mhurhangee/ep-ind-claims huggingface dataset:
A method for routing an emergency call, the method comprising: - receiving, from at least one user device, an emergency call request at an eNodeB; - computing, by an Evolved Serving Mobile Location Center (ESMLC), a current location information of the at least one user device based on the emergency call request; - identifying, by a Gateway Mobile Location Center (GMLC), a serving cell identifier for the at least one user device based on the current location; - identifying, by an emergency location platform, at least one PSAP for the at least one user device in a cell site master database based on the serving cell identifier; - extracting, by the emergency location platform, one or more parameters for the at least one user device from a subscriber information database based on the emergency call request; - providing, by the emergency location platform, at least one of the current location information and the one or more parameters to the identified at least one PSAP on an access network channel; - continuously receiving, at the eNodeB, a logging information from the at least one user device, wherein the logging information is provided along with at least one of the current location information and the one or more parameters by the emergency location platform to the identified at least one PSAP; and - pushing, by the eNodeB, at least one critical service information on the at least one user device based on the logging information. - receiving, from at least one user device, an emergency call request at an eNodeB; - computing, by an Evolved Serving Mobile Location Center (ESMLC), a current location information of the at least one user device based on the emergency call request; - identifying, by a Gateway Mobile Location Center (GMLC), a serving cell identifier for the at least one user device based on the current location; - identifying, by an emergency location platform, at least one PSAP for the at least one user device in a cell site master database based on the serving cell identifier; - extracting, by the emergency location platform, one or more parameters for the at least one user device from a subscriber information database based on the emergency call request; - providing, by the emergency location platform, at least one of the current location information and the one or more parameters to the identified at least one PSAP on an access network channel; - continuously receiving, at the eNodeB, a logging information from the at least one user device, wherein the logging information is provided along with at least one of the current location information and the one or more parameters by the emergency location platform to the identified at least one PSAP; and - pushing, by the eNodeB, at least one critical service information on the at least one user device based on the logging information.
A delivery device assembly comprising a portion for receiving an insertable medical device, a cover mounted around said portion, and an introducer with an introducer catheter arranged to be disposed around the cover and having a proximal end in the form of an insertion portion which has a structure which allows flow past the insertion portion when inserted in a lumen, the introducer having a hollow body and a haemostatic device, the introducer catheter extending proximally from the hollow body, characterised in that the device further comprises an elongate seal-engaging sleeve portion disposed distally of the medical device receiving portion, the cover transitions at a transition point into such elongate seal-sealing sleeve portion, the seal-engaging sleeve portion having an engagable outer diameter, the haemostatic device comprises at least one seal engageable by the engageable outer diameter of the elongate seal-engaging sleeve portion, in that the introducer catheter has an inner diameter greater than the engagable outer diameter of the elongate seal-engaging sleeve portion, and in that, to allow said flow, the introducer catheter comprises an external tubular wall, the wall having a plurality of holes, the holes being arranged to facilitate blood flow from upstream of the introduction zone into a vascular system to downstream of the introduction zone..
R-T-B-based rare earth magnet particles comprising R wherein R represents at least one rare earth element including Y, T wherein T represents Fe, or Fe and Co, B wherein B represents boron, and Al wherein Al represents aluminum, and having an average composition comprising R in an amount of not less than 12.5 atom% and not more than 17.0 atom%, B in an amount of not less than 4.5 atom% and not more than 7.5 atom% and Al in an amount of not less than 1.0 atom% and not more than 5.0 atom%, in which the R-T-B-based rare earth magnet particles comprise crystal grains comprising a magnetic phase of R 2 T 14 B, and a grain boundary phase, and the grain boundary phase comprises R wherein R represents at least one rare earth element including Y, T wherein T represents Fe, or Fe and Co, B wherein B represents boron, and Al wherein Al represents aluminum, and has a composition comprising R in an amount of not less than 13.5 atom% and not more than 35.0 atom% and Al in an amount of not less than 1.0 atom% and not more than 7.0 atom%, wherein the R-T-B-based rare earth magnet particles further comprise at least one element selected from Ti, V, Nb, Si, Cr, Mn, Zn, Mo, Hf, W, Ta, Sn characterised in that copper is not comprised.
