mhurhangee/patent-ind-claim-en huggingface dataset:
An earplug for an iontophoresis system comprising: a rigid body defining: a channel ; a reservoir in fluid communication with the channel , the reservoir and the channel providing a combined volume greater than a volume of the channel ; a vent path in fluid communication with the reservoir ; and a conduit opening; an electrode defining a longitudinal axis and disposed within the channel of the rigid body, the reservoir extending laterally and proximally from the longitudinal axis defined by the electrode ; a sealing element positioned distal to the rigid body configured to bear against a wall of an ear canal to thereby define a closed volume outside of a tympanic membrane in the ear canal; and a fluid conduit in fluid communication with the channel to fill at least one of the closed volume, the channel , and the reservoir with fluid, the fluid conduit extending through the conduit opening. a channel ; a reservoir in fluid communication with the channel , the reservoir and the channel providing a combined volume greater than a volume of the channel ; a vent path in fluid communication with the reservoir ; and a conduit opening; an electrode defining a longitudinal axis and disposed within the channel of the rigid body, the reservoir extending laterally and proximally from the longitudinal axis defined by the electrode ; a sealing element positioned distal to the rigid body configured to bear against a wall of an ear canal to thereby define a closed volume outside of a tympanic membrane in the ear canal; and a fluid conduit in fluid communication with the channel to fill at least one of the closed volume, the channel , and the reservoir with fluid, the fluid conduit extending through the conduit opening.
A urine analyzer comprising: a sample preparation unit configured to mix a urine sample with a hemolytic agent to prepare a measurement sample; a flow cell through which the measurement sample flows; a light source configured to irradiate light on the measurement sample flowing through the flow cell ; a light receiving unit configured to receive scattered light given off from the measurement sample by the irradiation of the light, and output a scattered light signal; and an analysis unit configured to detect fat particles which are aggregates of fat molecules existing extracellularly in the measurement sample using a parameter that reflects an intensity of the scattered light signal output by the light receiving unit and a parameter that reflects a time interval of a wave form of the scattered light signal from when the scattered light signal exceeds a threshold to when it falls below the threshold. a sample preparation unit configured to mix a urine sample with a hemolytic agent to prepare a measurement sample; a flow cell through which the measurement sample flows; a light source configured to irradiate light on the measurement sample flowing through the flow cell ; a light receiving unit configured to receive scattered light given off from the measurement sample by the irradiation of the light, and output a scattered light signal; and an analysis unit configured to detect fat particles which are aggregates of fat molecules existing extracellularly in the measurement sample using a parameter that reflects an intensity of the scattered light signal output by the light receiving unit and a parameter that reflects a time interval of a wave form of the scattered light signal from when the scattered light signal exceeds a threshold to when it falls below the threshold.
Portion capsule for producing a beverage having a capsule body with a capsule bottom , a side wall and a collar edge and a lid , a cavity for receiving a pulverulent granular or liquid beverage substrate being configured between the capsule bottom and the lid , and a filter element being arranged in the cavity, and the filter element being produced from nonwoven fiber material, characterized in that the filter element has an edge region which is fastened to the collar edge of the capsule body and has a central region (7") which is fastened to the capsule bottom , the side wall of the filter element being stretched.
A prepolymer comprising a glycol, an aliphatic diisocyanate and a diol, wherein a ratio of isocyanate groups in the aliphatic diisocyanate to hydroxy groups in the glycol and the diol is 1.50 to 1.90.
