mhurhangee/patent-ind-claim-en huggingface dataset:
A capsule for a body monitoring system , the capsule comprising: - a coupling face configured to be coupled with a complementary shape of a casing , - an array of microneedles positioned on a planar contact surface and configured to be inserted into the skin to sample or analyze a body fluid from the wearer of the body monitoring device when the latter is positioned on the limb, characterized in that : - the coupling face has a rotational symmetry about an axis of rotation (Z) orthogonal to the planar surface , around which at least two coupling positions are authorized with a single complementary shape of a casing , - no microneedle is at the same location, in a fixed reference frame, as another microneedle in the two positions. - a coupling face configured to be coupled with a complementary shape of a casing , - an array of microneedles positioned on a planar contact surface and configured to be inserted into the skin to sample or analyze a body fluid from the wearer of the body monitoring device when the latter is positioned on the limb, characterized in that : - the coupling face has a rotational symmetry about an axis of rotation (Z) orthogonal to the planar surface , around which at least two coupling positions are authorized with a single complementary shape of a casing , - no microneedle is at the same location, in a fixed reference frame, as another microneedle in the two positions. - the coupling face has a rotational symmetry about an axis of rotation (Z) orthogonal to the planar surface , around which at least two coupling positions are authorized with a single complementary shape of a casing , - no microneedle is at the same location, in a fixed reference frame, as another microneedle in the two positions.
A glass-melting device for producing glass fibers, comprising: a first glass-melting tank ; a conduit extending downwardly from the first glass-melting tank; a first sucking device for exposing the first glass-melting tank to a reduced-pressure atmosphere; a second glass-melting tank provided on a lower portion of the conduit and exposed to an atmospheric-pressure atmosphere; a bushing provided on a bottom portion of the second glass-melting tank and having a number of nozzles ; a decompression housing covering the first glass-melting tank and the conduit in which a pressure is reduced by the first sucking device; heating means for heating the first glass-melting tank, the conduit, the second glass-melting tank, and the bushing separately; and a heat insulating material accommodated in the decompression housing, wherein an extendable housing part which is extendable and retractable is provided in the decompression housing, the extendable housing part includes a bellows portion which is extendable and retractable, at least part of the heat insulating material is an elastic heat insulating material having elasticity, the elastic heat insulating material is a wool heat insulating material such as a glass wool, a heat insulating material insertion opening for inserting the heat insulating material into the decompression housing is formed in the decompression housing, a partition member for partitioning the heat insulating material is provided in the decompression housing, and the partition member is arranged immediately above the heat insulating material insertion opening. a first glass-melting tank ; a conduit extending downwardly from the first glass-melting tank; a first sucking device for exposing the first glass-melting tank to a reduced-pressure atmosphere; a second glass-melting tank provided on a lower portion of the conduit and exposed to an atmospheric-pressure atmosphere; a bushing provided on a bottom portion of the second glass-melting tank and having a number of nozzles ; a decompression housing covering the first glass-melting tank and the conduit in which a pressure is reduced by the first sucking device; heating means for heating the first glass-melting tank, the conduit, the second glass-melting tank, and the bushing separately; and a heat insulating material accommodated in the decompression housing, wherein an extendable housing part which is extendable and retractable is provided in the decompression housing, the extendable housing part includes a bellows portion which is extendable and retractable, at least part of the heat insulating material is an elastic heat insulating material having elasticity, the elastic heat insulating material is a wool heat insulating material such as a glass wool, a heat insulating material insertion opening for inserting the heat insulating material into the decompression housing is formed in the decompression housing, a partition member for partitioning the heat insulating material is provided in the decompression housing, and the partition member is arranged immediately above the heat insulating material insertion opening.
