mhurhangee/patent-ind-claim-en huggingface dataset:
Mesh welding plant comprising a pressing apparatus for at least one tool of the mesh welding plant , the pressing apparatus comprising: a) a first pneumatic element having at least one first piston rod (112, 212.1, 212.2) which is configured such that it can be operatively connected to one of the tools of the mesh welding plant ; characterized in that the pressing apparatus also comprises: b) a second pneumatic element having at least one second piston rod (122, 222.1, 222.2) which is configured such that it can be operatively connected to the first pneumatic element , in particular to the first piston rod (112, 212.1, 212.2), and wherein the first and the second pneumatic element are arranged such that the first and second piston rod(s) (112, 212.1, 212.2, 122, 222.1, 222.2) can exert a common pressing force by way of a movement in translation in their longitudinal direction (Z), wherein the pressing force can be applied both only by the first and simultaneously by the first and the second pneumatic element, wherein the pneumatic elements are configured such that they are controllable separately from one another, wherein the first pneumatic element comprises a first control device and the second pneumatic element comprises a second control device, which are each separately controllable. a) a first pneumatic element having at least one first piston rod (112, 212.1, 212.2) which is configured such that it can be operatively connected to one of the tools of the mesh welding plant ;
A perforation system , comprising: a movable base ; a laser mounted in a fixed position on said movable base ; a first polygon mirror rotatably mounted on said movable base ; and a controller configured: to dispose said movable base in a plurality of fixed positions; and to operate said laser and to rotate said first polygon mirror at a fixed rotational speed to define a plurality of perforations throughout a predetermined area of a substrate for each of said plurality of fixed positions of said movable base . a movable base ; a laser mounted in a fixed position on said movable base ; a first polygon mirror rotatably mounted on said movable base ; and a controller configured: to dispose said movable base in a plurality of fixed positions; and to operate said laser and to rotate said first polygon mirror at a fixed rotational speed to define a plurality of perforations throughout a predetermined area of a substrate for each of said plurality of fixed positions of said movable base . to dispose said movable base in a plurality of fixed positions; and to operate said laser and to rotate said first polygon mirror at a fixed rotational speed to define a plurality of perforations throughout a predetermined area of a substrate for each of said plurality of fixed positions of said movable base .
A large container, in particular a drinking-water container, food container, or container for pharmaceutical products, having a container base and a circumferential container wall , which forms a receiving space , wherein an upper, open end of the container wall is closed by a container cover , which has at least a diameter of 3 m, wherein an annularly encircling support element is fixed on an upper end region of the container wall , wherein the container cover is designed as a metal disc which spans the upper, open end of the container wall in a self-supporting manner and closes said end by virtue of the fact that a lower side of the metal disc , which lower side faces the receiving space , is welded in a gas-tight or liquid-tight manner to the support element and/or to the upper end region of the container wall by means of a continuous first weld seam , characterized in that in addition an upper side and/or an edge of the metal disc are/is welded to the support element by means of a continuous second weld seam , wherein a root of the first weld seam and a root of the second weld seam come together or merge into one another. an annularly encircling support element is fixed on an upper end region of the container wall , wherein the container cover is designed as a metal disc which spans the upper, open end of the container wall in a self-supporting manner and closes said end by virtue of the fact that a lower side of the metal disc , which lower side faces the receiving space , is welded in a gas-tight or liquid-tight manner to the support element and/or to the upper end region of the container wall by means of a continuous first weld seam , characterized in that in addition an upper side and/or an edge of the metal disc are/is welded to the support element by means of a continuous second weld seam , wherein a root of the first weld seam and a root of the second weld seam come together or merge into one another.
A nitazoxanide pharmaceutical composition suitable for the treatment of intestinal parasitic infections by oral administration in the form of a suspension, containing: (a) an immediate release moiety in the form of nitazoxanide-containing non-coated granules; or nitazoxanide-containing non-granulated powder; and (b) a pH-dependent release moiety in the form of nitazoxanide-containing granules coated by one or more polymers with pH-dependent solubility, chosen from hydroxypropyl methylcellulose phthalate, hydroxypropyl methylcellulose acetate succinate and methacrylic acid copolymers. (a) an immediate release moiety in the form of nitazoxanide-containing non-coated granules; or nitazoxanide-containing non-granulated powder; and (b) a pH-dependent release moiety in the form of nitazoxanide-containing granules coated by one or more polymers with pH-dependent solubility, chosen from hydroxypropyl methylcellulose phthalate, hydroxypropyl methylcellulose acetate succinate and methacrylic acid copolymers.
