mhurhangee/ep-ind-claims huggingface dataset:
An immunity inducer comprising an artificial glycolipid or a salt thereof as an effective component, wherein the artificial glycolipid having the general formula includes a target oligosaccharide antigen R: general formula R-Z-Y-CH(NH-CO-(CH 2) n1 -CH 3)-(CH 2) n2 -CH 3 wherein, in the general formula, R represents a linear chain or branched oligosaccharide constituted with 2 to 30 of one type or plural types of monosaccharides, Z represents a single bond, O, S or NH, a linker bound to thiomethyl, or an aminomethylated sugar alcohol, Y represents -(CH 2) m -, n1 represents an integer from 16 to 31, n2 represents an integer from 5 to 13, and m represents an integer from 1 to 3, wherein the target oligosaccharide antigen R is selected from the group consisting of an oligosaccharide antigen included in a mammal-derived glycoprotein N-linked sugar chain, an oligosaccharide antigen included in a mammal-derived glycoprotein O-linked sugar chain and an oligosaccharide antigen included in a mammal-derived glycosaminoglycan type sugar chain. wherein, in the general formula, R represents a linear chain or branched oligosaccharide constituted with 2 to 30 of one type or plural types of monosaccharides, Z represents a single bond, O, S or NH, a linker bound to thiomethyl, or an aminomethylated sugar alcohol, Y represents -(CH 2) m -, n1 represents an integer from 16 to 31, n2 represents an integer from 5 to 13, and m represents an integer from 1 to 3, wherein the target oligosaccharide antigen R is selected from the group consisting of an oligosaccharide antigen included in a mammal-derived glycoprotein N-linked sugar chain, an oligosaccharide antigen included in a mammal-derived glycoprotein O-linked sugar chain and an oligosaccharide antigen included in a mammal-derived glycosaminoglycan type sugar chain.
A method for metering at least one electrical physical quantity by using an Internet of Things, IoT, comprising steps of: (a) if each of the IoT sensors (S, S1, S2, S3, S11, S12, and S13) installed in each of the inlet lines in each of the distribution boards (D, D1,D2,D3,D11,D12,D13) of at least one facility transmits power data corresponding to power consumed by one or more electric devices (L1-L12) electrically connected with each of the distribution boards, a metering server performing a process of acquiring the power data transmitted from each of the IoT sensors via at least one gateway, GW, over a network; and (b) the metering server performing a process of analyzing the power data acquired from each of the IoT sensors, to thereby meter the electrical physical quantity corresponding to total power consumed in the facility, characterised in that at the step of (b), the metering server performs (i) a process of acquiring each of power singularities occurring periodically, by analyzing the power data acquired from each of the IoT sensors (S, S1, S2, S3, S11, S12, and S13), and (ii) a process of synchronizing the power data acquired from each of the IoT sensors by using each of the power singularities. (a) if each of the IoT sensors (S, S1, S2, S3, S11, S12, and S13) installed in each of the inlet lines in each of the distribution boards (D, D1,D2,D3,D11,D12,D13) of at least one facility transmits power data corresponding to power consumed by one or more electric devices (L1-L12) electrically connected with each of the distribution boards, a metering server performing a process of acquiring the power data transmitted from each of the IoT sensors via at least one gateway, GW, over a network; and (b) the metering server performing a process of analyzing the power data acquired from each of the IoT sensors, to thereby meter the electrical physical quantity corresponding to total power consumed in the facility, characterised in that
Beverage preparation machine in which the beverage is prepared by introducing at least one jet of liquid, such as water, in a container comprising a beverage ingredient, said machine comprising at least one nozzle connected to a liquid supplying system, said at least one nozzle comprising a tube, said tube comprising a liquid inlet and a liquid outlet, the jet of liquid emerging from said liquid outlet, wherein the nozzle comprises a sleeve, said sleeve presenting an internal section (S s) greater than the internal section (S o) of the liquid outlet end of the tube and said sleeve surrounding the jet of liquid emerging from the liquid outlet of the tube, characterized in that the sleeve comprises at least one opening in its lateral wall, said opening being positioned near the liquid outlet end of the tube.