A system, comprising: a plurality of processors; and memory encoding instructions executable by at least one of the processors to cause the system to: encrypt each data chunk of a plurality of data chunks that collectively comprise a data object by distributing, among the plurality of processors, the plurality of data chunks for encrypting, wherein each data chunk is encrypted using a different corresponding initialization vector ; and transfer the plurality of encrypted data chunks to a data storage service by causing multiple servers of the data storage service to collectively receive the plurality of encrypted data chunks, wherein each encrypted data chunk is concatenated with the corresponding initialization vector used to encrypt the data chunk, further wherein the plurality of encrypted data chunks are collectively retrievable from the data storage service using an identifier for the plurality of encrypted data chunks. a plurality of processors; and memory encoding instructions executable by at least one of the processors to cause the system to: encrypt each data chunk of a plurality of data chunks that collectively comprise a data object by distributing, among the plurality of processors, the plurality of data chunks for encrypting, wherein each data chunk is encrypted using a different corresponding initialization vector ; and transfer the plurality of encrypted data chunks to a data storage service by causing multiple servers of the data storage service to collectively receive the plurality of encrypted data chunks, wherein each encrypted data chunk is concatenated with the corresponding initialization vector used to encrypt the data chunk, further wherein the plurality of encrypted data chunks are collectively retrievable from the data storage service using an identifier for the plurality of encrypted data chunks. encrypt each data chunk of a plurality of data chunks that collectively comprise a data object by distributing, among the plurality of processors, the plurality of data chunks for encrypting, wherein each data chunk is encrypted using a different corresponding initialization vector ; and transfer the plurality of encrypted data chunks to a data storage service by causing multiple servers of the data storage service to collectively receive the plurality of encrypted data chunks, wherein each encrypted data chunk is concatenated with the corresponding initialization vector used to encrypt the data chunk, further wherein the plurality of encrypted data chunks are collectively retrievable from the data storage service using an identifier for the plurality of encrypted data chunks.
A rotating electric machine with brushless excitation, comprising a main electric machine, an excitation machine whose rotor is adapted to rotate with a rotor of the main electric machine and produce magnetizing power to the main electric machine, a rotating rectifier bridge electrically connected to the excitation machine for feeding a field magnetization current (I R ) to a rotor winding of the main electric machine, wherein the rotating rectifier bridge is a controlled rectifier bridge comprising controllable semiconductor components (T1 to T6) for controlling the field magnetization current (I R ), and wherein the rotating electric machine further comprises a rotor control unit connected to the rotating rectifier bridge and the rotor control unit is adapted to control controllable semiconductor components, wherein the rotor control unit is adapted to receive control instructions wirelessly, and the rotating electric machine further comprises a controllable circuit adapted to lower the magnetization of the rotor winding of the main electric machine, wherein the controllable circuit comprises a series connection of a diode and a resistor connected in parallel with the rotor winding of the main electric machine and a controllable semiconductor component (T7) connected in parallel with the series connection, the rotor control unit being adapted to control the controllable semiconductor components.
A method of enabling access to data by a requesting party , the method comprising: generating a plurality of sets of data, each set identifying one or more data portions and at least one data portion being identified in two or more sets; using a one-way function to generate a plurality of keys each associated with a respective one of the plurality of sets, wherein information associated with a said set of data is used as an input to the one-way function when generating a key associated with the set; arranging for the keys to be available for distribution to one or more requesting parties , wherein distribution of the keys is controlled to restrict access to the plurality of sets of data portions; receiving a data access request comprising one of the generated keys associated with the plurality of sets and information associated with said set from said requesting party ; and enabling access, by the requesting party , to data in a said set, based on the received key. generating a plurality of sets of data, each set identifying one or more data portions and at least one data portion being identified in two or more sets; using a one-way function to generate a plurality of keys each associated with a respective one of the plurality of sets, wherein information associated with a said set of data is used as an input to the one-way function when generating a key associated with the set; arranging for the keys to be available for distribution to one or more requesting parties , wherein distribution of the keys is controlled to restrict access to the plurality of sets of data portions; receiving a data access request comprising one of the generated keys associated with the plurality of sets and information associated with said set from said requesting party ; and enabling access, by the requesting party , to data in a said set, based on the received key.
