mhurhangee/ep-ind-claims huggingface dataset:
A modular variable vane assembly for a compressor section of a gas turbine engine, comprising: an airfoil extending between a first end and a second end along an axis, the airfoil having a connector that extends from the first end and a pivot member that extends from the second end; an inner case defining a pivot opening that is arranged to receive the pivot member; an outer case defining a first opening that extends from a first outer case surface towards a second outer case surface along the axis, the first opening being arranged to receive the connector; the outer case further defining a first cavity that extends from the second outer case surface towards the first opening; a drive system provided with a trunnion arm having a trunnion head that extends along the axis through the first cavity and into the connector; and a retainer having a first retainer surface disposed on the outer case and a second retainer surface disposed opposite the first retainer surface, the retainer defining a second opening that extends from the second retainer surface towards the first retainer surface, characterized by the retainer defining a second cavity that extends from the first retainer surface towards the second opening and wherein the trunnion head extends between the first cavity and the second cavity. an airfoil extending between a first end and a second end along an axis, the airfoil having a connector that extends from the first end and a pivot member that extends from the second end; an inner case defining a pivot opening that is arranged to receive the pivot member; an outer case defining a first opening that extends from a first outer case surface towards a second outer case surface along the axis, the first opening being arranged to receive the connector; the outer case further defining a first cavity that extends from the second outer case surface towards the first opening; a drive system provided with a trunnion arm having a trunnion head that extends along the axis through the first cavity and into the connector; and a retainer having a first retainer surface disposed on the outer case and a second retainer surface disposed opposite the first retainer surface, the retainer defining a second opening that extends from the second retainer surface towards the first retainer surface, characterized by the retainer defining a second cavity that extends from the first retainer surface towards the second opening and wherein the trunnion head extends between the first cavity and the second cavity.
Data carrier, in particular value document such as a banknote, passport and the like, having a flexible substrate which has a substrate thickness and two opposing surfaces, and having a first and second tactile-detectable relief structure with a first and second relief height relative to the surface of the substrate, the first and the second tactile-detectable relief structure being arranged on the first and/or second surface of the substrate, substantially in mirror-image fashion and spaced apart laterally from each other in such a way that they can be aligned substantially completely by folding, bending, rolling or twisting the substrate, in order to form a third tactile-detectable relief structure with a third relief height which results from the sum of the first and second relief height and the twofold substrate thickness, characterized in that the relief elements of the first and second tactile-detectable relief structure each have a spacing of 3 mm to 15 mm from one another.
Device for recording at least one mechanical load magnitude occurring at a part of a biological system, wherein the device comprises an elastically deformable substrate layer arranged or arrangeable to absorb a load on the part, in particular an extremity, a joint or a bone, of the biological system, at which at least one measuring instrument forming a measuring point or a measuring field is arranged, which comprises at least one force and/or expansion sensor, characterised in that, the at least one measuring point or the at least one measuring field comprises at least two opposingly arranged measuring instruments, in particular force and/or expansion sensors, on the substrate layer.
Gas delivery control method for delivering a gas (gaseous fuel), the method comprising - providing a controllable gas valve having an input coupled to a gas supply and having an output, - coupling at least one appliance via a conduit with the output of the controllable gas valve, said at least one appliance having an appliance gas valve, - receiving a request signal from the at least one appliance indicative for a requested gas flow by the at least one appliance, - delivering gas via the controllable gas valve in accordance with the request signal, - upon absence of the request signal closing the controllable gas valve, - delivering an error signal if it is determined that the gas pressure at an output of the controllable gas valve decreases in a closed state of the controllable gas valve and of the appliance gas valve. - providing a controllable gas valve having an input coupled to a gas supply and having an output, - coupling at least one appliance via a conduit with the output of the controllable gas valve, said at least one appliance having an appliance gas valve, - receiving a request signal from the at least one appliance indicative for a requested gas flow by the at least one appliance, - delivering gas via the controllable gas valve in accordance with the request signal, - upon absence of the request signal closing the controllable gas valve, - delivering an error signal if it is determined that the gas pressure at an output of the controllable gas valve decreases in a closed state of the controllable gas valve and of the appliance gas valve.
