mhurhangee/patent-ind-claim-en huggingface dataset:
A method of identifying a heterogeneous renal cell population suitable for implantation and/or eliciting a regenerative response, said method comprising the steps: isolating cells from a mammalian kidney sample; exposing a sample of said isolated cells to labeled detection moieties, wherein each labeled detection moiety is directed to a different biomarker and is labeled with a different label, wherein the biomarkers detected comprise GGT-1, a cytokeratin (CK), VEGF and KIM-1; determining the percentage of cells in the sample that express GGT-1 and the CK; and determining whether the sample comprises cells that secrete VEGF and KIM-1 in the culture medium; wherein the isolated cells are identified as a heterogeneous renal cell population suitable for implantation and/or eliciting a regenerative response if: (i) greater than 4.5 percent of cells in the sample express GGT-1, (ii) greater than 80% of cells in the sample express the CK, and (iii) the sample comprises cells that express VEGF and KIM-1 in the culture medium. isolating cells from a mammalian kidney sample; exposing a sample of said isolated cells to labeled detection moieties, wherein each labeled detection moiety is directed to a different biomarker and is labeled with a different label, wherein the biomarkers detected comprise GGT-1, a cytokeratin (CK), VEGF and KIM-1; determining the percentage of cells in the sample that express GGT-1 and the CK; and determining whether the sample comprises cells that secrete VEGF and KIM-1 in the culture medium; wherein the isolated cells are identified as a heterogeneous renal cell population suitable for implantation and/or eliciting a regenerative response if: (i) greater than 4.5 percent of cells in the sample express GGT-1, (ii) greater than 80% of cells in the sample express the CK, and (iii) the sample comprises cells that express VEGF and KIM-1 in the culture medium.
A multi-fiber ferrule comprising: a main body having a top portion and a bottom portion , a first side portion extending between the top portion and the bottom portion and a second side portion extending between the top portion and the bottom portion on opposites sides of the main body, an end face at a front end of the main body, and a rear face at a rear end of the main body; a rear central opening extending into the main body from the rear end face and configured to receive at least three optical fibers ; the top portion having a top cut-out therein to form a first forward facing surface to engage a housing of a fiber optic connector, the top cut-out extending rearwardly from the front end; and the bottom portion also having a bottom cut-out therein to form a second forward facing surface to engage the housing of the fiber optic connector, the bottom cut-out also extending rearwardly from the front end, characterized in that the top portion is wider than the bottom portion , that is, a distance (W1) across the top portion from the first side portion to the second side portion is greater than a distance (W2) across the bottom portion from the first side portion to the second side portion wherein the multi-fiber ferrule is shoulderless, wherein shoulderless is referring to a lack of any protrusions or other features on the first side portion and the second side portion that may be used to engage the multi-fiber ferrule with a receptacle or an adapter. a main body having a top portion and a bottom portion , a first side portion extending between the top portion and the bottom portion and a second side portion extending between the top portion and the bottom portion on opposites sides of the main body, an end face at a front end of the main body, and a rear face at a rear end of the main body; a rear central opening extending into the main body from the rear end face and configured to receive at least three optical fibers ; the top portion having a top cut-out therein to form a first forward facing surface to engage a housing of a fiber optic connector, the top cut-out extending rearwardly from the front end; and the bottom portion also having a bottom cut-out therein to form a second forward facing surface to engage the housing of the fiber optic connector, the bottom cut-out also extending rearwardly from the front end, characterized in that the top portion is wider than the bottom portion , that is, a distance (W1) across the top portion from the first side portion to the second side portion is greater than a distance (W2) across the bottom portion from the first side portion to the second side portion wherein the multi-fiber ferrule is shoulderless, wherein shoulderless is referring to a lack of any protrusions or other features on the first side portion and the second side portion that may be used to engage the multi-fiber ferrule with a receptacle or an adapter.
A method for competitive transmission, characterized in that the method comprises: sending (S302), by an access point, AP, a trigger frame or a radio frame carrying a trigger information field to at least one non-AP station, non-AP STA, to trigger the at least one non-AP STA to perform uplink multi-user, UL MU, transmission; and resetting (S304), by the AP, a contention window, CW, of an access category, AC, to an initial value upon receiving data transmitted by the at least one non-AP STA, wherein the AC refers to an access category designated by the AP in the trigger frame or the radio frame carrying a trigger information field, for the at least one non-AP STA to transmit data of that access category in the UL MU transmission. sending (S302), by an access point, AP, a trigger frame or a radio frame carrying a trigger information field to at least one non-AP station, non-AP STA, to trigger the at least one non-AP STA to perform uplink multi-user, UL MU, transmission; and resetting (S304), by the AP, a contention window, CW, of an access category, AC, to an initial value upon receiving data transmitted by the at least one non-AP STA, wherein the AC refers to an access category designated by the AP in the trigger frame or the radio frame carrying a trigger information field, for the at least one non-AP STA to transmit data of that access category in the UL MU transmission.
