mhurhangee/ep-ind-claims huggingface dataset:
A tile levelling device of the type used on a surface to level at least two adjacent tiles and comprising: - a support designed to be positioned between at least two adjacent tiles and equipped with a base designed to be positioned underneath the at least two tiles; an elongated body or rod which extends orthogonally from the base and is equipped with means for the gripping thereof consisting of an external thread; - a pressure and levelling body designed to be removably connected to the said support by means of the elongated body or rod and comprising a structure which is endowed with a lower edge endowed with a flat support surface intended to operate in contact with at least one of the upper surfaces of the at least two adjacent tiles, the said support surface being positioned perpendicular to the central axis of the pressure body; - whereby the pressure body may be coaxially coupled to an external rotating member, characterised in that the task of said external rotating member is to generate, on command, the rotation of the pressure body in both directions. - a support designed to be positioned between at least two adjacent tiles and equipped with a base designed to be positioned underneath the at least two tiles; an elongated body or rod which extends orthogonally from the base and is equipped with means for the gripping thereof consisting of an external thread; - a pressure and levelling body designed to be removably connected to the said support by means of the elongated body or rod and comprising a structure which is endowed with a lower edge endowed with a flat support surface intended to operate in contact with at least one of the upper surfaces of the at least two adjacent tiles, the said support surface being positioned perpendicular to the central axis of the pressure body; - whereby the pressure body may be coaxially coupled to an external rotating member, characterised in that the task of said external rotating member is to generate, on command, the rotation of the pressure body in both directions.
A compound, wherein the compound is 2-methyl-3-(4-(3-(pyrrolidin-1-yl)propoxy)phenyl)-6-(pentafluorosulfanyl) quinazolin-4(3 H)-one: or a pharmaceutically acceptable salt thereof.
A ponytail holder, comprising: a frustoconical base having first and second parts (30, 40) each mutually connected at a hinged edge (34, 44) and positionable between open and closed positions (50, 60), each part (30, 40) having an inner surface (31, 41), an outer surface (39, 49), and a clasping edge (36, 46) opposite the hinged edge (34, 44), the clasping edge (36, 46) of each part (30, 40) mutually, selectively fastenable to secure the base in the closed position, each part (30, 40) having a top edge (38, 48) and a bottom edge (32, 42) that together form a top opening and a bottom opening, respectively, when the base is in the closed position; and a base battery fixed with the base (20; characterized by the bottom edge (32, 42) of each part (30, 40) being at least partially covered with a conductive surface and electrically connected to opposing sides of the base battery; a frustoconical cover fixable with the base when the base is in the closed position, the cover including an outer surface, an inner surface adapted to abut the outer surface (39, 49) of each part (30, 40) of the base, a top opening and a bottom opening; the cover including at least two conductive inward projections proximate the bottom opening of the cover, each projection adapted for a snap fit with the bottom edge (32, 42) of the base to mechanically and electrically secure the cover to the base; a plurality of cover LEDs fixed with the cover, each cover LED connected with the conductive projections of the cover to connect the cover LED to the base battery when the cover is engaged with the base to illuminate the cover LEDs. a frustoconical base having first and second parts (30, 40) each mutually connected at a hinged edge (34, 44) and positionable between open and closed positions (50, 60), each part (30, 40) having an inner surface (31, 41), an outer surface (39, 49), and a clasping edge (36, 46) opposite the hinged edge (34, 44), the clasping edge (36, 46) of each part (30, 40) mutually, selectively fastenable to secure the base in the closed position, each part (30, 40) having a top edge (38, 48) and a bottom edge (32, 42) that together form a top opening and a bottom opening, respectively, when the base is in the closed position; and a base battery fixed with the base (20; the bottom edge (32, 42) of each part (30, 40) being at least partially covered with a conductive surface and electrically connected to opposing sides of the base battery; a frustoconical cover fixable with the base when the base is in the closed position, the cover including an outer surface, an inner surface adapted to abut the outer surface (39, 49) of each part (30, 40) of the base, a top opening and a bottom opening; the cover including at least two conductive inward projections proximate the bottom opening of the cover, each projection adapted for a snap fit with the bottom edge (32, 42) of the base to mechanically and electrically secure the cover to the base; a plurality of cover LEDs fixed with the cover, each cover LED connected with the conductive projections of the cover to connect the cover LED to the base battery when the cover is engaged with the base to illuminate the cover LEDs.
