mhurhangee/ep-ind-claims huggingface dataset:
A syringe with adjustable penetration depth, comprising: a tubular syringe barrel; a plunger positioned within the syringe barrel; a hub bearing a needle and attached to the syringe barrel; a movable collar having an open proximal end received over the hub, a distal end wall having an opening through which the needle protrudes, and a sidewall extending proximally from the distal end wall, the sidewall having an interior surface engaging the hub or syringe barrel; and a retaining feature on the collar engaging the hub or barrel and retaining the collar at a plurality of axial positions; wherein the collar travels with respect to the hub along a path defined by the retaining feature on the interior surface of the sidewall engaging the hub or barrel, exposing a greater length of the needle as the collar travels toward the plunger; and the collar is retained in a fixed position at a first and second axial position; wherein the collar rotates without axial movement when the retaining feature on the collar is engaged to one of a plurality of slots on the hub; and the plurality of slots is not visible when the collar contacts the syringe barrel. a tubular syringe barrel; a plunger positioned within the syringe barrel; a hub bearing a needle and attached to the syringe barrel; a movable collar having an open proximal end received over the hub, a distal end wall having an opening through which the needle protrudes, and a sidewall extending proximally from the distal end wall, the sidewall having an interior surface engaging the hub or syringe barrel; and a retaining feature on the collar engaging the hub or barrel and retaining the collar at a plurality of axial positions; wherein the collar travels with respect to the hub along a path defined by the retaining feature on the interior surface of the sidewall engaging the hub or barrel, exposing a greater length of the needle as the collar travels toward the plunger; and the collar is retained in a fixed position at a first and second axial position; wherein the collar rotates without axial movement when the retaining feature on the collar is engaged to one of a plurality of slots on the hub; and the plurality of slots is not visible when the collar contacts the syringe barrel.
A method for recognizing an apparatus, comprising: reading a combined sequence table comprising candidate device information, candidate communication parameters and historical occurrence numbers of combinations of the candidate device information and the candidate communication parameters; determining priority levels of the combinations according to the historical occurrence numbers; and determining a current combination according to the priority levels, sending a message to the apparatus to be recognized by using a candidate communication parameter in the current combination, and determining whether the current combination is a correct combination capable of establishing a communication with the apparatus to be recognized according to a feedback from the apparatus to be recognized. reading a combined sequence table comprising candidate device information, candidate communication parameters and historical occurrence numbers of combinations of the candidate device information and the candidate communication parameters; determining priority levels of the combinations according to the historical occurrence numbers; and determining a current combination according to the priority levels, sending a message to the apparatus to be recognized by using a candidate communication parameter in the current combination, and determining whether the current combination is a correct combination capable of establishing a communication with the apparatus to be recognized according to a feedback from the apparatus to be recognized.
Method for serially transmitting data in a bus system having at least two participating data processing units which interchange messages via the bus, the transmitted messages having a logical structure according to the ISO 11898-1 CAN standard, the logical structure comprising a start-of-frame bit, an arbitration field, a control field, a data field, a CRC field, an acknowledge field and an end-of-frame sequence, the control field comprising a data length code containing an item of information relating to the length of the data field, characterized in that the data field of transmitted messages may comprise more than eight bytes in a manner differing from the ISO 11898-1 CAN standard, in which case, in order to determine the size of the data field, the values of the data length code are interpreted in a manner at least partially differing from the ISO 11898-1 CAN standard, in which case at least one buffer is provided for the purpose of forwarding data between the data field and the application software, and, at least if the size of the data field differs from the size of the buffer used, the forwarded data volume is adapted according to the size difference between the data field and the buffer used.
Vision compensating spectacles comprising means of support (130, 140, 152) on a wearer's face and at least one optical subassembly (110, 120) mounted on the support means (130, 140, 152) opposite at least one of the wearer's eyes, the optical subassembly (110, 120) comprising three optical elements mounted on the support means in series along an optical axis, including a first optical element of cylindrical power for a direction of gaze of the wearer along the optical axis, a second optical element of cylindrical power for said direction of gaze and a third optical element of variable spherical power for said direction of gaze, the first optical element and the second optical element being adjustable in rotation about the optical axis independently of one another, a toothed wheel being mounted in rotation about the optical axis and being secured to a ring provided on the circumference of a casing which carries the third optical element and allowing control of said spherical power.