A heat storage member comprising a honeycomb structural body having a plurality of cells, wherein each of the cells is filled with capsules, which contain a heat storage material, and a heat conductive filler containing a heat-conductive material and adhesive agent; and wherein a heat conductivity of the heat conductive filler is in the range of 5 W/(m•K) to 20 W/(m•K).
A method for alternating, parallel synthesis of a combinatorial library comprising different bifunctional complexes, each bifunctional complex comprising a molecule part and a double stranded oligonucleotide coding part identifying the molecule part, said method comprising the steps of i) providing a scaffold "X" linked to an oligonucleotide "x" identifying scaffold "X" in each of a plurality of different reaction compartments; ii) providing a plurality of different reactants; iii) providing a plurality of different oligonucleotides, each oligonucleotide identifying a different reactant; iv) reacting a different reactant with scaffold "X" in each different reaction compartment, thereby generating different molecule parts; v) connecting oligonucleotide "x" with an oligonucleotide "a" identifying the reactant having reacted or is to be reacted in said different reaction compartments, thereby generating different oligonucleotide coding parts comprising oligonucleotide "x"; and vi) making the different oligonucleotide coding parts comprising oligonucleotide "x" double stranded by a process comprising a polymerase extension reaction wherein the different molecule parts are small, non-polymeric molecules with a molecular weight of less than 1000 Da. i) providing a scaffold "X" linked to an oligonucleotide "x" identifying scaffold "X" in each of a plurality of different reaction compartments; ii) providing a plurality of different reactants; iii) providing a plurality of different oligonucleotides, each oligonucleotide identifying a different reactant; iv) reacting a different reactant with scaffold "X" in each different reaction compartment, thereby generating different molecule parts; v) connecting oligonucleotide "x" with an oligonucleotide "a" identifying the reactant having reacted or is to be reacted in said different reaction compartments, thereby generating different oligonucleotide coding parts comprising oligonucleotide "x"; and vi) making the different oligonucleotide coding parts comprising oligonucleotide "x" double stranded by a process comprising a polymerase extension reaction
A method performed by a first core network entity in a communication system, the method comprising: receiving , from a base station, a request message associated with an attach for a terminal , the request message including information on a requested network slice; determining whether the first core network entity is appropriate to serve the terminal based on at least one of the information on the requested network slice or subscription information; in case that the first core network entity is not appropriate to serve the terminal based on the at least one of the information on the requested network slice or the subscription information: i) transmitting, to a network repository function, NRF, entity, a first message to request information on a second core network entity which has a required capability to serve the terminal ; and ii) receiving, from the NRF entity, a second message as a response to the first message, the second message including the information on the second core network entity; and transmitting, to the second core network entity, a third message including the request message and information for a terminating point associated with the base station. receiving , from a base station, a request message associated with an attach for a terminal , the request message including information on a requested network slice; determining whether the first core network entity is appropriate to serve the terminal based on at least one of the information on the requested network slice or subscription information; in case that the first core network entity is not appropriate to serve the terminal based on the at least one of the information on the requested network slice or the subscription information: i) transmitting, to a network repository function, NRF, entity, a first message to request information on a second core network entity which has a required capability to serve the terminal ; and ii) receiving, from the NRF entity, a second message as a response to the first message, the second message including the information on the second core network entity; and i) transmitting, to a network repository function, NRF, entity, a first message to request information on a second core network entity which has a required capability to serve the terminal ; and ii) receiving, from the NRF entity, a second message as a response to the first message, the second message including the information on the second core network entity; and transmitting, to the second core network entity, a third message including the request message and information for a terminating point associated with the base station.
