mhurhangee/ep-ind-claims huggingface dataset:
A mixed reality control apparatus for a system comprising at least one remote data source requiring at least one physical control input, the apparatus comprising a headset for placing over a user's eyes, in use, said headset including a screen, the apparatus further comprising a processor configured to receive data from said at least one remote data source and display said data on said screen within a three-dimensional virtual environment, and image capture means for capturing images of the real world environment in the vicinity of the user, the processor being further configured to: - blend at least portions or objects of said images of said real world environment into said three-dimensional virtual environment to create a mixed reality environment, including said data, to be displayed on said screen; and - generate a virtual representation of said at least one physical control input and blend said virtual representation into said mixed reality environment at a selected location, and generate a marker representative of said selected location; wherein the apparatus is configured to receive a user input in association with said marker, identify said user input as an action in respect of said control input, or said virtual representation thereof, and generate a control signal to effect said action accordingly, and wherein said marker is associated with a user's body part, and the processor is configured to track movement of said user's body part and adjust the relative location of said virtual representation of said control input accordingly. - blend at least portions or objects of said images of said real world environment into said three-dimensional virtual environment to create a mixed reality environment, including said data, to be displayed on said screen; and - generate a virtual representation of said at least one physical control input and blend said virtual representation into said mixed reality environment at a selected location, and generate a marker representative of said selected location;
A voltage display module for a voltage indication device for mounting to a door of an electrical enclosure comprising: a well body secured to the door of the electrical enclosure wherein a portion of the well body is contained within the enclosure; a communication cable with a communication plug, the communication plug being secured to the well body; a removable cap secured to the well body, the cap being accessible by a user from outside the electrical enclosure; a battery shuttle housed within the well body, the battery shuttle having a communication jack secured to it, characterised in that the communication jack is configured to engage the communication plug when the battery shuttle is fully inserted into the well body, the well body and communication jack being further configured to electrically isolate the communication jack from the communication plug when the battery shuttle is at least partially withdrawn from the well body. a well body secured to the door of the electrical enclosure wherein a portion of the well body is contained within the enclosure; a communication cable with a communication plug, the communication plug being secured to the well body; a removable cap secured to the well body, the cap being accessible by a user from outside the electrical enclosure; a battery shuttle housed within the well body, the battery shuttle having a communication jack secured to it, characterised in that the communication jack is configured to engage the communication plug when the battery shuttle is fully inserted into the well body, the well body and communication jack being further configured to electrically isolate the communication jack from the communication plug when the battery shuttle is at least partially withdrawn from the well body.
A method for determining curvature at a vertical position in a subsea riser system comprising the steps of: periodically measuring acceleration in a first lateral direction at said vertical position with a measurement module connected to a subsea riser, to obtain a first acceleration timetrace; processing said first acceleration timetrace to obtain a first acceleration spectrum; applying a transfer function to said first acceleration spectrum to obtain a first curvature spectrum; and processing said first curvature spectrum to obtain a first curvature timetrace; wherein the transfer function is determined by a method comprising the step of modelling the riser as a Tensioned Timoshenko Beam. periodically measuring acceleration in a first lateral direction at said vertical position with a measurement module connected to a subsea riser, to obtain a first acceleration timetrace; processing said first acceleration timetrace to obtain a first acceleration spectrum; applying a transfer function to said first acceleration spectrum to obtain a first curvature spectrum; and processing said first curvature spectrum to obtain a first curvature timetrace; wherein the transfer function is determined by a method comprising the step of modelling the riser as a Tensioned Timoshenko Beam.
A nasal interface for use in the nares of a patient for positive airway pressure applications comprising: a pair of nasal prongs (10, 12), each prong having a bore, a first end, a second end; a body having a distal portion and a proximal portion forming a chamber, the proximal portion having apertures to receive the second ends of the nasal prongs (10, 12), the chamber being in communication with the bores of the nasal prongs; at least one exhalation port within the body; at least one gas inlet on the distal portion of the body, the at least one gas inlet in communication with the chamber; the nasal interface being characterized in that each prong (10, 12) comprises at least one deformable flap (18, 20) disposed proximate to the first end of each prong, for folding to match or approximate the cross-section of each nare, whereby a substantially airtight seal is created between the at least one deformable flap (18, 20) and an interior surface of the nares of the patient. a pair of nasal prongs (10, 12), each prong having a bore, a first end, a second end; a body having a distal portion and a proximal portion forming a chamber, the proximal portion having apertures to receive the second ends of the nasal prongs (10, 12), the chamber being in communication with the bores of the nasal prongs; at least one exhalation port within the body; at least one gas inlet on the distal portion of the body, the at least one gas inlet in communication with the chamber; the nasal interface being characterized in that each prong (10, 12) comprises at least one deformable flap (18, 20) disposed proximate to the first end of each prong, for folding to match or approximate the cross-section of each nare, whereby a substantially airtight seal is created between the at least one deformable flap (18, 20) and an interior surface of the nares of the patient.