A microwave surgical device, comprising: • a transmission line having a coaxial end part with an internal wire-shaped conductor and an external tubular conductor; and • an antenna for emitting microwaves connected to the distal end of the internal conductor, wherein the antenna comprises: • an inflection point at said distal end of the external conductor; and • a curved portion projecting from said inflection point, forming a coil with a coil curvature; so that said coil is asymmetrical and forms a single cavity, determined by said coil curvature, directed towards the axis of the coaxial end part, so as to determine a feed point, wherein the emitted power assumes a maximum value at a minimum distance between internal and external conductor (4, 5), near said inflection point, in an asymmetric position with respect to the axis of the coaxial end part, providing a heating pattern being asymmetrical with respect to the axis of the coaxial end part and protruding laterally. • a transmission line having a coaxial end part with an internal wire-shaped conductor and an external tubular conductor; and • an antenna for emitting microwaves connected to the distal end of the internal conductor, • an inflection point at said distal end of the external conductor; and • a curved portion projecting from said inflection point, forming a coil with a coil curvature;
A combustor for a gas turbine engine, the combustor comprising: a plurality of main fuel supply pre-mix burners (12, 12', 12", 14, 14', 14"), each burner comprising a fuel injection region (16, 18) and a mixing region (20, 22) downstream of the fuel injection region; a combustion chamber disposed downstream of the plurality of burners; a first main fuel stage in fluid communication with a first grouping of the burners (12, 12', 12"); a second main fuel stage in fluid communication with a second grouping of the burners (14, 14', 14"); wherein the mixing region of a burner of the first grouping of burners comprises a geometry different than the geometry of the mixing region of a burner of the second grouping of burners so that a property of a flame produced in the combustion chamber by the first grouping of burners is different than a property of a flame produced in the combustion chamber by the second grouping of burners; and characterized in that the combustor is arranged to control a property of the combustion by varying the split of a total fuel flow to the combustor between the first and second main fuel stages without varying the amount of the total fuel flow to the combustor. a plurality of main fuel supply pre-mix burners (12, 12', 12", 14, 14', 14"), each burner comprising a fuel injection region (16, 18) and a mixing region (20, 22) downstream of the fuel injection region; a combustion chamber disposed downstream of the plurality of burners; a first main fuel stage in fluid communication with a first grouping of the burners (12, 12', 12"); a second main fuel stage in fluid communication with a second grouping of the burners (14, 14', 14"); wherein the mixing region of a burner of the first grouping of burners comprises a geometry different than the geometry of the mixing region of a burner of the second grouping of burners so that a property of a flame produced in the combustion chamber by the first grouping of burners is different than a property of a flame produced in the combustion chamber by the second grouping of burners; and characterized in that the combustor is arranged to control a property of the combustion by varying the split of a total fuel flow to the combustor between the first and second main fuel stages without varying the amount of the total fuel flow to the combustor.
A method for manufacturing a heat conducting moulded body comprising thermal conduction properties, comprising the following steps: a) production of a mixture of predefined proportions of at least two components being in the pourable state, comprising a material having a high thermal conductivity and another material composed of at least two components having a different melting point; b) introduction of the mixture into a mould; c) pressing the mixture into the desired shape; d) heating up the mixture to a temperature which is higher than the lower one of the different melting temperatures; and e) cooling down and removing the cross-linked moulded body, wherein flatulent graphite fibres are used as material comprising a high thermal conductivity, wherein bi-component fibres composed of at least two components are used as other material. a) production of a mixture of predefined proportions of at least two components being in the pourable state, comprising a material having a high thermal conductivity and another material composed of at least two components having a different melting point; b) introduction of the mixture into a mould; c) pressing the mixture into the desired shape; d) heating up the mixture to a temperature which is higher than the lower one of the different melting temperatures; and e) cooling down and removing the cross-linked moulded body,