A stable solid oral pharmaceutical composition comprising a β-adrenergic receptor blocking agent, a HMG Co-enzyme-A reductase inhibitor, an ACE inhibitor, a diuretic, and a pharmaceutically acceptable excipient, wherein the β-adrenergic receptor blocking agent is Atenolol, the HMG Co-enzyme-A reductase inhibitor is Simvastatin, the ACE inhibitor is Ramipril and the diuretic is Hydrochlorothiazide, wherein (a) at least one of these active ingredients is separated from the other ingredients; (b) Simvastatin has been granulated using an alcoholic binder solution; (c) Atenolol has been granulated using an alcoholic binder solution; and (d) the excipient does not include any organic acid; so that each of the therapeutic agents in said pharmaceutical composition retains its individual pharmacokinetic & pharmacodynamic profile. (a) at least one of these active ingredients is separated from the other ingredients; (b) Simvastatin has been granulated using an alcoholic binder solution; (c) Atenolol has been granulated using an alcoholic binder solution; and (d) the excipient does not include any organic acid;
A resin composition containing 0.4 to 10.0 parts by mass of ester compound, per 100 parts by mass of polycarbonate resin, the polycarbonate resin containing 50 to 100 mol%, relative to the total structural units, of a structural unit represented by formula below, the ester compound being composed of an alcohol and a carboxylic acid, and a specimen having a thickness of 2 mm and formed from the resin composition having a haze of 5.0% or smaller, measured as indicated in the description, and a dynamic friction coefficient of 0.35 or smaller when measured under a load of 30 N according to ISO 19252; wherein each R 1 represents a methyl group, each R 2 represents a hydrogen atom or a methyl group, X 1 represents either one of structures below: wherein each of R 3 and R 4 independently represents a hydrogen atom or a methyl group, and Z represents a group that combines with C to form an optionally substituted alicyclic hydrocarbon group having 6 to 12 carbon atoms. the polycarbonate resin containing 50 to 100 mol%, relative to the total structural units, of a structural unit represented by formula below, the ester compound being composed of an alcohol and a carboxylic acid, and a specimen having a thickness of 2 mm and formed from the resin composition having a haze of 5.0% or smaller, measured as indicated in the description, and a dynamic friction coefficient of 0.35 or smaller when measured under a load of 30 N according to ISO 19252; wherein each R 1 represents a methyl group, each R 2 represents a hydrogen atom or a methyl group, X 1 represents either one of structures below: wherein each of R 3 and R 4 independently represents a hydrogen atom or a methyl group, and Z represents a group that combines with C to form an optionally substituted alicyclic hydrocarbon group having 6 to 12 carbon atoms.
