mhurhangee/ep-ind-claims huggingface dataset:
An insulating panel for mounting on a surface of a structural element of a building, the panel comprising: an inner layer of insulating material for mounting on the surface of the structural element; an outer layer of insulating material, the inner layer and outer layer being respectively arranged such that an air gap is formed within the panel between an inside surface of the inner layer and an inside surface of the outer layer, and such that air can pass between the air gap and the exterior of the panel via a peripheral edge of the panel; wherein the surface heat transfer coefficient of the inner layer is greater than the surface heat transfer coefficient of the outer layer; characterised in that the air gap is formed by a plurality of grooves on the inside surface of the inner layer and a further plurality of grooves on the inside surface of the outer layer, the surfaces of the respective grooves forming the respective inner surfaces of the inner and outer layers; and in that the surface of the grooves of the inner layer has a rougher texture than the surface of the grooves of the outer layer. an inner layer of insulating material for mounting on the surface of the structural element; an outer layer of insulating material, the inner layer and outer layer being respectively arranged such that an air gap is formed within the panel between an inside surface of the inner layer and an inside surface of the outer layer, and such that air can pass between the air gap and the exterior of the panel via a peripheral edge of the panel;
Composition, particularly in the form of a cream, ointment, balm or a gel, for topical skin treatment, characterised in that it comprises, in a physiologically acceptable medium: - 1.0% to 50% by mass of argan oil, and - 0.05% to 2.5% by mass of hyaluronic acid, the latter being present optionally in the form of a physiologically acceptable salt, and having a molecular mass not exceeding 400 kDa. - 1.0% to 50% by mass of argan oil, and - 0.05% to 2.5% by mass of hyaluronic acid, the latter being present optionally in the form of a physiologically acceptable salt, and having a molecular mass not exceeding 400 kDa.
An input device for controlling an avatar in a computer-generated environment, comprising a walkable surface, using a detection means and a conveying device located at the installation site, and a guide attached to the conveying device with rolling bodies arranged in the guide and the rolling bodies providing the walkable surface for a person and at least some of the rolling bodies interact with the conveying device and the guide with rolling bodies is rotatable relative to the installation site about an axis of rotation which is perpendicular to the walkable surface, characterized in that the detection means detects the rotation of the person, about an axis perpendicular to the walkable surface, and this rotation influences the rotation of the guide.
A non-contact power supply apparatus comprising: a first coil; a second coil opposed to the first coil; and a sensor characterized in that the sensor includes: a plate-like insulator disposed between the first coil and the second coil; a transmitting main antenna part formed, in a straight shape, on a first face of the insulator; a transmitting sub antenna part formed on the first face of the insulator, intersecting the transmitting main antenna part, and electrically connected to the transmitting main antenna part; a transmitting circuit electrically connected to the transmitting main antenna part, and transmitting a signal; a receiving main antenna part formed, in a straight shape, on a second face, which is opposite the first face, of the insulator; a receiving sub antenna part formed on the second face of the insulator, intersecting the receiving main antenna part, and electrically connected to the receiving main antenna part; and a receiving circuit electrically connected to the receiving main antenna part, wherein the receiving circuit receives the signal through the receiving main antenna part and the receiving sub antenna part, and senses an object, except the insulator, between the first coil and the second coil, based on a change in a characteristic of the signal received. a first coil; a second coil opposed to the first coil; and a sensor characterized in that the sensor includes: a plate-like insulator disposed between the first coil and the second coil; a transmitting main antenna part formed, in a straight shape, on a first face of the insulator; a transmitting sub antenna part formed on the first face of the insulator, intersecting the transmitting main antenna part, and electrically connected to the transmitting main antenna part; a transmitting circuit electrically connected to the transmitting main antenna part, and transmitting a signal; a receiving main antenna part formed, in a straight shape, on a second face, which is opposite the first face, of the insulator; a receiving sub antenna part formed on the second face of the insulator, intersecting the receiving main antenna part, and electrically connected to the receiving main antenna part; and a receiving circuit electrically connected to the receiving main antenna part, a plate-like insulator disposed between the first coil and the second coil; a transmitting main antenna part formed, in a straight shape, on a first face of the insulator; a transmitting sub antenna part formed on the first face of the insulator, intersecting the transmitting main antenna part, and electrically connected to the transmitting main antenna part; a transmitting circuit electrically connected to the transmitting main antenna part, and transmitting a signal; a receiving main antenna part formed, in a straight shape, on a second face, which is opposite the first face, of the insulator; a receiving sub antenna part formed on the second face of the insulator, intersecting the receiving main antenna part, and electrically connected to the receiving main antenna part; and a receiving circuit electrically connected to the receiving main antenna part,
