mhurhangee/ep-ind-claims huggingface dataset:
A beverage capsule for a beverage-preparation apparatus, comprising: - a substantially cup-shaped capsule body having a first end and a second end, and defining a cavity; - an outlet disposed in said second end in communication with said cavity; - an injection membrane disposed upon said first end so as to close said cavity; and - a quantity of a beverage ingredient disposed within said cavity; characterized in that it further comprises an elongate member extending from said second end into said cavity; and a channel extending through said elongate member from an extremity of said elongate member opposite said second end, said cavity being in fluid communication with said outlet solely through said channel. - a substantially cup-shaped capsule body having a first end and a second end, and defining a cavity; - an outlet disposed in said second end in communication with said cavity; - an injection membrane disposed upon said first end so as to close said cavity; and - a quantity of a beverage ingredient disposed within said cavity;
A method of electro-dynamically matching a bearing assembly, comprising: electrically separating inner and outer races from rolling elements with lubricant; rotating the inner race relative to the outer race; applying a controlled voltage amplitude and frequency across the inner race and the outer race; and eroding at least one of the inner race and the outer race with an electrical discharge event across a lubricant disposed between the one inner race or the outer race and a rolling element. electrically separating inner and outer races from rolling elements with lubricant; rotating the inner race relative to the outer race; applying a controlled voltage amplitude and frequency across the inner race and the outer race; and eroding at least one of the inner race and the outer race with an electrical discharge event across a lubricant disposed between the one inner race or the outer race and a rolling element.
Connection device for the connection of a conductor end, which connection device has a housing and also a busbar section, a clamping spring arrangement and a rotary lever arrangement in the housing, the clamping spring arrangement being able to be rotated, with the aid of the rotary lever arrangement, from an open position to a contact position, in which contact is made with the conductor end, the clamping spring arrangement consisting of one or more clamping springs (41, 42) which are each embodied as leaf springs and each have at least one clamping limb (410, 420) and at least one actuating limb (411, 421), wherein the at least one clamping limb (410, 420) and the at least one actuating limb (411, 421) are oriented at an angle, preferably at an acute angle of between 5° and 85°, in relation to one another and are connected to one another by means of a bending region (412, 422), the bending region (412, 422) of at least one of the leaf springs (41, 42) bearing against a spring carrier, characterised in that the spring carrier being designed as a part which is separate from the housing, and that the clamping spring arrangement being capable of being preassembled on the spring carrier, and that the spring carrier is arranged pivotably in the housing.
A method of manufacturing a reverse osmosis membrane, the method comprising: forming an aqueous solution layer containing a multifunctional aromatic amine compound on a porous support; forming a polyamide active layer by bringing an organic solution containing an acyl halide compound to contact an upper portion of the aqueous solution layer; and allowing an organic solution containing a multifunctional aromatic amine compound to contact an upper portion of the polyamide active layer, wherein the organic solution containing the multifunctional aromatic amine compound comprises an alcohol solvent, the alcohol concentration is 50 weight% or more, and the organic solution containing the multifunctional aromatic amine compound comprises 1 to 30 weight% of a multifunctional aromatic amine compound. forming an aqueous solution layer containing a multifunctional aromatic amine compound on a porous support; forming a polyamide active layer by bringing an organic solution containing an acyl halide compound to contact an upper portion of the aqueous solution layer; and allowing an organic solution containing a multifunctional aromatic amine compound to contact an upper portion of the polyamide active layer, wherein the organic solution containing the multifunctional aromatic amine compound comprises an alcohol solvent, the alcohol concentration is 50 weight% or more, and the organic solution containing the multifunctional aromatic amine compound comprises 1 to 30 weight% of a multifunctional aromatic amine compound.
