mhurhangee/ep-ind-claims huggingface dataset:
Connecting element, in particular wood screw, made of metal for structural wood construction, having a screw shank, wherein the screw shank, at least in certain portions, is provided with a thread, wherein the screw shank has at least one extension portion, wherein a length of the extension portion is at least 10% of the screw shank, wherein the extension portion is plastically and/or elastically extensible, in the longitudinal direction of the connecting element, to a greater extent than the rest of the screw shank, and wherein a tensile strength of the extension portion is lower than a tensile strength of the rest of the screw shank by a factor of 1.25 to 5, characterized in that a diameter of the screw shank in the extension portion is between the core diameter of the thread and the outside diameter of the thread, and in that the extension portion is heat treated in order to reduce the tensile strength of the screw shank in the extension portion.
Arrangement which comprises a studwork wall and insert elements arranged in said studwork wall, the studwork wall comprising a frame structure having vertical upright-forming profiles, and in particular standardised C-profiles, to which the insert elements are fastened, the insert elements, when in a fastened state, being fastened by clamping to the upright-forming profiles by means of retaining parts, the upright-forming profile being C-shaped in cross-section and having, on side-portions, two lips in opposite positions which define an opening and the retaining part fitting behind the lips in the fastened state and the insert element being fastened in place between two upright-forming profiles by means of the retaining parts, characterised in that the insert elements are in the form of cabinet carcasses for storing articles, in that the retaining part presses the lips against the insert element in the fastened state, and in that the arrangement also includes a screw or bolt, the retaining part being able to be brought into the fastened state by means of the screw or bolt and the screw or bolt being able to be tightened from inside the insert element.
Device for draining water from flat roofs, balconies, terraces or other water-bearing surfaces, with an inlet body which forms an inlet opening and an outlet opening for the water which is to be drained, with a catcher basket for leaves, gravel and the like which can be placed on the inlet body, with a press element, and with means for clamping the press element against the inlet body which comprise at least one bolt or one screw (10, 10'), wherein the inlet body and press element are designed in such a way that a sealing membrane or flashing can be clamped between press element and inlet body, and wherein the bolt or the screw (10, 10') is fixed in the inlet body in a form-locking manner and extends through a through-opening in the press element, wherein the inlet body is formed from a technical thermoplastic or from a thermoplastic composite material, characterised in that the press element is clamped against the inlet body from the side of the press element facing away from the the inlet body by means of an element complementary to the at least one bolt or the at least one screw (10, 10'), and the catcher basket is fixed relative to the inlet body by means of the bolt or the screw (10, 10') which also serves to clamp the press element against the inlet body. with an inlet body which forms an inlet opening and an outlet opening for the water which is to be drained, with a catcher basket for leaves, gravel and the like which can be placed on the inlet body, with a press element, and with means for clamping the press element against the inlet body which comprise at least one bolt or one screw (10, 10'), wherein the inlet body and press element are designed in such a way that a sealing membrane or flashing can be clamped between press element and inlet body, and wherein the bolt or the screw (10, 10') is fixed in the inlet body in a form-locking manner and extends through a through-opening in the press element, wherein the inlet body is formed from a technical thermoplastic or from a thermoplastic composite material, characterised in that the press element is clamped against the inlet body from the side of the press element facing away from the the inlet body by means of an element complementary to the at least one bolt or the at least one screw (10, 10'), and the catcher basket is fixed relative to the inlet body by means of the bolt or the screw (10, 10') which also serves to clamp the press element against the inlet body.
An FRP drive shaft (100, 200) which is formed by joining metal end-joints (20, 20') to each end of an FRP cylinder, wherein each of said metal end-joints (20, 20') includes a press-fitting joint (30, 50) having a serrated portion (31, 51) and a cylindrical outer collar (40,60) which is fixed to an outer periphery of said FRP cylinder, said press-fitting joint (30, 50) and said cylindrical outer collar (40,60) have non-circular engaging portions (32, 43), respectively, which are engaged with each other to transfer rotation, characterized in that said FRP cylinder and each of said metal end-joints (20, 20') are connected to rotate with each other - by a press-fit engaging portion between an inner surface of said FRP cylinder and said serrated portion (31, 51) of said press-fitting joint (30, 50), - by a bonded portion between an outer periphery of said FRP cylinder and an inner surface of said cylindrical outer collar (40, 60). - by a press-fit engaging portion between an inner surface of said FRP cylinder and said serrated portion (31, 51) of said press-fitting joint (30, 50), - by a bonded portion between an outer periphery of said FRP cylinder and an inner surface of said cylindrical outer collar (40, 60).
