mhurhangee/patent-ind-claim-en huggingface dataset:
An inlet section for a gas turbine engine , comprising: an outer case ; and a plurality of guide vanes operable to guide flow from an engine inlet toward a plurality of airfoils relative to the engine axis (A), the outer case extends about a rotor that is rotatable about an engine axis (A), the rotor carrying a plurality of airfoils ; and characterised in that the inlet section further comprises a plurality of spokes mechanically attached to the outer case , each of the plurality of spokes received in a respective one of the plurality of guide vanes , and at least one of the plurality of spokes defining a fluid passage in flow communication with a bearing assembly , wherein the bearing assembly supports a forward portion of the rotor relative to the engine axis (A), the plurality of spokes are tensioned, the plurality of spokes are operable to transfer loads between bearing assembly and the outer case , and the bearing assembly defines a bearing compartment . an outer case ; and a plurality of guide vanes operable to guide flow from an engine inlet toward a plurality of airfoils relative to the engine axis (A), the outer case extends about a rotor that is rotatable about an engine axis (A), the rotor carrying a plurality of airfoils ; and characterised in that the inlet section further comprises a plurality of spokes mechanically attached to the outer case , each of the plurality of spokes received in a respective one of the plurality of guide vanes , and at least one of the plurality of spokes defining a fluid passage in flow communication with a bearing assembly , wherein the bearing assembly supports a forward portion of the rotor relative to the engine axis (A), the plurality of spokes are tensioned, the plurality of spokes are operable to transfer loads between bearing assembly and the outer case , and the bearing assembly defines a bearing compartment .
Cart for transporting an aircraft engine , comprising: a base frame equipped with wheels for riding on a floor; at least two engine arms extending horizontally and movable vertically relative to the base frame , structured and designed for supporting the aircraft engine ; and being characterised in that it further comprises at least two adapter arms extending horizontally at a higher level than the at least two engine arms , structured and designed for supporting an adapter (24.1) coupled to a test nacelle (24.2), at the top of the aircraft engine . a base frame equipped with wheels for riding on a floor; at least two engine arms extending horizontally and movable vertically relative to the base frame , structured and designed for supporting the aircraft engine ; and being characterised in that it further comprises at least two adapter arms extending horizontally at a higher level than the at least two engine arms , structured and designed for supporting an adapter (24.1) coupled to a test nacelle (24.2), at the top of the aircraft engine .
A vertically stacked and hermetically sealed implantable pressure sensor device for measuring a physiological signal, the implantable device comprising: a first wafer comprising at least a pressure sensor configured to measure the physiological signal; and a second wafer (14; 50) comprising at least a digitizing integrated circuit, wherein the first wafer is vertically stacked or disposed over the second wafer so as to form a hermetic seal, wherein the implantable device comprises a size or shape capable of implantation through an injector or syringe having a gauge of 19 or higher. a first wafer comprising at least a pressure sensor configured to measure the physiological signal; and a second wafer (14; 50) comprising at least a digitizing integrated circuit, wherein the first wafer is vertically stacked or disposed over the second wafer so as to form a hermetic seal, wherein the implantable device comprises a size or shape capable of implantation through an injector or syringe having a gauge of 19 or higher.
A condensate removal device for mounting in a pipeline, the device comprising: an inlet connectable to the pipeline to receive a condensable gas flow; an outlet connectable to the pipeline downstream of the inlet, the inlet and outlet being disposed on a pipeline axis through the device; a condensate drainage channel providing fluid communication between the inlet and outlet, the condensate drainage channel having an entry port from which it extends in the longitudinal direction, and an orifice that is occludable by condensate flow therethrough to restrict condensable gas flow therethrough; an access opening facing the entry port, the access opening being offset from the pipeline axis; and a cleaning device for cleaning the orifice, the cleaning device comprising: a cap which is mountable on the access opening of the condensate removal device; and a rod carrier having a cleaning rod thereon, the cleaning rod being receivable in the orifice, wherein the rod carrier is reciprocally movable relative to the cap; and wherein, when the cap is mounted on the access opening, the cleaning rod is aligned with the orifice in the longitudinal direction, and the cleaning rod is retractably insertable into the orifice by moving the rod carrier in the longitudinal direction. an inlet connectable to the pipeline to receive a condensable gas flow; an outlet connectable to the pipeline downstream of the inlet, the inlet and outlet being disposed on a pipeline axis through the device; a condensate drainage channel providing fluid communication between the inlet and outlet, the condensate drainage channel having an entry port from which it extends in the longitudinal direction, and an orifice that is occludable by condensate flow therethrough to restrict condensable gas flow therethrough; an access opening facing the entry port, the access opening being offset from the pipeline axis; and a cleaning device for cleaning the orifice, the cleaning device comprising: a cap which is mountable on the access opening of the condensate removal device; and a rod carrier having a cleaning rod thereon, the cleaning rod being receivable in the orifice, wherein the rod carrier is reciprocally movable relative to the cap; and a cap which is mountable on the access opening of the condensate removal device; and a rod carrier having a cleaning rod thereon, the cleaning rod being receivable in the orifice, wherein the rod carrier is reciprocally movable relative to the cap; and wherein, when the cap is mounted on the access opening, the cleaning rod is aligned with the orifice in the longitudinal direction, and the cleaning rod is retractably insertable into the orifice by moving the rod carrier in the longitudinal direction.
