mhurhangee/ep-ind-claims huggingface dataset:
Device for the air treatment of at least one room with - at least one air supply line supplying treated air, each with at least one device for air conditioning, each with at least one ionisation module with several ionisation tubes, an air flow sensor and an air humidity sensor, - at least one air exhaust line with at least one air quality sensor, - a data processing system connected to the ionisation module, the air flow sensor, the air humidity sensor, the air quality sensor, for increasing or decreasing the ionisation intensity according to the measured values of the air flow sensor, the air humidity sensor, the air quality sensor and characterised in that - at least one dust measuring device arranged upstream of the ionisation module and/or at least one dust measuring device arranged in the air exhaust line are present, and - at least one device measuring the load current of the ionisation module and/or at least one ionisation tube of the ionisation module, which is or are connected to the data processing system, are present wherein the data processing system is also connected to the dust measuring device upstream of the ionisation module and/or a dust measuring device of the air exhaust line, for increasing or decreasing the ionisation intensity according to the measured values of the dust measuring device upstream of the ionisation module and/or the dust measuring device of the air exhaust line, the data processing system assigning an operating state of the ionisation module in dependence on the measured values of the dust measuring device in the event of a change in the load current of the ionisation module or at least one ionisation tube, in such a way that a decreasing ionisation power in the event of contamination of at least one ionisation tube can be determined as an operating state of the ionisation module. - at least one air supply line supplying treated air, each with at least one device for air conditioning, each with at least one ionisation module with several ionisation tubes, an air flow sensor and an air humidity sensor, - at least one air exhaust line with at least one air quality sensor, - a data processing system connected to the ionisation module, the air flow sensor, the air humidity sensor, the air quality sensor, for increasing or decreasing the ionisation intensity according to the measured values of the air flow sensor, the air humidity sensor, the air quality sensor and characterised in that - at least one dust measuring device arranged upstream of the ionisation module and/or at least one dust measuring device arranged in the air exhaust line are present, and - at least one device measuring the load current of the ionisation module and/or at least one ionisation tube of the ionisation module, which is or are connected to the data processing system, are present
Surfboard with an inflatable body component with a tail and a fastening means disposed on the tail for a drive component, wherein the drive component has an electrical drive and the body component has a cutout disposed on the tail and the drive component has external dimensions adapted to internal dimensions of the cutout in an inflated state, and the drive component is fitted releasably in the cutout.
A method for manufacturing an electronic grade synthetic quartz glass substrate having front and back surfaces, comprising the steps of: machining at least one of the front and back surfaces (1a,b) of a synthetic quartz glass substrate to form a recess, channel or step having bottom and side surfaces, and polishing the bottom and side surfaces of the recess, channel or step to a mirror finish using a working portion of a rotary polishing tool, keeping the tool working portion in contact with said bottom and side surfaces under independently-maintained constant pressures. machining at least one of the front and back surfaces (1a,b) of a synthetic quartz glass substrate to form a recess, channel or step having bottom and side surfaces, and polishing the bottom and side surfaces of the recess, channel or step to a mirror finish using a working portion of a rotary polishing tool, keeping the tool working portion in contact with said bottom and side surfaces under independently-maintained constant pressures.
A method for accessing a computing device, the method comprising: acquiring (508; 608) a first image with the computing device; comparing the first image with a first image template to determine whether a person corresponding to the first image is authorized to use the computing device; displaying a request for user credentials to authenticate the user based on the comparison of the first image and the first image template; receiving the user credentials; storing the first image as a second image template based on a determination that the user credentials authorizes the user to use the computing device; associating a location of the computing device with the second image template, wherein the second image template is used for authorizing the user rather than the first image template based on the location; acquiring a second image with the computing device; determining that the computing device is at a predetermined distance to the location associated with the second image template; based on the determination that the computing device is at a predetermined distance to the location associated with the second image template, comparing (614, 616) the second image with the second image template to determine whether the user is authorized to use the computing device; and granting access to the computing device based on the comparison of the second image and the second image template. acquiring (508; 608) a first image with the computing device; comparing the first image with a first image template to determine whether a person corresponding to the first image is authorized to use the computing device; displaying a request for user credentials to authenticate the user based on the comparison of the first image and the first image template; receiving the user credentials; storing the first image as a second image template based on a determination that the user credentials authorizes the user to use the computing device; associating a location of the computing device with the second image template, wherein the second image template is used for authorizing the user rather than the first image template based on the location; acquiring a second image with the computing device; determining that the computing device is at a predetermined distance to the location associated with the second image template; based on the determination that the computing device is at a predetermined distance to the location associated with the second image template, comparing (614, 616) the second image with the second image template to determine whether the user is authorized to use the computing device; and granting access to the computing device based on the comparison of the second image and the second image template.
