mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the simultaneous production of two or more fiber composite components , in particular of two or more substantially identical fiber composite components, which have a component contour , said method comprising: - providing at least one fibrous material, at least one planar separation element , and at least one matrix material, - producing a semi-finished fibrous pack by disposing the fibrous material layer-by-layer so as to form semi-finished fibrous products (210-216, 310-316) stacked on top of one another, wherein at least one of the planar separation elements is in each case disposed between the semi-finished fibrous products (210-216, 310-316); - infusing the semi-finished fibrous pack with the matrix material, characterized by - cutting the component contour into the infused semi-finished fibrous pack and in that the at least one planar separation element at least in portions is permeable to the matrix material. - providing at least one fibrous material, at least one planar separation element , and at least one matrix material, - producing a semi-finished fibrous pack by disposing the fibrous material layer-by-layer so as to form semi-finished fibrous products (210-216, 310-316) stacked on top of one another, wherein at least one of the planar separation elements is in each case disposed between the semi-finished fibrous products (210-216, 310-316); - infusing the semi-finished fibrous pack with the matrix material, characterized by - cutting the component contour into the infused semi-finished fibrous pack and in that the at least one planar separation element at least in portions is permeable to the matrix material.
A method for forming fluted filtration media comprising: fluting filtration media to provide fluted filtration media having a repeating pattern of flutes wherein the repeating pattern of flutes comprises at least one flute having at least one ridge provided in a flute period (D1) between adjacent same side peaks (114, 115, 116, 119 124, 126, 144, 145); wherein the process comprises feeding the filtration media into a bite formed between a first roll and a second roll to form the fluted filtration media ; wherein the first roll comprises a plurality of first roll projections and a plurality of first roll recesses wherein the first roll provides alternating first roll projection and first roll recess , and wherein at least one of the first roll projections comprises at least two media contact areas separated by a media relaxation area , the media relaxation area being a gap so that the filtration media is able to move in the gap; wherein the second roll comprises a plurality of second roll recesses and a plurality of second roll projections wherein the second roll provides alternating second roll recess and second roll projection , and wherein at least one of the second roll recesses includes at least two media contact areas separated by a media relaxation area , the media relaxation area being a gap so that the filtration media is able to move in the gap; and wherein the ridge in the filtration media is provided as a result of compression between the first roll projection media contact area and the second roll recess media contact area . fluting filtration media to provide fluted filtration media having a repeating pattern of flutes wherein the repeating pattern of flutes comprises at least one flute having at least one ridge provided in a flute period (D1) between adjacent same side peaks (114, 115, 116, 119 124, 126, 144, 145); wherein the process comprises feeding the filtration media into a bite formed between a first roll and a second roll to form the fluted filtration media ; wherein the first roll comprises a plurality of first roll projections and a plurality of first roll recesses wherein the first roll provides alternating first roll projection and first roll recess , and wherein at least one of the first roll projections comprises at least two media contact areas separated by a media relaxation area , the media relaxation area being a gap so that the filtration media is able to move in the gap; wherein the second roll comprises a plurality of second roll recesses and a plurality of second roll projections wherein the second roll provides alternating second roll recess and second roll projection , and wherein at least one of the second roll recesses includes at least two media contact areas separated by a media relaxation area , the media relaxation area being a gap so that the filtration media is able to move in the gap; and wherein the ridge in the filtration media is provided as a result of compression between the first roll projection media contact area and the second roll recess media contact area .
A method for predicting a response to treatment with a vascular disrupting agent in a patient, the method comprising: identifying a patient having a level of a biological marker prior to administration with the vascular disrupting agent which is different to the level of the biological marker following administration with the vascular disrupting agent, wherein the biological marker is Serum Amyloid P (SAP), and wherein a level of the biological marker prior to administration with the vascular disrupting agent that is different to the level of the biological marker following administration with the vascular disrupting agent is indicative of the patient responding to treatment with the vascular disrupting agent. identifying a patient having a level of a biological marker prior to administration with the vascular disrupting agent which is different to the level of the biological marker following administration with the vascular disrupting agent, wherein the biological marker is Serum Amyloid P (SAP), and wherein a level of the biological marker prior to administration with the vascular disrupting agent that is different to the level of the biological marker following administration with the vascular disrupting agent is indicative of the patient responding to treatment with the vascular disrupting agent.
