mhurhangee/ep-ind-claims huggingface dataset:
A liquid filter element comprising: a first endcap (120, 320) and a second endcap (130, 330); filter media (110, 310) extending between the first endcap (120, 320) and the second endcap (130, 330), wherein the filter media (110, 310) defines a central opening (116, 316) and is coupled to the first endcap (120, 320) and the second endcap (130, 330); a breather filter housing (190, 390) coupled to the first endcap (120, 320); a filter cover (150, 350) coupled to the breather filter housing (190, 390), wherein the breather filter housing (190, 390) and the filter cover (150, 350) mutually define a breather filter cavity (154, 182; 354, 382); and a breather filter (170, 370) disposed in the breather filter cavity (154, 182; 354, 382), wherein the breather filter (170, 370) defines a first flow face (172, 372) and a second flow face (174, 374), and wherein the breather filter housing (190, 390) defines a first tortuous airflow pathway (195a, 395a) between an ambient environment and the second flow face (174, 374), and the filter cover (150, 350) defines a second tortuous airflow pathway (195b, 395b) between the ambient environment and the first flow face (172, 372). a first endcap (120, 320) and a second endcap (130, 330); filter media (110, 310) extending between the first endcap (120, 320) and the second endcap (130, 330), wherein the filter media (110, 310) defines a central opening (116, 316) and is coupled to the first endcap (120, 320) and the second endcap (130, 330); a breather filter housing (190, 390) coupled to the first endcap (120, 320); a filter cover (150, 350) coupled to the breather filter housing (190, 390), wherein the breather filter housing (190, 390) and the filter cover (150, 350) mutually define a breather filter cavity (154, 182; 354, 382); and a breather filter (170, 370) disposed in the breather filter cavity (154, 182; 354, 382), wherein the breather filter (170, 370) defines a first flow face (172, 372) and a second flow face (174, 374), and wherein the breather filter housing (190, 390) defines a first tortuous airflow pathway (195a, 395a) between an ambient environment and the second flow face (174, 374), and the filter cover (150, 350) defines a second tortuous airflow pathway (195b, 395b) between the ambient environment and the first flow face (172, 372).
A beverage forming apparatus comprising: an adjustable cartridge holder including an opening to receive a first cartridge of a first cartridge type and a second cartridge of a second cartridge type at separate times, the first cartridge being configured to hold an amount of beverage medium to form a first volume of a beverage and the second cartridge being configured to hold an amount of beverage medium sufficient to form a second volume of beverage that is larger than the first volume, wherein the adjustable cartridge holder has an engagement portion to engage with a cartridge support region of each of a first cartridge held by the cartridge holder and a second cartridge held by the cartridge holder, the support region of the first cartridge having a different size and/or shape than the support region of the second cartridge, the engagement portion being adjustable based on whether the first cartridge or the second cartridge is being used in the cartridge holder; an inlet arranged to provide liquid to a cartridge (2, 5) held by the cartridge holder to form the beverage; a first outlet arranged to receive the beverage from the first cartridge held by the cartridge holder; and a second outlet arranged to receive the beverage from the second cartridge held by the cartridge holder, the second outlet being different from the first outlet; and a liquid supply system arranged to provide a liquid for combination with a beverage medium in a cartridge (2, 5) held by the cartridge holder to form a beverage. an adjustable cartridge holder including an opening to receive a first cartridge of a first cartridge type and a second cartridge of a second cartridge type at separate times, the first cartridge being configured to hold an amount of beverage medium to form a first volume of a beverage and the second cartridge being configured to hold an amount of beverage medium sufficient to form a second volume of beverage that is larger than the first volume, wherein the adjustable cartridge holder has an engagement portion to engage with a cartridge support region of each of a first cartridge held by the cartridge holder and a second cartridge held by the cartridge holder, the support region of the first cartridge having a different size and/or shape than the support region of the second cartridge, the engagement portion being adjustable based on whether the first cartridge or the second cartridge is being used in the cartridge holder; an inlet arranged to provide liquid to a cartridge (2, 5) held by the cartridge holder to form the beverage; a first outlet arranged to receive the beverage from the first cartridge held by the cartridge holder; and a second outlet arranged to receive the beverage from the second cartridge held by the cartridge holder, the second outlet being different from the first outlet; and a liquid supply system arranged to provide a liquid for combination with a beverage medium in a cartridge (2, 5) held by the cartridge holder to form a beverage.