A dispense interface (1200, 5025, 6205) for use with a drug delivery device, the dispense interface (1200, 5025, 6205) comprising - a lockout element (5000, 5600, 6200), - wherein the lockout element (5000, 5200, 5600, 6200) is maintained in a first position, - wherein the lockout element (5000, 5200, 5600, 6200) in the first position is configured to move into a second position, and - wherein the lockout element (5000, 5200, 5600, 6200) is configured to prevent said dispense interface (1200, 5025, 6205) from being reattached to a drug delivery device in the second position, characterized in that the lockout element (5000, 5600, 6200) is arranged at least partially between an outer body of the dispense interface (1200, 5025, 6205) and an inner body of the dispense interface (1200, 5025, 6205) and that the lockout element (5000, 5200, 5600, 6200) in the first position is configured to move into the second position when the dispense interface (1200, 5025, 6205) is first attached and then removed from said drug delivery device. - a lockout element (5000, 5600, 6200), - wherein the lockout element (5000, 5200, 5600, 6200) is maintained in a first position, - wherein the lockout element (5000, 5200, 5600, 6200) in the first position is configured to move into a second position, and - wherein the lockout element (5000, 5200, 5600, 6200) is configured to prevent said dispense interface (1200, 5025, 6205) from being reattached to a drug delivery device in the second position,
A mobile terminal, comprising a cover plate, a display screen, a middle frame, an edge frame, and a photosensitive device, wherein the cover plate is fixedly connected to the edge frame, the display screen is located between the cover plate and the middle frame, and a first gap is provided between the display screen and the edge frame, characterized in that a second gap is provided between the middle frame and the edge frame, the photosensitive device is arranged in the second gap, the first gap and the second gap are connected to form an optical channel for the photosensitive device; the first gap and the second gap face the front side of the mobile terminal to allow light to pass from the front side of the mobile terminal to the photosensitive device, the first gap and the second gap are both assembly gaps, and a width of the second gap is greater than or equal to a width of the first gap.
An electric charging apparatus comprising: a relay for allowing a current to flow inside the electric charging apparatus by switching of a relay; an acceleration sensor for detecting a vibration of the relay and generating an acceleration sensing signal; and a control unit for analyzing a waveform of the acceleration sensing signal from the acceleration sensor and detecting failure of the relay, wherein the waveform of the acceleration sensing signal sequentially comprises a small vibration period, a large vibration period while a state of the switch is changed, and the control unit is adapted to detect failure of the relay based on at least any one factor of a peak value in the small vibration period, a peak value in the large vibration period, and a time taken from the peak value in the small vibration period to the peak value in the large vibration period, characterized in that the control unit is adapted to detect failure of the relay, if a current peak value in the small vibration period is out of a normal range of a peak value in the small vibration period or if a time taken from the peak value in the small vibration period to the peak value in the large vibration period is out of a normal time taken from the peak value in the small vibration period to the peak value in the large vibration period. a relay for allowing a current to flow inside the electric charging apparatus by switching of a relay; an acceleration sensor for detecting a vibration of the relay and generating an acceleration sensing signal; and a control unit for analyzing a waveform of the acceleration sensing signal from the acceleration sensor and detecting failure of the relay, wherein the waveform of the acceleration sensing signal sequentially comprises a small vibration period, a large vibration period while a state of the switch is changed, and the control unit is adapted to detect failure of the relay based on at least any one factor of a peak value in the small vibration period, a peak value in the large vibration period, and a time taken from the peak value in the small vibration period to the peak value in the large vibration period, characterized in that the control unit is adapted to detect failure of the relay, if a current peak value in the small vibration period is out of a normal range of a peak value in the small vibration period or if a time taken from the peak value in the small vibration period to the peak value in the large vibration period is out of a normal time taken from the peak value in the small vibration period to the peak value in the large vibration period.
