mhurhangee/ep-ind-claims huggingface dataset:
Method of setting an anchor that can be fixed in position in a drill hole, the anchor being designed with: - an expansion sleeve for anchoring to a wall of the drill hole and - an anchor bolt passed through the expansion sleeve and having an expansion region for expanding the expansion sleeve, as well as a stop limiting the axial displacement of the expansion sleeve away from the expansion region, - wherein at least one rotary driver is provided and couples the expansion sleeve non-rotatably to the anchor bolt and - wherein the expansion sleeve has at least one cutting projection for producing an undercut in the wall of the drill hole, in the drill hole, in which method - the anchor is inserted into the drill hole and - an undercut is produced in the drill hole by means of the anchor, characterised in that - the expansion sleeve is set in rotation in the drill hole via the anchor bolt and the rotating expansion sleeve produces the undercut in the drill hole. - an expansion sleeve for anchoring to a wall of the drill hole and - an anchor bolt passed through the expansion sleeve and having an expansion region for expanding the expansion sleeve, as well as a stop limiting the axial displacement of the expansion sleeve away from the expansion region, - wherein at least one rotary driver is provided and couples the expansion sleeve non-rotatably to the anchor bolt and - wherein the expansion sleeve has at least one cutting projection for producing an undercut in the wall of the drill hole, - the anchor is inserted into the drill hole and - an undercut is produced in the drill hole by means of the anchor, - the expansion sleeve is set in rotation in the drill hole via the anchor bolt and the rotating expansion sleeve produces the undercut in the drill hole.
Inhalation therapy apparatus having - a respiratory air stream generating device for generating a respiratory air stream and conveying the respiratory air stream into a delivery pipe; - a nebulisation chamber with a respiratory air inlet opening to which the delivery pipe is connected and a tapering region which forms an outlet opening with a connection piece, - a hose-like intubation device which has a first end designed for connection to the connection piece of the outlet opening of the nebulisation chamber and a second end designed for endotracheal or endopharyngeal intubation, and - an aerosol generating device with a membrane aerosol generator for the nebulisation of a fluid and preparation of liquid droplets; characterised in that the aerosol generating device is disposed with the membrane aerosol generator in the nebulisation chamber and, referred to the tapering region, is aligned in such a way that dispensation of the liquid droplets is effected directly into the nebulisation chamber onto the tapering region, wherein the respiratory air delivered by the respiratory air stream generating device flows round the aerosol generating device with the membrane aerosol generator and as a result the liquid droplets are enveloped by the respiratory air stream like a sheath and the liquid droplets and the respiratory air stream mix. - a respiratory air stream generating device for generating a respiratory air stream and conveying the respiratory air stream into a delivery pipe; - a nebulisation chamber with a respiratory air inlet opening to which the delivery pipe is connected and a tapering region which forms an outlet opening with a connection piece, - a hose-like intubation device which has a first end designed for connection to the connection piece of the outlet opening of the nebulisation chamber and a second end designed for endotracheal or endopharyngeal intubation, and - an aerosol generating device with a membrane aerosol generator for the nebulisation of a fluid and preparation of liquid droplets; characterised in that the aerosol generating device is disposed with the membrane aerosol generator in the nebulisation chamber and, referred to the tapering region, is aligned in such a way that dispensation of the liquid droplets is effected directly into the nebulisation chamber onto the tapering region, wherein the respiratory air delivered by the respiratory air stream generating device flows round the aerosol generating device with the membrane aerosol generator and as a result the liquid droplets are enveloped by the respiratory air stream like a sheath and the liquid droplets and the respiratory air stream mix.
