mhurhangee/ep-ind-claims huggingface dataset:
A music composition method operable in a portable device having a touchscreen, the method comprising: setting an accompaniment with chords varying according to the progress of a unit play time; playing the accompaniment; displaying on the touchscreen, when a series of touches are detected on the touchscreen as the accompaniment is played, a trace of the touches; characterised in playing a melody of tones, wherein the pitches of the tones are mapped to positions (11, 13, 15, 17, 19) of the touches and matching notes r pitches of of a note scale defined by chords of the accompaniment playing at the play times when the touches are detected, and wherein the timing of the tones correspond to the play times at which the touches are detected; and saving the trace, melody, and accompaniment as a music piece as an ensemble. setting an accompaniment with chords varying according to the progress of a unit play time; playing the accompaniment; displaying on the touchscreen, when a series of touches are detected on the touchscreen as the accompaniment is played, a trace of the touches;
A package comprising a contact lens in a solution comprising: a transparent moulded base comprising: a cavity formed in said moulded base wherein said cavity comprises: an inner surface; and a flange, extending outwardly from the periphery of said cavity, wherein said flange comprises a top surface; a flexible cover sheet having a lens facing surface and an exterior surface, wherein the lens facing surface of said flexible sheet is superimposed over said top surface of said flange and detachably sealed to said flange at about the periphery of said cavity to form an enclosure between said inner surface and said flexible cover; a contact lens enclosed between said transparent base and said flexible cover wherein said contact lens is viewable through said transparent base, characterised in that the contact lens is tinted and has a pattern, and said lens facing surface comprises an area of colour comprising a strip, centrally located on said lens facing surface and running longitudinally from one peripheral edge to the other, and said colour approximates the colour of the human iris and is selected from the group consisting of brown, deep brown, black and grey; and in that the contact lens covers a portion of said area of colour and said area of colour is visible through said pattern of the contact lens. a transparent moulded base comprising: a cavity formed in said moulded base wherein said cavity comprises: an inner surface; and a flange, extending outwardly from the periphery of said cavity, wherein said flange comprises a top surface; a cavity formed in said moulded base wherein said cavity comprises: an inner surface; and a flange, extending outwardly from the periphery of said cavity, wherein said flange comprises a top surface; an inner surface; and a flange, extending outwardly from the periphery of said cavity, wherein said flange comprises a top surface; a flexible cover sheet having a lens facing surface and an exterior surface, wherein the lens facing surface of said flexible sheet is superimposed over said top surface of said flange and detachably sealed to said flange at about the periphery of said cavity to form an enclosure between said inner surface and said flexible cover; a contact lens enclosed between said transparent base and said flexible cover wherein said contact lens is viewable through said transparent base, characterised in that the contact lens is tinted and has a pattern, and said lens facing surface comprises an area of colour comprising a strip, centrally located on said lens facing surface and running longitudinally from one peripheral edge to the other, and said colour approximates the colour of the human iris and is selected from the group consisting of brown, deep brown, black and grey; and in that the contact lens covers a portion of said area of colour and said area of colour is visible through said pattern of the contact lens.
A film frame carrier configured to be mounted on a curved shell, comprising: a body having mounting surface configured to be coupled to a supporting surface of a flexible carrier film, foil, or tape on which supporting surface an arrangement of semiconductor dies is arranged; characterized in that the body is a ring-shaped one having an asymmetric bending stiffness allowing the ring-shaped body to be bent such that the mounting surface of the ring-shaped body changes from having a first shape to a second more concave shape and preventing or limiting the ring-shaped body to be bent such that the shape of the mounting surface becomes more convex than the first shape. a body having mounting surface configured to be coupled to a supporting surface of a flexible carrier film, foil, or tape on which supporting surface an arrangement of semiconductor dies is arranged; characterized in that the body is a ring-shaped one having an asymmetric bending stiffness allowing the ring-shaped body to be bent such that the mounting surface of the ring-shaped body changes from having a first shape to a second more concave shape and preventing or limiting the ring-shaped body to be bent such that the shape of the mounting surface becomes more convex than the first shape.
A process for producing magnesia, comprising: contacting a CO 2 -containing gas with a magnesium-containing material to produce magnesium carbonate; subjecting the magnesium carbonate to calcination to produce a CO 2 by-product and magnesia; and recycling at least a portion of the CO 2 by-product for contacting the magnesium- containing material to produce the magnesium carbonate, the CO 2 by-product having a higher CO 2 concentration than the CO 2 -containing gas. contacting a CO 2 -containing gas with a magnesium-containing material to produce magnesium carbonate; subjecting the magnesium carbonate to calcination to produce a CO 2 by-product and magnesia; and recycling at least a portion of the CO 2 by-product for contacting the magnesium- containing material to produce the magnesium carbonate, the CO 2 by-product having a higher CO 2 concentration than the CO 2 -containing gas.
