mhurhangee/ep-ind-claims huggingface dataset:
Door construction for an airborne vehicle, the door construction comprising: a door; a door frame, with the shape of door frame forming a gap between the door and the door frame in the outer surface of the door and the door frame when the door is closed; and a gap sealing device comprising an inflatable tube and at least one tube inlet, the inflatable tube being configured to be inflated through the at least one tube inlet and to at least partially seal the gap between the door and the door frame when inflated, characterized in that upon pressurizing the inside of the airborne vehicle, the inflatable tube is configured to become inflated due to the pressure difference between the outside of the airborne vehicle and the inside of the airborne vehicle. a door; a door frame, with the shape of door frame forming a gap between the door and the door frame in the outer surface of the door and the door frame when the door is closed; and a gap sealing device comprising an inflatable tube and at least one tube inlet, the inflatable tube being configured to be inflated through the at least one tube inlet and to at least partially seal the gap between the door and the door frame when inflated, characterized in that upon pressurizing the inside of the airborne vehicle, the inflatable tube is configured to become inflated due to the pressure difference between the outside of the airborne vehicle and the inside of the airborne vehicle.
A strap end connecting device for a strapping system, the strap end connecting device being provided with two interacting assemblies, in particular with two fastening heads (11, 12) which can be moved toward and away from one another, and which are provided for forming strappings from in each case two plastic straps, a separating device for severing the two plastic straps and a welding unit for welding strap ends (4a, 5a, 4b, 5b) of the two plastic straps being provided in a manner which is distributed to the two assemblies, wherein the strap end connecting device comprises a separating device for severing at least one strap (4, 5), in particular a plastic strap, the separating device has a blade with an edge for severing the at least one strap (4, 5), and the separating device is adapted to be connected to the strap end connecting device, the strap end connecting device has an assembly which has a heating element, wherein the blade is adapted to be connected to that assembly of the strap end connecting device which has the heating element, wherein the separating device has a carrier, on which the blade is arranged, the carrier is adapted to be attached to that assembly of the strap end connecting device which has the heating element and characterized in that there is a spacing between the heating element and the blade, wherein the heating element is a constituent part of the welding unit and wherein the blade is arranged in the vicinity of the heating element by means of the carrier such that the blade can experience a temperature increase on account of the heating element, the strap end connecting device further comprises an insulation means, by way of which the blade is insulated electrically from the electrically heated heating element.
A water supply apparatus, wherein - a mixing apparatus with a mixing container is provided for mixing water carried in the mixing apparatus in the mixing container; - relative to the mixing container, a base apparatus is arranged which has a base chamber that is hydraulically connected to a water conduit (11, 12, 13) of the water supply apparatus and which has an opening to the surroundings; - a sealing device is installed in the base chamber for closing off the opening of the base chamber from the surroundings; - the sealing device has a wall area with predetermined breaking point which has a compressive strength that is lower than the compressive strength of wall areas of other components of the water supply apparatus which, in the operating state, enclose cavities that can be filled with water, and which separate these cavities that can be filled with water from the surroundings; characterized in that - the wall area with predetermined breaking point is dimensioned in such a manner that when at least one of the cavities of the water supply apparatus is filled with freezing water, the wall area with predetermined breaking point will break before another component of the water supply apparatus breaks. - a mixing apparatus with a mixing container is provided for mixing water carried in the mixing apparatus in the mixing container; - relative to the mixing container, a base apparatus is arranged which has a base chamber that is hydraulically connected to a water conduit (11, 12, 13) of the water supply apparatus and which has an opening to the surroundings; - a sealing device is installed in the base chamber for closing off the opening of the base chamber from the surroundings; - the sealing device has a wall area with predetermined breaking point which has a compressive strength that is lower than the compressive strength of wall areas of other components of the water supply apparatus which, in the operating state, enclose cavities that can be filled with water, and which separate these cavities that can be filled with water from the surroundings; characterized in that - the wall area with predetermined breaking point is dimensioned in such a manner that when at least one of the cavities of the water supply apparatus is filled with freezing water, the wall area with predetermined breaking point will break before another component of the water supply apparatus breaks.
