mhurhangee/ep-ind-claims huggingface dataset:
An aero engine, comprising: compression ignition and having a flat, opposed eight cylinder arrangement with four cylinders in a first bank and four cylinders in an opposed second bank, the first bank and the second bank separated by a vee angle of 180 degrees; a crankshaft, having four throws (112, 114, 116, 118) and being configured such that opposing pistons from each bank (120, 122) are coupled to the same throw, wherein the four cylinders in the first bank are numbered 1 through 4 commencing at an end of the engine and the four cylinders in the second bank are numbered 5 through 8 commencing at the same end of the engine and the firing order is 1-7-5-3-6-4-2-8; and weighing less than 328 kg. compression ignition and having a flat, opposed eight cylinder arrangement with four cylinders in a first bank and four cylinders in an opposed second bank, the first bank and the second bank separated by a vee angle of 180 degrees; a crankshaft, having four throws (112, 114, 116, 118) and being configured such that opposing pistons from each bank (120, 122) are coupled to the same throw, wherein the four cylinders in the first bank are numbered 1 through 4 commencing at an end of the engine and the four cylinders in the second bank are numbered 5 through 8 commencing at the same end of the engine and the firing order is 1-7-5-3-6-4-2-8; and weighing less than 328 kg.
A method performed by a computing device, the method comprising: displaying, on a display of the computing device, media content that is of a circular video format, wherein an area of the media content is larger than the display of the computing device so that only a portion of the media content is displayed on the display; detecting movement of the computing device during playback of the media content; receiving (504, 702) movement data from one or more sensors of the computing device; analyzing (506, 706), by the computing device, the movement data to determine a direction of movement of the computing device; calculating a rotation of the display of the media content based on the direction of movement, wherein the rotation is about a x-axis or a y-axis of the computing device, said x-axis and the y-axis each being perpendicular to a z-axis, which z-axis is directed away from the display; and causing (510, 708) the display of the media content to slide in the opposite direction to the direction of rotation and to provide a parallax effect; wherein: the sliding of the media content decelerates as the displayed content moves away from the center of the media content to the margins of the media content; and the media content slides at a constant rate as the displayed content re-centers. displaying, on a display of the computing device, media content that is of a circular video format, wherein an area of the media content is larger than the display of the computing device so that only a portion of the media content is displayed on the display; detecting movement of the computing device during playback of the media content; receiving (504, 702) movement data from one or more sensors of the computing device; analyzing (506, 706), by the computing device, the movement data to determine a direction of movement of the computing device; calculating a rotation of the display of the media content based on the direction of movement, wherein the rotation is about a x-axis or a y-axis of the computing device, said x-axis and the y-axis each being perpendicular to a z-axis, which z-axis is directed away from the display; and causing (510, 708) the display of the media content to slide in the opposite direction to the direction of rotation and to provide a parallax effect; wherein: the sliding of the media content decelerates as the displayed content moves away from the center of the media content to the margins of the media content; and the media content slides at a constant rate as the displayed content re-centers. the sliding of the media content decelerates as the displayed content moves away from the center of the media content to the margins of the media content; and the media content slides at a constant rate as the displayed content re-centers.
Battery, comprising a battery body and at least one terminal which protrudes from an outside surface of the battery body and is electrically conductively connected to one of the battery poles, wherein the battery has at least one electrically conductive bending lug which is electrically conductively connected to the battery pole via the terminal, and wherein the bending lug has a length which is greater than a distance between the longitudinal axis of the terminal and the location where it passes through the outside surface as far as a lateral edge of the outside surface, characterized in that the bending lug has a region with a reduced bending cross section, and wherein the region of the weakened cross section is dimensioned such that it ensures sufficient electrical conduction.