An ultrasonic sensing device comprising: a sensing layer arranged between a driving electrode and a sensing electrode, wherein the sensing layer is configured to generate an electrical signal as a result of received ultrasound; and a first transistor comprising a first gate electrode connected to a selection line (Sk) and a second gate electrode connected to the sensing electrode, wherein the first transistor further comprises a first electrode connected to a sensing line and a second electrode connected to a first driving voltage line (VDDL) configured to receive a first driving voltage, wherein the ultrasonic sensing device further comprises a capacitor (Cp) comprising a first capacitor electrode connected to the second gate electrode of the first transistor and a second capacitor electrode configured to receive a second driving voltage. a sensing layer arranged between a driving electrode and a sensing electrode, wherein the sensing layer is configured to generate an electrical signal as a result of received ultrasound; and a first transistor comprising a first gate electrode connected to a selection line (Sk) and a second gate electrode connected to the sensing electrode, wherein the first transistor further comprises a first electrode connected to a sensing line and a second electrode connected to a first driving voltage line (VDDL) configured to receive a first driving voltage, wherein the ultrasonic sensing device further comprises a capacitor (Cp) comprising a first capacitor electrode connected to the second gate electrode of the first transistor and a second capacitor electrode configured to receive a second driving voltage.
Tumble dryer comprising a drying chamber for receiving laundry, process air, which is preferably heated, being applied to the chamber and the laundry located therein, and comprising a condensing device for removing humidity from the process air, which condensing device comprises a condensate collection container, the condensate collection container cooperating with a spray device which sprays the condensate into the drying chamber by means of a pump via a supply line and a nozzle in order to re-dampen the dried laundry, characterised in that the nozzle comprises a nozzle base body, a turbulence member and a nozzle cap which covers the turbulence member and the nozzle base body at least in part, in that the turbulence member is arranged in the nozzle cap as a separate component from the nozzle base body, and in that the turbulence member can be inserted in the nozzle cap in a defined position due to it being possible for said turbulence member to be screwed into the nozzle cap, and in that the nozzle cap comprises a stop, by means of which the defined position of the turbulence member is set.
A current collector for an electrode having, formed on a substrate containing a metal, a first electrically conductive layer containing a metal, a mixed layer containing carbon and a substance composing the first electrically conductive layer containing a metal in a mixed state, and a second electrically conductive layer consisting substantially of carbon, wherein the mixed layer is configured to have a composition which changes from a state containing substantially only the substance composing the first electrically conductive layer containing a metal to a state containing substantially only carbon, in a direction from the first electrically conductive layer containing a metal to the second electrically conductive layer.
A foldable structure comprising: at least two tubular structures, wherein the two tubular structures include a shared surface array which is continuous shared surfaces shared by the two tubular structures, characterized in that a twisting characteristic in the shared surface array of one tubular structure is in a direction opposite to the direction of the twisting characteristic in the shared surface array of the other tubular structure. at least two tubular structures, wherein the two tubular structures include a shared surface array which is continuous shared surfaces shared by the two tubular structures, characterized in that a twisting characteristic in the shared surface array of one tubular structure is in a direction opposite to the direction of the twisting characteristic in the shared surface array of the other tubular structure.
An in-vitro method of attenuating a cellular phenotype of a cell, the method comprising contacting a cell with a plasmid overexpressing U1 snRNA, wherein the cell is selected from the group consisting of an immune cell, an activated neuron, a stem cell, a cancer cell, and any combination thereof, and further wherein the cellular phenotype is selected from the group consisting of cell proliferation, activation, differentiation, oncogenicity, and any combination thereof.
An allowance setting system configured to: when a normal mounting position of an electronic component on a component mounting surface of a substrate is defined as a normal position, a deviation of an actual mounting position of the electronic component in a surface direction of the component mounting surface with respect to the normal position is defined as a linear surface direction deviation (Bx, By), and a deviation of the actual mounting position of the electronic component in a rotation direction within the component mounting surface with respect to the normal position is defined as an angular deviation (Bθ), set multiple linear surface direction inspection allowances characterized in that the linear surface direction inspection allowances are set according to the angular deviation (Bθ) for evaluating the linear surface direction deviation (Bx, By) in a substrate inspection before reflow. when a normal mounting position of an electronic component on a component mounting surface of a substrate is defined as a normal position, a deviation of an actual mounting position of the electronic component in a surface direction of the component mounting surface with respect to the normal position is defined as a linear surface direction deviation (Bx, By), and a deviation of the actual mounting position of the electronic component in a rotation direction within the component mounting surface with respect to the normal position is defined as an angular deviation (Bθ), set multiple linear surface direction inspection allowances characterized in that the linear surface direction inspection allowances are set according to the angular deviation (Bθ) for evaluating the linear surface direction deviation (Bx, By) in a substrate inspection before reflow.
