mhurhangee/ep-ind-claims huggingface dataset:
A stringed musical instrument comprising: • a substantially hollow body portion containing an audio system comprising an amplifier; at least one loudspeaker electrically connected to the audio amplifier; and a power supply electrically connected to the audio system; • a neck sub-assembly including: a neck; playing strings extending lengthwise along the neck; a bridge attached to the neck over which the strings are stretched, tensioning means by which the strings are held tensioned, and a pickup; characterized in that the stringed musical instrument further comprises: • an audio interface in the audio system for electrically connecting to a smart device; • a docking station whereby, in use, a smart device may be removably secured to the instrument and electrically connected to the audio system, and in that the body portion is constructed from a base and lid, the top of the bridge sitting outside and above the body portion lid, wherein the neck sub-assembly extends substantially into the body portion; and in that the neck sub-assembly is mechanically isolated from the body portion, and only connected to the body portion by a first vibration dampener. • a substantially hollow body portion containing an audio system comprising an amplifier; at least one loudspeaker electrically connected to the audio amplifier; and a power supply electrically connected to the audio system; • a neck sub-assembly including: a neck; playing strings extending lengthwise along the neck; a bridge attached to the neck over which the strings are stretched, tensioning means by which the strings are held tensioned, and a pickup; • an audio interface in the audio system for electrically connecting to a smart device; • a docking station whereby, in use, a smart device may be removably secured to the instrument and electrically connected to the audio system,
Diaphragm pump, in particular for operation in an exhaust gas system of a combustion engine, having a pressure casing, the inner volume of which is subdivided by a number of elastically deformable diaphragms into a plurality of partial volumes (8, 10) which are separate from one other on the gas side, a preload force being applied to the or each diaphragm such that in the unpressurised state, the partial volume constituting the primary side has a minimum value within the context of the deformability of the or each diaphragm, characterised in that a leaf spring is provided as a return spring for applying the preload force to the diaphragm.
Support device with an adjustable vehicular display in particular an industrial or commercial vehicle; the display having a flat development and comprising two opposite sides (Ma, Mb), a first (Ma) of said sides being the nearest side to the driver's seat; the support device is characterised in that: - the display is integrated in the dashboard in a central position, and in that it further comprises - a hinge connecting said first side (Ma) to the dashboard and defining an axis of rotation parallel to said first side (Ma), and - a sled sliding system connecting a second side (Mb) to the dashboard, opposite to said first side (Ma); the sled sliding system being suitable to limit a rotation of the display around said hinge and to cooperate with the hinge in supporting the display. - the display is integrated in the dashboard in a central position, and in that it further comprises - a hinge connecting said first side (Ma) to the dashboard and defining an axis of rotation parallel to said first side (Ma), and - a sled sliding system connecting a second side (Mb) to the dashboard, opposite to said first side (Ma); the sled sliding system being suitable to limit a rotation of the display around said hinge and to cooperate with the hinge in supporting the display.
A block copolymer composition comprising a diblock copolymer and a triblock copolymer, wherein the diblock copolymer includes a first block containing a first conjugated diene-based monomer-derived repeating unit and a second block containing a first vinyl aromatic monomer-derived repeating unit, and a functional group derived from a modified initiator represented by the following Chemical Formula 1 is included at one end of the diblock copolymer: wherein R 1 is a hydrocarbyl group having 1 to 20 carbon atoms; R 2 is an alkylene group having 1 to 30 carbon atoms; and R 3 and R 4 are independently of each other hydrogen or an alkyl group having 1 to 30 carbon atoms. wherein the diblock copolymer includes a first block containing a first conjugated diene-based monomer-derived repeating unit and a second block containing a first vinyl aromatic monomer-derived repeating unit, and a functional group derived from a modified initiator represented by the following Chemical Formula 1 is included at one end of the diblock copolymer: wherein R 1 is a hydrocarbyl group having 1 to 20 carbon atoms; R 2 is an alkylene group having 1 to 30 carbon atoms; and R 3 and R 4 are independently of each other hydrogen or an alkyl group having 1 to 30 carbon atoms.