Method for detecting the position of a guardrail on a chairlift gondola, comprising the following steps: • installing a camera so that it captures a gondola in its field of vision substantially from the front or the back, such that the gondola can be tracked in the field of vision over a relatively long distance; • producing a flow of images of the gondola scanning the field of vision by the camera; • analysing the images produced by the camera with a pattern recognition and tracking system according to the following steps: • performing recognition and tracking of the gondola without taking into account its guardrail; • associating the gondola with a presence zone (18a, 18b) of the guardrail; and • analysing the presence zone to determine the position of the guardrail. • installing a camera so that it captures a gondola in its field of vision substantially from the front or the back, such that the gondola can be tracked in the field of vision over a relatively long distance; • producing a flow of images of the gondola scanning the field of vision by the camera; • analysing the images produced by the camera with a pattern recognition and tracking system according to the following steps: • performing recognition and tracking of the gondola without taking into account its guardrail; • associating the gondola with a presence zone (18a, 18b) of the guardrail; and • analysing the presence zone to determine the position of the guardrail.
An injectable soft tissue filler composition, which is a hydrogel comprising (i) hyaluronic acid and/or a salt thereof crosslinked with a biocompatible protein via zero-length crosslinked moieties, and (ii) an active agent selected from an anesthetic agent and a medicinal neurotoxin. (i) hyaluronic acid and/or a salt thereof crosslinked with a biocompatible protein via zero-length crosslinked moieties, and (ii) an active agent selected from an anesthetic agent and a medicinal neurotoxin.
Process to start-up a pressurized gasification reactor, which reactor is comprised of a vessel, an outlet conduit for product gas, which conduit is provided with a valve, a start-up burner (1, 16, 26) and a burner for performing the gasification reaction, by (i) operating the start-up burner (1, 16, 26) by injecting a fuel into a stream (11, 35) of an oxygen containing gas in a stagnant zone (13, 37) as present downstream from an obstruction (6, 36) as present in the stream of oxygen located at a burner head (9, 27) of the start-up burner and simultaneously increasing the pressure in the vessel by throttling the valve, and (ii) starting the burner for performing the gasification reaction once the pressure and the temperature in the vessel has reached a target pressure level by introducing a solid carbonaceous feed and an oxygen containing gas to said burner for performing the gasification reaction while performing the process according to (i). (i) operating the start-up burner (1, 16, 26) by injecting a fuel into a stream (11, 35) of an oxygen containing gas in a stagnant zone (13, 37) as present downstream from an obstruction (6, 36) as present in the stream of oxygen located at a burner head (9, 27) of the start-up burner and simultaneously increasing the pressure in the vessel by throttling the valve, and (ii) starting the burner for performing the gasification reaction once the pressure and the temperature in the vessel has reached a target pressure level by introducing a solid carbonaceous feed and an oxygen containing gas to said burner for performing the gasification reaction while performing the process according to (i).
A device (20, 120, 220) to clean and/or disinfect either or both surfaces of a sphygmomanometer cuff, the device comprising a source of cleaning and/or disinfection (5, 105, 205) located so as to act on a sphygmomanometer cuff; characterised in that an entrance (10, 110, 210) through which a sphygmomanometer cuff may be introduced into a passageway (1, 101, 201) and an exit (11, 111, 211) from the passageway is provided, said source of cleaning and/or disinfection (5, 105, 205) located within the passageway; in that a drive mechanism (2, 102, 202) is provided to feed said cuff through the passageway and in that the passageway comprises a curved portion. an entrance (10, 110, 210) through which a sphygmomanometer cuff may be introduced into a passageway (1, 101, 201) and an exit (11, 111, 211) from the passageway is provided, said source of cleaning and/or disinfection (5, 105, 205) located within the passageway; in that a drive mechanism (2, 102, 202) is provided to feed said cuff through the passageway and in that the passageway comprises a curved portion.
