mhurhangee/patent-ind-claim-en huggingface dataset:
A polishing tool for providing frets, a fretboard or a fingerboard of a stringed instrument with a shape having a gradually altering curvature, comprising: a supporting strut, a handle attached to the supporting strut at an upper side of the supporting strut, and a bottom attached to the supporting strut at a lower side of the supporting strut; wherein the handle is provided with a mechanism to transform the shape of the supporting strut, and an upper surface of the bottom is attached to the supporting strut, and a lower surface of the bottom is provided with a file or a polishing material; the bottom has an elongated shape with a length covering four or more frets, or a length covering the fretboard or the fingerboard, or a length covering from a nut to the last fret of the stringed instrument; the bottom comprises two surfaces; and characterized in that one of the two surfaces is attached to the supporting strut at the center of the bottom with respect to the width of the bottom, so that a cross section of the bottom and the supporting strut attached thereto together form the letter T turned upside down. a supporting strut, a handle attached to the supporting strut at an upper side of the supporting strut, and a bottom attached to the supporting strut at a lower side of the supporting strut; wherein the handle is provided with a mechanism to transform the shape of the supporting strut, and an upper surface of the bottom is attached to the supporting strut, and a lower surface of the bottom is provided with a file or a polishing material;
A superabsorbent polymer , characterized by : a plurality of polymeric particles and each the polymeric particles having an internally cross-linked structure; a surface cross-linking agent bonded to a surface of each the polymeric particles so as to constitute a layer of surface cross-linked region at the surface of each the polymeric particle , wherein the degree of cross-linking of the surface cross-linked region is higher than the degree of cross-linking of the polymeric particles to form a core-shell structure; and an extract of Sapindaceae covering the entire surface of the surface cross-linked region on each the polymeric particles , the extract of Sapindaceae having a concentration between 10 and 1000 ppm relative to the superabsorbent polymeric particles ; and wherein the extract of Sapindaceae is represented by the following formula (I): a plurality of polymeric particles and each the polymeric particles having an internally cross-linked structure; a surface cross-linking agent bonded to a surface of each the polymeric particles so as to constitute a layer of surface cross-linked region at the surface of each the polymeric particle , wherein the degree of cross-linking of the surface cross-linked region is higher than the degree of cross-linking of the polymeric particles to form a core-shell structure; and an extract of Sapindaceae covering the entire surface of the surface cross-linked region on each the polymeric particles , the extract of Sapindaceae having a concentration between 10 and 1000 ppm relative to the superabsorbent polymeric particles ; and wherein the extract of Sapindaceae is represented by the following formula (I):
An apparatus comprising: a cylindrical filter ; and a filter cleaning knob configured to rotate the cylindrical filter ; a filter cleaning flap coupled to the cylindrical filter and configured to sequentially make contact with a plurality of pleated segments of the cylindrical filter as the filter cleaning knob is rotated to facilitate dislodging dust and debris trapped by the cylindrical filter ; and characterized in that the apparatus further comprises: an annular seal encircling an intake port of and configured to function as a diaphragm between the cylindrical filter and the intake port , wherein the annular seal is manufactured from silicon foam material to mitigate damage to the intake port from a rotation of the cylindrical filter and from vibrations.
A method for multiplexing of uplink data-non-associated control signaling, comprising: using a cyclic shift of a pre-determined sequence to generate an individual data-non-associated control signaling symbol sequence; spreading the individual data-non-associated control signaling symbol sequence; mapping the spread individual data-non-associated control signaling symbol sequence to an orthogonal resource; adding a cyclic prefix to the spread and mapped individual data-non-associated control signaling symbol sequence to form a data-non-associated control signaling information; and transmitting the data-non-associated control signaling information. using a cyclic shift of a pre-determined sequence to generate an individual data-non-associated control signaling symbol sequence; spreading the individual data-non-associated control signaling symbol sequence; mapping the spread individual data-non-associated control signaling symbol sequence to an orthogonal resource; adding a cyclic prefix to the spread and mapped individual data-non-associated control signaling symbol sequence to form a data-non-associated control signaling information; and transmitting the data-non-associated control signaling information.