An assembly for an electrical machine, said assembly comprising: a plurality of component modules; and electrically conductive inlet and outlet manifolds (6, 10) that convey liquid dielectric coolant to and from the component modules and supply power to, or receive power from, the component modules; wherein the inlet manifold is connected to a primary inlet and the outlet manifold is connected to a primary outlet; the component modules being fluid-tight housings containing liquid dielectric coolant and power electronics components arranged within each fluid-tight housing, the power electronics components being at least partially immersed in the liquid dielectric coolant; wherein each fluid-tight housing includes an inlet pipe connected to the inlet manifold and an outlet pipe connected to the outlet manifold such that liquid dielectric coolant is supplied to the inlet manifold through the primary inlet, is conveyed to each of the fluid-tight housings through the inlet pipes, is conveyed from each of the fluid-tight housings through the outlet pipes to the outlet manifold, and is then discharged through the primary outlet such that, in use, liquid dielectric coolant is circulated through each of the fluid-tight housings to cool the power electronics components arranged within each fluid-tight housing. a plurality of component modules; and electrically conductive inlet and outlet manifolds (6, 10) that convey liquid dielectric coolant to and from the component modules and supply power to, or receive power from, the component modules;
A stack along a z-axis for a high-electron-mobility field-effect transistor, comprising: - a buffer layer comprising a first semiconductor material comprising a binary or ternary or quaternary nitride compound and having a first bandgap, - a barrier layer comprising a second semiconductor material comprising a binary or ternary or quaternary nitride compound and having a second bandgap, - the second bandgap being wider than the first bandgap, - a heterojunction between said buffer layer and said barrier layer and, - a two-dimensional electron gas located in an xy plane perpendicular to the z-axis and in the vicinity of the heterojunction, wherein: - said buffer layer comprises a zone (Vf) comprising fixed negative charges of density per unit volume ([Fv]) higher than or equal to 10 17 cm -3, said zone (Vf) having a thickness (t) smaller than or equal to 200 nm, characterized in that: the product of multiplication of the density per unit volume of fixed negative charges ([Fv]) by the thickness (t) of the zone (Vf) being comprised between 10 12 cm -2 and 3.10 13 cm -2, said fixed charges being obtained from acceptor-type impurities introduced into said buffer layer. - a buffer layer comprising a first semiconductor material comprising a binary or ternary or quaternary nitride compound and having a first bandgap, - a barrier layer comprising a second semiconductor material comprising a binary or ternary or quaternary nitride compound and having a second bandgap, - the second bandgap being wider than the first bandgap, - a heterojunction between said buffer layer and said barrier layer and, - a two-dimensional electron gas located in an xy plane perpendicular to the z-axis and in the vicinity of the heterojunction, - said buffer layer comprises a zone (Vf) comprising fixed negative charges of density per unit volume ([Fv]) higher than or equal to 10 17 cm -3, said zone (Vf) having a thickness (t) smaller than or equal to 200 nm, characterized in that: the product of multiplication of the density per unit volume of fixed negative charges ([Fv]) by the thickness (t) of the zone (Vf) being comprised between 10 12 cm -2 and 3.10 13 cm -2, said fixed charges being obtained from acceptor-type impurities introduced into said buffer layer. the product of multiplication of the density per unit volume of fixed negative charges ([Fv]) by the thickness (t) of the zone (Vf) being comprised between 10 12 cm -2 and 3.10 13 cm -2, said fixed charges being obtained from acceptor-type impurities introduced into said buffer layer.
A system for monitoring a patient to evaluate a respiratory insufficiency condition of a patient comprising, a flow generator configured to generate a flow of breathable gas at a pressure above atmospheric pressure to maintain a target measure of ventilation during delivery of a pressure treatment therapy of the patient's respiratory treatment; a sensor to generate a signal representative of pressure and associated with the pressure therapy treatment of the respiratory system of the patient; and a processor configured to control an evaluation of a severity change indicator based on a measure from the signal of the sensor, the measure comprising a measure of pressure generated by the flow generator in order to maintain the target measure of ventilation, the severity change indicator representing information about a change in severity of a respiratory insufficiency condition of the patient; wherein the severity change indicator is based on a change in the pressure measure with respect to one or more previously determined pressure measures.
