mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a magnetic core (100; 150; 200; 250) for an electrical power transformer or reactor, the method comprising: cutting (S10) a symmetric cut-out from the middle of a long side of a rectangular yoke plate made of electrical steel such that a symmetric gap is formed in the yoke plate; forming (S20) building elements (40; 40') of grain oriented electrical steel, GOES, either from the symmetric cut-out if the yoke plate is made of grain oriented electrical steel, or from an end cut (42; 42') from a short end of a rectangular limb plate made of grain oriented electrical steel, where the building elements have the same size and shape as the symmetric gap divided into two equal parts; repositioning (S30) the building elements (40; 40') such that at least some of the building elements (40; 40') get a new orientation and/or position in relation to the yoke plate or the limb plate after the repositioning; building (S50) a magnetic core (100; 150; 200; 250) by assembling at least yoke plates and repositioned building elements (40; 40') such that the repositioned building elements (40; 40') fit into the symmetric gaps formed in the yoke plates at the positions and with the orientations the building elements (40; 40') got after the repositioning. cutting (S10) a symmetric cut-out from the middle of a long side of a rectangular yoke plate made of electrical steel such that a symmetric gap is formed in the yoke plate; forming (S20) building elements (40; 40') of grain oriented electrical steel, GOES, either from the symmetric cut-out if the yoke plate is made of grain oriented electrical steel, or from an end cut (42; 42') from a short end of a rectangular limb plate made of grain oriented electrical steel, where the building elements have the same size and shape as the symmetric gap divided into two equal parts; repositioning (S30) the building elements (40; 40') such that at least some of the building elements (40; 40') get a new orientation and/or position in relation to the yoke plate or the limb plate after the repositioning; building (S50) a magnetic core (100; 150; 200; 250) by assembling at least yoke plates and repositioned building elements (40; 40') such that the repositioned building elements (40; 40') fit into the symmetric gaps formed in the yoke plates at the positions and with the orientations the building elements (40; 40') got after the repositioning.
A cooling system for a gas turbine engine , the cooling system comprising: an inner vane support comprising a first surface and a second surface radially opposite the first surface ; a flow guide coupled to the second surface of the inner vane support , wherein the flow guide comprises an outer surface and an inner surface radially opposite the outer surface ; and a fastened inner duct coupled to the inner surface of the flow guide , wherein the fastened inner duct comprises a third surface and a fourth surface radially opposite the third surface , wherein the first surface of the inner vane support partially defines a first airflow path (E) through the cooling system to provide a first airflow through the cooling system in use, wherein the second surface of the inner vane support and the outer surface of the flow guide define a second airflow path (F) through the cooling system to provide a second airflow through the cooling system in use, and characterised in that the inner surface of the flow guide and the third surface of the fastened inner duct define a third airflow path (G) through the cooling system to provide a third airflow through the cooling system in use, wherein the first (E), second (F) and third (G) airflow paths enable the thermal separation of the first, second and third airflows, such that airflows having different temperatures and/or volumetric flow rates can be separated and provided to different sections of a gas turbine engine in use. an inner vane support comprising a first surface and a second surface radially opposite the first surface ; a flow guide coupled to the second surface of the inner vane support , wherein the flow guide comprises an outer surface and an inner surface radially opposite the outer surface ; and a fastened inner duct coupled to the inner surface of the flow guide , wherein the fastened inner duct comprises a third surface and a fourth surface radially opposite the third surface , wherein the first surface of the inner vane support partially defines a first airflow path (E) through the cooling system to provide a first airflow through the cooling system in use, wherein the second surface of the inner vane support and the outer surface of the flow guide define a second airflow path (F) through the cooling system to provide a second airflow through the cooling system in use, and characterised in that the inner surface of the flow guide and the third surface of the fastened inner duct define a third airflow path (G) through the cooling system to provide a third airflow through the cooling system in use, wherein the first (E), second (F) and third (G) airflow paths enable the thermal separation of the first, second and third airflows, such that airflows having different temperatures and/or volumetric flow rates can be separated and provided to different sections of a gas turbine engine in use.
A sexual dysfunction treatment apparatus for treating an impotent male patient comprising: a stimulation device configured to stimulate different areas of at least one penile portion of the patient's normal penile tissue or the prolongation thereof, and a control device operable to control the stimulation device to stimulate the penile portion to cause contraction thereof to at least restrict the blood flow leaving the penis to achieve erection; characterized in that the control device is configured to control the stimulation device to stimulate different areas of the penile portion at a time by sequentially stimulating the different areas of the penile portion. a stimulation device configured to stimulate different areas of at least one penile portion of the patient's normal penile tissue or the prolongation thereof, and a control device operable to control the stimulation device to stimulate the penile portion to cause contraction thereof to at least restrict the blood flow leaving the penis to achieve erection; characterized in that the control device is configured to control the stimulation device to stimulate different areas of the penile portion at a time by sequentially stimulating the different areas of the penile portion.