A method in a network node in a wireless communication system supporting aggregation of component carriers, the method comprising when resources on at least two downlink component carriers are being assigned to a mobile terminal at the same time (904:1): - allocating , in a message on a first physical downlink control channel associated with a first downlink component carrier, bits related to power control of a physical uplink control channel in a bit field for power control, characterised by - allocating , in a message on a second physical downlink control channel associated with a second one of said at least two downlink component carriers, an extension of a resource assignment on a physical uplink control channel of the mobile terminal in a bit field corresponding to the bit field used for power control in the message on the first physical downlink control channel, and - transmitting said allocated control information to said mobile terminal. - allocating , in a message on a first physical downlink control channel associated with a first downlink component carrier, bits related to power control of a physical uplink control channel in a bit field for power control, - allocating , in a message on a second physical downlink control channel associated with a second one of said at least two downlink component carriers, an extension of a resource assignment on a physical uplink control channel of the mobile terminal in a bit field corresponding to the bit field used for power control in the message on the first physical downlink control channel, and - transmitting said allocated control information to said mobile terminal.
Apparatus comprising: an acoustic-based air probe having: an acoustic source configured to provide an acoustic signal into a mixture of wet concrete, wherein the acoustic-based air probe comprises a planar probing surface having a first aperture formed therein configured to receive part of the acoustic source ; and an acoustic receiver and the acoustic source configured to be substantially co-planar with respect to the planar probing surface , the acoustic receiver configured to respond to the acoustic signal, and to provide signaling containing information about the acoustic signal injected into the mixture of wet concrete; wherein the acoustic source comprises a floating mass and a piston module assembly having a rigid hardened steel piston configured to be coupled to a piston shaft , and the acoustic-based air probe comprises a vibration isolated actuator block assembly having a stationary voice coil actuator field assembly in combination with a voice coil actuator field assembly having an accelerometer transducer, the vibration isolated actuator block assembly being configured to drive the piston shaft . an acoustic source configured to provide an acoustic signal into a mixture of wet concrete, wherein the acoustic-based air probe comprises a planar probing surface having a first aperture formed therein configured to receive part of the acoustic source ; and an acoustic receiver and the acoustic source configured to be substantially co-planar with respect to the planar probing surface , the acoustic receiver configured to respond to the acoustic signal, and to provide signaling containing information about the acoustic signal injected into the mixture of wet concrete; wherein the acoustic source comprises a floating mass and a piston module assembly having a rigid hardened steel piston configured to be coupled to a piston shaft , and the acoustic-based air probe comprises a vibration isolated actuator block assembly having a stationary voice coil actuator field assembly in combination with a voice coil actuator field assembly having an accelerometer transducer, the vibration isolated actuator block assembly being configured to drive the piston shaft .
Bearing bush for supporting a motor vehicle part, having an inner tube made of a metal, a sliding sleeve made of a first plastic material mounted rotatably on the inner tube , and an elastomer bearing which surrounds the sliding sleeve and has at least a first elastomer body and an outer sleeve , characterised in that a sliding layer made of a second plastic material is applied to an outer circumferential surface of the inner tube , the first plastic material and the second plastic material forming a tribological pairing either of two different polymers from the groups of polyamides, polyoxymethylenes, polyketones, fluoropolymers, polyethylene terephthalates or polybutylene terephthalates, or the tribological pairing being formed from polyketone against polyketone, wherein the polymers of the tribological pairings each are present in a continuous thermoplastic polymer phase.
A submarine structure capable of being in contact with a body of water comprising : - at least one wall ; - an electrically conductive coating applied on one surface of the wall ; - a power source electrically connected to the electrically conductive coating ; characterized in that the electrically conductive coating is configured to receive power from the power source to produce heat power, in that the wall is an outside wall of the submarine structure , the electrically conductive coating separating the outside wall and the surrounding water , and in that the submarine structure is a buoyancy module . - at least one wall ; - an electrically conductive coating applied on one surface of the wall ; - a power source electrically connected to the electrically conductive coating ;
A biomaterial comprising a biodegradable biocompatible polymer including extracellular vesicles of pluripotent or multipotent stem cells or cardiac progenitor cells, said vesicles being one or more elements produced by said cells selected from microparticles, exosomes and apoptotic bodies, wherein said biocompatible biodegradable polymer is a fibrin polymer having a pore size of between 50 μm and 200 μm, a thickness of between 0.8 mm and 1.2 mm and an elasticity of between 6 kPa and 15 kPa.