A glass assembly for a refrigeration device, comprising: at least a first glass sheet and a second glass sheet that are spaced apart from each other, the first glass sheet and the second glass sheet each having a first edge and an opposed second edge; a first conductive heating film attached to the first glass sheet and a second conductive heating film attached to the second glass sheet; and first and second terminals disposed at one of the first edge and the second edge, the first and second terminals being respectively connected to the first conductive heating film and the second conductive heating film, and the first conductive heating film and the second conductive heating film being connected to each other at the other one of the first edge and the second edge; wherein a frame is disposed along the sides of the first glass sheet and the second glass sheet, wherein the frame has two mutually parallel first sides and two mutually parallel second sides, and the first edge and the second edge are arranged along the first sides, characterised in that the frame comprises two transparent sides arranged in a vertical direction along the second sides. at least a first glass sheet and a second glass sheet that are spaced apart from each other, the first glass sheet and the second glass sheet each having a first edge and an opposed second edge; a first conductive heating film attached to the first glass sheet and a second conductive heating film attached to the second glass sheet; and first and second terminals disposed at one of the first edge and the second edge, the first and second terminals being respectively connected to the first conductive heating film and the second conductive heating film, and the first conductive heating film and the second conductive heating film being connected to each other at the other one of the first edge and the second edge; wherein a frame is disposed along the sides of the first glass sheet and the second glass sheet, wherein the frame has two mutually parallel first sides and two mutually parallel second sides, and the first edge and the second edge are arranged along the first sides, characterised in that the frame comprises two transparent sides arranged in a vertical direction along the second sides.
A method of adding a sensing capability to a device driver for driving at least one high voltage power switching device (5a, 5b, 210) of a power switching apparatus having device side circuitry comprising said at least one device (5a, 5b, 210) and said driver and having control side circuitry comprising a driver controller, the device driver arranged to be coupled to a said driver controller by a communications link, the device driver arranged to drive said at least one device (5a, 5b, 210) on or off in response to a switching signal received on said communications link from the driver controller, the device driver further arranged to transmit an acknowledge signal to said driver controller in response to said received switching signal, said acknowledge signal detectable at said driver controller as a valid said acknowledge signal, the method comprising: providing a sense circuit to output an indication of a condition of said device side circuitry; providing a modulation circuit to modulate a said acknowledge signal dependent on said condition indication prior to said transmission such that said modulated acknowledge signal is said acknowledge signal to be transmitted by said device driver to said driver controller in response to said received switching signal and detectable at said driver controller as a valid said acknowledge signal wherein said condition represents a status of the device side circuitry or a measured value of a parameter of the device side circuitry; and the modulation comprises modulating said acknowledge signal to represent a single bit of the status or value. providing a sense circuit to output an indication of a condition of said device side circuitry; providing a modulation circuit to modulate a said acknowledge signal dependent on said condition indication prior to said transmission such that said modulated acknowledge signal is said acknowledge signal to be transmitted by said device driver to said driver controller in response to said received switching signal and detectable at said driver controller as a valid said acknowledge signal wherein said condition represents a status of the device side circuitry or a measured value of a parameter of the device side circuitry; and the modulation comprises modulating said acknowledge signal to represent a single bit of the status or value. wherein said condition represents a status of the device side circuitry or a measured value of a parameter of the device side circuitry; and the modulation comprises modulating said acknowledge signal to represent a single bit of the status or value.
