mhurhangee/ep-ind-claims huggingface dataset:
Digital switching arrangement for a secure boot process of an electronic device, having at least one processor unit, a bus system, at least one interface (FLIF; IF) for the connection of at least one external storage unit (FL; eRAM) and at least one configuration interface, characterized by a user-programmable secure boot block with at least one internal non-volatile memory of the processor unit for storing check logic able to be configured via the configuration interface and able to be executed during the start of the secure boot process, wherein - the check logic is able to be configured, able to be modified, is configured or is modified via the configuration interface such that application logic loaded from the at least one external storage unit (FL; eRAM) is able to be checked, and is able to be activated and/or able to be executed on the processor unit depending on the check result, and - depending on the programming of the check logic and depending on the check logic defined by the user and loaded in the non-volatile memory, the user is able to carry out any desired types of check. - the check logic is able to be configured, able to be modified, is configured or is modified via the configuration interface such that application logic loaded from the at least one external storage unit (FL; eRAM) is able to be checked, and is able to be activated and/or able to be executed on the processor unit depending on the check result, and - depending on the programming of the check logic and depending on the check logic defined by the user and loaded in the non-volatile memory, the user is able to carry out any desired types of check.
A method performed by a server, comprising: - receiving a request from at least one device to make a search for at least one local service; - performing the search by means of at least one service directory to discover said at least one local service, - as a result of the search, providing information to said at least one device on said at least one local service in the proximity of said at least one device, and - receiving a first service directory, comprised in the at least one service directory, from at least one other device, the first service directory describing a service provided by the at least one other device, characterized in that - the first service directory comprises information on access technologies the at least one other device supports, and in that the server is configured to receive the first service directory via a second device, wherein the server is not capable of connecting directly to the at least one other device, and in that the request comprises a request to search for one or more services available in a certain access technology. - receiving a request from at least one device to make a search for at least one local service; - performing the search by means of at least one service directory to discover said at least one local service, - as a result of the search, providing information to said at least one device on said at least one local service in the proximity of said at least one device, and - receiving a first service directory, comprised in the at least one service directory, from at least one other device, the first service directory describing a service provided by the at least one other device, characterized in that - the first service directory comprises information on access technologies the at least one other device supports, and in that the server is configured to receive the first service directory via a second device, wherein the server is not capable of connecting directly to the at least one other device, and in that the request comprises a request to search for one or more services available in a certain access technology.
A water-soluble film comprising carrageenan and a bittering agent and a plasticiser present at a level from 1 - 99%wt, %wt based on total weight of dry film.
A meter (204, 304) of a supply system (200, 500, 600), comprising: - at least one measuring module (209, 309.1, 309.2) configured to measure at least one quantity parameter of a supply medium flowing through a supply channel (210, 310); characterized in that - the meter (204, 304) comprises at least one peer-to-peer module (220, 320) configured to communicate with a peer-to-peer application (224, 424) of a peer-to-peer network (222, 522, 622), - wherein the measuring module (209, 309.1, 309.2) is configured to provide the measured quantity parameter of the supply medium to the peer-to-peer module (220, 320) via a communication connection (207, 307) arranged between the measuring module (209, 309.1, 309.2) and the peer-to-peer module (220, 320), - wherein the peer-to-peer module (220, 320) is configured to provide at least the measured quantity parameter to the peer-to-peer application (224, 424), - wherein the meter (204, 304) is configured to be associated with an entity (306, 506, 508, 564, 566, 568, 570, 572, 606.1, 608.2, 664.1, 666.1, 668.2, 670.2, 672.2), and - the peer-to-peer module (220, 320) is configured to generate at least one request message and/or at least one acceptance message based on a supply medium plan created for said entity (306, 506, 508, 564, 566, 568, 570, 572, 606.1, 608.2, 664.1, 666.1, 668.2, 670.2, 672.2) associated with the peer-to-peer module (220, 320) and to cause the generation of a supply medium transaction agreement. - at least one measuring module (209, 309.1, 309.2) configured to measure at least one quantity parameter of a supply medium flowing through a supply channel (210, 310); characterized in that - the meter (204, 304) comprises at least one peer-to-peer module (220, 320) configured to communicate with a peer-to-peer application (224, 424) of a peer-to-peer network (222, 522, 622), - wherein the measuring module (209, 309.1, 309.2) is configured to provide the measured quantity parameter of the supply medium to the peer-to-peer module (220, 320) via a communication connection (207, 307) arranged between the measuring module (209, 309.1, 309.2) and the peer-to-peer module (220, 320), - wherein the peer-to-peer module (220, 320) is configured to provide at least the measured quantity parameter to the peer-to-peer application (224, 424), - wherein the meter (204, 304) is configured to be associated with an entity (306, 506, 508, 564, 566, 568, 570, 572, 606.1, 608.2, 664.1, 666.1, 668.2, 670.2, 672.2), and - the peer-to-peer module (220, 320) is configured to generate at least one request message and/or at least one acceptance message based on a supply medium plan created for said entity (306, 506, 508, 564, 566, 568, 570, 572, 606.1, 608.2, 664.1, 666.1, 668.2, 670.2, 672.2) associated with the peer-to-peer module (220, 320) and to cause the generation of a supply medium transaction agreement.