A lighting system for a leaning vehicle, comprising: a pivot frame configured to be fixed to a light emitting device and to a light reflective device (201"), a mount configured to be fixed to a light fitting of a leaning vehicle, a motor attached to the pivot frame and the mount, wherein the motor is configured to provide rotational movement of the pivot frame relative to the mount around a rotational axis of the motor, whereby the rotational axis is a pivot axis being concentric with an optical axis of the light emitting device, and a controller in electrical communication with the motor and being configured to receive sensor data of a leaning angle (v) of the leaning vehicle, and wherein the controller is configured to control the motor to rotate the pivot frame to a desired angle (v') relative to the mount based on the leaning angle, whereby the light emitting device and the light reflective device (201") are rotatable by the motor relative the mount, characterized in that the motor is concentrically arranged with respect to the pivot frame, and wherein the pivot frame and the mount are connected at opposite sides of the motor and the mount comprising a connecting element configured for removably attaching the lighting system to a corresponding light fitting of an existing headlight assembly of the leaning vehicle. a pivot frame configured to be fixed to a light emitting device and to a light reflective device (201"), a mount configured to be fixed to a light fitting of a leaning vehicle, a motor attached to the pivot frame and the mount, wherein the motor is configured to provide rotational movement of the pivot frame relative to the mount around a rotational axis of the motor, whereby the rotational axis is a pivot axis being concentric with an optical axis of the light emitting device, and a controller in electrical communication with the motor and being configured to receive sensor data of a leaning angle (v) of the leaning vehicle, and wherein the controller is configured to control the motor to rotate the pivot frame to a desired angle (v') relative to the mount based on the leaning angle, whereby the light emitting device and the light reflective device (201") are rotatable by the motor relative the mount, characterized in that the motor is concentrically arranged with respect to the pivot frame, and wherein the pivot frame and the mount are connected at opposite sides of the motor and the mount comprising a connecting element configured for removably attaching the lighting system to a corresponding light fitting of an existing headlight assembly of the leaning vehicle.
A method for determining a precoding matrix indicator, comprising: selecting, by a receive end, a precoding matrix W from a codebook based on a reference signal sent by a transmit end, wherein the precoding matrix W is a product of matrix W1 and a matrix W2 wherein the W1 comprises N B block matrices X i, N B ≥ 1, and the W1 is indicated as: W 1 = diag { X 1,..., X N B}, wherein 1 ≤ i ≤ N B, and a column x i,j of each block matrix X i of the N B block matrices is a Kronecker product of a first vector A ij and a second vector B ij, that is, x ij = A ij ⊗ B ij, wherein A ij corresponds to a phase in a horizontal direction and B ij corresponds to a phase in a vertical direction; and sending, by the receive end, a precoding matrix indicator PMI corresponding to the precoding matrix W to the transmit end, so that the transmit end obtains the precoding matrix W according to the PMI. selecting, by a receive end, a precoding matrix W from a codebook based on a reference signal sent by a transmit end, wherein the precoding matrix W is a product of matrix W1 and a matrix W2 wherein the W1 comprises N B block matrices X i, N B ≥ 1, and the W1 is indicated as: W 1 = diag { X 1,..., X N B}, wherein 1 ≤ i ≤ N B, and a column x i,j of each block matrix X i of the N B block matrices is a Kronecker product of a first vector A ij and a second vector B ij, that is, x ij = A ij ⊗ B ij, wherein A ij corresponds to a phase in a horizontal direction and B ij corresponds to a phase in a vertical direction; and sending, by the receive end, a precoding matrix indicator PMI corresponding to the precoding matrix W to the transmit end, so that the transmit end obtains the precoding matrix W according to the PMI.
A method for controlling a washing machine comprising: determining whether a calm washing course is selected; and performing, if determined that the calm washing course is selected, low-noise calm washing, characterized by controlling a speed of an interim dehydrating operation after a washing operation and before a rinsing operation to be less than a speed of an interim dehydrating operation at a standard washing course by controlling a motor of the washing machine, wherein in a final rinsing operation of the calm washing course, washing water is prevented from being discharged to outside so as to maintain a final rinsing state. determining whether a calm washing course is selected; and performing, if determined that the calm washing course is selected, low-noise calm washing, characterized by controlling a speed of an interim dehydrating operation after a washing operation and before a rinsing operation to be less than a speed of an interim dehydrating operation at a standard washing course by controlling a motor of the washing machine, wherein in a final rinsing operation of the calm washing course, washing water is prevented from being discharged to outside so as to maintain a final rinsing state.
