mhurhangee/ep-ind-claims huggingface dataset:
Device for supplying respiratory air to a respiratory air region, having an air purification unit comprising a filter unit and a fan unit, wherein the device has at least one planar outflow region (7, 8, 27) for respiratory air with at least two air discharge openings, to which the air purification unit supplies purified respiratory air, wherein the respiratory air flows out of the outflow region (7, 8, 27) in an outflow direction (14, 15, 29), wherein opposite the outflow region (7, 8, 27) a planar limiting device is located, the area of which corresponds at least to the area of the outflow region (7, 8, 27), wherein the limiting device encloses with the outflow region (7, 8, 27) an angle (α) of less than 10°, and wherein the respiratory air region is located between the limiting device and the outflow region (7, 8, 27), the device having a planar limiting device opposite each outflow region (7, 8, 27), characterised in that the ratio of the distance (d) measured in centimetres between the outflow region (7, 8, 27) and the limiting device is in the square approximately 5 to 25 with respect to the area of the outflow region (7, 8, 27) measured in square centimetres, and in that at least one outflow region (7, 8, 27) has an area of at least 400 cm 2.
A method implemented by one or more computing devices, the method comprising: examining a manifest of an application to find criteria specified for display of a notification as part of a representation of the application in a user interface; receiving the notification that is to be displayed as part of the representation of the application in the user interface, the notification associated with a tag specifying how the notification is to be displayed and/or managed; comparing the tag of the notification to one or more other tags associated with one or more other notifications for the application; responsive to a determination that the received tag matches at least one tag of the one or more other tags, replacing the other notification that is associated with the at least one tag of the one or more other tags with the received notification for display as part of the representation of the application in the user interface; and displaying the received notification as part of the representation of the application in the user interface according to the specified criteria and the tag. examining a manifest of an application to find criteria specified for display of a notification as part of a representation of the application in a user interface; receiving the notification that is to be displayed as part of the representation of the application in the user interface, the notification associated with a tag specifying how the notification is to be displayed and/or managed; comparing the tag of the notification to one or more other tags associated with one or more other notifications for the application; responsive to a determination that the received tag matches at least one tag of the one or more other tags, replacing the other notification that is associated with the at least one tag of the one or more other tags with the received notification for display as part of the representation of the application in the user interface; and displaying the received notification as part of the representation of the application in the user interface according to the specified criteria and the tag.
A ball joint manufacturing apparatus comprising: an upper mold having a cavity configured to injection-mold a ball seat surrounding an outside of a spherical head part of a ball stud and formed of a synthetic resin material; a lower mold coupled to a lower part of the upper mold and having a molding surface for molding a second part of the ball seat; a fixing jig configured to fix the ball stud to a molding position in between the upper mold and the lower mold; and a rotary member configured to rotate the fixing jig with the ball stud fixed/connected thereto, the ball joint manufacturing apparatus characterized in that the rotary member comprises a torque detection part configured to detect a torque generated when the fixing jig is rotated. an upper mold having a cavity configured to injection-mold a ball seat surrounding an outside of a spherical head part of a ball stud and formed of a synthetic resin material; a lower mold coupled to a lower part of the upper mold and having a molding surface for molding a second part of the ball seat; a fixing jig configured to fix the ball stud to a molding position in between the upper mold and the lower mold; and a rotary member configured to rotate the fixing jig with the ball stud fixed/connected thereto, the ball joint manufacturing apparatus characterized in that the rotary member comprises a torque detection part configured to detect a torque generated when the fixing jig is rotated.
A method comprising: determining, at a push-to-talk, PTT, device communicatively connected to a talk group over a narrow band network, that the PTT device is in an emergency state; transmitting, from the PTT device to a server, a first request to communicate to the talk group over the narrow band network; receiving, at the PTT device, a rejection to communicate to the talk group over the narrow band network; transmitting, from the PTT device to the server, a second request to make an emergency audio transmission to the talk group over a broadband network; receiving, at the PTT device, permission to make the emergency audio transmission to the talk group over the broadband network; and transmitting, from the PTT device to the server, the emergency audio transmission over the broadband network. determining, at a push-to-talk, PTT, device communicatively connected to a talk group over a narrow band network, that the PTT device is in an emergency state; transmitting, from the PTT device to a server, a first request to communicate to the talk group over the narrow band network; receiving, at the PTT device, a rejection to communicate to the talk group over the narrow band network; transmitting, from the PTT device to the server, a second request to make an emergency audio transmission to the talk group over a broadband network; receiving, at the PTT device, permission to make the emergency audio transmission to the talk group over the broadband network; and transmitting, from the PTT device to the server, the emergency audio transmission over the broadband network.
