mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a glucose sensor (50, 70) configured to generate blood glucose level readings; an insulin pump configured to deliver insulin based on a message; a control device (60, 200) configured to: obtain blood glucose level readings over a diurnal period for each of a plurality of days; determine an estimated variability in the blood glucose levels over the diurnal period for the plurality of days; modify, based on the estimated variability in the blood glucose level, a target blood glucose level to a modified target blood glucose level; and generate a message to deliver insulin during the diurnal period based on the modified target blood glucose level. a glucose sensor (50, 70) configured to generate blood glucose level readings; an insulin pump configured to deliver insulin based on a message; a control device (60, 200) configured to: obtain blood glucose level readings over a diurnal period for each of a plurality of days; determine an estimated variability in the blood glucose levels over the diurnal period for the plurality of days; modify, based on the estimated variability in the blood glucose level, a target blood glucose level to a modified target blood glucose level; and generate a message to deliver insulin during the diurnal period based on the modified target blood glucose level. obtain blood glucose level readings over a diurnal period for each of a plurality of days; determine an estimated variability in the blood glucose levels over the diurnal period for the plurality of days; modify, based on the estimated variability in the blood glucose level, a target blood glucose level to a modified target blood glucose level; and generate a message to deliver insulin during the diurnal period based on the modified target blood glucose level.
A piezoelectric inertial driver comprising: a mounting portion to connect the driver to a holder; a friction portion configured to engage with a slider; a movement portion with a first end connected to a piezoelectric element and a second end connected to the friction portion; the piezoelectric element with a first end bonded to the mounting portion and a second end bonded to the movement portion; and a flexure portion with a first end connected to the mounting portion and a second end connected to the friction portion; wherein the piezoelectric element is configured to deform by an electrical field; wherein the movement portion is configured to transfer a deformation of the piezoelectric element to the friction portion to move the slider forward by static friction and backward by sliding friction, characterized in that the flexure portion further comprises a plurality of connection rods with substantially parallel connections and separated by slots. a mounting portion to connect the driver to a holder; a friction portion configured to engage with a slider; a movement portion with a first end connected to a piezoelectric element and a second end connected to the friction portion; the piezoelectric element with a first end bonded to the mounting portion and a second end bonded to the movement portion; and a flexure portion with a first end connected to the mounting portion and a second end connected to the friction portion; wherein the piezoelectric element is configured to deform by an electrical field; wherein the movement portion is configured to transfer a deformation of the piezoelectric element to the friction portion to move the slider forward by static friction and backward by sliding friction, characterized in that the flexure portion further comprises a plurality of connection rods with substantially parallel connections and separated by slots.
Cooling system comprising a cooler for cooling the forced induction gas of a combustion engine, wherein the forced induction gas of the combustion engine is air, said cooler having an air/air heat exchanger disposed between an inlet tank and an outlet tank for the forced induction air of the engine, and a device for evacuating condensates by gravity that is fitted to at least one of said tanks and is able to pass reversibly from an open position to a closed position, characterized in that said condensate evacuation device comprises a drainage valve, said valve being inserted through a receiving orifice made in a horizontal median plane of a wall of the outlet tank, at the bottom point of said tank, said valve being associated with means for regulating its opening and closure by calibration depending on the internal pressure in said tank, said valve comprising an upper part that is present with said regulation means only inside said tank that is so equipped, and a lower part that is present only outside said tank, said upper part and lower part of the valve being connected by a central part, said central part having a transverse dimension that is substantially smaller than that of the receiving orifice such that the valve may slide longitudinally along this central part in the receiving orifice under the action of the means for regulating its opening and closure, characterized in that the drainage valve is made from a flexible material, preferably from an elastomer material, the central part accommodates condensate drainage holes that are in communication with an evacuation channel of which the outlet opens through said lower part of the valve to outside said valve, said drainage holes having an elongate shape along the longitudinal axis of said valve, and said means for regulating the opening and closure of the valve being in the form of a conical coil spring wound around the central part of the valve, its base having a diameter greater than the diameter of the orifice for receiving the valve so as to be able to come to bear on the internal surface of the wall of the tank surrounding said orifice, under the effect of an internal pressure in said tank that is so equipped, which pressure is calibrated by said spring so as to put said valve in the closed position, said upper part of the valve also being able to be pushed back by the spring that expands when the internal pressure in the tank is lower than this pressure calibrated by the spring so as to put the valve in the open position, the travel of the valve in the orifice being limited to the length of the central part of the valve.
