mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising a sipe opened to a wheel tread of a tread portion, wherein: the sipe includes a first sipe formed at a side of the wheel tread, a second sipe located at an inner side in a tire radial direction with respect to the first sipe, and a bent portion communicated with an inner end in the tire radial direction of the first sipe and an outer end in the tire radial direction of the second sipe, the bent portion being bent in a predetermined direction; and in a sipe extending direction view, a first sipe center line defined by a straight line passing the inner end in the tire radial direction of the first sipe and an outer end in the tire radial direction of the first sipe is inclined against the tire radial direction, and a second sipe center line defined by a straight line passing an inner end in the tire radial direction of the second sipe and the outer end in the tire radial direction of the second sipe is extended along the tire radial direction, characterized in that the inner end in the tire radial direction of the first sipe is located on the second sipe center line in the tire width direction view. the sipe includes a first sipe formed at a side of the wheel tread, a second sipe located at an inner side in a tire radial direction with respect to the first sipe, and a bent portion communicated with an inner end in the tire radial direction of the first sipe and an outer end in the tire radial direction of the second sipe, the bent portion being bent in a predetermined direction; and in a sipe extending direction view, a first sipe center line defined by a straight line passing the inner end in the tire radial direction of the first sipe and an outer end in the tire radial direction of the first sipe is inclined against the tire radial direction, and a second sipe center line defined by a straight line passing an inner end in the tire radial direction of the second sipe and the outer end in the tire radial direction of the second sipe is extended along the tire radial direction, characterized in that the inner end in the tire radial direction of the first sipe is located on the second sipe center line in the tire width direction view.
Method for the monitoring of a minimum quantity lubrication system for the purpose of determining the coolant- and/or lubricant flow at an exit nozzle within the minimum quantity lubrication system, where - the coolant and/or lubricant exiting the exit nozzle moistens a measuring plate and/or a measuring filter, in such a way that the translucence of at least the measuring plate or the measuring filter varies as a function of this moistening with the coolant and/or lubricant, - the translucence is measured and - the degree of translucence is used as a basis for determination of the coolant- and/or lubricant flow. - the coolant and/or lubricant exiting the exit nozzle moistens a measuring plate and/or a measuring filter, in such a way that the translucence of at least the measuring plate or the measuring filter varies as a function of this moistening with the coolant and/or lubricant, - the translucence is measured and - the degree of translucence is used as a basis for determination of the coolant- and/or lubricant flow.
A seating mat comprising an upper surface for supporting a user when seated and an array of flexible papillae extending from the upper surface and positioned around a focus area on the upper surface, wherein each papilla comprises a tapered projection with a curvature such that at the tip end of each projection the longitudinal axis of the projection lies at an acute angle relative to the upper surface, and wherein the papillae are positioned such that all the tips are directed towards the focus area.
An apparatus for filling a wound, the apparatus comprising: an array of at least four truncated ellipsoids (12, 14, 16) interconnected to define at least one fluid path through the array; wherein the interconnected ellipsoids (12, 14, 16) are comprised of a polyolefin, a polyester, a polyamide, a polystyrene, a polydiolefin, a polyacrylonitrile, a polysiloxane, or a copolymer or combination thereof; wherein each of the interconnected ellipsoids (12, 14, 16) has a surface hardness from about 0 Shore A to about 25 Shore A; and wherein a longest principal axis of each interconnected ellipsoid (12, 14, 16) is from about 3 mm to about 6 mm. an array of at least four truncated ellipsoids (12, 14, 16) interconnected to define at least one fluid path through the array; wherein the interconnected ellipsoids (12, 14, 16) are comprised of a polyolefin, a polyester, a polyamide, a polystyrene, a polydiolefin, a polyacrylonitrile, a polysiloxane, or a copolymer or combination thereof; wherein each of the interconnected ellipsoids (12, 14, 16) has a surface hardness from about 0 Shore A to about 25 Shore A; and wherein a longest principal axis of each interconnected ellipsoid (12, 14, 16) is from about 3 mm to about 6 mm.