A nickel braze alloy composition comprising: a blend including 20wt% - 80wt% of a first nickel alloy and 20wt% - 80wt% of a second nickel alloy , the first nickel alloy having a first composition consisting of 4.75wt% - 10.5wt% of chromium, 5.5wt% - 6.7wt% of aluminum, up to 13wt% cobalt, 3.75wt% - 9.0wt% of tantalum, 1.3wt% - 2.25wt% of molybdenum, 3.0wt% - 6.8wt% of tungsten, 2.6wt% - 3.25wt% of rhenium, up to 0.02wt% of boron, 0.05wt% - 2.0wt% of hafnium, up to 0.14wt% of carbon, up to 0.35wt% of zirconium, and a balance of nickel, and the second nickel alloy having a second composition consisting of 21.25wt% - 22.75wt% of chromium, 5.7wt% - 6.3wt% of aluminum, 11.5wt% - 12.5wt% of cobalt, 5.7wt% - 6.3wt% of silicon, boron in an amount no greater than 1.0wt%, and a balance of nickel. a blend including 20wt% - 80wt% of a first nickel alloy and 20wt% - 80wt% of a second nickel alloy , the first nickel alloy having a first composition consisting of 4.75wt% - 10.5wt% of chromium, 5.5wt% - 6.7wt% of aluminum, up to 13wt% cobalt, 3.75wt% - 9.0wt% of tantalum, 1.3wt% - 2.25wt% of molybdenum, 3.0wt% - 6.8wt% of tungsten, 2.6wt% - 3.25wt% of rhenium, up to 0.02wt% of boron, 0.05wt% - 2.0wt% of hafnium, up to 0.14wt% of carbon, up to 0.35wt% of zirconium, and a balance of nickel, and the second nickel alloy having a second composition consisting of 21.25wt% - 22.75wt% of chromium, 5.7wt% - 6.3wt% of aluminum, 11.5wt% - 12.5wt% of cobalt, 5.7wt% - 6.3wt% of silicon, boron in an amount no greater than 1.0wt%, and a balance of nickel.
A method of forming a three-dimensional body, comprising: providing a liquid mixture comprising a curable binder, a dye and dispersed solid fluoropolymeric particles; and forming a three-dimensional body from the liquid mixture by curing the binder to form a cured binder, wherein forming includes translation and growth of the three-dimensional body from an interface of an inhibition zone of the liquid mixture, wherein the inhibition zone is a zone of the liquid mixture comprising an inhibitor which can limit or prevent curing of the mixture by electromagnetic radiation; and wherein forming the 3D-body from the liquid mixture includes selecting an amount of the dye of at least 0.01 wt% and not greater than 1 wt%, based on the total weight of the mixture, to control a size resolution of the formed three-dimensional body. providing a liquid mixture comprising a curable binder, a dye and dispersed solid fluoropolymeric particles; and forming a three-dimensional body from the liquid mixture by curing the binder to form a cured binder, wherein forming includes translation and growth of the three-dimensional body from an interface of an inhibition zone of the liquid mixture, wherein the inhibition zone is a zone of the liquid mixture comprising an inhibitor which can limit or prevent curing of the mixture by electromagnetic radiation; and wherein forming the 3D-body from the liquid mixture includes selecting an amount of the dye of at least 0.01 wt% and not greater than 1 wt%, based on the total weight of the mixture, to control a size resolution of the formed three-dimensional body.