Method for coupling an electric motor shaft with a wheel shaft of an electrically powered or hybrid motor vehicle, said method comprising a measurement of the speed of rotation of the electric motor ω e mes and a measurement of the speed of rotation of the wheels ω wh mes, said method being characterized in that it comprises: - a closed-loop control to formulate a first operating setpoint T e int for the electric motor on the basis of the measured speed of rotation of the electric motor and the measured speed of rotation of the wheels, said control involving an integration, - formulating a second operating setpoint T e anti on the basis of the measured speed of rotation of the wheels to which at least one coefficient is applied, - control of the operation of the motor around a final operating setpoint T e ref formulated on the basis of adding together the first and second operating setpoints, and - if the measured speed of the wheels to which said at least one coefficient is applied is equal to the measured speed of the motor, a coupling of the shaft of the electric motor with the wheel shaft. - a closed-loop control to formulate a first operating setpoint T e int for the electric motor on the basis of the measured speed of rotation of the electric motor and the measured speed of rotation of the wheels, said control involving an integration, - formulating a second operating setpoint T e anti on the basis of the measured speed of rotation of the wheels to which at least one coefficient is applied, - control of the operation of the motor around a final operating setpoint T e ref formulated on the basis of adding together the first and second operating setpoints, and - if the measured speed of the wheels to which said at least one coefficient is applied is equal to the measured speed of the motor, a coupling of the shaft of the electric motor with the wheel shaft.
A track saw system (100; 1004) configured to make a straight cut in a work piece supported upon a stand (200; 1200), the track saw system comprising: a base (300; 1300) configured for attachment to the stand (200; 1200), the base having an edge locator against which the work piece is engagable; a track (108; 1008) pivotably coupled to the base (300; 1300); a first hinge pivotably coupling the track (108; 1008) to the base (300; 1300) about a first pivot axis to permit pivoting movement of the track relative to the base in a direction extending away from the base; and a second hinge pivotably coupling the track (108; 1008) to the base (300; 1300) about a second pivot axis transverse to the first pivot axis to permit pivoting movement of the track relative to the base to adjust a miter angle between the track (108; 1008) and the edge; wherein the base (300; 1300) includes a table supportable upon the stand (200; 1200), characterized in that the base further includes an arm to which the edge locator is coupled, and wherein the arm is slidable relative to the table to adjust the location of the edge locator relative to the table. a base (300; 1300) configured for attachment to the stand (200; 1200), the base having an edge locator against which the work piece is engagable; a track (108; 1008) pivotably coupled to the base (300; 1300); a first hinge pivotably coupling the track (108; 1008) to the base (300; 1300) about a first pivot axis to permit pivoting movement of the track relative to the base in a direction extending away from the base; and a second hinge pivotably coupling the track (108; 1008) to the base (300; 1300) about a second pivot axis transverse to the first pivot axis to permit pivoting movement of the track relative to the base to adjust a miter angle between the track (108; 1008) and the edge; wherein the base (300; 1300) includes a table supportable upon the stand (200; 1200), characterized in that the base further includes an arm to which the edge locator is coupled, and wherein the arm is slidable relative to the table to adjust the location of the edge locator relative to the table.
A method of managing a sound emitting device adapted to play an audio content comprising detecting ambient sound at a microphone; converting the ambient sound to a digital signal; recording the digital signal for a period which is optionally 5 to 60 seconds; storing data associated with the digital signal recorded during said period in a data store; analysing the stored data to determine an average frequency of the ambient sound during said period; comparing the determined average frequency to average frequency determined from a previous set of stored data to identify a difference; identifying an input adjustment correlated with the identified difference; and communicating the input adjustment to the sound emitting device to adjust audio content by replacing queued tracks with targeted demographic based content, in response to an overall increase or decrease in average frequency of the ambient sound during the period. detecting ambient sound at a microphone; converting the ambient sound to a digital signal; recording the digital signal for a period which is optionally 5 to 60 seconds; storing data associated with the digital signal recorded during said period in a data store; analysing the stored data to determine an average frequency of the ambient sound during said period; comparing the determined average frequency to average frequency determined from a previous set of stored data to identify a difference; identifying an input adjustment correlated with the identified difference; and communicating the input adjustment to the sound emitting device to adjust audio content by replacing queued tracks with targeted demographic based content, in response to an overall increase or decrease in average frequency of the ambient sound during the period.