An optical scanning device (A, A2, A3, A4) comprising: a light source component configured to emit light; a scanning component configured to scan the light; and an electrostatic driver configured to drive the scanning component, wherein the electrostatic driver includes a first sub-driver and a second sub-driver, the first sub-driver having a stationary-side electrode and a movable-side electrode which constitute a capacitor, the second sub-driver having a stationary-side electrode and a movable-side electrode which constitute a capacitor, characterized in that the optical scanning device further comprises: a current sensor (36, 36B) configured to sense current generated by a capacity change of the driver, the current being generated between the movable-side electrode of the first sub-driver and the movable-side electrode of the second sub-driver; and a controller configured to control emission of the light from the light source component based on the sensed current sensed by the current sensor. a light source component configured to emit light; a scanning component configured to scan the light; and an electrostatic driver configured to drive the scanning component, wherein the electrostatic driver includes a first sub-driver and a second sub-driver, the first sub-driver having a stationary-side electrode and a movable-side electrode which constitute a capacitor, the second sub-driver having a stationary-side electrode and a movable-side electrode which constitute a capacitor, characterized in that the optical scanning device further comprises: a current sensor (36, 36B) configured to sense current generated by a capacity change of the driver, the current being generated between the movable-side electrode of the first sub-driver and the movable-side electrode of the second sub-driver; and a controller configured to control emission of the light from the light source component based on the sensed current sensed by the current sensor. a current sensor (36, 36B) configured to sense current generated by a capacity change of the driver, the current being generated between the movable-side electrode of the first sub-driver and the movable-side electrode of the second sub-driver; and a controller configured to control emission of the light from the light source component based on the sensed current sensed by the current sensor.
A rotor assembly for a gas turbine engine, comprising: a first rotor disk configured to rotate about a rotational axis, the first rotor disk comprising disk material; a second rotor disk configured to rotate about the rotational axis; a plurality of rotor blades arranged circumferentially around the rotational axis, each of the plurality of rotor blades axially between and mounted to the first rotor disk and the second rotor disk; and a plurality of vanes arranged circumferentially around the rotational axis and axially between the first rotor disk and the second rotor disk, characterized by the plurality of vanes comprising a first vane that comprises vane material that is different than the disk material. a first rotor disk configured to rotate about a rotational axis, the first rotor disk comprising disk material; a second rotor disk configured to rotate about the rotational axis; a plurality of rotor blades arranged circumferentially around the rotational axis, each of the plurality of rotor blades axially between and mounted to the first rotor disk and the second rotor disk; and a plurality of vanes arranged circumferentially around the rotational axis and axially between the first rotor disk and the second rotor disk,
A fluid composition intended to be applied on skin, comprising a cellulose derivative, a vegetable oil and a solvent for said derivative which is volatile, characterized in that the cellulose derivative represents from 6% to 13% by dry weight of the total weight of the composition, in that the vegetable oil represents from 5% to 15% by weight of the total weight of the composition and in that the oil/cellulose ratio by weight, by dry weight, is between 0.8 and 1.5.
A value document comprising particulate agglomerates respectively containing at least two different homogeneous phases, wherein the first homogeneous phase is based on a first non-luminescent substance detectable by a spectroscopic method and the second homogeneous phase is based on a second non-luminescent substance detectable by a spectroscopic method, wherein the non-luminescent substance of the first homogeneous phase and the non-luminescent substance of the second homogeneous phase are chosen from the following five kinds of substance, namely, a substance detectable by nuclear magnetic resonance spectroscopy, a substance detectable by electron spin resonance spectroscopy, a substance detectable by nuclear quadrupole resonance spectroscopy, a substance detectable by SER (surface-enhanced Raman) spectroscopy and a substance detectable by SEIRA (surface-enhanced infrared absorption) spectroscopy and wherein upon an evaluation of measurement values that are obtainable by a location-specific measurement, carried out at different locations of the value document, of the first measurement-signal intensity caused by the first substance and underlying the spectroscopic method and the second measurement-signal intensity caused by the second substance and underlying the spectroscopic method, there is a statistical correlation between the first measurement-signal intensities and the second measurement-signal intensities, wherein there is a statistical correlation when after computing a statistical correlation function for the obtained measurement values and after comparing the amount thereof with a threshold value, with a correlation function normalized in terms of amount to a values range of 0 to 1, an existing statistical correlation is recognized when the amount is > 0.3.
