mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a foldable package (150, 160, 202, 302, 402) housing individually wrapped articles, said method comprising: arranging the plurality of individually wrapped articles on a first conveyor device (116, 158, 200, 300, 400) that includes at least one lug (120, 162), wherein the at least one lug (120, 162) at least partially defines a first slot and a second slot on opposing sides of the at least one lug (120, 162), the plurality of individually wrapped articles arranged on the first conveyor device (116, 158, 200, 300, 400) such that a first set (174, 176, 208) of individually wrapped articles is received within the first slot, and such that a second set (174, 176, 208) of individually wrapped articles is received within the second slot; advancing, with the first conveyor device (116, 158, 200, 300, 400), the individually wrapped articles towards a loading position; positioning a sheet (140, 172, 210, 310) of packaging material over the first and second sets of individually wrapped articles; and coupling the individually wrapped articles to the sheet (140, 172, 210, 310) of packaging material, wherein the at least one lug (120, 162) has a width such that a predefined distance is defined between the first and second sets (174, 176, 208) of individually wrapped articles when coupled to the sheet (140, 172, 210, 310) of packaging material. arranging the plurality of individually wrapped articles on a first conveyor device (116, 158, 200, 300, 400) that includes at least one lug (120, 162), wherein the at least one lug (120, 162) at least partially defines a first slot and a second slot on opposing sides of the at least one lug (120, 162), the plurality of individually wrapped articles arranged on the first conveyor device (116, 158, 200, 300, 400) such that a first set (174, 176, 208) of individually wrapped articles is received within the first slot, and such that a second set (174, 176, 208) of individually wrapped articles is received within the second slot; advancing, with the first conveyor device (116, 158, 200, 300, 400), the individually wrapped articles towards a loading position; positioning a sheet (140, 172, 210, 310) of packaging material over the first and second sets of individually wrapped articles; and coupling the individually wrapped articles to the sheet (140, 172, 210, 310) of packaging material, wherein the at least one lug (120, 162) has a width such that a predefined distance is defined between the first and second sets (174, 176, 208) of individually wrapped articles when coupled to the sheet (140, 172, 210, 310) of packaging material.
A method for binding subscriber identification module, SIM, cards, comprising following steps: during an initialization of a SIM card, a terminal sending a terminal profile command to inform related items of a SIM Tool Kit, STK, function supported by the SIM card, and then receiving a proactive command report or menu items actively reported by the SIM card; the terminal judging whether the STK function of the SIM card provides operator information related to said SIM card from the proactive command report or the menu items, if the operator information is not provided, the terminal determining that the SIM card is not the one bound with the terminal, and not allowing a user to perform normal operations on the terminal; if the operator information is provided, the terminal judging whether the operator information provided by the STK function of the SIM card is consistent with operator information stored in the terminal, if consistent, the terminal determining that the SIM card is the one bound with the terminal, and allowing a user to normally use the terminal; and if not consistent, the terminal determining that the SIM card is not the one bound with the terminal, and not allowing the user to normally use the terminal; wherein SIM card related operator information is provided in the STK function, and the STK functions, that is value-added services, of different operators are not the same, and the STK functions, that is the value-added services, of different types of SIM cards from the identical operator are not the same either, which makes locking a SIM card with the STK function of the SIM card possible. during an initialization of a SIM card, a terminal sending a terminal profile command to inform related items of a SIM Tool Kit, STK, function supported by the SIM card, and then receiving a proactive command report or menu items actively reported by the SIM card; the terminal judging whether the STK function of the SIM card provides operator information related to said SIM card from the proactive command report or the menu items, if the operator information is not provided, the terminal determining that the SIM card is not the one bound with the terminal, and not allowing a user to perform normal operations on the terminal; if the operator information is provided, the terminal judging whether the operator information provided by the STK function of the SIM card is consistent with operator information stored in the terminal, if consistent, the terminal determining that the SIM card is the one bound with the terminal, and allowing a user to normally use the terminal; and if not consistent, the terminal determining that the SIM card is not the one bound with the terminal, and not allowing the user to normally use the terminal; wherein SIM card related operator information is provided in the STK function, and the STK functions, that is value-added services, of different operators are not the same, and the STK functions, that is the value-added services, of different types of SIM cards from the identical operator are not the same either, which makes locking a SIM card with the STK function of the SIM card possible.
