mhurhangee/ep-ind-claims huggingface dataset:
A jet engine, in particular a position control jet engine for space vehicles, which is operated with gaseous fuels, wherein the gaseous fuels consist of reacting gases, wherein a device is provided for a control of the mass flow to a combustion chamber of the jet engine which is corrected to exact set values is provided, and wherein the control device consists of a first control channel for a combustion gas and a second control channel for an oxidizer gas and the two control channels are connected to a control unit, characterized in that via an input of the control unit the current values of the temperatures and pressures of the two gases can be fed in and in that via an output of the control unit both the total mass flow and also the ratio of the mass flows of the two control channels (1, 2) can be controlled.
Concrete composition comprising, in a mixture with water, a hydraulic binder, sand, aggregates, an expanding agent, a water reducing agent and a shrinkage reducing admixture, characterized in that the expanding agent is calcium oxide having a low reactivity such that the concrete does not expand by more than 0,05 vol.-%, preferably not more than 0,03 vol.-%, during the first 10 days, preferably during the first 7 days, after having been casted, wherein - the calcium oxide has a reactivity that is characterized by a conductivity of < 11 mS/cm when dissolved in water, determined as defined in the description, and/or - the calcium oxide has a reactivity that is characterized by an average temperature increase of < 0,5°C/min during the first 15 minutes after the addition of the calcium oxide into water, determined as defined in the description, and/or - the calcium oxide has a reactivity that is characterized by a temperature increase of < 10°C during the first 5 minutes after the addition of the calcium oxide into water, determined as defined in the description. - the calcium oxide has a reactivity that is characterized by a conductivity of < 11 mS/cm when dissolved in water, determined as defined in the description, and/or - the calcium oxide has a reactivity that is characterized by an average temperature increase of < 0,5°C/min during the first 15 minutes after the addition of the calcium oxide into water, determined as defined in the description, and/or - the calcium oxide has a reactivity that is characterized by a temperature increase of < 10°C during the first 5 minutes after the addition of the calcium oxide into water, determined as defined in the description.
Airbag module having: - an airbag, which, in operation, is filled with an airbag gas; - a gas generator, which serves for providing the airbag gas for the airbag; and - a filling valve, which is arranged between gas generator and airbag and serves for metering the airbag gas from the gas generator into the airbag, wherein the gas generator has an igniter for release of the airbag gas, wherein the igniter is arranged upstream of the filling valve in the flow direction of the released airbag gas, wherein, between igniter and filling valve, there is arranged a filter housing through which an airbag-gas flow of the released airbag gas flows along a filter-housing longitudinal axis (L Z) from an inlet to an outlet, characterized in that, upstream of the outlet, there is arranged a vortex-induction device for the purpose of generating a vortex in the airbag-gas flow, wherein the outlet and the inlet are arranged coaxially with respect to one another and in particular coaxially with respect to the filter-housing longitudinal axis (L Z). - an airbag, which, in operation, is filled with an airbag gas; - a gas generator, which serves for providing the airbag gas for the airbag; and - a filling valve, which is arranged between gas generator and airbag and serves for metering the airbag gas from the gas generator into the airbag, wherein the gas generator has an igniter for release of the airbag gas, wherein the igniter is arranged upstream of the filling valve in the flow direction of the released airbag gas, wherein, between igniter and filling valve, there is arranged a filter housing through which an airbag-gas flow of the released airbag gas flows along a filter-housing longitudinal axis (L Z) from an inlet to an outlet, characterized in that, upstream of the outlet, there is arranged a vortex-induction device for the purpose of generating a vortex in the airbag-gas flow, wherein the outlet and the inlet are arranged coaxially with respect to one another and in particular coaxially with respect to the filter-housing longitudinal axis (L Z).
An oncolytic virus comprising inserted in its genome a nucleic acid molecule encoding one or more immune checkpoint modulator(s), wherein said oncolytic virus is an oncolytic vaccinia virus defective for Ribonucleotide reductase activity resulting from inactivating mutations in the viral I4L gene.
An index output device comprising: an electric stimulation section configured to apply an electric stimulus to a living body; an acquisition section configured to acquire a plurality of physiological responses from a living body in response to the common electric stimulus applied to the living body by the electric stimulation section; a calculation section configured to calculate, based on the plurality of responses of the living body acquired by the acquisition section, an index related to a level of muscular relaxation and an index related to a level of analgesia; and an output section configured to output the calculated indexes. an electric stimulation section configured to apply an electric stimulus to a living body; an acquisition section configured to acquire a plurality of physiological responses from a living body in response to the common electric stimulus applied to the living body by the electric stimulation section; a calculation section configured to calculate, based on the plurality of responses of the living body acquired by the acquisition section, an index related to a level of muscular relaxation and an index related to a level of analgesia; and an output section configured to output the calculated indexes.