A method for cleaning a metal surface of a metal component of an industrial plant, wherein the industrial plant is a chemical or petrochemical plant, the method comprising the steps of a) cleaning at least one area of a metal surface of a metal component after having been put into operation for an interval by treating the metal surfaces with high-pressure water jets, c) providing a pre-determined electrical resistance value R DET which represents an electrical resistance indicative of a sufficiently cleaned metal surface of the metal component of the industrial plant, d) measuring the electrical resistance R A1 of the surface of the metal component at at least one point of the cleaned area by at least one resistance meter, e) comparing the electrical resistance R A1 measured according to step d) with the pre-determined electrical resistance value R DET, and f) repeating steps a), d) and e), if the electrical resistance R A1 is greater than the pre-determined electrical resistance value R DET, or g) terminating cleaning of the surface area of the metal component if the electrical resistance value R A1 is smaller than or identical to the pre-determined electrical resistance value R DET, wherein the measuring of the electrical resistances occurs by a resistance meter comprising at least one probing tip and another contact which is the counter tip, the counter tip is a punctual tip held by a magnet to a surface of the metal component of the industrial plant or to a surface of a metal part in electrical connection with the metal component of the industrial plant, and the counter tip is movably installed within a counter tip holder comprising the magnet and a compression spring. a) cleaning at least one area of a metal surface of a metal component after having been put into operation for an interval by treating the metal surfaces with high-pressure water jets, c) providing a pre-determined electrical resistance value R DET which represents an electrical resistance indicative of a sufficiently cleaned metal surface of the metal component of the industrial plant, d) measuring the electrical resistance R A1 of the surface of the metal component at at least one point of the cleaned area by at least one resistance meter, e) comparing the electrical resistance R A1 measured according to step d) with the pre-determined electrical resistance value R DET, and f) repeating steps a), d) and e), if the electrical resistance R A1 is greater than the pre-determined electrical resistance value R DET, or g) terminating cleaning of the surface area of the metal component if the electrical resistance value R A1 is smaller than or identical to the pre-determined electrical resistance value R DET,
A method for obtaining powdered olives, characterized in that destoned and dried whole olives are grounded in the presence of an oil absorbing substance.
SMS (Short Message Service) short message management method, implemented by a gateway positioned across a flow between an S-CSCF entity and a home location register in a telecommunications network, said method including: - a step of receiving a Third Party Registration frame including the identifier of a terminal; - a step of sending a configuration message to said home location register, said method being characterized in that said configuration results in the SMSs destined for said terminal transiting or not transiting via said gateway, and in that it includes: - a step of determining the type of access network to which said terminal is connected on the basis of the SIP P-Access-Network-Info field included in said frame; and in that - the sending and the content of said configuration message are determined on the basis of said type of access network. - a step of receiving a Third Party Registration frame including the identifier of a terminal; - a step of sending a configuration message to said home location register, - a step of determining the type of access network to which said terminal is connected on the basis of the SIP P-Access-Network-Info field included in said frame; and in that - the sending and the content of said configuration message are determined on the basis of said type of access network.
A network-connected device for managing compliance with a skin care regimen, the network-connected device comprising: a cap having a top portion and a side wall that can be securely attached to a neck of a container that houses a skin care product, the cap including: a power supply; an electronic display; a processor; a memory that includes instructions for monitoring whether an individual has applied the skin care product in compliance with the skin care regimen; a motion sensor configured to detect movement of the cap and generate motion sensor data regarding dispensing of the skin care product from the container; and the device further comprising a lid sensor comprising: an optical sensor oriented toward an opening of the neck of the container and configured to detect whether the cap is securely attached to the neck of the container; or a pressure sensor upon which pressure is exerted when the cap is attached to the neck of the container and configured to detect whether the cap is securely attached to the neck of the container. a power supply; an electronic display; a processor; a memory that includes instructions for monitoring whether an individual has applied the skin care product in compliance with the skin care regimen; a motion sensor configured to detect movement of the cap and generate motion sensor data regarding dispensing of the skin care product from the container; and the device further comprising a lid sensor comprising: an optical sensor oriented toward an opening of the neck of the container and configured to detect whether the cap is securely attached to the neck of the container; or a pressure sensor upon which pressure is exerted when the cap is attached to the neck of the container and configured to detect whether the cap is securely attached to the neck of the container. an optical sensor oriented toward an opening of the neck of the container and configured to detect whether the cap is securely attached to the neck of the container; or a pressure sensor upon which pressure is exerted when the cap is attached to the neck of the container and configured to detect whether the cap is securely attached to the neck of the container.
