mhurhangee/ep-ind-claims huggingface dataset:
A turbine, comprising: a rotor comprising a plurality of annular stages of buckets; a casing having a plurality of arc-shaped segments (11a,_11b,_11c,_11d) to together form a substantially circular cross-section shape of the casing, the casing having a front rim to define a front opening and a rear rim to define a rear opening, and the plurality of arc-shaped segments extending in a front-to-rear direction between the front rim and the rear rim; and an affixing protrusion extending radially from an outer surface of the casing at each junction of the plurality of arc-shaped segments to affix adjacent arc-shaped segments to each other, wherein the casing includes an annular region on the outer surface of the casing having no affixing protrusion, said annular region having a thickness from an inside surface to the outside surface less than a thickness of the casing at the affixing protrusion from the inside surface to the outside surface, characterized in that said annular region of the casing corresponds to a location of at least one of the annular stages of buckets, and said annular region of the casing has a width greater than a width of bucket tips of the at least one annular stage of buckets. a rotor comprising a plurality of annular stages of buckets; a casing having a plurality of arc-shaped segments (11a,_11b,_11c,_11d) to together form a substantially circular cross-section shape of the casing, the casing having a front rim to define a front opening and a rear rim to define a rear opening, and the plurality of arc-shaped segments extending in a front-to-rear direction between the front rim and the rear rim; and an affixing protrusion extending radially from an outer surface of the casing at each junction of the plurality of arc-shaped segments to affix adjacent arc-shaped segments to each other, wherein the casing includes an annular region on the outer surface of the casing having no affixing protrusion, said annular region having a thickness from an inside surface to the outside surface less than a thickness of the casing at the affixing protrusion from the inside surface to the outside surface, characterized in that said annular region of the casing corresponds to a location of at least one of the annular stages of buckets, and said annular region of the casing has a width greater than a width of bucket tips of the at least one annular stage of buckets.
A method for the preparation of a wound healant composition or tissue healant composition, comprising the steps of: a) Collecting whole blood in a tube comprising hyaluronic acid and a thixotropic gel, b) Centrifuging said tube, and c) Collecting the supernatant comprising said hyaluronic acid and platelet rich plasma. a) Collecting whole blood in a tube comprising hyaluronic acid and a thixotropic gel, b) Centrifuging said tube, and c) Collecting the supernatant comprising said hyaluronic acid and platelet rich plasma.
A flush valve assembly for controlling the removal of water from a cistern, comprising a flush valve comprising a housing with a lower end and an upper end and a valve body which is movably mounted in the housing along a central axis, a flush valve mounting with a receiving portion for receiving the lower end of the flush valve and a mounting portion for connecting the flush valve mounting to a drain opening of a cistern, and a holding-down unit for holding the flush valve in the interior of the cistern, in particular against a lifting force, wherein the holding-down unit comprises a first holding-down element which acts with an effective portion on the housing of the flush valve, characterized in that the holding-down unit comprises a second holding-down element which acts with a further effective portion on the flush valve mounting, wherein the two holding-down elements (12, 14) are formed separately from one another and can be connected together at a connection point, wherein the flush valve can be removed separately from the flush valve holder when the connection is released at the connection point; and wherein at least one of the two holding-down elements (12, 14) can be connected to the cistern, wherein the flush valve and the flush valve mounting can be removed when the connection with the cistern is released. a flush valve comprising a housing with a lower end and an upper end and a valve body which is movably mounted in the housing along a central axis, a flush valve mounting with a receiving portion for receiving the lower end of the flush valve and a mounting portion for connecting the flush valve mounting to a drain opening of a cistern, and a holding-down unit for holding the flush valve in the interior of the cistern, in particular against a lifting force, wherein the holding-down unit comprises a first holding-down element which acts with an effective portion on the housing of the flush valve, characterized in that the holding-down unit comprises a second holding-down element which acts with a further effective portion on the flush valve mounting, wherein the two holding-down elements (12, 14) are formed separately from one another and can be connected together at a connection point, wherein the flush valve can be removed separately from the flush valve holder when the connection is released at the connection point; and wherein at least one of the two holding-down elements (12, 14) can be connected to the cistern, wherein the flush valve and the flush valve mounting can be removed when the connection with the cistern is released.