A pneumatic tire comprising a carcass reinforced by one or more carcass plies extending from a first bead to a second bead and having a single belt layer disposed radially outward of the one or more carcass plies in a crown portion of the pneumatic tire , the single belt layer comprising a first group of cords oriented in a first direction relative to a centerline (CL) of the pneumatic tire and a second group of cords oriented in a second direction relative to the centerline (CL) of the pneumatic tire , characterized in that the single belt layer is a single bidirectional rubberized belt ply layer .
Method for securing a security document comprising at least personal data pages and a cover sheet placed outside the personal data pages , the method comprising, during security document manufacturing, a step of stitching the personal data pages and the cover sheet together by means of an upper thread and a lower thread interlaced together, wherein the method further comprises a step of treating at least a part of the stitching with ultrasonic welding so as to structurally modify at least one of the threads, wherein at least one of the upper and lower threads comprises synthetic fibers, and wherein the security document comprises a spine tape extending centrally between top and bottom of the security document, said spine tape comprising synthetic fibers adapted to be joined to the synthetic fibers of at least the upper or the lower thread when ultrasonic welded. the method further comprises a step of treating at least a part of the stitching with ultrasonic welding so as to structurally modify at least one of the threads, wherein at least one of the upper and lower threads comprises synthetic fibers, and wherein the security document comprises a spine tape extending centrally between top and bottom of the security document, said spine tape comprising synthetic fibers adapted to be joined to the synthetic fibers of at least the upper or the lower thread when ultrasonic welded.
A pressure vessel for containing liquids and/or gases under pressure, said pressure vessel comprising: a polymeric liner comprising a hollow body defined by an elongated cylindrical wall having an outer surface extending between a first terminal end and a second terminal end of said liner ; a breather layer surrounding said outer surface of said cylindrical wall and extending between said first terminal end and said second terminal end of said liner , said breather layer being gas permeable and impermeable to liquids, said breather layer providing a flow passageway for gas permeating through said cylindrical wall collected by said breather layer ; and an outer composite shell comprising resin and fibers of a first fiber type, said outer composite shell surrounding an outer periphery of said breather layer and extending between said first terminal end and said second terminal end of said liner ; wherein said gas permeating through said cylindrical wall collected by said breather layer is directed to a predetermined exit location on said pressure vessel ; characterized in that : said liner includes at least one inlet opening at said first terminal end of said liner ; said pressure vessel includes a stem and a ferrule , wherein said stem is inserted through said inlet opening , and wherein said ferrule fixedly couples said outer composite shell to said stem . a polymeric liner comprising a hollow body defined by an elongated cylindrical wall having an outer surface extending between a first terminal end and a second terminal end of said liner ; a breather layer surrounding said outer surface of said cylindrical wall and extending between said first terminal end and said second terminal end of said liner , said breather layer being gas permeable and impermeable to liquids, said breather layer providing a flow passageway for gas permeating through said cylindrical wall collected by said breather layer ; and an outer composite shell comprising resin and fibers of a first fiber type, said outer composite shell surrounding an outer periphery of said breather layer and extending between said first terminal end and said second terminal end of said liner ; wherein said gas permeating through said cylindrical wall collected by said breather layer is directed to a predetermined exit location on said pressure vessel ; characterized in that : said liner includes at least one inlet opening at said first terminal end of said liner ; said pressure vessel includes a stem and a ferrule , wherein said stem is inserted through said inlet opening , and wherein said ferrule fixedly couples said outer composite shell to said stem . said liner includes at least one inlet opening at said first terminal end of said liner ; said pressure vessel includes a stem and a ferrule , wherein said stem is inserted through said inlet opening , and wherein said ferrule fixedly couples said outer composite shell to said stem .