A node for anonymizing network data for analysis by another node , the node comprising: processing circuitry configured to: encrypt first network data including a first tenant identifier using a first cryptographic key to generate first encrypted data (Step 330); anonymize the first encrypted data to generate anonymized data, the anonymizing of the first encrypted data including segmenting the first encrypted data based at least in part on the encrypted first tenant identifier, the anonymizing of the first encrypted data preserving relationships among the first network data associated with the first tenant identifier (Step 340); encrypt the anonymized data using a second cryptographic key to generate encrypted anonymized data (Step 350), wherein each segment is encrypted a number of times using the second cryptographic key and wherein each segment of the anonymized data is encrypted independently from the other segments; transmit the encrypted anonymized data, at least one analysis parameter, at least one security policy and instructions to analyze the encrypted anonymized data using the at least one analysis parameter, the at least one security policy and the second cryptographic key (Step 360); receive analysis data resulting from the analysis of the encrypted anonymized data (Step 370); and determine analysis results from the received analysis data (Step 380), wherein the determining of analysis results from the received analysis data includes decrypting the received analysis data in accordance with the number of times the second cryptographic key must be used for decryption. encrypt first network data including a first tenant identifier using a first cryptographic key to generate first encrypted data (Step 330); anonymize the first encrypted data to generate anonymized data, the anonymizing of the first encrypted data including segmenting the first encrypted data based at least in part on the encrypted first tenant identifier, the anonymizing of the first encrypted data preserving relationships among the first network data associated with the first tenant identifier (Step 340); encrypt the anonymized data using a second cryptographic key to generate encrypted anonymized data (Step 350), wherein each segment is encrypted a number of times using the second cryptographic key and wherein each segment of the anonymized data is encrypted independently from the other segments; transmit the encrypted anonymized data, at least one analysis parameter, at least one security policy and instructions to analyze the encrypted anonymized data using the at least one analysis parameter, the at least one security policy and the second cryptographic key (Step 360); receive analysis data resulting from the analysis of the encrypted anonymized data (Step 370); and determine analysis results from the received analysis data (Step 380), wherein the determining of analysis results from the received analysis data includes decrypting the received analysis data in accordance with the number of times the second cryptographic key must be used for decryption.
An environmental control system, comprising: - a controller ; a first environmental control system pack having a first inlet that receives a first fluid flow from a first air source and a first outlet ; a first recirculation fan assembly having a first recirculation inlet that receives a first cabin air fluid flow from an aircraft cabin, a fan housing , a fan , a fan motor , a fan controller , an cabin air sensor unit , and a first recirculation outlet, wherein the fan is driven by the fan motor , and the fan motor is in communication with the fan controller ; and characterised in that the cabin air sensor unit is integrated into the fan housing of the first recirculation fan assembly such that the fan induces flow across sensing elements of the cabin air sensor unit ; wherein the fan controller is in communication with the controller and the cabin air sensor unit , wherein the fan controller is configured to provide power to the cabin air sensor unit and an air quality signal from the cabin air sensor unit to the controller . a first environmental control system pack having a first inlet that receives a first fluid flow from a first air source and a first outlet ; a first recirculation fan assembly having a first recirculation inlet that receives a first cabin air fluid flow from an aircraft cabin, a fan housing , a fan , a fan motor , a fan controller , an cabin air sensor unit , and a first recirculation outlet, wherein the fan is driven by the fan motor , and the fan motor is in communication with the fan controller ; and characterised in that the cabin air sensor unit is integrated into the fan housing of the first recirculation fan assembly such that the fan induces flow across sensing elements of the cabin air sensor unit ; wherein the fan controller is in communication with the controller and the cabin air sensor unit , wherein the fan controller is configured to provide power to the cabin air sensor unit and an air quality signal from the cabin air sensor unit to the controller .
A drill with a cutting fluid supply hole comprising: a tool main body provided with a cutting edge that is located at an axial end thereof, a flute portion having a discharge flute formed on a distal end side portion of the tool main body for discharging chips generated by the cutting edge , and a cutting fluid supply hole for supplying cutting fluid toward the cutting edge through the inside of the flute portion , the cutting fluid supply hole having a front inner wall surface (FH), a rear inner wall surface (RH) located on the rear side in the rotation direction of the drill and facing the front inner wall surface (FH) in a circumferential direction of the tool main body , an outer circumferential inner wall surface (OH) made up of a partially cylindrical surface around a center line of the drill , and an inner circumferential inner wall surface (IH) made up of a partially cylindrical surface around the center line of the drill with a curvature radius that is smaller than a curvature radius of the outer circumferential inner wall surface (OH) and facing the outer circumferential inner wall surface (OH) in the radial direction, characterized in that each of the front inner wall surface (FH) and the rear inner wall surface (RH) is located along a radial direction of the tool main body so that the cutting fluid supply hole has a fan-shaped cross section defined by the front inner wall surface (FH), the rear inner wall surface (RH), the outer circumferential inner wall surface (OH), and the inner circumferential inner wall surface (IH).
Facility for supplying a working gas provided with an insulating chamber and a door that is pivotable about a vertical axis (X) in order to allow the opening and the closing of said chamber , comprising at least one source of a pressurised working gas arranged in the insulating chamber , and comprising a device for distributing a working gas, comprising a set of pipes connected to at least one source of working gas and to at least one outlet pipe in order to convey the working gas to a station where it will be consumed , functional members , in particular valves , arranged in the pipes and used to regulate the flow of the working gas therein, as well as detectors of gas leaks, and a monitoring and command unit comprising means for communicating with said functional members , means for monitoring tasks relating to said functional members , and means for controlling the monitoring means which can be actuated by an operator of the distribution device , said controlling means comprising a touchscreen having command regions associated with monitoring corresponding tasks, characterised in that said touchscreen is attached to a housing built into the door , said housing being able to and designed to pivot about a vertical axis (Y).