A method for encoding quantized transform domain coefficient data including last significant coefficient information, the method comprising: binarizing each of two positions; wherein the two positions comprise an x-position and a y-position of the last significant coefficient in a block of quantized transform domain coefficients; determining a context for each bin of one of the positions; determining a context for each bin of the other of the positions, wherein the context of each bin of the other of the positions is based, in part, upon the value of said one of the positions; and entropy encoding the binarized positions based upon the context determined for each of the bins of the binarized positions to produce encoded data. binarizing each of two positions; wherein the two positions comprise an x-position and a y-position of the last significant coefficient in a block of quantized transform domain coefficients; determining a context for each bin of one of the positions; determining a context for each bin of the other of the positions, wherein the context of each bin of the other of the positions is based, in part, upon the value of said one of the positions; and entropy encoding the binarized positions based upon the context determined for each of the bins of the binarized positions to produce encoded data.
Apparatus comprising: a cerebrospinal fluid electrode, configured to be implanted in a CSF-filled space of a brain of a subject identified as at risk of or suffering from a disease, the CSF-filled space selected from the group consisting of: a ventricular system and a subarachnoid space; and control circuitry, characterized in that: the apparatus further comprises a parenchymal electrode, configured to be implanted in brain parenchyma of the subject, or on and in contact with an outer surface of the brain parenchyma, and the control circuitry is configured to drive the parenchymal and the CSF electrodes (30, 32) to clear a substance from the brain parenchyma into the CSF-filled space of the brain. a cerebrospinal fluid electrode, configured to be implanted in a CSF-filled space of a brain of a subject identified as at risk of or suffering from a disease, the CSF-filled space selected from the group consisting of: a ventricular system and a subarachnoid space; and control circuitry, characterized in that: the apparatus further comprises a parenchymal electrode, configured to be implanted in brain parenchyma of the subject, or on and in contact with an outer surface of the brain parenchyma, and the control circuitry is configured to drive the parenchymal and the CSF electrodes (30, 32) to clear a substance from the brain parenchyma into the CSF-filled space of the brain. the apparatus further comprises a parenchymal electrode, configured to be implanted in brain parenchyma of the subject, or on and in contact with an outer surface of the brain parenchyma, and the control circuitry is configured to drive the parenchymal and the CSF electrodes (30, 32) to clear a substance from the brain parenchyma into the CSF-filled space of the brain.
A fastener driving machine comprising: an actuator which operates a driver to inject a fastener to a driving target object; a controller which controls an operation of the actuator; and a speed detector which detects movement speed of the fastener driving machine, characterized in that the fastener driving machine further comprises a vibration sensor which detects a value of a vibration generated by a contact with the driving target object, and in that the controller is configured to limit the operation of the actuator when the value of the vibration divided by the movement speed is equal to or less than a reference value based on the value of the vibration detected by the vibration sensor and the movement speed detected by the speed detector. an actuator which operates a driver to inject a fastener to a driving target object; a controller which controls an operation of the actuator; and a speed detector which detects movement speed of the fastener driving machine, characterized in that the fastener driving machine further comprises a vibration sensor which detects a value of a vibration generated by a contact with the driving target object, and in that the controller is configured to limit the operation of the actuator when the value of the vibration divided by the movement speed is equal to or less than a reference value based on the value of the vibration detected by the vibration sensor and the movement speed detected by the speed detector.
A gallium-doped phosphocalcic compound of formula: Ca (10.5-1.5x) Ga x (PO 4) 7 wherein 0 < x < 1 wherein the compound of formula crystallises at least partially in the space group R3c with cell parameters varying in the following range, as a function of the Ga content: a = 10.31-10.44 Å, c = 37.15-37.5 Å, α = 90°; β = 90° and γ = 120°, and the salts, hydrates and mixtures thereof.
A refrigeration cycle apparatus comprising a refrigerant circuit (15, 16) configured to circulate refrigerant, the refrigerant circuit being provided with a first radiator configured to condense the refrigerant to transfer heat to external fluid, and a second radiator configured to transfer heat to the external fluid while allowing the refrigerant to be maintained in a supercritical state, the first radiator being arranged upstream of the second radiator in a direction of a flow of the external fluid, and the volume of the refrigerant flow channel of the second radiator being smaller than the volume of the refrigerant flow channel of the first radiator. the refrigerant circuit being provided with a first radiator configured to condense the refrigerant to transfer heat to external fluid, and a second radiator configured to transfer heat to the external fluid while allowing the refrigerant to be maintained in a supercritical state, the first radiator being arranged upstream of the second radiator in a direction of a flow of the external fluid, and the volume of the refrigerant flow channel of the second radiator being smaller than the volume of the refrigerant flow channel of the first radiator.