An electric power tool comprising: - an electric motor, - an output shaft, - a housing that houses the electric motor and at least part of the output shaft, - a reduction gear, drivingly arranged between the electric motor and the output shaft, which reduction gear comprises a load sensitive part that is rotatable in response to reaction forces created during operation of the power tool, wherein a torsion spring is arranged to counteract any such rotation of the load sensitive part, characterised in that the torsion spring, in one piece, includes a first and a second end (20;21), respectively, the first end comprising a first connective interface that is rotationally lockable to a connective interface of the load sensitive part of the reduction gear, and the second end comprising a second connective interface that is rotationally lockable with respect to the housing and/or the motor, wherein at least one of the first and the second connective interfaces (25; 26) includes an element for prohibiting axial movement between the connected parts. - an electric motor, - an output shaft, - a housing that houses the electric motor and at least part of the output shaft, - a reduction gear, drivingly arranged between the electric motor and the output shaft, which reduction gear comprises a load sensitive part that is rotatable in response to reaction forces created during operation of the power tool, wherein a torsion spring is arranged to counteract any such rotation of the load sensitive part, characterised in that the torsion spring, in one piece, includes a first and a second end (20;21), respectively, the first end comprising a first connective interface that is rotationally lockable to a connective interface of the load sensitive part of the reduction gear, and the second end comprising a second connective interface that is rotationally lockable with respect to the housing and/or the motor, wherein at least one of the first and the second connective interfaces (25; 26) includes an element for prohibiting axial movement between the connected parts.
A lap siding system, comprising: a pair of lap siding panels (2, 4), each panel comprising an outer face, an inner face, a first end and a second end, wherein the first end of one panel is configured to meet with and form a shiplap joint with the second end of the other panel; wherein the first end of each panel comprises a top shiplap joint element, and the second end of each panel comprises a bottom shiplap joint element, wherein the top shiplap joint element overlaps in whole or in part the corresponding bottom shiplap joint element when forming the shiplap joint; characterised in that: the first end comprises a stop element (20a, b, c) disposed on the inner face, on or adjacent to the underside of the top shiplap joint element, and configured to stop the bottom shiplap joint element of the other panel, thereby positioning a corresponding second end of the other panel at a pre-determined spacing distance from the top shiplap joint element when forming the shiplap joint, wherein one or more drainage grooves is formed in an upper face of the bottom shiplap joint element; and one of the drainage grooves comprises a visual indexing spacing feature for proper spacing of the siding panels during installation. a pair of lap siding panels (2, 4), each panel comprising an outer face, an inner face, a first end and a second end, wherein the first end of one panel is configured to meet with and form a shiplap joint with the second end of the other panel; wherein the first end of each panel comprises a top shiplap joint element, and the second end of each panel comprises a bottom shiplap joint element, wherein the top shiplap joint element overlaps in whole or in part the corresponding bottom shiplap joint element when forming the shiplap joint; characterised in that: the first end comprises a stop element (20a, b, c) disposed on the inner face, on or adjacent to the underside of the top shiplap joint element, and configured to stop the bottom shiplap joint element of the other panel, thereby positioning a corresponding second end of the other panel at a pre-determined spacing distance from the top shiplap joint element when forming the shiplap joint, wherein one or more drainage grooves is formed in an upper face of the bottom shiplap joint element; and one of the drainage grooves comprises a visual indexing spacing feature for proper spacing of the siding panels during installation. the first end comprises a stop element (20a, b, c) disposed on the inner face, on or adjacent to the underside of the top shiplap joint element, and configured to stop the bottom shiplap joint element of the other panel, thereby positioning a corresponding second end of the other panel at a pre-determined spacing distance from the top shiplap joint element when forming the shiplap joint, wherein one or more drainage grooves is formed in an upper face of the bottom shiplap joint element; and one of the drainage grooves comprises a visual indexing spacing feature for proper spacing of the siding panels during installation.
Fastening device for a stiffening element of a roller-shutter box comprising at least one floor element which can be fitted on a hollow-profile outer frame of a window or of a door, wherein the outer frame, in at least one of its hollow chambers, has a reinforcing profile, and wherein the fastening device comprises at least one adapter profile, which can be fixed on the outer frame, and a basic profile, which can be coupled in a form-fitting manner to the adapter profile, and wherein a cavity is formed between the adapter profile and the basic profile, characterized in that the cavity has arranged in it a fastening element (15; 15') which can be connected directly, or via a threaded element (11; 11'), to the reinforcing profile and/or to an additional reinforcing profile, which is arranged in the cavity, wherein the basic profile has an aperture, and therefore the threaded element (11; 11') is accessible in the basic profile from the interior of the roller-shutter box, via said aperture.