An apparatus for expelling animals, comprising: a first body for being inserted into a ground, a second tubular body for filling with an expelling agent, the second tubular body having at least one hole in its circumferential surface, wherein the second body is insertable into the first body , wherein the first body and the second body have a positioning mechanism defining at least a first position and at least a second position of the first body relative to the second body when the second body is inserted into the first body , characterized in that , in the first position, the first body is arranged with respect to the second body such that the hole is closed, and, in the second position, the first body is radially rotated and/or axially displaced with respect to the second body compared to the first position such that the hole is opened. a first body for being inserted into a ground, a second tubular body for filling with an expelling agent, the second tubular body having at least one hole in its circumferential surface, wherein the second body is insertable into the first body , wherein the first body and the second body have a positioning mechanism defining at least a first position and at least a second position of the first body relative to the second body when the second body is inserted into the first body , characterized in that , in the first position, the first body is arranged with respect to the second body such that the hole is closed, and, in the second position, the first body is radially rotated and/or axially displaced with respect to the second body compared to the first position such that the hole is opened.
A device for controlling a corneal ablation laser , the device comprising: - a parameter interface adapted to receive an adjustment parameter (p); - a first determination unit adapted to determine a first point on a corneal surface ; - a second determination unit adapted to determine a second point on the corneal surface that is different from the first point ; - a computation unit adapted to determine a third point on a line between the first point and the second point according to the adjustment parameter (p) and to generate a control program , wherein the control program centers an ablation profile on the third point ; and - a control unit adapted to control the corneal ablation laser according to the control program . - a parameter interface adapted to receive an adjustment parameter (p); - a first determination unit adapted to determine a first point on a corneal surface ; - a second determination unit adapted to determine a second point on the corneal surface that is different from the first point ; - a computation unit adapted to determine a third point on a line between the first point and the second point according to the adjustment parameter (p) and to generate a control program , wherein the control program centers an ablation profile on the third point ; and - a control unit adapted to control the corneal ablation laser according to the control program .
Method for producing an aluminium flat product (46; 56, 56'), in particular a superplastic aluminium flat product, - in which an aluminium melt of an aluminium alloy is provided, wherein the aluminium alloy has the following composition: 0.03 wt.% ≤ Si ≤ 0.10 wt.%, Fe ≤ 0.4 wt.%, Cu ≤ 0.1 wt.%, 0.5 wt.% ≤ Mn ≤ 1.0 wt.%, 5.2 wt.% ≤Mg ≤ 5.5 wt.%, 0.05 wt.% ≤ Cr ≤ 0.25 wt.%, Zn ≤ 0.25 wt.%, Ti ≤ 0.20 wt.%, Na ≤ 2 ppm, unavoidable impurities individually ≤ 0.05 wt.%, in total ≤ 0.15 wt.%, remainder aluminium, - in which the aluminium melt is cast to form an ingot , - in which the ingot is hot rolled to form a hot strip , - in which the hot strip is cold rolled to form a cold strip , and - in which the cold strip is levelled. - in which an aluminium melt of an aluminium alloy is provided, wherein the aluminium alloy has the following composition: 0.03 wt.% ≤ Si ≤ 0.10 wt.%, Fe ≤ 0.4 wt.%, Cu ≤ 0.1 wt.%, 0.5 wt.% ≤ Mn ≤ 1.0 wt.%, 5.2 wt.% ≤Mg ≤ 5.5 wt.%, 0.05 wt.% ≤ Cr ≤ 0.25 wt.%, Zn ≤ 0.25 wt.%, Ti ≤ 0.20 wt.%, Na ≤ 2 ppm, unavoidable impurities individually ≤ 0.05 wt.%, in total ≤ 0.15 wt.%, remainder aluminium, - in which the aluminium melt is cast to form an ingot , - in which the ingot is hot rolled to form a hot strip , - in which the hot strip is cold rolled to form a cold strip , and - in which the cold strip is levelled.
A tube joining device that fuses an end of a first tube (T1) and an end of a second tube (T2) by a plate-shaped cutting member (WF) that is heated, and replaces a fused end of the first tube (T1) and a fused end of the second tube (T2) and joins the fused ends in an aseptic condition, the tube joining device comprising: a first tube holding portion that is capable of holding any one tube between the first tube (T1) and the second tube (T2); a second tube holding portion that is disposed in adjacent to the first tube holding portion , and is capable of holding the other tube between the first tube (T1) and the second tube (T2) at a position that is parallel to the one tube; and a housing that is provided with a cover member that is closed to cover fusing-joining sites of the first tube (T1) and the second tube (T2), characterized in that the cover member is slidable along a direction which is orthogonal to a disposition direction (Y1, Y2) of the first and second tubes (T1, T2), in which the first tube (T1) and the second tube (T2) are disposed in parallel. a first tube holding portion that is capable of holding any one tube between the first tube (T1) and the second tube (T2); a second tube holding portion that is disposed in adjacent to the first tube holding portion , and is capable of holding the other tube between the first tube (T1) and the second tube (T2) at a position that is parallel to the one tube; and a housing that is provided with a cover member that is closed to cover fusing-joining sites of the first tube (T1) and the second tube (T2), characterized in that the cover member is slidable along a direction which is orthogonal to a disposition direction (Y1, Y2) of the first and second tubes (T1, T2), in which the first tube (T1) and the second tube (T2) are disposed in parallel.