A method performed in a coordinating node of a wireless communication network, for coordinating uplink transmissions in a victim cell and in an aggressor cell, wherein the uplink transmissions in the aggressor cell potentially cause interference at a victim radio node receiving or measuring uplink signals transmitted in the victim cell, the method comprising: - obtaining an indication of an uplink pattern of interference-protected resources in frequency and time where uplink transmissions are allowed to be scheduled in the victim cell but not in the aggressor cell, and wherein time refers to fractions of subframes, and - signalling the indication of said uplink pattern to at least one of an aggressor radio node serving the aggressor cell and the victim radio node, thereby enabling mitigation of interference caused by uplink transmissions in the aggressor cell when receiving or measuring uplink signals on said interference-protected resources at the victim radio node. - obtaining an indication of an uplink pattern of interference-protected resources in frequency and time where uplink transmissions are allowed to be scheduled in the victim cell but not in the aggressor cell, and wherein time refers to fractions of subframes, and - signalling the indication of said uplink pattern to at least one of an aggressor radio node serving the aggressor cell and the victim radio node, thereby enabling mitigation of interference caused by uplink transmissions in the aggressor cell when receiving or measuring uplink signals on said interference-protected resources at the victim radio node.
A method for releasing a semi-persistent resource allocation in a wireless communication system, wherein a base station performs the steps of: transmitting, via a downlink control channel to a terminal, control signalling that is including a New Data Indicator and a Modulation and Coding Scheme, MCS, field, wherein the control signalling is protected by a CRC field that is masked with an RNTI assigned to the terminal for identification in signalling procedures related to the semi-persistent resource allocation, and characterized in that the control signalling is generated to comprise a defined combination of conditions to cause the terminal to release the semi-persistent resource allocation if the defined combination of conditions is met, wherein the defined combination of conditions includes the New Data Indicator being a defined New Data Indicator value and the Modulation and Coding Scheme, MCS, being a defined modulation and coding scheme index. transmitting, via a downlink control channel to a terminal, control signalling that is including a New Data Indicator and a Modulation and Coding Scheme, MCS, field, wherein the control signalling is protected by a CRC field that is masked with an RNTI assigned to the terminal for identification in signalling procedures related to the semi-persistent resource allocation, and characterized in that the control signalling is generated to comprise a defined combination of conditions to cause the terminal to release the semi-persistent resource allocation if the defined combination of conditions is met, wherein the defined combination of conditions includes the New Data Indicator being a defined New Data Indicator value and the Modulation and Coding Scheme, MCS, being a defined modulation and coding scheme index.
An in vitro / ex vivo method of identifying multipotent mesenchymal stem cells of high proliferation potential in early passages, comprising the steps of: a) measuring the expression of CD264 in collected heterogeneous mesenchymal stem cells; and b) removing the mesenchymal stem cells with positive expression of CD264. a) measuring the expression of CD264 in collected heterogeneous mesenchymal stem cells; and b) removing the mesenchymal stem cells with positive expression of CD264.
A composition for removing energetic compounds from contaminated environments, comprising: a supported reactant including an adsorbent with high affinity for energetic compounds; a first bioremediation material comprising at least one organism capable of degrading an energetic compound; a polymeric substance fueling the first bioremediation material during the degrading of the energetic compound; and a second bioremediation material breaking the polymeric substance into smaller molecules over a degradation time period to provide the fueling of the first bioremediation material in a time-release manner; characterized in that the adsorbent includes a magnesium-aluminum alloy, a ferro-titanium alloy, copper-plated iron or iron activated with platinum or palladium. a supported reactant including an adsorbent with high affinity for energetic compounds; a first bioremediation material comprising at least one organism capable of degrading an energetic compound; a polymeric substance fueling the first bioremediation material during the degrading of the energetic compound; and a second bioremediation material breaking the polymeric substance into smaller molecules over a degradation time period to provide the fueling of the first bioremediation material in a time-release manner; characterized in that the adsorbent includes a magnesium-aluminum alloy, a ferro-titanium alloy, copper-plated iron or iron activated with platinum or palladium.