A label stop sensing device comprising: a sensor configured to sense print media being fed through a printer, the print media comprising a plurality of labels separated by label stops; a label stop detecting module configured to receive time domain signals from the sensor, the label stop detecting module configured to perform a Fast Fourier Transform on the time domain signals to obtain frequency domain signals, the label stop detecting module configured to detect the label stops separating the labels on the print media based on at least the frequency domain signals; and a memory device configured to store tables utilized by the label stop detection module, including a time domain table that comprises signal magnitude values in the time domain obtained by the sensor. a sensor configured to sense print media being fed through a printer, the print media comprising a plurality of labels separated by label stops; a label stop detecting module configured to receive time domain signals from the sensor, the label stop detecting module configured to perform a Fast Fourier Transform on the time domain signals to obtain frequency domain signals, the label stop detecting module configured to detect the label stops separating the labels on the print media based on at least the frequency domain signals; and a memory device configured to store tables utilized by the label stop detection module, including a time domain table that comprises signal magnitude values in the time domain obtained by the sensor.
A portable bowel irrigating system for irrigating the bowels of a user, comprising: a base unit; a liquid container for an irrigation liquid, the container configured to be removably connected to the base unit; a pump cartridge comprising an irrigation liquid inlet and a pump mechanism; an anal probe; a first tubing configured to provide at least a portion of an irrigation liquid flow path from the pump cartridge towards the anal probe; wherein the base unit comprises a power supply configured to actuate the pump mechanism and a passage for allowing irrigation liquid from the liquid container to enter the pump mechanism of the pump cartridge through the irrigation liquid inlet of the pump cartridge; wherein the system is characterised in that the pump cartridge is configured to be removably attachable to the base unit. a base unit; a liquid container for an irrigation liquid, the container configured to be removably connected to the base unit; a pump cartridge comprising an irrigation liquid inlet and a pump mechanism; an anal probe; a first tubing configured to provide at least a portion of an irrigation liquid flow path from the pump cartridge towards the anal probe; wherein the base unit comprises a power supply configured to actuate the pump mechanism and a passage for allowing irrigation liquid from the liquid container to enter the pump mechanism of the pump cartridge through the irrigation liquid inlet of the pump cartridge; wherein the system is characterised in that the pump cartridge is configured to be removably attachable to the base unit.
A soft-tipped medical instrument (10, 10', 10", 10''') for ophthalmic surgical procedures, comprising: an elongated portion comprising a cannula or needle having a distal end and defining a first passage; and a soft tip defining a second passage adapted to be coupled to the distal end of the elongated portion at an engagement site; the engagement site is defined between a surface on the distal end of the elongated portion and a surface on the proximal end of the soft tip, wherein said surfaces are adapted to abut when the soft tip is coupled to the elongated portion; wherein the engagement site has a surface area greater than a cross-sectional area of the elongated portion and is adapted to provide an interlocking tongue and groove connection (120,121) between the elongated portion and the soft tip, characterized in that, the diameter of the first passage and of the second passage are the same along the engagement site; and the outer diameter of the elongated portion and the outer diameter of the soft tip are the same along the engagement site. an elongated portion comprising a cannula or needle having a distal end and defining a first passage; and a soft tip defining a second passage adapted to be coupled to the distal end of the elongated portion at an engagement site; the engagement site is defined between a surface on the distal end of the elongated portion and a surface on the proximal end of the soft tip, wherein said surfaces are adapted to abut when the soft tip is coupled to the elongated portion; wherein the engagement site has a surface area greater than a cross-sectional area of the elongated portion and is adapted to provide an interlocking tongue and groove connection (120,121) between the elongated portion and the soft tip, characterized in that, the diameter of the first passage and of the second passage are the same along the engagement site; and the outer diameter of the elongated portion and the outer diameter of the soft tip are the same along the engagement site.
A pharmaceutical composition comprising a nucleic acid chimera comprising a first nucleotide sequence encoding nonstructural proteins from a modified live, attenuated dengue-2 virus strain PDK-53-V, and a second nucleotide sequence encoding at least one structural protein from dengue-4 and a pharmaceutically acceptable excipient, wherein the nucleotide sequence encoding nonstructural proteins from the modified live, attenuated dengue-2 virus strain PDK-53-V further comprises an adenine to guanine mutation at nucleic acid position 3674 wherein amino acid position 1193 corresponding to NS2A-66 is an glycine instead of aspartic acid, a cytosine to thymine mutation at position 5391, a cytosine to thymine mutation at nucleic acid position 6437 wherein amino acid position 2114 corresponding to NS4A-21 is valine instead of alanine, an adenine to cytosine mutation at nucleic acid position 9750, an adenine to thymine mutation at nucleic acid position 225, and optionally a thymine to cytosine mutation at nucleic acid position 7026, and optionally an adenine to guanine mutation at nucleic acid position 3773 wherein amino acid position 1226 corresponding to NS2A-99 is arginine instead of lysine. an adenine to guanine mutation at nucleic acid position 3674 wherein amino acid position 1193 corresponding to NS2A-66 is an glycine instead of aspartic acid, a cytosine to thymine mutation at position 5391, a cytosine to thymine mutation at nucleic acid position 6437 wherein amino acid position 2114 corresponding to NS4A-21 is valine instead of alanine, an adenine to cytosine mutation at nucleic acid position 9750, an adenine to thymine mutation at nucleic acid position 225, and optionally a thymine to cytosine mutation at nucleic acid position 7026, and optionally an adenine to guanine mutation at nucleic acid position 3773 wherein amino acid position 1226 corresponding to NS2A-99 is arginine instead of lysine.