An LED lighting device comprising at least one light source, a reflector extending along and around a longitudinal axis and having an internal reflective surface arranged so as to intercept at least part of the light emitted by the light source and reflect said part towards a light exit opening, and a shield projecting from a distal end of the reflector, opposite to a proximal end provided with the light source, and joined to a peripheral edge delimiting the light exit opening; wherein the light source is a LED light source comprising one or more LEDs; and the shield has a flared shape along the axis and widens from the edge towards the outside of the lighting device, the shield having a substantially square base truncated-pyramid shape; said internal reflective surface being a faceted polynomial surface comprising a pattern of reflective sectors or facets arranged adjacent to one another on a polynomial base surface and having respective reflective surfaces which are curved surfaces and precisely convex surfaces; wherein each sector covers a virtual portion of the base surface and each portion subtends the reflective surface of a sector; the reflective surfaces of the sectors being mirror-polished surfaces; and wherein the reflective surface of each sector is shaped so as to increase the divergence of the reflected beam with respect to the reflection that would occur on the portion of the base surface subtending the same sector; each portion of the base surface being shaped so as to reflect the incident light coming from the light source in a beam with amplitude α, and the reflective surface of the sector covering the same portion being shaped so as to deflect said beam, thus generating a reflected beam with a larger amplitude α + β which, anyway, is such as not to further hit the reflector or the shield.
A tinnitus masking system for use by a person having tinnitus comprising: a sound delivery system having left and right ear-level audio delivery devices, the sound delivery system being configured to deliver a spatial masking sound to the person via the audio delivery devices such that the spatial masking sound appears to originate from a virtual sound source location that substantially corresponds directionally in 3D auditory space, as defined by spatial information comprising at least a 3D direction vector relative to a reference point, to a source of the tinnitus as perceived by the person, the spatial masking sound being represented by stored or real-time generated left and right audio signals that are converted to audible sound by the respective audio delivery devices, and wherein the sound delivery system is configured to modulate an intensity of left and right audio signals of the spatial masking sound with a periodic ramping profile (290,291) such that an intensity of the spatial masking sound at playback varies in accordance with the periodic ramping profile, and wherein the ramping profile (290,291) comprises a series of periodically repeating ramps, each ramp being defined by an initial increase in intensity and ending in a decrease in intensity, and wherein the rate of increase in intensity is slower than the subsequent rate of decrease in intensity.
A method of transmitting a physical random access channel, PRACH, preamble by a user equipment, UE, in a wireless communication system, the method being characterized by: receiving, from a base station, BS, (i) resource configuration information for transmitting the PRACH preamble and (ii) information regarding a subcarrier spacing for the PRACH preamble, wherein the resource configuration information includes (i) information regarding PRACH slots available for transmission of the PRACH preamble, each PRACH slot including a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols, (ii) information regarding a symbol index for a starting OFDM symbol in a PRACH slot, and (iii) information regarding preamble format; and transmitting, to the BS, the PRACH preamble in a PRACH resource determined based on the resource configuration information and the information regarding the subcarrier spacing, wherein transmission of the PRACH preamble starts from the starting OFDM symbol in the PRACH slot, wherein a length of the PRACH slot is configured based on the subcarrier spacing, and wherein the symbol index for the starting OFDM symbol is applied in all the PRACH slots. receiving, from a base station, BS, (i) resource configuration information for transmitting the PRACH preamble and (ii) information regarding a subcarrier spacing for the PRACH preamble, wherein the resource configuration information includes (i) information regarding PRACH slots available for transmission of the PRACH preamble, each PRACH slot including a plurality of Orthogonal Frequency Division Multiplexing, OFDM, symbols, (ii) information regarding a symbol index for a starting OFDM symbol in a PRACH slot, and (iii) information regarding preamble format; and transmitting, to the BS, the PRACH preamble in a PRACH resource determined based on the resource configuration information and the information regarding the subcarrier spacing, wherein transmission of the PRACH preamble starts from the starting OFDM symbol in the PRACH slot, wherein a length of the PRACH slot is configured based on the subcarrier spacing, and wherein the symbol index for the starting OFDM symbol is applied in all the PRACH slots.