A punching machine for punching polymeric automotive components, in particular bumpers, comprising - a machine frame, - at least one device for fixing a polymeric vehicle component on the machine frame, and - at least one punching device, wherein the punching device includes at least one punching tool and at least one punching die, wherein both the punching tool and the punching die is attached on a receptacle device of a movable carrier (7, 8), and wherein the carriers (7, 8) are arranged on a C-shaped bracket, on which the entire punching device is mounted, characterized in that the carriers (7, 8) each comprise at least one further receptacle device for fastening at least one further processing device (9, 10, 20, 30) so that by a movement of the carrier (7, 8), an adjustment of the punching machine to a new, different processing step with the further processing device (9, 10, 20, 30) can be performed. - a machine frame, - at least one device for fixing a polymeric vehicle component on the machine frame, and - at least one punching device,
An elastic bluff body suitable for being positioned in a wellbore or a pipeline, the elastic bluff body comprising: an elastic mount; a bluff body (106, 206) attached to the elastic mount and configured to generate vortex shedding when the elastic mount orients the bluff body in a flow-line transverse to a fluid flow and vibrates in response to the vortex shedding; and a harvester located within the bluff body and configured to generate power above a specified threshold in response to the vibration, and wherein the harvester comprises a cantilever beam configured to oscillate in response to the vortex shedding. an elastic mount; a bluff body (106, 206) attached to the elastic mount and configured to generate vortex shedding when the elastic mount orients the bluff body in a flow-line transverse to a fluid flow and vibrates in response to the vortex shedding; and a harvester located within the bluff body and configured to generate power above a specified threshold in response to the vibration, and wherein the harvester comprises a cantilever beam configured to oscillate in response to the vortex shedding.
An immune-signaling glycosidase composition for use in treating a patient having a chronic viral infection, wherein a non-acute regimen of said immune-signaling glycosidase composition comprising Clostridium perfringens Nanl neuraminidase, comprising an amino acid sequence that is at least 90% identical to GenBank accession number EIA17977.1, is to be administered sublingually to the patient so as to treat, ameliorate, and/or manage said infection.
Kit for applying an adhesive composition on a support such as a surgical mesh, wherein the kit comprises: • an applicator comprising: o a body defining a chamber for storing an adhesive composition such as a light-curable compound, and an outlet for delivering the adhesive composition stored in the chamber, o a piston mobile in translation relative to the body, o a drive element mobile in rotation relative to the body, and configured to be releasably engaged with a guide (100, 200, 300) external to the applicator, wherein rotating the drive element relative to the body causes the piston to translate relative to the body so as to reduce a volume of the chamber and force the adhesive composition out of the applicator through the outlet; and • a guide (100, 200, 300) wherein: • the applicator and the guide (100, 200, 300) are able to be set in an engaged configuration wherein the drive element is engaged with the guide and wherein the outlet faces the support, • moving the drive element along the guide (100, 200, 300) causes the drive element to rotate relative to the body while the guide and the applicator are in the engaged configuration, characterised in that the guide defines an elongated hole (108, 208, 308) leaving exposed an elongated area of the support whenever the guide covers the support. • an applicator comprising: o a body defining a chamber for storing an adhesive composition such as a light-curable compound, and an outlet for delivering the adhesive composition stored in the chamber, o a piston mobile in translation relative to the body, o a drive element mobile in rotation relative to the body, and configured to be releasably engaged with a guide (100, 200, 300) external to the applicator, wherein rotating the drive element relative to the body causes the piston to translate relative to the body so as to reduce a volume of the chamber and force the adhesive composition out of the applicator through the outlet; and o a body defining a chamber for storing an adhesive composition such as a light-curable compound, and an outlet for delivering the adhesive composition stored in the chamber, o a piston mobile in translation relative to the body, o a drive element mobile in rotation relative to the body, and configured to be releasably engaged with a guide (100, 200, 300) external to the applicator, wherein rotating the drive element relative to the body causes the piston to translate relative to the body so as to reduce a volume of the chamber and force the adhesive composition out of the applicator through the outlet; and • a guide (100, 200, 300) • the applicator and the guide (100, 200, 300) are able to be set in an engaged configuration wherein the drive element is engaged with the guide and wherein the outlet faces the support, • moving the drive element along the guide (100, 200, 300) causes the drive element to rotate relative to the body while the guide and the applicator are in the engaged configuration,
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: measuring reference signal received power, RSRP, values corresponding to each synchronization signal block, SSB, based on a plurality of SSBs transmitted by a base station; identifying a coverage enhancement, CE, level of the UE based on the measured RSRP values and at least one RSRP threshold; and transmitting, to the base station, one or more random access preambles based on the identified CE level, wherein in case that a plurality of RSRP thresholds is used, the CE level of the UE is identified based on the plurality of RSRP thresholds and n number of largest RSRP values among the measured RSRP values, and wherein the n number of the largest RSRP values is configured by a system information block, SIB. measuring reference signal received power, RSRP, values corresponding to each synchronization signal block, SSB, based on a plurality of SSBs transmitted by a base station; identifying a coverage enhancement, CE, level of the UE based on the measured RSRP values and at least one RSRP threshold; and transmitting, to the base station, one or more random access preambles based on the identified CE level, wherein in case that a plurality of RSRP thresholds is used, the CE level of the UE is identified based on the plurality of RSRP thresholds and n number of largest RSRP values among the measured RSRP values, and wherein the n number of the largest RSRP values is configured by a system information block, SIB.
