols, polyester polyols, polycarbonate polyols, polycaprolactone polyols, or any combination thereof and comprises ethylene-vinyl alcohol copolymer barrier microlayers. a core layer having a first side and a second side; and a first cap layer , the first cap layer having a cap layer first side and a cap layer second side, the first side of the first cap layer being in direct contact with the first side of the core layer ; wherein the first cap layer comprises a blended material comprising 20 wt.% to 80 wt.% of at least one thermoplastic material and 20 wt.% to 80 wt.% of at least one rubber compound, wherein the at least one thermoplastic material comprises a polydiene polyol-based thermoplastic polyurethane (TPU) and wherein the at least one rubber compound is uncured or partially cured, and wherein the core layer includes a multilayer polymeric material which is composite of alternating TPU microlayers and barrier microlayers, that comprises TPU microlayers made using conventional polyether polyols, polyester polyols, polycarbonate polyols, polycaprolactone polyols, or any combination thereof and comprises ethylene-vinyl alcohol copolymer barrier microlayers.
A polyoxymethylene resin composition, comprising: a polyoxymethylene resin; and, based on 100 parts by weight of the polyoxymethylene resin, 0.01 to 0.5 parts by weight of an alkaline earth metal hydroxide, 0.01 to 1 parts by weight of a porous organic/inorganic hybrid silicate, 0.01 to 1 parts by weight of LDPE (Low Density Polyethylene), and 0.02 to 0.5 parts by weight of a polyhydric alcohol fatty acid ester.
A device configured to calculate direction of arrival (DOA) of acoustic waves and facilitate beamforming functionalities, comprising: an array of acoustic sensors (1-10) configured to detect acoustic wave signals; a 3-dimensional magnetometer ; an antenna configured to transmit and receive radio wave signals; an acoustic speaker configured to transmit acoustic wave signals; and a processor , configured to: simultaneously transmit an acoustic wave signal from the acoustic speaker and a radio wave signal from the antenna in response to a command received from the gateway (102-1, 102-2, 102-3); detect another acoustic wave signal from the array of acoustic sensors (1-10) and another radio wave signals from the antenna ; and transmit, to the gateway (102-1, 102-2, 102-3), information regarding the detected another acoustic wave signal and the detected another radio wave signal, and measurements from the 3-dimensional magnetometer , the information comprising a distance determined by multiplying a difference between arrival times of the another acoustic wave signal and the another radio wave signal by an acoustic speed in air. an array of acoustic sensors (1-10) configured to detect acoustic wave signals; a 3-dimensional magnetometer ; an antenna configured to transmit and receive radio wave signals; an acoustic speaker configured to transmit acoustic wave signals; and a processor , configured to: simultaneously transmit an acoustic wave signal from the acoustic speaker and a radio wave signal from the antenna in response to a command received from the gateway (102-1, 102-2, 102-3); detect another acoustic wave signal from the array of acoustic sensors (1-10) and another radio wave signals from the antenna ; and transmit, to the gateway (102-1, 102-2, 102-3), information regarding the detected another acoustic wave signal and the detected another radio wave signal, and measurements from the 3-dimensional magnetometer , the information comprising a distance determined by multiplying a difference between arrival times of the another acoustic wave signal and the another radio wave signal by an acoustic speed in air. simultaneously transmit an acoustic wave signal from the acoustic speaker and a radio wave signal from the antenna in response to a command received from the gateway (102-1, 102-2, 102-3); detect another acoustic wave signal from the array of acoustic sensors (1-10) and another radio wave signals from the antenna ; and transmit, to the gateway (102-1, 102-2, 102-3), information regarding the detected another acoustic wave signal and the detected another radio wave signal, and measurements from the 3-dimensional magnetometer , the information comprising a distance determined by multiplying a difference between arrival times of the another acoustic wave signal and the another radio wave signal by an acoustic speed in air.
