mhurhangee/ep-ind-claims huggingface dataset:
A corner connector for connecting at least two frame profiles of a frame rack which are arranged perpendicular to each other, the corner connector consisting of a plurality of pieces, at least one of which is designed to bear against one or more of the frame profile and is a first molded sheet metal part (22, 22') with a receiving opening (240, 240'), in which or on which a threaded sleeve (24, 24') is situated, wherein the threaded sleeve (24, 24') is press-fitted in the receiving opening (240, 240') or welded in or on the receiving opening (240, 240'), wherein the first molded sheet metal part (22, 22') has at least two legs (210, 220; 210', 220') emerging from a central piece (200, 200') and being perpendicular to each other, for engaging with the respective frame profile and for bearing against at least one inner wall of a respective frame profile, wherein the receiving opening (240, 240') is drawn into the central piece (200, 200'), and wherein a second molded sheet metal part (26, 26') is provided, which has a reference surface (262; 262') for the central piece (200; 200') of the first molded sheet metal part (22; 22'), characterized in that the reference surface (262; 262') has another receiving opening (264; 264'), which corresponds in its dimensions to the receiving opening (240; 240') of the first molded sheet metal part (22; 22'), and that the threaded sleeve (24; 24') is press-fitted in the additional receiving opening (264, 264') of the reference surface(262, 262') or welded on or in the additional receiving opening (264, 264').
A non-pneumatic wheel, the wheel defining radial, circumferential, and transverse directions, the wheel comprising: an annular band supporting a ground contacting tread portion, said annular band extending about the circumferential direction; a mounting band positioned radially-inward of said annular band; and, a plurality of web spokes connected to, and extending radially between, said annular band and said mounting band, characterized in that a continuous loop reinforcement assembly is positioned within said annular band; the continuous loop reinforcement comprising one or more yarns or cables wound into at least one helix that includes a plurality of revolutions about the circumferential direction. an annular band supporting a ground contacting tread portion, said annular band extending about the circumferential direction; a mounting band positioned radially-inward of said annular band; and, a plurality of web spokes connected to, and extending radially between, said annular band and said mounting band, characterized in that a continuous loop reinforcement assembly is positioned within said annular band; the continuous loop reinforcement comprising one or more yarns or cables wound into at least one helix that includes a plurality of revolutions about the circumferential direction.
A vehicle brake-specific diaphragm including a vessel-form member and a flange portion formed at a peripheral edge of an opening in said vessel-form member, wherein: said vessel-form member and said flange portion are each formed of a rubber body (10a, 20a) comprising silicone rubber and a substrate fabric embedded in said rubber body (10a, 20a), characterized by said substrate fabric comprising aramid short fibers or polyester fibers, and having a thickness of 0.25 mm or more. said vessel-form member and said flange portion are each formed of a rubber body (10a, 20a) comprising silicone rubber and a substrate fabric embedded in said rubber body (10a, 20a), characterized by said substrate fabric comprising aramid short fibers or polyester fibers, and having a thickness of 0.25 mm or more.
A wrist watch with a hearing function, comprising: a wrist watch body; a belt; a display of which an up-down orientation is reversible; a controller; and vibration conducting parts (138, 139) for cartilage conduction, wherein the wrist watch body includes the display, and the belt connects to opposite ends of the wrist watch body, characterized in that the controller is configured to reverse the up-down orientation of the display with one or the other of the opposite ends up, the belt includes the vibration conducting parts (138, 139) arranged symmetrically such that, when the wrist watch is worn, one of the vibration conducting parts (138, 139) is located near a radius distal end (202a, 210a) and the other of the vibration conducting parts (138, 139) is located near an ulna distal end (204a, 212a), and in coordination with reversing of the up-down orientation of the display, whichever of the vibration conducting parts (138, 139) for cartilage conduction is located near the radius distal end (202a, 210a) is configured to be selectively vibrated. a wrist watch body; a belt; a display of which an up-down orientation is reversible; a controller; and vibration conducting parts (138, 139) for cartilage conduction, wherein the wrist watch body includes the display, and the belt connects to opposite ends of the wrist watch body, characterized in that the controller is configured to reverse the up-down orientation of the display with one or the other of the opposite ends up, the belt includes the vibration conducting parts (138, 139) arranged symmetrically such that, when the wrist watch is worn, one of the vibration conducting parts (138, 139) is located near a radius distal end (202a, 210a) and the other of the vibration conducting parts (138, 139) is located near an ulna distal end (204a, 212a), and in coordination with reversing of the up-down orientation of the display, whichever of the vibration conducting parts (138, 139) for cartilage conduction is located near the radius distal end (202a, 210a) is configured to be selectively vibrated.