Method for recognizing a critical battery state after resetting a battery monitoring device, wherein a datum that indicates the critical battery state is stored in a non-volatile memory if the battery monitoring device recognizes a critical battery state, and after resetting the battery monitoring device a critical battery state is recognized (211, 220), if the datum that indicates the critical battery state is stored in the non-volatile memory, characterized in that, if a non-critical battery state is recognized, the datum that indicates the critical battery state is deleted from the non-volatile memory within the scope of a memory access that already takes place.
An aircraft propelled by a turbojet having contrarotating fans, the turbojet being incorporated at the rear of a fuselage of the aircraft and in line therewith and comprising two gas generators (12a, 12b) that feed a working turbine having two contrarotating turbine rotors (14a, 14b) for driving two fans (20a, 20b) arranged downstream from the gas generators, and distinct air intakes (18a, 18b) for feeding each gas generator, said air intakes being connected to the fuselage of the aircraft so as to take in at least a portion of the boundary layer formed around the fuselage of the aircraft.
A lehr for bending one or more thin glass structures comprising: a heating zone having a plurality of heating modules aligned and connected to each other to define a first elongated tunnel, wherein adjacent heating modules are separated from each other by a furnace door; a bending zone subsequent the heating zone and having a plurality of bending modules aligned and connected to each other to define a second elongated tunnel, wherein adjacent bending modules are separated from each other by a furnace door; a cooling zone subsequent the bending zone and having a plurality of cooling modules aligned and connected to each other to define a third elongated tunnel, wherein adjacent bending modules are separated from each other by a furnace door; and a conveyance mechanism for carrying one or more thin glass structures through the heating, bending and cooling modules via the first, second and third elongated tunnels, wherein each of the heating, bending and cooling modules include one or more heating elements (61, 63), at least one heating element (61, 63) including a plurality of thermocouples, a plurality of pyrometers or a plurality of thermocouples and pyrometers, each heating element (61, 63) being independently controllable by element or set of elements as a function of a temperature profile for the one or more thin glass structures, wherein the temperature profile is a rate of increase or decrease in temperature of the glass sheet. a heating zone having a plurality of heating modules aligned and connected to each other to define a first elongated tunnel, wherein adjacent heating modules are separated from each other by a furnace door; a bending zone subsequent the heating zone and having a plurality of bending modules aligned and connected to each other to define a second elongated tunnel, wherein adjacent bending modules are separated from each other by a furnace door; a cooling zone subsequent the bending zone and having a plurality of cooling modules aligned and connected to each other to define a third elongated tunnel, wherein adjacent bending modules are separated from each other by a furnace door; and a conveyance mechanism for carrying one or more thin glass structures through the heating, bending and cooling modules via the first, second and third elongated tunnels, wherein each of the heating, bending and cooling modules include one or more heating elements (61, 63), at least one heating element (61, 63) including a plurality of thermocouples, a plurality of pyrometers or a plurality of thermocouples and pyrometers, each heating element (61, 63) being independently controllable by element or set of elements as a function of a temperature profile for the one or more thin glass structures, wherein the temperature profile is a rate of increase or decrease in temperature of the glass sheet.
A process for preparing an aqueous dispersion of a polymer P by radically initiated aqueous emulsion polymerization of ethylenically unsaturated compounds, which comprises using ≥ 0.1 % and ≤ 5.0% by weight of at least one α,β-monoethylenically unsaturated C 3 to C 6 monocarboxylic or dicarboxylic acid and/or at least one α,β-monoethylenically unsaturated C 3 to C 6 monocarboxamide or dicarboxamide (monomers A), ≥ 0.1 % and ≤ 5.0% by weight of at least one monoethylenically unsaturated compound containing silane groups (monomers B), ≥ 0.1 % and ≤ 5.0% by weight of at least one hydroxyalkyl acrylate and/or hydroxyalkyl methacrylate (monomers C), ≥ 0% and ≤ 5.0% by weight of at least one crosslinking monomer having at least two nonconjugated ethylenically unsaturated groups (monomers D), ≥ 30% and ≤ 75% by weight of at least one ethylenically unsaturated monomer whose homopolymer has a glass transition temperature of ≤ 30°C (monomers E) and which differs from the monomers A to D, and ≥ 20% and ≤ 69.7% by weight of at least one ethylenically unsaturated monomer whose homopolymer has a glass transition temperature of ≥ 50°C (monomers F) and which differs from the monomers A to D, and the amounts of the monomers A to F adding up to 100% by weight.
