mhurhangee/ep-ind-claims huggingface dataset:
Method for intermediate storage of sealed insulating glass blanks, in which sealed insulating glass blanks are removed from a sealing station and are placed in an intermediate storage unit, wherein sealed insulating glass blanks are stored in the intermediate storage unit in a manner sorted according to production lots, wherein insulating glass is removed from the intermediate storage unit in a manner sorted according to order lots, characterized in that sealed insulating glass blanks are intermediately stored with spacers having a uniform width in a first area of the intermediate storage unit, and in that sealed insulating glass blanks are intermediately stored with spacers having widths deviating from usual widths in a second area of the intermediate storage unit.
A polypeptide having hemicellulase activity which comprises the amino acid sequence set out in SEQ ID NO: 72 or an amino acid sequence encoded by the nucleotide sequence of SEQ ID NO: 71, SEQ ID NO: 74 or a variant polypeptide or variant polynucleotide thereof, wherein the variant polypeptide has at least 75% sequence identity with the sequence set out in SEQ ID NO: 72, or the variant polynucleotide encodes a polypeptide that has at least 75% sequence identity with the sequence set out in SEQ ID NO: 72.
A sound-insulated room for living, working or staying in, having walls, a ceiling closing said walls at the top, and at least one sound absorber arrangement arranged on a wall surface or ceiling surface of the room and consisting of multiple sound absorber elements, which are arranged in the room with a floor area of 40 m 2 to 130 m 2, wherein multiple lined-up sound absorber elements form one or more absorber strips, which extend (s) at least in some sections along an upper abutting edge running between the wall and the ceiling of the room, characterised in that - the sound absorber elements are panel-shaped and consist of foam glass granules having a grain size of 0.25-4 mm, wherein the granules are sintered in panel form or are joined with added binder; - the sound absorber elements have a width of 200-400 mm and a thickness of 40-65 mm; - the sound absorber elements have a flow resistivity within the range of 8-10 kPa*s/m 2. - the sound absorber elements are panel-shaped and consist of foam glass granules having a grain size of 0.25-4 mm, wherein the granules are sintered in panel form or are joined with added binder; - the sound absorber elements have a width of 200-400 mm and a thickness of 40-65 mm; - the sound absorber elements have a flow resistivity within the range of 8-10 kPa*s/m 2.
A method of treating pericardial tissue comprising contacting at least a portion of a pericardial sac with a chemical while the pericardial sac is tensioned by an application of fluid pressure to an inside face of the pericardial sac, the method further comprising securing a base of the pericardial sac to a rim (316, 322) of a pressurizing apparatus (310, 320, 370).
A fuel system, comprising: a fuel tank; a first fluid flow path between a gas space in the fuel tank and outside of the fuel system; a gas separation membrane comprising a first side in communication with the first fluid flow path and a second side; a second fluid flow path in communication with the second side of the membrane; a fluid control device in fluid communication with the second fluid flow path and with a liquid space in the fuel tank; and a prime mover in communication with the second fluid flow path; characterized by the fluid control device also being in fluid communication with the outside of the fuel system, said fluid control device being configured to provide fluid flow from the second fluid flow path to a destination selected from the liquid space in the fuel tank when hydrocarbons are removed from the first fluid flow through the membrane and the outside of the fuel system when water vapor is removed from the first fluid flow through the membrane; and the prime mover being configured to move fluid on the second fluid flow path from the second side of the separation membrane to said selected destination. a fuel tank; a first fluid flow path between a gas space in the fuel tank and outside of the fuel system; a gas separation membrane comprising a first side in communication with the first fluid flow path and a second side; a second fluid flow path in communication with the second side of the membrane; a fluid control device in fluid communication with the second fluid flow path and with a liquid space in the fuel tank; and a prime mover in communication with the second fluid flow path; characterized by the fluid control device also being in fluid communication with the outside of the fuel system, said fluid control device being configured to provide fluid flow from the second fluid flow path to a destination selected from the liquid space in the fuel tank when hydrocarbons are removed from the first fluid flow through the membrane and the outside of the fuel system when water vapor is removed from the first fluid flow through the membrane; and the prime mover being configured to move fluid on the second fluid flow path from the second side of the separation membrane to said selected destination.
A mode locked fibre laser having an optical cavity comprising an optical fibre having a gain medium, modelocking means and imaging means for imaging light leaving the fibre back into the fibre, characterized in that the imaging means comprise a concave mirror positioned to image light emitted from one end of the fibre onto the other end of the fibre or back onto the same end of the fibre, so as to improve an intra-cavity coupling efficiency.