A magnetic self-aligning manufacturing fixture comprising: a support plate (102; 202; 802) having a top surface and an opposite bottom surface, the support plate (102; 202; 802) comprising a first alignment socket having a first configuration; and a compression plate (104; 204, 206, 208; 804; 902; 1002) having a top surface and an opposite bottom surface, the compression plate (104; 204, 206, 208; 804; 902; 1002) comprising a second alignment socket having a second configuration; characterized by a magnetic convex member (404; 504; 810), the magnetic convex member (404; 504; 810) configured to be received within the first alignment socket; and a magnetic concave member (402; 502), the magnetic concave member (402; 502) configured to be received within the second alignment socket.
An integrated circuit, IC, (52, 130, 150) comprises: a radio frequency, RF, section (190, 224, 314, 316) coupled to: convert an outbound symbol stream into an outbound RF signal; and convert an inbound RF signal into an inbound symbol stream (204, 238, 330); a first processing module coupled to: convert outbound data into the outbound symbol stream; and convert the inbound symbol stream (204, 238, 330) into inbound data in accordance with a physical layer of a communication stack of a wireless communication protocol; a second processing module coupled to: convert the inbound data into an inbound signal; and convert an outbound signal into the outbound data in accordance with remaining layers of the communication stack; and a third processing module coupled to: perform at least one user application that processes at least one of the inbound signal and the outbound signal; and perform an operating system algorithm to coordinate the operation of the at least one user application; wherein the third processing module is configured to establish a wireless communication pursuant to the wireless communication protocol and to be placed in a low power mode after the wireless communication is established. a radio frequency, RF, section (190, 224, 314, 316) coupled to: convert an outbound symbol stream into an outbound RF signal; and convert an inbound RF signal into an inbound symbol stream (204, 238, 330); convert an outbound symbol stream into an outbound RF signal; and convert an inbound RF signal into an inbound symbol stream (204, 238, 330); a first processing module coupled to: convert outbound data into the outbound symbol stream; and convert the inbound symbol stream (204, 238, 330) into inbound data in accordance with a physical layer of a communication stack of a wireless communication protocol; convert outbound data into the outbound symbol stream; and convert the inbound symbol stream (204, 238, 330) into inbound data in accordance with a physical layer of a communication stack of a wireless communication protocol; a second processing module coupled to: convert the inbound data into an inbound signal; and convert an outbound signal into the outbound data in accordance with remaining layers of the communication stack; and convert the inbound data into an inbound signal; and convert an outbound signal into the outbound data in accordance with remaining layers of the communication stack; and a third processing module coupled to: perform at least one user application that processes at least one of the inbound signal and the outbound signal; and perform an operating system algorithm to coordinate the operation of the at least one user application; wherein perform at least one user application that processes at least one of the inbound signal and the outbound signal; and perform an operating system algorithm to coordinate the operation of the at least one user application; wherein the third processing module is configured to establish a wireless communication pursuant to the wireless communication protocol and to be placed in a low power mode after the wireless communication is established.
An elevator car (103, 203, 302, 502, 602) comprising: a wall panel (304, 306, 308) defining part of a passenger space of the elevator car (103, 203, 302, 502, 602); and an elevator display system (300, 400, 500, 600) having a viewing panel and an enclosure (424, 524, 624) housing a display screen (320, 420), wherein the viewing panel is mounted to the wall panel (304, 306, 308) on an interior of the wall panel (304, 306, 308); characterized in that the elevator car (103, 203, 302, 502, 602) further comprises two or more receiving rails (536, 636) arranged on an exterior of the wall panel (304, 306, 308); and that the enclosure (424, 524, 624) is engageable with the receiving rails (536, 636) on the exterior of the wall panel (304, 306, 308) such that the display screen (320, 420) is movably positioned relative to the viewing panel to be viewable from within the passenger space in an installed position. a wall panel (304, 306, 308) defining part of a passenger space of the elevator car (103, 203, 302, 502, 602); and an elevator display system (300, 400, 500, 600) having a viewing panel and an enclosure (424, 524, 624) housing a display screen (320, 420), wherein the viewing panel is mounted to the wall panel (304, 306, 308) on an interior of the wall panel (304, 306, 308); characterized in that the elevator car (103, 203, 302, 502, 602) further comprises two or more receiving rails (536, 636) arranged on an exterior of the wall panel (304, 306, 308); and that the enclosure (424, 524, 624) is engageable with the receiving rails (536, 636) on the exterior of the wall panel (304, 306, 308) such that the display screen (320, 420) is movably positioned relative to the viewing panel to be viewable from within the passenger space in an installed position.