A grille shutter device (10, 30) adapted to be arranged at a front portion of a vehicle body, comprising: a frame fixed to a lower structure of the vehicle body to thereby configure an air flow passage for the air flowing from a grille opening portion which is formed at a front portion of the vehicle body; a main air inlet (15, 35) which is formed at the frame, and the main air inlet (15, 35) is taking air to flow the air to a specific heat exchanger arranged in the vehicle body; a shutter mechanism (11, 31) arranged at the main air inlet (15, 35), the shutter mechanism (11, 31) opening and closing to control a flow rate of the air flowing from the main air inlet (15, 35) to the specific heat exchanger; and a bypass air inlet (21, 41) which is formed at the frame, and the bypass air inlet (21, 41) is allowing the air to bypass the shutter mechanism (11, 31) to guide the air to the specific heat exchanger. a frame fixed to a lower structure of the vehicle body to thereby configure an air flow passage for the air flowing from a grille opening portion which is formed at a front portion of the vehicle body; a main air inlet (15, 35) which is formed at the frame, and the main air inlet (15, 35) is taking air to flow the air to a specific heat exchanger arranged in the vehicle body; a shutter mechanism (11, 31) arranged at the main air inlet (15, 35), the shutter mechanism (11, 31) opening and closing to control a flow rate of the air flowing from the main air inlet (15, 35) to the specific heat exchanger; and a bypass air inlet (21, 41) which is formed at the frame, and the bypass air inlet (21, 41) is allowing the air to bypass the shutter mechanism (11, 31) to guide the air to the specific heat exchanger.
A printing apparatus configured to perform printing by using different types of ink and to replenish ink by exchanging a corresponding one of different exchange ink tanks (430a, 430b, 430c) attached to the printing apparatus at different installation locations in correspondence with the different types of ink, the printing apparatus comprising: receiving means for receiving ink information representing an ink type based on a user instruction; detection means (410, 131) for detecting that the exchange ink tank has changed to an empty state; and control means configured to determine that the exchange ink tank can be exchanged based on whether the detection means detects that the exchange ink tank is in the empty state, wherein the receiving means is capable of receiving the ink information representing an ink type without attaching an exchange ink tank to an installation location, said ink information including first ink information (420a, 420b, 420c) associated with the exchange ink tank and second ink information (421a, 421b, 421c) associated with the installation location, and the control means is adapted to determine whether the first ink information and the second ink information received by the receiving means are compatible and to determine that the exchange ink tank can be exchanged if the detection means detects that the exchange ink tank attached to the installation location is in the empty state and if it is determined that the first ink information and the second ink information are compatible. receiving means for receiving ink information representing an ink type based on a user instruction; detection means (410, 131) for detecting that the exchange ink tank has changed to an empty state; and control means configured to determine that the exchange ink tank can be exchanged based on whether the detection means detects that the exchange ink tank is in the empty state, wherein the receiving means is capable of receiving the ink information representing an ink type without attaching an exchange ink tank to an installation location, said ink information including first ink information (420a, 420b, 420c) associated with the exchange ink tank and second ink information (421a, 421b, 421c) associated with the installation location, and the control means is adapted to determine whether the first ink information and the second ink information received by the receiving means are compatible and to determine that the exchange ink tank can be exchanged if the detection means detects that the exchange ink tank attached to the installation location is in the empty state and if it is determined that the first ink information and the second ink information are compatible.
A method for concreting railway slab track, proceeding from an initial position in which the track is previously mounted, suspended and fixed in the final position and pending concreting on the existing base on which it has been settled so that once the concrete has set, it constitutes the slab of the slab track, comprising the following phase: - placing two auxiliary parallel rails one at each side and at the exterior of the track under construction and the slab once it has been concreted, supported on platforms, semi-platforms or adjacent lateral spaces, wherein one or various autonomous devices or hoppers move on said two auxiliary parallel rails, characterized in that said hoppers are capable of loading concrete, transporting it and pouring it in a controlled manner on the track to be concreted, all these operations therefore being carried out in the space present on the track itself under construction; and in that the method further comprises the following phases: - transporting the concrete from a concrete supply point to the pouring area on the track under construction in devices or hoppers which move by rolling on said auxiliary rails; - pouring the concrete on the track under construction in a controlled manner, distributing it uniformly along the same to form the concrete slab, by means of at least one device or hopper which moves in an autonomous and controlled manner on the auxiliary rails. - placing two auxiliary parallel rails one at each side and at the exterior of the track under construction and the slab once it has been concreted, supported on platforms, semi-platforms or adjacent lateral spaces, wherein one or various autonomous devices or hoppers move on said two auxiliary parallel rails, characterized in that said hoppers are capable of loading concrete, transporting it and pouring it in a controlled manner on the track to be concreted, all these operations therefore being carried out in the space present on the track itself under construction; and in that the method further comprises the following phases: - transporting the concrete from a concrete supply point to the pouring area on the track under construction in devices or hoppers which move by rolling on said auxiliary rails; - pouring the concrete on the track under construction in a controlled manner, distributing it uniformly along the same to form the concrete slab, by means of at least one device or hopper which moves in an autonomous and controlled manner on the auxiliary rails. - transporting the concrete from a concrete supply point to the pouring area on the track under construction in devices or hoppers which move by rolling on said auxiliary rails; - pouring the concrete on the track under construction in a controlled manner, distributing it uniformly along the same to form the concrete slab, by means of at least one device or hopper which moves in an autonomous and controlled manner on the auxiliary rails.
