mhurhangee/ep-ind-claims huggingface dataset:
Side channel blower for an internal combustion engine comprising a multi-part housing (10, 16) which is formed with an axial inlet opening into at least one substantially annular conveyor duct (12; 14) via an inlet region, and with an outlet, an impeller which is adapted to be driven via a drive unit, is rotatably supported in the housing (10, 16) and comprises conveyor vanes that cooperate with the opposite conveyor duct (12; 14), and an interruption region (28, 30) between the inlet and the outlet, in which the at least one conveyor channel (12; 14) is interrupted in the circumferential direction, wherein the at least one conveyor channel (12; 14) leads to the outlet in a substantially tangential direction, wherein an outlet opening extends in the radially delimiting wall in the direction of the impeller to an outlet edge, wherein an recess is formed in the radially delimiting wall immediately behind the outlet opening, seen in the direction of rotation of the impeller, which recess reduces the extension of the interruption region in the radially delimiting wall in the circumferential direction, characterized in that the outlet opening extends in the direction of rotation of the impeller in the radially delimiting wall to an outlet edge that projects into the interruption region (28; 30) of the at least one conveyor channel (12; 14).
A method for providing measurement data for value documents to a specified purpose of use employing a value-document processing device which has a transport device for transporting the value documents and a sensor device for capturing at least one property of value documents transported in the value-document processing apparatus by means of the transport device and forming measurement data describing the captured property, in which: value documents are transported to the sensor device by means of the transport device and measurement data for these are respectively captured by means of the sensor device, it is tested whether the measurement data for respectively one of the value documents meet a suitability criterion specified for the purpose of use, and measurement data for the respectively one of the value documents either are permanently stored or discarded in dependence on the result of the testing. value documents are transported to the sensor device by means of the transport device and measurement data for these are respectively captured by means of the sensor device, it is tested whether the measurement data for respectively one of the value documents meet a suitability criterion specified for the purpose of use, and measurement data for the respectively one of the value documents either are permanently stored or discarded in dependence on the result of the testing.
An aerosol generating device, comprising: an elongate body; an inhalation outlet; a chamber for holding a material, the material capable of generating a vapour when heated; a heater for heating the material held in the chamber a vapour-cooling module comprising a vapour-cooling passageway providing a fluidic connection between the chamber and inhalation outlet; the aerosol generating device arranged such that, in use, suction at the inhalation outlet whilst heating the material in the chamber, causes vapour generated in the chamber to pass through the vapour-cooling passageway to the inhalation outlet, the vapour-cooling passageway having a length sufficient such that the temperature of the vapour is reduced during transport of the vapour through the vapour-cooling passageway; characterized in that at least a portion of the vapour-cooling passageway follows a coiled path which is confined to a cross-sectional plane of the device, where the cross-sectional plane is perpendicular to the elongate axis of the body of the device. an elongate body; an inhalation outlet; a chamber for holding a material, the material capable of generating a vapour when heated; a heater for heating the material held in the chamber a vapour-cooling module comprising a vapour-cooling passageway providing a fluidic connection between the chamber and inhalation outlet; the aerosol generating device arranged such that, in use, suction at the inhalation outlet whilst heating the material in the chamber, causes vapour generated in the chamber to pass through the vapour-cooling passageway to the inhalation outlet, the vapour-cooling passageway having a length sufficient such that the temperature of the vapour is reduced during transport of the vapour through the vapour-cooling passageway; characterized in that at least a portion of the vapour-cooling passageway follows a coiled path which is confined to a cross-sectional plane of the device, where the cross-sectional plane is perpendicular to the elongate axis of the body of the device.
A spin rotary member comprising: a substrate. a spin injector made of a ferromagnetic material magnetized in a substrate in-plane direction, and provided on the substrate, a disk-like spin rotor made of a ferromagnetic material having a magnetic moment rotatable in the substrate in-plane direction and provided on the substrate, being separated from the spin injector, a channel part made of a non-magnetic material, arranged between the spin injector and the spin rotor, and bonded with the spin injector and the spin rotor directly or through an insulating layer; and a spin rotation control part configured to control a rotation direction of spin of the channel part. a substrate. a spin injector made of a ferromagnetic material magnetized in a substrate in-plane direction, and provided on the substrate, a disk-like spin rotor made of a ferromagnetic material having a magnetic moment rotatable in the substrate in-plane direction and provided on the substrate, being separated from the spin injector, a channel part made of a non-magnetic material, arranged between the spin injector and the spin rotor, and bonded with the spin injector and the spin rotor directly or through an insulating layer; and a spin rotation control part configured to control a rotation direction of spin of the channel part.