A compressed gas single-acting actuator, comprises an actuator body, wherein pistons are respectively provided on left and right ends of said actuator body, a rack is provided on each of said pistons, a central axle is provided between said two racks, a plurality of reset springs are provided between said pistons and said actuator body, an internal cavity is formed between said pistons, an external cavity is formed between said pistons and said actuator body, an external cavity gas chamber path communicated with said external cavity is provided on said actuator body, whereby a solenoid valve is provided on an interface of said actuator body, a solenoid valve plate is provided between said interface and said solenoid valve, a gas chamber is provided on said actuator body, a ring seal is provided between said gas chamber and said actuator body, a first gas inlet passage communicated with said gas chamber is provided on said actuator body and a check valve is provided at a first end of said first gas inlet passage, characterised in that said interface of said actuator body is a Namur interface, that said check valve is provided at said first end of said first gas inlet passage on said gas chamber, that a second end of said first gas inlet passage is provided at a right back side of said Namur interface for corresponding to a second gas port of said solenoid valve plate; that a second gas inlet channel is provided on said actuator body communicated with said gas chamber, and that an outlet of said second gas inlet channel is provided at an upper left side of said Namur interface for corresponding to a third gas inlet of said solenoid valve plate.
A computer system, comprising: a processor; a disk interface coupled to the processor; a communication bus external to the processor; and characterized in that the computer system comprises a Redundant Array of Independent Disks (RAID) write cache sub-assembly coupled to the communication bus external to the processor, the RAID write cache sub-assembly having non-volatile storage, wherein the processor is configured to perform at least some RAID controller operations. a processor; a disk interface coupled to the processor; a communication bus external to the processor; and characterized in that the computer system comprises a Redundant Array of Independent Disks (RAID) write cache sub-assembly coupled to the communication bus external to the processor, the RAID write cache sub-assembly having non-volatile storage, wherein the processor is configured to perform at least some RAID controller operations.
High pressure cleaning appliance with an appliance housing, which surrounds a motor pump unit comprising a motor and a pump driven by said motor, wherein the motor pump unit is held on the appliance housing by way of vibration-damping buffer elements (80, 82), wherein the high pressure cleaning appliance comprises a first and a second holding device (76, 78), which are fixed to the appliance housing, characterized in that the first holding device comprises at least one first pocket-shaped receptacle (100, 102, 104, 106), which is arranged in alignment in the axial direction with a second pocket-shaped receptacle (116, 118, 120, 122) positioned on the motor pump unit, with the interposition of a first vibration-damping buffer element, wherein the first vibration-damping buffer element comprises two axially opposing end portions (108, 124), which are each accommodated by one of the first and second pocket-shaped receptacles, and wherein the first vibration-damping buffer element is fixed in the axial direction and in the radial direction by means of the first and second receptacles, and wherein the second holding device comprises at least one third pocket-shaped receptacle (148, 150, 152, 154), which is arranged in alignment in the axial direction with a fourth pocket-shaped receptacle (162, 164) positioned on the motor pump unit, with the interposition of a second vibration-damping buffer element, wherein the second vibration-damping buffer element comprises two axially opposing end portions (156, 166), which are each accommodated by one of the third and fourth receptacles, and wherein the second vibration-damping buffer element is fixed in the axial direction and in the radial direction by means of the third and fourth receptacles.
A compound of formula or a salt thereof, for use in treating an ALK- or FAK-mediated condition or disorder, wherein the ALK- or FAK-mediated condition or disorder is cancer.
An ultrasonic flow meter comprising: a meter body having a longitudinal axis and comprising a fluid passageway therethrough and an outer surface; and a plurality of electronics housings (80, 100) supported on the meter body by a mounting member, wherein the mounting member comprises: a base supported by the outer surface of the meter body; a tubular member extending from the base, the tubular member having a passage extending therethrough for the passing of a transducer cable; and a bracket member coupled to the tubular member distal the base, the bracket member having a pair of elongate slots, each configured to allow for the passage of a transducer cable to one of the electronics housings (80, 100); characterized in that the mounting member further comprises a first removeable cover forming a first chamber between the first removeable cover and the bracket member, the first removeable cover comprising a bottom, and a pair of sides coupled to said bottom, the sides comprising a pair of rails slidingly received within a pair of grooves of the bracket member. a meter body having a longitudinal axis and comprising a fluid passageway therethrough and an outer surface; and a plurality of electronics housings (80, 100) supported on the meter body by a mounting member, wherein the mounting member comprises: a base supported by the outer surface of the meter body; a tubular member extending from the base, the tubular member having a passage extending therethrough for the passing of a transducer cable; and a bracket member coupled to the tubular member distal the base, the bracket member having a pair of elongate slots, each configured to allow for the passage of a transducer cable to one of the electronics housings (80, 100); a base supported by the outer surface of the meter body; a tubular member extending from the base, the tubular member having a passage extending therethrough for the passing of a transducer cable; and a bracket member coupled to the tubular member distal the base, the bracket member having a pair of elongate slots, each configured to allow for the passage of a transducer cable to one of the electronics housings (80, 100); characterized in that the mounting member further comprises a first removeable cover forming a first chamber between the first removeable cover and the bracket member, the first removeable cover comprising a bottom, and a pair of sides coupled to said bottom, the sides comprising a pair of rails slidingly received within a pair of grooves of the bracket member.