An apparatus for adjusting a bicycle saddle angle in a seated position while driving, comprising: a saddle supporter for supporting a saddle; a bracket to which the saddle supporter is engaged rotatable, wherein the bracket is supported by a mount which is slidable upward and downward over the top of a saddle frame; a wire; and an operation switch to which the wire is connected, thus pulling the wire or removing the pulling of the wire, thus allowing to adjust the angle of the saddle in such a way to rotate the saddle supporter with respect to the bracket, characterized in that both ends of the wire are supported by the bracket, the wire being configured to connect the bracket and the saddle supporter in order for the saddle supporter to be rotatable with respect to the bracket. a saddle supporter for supporting a saddle; a bracket to which the saddle supporter is engaged rotatable, wherein the bracket is supported by a mount which is slidable upward and downward over the top of a saddle frame; a wire; and an operation switch to which the wire is connected, thus pulling the wire or removing the pulling of the wire, thus allowing to adjust the angle of the saddle in such a way to rotate the saddle supporter with respect to the bracket, characterized in that both ends of the wire are supported by the bracket, the wire being configured to connect the bracket and the saddle supporter in order for the saddle supporter to be rotatable with respect to the bracket.
A die-cast member made of a hypereutectic aluminum-silicon alloy containing 20.0% by mass to 30.0% by mass of silicon and optionally one or more selected from the group consisting of copper (Cu): 0.5% by mass to 1.5% by mass, magnesium (Mg): 0.5% by mass to 4.0% by mass, nickel (Ni): 0.5% by mass to 1.5% by mass, zinc (Zn): 0.2% by mass or less, iron (Fe): 0.8% by mass or less, manganese (Mn): 2.0% by mass or less, beryllium (Be): 0.001%) by mass to 0.01% by mass, phosphorus: 0.005% by mass to 0.03% by mass, sodium (Na): 0.001% by mass to 0.01% by mass, and strontium (Sr): 0.005% by mass to 0.03% by mass, with the balance being aluminum and inevitable impurities, characterised in that the die-cast member has a thickness of 1.0 mm or less and an average size of primary crystal Si is 0.04 mm to 0.20 mm.
Bacillus amyloliquefaciens QV15 deposited as CECT 9371, a microorganism from the group of Gram + bacteria, genus Bacillus, characterized by its capacity to stimulate the secondary metabolism of phenolic compounds in plant species, namely, flavonoids, anthocyanins, catechins and its capacity to increase the Brix degrees.
An instantaneous electric water heater for heating water by means of bare wires immersed in water, comprising a cold water inlet channel, a hot water outlet channel and a water heating area arranged between the inlet channel and the outlet channel, while the inlet channel, the outlet channel and the water heating area form a flow channel, at least one heating element arranged in the water heating area, at least one sensor for measuring the heated water temperature, a control unit for controlling the heating power of the heating elements, two separated measuring electrodes (20, 30) extending to the flow channel and having direct contact with water in the flow channel, a measuring device for continuously measuring the resistance of the water flowing through the flow channel, the measuring device is connected to the measuring electrodes (20, 30) by means of conductors (6, 7) and the measuring device is connected to the control unit, characterized in that the conductors (6, 7) are connected in parallel with a resistor with a resistance value of 0,5-2 kQ, preferably 1 kQ, to eliminate electromagnetic interference from the heating elements, the measuring device is designed so that it continuously measures the instantaneous resistance between the conductors (6, 7) using an alternating voltage of magnitude 0,5 V - 1,0 V and a frequency of 8 - 12 kHz, preferably a voltage of magnitude 0,7 V and a frequency of magnitude 10 kHz. a cold water inlet channel, a hot water outlet channel and a water heating area arranged between the inlet channel and the outlet channel, while the inlet channel, the outlet channel and the water heating area form a flow channel, at least one heating element arranged in the water heating area, at least one sensor for measuring the heated water temperature, a control unit for controlling the heating power of the heating elements, two separated measuring electrodes (20, 30) extending to the flow channel and having direct contact with water in the flow channel, a measuring device for continuously measuring the resistance of the water flowing through the flow channel, the measuring device is connected to the measuring electrodes (20, 30) by means of conductors (6, 7) and the measuring device is connected to the control unit, characterized in that the conductors (6, 7) are connected in parallel with a resistor with a resistance value of 0,5-2 kQ, preferably 1 kQ, to eliminate electromagnetic interference from the heating elements, the measuring device is designed so that it continuously measures the instantaneous resistance between the conductors (6, 7) using an alternating voltage of magnitude 0,5 V - 1,0 V and a frequency of 8 - 12 kHz, preferably a voltage of magnitude 0,7 V and a frequency of magnitude 10 kHz.
A method of jointly fitting or removing a piston and a cylinder liner in and/or from an engine block of an internal combustion engine, wherein during the fitting and/or removal operation the cylinder liner is supported or held on a contact shoulder arranged, preferably integrally formed, at a connecting rod of the piston, characterised in that during the fitting and/or removal operation the piston and the cylinder liner are pushed into the engine block and/or pulled out of the engine block while being held, preferably exclusively, at the piston.