A transmission device configured to multiplex and transmit a plurality of 8B10B coded information sequences including a code word indicating frame heads, comprising: conversion units (10 n) the number of which is identical to the number of the information sequences, each configured to decode one of the information sequences, to perform scrambling of data of the decoded information sequence other than bits corresponding to the code word which is included in the information sequence at regular intervals for indicating the frame heads of frames of a fixed frame length, and to replace the bits with a synchronous pattern to perform output thereof a; and a multiplexing unit configured to multiplex the information sequences outputted from the conversion units (10 n). conversion units (10 n) the number of which is identical to the number of the information sequences, each configured to decode one of the information sequences, to perform scrambling of data of the decoded information sequence other than bits corresponding to the code word which is included in the information sequence at regular intervals for indicating the frame heads of frames of a fixed frame length, and to replace the bits with a synchronous pattern to perform output thereof a; and a multiplexing unit configured to multiplex the information sequences outputted from the conversion units (10 n).
A method of determining the concentration of a detected sequence in non-fragmented nucleic acids comprising the following steps: i. determining a length distribution of nucleic acids in a sample comprising fragmented nucleic acids, wherein the fragmented nucleic acids are derived from said non-fragmented nucleic acids; ii. measuring the concentration of said detected sequence in said sample comprising fragmented nucleic acids with a measuring method, wherein measuring the concentration of the detected sequence comprises amplifying a sequence to be amplified comprising the detected sequence, and iii. correcting the measured concentration of said detected sequence in the sample comprising fragmented nucleic acids with a correction coefficient to obtain the concentration of said detected sequence in non-fragmented nucleic acids, wherein the correction coefficient is based on the length distribution and at least one parameter of the measuring method, wherein the at least one parameter of the measuring method comprises the length of the sequence to be amplified (L a), wherein the method does not comprise assembly of the fragmented nucleic acids into a contiguous sequence. i. determining a length distribution of nucleic acids in a sample comprising fragmented nucleic acids, wherein the fragmented nucleic acids are derived from said non-fragmented nucleic acids; ii. measuring the concentration of said detected sequence in said sample comprising fragmented nucleic acids with a measuring method, wherein measuring the concentration of the detected sequence comprises amplifying a sequence to be amplified comprising the detected sequence, and iii. correcting the measured concentration of said detected sequence in the sample comprising fragmented nucleic acids with a correction coefficient to obtain the concentration of said detected sequence in non-fragmented nucleic acids, wherein the correction coefficient is based on the length distribution and at least one parameter of the measuring method, wherein the at least one parameter of the measuring method comprises the length of the sequence to be amplified (L a),
A rotatable building structure that comprises: a vertically extending building having one or more floors; a fixed core support for supporting the building, located substantially centrally beneath the building; a rotatable annular drive system for rotating the building, located lower than the building and with its centre substantially aligned with the vertical centreline of the building, the system having an upper surface and a planar lower surface; and a fixed outer support, located beneath the annular drive system, the support having a planar upper surface that contacts the planar lower surface of the annular drive system; wherein at least one of the lower surface of the annular drive system and the upper surface of the fixed outer support comprises a bearing material, permitting rotation of the annular drive system over the fixed outer support, such that the annular drive system is rotated via a planar to planar bearing system, wherein the annular drive system comprises an annular drive ring and drive means for turning the drive ring, characterized in that there are drive means located both inside and outside the drive ring. a vertically extending building having one or more floors; a fixed core support for supporting the building, located substantially centrally beneath the building; a rotatable annular drive system for rotating the building, located lower than the building and with its centre substantially aligned with the vertical centreline of the building, the system having an upper surface and a planar lower surface; and a fixed outer support, located beneath the annular drive system, the support having a planar upper surface that contacts the planar lower surface of the annular drive system; wherein at least one of the lower surface of the annular drive system and the upper surface of the fixed outer support comprises a bearing material, permitting rotation of the annular drive system over the fixed outer support, such that the annular drive system is rotated via a planar to planar bearing system, wherein the annular drive system comprises an annular drive ring and drive means for turning the drive ring, characterized in that there are drive means located both inside and outside the drive ring.