Loudspeaker, which contains - a bearing structure, - a magnetic arrangement fixed to the bearing structure and determining air-gaps , - a cable arrangement, and - a diaphragm connected to the bearing structure and made of a sheet material, wherein - the diaphragm has a cylindrical jacket-like shape consisting of segments (10, 10', 10", 10"', 10""), the surface of the diaphragm being determined by generating lines situated along a traceline ending in itself and at right angles to a plane of the traceline, - the segments (10, 10', 10", 10"', 10"") are connected to each other along delimiting lines running in the direction of the generating lines, the segments having a surface, the curvature of which is larger than the curvature of a virtual cylinder accommodating the cylindrical jacket-like shape, wherein - the loudspeaker comprises at least two flaps (11, 11', 11", 11"', 11""), each running along a delimiting line, extending radially into an air-gap and having an inner end, and - the diaphragm is connected to the bearing structure by flexible supporting units joining the flaps (11, 11', 11", 11"', 11"") and allowing radial movement of the flaps (11, 11', 11", 11"', 11"") in the air-gap characterized in that - the flexible supporting units connect the inner ends of the flaps (11, 11', 11", 11''', 11"") with the bearing structure and are flexible strands running in the direction of the generating lines. - a bearing structure, - a magnetic arrangement fixed to the bearing structure and determining air-gaps , - a cable arrangement, and - a diaphragm connected to the bearing structure and made of a sheet material, wherein - the diaphragm has a cylindrical jacket-like shape consisting of segments (10, 10', 10", 10"', 10""), the surface of the diaphragm being determined by generating lines situated along a traceline ending in itself and at right angles to a plane of the traceline, - the segments (10, 10', 10", 10"', 10"") are connected to each other along delimiting lines running in the direction of the generating lines, the segments having a surface, the curvature of which is larger than the curvature of a virtual cylinder accommodating the cylindrical jacket-like shape, wherein - the loudspeaker comprises at least two flaps (11, 11', 11", 11"', 11""), each running along a delimiting line, extending radially into an air-gap and having an inner end, and - the diaphragm is connected to the bearing structure by flexible supporting units joining the flaps (11, 11', 11", 11"', 11"") and allowing radial movement of the flaps (11, 11', 11", 11"', 11"") in the air-gap characterized in that - the flexible supporting units connect the inner ends of the flaps (11, 11', 11", 11''', 11"") with the bearing structure and are flexible strands running in the direction of the generating lines.
A method of electricity production using water thermal energy, the method comprising: - compressing an enclosed working fluid at a first depth (D1) of a body of water to cause the enclosed working fluid to ascend to a second depth (D2) of the body of water and subsequently descend to the first depth (D1) in a closed loop, the water at the second depth (D2) having a greater temperature than the water at the first depth (D1) such that the enclosed working fluid transitions to a liquid phase at the first depth (D1) and to a vapor phase at the second depth (D2), the compressing using power from a battery ; - expanding the enclosed working fluid at the second depth (D2) to generate electricity to charge the battery ; propelling an apparatus that houses the closed loop through the body of water using power from the battery - transitioning the apparatus from a stationary configuration to a mobile configuration in which drag is reduced relative to the stationary configuration as the apparatus is propelled through the body of water . - compressing an enclosed working fluid at a first depth (D1) of a body of water to cause the enclosed working fluid to ascend to a second depth (D2) of the body of water and subsequently descend to the first depth (D1) in a closed loop, the water at the second depth (D2) having a greater temperature than the water at the first depth (D1) such that the enclosed working fluid transitions to a liquid phase at the first depth (D1) and to a vapor phase at the second depth (D2), the compressing using power from a battery ; - expanding the enclosed working fluid at the second depth (D2) to generate electricity to charge the battery ; propelling an apparatus that houses the closed loop through the body of water using power from the battery - transitioning the apparatus from a stationary configuration to a mobile configuration in which drag is reduced relative to the stationary configuration as the apparatus is propelled through the body of water .
