mhurhangee/patent-ind-claim-en huggingface dataset:
A turbine housing comprising: an inner pipe forming a spiral-shaped exhaust gas flow path (K); an exhaust-air-inlet-side flange forming an exhaust gas inlet to the inner pipe ; and an outer pipe configured to, together with the exhaust-air-inlet-side flange , cover and seal the inner pipe , wherein a space (G) is formed between the inner pipe and the exhaust-air-inlet-side flange , characterized in that the outer pipe has an opening and a closing member for closing the opening , the opening being configured such that a washing fluid can pass through, and the space (G) being configured such that the washing fluid can pass through. an inner pipe forming a spiral-shaped exhaust gas flow path (K); an exhaust-air-inlet-side flange forming an exhaust gas inlet to the inner pipe ; and an outer pipe configured to, together with the exhaust-air-inlet-side flange , cover and seal the inner pipe , wherein a space (G) is formed between the inner pipe and the exhaust-air-inlet-side flange , characterized in that the outer pipe has an opening and a closing member for closing the opening , the opening being configured such that a washing fluid can pass through, and the space (G) being configured such that the washing fluid can pass through.
A surgical instrument assembly comprising: a processor ; a surgical instrument configured to operate on an anatomical structure, the surgical instrument comprises a cutting instrument having a cutting tip configured to remove anatomical material from a target location of the anatomical structure; a display coupled to the processor and attached to the surgical instrument , the display configured to display fluoroscopic data of the anatomical structure, the fluoroscopic data generated by an imaging device ; and a memory in communication with the processor, the memory having stored therein instructions that, upon execution by the processor, cause the surgical instrument assembly to receive the fluoroscopic data in real-time from the imaging device , characterized in that the memory has further stored therein instructions that, upon execution by the processor , cause the surgical instrument assembly to display an indication of error on the display when a quality of a communication link between the imaging device and the surgical instrument assembly is below a predetermined threshold. a processor ; a surgical instrument configured to operate on an anatomical structure, the surgical instrument comprises a cutting instrument having a cutting tip configured to remove anatomical material from a target location of the anatomical structure; a display coupled to the processor and attached to the surgical instrument , the display configured to display fluoroscopic data of the anatomical structure, the fluoroscopic data generated by an imaging device ; and a memory in communication with the processor, the memory having stored therein instructions that, upon execution by the processor, cause the surgical instrument assembly to receive the fluoroscopic data in real-time from the imaging device , characterized in that the memory has further stored therein instructions that, upon execution by the processor , cause the surgical instrument assembly to display an indication of error on the display when a quality of a communication link between the imaging device and the surgical instrument assembly is below a predetermined threshold.
A system comprising: a radar sensor (116; 306; 408; 508) configured to be one or more of coupled to or disposed within a drill rod assembly (200; 700; 800; 900) having a drill head configured to drill a hole beneath a surface , the radar sensor (116; 306; 408; 508) configured to emit an electromagnetic wave and to obtain an echo of the electromagnetic wave in order to generate radar data representative of one or more objects beneath the surface ; and a magnetometer sensor (114; 304; 406; 506) configured to be one or more of coupled to or disposed within the drill rod assembly (200; 700; 800; 900), the magnetometer sensor (114; 304; 406; 506) is configured to generate magnetometer data representative of an orientation of the magnetometer sensor (114; 304; 406; 506) relative to a magnetic field, . further comprising a computing assembly configured to be communicatively coupled with the radar sensor (116; 306; 408; 508) and the magnetometer sensor (114; 304; 406; 506), characterized in that the computing assembly is configured to generate image data based on a combination of the radar data and the magnetometer data, the image data representative of a volume beneath the surface and outside of the hole . a radar sensor (116; 306; 408; 508) configured to be one or more of coupled to or disposed within a drill rod assembly (200; 700; 800; 900) having a drill head configured to drill a hole beneath a surface , the radar sensor (116; 306; 408; 508) configured to emit an electromagnetic wave and to obtain an echo of the electromagnetic wave in order to generate radar data representative of one or more objects beneath the surface ; and a magnetometer sensor (114; 304; 406; 506) configured to be one or more of coupled to or disposed within the drill rod assembly (200; 700; 800; 900), the magnetometer sensor (114; 304; 406; 506) is configured to generate magnetometer data representative of an orientation of the magnetometer sensor (114; 304; 406; 506) relative to a magnetic field, . further comprising a computing assembly configured to be communicatively coupled with the radar sensor (116; 306; 408; 508) and the magnetometer sensor (114; 304; 406; 506), characterized in that the computing assembly is configured to generate image data based on a combination of the radar data and the magnetometer data, the image data representative of a volume beneath the surface and outside of the hole .