An acoustic device configured for dynamically identifying a blood pool as a 5 stationary body of fluid within a test volume by scanning within said volume, said device comprising: an acoustic interrogator configured for: generating, and transmitting, a sequence of pulses such that said sequence comprises: a) a first part for the interrogation to detect pre-existing movement; and b) a second part for the interrogation to distinguish solid from fluid, fluid, said first part occurring, in said sequence, prior to said second part, wherein the first part is configured to acoustically interrogate a region (106, 116, 120, 122) within said volume to detect pre-existing movement, said interrogating to detect pre-existing movement comprising interrogating to detect intracorporeal, naturally occurring fluid motion (S316B); and wherein the second part is configured to acoustically interrogate via a separate acoustic interrogation said region to distinguish solid from fluid, said scanning comprising scanning, as a unit, both interrogations, so as to span said volume with said interrogations; and based on an outcome of said interrogations, dynamically identifying said blood pool. a) a first part for the interrogation to detect pre-existing movement; and b) a second part for the interrogation to distinguish solid from fluid, fluid, said first part occurring, in said sequence, prior to said second part, wherein the first part is configured to acoustically interrogate a region (106, 116, 120, 122) within said volume to detect pre-existing movement, said interrogating to detect pre-existing movement comprising interrogating to detect intracorporeal, naturally occurring fluid motion (S316B); and wherein the second part is configured to acoustically interrogate via a separate acoustic interrogation said region to distinguish solid from fluid, said scanning comprising scanning, as a unit, both interrogations, so as to span said volume with said interrogations; and based on an outcome of said interrogations, dynamically identifying said blood pool.
A fluid control device for controlling the flow rate or the pressure of a fluid, comprising: a resistor arranged in the flow path through which fluid flows, wherein the resistor generates a flow path resistance in the flow path; a first valve arranged on a downstream side than the resistor in the flow path; a pressure sensor that is arranged between the resistor and the first valve in the flow path and measures pressure of the fluid in an internal volume between the resistor and the first valve; and a control mechanism adapted to control the first valve, wherein the control mechanism comprises: a pulse signal generator adapted to input a pulse signal having a predetermined pulse height and a predetermined pulse width to the first valve, wherein when the pulse signal generator inputs the pulse signal to the first valve, the first valve is opened, and wherein when no pulse signal is inputted to the first valve, the first valve is closed; characterized by: a feedback value calculator adapted to calculate a feedback value on the basis of a pressure value measured by the pressure sensor, the feedback value being a time integrated value of a pressure drop occurring in the internal volume during an ON interval when the first valve is opened; and a signal compensator adapted to, on the basis of the deviation between the feedback value and a reference value, compensate the pulse signal to be inputted from the pulse signal generator to the first valve. a resistor arranged in the flow path through which fluid flows, wherein the resistor generates a flow path resistance in the flow path; a first valve arranged on a downstream side than the resistor in the flow path; a pressure sensor that is arranged between the resistor and the first valve in the flow path and measures pressure of the fluid in an internal volume between the resistor and the first valve; and a control mechanism adapted to control the first valve, wherein the control mechanism comprises: a pulse signal generator adapted to input a pulse signal having a predetermined pulse height and a predetermined pulse width to the first valve, wherein when the pulse signal generator inputs the pulse signal to the first valve, the first valve is opened, and wherein when no pulse signal is inputted to the first valve, the first valve is closed; characterized by: a feedback value calculator adapted to calculate a feedback value on the basis of a pressure value measured by the pressure sensor, the feedback value being a time integrated value of a pressure drop occurring in the internal volume during an ON interval when the first valve is opened; and a signal compensator adapted to, on the basis of the deviation between the feedback value and a reference value, compensate the pulse signal to be inputted from the pulse signal generator to the first valve.
An integrated inkjet module comprising: a support chassis configured for fixedly mounting on a media feed chassis; a maintenance chassis slidably mounted on the support chassis; and a print bar chassis liftably mounted on the maintenance chassis, the print bar chassis having one or more inkjet printheads mounted thereon, wherein: the maintenance chassis is laterally slidable relative to the support chassis; the print bar chassis is fast with the maintenance chassis in a slide direction of the maintenance chassis. a support chassis configured for fixedly mounting on a media feed chassis; a maintenance chassis slidably mounted on the support chassis; and a print bar chassis liftably mounted on the maintenance chassis, the print bar chassis having one or more inkjet printheads mounted thereon, wherein: the maintenance chassis is laterally slidable relative to the support chassis; the print bar chassis is fast with the maintenance chassis in a slide direction of the maintenance chassis. the maintenance chassis is laterally slidable relative to the support chassis; the print bar chassis is fast with the maintenance chassis in a slide direction of the maintenance chassis.