A wireless communication method, comprising: receiving, by a terminal device, a survival-time-related parameter of a first service; and processing, by the terminal device, service transmission based on the survival-time-related parameter, wherein the survival-time-related parameter comprises a data radio bearer, DRB, identifier, the method further comprising: receiving, by the terminal device, first indication information, wherein the first indication information is configured to instruct the terminal device to process the service transmission based on the survival-time-related parameter, characterised in that the first indication information and the survival-time-related parameter are separately received by the terminal device, wherein the processing, by the terminal device, service transmission based on the survival-time-related parameter comprises: in response to that survival time is configured or indicated, processing the service transmission by the terminal device, wherein the case that survival time is configured or indicated means that the survival-time-related parameter includes the survival time. receiving, by a terminal device, a survival-time-related parameter of a first service; and processing, by the terminal device, service transmission based on the survival-time-related parameter, wherein the survival-time-related parameter comprises a data radio bearer, DRB, identifier, the method further comprising: receiving, by the terminal device, first indication information, wherein the first indication information is configured to instruct the terminal device to process the service transmission based on the survival-time-related parameter, characterised in that the first indication information and the survival-time-related parameter are separately received by the terminal device, wherein the processing, by the terminal device, service transmission based on the survival-time-related parameter comprises: in response to that survival time is configured or indicated, processing the service transmission by the terminal device, wherein the case that survival time is configured or indicated means that the survival-time-related parameter includes the survival time. receiving, by the terminal device, first indication information, wherein the first indication information is configured to instruct the terminal device to process the service transmission based on the survival-time-related parameter, characterised in that the first indication information and the survival-time-related parameter are separately received by the terminal device, wherein the processing, by the terminal device, service transmission based on the survival-time-related parameter comprises: in response to that survival time is configured or indicated, processing the service transmission by the terminal device, wherein the case that survival time is configured or indicated means that the survival-time-related parameter includes the survival time.
A board conveyance device comprising: multiple engaging sections that are able to engage with a circuit board; characterized by a selective stopping device that is configured to selectively set one out of the multiple engaging sections to be in a stopping state, wherein one or more circuit boards is conveyed using one or more out of the multiple engaging sections excluding the one engaging section that is set to be in the stopping state by the selective stopping device, wherein the board conveyance device further includes a moving device provided with an actuator that is configured to move the multiple engaging sections and one driving source which is configured to drive the actuator, and wherein the selective stopping device includes a selective movement stopping section that is configured to set one out of the multiple engaging sections to be in the stopping state, which is a state in which the engaging section does not move even when the one driving source is in an operational state. multiple engaging sections that are able to engage with a circuit board; characterized by a selective stopping device that is configured to selectively set one out of the multiple engaging sections to be in a stopping state, wherein one or more circuit boards is conveyed using one or more out of the multiple engaging sections excluding the one engaging section that is set to be in the stopping state by the selective stopping device, wherein the board conveyance device further includes a moving device provided with an actuator that is configured to move the multiple engaging sections and one driving source which is configured to drive the actuator, and wherein the selective stopping device includes a selective movement stopping section that is configured to set one out of the multiple engaging sections to be in the stopping state, which is a state in which the engaging section does not move even when the one driving source is in an operational state.
A method for manufacturing an aerogel sheet, the method comprising: a step (a) of preparing silica sol; a step (b) of preparing a gelling catalyst; a step (c) of injecting the silica sol, which is prepared in the step (a), to a surface of a blanket to impregnate the silica sol; a step (d) of injecting the gelling catalyst, which is prepared in the step (b), to the surface of the blanket, into which the silica sol is impregnated, to gelate the silica sol; a step (e) of aging the blanket in which the silica sol is gelated; a step (f) of injecting a coating solution to the aged blanket to modify a surface of the blanket; and a step (g) of drying the blanket of which the surface is modified, wherein the step (c) and the step (d) are performed when the blanket is being transferred on a conveyor belt, the conveyor belt comprises a scraper comprising a first scraper adjusting a thickness of the silica sol injected to the surface of the blanket and a second scraper adjusting a thickness of the gelling catalyst injected to the surface of the blanket, and in the step (d), the gelling catalyst is injected to the surface of the blanket at a rate of 0.035 L/min to 0.012 L/min and left for a time of 8 minutes to 12 minutes to gelate the silica sol, wherein the more the density of the silica sol increases, the more the injection rate of the gelling catalyst decreases to induce stable gelation of the silica sol. a step (a) of preparing silica sol; a step (b) of preparing a gelling catalyst; a step (c) of injecting the silica sol, which is prepared in the step (a), to a surface of a blanket to impregnate the silica sol; a step (d) of injecting the gelling catalyst, which is prepared in the step (b), to the surface of the blanket, into which the silica sol is impregnated, to gelate the silica sol; a step (e) of aging the blanket in which the silica sol is gelated; a step (f) of injecting a coating solution to the aged blanket to modify a surface of the blanket; and a step (g) of drying the blanket of which the surface is modified, wherein the step (c) and the step (d) are performed when the blanket is being transferred on a conveyor belt, the conveyor belt comprises a scraper comprising a first scraper adjusting a thickness of the silica sol injected to the surface of the blanket and a second scraper adjusting a thickness of the gelling catalyst injected to the surface of the blanket, and in the step (d), the gelling catalyst is injected to the surface of the blanket at a rate of 0.035 L/min to 0.012 L/min and left for a time of 8 minutes to 12 minutes to gelate the silica sol, wherein the more the density of the silica sol increases, the more the injection rate of the gelling catalyst decreases to induce stable gelation of the silica sol.
