mhurhangee/ep-ind-claims huggingface dataset:
Injection valve having - an injector body with a recess and a fluid inflow and a fluid outflow, - a needle body which is arranged axially movably in the recess of the injector body and suppresses a fluid flow through an injection opening of the injector body in a closed position of the needle body and otherwise releases it, - a control space which is arranged in the recess and is arranged hydraulically between the fluid inflow and the fluid outflow, - a control valve with a valve body, which control valve is arranged in the control space and is configured to suppress a fluid flow between the control space and the fluid outflow in a closed position of the valve body and to otherwise release it, - a piezoelectric actuator which is coupled mechanically to the control valve via a first transmitter for opening the control valve by the electrical discharge of the piezoelectric actuator, it being possible for the piezoelectric actuator to additionally be coupled mechanically to the needle body for closing the injection valve. - an injector body with a recess and a fluid inflow and a fluid outflow, - a needle body which is arranged axially movably in the recess of the injector body and suppresses a fluid flow through an injection opening of the injector body in a closed position of the needle body and otherwise releases it, - a control space which is arranged in the recess and is arranged hydraulically between the fluid inflow and the fluid outflow, - a control valve with a valve body, which control valve is arranged in the control space and is configured to suppress a fluid flow between the control space and the fluid outflow in a closed position of the valve body and to otherwise release it, - a piezoelectric actuator which is coupled mechanically to the control valve via a first transmitter for opening the control valve by the electrical discharge of the piezoelectric actuator, it being possible for the piezoelectric actuator to additionally be coupled mechanically to the needle body for closing the injection valve.
An information display method, performed by an information display apparatus integrated in an email client of a sharer, characterized by, comprising: sharing, in response to a mail sharing operation triggered by the sharer, a target mail to a sharee, wherein the target mail is a received mail stored in an inbox of the email client of the sharer, and content of the target mail is unmodified before being shared; obtaining a first identification of the sharee, wherein the first identification of the sharee is a unique identification for identifying the sharee and is stored either at email client of the sharer or at a server; and displaying the first identification of the sharee on a mail display interface of the sharer. sharing, in response to a mail sharing operation triggered by the sharer, a target mail to a sharee, wherein the target mail is a received mail stored in an inbox of the email client of the sharer, and content of the target mail is unmodified before being shared; obtaining a first identification of the sharee, wherein the first identification of the sharee is a unique identification for identifying the sharee and is stored either at email client of the sharer or at a server; and displaying the first identification of the sharee on a mail display interface of the sharer.
Electrical connection device for a lightning protection system in a wind turbine, the electrical connection device being mountable to a first component of the wind turbine and comprising a sliding connection assembly providing when mounted to a wind turbine an electrical connection between the electrical connection device and a respective electrical connector of a second component of the wind turbine, wherein the first and second components are movable relative to each other, and a spark gap element providing a spark gap between the first and second components, wherein the sliding connection assembly comprises a holder and a sliding connector mounted, in particular spring-loadedly, to the holder, wherein the spark gap element is provided as a part of the holder; and characterised in that the holder comprises a receiving portion for the sliding connector at one side, wherein the receiving portion and thus the sliding connector is flanked by two spark gap elements. wherein the spark gap element is provided as a part of the holder; and characterised in that the holder comprises a receiving portion for the sliding connector at one side, wherein the receiving portion and thus the sliding connector is flanked by two spark gap elements.
A method comprising: receiving audio data comprising a spoken word associated with a text source, wherein the audio data comprises a first segment of the audio data having a first duration and a second segment of the audio data having a second duration; the method being characterised by further comprising: comparing the audio data with data of the text source, wherein the first segment of the audio data corresponds with the data of the text source; calculating, by a processing device, a correspondence measure between the second segment of the audio data and the data of the text source; and responsive to determining the correspondence measure satisfies a threshold, transmitting a signal to cease comparing audio data with the data of the text source. comparing the audio data with data of the text source, wherein the first segment of the audio data corresponds with the data of the text source; calculating, by a processing device, a correspondence measure between the second segment of the audio data and the data of the text source; and responsive to determining the correspondence measure satisfies a threshold, transmitting a signal to cease comparing audio data with the data of the text source.