Refrigeration appliance, in particular domestic refrigeration appliance, having a carcass (1, 2), a door hinged to the carcass (1, 2) and a damper disposed between door-side and carcass-side engagement points (27; 33). which damper is able to expand and compress to cushion at least one closing movement of the door, and which engages into a receptacle formed on the carcass from its front side at least in sections, characterised in that the receptacle is embodied as a sleeve body, which is embodied integrally with a reinforcement part reinforcing the front side at the height of the receptacle, which reinforcement part is manufactured in an injection-moulding or casting technique.
A sheet feeding apparatus comprising: a conveyance roller configured to convey sheets; a retard roller configured to contact the conveyance roller and separate sheets one by one; a drive input shaft driven by a driving source; a retard shaft configured to support the retard roller rotatably; a joint configured to transmit rotary drive force of the drive input shaft to the retard shaft; a first engaging portion provided on either one of the drive input shaft or the joint; a first engaged portion provided on the other of the drive input shaft or the joint, and configured to engage with the first engaging portion at a first engagement position in response to a rotation of the drive input shaft; a second engaging portion provided on either one of the retard shaft or the joint; and a second engaged portion provided on the other of the retard shaft or the joint, and configured to engage with the second engaging portion at a second engagement position in response to a rotation of the joint, characterized in that, viewed in an axial direction of the joint, an angle (θ) formed by a first straight line and a second straight line is within a range of 80 degrees or greater and 100 degrees or smaller, the first straight line passing through the first engagement position and a center of rotation of the drive input shaft, the second straight line passing through the second engagement position and a center of rotation of the retard shaft. a conveyance roller configured to convey sheets; a retard roller configured to contact the conveyance roller and separate sheets one by one; a drive input shaft driven by a driving source; a retard shaft configured to support the retard roller rotatably; a joint configured to transmit rotary drive force of the drive input shaft to the retard shaft; a first engaging portion provided on either one of the drive input shaft or the joint; a first engaged portion provided on the other of the drive input shaft or the joint, and configured to engage with the first engaging portion at a first engagement position in response to a rotation of the drive input shaft; a second engaging portion provided on either one of the retard shaft or the joint; and a second engaged portion provided on the other of the retard shaft or the joint, and configured to engage with the second engaging portion at a second engagement position in response to a rotation of the joint, characterized in that, viewed in an axial direction of the joint, an angle (θ) formed by a first straight line and a second straight line is within a range of 80 degrees or greater and 100 degrees or smaller, the first straight line passing through the first engagement position and a center of rotation of the drive input shaft, the second straight line passing through the second engagement position and a center of rotation of the retard shaft.
A variable compression device that is configured to change a compression ratio in a combustion chamber of an engine, the variable compression device comprising: a piston rod; a connection member which is connected to the piston rod; and a fluid chamber which is provided between the connection member and the piston rod and is configured to move the piston rod, in a direction in which a compression ratio is increased, with respect to the connection member by supplying a boosted working fluid thereto, characterized by further comprising a regulation member which is capable of abutting and being separated from the piston rod, wherein when the piston rod is moved in a direction in which a compression ratio is increased by the working fluid supplied to the fluid chamber, the regulation member abuts the piston rod to regulate movement of the piston rod such as to prevent the piston rod from being moved in a direction in which a compression ratio is decreased due to the working fluid supplied to the fluid chamber being elastically compressed. a piston rod; a connection member which is connected to the piston rod; and a fluid chamber which is provided between the connection member and the piston rod and is configured to move the piston rod, in a direction in which a compression ratio is increased, with respect to the connection member by supplying a boosted working fluid thereto, characterized by further comprising a regulation member which is capable of abutting and being separated from the piston rod, wherein when the piston rod is moved in a direction in which a compression ratio is increased by the working fluid supplied to the fluid chamber, the regulation member abuts the piston rod to regulate movement of the piston rod such as to prevent the piston rod from being moved in a direction in which a compression ratio is decreased due to the working fluid supplied to the fluid chamber being elastically compressed.