A computer-implemented method for executing a call control for a client on a telephony endpoint representing a user, said method comprising the following steps: - a logic unit of a port handler transmits a first call via a first trunk receiving unit representing a first trunk to a first sending unit assigned to the user, - the logic unit assigns the first trunk receiving unit and the first call to the user, by processing a first identification received via the first trunk receiving unit, using a suitably structured database and an assignment table, - the logic unit transmits at least one second call via a second trunk receiving unit representing at least one second trunk, likewise to the sending unit assigned to the user, - the logic unit assigns the second trunk receiving unit and the at least second call likewise to the user, by processing a second identification received via the second trunk receiving unit, using the database and the assignment table, and - the switching-capable sending unit assigned to the user and a switching-capable receiving unit assigned to the user use the client to carry out a call control of the first call and the at least one second call for the telephony endpoint representing the user. - a logic unit of a port handler transmits a first call via a first trunk receiving unit representing a first trunk to a first sending unit assigned to the user, - the logic unit assigns the first trunk receiving unit and the first call to the user, by processing a first identification received via the first trunk receiving unit, using a suitably structured database and an assignment table, - the logic unit transmits at least one second call via a second trunk receiving unit representing at least one second trunk, likewise to the sending unit assigned to the user, - the logic unit assigns the second trunk receiving unit and the at least second call likewise to the user, by processing a second identification received via the second trunk receiving unit, using the database and the assignment table, and - the switching-capable sending unit assigned to the user and a switching-capable receiving unit assigned to the user use the client to carry out a call control of the first call and the at least one second call for the telephony endpoint representing the user.
A brake disc, rotating about its own axis of rotation, comprising a brake strip, an element for supporting the brake strip and a plurality of first elements for connecting the brake strip with the supporting element which can be elastically deformed in such a way as to allow a relative movement of the brake strip with respect to the supporting element; characterized in that the supporting element comprises at least a first component and a second component connected to the brake strip by means of the first connecting elements; a plurality of second connecting elements of the first component and of the second component are elastically deformable in such a way as to allow a relative movement between the first component and the second component.
A heart assist device connection system, comprising: an inflow connector in fluid-tight communication with an inflow section of a heart assist device and configured to be releasably connected to an inlet extension inserted into a patient's ventricle, the inflow connector having a plurality of recesses configured to receive and match a protrusion on the inlet extension to prevent rotation of the inlet extension relative to the inflow connector; an outflow connector in fluid-tight communication with an outflow section of the heart assist device and configured to be releasably connected to a conduit attached to the patient's vasculature; wherein the plurality of recesses includes a plurality of internal peripheral scallops. an inflow connector in fluid-tight communication with an inflow section of a heart assist device and configured to be releasably connected to an inlet extension inserted into a patient's ventricle, the inflow connector having a plurality of recesses configured to receive and match a protrusion on the inlet extension to prevent rotation of the inlet extension relative to the inflow connector; an outflow connector in fluid-tight communication with an outflow section of the heart assist device and configured to be releasably connected to a conduit attached to the patient's vasculature; wherein the plurality of recesses includes a plurality of internal peripheral scallops.