Bioimpedance sensor, comprising a cannula and a stylet moveable in relation to it, such that: - the cannula comprises a needle tube, consisting of or containing electrically conductive material so that the cannula is available for use as a needle electrode or as a part of it; - the stylet has a beveled head and comprises a handle and an electrode wire functioning as stylet electrode, surrounded by electrical insulation; - the stylet is additionally equipped with at least one coupling piece for the electrical coupling of a conductor to the needle electrode inside the cannula, wherein the coupling piece of the stylet has been configured to create a galvanic coupling to the needle electrode through an adapter attached or connected to the needle tube; whereby the electrode wire and the conductor are electrically contacted to a cable such that the impedance between the needle electrode and the electrode wire is measurable from the cable such that the advance of the distal end of the needle tube and the distal end of the electrode wire within the tissue can be characterized by means of impedance spectrum or impedance variation characteristic of each tissue layer and type. - the cannula comprises a needle tube, consisting of or containing electrically conductive material so that the cannula is available for use as a needle electrode or as a part of it; - the stylet has a beveled head and comprises a handle and an electrode wire functioning as stylet electrode, surrounded by electrical insulation; - the stylet is additionally equipped with at least one coupling piece for the electrical coupling of a conductor to the needle electrode inside the cannula, wherein the coupling piece of the stylet has been configured to create a galvanic coupling to the needle electrode through an adapter attached or connected to the needle tube; whereby the electrode wire and the conductor are electrically contacted to a cable such that the impedance between the needle electrode and the electrode wire is measurable from the cable such that the advance of the distal end of the needle tube and the distal end of the electrode wire within the tissue can be characterized by means of impedance spectrum or impedance variation characteristic of each tissue layer and type.
A vehicle electronic control unit comprising: a first microcomputer, characterized by a second microcomputer capable of transmitting and receiving a signal to and from the first microcomputer, wherein one of the first microcomputer and the second microcomputer outputs a voltage signal, which is a PWM signal, that indicates a voltage at a high level or a low level to the other microcomputer, the one microcomputer being configured to support a process of the other microcomputer; the other microcomputer detects a high-time during which the voltage of the PWM signal is at the high level and which is an output width of the PWM signal, performs a self diagnosis according to the detected high-time, wherein a calculation performed by a predetermined calculation formula stored in a memory of the other microcomputer based on the output width of the input PWM signal is provided, and outputs a result of the self diagnosis to the one microcomputer, the other microcomputer being configured to control operations of the entire electronic control unit, and the one microcomputer diagnoses the other microcomputer based on a result of the self diagnosis. a first microcomputer, characterized by a second microcomputer capable of transmitting and receiving a signal to and from the first microcomputer, wherein one of the first microcomputer and the second microcomputer outputs a voltage signal, which is a PWM signal, that indicates a voltage at a high level or a low level to the other microcomputer, the one microcomputer being configured to support a process of the other microcomputer; the other microcomputer detects a high-time during which the voltage of the PWM signal is at the high level and which is an output width of the PWM signal, performs a self diagnosis according to the detected high-time, wherein a calculation performed by a predetermined calculation formula stored in a memory of the other microcomputer based on the output width of the input PWM signal is provided, and outputs a result of the self diagnosis to the one microcomputer, the other microcomputer being configured to control operations of the entire electronic control unit, and the one microcomputer diagnoses the other microcomputer based on a result of the self diagnosis.
A three-phase resonant cyclo-converter, the cyclo-converter comprising: a phase locked loop module arranged to develop an input voltage signal based on the three-phase input voltage; a feed forward control module arranged to develop a feed forward signal for controlling a switching frequency of the cyclo-converter based on the developed input voltage signal, and a switching signal generator arranged to develop a switching signal that controls the switching frequency of the cyclo-converter, and further arranged to modify the switching signal based on the developed feed forward signal.
Method for filling a container to be filled with a filling product, which is a beverage, in a beverage filling plant, with the steps: - pressure-tight connection of the container to be filled to a filling product line; - determination the initial pressure in the container to be filled; - filling of the container to be filled with the filling product; and - ending of the filling of the container to be filled when a predetermined cut-off pressure is reached in the container, wherein the container is evacuated before being filled with the filling product, and the filling product is supplied at the predetermined cut-off pressure and the initial pressure in the container to be filled is set on the basis of the cut-off pressure, so that with varying cut-off pressure of the filling product a desired filling product volume is reached by varying the evacuation of the container. - pressure-tight connection of the container to be filled to a filling product line; - determination the initial pressure in the container to be filled; - filling of the container to be filled with the filling product; and - ending of the filling of the container to be filled when a predetermined cut-off pressure is reached in the container, wherein
A catheter ablation device for delivery of energy to a selected region of tissue, the device having an antenna portion including a radiating antenna electrically connectable via an electrical feedline to a source of energy, the antenna configured to generate an electromagnetic field able to ablate tissue in said selected region of tissue, the device including a thermocouple having a hot junction formed by electrical connection between a thermocouple conductor and a conducting part of the electrical feedline; wherein the thermocouple conductor is provided by a thermocouple wire; and characterised in that the thermocouple wire is arranged as a pull wire, such that its manipulation from a proximal portion of the catheter results in selective manipulation of the catheter at said antenna portion, the hot junction electrical connection providing a point of mechanical connection between the pull wire and the electrical feedline to enable said manipulation. wherein the thermocouple conductor is provided by a thermocouple wire; and characterised in that the thermocouple wire is arranged as a pull wire, such that its manipulation from a proximal portion of the catheter results in selective manipulation of the catheter at said antenna portion, the hot junction electrical connection providing a point of mechanical connection between the pull wire and the electrical feedline to enable said manipulation.