The crystalline, L-lysine salt of -{4-[2-Ethoxy-3-(4-trifluoromethyl-phenoxy)-propylsulfanyl]-2-methyl-phenoxy}-acetic acid, comprising the following X-ray diffraction peaks, when measured using an X-Celerator detector: Position [°2θ] d-spacing [Å] 5.270 16.7702 9.683 9.1342 19.921 4.4571 23.162 3.8403
A washing machine comprising: - a chamber for receiving goods to be washed, - a heat pump comprising a circuit comprising a refrigerant, a first heat exchanger (30, 101), a second heat exchanger (40, 102), and a heat storage means, wherein the first heat exchanger (30, 101) is adapted to heat said refrigerant and to cool the heat storage means, and the second heat exchanger (40, 102) is adapted to cool said refrigerant and to heat process water to be used in the chamber, the heat storage means comprising at least two heat storage media having two different temperatures of phase transition to solid, characterised in that said at least two heat storage media are passed through by a portion of the refrigerant circuit. - a chamber for receiving goods to be washed, - a heat pump comprising a circuit comprising a refrigerant, a first heat exchanger (30, 101), a second heat exchanger (40, 102), and a heat storage means, wherein the first heat exchanger (30, 101) is adapted to heat said refrigerant and to cool the heat storage means, and the second heat exchanger (40, 102) is adapted to cool said refrigerant and to heat process water to be used in the chamber,
A device for personalizing RFID chips for labels that are to be attached to objects to be identified, the device comprising a read/write head (34, 36, 38, 40) that is configured for wireless communication with a chip when located in the vicinity of the chip, wherein a transport device is configured for conveying the chips successively and continuously through a personalizing station (10; 10'; 10"), and the read/write head (34, 36, 38, 40) is moveably arranged in the personalizing station and adapted to be driven such that, while communicating with a chip, it moves a certain distance synchronously with the chip, characterized in that the personalizing station has at least two sections (22, 24) each of which comprises at least one read/write head (34, 36, 38, 40), and the chips pass successively through the sections, and in that a controller is configured for controlling the movement of the read/write heads such that, in the sequence of the chips, every pair of chips that have been personalized in the one section are separated by gaps, and the chips contained in these gaps are personalized in the other section.
A method for producing a three-dimensional preform from a laid scrim in the course of production of fibre-reinforced moulded parts, comprising a draping apparatus and a transport apparatus for the laid scrim, wherein the draping apparatus comprises at least one draping mould for a laid scrim, and means displaceable to the draping mould for forming the laid scrim according to the contour of the draping mould, characterized in that at least one first and one second tray is used as a transport apparatus, wherein the first tray releases the laid scrim for fixing by means of a fixing stamp and/or a draping stamp, and subsequently the second tray gradually places the laid scrim in the draping mould by a movement out of the draping apparatus.
A composition processing apparatus comprising: a first image acquisition unit configured to acquire a plurality of separate images of a structure to be inspected, the plurality of images obtained by imaging the structure in a divided manner with an image capturing apparatus; a composition supplementary information acquisition unit configured to acquire on the basis of the plurality of separate images, composition supplementary information for composing a first large-area image that corresponds to a large inspection area of the structure; a minified separate image generation unit configured to generate minified separate images acquired by reducing image sizes of the separate images, wherein reducing an image size of a separate image comprises a process for decreasing the number of pixels that constitute the separate image; an image display unit configured to display images; and an output unit configured to output the plurality of acquired separate images to which the composition supplementary information is added; characterized in that the composition processing apparatus is further comprising a second large-area image generation unit configured to composite the minified separate images on the basis of the composition supplementary information to generate a second large-area image, wherein the image size of the second large-area image is reduced compared to the image size of the first large-area image; and in that the image display unit is configured to display the second large-area image. a first image acquisition unit configured to acquire a plurality of separate images of a structure to be inspected, the plurality of images obtained by imaging the structure in a divided manner with an image capturing apparatus; a composition supplementary information acquisition unit configured to acquire on the basis of the plurality of separate images, composition supplementary information for composing a first large-area image that corresponds to a large inspection area of the structure; a minified separate image generation unit configured to generate minified separate images acquired by reducing image sizes of the separate images, wherein reducing an image size of a separate image comprises a process for decreasing the number of pixels that constitute the separate image; an image display unit configured to display images; and an output unit configured to output the plurality of acquired separate images to which the composition supplementary information is added; characterized in that the composition processing apparatus is further comprising a second large-area image generation unit configured to composite the minified separate images on the basis of the composition supplementary information to generate a second large-area image, wherein the image size of the second large-area image is reduced compared to the image size of the first large-area image; and in that the image display unit is configured to display the second large-area image.