A guide for drawers of the type consisting of a fixed part (stationary) and a movable part that can be moved on said fixed part between two terminal positions, a first position corresponding to when the drawer is open, and a second position corresponding to when the drawer is closed, at least one roller cage being interposed between said two fixed and movable parts, which can move together with said movable part of the guide, said movable part of the guide having an overturned "U" section with an upper horizontal section and two opposing vertical side sections, characterized in that a supporting and guiding group cooperates with said at least one roller cage in the first position, said supporting and guiding group comprising first rolling elements on which said horizontal section of said movable part of the guide, rests, and second rolling elements on which said opposing vertical sections slide, said first and second rolling elements (18, 20) being fixed in correspondence with the front free end of the fixed part of the guide.
Vacuum cleaner, in particular a floor-type vacuum cleaner, comprising two foot levers (3, 4), a first foot lever preferably serving to switch a fan motor on and off, and a second foot lever preferably serving to activate a cable winding device, and the two foot levers (3, 4) each being actuatable against the force of a spring element; a common spring element being used which acts on the two foot levers (3, 4), the foot levers (3, 4) being located at least approximately side by side, and the spring element being held in the contact region or approach region of the foot levers (3, 4); characterised in that a leaf spring that is bent in a V-shape is used as the spring element.
A method of amplifying a genomic locus comprising: (a) contacting a population of bacterial host cells comprising a genomic locus of the structure: A 1 -P-M-A 2, wherein A 1 and A 2 are direct repeats, P comprises a coding sequence for a protein of interest, and M comprises a coding sequence for an essential enzyme, with an inhibitor of said essential enzyme; and (b) selecting for cells that are resistant to said inhibitor; wherein cells that are resistant to said inhibitor have multiple copies of said amplification unit. (a) contacting a population of bacterial host cells comprising a genomic locus of the structure: A 1 -P-M-A 2, wherein A 1 and A 2 are direct repeats, P comprises a coding sequence for a protein of interest, and M comprises a coding sequence for an essential enzyme, with an inhibitor of said essential enzyme; and (b) selecting for cells that are resistant to said inhibitor; wherein cells that are resistant to said inhibitor have multiple copies of said amplification unit.
A method, comprising: acquiring a Media Access Control address of a network equipment used by a terminal to access a network; determining whether a database indicating locations associated with respective MAC addresses includes the acquired MAC address; in the event that the database indicating locations associated with respective MAC addresses includes the acquired MAC address, determining that a current location of the terminal corresponds to a location associated with the acquired MAC address that is stored in the database; in the event that the database indicating locations associated with respective MAC addresses does not include the acquired MAC address: acquiring an Internet Protocol address of the terminal; determining whether a database indicating locations associated with respective IP addresses includes a location relating to the IP address of the terminal; and in the event that the database indicating locations associated with respective IP addresses includes the location relating to the IP address of the terminal, determining that the current location of the terminal corresponds to the location relating to the IP address of the terminal that is stored in the database; and outputting (130, 160) the current location of the terminal. acquiring a Media Access Control address of a network equipment used by a terminal to access a network; determining whether a database indicating locations associated with respective MAC addresses includes the acquired MAC address; in the event that the database indicating locations associated with respective MAC addresses includes the acquired MAC address, determining that a current location of the terminal corresponds to a location associated with the acquired MAC address that is stored in the database; in the event that the database indicating locations associated with respective MAC addresses does not include the acquired MAC address: acquiring an Internet Protocol address of the terminal; determining whether a database indicating locations associated with respective IP addresses includes a location relating to the IP address of the terminal; and in the event that the database indicating locations associated with respective IP addresses includes the location relating to the IP address of the terminal, determining that the current location of the terminal corresponds to the location relating to the IP address of the terminal that is stored in the database; and acquiring an Internet Protocol address of the terminal; determining whether a database indicating locations associated with respective IP addresses includes a location relating to the IP address of the terminal; and in the event that the database indicating locations associated with respective IP addresses includes the location relating to the IP address of the terminal, determining that the current location of the terminal corresponds to the location relating to the IP address of the terminal that is stored in the database; and outputting (130, 160) the current location of the terminal.