Premix gas burner of comburent/combustible gas mixture, comprising the following components: - ventilating means for sending the comburent and the comburent/combustible gas mixture to a combustion head; - means for regulating the inlet of combustible gas; - a system for mixing comburent/combustible gas comprising localized pressure loss means; wherein said mixing system comprises a plurality of venturi channels (CH1, CH2) for mixing the comburent with the combustible gas, wherein each combustible gas inlet point in said localized pressure loss means is equipped, respectively, with a respective gas nozzle,; and wherein the venturi channels (CH1, CH2) but one are provided with first plugging means for adjusting the rate of flow of the comburent/combustible gas mixture through said venturi channels (CH1, CH2) but one; said first plugging means having a weight and a shape suitable for opening the passage to the comburent/combustible gas mixture in a sequence and with pressure difference values higher than a predefined minimum; - a combustion head provided with a device for igniting the comburent/combustible gas mixture and for detecting the presence of the flame; premix gas burner characterized in that it is provided, in correspondence to each venturi channel provided with said first plugging means, with second plugging means having a weight and a shape suitable for opening the gas nozzle in said venturi channel in coincidence with the beginning of the opening of said first plugging means. - ventilating means for sending the comburent and the comburent/combustible gas mixture to a combustion head; - means for regulating the inlet of combustible gas; - a system for mixing comburent/combustible gas comprising localized pressure loss means; wherein said mixing system comprises a plurality of venturi channels (CH1, CH2) for mixing the comburent with the combustible gas, wherein each combustible gas inlet point in said localized pressure loss means is equipped, respectively, with a respective gas nozzle,; and wherein the venturi channels (CH1, CH2) but one are provided with first plugging means for adjusting the rate of flow of the comburent/combustible gas mixture through said venturi channels (CH1, CH2) but one; said first plugging means having a weight and a shape suitable for opening the passage to the comburent/combustible gas mixture in a sequence and with pressure difference values higher than a predefined minimum; - a combustion head provided with a device for igniting the comburent/combustible gas mixture and for detecting the presence of the flame;
A microneedle preparation administration apparatus comprising: a guide tube having an open front end part and an at least partially closed rear end part; a pedestal having a front end surface perpendicular and flat to length direction of the guide tube, in which at least a part thereof including the front end surface is housed within the guide tube and slides in the length direction; and driving means for driving the pedestal toward the front end part of the guide tube, and microneedle preparations being to be attached to the front end surface of the pedestal, and the microneedle preparations being to be pressed out from the front end part of the guide tube, wherein each microneedle preparation is self-dissolving; each microneedle preparation has a first portion having a tip end part and containing an objective substance, and a second portion having a bottom part and not containing the objective substance, the first portion and the second portion forming a boundary surface that is substantially parallel to a bottom surface of the microneedle preparation; the strength of the first portions is reduced compared with the strength of the second portions and/or the first portions are made to be more brittle than the second portions; and the front end surface of the pedestal is struck on skin at a collision pressure of such an extent that gives an impact which is able to insert the first portions into the skin and to break the first portions and a slight part of each second portion in proximity thereto due to the impact. a guide tube having an open front end part and an at least partially closed rear end part; a pedestal having a front end surface perpendicular and flat to length direction of the guide tube, in which at least a part thereof including the front end surface is housed within the guide tube and slides in the length direction; and driving means for driving the pedestal toward the front end part of the guide tube, and microneedle preparations being to be attached to the front end surface of the pedestal, and the microneedle preparations being to be pressed out from the front end part of the guide tube, wherein each microneedle preparation is self-dissolving; each microneedle preparation has a first portion having a tip end part and containing an objective substance, and a second portion having a bottom part and not containing the objective substance, the first portion and the second portion forming a boundary surface that is substantially parallel to a bottom surface of the microneedle preparation; the strength of the first portions is reduced compared with the strength of the second portions and/or the first portions are made to be more brittle than the second portions; and the front end surface of the pedestal is struck on skin at a collision pressure of such an extent that gives an impact which is able to insert the first portions into the skin and to break the first portions and a slight part of each second portion in proximity thereto due to the impact.