Programming unit for TPMS sensors comprises at least a microcontroller and/or microprocessor and memory storing at least one database, the memory comprising: a vehicle group database comprising multiple vehicle groups (921, 922), each vehicle group comprising at least one vehicle (923, 924); a version pair database comprising multiple version pair groups (931, 932), each version pair group representing one vehicle group and comprising at least one version pair (933, 934) characterized in, that each version pair comprises an associated application version and an associated sub-application version; an application database comprising multiple application versions (941, 942), each application version comprises an associated binary file; a sub-application database comprising multiple sub-application versions (951, 952), each sub-application version comprises an associated binary file. a vehicle group database comprising multiple vehicle groups (921, 922), each vehicle group comprising at least one vehicle (923, 924); a version pair database comprising multiple version pair groups (931, 932), each version pair group representing one vehicle group and comprising at least one version pair (933, 934) characterized in, that each version pair comprises an associated application version and an associated sub-application version; an application database comprising multiple application versions (941, 942), each application version comprises an associated binary file; a sub-application database comprising multiple sub-application versions (951, 952), each sub-application version comprises an associated binary file.
Tyre for a heavy vehicle of construction plant type, comprising: - two beads intended to come into contact with a rim, - a carcass reinforcement comprising at least one carcass layer comprising a main part wrapped, in each bead, from the inside of the tyre to the outside, around a bead wire with an approximately circular meridian section of diameter D, so as to form a turn-up, - the distance (d) between the turn-up and the main part decreasing continuously, radially towards the outside, from the bead wire, and passing through a minimum value (d 1), - the carcass layer being made up of mutually parallel reinforcers that are coated in a coating compound, - a filling element extending axially between the turn-up and the main part and radially outwards from the bead wire, - the filling element comprising at least two filling compounds (51, 52), - a first filling compound extending radially outwards from the bead wire, - the first filling compound having a modulus of elasticity at 10% elongation at least equal to the modulus of elasticity at 10% elongation of a second filling compound, the second filling compound extending, radially outwards, from the bead wire, along the turn-up, at least as far as that point of the turn-up that is positioned at the minimum distance (d 1) from the main part, and extending axially outwards, at least in part, from the first filling compound, characterized in that the modulus of elasticity at 10% elongation of the second filling compound is equal to the modulus of elasticity at 10% elongation of the coating compound. - two beads intended to come into contact with a rim, - a carcass reinforcement comprising at least one carcass layer comprising a main part wrapped, in each bead, from the inside of the tyre to the outside, around a bead wire with an approximately circular meridian section of diameter D, so as to form a turn-up, - the distance (d) between the turn-up and the main part decreasing continuously, radially towards the outside, from the bead wire, and passing through a minimum value (d 1), - the carcass layer being made up of mutually parallel reinforcers that are coated in a coating compound, - a filling element extending axially between the turn-up and the main part and radially outwards from the bead wire, - the filling element comprising at least two filling compounds (51, 52), - a first filling compound extending radially outwards from the bead wire, - the first filling compound having a modulus of elasticity at 10% elongation at least equal to the modulus of elasticity at 10% elongation of a second filling compound, the second filling compound extending, radially outwards, from the bead wire, along the turn-up, at least as far as that point of the turn-up that is positioned at the minimum distance (d 1) from the main part, and extending axially outwards, at least in part, from the first filling compound, characterized in that the modulus of elasticity at 10% elongation of the second filling compound is equal to the modulus of elasticity at 10% elongation of the coating compound.