A method comprising: a control panel of a security system that detects threats within a secured area sending an activate output command; a gateway of the control panel receiving the activate output command and determining a time period until a wireless communication subsystem becomes available; the wireless subsystem adjusting the determined time period by determining a time until a node is available to receive the output command through the gateway and wireless subsystem; the wireless subsystem sending the output command and a value of the adjusted determined time period to the node; and the node activating an output warning device (20, 22) within the secured area based upon the output command and adjusted determined time period. a control panel of a security system that detects threats within a secured area sending an activate output command; a gateway of the control panel receiving the activate output command and determining a time period until a wireless communication subsystem becomes available; the wireless subsystem adjusting the determined time period by determining a time until a node is available to receive the output command through the gateway and wireless subsystem; the wireless subsystem sending the output command and a value of the adjusted determined time period to the node; and the node activating an output warning device (20, 22) within the secured area based upon the output command and adjusted determined time period.
Adjustable padding device for seating furniture and/or loungers, with at least one flat, elastically deformable padding element, having at least one adjustable support device with a main body for supporting the padding element in a flat manner and with at least one electric motor-driven adjusting device arranged on the support device for adjusting the inclination and/or height of at least one part of the support device, wherein the padding element is connected to the support device and the adjusting device to form a unit, and wherein the padding element with the support device and the adjusting device is mounted in a common casing, which essentially fully surrounds the unit consisting of the padding element and the support device with the adjusting device, wherein a loading/relief device is provided for applying pressure loading or relief to the padding element which is mounted in the common casing, characterised in that the loading device/relief device is an electromechanical loading/relief device, which has at least one electric motor, which is in operative connection with at least one pressure element, by means of which to achieve pressure loading or relief a pressure force can be exerted or is exerted on at least one spring element.
An apparatus, comprising: an array of pixels, configured to detect radiation, provided on a flexible substrate; a conductive shape memory material coupled to the flexible substrate; drive circuitry configured to apply a current to the conductive shape memory material in order to change a shape of the conductive shape memory material and the flexible substrate; characterised in that the apparatus further comprises: one or more pressure sensors configured to sense pressure applied by the apparatus, when the conductive shape memory material changes shape, to an object to be imaged by the array of pixels or being imaged by the array of pixels; and at least one processor configured to control the drive circuitry to apply a current to the conductive shape memory material based, at least in part, on inputs from the one or more pressure sensors. an array of pixels, configured to detect radiation, provided on a flexible substrate; a conductive shape memory material coupled to the flexible substrate; drive circuitry configured to apply a current to the conductive shape memory material in order to change a shape of the conductive shape memory material and the flexible substrate; characterised in that the apparatus further comprises: one or more pressure sensors configured to sense pressure applied by the apparatus, when the conductive shape memory material changes shape, to an object to be imaged by the array of pixels or being imaged by the array of pixels; and at least one processor configured to control the drive circuitry to apply a current to the conductive shape memory material based, at least in part, on inputs from the one or more pressure sensors. one or more pressure sensors configured to sense pressure applied by the apparatus, when the conductive shape memory material changes shape, to an object to be imaged by the array of pixels or being imaged by the array of pixels; and at least one processor configured to control the drive circuitry to apply a current to the conductive shape memory material based, at least in part, on inputs from the one or more pressure sensors.
Additional lock for a door or a window, said lock comprising an operative connection between a displacement plate of the additional lock and a corresponding control mechanism of a main lock, and consequently said additional lock can be controlled by said main lock, wherein the additional lock comprises a housing having a locking hook that is pre-stressed against its starting position and is mounted in said housing in a rotatable manner and when a locking piece bolt enters a recess of the housing said locking hook can be rotated into its locking position, characterised in that the displacement plate can be displaced essentially parallel to the longitudinal axis of the housing and said displacement plate is pre-stressed in the direction of its locking position, and that the displacement plate comprises a control contour that extends at least in sections at an incline towards the movement direction of said displacement plate and that a control bolt of a locking piece is guided in said control contour, being displaceable essentially normal to the movement direction of the displacement plate, so that in the locking position of the locking hook and consequently also the locking position of the displacement plate an edge of the locking piece lies against a shoulder of the locking hook and blocks said locking hook from rotating in the direction of the starting position.