A drive device for driving an element, comprising - a toothed-belt drive with a toothed belt , - a frame member , - a toothed disk with tooth recesses for taking along teeth of the toothed belt , - a non-linear guide track , which extends at least in some portions parallel to the extent of the toothed belt and in which the rollers disposed on an outer force driver (22-2, 22-3) are guided, - a driving means , which is connected to the frame member and which serves for the connection to the element to be driven, characterized in that - the frame member forms two opposing connecting plates and a connecting wall that connects the two connecting plates to one another, - the drive device has at least three elongate force drivers , which are attached to the toothed belt and are oriented parallel to a width B of the toothed belt and parallel to one another, which - are disposed within the frame member , wherein a center force driver (22-1) is non-rotatably attached to the two connecting plates and end portions of the adjacent outer force drivers each extend through curved elongated holes of the connecting plate , whereby the outer force drivers (22-2, 22-3) are pivotable, and the outer force drivers (22-2, 22-3) have at their ends, outside of one of the connecting plates , cylindrical projections that are configured as axle stubs and carry a roller each, - the toothed disk has force driver recesses for taking along the force drivers . - a toothed-belt drive with a toothed belt , - a frame member , - a toothed disk with tooth recesses for taking along teeth of the toothed belt , - a non-linear guide track , which extends at least in some portions parallel to the extent of the toothed belt and in which the rollers disposed on an outer force driver (22-2, 22-3) are guided, - a driving means , which is connected to the frame member and which serves for the connection to the element to be driven, characterized in that - the frame member forms two opposing connecting plates and a connecting wall that connects the two connecting plates to one another, - the drive device has at least three elongate force drivers , which are attached to the toothed belt and are oriented parallel to a width B of the toothed belt and parallel to one another, which - are disposed within the frame member , wherein a center force driver (22-1) is non-rotatably attached to the two connecting plates and end portions of the adjacent outer force drivers each extend through curved elongated holes of the connecting plate , whereby the outer force drivers (22-2, 22-3) are pivotable, and the outer force drivers (22-2, 22-3) have at their ends, outside of one of the connecting plates , cylindrical projections that are configured as axle stubs and carry a roller each, - the toothed disk has force driver recesses for taking along the force drivers .
Method for obtaining at least one functional parameter of a muscle having at least one part, the muscle having reflecting particles, the method comprising the steps of: a) applying ultrasound to the muscle, wherein at least one focused ultrasound wave is applied to generate an elastic shear wave in the muscle and a succession of ultrasound waves are applied so that at least some of said ultrasound waves penetrate into an area of the muscle while the shear wave is propagating in the same area, b) collecting the ultrasound waves retrodiffused by the muscle at a plurality of times, to obtain collected ultrasound waves, wherein the collected ultrasound waves are echoes generated by the ultrasound compression waves interacting with reflecting particles in the muscle, c) determining a first plurality of values representative of stiffness values of at least one part of the parts of the muscle at a first plurality of times by using the collected ultrasound waves, the first plurality of times being included in the plurality of times, d) determining a second plurality of values representative of deformation values of said part at a second plurality of times by using the collected ultrasound waves, the second plurality of times being included in the plurality of times and being associated with the first plurality of times in a one-to-one relationship, and e) deducing at least one functional parameter based on the first plurality of values and the second plurality of values. a) applying ultrasound to the muscle, wherein at least one focused ultrasound wave is applied to generate an elastic shear wave in the muscle and a succession of ultrasound waves are applied so that at least some of said ultrasound waves penetrate into an area of the muscle while the shear wave is propagating in the same area, b) collecting the ultrasound waves retrodiffused by the muscle at a plurality of times, to obtain collected ultrasound waves, wherein the collected ultrasound waves are echoes generated by the ultrasound compression waves interacting with reflecting particles in the muscle, c) determining a first plurality of values representative of stiffness values of at least one part of the parts of the muscle at a first plurality of times by using the collected ultrasound waves, the first plurality of times being included in the plurality of times, d) determining a second plurality of values representative of deformation values of said part at a second plurality of times by using the collected ultrasound waves, the second plurality of times being included in the plurality of times and being associated with the first plurality of times in a one-to-one relationship, and e) deducing at least one functional parameter based on the first plurality of values and the second plurality of values.