A high dielectric insulating resin composition, comprising: a component (A): 100 parts by mass of a polymeric material serving as a dispersing medium of a component (B), and the component (B): 100 to 3000 parts by mass of a perovskite-type composite oxide powder which includes secondary particles obtained by primary particles bonded to each other by sintering having an average particle size measured by laser light scattering method of 5 to 50 μm, and a BET specific surface area of 0.05 to 5.00 m 2 /g, and which is represented by the formula: ABO 3 , wherein A is selected from Ba, Ca, and Sr and contains at least Ba, B is selected from Ti and Zr and contains at least Ti, and a molar ratio of Ba/Ti is 1.010 to 1.400. a component (A): 100 parts by mass of a polymeric material serving as a dispersing medium of a component (B), and the component (B): 100 to 3000 parts by mass of a perovskite-type composite oxide powder which includes secondary particles obtained by primary particles bonded to each other by sintering having an average particle size measured by laser light scattering method of 5 to 50 μm, and a BET specific surface area of 0.05 to 5.00 m 2 /g, and which is represented by the formula: ABO 3 , wherein A is selected from Ba, Ca, and Sr and contains at least Ba, B is selected from Ti and Zr and contains at least Ti, and a molar ratio of Ba/Ti is 1.010 to 1.400.
An endoluminal prosthesis, comprising: a graft having a tubular body and a surface comprising a first biocompatible material, the graft comprising a main lumen disposed therein, a proximal end, and a distal end, and an intermediate section positioned between the proximal end and the distal end, an aperture through a side wall of the intermediate section of the graft , the aperture being in fluid communication with the main lumen; a valve arrangement connected to the intermediate section and associated with the aperture , the valve arrangement having an open position and a closed position; and a liner comprising a second biocompatible material secured about the intermediate section and surrounding the valve arrangement ; wherein the valve arrangement comprises a third biocompatible material having corners and being secured to the graft about the aperture at the corners of the valve arrangement . a graft having a tubular body and a surface comprising a first biocompatible material, the graft comprising a main lumen disposed therein, a proximal end, and a distal end, and an intermediate section positioned between the proximal end and the distal end, an aperture through a side wall of the intermediate section of the graft , the aperture being in fluid communication with the main lumen; a valve arrangement connected to the intermediate section and associated with the aperture , the valve arrangement having an open position and a closed position; and a liner comprising a second biocompatible material secured about the intermediate section and surrounding the valve arrangement ; wherein the valve arrangement comprises a third biocompatible material having corners and being secured to the graft about the aperture at the corners of the valve arrangement .
Method for operating an agricultural combination , wherein the agricultural combination has an agricultural working machine , an agricultural implement and a driver assistance system with a computer unit , a display unit and a sensor arrangement , wherein the sensor arrangement has at least one sensor for recording measured values, wherein the driver assistance system provides an automatic setting device which, according to at least one optimisation strategy , continuously optimises the mode of operation of the working machine and/or the mounted implement by applying a system model to the current operating situation (B) and transmits control values for machine parameters to the agricultural working machine and/or the agricultural mounted implement , wherein the system model maps functional relationships of the agricultural combination , characterised in that in that the driver assistance system is used to evaluate the current operating situation (B) with at least one quality indicator (G i ) in order to assess the achievable working quality of the automatic setting device , the extent to which the current operating situation (B) with its operating parameters (B i ) lies within the system model and that the at least one quality indicator (G i ) or an indicator (g i ) derived therefrom is displayed via the display unit and/or transferred to a reaction routine of the driver assistance system . wherein the driver assistance system provides an automatic setting device which, according to at least one optimisation strategy , continuously optimises the mode of operation of the working machine and/or the mounted implement by applying a system model to the current operating situation (B) and transmits control values for machine parameters to the agricultural working machine and/or the agricultural mounted implement , wherein the system model maps functional relationships of the agricultural combination , characterised in that in that the driver assistance system is used to evaluate the current operating situation (B) with at least one quality indicator (G i ) in order to assess the achievable working quality of the automatic setting device , the extent to which the current operating situation (B) with its operating parameters (B i ) lies within the system model and that the at least one quality indicator (G i ) or an indicator (g i ) derived therefrom is displayed via the display unit and/or transferred to a reaction routine of the driver assistance system .
A formulation for gel capsules containing sterol/stanol ester and solubilizer, wherein at least 61 percent by weight of the formulation consists of sterol/stanol ester and solubilizer, wherein the combinations of lecithin and polysorbate 80, lecithin and sugar esters of fatty acids, or lecithin and ascorbyl fatty acid ester, are selected as solubilizer.