Device for measuring an imaging property of an optical system, comprising: a) a light pattern generating device, which is set up to generate a light pattern in a focal plane of the optical system, b) a reference axis, along which the optical axis of the optical system can be oriented, c) an arrangement of N cameras (280; 2811 to 2814, 2821 to 2828), which are separated from one another, wherein - each camera has an objective and a light sensor that is arranged in a focal plane of the objective, and wherein - the cameras are arranged on a face opposite the light pattern generating device such that each camera detects the image of precisely one section of the light pattern by way of the camera light sensor, said image being produced with the aid of the optical system, characterized by at least one beam deflecting element (4211 to 4214, 4221 to 4228), which is arranged between the optical system and at least one of the cameras (2811 to 2814, 2821 to 2828) such that it deflects the light (271, 272) striking the at least one camera away from the reference axis. a) a light pattern generating device, which is set up to generate a light pattern in a focal plane of the optical system, b) a reference axis, along which the optical axis of the optical system can be oriented, c) an arrangement of N cameras (280; 2811 to 2814, 2821 to 2828), which are separated from one another, wherein - each camera has an objective and a light sensor that is arranged in a focal plane of the objective, and wherein - the cameras are arranged on a face opposite the light pattern generating device such that each camera detects the image of precisely one section of the light pattern by way of the camera light sensor, said image being produced with the aid of the optical system, - each camera has an objective and a light sensor that is arranged in a focal plane of the objective, and wherein - the cameras are arranged on a face opposite the light pattern generating device such that each camera detects the image of precisely one section of the light pattern by way of the camera light sensor, said image being produced with the aid of the optical system,
A method for securing communications in a network, the method comprising: determining a first variant of a message to be transmitted to a device, the message comprising neighbor cell information for one or more neighbor cells, the first variant of the message being one of a plurality of possible variants of the message that are arranged to transmit the neighbor cell information for at least the one or more neighbor cells, the first variant of the message being determined based on a cell identifier of the device; ciphering the first variant of the message to form a ciphered first variant of the message (626; 822); and transmitting the ciphered first variant of the message (626; 822) to the device. determining a first variant of a message to be transmitted to a device, the message comprising neighbor cell information for one or more neighbor cells, the first variant of the message being one of a plurality of possible variants of the message that are arranged to transmit the neighbor cell information for at least the one or more neighbor cells, the first variant of the message being determined based on a cell identifier of the device; ciphering the first variant of the message to form a ciphered first variant of the message (626; 822); and transmitting the ciphered first variant of the message (626; 822) to the device.
A method of rendering audio content for an audio program, wherein the audio program includes at least one speaker channel, a set of object channels and object related metadata, said object related metadata including rendering parameters for spatially rendering the object channels as spatial audio objects, and metadata indicative of selectable predetermined mixes corresponding to subsets of the at least one speaker channel and the object channels, said method including steps of: a) receiving the audio program; b) providing to a user, by a controller, a menu of the selectable predetermined mixes; c) receiving from the controller a selection by a user of one of the selectable predetermined mixes; d) rendering the selected mix using the rendering parameters for the object channels of said selected mix. a) receiving the audio program; b) providing to a user, by a controller, a menu of the selectable predetermined mixes; c) receiving from the controller a selection by a user of one of the selectable predetermined mixes; d) rendering the selected mix using the rendering parameters for the object channels of said selected mix.
Polyaxial bone anchoring device, comprising: a bone anchoring element comprising a head and a shank; a receiving part (5, 5', 500) for receiving a rod for coupling the rod to the bone anchoring element, the receiving part (5; 5'; 500) comprising a top end and a bottom end, a first passage coaxial with a first longitudinal axis and a second passage coaxial with a second longitudinal axis, wherein the first and second longitudinal axes intersect; wherein the first passage includes a seat (62, 63; 92) that opens toward the bottom end, the seat being configured to allow pivoting of the head relative to the seat; and wherein the head is insertable into the seat (62, 63; 92) from the bottom end and wherein the seat (62, 63; 92) is substantially symmetrical with respect to the pivoting of the head when the head pivots in any direction and in the respective opposite direction and wherein further the seat (62, 63; 92) comprises a compressible wall (62, 65; 83a) that encompasses at least a portion of the head to clamp the head and wherein the head has a spherically-shaped outer surface portion including a greatest diameter of the sphere and wherein the seat (62, 63; 92) has a substantially concave surface portion (63; 92) adapted to engage at least the outer surface portion of the head that includes the greatest diameter. a bone anchoring element comprising a head and a shank; a receiving part (5, 5', 500) for receiving a rod for coupling the rod to the bone anchoring element, the receiving part (5; 5'; 500) comprising a top end and a bottom end, a first passage coaxial with a first longitudinal axis and a second passage coaxial with a second longitudinal axis, wherein the first and second longitudinal axes intersect; wherein the first passage includes a seat (62, 63; 92) that opens toward the bottom end, the seat being configured to allow pivoting of the head relative to the seat;