Bale forming apparatus for forming a bale from loose material, wherein the bale forming apparatus comprises a pivotal bale forming member (12.1, 12.2, 36, 50, 54, 77.2) and a retaining device arranged to control the pivoting of the pivotal bale forming member (12.1, 12.2, 36, 50, 54, 77.2), and wherein the retaining device comprises a hydraulic system (14, 22, 24, 28.1, 28.2) arranged to contain a hydraulic fluid and a flow restricting device arranged to restrict a flow of a hydraulic fluid in the hydraulic system (14, 22, 24, 28.1, 28.2), characterized in that the flow restricting device comprises a field generator (27, 38.1, 38.2, 39), wherein the field generator (27, 38.1, 38.2, 39) is arranged to generate a magnetic field (29.1, 29.2,...) in a part (28.1, 28.2) of the hydraulic system (14, 22, 24, 28.1, 28.2).
Receiving aid for WC toilet bowls for receiving fecal specimens including - a receiving sheet, which is elongated and the length of which is a multiple of its width, wherein - the receiving sheet has a first and at least a second fixing area (108, 110) for detachably fixing in the area of a bowl edge of a WC toilet bowl, characterized in that - the fixing areas (108, 110) are each geometrically separated from the remaining receiving sheet by at least one tear element (122, 124), - and the at least one tear element (122, 124) ensures defined tearing of the respective fixing area (108, 110) from the remaining receiving sheet, - the receiving sheet is rectangularly formed and each one of the fixing areas (108, 110) is disposed at each short end (104, 106), and - parallel to each short end (104, 106), the tear element (122, 124) for tearing the respective fixing area respectively extends, which extends across the entire width of the receiving sheet. - a receiving sheet, which is elongated and the length of which is a multiple of its width, wherein - the receiving sheet has a first and at least a second fixing area (108, 110) for detachably fixing in the area of a bowl edge of a WC toilet bowl, - the fixing areas (108, 110) are each geometrically separated from the remaining receiving sheet by at least one tear element (122, 124), - and the at least one tear element (122, 124) ensures defined tearing of the respective fixing area (108, 110) from the remaining receiving sheet, - the receiving sheet is rectangularly formed and each one of the fixing areas (108, 110) is disposed at each short end (104, 106), and - parallel to each short end (104, 106), the tear element (122, 124) for tearing the respective fixing area respectively extends, which extends across the entire width of the receiving sheet.
A reservoir for containing a volume of fluid bound in part by an movable element, in combination with a linear capacitance displacement transducer for measuring the volume of fluid contained in the reservoir, the displacement transducer comprising: a fixed structure including first and second capacitor plates; and a dielectric structure movable longitudinally within a space between the first and second capacitor plates to change the capacitance signal output by the first and second plates, wherein the moveable dielectric structure is operatively coupled to the movable element. a fixed structure including first and second capacitor plates; and a dielectric structure movable longitudinally within a space between the first and second capacitor plates to change the capacitance signal output by the first and second plates, wherein the moveable dielectric structure is operatively coupled to the movable element.
A base unit for a vapour provision system comprising: a receiving zone for receiving an inhaler component comprising a thermal store; a control circuitry a power supply a source of energy for heating the thermal store in the inhaler component when the inhaler component is located in the receiving zone such that heat from the heated thermal store is used to vaporise at least a portion of a vapour precursor material to form a vapour for inhalation by a user when the inhaler component is removed from the receiving zone; wherein the base unit further comprises a sensor for detecting when the inhaler component is about to be removed from the receiving zone, and wherein the sensor is configured to pass a signal to the control circuitry when the sensor detects that the inhaler component is about to be removed for use, and in response to said signal the control circuitry is configured to apply a drive signal to the source of energy by appropriately directing power from the power supply to the source of energy. a receiving zone for receiving an inhaler component comprising a thermal store; a control circuitry a power supply a source of energy for heating the thermal store in the inhaler component when the inhaler component is located in the receiving zone such that heat from the heated thermal store is used to vaporise at least a portion of a vapour precursor material to form a vapour for inhalation by a user when the inhaler component is removed from the receiving zone; wherein the base unit further comprises a sensor for detecting when the inhaler component is about to be removed from the receiving zone, and wherein the sensor is configured to pass a signal to the control circuitry when the sensor detects that the inhaler component is about to be removed for use, and in response to said signal the control circuitry is configured to apply a drive signal to the source of energy by appropriately directing power from the power supply to the source of energy.