A heat exchanger comprising: a housing comprising: an inlet at a proximal end for receiving a first fluid; and an outlet , downstream of the inlet at the distal end of the housing, through which the fluid is configured to exit the housing ; and a plurality of heat exchanger cores within the housing ; wherein the plurality of heat exchanger cores comprises a plate fin arrangement; and, wherein the plurality of heat exchanger cores comprise one or more first flow paths through which the first fluid can pass through the heat exchanger cores, in use, characterised in that the plurality of heat exchanger cores meet at a junction and diverge from each other towards one of the inlet or the outlet of the housing . a housing comprising: an inlet at a proximal end for receiving a first fluid; and an outlet , downstream of the inlet at the distal end of the housing, through which the fluid is configured to exit the housing ; and a plurality of heat exchanger cores within the housing ; an inlet at a proximal end for receiving a first fluid; and an outlet , downstream of the inlet at the distal end of the housing, through which the fluid is configured to exit the housing ; and a plurality of heat exchanger cores within the housing ; wherein the plurality of heat exchanger cores comprises a plate fin arrangement; and, wherein the plurality of heat exchanger cores comprise one or more first flow paths through which the first fluid can pass through the heat exchanger cores, in use, characterised in that the plurality of heat exchanger cores meet at a junction and diverge from each other towards one of the inlet or the outlet of the housing .
An apparatus for sealing a large bore vascular puncture through tissue, comprising: a sealant having a first section formed from a freeze-dried hydrogel, wherein the first section expands when exposed to physiological fluid within a puncture; and a sheath having a lumen, wherein the sealant is positioned in the lumen of the sheath; wherein the first section of the sealant comprises a hydrogel comprising chitosan bound to at least one polyethylene glycol polymer, wherein, upon exposure to an aqueous physiological fluid, the hydrogel expands and seals the puncture through the tissue, and wherein the apparatus is sized at 2.33 mm (7 French) or smaller. a sealant having a first section formed from a freeze-dried hydrogel, wherein the first section expands when exposed to physiological fluid within a puncture; and a sheath having a lumen, wherein the sealant is positioned in the lumen of the sheath; wherein the first section of the sealant comprises a hydrogel comprising chitosan bound to at least one polyethylene glycol polymer, wherein, upon exposure to an aqueous physiological fluid, the hydrogel expands and seals the puncture through the tissue, and wherein the apparatus is sized at 2.33 mm (7 French) or smaller.
A method in a producer network function for registering one or more services that the producer network function is capable of providing at a network repository function, NRF , the method comprising: transmitting a registration request to the NRF , wherein the registration request comprises registration information comprising: an indication of the one or more services; and an indication of data types and operations associated with each data type of the one or more services that are allowed per network function consumer type. an indication of the one or more services; and an indication of data types and operations associated with each data type of the one or more services that are allowed per network function consumer type.
A shaped detergent product, the product comprising a solid composition, the solid composition comprising: • 25 to 92 wt. %, as based on the total weight of the solid composition, free acid equivalent of aminopolycarboxylate; • 0.3 to 50 wt. %, as based on the total weight of the solid composition, free acid equivalent of polycarboxylate polymer; and • 2 to 30 wt. %, as based on the total weight of the solid composition, of water; wherein the solid composition is obtainable by the process according to any one of claims 9 to 11. • 25 to 92 wt. %, as based on the total weight of the solid composition, free acid equivalent of aminopolycarboxylate; • 0.3 to 50 wt. %, as based on the total weight of the solid composition, free acid equivalent of polycarboxylate polymer; and • 2 to 30 wt. %, as based on the total weight of the solid composition, of water;
A fabrication method for fabricating an abradable coating of varying density, the method comprising the following steps: providing a substrate having a first portion and a second portion ; depositing a first precursor material on the first portion of the substrate ; compressing the first precursor material between the substrate and a first bearing surface ; sintering the first precursor material as compressed in this way in order to obtain a first abradable coating portion on the first portion of the substrate , and possessing a first density; depositing a second precursor material on the second portion of the substrate ; compressing the second precursor material between the substrate and a second bearing surface ; and sintering the second precursor material as compressed in this way in order to obtain a second abradable coating portion on the second portion of the substrate , and possessing a second density distinct from the first. providing a substrate having a first portion and a second portion ; depositing a first precursor material on the first portion of the substrate ; compressing the first precursor material between the substrate and a first bearing surface ; sintering the first precursor material as compressed in this way in order to obtain a first abradable coating portion on the first portion of the substrate , and possessing a first density; depositing a second precursor material on the second portion of the substrate ; compressing the second precursor material between the substrate and a second bearing surface ; and sintering the second precursor material as compressed in this way in order to obtain a second abradable coating portion on the second portion of the substrate , and possessing a second density distinct from the first.