A method of waking up a small cell base station from a sleep mode, controlled by a mobile station involved in a random access procedure in which the mobile station is to transmit a standard access signal to a serving macrocell base station in whose coverage area the small cell base station is located, the method comprising: by the mobile station: determining, based on stored location information indicating a location of the small cell base station and on a monitored current location of the mobile station, that the mobile station is in a coverage area of the small cell base station, determining, from serving cell information and a neighbour cell list, that the small cell base station is in the sleep mode, changing a transmission characteristic of the standard access signal so as to increase its transmission energy, in response to the determinations, and transmitting the changed access signal; and by the small cell base station: harvesting energy from the changed access signal that is transmitted by the mobile station, using a passive energy harvesting sensor, the harvested energy triggering a wake-up procedure in the small cell base station. by the mobile station: determining, based on stored location information indicating a location of the small cell base station and on a monitored current location of the mobile station, that the mobile station is in a coverage area of the small cell base station, determining, from serving cell information and a neighbour cell list, that the small cell base station is in the sleep mode, changing a transmission characteristic of the standard access signal so as to increase its transmission energy, in response to the determinations, and transmitting the changed access signal; and determining, based on stored location information indicating a location of the small cell base station and on a monitored current location of the mobile station, that the mobile station is in a coverage area of the small cell base station, determining, from serving cell information and a neighbour cell list, that the small cell base station is in the sleep mode, changing a transmission characteristic of the standard access signal so as to increase its transmission energy, in response to the determinations, and transmitting the changed access signal; and by the small cell base station: harvesting energy from the changed access signal that is transmitted by the mobile station, using a passive energy harvesting sensor, the harvested energy triggering a wake-up procedure in the small cell base station. harvesting energy from the changed access signal that is transmitted by the mobile station, using a passive energy harvesting sensor, the harvested energy triggering a wake-up procedure in the small cell base station.
An oral care composition comprising: zinc phosphate, stannous fluoride and optionally, an organic acid buffer system for use in a method of increasing sIgA and mucin 5B levels in an individual's oral cavity, wherein the method comprises applying said oral care composition to the individual's oral cavity in an amount effective to increase sIgA and mucin 5B levels in the individual's oral cavity.
A refill unit for a dispenser comprising: an inverted non-collapsing container for holding a liquid; a pump housing secured to the bottom of the inverted non-collapsing container; the pump housing having a pump chamber for pumping fluid out of the inverted non-collapsing container; the pump housing having an annular venting chamber; the annular venting chamber having a floor with an opening therethrough; a vent valve which has a first wiper seal in contact with a wall of the annular venting chamber; characterized in that the vent valve is located within the venting chamber and has a second wiper seal in contact with the wall of the annular venting chamber. an inverted non-collapsing container for holding a liquid; a pump housing secured to the bottom of the inverted non-collapsing container; the pump housing having a pump chamber for pumping fluid out of the inverted non-collapsing container; the pump housing having an annular venting chamber; the annular venting chamber having a floor with an opening therethrough; a vent valve which has a first wiper seal in contact with a wall of the annular venting chamber; characterized in that the vent valve is located within the venting chamber and has a second wiper seal in contact with the wall of the annular venting chamber.
An imaging module for the off-axis recording of the polarization coded waves characterized in that the imaging module comprises in sequence: a side for receiving a light field comprising polarization coded waves from a light source, a first polarization sensitive beam splitter adapted to create an angular separation between the axes of the beams with the left-hand and right-hand circular polarization, a first optical system of the module and a detector, wherein the first optical system of the module comprises in sequence from the side for receiving a beam from the light source a second optical sub-system (5.2), a linear polarizer and a first optical sub- system (5.1), wherein the first optical sub-system (5.1) and the second optical sub-system (5.2) are selected to create parallel rays between both optical sub-systems (5.1), (5.2) and transfer an image from an image plane (2.3) to a plane coinciding with the detector.
Method for cleaning a vibratory membrane of a membrane aerosol generator of an inhalation therapy device, wherein a cleaning liquid is fed to the membrane, and the membrane is caused to vibrate in such a way that the cleaning liquid is transported through the openings in the membrane, characterised in that the cleaning liquid contains at least one surfactant and at least one enzyme, and the at least one enzyme is an enzyme for splitting proteins and/or peptides.
A dry powder inhaler comprising: - a mouthpiece through which dry powder medicament is inhaled by the patient, - a mouthpiece cover for covering said mouthpiece, - an elongate, peelable blister strip containing the dry powder medicament, - a dispensing mechanism which comprises gear mechanism of the dry powder inhaler and which is actuated by the movement of the mouthpiece cover to open one blister of the blister strip and making it ready for inhaling the dry powder medicament from said blister, - a stopper wherein before the inhalation of dry powder medicament, only a single movement is applied which is the movement of the mouthpiece cover from one position in which the mouthpiece is completely covered to another position in which: - the mouthpiece is completely uncovered, - said stopper which is in the exterior of the dry powder inhaler fixes the mouthpiece cover preventing the reversible rotation of the peelable blister strip, and - said dispensing mechanism is actuated for advancing and opening one blister, making the medicament ready to be inhaled. - a mouthpiece through which dry powder medicament is inhaled by the patient, - a mouthpiece cover for covering said mouthpiece, - an elongate, peelable blister strip containing the dry powder medicament, - a dispensing mechanism which comprises gear mechanism of the dry powder inhaler and which is actuated by the movement of the mouthpiece cover to open one blister of the blister strip and making it ready for inhaling the dry powder medicament from said blister, - a stopper - the mouthpiece is completely uncovered, - said stopper which is in the exterior of the dry powder inhaler fixes the mouthpiece cover preventing the reversible rotation of the peelable blister strip, and - said dispensing mechanism is actuated for advancing and opening one blister, making the medicament ready to be inhaled.