Conveying and transport system for tunnel constructions with a ridge-bound roadway which has two rail strands , arranged parallel to one another, made of running rails , which are suspended by means of a carrying structure , and with carrying carriages (7; 7a - 7d) guided on the rail strands by means of running gears , wherein at least one carrying carriage (7; 7a - 7d) has a lifting mechanism and at least one carrying carriage (7; 7a) has a gripping device , particularly a segment gripper, characterised in that the carrying structure has longitudinal beams arranged on transverse sleepers and suspension means , wherein the running rails are fastened to the longitudinal beams .
A process for obtaining an extract from white truffle ( Tuber magnatum ) comprising: (i) adding water to grounded white truffles to make a mixture, (ii) agitating the said mixture by maintaining the temperature at 50°C for 2 hours, (iii) filtering the mixture to remove the solid part to obtain the extract. (i) adding water to grounded white truffles to make a mixture, (ii) agitating the said mixture by maintaining the temperature at 50°C for 2 hours, (iii) filtering the mixture to remove the solid part to obtain the extract.
A tape drive of a printing apparatus, the tape drive comprising a spool support for supporting a tape spool , wherein the spool support comprises a support surface mounted to a tape drive base plate such that the support surface is fixed against rotation relative to the base plate , the support surface being configured such that, in use, as tape is removed from or wound onto the spool, the spool rotates relative to the spool support such that the spool rotates around the support surface. wherein the spool support comprises a support surface mounted to a tape drive base plate such that the support surface is fixed against rotation relative to the base plate , the support surface being configured such that, in use, as tape is removed from or wound onto the spool, the spool rotates relative to the spool support such that the spool rotates around the support surface.
A tiltable system for panoramic imaging of a scene, comprising: a central camera , a first lateral camera and a second lateral camera arranged to image the scene in different directions relative to a rotation axis , wherein the first lateral camera and the second lateral camera are arranged on opposing lateral sides of the central camera , wherein the central camera , the first lateral camera , and the second lateral camera each having an imaging system comprising a lens assembly and an image sensor ; a tilting mechanism enabling the tiltable system for panoramic imaging to tilt about the rotation axis ; and an image processing unit comprising a stitching function configured to stitch together images captured by the central camera , the first lateral camera , and the second lateral camera to form a panoramic image of the scene, the panoramic image having a virtual horizon, and to, upon tilting of the tiltable system for panoramic imaging, maintain the position of the virtual horizon of the panoramic image in the scene; wherein the imaging systems of the first and second lateral cameras have a larger field of view in a direction perpendicular to the rotation axis than the imaging system of the central camera . a central camera , a first lateral camera and a second lateral camera arranged to image the scene in different directions relative to a rotation axis , wherein the first lateral camera and the second lateral camera are arranged on opposing lateral sides of the central camera , wherein the central camera , the first lateral camera , and the second lateral camera each having an imaging system comprising a lens assembly and an image sensor ; a tilting mechanism enabling the tiltable system for panoramic imaging to tilt about the rotation axis ; and an image processing unit comprising a stitching function configured to stitch together images captured by the central camera , the first lateral camera , and the second lateral camera to form a panoramic image of the scene, the panoramic image having a virtual horizon, and to, upon tilting of the tiltable system for panoramic imaging, maintain the position of the virtual horizon of the panoramic image in the scene; wherein the imaging systems of the first and second lateral cameras have a larger field of view in a direction perpendicular to the rotation axis than the imaging system of the central camera .