A method of preparing a beverage in a brewing device, the device comprising: • an infusion chamber with a bottom rim which defines an opening; • a capsule holder for receiving a capsule, the capsule holder comprising a sidewall having an upper rim, a filter and an openable and closable passage on the opposite side of the filter from the upper rim; the method comprising the steps of: a) inserting a capsule containing infusible beverage material into the capsule holder; b) connecting the upper rim of the capsule holder to the bottom rim of the infusion chamber; c) introducing liquid into the capsule and releasing the beverage material from the capsule so that the liquid and beverage material mix and flow into the infusion chamber so as to brew the beverage; d) after brewing has taken place, opening the passage in the capsule holder to allow the beverage to flow from the infusion chamber through the filter and out through the passage. • an infusion chamber with a bottom rim which defines an opening; • a capsule holder for receiving a capsule, the capsule holder comprising a sidewall having an upper rim, a filter and an openable and closable passage on the opposite side of the filter from the upper rim; a) inserting a capsule containing infusible beverage material into the capsule holder; b) connecting the upper rim of the capsule holder to the bottom rim of the infusion chamber; c) introducing liquid into the capsule and releasing the beverage material from the capsule so that the liquid and beverage material mix and flow into the infusion chamber so as to brew the beverage; d) after brewing has taken place, opening the passage in the capsule holder to allow the beverage to flow from the infusion chamber through the filter and out through the passage.
An apparatus, comprising: a housing; a medicament container at least partially disposed within the housing, the medicament container containing a dose of a medicament; a carrier (4520, 5520) having an end portion coupled to a needle (4452, 5452), and including a side wall defining a coupling volume within which an end portion of the medicament container is movably coupled, the medicament container fluidically isolated from a tip of the needle (4452, 5452) when the end portion of the medicament container is in a first container position within the coupling volume, the medicament container fluidically coupled to the tip of the needle (4452, 5452) when the end portion of the medicament container is in a second container position within the coupling volume, the side wall including an annular protrusion; and an energy storage member within the housing, the energy storage member configured to produce a force to move the medicament container from the first container position to the second container position, a portion of the force exerted to move a plunger within the medicament container to expel the dose of the medicament when the medicament container is in the second container position; characterized in that the annular protrusion defines a bleed passageway placing the coupling volume in fluid communication with a volume outside of the coupling volume. a housing; a medicament container at least partially disposed within the housing, the medicament container containing a dose of a medicament; a carrier (4520, 5520) having an end portion coupled to a needle (4452, 5452), and including a side wall defining a coupling volume within which an end portion of the medicament container is movably coupled, the medicament container fluidically isolated from a tip of the needle (4452, 5452) when the end portion of the medicament container is in a first container position within the coupling volume, the medicament container fluidically coupled to the tip of the needle (4452, 5452) when the end portion of the medicament container is in a second container position within the coupling volume, the side wall including an annular protrusion; and an energy storage member within the housing, the energy storage member configured to produce a force to move the medicament container from the first container position to the second container position, a portion of the force exerted to move a plunger within the medicament container to expel the dose of the medicament when the medicament container is in the second container position; characterized in that the annular protrusion defines a bleed passageway placing the coupling volume in fluid communication with a volume outside of the coupling volume.