A collapsible shelter frame comprising: two or more beam assemblies (2, 3) each including at least two beam members (6, 7) joined by pivot means and reversibly pivotable thereat to a relatively splayed position collectively to form an arch, wherein said pivot means comprises a pair of opposed plates (117, 119) joined at a common axle about which a face of one plate of the pair is slidingly rotatable over a face of the other plate of the pair in parallel opposition thereto, and the frame is a one-piece frame whereby at least two said beam assemblies are joined by cross-brace means slideably coupled thereto to reversibly expand therebetween to separate the joined beam assemblies permitting concertina-like expansion and collapse of the shelter frame, characterized in that a face of one plate of the pair of plates possesses one or more lug parts (157A, B) extending therefrom and disposed thereupon to extend into an arcuate channel (154, 155) formed across the opposing face of the other plate of the pair of plates, the lug part being slideable along the arcuate channel from one end of the channel to another end thereof by action of relative rotation of the opposed plates. two or more beam assemblies (2, 3) each including at least two beam members (6, 7) joined by pivot means and reversibly pivotable thereat to a relatively splayed position collectively to form an arch, wherein said pivot means comprises a pair of opposed plates (117, 119) joined at a common axle about which a face of one plate of the pair is slidingly rotatable over a face of the other plate of the pair in parallel opposition thereto, and the frame is a one-piece frame whereby at least two said beam assemblies are joined by cross-brace means slideably coupled thereto to reversibly expand therebetween to separate the joined beam assemblies permitting concertina-like expansion and collapse of the shelter frame,
A laser drilling tool assembly comprising: a body that includes a first segment configured to receive an input beam from a laser source and couple the input beam to provide an irradiation beam to irradiate a downhole target, and a second segment housing one or more purging pipes; and a tool head that includes a retractable nozzle, and one or more optical sensing elements (107, 407) mounted on the retractable nozzle, wherein when the downhole target is being irradiated by the irradiation beam, the retractable nozzle is configured to be extended towards the downhole target such that the one or more optical sensing elements are positioned closer to the downhole target. a first segment configured to receive an input beam from a laser source and couple the input beam to provide an irradiation beam to irradiate a downhole target, and a second segment housing one or more purging pipes; and a tool head that includes a retractable nozzle, and one or more optical sensing elements (107, 407) mounted on the retractable nozzle, wherein when the downhole target is being irradiated by the irradiation beam, the retractable nozzle is configured to be extended towards the downhole target such that the one or more optical sensing elements are positioned closer to the downhole target.
A howling canceller that is adapted to an acoustic system having a speaker and a microphone, the howling canceller comprising: a filter insertion unit that inserts a notch filter at a frequency of an audio signal picked up by the microphone; a setting unit that sets insertion time of the notch filter on the basis of the frequency at which the notch filter is inserted; and a release unit that, when the insertion time set by the setting unit has elapsed, releases the notch filter in which the insertion time has elapsed, wherein the setting unit sets the insertion time of the notch filter to be shorter as the frequency at which the notch filter is inserted increases. a filter insertion unit that inserts a notch filter at a frequency of an audio signal picked up by the microphone; a setting unit that sets insertion time of the notch filter on the basis of the frequency at which the notch filter is inserted; and a release unit that, when the insertion time set by the setting unit has elapsed, releases the notch filter in which the insertion time has elapsed, wherein the setting unit sets the insertion time of the notch filter to be shorter as the frequency at which the notch filter is inserted increases.