A centrifugal compressor for an aircraft engine, comprising: an impeller mounted for rotation about an axis, the impeller having impeller blades extending from an inducer end to an exducer end; a shroud extending over the impeller blades; a main flow passage defined between the shroud and the impeller; a cavity fluidly communicating with the main flow passage via at least one extraction port and at least one reinjection port, the reinjection port fluidly connected to the main flow passage upstream of the extraction port relative to a flow direction through the main flow passage, the reinjection port disposed upstream of the exducer end of the impeller blade, in an exducer portion of the shroud, characterized in that the at least one reinjection port has a central line (X, Y) extending from the cavity to a reinjection outlet defined in a gas path surface of the shroud, the central line (X, Y) radially angled such that a projection of the central line (X, Y) at the reinjection outlet extends radially away at an angle θ of 45° ≤ θ < 90° relative to the axis, in the flow direction. an impeller mounted for rotation about an axis, the impeller having impeller blades extending from an inducer end to an exducer end; a shroud extending over the impeller blades; a main flow passage defined between the shroud and the impeller; a cavity fluidly communicating with the main flow passage via at least one extraction port and at least one reinjection port, the reinjection port fluidly connected to the main flow passage upstream of the extraction port relative to a flow direction through the main flow passage, the reinjection port disposed upstream of the exducer end of the impeller blade, in an exducer portion of the shroud, characterized in that the at least one reinjection port has a central line (X, Y) extending from the cavity to a reinjection outlet defined in a gas path surface of the shroud, the central line (X, Y) radially angled such that a projection of the central line (X, Y) at the reinjection outlet extends radially away at an angle θ of 45° ≤ θ < 90° relative to the axis, in the flow direction.
Device for filtering a liquid charged with solid particles, comprising a cell enclosing a chamber for forming a cake of the solid particles, and a liquid flow device comprising a conduit (4, 28 and 34) leading to an upstream side of the chamber, the conduit being joined to the chamber by a coupling device comprising a smaller cross-section than a cross-section of the chamber, and a filter stopping the solid particles and situated on a downstream side of the chamber, characterised in that the coupling device comprises a diffuser of the flow adjacent to the chamber, the diffuser being traversed by a plurality of channels (31, 32) connecting the coupling to the chamber and the channels comprise diverging channels, having orifices leading to the chamber in a circle having a greater cross-section than a radius of the coupling.
A locking cap and a rigid dental implant, the dental implant, having at one end a screw thread allowing for implanting into a patient's jaw, and having at the second end an outwardly extending external threaded connector for connecting to the locking cap; and the locking cap comprising a substantially spheroidal or ovoidal head portion at one end, having a driver gripping portion; and an axially extending intermediate portion, extending longitudinally outwardly, towards the second end and away from the head portion, having a diameter smaller than the outer diameter of a spheroidal head or of the major diameter of an ovoidal head, and having an internal circumference within the intermediate portion, the internal circumference being threaded; so that the locking cap can be threadedly connected to the rigid dental implant; characterised in that the locking cap is formed of a material that is rigid but relatively softer than the material forming the dental implant; and the locking cap comprises a substantially annular skirt portion at the second end, extending outwardly from the axially extending portion; the skirt portion comprising an annular wall defining a plurality of slotted apertures extending therethrough, defined and separated by narrow and thus structurally weak sections of the annular wall, the slotted apertures extending circumferentially along the annular wall.
Filter unit (102, 501) for generating compressed subband filter impulse responses from input subband filter impulse responses corresponding to subbands, which comprise filter impulse response values at filter taps, comprising: a processor for examining the filter impulse response values from at least two input subband filter impulse responses to find filter impulse response values having values in a first set of values, and at least one filter impulse response value having a second value the second value being lower than the values in the first set of values; and a filter impulse response calculator for calculating the compressed subband filter impulse responses using the filter impulse response values having the values in the first set of values, wherein the filter impulse response calculator is adapted to calculate the compressed subband filter impulse responses such that the compressed subband filter impulse responses do not include filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the second value; or comprise zero-valued filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the second value. a processor for examining the filter impulse response values from at least two input subband filter impulse responses to find filter impulse response values having values in a first set of values, and at least one filter impulse response value having a second value the second value being lower than the values in the first set of values; and a filter impulse response calculator for calculating the compressed subband filter impulse responses using the filter impulse response values having the values in the first set of values, wherein the filter impulse response calculator is adapted to calculate the compressed subband filter impulse responses such that the compressed subband filter impulse responses do not include filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the second value; or comprise zero-valued filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the second value. do not include filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the second value; or comprise zero-valued filter impulse response values corresponding to filter taps of the at least one filter impulse response value having the second value.