Battery assembly consisting of a plurality of battery cells which are electrically connected to one another by cell connectors which are arranged on a top side of a cell housing , wherein each cell housing has, on a cell base , at least one fastening projection which protrudes through an opening of a cooling element which is formed as a cooling plate or as a cooling housing for the cell housings , wherein the fastening projection interacts with a clamping element which clamps the cell housing against the cooling element , characterized in that the cell base is designed in a manner additionally electrically insulated from the cooling element , wherein the cooling element consists of metal, and wherein the fastening projection and the clamping element consist of metal, and in that a second insulating element, designed to provide electrical insulation between the fastening projection and the cooling element, is arranged between the fastening projection and the cooling element .
A pharmaceutical composition comprising linaclotide, a cation or pharmaceutically acceptable salt thereof and an amine selected from meglumine or a mixture of meglumine and histidine.
Light module , notably for a motor vehicle, comprising: - a first light source of the semiconductor type; - a second surface light source of the organic light-emitting diode type suitable for reflecting the light rays emitted by the first light source in order to form a light beam along an optical axis of the module; characterized in that it further comprises: a collimator comprising an input face (12 2 ) deflecting a first time the rays emitted by the first light source so as to render them less divergent and facets (12 3 ) forming an output face deflecting the rays a second time, the light rays emitted by the first light source being deflected by the collimator in a main direction so that - the deflected light rays meet the second light source with a non-zero angle of incidence β; - the rays are deviated a second time so as to be directed toward a portion of the second light source which is close to the optical axis of the light module. - a first light source of the semiconductor type; - a second surface light source of the organic light-emitting diode type suitable for reflecting the light rays emitted by the first light source in order to form a light beam along an optical axis of the module; - the deflected light rays meet the second light source with a non-zero angle of incidence β; - the rays are deviated a second time so as to be directed toward a portion of the second light source which is close to the optical axis of the light module.
Totarol for use in the treatment of vaginal mucous membrane inflammations of bacterial origin, for alleviation of symptoms in such a treatment and for prophylaxis and prevention of relapses of such inflammations, characterised in that it relates to anaerobic bacterial vaginosis (BV) and aerobic vaginitis (AV).
A barrier system comprising: A) a first non-chlorine aerosol propellant, and B) a composition, wherein the composition comprises: i) a second non-chlorine aerosol propellant, and ii) a concentrate, wherein the concentrate comprises: a) a non-aqueous solvent, b) an emulsifying agent, c) a thickening agent, d) at least one medicament and e) optionally an aqueous solvent; wherein: A) the first non-chlorine aerosol propellant is separated from the composition, and B) the first non-chlorine aerosol propellant has a higher pressure than the concentrate, such that the concentrate is maintained as a homogenous liquid. A) a first non-chlorine aerosol propellant, and B) a composition, wherein the composition comprises: i) a second non-chlorine aerosol propellant, and ii) a concentrate, wherein the concentrate comprises: a) a non-aqueous solvent, b) an emulsifying agent, c) a thickening agent, d) at least one medicament and e) optionally an aqueous solvent; i) a second non-chlorine aerosol propellant, and ii) a concentrate, wherein the concentrate comprises: a) a non-aqueous solvent, b) an emulsifying agent, c) a thickening agent, d) at least one medicament and e) optionally an aqueous solvent; a) a non-aqueous solvent, b) an emulsifying agent, c) a thickening agent, d) at least one medicament and e) optionally an aqueous solvent; A) the first non-chlorine aerosol propellant is separated from the composition, and B) the first non-chlorine aerosol propellant has a higher pressure than the concentrate, such that the concentrate is maintained as a homogenous liquid.
Recombinant FSH (rFSH) including α2,3- and α2,6-sialylation wherein from 10% to 20% of the total sialylation is α2,6-sialylation.
