mhurhangee/ep-ind-claims huggingface dataset:
An air filter medium made of a non-woven material, which is produced in a melt spinning process and which comprises a depth filter constituent, the majority of the fibers of which have a fiber diameter between 15 μm and 30 μm, a surface filter constituent, the majority of the fibers of which have a fiber diameter of less than 15 μm, and a three-dimensional macrostructure which consists of the depth filter constituent, wherein the depth filter constituent is disposed on the surface filter constituent, which forms a continuous layer so that a surface between said macrostructure is formed by the surface filter constituent.
A method of generating a localized fluid flow circulation zone, the method comprising: providing a free-standing micro fluidic pipette comprising three or more channels (2504, 2506) with exits arranged in a side-by-side arrangement in which an outlet channel exit is positioned between two inlet channel exits and the exits are separated from each other by an outer surface of the pipette; and controlling fluid flows through the channels to generate the localized recirculating fluid flow path outside the pipette and adjacent to the object of interest in an open volume, wherein the liquid leaving the micro fluidic pipette through at least one outlet channel exit contacts the object of interest before circulating back and being withdrawn into the two inlet channel exits adjacent to the at least one outlet channel exit on the micro fluidic pipette. providing a free-standing micro fluidic pipette comprising three or more channels (2504, 2506) with exits arranged in a side-by-side arrangement in which an outlet channel exit is positioned between two inlet channel exits and the exits are separated from each other by an outer surface of the pipette; and controlling fluid flows through the channels to generate the localized recirculating fluid flow path outside the pipette and adjacent to the object of interest in an open volume, wherein the liquid leaving the micro fluidic pipette through at least one outlet channel exit contacts the object of interest before circulating back and being withdrawn into the two inlet channel exits adjacent to the at least one outlet channel exit on the micro fluidic pipette.
A rail conveyor system comprising a rail track including a delivery run (1, 32) extending between a loading end and a discharge end and a return run (12, 34) extending from the discharge end to the loading end, a plurality of carriages spaced apart from one another and arranged to run on wheels supported by the track, and a continuous carry belt supported by the carriages and driven by a driving pulley powered by a motor; characterised in that the carriages are interconnected and spaced apart by a single rope; and in that at least at the discharge end, the carriages are turned around to return to the loading end by being entrained around only one or more vertical turnover wheels using the rope, the one or more vertical turnover wheels being arranged such that the carriages are delivered to the return run (12, 34) beneath the delivery run (1, 32); wherein the continuous carrry belt is lifted from the carriages as it passes over the one or more turnover wheels; and wherein the rope is tensioned by horizontal movement of the one or more turnover wheels.
A locking device for fixing a belt of a sliding door system, comprising a housing, in which an actuator and a runner are received, wherein the runner can be displaced by means of the actuator linearly in the housing, and wherein at least one guide means is arranged on the runner and is guided in a first guide connecting rod in the housing, and wherein a retaining slider is arranged in or on the housing and can be moved along a movement direction, in order to lock the belt, towards said belt into a locked position and, in order to release the belt, away from said belt into a release position, for which purpose at least one second guide connecting rod is designed in the retaining slider, in said second guide connecting rod the guide means is likewise guided and wherein a retaining pawl is received on the retaining slider and is designed to engage into the belt and can be displaced in a running direction of the belt on the retaining slider, characterized in that the first guide connecting rod in the housing has a section running inclined in the direction of the retaining pawl, by means of which a ramp is formed in the first guide connecting rod such that when a tensile force is applied to the belt in a locking direction, the retaining pawl is displaced further in the locked position against the belt, by the guide means running up the ramp.