A method comprising: receiving, by a satellite having a remote sensing platform , a base map comprising a first geographical distribution of information , wherein the base map comprises one or more identified objects of the first geographical distribution of information ; detecting, by the satellite using the remote sensing platform , a second geographical distribution of information ; determining, by the satellite, difference information representing a difference between the second geographical distribution of information and the first geographical distribution of information , wherein determining the difference information comprises identifying one or more additional objects in the second geographical distribution of information that are not in the first geographical distribution of information , or identifying movement of one or more of the identified objects between the first geographical distribution of information and the second geographical distribution of information , or identifying one or more of the identified objects as one or more omitted objects that are not in the second geographical distribution of information , or a combination thereof; and transmitting, by the satellite to a ground station via a communication link , the difference information . receiving, by a satellite having a remote sensing platform , a base map comprising a first geographical distribution of information , wherein the base map comprises one or more identified objects of the first geographical distribution of information ; detecting, by the satellite using the remote sensing platform , a second geographical distribution of information ; determining, by the satellite, difference information representing a difference between the second geographical distribution of information and the first geographical distribution of information , wherein determining the difference information comprises identifying one or more additional objects in the second geographical distribution of information that are not in the first geographical distribution of information , or identifying movement of one or more of the identified objects between the first geographical distribution of information and the second geographical distribution of information , or identifying one or more of the identified objects as one or more omitted objects that are not in the second geographical distribution of information , or a combination thereof; and transmitting, by the satellite to a ground station via a communication link , the difference information .
An edge detector for material webs , comprising: - a transmitter arranged to emit radiation onto an edge of the material web in a direction perpendicular to the plane of the web, - a number of receivers which are set up to receive radiation from the transmitter , provided that they are not shadowed by the material web , and which are arranged in a line which extends transversely to the edge on the side of the material web opposite the transmitter , - an evaluation device for calculating the position of the edge relative to the edge detector on the basis of a relationship between this position and the total intensity of the radiation received by the receivers , and - correction means for correcting said relationship with respect to a transparency factor of the web , characterized in that the evaluation device has a calibration mode in which the following steps are carried out: - identifying, on the basis of the radiation intensities received by the individual receivers , the receiver which marks the boundary between a shadowed and an unshadowed zone of the line of receivers , - selecting a first group of receivers in the shadowed zone and a second group of receivers in the unshadowed zone, and - calculating the transparency factor on the basis of the radiation intensities received by the two groups. - a transmitter arranged to emit radiation onto an edge of the material web in a direction perpendicular to the plane of the web, - a number of receivers which are set up to receive radiation from the transmitter , provided that they are not shadowed by the material web , and which are arranged in a line which extends transversely to the edge on the side of the material web opposite the transmitter , - an evaluation device for calculating the position of the edge relative to the edge detector on the basis of a relationship between this position and the total intensity of the radiation received by the receivers , and - correction means for correcting said relationship with respect to a transparency factor of the web , - identifying, on the basis of the radiation intensities received by the individual receivers , the receiver which marks the boundary between a shadowed and an unshadowed zone of the line of receivers , - selecting a first group of receivers in the shadowed zone and a second group of receivers in the unshadowed zone, and - calculating the transparency factor on the basis of the radiation intensities received by the two groups.
A battery system , comprising: - a plurality of battery cells that are configured to generate thermal energy; - a housing for the plurality of battery cells , the housing comprising a first wall and a second wall positioned orthogonally to one another and proximate to the plurality of battery cells , the first wall and the second wall forming in part a cell compartment ; - a unitary heat sink comprising a first portion and a second portion , the first portion being completely embedded into the first wall , and the second portion being partially embedded into the second wall and including a partially exposed surface to the cell compartment ; and - a thermal epoxy fixedly coupling the plurality of battery cells to the partially exposed surface. - a plurality of battery cells that are configured to generate thermal energy; - a housing for the plurality of battery cells , the housing comprising a first wall and a second wall positioned orthogonally to one another and proximate to the plurality of battery cells , the first wall and the second wall forming in part a cell compartment ; - a unitary heat sink comprising a first portion and a second portion , the first portion being completely embedded into the first wall , and the second portion being partially embedded into the second wall and including a partially exposed surface to the cell compartment ; and - a thermal epoxy fixedly coupling the plurality of battery cells to the partially exposed surface.
