mhurhangee/ep-ind-claims huggingface dataset:
A system for evaluating patency, comprising: a light sensor positionable relative to a blood vessel to receive light from the blood vessel and convert the light into an image signal; a photo-plethysmography interpretation module configured to receive the image signal and output pixel values in an image representing PPG information; and an image generation module coupled to the PPG interpretation module and configured to receive the pixel values and generate a PPG map to be output to a display for analysis, characterized in that the system further comprises: a light source provided on an endoscope and configured to generate light for illuminating the blood vessel; and that the light sensor is mounted on the endoscope and is configured to receive the light from the blood vessel responsive to the light generated by the light source. a light sensor positionable relative to a blood vessel to receive light from the blood vessel and convert the light into an image signal; a photo-plethysmography interpretation module configured to receive the image signal and output pixel values in an image representing PPG information; and an image generation module coupled to the PPG interpretation module and configured to receive the pixel values and generate a PPG map to be output to a display for analysis, a light source provided on an endoscope and configured to generate light for illuminating the blood vessel; and that the light sensor is mounted on the endoscope and is configured to receive the light from the blood vessel responsive to the light generated by the light source.
A tool comprising a holder body (2;2') having a pocket (3;3'), a cutting insert (5;5') and a nozzle (10;10'), said nozzle (10;10') having a single through hole (11;11') for a fastening member (12;12'), said nozzle having a forward end (13;13'), a rear end (14;14') and a bottom face (15;15'), said through hole extending between the bottom face and an opposite top face (16;16'), at least one internal coolant channel (17;17') being provided in the nozzle and extending from a first opening (18;18') to a second opening (19;19'), said first opening connecting to a coolant supply conduit in the holder body, said second opening serving as exit for the coolant at the forward end, wherein the at least one coolant channel (17;17') and the first opening (18;18') are spaced from the through hole (11;11'), wherein the bottom face (15;15') of the nozzle comprises a guide device such as a projection or recess adjacent to the forward end (13;13') to set the direction of the nozzle, characterized in that it further comprises a clamping means in the shape of a locking member (4;4'), and in that the direction of the nozzle is set by having the guide device cooperating with a recess or projection on the clamping means.
A system for charging an onboard battery of a medical device prior to use of the medical device, the system comprising: a package defining a first cavity and a second cavity spaced apart from the first cavity; a medical device disposed within the first cavity of the package, the medical device including an onboard rechargeable battery disposed within the medical device; and a power source disposed within the second cavity of the package and capable of charging the onboard battery of the medical device prior to use of the medical device; the system capable of being subjected to a sterilization process with the power source disposed within the second cavity, wherein the power source comprises a printed battery, and the printed battery is separately printed and subsequently disposed within the second internal cavity or the printed battery is printed onto a surface of the second cavity. a package defining a first cavity and a second cavity spaced apart from the first cavity; a medical device disposed within the first cavity of the package, the medical device including an onboard rechargeable battery disposed within the medical device; and a power source disposed within the second cavity of the package and capable of charging the onboard battery of the medical device prior to use of the medical device; the system capable of being subjected to a sterilization process with the power source disposed within the second cavity, wherein the power source comprises a printed battery, and the printed battery is separately printed and subsequently disposed within the second internal cavity or the printed battery is printed onto a surface of the second cavity.
A method of producing a data base which includes a plurality of correlation laws, in particular correlation factors, for determining lost energy, which during a stoppage or throttling of a first wind power installation cannot be converted thereby into electrical energy, from the recorded power of at least one reference wind power installation operated in throttled or unthrottled mode, comprising the steps: simultaneously detecting instantaneous power of the first wind power installation and at least one reference wind power installation in the throttled or unthrottled mode, determining a respective correlation law, in particular correlation factor, describing a relationship between the power of the first wind power installation and the power of the at least one reference wind power installation, and storing the at least one correlation law or correlation factor in dependence on at least one boundary condition. simultaneously detecting instantaneous power of the first wind power installation and at least one reference wind power installation in the throttled or unthrottled mode, determining a respective correlation law, in particular correlation factor, describing a relationship between the power of the first wind power installation and the power of the at least one reference wind power installation, and storing the at least one correlation law or correlation factor in dependence on at least one boundary condition.