Mechanism for advancing, by periodic jumps, a cage pivoting about a cage axis, said cage carrying an escape wheel and an escape pinion in addition to a pallet lever cooperating with said escape wheel and with a sprung balance, said mechanism comprising: - a motion transmitting gear train driven by an input drive means to pivot said cage and said escape pinion; - a pivoting retaining means arranged to cooperate with said cage to authorise or to prevent the pivoting of said cage, depending on whether said retaining means is pivoting or stopped; - a pivoting stopping means arranged to cooperate with said retaining means in order to allow or prevent the pivoting of said retaining means, according to the angular pivoting position of said stopping means, said retaining means having a trajectory that interferes with that of said stopping means, characterized in that said retaining means and said stopping means are external to said cage, and further characterized in that said retaining means includes a flirt pinion carrying a flirt which is arranged to cooperate with said stopping means and whose trajectory interferes with said stopping means, said flirt pinion cooperating with a toothing comprised in said cage, via an inverter wheel set. - a motion transmitting gear train driven by an input drive means to pivot said cage and said escape pinion; - a pivoting retaining means arranged to cooperate with said cage to authorise or to prevent the pivoting of said cage, depending on whether said retaining means is pivoting or stopped; - a pivoting stopping means arranged to cooperate with said retaining means in order to allow or prevent the pivoting of said retaining means, according to the angular pivoting position of said stopping means, said retaining means having a trajectory that interferes with that of said stopping means, characterized in that said retaining means and said stopping means are external to said cage, and further characterized in that said retaining means includes a flirt pinion carrying a flirt which is arranged to cooperate with said stopping means and whose trajectory interferes with said stopping means, said flirt pinion cooperating with a toothing comprised in said cage, via an inverter wheel set.
A method for manufacturing a magnesium-based thermoelectric conversion material, comprising: a raw material-forming step of forming a raw material for sintering by adding silicon oxide in an amount within a range equal to or greater than 0.5 mol% and equal to or smaller than 13.0 mol% to a magnesium-based compound; and a sintering step of heating the raw material for sintering at a temperature within a range equal to or higher than 750°C and equal to or lower than 950°C while applying pressure equal to or higher than 10 MPa to the raw material for sintering so as to form a sintered substance, wherein the magnesium-based compound is any one of Mg x Si y, Mg 2 Si 1-x Ge x, and Mg 2 Si 1-x Sn x. a raw material-forming step of forming a raw material for sintering by adding silicon oxide in an amount within a range equal to or greater than 0.5 mol% and equal to or smaller than 13.0 mol% to a magnesium-based compound; and a sintering step of heating the raw material for sintering at a temperature within a range equal to or higher than 750°C and equal to or lower than 950°C while applying pressure equal to or higher than 10 MPa to the raw material for sintering so as to form a sintered substance, wherein the magnesium-based compound is any one of Mg x Si y, Mg 2 Si 1-x Ge x, and Mg 2 Si 1-x Sn x.