A thrust bearing assembly with a cooling device, comprising: a fluid storage tank in which a thrust bearing is installed and a fluid is stored, an outer surface of the fluid storage tank being exposed to external air, at least one lower heat dissipating fin provided on an outer surface of the bottom portion of the fluid storage tank, wherein the lower heat dissipating fin has a protruded portion protruding in a radial direction on the bottom portion of the fluid storage tank, characterized in that a plurality of heat exchange fins are coupled to a bottom portion of the fluid storage tank in the fluid storage tank and in that the lower heat dissipating fin has an area increasing from a point at which the lower heat dissipating fin is coupled to the bottom portion of the fluid storage tank toward the protruded portion. a fluid storage tank in which a thrust bearing is installed and a fluid is stored, an outer surface of the fluid storage tank being exposed to external air, at least one lower heat dissipating fin provided on an outer surface of the bottom portion of the fluid storage tank, wherein the lower heat dissipating fin has a protruded portion protruding in a radial direction on the bottom portion of the fluid storage tank, characterized in that a plurality of heat exchange fins are coupled to a bottom portion of the fluid storage tank in the fluid storage tank and in that the lower heat dissipating fin has an area increasing from a point at which the lower heat dissipating fin is coupled to the bottom portion of the fluid storage tank toward the protruded portion.
An orthopaedic instrument system, comprising: an instrument caddy configured to receive a cutting broach, the caddy comprising a bottom wall, a first side wall extending upwardly from the bottom wall, and a second side wall spaced apart from the first side wall and extending upwardly from the bottom wall to define a storage chamber, characterised in that the first side wall includes an opening and a pair of surfaces extending inwardly from the opening to define a groove sized to receive a base of the cutting broach, and the pair of surfaces are shaped to engage the base of the cutting broach to inhibit rotation of the cutting broach about its longitudinal axis, wherein a slot aligned with the groove extends through the second side wall, the slot being sized to receive a tip of the cutting broach. an instrument caddy configured to receive a cutting broach, the caddy comprising a bottom wall, a first side wall extending upwardly from the bottom wall, and a second side wall spaced apart from the first side wall and extending upwardly from the bottom wall to define a storage chamber, characterised in that the first side wall includes an opening and a pair of surfaces extending inwardly from the opening to define a groove sized to receive a base of the cutting broach, and the pair of surfaces are shaped to engage the base of the cutting broach to inhibit rotation of the cutting broach about its longitudinal axis, wherein a slot aligned with the groove extends through the second side wall, the slot being sized to receive a tip of the cutting broach.
An implantable, radially distensible device comprising: a tubular structure having an open first end and an opposed open second end, the tubular structure having a wall between said first open end and said second end to define an open lumen therethrough, the wall having an outer surface and an opposed inner surface defining a wall thickness therebetween, the wall comprising a shape memory polymeric material, wherein the tubular structure is a self-supporting wall structure, wherein the tubular structure has a substantially solid wall and characterized in that the tubular structure has a plurality of grooves disposed within the outer surface of said wall, wherein the plurality of grooves are selected from the group consisting of radially orientated grooves, helically orientated grooves, interconnected helically orientated grooves having a first helical pattern and a second helical pattern, and crisscrossed helical grooves, and wherein the grooves are selected from the group consisting of a semicircular groove, a truncated circular groove, a semicircular groove with rounded surfaces, a groove having a flat bottom portion and smoothly rounded sides, a triangular-shaped groove, a groove having a flat bottom portion and sloped sides, a square-shaped groove, a rectangular-shaped groove, and combinations thereof. a tubular structure having an open first end and an opposed open second end, the tubular structure having a wall between said first open end and said second end to define an open lumen therethrough, the wall having an outer surface and an opposed inner surface defining a wall thickness therebetween, the wall comprising a shape memory polymeric material, wherein the tubular structure is a self-supporting wall structure, wherein the tubular structure has a substantially solid wall and characterized in that the tubular structure has a plurality of grooves disposed within the outer surface of said wall, wherein the plurality of grooves are selected from the group consisting of radially orientated grooves, helically orientated grooves, interconnected helically orientated grooves having a first helical pattern and a second helical pattern, and crisscrossed helical grooves, and wherein the grooves are selected from the group consisting of a semicircular groove, a truncated circular groove, a semicircular groove with rounded surfaces, a groove having a flat bottom portion and smoothly rounded sides, a triangular-shaped groove, a groove having a flat bottom portion and sloped sides, a square-shaped groove, a rectangular-shaped groove, and combinations thereof.
