mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an imaging cartridge installed in an imaging device, the imaging cartridge comprising a cartridge chip, the method comprising: receiving, by the cartridge chip, communication signals (600, 700) from the imaging device; analyzing, by the cartridge chip, the communication signals (600, 700) received from the imaging device; determining, by the cartridge chip, if the imaging device is a first type of imaging device or a second type of imaging device based on signaling characteristics of a data stream of the communication signals (600, 700) from the imaging device; operating the cartridge chip in a first mode of operation if the imaging device is the first type of imaging device; and operating the cartridge chip in a second mode of operation if the imaging device is the second type of imaging device. receiving, by the cartridge chip, communication signals (600, 700) from the imaging device; analyzing, by the cartridge chip, the communication signals (600, 700) received from the imaging device; determining, by the cartridge chip, if the imaging device is a first type of imaging device or a second type of imaging device based on signaling characteristics of a data stream of the communication signals (600, 700) from the imaging device; operating the cartridge chip in a first mode of operation if the imaging device is the first type of imaging device; and operating the cartridge chip in a second mode of operation if the imaging device is the second type of imaging device.
A method of determining the mass of a load in a tipper body of a tipper, the tipper comprising a tipper body pivotably moveable with respect to a frame with a hydraulic cylinder disposed therebetween and actuatable to pivot the tipper body, the method comprising: receiving at least one pressure parameter relating to the hydraulic pressure within the hydraulic cylinder at an angular position of the tipper body and at least one angular positional parameter relating to the angular position of the tipper body at the said angular position; and determining a mass parameter relating to the mass of a load in the tipper body based on at least the at least one pressure parameter and the at least one angular positional parameter. receiving at least one pressure parameter relating to the hydraulic pressure within the hydraulic cylinder at an angular position of the tipper body and at least one angular positional parameter relating to the angular position of the tipper body at the said angular position; and determining a mass parameter relating to the mass of a load in the tipper body based on at least the at least one pressure parameter and the at least one angular positional parameter.
Method for securing a data packet stream comprising the following steps: - the storage of packets to send in a matrix of packets of D lines and L columns, - the application at each line and each column of the matrix of an error correction function, whose result is a corrective packet enabling the reconstruction of at least one packet lost in the line, respectively the column, to which is applied the error correction function, said corrective packet comprising an extended header, said extended header comprising an information representative of a chosen period to select the data packets to which said error correction function is applied, - the sending of the resulting corrective packets in addition to the data packets. - the storage of packets to send in a matrix of packets of D lines and L columns, - the application at each line and each column of the matrix of an error correction function, whose result is a corrective packet enabling the reconstruction of at least one packet lost in the line, respectively the column, to which is applied the error correction function, said corrective packet comprising an extended header, said extended header comprising an information representative of a chosen period to select the data packets to which said error correction function is applied, - the sending of the resulting corrective packets in addition to the data packets.
A catheter balloon assembly comprising: an inflatable balloon having two opposed balloon taper portions connected to a balloon body portion therebetween and a balloon working length defined as the length of the balloon body portion of the balloon that is an approximate length between opposed balloon taper portions and an un-inflated diameter and a working diameter; a frangible cover covering the balloon body portion, the frangible cover being operable to rupture under an internal pressure at an intermediate diameter before the balloon opens to the working diameter, wherein the frangible cover is operable to control the balloon to open to the intermediate diameter that is less than the working diameter, the intermediate diameter being substantially uniform along the working length of the balloon; and an outer cover covering the frangible cover, the outer covering operable to contain the frangible cover once the frangible cover ruptures. an inflatable balloon having two opposed balloon taper portions connected to a balloon body portion therebetween and a balloon working length defined as the length of the balloon body portion of the balloon that is an approximate length between opposed balloon taper portions and an un-inflated diameter and a working diameter; a frangible cover covering the balloon body portion, the frangible cover being operable to rupture under an internal pressure at an intermediate diameter before the balloon opens to the working diameter, wherein the frangible cover is operable to control the balloon to open to the intermediate diameter that is less than the working diameter, the intermediate diameter being substantially uniform along the working length of the balloon; and an outer cover covering the frangible cover, the outer covering operable to contain the frangible cover once the frangible cover ruptures.