A dispenser comprising a housing defining a web material reservoir and a web material comprising preformed lines of weakness contained inside said housing, said dispenser further comprising a separation unit, said separation unit having a width direction and comprising at least a first roller having a rotational axis extending in said width direction and a web width extending in said width direction, and at least a second roller having a rotational axis extending parallel with said rotational axis of said first roller and a web width extending in said width direction, said second roller being positioned at a distance from said first roller, said distance extending in a direction perpendicular to said width direction, wherein each of said first and said second rollers (2, 3) is provided with at least one protrusion element extending perpendicularly from said axes, wherein each of said protrusion elements has a maximum width in said width direction, a maximum radial extension from said rotational axes, an inner portion adjacent to said rotational axes, and an outer portion remote from said rotational axes, wherein said outer portions of said protrusion elements on said first roller are arranged in a staggered relationship with said outer portions of said protrusion elements on said second roller, and wherein said outer portions of said protrusion elements on said first roller are partially overlapping with said outer portions of said protrusion elements on said second roller with a radial overlap length, thus forming an undulating passage for said web material between said rollers (2, 3), wherein said web material is Z-folded to form a stack, said separation unit is configured to separate said web material along said preformed lines of weakness by passage through said undulating passage of said separation unit and in that said radial overlap length is between 2-40 mm, preferably 2- 20 mm, more preferably 3-12 mm, or most preferably between 4-10 mm, and wherein each of said first and said second rollers (2, 3) is provided with a plurality of protrusion elements being spaced along said rotational axes and protruding perpendicularly from said axes, wherein each of said first and said second rollers (2, 3) has a central portion and peripheral portions in said width direction, and wherein said spacing between said protrusion elements is greater in said central portion than in said peripheral portions.
A knee brace of the type in which at least one of a pair of femoral arms has a length adjustment mechanism, said length adjusting mechanism comprising: a slide connected to a first part of said at least one of the femoral arms, said slide having a track with pairs of detent recesses spaced along the length thereof, a receiver connected to a second part of said at least one of femoral arms and in which said slide is displaceable in a lengthwise direction for changing the length of said at least one of the femoral arms, a detent element that is received in the track of the slide, said detent element having at least one pair of detents that is engageable in at least one pair of detent recesses for fixing the position of the parts of said at least one of femoral arms relative to each other, and a toggle mechanism connected to said detent element and having a first position in which the at least one pair of detents is locked in engagement within said at least one pair of detent recesses, and a second position releasing said at least one pair of detents for movement out engagement with at least one pair of detent recesses for enabling adjustment of the length of said at least one of the femoral arms, characterized in that said detent element has biasing members engageable with said track for forcing said detents out of engagement with said detent recesses when the toggle mechanism (32, 131) is moved into said second position. a slide connected to a first part of said at least one of the femoral arms, said slide having a track with pairs of detent recesses spaced along the length thereof, a receiver connected to a second part of said at least one of femoral arms and in which said slide is displaceable in a lengthwise direction for changing the length of said at least one of the femoral arms, a detent element that is received in the track of the slide, said detent element having at least one pair of detents that is engageable in at least one pair of detent recesses for fixing the position of the parts of said at least one of femoral arms relative to each other, and a toggle mechanism connected to said detent element and having a first position in which the at least one pair of detents is locked in engagement within said at least one pair of detent recesses, and a second position releasing said at least one pair of detents for movement out engagement with at least one pair of detent recesses for enabling adjustment of the length of said at least one of the femoral arms,
An apparatus for producing trichlorosilane comprising: a reactor; a raw material supply device that supplies metal silicon powder as a raw material to the reactor; a gas introduction device that introduces hydrogen chloride gas to the reactor so that the hydrogen chloride gas reacts with metal silicon powder while being fluidized with the hydrogen chloride gas; a gas removal device that discharges the generated gas containing trichlorosilane from an upper part of the reactor; a plurality of the heat transfer tubes that are installed circumferentially in an annular space near an inner peripheral wall of the reactor; and a plurality of gas flow controlling members that are disposed in an internal space of the reactor enclosed with the heat transfer tube along a vertical direction and that are controlling diameters of gas bubbles ascending in the reactor, wherein each of the heat transfer tubes comprise parallel longitudinal tubes running along the vertical direction and horizontal joint tubes connecting the lower ends of the longitudinal tubes and through which a heat medium passes, and each of the gas flow controlling members is formed by closing both ends of an internally hollow tube to have a rectilinear shape, formed to have a narrow plate body, or formed to have a cross shape assembly. a reactor; a raw material supply device that supplies metal silicon powder as a raw material to the reactor; a gas introduction device that introduces hydrogen chloride gas to the reactor so that the hydrogen chloride gas reacts with metal silicon powder while being fluidized with the hydrogen chloride gas; a gas removal device that discharges the generated gas containing trichlorosilane from an upper part of the reactor; a plurality of the heat transfer tubes that are installed circumferentially in an annular space near an inner peripheral wall of the reactor; and a plurality of gas flow controlling members that are disposed in an internal space of the reactor enclosed with the heat transfer tube along a vertical direction and that are controlling diameters of gas bubbles ascending in the reactor, wherein each of the heat transfer tubes comprise parallel longitudinal tubes running along the vertical direction and horizontal joint tubes connecting the lower ends of the longitudinal tubes and through which a heat medium passes, and each of the gas flow controlling members is formed by closing both ends of an internally hollow tube to have a rectilinear shape, formed to have a narrow plate body, or formed to have a cross shape assembly.