A method for facilitating a communication session between a calling device and a called device , the method comprising: generating, by a first entity, a modified SIP response including additional data, wherein generating the modified SIP response comprises adding at least one new header to a SIP response, the new header comprising the additional data, wherein the modified SIP response is a response to a SIP request made by the calling device , the additional data comprising an indication of at least one characteristic of at least one of the calling device and the called device , wherein the indication of at least one characteristic of the calling device and/or the called device comprises an indication of a user agent of the calling device and/or the called device respectively; receiving, at a second entity, the modified SIP response; and applying, by the second entity, one or more rules to the modified SIP response based on the additional data. generating, by a first entity, a modified SIP response including additional data, wherein generating the modified SIP response comprises adding at least one new header to a SIP response, the new header comprising the additional data, wherein the modified SIP response is a response to a SIP request made by the calling device , the additional data comprising an indication of at least one characteristic of at least one of the calling device and the called device , wherein the indication of at least one characteristic of the calling device and/or the called device comprises an indication of a user agent of the calling device and/or the called device respectively; receiving, at a second entity, the modified SIP response; and applying, by the second entity, one or more rules to the modified SIP response based on the additional data.
A heat dissipation member comprising a frame member including a first frame and a second frame that are connected to each other. wherein an inner surface of the first frame and an inner surface of the second frame are folded to face each other; a first heat insulating member attached to the outer surface of the first frame ; a second heat insulating member attached to the outer surface of the second frame ; a central heat insulating member located between the inner surface of the first frame and the inner surface of the second frame ; a first heat dispersion member located between the inner surface of the first frame and the central heat insulating member ; and a second heat dispersion member located between the inner surface of the second frame and the central heat insulating member . and an inner surface of the second frame are folded to face each other; a first heat insulating member attached to the outer surface of the first frame ; a second heat insulating member attached to the outer surface of the second frame ; a central heat insulating member located between the inner surface of the first frame and the inner surface of the second frame ; a first heat dispersion member located between the inner surface of the first frame and the central heat insulating member ; and a second heat dispersion member located between the inner surface of the second frame and the central heat insulating member .
A compressor comprising: a rotary shaft rotatably driven; a compressor main body configured to periodically compress and discharge a fluid using rotation of the rotary shaft ; and a cover provided with a cover main body having a discharge space into which the fluid discharged from the compressor main body is introduced, and a plurality of reinforcing parts provided on at least one of an outer surface and an inner surface of the cover main body and extending along at least one of the outer surface and the inner surface thereof; an electric motor configured to rotatably drive the rotary shaft about an axis; and a housing having a cylindrical shape along the axis and accommodating the electric motor , the rotary shaft , and the compressor main body , wherein the cover is an upper cover configured to close one end of the housing , the compressor being characterized in that the cover main body has a polygonal pyramid shape having a top part protruding in the axial direction, and the plurality of reinforcing parts are oblique ridges of the cover main body . a rotary shaft rotatably driven; a compressor main body configured to periodically compress and discharge a fluid using rotation of the rotary shaft ; and a cover provided with a cover main body having a discharge space into which the fluid discharged from the compressor main body is introduced, and a plurality of reinforcing parts provided on at least one of an outer surface and an inner surface of the cover main body and extending along at least one of the outer surface and the inner surface thereof; an electric motor configured to rotatably drive the rotary shaft about an axis; and a housing having a cylindrical shape along the axis and accommodating the electric motor , the rotary shaft , and the compressor main body , wherein the cover is an upper cover configured to close one end of the housing , the compressor being characterized in that the cover main body has a polygonal pyramid shape having a top part protruding in the axial direction, and the plurality of reinforcing parts are oblique ridges of the cover main body .