A method for identifying bed boundaries, wherein the method comprises: transmitting an oscillatory electromagnetic signal from a first transmitter; determining a first signal ratio between signals induced in two receivers (108,110) by the oscillatory signal from the first transmitter; transmitting an oscillatory electromagnetic signal from a second transmitter; determining a second signal ratio between signals induced in the two receivers (108,110) by the oscillatory signal from the second transmitter; the method being characterized in calculating via a processor an interferometric difference between the first and second signal ratios wherein said interferometric difference is indicative of a bed boundary location. transmitting an oscillatory electromagnetic signal from a first transmitter; determining a first signal ratio between signals induced in two receivers (108,110) by the oscillatory signal from the first transmitter; transmitting an oscillatory electromagnetic signal from a second transmitter; determining a second signal ratio between signals induced in the two receivers (108,110) by the oscillatory signal from the second transmitter; the method being characterized in calculating via a processor an interferometric difference between the first and second signal ratios wherein said interferometric difference is indicative of a bed boundary location.
Lighting module for a motor vehicle headlamp for creating a variable light distribution (39, 42', 44), the lighting module comprising - several light sources for emitting light, - a screen arrangement for shadowing at least a part of the emitted light, and - a projection lens for projecting at least a part of the light passing through the screen arrangement as light distribution (39, 42', 44) on a road in front of the vehicle, and the light distribution (39, 42', 44) can be varied by activating or deactivating light source groups each comprising at least one of the light sources, and the light distribution (39, 42', 44) is created by superimposing light bundles (23, 24) generated by the light sources of the activated light source groups, and at least a first light bundle generated by the at least one light source of an activated first light source group is used to create a first partial light distribution below an essentially horizontal cut-off line, and at least another light bundle generated by the at least one light source of another activated light source group is used to create another partial light distribution above an essentially horizontal cut-off line, characterised in that the lighting module is configured so that the light bundles (23, 24) generated by the first light source group and the other light source group pass through different regions (22, 25) of the projection lens and in the regions through which the at least one other light bundle generated by the other light source group passes, the projection lens is designed so that the cut-off line of the other partial light distribution is disposed below the cut-off line of the first partial light distribution. - several light sources for emitting light, - a screen arrangement for shadowing at least a part of the emitted light, and - a projection lens for projecting at least a part of the light passing through the screen arrangement as light distribution (39, 42', 44) on a road in front of the vehicle,
Protection system for an electrical appliance which can be operated by means of an installable battery pack, comprising a control device, wherein the control device is designed to activate the electrical appliance if a main switch is operated with the battery pack installed, and wherein a contact device of the electrical appliance and a contact device of the battery pack comprise mutually complementary contact elements (111, 112, 121, 122, 123, 211, 212, 221, 222, 223) which in each case form a first interface (110, 210) for establishing an electrical connection between the electrical appliance and the battery pack and a second interface (120, 220) for establishing a communication connection between the electrical appliance and the battery pack, wherein the contact devices (101, 201) are designed, with the battery pack installed, to establish the electrical connection before the communication connection, characterized in that the control device is designed to suppress the activation of the electrical appliance if, with the main switch operated, the electrical connection is established before the communication connection.
