mhurhangee/ep-ind-claims huggingface dataset:
A system for obtaining a blood glucose measurement of a patient, comprising, a glucose measurement device configured to provide a readout; an insulin delivery device configured to provide said insulin delivery information; and a processor configured to provide: a first intermediary computation that provides an output of said first intermediary computation using said readout (CGS(t)) from said glucose measurement device of a subject and said insulin delivery information ( J ctrl ( t)), wherein said output of said first intermediary computation provides a metabolic state estimate ( x̂ ( t - τ)), a second intermediary computation that provides an output of said second intermediary computation ( BG ( t | t - τ)) using said output of said first intermediary computation ( x̂ ( t - τ)), wherein BG ( t | t - τ) is the predicted blood glucose, wherein said second intermediary computation further comprises: an inference of said output of said second intermediary computation from said output of said first intermediary computation, wherein inferring said second intermediary computation further comprises: an extrapolation of said output of said first intermediary computation to some future time to determine an extrapolated state vector output, wherein said second intermediary computation further comprises: an extraction of a blood glucose state from said extrapolated state vector output, and the processor being further configured to provide: a third computation to reach an estimate of the blood glucose ( BGest (t)) of the subject by applying a weighting scheme to said readout from the glucose measurement device and said output of said second intermediary computation. a first intermediary computation that provides an output of said first intermediary computation using said readout (CGS(t)) from said glucose measurement device of a subject and said insulin delivery information ( J ctrl ( t)), wherein said output of said first intermediary computation provides a metabolic state estimate ( x̂ ( t - τ)), a second intermediary computation that provides an output of said second intermediary computation ( BG ( t | t - τ)) using said output of said first intermediary computation ( x̂ ( t - τ)), wherein BG ( t | t - τ) is the predicted blood glucose, an extraction of a blood glucose state from said extrapolated state vector output, and the processor being further configured to provide: a third computation to reach an estimate of the blood glucose ( BGest (t)) of the subject by applying a weighting scheme to said readout from the glucose measurement device and said output of said second intermediary computation.
Frame switch of a deterministic full-duplex switched Ethernet AFDX network comprising a plurality of input ports and a plurality of output ports, a switching table comprising a plurality of entries, each entry corresponding to a virtual link passing through the switch and providing, for a virtual link ID, the input port and the output port(s) taken by this virtual link, a switching module suitable for switching any frame arriving on an input port of the switch, for reading a virtual link ID contained in a header of the frame and for switching the frame towards the output port(s) given by the entry in the switching table corresponding to this virtual link, a network interface suitable for receiving frames intended for the switch, said switch being such that: - at least one entry of the switching table, corresponding to a predetermined virtual link, furthermore comprises an ID of the MAC address of the switch; - the switching module transmits any frame received on the predetermined virtual link to the network interface of the switch; - the frame received on the predetermined virtual link is transmitted to an application, DDA, hosted by the switch to locally store at least part of the data of this frame, characterized in that the data acquisition application is adapted to receive a data acquisition request from a remote server, the request giving at least one virtual link for which data are to be acquired, said application updating the switching table by adding for this virtual link, the ID of the MAC address of the switch. - at least one entry of the switching table, corresponding to a predetermined virtual link, furthermore comprises an ID of the MAC address of the switch; - the switching module transmits any frame received on the predetermined virtual link to the network interface of the switch; - the frame received on the predetermined virtual link is transmitted to an application, DDA, hosted by the switch to locally store at least part of the data of this frame,
A nitrogen oxide responsive element comprising: an oxygen ion conductive layer; a first electrode layer having a nitrogen oxide decomposition catalyst phase composed of perovskite-type oxide, being in contact with the oxygen ion conductive layer, and being exposed to NOx, and a second electrode layer opposing the first electrode layer across the oxygen ion conductive layer, wherein the nitrogen oxide decomposition catalyst phase has a surface exposed to nitrogen oxide and the surface includes a nitrogen oxide adsorption stabilizing surface, and wherein the perovskite-type oxide is LaSrMn-based perovskite oxide, and the nitrogen oxide adsorption stabilizing surface is an MnO 2 surface. an oxygen ion conductive layer; a first electrode layer having a nitrogen oxide decomposition catalyst phase composed of perovskite-type oxide, being in contact with the oxygen ion conductive layer, and being exposed to NOx, and a second electrode layer opposing the first electrode layer across the oxygen ion conductive layer, wherein the nitrogen oxide decomposition catalyst phase has a surface exposed to nitrogen oxide and the surface includes a nitrogen oxide adsorption stabilizing surface, and wherein the perovskite-type oxide is LaSrMn-based perovskite oxide, and the nitrogen oxide adsorption stabilizing surface is an MnO 2 surface.