A secure computer audio peripheral device comprising: - a microphone; - at least one lighted indicator capable of providing visual user indication when said microphone is active; - a computer interface for cable connecting the secure computer audio peripheral device to a coupled computer; - a momentary push-button, and; - a switch (9a-f), controllable by the user, and capable of setting said device in a secure state by simultaneously: disabling said microphone; and turning off said lighted indicator; and said switch (9a-f) is capable of setting said device in an operational state by simultaneously: enabling transfer of audio data from said microphone to said coupled computer; and turning on said lighted indicator, wherein said switch (9a-f) is configured to be activated by the user through said momentary push-button, characterized in that said switch (9a-f) is configured to be controlled by a time delay, such that when said momentary push-button is activated by the user said switch (9a-f) sets the device in said operational state, and then said switch (9a-f) automatically sets the device in said secure state after predefined time duration to prevent inadvertent prolonged microphone activation. - a microphone; - at least one lighted indicator capable of providing visual user indication when said microphone is active; - a computer interface for cable connecting the secure computer audio peripheral device to a coupled computer; - a momentary push-button, and; - a switch (9a-f), controllable by the user, and capable of setting said device in a secure state by simultaneously: disabling said microphone; and turning off said lighted indicator; and said switch (9a-f) is capable of setting said device in an operational state by simultaneously: enabling transfer of audio data from said microphone to said coupled computer; and turning on said lighted indicator, disabling said microphone; and turning off said lighted indicator; and enabling transfer of audio data from said microphone to said coupled computer; and turning on said lighted indicator, wherein said switch (9a-f) is configured to be activated by the user through said momentary push-button, characterized in that said switch (9a-f) is configured to be controlled by a time delay, such that when said momentary push-button is activated by the user said switch (9a-f) sets the device in said operational state, and then said switch (9a-f) automatically sets the device in said secure state after predefined time duration to prevent inadvertent prolonged microphone activation.
A method of preparing a cell condensate in vitro, comprising culturing a mixture of cells and/or tissues of a desired type and undifferentiated mesenchymal cells to form a cell condensate, wherein the mixture of cells and/or tissues of a desired type and undifferentiated mesenchymal cells is cultured on a gel-like support on which the undifferentiated mesenchymal cells are capable of contraction, wherein the gel-like support has a stiffness of a Young's modulus of 1-200 kPa, and wherein the cell condensate is formed autonomously.
An electronic device comprises: a first housing; a second housing slidably coupled to the first housing; a flexible display configured to expand or reduce a size of a display area visible to the outside of the electronic device based on slide-in or slide-out of the second housing; a drive motor disposed to provide driving force to drive the second housing; a pinion gear coupled to the drive motor; a rack gear disposed to be driven to engage with the pinion gear; a rack cover coupled to the rack gear, and a foreign substance blocking mechanism disposed between the rack cover and the rack gear to block foreign substances from entering the rack gear, wherein the foreign substance blocking mechanism includes a first blocking mechanism and a second blocking mechanism disposed at a position corresponding to the first blocking mechanism, and wherein the first blocking mechanism overlaps with the second blocking mechanism. a first housing; a second housing slidably coupled to the first housing; a flexible display configured to expand or reduce a size of a display area visible to the outside of the electronic device based on slide-in or slide-out of the second housing; a drive motor disposed to provide driving force to drive the second housing; a pinion gear coupled to the drive motor; a rack gear disposed to be driven to engage with the pinion gear; a rack cover coupled to the rack gear, and a foreign substance blocking mechanism disposed between the rack cover and the rack gear to block foreign substances from entering the rack gear, wherein the foreign substance blocking mechanism includes a first blocking mechanism and a second blocking mechanism disposed at a position corresponding to the first blocking mechanism, and wherein the first blocking mechanism overlaps with the second blocking mechanism.
Amphibious vehicle comprising at least one semi-rigid hull having a length dimension, a width dimension and a depth dimension, and comprising at least one running gear provided with at least one wheel, said running gear being configured so as to be positioned alternately in at least one retracted position and in a deployed position wherein the at least one wheel is in connection with the ground, the running gear comprising a fairing element secured to said running gear, the fairing element being situated below the at least one wheel according to the depth dimension of the hull, in the retracted position of the running gear, the hull comprising at least two pneumatic fenders (20, 21) on a periphery of said hull, the running gear being, in the retracted position, positioned longitudinally between the at least two pneumatic fenders (20, 21) in line with them and in a section with no fenders, so that the fairing element provides hydrodynamic continuity with said at least two pneumatic fenders (20, 21) in the retracted position.
A device for thermolysis comprising means of thermal energy input, at a temperature between 80°C and 700°C, capable of regulating the temperature inside a chamber having a supply of raw material, an outlet of gas thermolysis and an outlet of solid or liquid products of the reaction from the thermolysis, said chamber enclosing at least one tray separating said chamber into an upper portion and a lower portion and at least one transfer member, characterized in that said transfer member and/or the tray is rotatably mounted around an axis, said raw material supply is placed over said tray, defining a first drop point of raw material thereon, said tray comprises a drain hole communicating between said upper portion and said bottom portion and arranged angularly after the first drop point of the raw material in the direction of relative rotation and in that said transfer member extends radially from the centre of said tray towards the wall of said chamber above said tray and in that said device further comprises at least one presser member extending above said tray between the centre of said tray and the wall of said chamber, and in that said presser member defines an air gap decreasing from the front to the rear of said air gap.