An encoding method to be executed by a computer, the method comprising: encoding a target file (f3) into word codes based on a static dictionary (S0) and a dynamic dictionary (D0); setting, in a bitmap table (BI) of length m, presence information for each of the word codes within each of m files, wherein each entry of each row of the bitmap table BI indicates presence of the word codes for each of m files indicated by respective file IDs and each column indicates presence of word codes within a single file indicated by the file ID; and generating, from each row of the bitmap table BI and on the basis of two base numbers being adjacent prime numbers smaller than n, where n < m, two hashed bitmaps of length n obtained by writing a value of each bit at a remainder position when a position of the corresponding original bit divided by the respective one of the two base numbers. encoding a target file (f3) into word codes based on a static dictionary (S0) and a dynamic dictionary (D0); setting, in a bitmap table (BI) of length m, presence information for each of the word codes within each of m files, wherein each entry of each row of the bitmap table BI indicates presence of the word codes for each of m files indicated by respective file IDs and each column indicates presence of word codes within a single file indicated by the file ID; and generating, from each row of the bitmap table BI and on the basis of two base numbers being adjacent prime numbers smaller than n, where n < m, two hashed bitmaps of length n obtained by writing a value of each bit at a remainder position when a position of the corresponding original bit divided by the respective one of the two base numbers.
An ultrasound diagnostic apparatus comprising: a controller that has a synchronization signal generation unit generating a first synchronization signal for controlling transmission and reception of an ultrasonic wave in an ultrasound probe , and configured to control the ultrasound probe based on the first synchronization signal; an ultrasound image generation unit configured to generate an ultrasound image based on a signal detected by the ultrasound probe ; and a connector that has a synchronization signal line , a data line , a power line , a clock signal line and a ground line said connector being configured to output electric power to the outside through the power line, clock signal to the outside through the clock signal line, ground potential to the outside through ground line, a second synchronization signal or a signal generated based on the second synchronization signal to the outside through the synchronization signal line , wherein the second synchronization signal is generated in the synchronization signal generation unit and further wherein the synchronization signal line is configured to transmit the second synchronization signal or the signal generated based on the second synchronization signal, and the data line is independent of the synchronization signal line said data line being configured to input data to the ultrasound diagnostic apparatus, wherein the connector is configured such that a light source device emitting light incident on an insertion object having a photoacoustic wave generation unit absorbing the light and generating a photoacoustic wave is connectable. a controller that has a synchronization signal generation unit generating a first synchronization signal for controlling transmission and reception of an ultrasonic wave in an ultrasound probe , and configured to control the ultrasound probe based on the first synchronization signal; an ultrasound image generation unit configured to generate an ultrasound image based on a signal detected by the ultrasound probe ; and a connector that has a synchronization signal line , a data line , a power line , a clock signal line and a ground line said connector being configured to output electric power to the outside through the power line, clock signal to the outside through the clock signal line, ground potential to the outside through ground line, a second synchronization signal or a signal generated based on the second synchronization signal to the outside through the synchronization signal line , wherein the second synchronization signal is generated in the synchronization signal generation unit and further wherein the synchronization signal line is configured to transmit the second synchronization signal or the signal generated based on the second synchronization signal, and the data line is independent of the synchronization signal line said data line being configured to input data to the ultrasound diagnostic apparatus, wherein the connector is configured such that a light source device emitting light incident on an insertion object having a photoacoustic wave generation unit absorbing the light and generating a photoacoustic wave is connectable.
A 3-way disconnector and earth switch for a gas insulated switchgear, comprising: a movable portion including a disconnector movable portion and an earth switch movable portion ; a disconnector mover and an earth switch mover installed in the disconnector movable portion and the earth switch movable portion so as to be linearly movable; a driving lever rotatably installed between the disconnector mover and the earth switch mover ; wherein a driver is protruded at one side of the driving lever , and a driving pin is provided at an end of the driver , characterized in , a first lever and a second lever rotated by receiving a rotational force of the driving lever , and configured to move the disconnector mover and the earth switch mover , respectively, wherein the driving pin is configured to selectively move one of the first and second levers , wherein the disconnector mover is provided with a first cut-out groove at a rear end thereof, and a first pin is provided to cross the first cut-out groove , wherein the earth switch mover is provided with a second cut-out groove at a rear end thereof, and a second pin is provided to cross the second cut-out groove , and wherein a first sliding hole to which the first pin is slidably coupled is formed at a part of the first lever , and a second sliding hole to which the second pin is slidably coupled is formed at the second lever . a movable portion including a disconnector movable portion and an earth switch movable portion ; a disconnector mover and an earth switch mover installed in the disconnector movable portion and the earth switch movable portion so as to be linearly movable; a driving lever rotatably installed between the disconnector mover and the earth switch mover ; wherein a driver is protruded at one side of the driving lever , and a driving pin is provided at an end of the driver , characterized in , a first lever and a second lever rotated by receiving a rotational force of the driving lever , and configured to move the disconnector mover and the earth switch mover , respectively, wherein the driving pin is configured to selectively move one of the first and second levers , wherein the disconnector mover is provided with a first cut-out groove at a rear end thereof, and a first pin is provided to cross the first cut-out groove , wherein the earth switch mover is provided with a second cut-out groove at a rear end thereof, and a second pin is provided to cross the second cut-out groove , and wherein a first sliding hole to which the first pin is slidably coupled is formed at a part of the first lever , and a second sliding hole to which the second pin is slidably coupled is formed at the second lever .