A computer-implemented method of determining a location area of a user using a mobile communication terminal in a geographical area covered by a mobile radio network, the method comprising: dividing the geographical area into a plurality of sub-areas (41, 43); determining for the sub-areas (41, 43) location probabilities, each location probability indicating the probability that the mobile communication terminal is located in the respective sub-area (41, 43), by determining the antenna used by the mobile communication terminal, and by determining for the sub-areas (41, 43) the probability that the field strength of the used antenna is higher than the field strengths of other antennas, based on calculated field strengths expected in the sub-areas (41, 43) for antennas (A1, A2, A3, A4) located in the geographical area; and determining at least one ellipse defining the location area, based on the location probabilities of the sub-areas (41, 43), by defining a single ellipse around a polygon enveloping probable sub-areas having at least a defined minimum location probability. dividing the geographical area into a plurality of sub-areas (41, 43); determining for the sub-areas (41, 43) location probabilities, each location probability indicating the probability that the mobile communication terminal is located in the respective sub-area (41, 43), by determining the antenna used by the mobile communication terminal, and by determining for the sub-areas (41, 43) the probability that the field strength of the used antenna is higher than the field strengths of other antennas, based on calculated field strengths expected in the sub-areas (41, 43) for antennas (A1, A2, A3, A4) located in the geographical area; and determining at least one ellipse defining the location area, based on the location probabilities of the sub-areas (41, 43), by defining a single ellipse around a polygon enveloping probable sub-areas having at least a defined minimum location probability.
A data processing method, comprising: determining, by a terminal device according to a transmission mode used for transmitting data and a downlink control information, DCI, format of DCI used for scheduling the data, a modulation coding scheme, MCS, mapping table, the MCS mapping table comprising a mapping relationship between multiple MCS indication information and multiple MCSs; determining, by the terminal device according to MCS indication information carried in the DCI and the MCS mapping table, a MCS used for data processing; and performing, by the terminal device according to the MCS, encoding and modulation, or demodulation and decoding, on the data, wherein a first MCS mapping table determined by the terminal device, when the transmission mode is a first transmission mode and the DCI format is a first DCI format, is different from a second MCS mapping table determined by the terminal device, when the transmission mode is a second transmission mode and/or when the DCI format is a second DCI format, in that one of the first MCS mapping table and the second MCS mapping table comprises 256QAM and another one of the first MCS mapping table and the second MCS mapping table does not comprise 256QAM, and wherein the transmission mode used for transmitting the data comprises any one of: a transmission mode based on a single antenna port, a transmission mode based on multiple input multiple output, MIMO, a transmission mode based on multiple antenna ports, a transmission mode based on a single transmission point, or a transmission mode based on multiple transmission points. determining, by a terminal device according to a transmission mode used for transmitting data and a downlink control information, DCI, format of DCI used for scheduling the data, a modulation coding scheme, MCS, mapping table, the MCS mapping table comprising a mapping relationship between multiple MCS indication information and multiple MCSs; determining, by the terminal device according to MCS indication information carried in the DCI and the MCS mapping table, a MCS used for data processing; and performing, by the terminal device according to the MCS, encoding and modulation, or demodulation and decoding, on the data, wherein a first MCS mapping table determined by the terminal device, when the transmission mode is a first transmission mode and the DCI format is a first DCI format, is different from a second MCS mapping table determined by the terminal device, when the transmission mode is a second transmission mode and/or when the DCI format is a second DCI format, in that one of the first MCS mapping table and the second MCS mapping table comprises 256QAM and another one of the first MCS mapping table and the second MCS mapping table does not comprise 256QAM, and wherein the transmission mode used for transmitting the data comprises any one of: a transmission mode based on a single antenna port, a transmission mode based on multiple input multiple output, MIMO, a transmission mode based on multiple antenna ports, a transmission mode based on a single transmission point, or a transmission mode based on multiple transmission points.
An arrangement for speech detection positionable on or close to the head of a speaking person, comprising: a speech detection region comprising a microphone; and a silencer arrangement positionable in front of the mouth of the person, namely so: - that the speech detection region is, at least partly, arranged between the silencer arrangement and the mouth; and/or - that a space between the mouth and the speech detection region is at least partly unblocked by the silencer arrangement, characterised in that the silencer arrangement comprises at least one vibro-acoustic region and/or in that the silencer arrangement has, at least in sections, a fibrous surface texture with a plurality of protruding fibrous material sections at a front facing the person. a speech detection region comprising a microphone; and a silencer arrangement positionable in front of the mouth of the person, namely so: - that the speech detection region is, at least partly, arranged between the silencer arrangement and the mouth; and/or - that a space between the mouth and the speech detection region is at least partly unblocked by the silencer arrangement, - that the speech detection region is, at least partly, arranged between the silencer arrangement and the mouth; and/or - that a space between the mouth and the speech detection region is at least partly unblocked by the silencer arrangement, characterised in that the silencer arrangement comprises at least one vibro-acoustic region and/or in that the silencer arrangement has, at least in sections, a fibrous surface texture with a plurality of protruding fibrous material sections at a front facing the person.