Support arrangement adapted to hold a portable multimedia device in the passenger compartment of a vehicle, in which said support is configured to be fixed on an arm , said arm extending from a tube guiding the steering column , in which the support comprises a cavity formed from its upper wall, in which the cavity comprises inclined transverse front and rear walls, and in which the cavity comprises in its bottom a passage passing through near the inclined front wall , and in which a flap is pivotally mounted, in the open position the flap comes to bear on the inclined rear wall of the cavity , in the closed position the flap closes the cavity . in which the support comprises a cavity formed from its upper wall, in which the cavity comprises inclined transverse front and rear walls, and in which the cavity comprises in its bottom a passage passing through near the inclined front wall , and in which a flap is pivotally mounted, in the open position the flap comes to bear on the inclined rear wall of the cavity , in the closed position the flap closes the cavity .
A jacket for watertight sealing a medical device , wherein the jacket comprises at least one flexible envelope , wherein the flexible envelope comprises at least one first side for facing the skin of a patient and at least one opposing second side , wherein the first side comprises: • at least one first sealing lip , wherein the first sealing lip is configured to surround the medical device ; and • at least one second sealing lip , wherein the second sealing lip is configured to surround the medical device , wherein the second sealing lip is spaced apart from the first sealing lip ; wherein the flexible envelope further comprises at least one envelope contacting sealing end , wherein the skin-facing first side of the envelope contacting sealing end is fixedly connectable to the opposing second side of the flexible envelope when wrapping the flexible envelope around an extremity of a user, wherein the second sealing lip surrounds the first sealing lip . • at least one first sealing lip , wherein the first sealing lip is configured to surround the medical device ; and • at least one second sealing lip , wherein the second sealing lip is configured to surround the medical device , wherein the second sealing lip is spaced apart from the first sealing lip ; wherein the flexible envelope further comprises at least one envelope contacting sealing end , wherein the skin-facing first side of the envelope contacting sealing end is fixedly connectable to the opposing second side of the flexible envelope when wrapping the flexible envelope around an extremity of a user, wherein the second sealing lip surrounds the first sealing lip .
A folding frame for strollers, baby carriages or the like, comprising a lower framework provided with at least one front post and at least one rear post which are connected in a lower region to respective wheel assemblies , said at least one rear post being movable on command, with respect to said at least one front post , with a rotary motion about a first articulation axis which is substantially transverse to the direction of longitudinal extension of said folding frame during the transition of said folding frame from an extended open condition to a collapsed closed condition and vice versa, said lower framework being connected kinematically to at least one handle tube which forms at least one grip and can move with respect to said at least one front post along a movement trajectory that has at least one component that is parallel to the main direction of extension of said at least one front post , in order to move between an active condition,in which said grip is arranged so as to be spaced and upward with respect to the end portion of said lower framework during use, and an inactive condition, in which said grip is arranged closer to said end portion of said lower framework during use, a connecting tension member being arranged between said at least one rear post and said at least one handle tube , wherein said at least one rear post supports an actuation device which has an actuation grip which is connected to an actuation portion which can move on command between a first position and a second position and vice versa along an actuation trajectory , said actuation device being hinged, about a second articulation axis that is parallel to said first articulation axis , to at least one interconnection device which is supported so that it can rotate about a third articulation axis which is substantially parallel to said first and second articulation axes by said front post , as a consequence of the transition of said actuation grip between a first position and a second position, said frame being adapted to pass between an extended position, in which the respective front and rear posts are kept angularly spaced, and a folded position, in which the respective front and rear posts are kept angularly closer, at least one device for locking said folding frame in the extended condition being provided characterized in that said interconnection device , as a consequence of the transition of said actuation portion between said first position and said second position along said actuation trajectory , is adapted to rotate first in one direction of rotation and then in the opposite direction of rotation about said third articulation axis .
A mixture comprising the compound cis-1,1,1,4,4,4-hexafluoro-2-butene (Z-HFO-1336mzzm) and HFO-1233zd for use as a polyol premix composition; wherein said composition comprises from 30 wt.% to 70 wt.% of said HFO-1233zd.