Closure, for sealing of a neck finish of a liquid container, comprising a. a top deck and an outer skirt extending from the top deck in an axial direction (z) away from the top deck; b. the outer skirt comprising a top section arranged adjacent to the top deck and a bottom section separated from the top section by a gap; c. the top section and the bottom section are interconnected to each other by a hinge; and wherein d. the outer skirt comprises an inwardly protruding locking bead extending along an inner surface of the outer skirt, wherein the locking bead at at least one location continues across the gap, characterized in that the locking bead is a thread for interconnecting the closure to the neck finish. a. a top deck and an outer skirt extending from the top deck in an axial direction (z) away from the top deck; b. the outer skirt comprising a top section arranged adjacent to the top deck and a bottom section separated from the top section by a gap; c. the top section and the bottom section are interconnected to each other by a hinge; and wherein d. the outer skirt comprises an inwardly protruding locking bead extending along an inner surface of the outer skirt, wherein the locking bead at at least one location continues across the gap, characterized in that the locking bead is a thread for interconnecting the closure to the neck finish.
A physical shielding system comprising: a shield to protect a first ECG electrical connection and a second ECG electrical connection from objects, wherein the first ECG electrical connection is formed between a connector of an ECG lead set and an adapter, wherein the second ECG electrical connection is formed between the adapter and an ECG monitor and wherein the shield is configured to snugly fit to the adapter while allowing the ECG lead and a connector from the monitor to pass through to connect with the adapter, characterized in that the shield comprises: a first funnel-shaped end to shield the first ECG electrical connection from objects; a second funnel-shaped end to shield the second ECG electrical connection from objects; and wherein the first funnel-shaped end funnels towards the second funnel-shaped end, and the second funnel-shaped end funnels towards the first funnel-shaped end. a shield to protect a first ECG electrical connection and a second ECG electrical connection from objects, wherein the first ECG electrical connection is formed between a connector of an ECG lead set and an adapter, wherein the second ECG electrical connection is formed between the adapter and an ECG monitor and wherein the shield is configured to snugly fit to the adapter while allowing the ECG lead and a connector from the monitor to pass through to connect with the adapter, characterized in that the shield comprises: a first funnel-shaped end to shield the first ECG electrical connection from objects; a second funnel-shaped end to shield the second ECG electrical connection from objects; and wherein the first funnel-shaped end funnels towards the second funnel-shaped end, and the second funnel-shaped end funnels towards the first funnel-shaped end. a first funnel-shaped end to shield the first ECG electrical connection from objects; a second funnel-shaped end to shield the second ECG electrical connection from objects; and wherein the first funnel-shaped end funnels towards the second funnel-shaped end, and the second funnel-shaped end funnels towards the first funnel-shaped end.
An apparatus, comprising: means for transmitting, to a sensor node, a request for processed sensor data, and means for receiving a message enabling the apparatus access to the processed sensor data, characterized by the means for transmitting being configured to transmit the request for processed sensor data using a first radio access technology, the request comprising an identity of a second node capable of processing sensor data, the second node not being a sensor node and being comprised in a same mobile cloud as the apparatus, the apparatus being a mobile apparatus, the mobile cloud being a mobile peer-to-peer network, and by the apparatus further comprising means for receiving from the mobile cloud an indication that the second node has data processing capability it is willing to provide, and wherein wireless links within the mobile cloud are based on a radio access technology different from the first radio access technology. means for transmitting, to a sensor node, a request for processed sensor data, and means for receiving a message enabling the apparatus access to the processed sensor data, characterized by the means for transmitting being configured to transmit the request for processed sensor data using a first radio access technology, the request comprising an identity of a second node capable of processing sensor data, the second node not being a sensor node and being comprised in a same mobile cloud as the apparatus, the apparatus being a mobile apparatus, the mobile cloud being a mobile peer-to-peer network, and by the apparatus further comprising means for receiving from the mobile cloud an indication that the second node has data processing capability it is willing to provide, and wherein wireless links within the mobile cloud are based on a radio access technology different from the first radio access technology.
A fluid filter element adapted for mounting in a filter housing, said housing including an inlet for unfiltered fluid, a shoulder having a mating surface, an internal cavity for receiving said filter element, and an outlet for filtered fluid, said filter element comprising a mounting ring, an outer bag and an inner bag, said filter element being characterized in that said mounting ring has a flange portion and an attachment portion, said attachment portion being formed from a substantially rigid material, said flange being flexible and adapted to seal to said mating surface; said outer bag is joined to said mounting ring, said outer bag being formed from mesh, said outer bag being smaller than said internal cavity of said filter housing; and in that said inner bag is joined to said mounting ring and carried within said outer bag, said inner bag being larger than said outer bag and having more surface area than said outer bag and being constrained within said outer bag, said inner bag being randomly crumpled and folded within said outer bag; said inner bag having a first layer, second layer, and a third layer, said first layer being formed from a relatively large pore material, said second layer being formed from a smaller pore material, said third layer being formed from a relatively large pore material.