A head-mounted display device (1, 20) comprising: a head fitting by which the display device (1, 20) can be worn on the head of a user; a chassis coupled to the head fitting; a waveguide carrier including a central bridge (51, 110) and substantially flat left and right mounting surfaces extending from opposite sides of the central bridge (51, 110), the left and right mounting surfaces each having one or more waveguides mounted thereon, each of the waveguides arranged to project light into a left eye or right eye of the user when the display device (1, 20) is in operation, the waveguide carrier being coupled to and physically contacting the chassis only through the central bridge (51, 110); a display engine including a plurality of light emission elements, the display engine being physically coupled to the waveguide carrier only at the central bridge (51, 110) and optically coupled to each of the waveguides; a sensor frame coupled to the chassis; and a plurality of sensors (27, 28, 30, 18, 29) mounted to the sensor frame. a head fitting by which the display device (1, 20) can be worn on the head of a user; a chassis coupled to the head fitting; a waveguide carrier including a central bridge (51, 110) and substantially flat left and right mounting surfaces extending from opposite sides of the central bridge (51, 110), the left and right mounting surfaces each having one or more waveguides mounted thereon, each of the waveguides arranged to project light into a left eye or right eye of the user when the display device (1, 20) is in operation, the waveguide carrier being coupled to and physically contacting the chassis only through the central bridge (51, 110); a display engine including a plurality of light emission elements, the display engine being physically coupled to the waveguide carrier only at the central bridge (51, 110) and optically coupled to each of the waveguides; a sensor frame coupled to the chassis; and a plurality of sensors (27, 28, 30, 18, 29) mounted to the sensor frame.
Device for treatment of a medium with pulsed electric fields, having a treatment cell which has at least two electrodes (31, 32) which are connected by means of electrical leads (33, 34, 39) to terminals of a generator for electric pulses, the treatment cell being arranged in a chamber in a housing, which can be closed by a flap, characterised in that the treatment cell is mounted on a carrier and the chamber has a wall on which at least one first guide element is arranged, which can be brought into engagement with at least one second guide element arranged on the carrier, at least one first fixing element is arranged on the wall, to which at least one second fixing element arranged on the carrier can be fastened upon engagement of the first and second guide elements (13, 23), and in that at least two first contact elements are arranged on the wall, into which at least one second contact element arranged on the carrier can engage upon engagement of the first and second guide elements (13, 23), and the electrodes (31, 32) are firmly connected to the second contact elements by means of electrical leads (33, 34) and the first contact elements are firmly connected to the terminals of the generator by means of electrical leads.
Process for producing a three-dimensional object whose exterior area comprises at least one area section produced by initially producing an area section in two-dimensional form on a planar base plate by means of an additive manufacturing process, comprising the steps of: I) applying at least one hardenable polymer or hardenable reaction resin in each case having a modulus of elasticity in the hardened state according to DIN 53504, dated 18.04.2015, of <250 MPa in liquid form as material tracks onto a planar base plate by means of a layer-building forming process to obtain a first layer; II) applying a second layer onto the first layer by means of the same layer-building forming process as in step I); III) optionally applying 1 to 48 further layers according to step II), wherein in each case a new layer is applied onto the respective preceding layer; IV) hardening the layers; V) detaching the hardened area section from the planar base plate; VI) forming the hardened area section into a three-dimensional object by bending the two-dimensional area section, folding the two-dimensional area section, forming by application of the two-dimensional area section onto a last, thermoforming in the presence of at least one thermoformable polymer in a two-dimensional area section or a combination of the aforementioned forming processes; and VII) fixing the three-dimensional object by welding, adhesive bonding, clamping, stapling, nailing, riveting, sewing, pinning, hook and loop fastening, snap fitting, or a combination thereof, of at least a sub-area of the three-dimensional object to at least a further sub-area of the three-dimensional object. I) applying at least one hardenable polymer or hardenable reaction resin in each case having a modulus of elasticity in the hardened state according to DIN 53504, dated 18.04.2015, of <250 MPa in liquid form as material tracks onto a planar base plate by means of a layer-building forming process to obtain a first layer; II) applying a second layer onto the first layer by means of the same layer-building forming process as in step I); III) optionally applying 1 to 48 further layers according to step II), wherein in each case a new layer is applied onto the respective preceding layer; IV) hardening the layers; V) detaching the hardened area section from the planar base plate; VI) forming the hardened area section into a three-dimensional object by bending the two-dimensional area section, folding the two-dimensional area section, forming by application of the two-dimensional area section onto a last, thermoforming in the presence of at least one thermoformable polymer in a two-dimensional area section or a combination of the aforementioned forming processes; and VII) fixing the three-dimensional object by welding, adhesive bonding, clamping, stapling, nailing, riveting, sewing, pinning, hook and loop fastening, snap fitting, or a combination thereof, of at least a sub-area of the three-dimensional object to at least a further sub-area of the three-dimensional object.