A light emitting device comprising a body having a surface, a region of a semiconductor material and a light emitting source on one side of the surface, and an emitted light directing arrangement adjacent an opposite side of the surface, the light directing arrangement comprising a structure of alternate layers (28.1 to 28.4) of a light reflecting material and layers (30.1 to 30.4) of an insulating material forming a light reflecting sidewall defining a passage for light and wherein the sidewall comprises exposed edges of the layers (28.1 to 28.4) of a light reflecting material linked by regions of a light reflecting material cladding adjacent edges of the layers (30.1 to 30.4) of an insulating material.
A split mechanical seal for mounting to a housing containing a rotating shaft, comprising a gland assembly configured for mounting to the housing and forming a chamber, a stationary seal ring seated within the chamber of the gland assembly and coupled thereto, the stationary seal ring having a sealing surface and an opposed axially outer top surface, a holder assembly disposed in the chamber and positioned so as to be in a cooperative sealing relationship with the gland assembly, the holder assembly defining a space and capable of rotating with the shaft, and a rotary seal ring disposed within the space of the holder assembly and is coupled thereto, characterized in that the gland assembly comprises a housing that includes an axially outermost top surface having a gland groove formed thereon, wherein the gland groove is formed at least in part by a plurality of spaced apart, discrete raised wall portions that extend axially outwardly from the axially outermost top surface, and the axially outermost top surface further has formed therein a plurality of spaced apart, discrete cut-out sections formed into the top surface and extending axially inwardly relative to the top surface and relative to the plurality of raised wall portions, wherein the cut-out sections are sized and dimensioned for seating at least a portion of a biasing clip assembly, and wherein the plurality of cut-out portions are alternately disposed between the plurality of raised wall portions within the axially outermost top surface, such that one of the plurality of cut-out sections is disposed between at least two of the plurality of raised wall portions.
A medical device, comprising: a shaft having a longitudinal axis; and a cage coupled to the shaft, the cage sized for placement in a vessel and comprising a plurality of elongated cutting members configured to cut material(s) inside the vessel, wherein the cage comprising a first end and a second end; wherein the first end, the second end, or both of the first and second ends (302, 304), are moveable along the longitudinal axis of the shaft to change a distance between the first end and the second end of the cage; wherein the cage has a naturally expanded configuration when no external stress is imposed on the cage, the cage having a first cross sectional dimension when being in the naturally expanded configuration; wherein the cage is collapsible to form a collapsed configuration in response to an increase in the distance between the first end and the second end of the cage; and wherein the medical device further comprises a control configured to apply a radial force to expand the cage beyond its naturally expanded configuration so that the cage has a second cross sectional dimension that is larger than the first cross sectional dimension; characterized in that the cutting members have respective first cutting edges and respective second cutting edges, each of the first and second cutting edges facing a direction that is away from a wall of the vessel when the cage is in the naturally expanded configuration, wherein the first cutting edges face proximally, and wherein the second cutting edges face distally. a shaft having a longitudinal axis; and a cage coupled to the shaft, the cage sized for placement in a vessel and comprising a plurality of elongated cutting members configured to cut material(s) inside the vessel, wherein the cage comprising a first end and a second end; wherein the first end, the second end, or both of the first and second ends (302, 304), are moveable along the longitudinal axis of the shaft to change a distance between the first end and the second end of the cage; wherein the cage has a naturally expanded configuration when no external stress is imposed on the cage, the cage having a first cross sectional dimension when being in the naturally expanded configuration; wherein the cage is collapsible to form a collapsed configuration in response to an increase in the distance between the first end and the second end of the cage; and wherein the medical device further comprises a control configured to apply a radial force to expand the cage beyond its naturally expanded configuration so that the cage has a second cross sectional dimension that is larger than the first cross sectional dimension; characterized in that the cutting members have respective first cutting edges and respective second cutting edges, each of the first and second cutting edges facing a direction that is away from a wall of the vessel when the cage is in the naturally expanded configuration, wherein the first cutting edges face proximally, and wherein the second cutting edges face distally.