An implantable medical device system for delivering cardiac resynchronization therapy, CRT, pacing, comprising: an implantable medical device housing ; at least one lead having a lead body and capable of being electrically coupled to the housing; a plurality of electrodes positioned along one or both of the device housing and the lead body of the at least one lead to sense a cardiac signal of the patient and to deliver the CRT pacing; and characterised by a processor positioned within the housing and configured to determine capture associated with the delivered CRT pacing is ineffective in response to the delivered CRT pacing, determine a reason for capture being ineffective, and, in response to the determined reason for capture being ineffective being loss of capture, adjust one of a safety margin and a capture threshold, and, in response to the determined reason for capture being ineffective being delayed left ventricle, LV, depolarization, adjust a LV pre-excitation. an implantable medical device housing ; at least one lead having a lead body and capable of being electrically coupled to the housing; a plurality of electrodes positioned along one or both of the device housing and the lead body of the at least one lead to sense a cardiac signal of the patient and to deliver the CRT pacing; and characterised by a processor positioned within the housing and configured to determine capture associated with the delivered CRT pacing is ineffective in response to the delivered CRT pacing, determine a reason for capture being ineffective, and, in response to the determined reason for capture being ineffective being loss of capture, adjust one of a safety margin and a capture threshold, and, in response to the determined reason for capture being ineffective being delayed left ventricle, LV, depolarization, adjust a LV pre-excitation.
A laminated glass comprising two sheets of glass, combined by an adhesive film comprising a film A containing a polyvinyl acetal PA and, prior to lamination, less than 20 % by weight plasticiser and a film B containing polyvinyl acetal PB and, prior to lamination, at least 22 % by weight plasticiser; characterised in that - film A is provided with an obscuration area having at least one area embedded therein o wherein obscuration area and the at least one area have a transmission in the visible spectrum from 380 nm to 780 nm of less than 20% and o wherein the at least one area has a transmission for infrared radiation from 850 nm to 1200 nm of more than 50% and o wherein the obscuration of the obscuration area and the obscuration of the at least one area are provided by a printed or coated layer on at least one surface of film A. - film A is provided with an obscuration area having at least one area embedded therein o wherein obscuration area and the at least one area have a transmission in the visible spectrum from 380 nm to 780 nm of less than 20% and o wherein the at least one area has a transmission for infrared radiation from 850 nm to 1200 nm of more than 50% and o wherein the obscuration of the obscuration area and the obscuration of the at least one area are provided by a printed or coated layer on at least one surface of film A. o wherein obscuration area and the at least one area have a transmission in the visible spectrum from 380 nm to 780 nm of less than 20% and o wherein the at least one area has a transmission for infrared radiation from 850 nm to 1200 nm of more than 50% and o wherein the obscuration of the obscuration area and the obscuration of the at least one area are provided by a printed or coated layer on at least one surface of film A.
A method, including integrating a relay bank for use with a pool or spa control system , comprising the steps of: establishing electrical connection between the relay bank and a control panel of the pool or spa control system ; discovering the relay bank by a processor of the control panel ; and assigning the relay bank a network address from the control panel upon discovery of the relay bank . establishing electrical connection between the relay bank and a control panel of the pool or spa control system ; discovering the relay bank by a processor of the control panel ; and assigning the relay bank a network address from the control panel upon discovery of the relay bank .
A level measuring device for determining a topology of a product surface , comprising: an antenna device having an array of radiator elements for transmitting and/or receiving electromagnetic signals, the array being a one-dimensional array extending in a longitudinal direction ; a rotatable support for rotating the antenna means about a non-vertical axis arranged parallel to the longitudinal direction wherein a plurality of radiation and/or reception angles of the antenna means relative to the product surface are electronically and mechanically adjustable by rotation of the antenna means about the non-vertical axis in combination with the electronic beam control to scan the product surface line by line and to determine the topology of the product surface. an antenna device having an array of radiator elements for transmitting and/or receiving electromagnetic signals, the array being a one-dimensional array extending in a longitudinal direction ; a rotatable support for rotating the antenna means about a non-vertical axis arranged parallel to the longitudinal direction wherein a plurality of radiation and/or reception angles of the antenna means relative to the product surface are electronically and mechanically adjustable by rotation of the antenna means about the non-vertical axis in combination with the electronic beam control to scan the product surface line by line and to determine the topology of the product surface.