A seal for a rotating machine; the seal (6; 106; 206; 306) being arranged between a rotor and a stator so as to reduce the passage of a flow from a first higher pressure side to a second lower pressure side and comprising at least a base (24a, 24b); at least one row of teeth (15a, 15b), which extends in length from the first side to the second side along a direction of extension of the seal and protrudes from the base (24a, 24b) radially to the direction of extension; at least one cavity arranged between respective two adjacent teeth (15a, 15b) of the row of teeth (15a, 15b); wherein at least one of the teeth (15a, 15b) has a first and a second surface (20a, 21a; 20a, 20b) which extend transversely to the direction of extension, and a third surface (22a, 22b) which extends between the first and the second surface (20a, 21a; 20a, 20b) and transversely thereto; wherein the third surface (22a, 22b) is shaped so as to divert the incoming flow towards the cavity (16a, 16b) adjacent to the second surface (21a, 21b); characterized in that the tooth (15a, 15b) has an edge (19a, 19b), defined by the third surface (22a, 22b) and by the second surface (21a, 21b), being rounded or bevelled so that a part of the flow is deviated towards the cavity (16a, 16b) adjacent to the second surface (21a, 21b) due to the Coanda effect.
A measuring apparatus, comprising: - an arbitrary waveform generator of N ports, wherein N is a natural number, configured and arranged to generate a combination of N test signals, one per port, and to inject said generated N test signals to the N ports of a coupling network; - said coupling network configured to couple the N test signals from said arbitrary waveform generator to an equipment under test having M ports, where M is equal to, lower than or greater than N, and to couple the responses of the EUT to these N test signals and those signals generated by the EUT itself, to a measuring unit; - said measuring unit of at least N ports configured and arranged to measure the electrical signals provided by the coupling network; and - a processing unit configured and arranged to process said N test signals and said measured electrical signals, to obtain: - the electromagnetic signals or noise or electromagnetic interference generated by the EUT at at least some of its ports; and - the Z or Y or S parameters of the EUT or any other meaningful set of parameters that can be computed from the aforementioned ones or from voltages and currents. - an arbitrary waveform generator of N ports, wherein N is a natural number, configured and arranged to generate a combination of N test signals, one per port, and to inject said generated N test signals to the N ports of a coupling network; - said coupling network configured to couple the N test signals from said arbitrary waveform generator to an equipment under test having M ports, where M is equal to, lower than or greater than N, and to couple the responses of the EUT to these N test signals and those signals generated by the EUT itself, to a measuring unit; - said measuring unit of at least N ports configured and arranged to measure the electrical signals provided by the coupling network; and - a processing unit configured and arranged to process said N test signals and said measured electrical signals, to obtain: - the electromagnetic signals or noise or electromagnetic interference generated by the EUT at at least some of its ports; and - the Z or Y or S parameters of the EUT or any other meaningful set of parameters that can be computed from the aforementioned ones or from voltages and currents. - the electromagnetic signals or noise or electromagnetic interference generated by the EUT at at least some of its ports; and - the Z or Y or S parameters of the EUT or any other meaningful set of parameters that can be computed from the aforementioned ones or from voltages and currents.
A method for the lithography-based generative production of three-dimensional shaped articles, in which a build platform is positioned at a distance from a material support permeable to the radiation of a radiation source in at least certain areas for a material solidifiable by exposure to said radiation, wherein the material support is translationally moved between a first position and a second position, wherein material is applied at a defined layer thickness by means of a material introduction device during the movement of the material support from the first position to the second position, after this the applied material, between the build platform and the material support, is location- and/or time-selectively irradiated by the radiation source and solidified, and subsequently material is removed from the material support by means of the material introduction device during the movement of the material support from the second position to the first position.
Use of a fluorinated polymer having a glass transition temperature (Tg) below 40 ° C, preferably below 20 °C, more preferably below 0 °C, even more preferably below -40 ° C as an imaging component or contrast agent in 19 F magnetic resonance imaging of a solid object, said solid object comprising said imaging label or contrast agent, characterized in that the solid object further comprises at least one non-fluorinated polymer wherein the fluorinated polymer and the at least one non-fluorinated polymer are bonded together by covalent or non-covalent bonding wherein the at least one non-fluorinated polymer is non-covalently bonded to the at least one fluorinated polymer by means of hydrogen bonding and wherein the at least one non-fluorinated polymer bound by means of hydrogen bonding is obtained from at least one monomer selected from the group consisting of urethane, urea, bisurea, ureidopyrimidone and combinations thereof.
A recovery medium for detecting the presence of microorganisms, comprising: at least one mineral salt; and at least one fluorogenic substrate; wherein the recovery medium is clear in color and is substantially free of reducing sugar. at least one mineral salt; and at least one fluorogenic substrate; wherein the recovery medium is clear in color and is substantially free of reducing sugar.