A machine arrangement for sequential processing of sheet-type substrates, having multiple different processing stations (01; 02; 03; 04; 06; 07; 08; 09; 11; 12; 37), wherein several processing stations (01; 02; 03; 04; 06; 07; 08; 09; 11; 12; 37) each have a substrate guiding unit and a substrate processing unit, wherein two of the processing stations (01; 02; 03; 04; 06; 07; 08; 09; 11; 12; 37) has as a substrate processing unit respectively at least one non-impact printing unit (06; 37) respectively printing the substrates, wherein the relevant processing stations (06, 37) having the non-impact printing units (06; 37) each have a processing cylinder (22; 38), wherein the respective non-impact printing unit (06; 37) is respectively arranged on the circumference of the processing cylinder (22; 38), wherein the respective processing cylinder (22; 38) is respectively designed triple-sized or quadruple-sized, wherein a double-sized or triple-sized transfer drum or a corresponding feed cylinder is respectively arranged directly upstream of the respective processing cylinder (22; 38) and wherein a single-sized or double-sized transfer drum or a corresponding transport cylinder is respectively arranged directly downstream of the respective processing cylinder (22, 38), characterized in that a straight line running through the axis of rotation of the respective processing cylinder (22, 38) and through the axis of rotation of the transfer drum arranged directly downstream or of the transport cylinder arranged directly downstream forms an acute angle (α1) to a horizontal line and that a straight line running through the axis of rotation of the respective processing cylinder (22, 38) and the axis of rotation of a transfer drum arranged directly upstream or of a feed cylinder arranged directly upstream forms an acute angle (α2) to a horizontal line, wherein the horizontal runs respectively through the axis of rotation of the relevant transfer drum (43; 44) or through the axis of rotation of the relevant transport cylinder or of the relevant feed cylinder and wherein the angle (α2) directed to the transfer drum arranged upstream or to the feed cylinder arranged upstream lies in the region between 1° and 14° or in the region between 3° and 9° or is 6° and wherein the angle (α1) directed to the transfer drum arranged downstream or to the transport cylinder arranged downstream lies in the region between 1° and 14° or in the region between 3° and 9° or is 3.75° or 6°.
A method by means of which flexible, sheet-like articles, in particular printed products, which are conveyed continuously in a conveying stream (S1, S2, S3) are shifted relative to the conveying direction (F1 F2, F3) of the conveying stream (S1, S2, S3), having the following steps: - the articles in an ingoing conveying stream are conveyed in a first conveying direction in the shape of an imbricated stream of partially overlapping or interlocking articles, and with a first orientation of the surface normals thereof, and with predetermined cyclic timing to a deflecting region, - the conveying action in the first conveying direction is terminated by extracting the articles individually from the ingoing conveying stream by means of an accelerating element acting upon the articles at a predetermined pace in the deflecting region by transferring an impulse of motion on to the surface of the articles without the articles colliding with a stop, and accelerating the individual articles in a second conveying direction, which is directed perpendicularly to the first conveying direction and perpendicularly to the first orientation of the surface normals in the ingoing conveying stream, by means of the accelerating element, - the conveying stream moving in the second conveying direction is deflected, in the deflecting region, into a third conveying direction, which is perpendicular to the first conveying direction and encloses an angle other than zero with the second conveying direction, - the articles are conveyed further, after leaving the deflecting region, in an outgoing conveying stream; wherein the surface normals (N1, N2, N3) of the articles at any point in time are oriented essentially perpendicularly to the current conveying direction. - the articles in an ingoing conveying stream are conveyed in a first conveying direction in the shape of an imbricated stream of partially overlapping or interlocking articles, and with a first orientation of the surface normals thereof, and with predetermined cyclic timing to a deflecting region, - the conveying action in the first conveying direction is terminated by extracting the articles individually from the ingoing conveying stream by means of an accelerating element acting upon the articles at a predetermined pace in the deflecting region by transferring an impulse of motion on to the surface of the articles without the articles colliding with a stop, and accelerating the individual articles in a second conveying direction, which is directed perpendicularly to the first conveying direction and perpendicularly to the first orientation of the surface normals in the ingoing conveying stream, by means of the accelerating element, - the conveying stream moving in the second conveying direction is deflected, in the deflecting region, into a third conveying direction, which is perpendicular to the first conveying direction and encloses an angle other than zero with the second conveying direction, - the articles are conveyed further, after leaving the deflecting region, in an outgoing conveying stream;