A system comprising: a register-file-memory, configured to store input-data; a first-processing-element-slice comprising: a first-register configured to store first-register-data; and a first-processing-element configured to apply an arithmetic and logic operation on the first-register-data in order to provide first-convolution-output-data; a second-processing-element-slice comprising: a second-register configured to store second-register-data; and a second-processing-element configured to apply an arithmetic and logic operation on the second-register-data in order to provide second-convolution-output-data; and a controller configured to: load input-data from the register-file-memory into the first-register as the first-register-data; and load: (i) input-data from the register-file-memory, and (ii) the first-register-data from the first-register, into the second-register as the second-register-data. a register-file-memory, configured to store input-data; a first-processing-element-slice comprising: a first-register configured to store first-register-data; and a first-processing-element configured to apply an arithmetic and logic operation on the first-register-data in order to provide first-convolution-output-data; a first-register configured to store first-register-data; and a first-processing-element configured to apply an arithmetic and logic operation on the first-register-data in order to provide first-convolution-output-data; a second-processing-element-slice comprising: a second-register configured to store second-register-data; and a second-processing-element configured to apply an arithmetic and logic operation on the second-register-data in order to provide second-convolution-output-data; and a second-register configured to store second-register-data; and a second-processing-element configured to apply an arithmetic and logic operation on the second-register-data in order to provide second-convolution-output-data; and a controller configured to: load input-data from the register-file-memory into the first-register as the first-register-data; and load: (i) input-data from the register-file-memory, and (ii) the first-register-data from the first-register, into the second-register as the second-register-data. load input-data from the register-file-memory into the first-register as the first-register-data; and load: (i) input-data from the register-file-memory, and (ii) the first-register-data from the first-register, into the second-register as the second-register-data.
A lens moving apparatus comprising: a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a first magnet disposed on the housing ; an upper elastic member coupled both to the bobbin and to the housing ; a circuit board disposed under the housing ; and a base disposed under the circuit board and including a first hole ; characterised by further comprising a conductive pattern disposed on the base and conductively connected to the circuit board ; and a support member comprising one end coupled to the upper elastic member and a remaining end to the conductive pattern , wherein the remaining end of the support member is coupled to the base through the first hole in the base . a housing ; a bobbin disposed in the housing ; a first coil disposed on the bobbin ; a first magnet disposed on the housing ; an upper elastic member coupled both to the bobbin and to the housing ; a circuit board disposed under the housing ; and a base disposed under the circuit board and including a first hole ; characterised by further comprising a conductive pattern disposed on the base and conductively connected to the circuit board ; and a support member comprising one end coupled to the upper elastic member and a remaining end to the conductive pattern , wherein the remaining end of the support member is coupled to the base through the first hole in the base . a conductive pattern disposed on the base and conductively connected to the circuit board ; and a support member comprising one end coupled to the upper elastic member and a remaining end to the conductive pattern , wherein the remaining end of the support member is coupled to the base through the first hole in the base .
A method of operating an active implantable medical device, AIMD, comprising a stimulating lead assembly with a plurality of electrodes , a signal generator and a control circuit , wherein the AIMD is a cochlear implant , the method comprising: selecting at least one pair of electrodes with the control circuit ; applying with the signal generator a measurement signal with a selected subthreshold voltage at a plurality of frequencies to a recipient of the AIMD using the selected pair of electrodes; performing, with the control circuit , an impedance spectroscopy measurement, responsive to the measurement signal and indicative of an impedance of the selected pair of electrodes and surrounding tissue of the recipient, at each of the plurality of frequencies; and analyzing the impedance spectroscopy measurement data by the cochlear implant ; determining by the cochlear implant , based on the analyzing, if a fault occurred or the stimulating lead assembly has shifted position from its initial position; and performing by the cochlear implant , one of the following steps: modifying a map used in generating electrical stimulation, providing an indication to an external speech processor or, terminating application of stimulation to the recipient. selecting at least one pair of electrodes with the control circuit ; applying with the signal generator a measurement signal with a selected subthreshold voltage at a plurality of frequencies to a recipient of the AIMD using the selected pair of electrodes; performing, with the control circuit , an impedance spectroscopy measurement, responsive to the measurement signal and indicative of an impedance of the selected pair of electrodes and surrounding tissue of the recipient, at each of the plurality of frequencies; and analyzing the impedance spectroscopy measurement data by the cochlear implant ; determining by the cochlear implant , based on the analyzing, if a fault occurred or the stimulating lead assembly has shifted position from its initial position; and performing by the cochlear implant , one of the following steps: modifying a map used in generating electrical stimulation, providing an indication to an external speech processor or, terminating application of stimulation to the recipient.