A method of security screening of individuals wherein said individuals' articles to be screened are deposited into one or more security trays which carry said articles through a scanning station comprising an x-ray scanner and one or more operators of said scanning station, said method comprising: i) providing each said security tray with a unique identifier on a visible surface of said security tray, and which identifier is readable both visually and by electronic or x-ray scanning; wherein said method is characterized by ii) providing in said security tray a plurality of compartments for receiving said articles which are delineated by indicators which are at least partially opaque to x-rays; and iii) when an operator observes an article in a security tray which raises a security concern, the operator isolates the location of said article of concern by referencing the security tray's unique identifier and the compartment in the tray where the article of concern is located to thereby permit security personnel in said screening station to locate and inspect said article of concern. i) providing each said security tray with a unique identifier on a visible surface of said security tray, and which identifier is readable both visually and by electronic or x-ray scanning; wherein said method is characterized by ii) providing in said security tray a plurality of compartments for receiving said articles which are delineated by indicators which are at least partially opaque to x-rays; and iii) when an operator observes an article in a security tray which raises a security concern, the operator isolates the location of said article of concern by referencing the security tray's unique identifier and the compartment in the tray where the article of concern is located to thereby permit security personnel in said screening station to locate and inspect said article of concern.
A tofu which is storable without refrigeration in which the number of germ-forming units per gram is less than 20, in particular less than 10, wherein the number of aerobic germ-forming units per gram is less than 10, in particular less than 5, characterized in that a cube of the tofu having an edge length of 10 mm withstands a compressive load of 300g/80 mm 2 for a period of at least 2 seconds, in order to achieve the desired properties of the tofu, a pseudo-sterilization of the tofu is performed at a temperature which is above a pasteurization temperature and below a sterilization temperature, alternatively or additionally to a heat treatment, the tofu can also be subjected to a radiation treatment.
A golf club grip comprising a cylindrical grip main body made of a first resin, and an end cap made of a second resin having a higher hardness than the first resin, the end cap being provided at a rear end portion of said grip main body to form a grip end, said grip main body being made by insert molding with said end cap being an insert, said end cap including a cylindrical portion inserted into the rear end portion of said grip main body, and an end face plate closing a rear end of said grip main body, and said cylindrical portion having a length of 60 mm to 75 mm.
Structural component for a motor vehicle in the form of a mounting bracket which is mountable in the front or rear region of the vehicle, wherein the structural component is made of plastic having integrated reinforcement parts or insert parts and is manufactured as a moulded part, and which comprises in at least partial regions insert parts having two or more woven fabric layers (GF, CF) which are overmoulded with a thermoplastic polymer which comprises a proportion of glass fibres, wherein the sequential woven fabric layers of the insert parts are dissimilar in terms of the angle (α) between the warp and weft threads (K, S), characterized in that the three-part inserts of the upper belt of the assembly support are formed by a left and a right lateral part and by a central part, and the lateral parts as a tiered construction comprise only glass fibre layers, and the central part is embodied as tiered construction in a material combination of external layers from glass fibre and of the central layer from carbon fibre.
Method, implemented by a first equipment (EQ_A), for establishing radiofrequency communication with at least one second equipment (EQ_B), the method comprising: a) transmitting a first message at a first transmission power (P1.A), said first transmission power (P1.A) being higher than a minimum target transmission power, b) receiving at least one second message from at least the second equipment (EQ_B), said second message being received at a second reception power (P2.A) and comprising a datum relating to a second transmission power (P2.B) of the second equipment (EQ_B), c) transmitting a third message at a third transmission power (P3.A) to the second equipment (EQ_B), said third transmission power (P3.A) being determined on the basis of the second reception power (P2.A) and of the second transmission power (P2.B). a) transmitting a first message at a first transmission power (P1.A), said first transmission power (P1.A) being higher than a minimum target transmission power, b) receiving at least one second message from at least the second equipment (EQ_B), said second message being received at a second reception power (P2.A) and comprising a datum relating to a second transmission power (P2.B) of the second equipment (EQ_B), c) transmitting a third message at a third transmission power (P3.A) to the second equipment (EQ_B), said third transmission power (P3.A) being determined on the basis of the second reception power (P2.A) and of the second transmission power (P2.B).