A controller for a work machine including a master axis drive corresponding to a master axis and a slave axis drive corresponding to a slave axis, the work machine being configured to cause the slave axis drive to perform a predetermined task on a workpiece, the controller being configured to perform synchronization control of a position of the slave axis drive based on an electronic cam profile corresponding to a cam angle of the master axis, the controller comprising: an obtainer configured to obtain a predetermined position (P23) based on the electronic cam profile in response to stop of synchronization control over the master axis drive and the slave axis drive , the predetermined position (P23) being a position of the slave axis drive corresponding to a cam angle of the stopped master axis; and a return unit configured to move the slave axis drive to the predetermined position (P23) on a return path by driving the slave axis drive ; characterized in that the controller further comprises a calculator configured to calculate, in response to the stopped slave axis drive being determined to be at a position deviating from the predetermined position (P23), the return path based on the predetermined position (P23) and an interference section (R1) in which the slave axis drive interferes with the workpiece for the predetermined task, the interference section (R1) being in a range of cycles for the slave axis drive , the return path causing the slave axis drive to reach the predetermined position (P23) while avoiding the interference section (R1). an obtainer configured to obtain a predetermined position (P23) based on the electronic cam profile in response to stop of synchronization control over the master axis drive and the slave axis drive , the predetermined position (P23) being a position of the slave axis drive corresponding to a cam angle of the stopped master axis; and a return unit configured to move the slave axis drive to the predetermined position (P23) on a return path by driving the slave axis drive ; characterized in that the controller further comprises a calculator configured to calculate, in response to the stopped slave axis drive being determined to be at a position deviating from the predetermined position (P23), the return path based on the predetermined position (P23) and an interference section (R1) in which the slave axis drive interferes with the workpiece for the predetermined task, the interference section (R1) being in a range of cycles for the slave axis drive , the return path causing the slave axis drive to reach the predetermined position (P23) while avoiding the interference section (R1).
A server comprising secure hardware for end-to-end secure verification of software whereby the hardware comprises one or more processors and a memory device storing instructions executable by the one or more processors to perform acts for end-to-end secure hardware executing verified software, the acts comprising: verifying that a software system conforms to a software specification, wherein the software system comprises at least a software application and a verified low-level code comprising at least an operating system by verifying that the verified low-level code conforms to a low-level software specification , that each component of the software system is incapable of subverting a specification of other components of the software system and that an assembly language implementation of the software system implements a functionally correct version of the low level software specification ; performing a verified boot of a software system, sending a public key from the software application to an external application that is external to the software system, the public key generated based on and corresponding to a private key that is known only to the software application ; sending a first certificate signed by the secure hardware to the external application, wherein the first certificate identifies that the public key is associated with the software system ; sending a second certificate signed, using a second key, by a provider of the secure hardware to the external application, the second certificate attesting to an identity of the secure hardware . verifying that a software system conforms to a software specification, wherein the software system comprises at least a software application and a verified low-level code comprising at least an operating system by verifying that the verified low-level code conforms to a low-level software specification , that each component of the software system is incapable of subverting a specification of other components of the software system and that an assembly language implementation of the software system implements a functionally correct version of the low level software specification ; performing a verified boot of a software system, sending a public key from the software application to an external application that is external to the software system, the public key generated based on and corresponding to a private key that is known only to the software application ; sending a first certificate signed by the secure hardware to the external application, wherein the first certificate identifies that the public key is associated with the software system ; sending a second certificate signed, using a second key, by a provider of the secure hardware to the external application, the second certificate attesting to an identity of the secure hardware .
A recombinant cell for the production of pseudaminic acid, comprising a gene encoding a dehydratase (PseB), a gene encoding an aminotransferase (PseC), a gene encoding an acetyltransferase (PseH), a gene encoding a Pse synthase (PseI), a gene encoding a UDP-sugar hydrolase (PseG), a gene encoding a GlcNAc-6-P mutase, a gene encoding a GlcNAc-1-P uridyltransferase, and an inactivated GlcNAc-6-P deacetylase gene.