A substituted sulfonated coumarin of general formula wherein: R 1 represents H, or OH, or a linear or branched C 1 -C 6 alkyl radical, substituted or not, R 2 represents H, or a linear or branched C 1 -C 6 alkyl radical, substituted or not, R 1 and R 2 may together form a ring, such as an aryl or a furan, substituted or not R 3 represents H, or a linear or branched C 1 -C 6 alkyl radical, substituted or not, M represents Na or K. R 1 represents H, or OH, or a linear or branched C 1 -C 6 alkyl radical, substituted or not, R 2 represents H, or a linear or branched C 1 -C 6 alkyl radical, substituted or not, R 1 and R 2 may together form a ring, such as an aryl or a furan, substituted or not R 3 represents H, or a linear or branched C 1 -C 6 alkyl radical, substituted or not, M represents Na or K.
A camera device comprising: a base; a first lens assembly which is disposed in the base and includes a first lens group and a first lens support unit to which the first lens group is fixed; a second lens assembly which is disposed in the base and includes a second lens group and a second lens support unit to which the second lens group is fixed; and a driving unit configured to drive the second lens support unit, wherein: a first stopper member and a second stopper member are formed on an inner wall of the second lens support unit and spaced apart from each other by an interval greater than a height of the first lens assembly in a moving direction of the second lens support unit; the first lens support unit is accommodated between the first stopper member and the second stopper member in the second lens support unit; and the second lens assembly is configured to move together with the first lens support unit and the first lens assembly i in the second lens support unit along the base. a base; a first lens assembly which is disposed in the base and includes a first lens group and a first lens support unit to which the first lens group is fixed; a second lens assembly which is disposed in the base and includes a second lens group and a second lens support unit to which the second lens group is fixed; and a driving unit configured to drive the second lens support unit, wherein: a first stopper member and a second stopper member are formed on an inner wall of the second lens support unit and spaced apart from each other by an interval greater than a height of the first lens assembly in a moving direction of the second lens support unit; the first lens support unit is accommodated between the first stopper member and the second stopper member in the second lens support unit; and the second lens assembly is configured to move together with the first lens support unit and the first lens assembly i in the second lens support unit along the base. a first stopper member and a second stopper member are formed on an inner wall of the second lens support unit and spaced apart from each other by an interval greater than a height of the first lens assembly in a moving direction of the second lens support unit; the first lens support unit is accommodated between the first stopper member and the second stopper member in the second lens support unit; and the second lens assembly is configured to move together with the first lens support unit and the first lens assembly i in the second lens support unit along the base.
A method comprising: transmitting a connection release message to a communication device wherein the connection release message comprises a transmission identifier and the transmission identifier derives a paging frame and a paging occasion for the communication device; transmitting a group paging in the paging frame and the paging occasion, wherein the group paging comprises a scrambling value; transmitting scheduling information via a Physical Downlink Control Channel, PDCCH, scrambled by the scrambling value; wherein the group paging further comprises a listening window duration and the method further comprises: transmitting a Random Access Response, RAR, message for the communication device during the listening window duration in response to transmitting the scheduling information, wherein the RAR message is scheduled according to the scheduling information in the PDCCH; and transmitting a Radio Resource Control, RRC, connection set-up message in response to receiving a RRC connection request message from the communication device. transmitting a connection release message to a communication device wherein the connection release message comprises a transmission identifier and the transmission identifier derives a paging frame and a paging occasion for the communication device; transmitting a group paging in the paging frame and the paging occasion, wherein the group paging comprises a scrambling value; transmitting scheduling information via a Physical Downlink Control Channel, PDCCH, scrambled by the scrambling value; transmitting a Random Access Response, RAR, message for the communication device during the listening window duration in response to transmitting the scheduling information, wherein the RAR message is scheduled according to the scheduling information in the PDCCH; and transmitting a Radio Resource Control, RRC, connection set-up message in response to receiving a RRC connection request message from the communication device.