A cold firework spurting apparatus, comprising: a feeding device configured to feed a metal powder; a conveying device configured to convey material by continuously propelling the metal powder fed by the feeding device through rotation; a heating mechanism attached to the conveying device and configured to heat the metal powder during the conveying process of the conveying device; and a spurting device configured to ignite and spurt the metal powder heated by the heating mechanism, wherein an output end of the feeding device is open to the conveying device and an output end of the conveying device is open to the spurting device, wherein the feeding device is configured to continuously feed the metal powder by continuously propelling the metal powder through rotation, characterized in that the feeding device comprises a loading hopper for storing the metal powder and a feeding hopper for feeding the metal powder. a feeding device configured to feed a metal powder; a conveying device configured to convey material by continuously propelling the metal powder fed by the feeding device through rotation; a heating mechanism attached to the conveying device and configured to heat the metal powder during the conveying process of the conveying device; and a spurting device configured to ignite and spurt the metal powder heated by the heating mechanism, wherein an output end of the feeding device is open to the conveying device and an output end of the conveying device is open to the spurting device,
Universal automatic tensioning system, for roller blinds and awnings with side rails comprising a crossbar equipped with a spring pin that can move along a side guide that defines the rail for the shift of the awning, wherein said system includes one or more fixed clip(s) that can be hooked by the spring pin causing the locking of the roller blind; characterized in that the system comprises a mobile flap and in that a further movement of the awning's crossbar will force the spring pin engaging with the mobile flap that works as a sort of "bridge" for the spring pin, causing the unlocking of the crossbar.
An article comprising a polymeric foam, wherein the polymeric foam comprises a continuous polymer matrix defining cells therein, the polymer matrix comprising: (a) from 25 to 65 weight percent of one or more olefin block copolymer having a melt index of two grams per ten minutes or more, (b) from 65 to 25 weight percent of one or more chlorinated olefin polymer having a Mooney viscosity less than 60 (ML 1+4, 125°C), and (c) from 5 to 30 weight parts of antimony trioxide relative to 100 weight parts of polymers in the polymeric foam, with weight percent values relative to total polymer weight in the polymeric foam; wherein melt index is measured using ASTM D-1238 at 190 °C, 2.16 kg; and wherein Mooney viscosity is measured in accordance with ISO 289 at 125 °C.
A method performed by a user equipment, UE (102;120;1400), arranged to communicate with a network node (100;105,110,115;1500) in a wireless network, for activation of a secondary cell, SCell, for operating with the UE's (102;120;1400), primary serving cell, PCell, in the wireless network, the method comprising: determining a receiver activity rate for the UE (102;120;1400) based on a SCell measurement cycle; receiving, from the network node (100;105,110,115; 1500) via the PCell, an activation request identifying the SCel the method is characterised by:; when receiving the activation request, selecting one of a plurality of activation procedures for the SCell based on the receiver activity rate comprises: determining a duration, T, since the UE's (102;120;1400) last measurement of a signal transmitted by the SCell; determining whether T is greater than a first threshold, T0, that is a function of the receiver activity rate; if T is greater than T0, selecting/activating the SCell according to a first activation procedure; and otherwise, selecting a second activation procedure; and activating the SCell based on the selected activation procedure. determining a receiver activity rate for the UE (102;120;1400) based on a SCell measurement cycle; receiving, from the network node (100;105,110,115; 1500) via the PCell, an activation request identifying the SCel the method is characterised by:; when receiving the activation request, selecting one of a plurality of activation procedures for the SCell based on the receiver activity rate comprises: determining a duration, T, since the UE's (102;120;1400) last measurement of a signal transmitted by the SCell; determining whether T is greater than a first threshold, T0, that is a function of the receiver activity rate; if T is greater than T0, selecting/activating the SCell according to a first activation procedure; and otherwise, selecting a second activation procedure; and activating the SCell based on the selected activation procedure.