A deacidification apparatus comprising a deacidification furnace, wherein the upper, middle and lower portions of the deacidification furnace are respectively called as a furnace upper section, a furnace middle section and a furnace lower section, wherein a gas-solid mixture inlet, a exhaust outlet and a filtered air port are provided in the furnace upper section, a product outlet is provided in the furnace lower section, a filter is mounted in the furnace upper section, and the gas-solid mixture inlet, the exhaust outlet any the filtered air port are all communicated with the filter, the filtered air port is connected with a gas pulse device and a vacuum device via a three-way connecting device; the exhaust outlet is communicated with atmosphere or the vacuum device; an assisted heating system is provided in the furnace middle and lower sections, and a superheated vapor inlet and a high temperature air inlet are provided in the furnace middle section.
An electrochemical stack comprising carrier ions, an anode comprising an anode active material layer, a cathode comprising a cathode active material layer, a separator between the anode and the cathode comprising a porous dielectric material and a non-aqueous electrolyte, and an ionically permeable conductor layer located between an immediately adjacent active electrode material layer on one side of the ionically permeable conductor layer and an immediately adjacent separator layer on the other side of the ionically permeable conductor layer, the electrode active material being the anode active material layer or the cathode active material layer wherein upon application of a current to store energy in the electrochemical stack or an applied load to discharge the electrochemical stack: (i) the carrier ions travel between the anode and cathode active material layers and through the ionically permeable conductor layer and separator as they travel between the anode active and cathode active material layers, (ii) the anode active material layer, the cathode active material layer, and the ionically permeable conductor layer each have an electrical conductance, (iii) the anode active material layer, the cathode active material layer, the ionically permeable conductor layer and the separator each have an ionic conductance for the carrier ions, (iv) the ratio of the ionic conductance of the ionically permeable conductor layer to the ionic conductance of the separator is at least 0.5:1, (v) the ratio of the electrical conductance of the ionically permeable conductor layer to the electrical conductance of the electrode active material layer is at least 100:1, (vi) the ratio of the electrical conductance to the ionic conductance of the ionically permeable conductor layer is at least 1,000:1, and (vii) the ionically permeable conductor layer is a current collector for the electrode active material layer.
A cooling structure for a rotary electric machine, the cooling structure comprising: a first supply pipe that is disposed vertically above a rotary electric machine and that has a discharge hole through which oil is discharged toward the rotary electric machine; a second supply pipe that is disposed in parallel with the first supply pipe vertically above the rotary electric machine and that has a discharge hole through which the oil is discharged toward the rotary electric machine; a first, mechanical oil, pump configured to deliver the oil to the first supply pipe; a second, electric oil, pump configured to deliver the oil to the second supply pipe; an electric motor configured to drive the second, electric oil, pump; and a control device configured to control the electric motor to control driving of the second, electric oil, pump; wherein the cooling structure is configured such that a direction of the oil flowing through the first supply pipe and a direction of the oil flowing through the second supply pipe are opposite to each other; and wherein the control device is further configured to control driving of the second, electric oil, pump to increase the flow rate and pressure of the oil flowing through the second supply pipe responsive to an increase in flow rate and pressure of the oil pumped by the first, mechanical oil, pump through the first supply pipe. a first supply pipe that is disposed vertically above a rotary electric machine and that has a discharge hole through which oil is discharged toward the rotary electric machine; a second supply pipe that is disposed in parallel with the first supply pipe vertically above the rotary electric machine and that has a discharge hole through which the oil is discharged toward the rotary electric machine; a first, mechanical oil, pump configured to deliver the oil to the first supply pipe; a second, electric oil, pump configured to deliver the oil to the second supply pipe; an electric motor configured to drive the second, electric oil, pump; and a control device configured to control the electric motor to control driving of the second, electric oil, pump; wherein the cooling structure is configured such that a direction of the oil flowing through the first supply pipe and a direction of the oil flowing through the second supply pipe are opposite to each other; and wherein the control device is further configured to control driving of the second, electric oil, pump to increase the flow rate and pressure of the oil flowing through the second supply pipe responsive to an increase in flow rate and pressure of the oil pumped by the first, mechanical oil, pump through the first supply pipe.