An instrument support device for a manipulator of a robotic surgical system, comprising - a three-link arm as the end piece of an open kinematic chain with a first, second and third arm link (3.1, 3.2, 3.3), - an interface for connecting the first arm link (3.1) to the manipulator via an interface rotation joint (GS), - a torsion joint (G3.1), which connects the first arm link (3.1) to the second arm link (3.2), - a first rotation joint (G3.2), which connects the second arm link (3.2) to the third arm link (3.3), - a thrust joint (G3.3) which connects the third arm link (3.3) to an instrument holder (3.4) for holding a surgical instrument with a longitudinal instrument axis (l), and - a control system with drives for the torsion joint (G3.1), the first rotation joint (G3.2) and the thrust joint (G3.3) for moving the arm links (3.1, 3.2, 3.3) and the instrument holder (3.4) relative to one another, characterised in that - the instrument holder (3.4) is connected to the third arm link (3.3) via a second, passive rotation joint (G3.4) and is freely rotatable about the axis of rotation of the latter, the axes of rotation of the first rotation joint (G3.2) and of the second rotation joint (G3. 4) being parallel to each other, which allows the longitudinal instrument axis (l) to be guided without constraint through a pivot point (PP), which lies on the axis of rotation of the torsion joint (G3.1) in an extension out of the second arm link (3.2). - a three-link arm as the end piece of an open kinematic chain with a first, second and third arm link (3.1, 3.2, 3.3), - an interface for connecting the first arm link (3.1) to the manipulator via an interface rotation joint (GS), - a torsion joint (G3.1), which connects the first arm link (3.1) to the second arm link (3.2), - a first rotation joint (G3.2), which connects the second arm link (3.2) to the third arm link (3.3), - a thrust joint (G3.3) which connects the third arm link (3.3) to an instrument holder (3.4) for holding a surgical instrument with a longitudinal instrument axis (l), and - a control system with drives for the torsion joint (G3.1), the first rotation joint (G3.2) and the thrust joint (G3.3) for moving the arm links (3.1, 3.2, 3.3) and the instrument holder (3.4) relative to one another, characterised in that - the instrument holder (3.4) is connected to the third arm link (3.3) via a second, passive rotation joint (G3.4) and is freely rotatable about the axis of rotation of the latter, the axes of rotation of the first rotation joint (G3.2) and of the second rotation joint (G3. 4) being parallel to each other, which allows the longitudinal instrument axis (l) to be guided without constraint through a pivot point (PP), which lies on the axis of rotation of the torsion joint (G3.1) in an extension out of the second arm link (3.2).
A coffee machine , comprising: a water heater ; a pump configured to supply water into the water heater; and a dispensing unit configured to extract coffee with the heated water; wherein the water heater includes: a tubular element inside which the water supplied by the pump can flow; characterised in that the water heater includes: an outer tubular element ;an air cavity formed between the tubular element and the outer tubular element and closed at both ends of the outer tubular element ; a heating element associated to the outer tubular element and separated from the tubular element by the air cavity ; wherein the pump and the heating element are connected and regulated by an electronic board so as to supply into the dispensing unit the heated water in at least two different modes (m1, m2) and at a same pre-set temperature (T), the different modes corresponding to different types of coffee to be dispensed. a water heater ; a pump configured to supply water into the water heater; and a dispensing unit configured to extract coffee with the heated water; wherein the water heater includes: a tubular element inside which the water supplied by the pump can flow; an outer tubular element ;an air cavity formed between the tubular element and the outer tubular element and closed at both ends of the outer tubular element ; a heating element associated to the outer tubular element and separated from the tubular element by the air cavity ;