A method for realizing a Virtual Network, VN, comprising: setting a virtual network access point, VN-AP, in a data center network and/or a broadband network; receiving, by a service deployment and management function entity, a VN service request from a user to generate feature information of the VN; and automatically discovering the VN-AP by a Personal Computer /Virtual Machine; generating, by the automatically discovered VN-AP, a VN forwarding table entry of the PC/VM after the PC/VM passes VN's identity authorization, and performing tunnel encapsulation according to the VN forwarding table entry to forward a packet from the PC/VM, characterized in that the automatic discovery of the VN-AP by the PC/VM further comprises: the PC/VM sends a VN-AP discovery message via an Ethernet frame of a specific type; all VN-APs in a broadcast domain of the PC/VM return VN-AP offer messages to the PC/VM; the PC/VM selects one VN-AP from all the VN-APs which returned the VN-AP offer messages and sends a VN-AP request message to the selected VN-AP; and the selected VN-AP returns an acknowledgement/response message to the PC/VM. setting a virtual network access point, VN-AP, in a data center network and/or a broadband network; receiving, by a service deployment and management function entity, a VN service request from a user to generate feature information of the VN; and automatically discovering the VN-AP by a Personal Computer /Virtual Machine; generating, by the automatically discovered VN-AP, a VN forwarding table entry of the PC/VM after the PC/VM passes VN's identity authorization, and performing tunnel encapsulation according to the VN forwarding table entry to forward a packet from the PC/VM, characterized in that the automatic discovery of the VN-AP by the PC/VM further comprises: the PC/VM sends a VN-AP discovery message via an Ethernet frame of a specific type; all VN-APs in a broadcast domain of the PC/VM return VN-AP offer messages to the PC/VM; the PC/VM selects one VN-AP from all the VN-APs which returned the VN-AP offer messages and sends a VN-AP request message to the selected VN-AP; and the selected VN-AP returns an acknowledgement/response message to the PC/VM. the PC/VM sends a VN-AP discovery message via an Ethernet frame of a specific type; all VN-APs in a broadcast domain of the PC/VM return VN-AP offer messages to the PC/VM; the PC/VM selects one VN-AP from all the VN-APs which returned the VN-AP offer messages and sends a VN-AP request message to the selected VN-AP; and the selected VN-AP returns an acknowledgement/response message to the PC/VM.
Prosthesis or orthesis, having an orthopaedic fluid damper with a. a displacement chamber formed in a housing, b. a piston mounted in the displacement chamber, c. a fluid reservoir for a fluid, d. a backflow line (22, 22a) which connects the displacement chamber to the fluid reservoir, e. a joint which has a first limb and a second limb, the first limb being connected to the housing and the second limb being connected to the piston, f. a valve (24, 25) which can assume an opening position and a closing position, in which it at least partially closes the backflow line (22, 22a), and g. a device for detecting a joint force (F B) acting on the joint, which is designed in order to bring the valve (24, 25) into the closing position when the joint force (F B) overshoots a preset threshold value, characterized in that the damper and the joint are mounted together on a frame (150, 60, 10) or form said frame which is displaceable, in particular shiftable, in relation to one of the limbs. a. a displacement chamber formed in a housing, b. a piston mounted in the displacement chamber, c. a fluid reservoir for a fluid, d. a backflow line (22, 22a) which connects the displacement chamber to the fluid reservoir, e. a joint which has a first limb and a second limb, the first limb being connected to the housing and the second limb being connected to the piston, f. a valve (24, 25) which can assume an opening position and a closing position, in which it at least partially closes the backflow line (22, 22a), and g. a device for detecting a joint force (F B) acting on the joint, which is designed in order to bring the valve (24, 25) into the closing position when the joint force (F B) overshoots a preset threshold value, characterized in that the damper and the joint are mounted together on a frame (150, 60, 10) or form said frame which is displaceable, in particular shiftable, in relation to one of the limbs.
A device for measuring the wall thickness of a tube (10, 10') that has a cross-section which is substantially circular and is guided by guide means of the device in the direction of its longitudinal axis through the device, comprising at least one transmitter for emitting terahertz radiation, wherein at least one radiation optical system is provided that conducts the terahertz radiation emitted by the transmitter to a tube (10, 10') guided through the device, wherein a reflector (46, 46') for the terahertz radiation is arranged behind the tube (10, 10') opposite at least one transmitter in the radiation direction of the terahertz radiation emitted by the at least one transmitter, further comprising at least one receiver for receiving the terahertz radiation emitted by the at least one transmitter and reflected at the tube (10, 10') and/or at the reflector (46, 46'), and comprising an evaluating apparatus that is designed to determine the wall thickness of the tube (10, 10') using the measuring signals received by the at least one receiver, wherein the evaluating apparatus is designed to take into account a runtime change (ΔT R), caused by the material of the tube guided through the device, of the terahertz radiation emitted by the at least one transmitter and received by the at least one receiver after transilluminating the tube when determining the wall thickness of the tube, and in so doing to proportionately factor in the runtime change (ΔT wd1, ΔT wd2) caused by the two walls of the tube transilluminated by the terahertz radiation.