A method for manufacturing a honeycomb structure that includes a tubular circumferential wall and partition walls forming a honeycomb-shaped cross-section and defining a plurality of cells extending inside the circumferential wall in the axial direction of the circumferential wall, the method comprising: a molding process that molds a mixture including ceramic particles, an organic binder, and a dispersion medium to obtain a molded body; a degreasing process that removes the organic binder included in the molded body to obtain a degreased body; and an impregnation process that impregnates the inside of the circumferential wall and the partition walls of the degreased body with metal silicon, wherein the impregnation process is performed using metal silicon with a purity of less than 98 % under an inert gas atmosphere or a vacuum at a temperature between 1400°C and 1900°C. a molding process that molds a mixture including ceramic particles, an organic binder, and a dispersion medium to obtain a molded body; a degreasing process that removes the organic binder included in the molded body to obtain a degreased body; and an impregnation process that impregnates the inside of the circumferential wall and the partition walls of the degreased body with metal silicon, wherein the impregnation process is performed using metal silicon with a purity of less than 98 % under an inert gas atmosphere or a vacuum at a temperature between 1400°C and 1900°C.
An electrode array for neural stimulation comprising: an attachment point suitable to be attached to tissue; a plurality of electrodes defining an electrode region suitable to make contact with neural tissue, on one side of said attachment point; a cable suitable to supply said plurality of electrodes; and a heel on an opposite side of said attachment point from the electrode region forming a solid body with said electrode region, characterized in that: the heel is adapted to deviate from the primary curvature of the electrode region to be suitable to make contact with tissue, causing the electrode region to apply pressure on the neural tissue. an attachment point suitable to be attached to tissue; a plurality of electrodes defining an electrode region suitable to make contact with neural tissue, on one side of said attachment point; a cable suitable to supply said plurality of electrodes; and a heel on an opposite side of said attachment point from the electrode region forming a solid body with said electrode region, characterized in that: the heel is adapted to deviate from the primary curvature of the electrode region to be suitable to make contact with tissue, causing the electrode region to apply pressure on the neural tissue. the heel is adapted to deviate from the primary curvature of the electrode region to be suitable to make contact with tissue, causing the electrode region to apply pressure on the neural tissue.
A refrigerant compressor comprising an overall housing with a motor housing portion, in which there is arranged a motor chamber having, provided therein, an electric motor comprising a stator and a rotor, and with a compressor housing portion which has a compressor unit, wherein the stator is mounted in the motor housing portion by means of supporting elements (192, 194) inserted into the motor housing portion, which supporting elements on the one hand abut against a stator-receiving surface of the motor housing portion and on the other hand surround the stator inserted into the supporting elements (192, 194) on its outer side and support it springelastically relative to the stator-receiving surface, characterized in that the supporting elements (192, 194) have spring-elastic bodies which are dimensioned such that they are in an elastically deformed state in all operating states of the motor housing portion occurring during operation of the refrigerant compressor, in that the supporting elements (192, 194) have elastic bodies arranged at defined angular intervals around the rotor axis, and in that the electric motor is cooled by passing a flow of refrigerant between the stator-receiving surface and the outer side of the stator and through the supporting elements (192, 194) parallel to the rotor axis.
An ophthalmic lens having a cross-sectional shape in an arbitrary meridian direction on a lens surface of the ophthalmic lens, characterized in that the ophthalmic lens is a toric lens and the cross-sectional shape is expressed by the following formula, Z = cr 2 1 + 1 − c 2 r 2 k + 1 1 2 + A θ r 2 + B θ r 4 wherein c is a paraxial curvature of the ophthalmic lens, r is a distance from a lens center of the ophthalmic lens, k is a conic constant of a surface which is in rotation symmetry with respect to an optical axis of the lens in the ophthalmic lens, c, r and k are used in common in the meridian direction on the lens surface, and A (θ) and B (θ) are expressed by the following formulas and, A θ = a 2 x cos 2 θ + a 2 y sin 2 θ B θ = a 4 x cos 4 θ + a 2 x 2 y cos 2 θ sin 2 + a 4 y sin 4 θ where θ is the angle in the meridian direction about the optical axis of the lens and a 2x, a 2y, a 4x, a 2x2y, a 4y are settable parameters.
A method for limiting the proportion of male self-fertilized cereal seeds in a seed stock from a field containing a stand of shorter female male-sterile pollinized plants with a stand of taller male fertile plants, wherein the shorter female male-sterile pollinized plants are dwarf, semi-dwarf or double-dwarf plants, the method comprising passing a tool extending above the height of the shorter female plants between anthesis and harvest, which tool applies an herbicide to the male fertile plants standing above the height of the shorter female plants, whereby development of the male fertile plants standing above this height is prevented or reduced, and, after harvesting the seeds, sorting the seeds by size or density to remove undesirable shrivelled self-fertilized male seeds.