An immunogenic composition comprising the MERS-CoV N nucleocapsid protein or a nucleic acid molecule encoding the MERS-CoV N nucleocapsid protein, wherein the composition further comprises at least one additional immunogenic compound and wherein the additional immunogenic compound is the MERS-CoV S spike protein.
A method for the fermentative production of glycolic acid by culturing a recombinant microorganism modified for converting a source of carbon to glycolic acid, in an appropriate culture medium comprising a fermentable source of carbon capable of being metabolized by the microorganism, said method comprising the steps of: a) Fermentation of the microorganism to produce glycolic acid by converting the source of carbon into glycolic acid, b) Concentration of the glycolic acid in the microorganism or in the medium and c) Recovery of glycolic acid from the fermentation broth and/or the biomass optionally remaining in portions or in the total amount (0-100%) in the end product, wherein the fermentable source of carbon is a sugar selected among monosaccharides, disaccharides, trisaccharides, oligosaccharides and polysaccharides, and wherein the microorganism is modified to attenuate the conversion of glyoxylate to products other than glycolate, with the attenuation of the expression of at least one gene, selected among the following genes involved in glyoxylate metabolism: • ace B encoding malate synthase • glc B encoding the second malate synthase • gcl encoding glyoxylate carboligase • eda encoding 2-keto-3-deoxygluconate 6-phosphate aldolase. a) Fermentation of the microorganism to produce glycolic acid by converting the source of carbon into glycolic acid, b) Concentration of the glycolic acid in the microorganism or in the medium and c) Recovery of glycolic acid from the fermentation broth and/or the biomass optionally remaining in portions or in the total amount (0-100%) in the end product, wherein the fermentable source of carbon is a sugar selected among monosaccharides, disaccharides, trisaccharides, oligosaccharides and polysaccharides, • ace B encoding malate synthase • glc B encoding the second malate synthase • gcl encoding glyoxylate carboligase • eda encoding 2-keto-3-deoxygluconate 6-phosphate aldolase.
Method for controlling a physical unit, comprising the steps of: - cyclically generating a plurality of controlling outputs, wherein the plurality of controlling outputs is provided in a redundant manner; - applying a selected one of the controlling outputs to the physical unit; - checking if at least the selected controlling output is correct; and - selecting one of the control units whose controlling output was checked as correct to apply its controlling output to the physical unit in a subsequent cycle, characterized in that the step of applying the selected one of the controlling outputs to the physical unit is performed before the step of checking, and in case the selected control unit has generated an invalid output, the control unit is replaced by another control unit before the next controlling cycle. - cyclically generating a plurality of controlling outputs, wherein the plurality of controlling outputs is provided in a redundant manner; - applying a selected one of the controlling outputs to the physical unit; - checking if at least the selected controlling output is correct; and - selecting one of the control units whose controlling output was checked as correct to apply its controlling output to the physical unit in a subsequent cycle,
Compound of formula Y((CH 2) p -B') m, in which: m = 2 or 3; Y is an alkaline earth metal when m = 2, Y is aluminium when m = 3; B' is selected from the group comprising N(SiMe 3) 2 and N(SiMe 2 CH 2 CH 2 SiMe 2); p is an integer from 1 to 50. m = 2 or 3; Y is an alkaline earth metal when m = 2, Y is aluminium when m = 3; B' is selected from the group comprising N(SiMe 3) 2 and N(SiMe 2 CH 2 CH 2 SiMe 2); p is an integer from 1 to 50.