A touch screen including display pixels with capacitive elements (157b, 319, 323), the touch screen comprising: a plurality of groups (1, 2, 3, a, b, c, 902) of display pixels; for each group of display pixels, a plurality of first common voltage lines connecting capacitive elements of display pixels along a first direction; and a plurality of second common voltage lines connecting capacitive elements of display pixels along a second direction; the touch screen being characterised in that at least some of the plurality of first common voltage lines include at least one break along the first direction and at least some of the plurality of second common voltage lines include at least one break along the second direction, the breaks along the first and second directions separating the groups from one another, wherein all of the capacitive elements of pixels in each group are electrically connected together by at least one of the plurality of first common voltage lines and at least one of the plurality of second common voltage lines. a plurality of groups (1, 2, 3, a, b, c, 902) of display pixels; for each group of display pixels, a plurality of first common voltage lines connecting capacitive elements of display pixels along a first direction; and a plurality of second common voltage lines connecting capacitive elements of display pixels along a second direction; the touch screen being characterised in that at least some of the plurality of first common voltage lines include at least one break along the first direction and at least some of the plurality of second common voltage lines include at least one break along the second direction, the breaks along the first and second directions separating the groups from one another, wherein all of the capacitive elements of pixels in each group are electrically connected together by at least one of the plurality of first common voltage lines and at least one of the plurality of second common voltage lines.
A process of manufacturing a pressure sensitive adhesive, the process comprising the steps of: a) providing a precursor composition of a pressure sensitive adhesive; b) incorporating a degassing additive into the precursor composition of a pressure sensitive adhesive, wherein the degassing additive comprises a porous carrier and an aqueous medium, wherein the porous carrier comprises a polymeric material and wherein the aqueous medium is absorbed into the porous carrier and comprises a surfactant; c) allowing the degassing additive to release the aqueous medium into the precursor composition of a pressure sensitive adhesive; and d) extracting the water released from the degassing additive, from the precursor composition of a pressure sensitive adhesive. a) providing a precursor composition of a pressure sensitive adhesive; b) incorporating a degassing additive into the precursor composition of a pressure sensitive adhesive, wherein the degassing additive comprises a porous carrier and an aqueous medium, wherein the porous carrier comprises a polymeric material and wherein the aqueous medium is absorbed into the porous carrier and comprises a surfactant; c) allowing the degassing additive to release the aqueous medium into the precursor composition of a pressure sensitive adhesive; and d) extracting the water released from the degassing additive, from the precursor composition of a pressure sensitive adhesive.
A radiant module comprising a first hollow body defined by a front wall, a rear wall, two sides, a first top end having a pair of holes made on the corresponding sides and a bottom end having a pair of holes made on the corresponding sides; the first hollow body defining the component, in use, for the passage of a heat carrier fluid, characterised in that it comprises a second hollow body or cover casing inside of which is entirely contained the first hollow body; the second hollow body having a front wall, a rear wall, two sides, a top, having an air discharge section and a pair of holes made on the corresponding sides and a bottom having an air intake section and a pair of holes made on the corresponding sides, the second hollow body being configured for generating an inner zone which is able to define a channel for controlled flow of the air from the intake section of the bottom towards the discharge section of the top.
A method comprising: displaying information on a display (112, 606) of an electronic device; associating an active area with a part of the information that at least partially matches a character string search term; associating a relevance level with the active area; and providing tactile feedback in response to detection of the active area for the part of the information, wherein a magnitude of the tactile feedback is dependent on the relevance level of the active area. displaying information on a display (112, 606) of an electronic device; associating an active area with a part of the information that at least partially matches a character string search term; associating a relevance level with the active area; and providing tactile feedback in response to detection of the active area for the part of the information, wherein a magnitude of the tactile feedback is dependent on the relevance level of the active area.