Composition comprising a compound A of formula (I) wherein M1 is independently selected from H, Li, Na, K, NH 4 + , R a a N + , R a (4-m) NH m , in which m is 1, 2, or 3 and Ra is independently selected from alkyl groups having 1-4 carbon atoms and hydroxyethyl groups; a compound B of formula (II) wherein M2 is independently selected from H, Li, Na, K, NH 4 + , R a 4 N + , R a (4-m) NH m , in which m is 1, 2, or 3 and Ra is an alkyl group having 1-4 carbon atoms and hydroxyethyl groups; and water, wherein the weight ratio compound A : compound B is in the range of 0.10 to 3.00, and the total weight of compound A and compound B relative to the total weight of the composition is 0.10 to 50 %. wherein M1 is independently selected from H, Li, Na, K, NH 4 + , R a a N + , R a (4-m) NH m , in which m is 1, 2, or 3 and Ra is independently selected from alkyl groups having 1-4 carbon atoms and hydroxyethyl groups; a compound B of formula (II) wherein M2 is independently selected from H, Li, Na, K, NH 4 + , R a 4 N + , R a (4-m) NH m , in which m is 1, 2, or 3 and Ra is an alkyl group having 1-4 carbon atoms and hydroxyethyl groups; and water, wherein the weight ratio compound A : compound B is in the range of 0.10 to 3.00, and the total weight of compound A and compound B relative to the total weight of the composition is 0.10 to 50 %. wherein M2 is independently selected from H, Li, Na, K, NH 4 + , R a 4 N + , R a (4-m) NH m , in which m is 1, 2, or 3 and Ra is an alkyl group having 1-4 carbon atoms and hydroxyethyl groups; and water, wherein the weight ratio compound A : compound B is in the range of 0.10 to 3.00, and the total weight of compound A and compound B relative to the total weight of the composition is 0.10 to 50 %.
A method for processing a fermented dairy product (DP), the method comprising feeding , via a product feed conduit connected to a centrifugal separator , fermented dairy product (DP) into the separator , separating , with the centrifugal separator , the fermented dairy product (DP) into a heavy phase (DP') and a light phase (W), receiving , in a first light phase conduit , a first part (W1) of the separated light phase (W), receiving , in a second light phase conduit , a second part (W2) of the separated light phase (W), and receiving , in a heavy phase conduit , the separated heavy phase (DP'), and returning the second part (W2) of the light phase (W) to the product feed conduit , such that the second part (W2) of the light phase (W) is mixed with fermented dairy product (DP) that is fed into the separator , the first light phase (W1) thereby being removed from fermented dairy product fed into the separator , such that the heavy phase (DP') forms a concentrated, fermented dairy product.
Rail arrangement, in particular for embedding in a concrete component or the like, comprising an anchorless rail and a filling body , wherein the rail comprises two side walls and a base that extend in a longitudinal direction of the rail , wherein the side walls are connected to each other via the base , wherein the side walls have inner sides , wherein the base has an inner side , wherein the inner sides of the side walls and the inner side of the base together delimit a receiving space , wherein the filling body is arranged in the receiving space and lies against the inner side of the base , wherein the base has a flat outer side facing away from the filling body , wherein the side walls lie opposite each other separated by a centre plane extending in the longitudinal direction perpendicularly to the outer side of the base , wherein at least one of the two side walls has a hook portion which in a direction from the inner side of the base to the filling body is inclined away from the centre plane , wherein the rail has a receiving space height (H) measured perpendicularly to the outer side of the base from the inner side of the base as far as an end side , facing away from the base , of the at least one side wall , wherein the filling body has a filling body height (F), measured perpendicularly to the outer side of the base , wherein the filling body height (F) corresponds to 60% to 110%, in particular 90% to 110% of the receiving space height (H), wherein a clearance (R1, R2, R1', R2') is formed between the filling body and the hook portion , wherein the clearance (R1, R2, R1', R2') extends over at least 50% of a height of the hook portion , measured parallel to the centre plane , wherein an imaginary cuboid extends in the receiving space from the side wall assigned to the hook portion as far as the centre plane , wherein a first side surface of the cuboid is formed by part of the inner side of the base , and wherein a second side surface of the cuboid is formed by part of the centre plane , wherein the imaginary cuboid extends over the entire receiving space height (H), characterized in that the clearance (R1, R2, R1', R2') protrudes into the imaginary cuboid .