A composition for a reduced-salt food or beverage, the composition comprising a mixture of a hydrolyzed vegetable protein and a yeast extract, wherein 15 ≤ A ≤ 97 and 3 ≤ B ≤ 85 in the mixture, where A is the weight part of the mixed amount of the hydrolyzed vegetable protein, B is the weight part of the mixed amount of the yeast extract, and A + B = 100, wherein the hydrolyzed vegetable protein is obtainable by a method that includes a step of removing a fraction with a molecular weight of 20,000 or more using a membrane, a column, or electrophoresis.
A rotating machine comprising: a rotating shaft; multiple impellers fixed to the rotating shaft, and rotating together with the rotating shaft; and a casing configured to surround the rotating shaft and the impellers, and to form diffuser channels allowing the flowing through of a fluid which is discharged from the impellers to an outward side in a radial direction, and return channels by which the fluid flowing through the diffuser channels is guided to an inward side in the radial direction, and is introduced into the impellers of downstream stages, wherein the multiple impellers are formed such that the sectional area of a flow path of the impeller for the fluid is smaller when the impeller is disposed at a further downstream stage, the rotating machine being characterized in that the diffuser channel of an upstream stage of the diffuser channels respectively corresponding to a pair of adjacent impellers is a vaneless diffuser, and the diffuser channel of a downstream stage is a vaned diffuser in which fixed multiple vanes which do not rotate are formed. a rotating shaft; multiple impellers fixed to the rotating shaft, and rotating together with the rotating shaft; and a casing configured to surround the rotating shaft and the impellers, and to form diffuser channels allowing the flowing through of a fluid which is discharged from the impellers to an outward side in a radial direction, and return channels by which the fluid flowing through the diffuser channels is guided to an inward side in the radial direction, and is introduced into the impellers of downstream stages, wherein the multiple impellers are formed such that the sectional area of a flow path of the impeller for the fluid is smaller when the impeller is disposed at a further downstream stage, the rotating machine being characterized in that the diffuser channel of an upstream stage of the diffuser channels respectively corresponding to a pair of adjacent impellers is a vaneless diffuser, and the diffuser channel of a downstream stage is a vaned diffuser in which fixed multiple vanes which do not rotate are formed.
A tape cartridge comprising: a cartridge case; a print tape accommodated in the cartridge case; a slit-like tape outlet which is formed in the cartridge case and through which the print tape is sent out; and characterized by a first display section which is provided on a first surface of the cartridge case where the tape outlet is formed, and in which a type of the print tape is displayed; wherein in the first display section, the type of the print tape is displayed in at least one of normal letters formed according to the tape outlet as a horizontal reference and inverted letters formed by inverting the normal letters upside down. a cartridge case; a print tape accommodated in the cartridge case; a slit-like tape outlet which is formed in the cartridge case and through which the print tape is sent out; and characterized by a first display section which is provided on a first surface of the cartridge case where the tape outlet is formed, and in which a type of the print tape is displayed; wherein in the first display section, the type of the print tape is displayed in at least one of normal letters formed according to the tape outlet as a horizontal reference and inverted letters formed by inverting the normal letters upside down.
Power transmission system having at least one power transmission network, an insulation fault detection unit and also an insulation fault locating unit, characterised by a connecting line system which is electrically connected to the power transmission network and also, by means of a switch embodied as a changeover switch, optionally to the insulation fault detection unit or the insulation fault locating unit, wherein the switch is designed to break the electrical connection between the insulation fault detection unit and the power transmission network and to electrically connect the insulation fault locating unit to the power transmission network.
A method of controlling a computer game system comprising: receiving a stream of images from an image capture device depicting at least one player of a game; recognizing a gesture of the player by analyzing the stream of images to detect and track body parts of the player; receiving player manual input from a hand operated controller operated by the player; displaying a computer game comprising at least two objects at a display being viewed by the at least one player; controlling the display of one of the objects of the computer game on the basis of the recognized gesture and controlling the display of the other object of the computer game on the basis of the manual input from the controller; wherein the steps of recognizing the gesture and receiving manual input occur substantially concurrently. receiving a stream of images from an image capture device depicting at least one player of a game; recognizing a gesture of the player by analyzing the stream of images to detect and track body parts of the player; receiving player manual input from a hand operated controller operated by the player; displaying a computer game comprising at least two objects at a display being viewed by the at least one player; controlling the display of one of the objects of the computer game on the basis of the recognized gesture and controlling the display of the other object of the computer game on the basis of the manual input from the controller; wherein the steps of recognizing the gesture and receiving manual input occur substantially concurrently.