A backpack carrier system for a backpack energy source, in particular a backpack battery or backpack battery pack, comprising a carrier plate adapted to rest on and be carried on the back of a user, the carrier plate being implemented for carrying an energy source of the backpack energy source and having a coupling interface for fixing the energy source to the carrier plate, the coupling interface being implemented or designed to being exchangeably or removably coupled to a counter coupling interface of the energy source, characterized in that the carrier plate comprises at at least one lateral side a push-locking element (42, 43, 45-48) movably attached to the carrier plate to be moveable in lateral direction relative to the carrier plate to mutually lock the carrier plate and energy source in the coupled state by means of an interaction between the push-locking element (42, 43, 45-48) and a counter locking element of the energy source.
Device for inflating an inflatable bag, comprising - a first opening allowing intake of atmospheric air, - a second opening connected or connectable to the inflatable bag, - at least a first moveable inflation member, preferably an impeller, being arranged between said first opening and said second opening, - a motor for driving the moveable inflation member and a power source for energizing the motor, characterized that the power source comprises at least one capacitor as a power supply for said motor. - a first opening allowing intake of atmospheric air, - a second opening connected or connectable to the inflatable bag, - at least a first moveable inflation member, preferably an impeller, being arranged between said first opening and said second opening, - a motor for driving the moveable inflation member and a power source for energizing the motor, characterized that the power source comprises at least one capacitor as a power supply for said motor.
A film comprising: a polyether ketone ketone resin having a repeating unit (a-1) represented by structural formula and a repeating unit (a-2) represented by structural formula; and a polybiphenyl ether sulfone resin having a repeating unit (b) represented by general formula, a content ratio of the polybiphenyl ether sulfone resin occupied in the total of the polyether ketone ketone resin and the polybiphenyl ether sulfone resin being from 10 to 70% by mass: wherein in the formula, at least any one of R 1 to R 4 represents a sulfonyl group, and at least any one thereof represents an oxygen atom, with the balance each independently representing any of an oxygen atom, a sulfur atom, a sulfonyl group, and a carbonyl group; Ar 1 to Ar 3 each independently represent an arylene group having from 6 to 24 carbon atoms; m represents 0 or 1; and n represents 0 or 1.
RFID reader comprising a housing, an RFID reader circuit, and a USB connector, the housing comprises a sensor section and a connector section, the RFID reader circuit comprises at least one antenna and an RFID transmitter/receiver circuit connected to the at least one antenna, said antenna defining a main plane, the USB connector is electrically connected to the RFID transmitter/receiver circuit by a cable and/or a plurality of wires, the sensor section of the housing contains the RFID reader circuit within the housing, and characterized in that the connector section of the housing holds the USB connector by a turnable attachment means, wherein the turnable attachment means allows only a rotation of the connector about an axis orthogonal to the main plane.
Method for detecting objects with or without an active signature in a fluid with the aid of a passive sonar, wherein a plurality of sonar-sound-emitting sonar emitters are positioned, wherein in a detector system the position of the object is determined at the receiver from the directly received signals and the signals reflected from the object to be detected, and wherein the determination of the position is performed taking account of the received signal strength and, derivable therefrom, the damping and signal route, characterized in that a plurality of sonar emitters are used together, wherein different frequencies are used for the purposes of distinguishing between the sonar emitters.
An aerosol generating device, comprising an aerosol generator including: a container having a liquid chamber, an aerosol chamber, and an insertion slot for a plug, the insertion slot defines an insertion direction; and an atomizing module assembled in the container, wherein the liquid chamber and the aerosol chamber are respectively arranged at two opposite sides of the atomizing module, and are in spatial communication with each other through the atomizing module, and wherein the atomizing module includes two electrode regions (311a, 311b) having the same polarity and being electrically connected to each other, characterized in that, the two electrode regions (311a, 311b) are located on a plane, the plane and the insertion direction of the insertion slot have an acute angle (σ) therebetween, and a central axis of the aerosol chamber is substantially perpendicular to the plane. a container having a liquid chamber, an aerosol chamber, and an insertion slot for a plug, the insertion slot defines an insertion direction; and an atomizing module assembled in the container, wherein the liquid chamber and the aerosol chamber are respectively arranged at two opposite sides of the atomizing module, and are in spatial communication with each other through the atomizing module, and wherein the atomizing module includes two electrode regions (311a, 311b) having the same polarity and being electrically connected to each other, characterized in that, the two electrode regions (311a, 311b) are located on a plane, the plane and the insertion direction of the insertion slot have an acute angle (σ) therebetween, and a central axis of the aerosol chamber is substantially perpendicular to the plane.