An electrochemical device including a first electrode, a second electrode spaced apart from the first electrode and an electrolyte filled between the first electrode and the second electrode, characterized in that a reversible electrochemical redox reaction occurs in at least one of the first electrode and the second electrode and the electrolyte comprises a salt form of a carbon quantum dot anion having an average diameter in the range of 2 to 12 nanometers (nm) and a surface potential of -20 mV or less and a metal cation, wherein the size of the carbon quantum dot is measured by an electron microscope.
A connector system comprising: a first connector comprising a housing holding a plurality of contacts; a second connector comprising a housing holding a plurality of contacts; and a metal shield having walls defining a shielded chamber; wherein the first and second connectors are configured to be mounted to a circuit board in a stacked arrangement next to one another, wherein the first and second connectors are configured to be arranged in a shielded configuration in which the first and second connectors are positioned within the shielded chamber and mounted to the circuit board with the metal shield, wherein the first and second connectors are configured to be arranged in an unshielded configuration in which the first and second connectors are mounted to the circuit board without the metal shield, and wherein the housings define mating interfaces for mating with corresponding mating connectors, the first and second connectors received in the metal shield without affecting the mating interfaces such that the housings are configured to be mated to the mating connectors in the shielded configuration and in the unshielded configuration, characterised in that the metal shield is configured to provide shielding around interfaces between the pluralities of contacts and contacts of the corresponding mating connectors in the shielded configuration. a first connector comprising a housing holding a plurality of contacts; a second connector comprising a housing holding a plurality of contacts; and a metal shield having walls defining a shielded chamber; wherein the first and second connectors are configured to be mounted to a circuit board in a stacked arrangement next to one another, wherein the first and second connectors are configured to be arranged in a shielded configuration in which the first and second connectors are positioned within the shielded chamber and mounted to the circuit board with the metal shield, wherein the first and second connectors are configured to be arranged in an unshielded configuration in which the first and second connectors are mounted to the circuit board without the metal shield, and wherein the housings define mating interfaces for mating with corresponding mating connectors, the first and second connectors received in the metal shield without affecting the mating interfaces such that the housings are configured to be mated to the mating connectors in the shielded configuration and in the unshielded configuration, characterised in that the metal shield is configured to provide shielding around interfaces between the pluralities of contacts and contacts of the corresponding mating connectors in the shielded configuration.
A submersible pump assembly, comprising - a submersible pump with a housing, and - a sensor capsule with a hermetically sealed casing, and - a securing member comprising a channel and embracing the sensor capsule, wherein the sensor capsule is releasably mountable at a sensor position located at an outer face of the housing of the submersible pump, wherein the releasable mounting of the sensor capsule at the sensor position is achieved by a releasable mounting of the securing member to the housing and by a releasable mounting of the sensor capsule within the channel of the securing member, characterized in that the submersible pump comprises a primary coil within the housing and the sensor capsule comprises a secondary coil within the casing, wherein the primary coil and the secondary coil are arranged to be inductively coupled with each other for wirelessly transferring data and/or power through the housing and the casing when the sensor capsule is mounted at the sensor position. - a submersible pump with a housing, and - a sensor capsule with a hermetically sealed casing, and - a securing member comprising a channel and embracing the sensor capsule, wherein the sensor capsule is releasably mountable at a sensor position located at an outer face of the housing of the submersible pump, wherein the releasable mounting of the sensor capsule at the sensor position is achieved by a releasable mounting of the securing member to the housing and by a releasable mounting of the sensor capsule within the channel of the securing member, characterized in that the submersible pump comprises a primary coil within the housing and the sensor capsule comprises a secondary coil within the casing, wherein the primary coil and the secondary coil are arranged to be inductively coupled with each other for wirelessly transferring data and/or power through the housing and the casing when the sensor capsule is mounted at the sensor position.