A pressure sensing assembly (104; 500; 1100; 1200; 1300; 1400) configured to be attached to a bicycle wheel (120; 124) having a tire and a rim mounted to the tire, the pressure sensing assembly (104; 500; 1100; 1200; 1300; 1400) comprising: a housing (504; 1104; 1204) defining a plane; a pressure transmitting member coupled to the housing (504; 1104; 1204) and protruding outward from the housing (504; 1104; 1204), the pressure transmitting member having a central portion offset from the plane in a first direction; a sensing chamber (550; 1150) defined by the housing (504; 1104; 1204) and the pressure transmitting member; and a sensing element offset from the plane in a second direction opposite the first direction, wherein the pressure transmitting member is configured to transmit a pressure in the tire to the sensing element via the sensing chamber (550; 1150). a housing (504; 1104; 1204) defining a plane; a pressure transmitting member coupled to the housing (504; 1104; 1204) and protruding outward from the housing (504; 1104; 1204), the pressure transmitting member having a central portion offset from the plane in a first direction; a sensing chamber (550; 1150) defined by the housing (504; 1104; 1204) and the pressure transmitting member; and a sensing element offset from the plane in a second direction opposite the first direction, wherein the pressure transmitting member is configured to transmit a pressure in the tire to the sensing element via the sensing chamber (550; 1150).
A power loss measuring system for measuring power loss in a harmonic filter included in a High Voltage Direct Current (HVDC) transmission system, wherein the harmonic filter is configured to remove a harmonic wave that is generated at the HVDC transmission system, the power loss measuring system comprising the harmonic filter including a plurality of elements, characterized in that the power loss measuring system further comprises: a monitoring sensor unit configured for sensing variation in impedance of each of the plurality of elements; and a controller configured for obtaining power loss in the harmonic filter based on a rated voltage or a rated current of each of the plurality of elements and amount of variation in impedance of each of the plurality of elements, wherein the plurality of elements comprises at least one resistor, at least one capacitor, and at least one inductor, wherein the monitoring sensor unit is configured to sense amount of variation in impedance of each of the at least one resistor, the at least one capacitor, and the at least one inductor, using an impedance value, which is sensed by the monitoring sensor unit, and an initial impedance value of each of the at least one resistor, the at least one capacitor, and the at least one inductor, wherein the controller is configured to obtain power loss occurring in each of the at least one resistor, the at least one capacitor, and the at least one inductor based on the amount of variation in impedance of each of the at least one resistor, the at least one capacitor, and the at least one inductor. a monitoring sensor unit configured for sensing variation in impedance of each of the plurality of elements; and a controller configured for obtaining power loss in the harmonic filter based on a rated voltage or a rated current of each of the plurality of elements and amount of variation in impedance of each of the plurality of elements,
A method of controlling pressure of a sheath fluid in a pressurized reservoir holding a volume of sheath fluid and a volume of pressurized air in a flow cytometer configured to flow sheath fluid from the pressurized reservoir through a nozzle at an out-flow rate, the method comprising: continuously pumping, using a pump interposed between an external container and the pressurized reservoir, the sheath fluid from the external container into the pressurized reservoir to maintain a substantially constant sheath fluid level in the pressurized reservoir so that an in-flow rate of sheath fluid flowing into the pressurized reservoir is substantially equal to the out-flow rate of the sheath fluid flowing out of the nozzle; determining the out-flow rate of the sheath fluid flowing out of the nozzle based on data from a visual sensor configured to detect droplet locations of the sheath fluid flowing out of the nozzle; controlling the pressure of the volume of pressurized air based upon the determination, so that the out-flow rate of the sheath fluid flowing out of the nozzle, as determined by the visual sensor, remains substantially constant; and adjusting the in-flow rate of the sheath fluid flowing into the pressurized reservoir by adjusting a pump speed of the pump whenever the substantially constant sheath fluid level changes. continuously pumping, using a pump interposed between an external container and the pressurized reservoir, the sheath fluid from the external container into the pressurized reservoir to maintain a substantially constant sheath fluid level in the pressurized reservoir so that an in-flow rate of sheath fluid flowing into the pressurized reservoir is substantially equal to the out-flow rate of the sheath fluid flowing out of the nozzle; determining the out-flow rate of the sheath fluid flowing out of the nozzle based on data from a visual sensor configured to detect droplet locations of the sheath fluid flowing out of the nozzle; controlling the pressure of the volume of pressurized air based upon the determination, so that the out-flow rate of the sheath fluid flowing out of the nozzle, as determined by the visual sensor, remains substantially constant; and adjusting the in-flow rate of the sheath fluid flowing into the pressurized reservoir by adjusting a pump speed of the pump whenever the substantially constant sheath fluid level changes.