A brushless wiper motor configured to cause a wiper member to swing, the wiper member wiping an object attached onto a windshield of a vehicle away from the windshield , the brushless wiper motor comprising: a stator fixed inside a housing, six teeth being integrally provided in an inside of the stator in a radial direction; a coil wound around each of the teeth ; a rotor configured to rotate with respect to the stator ; a permanent magnet provided on the rotor , the permanent magnet having four magnetic poles arranged alternately along a direction of rotation of the rotor ; a decelerating mechanism (SD) housed in the housing , the decelerating mechanism (SD) being configured to reduce speed of rotation of the rotor ; an output shaft configured to transmit rotation of the decelerating mechanism (SD) to the wiper member, characterized in that the housing is formed into a predetermined shape by casting a molten aluminum material or the like, and the housing includes a motor housing unit in which the stator is housed and a decelerating mechanism housing unit in which the decelerating mechanism (SD) is housed, the motor housing unit being formed into a bottomed cylindrical shape, whereby the brushless wiper motor comprises a plurality of fixing legs provided on the housing and at least one of the plurality of fixing legs is fixable to a vehicle body fixed portion that extends in a right-to-left direction of the vehicle . a stator fixed inside a housing, six teeth being integrally provided in an inside of the stator in a radial direction; a coil wound around each of the teeth ; a rotor configured to rotate with respect to the stator ; a permanent magnet provided on the rotor , the permanent magnet having four magnetic poles arranged alternately along a direction of rotation of the rotor ; a decelerating mechanism (SD) housed in the housing , the decelerating mechanism (SD) being configured to reduce speed of rotation of the rotor ; an output shaft configured to transmit rotation of the decelerating mechanism (SD) to the wiper member, characterized in that the housing is formed into a predetermined shape by casting a molten aluminum material or the like, and the housing includes a motor housing unit in which the stator is housed and a decelerating mechanism housing unit in which the decelerating mechanism (SD) is housed, the motor housing unit being formed into a bottomed cylindrical shape, whereby the brushless wiper motor comprises a plurality of fixing legs provided on the housing and at least one of the plurality of fixing legs is fixable to a vehicle body fixed portion that extends in a right-to-left direction of the vehicle .
A sheet silicate obtainable by a process comprising mixing silicon dioxide and/or a silicon dioxide precursor with an aqueous solution comprising at least one tetraalkylammonium compound comprising R 1 R 2 R 3 R 4 N + and at least one base, where R 1 and R 2 are each methyl and both R 3 and R 4 are n-propyl; heating the colloidal solution obtained under to a temperature in the range from greater than the boiling temperature of the colloidal solution present under the selected pressure to 180°C at standard pressure to obtain a suspension comprising at least one sheet silicate, which comprises adding, as a crystallizing aid in , the at least silicon- and oxygen-comprising sheet silicate which results after the removal from the suspension obtained in , the colloidal solution obtained in being heated in for a period in the range from 12 h to 260 h, and wherein the sheet silicate comprises at least the following reflections: Intensity (%) Diffraction angle 2θ/° [Cu K(alpha 1)] 100 8.0-8.4 11-21 11.0-11.4 13-23 13.2-13.6 5-15 18.0-18.4 7-17 18.4-18.8 19-29 19.9-20.0 where the figure 100% relates to the intensity of the highest peak in the X-ray diffractogram. mixing silicon dioxide and/or a silicon dioxide precursor with an aqueous solution comprising at least one tetraalkylammonium compound comprising R 1 R 2 R 3 R 4 N + and at least one base, where R 1 and R 2 are each methyl and both R 3 and R 4 are n-propyl; heating the colloidal solution obtained under to a temperature in the range from greater than the boiling temperature of the colloidal solution present under the selected pressure to 180°C at standard pressure to obtain a suspension comprising at least one sheet silicate,
System for handling gemstones , comprising a micro-inscribing system for inscribing information onto a surface part of a gemstone using an ablation process, further comprising a material analysing system for analysing the contents of a material composition, characterised in that the system is designed in a way that the material that is set free by said micro-inscribing system when inscribing information onto a gemstone is used by said material analysing system for analysing the material composition of the gemstone .