A system of electronically managing interactions of a person with a plurality of objects of his environment, the objects having attached an electromagnetic tag comprising an identification code further comprising: - portable reading means, to be carried by the person, configured to repeatedly read data of an electromagnetic tag of a plurality of objects when the tag is located within a reading area; - processing means configured to receive, for each tag, the identification code comprised in the data read by the reading means with information regarding the location where, and the time when, the said tag is read in order to define a tag reading event; characterized by: - the processing means configured to estimate time interval and location area of an interaction from a plurality of tag reading events by grouping in a cluster corresponding with the interaction, a plurality of tag reading events with an identical identification code having a deviation between a pair of tag interaction events under a threshold, the deviation being calculated as a difference of values for location and/or for time; - the processing means further configured to determine a degree of spatial and/or temporal affinity between two interactions based on a common location area and/or simultaneous temporal interval respectively for the clusters. - portable reading means, to be carried by the person, configured to repeatedly read data of an electromagnetic tag of a plurality of objects when the tag is located within a reading area; - processing means configured to receive, for each tag, the identification code comprised in the data read by the reading means with information regarding the location where, and the time when, the said tag is read in order to define a tag reading event; the location where, and the time when, the said tag is read - the processing means configured to estimate time interval and location area of an interaction from a plurality of tag reading events by grouping in a cluster corresponding with the interaction, a plurality of tag reading events with an identical identification code having a deviation between a pair of tag interaction events under a threshold, the deviation being calculated as a difference of values for location and/or for time; by grouping in a cluster corresponding with the interaction, a plurality of tag reading events with an identical identification code having a deviation between a pair of tag interaction events under a threshold, the deviation being calculated as a difference of values for location and/or for time; - the processing means further configured to determine a degree of spatial and/or temporal affinity between two interactions based on a common location area and/or simultaneous temporal interval respectively for the clusters.
A method, performed by a device in a distributed system, the method comprising: detecting, by the device, that another device in the distributed system has become unavailable, wherein the distributed system includes a distributed physical access control system, and wherein the device and the other device correspond to physical access control units that perform operations associated with granting access to secure areas; determining, by the device, that a loss of consensus has occurred in the distributed system for a particular distributed dataset based on detecting that the other device has become unavailable and based on how many votes are needed to reach a quorum for establishing consensus relating to a proposed operation on the particular distributed dataset; accessing, by the device, a consensus database to determine which devices associated with the particular distributed dataset are available; generating, by the device, a list of available devices in the distributed system based on accessing the consensus database when determined that the loss of consensus has occurred; and sending, by the device, an alarm message to an administrative device, wherein the alarm message indicates the loss of consensus and wherein the alarm message includes the list of available devices. detecting, by the device, that another device in the distributed system has become unavailable, wherein the distributed system includes a distributed physical access control system, and wherein the device and the other device correspond to physical access control units that perform operations associated with granting access to secure areas; determining, by the device, that a loss of consensus has occurred in the distributed system for a particular distributed dataset based on detecting that the other device has become unavailable and based on how many votes are needed to reach a quorum for establishing consensus relating to a proposed operation on the particular distributed dataset; accessing, by the device, a consensus database to determine which devices associated with the particular distributed dataset are available; generating, by the device, a list of available devices in the distributed system based on accessing the consensus database when determined that the loss of consensus has occurred; and sending, by the device, an alarm message to an administrative device, wherein the alarm message indicates the loss of consensus and wherein the alarm message includes the list of available devices.
A primer set for a LAMP analysis to detect influenza viruses, wherein the primer set is to detect influenza A or B, wherein the primer set to detect influenza A is a primer set capable of distinguishing and detecting pdm H1N1 subtype of influenza A or a primer set capable of detecting influenza A regardless of subtypes thereof, and wherein the primer set is selected from the group consisting of: an influenza A subtype pdm H1N1-specific primer set consisting of primers having base sequences represented by SEQ numbers 29 to 34, a primer set capable of detecting all subtypes of influenza A consisting of primers having base sequences represented by SEQ numbers 35 to 40, SEQ numbers 41 to 46, or SEQ numbers 46 to 51, and an influenza B-specific primer set consisting of primers having base sequences represented by SEQ numbers 70 to 75. an influenza A subtype pdm H1N1-specific primer set consisting of primers having base sequences represented by SEQ numbers 29 to 34, a primer set capable of detecting all subtypes of influenza A consisting of primers having base sequences represented by SEQ numbers 35 to 40, SEQ numbers 41 to 46, or SEQ numbers 46 to 51, and an influenza B-specific primer set consisting of primers having base sequences represented by SEQ numbers 70 to 75.