An integrally woven preform (100, 200, 300, 400, 500) with stiffeners in two or more directions constructed from a woven base fabric woven from warp yarns or fibers and weft yarns or fibers, said base fabric comprising: a first woven fabric layer; a second woven fabric layer; a third woven fabric layer; a plurality of yarns interwoven between said first woven fabric layer and said second woven fabric layer, wherein said plurality of yarns are interwoven over a region between said first fabric layer and said second fabric layer, and said first fabric layer is folded relative to said second fabric layer to form in said preform a first integral off-axis stiffener perpendicular to the second fabric layer and oriented in a direction or angle other than 0 and +/-90 degrees relative to an axial warp or weft fiber direction of said second woven fabric layer, and a plurality of yarns interwoven between said second woven fabric layer and said third woven fabric layer, wherein said plurality of yarns are interwoven over a region between said second fabric layer and said third fabric layer, and said third fabric layer is folded relative to said second fabric layer such that a second integral off-axis stiffener is formed in said preform. a first woven fabric layer; a second woven fabric layer; a third woven fabric layer; a plurality of yarns interwoven between said first woven fabric layer and said second woven fabric layer, wherein said plurality of yarns are interwoven over a region between said first fabric layer and said second fabric layer, and said first fabric layer is folded relative to said second fabric layer to form in said preform a first integral off-axis stiffener perpendicular to the second fabric layer and oriented in a direction or angle other than 0 and +/-90 degrees relative to an axial warp or weft fiber direction of said second woven fabric layer, and a plurality of yarns interwoven between said second woven fabric layer and said third woven fabric layer, wherein said plurality of yarns are interwoven over a region between said second fabric layer and said third fabric layer, and said third fabric layer is folded relative to said second fabric layer such that a second integral off-axis stiffener is formed in said preform.
A method for performing wireless communication by a first device, the method comprising: receiving, from a second device through a physical sidelink control channel, PSCCH, sidelink control information, SCI, for scheduling a physical sidelink shared channel, PSSCH; receiving, from the second device through resource blocks for the PSSCH, a plurality of demodulation reference signals, DM-RSs, wherein the plurality of DM-RSs is received through a plurality of antenna ports; determining a reference signal received power, RSRP, value for the PSSCH based on the plurality of DM-RSs; compensating a first offset value for the RSRP value based on at least one DM-RS being performed frequency division multiplexing, FDM, with sidelink data, wherein the first offset value is a configured value; and compensating a second offset value for the RSRP value, wherein the RSRP value is determined as a sum of a plurality of RSRP measurement values, wherein the RSRP measurement values in the plurality of RSRP measurement values are measured RSRP values for each of the plurality of antenna ports, and wherein information related to whether the at least one DM-RS among the plurality of DM-RSs performs FDM with the sidelink data is transmitted via predefined signalling. receiving, from a second device through a physical sidelink control channel, PSCCH, sidelink control information, SCI, for scheduling a physical sidelink shared channel, PSSCH; receiving, from the second device through resource blocks for the PSSCH, a plurality of demodulation reference signals, DM-RSs, wherein the plurality of DM-RSs is received through a plurality of antenna ports; determining a reference signal received power, RSRP, value for the PSSCH based on the plurality of DM-RSs; compensating a first offset value for the RSRP value based on at least one DM-RS being performed frequency division multiplexing, FDM, with sidelink data, wherein the first offset value is a configured value; and compensating a second offset value for the RSRP value, wherein the RSRP value is determined as a sum of a plurality of RSRP measurement values, wherein the RSRP measurement values in the plurality of RSRP measurement values are measured RSRP values for each of the plurality of antenna ports, and wherein information related to whether the at least one DM-RS among the plurality of DM-RSs performs FDM with the sidelink data is transmitted via predefined signalling.
Method of assistance to at least one occupant of a vehicle involved in an accident, comprising a detection step for detecting a state of the vehicle resulting from the accident, an activation step for activating the means for measuring the physiological state of the occupant, a collection step for collecting the physiological data relating to the occupant by at least one dedicated measurement device, a recording step for recording the data collected, a sending step for sending a message containing the data relating to the physiological state of the occupant to a remote data storage server (SDSD), via a telematic control unit on board the vehicle, characterized in that the collection step for collecting the physiological data is carried out recurrently at a regular time interval from the time of detecting a state of the vehicle resulting from the accident, and in that the sending step for sending a message is carried out automatically after each recording of the data collected in the data collection step.
An enzyme ink composition, comprising an enzyme capable of selectively recognizing glucose in a blood sample, a mediator, and a first and a second fumed silica, wherein the first fumed silica comprises a BET measured surface area of about 130 to 170 m 2 /g and a carbon content of about 0.8 to about 1.23 weight percent and the second fumed silica comprises a BET measured surface area of about 270 to 330 m 2 /g and a carbon content of about 1.4 to about 2.6 weight percent.