Method of forming droplets in a multi-phase system, wherein: - a phase to be dispersed is forced through an orifice or opening into a flow of a first continuous phase so that the phase to be dispersed forms droplets in the first continuous phase, wherein the phase to be dispersed is immiscible in the first continuous phase and wherein during droplet formation the first continuous phase lacks any surfactant; and wherein - subsequent to droplet formation, surfactant is added to the flow of the first continuous phase comprising the droplets of the phase to be dispersed. - a phase to be dispersed is forced through an orifice or opening into a flow of a first continuous phase so that the phase to be dispersed forms droplets in the first continuous phase, wherein the phase to be dispersed is immiscible in the first continuous phase and wherein during droplet formation the first continuous phase lacks any surfactant; and wherein - subsequent to droplet formation, surfactant is added to the flow of the first continuous phase comprising the droplets of the phase to be dispersed.
A synthetic pediatric formula for use in treating or preventing an enteric rotavirus induced infection in an infant, toddler, or child, the synthetic pediatric formula comprising from 0.001 mg/mL to 20 mg/mL of a human milk oligosaccharide and from 5 mg/L to 350 mg/L of a nucleotide, wherein the human milk oligosaccharide comprises from 0.001 mg/mL to 20 mg/mL of 3'-sialyllactose, 6'-sialyllactose, sialic acid and combinations thereof or from 0.001 mg/mL to 20 mg/mL of lacto-N-neotetraose,
A method for screening augmented reality AR content, comprising: shooting, by a terminal, a panoramic photo of a location of the terminal when an application that is in the terminal and for acquiring location information is triggered, and determining location information of the terminal and related information of a first target according to the panoramic photo; sending (S 102), by the terminal, a first request message to a server, wherein the first request message carries an identifier of the terminal and the location information of the terminal; characterized by receiving, by the terminal, a first response message that carries at least one behavior and is from the server, wherein the at least one behavior is determined by the server according to the identifier of the terminal, the location information of the terminal, and conditional probabilities of different behaviors; sending, by the terminal, a second request message to the server when determining that a first behavior in the at least one behavior is selected, wherein the second request message carries information about the first behavior; receiving, by the terminal, a second response message that carries AR content corresponding to the first behavior and that is from the server; and presenting, by the terminal, the first target and the AR content after combination according to the related information of the first target. shooting, by a terminal, a panoramic photo of a location of the terminal when an application that is in the terminal and for acquiring location information is triggered, and determining location information of the terminal and related information of a first target according to the panoramic photo; sending (S 102), by the terminal, a first request message to a server, wherein the first request message carries an identifier of the terminal and the location information of the terminal;
Module for forming a mobile protective wall for flood protection, wherein the module has a first end face and a second end face which lies opposite the first end face, wherein the first end face has an undercut groove and the second end face has a protrusion which corresponds to the groove, wherein the protrusion is designed for the detachable formation of a pivot connection with a further module having the first end face, wherein the pivot connection is pivotable about a predeterminable pivot angle, characterized in that a further groove, which is formed substantially equally to the groove of the first end face, is arranged on a first longitudinal side of the module.
Battery pack for a vehicle, the battery pack comprising a plurality of electrically connected battery cells and at least one current interruption device, wherein the at least one current interruption device comprises a movable pressure sensitive element which is engaged by a pressure rise inside the battery pack and whose engagement leads to an electrical disconnection of one or more battery cells, characterized in that the pressure sensitive element and the current interruption device are arranged in an open parallel circuit including at least one battery cell, wherein the current interruption device is designed to disconnect the electric connection of the battery cells upon closing of the parallel circuit, wherein the current interruption device comprises a cutting member to physically cut the electrical connection of the battery cells, wherein the parallel circuit is designed to become closed upon engagement of the pressure sensitive element and the electrical connection of the battery cells is disconnected with the cutting member which is supplied with electric power when the parallel circuit is closed.