Subtalar Implant for arthroereisis of the talocalcaneal joint, the implant being intended to be inserted into the talocalcaneal joint via its lateral orifice and having an oblong shape that extends longitudinally along an axis of insertion of the implant, the implant being one-piece and comprising: - a head with the shape of a cone of revolution centred on the axis of insertion; - an anchoring thread; characterised in that it comprises a rod having the shape of a cylinder of revolution centred on the axis of insertion, the rod having, on its surface, the anchoring thread and being intended to be inserted up to the axis of rotation of the talocalcaneal joint, the head flaring out from the rod and being located upstream of the head along the axis of insertion of the implant, the head having, on its radially outer surface, means for retaining the implant in rotation about the axis of insertion, the means for retaining in rotation being intended to exert retention against a colonising tissue, and in that the means for retaining in rotation comprise: - depressions with respect to the shape of a cone of revolution of the head; - at least one recess located inside the depressions, the recess(es) communicating with each other inside the head in order to create at least one annular cavity intended to be colonised by colonising tissue, and in that, in a transverse cross-section perpendicular to the axis of insertion: - the head is inscribed inside a polygon, the sides of which extend at the depressions; - the annular cavity or cavities have a polygonal shape suitable for allowing the inscription of a fibrous integration polygon inside the head. - a head with the shape of a cone of revolution centred on the axis of insertion; - an anchoring thread; - depressions with respect to the shape of a cone of revolution of the head; - at least one recess located inside the depressions, the recess(es) communicating with each other inside the head in order to create at least one annular cavity intended to be colonised by colonising tissue, - the head is inscribed inside a polygon, the sides of which extend at the depressions; - the annular cavity or cavities have a polygonal shape suitable for allowing the inscription of a fibrous integration polygon inside the head.
Stylus for entering data on to an entry pad, said stylus comprising a body comprising a housing, said stylus comprising: - a reference element comprising two distinct portions: - a first portion seated within said housing; - a second portion comprising a tip, the end of which is at least hemispherical; - a non-flexible, non-conductive damper, forming a cladding around at least one part of said reference element, comprising an external wall, called an external wall of said damper, said damper comprises a cylindrical sleeve comprising a first hemispherical end, the internal diameter of the cylindrical sleeve being substantially equal to the diameter of the at least hemispherical end of the reference element, the stylus further comprising a space left vacant between said first hemispherical end and the at least hemispherical end of the reference element, said space being filled with an electrically charged deformable material said damper further comprising a second end comprising a retaining ring for retaining said damper in said housing, said damper is mobile in translation according to the pressure exerted on the stylus. - a reference element comprising two distinct portions: - a first portion seated within said housing; - a second portion comprising a tip, the end of which is at least hemispherical; - a non-flexible, non-conductive damper, forming a cladding around at least one part of said reference element, comprising an external wall, called an external wall of said damper, said damper comprises a cylindrical sleeve comprising a first hemispherical end, the internal diameter of the cylindrical sleeve being substantially equal to the diameter of the at least hemispherical end of the reference element, the stylus further comprising a space left vacant between said first hemispherical end and the at least hemispherical end of the reference element, said space being filled with an electrically charged deformable material said damper further comprising a second end comprising a retaining ring for retaining said damper in said housing, said damper is mobile in translation according to the pressure exerted on the stylus.
A multi-layered solar cell device, comprising: a solar cell; a spectrally selective reflector attached to the solar cell with an optically clear adhesive, the spectrally selective reflector being a multilayered polymeric film; a diffuser adjacent the spectrally selective reflector opposite the solar cell; and a graphics layer allowing the appearance of the solar cell device to be customizable adjacent the diffuser opposite the spectrally selective reflector, wherein the spectrally selective reflector has a transmission coefficient for visible light of no more than 50 percent, wherein the diffuser comprises a beaded diffuser layer applied directly on a surface of the multilayered polymeric film. a solar cell; a spectrally selective reflector attached to the solar cell with an optically clear adhesive, the spectrally selective reflector being a multilayered polymeric film; a diffuser adjacent the spectrally selective reflector opposite the solar cell; and a graphics layer allowing the appearance of the solar cell device to be customizable adjacent the diffuser opposite the spectrally selective reflector, wherein the spectrally selective reflector has a transmission coefficient for visible light of no more than 50 percent, wherein the diffuser comprises a beaded diffuser layer applied directly on a surface of the multilayered polymeric film.
Method for producing a fiber composite component, in which a resin line is inserted into a tool in order to supply a liquid matrix material under a vacuum to reinforcing fibers inserted into the tool, with which material the reinforcing fibers are impregnated, the matrix material also filling the tool mold and the matrix material curing after the complete impregnation of the reinforcing fibers and the filling of the mold chamber in the tool, characterized in that a corrugated pipe, the wall of which has through-openings, is used as the resin line.