Process for treating a soil contaminated by at least one organic non-hydrocarbon water insoluble pollutant, comprising the steps of: a. extracting said contaminated soil from the environment b. subjecting said soil to a first screening to separate, and remove from the extracted soil, "coarse particles" of soil, obtaining a first screened fraction comprising "intermediate particles" and "fine particles" of soil; c. adding to the first screened fraction a first aqueous liquid in a percentage comprised between 20 and 40% by weight relative to the total soil weight, obtaining a first "slurry"; d. subjecting said first "slurry" to attrition; e. diluting said first "slurry" by adding a second aqueous liquid up to a percentage comprised between 10% and 60% by weight with respect to the total weight of the first "slurry", obtaining a second "slurry"; f. subjecting said second "slurry" to maturation, optionally by slow stirring; g. treating said second "slurry" after maturation in order to separate the liquid phase from the solid phase; h. drying said solid phase; i. subjecting said dried solid phase to a second screening to separate and remove the fraction of the "intermediate particles" of soil and isolate the fraction of "fine particles" of soil. a. extracting said contaminated soil from the environment b. subjecting said soil to a first screening to separate, and remove from the extracted soil, "coarse particles" of soil, obtaining a first screened fraction comprising "intermediate particles" and "fine particles" of soil; c. adding to the first screened fraction a first aqueous liquid in a percentage comprised between 20 and 40% by weight relative to the total soil weight, obtaining a first "slurry"; d. subjecting said first "slurry" to attrition; e. diluting said first "slurry" by adding a second aqueous liquid up to a percentage comprised between 10% and 60% by weight with respect to the total weight of the first "slurry", obtaining a second "slurry"; f. subjecting said second "slurry" to maturation, optionally by slow stirring; g. treating said second "slurry" after maturation in order to separate the liquid phase from the solid phase; h. drying said solid phase; i. subjecting said dried solid phase to a second screening to separate and remove the fraction of the "intermediate particles" of soil and isolate the fraction of "fine particles" of soil.
A computer-assisted method of organizing meeting participants comprising: identifying a meeting participant of a plurality of meeting participants, the plurality of meeting participants participating in a single shared conference, the single shared conference comprising a plurality of meeting locations; determining (206. 602) whether the meeting participant is associated with a meeting location of the plurality of meeting locations; if it is determined that the meeting participant is associated with the meeting location, then providing (210, 606) an indication of the association between the meeting participant and the meeting location in a participant list on a computer display; and if it is determined that the meeting participant is not associated with any of the plurality of meeting locations, then providing an indication of the meeting participant in the participant list without any association with any of the plurality of meeting locations. identifying a meeting participant of a plurality of meeting participants, the plurality of meeting participants participating in a single shared conference, the single shared conference comprising a plurality of meeting locations; determining (206. 602) whether the meeting participant is associated with a meeting location of the plurality of meeting locations; if it is determined that the meeting participant is associated with the meeting location, then providing (210, 606) an indication of the association between the meeting participant and the meeting location in a participant list on a computer display; and if it is determined that the meeting participant is not associated with any of the plurality of meeting locations, then providing an indication of the meeting participant in the participant list without any association with any of the plurality of meeting locations.
A light therapy device configured to generate light free of an 810 nm wavelength to avoid activation of cytochrome c oxidase, the light having at least dual wavelengths that inhibit cytochrome c oxidase when applied to organic tissue that has experienced an ischemic event and that has a power density sufficient to penetrate a human patient's tissue, wherein the at least dual wavelengths are chosen from two of the following groups: approximately 730-770 nm, approximately 850-890 nm, approximately 880-920 nm, or approximately 930-970 nm.
An apparatus for wrapping a load, comprising: a film dispenser for dispensing a film and including a film dispensing drive; a rotational drive system for providing relative rotation between the load and the film dispenser during a wrapping cycle; an idle roller configured to sense movement of the film dispensed by the film dispenser; and a controller configured to operatively couple the film dispensing drive and the rotational drive system such that, for at least a portion of a revolution of the film dispenser relative to the load during the wrapping cycle, the film dispenser dispenses a selected length of the film corresponding to the portion of the revolution, characterised in that the controller is further configured to identify a film break based on a speed or direction of rotation of the idle roller compared to an expected speed or direction. a film dispenser for dispensing a film and including a film dispensing drive; a rotational drive system for providing relative rotation between the load and the film dispenser during a wrapping cycle; an idle roller configured to sense movement of the film dispensed by the film dispenser; and a controller configured to operatively couple the film dispensing drive and the rotational drive system such that, for at least a portion of a revolution of the film dispenser relative to the load during the wrapping cycle, the film dispenser dispenses a selected length of the film corresponding to the portion of the revolution, characterised in that the controller is further configured to identify a film break based on a speed or direction of rotation of the idle roller compared to an expected speed or direction.