Actuator comprising: - a base section; - a permanent magnet arranged in the base section; - a soft magnet arranged in the base section, the soft magnet being configured to switch a polarity between a first polarity and a second polarity when being subjected to a magnetic field and configured to maintain the polarity when the magnetic field is removed; - a coil located around the soft magnet; - a power controller configured to apply a current pulse to the coil (22, 22a, 22b) to generate the magnetic field for changing the polarization of the soft magnet; and - a movable member comprising at least one magnetic target section, the movable member being arranged to move to a first position relative to the base section, when the soft magnet adopts the first polarity, and arranged to move to a second position relative to the base section due to a magnetic field generated by the permanent magnet and the soft magnet in combination and acting on the magnetic target section, when the soft magnet adopts the second polarity; characterized in that the soft magnet is hollow and the movable member is arranged to move within the soft magnet; and wherein the actuator further comprises a resetting element configured to move the movable member to the first position when the soft magnet adopts the first polarity, or wherein the movable member is arranged to be forced towards the first position by means of gravity. - a base section; - a permanent magnet arranged in the base section; - a soft magnet arranged in the base section, the soft magnet being configured to switch a polarity between a first polarity and a second polarity when being subjected to a magnetic field and configured to maintain the polarity when the magnetic field is removed; - a coil located around the soft magnet; - a power controller configured to apply a current pulse to the coil (22, 22a, 22b) to generate the magnetic field for changing the polarization of the soft magnet; and - a movable member comprising at least one magnetic target section, the movable member being arranged to move to a first position relative to the base section, when the soft magnet adopts the first polarity, and arranged to move to a second position relative to the base section due to a magnetic field generated by the permanent magnet and the soft magnet in combination and acting on the magnetic target section, when the soft magnet adopts the second polarity;
A negative electrode active material for an electric device comprising a silicon-containing alloy having a composition represented by the following Chemical Formula Si x Sn y M z A a wherein in Chemical Formula above, A is unavoidable impurities, M is titanium, x, y, z, and a represent values of percent by mass, and 0 < x < 100, 0 < y < 100, 10 < z < 100, and 0 ≤ a < 0.5 and x + y + z + a= 100; wherein a lattice image of the silicon-containing alloy obtained by using a transmission electron microscope is subjected to Fourier transform processing to obtain a diffraction pattern; wherein a size, hereinafter referred to as a size of periodic array region, determined as an average value of maximum five major axis diameters of regions having a periodic array from a Fourier image obtained by subjecting a diffraction ring portion present in a width of from 0.7 to 1.0 when a distance between Si regular tetrahedrons is 1.0 in the diffraction pattern to inverse Fourier transform is 4.7 nm or less; wherein the alloy contains a first phase containing silicon as a main body and a second phase containing a titanium silicide; and wherein the negative electrode active material is produced by a method comprising: a mechanical alloying treatment in a ball mill apparatus for a duration of 10 hours or longer at 500 rpm or more and/or a liquid quenching method comprising quenching and solidifying molten material obtained by melting the raw materials, cooling and rapid solidification. M is titanium, x, y, z, and a represent values of percent by mass, and 0 < x < 100, 0 < y < 100, 10 < z < 100, and 0 ≤ a < 0.5 and x + y + z + a= 100; wherein a lattice image of the silicon-containing alloy obtained by using a transmission electron microscope is subjected to Fourier transform processing to obtain a diffraction pattern; wherein a size, hereinafter referred to as a size of periodic array region, determined as an average value of maximum five major axis diameters of regions having a periodic array from a Fourier image obtained by subjecting a diffraction ring portion present in a width of from 0.7 to 1.0 when a distance between Si regular tetrahedrons is 1.0 in the diffraction pattern to inverse Fourier transform is 4.7 nm or less; wherein the alloy contains a first phase containing silicon as a main body and a second phase containing a titanium silicide; and wherein the negative electrode active material is produced by a method comprising: a mechanical alloying treatment in a ball mill apparatus for a duration of 10 hours or longer at 500 rpm or more and/or a liquid quenching method comprising quenching and solidifying molten material obtained by melting the raw materials, cooling and rapid solidification.
Method for operating a locating apparatus which comprises a waveguide laid along a stretch of track for locating a rail vehicle on the stretch of track, wherein the method consists of injecting a series of electromagnetic pulses (Pin) into the waveguide and receiving and evaluating backscatter patterns (Rm, Rm') produced by backscattering of the electromagnetic pulse (Pin) for each pulse (Pin) transmitted, characterised in that - a vibration device installed at a known position in the region of the stretch of track is activated at a predefined activation time, thereby producing at the known position a vibration (Me) causing backscattering of the electromagnetic pulse (Pin), - the time between the activation time and the arrival of the backscatter pattern (Rme) indicating the vibration is measured and - the measured time is used for checking the operation of the locating apparatus or for calibrating the locating apparatus. - a vibration device installed at a known position in the region of the stretch of track is activated at a predefined activation time, thereby producing at the known position a vibration (Me) causing backscattering of the electromagnetic pulse (Pin), - the time between the activation time and the arrival of the backscatter pattern (Rme) indicating the vibration is measured and - the measured time is used for checking the operation of the locating apparatus or for calibrating the locating apparatus.