mhurhangee/ep-ind-claims huggingface dataset:
A rotorcraft, comprising: a body; a power train coupled to the body and comprising a power source and a drive shaft coupled to the power source; a main rotor system coupled to the power train, the main rotor system comprising at least one main rotor blade; an anti-torque rotor system coupled to the body, the anti-torque rotor system comprising at least one anti-torque rotor blade operable to provide a first force on the body in the direction of rotation of the at least one main rotor blade; an anti-torque rotor enhancement system, comprising: an aerodynamic structure having an opening therethrough and an airfoil surface; and a support structure coupling the aerodynamic structure to the body such that the opening is positioned proximate to a rotation path of the at least one anti-torque rotor blade; and characterized by further comprising an adjustable anti-torque rudder system coupled to the body, the anti-torque rudder system comprising at least one rudder surface operable to provide a second force on the body in the direction of rotation of the at least one main rotor blade. a body; a power train coupled to the body and comprising a power source and a drive shaft coupled to the power source; a main rotor system coupled to the power train, the main rotor system comprising at least one main rotor blade; an anti-torque rotor system coupled to the body, the anti-torque rotor system comprising at least one anti-torque rotor blade operable to provide a first force on the body in the direction of rotation of the at least one main rotor blade; an anti-torque rotor enhancement system, comprising: an aerodynamic structure having an opening therethrough and an airfoil surface; and a support structure coupling the aerodynamic structure to the body such that the opening is positioned proximate to a rotation path of the at least one anti-torque rotor blade; and characterized by further comprising an aerodynamic structure having an opening therethrough and an airfoil surface; and a support structure coupling the aerodynamic structure to the body such that the opening is positioned proximate to a rotation path of the at least one anti-torque rotor blade; and characterized by further comprising an adjustable anti-torque rudder system coupled to the body, the anti-torque rudder system comprising at least one rudder surface operable to provide a second force on the body in the direction of rotation of the at least one main rotor blade.
A method for assigning a tag with an action for a network device within a network comprising a management server, a control device and the network device, the tag comprising a unique tag identification number, UID, and a uniform resource locator, URL, of the management server, the method comprising: reading the tag by the control device, reading the URL by the control device and connecting the control device with the management server, in case the tag has no action assigned, selecting an action to be performed by the network device for the tag from a list included in the control device, and informing the management server about the selected action, to enable the management server to store the selected action in a memory of the management server, and informing the network device to perform the action. reading the tag by the control device, reading the URL by the control device and connecting the control device with the management server, in case the tag has no action assigned, selecting an action to be performed by the network device for the tag from a list included in the control device, and informing the management server about the selected action, to enable the management server to store the selected action in a memory of the management server, and informing the network device to perform the action.
Process for brewing a beverage in a beverage brewing system, said system comprising I) a water inlet line ii) means for controlling the flow of water connected to said water inlet line iii) at least one water heating device (F; G) for heating water to a predetermined temperature connected downstream to and in communication with said means for controlling flow of water iv) a water dispenser connected downstream to and in communication with said at least one water heating device, said water dispenser comprising means for controllable dispense of water v) optionally a water distribution device arranged to receive dispensed water from said water dispenser vi) a beverage substance container arranged to receive dispensed water from said water dispenser or said water distribution device vii) a beverage container arranged to receive dispensed beverage from said beverage substance container wherein the flow rate of water in said system is adjusted so as to correspond to a predetermined water temperature in the water dispenser. I) a water inlet line ii) means for controlling the flow of water connected to said water inlet line iii) at least one water heating device (F; G) for heating water to a predetermined temperature connected downstream to and in communication with said means for controlling flow of water iv) a water dispenser connected downstream to and in communication with said at least one water heating device, said water dispenser comprising means for controllable dispense of water v) optionally a water distribution device arranged to receive dispensed water from said water dispenser vi) a beverage substance container arranged to receive dispensed water from said water dispenser or said water distribution device vii) a beverage container arranged to receive dispensed beverage from said beverage substance container