A microphone assembly to be worn at a user's chest, comprising: at least three microphones (20, 21, 22) for capturing audio signals from the user's voice, the microphones defining a microphone plane; an acceleration sensor for sensing gravitational acceleration in at least two orthogonal dimensions so as to determine a direction of gravity ( G xy); a beamformer unit for processing the captured audio signals in a manner so as to create a plurality of N acoustic beams (1a-6a, 1b-6b) having directions spread across the microphone plane, a unit for selecting a subgroup of M acoustic beams from the N acoustic beams, wherein the M acoustic beams are those of the N acoustic beams whose direction is closest to the direction antiparallel to the direction of gravity determined from the gravitational acceleration sensed by the acceleration sensor; characterised by an audio signal processing unit having M independent channels (36A, 36B), one for each of the M acoustic beams of the subgroup, for producing an output audio signal for each of the M acoustic beams; a unit for estimating the speech quality of the audio signal in each of the channels; and an output unit for selecting the signal of the channel with the highest estimated speech quality as the output signal of the microphone assembly. at least three microphones (20, 21, 22) for capturing audio signals from the user's voice, the microphones defining a microphone plane; an acceleration sensor for sensing gravitational acceleration in at least two orthogonal dimensions so as to determine a direction of gravity ( G xy); a beamformer unit for processing the captured audio signals in a manner so as to create a plurality of N acoustic beams (1a-6a, 1b-6b) having directions spread across the microphone plane, a unit for selecting a subgroup of M acoustic beams from the N acoustic beams, wherein the M acoustic beams are those of the N acoustic beams whose direction is closest to the direction antiparallel to the direction of gravity determined from the gravitational acceleration sensed by the acceleration sensor; characterised by an audio signal processing unit having M independent channels (36A, 36B), one for each of the M acoustic beams of the subgroup, for producing an output audio signal for each of the M acoustic beams; a unit for estimating the speech quality of the audio signal in each of the channels; and an output unit for selecting the signal of the channel with the highest estimated speech quality as the output signal of the microphone assembly.
Method for operating a virtual reality system, wherein a virtual motor vehicle (24, 32) is displayed from a virtual observation position by means of a virtual reality headset worn by a person, wherein - if the virtual motor vehicle (24, 32) is displayed in an interior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset detected by a capture device and depending on the vehicle model of the displayed virtual motor vehicle (24, 32); - if the virtual motor vehicle (24, 32) is displayed in an exterior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset and independently of the vehicle model; - the virtual motor vehicle (24, 32) is displayed in the interior view as long as it is detected that the person is sitting on the seating arrangement, and a switch from the interior view to the exterior view is carried out by means of the virtual reality headset, as soon as it is detected that the person is no longer sitting on the seating arrangement, so that after the switching the virtual motor vehicle (24, 32) is displayed in the external view, characterised in that a seat occupancy sensor system arranged on or in the seating arrangement detects whether the person is sitting on the seating arrangement. - if the virtual motor vehicle (24, 32) is displayed in an interior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset detected by a capture device and depending on the vehicle model of the displayed virtual motor vehicle (24, 32); - if the virtual motor vehicle (24, 32) is displayed in an exterior view: a height (h) of the virtual observation position is predetermined depending on a height position of the virtual reality headset and independently of the vehicle model; - the virtual motor vehicle (24, 32) is displayed in the interior view as long as it is detected that the person is sitting on the seating arrangement, and a switch from the interior view to the exterior view is carried out by means of the virtual reality headset, as soon as it is detected that the person is no longer sitting on the seating arrangement, so that after the switching the virtual motor vehicle (24, 32) is displayed in the external view,
A compound comprising a modified oligonucleotide consisting of 8 to 25 linked nucleosides, wherein the nucleobase sequence of the modified oligonucleotide is complementary to miR-17, for use in a method of treating polycystic kidney disease.
A method for removing ocean bottom and/or geology related contamination, the method comprising: receiving first measurements corresponding to first seismic sensors mounted on a first source array; receiving second measurements corresponding to second seismic sensors mounted away from the first source array; processing the second measurements to determine a contamination model related to the ocean bottom and geology; removing the contamination model from the first measurements to obtain cleaned data; and calculating a source signature of the first source array based on the cleaned data. receiving first measurements corresponding to first seismic sensors mounted on a first source array; receiving second measurements corresponding to second seismic sensors mounted away from the first source array; processing the second measurements to determine a contamination model related to the ocean bottom and geology; removing the contamination model from the first measurements to obtain cleaned data; and calculating a source signature of the first source array based on the cleaned data.