An apparatus for producing a bagworm silk thread, comprising: a movable rail configured to move in a longitudinal direction; and a fixator configured to fix a bagworm, wherein the movable rail has a width smaller than the maximum width between the right and left legs of the bagworm when fixed to the fixator, and is configured to be held by the legs of the bagworm, and the fixator is placed at a position such that the fixed bagworm can hold the movable rail. a movable rail configured to move in a longitudinal direction; and a fixator configured to fix a bagworm, wherein the movable rail has a width smaller than the maximum width between the right and left legs of the bagworm when fixed to the fixator, and is configured to be held by the legs of the bagworm, and the fixator is placed at a position such that the fixed bagworm can hold the movable rail.
Cabin leveling device for a truck or tractor cabin with sleeping accommodation, including: an actuator (23A; 29) adapted to be operatively associated with suspension means (19, 21, 25, 27, 31) between at least one front wheel (11; 13) of a truck or tractor supported on an earth surface and the cabin of the truck or tractor; and a control device arranged for selectively operating the actuator (23A; 29) to alter an angular position of the cabin with respect to a horizontal reference level, only by increasing or diminishing a distance between the cabin and the at least one front wheel (11; 13) when the truck or tractor is parked, characterized in that the actuator (23A; 29) is a hydraulic actuator, and the control device is a cabin tilt pump comprising a 4-position hydraulic valve. an actuator (23A; 29) adapted to be operatively associated with suspension means (19, 21, 25, 27, 31) between at least one front wheel (11; 13) of a truck or tractor supported on an earth surface and the cabin of the truck or tractor; and a control device arranged for selectively operating the actuator (23A; 29) to alter an angular position of the cabin with respect to a horizontal reference level, only by increasing or diminishing a distance between the cabin and the at least one front wheel (11; 13) when the truck or tractor is parked, characterized in that the actuator (23A; 29) is a hydraulic actuator, and the control device is a cabin tilt pump comprising a 4-position hydraulic valve.
A method of DC voltage - DC voltage conversion comprising the steps of: providing DC voltage; generating a succession of controlling square pulses having adjustable pulse ratio; periodically connecting by means of a controllable switch an inductive load to outputs of a source of this DC voltage using the succession of controlling square pulses; generating pulse current flowing through the inductive load to thereby convert the DC voltage to a pulse voltage wherein the pulse voltage is further converted to an output DC voltage; and limiting the pulse current, characterised in that said limiting the pulse current is performed by means of an electronically-controlled resistor connected in series with the inductive load, the resistance of the electronically-controlled resistor being controlled by a control signal the value of which depends on the output DC voltage, whereby decreasing the level of electromagnetic noise radiated to the environment is achieved.
An MRI-guided cardiac interventional system, comprising: a circuit configured to: (a) generate near-real-time MRI images of at least a portion of a heart of a patient using relevant anatomical scan planes associated with a 3-D MRI image space having a coordinate system; (b) identify coordinates in the MRI image space coordinate system associated with the location of at least a distal portion of a flexible intrabody catheter in the 3-D MRI image space_using tracking coil data from tracking coils on the distal end portion of the catheter; and (c) render interactive near-RT visualizations of at least the distal end portion of the catheter in the 3-D image space with a three-dimensional physical representation, wherein the catheter is not required to be in any of the relevant anatomical scan planes used to obtain MR data for the near-RT MRI images, and wherein the tracking coils are connected to coaxial cables that are each connected to different channels (lOch) of an MRI scanner, wherein the circuit directs the MRI scanner to generate a tracking sequence and an imaging sequence, and wherein the tracking sequence is carried out independently of the imaging sequence. a circuit configured to: (a) generate near-real-time MRI images of at least a portion of a heart of a patient using relevant anatomical scan planes associated with a 3-D MRI image space having a coordinate system; (b) identify coordinates in the MRI image space coordinate system associated with the location of at least a distal portion of a flexible intrabody catheter in the 3-D MRI image space_using tracking coil data from tracking coils on the distal end portion of the catheter; and (c) render interactive near-RT visualizations of at least the distal end portion of the catheter in the 3-D image space with a three-dimensional physical representation, wherein the catheter is not required to be in any of the relevant anatomical scan planes used to obtain MR data for the near-RT MRI images, and wherein the tracking coils are connected to coaxial cables that are each connected to different channels (lOch) of an MRI scanner, wherein the circuit directs the MRI scanner to generate a tracking sequence and an imaging sequence, and wherein the tracking sequence is carried out independently of the imaging sequence.