A determination device for determining a minimum value of L.A.S.E.R. energy necessary to form, by using a cutting apparatus including a femtosecond L.A.S.E.R. source, a gas bubble in at least one elementary area extending in a cutting plane of an ocular tissue, the determination device including an imaging system for the acquisition of images, the determination device further comprising a data processing unit including means for: a) Receiving a reference image of the ocular tissue, said reference image having been acquired (200, 300) by the imaging system prior to the emission (210, 310) of a plurality of L.A.S.E.R. beams able to focus at least at one sampling point of each elementary area, each L.A.S.E.R. beam having a respective energy different from the other L.A.S.E.R. beams of the plurality, b) Receiving at least one current image of the ocular tissue, each current image having been acquired (220, 320) by the imaging system subsequently to the emission (210, 310) of at least one L.A.S.E.R. beam of the plurality of L.A.S.E.R. Beams, then for each elementary area: c) Detecting by comparing the reference image with each current image, at least one gas bubble formed in the elementary area, each gas bubble being associated with a respective L.A.S.E.R. beam, d) Determining, based on the at least one gas bubble, a minimum value of energy necessary for the formation of a gas bubble in the elementary area. a) Receiving a reference image of the ocular tissue, said reference image having been acquired (200, 300) by the imaging system prior to the emission (210, 310) of a plurality of L.A.S.E.R. beams able to focus at least at one sampling point of each elementary area, each L.A.S.E.R. beam having a respective energy different from the other L.A.S.E.R. beams of the plurality, b) Receiving at least one current image of the ocular tissue, each current image having been acquired (220, 320) by the imaging system subsequently to the emission (210, 310) of at least one L.A.S.E.R. beam of the plurality of L.A.S.E.R. Beams, c) Detecting by comparing the reference image with each current image, at least one gas bubble formed in the elementary area, each gas bubble being associated with a respective L.A.S.E.R. beam, d) Determining, based on the at least one gas bubble, a minimum value of energy necessary for the formation of a gas bubble in the elementary area.
An electric heater of an air conditioner for a vehicle, the electric heater comprising: a heating body (50 to 53) configured to generate heat when being supplied with electric power; corrugated fins arranged in a manner stacked on the heating body (50 to 53); a spring member configured to apply compression force to the heating body (50 to 53) and the fins in a stacking direction; and a holding frame configured to accommodate and hold the heating body (50 to 53), the fins, and the spring member in a stacked manner, wherein air to be air-conditioned blown into the holding frame is heated when passing through the fins, a fin of the fins is disposed so as to be positioned in an end portion of the electric heater in the stacking direction, the holding frame has a contact surface with which the fin disposed in the end portion in the stacking direction is brought into contact, characterized in further comprising on the holding frame, a frame engagement portion which is a projection protruding from the contact surface and disposed between adjacent crests of the fin disposed in the end portion in the stacking direction, and configured to engage with the crests is formed, and the projection is long in a passing direction of the air to be air-conditioned. a heating body (50 to 53) configured to generate heat when being supplied with electric power; corrugated fins arranged in a manner stacked on the heating body (50 to 53); a spring member configured to apply compression force to the heating body (50 to 53) and the fins in a stacking direction; and a holding frame configured to accommodate and hold the heating body (50 to 53), the fins, and the spring member in a stacked manner, wherein air to be air-conditioned blown into the holding frame is heated when passing through the fins, a fin of the fins is disposed so as to be positioned in an end portion of the electric heater in the stacking direction, the holding frame has a contact surface with which the fin disposed in the end portion in the stacking direction is brought into contact, characterized in further comprising on the holding frame, a frame engagement portion which is a projection protruding from the contact surface and disposed between adjacent crests of the fin disposed in the end portion in the stacking direction, and configured to engage with the crests is formed, and the projection is long in a passing direction of the air to be air-conditioned.