A computer-implemented method for blockchain-based decentralized application development performed by an integrated development environment, IDE (510, 520), for blockchain-contract development and application development, the method comprising: generating a blockchain contract and an interface specification associated with the blockchain contract based on a received plurality of first inputs; deploying the blockchain contract on a blockchain; generating a client-side application based on a received plurality of second inputs and the interface specification associated with the blockchain contract, wherein the client-side application is executable to invoke the blockchain contract deployed on the blockchain and the generating the client-side application comprises: generating an object associated with the blockchain contract based on the interface specification, wherein the object comprises one or more methods associated with the interface specification; obtaining the plurality of second inputs, wherein one or more of the second inputs comprises source code invoking the one or more methods associated with the interface specification; and including the object associated with the blockchain contract and the source code in the client-side application; and storing the client-side application in an online storage system. generating a blockchain contract and an interface specification associated with the blockchain contract based on a received plurality of first inputs; deploying the blockchain contract on a blockchain; generating a client-side application based on a received plurality of second inputs and the interface specification associated with the blockchain contract, wherein the client-side application is executable to invoke the blockchain contract deployed on the blockchain and the generating the client-side application comprises: generating an object associated with the blockchain contract based on the interface specification, wherein the object comprises one or more methods associated with the interface specification; obtaining the plurality of second inputs, wherein one or more of the second inputs comprises source code invoking the one or more methods associated with the interface specification; and including the object associated with the blockchain contract and the source code in the client-side application; and generating an object associated with the blockchain contract based on the interface specification, wherein the object comprises one or more methods associated with the interface specification; obtaining the plurality of second inputs, wherein one or more of the second inputs comprises source code invoking the one or more methods associated with the interface specification; and including the object associated with the blockchain contract and the source code in the client-side application; and storing the client-side application in an online storage system.
An extraction-type water discharging device comprising an outlet portion, a hose and a support member, wherein: the outlet portion is in communication with one end of the hose, the hose has another end configured for passing through the support member, and a resetting member configured to act on the hose such that the outlet portion is reset to abut against and fit on the support member, the outlet portion is provided with a first guide structure corresponding to the support member, and the support member is provided with a second guide structure corresponding to the outlet portion, one of the first and second guide structures (21, 41) is a convex guide surface, and the other one is a concave guide surface cooperating with the convex guide surface, the convex guide surface is smoothly tapered from a base portion to a top portion, the first and second guide structure s (21, 41) are configured to, under the action of the reset member, guide a radial alignment and an axial rotational movement such that the outlet portion reset to be aligned with and fits on the support member, characterised in that the concave guide surface flares smoothly and gradually from inside to outside, and the convex guide surface and the concave guide surface have a sectional shape of a smooth curve eccentric towards at least one radial direction. the outlet portion is in communication with one end of the hose, the hose has another end configured for passing through the support member, and a resetting member configured to act on the hose such that the outlet portion is reset to abut against and fit on the support member, the outlet portion is provided with a first guide structure corresponding to the support member, and the support member is provided with a second guide structure corresponding to the outlet portion, one of the first and second guide structures (21, 41) is a convex guide surface, and the other one is a concave guide surface cooperating with the convex guide surface, the convex guide surface is smoothly tapered from a base portion to a top portion, the first and second guide structure s (21, 41) are configured to, under the action of the reset member, guide a radial alignment and an axial rotational movement such that the outlet portion reset to be aligned with and fits on the support member,
A method for reducing the amount of leachable beta-glucans in a cellulose-containing filter material, the method comprising treating the filter material with a solution comprising a carbonate salt, an organic carbonate, or carbonic acid, wherein the pH of the solution is in the range from about 10 to about 12.