Product range for cleaning breathing apparatuses, including at least two holders, wherein the holders include: - a first holder for cleaning breathing masks and breathing valves, including at least one mask holding device for positioning at least one breathing mask, additionally comprising at least one breathing valve holding device for positioning at least one breathing valve and at least one pressurizing device with at least one pressure connection, wherein the pressure connection is connectable to the breathing valve and wherein the pressurizing device is set up to apply pressurized gas to the breathing valves during cleaning, and - at least one second holder for cleaning carrying frameworks for pressurized gas cylinders for breathing apparatuses, including at least one carrying framework holding device for positioning at least one carrying framework, wherein the holders are dimensioned in such a manner that they can be moved into a cleaning apparatus for cleaning the breathing apparatuses so as to be exchangeable, characterized in that the first holder additionally comprises at least one small parts basket, wherein the small parts basket is set up for receiving accessory parts during a cleaning operation, wherein the holders comprise in each case a basic basket and in each case at least one attachment (200, 262, 278, 282), wherein the basic basket of the holders is structurally the same and wherein the attachments (200, 262, 278, 282) of the holders differ. - a first holder for cleaning breathing masks and breathing valves, including at least one mask holding device for positioning at least one breathing mask, additionally comprising at least one breathing valve holding device for positioning at least one breathing valve and at least one pressurizing device with at least one pressure connection, wherein the pressure connection is connectable to the breathing valve and wherein the pressurizing device is set up to apply pressurized gas to the breathing valves during cleaning, and - at least one second holder for cleaning carrying frameworks for pressurized gas cylinders for breathing apparatuses, including at least one carrying framework holding device for positioning at least one carrying framework, wherein the holders are dimensioned in such a manner that they can be moved into a cleaning apparatus for cleaning the breathing apparatuses so as to be exchangeable, characterized in that the first holder additionally comprises at least one small parts basket, wherein the small parts basket is set up for receiving accessory parts during a cleaning operation, wherein the holders comprise in each case a basic basket and in each case at least one attachment (200, 262, 278, 282), wherein the basic basket of the holders is structurally the same and wherein the attachments (200, 262, 278, 282) of the holders differ.
A transport carrier for transporting a hanging article on an overhead conveying device, comprising - a base body which forms side walls located opposite one another, - a supporting body which is formed for receiving the hanging article, - a plurality of rollers, and - a secondary element of a linear motor, which secondary element can cooperate with a stationary primary element of the linear motor in order to exert a driving force on the transport carrier, wherein - the side walls are connected at a base end via a base, so that the side walls and the base delimit a transport carrier interior for receiving the stationary primary element of the linear motor, and - the secondary element is arranged on the inner side on the base body, characterized in that the rollers are arranged on the outer side and are rotatably mounted on the side walls of the base body. - a base body which forms side walls located opposite one another, - a supporting body which is formed for receiving the hanging article, - a plurality of rollers, and - a secondary element of a linear motor, which secondary element can cooperate with a stationary primary element of the linear motor in order to exert a driving force on the transport carrier, wherein - the side walls are connected at a base end via a base, so that the side walls and the base delimit a transport carrier interior for receiving the stationary primary element of the linear motor, and - the secondary element is arranged on the inner side on the base body, characterized in that the rollers are arranged on the outer side and are rotatably mounted on the side walls of the base body.
A computer-implemented method for identifying times of activation of the myocardium, comprising: receiving a bipolar signal from a pair of electrodes in proximity to a myocardium of a human subject; receiving a unipolar signal from a selected one of the pair of electrodes; pre-processing the bipolar signal and the unipolar signal, wherein pre-processing comprises removing baseline wander, applying a low pass filter and differentiation; extracting features for each of a plurality of candidate annotations, wherein the extracted features comprise a time duration of a downslope segment of the unipolar signal; discarding candidate annotations based on a subset of the extracted features; discarding one candidate annotation from any pairs of candidate annotations which arise from a single activation; computing a score for each candidate annotation based on the extracted features, wherein computing the score comprises computing the score based on the time duration of the downslope segment of the unipolar signal; and identifying candidate annotations for which the score is greater than a score threshold as times of activation of the myocardium. receiving a bipolar signal from a pair of electrodes in proximity to a myocardium of a human subject; receiving a unipolar signal from a selected one of the pair of electrodes; pre-processing the bipolar signal and the unipolar signal, wherein pre-processing comprises removing baseline wander, applying a low pass filter and differentiation; extracting features for each of a plurality of candidate annotations, wherein the extracted features comprise a time duration of a downslope segment of the unipolar signal; discarding candidate annotations based on a subset of the extracted features; discarding one candidate annotation from any pairs of candidate annotations which arise from a single activation; computing a score for each candidate annotation based on the extracted features, wherein computing the score comprises computing the score based on the time duration of the downslope segment of the unipolar signal; and identifying candidate annotations for which the score is greater than a score threshold as times of activation of the myocardium.