A method in a user equipment, for setting values of system parameters used within a cell served by a base station of a wireless communication system, the method comprising: receiving, for the system parameters, a first set of parameter values and an associated first tag, from the base station, storing the received first set of parameter values and the associated first tag, receiving, for the system parameters, a second set of parameter values and an associated second tag, from the base station, storing the received second set of parameter values and the associated second tag, the method characterized in that it comprises: receiving configuration information from the base station indicating recurring time-instances at which the user equipment is to read a command for setting the values of the system parameters, which command comprises a command tag, receiving commands for setting the values of system parameters from the base station, and applying the first set of parameter values associated with the stored first tag if the stored first tag corresponds to the received command tag, and applying the second set of parameter values associated with the stored second tag if the stored second tag corresponds to the received command tag. receiving, for the system parameters, a first set of parameter values and an associated first tag, from the base station, storing the received first set of parameter values and the associated first tag, receiving, for the system parameters, a second set of parameter values and an associated second tag, from the base station, storing the received second set of parameter values and the associated second tag, the method characterized in that it comprises: receiving configuration information from the base station indicating recurring time-instances at which the user equipment is to read a command for setting the values of the system parameters, which command comprises a command tag, receiving commands for setting the values of system parameters from the base station, and applying the first set of parameter values associated with the stored first tag if the stored first tag corresponds to the received command tag, and applying the second set of parameter values associated with the stored second tag if the stored second tag corresponds to the received command tag. receiving configuration information from the base station indicating recurring time-instances at which the user equipment is to read a command for setting the values of the system parameters, which command comprises a command tag, receiving commands for setting the values of system parameters from the base station, and applying the first set of parameter values associated with the stored first tag if the stored first tag corresponds to the received command tag, and applying the second set of parameter values associated with the stored second tag if the stored second tag corresponds to the received command tag.
A drum of a brake drum of a motor-vehicle wheel comprising: - a side cylindrical wall and an annular front wall, perpendicular to a rotation axis of the drum brake, - said side cylindrical wall having a plurality of peripheral aerodynamic fins, distributed with constant pitch along said side cylindrical wall, - said front annular wall having a main face on which a series of main aerodynamic fins are formed, distributed around said rotation axis, and arranged protruding from said main face. - said drum being characterized in that said main aerodynamic fins are alternately inclined in opposite directions with respect to a radial direction. - a side cylindrical wall and an annular front wall, perpendicular to a rotation axis of the drum brake, - said side cylindrical wall having a plurality of peripheral aerodynamic fins, distributed with constant pitch along said side cylindrical wall, - said front annular wall having a main face on which a series of main aerodynamic fins are formed, distributed around said rotation axis, and arranged protruding from said main face. - said drum being characterized in that said main aerodynamic fins are alternately inclined in opposite directions with respect to a radial direction.
A connection member for fastening an anti-skid device to a vehicle wheel, wherein the connection member has a handling portion configured for handling by a user and a hooking-in portion configured for attaching the connection member to the vehicle wheel, wherein the hooking-in portion is arranged on a wheel-side end of the connection member and has a hook, wherein the handling portion is located between the hooking-in portion and an anti-skid device-side end, located opposite the wheel-side end, of the connection member, characterised in that the hook has a mouth for receiving the one portion of the vehicle wheel and a closing mechanism for closing the mouth.
A composition comprising a poloxamer for use in treating, preventing or reducing diaphragm skeletal muscle injury or diaphragm skeletal muscle deficiency in a subject.
A microfluidic system comprising: a) a chip comprising a droplet-generating device and/or a droplet nanoinjection device and/or a droplet reinjection device and/or a droplet fusion device, b) a delay line of a length between 0.1m and 100m, c) a droplet-analysis device, and d) optionally a droplet sorting device, wherein the delay line is fluidically connected at one end to the outlet of the device a), and at the other end to the inlet of the device c), characterized in that the device a) is configured to generate or provide either: 1) droplets with a diameter that is equal or larger than the inner diameter of the delay line; or 2) droplets with a diameter that is smaller than the inner diameter of the off-chip delay line, in which case the device a) is configured in addition to generate and/or insert, between each droplet or group of about 2 to about 100 droplets, a separating-droplet with a diameter that is equal or larger than the inner diameter of the delay line, the system characterized in that, the inner diameter of the delay line is constant over its entire length, and in that the delay line is off-chip. a) a chip comprising a droplet-generating device and/or a droplet nanoinjection device and/or a droplet reinjection device and/or a droplet fusion device, b) a delay line of a length between 0.1m and 100m, c) a droplet-analysis device, and d) optionally a droplet sorting device, 1) droplets with a diameter that is equal or larger than the inner diameter of the delay line; or 2) droplets with a diameter that is smaller than the inner diameter of the off-chip delay line, in which case the device a) is configured in addition to generate and/or insert, between each droplet or group of about 2 to about 100 droplets, a separating-droplet with a diameter that is equal or larger than the inner diameter of the delay line,