An aircraft control system, comprising: a hands on throttle-and-stick interface having a plurality of control inputs (130, 140, 150, 160), the hands on throttle-and-stick interface including a circuit having a dedicated signal conductor for each control input (130, 140, 150, 160), each control input (130, 140, 150, 160) sharing a common ground conductor, each control input (130, 140, 150, 160) operable to provide a selected one of a plurality of control signals on its dedicated signal conductor when selectively coupled to the common ground conductor to establish a signal path, each signal path having a unique voltage drop within a predetermined range to identify the selected control signal being provided; avionics equipment comprising: a plurality of pin interfaces, the plurality of pin interfaces respectively coupled to each signal conductor of the plurality of control inputs and the commun ground conductor, the hands on throttle-and-stick interface operable to connect two pin interfaces in response to manipulation of the plurality of control inputs (130, 140, 150, 160); a detector operable to detect a voltage drop across connected pin interfaces; a controller operable to generate a signal in response to the voltage drop to control operation of an aircraft. a hands on throttle-and-stick interface having a plurality of control inputs (130, 140, 150, 160), the hands on throttle-and-stick interface including a circuit having a dedicated signal conductor for each control input (130, 140, 150, 160), each control input (130, 140, 150, 160) sharing a common ground conductor, each control input (130, 140, 150, 160) operable to provide a selected one of a plurality of control signals on its dedicated signal conductor when selectively coupled to the common ground conductor to establish a signal path, each signal path having a unique voltage drop within a predetermined range to identify the selected control signal being provided; avionics equipment comprising: a plurality of pin interfaces, the plurality of pin interfaces respectively coupled to each signal conductor of the plurality of control inputs and the commun ground conductor, the hands on throttle-and-stick interface operable to connect two pin interfaces in response to manipulation of the plurality of control inputs (130, 140, 150, 160); a detector operable to detect a voltage drop across connected pin interfaces; a controller operable to generate a signal in response to the voltage drop to control operation of an aircraft. a plurality of pin interfaces, the plurality of pin interfaces respectively coupled to each signal conductor of the plurality of control inputs and the commun ground conductor, the hands on throttle-and-stick interface operable to connect two pin interfaces in response to manipulation of the plurality of control inputs (130, 140, 150, 160); a detector operable to detect a voltage drop across connected pin interfaces; a controller operable to generate a signal in response to the voltage drop to control operation of an aircraft.
Method for producing an exhaust gas cleaning component comprising a carrier structure having an inflow side, an outflow side and a predefined flow direction, a return flow region arranged concentrically with the carrier structure and with a deflection surface arranged opposite the outflow side, comprising at least the following steps: a) providing the carrier structure; b) subjecting the carrier structure to an exhaust gas flowing from the inflow side to the outflow side in the predefined flow direction; c) determining a distribution of the flow velocities on the outflow side of the carrier structure; and d) configuring the shape of the deflection surface with at least one backpressure element in dependence on the distribution of the flow velocities on the outflow side so that the distribution of the flow velocities is homogenized and a deflection of the exhaust gas towards the concentric return flow region is effected; wherein the exhaust gas cleaning component has an inflow conduit having a main direction, and the main direction and the predefined flow direction are arranged at an angle to one another, wherein in step d) the distance of deflection surface and outflow side from one another is reduced to less than 30 mm [millimeters] in regions of elevated flow velocity and wherein in step d) the deflection surface is configured with at least one off-center and/or multiple dent. a) providing the carrier structure; b) subjecting the carrier structure to an exhaust gas flowing from the inflow side to the outflow side in the predefined flow direction; c) determining a distribution of the flow velocities on the outflow side of the carrier structure; and d) configuring the shape of the deflection surface with at least one backpressure element in dependence on the distribution of the flow velocities on the outflow side so that the distribution of the flow velocities is homogenized and a deflection of the exhaust gas towards the concentric return flow region is effected;
An embolisation device (300, 600) for promoting clot formation in a bodily lumen, the embolisation device (300, 600) having a collapsed delivery configuration and an expanded deployed configuration, the embolisation device (300, 600) comprising a plurality of flexible bristles, wherein at least one of the plurality of bristles comprises a twisted portion, the at least one twisted portion securing the plurality of bristles to one another, and wherein the plurality of bristles extend at least radially outwardly from the at least one twisted portion; characterised in that the embolisation device (300, 600) further comprises a core body, wherein the at least one twisted portion of the bristles are located within the core body such that the core body surrounds and secures the at least one twisted portion.