A system comprising: a wearable electronic device configured to be worn by a user comprising a housing and an augmented reality display integrally formed with or associated with the housing; and an external sub-dermal imaging device for providing an image of sub-dermal structures in close proximity to an invasive access site, wherein the device is configured to process images obtained by the sub-dermal imaging device to determine a location of a desired anatomical structure for an invasive access procedure and to display within the user's field of view of the invasive access site a virtual trace of the location to the user via the augmented reality display. a wearable electronic device configured to be worn by a user comprising a housing and an augmented reality display integrally formed with or associated with the housing; and an external sub-dermal imaging device for providing an image of sub-dermal structures in close proximity to an invasive access site, wherein the device is configured to process images obtained by the sub-dermal imaging device to determine a location of a desired anatomical structure for an invasive access procedure and to display within the user's field of view of the invasive access site a virtual trace of the location to the user via the augmented reality display.
A gripper device provided in a bag filling and packaging machine in a plurality of numbers and moved along a predetermined path, changing an attitude of a bag, in a course of moving along the predetermined path, from a vertical orientation to a horizontal orientation or from a horizontal orientation to a vertical orientation, the gripper device comprising: a movable frame which is moved along the predetermined path in a horizontal plane, a pivot frame pivotably supported by the movable frame and having a pivot axis (O 1) which is horizontal, a pair of gripper arms (4, 5) provided at distal ends thereof with gripping members that hold, when closed, side edges of a bag, said gripper arms being pivotably supported by the pivot frame to open and close in conjunction with each other by being pivoted symmetrically in a plane which is parallel to the pivot axis of the pivot frame, a bag orientation changing mechanism installed in the movable frame and linked to the pivot frame, thus pivoting the pivot frame for an angle of 90°, and a gripper arm pivot mechanism installed in the movable frame and linked to one of the gripper arms, thus pivoting the pair of gripper arms so as to adjust a reference spacing between the pair of gripper arms and open and close the pair of gripper arms. a movable frame which is moved along the predetermined path in a horizontal plane, a pivot frame pivotably supported by the movable frame and having a pivot axis (O 1) which is horizontal, a pair of gripper arms (4, 5) provided at distal ends thereof with gripping members that hold, when closed, side edges of a bag, said gripper arms being pivotably supported by the pivot frame to open and close in conjunction with each other by being pivoted symmetrically in a plane which is parallel to the pivot axis of the pivot frame, a bag orientation changing mechanism installed in the movable frame and linked to the pivot frame, thus pivoting the pivot frame for an angle of 90°, and a gripper arm pivot mechanism installed in the movable frame and linked to one of the gripper arms, thus pivoting the pair of gripper arms so as to adjust a reference spacing between the pair of gripper arms and open and close the pair of gripper arms.
A pneumatic tire comprising a tread portion provided with a plurality of blocks each provided with sipes extending across the entire axial width of the block (3,4), the blocks include axially innermost first blocks each having a longitudinal block rigidity, and axially outer blocks each having a longitudinal block rigidity, and the longitudinal block rigidity of the axially innermost first blocks is 90 % to 110 % of the longitudinal block rigidity of the axially outer blocks, wherein the longitudinal block rigidity of a block is defined by the following equation: G = (A X B)/(C X D X E), wherein A is the maximum length in the tire circumferential direction of the block, B is the maximum width in the tire axial direction of the block, C is the maximum groove depth of lateral grooves which are disposed on both sides of the block in the tire circumferential direction so as to circumferentially divide the block, D is the maximum depth of the sipes disposed in the block, and E is the number of the sipes disposed in the block, characterized in that the axially outer blocks include second blocks adjacent to the axially innermost first blocks, and the maximum width in the tire axial direction of the axially innermost first blocks is less than the maximum width in the tire axial direction of the second blocks. A is the maximum length in the tire circumferential direction of the block, B is the maximum width in the tire axial direction of the block, C is the maximum groove depth of lateral grooves which are disposed on both sides of the block in the tire circumferential direction so as to circumferentially divide the block, D is the maximum depth of the sipes disposed in the block, and E is the number of the sipes disposed in the block,
A ceramic, comprising: a zirconia matrix; and an additive, the additive being dispersed inside and on an outer surface of the zirconia matrix, and the additive being one of Sr 1 La 0.5 Mn 1 O 3, Ca 1.5 Y 0.5 Co 0.5 O 3, or Sr 1 Ba 0.5 Fe 0.5 Mn 0.5 O 3. a zirconia matrix; and an additive, the additive being dispersed inside and on an outer surface of the zirconia matrix, and the additive being one of Sr 1 La 0.5 Mn 1 O 3, Ca 1.5 Y 0.5 Co 0.5 O 3, or Sr 1 Ba 0.5 Fe 0.5 Mn 0.5 O 3.