A device for stabilizing a cervix of a uterus during pregnancy comprising: a cervical cup configured to receive a cervix extending from a uterus that is carrying a fetus, the cervix comprising a cervical canal and an outer surface extending from a vaginal wall into a vagina, the cervical cup comprising a cervical cup lip surrounding a void that is larger than an outer dimension of the cervix so that the cervical cup surrounds but does not engage the outer surface of the cervix between an entry of the cervix into the vagina and the opening of the cervical canal; a core portion comprising a vent that is fluidly coupled to the cervical cup; and at least one bladder portion coupled to the core portion characterised in that the at least one bladder portion is located at a position such that the at least one bladder portion does not contact the cervical cup when the at least one bladder portion is in an inflated state. a cervical cup configured to receive a cervix extending from a uterus that is carrying a fetus, the cervix comprising a cervical canal and an outer surface extending from a vaginal wall into a vagina, the cervical cup comprising a cervical cup lip surrounding a void that is larger than an outer dimension of the cervix so that the cervical cup surrounds but does not engage the outer surface of the cervix between an entry of the cervix into the vagina and the opening of the cervical canal; a core portion comprising a vent that is fluidly coupled to the cervical cup; and at least one bladder portion coupled to the core portion characterised in that the at least one bladder portion is located at a position such that the at least one bladder portion does not contact the cervical cup when the at least one bladder portion is in an inflated state.
A trailering support device configured to perform trailering for loading a hull onto a trailer , the trailering support device comprising one or more controllers configured to function as: a first acquisition unit configured to acquire characteristic information predetermined as information indicating a relationship between a steering angle of the hull and a turning radius of the hull ; a second acquisition unit configured to acquire relative position information between the trailer and the hull ; and a detector configured to detect the steering angle of the hull ; characterized in that the one or more controllers are further configured to function as: a generation unit configured to predict future movement of the hull based on the characteristic information acquired by the first acquisition unit , the relative position information acquired by the second acquisition unit , and the steering angle detected by the detector , and to generate a predicted trajectory ; and a controlling unit configured to notify of a positional relationship between the hull and the trailer and to notify of the predicted trajectory generated by the generation unit , wherein the controlling unit is configured to, on a display screen , display an image showing the positional relationship between the hull and the trailer , and display the predicted trajectory on the image in a superimposed manner. a first acquisition unit configured to acquire characteristic information predetermined as information indicating a relationship between a steering angle of the hull and a turning radius of the hull ; a second acquisition unit configured to acquire relative position information between the trailer and the hull ; and a detector configured to detect the steering angle of the hull ; characterized in that the one or more controllers are further configured to function as: a generation unit configured to predict future movement of the hull based on the characteristic information acquired by the first acquisition unit , the relative position information acquired by the second acquisition unit , and the steering angle detected by the detector , and to generate a predicted trajectory ; and a controlling unit configured to notify of a positional relationship between the hull and the trailer and to notify of the predicted trajectory generated by the generation unit , wherein the controlling unit is configured to, on a display screen , display an image showing the positional relationship between the hull and the trailer , and display the predicted trajectory on the image in a superimposed manner.
A liquid ejecting apparatus comprising: a liquid ejection head including a drive element , the liquid ejection head ejecting a liquid by a supply of a drive signal to the drive element; and a drive circuit that outputs the drive signal, wherein the drive circuit includes a modulation circuit that modulates a base drive signal to output a modulation signal, an amplifier circuit that amplifies the modulation signal to output an amplified modulation signal, a demodulation circuit that demodulates the amplified modulation signal to output the drive signal, and a substrate on which the modulation circuit, the amplifier circuit, and the demodulation circuit are provided, wherein the substrate includes a base material and a first layer laminated on a first face of the base material, wherein the base material includes a metal, characterized in that the first layer includes a first propagation wire through which at least one of the amplified modulation signal and the drive signal propagates, and wherein the base material has a thickness greater than a thickness of the first layer. a liquid ejection head including a drive element , the liquid ejection head ejecting a liquid by a supply of a drive signal to the drive element; and a drive circuit that outputs the drive signal, wherein the drive circuit includes a modulation circuit that modulates a base drive signal to output a modulation signal, an amplifier circuit that amplifies the modulation signal to output an amplified modulation signal, a demodulation circuit that demodulates the amplified modulation signal to output the drive signal, and a substrate on which the modulation circuit, the amplifier circuit, and the demodulation circuit are provided, wherein the substrate includes a base material and a first layer laminated on a first face of the base material, wherein the base material includes a metal, characterized in that the first layer includes a first propagation wire through which at least one of the amplified modulation signal and the drive signal propagates, and wherein the base material has a thickness greater than a thickness of the first layer.