A method for measuring a target component of a biological sample with a reagent, by using an analytical device comprising at least one test electrode pair located in a flow path of the sample and not provided with the reagent and another electrode pair located in the flow path of the sample and provided with the reagent, the method comprising the following steps of: applying a detection signal to the at least one test electrode pair; measuring an electrical response to the detection signal in the test electrode pair; determining a presence or absence of the reagent on the test electrode pair based on the measured electrical response; measuring a first biological value by using the test electrode pair either before the step of applying the detection signal or after the step of measuring the electrical response; the test electrode pair, which is not provided with the reagent, is used in the step of measuring a first biological value; and measuring a second biological value by applying a measurement signal to the another electrode pair on which the reagent is placed, while the sample reacts with the reagent. applying a detection signal to the at least one test electrode pair; measuring an electrical response to the detection signal in the test electrode pair; determining a presence or absence of the reagent on the test electrode pair based on the measured electrical response; measuring a first biological value by using the test electrode pair either before the step of applying the detection signal or after the step of measuring the electrical response; the test electrode pair, which is not provided with the reagent, is used in the step of measuring a first biological value; and
A device for mounting a flexible pipe, more particularly a corrugated pipe, to an object, more particularly a wall, a ceiling or the like, having at least two mounting elements (28, 29), wherein, to mount the pipe, each mounting element (28, 29) is designed as an angle bracket element that includes at least one first leg and one second leg (5, 6, 17, 30, 31) and includes a pipe mounting piece, wherein the pipe mounting piece is designed as an edge-open recess with an undercut in the first leg, wherein said undercut allows engaging behind the diameter of the pipe, and wherein the first leg is formed flat and is arranged perpendicularly or essentially perpendicularly in relation to the second leg (6, 30, 31) which is likewise formed flat, characterized in that the at least two mounting elements (28, 29) are connected to each other in a pivoting manner by means of a swivel joint.
Vacuum pump, comprising a stator and a rotor, which define together a pumping chamber, wherein said vacuum pump comprises a suction duct opening into said pumping chamber and an exhaust duct opening into said pumping chamber, wherein said vacuum pump further comprises a gas ballast arrangement including a gas ballast supply duct opening in said pumping chamber, characterized in that said gas ballast arrangement includes a valve assembly (37, 39) that can be driven from a first configuration, in which flow through said gas ballast supply duct and into said pumping chamber is allowed and flow out of said pumping chamber and through said exhaust duct is prevented, to a second configuration, in which flow through said gas ballast supply duct and into said pumping chamber is prevented and flow out of said pumping chamber and through said exhaust duct and is allowed, and vice versa, and in that said exhaust duct opens into said pumping chamber at an exhaust bore and said gas ballast supply duct opens in said pumping chamber at a gas ballast bore, said gas ballast bore and said exhaust bore being separate and distinct bores in the wall of said pumping chamber.
A resource selection method, wherein the method comprises: monitoring, by a first terminal, first subframes (610, 710, 720, 810, 910, 1010, 1110), wherein a quantity of the first subframes is less than or equal to a quantity of second subframes; receiving, by the first terminal, indication information in the first subframes (610, 710, 720, 810, 910, 1010, 1110); and determining, by the first terminal, a first resource in the second subframes according to the indication information, and selecting, according to the first resource, a resource in the second subframes for the first terminal to send data; wherein the quantity of the first subframes (610, 710, 720, 810, 910, 1010, 1110) is equal to a minimum value of the quantity of the second subframes and a first parameter; wherein the first parameter is equal to a product of a value of a third parameter less than 1 and a second parameter, wherein the third parameter is a restrict resource reservation period parameter that is configured by a network-side device or preconfigured; and wherein the second parameter is a scale factor. monitoring, by a first terminal, first subframes (610, 710, 720, 810, 910, 1010, 1110), wherein a quantity of the first subframes is less than or equal to a quantity of second subframes; receiving, by the first terminal, indication information in the first subframes (610, 710, 720, 810, 910, 1010, 1110); and determining, by the first terminal, a first resource in the second subframes according to the indication information, and selecting, according to the first resource, a resource in the second subframes for the first terminal to send data; wherein the quantity of the first subframes (610, 710, 720, 810, 910, 1010, 1110) is equal to a minimum value of the quantity of the second subframes and a first parameter; wherein the first parameter is equal to a product of a value of a third parameter less than 1 and a second parameter, wherein the third parameter is a restrict resource reservation period parameter that is configured by a network-side device or preconfigured; and wherein the second parameter is a scale factor.