A system for monitoring a set of security equipment in a building, the system comprising a plurality of monitoring devices ; each monitoring device being configured to be associated with a piece of equipment and comprising a sensor configured to measure a physical quantity relating to the state of said equipment; in which each monitoring device is configured to: - detecting (S110) a change of state of the monitored equipment when the sensor measures a change in the physical quantity; - in response to the detection of a change of state, generating (S112) and sending (S114) a radio frequency message to a computer server via a wireless communication link, said message comprising a state indicator representative of a change in the functional state of the associated equipment in which the said status indicator can take a first predefined value or a second predefined value, the first value indicating an absence of change in status, the second value indicating a change in status likely to correspond to an abnormal state, the said second value being different from the said first value, the first value and the second value of the status indicator being the same for all the monitored equipment, whatever the nature of the monitored equipment. in which each monitoring device is configured to: - detecting (S110) a change of state of the monitored equipment when the sensor measures a change in the physical quantity; - in response to the detection of a change of state, generating (S112) and sending (S114) a radio frequency message to a computer server via a wireless communication link, said message comprising a state indicator representative of a change in the functional state of the associated equipment - detecting (S110) a change of state of the monitored equipment when the sensor measures a change in the physical quantity; - in response to the detection of a change of state, generating (S112) and sending (S114) a radio frequency message to a computer server via a wireless communication link, said message comprising a state indicator representative of a change in the functional state of the associated equipment in which the said status indicator can take a first predefined value or a second predefined value, the first value indicating an absence of change in status, the second value indicating a change in status likely to correspond to an abnormal state, the said second value being different from the said first value, the first value and the second value of the status indicator being the same for all the monitored equipment, whatever the nature of the monitored equipment.
A guide device for a pair of slidable doors of a container, particularly of a wardrobe, in which said doors are contained between a top and a bottom of the container, characterised by comprising: - a pair of guides to be applied to the lower surface of said top and to the upper surface of said bottom , each guide comprising a track with a rectilinear portion and with two end portions inclined forwards with respect to said rectilinear portion , and a two way double changeover switch element inserted into the centre of said rectilinear portion and comprising a rectilinear branch , creating continuity with the rectilinear portion of the track of said guide , a pair of deviated branches inclined forwards in the opposite direction to said rectilinear branch , and a pair of tongues associated with elastic means to maintain them independently in the deviated position and each provided with an appendix interfering with the respective deviated branch when the tongue is in the deviated position and not interfering with said deviated portion when the tongue is in the non-deviated position, - a first pair of carriages applied in proximity to the ends of the upper edge of each door and each provided with a pin engagable in the track of said upper guide , - a second pair of carriages applied in proximity to the ends of the lower edge of each door and each provided with a pin engagable in the track of said lower guide , and with a wheel to rest on and slidable on said lower guide. - a pair of guides to be applied to the lower surface of said top and to the upper surface of said bottom , each guide comprising a track with a rectilinear portion and with two end portions inclined forwards with respect to said rectilinear portion , and a two way double changeover switch element inserted into the centre of said rectilinear portion and comprising a rectilinear branch , creating continuity with the rectilinear portion of the track of said guide , a pair of deviated branches inclined forwards in the opposite direction to said rectilinear branch , and a pair of tongues associated with elastic means to maintain them independently in the deviated position and each provided with an appendix interfering with the respective deviated branch when the tongue is in the deviated position and not interfering with said deviated portion when the tongue is in the non-deviated position, - a first pair of carriages applied in proximity to the ends of the upper edge of each door and each provided with a pin engagable in the track of said upper guide , - a second pair of carriages applied in proximity to the ends of the lower edge of each door and each provided with a pin engagable in the track of said lower guide , and with a wheel to rest on and slidable on said lower guide.