Generator having a ring-shaped stator, a cooling means allowing air-cooling of the generator and a rotor arrangement, wherein - the rotor arrangement comprises a ring-shaped rotor being rotatably supported relative to the stator by bearing means and having a number of circumferentially adjacently disposed magnetic elements, wherein at least one axially extending spacer element is disposed between at least two circumferentially adjacently disposed magnetic elements, - the cooling means is adapted to blow a cooling gas from both face sides into the air-gap extending between the rotor and the stator, and - the stator comprises radial channels provided at defined axial positions along the axial length of the stator for radial circulation of the cooling gas, characterised in that the spacer element is a double-wedged spacer that has a plane base area attached to the rotor and two freely exposed, axially inclining inclination areas (12, 13) which are inclined relative to the base area, wherein the inclination angles of both inclination areas (12, 13) are equal and the inclination areas (12, 13) are oppositely inclined relative to the base area so as to form a tip portion at the axial centre of the spacer element. - the rotor arrangement comprises a ring-shaped rotor being rotatably supported relative to the stator by bearing means and having a number of circumferentially adjacently disposed magnetic elements, wherein at least one axially extending spacer element is disposed between at least two circumferentially adjacently disposed magnetic elements, - the cooling means is adapted to blow a cooling gas from both face sides into the air-gap extending between the rotor and the stator, and - the stator comprises radial channels provided at defined axial positions along the axial length of the stator for radial circulation of the cooling gas, characterised in that the spacer element is a double-wedged spacer that has a plane base area attached to the rotor and two freely exposed, axially inclining inclination areas (12, 13) which are inclined relative to the base area, wherein the inclination angles of both inclination areas (12, 13) are equal and the inclination areas (12, 13) are oppositely inclined relative to the base area so as to form a tip portion at the axial centre of the spacer element.
A chewing gum composition characterized in that it comprises between 30% and 70% by weight of a bulking agent other than maltitol having a specific surface area, determined by the BET method, of less than 0.5 m 2 /g, preferably of between 0.1 and 0.45 m 2 /g, said specific surface area being measured on a fraction of 250 μm to 841 μm, the percentages being expressed by weight relative to the total weight of the chewing gum composition used, said bulking agent being sorbitol.
Method of subcarrier allocation in an OFDMA-based communication network, wherein said network includes a network controller and a number of base stations including femto radio base stations causing a dynamically changing network topology, wherein said network is divided into different cells and/or sectors, and wherein subchannels are generated by forming subsets of active orthogonal subcarriers of the OFDMA frame structure, characterized in that said base stations measure and report the results of measurements and additional information to said network controller, wherein the results of measurements are at least one of the traffic load and the interference from neighboring and/or other cells and/or sectors, wherein the interference measurements are performed based on the preamble of the OFDMA frame over the whole frequency band, on the preamble of subcarriers over a partial frequency band, and/or on the pilot preamble, and wherein the additional information includes identifications of surrounding base stations, and said network controller performs an allocation of said subchannels to said cells and/or sectors on the basis of the results of said measurements and the additional information.
A method for interworking, comprising: receiving, at a receiving user device, from an interworking function a message according to a converged messaging domain, the received message containing both a new sender address or identity provided by the interworking function and an original sender address or identity, wherein the original sender address or identity of the received message is not valid for sending messages in the converged messaging domain and is valid for sending messages in a non-converged messaging domain, and the new sender address or identity is valid in the converged messaging domain, characterized by: extracting, by the receiving user device, the original sender address or identity from the received message; and sending, by the receiving user device, the reply message via the non-converged messaging domain by means of the extracted original sender address or identity after receiving, by the receiving user device, selection of an option by a user of the receiving user device to send the reply message via the non-converged messaging domain rather than via the converged messaging domain. receiving, at a receiving user device, from an interworking function a message according to a converged messaging domain, the received message containing both a new sender address or identity provided by the interworking function and an original sender address or identity, wherein the original sender address or identity of the received message is not valid for sending messages in the converged messaging domain and is valid for sending messages in a non-converged messaging domain, and the new sender address or identity is valid in the converged messaging domain, characterized by: extracting, by the receiving user device, the original sender address or identity from the received message; and sending, by the receiving user device, the reply message via the non-converged messaging domain by means of the extracted original sender address or identity after receiving, by the receiving user device, selection of an option by a user of the receiving user device to send the reply message via the non-converged messaging domain rather than via the converged messaging domain. extracting, by the receiving user device, the original sender address or identity from the received message; and sending, by the receiving user device, the reply message via the non-converged messaging domain by means of the extracted original sender address or identity after receiving, by the receiving user device, selection of an option by a user of the receiving user device to send the reply message via the non-converged messaging domain rather than via the converged messaging domain.