Device having four organic light emitting devices, consisting of: a first organic light emitting device that emits red light having a peak wavelength in the visible spectrum of 600 - 700 nm, further comprising a first emissive layer having a first emissive material, wherein the first emissive material is phosphorescent; a second organic light emitting device that emits green light having a peak wavelength in the visible spectrum of 500 - 600 nm, further comprising a second emissive layer having a second emissive material, wherein the second emissive material is phosphorescent; a third organic light emitting device that emits light blue light having a peak wavelength in the visible spectrum of 400 - 500 nm and a CIE y-coordinate less than 0.25, further comprising a third emissive layer having a third emissive material, wherein the third emissive material is phosphorescent; and a fourth organic light emitting device that emits deep blue light having a peak wavelength in the visible spectrum of 400 to 500 nm and a CIE y coordinate at least 0.02 less than that of the light blue light emitted by the third organic light emitting device, further comprising a fourth emissive layer having a fourth emissive material, wherein the fourth emissive material is a deep blue phosphorescent emissive material; wherein the peak wavelength in the visible spectrum of deep blue light emitted by the fourth organic light emitting device is at least 4 nm less than the peak wavelength in the visible spectrum of light blue light emitted by the third organic light emitting device. a first organic light emitting device that emits red light having a peak wavelength in the visible spectrum of 600 - 700 nm, further comprising a first emissive layer having a first emissive material, wherein the first emissive material is phosphorescent; a second organic light emitting device that emits green light having a peak wavelength in the visible spectrum of 500 - 600 nm, further comprising a second emissive layer having a second emissive material, wherein the second emissive material is phosphorescent; a third organic light emitting device that emits light blue light having a peak wavelength in the visible spectrum of 400 - 500 nm and a CIE y-coordinate less than 0.25, further comprising a third emissive layer having a third emissive material, wherein the third emissive material is phosphorescent; and a fourth organic light emitting device that emits deep blue light having a peak wavelength in the visible spectrum of 400 to 500 nm and a CIE y coordinate at least 0.02 less than that of the light blue light emitted by the third organic light emitting device, further comprising a fourth emissive layer having a fourth emissive material, wherein the fourth emissive material is a deep blue phosphorescent emissive material; wherein the peak wavelength in the visible spectrum of deep blue light emitted by the fourth organic light emitting device is at least 4 nm less than the peak wavelength in the visible spectrum of light blue light emitted by the third organic light emitting device.
A method for detecting quality of service of a quality of service, QoS, flow, wherein the method comprises: generating, by a packet sending device, a first packet in a service flow within a 5G QoS flow, wherein the first packet comprises session information of a service associated with the service flow and a packet type of the first packet, wherein the session information of the service comprises a QoS Flow identifier, QFI, of the QoS flow and a tunnel endpoint identifier, TEID, and the packet type of the first packet indicating that the first packet is a detection packet, and, the detection packet uses a 3rd generation partnership project, 3GPP, network protocol stack of service packet of the service flow; and sending, by the packet sending device, the first packet to a packet receiving device, wherein the first packet is for detecting quality of service of the QoS flow; wherein the first packet includes a timestamp, wherein the timestamp is used to represent a moment at which the packet sending device sends the first packet to the packet receiving device; and wherein the first packet is for determining, by the packet receiving device, based on the packet type of the first packet, that the first packet is a detection packet; and for determining, by the packet receiving device, the quality of service of the QoS flow based on a transmission delay between the packet sending device and the packet receiving device. generating, by a packet sending device, a first packet in a service flow within a 5G QoS flow, wherein the first packet comprises session information of a service associated with the service flow and a packet type of the first packet, wherein the session information of the service comprises a QoS Flow identifier, QFI, of the QoS flow and a tunnel endpoint identifier, TEID, and the packet type of the first packet indicating that the first packet is a detection packet, and, the detection packet uses a 3rd generation partnership project, 3GPP, network protocol stack of service packet of the service flow; and sending, by the packet sending device, the first packet to a packet receiving device, wherein the first packet is for detecting quality of service of the QoS flow; wherein the first packet includes a timestamp, wherein the timestamp is used to represent a moment at which the packet sending device sends the first packet to the packet receiving device; and wherein the first packet is for determining, by the packet receiving device, based on the packet type of the first packet, that the first packet is a detection packet; and for determining, by the packet receiving device, the quality of service of the QoS flow based on a transmission delay between the packet sending device and the packet receiving device.
A service implementation method, comprising: receiving, by a mobility management element, a paging trigger message of a terminal device from a serving gateway; determining, by the mobility management element, whether the paging trigger message is a message with a first priority and whether a second priority of a prior sent paging message is set; determining, by the mobility management element, whether the first priority is higher than the second priority if the paging trigger message is a message with the first priority and the second priority is set; delivering, by the mobility management element, a paging message including the first priority if the first priority is higher than the second priority; setting, by the mobility management element, information about the priority of the sent paging message according to the first priority. receiving, by a mobility management element, a paging trigger message of a terminal device from a serving gateway; determining, by the mobility management element, whether the paging trigger message is a message with a first priority and whether a second priority of a prior sent paging message is set; determining, by the mobility management element, whether the first priority is higher than the second priority if the paging trigger message is a message with the first priority and the second priority is set; delivering, by the mobility management element, a paging message including the first priority if the first priority is higher than the second priority; setting, by the mobility management element, information about the priority of the sent paging message according to the first priority.