An atomization core, comprising: a liquid absorbing element, comprising an atomization surface and a liquid absorbing surface that are oppositely arranged, wherein the liquid absorbing element is configured for an atomizing liquid to enter from the side of the liquid absorbing surface and permeate toward the side of the atomization surface; and a heating module, comprising a heating element configured to heat the atomizing liquid and connectors connected to the two ends of the heating element, wherein the heating element comprises a first heating portion and a second heating portion connected in series to the first heating portion; wherein the first heating portion is arranged on the atomization surface, and the second heating portion is embedded in the liquid absorbing element, is extended toward the side of the liquid absorbing surface, and is located between the atomization surface and the liquid absorbing surface; it is characterized in that the number of the first heating portions is at least two, the two first heating portions are respectively connected to one of the connectors, and the second heating portion is connected in series between the two first heating portions. a liquid absorbing element, comprising an atomization surface and a liquid absorbing surface that are oppositely arranged, wherein the liquid absorbing element is configured for an atomizing liquid to enter from the side of the liquid absorbing surface and permeate toward the side of the atomization surface; and a heating module, comprising a heating element configured to heat the atomizing liquid and connectors connected to the two ends of the heating element, wherein the heating element comprises a first heating portion and a second heating portion connected in series to the first heating portion; wherein the first heating portion is arranged on the atomization surface, and the second heating portion is embedded in the liquid absorbing element, is extended toward the side of the liquid absorbing surface, and is located between the atomization surface and the liquid absorbing surface; it is characterized in that the number of the first heating portions is at least two, the two first heating portions are respectively connected to one of the connectors, and the second heating portion is connected in series between the two first heating portions.
Insert for a single-serve coffee machine, wherein the insert comprises a closed or closable container for receiving a portion of the ground coffee which is to be brewed, wherein at least one component of the insert is designed to be reusable, characterised in that the container has a filter membrane which has an adhesive layer and which adheres by means of an adhesive coating to a holder having at least one opening, wherein the filter membrane can be pressed against a die of the single-serve coffee machine by water exiting from the opening of the holder and as a result can be removed from the dimensionally stable holder.
A femoral hip stem kit comprising: a hip stem implant (100, 300) configured to be implanted within an intramedullary canal, the hip stem implant (100, 300) including a proximal region, a distal region, an anterior side, a posterior side, a medial side, and a lateral side, the proximal region including a porous coated surface applied thereto; and an orthopedic broach used to prepare the intramedullary canal for receipt of the hip stem implant, the broach including a proximal region, a distal region, an anterior side, a posterior side, a medial side, and a lateral side, the broach including a plurality of uniquely arranged tooth patterns formed thereon, the plurality of uniquely arranged tooth patterns including compaction teeth formed on the proximal region thereof; characterised in that the proximal region of the broach including the compaction teeth is sized and configured to mimic a size and configuration of the porous coated surface formed on the hip stem implant. a hip stem implant (100, 300) configured to be implanted within an intramedullary canal, the hip stem implant (100, 300) including a proximal region, a distal region, an anterior side, a posterior side, a medial side, and a lateral side, the proximal region including a porous coated surface applied thereto; and an orthopedic broach used to prepare the intramedullary canal for receipt of the hip stem implant, the broach including a proximal region, a distal region, an anterior side, a posterior side, a medial side, and a lateral side, the broach including a plurality of uniquely arranged tooth patterns formed thereon, the plurality of uniquely arranged tooth patterns including compaction teeth formed on the proximal region thereof; characterised in that the proximal region of the broach including the compaction teeth is sized and configured to mimic a size and configuration of the porous coated surface formed on the hip stem implant.
A system for managing grey water within an aircraft, the system comprising: a treatment assembly for treating grey water drained from a faucet of a lavatory or a galley sink of the aircraft; a pump for routing the treated grey water; an electrolysis unit for separating the treated grey water into oxygen gas and hydrogen gas; a fuel cell for converting the oxygen gas and the hydrogen gas into electrical energy and heat; and a treated water reservoir for collecting at least a portion of the treated grey water, wherein the system is configured to route the treated grey water to the electrolysis unit and the treated water reservoir, and wherein 2. the system is configured such that treated grey water is directed into the electrolysis unit only when the fuel cell needs input. a treatment assembly for treating grey water drained from a faucet of a lavatory or a galley sink of the aircraft; a pump for routing the treated grey water; an electrolysis unit for separating the treated grey water into oxygen gas and hydrogen gas; a fuel cell for converting the oxygen gas and the hydrogen gas into electrical energy and heat; and a treated water reservoir for collecting at least a portion of the treated grey water, wherein the system is configured to route the treated grey water to the electrolysis unit and the treated water reservoir, and wherein 2. the system is configured such that treated grey water is directed into the electrolysis unit only when the fuel cell needs input.