A process for imaging a surface of a specimen with an imaging system that employs an objective having a darkfield channel and a bright field channel, the objective having a circumference, the process including the steps of: obliquely illuminating the specimen through the darkfield channel with a first arced illuminating light (124*) that obliquely illuminates the specimen through a first arc of the circumference, said first arced illuminating light (124*) reflecting off of the surface of the specimen, wherein the obliquely illuminating step includes: providing a light barrier in the darkfield channel, the light barrier having a body that does not permit the passage of light therethrough, and a darkfield opening in the body that does permit the passage of light therethrough, and delivering illuminating light (124") into the darkfield channel to the light barrier and through the darkfield opening to provide the arced illuminating light (124 ∗) that obliquely illuminates the specimen; and recording a first image of the specimen from the first arced illuminating light (124 ∗) reflecting off the surface of the specimen, wherein the first arced illuminating light (124 ∗) reflecting off the surface of the specimen is reflected back through the brightfield channel and is captured by a camera; and generating a 3D topography of the specimen by processing the first image through a topographical imaging technique, wherein topographical data are generated from the first image captured by the camera. obliquely illuminating the specimen through the darkfield channel with a first arced illuminating light (124*) that obliquely illuminates the specimen through a first arc of the circumference, said first arced illuminating light (124*) reflecting off of the surface of the specimen, wherein the obliquely illuminating step includes: providing a light barrier in the darkfield channel, the light barrier having a body that does not permit the passage of light therethrough, and a darkfield opening in the body that does permit the passage of light therethrough, and delivering illuminating light (124") into the darkfield channel to the light barrier and through the darkfield opening to provide the arced illuminating light (124 ∗) that obliquely illuminates the specimen; and recording a first image of the specimen from the first arced illuminating light (124 ∗) reflecting off the surface of the specimen, wherein the first arced illuminating light (124 ∗) reflecting off the surface of the specimen is reflected back through the brightfield channel and is captured by a camera; and generating a 3D topography of the specimen by processing the first image through a topographical imaging technique, wherein topographical data are generated from the first image captured by the camera.
Cover for an animal, in particular a horse, suitable for covering a body of said animal and comprising an envelope located at the level of a body part to be protected, comprising the withers and the shoulders of said animal, said envelope comprising a structural element made from foam, the structural element made from foam comprising a plurality of channels connecting together upper and lower faces (7a, 7b) of said structural element, these channels being uniformly distributed in a thickness (E1, E2) of this structural element made from foam and traversing the thickness (E1, E2) of this structural element, characterized in that the lower face of the structural element made from foam has a corrugated form and comprises at least two corrugation summits extending over all or part of the width thereof, the corrugations being parallel to one another, and in that the at least two undulation summits together form an undulation cavity that is defined such as to cover the body part to be protected comprising the withers and the shoulders.
A method for modeling a digital design of a denture for a patient, said denture comprising a gingival part and a teeth part comprising a set of denture teeth (1930; 2430), wherein the method comprises: - obtaining a digital 3D representation of the patient's gum (1925, 1928); - obtaining virtual teeth models corresponding to the denture teeth (1930; 2430); - virtually arranging the virtual teeth models (1930; 2430) in relation to the digital 3D representation of the patient's gum (1925; 1928); and - generating a virtual outer gingival surface of the gingival part of the denture, - selecting the virtual teeth models (1930; 2430) from a virtual library comprising a set of teeth models (1930; 2430) for the lower jaw and a set of teeth models (1930; 2430) for the upper jaw, wherein the set of teeth models for the lower jaw and the set of the teeth models for the upper jaw are a pair fitting together and arranged in occlusion. - obtaining a digital 3D representation of the patient's gum (1925, 1928); - obtaining virtual teeth models corresponding to the denture teeth (1930; 2430); - virtually arranging the virtual teeth models (1930; 2430) in relation to the digital 3D representation of the patient's gum (1925; 1928); and - generating a virtual outer gingival surface of the gingival part of the denture, - selecting the virtual teeth models (1930; 2430) from a virtual library comprising a set of teeth models (1930; 2430) for the lower jaw and a set of teeth models (1930; 2430) for the upper jaw, wherein the set of teeth models for the lower jaw and the set of the teeth models for the upper jaw are a pair fitting together and arranged in occlusion.