Device for treating endless fibres, filaments or fabric webs, especially for electrolysis or for cleaning, comprising a V-shaped bath container, which is at least partly filled with a processing fluid and comprises means for introducing the endless fibres, filaments or fabric webs, wherein the means are arranged in such a way that the endless fibres, filaments or fabric web are conducted in a V-shape through the bath, the means for introducing the endless fibres, filaments or fabric webs comprising two guide rollers and an immersion roller, characterized in that the immersion roller is arranged on a displacement body.
An eyeglass display device comprising: a processor disposed in a system enclosure; a display system connected to the processor and configured to display data to a user via a display screen in an eye region; a first antenna disposed in the system enclosure and operably connected to the processor, and wherein the processor is configured to cause the first antenna to transmit on a first radio frequency band; and a second antenna disposed outside the system enclosure and operably connected to the processor, wherein the processor is configured to cause the second antenna to transmit on a second RF band; a cellular transceiver disposed outside of the system enclosure and connected to a main cellular antenna by a first feed point and connected to a second cellular antenna by a second feed point, wherein a switch is disposed between the cellular transceiver and the cellular antennas (104, 108) and configured to switch the communication of the cellular transceiver between the cellular antennas (104, 108) based on a command from the processor; the second antenna is the main cellular antenna or the second cellular antenna; wherein the second antenna extends laterally along a first edge of the at least one eye region and the first edge is an upper eyewire; wherein the first antenna is used to perform at least part of a first communication in response to first commands from the processor; wherein the second antenna is used to perform at least part of a second communication in response to second commands from the processor. a processor disposed in a system enclosure; a display system connected to the processor and configured to display data to a user via a display screen in an eye region; a first antenna disposed in the system enclosure and operably connected to the processor, and wherein the processor is configured to cause the first antenna to transmit on a first radio frequency band; and a second antenna disposed outside the system enclosure and operably connected to the processor, wherein the processor is configured to cause the second antenna to transmit on a second RF band; a cellular transceiver disposed outside of the system enclosure and connected to a main cellular antenna by a first feed point and connected to a second cellular antenna by a second feed point, wherein a switch is disposed between the cellular transceiver and the cellular antennas (104, 108) and configured to switch the communication of the cellular transceiver between the cellular antennas (104, 108) based on a command from the processor; the second antenna is the main cellular antenna or the second cellular antenna; wherein the second antenna extends laterally along a first edge of the at least one eye region and the first edge is an upper eyewire; wherein the first antenna is used to perform at least part of a first communication in response to first commands from the processor; wherein the second antenna is used to perform at least part of a second communication in response to second commands from the processor.
An article of adjustable furniture comprising a floor standing base section, adjustable seat, backrest and headrest sections and actuator means for moving said backrest and headrest sections, the seat section being movably mounted with respect to the base section, the backrest being movably mounted with respect to the seat section and the headrest being movably mounted with respect to the backrest section, wherein said actuator means includes a single actuator for co-ordinated movement of the adjustable backrest and headrest sections for selectively altering the configuration of the said article of furniture, characterised in that the actuator has a first range of movement for moving the headrest section with respect to the backrest section, and a second range of movement for moving the backrest with respect to the seat section to provide a recline function, the article of furniture further comprising a guide cam associated with one of the said seat section and said actuator means and a follower associated with the other of said seat section and said actuator means wherein the said guide cam has a cam profile including a first linear section which defines said first range of movement of said actuator means and a second linear section inclined with respect to the said first section which defines said second range of movement.
A suspension subframe supporting base end sections of arm members coupled with wheels, comprising: a main body member arranged between the wheels, the main body member having at least any one of the front and rear end sections thereof bent to form a vertical wall; and side-endmembers molded so as to have high rigidity independently from the main body member, and attached to opposite side end sections of the main body member in the width direction of a vehicle so as to extend in the front-rear direction of the vehicle, characterized in that the vertical wall is positioned on the line connecting support points for supporting the base end sections of the arm members, which are provided in the respective side-end members. a main body member arranged between the wheels, the main body member having at least any one of the front and rear end sections thereof bent to form a vertical wall; and side-endmembers molded so as to have high rigidity independently from the main body member, and attached to opposite side end sections of the main body member in the width direction of a vehicle so as to extend in the front-rear direction of the vehicle, characterized in that the vertical wall is positioned on the line connecting support points for supporting the base end sections of the arm members, which are provided in the respective side-end members.