A method for fetal or maternal monitoring, comprising the steps of electrically connecting a medical cable monitor with a fetal monitoring apparatus; electrically connecting a first end of a medical cable (40,42,140,142) to an input interface (102,106) of the medical cable monitor and a second end of the medical cable (40,42,140,142) to a cable diagnostic interface (103,107) of the medical cable monitor; activating the medical cable monitor in one mode of operation whereby signal processing circuitry of the medical cable monitor tests functionality of the medical cable (40,42,140,142) connected between the input interface (102,106) and the cable diagnostic interface (103,107); electrically connecting the second end of the medical cable (40,42,140,142) to a sensor (20,30,172) after removing the second end of the medical cable (40,42,140,142) from the cable diagnostic interface (103,107) of the medical cable monitor; sensing fetal parameter with the sensor (20,30,172) and sending a fetal monitoring signal associated with the fetal parameter to the input interface (102,106) of the medical cable monitor; and activating the medical cable monitor in another mode of operation whereby the signal processing circuitry passes the fetal monitoring signal to the fetal monitoring apparatus.
A processing method for a laminate, comprising: a cutting step of cutting the laminate obtained by integrally laminating a glass sheet on at least one of both surfaces of a resin sheet, wherein the thickness of the glass sheet alone is smaller than a thickness of the resin sheet; and a finishing step of finishing a cut surface of the laminate that is formed in the cutting step, the finishing step comprising: a first phase of processing a cut surface of the glass sheet by grinding, and leaving at least a part of a cut surface of the resin sheet in an unprocessed state; and a second phase of processing only the cut surface of the resin sheet that is left in the unprocessed state. a cutting step of cutting the laminate obtained by integrally laminating a glass sheet on at least one of both surfaces of a resin sheet, wherein the thickness of the glass sheet alone is smaller than a thickness of the resin sheet; and a finishing step of finishing a cut surface of the laminate that is formed in the cutting step, the finishing step comprising: a first phase of processing a cut surface of the glass sheet by grinding, and leaving at least a part of a cut surface of the resin sheet in an unprocessed state; and a second phase of processing only the cut surface of the resin sheet that is left in the unprocessed state. a first phase of processing a cut surface of the glass sheet by grinding, and leaving at least a part of a cut surface of the resin sheet in an unprocessed state; and a second phase of processing only the cut surface of the resin sheet that is left in the unprocessed state.
A radio broadcast beam coverage enhancement method, comprising: determining, by a base station, at least one target traffic beam, wherein in an area covered by the at least one target traffic beam, data channel quality of at least one terminal is higher than a first threshold, and broadcast channel quality is lower than a second threshold; and transmitting, by the base station, N first synchronization resource block, SSB, beams in at least one bandwidth part, BWP, wherein the N first SSB beams cover the area covered by the at least one target traffic beam, and N is an integer greater than or equal to 1, characterized in that the at least one target traffic beam comprises a first target traffic beam, for the first target traffic beam, the base station performs data transmission with K terminals by using the first target traffic beam, a ratio of a quantity of terminals whose data channel quality is higher than the first threshold to K is greater than a first preset ratio, and a ratio of a quantity of terminals whose broadcast channel quality is lower than the first threshold to K is greater than a second preset ratio, wherein K is an integer greater than or equal to 1. determining, by a base station, at least one target traffic beam, wherein in an area covered by the at least one target traffic beam, data channel quality of at least one terminal is higher than a first threshold, and broadcast channel quality is lower than a second threshold; and transmitting, by the base station, N first synchronization resource block, SSB, beams in at least one bandwidth part, BWP, wherein the N first SSB beams cover the area covered by the at least one target traffic beam, and N is an integer greater than or equal to 1, characterized in that the at least one target traffic beam comprises a first target traffic beam, for the first target traffic beam, the base station performs data transmission with K terminals by using the first target traffic beam, a ratio of a quantity of terminals whose data channel quality is higher than the first threshold to K is greater than a first preset ratio, and a ratio of a quantity of terminals whose broadcast channel quality is lower than the first threshold to K is greater than a second preset ratio, wherein K is an integer greater than or equal to 1.
Sulfur-crosslinkable rubberization mixture for strength members in elastomer products, in particular in vehicle tyres, containing at least one diene rubber, at least one industrial carbon black and an adhesive system, characterized in that an industrial carbon black LS has a specific surface area NSA according to ASTM D6556-04 of between 85 to 95 m 2 /g and a structure derived from the oil absorption number OAN according to ASTM D2414 of between 125 and 145 ml/100 g and a structure after compression of the industrial carbon black sample LS derived from the oil absorption number COAN according to ASTM D3493 of between 105 and 117 ml/100 g.