A shock tower for a vehicle, comprising: a body having an upper portion and a lower portion; said body including a hub disposed along said upper portion and a rim extending around and along said lower portion; and said body including a plurality of first spokes extending between said hub and said rim for distributing a load of the shock tower therebetween, characterised in that said plurality of first spokes define a plurality of voids extending therebetween for eliminating material such that the material is absent in the voids and for reducing an overall weight of the shock tower, wherein said body is integrally cast from steel, wherein said rim is a thin cast steel wall. a body having an upper portion and a lower portion; said body including a hub disposed along said upper portion and a rim extending around and along said lower portion; and said body including a plurality of first spokes extending between said hub and said rim for distributing a load of the shock tower therebetween, characterised in that said plurality of first spokes define a plurality of voids extending therebetween for eliminating material such that the material is absent in the voids and for reducing an overall weight of the shock tower, wherein said body is integrally cast from steel, wherein said rim is a thin cast steel wall.
Implant (10; 11) comprising: - a substrate the surface of which comprising at least oxidized cellulose, said oxidized cellulose having a degree of oxidation ranging from 0.5 to 1, and - a multilayer coating covering said substrate, said multilayer coating comprising at least a first layer adjacent the surface of said substrate, said first layer being formed of chitosan, and a second layer adjacent said first layer, said second layer being formed of oxidized cellulose having a degree of oxidation ranging from 0.5 to 1, - wherein the degree of oxidation of oxidized cellulose is the ratio of oxidized C 6 primary alcohol groups to oxidizable C 6 primary alcohol groups. - a substrate the surface of which comprising at least oxidized cellulose, said oxidized cellulose having a degree of oxidation ranging from 0.5 to 1, and - a multilayer coating covering said substrate, said multilayer coating comprising at least a first layer adjacent the surface of said substrate, said first layer being formed of chitosan, and a second layer adjacent said first layer, said second layer being formed of oxidized cellulose having a degree of oxidation ranging from 0.5 to 1, - wherein the degree of oxidation of oxidized cellulose is the ratio of oxidized C 6 primary alcohol groups to oxidizable C 6 primary alcohol groups.
Wind turbine generator cooling system for a direct driven wind turbine - whereby the electrical generator comprises a stator, a rotor, and an air gap between the stator and the rotor, and the rotor is rotatable in respect to the stator around an axis of rotation, - whereby the generator comprises a cavity, that is abutting on the stator in a radial direction, - whereby a fan is connected to the cavity, so that the fan moves air through the cavity to cool the generator, - whereby a duct extends through the cavity in a mainly axial direction from a first side of the generator to a second side of the generator to allow the air that moves through the cavity, that cools the generator, and that collects at least partially at the first side of the generator, to flow from the first side of the generator to the second side of the generator to exit the generator - whereby the rotor is arranged radially outward of the stator, and the stator is attached to a main shaft of the wind turbine, and the cavity is arranged between the stator and the main shaft - whereby the wind turbine comprises a nacelle and the electrical generator is attached to the nacelle, - whereby the nacelle comprises a housing, characterized in that an air outlet connects the interior of the generator with the exterior of the wind turbine, - whereby the air outlet is arranged between the housing of the nacelle and the rotor of the generator, to allow the warm air from inside the generator to exit the wind turbine. - whereby the electrical generator comprises a stator, a rotor, and an air gap between the stator and the rotor, and the rotor is rotatable in respect to the stator around an axis of rotation, - whereby the generator comprises a cavity, that is abutting on the stator in a radial direction, - whereby a fan is connected to the cavity, so that the fan moves air through the cavity to cool the generator, - whereby a duct extends through the cavity in a mainly axial direction from a first side of the generator to a second side of the generator to allow the air that moves through the cavity, that cools the generator, and that collects at least partially at the first side of the generator, to flow from the first side of the generator to the second side of the generator to exit the generator - whereby the rotor is arranged radially outward of the stator, and the stator is attached to a main shaft of the wind turbine, and the cavity is arranged between the stator and the main shaft - whereby the wind turbine comprises a nacelle and the electrical generator is attached to the nacelle, - whereby the nacelle comprises a housing, - whereby the air outlet is arranged between the housing of the nacelle and the rotor of the generator, to allow the warm air from inside the generator to exit the wind turbine.