Rotor of a rotary electric machine of the Lundell type, comprising two pole wheels (10, 11), each pole wheel (10, 11) being obtained entirely by forging and comprising a central core, a plurality of pole teeth (10g, 11g) distributed evenly at the circumference of the pole wheel (10, 11), said pole teeth (10g, 11g) extending substantially parallel to a central axis of the pole wheel (10, 11) and comprising magnet-housing grooves and magnet lips, the two pole wheels being mounted on a shaft such that the respective teeth of the pole wheels (10, 11) are nested and form an alternation of south and north magnetic poles, inter-pole magnets being housed in the spaces between the N and S teeth of the pole wheels (10, 11), the magnet-housing grooves and magnet lips being designed for mounting the inter-pole magnets in the spaces between the N and S teeth and to hold them in position when the rotor is rotating and the effects of centrifugal force are exerted, and a plate-forming annular part extending between the central core and parts forming bases of said pole teeth (10g, 11g), characterized in that it comprises a plurality of reservoirs formed in said parts forming bases of the pole teeth. said pole teeth (10g, 11g) extending substantially parallel to a central axis of the pole wheel (10, 11) and comprising magnet-housing grooves and magnet lips, the two pole wheels being mounted on a shaft such that the respective teeth of the pole wheels (10, 11) are nested and form an alternation of south and north magnetic poles, inter-pole magnets being housed in the spaces between the N and S teeth of the pole wheels (10, 11), the magnet-housing grooves and magnet lips being designed for mounting the inter-pole magnets in the spaces between the N and S teeth and to hold them in position when the rotor is rotating and the effects of centrifugal force are exerted, and a plate-forming annular part extending between the central core and parts forming bases of said pole teeth (10g, 11g), characterized in that it comprises a plurality of reservoirs formed in said parts forming bases of the pole teeth.
Packaging machine for packaging items to be packaged by means of a stretchable film, comprising a film transport apparatus for feeding film to an item to be packaged and a blade device which can be transferred from an idle position to an extended position by a drive with a drive force and which has a return mechanism spatially separated from the drive, it being possible to activate the return mechanism with the transfer of the blade device from the idle position to the extended position, and it being possible, by means of the return mechanism in the activated state, to exert a return force on the blade device in the extended position in the direction of the idle position, which force is greater than the return resistance of the blade device in the extended state, by means of which resistance the blade device is held in the extended state without the action of the drive force, characterized in that the blade device has a blade for cutting film from the film feed and the film can be cut by the blade device in the extended position, in that the blade device is connected via the return mechanism to a housing surrounding the blade device, in that the blade device has a blade guide, the return mechanism having a second resilient element which is fastened at one end to the blade guide and at the other end to the blade, and in that the blade can be transferred from a first blade position within the blade guide to a second blade position in which the blade protrudes beyond the blade guide by tensioning the second resilient element, and can be transferred from the second blade position back to the first blade position by relaxing the second resilient element.
A ceramic atomizer, comprising: a mouthpiece; an atomizing rod; and a ceramic core;wherein: the ceramic core is disposed in the atomizing rod; and the mouthpiece is disposed on a top end of the atomizing rod; the mouthpiece, the atomizing rod, and the ceramic core are made of ceramic materials; characterised in that a ceramic base is fixed in the atomizing rod, and the ceramic core is fixed on the ceramic base. a mouthpiece; an atomizing rod; and the ceramic core is disposed in the atomizing rod; and the mouthpiece is disposed on a top end of the atomizing rod; the mouthpiece, the atomizing rod, and the ceramic core are made of ceramic materials; characterised in that a ceramic base is fixed in the atomizing rod, and the ceramic core is fixed on the ceramic base.
An endoscope system including an endoscope adapted to acquire an image of a subject, the endoscope system comprising: an auxiliary light radiation unit adapted to radiate measurement auxiliary light to the subject; an imaging unit adapted to acquire the image of the subject, on which a spot (SP1-SP7) is formed with the measurement auxiliary light, via an imaging optical system and an imaging element; a display device adapted to display the acquired image of the subject; and a processor adapted to make the display device display, together with the image of the subject, an index figure indicating an actual size of a specific region in the subject and having a size set in accordance with a position of the spot (SP1-SP7) on the imaging element as the imaging unit acquires the image of the subject, wherein the processor is adapted to display the index figure by obtaining a number of pixels corresponding to the index figure based on the position of the spot. an auxiliary light radiation unit adapted to radiate measurement auxiliary light to the subject; an imaging unit adapted to acquire the image of the subject, on which a spot (SP1-SP7) is formed with the measurement auxiliary light, via an imaging optical system and an imaging element; a display device adapted to display the acquired image of the subject; and a processor adapted to make the display device display, together with the image of the subject, an index figure indicating an actual size of a specific region in the subject and having a size set in accordance with a position of the spot (SP1-SP7) on the imaging element as the imaging unit acquires the image of the subject, wherein the processor is adapted to display the index figure by obtaining a number of pixels corresponding to the index figure based on the position of the spot.