Refrigeration appliance with a refrigerated storage space and an evaporation-protected pull-out drawer arranged in the storage space below a cover plate such that it can be pulled out, wherein side walls of the pull-out drawer have bearing edges inclined from a front wall towards a rear wall and, in a pushed-in position of the pull-out drawer , a frame , which is connected to the cover plate such that it can move vertically, has side walls that lie against the bearing edges , characterised in that the frame overlaps vertically with a web extending downwards from the cover plate , in order to form a labyrinth seal, wherein the labyrinth seal is equipped to restrict the exchange of air between the interior of the pull-out drawer and the rest of the refrigerated storage space, and that the frame , together with the webs adjacent to it, in each case forms a gap , the width of which is smaller than its extent in the vertical direction.
A rotor for an electric machine , the rotor comprising a rotor axis about which the rotor is configured to rotate, and at least one conducting element configured to conduct current in the direction of the rotor axis , wherein the resistivity within the conducting element decreases with a decreasing distance from the rotor axis , characterized in that the conducting element consists of an alloy of copper and zinc, wherein the ratio of zinc in the alloy decreases with a decreasing distance from the rotor axis .
A wound dressing assembly, comprising a clotting mold device comprising a cavity defined by concave walls surrounded by lips configured for attachment to skin in a fluid tight manner, wherein, for introducing blood into the cavity once said lips are attached to the skin, the concave walls of the clotting mold device comprise one of (i) a portion being pierceable and suitable for introducing blood into the cavity , and (ii) a port suitable for introducing said blood into the cavity ; a device for introducing blood into the cavity after it is fixed over a wound to permit the blood to come into contact with the wound and to clot over the wound within said cavity ; a blood coagulation initiator . a clotting mold device comprising a cavity defined by concave walls surrounded by lips configured for attachment to skin in a fluid tight manner, wherein, for introducing blood into the cavity once said lips are attached to the skin, the concave walls of the clotting mold device comprise one of (i) a portion being pierceable and suitable for introducing blood into the cavity , and (ii) a port suitable for introducing said blood into the cavity ; a device for introducing blood into the cavity after it is fixed over a wound to permit the blood to come into contact with the wound and to clot over the wound within said cavity ; a blood coagulation initiator .
A method of altering a eukaryotic non-human germline cell of an organism comprising introducing into the germline cell a first foreign nucleic acid sequence encoding an RNA guided DNA binding protein nuclease and one or more guide RNAs, and including corresponding promoter sequences and a first flanking sequence and a second flanking sequence, wherein the one or more guide RNAs are complementary to one or more target locations on genomic DNA of a first chromosome and a second chromosome of a chromosome pair of the germline cell, wherein the nucleic acid sequence encoding the RNA guided DNA binding protein nuclease and the nucleic acid sequence encoding the one or more guide RNAs are between the first flanking sequence and the second flanking sequence, wherein the first flanking sequence includes a first sequence identical to a first portion of the target location on the first chromosome or the second chromosome of the genomic DNA, wherein the second flanking sequence includes a second sequence identical to a second portion of the target location on the first chromosome or the second chromosome of the genomic DNA, expressing the first foreign nucleic acid sequence to produce the RNA guided DNA binding protein nuclease and the one or more guide RNAs wherein the RNA guided DNA binding protein nuclease and an associated guide RNA co-localize to an associated target location on the first chromosome of the genomic DNA and the second chromosome of the genomic DNA and the RNA guided DNA binding protein nuclease cleaves the first chromosome of the genomic DNA at the target location in a cleavage site specific manner and cleaves the second chromosome of the genomic DNA at the target location in a cleavage site specific manner, inserting the first foreign nucleic acid sequence into the first chromosome of the chromosome pair of the genomic DNA at the cleavage site, and inserting the first foreign nucleic acid sequence into the second chromosome of the chromosome pair of the genomic DNA at the cleavage site to render the germline cell homozygous for the foreign nucleic acid sequence, and further comprising introducing into the germline cell a second foreign nucleic acid sequence encoding an RNA guided DNA binding protein nuclease and one or more guide RNAs, and including corresponding promoter sequences and a first flanking sequence and a second flanking sequence, wherein the one or more guide RNAs are complementary to the one or more target locations that were altered by the first foreign nucleic acid sequence, expressing the second foreign nucleic acid sequence to produce the RNA guided DNA binding protein nuclease and the one or more guide RNAs wherein the RNA guided DNA binding protein nuclease and an associated guide RNA co-localize to an associated target location on the chromosome of the genomic DNA and the RNA guided DNA binding protein nuclease cleaves the chromosome of the genomic DNA at the target location in a cleavage site specific manner to remove the first foreign nucleic acid sequence, and inserting the second foreign nucleic acid sequence into the chromosome of the genomic DNA at the cleavage site.