A piston for an internal combustion engine, wherein the piston has an upper end and a lower end between which a central axis and a peripheral envelope surface extend, wherein the upper end comprises an annular top surface defining a plane and a piston bowl configured to form part of a combustion chamber, wherein the piston bowl is recessed with respect to the annular top surface and comprises a central bottom portion sloping downward from a central point located on the central axis and a side wall surrounding the central bottom portion, the side wall comprising: - an upper side wall portion sloping downward and radially inward from the annular top surface, - a concave lower side wall portion defining a lowest level of the piston bowl, extending from the central bottom portion toward the upper side wall portion, - a knee formed in a transition between the upper side wall portion and the concave lower side wall portion, projecting toward the central axis, wherein, as seen in a section taken in a vertical plane including the central axis, the piston bowl has a two dimensional profile comprising two profile portions (20a, 20b) located on opposite sides of the central axis, characterised in that, if the vertical plane in which the section is taken is revolved around the central axis, each one of the profile portions (20a, 20b) is displaced in and out with respect to the central axis in dependence on an oscillating function, so that all parts of the side wall are displaced with respect to the central axis in dependence on the oscillating function, so that a distance from the central axis to the side wall varies with an angular displacement (θ) of the vertical plane around the central axis, and wherein the oscillating function is a smooth trigonometric function. - an upper side wall portion sloping downward and radially inward from the annular top surface, - a concave lower side wall portion defining a lowest level of the piston bowl, extending from the central bottom portion toward the upper side wall portion, - a knee formed in a transition between the upper side wall portion and the concave lower side wall portion, projecting toward the central axis, wherein, as seen in a section taken in a vertical plane including the central axis, the piston bowl has a two dimensional profile comprising two profile portions (20a, 20b) located on opposite sides of the central axis, characterised in that, if the vertical plane in which the section is taken is revolved around the central axis, each one of the profile portions (20a, 20b) is displaced in and out with respect to the central axis in dependence on an oscillating function, so that all parts of the side wall are displaced with respect to the central axis in dependence on the oscillating function, so that a distance from the central axis to the side wall varies with an angular displacement (θ) of the vertical plane around the central axis, and wherein the oscillating function is a smooth trigonometric function.
An antenna system, comprising a receiver set (601, 901), a transmitter set (602, 902), and an antenna array, wherein the receiver set (601, 901) comprises a plurality of receivers, and the transmitter set (602, 902) comprises a plurality of transmitters; and the antenna array comprises a first antenna unit set (604, 903) and a second antenna unit set (605, 904); the first antenna unit set (604, 903) comprises at least one first target antenna unit, the second antenna unit set (605, 904) comprises at least one second target antenna unit, and any one of the at least one first target antenna unit and any one of the at least one second target antenna unit are different antenna units; and any one of the at least one first target antenna unit is only connected to any receiver in the receiver set (601, 901), and any one of the at least one second target antenna unit is only connected to any transmitter in the transmitter set (602, 902), wherein the first antenna unit set (604, 903) comprises a plurality of first target antenna units, the plurality of first target antenna units are adjacently arranged in the antenna array; wherein the second antenna unit set (605, 904) comprises a plurality of second target antenna units, the plurality of second target antenna units are adjacently arranged in the antenna array, wherein the antenna array further comprises a fourth antenna unit set, the fourth antenna unit set comprises at least one fourth target antenna unit, and any one of the at least one fourth target antenna unit comprises a first antenna element and a second antenna element; the first antenna element is only connected to any receiver in the receiver set (601, 901), and the second antenna element is only connected to any transmitter in the transmitter set (602, 902) and wherein the first antenna element and the second antenna element are corresponding to different polarizations.