A hot spot-type oxygen sensor comprising a sensor element (12, 42, 52a-52f, 54a-54f) made from a ceramic sintered body for detecting oxygen concentration on the basis of either a change in an electric current value or a change in a resistance value corresponding to a voltage applied to the sensor element (12, 42, 52a-52f, 54a-54f) wherein the sensor element (12, 42, 52a-52f, 54a-54f) has a shape in which a cross-sectional area (S1, S2) changes from one electrode side toward the other electrode side of paired electrode parts formed on either longitudinal end, characterized in that , the cross-sectional area (S1, S2) increases or decreases either uniformly or gradually from the one electrode side toward the other electrode side, wherein of the paired electrode parts , an electrode part formed on one side where cross-sectional area (S1) of the sensor element (12, 42, 52a-52f, 54a-54f) is larger is set as a negative electrode , and an electrode part formed on another side where the cross-sectional area (S2) is smaller is set as a positive electrode .
A contact device for a high-voltage cable having an insulated electrical conductor , which is surrounded by a screen designed as a tube, wherein the contact device has a contact tube , which accommodates the cable , wherein, in the contact tube several threaded holes are each provided with a clamping screw , characterized in that the threaded holes are produced by a friction-flow drilling process, so that each threaded hole has an annular bead on the inside of the contact tube, that the threaded holes are arranged on at least two circular lines on the circumference of the contact tube uniformly distributed on each circular line , that the threaded holes are arranged offset relative to one another on adjacent circular lines in the circumferential direction and that the clamping screws are suitable for contacting the screen of the cable . wherein, in the contact tube several threaded holes are each provided with a clamping screw , characterized in that the threaded holes are produced by a friction-flow drilling process, so that each threaded hole has an annular bead on the inside of the contact tube, that the threaded holes are arranged on at least two circular lines on the circumference of the contact tube uniformly distributed on each circular line , that the threaded holes are arranged offset relative to one another on adjacent circular lines in the circumferential direction and that the clamping screws are suitable for contacting the screen of the cable .
A frame for a display tile, the frame being of one piece or being split into two or more frame strips , the frame being adapted to be fastened to a first substrate and a second substrate by means of an adhesive tape , wherein the first substrate and the second substrate form substrates of a liquid crystal panel of the display tile; the one piece frame or each frame strip being divided into three parts: a first part adapted to be glued by means of the adhesive tape to a lateral side of the first substrate , a third part adapted to be glued by means of the adhesive tape to a lateral side of the second substrate and a second part positioned between the first and third part, the second part having a higher compliance than the first and third parts so that the first and third parts are positioned in different planes.
An occupant restrainment harness configured for use in conjunction with a vehicle seatbelt system, the restrainment harness having a back panel and a front panel defining together an occupant torso accommodating space , adjustably closable by a fastener mechanism configured at the front panel; wherein the back panel is configured at a lower portion thereof with a lap strap fastener arrangement configured for receiving a lap strap of the vehicle seatbelt system, the occupant restrainment harness further comprising a top shoulder strap fastener buckle which is centrally positioned at a top portion of the back panel characterized in that , the top shoulder strap fastener buckle is configured for fixed arresting a shoulder strap of the vehicle seatbelt system and preventing a sliding displacement of the shoulder strap with respect thereto.
A prosthetic device suitable for being implanted in a bone or joint site of the human body, comprising a prosthetic body , wherein said prosthetic device comprises at least one inner cavity , suitable for being filled with a filler material , and through holes or ports extending from said at least one inner cavity to the outside of said device and intended to put said at least one inner cavity in communication with the outside of the prosthetic device or with the bone tissue surrounding, in use, said prosthetic device , characterized in that said prosthetic device comprises an antibiotic or a medical substance and in that said prosthetic device comprises at least one filler material arranged and hardened at the entire extension of said at least one cavity and of said holes or ports so as to constitute a zone for the absorption and subsequent elution of said antibiotic or medical substance or of a solution comprising said antibiotic or medical substance, wherein said filler material has small interconnected channels which have an average cross-section diameter lower than 100 μm.