A method for determining an insulation fault location on an electric conductor of a subsea supply line, which is filled with seawater, comprising the method steps: - applying electric voltage to ground at the electric conductor, an electrochemical reaction taking place at the insulation fault location between a metallic conductor material of the electric conductor and the seawater, said electrochemical reaction forming gas, and said electric voltage being formed by a modulated voltage impulse sequence and having a characteristic temporal progression which is reflected in the temporal and spatial progression of sonic waves (20, 20c), - capturing the sonic waves (20, 20c) of a noise made by formed gas bubbles, sonic waves (20, 20c) of the noise propagating within the subsea supply line in the seawater filling being captured using sonic sensors, which are installed at predetermined locations along the subsea supply line, - evaluating measuring-signal impulse sequences supplied by the sonic sensors in order to determine the insulation fault location. - applying electric voltage to ground at the electric conductor, an electrochemical reaction taking place at the insulation fault location between a metallic conductor material of the electric conductor and the seawater, said electrochemical reaction forming gas, and said electric voltage being formed by a modulated voltage impulse sequence and having a characteristic temporal progression which is reflected in the temporal and spatial progression of sonic waves (20, 20c), - capturing the sonic waves (20, 20c) of a noise made by formed gas bubbles, sonic waves (20, 20c) of the noise propagating within the subsea supply line in the seawater filling being captured using sonic sensors, which are installed at predetermined locations along the subsea supply line, - evaluating measuring-signal impulse sequences supplied by the sonic sensors in order to determine the insulation fault location.
A mobile communication system comprising: a radio base station capable of radio communication with a plurality of radio terminals; a multiplex transmission apparatus that consolidates lines from a plurality of said radio base stations; and a core network unit that calculates bandwidth of each communication band that is assigned for each transmission line between said radio base stations and said multiplex transmission apparatus based on positional information of each of said radio terminals; wherein said multiplex transmission apparatus and said radio base station transmit and receive information by a communication band for each said radio base station that is calculated by said core network unit; said multiplex transmission apparatus, when bandwidth of communication band of said transmission line that was calculated by said core network unit exceeds a maximum value of the communication band that can be used by said radio base station, reports communication band excess to said core network unit; and said core network unit, upon receiving notification of said communication band excess, if a radio terminal that can communicate with an adjacent cell exists in the cell managed by said radio base station, diverts a communication band to said transmission line of said radio base station that manages the adjacent cell to thus maintain the communication service communicate with the radio terminal. a radio base station capable of radio communication with a plurality of radio terminals; a multiplex transmission apparatus that consolidates lines from a plurality of said radio base stations; and a core network unit that calculates bandwidth of each communication band that is assigned for each transmission line between said radio base stations and said multiplex transmission apparatus based on positional information of each of said radio terminals; wherein said multiplex transmission apparatus and said radio base station transmit and receive information by a communication band for each said radio base station that is calculated by said core network unit; said multiplex transmission apparatus, when bandwidth of communication band of said transmission line that was calculated by said core network unit exceeds a maximum value of the communication band that can be used by said radio base station, reports communication band excess to said core network unit; and said core network unit, upon receiving notification of said communication band excess, if a radio terminal that can communicate with an adjacent cell exists in the cell managed by said radio base station, diverts a communication band to said transmission line of said radio base station that manages the adjacent cell to thus maintain the communication service communicate with the radio terminal.
A steel having excellent rolling contact fatigue life, consisting of 0.7 to 1.1% C, 0.2 to 2.0% Si, 0.4 to 2.5% Mn, 1.6 to 4.0% Cr, 0.1% or more and less than 0.5% Mo, 0.010 to 0.050% Al, and 0.0010 to 0.0050% Sb by mass, optionally at least one element selected from the group consisting of 0.5 to 2.0% Ni, 0.05 to 1.00% V, 0.005 to 0.50% Nb, by mass, and balance of Fe and inevitable impurities; being treated by quenching and tempering; and having residual cementite grain sizes ranging from 0.05 to 1.5 μm, and prior-austenite grain sizes of 30 μm or smaller.