A method for manufacturing an electrode, the method comprising: a first coating step of forming a first electrode mixture layer on one surface of a metal thin film for a current collector, which has a taping region in which a tape is bonded; a first drying step of drying the metal thin film where the first electrode mixture layer has been formed; a second coating step of forming a second electrode mixture layer on an opposite surface of a surface where the first electrode mixture layer of the first dried metal thin film; a second drying step of drying the metal thin film where the second electrode mixture layer has been formed, and a tape removing step of removing the tape in the taping region, wherein the metal thin film for the current collector includes the taping region formed at an opposite end of the coating start point, based on a coating direction in the first coating step. a first coating step of forming a first electrode mixture layer on one surface of a metal thin film for a current collector, which has a taping region in which a tape is bonded; a first drying step of drying the metal thin film where the first electrode mixture layer has been formed; a second coating step of forming a second electrode mixture layer on an opposite surface of a surface where the first electrode mixture layer of the first dried metal thin film; a second drying step of drying the metal thin film where the second electrode mixture layer has been formed, and a tape removing step of removing the tape in the taping region, wherein the metal thin film for the current collector includes the taping region formed at an opposite end of the coating start point, based on a coating direction in the first coating step.
Tread for a pneumatic tyre, having a plurality of tread components each having a respective contact surface, wherein at least one of said components comprises a sipe having a sipe extension and a sipe depth along a direction of wear substantially orthogonal to said contact surface, wherein said sipe has at least two sections (S1, S2) along said direction of wear having respective differentiated conformations, such that an intersection profile (P1, P2) between the sipe and a surface (T1, T2) parallel to the contact surface of the tread is different for each of said at least two sections (S1, S2), wherein at least one surface section of said at least two sections (S1, S2) has a depth that is variable along said sipe extension, said at least two sections (S1, S2) being connected by a transition section which defines a transition line between said surface section and said transition section, said variable depth of said surface section, presenting a maximum depth (PSMAX) and a minimum depth (PSMIN), said variable depth varying in a continuous manner between said maximum depth (PSMAX) and said minimum depth (PSMIN) with respect to said transition line along said sipe extension characterized in that said surface section has a substantially twisted conformation, arranged in such a manner that a surface parallel to the contact surface of the tread always intersects it along a straight line that is oriented differently with respect to a longitudinal extension line of the tread as a function of depth. wherein said sipe has at least two sections (S1, S2) along said direction of wear having respective differentiated conformations, such that an intersection profile (P1, P2) between the sipe and a surface (T1, T2) parallel to the contact surface of the tread is different for each of said at least two sections (S1, S2), wherein at least one surface section of said at least two sections (S1, S2) has a depth that is variable along said sipe extension, said at least two sections (S1, S2) being connected by a transition section which defines a transition line between said surface section and said transition section, said variable depth of said surface section, presenting a maximum depth (PSMAX) and a minimum depth (PSMIN), said variable depth varying in a continuous manner between said maximum depth (PSMAX) and said minimum depth (PSMIN) with respect to said transition line along said sipe extension characterized in that said surface section has a substantially twisted conformation, arranged in such a manner that a surface parallel to the contact surface of the tread always intersects it along a straight line that is oriented differently with respect to a longitudinal extension line of the tread as a function of depth.
A greenhouse screen comprising strips of film material that are interconnected by a yarn system of transverse threads (12, 14, 18) and longitudinal threads (13a, 13b; 15; 19) by means of knitting, warp-knitting or weaving process to form a continuous product, wherein at least some of the strips comprise a film in the form of a single- or multilayer polyester film characterized in that said film contains at least 1.0 wt. -% SiO 2 -particles, and a maximum of 2.5 wt. -% SiO 2 -particles, said SiO 2 -particles having a particle size d50 of 5-7 μm; and the film has a spreading factor SF of at least 2 and not more than 8, the spreading factor SF being the transparency measured according to ASTM D-1003-61, Method A / transparency measured before light exit opening.
A method of producing at least one conversion plate for a radiation-emitting semiconductor device, in which a base material with a conversion material contained therein is applied to a substrate by means of a double-layer stencil, characterized in that the stencil has apertures, the apertures having two regions which are arranged vertically one above the other, wherein the shaping region facing the substrate reproduces the shape of the conversion plate to be produced and the region facing away from the substrate has a lattice structure for stabilising the stencil, wherein each lattice structure is composed of a plurality of structural openings which are arranged in a lattice-like manner and in each case one structural opening of the lattice structure has a smaller lateral extent than the shaping region, so that a plurality of structural openings of the lattice structure arranged in a matrix-like manner are arranged above each shaping region.