A method of gating using an X-ray tomographic imaging system, said method comprising: (a) performing (S1) a tomographic imaging on an object for acquiring a plurality of projection images (P θts ) at different angles (θ) by the X-ray tomographic imaging system, wherein a target of the object in the projection images (P θts ) moves periodically along a first axis (s), and a rotation axis of the X-ray tomographic imaging system is parallel to the first axis (s); (b) obtaining (S2) a plurality of projected curves (C θts ) by summing up pixel values along a direction of a second axis (t), which is perpendicular to the first axis (s), in each of the projection images (P θts ); (c) determining (S3) a target zone on the projection images (P θts ), wherein the target is located in the target zone, and a central position on the first axis (s) of the target zone is corresponding to a position having a largest variation in the projected curves (C θts ) on the first axis (s); (d) calculating (S4) a parameter value of the pixel values in the target zone on each of the projection images (P θts ), and obtaining a curve of a moving cycle of the target according to the parameter values of the projection images; and (e) selecting (S5) the projection images (P θts ) under the same state in the moving cycle for image reconstruction according to the curve of the moving cycle of the target. (a) performing (S1) a tomographic imaging on an object for acquiring a plurality of projection images (P θts ) at different angles (θ) by the X-ray tomographic imaging system, wherein a target of the object in the projection images (P θts ) moves periodically along a first axis (s), and a rotation axis of the X-ray tomographic imaging system is parallel to the first axis (s); (b) obtaining (S2) a plurality of projected curves (C θts ) by summing up pixel values along a direction of a second axis (t), which is perpendicular to the first axis (s), in each of the projection images (P θts ); (c) determining (S3) a target zone on the projection images (P θts ), wherein the target is located in the target zone, and a central position on the first axis (s) of the target zone is corresponding to a position having a largest variation in the projected curves (C θts ) on the first axis (s); (d) calculating (S4) a parameter value of the pixel values in the target zone on each of the projection images (P θts ), and obtaining a curve of a moving cycle of the target according to the parameter values of the projection images; and (e) selecting (S5) the projection images (P θts ) under the same state in the moving cycle for image reconstruction according to the curve of the moving cycle of the target.
A driver interface system (100; 200; 400; 600; 800) comprising: a steering wheel assembly (102; 202; 402; 602; 702; 802) comprising a variable-function input device (112; 114; 212; 214; 418; 518), said variable-function input device having a plurality of assignable functions and a present function being one of said plurality of assignable functions; a display (122; 222; 322; 422; 622; 722; 822) configured to display an image corresponding to said present function of said variable-function input device, characterized in that said driver interface system automatically adjusts to a user based on a user height estimation and / or a user eye tracking input such that the display (122; 222; 322; 422; 622; 722; 822) is not obscured from said user's view by the steering wheel assembly. a steering wheel assembly (102; 202; 402; 602; 702; 802) comprising a variable-function input device (112; 114; 212; 214; 418; 518), said variable-function input device having a plurality of assignable functions and a present function being one of said plurality of assignable functions; a display (122; 222; 322; 422; 622; 722; 822) configured to display an image corresponding to said present function of said variable-function input device, characterized in that said driver interface system automatically adjusts to a user based on a user height estimation and / or a user eye tracking input such that the display (122; 222; 322; 422; 622; 722; 822) is not obscured from said user's view by the steering wheel assembly.
A device (101-108) for osmotic distillation including one or more osmotic distillation stages, each osmotic distillation stage including at least one flow channel carrying a liquid to be concentrated and at least one flow channel carrying a draw solution, wherein each osmotic distillation stage has a vapor space which is separated from the at least one flow channel carrying the liquid to be concentrated by at least one vapor-permeable and liquid-tight first membrane wall and which is separated from the at least one flow channel carrying the draw solution by at least one vapor-permeable and liquid-tight second membrane wall , so that vapor arising from the liquid to be concentrated passes through the at least one first membrane wall into said vapor space and vapor from said vapor space passes through the at least one second membrane wall to the draw solution and condenses there, characterized in that the vapor space of at least one of the osmotic distillation stages comprises a plurality of chambers arranged in a row, wherein adjacent chambers being separated from one another by a respective liquid-tight and gas-tight partition and each partition having a vapor-permeable opening, wherein preferably at least one liquid barrier , in particular a dam, is provided which prevents the passage of liquid through at least one of the openings, and wherein the at least one flow channel carrying the liquid to be concentrated is arranged in the first chamber arranged in the row and the at least one flow channel carrying the draw solution is arranged in the last chamber arranged in the row. wherein each osmotic distillation stage has a vapor space which is separated from the at least one flow channel carrying the liquid to be concentrated by at least one vapor-permeable and liquid-tight first membrane wall and which is separated from the at least one flow channel carrying the draw solution by at least one vapor-permeable and liquid-tight second membrane wall , so that vapor arising from the liquid to be concentrated passes through the at least one first membrane wall into said vapor space and vapor from said vapor space passes through the at least one second membrane wall to the draw solution and condenses there, characterized in that the vapor space of at least one of the osmotic distillation stages comprises a plurality of chambers arranged in a row, wherein adjacent chambers being separated from one another by a respective liquid-tight and gas-tight partition and each partition having a vapor-permeable opening, wherein preferably at least one liquid barrier , in particular a dam, is provided which prevents the passage of liquid through at least one of the openings, and wherein the at least one flow channel carrying the liquid to be concentrated is arranged in the first chamber arranged in the row and the at least one flow channel carrying the draw solution is arranged in the last chamber arranged in the row.