A bispecific single chain antibody molecule comprising a first binding domain which is an antigen-interaction site, capable of binding to an epitope of human and non-chimpanzee primate selected from Callithrix jacchus, Saguinis oedipus, Saimiri sciureus and Macaca fascicularis CD3ε (epsilon) chain, wherein the epitope is part of an amino acid sequence comprised in the group consisting of SEQ ID NOs. 2, 4, 6, or 8, and comprises at least the amino acid sequence Gln-Asp-Gly-Asn-Glu (QDGNE), and a second binding domain capable of binding to human and/or non-Chimpanzee primate prostate-specific membrane antigen (PSMA) and comprises the following sequences as VH- and VL-chains in the second binding domain selected from: a) a V H -chain of SEQ ID NO: 253 and a V L -chain of SEQ ID NO: 258; b) a V H -chain of SEQ ID NO: 267 and a V L -chain of SEQ ID NO: 272; c) a V H -chain of SEQ ID NO: 617 and a V L -chain of SEQ ID NO: 622; d) a V H -chain of SEQ ID NO: 281 and a V L -chain of SEQ ID NO: 286; e) a V H -chain of SEQ ID NO: 295 and a V L -chain of SEQ ID NO: 300; f) a V H -chain of SEQ ID NO: 309 and a V L -chain of SEQ ID NO: 314; g) a V H -chain of SEQ ID NO: 323 and a V L -chain of SEQ ID NO: 328; h) a V H -chain of SEQ ID NO: 337 and a V L -chain of SEQ ID NO: 342; i) a V H -chain of SEQ ID NO: 351 and a V L -chain of SEQ ID NO: 356; and j) a V H -chain of SEQ ID NO: 365 and a V L -chain of SEQ ID NO: 370. a) a V H -chain of SEQ ID NO: 253 and a V L -chain of SEQ ID NO: 258; b) a V H -chain of SEQ ID NO: 267 and a V L -chain of SEQ ID NO: 272; c) a V H -chain of SEQ ID NO: 617 and a V L -chain of SEQ ID NO: 622; d) a V H -chain of SEQ ID NO: 281 and a V L -chain of SEQ ID NO: 286; e) a V H -chain of SEQ ID NO: 295 and a V L -chain of SEQ ID NO: 300; f) a V H -chain of SEQ ID NO: 309 and a V L -chain of SEQ ID NO: 314; g) a V H -chain of SEQ ID NO: 323 and a V L -chain of SEQ ID NO: 328; h) a V H -chain of SEQ ID NO: 337 and a V L -chain of SEQ ID NO: 342; i) a V H -chain of SEQ ID NO: 351 and a V L -chain of SEQ ID NO: 356; and j) a V H -chain of SEQ ID NO: 365 and a V L -chain of SEQ ID NO: 370.
A vehicle driver assistance system comprising a gesture detection unit (A) configured, based on scene images (I) of a scene around a vehicle , to detect that in a vicinity of the vehicle a human being (P) has made a predetermined gesture which is a gesture among a set of predetermined gestures; a driver emotion determination unit (B) configured, based at least on images (I1) of a driver (D) of the vehicle, to determine an affective state (Ar,Va) of the driver; and a vehicle control unit (C) configured, when the gesture detection unit (A) has detected that in the vicinity of the vehicle a human being (P) has made the predetermined gesture, and the driver emotion determination unit (B) has determined that the affective state of the driver or a change thereof has reached a predetermined range within a maximum response time of the driver after the human being (P) made the predetermined gesture, to adapt a control of the vehicle . a gesture detection unit (A) configured, based on scene images (I) of a scene around a vehicle , to detect that in a vicinity of the vehicle a human being (P) has made a predetermined gesture which is a gesture among a set of predetermined gestures; a driver emotion determination unit (B) configured, based at least on images (I1) of a driver (D) of the vehicle, to determine an affective state (Ar,Va) of the driver; and a vehicle control unit (C) configured, when the gesture detection unit (A) has detected that in the vicinity of the vehicle a human being (P) has made the predetermined gesture, and the driver emotion determination unit (B) has determined that the affective state of the driver or a change thereof has reached a predetermined range within a maximum response time of the driver after the human being (P) made the predetermined gesture, to adapt a control of the vehicle .