A method for transmitting and receiving a signal by a user equipment, UE, having a plurality of vehicle distributed antenna units in a wireless communication system, the method being characterized by : performing (S1102) a first random access procedure with a first cell based on a first vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units, performing (S1103) a second random access procedure with a second cell based on a second vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units; transmitting (S1104), to the first cell, first information related to the vehicle distributed antenna units included in the first vehicle distributed antenna unit group; transmitting (S1105), to the second cell, second information related to the vehicle distributed antenna units included in the second vehicle distributed antenna unit group; performing (S1107) an authentication procedure with the first cell based on the first vehicle distributed antenna unit group; transmitting (S1108) an authentication procedure skip request signal to the second cell based on the second vehicle distributed antenna unit group; and transmitting and receiving (S1109, S1110) the signal with the first cell and the second cell based on the first vehicle distributed antenna unit group and the second vehicle distributed antenna unit group. performing (S1102) a first random access procedure with a first cell based on a first vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units, performing (S1103) a second random access procedure with a second cell based on a second vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units; transmitting (S1104), to the first cell, first information related to the vehicle distributed antenna units included in the first vehicle distributed antenna unit group; transmitting (S1105), to the second cell, second information related to the vehicle distributed antenna units included in the second vehicle distributed antenna unit group; performing (S1107) an authentication procedure with the first cell based on the first vehicle distributed antenna unit group; transmitting (S1108) an authentication procedure skip request signal to the second cell based on the second vehicle distributed antenna unit group; and transmitting and receiving (S1109, S1110) the signal with the first cell and the second cell based on the first vehicle distributed antenna unit group and the second vehicle distributed antenna unit group.
An endoprosthesis delivery system comprising: an elongate member ; an endoprosthesis comprising a distal end; an end cap having a cylindrical body , wherein the end cap is coupled to the elongate member adjacent to the distal end of the endoprosthesis; the end cap comprising a region of reduced diameter located between the proximal end and the distal end of the end cap; and a sheath surrounding a portion of the endoprosthesis, wherein a distal end of the sheath extends beyond the distal end of the endoprosthesis, the distal end having a diameter less than that of cylindrical body and equal to or greater than that of the region of reduced diameter, and is positioned in the region of reduced diameter; and wherein a proximal end of the end cap comprises a tapered profile . an elongate member ; an endoprosthesis comprising a distal end; an end cap having a cylindrical body , wherein the end cap is coupled to the elongate member adjacent to the distal end of the endoprosthesis; the end cap comprising a region of reduced diameter located between the proximal end and the distal end of the end cap; and a sheath surrounding a portion of the endoprosthesis, wherein a distal end of the sheath extends beyond the distal end of the endoprosthesis, the distal end having a diameter less than that of cylindrical body and equal to or greater than that of the region of reduced diameter, and is positioned in the region of reduced diameter; and wherein a proximal end of the end cap comprises a tapered profile .
Organized assembly of adjacent silicon single crystals configured for the directional solidification of an ingot along a favoured solidification direction Z, with more than 70% by number of the single crystals of the assembly, referred to as "oriented single crystals", observed over a section perpendicular to the favoured solidification direction Z being such that: a) the misorientation θ d of an oriented single crystal with the oriented single crystal or crystals that are adjacent thereto is greater than 8°, b) the smallest α of the angles between a normal to the boundary separating an oriented single crystal from one or some adjacent oriented single crystals and the directions <111> of the adjacent oriented single crystal(s) is greater than 4°, c) the smallest β of the angles between the favoured solidification direction Z and the directions <100> of said oriented single crystal is less than 25° and/or the smallest of the angles between the favoured solidification direction Z and the directions <111> of the oriented single crystal is less than 10°, and d) the projection distance l i in a plane perpendicular to the favoured solidification direction Z, of the largest dimension d i of the oriented single crystal, measured among the planes and along the directions <110>, is less than 40 mm, the oriented single crystals being such that the boundary separating one oriented single-crystal from one or some adjacent oriented single crystals is different from a boundary close to a boundary having a coincidence index ∑ n , with n chosen from the numbers 3, 5, 9, 11, 27, 51 and 59. a) the misorientation θ d of an oriented single crystal with the oriented single crystal or crystals that are adjacent thereto is greater than 8°, b) the smallest α of the angles between a normal to the boundary separating an oriented single crystal from one or some adjacent oriented single crystals and the directions <111> of the adjacent oriented single crystal(s) is greater than 4°, c) the smallest β of the angles between the favoured solidification direction Z and the directions <100> of said oriented single crystal is less than 25° and/or the smallest of the angles between the favoured solidification direction Z and the directions <111> of the oriented single crystal is less than 10°, and d) the projection distance l i in a plane perpendicular to the favoured solidification direction Z, of the largest dimension d i of the oriented single crystal, measured among the planes and along the directions <110>, is less than 40 mm,
A method for braking a vehicle , wherein an electric motor drives friction means in motion towards a braking member integral with a wheel of the vehicle , a processor controlling an energy supply to the electric motor by pulse width modulation, characterized in that it comprises a first phase in which the modulation duty cycle α 1 is set to 100% and a second phase in which the modulation duty cycle α 2 is set to a predetermined value strictly between 0 and 100%.