A method for discovering, for data collection, which network exposure function, NEF, or application function, AF, is serving a user equipment, UE, the method being performed by a network data analytics function, NWDAF, entity, the method comprising: providing, to a 5GC network function entity (300a, 300b, 300c), a query of which NEF or AF is serving the UE, wherein the query comprises an ID of the UE; characterized by receiving, from the 5GC network function entity (300a, 300b, 300c), a response comprising an ID of the NEF or the AF when there is a NEF or AF instance stored in the 5GC network function entity (300a, 300b, 300c) for the UE; and receiving, from a network repository function, NRF, an address to the NEF or the AF, wherein the address to the AF is received when the AF is in trusted mode, and wherein the address to the NEF is received when the AF is in untrusted mode. providing, to a 5GC network function entity (300a, 300b, 300c), a query of which NEF or AF is serving the UE, wherein the query comprises an ID of the UE; characterized by receiving, from the 5GC network function entity (300a, 300b, 300c), a response comprising an ID of the NEF or the AF when there is a NEF or AF instance stored in the 5GC network function entity (300a, 300b, 300c) for the UE; and receiving, from a network repository function, NRF, an address to the NEF or the AF, wherein the address to the AF is received when the AF is in trusted mode, and wherein the address to the NEF is received when the AF is in untrusted mode.
A method for restoring an electrical power system, which experiences or is heading for a voltage collapse, to a normal condition, said method comprises: - determining the actual voltage in at least one node of the electrical power system, where each node of the at least one node collects power, and distributes power to a sub-area of the electrical power system, which sub-area comprises loads, - determining a voltage unbalance in the electrical power system, which voltage unbalance is determined on the bases of the actual voltage level and a desired voltage level of the node, and, - determining voltage-balancing measures, which voltage-balancing measures comprises disconnection of load of the sub-area or connection of additional power to the electrical power system, - dimensioning the extent of the respective voltage-balancing measure, based on a source voltage (U G) and a source impedance (Z S) of the electrical power system, as viewed from the node, and based on the desired voltage of the node, and - carrying out the voltage-balancing measures. - determining the actual voltage in at least one node of the electrical power system, where each node of the at least one node collects power, and distributes power to a sub-area of the electrical power system, which sub-area comprises loads, - determining a voltage unbalance in the electrical power system, which voltage unbalance is determined on the bases of the actual voltage level and a desired voltage level of the node, and, - determining voltage-balancing measures, which voltage-balancing measures comprises disconnection of load of the sub-area or connection of additional power to the electrical power system, - dimensioning the extent of the respective voltage-balancing measure, based on a source voltage (U G) and a source impedance (Z S) of the electrical power system, as viewed from the node, and based on the desired voltage of the node, and - carrying out the voltage-balancing measures.
A peripheral device capable of performing data communication in the form of short-range wireless communication with a communication terminal capable of performing short-range wireless communication, the peripheral device comprising: a transmission section configured to transmit (Ph2-PP-S4), to an authentication server, device identification information which is information capable of uniquely identifying the peripheral device; a permission information setting section configured to set connection permission information which is information indicating whether connection of the peripheral device to the communication terminal is permitted, on the basis of data transmitted from the server as a result of an authentication process executed in the server on the basis of the device identification information; and a connection section configured to connect the peripheral device to the communication terminal after confirming that the connection permission information has a content indicating that the connection to the communication terminal is permitted. a transmission section configured to transmit (Ph2-PP-S4), to an authentication server, device identification information which is information capable of uniquely identifying the peripheral device; a permission information setting section configured to set connection permission information which is information indicating whether connection of the peripheral device to the communication terminal is permitted, on the basis of data transmitted from the server as a result of an authentication process executed in the server on the basis of the device identification information; and a connection section configured to connect the peripheral device to the communication terminal after confirming that the connection permission information has a content indicating that the connection to the communication terminal is permitted.