A method for manufacturing an electric cable using a molding machine to manufacture an electric cable that includes a core wire and a sheath surrounding the core wire , wherein the molding machine includes a cylinder , a screw accommodated in the cylinder , a die coupled to a distal end of the cylinder , and a hopper having a cylindrical portion and configured to supply a columnar thermoplastic resin pellet into the cylinder , wherein a cross-sectional shape taken along a plane orthogonal to a height direction of the thermoplastic resin pellet has a longer diameter represented by "a" and a shorter diameter represented by "b", a ratio a/b of the long diameter "a" to the short diameter "b" is greater than or equal to 1.0 and less than or equal to 2.6; and a ratio α of a unit height volume of a cylindrical portion of the hopper of the molding machine , into which the thermoplastic resin pellet is loaded, to a volume of the thermoplastic resin pellet is greater than 16, the method comprising: supplying the thermoplastic resin pellet to the hopper ; melting the thermoplastic resin pellet in the cylinder to supply molten resin to the die ; and extruding the molten resin from the die to form the sheath on the core wire . the molding machine includes a cylinder , a screw accommodated in the cylinder , a die coupled to a distal end of the cylinder , and a hopper having a cylindrical portion and configured to supply a columnar thermoplastic resin pellet into the cylinder , wherein a cross-sectional shape taken along a plane orthogonal to a height direction of the thermoplastic resin pellet has a longer diameter represented by "a" and a shorter diameter represented by "b", a ratio a/b of the long diameter "a" to the short diameter "b" is greater than or equal to 1.0 and less than or equal to 2.6; and a ratio α of a unit height volume of a cylindrical portion of the hopper of the molding machine , into which the thermoplastic resin pellet is loaded, to a volume of the thermoplastic resin pellet is greater than 16, the method comprising: supplying the thermoplastic resin pellet to the hopper ; melting the thermoplastic resin pellet in the cylinder to supply molten resin to the die ; and extruding the molten resin from the die to form the sheath on the core wire . supplying the thermoplastic resin pellet to the hopper ; melting the thermoplastic resin pellet in the cylinder to supply molten resin to the die ; and extruding the molten resin from the die to form the sheath on the core wire .
An electronic device comprising: a communication module for receiving geographical location information; a sensor module ; a memory for storing previous movement route information of the electronic device ; and a processor configured for acquiring first movement information regarding a first region of a route on which the electronic device moves by using the communication module , if a comparison result between the first movement information and the previous movement route information satisfies a first condition, acquiring second movement information regarding a second region of the route by using the communication module , and if the comparison result between the first movement information and the previous movement route information satisfies a second condition, deactivating the communication module, and acquiring the second movement information by using the sensor module , and providing current movement route information of the electronic device by using the second movement information. a communication module for receiving geographical location information; a sensor module ; a memory for storing previous movement route information of the electronic device ; and a processor configured for acquiring first movement information regarding a first region of a route on which the electronic device moves by using the communication module , if a comparison result between the first movement information and the previous movement route information satisfies a first condition, acquiring second movement information regarding a second region of the route by using the communication module , and if the comparison result between the first movement information and the previous movement route information satisfies a second condition, deactivating the communication module, and acquiring the second movement information by using the sensor module , and providing current movement route information of the electronic device by using the second movement information.
Apparatus for fabricating a fiber reinforced, substantially wrinkle-free composite stiffener having an out-of-plane curvature, the apparatus comprising: a stiffener mandrel having an out-of-plane curvature and a corresponding in-plane change in mandrel geometry wherein: the mandrel includes a top , sides and a base , the out-of-plane curvature is defined in the base of a section of the mandrel , and the corresponding in-plane change in geometry is defined as a widening of the sides of the section of the mandrel . the mandrel includes a top , sides and a base , the out-of-plane curvature is defined in the base of a section of the mandrel , and the corresponding in-plane change in geometry is defined as a widening of the sides of the section of the mandrel .
Cross hole countersink comprising a shaft which can be driven about an axis of rotation (A), comprising a conical work portion which has a cutting edge formed by the rim of an opening in a chip removal channel and has a first supplementary cutting edge which is arranged in the conical portion , formed by the edge of a stepped recess , runs along a surface line and extends to the tip of the conical portion , and comprising a cylindrical or slightly frustoconical portion adjoining said conical portion in the axial direction, characterised in that a second supplementary cutting edge extends along the surface line into the cylindrical or slightly frustoconical portion .