A method for manufacturing molded articles consisting of two or more molded article layers (6, 6', 6"), comprising the steps a) A layer carrier is made available for accommodating at least one molded article layer; b) A molded article layer is applied onto a printing plate, wherein the molded article layer is applied by a shaping tool onto the printing plate; c) Positioning of printing plate and/or layer carrier with respect to an older molded article layer and relative to one another, in particular contacting the molded article layer (6, 6') to the layer carrier or to an older molded article layer; d) Curing of the molded article layer (6, 6') so that it becomes an older molded article layer itself or forms a composite with such a one and transfer of the molded article layer(s) from the printing plate onto the layer carrier; e) Possibly making the printing plate available for accommodating other molded article layers (6',6") and repetition of the steps b) to d). a) A layer carrier is made available for accommodating at least one molded article layer; b) A molded article layer is applied onto a printing plate, wherein the molded article layer is applied by a shaping tool onto the printing plate; c) Positioning of printing plate and/or layer carrier with respect to an older molded article layer and relative to one another, in particular contacting the molded article layer (6, 6') to the layer carrier or to an older molded article layer; d) Curing of the molded article layer (6, 6') so that it becomes an older molded article layer itself or forms a composite with such a one and transfer of the molded article layer(s) from the printing plate onto the layer carrier; e) Possibly making the printing plate available for accommodating other molded article layers (6',6") and repetition of the steps b) to d).
Antibody binding to human IGF-IR characterized by comprising a) an antibody heavy chain variable region of SEQ ID NO:1 and an antibody light chain variable region of SEQ ID NO:2; or b) an antibody heavy chain variable region of SEQ ID NO:3 and an antibody light chain variable region of SEQ ID NO: 4. a) an antibody heavy chain variable region of SEQ ID NO:1 and an antibody light chain variable region of SEQ ID NO:2; or b) an antibody heavy chain variable region of SEQ ID NO:3 and an antibody light chain variable region of SEQ ID NO: 4.
A method comprising: selecting tiles from a plurality of tiles, wherein each tile of the plurality of tiles is a partition of automated speech recognition data and the plurality of tiles include a plurality of geographically partitioned tiles and at least one common tile (118(c)), which includes a portion of said ASR data that has been identified as having an increased likelihood of being requested by a user, has been identified as likely to occur multiple times in the ASR data and/or corresponds to particular goods or services, wherein the ASR data are configured to be used to translate an audio input, wherein the selected tiles comprise at least one of the at least one common tile (118(c)) and at least one of the geographically partitioned tiles; the geographically partitioned tiles are selected based on: information related to a search intended by a user; and a geographic location; and the at least one common tile (118(c)) is selected based on the information but not the geographic position; and translating an audio input using ASR data from the selected tiles. selecting tiles from a plurality of tiles, wherein each tile of the plurality of tiles is a partition of automated speech recognition data and the plurality of tiles include a plurality of geographically partitioned tiles and at least one common tile (118(c)), which includes a portion of said ASR data that has been identified as having an increased likelihood of being requested by a user, has been identified as likely to occur multiple times in the ASR data and/or corresponds to particular goods or services, wherein the ASR data are configured to be used to translate an audio input, wherein the selected tiles comprise at least one of the at least one common tile (118(c)) and at least one of the geographically partitioned tiles; the geographically partitioned tiles are selected based on: information related to a search intended by a user; and a geographic location; and the at least one common tile (118(c)) is selected based on the information but not the geographic position; and the selected tiles comprise at least one of the at least one common tile (118(c)) and at least one of the geographically partitioned tiles; the geographically partitioned tiles are selected based on: information related to a search intended by a user; and a geographic location; and information related to a search intended by a user; and a geographic location; and the at least one common tile (118(c)) is selected based on the information but not the geographic position; and translating an audio input using ASR data from the selected tiles.