Apparatus for ejecting material, comprising: an ejection chamber arranged to hold a portion of a selected liquid; an inlet valve arranged to selectively open to thereby transfer liquid from a reservoir into the ejection chamber and to selectively close to seal the ejection chamber containing liquid; a heater element disposed in the ejection chamber or proximate to the ejection chamber and arranged to raise the temperature and pressure of the liquid in the sealed ejection chamber to a temperature substantially equal to or greater than a saturation temperature of the liquid at a pressure downstream of the exit valve; an exit valve arranged to selectively close to seal the ejection chamber during heating of the liquid and to selectively open to eject material from said sealed ejection chamber through the exit valve and then through a neck region as liquid vapour and/or liquid when the temperature of liquid in the ejection chamber is substantially equal to or greater than the saturation temperature; and at least one controller arranged to electronically control the selective opening and closing of the inlet valve and exit valve, based on the pressure in said ejection chamber, said pressure being monitored by one or more pressure or temperature sensor, whereby, in use, liquid and/or liquid vapour are ejected from the ejection chamber by a vapour explosion process. an ejection chamber arranged to hold a portion of a selected liquid; an inlet valve arranged to selectively open to thereby transfer liquid from a reservoir into the ejection chamber and to selectively close to seal the ejection chamber containing liquid; a heater element disposed in the ejection chamber or proximate to the ejection chamber and arranged to raise the temperature and pressure of the liquid in the sealed ejection chamber to a temperature substantially equal to or greater than a saturation temperature of the liquid at a pressure downstream of the exit valve; an exit valve arranged to selectively close to seal the ejection chamber during heating of the liquid and to selectively open to eject material from said sealed ejection chamber through the exit valve and then through a neck region as liquid vapour and/or liquid when the temperature of liquid in the ejection chamber is substantially equal to or greater than the saturation temperature; and at least one controller arranged to electronically control the selective opening and closing of the inlet valve and exit valve, based on the pressure in said ejection chamber, said pressure being monitored by one or more pressure or temperature sensor, whereby, in use, liquid and/or liquid vapour are ejected from the ejection chamber by a vapour explosion process.
A visual system for a vehicle, comprising a capturing unit mounted to the vehicle and provided with at least one capturing device, a calculation unit, and a display unit, wherein the capturing device is adapted to acquire a capturing region (21, 22, 23) behind the vehicle, said region including at least one undistorted capturing portion behind the vehicle, which portion is directed backward, and one capturing portion behind the vehicle, which portion is directed downward, wherein the visual system is adapted to extract a first image from the first capturing portion (21, 22, 23), which image corresponds to the undistorted capturing portion, and a second image, which corresponds to the capturing portion that is directed downward, and to display the first image in an upper image portion and the second image in a lower portion on the display unit, and wherein the visual system adapts the size of the first and second extracted images (61, 62) dependent of the driving direction and/or the driving speed.
Gearing, in particular angular gearing, having a housing, an input shaft, an output shaft and an intermediate shaft installed in the housing, wherein the housing comprises an output section and an input section having an input flange and a centre plane of the housing is perpendicular to an end face of the input flange, wherein a straight line, which runs parallel to the centre plane and through a mid-point of an opening of the housing surrounded by the input flange, runs offset parallel to the centre plane, wherein the straight line is the input shaft axis of the gearing, wherein the housing is of tapered design in a partial section parallel to the centre plane, wherein a connecting straight line runs through the mid-points of bearing receptacles of the intermediate shaft perpendicularly to the centre plane, wherein the centre plane corresponds in the region of the output section to a plane of symmetry, wherein output bearing receptacles for an output shaft installable in the housing project from the two mutually opposite housing sides of the housing, wherein the end faces (18, 27) of the output bearing receptacles lying in the outer surface of the housing have a hole pattern and are thus designed as an output flange, wherein a cylinder lateral surface section projects from the output bearing receptacles, into which section is introducible a shaft sealing ring for sealing a led-through output shaft or a cover for sealing the housing, characterised in that the input shaft axis is further away from a foot side of the housing than the output shaft axis, wherein the intermediate shaft axis, that is to say the axis of the intermediate shaft, is further away from the foot side than the input shaft axis and the output shaft axis, wherein the housing is of tapered design in the partial section in the region of the intermediate shaft parallel to the centre plane, wherein the input flange protrudes beyond a housing side of the housing or beyond a corner of the housing, wherein the input flange is integrally connected to the housing via a truncated cone lateral surface section.