An anti-icing system for a turbine engine vane extending between an outer casing and an inner casing defining a passage, the system comprising the vane, the outer casing and injector means for injecting a jet of air into the passage upstream from the vane, the injector means including a first injection orifice for injecting the jet of air, the first orifice passing through the outer casing and being located in such a manner that, at a first speed of the engine in which a stream of air flows generally in the passage along a first direction, the first orifice and a leading edge of the vane are substantially in alignment along the first direction, the system being characterized in that the first orifice is spaced apart from the junction between said leading edge of the vane and the outer casing through which the first orifice passes by a distance of at least 10 mm, and preferably of about 15 mm, the vane presenting a leading edge sloping in a direction such that the junction between the vane and the inner casing is positioned further upstream than is the junction between the vane and the outer casing, the first orifice is positioned in register with a point of the leading edge situated at a height of about 40% of said passage, the first orifice extending substantially radially relative to a longitudinal axis along which the turbine engine extends, the first orifice being circular in shape having a diameter D lying in the range 0.5 mm to 5 mm and that satisfies the inequality 0.02 ≤ D/H ≤ 0.6, where H corresponds to the height of said passage.
An additive manufacturing system comprising: a coalescing agent distributor or an interface to receive the coalescing agent distributor, the coalescing agent distributor configured to selectively deliver coalescing agent onto portions of successive layers of build material at a first contone density and at a second contone density different from the first contone density; a controller configured to control the coalescing agent distributor to selectively deliver the coalescing agent at the first and second contone densities respectively onto an interior portion and a surface portion of the layers in respective first and second patterns in accordance with data representing a three-dimensional object to be generated, so that the build material is to solidify to form slices of the three-dimensional object in accordance with the first and second patterns, and so that the three-dimensional object is to achieve a target surface roughness as a result of the second contone density of the second pattern; wherein a said contone density is the spatial density at which drops of coalescing agent are delivered to portions of the build material; and wherein the second contone density is lower than the first contone density, the second contone density having more spacing between drops than the first contone density. a coalescing agent distributor or an interface to receive the coalescing agent distributor, the coalescing agent distributor configured to selectively deliver coalescing agent onto portions of successive layers of build material at a first contone density and at a second contone density different from the first contone density; a controller configured to control the coalescing agent distributor to selectively deliver the coalescing agent at the first and second contone densities respectively onto an interior portion and a surface portion of the layers in respective first and second patterns in accordance with data representing a three-dimensional object to be generated, so that the build material is to solidify to form slices of the three-dimensional object in accordance with the first and second patterns, and so that the three-dimensional object is to achieve a target surface roughness as a result of the second contone density of the second pattern; wherein a said contone density is the spatial density at which drops of coalescing agent are delivered to portions of the build material; and wherein the second contone density is lower than the first contone density, the second contone density having more spacing between drops than the first contone density.
Device for conveying powder, comprising: • a container for the powder defining a surface in the container; and • a suction means having a suction opening for sucking in the powder from the surface; characterized by • a balance for continuously weighing a mass of the powder in the container during suction of the powder, wherein the container with the powder stands on the balance; • a moving means for generating a relative movement in an X-coordinate direction and a Y-coordinate direction between the suction opening and the surface of the powder in the container during the suction of the powder and for vertically tracking the suction opening in a Z-coordinate direction, wherein a speed of the relative movement is variable on the basis of a measurement and control electronics in such a way that a predetermined mass flow dM dt of the powder prevails when the powder is conveyed; • wherein the balance is connected to the measurement and control electronics for controlling the moving means in such a way that the predetermined mass flow dM dt of the powder from the surface of the powder to a surface of a substrate is set or maintained via the speed of the relative movement. • a container for the powder defining a surface in the container; and • a suction means having a suction opening for sucking in the powder from the surface; characterized by • a balance for continuously weighing a mass of the powder in the container during suction of the powder, wherein the container with the powder stands on the balance; • a moving means for generating a relative movement in an X-coordinate direction and a Y-coordinate direction between the suction opening and the surface of the powder in the container during the suction of the powder and for vertically tracking the suction opening in a Z-coordinate direction, wherein a speed of the relative movement is variable on the basis of a measurement and control electronics in such a way that a predetermined mass flow dM dt of the powder prevails when the powder is conveyed; • wherein the balance is connected to the measurement and control electronics for controlling the moving means in such a way that the predetermined mass flow dM dt of the powder from the surface of the powder to a surface of a substrate is set or maintained via the speed of the relative movement.