A microwave treatment device comprising: a heating chamber configured to accommodate an object to be heated; a first antenna and a second antenna configured to radiate a microwave to the heating chamber; a transmission line group including a plurality of transmission lines (7a-7f) configured to supply the first antenna and the second antenna with the microwave; and a plurality of supply parts (9a, 9b) configured to supply the transmission line group with the microwave, wherein the plurality of transmission lines (7a-7f) includes a first transmission line, a second transmission line, a third transmission line, and a fourth transmission line, all of which are coupled in a ring shape, the transmission line group further includes a first branch part between the first transmission line and the third transmission line, and a second branch part between the second transmission line and the fourth transmission line, the plurality of supply parts (9a, 9b) includes a first supply part between the first transmission line and the second transmission line, and a second supply part between the third transmission line and the fourth transmission line, the first transmission line has a phase length identical to a phase length of each of the second transmission line and the fourth transmission line, characterised in that the third transmission line has a phase length that is different from each phase length of the first transmission line, the second transmission line, and the fourth transmission line. a heating chamber configured to accommodate an object to be heated; a first antenna and a second antenna configured to radiate a microwave to the heating chamber; a transmission line group including a plurality of transmission lines (7a-7f) configured to supply the first antenna and the second antenna with the microwave; and a plurality of supply parts (9a, 9b) configured to supply the transmission line group with the microwave, wherein the plurality of transmission lines (7a-7f) includes a first transmission line, a second transmission line, a third transmission line, and a fourth transmission line, all of which are coupled in a ring shape, the transmission line group further includes a first branch part between the first transmission line and the third transmission line, and a second branch part between the second transmission line and the fourth transmission line, the plurality of supply parts (9a, 9b) includes a first supply part between the first transmission line and the second transmission line, and a second supply part between the third transmission line and the fourth transmission line, the first transmission line has a phase length identical to a phase length of each of the second transmission line and the fourth transmission line, characterised in that the third transmission line has a phase length that is different from each phase length of the first transmission line, the second transmission line, and the fourth transmission line.
A method for irradiation planning for a target volume using a computer unit, comprising the steps of: - defining a target region (18, 20, 22, 24, 26, 28) with target points that can be targeted individually; - defining a number of rescanning passes in which the target region (18, 20, 22, 24, 26, 28) is scanned multiple times, so that the target points of the target region (18, 20, 22, 24, 26, 28) are targeted a different number of times during the rescanning passes, whereby at least part of the target points is not targeted in each rescanning pass; wherein the targeting of the target points is distributed among the rescanning passes such that for at least one target point that is not targeted in each rescanning pass, there is, prior to the final rescanning pass in which this target point is targeted, at least one further rescanning pass in which this target point is not targeted. - defining a target region (18, 20, 22, 24, 26, 28) with target points that can be targeted individually; - defining a number of rescanning passes in which the target region (18, 20, 22, 24, 26, 28) is scanned multiple times, so that the target points of the target region (18, 20, 22, 24, 26, 28) are targeted a different number of times during the rescanning passes, whereby at least part of the target points is not targeted in each rescanning pass; wherein the targeting of the target points is distributed among the rescanning passes such that for at least one target point that is not targeted in each rescanning pass, there is, prior to the final rescanning pass in which this target point is targeted, at least one further rescanning pass in which this target point is not targeted.
An apparatus for thermal management of a component within a first region, wherein an interconnector connects the component thermally to a second heat region, characterized in that a thermally conducting heat shield encloses the interconnector from a position within the first region in close proximity to the component to the second region, defining a cavity between the interconnector and the heat shield, and that at least one heat unit (300, 301) is thermally connected to at least one of the heat shield and the interconnector within the second region, and that one of: i) a conduit wall; and ii) a solid, enclosing the component, is separating the first and second thermal regions.
A pot bearing comprising a pot, an elastomeric pad accomodated in said pot, a plate resting on said elastomeric pad and protruding at least partially into the pot, and at least an internal seal circumferentially surrounding the rim of the elastomeric pad to achieve a sliding sealing between the latter and the pot, said seal being made entirely or mainly from polytetrafluoroethylene, characterized in that said polytetrafluoroethylene is modified with the addition of perfluoropropylvinylether in a percentage ranging between 0,1 % and 0,3% by weight.