A spring portion of a spring brake actuator, in particular parking or emergency spring brake actuator, for use in a commercial vehicle, said spring portion being configured to be coupled to a service brake portion of the spring brake actuator, and comprising - a spring brake piston configured to move between a release position and a braking position; - a compression spring that is operatively coupled to the spring brake piston and effective to push the spring brake piston towards the braking position, generating a braking force; - the spring brake piston comprising a piston pipe that is configured to transfer the braking force to the service brake portion; - a coupling that is interposed between the piston pipe and the spring brake piston and configured to move between a locking state and a release state, couple the piston pipe to the spring brake piston when in the locking state, and uncouple the piston pipe and the spring brake piston when in the release state; wherein a rotatable release rod is operatively coupled to the coupling such that a rotation of the release rod causes the coupling to move between the locking state and the release state, characterized in that the coupling comprises a number of locking elements that are radially movably mounted inside the spring portion and configured to positively lock the piston pipe and the spring brake piston when in the locking state, wherein the spring brake piston comprises a sleeve that is configured to slidably hold the piston pipe, wherein the sleeve comprises at least one recess that is configured to receive the locking elements in the locking state, wherein the coupling comprises a support ring that is slidably mounted on the piston pipe adjacent to the sleeve, and an elastically deformable member that is operatively coupled to the support ring and effective to bias the support ring towards the sleeve. - a spring brake piston configured to move between a release position and a braking position; - a compression spring that is operatively coupled to the spring brake piston and effective to push the spring brake piston towards the braking position, generating a braking force; - the spring brake piston comprising a piston pipe that is configured to transfer the braking force to the service brake portion; - a coupling that is interposed between the piston pipe and the spring brake piston and configured to move between a locking state and a release state,
Vehicle seat with an electrically operated backrest adjuster (1, 1"), with a seat part (3.1) and a backrest (3.2) which is adjustable relative to the seat part (3.1), comprising two fitting sides - of which each comprises a fitting upper part, which is fixed on the backrest, and a fitted lower part, which is fixed on the seat part, and - of which at least one comprises a fitting (2, 2') for adjusting the inclination of the backrest (3.2), wherein the fitting (2, 2') is arranged between the fitting upper part and the fitting lower part, and the fitting sides are coupled to each other by means of a transmission rod, wherein an electric drive unit (6, 6') is provided on one of the fitting sides, said electric drive unit being arranged on the outside of the associated fitting lower part and being coupled to the transmission rod for driving same, characterized in that an actuator (6.6) is arranged on the outside of the fitting lower part of the drive-side fitting side, said actuator being operatively connected to an actuating unit (6.1) for unlocking or locking the fitting (2, 2'). - of which each comprises a fitting upper part, which is fixed on the backrest, and a fitted lower part, which is fixed on the seat part, and - of which at least one comprises a fitting (2, 2') for adjusting the inclination of the backrest (3.2), wherein the fitting (2, 2') is arranged between the fitting upper part and the fitting lower part, and the fitting sides are coupled to each other by means of a transmission rod,
A remote controller for a medical device comprising: at least one information input means for receiving identification information related to a food item; at least one information input means for receiving a blood olucose value; at least one processor for processing information; characterised in that the remote controller comprises a memory for storing a database containing nutritional information about food items and the remote controller is configured to: process the food identification information by comparing the food identification information to the database to determine nutritional information about the food item; calculate a recommended amount of the food item for the user to ingest based at least on nutritional information about the food item and at least one blood glucose value, and provide the recommended amount to the user. at least one information input means for receiving identification information related to a food item; at least one information input means for receiving a blood olucose value; at least one processor for processing information; characterised in that the remote controller comprises a memory for storing a database containing nutritional information about food items and the remote controller is configured to: process the food identification information by comparing the food identification information to the database to determine nutritional information about the food item; calculate a recommended amount of the food item for the user to ingest based at least on nutritional information about the food item and at least one blood glucose value, and provide the recommended amount to the user. process the food identification information by comparing the food identification information to the database to determine nutritional information about the food item; calculate a recommended amount of the food item for the user to ingest based at least on nutritional information about the food item and at least one blood glucose value, and provide the recommended amount to the user.
A method for wireless communication, comprising: communicating by a first device with at least one other device via a wide area network, WAN, to negotiate at least one parameter related to peer-to-peer, P2P, communication; and communicating peer-to-peer by the first device with a second device in accordance with the negotiated at least one parameter, wherein the first device is associated with a first P2P group and the at least one other device is associated with at least one other P2P group, each P2P group including at least two devices interested or engaged in P2P communication; and wherein the at least one parameter comprises a parameter related to resources assigned to the first device, and wherein the communicating peer-to-peer by the first device comprises communicating peer-to-peer by the first device with the second device using the resources assigned to the first device, wherein the second device is associated with the first P2P group. communicating by a first device with at least one other device via a wide area network, WAN, to negotiate at least one parameter related to peer-to-peer, P2P, communication; and communicating peer-to-peer by the first device with a second device in accordance with the negotiated at least one parameter, wherein the first device is associated with a first P2P group and the at least one other device is associated with at least one other P2P group, each P2P group including at least two devices interested or engaged in P2P communication; and wherein the at least one parameter comprises a parameter related to resources assigned to the first device, and wherein the communicating peer-to-peer by the first device comprises communicating peer-to-peer by the first device with the second device using the resources assigned to the first device, wherein the second device is associated with the first P2P group.