A method for processing carrier resource of an unlicensed carrier, comprising: determining, in a competitive way, to access the unlicensed carrier in a transmission window; and accessing, according to a predetermined access condition, the unlicensed carrier, wherein the predetermined access condition includes at least one of: a determined length of the transmission window, the maximum number of accesses in the transmission window and the maximum access time in the transmission window, wherein determining, in the competitive way, to access the unlicensed carrier in the transmission window comprises: generating k random numbers N 0, N 1,.. N k- 1 in the transmission window [0, Y], wherein N j represents a start time point of the jth accessing the unlicensed carrier and 0<j<=k-1, a value of k is determined according to a quantity of data to be transmitted and a time period for each time accessing the unlicensed carrier, a value of Y is determined according to the length of the transmission window; and starting the jth accessing the unlicensed carrier from the time point N j when an idle time period of a length of a Clear Channel Assessment, CCA, is detected from the time point N j, determining, in a competitive way, to access the unlicensed carrier in a transmission window; and accessing, according to a predetermined access condition, the unlicensed carrier, wherein the predetermined access condition includes at least one of: a determined length of the transmission window, the maximum number of accesses in the transmission window and the maximum access time in the transmission window, wherein determining, in the competitive way, to access the unlicensed carrier in the transmission window comprises: generating k random numbers N 0, N 1,.. N k- 1 in the transmission window [0, Y], wherein N j represents a start time point of the jth accessing the unlicensed carrier and 0<j<=k-1, a value of k is determined according to a quantity of data to be transmitted and a time period for each time accessing the unlicensed carrier, a value of Y is determined according to the length of the transmission window; and starting the jth accessing the unlicensed carrier from the time point N j when an idle time period of a length of a Clear Channel Assessment, CCA, is detected from the time point N j,
Encapsulated plug-in connector which is fabricated with a cable and comprises an arrangement composed of a plug-in connector housing and a cylindrical encapsulating adapter sleeve for screw-connection to the plug-in connector housing, wherein the encapsulating adapter sleeve has a thread at one end in order to be connected to a mating thread of the plug-in connector housing and the encapsulating adapter sleeve has an internal channel for guiding a cable through, wherein, furthermore, a plurality of ribs and/or grooves are provided on the outer sheath of the encapsulating adapter sleeve, and the region with the ribs and/or grooves is formed as intended for mutual encapsulation with a cable by means of a plastic in an encapsulating tool, wherein the encapsulating adapter sleeve is screwed to the plug-in connector housing and is provided with a plastic encapsulation in the region of the plurality of ribs and/or grooves, wherein the plastic encapsulation encloses at least part of the cable sheath of the cable in a form-fitting manner, wherein the plug-in connector on the plug-in connector housing has a rotatably mounted screw-connection sleeve for screw-connection to a correspondingly formed mating connector, characterized in that present between the screw-connection sleeve and the plug-in connector housing is an annular gap into which projects an annular housing-side portion of the encapsulating adapter sleeve, on which annular housing-side portion the thread of the encapsulating adapter sleeve is formed.
A method, comprising: Analyzing multimedia content to determine media characteristics of multimedia content; receiving a request to access the multimedia content from a user; sending a request for resources for the multimedia content to a traffic management node, wherein the request for resources comprises the determined media characteristics of the multimedia content; triggering the appropriate resource allocation in a network by adding information about media context to the cached content over the lifetime of the whole cached session; and receiving an indication of successful resource allocation and an indication of quality level for the multimedia content from the traffic management node. Analyzing multimedia content to determine media characteristics of multimedia content; receiving a request to access the multimedia content from a user; sending a request for resources for the multimedia content to a traffic management node, wherein the request for resources comprises the determined media characteristics of the multimedia content; triggering the appropriate resource allocation in a network by adding information about media context to the cached content over the lifetime of the whole cached session; and receiving an indication of successful resource allocation and an indication of quality level for the multimedia content from the traffic management node.
A catheter comprising: a sheath having a guidewire lumen, an inflation lumen, a proximal end and a distal end; at least one electrode assembly adjacent to the guidewire lumen, wherein the at least one electrode assembly is coupled to an electrical generator and produces an electrical pulse; a balloon assembly circumferentially arranged around a portion of the sheath and around at least one electrode assembly; one or more liquid medium ports disposed within the sheath and within the balloon assembly; and a pressure-wave reflective element disposed adjacent the balloon assembly, wherein the pressure-wave reflective element attenuates the pressure wave passing therethrough upon creation of the pressure wave within the balloon assembly by the reaction between the electrical pulse produced by the electrode assembly and a liquid medium introduced into the balloon assembly via the one or more liquid medium ports. a sheath having a guidewire lumen, an inflation lumen, a proximal end and a distal end; at least one electrode assembly adjacent to the guidewire lumen, wherein the at least one electrode assembly is coupled to an electrical generator and produces an electrical pulse; a balloon assembly circumferentially arranged around a portion of the sheath and around at least one electrode assembly; one or more liquid medium ports disposed within the sheath and within the balloon assembly; and a pressure-wave reflective element disposed adjacent the balloon assembly, wherein the pressure-wave reflective element attenuates the pressure wave passing therethrough upon creation of the pressure wave within the balloon assembly by the reaction between the electrical pulse produced by the electrode assembly and a liquid medium introduced into the balloon assembly via the one or more liquid medium ports.
Radiation-emitting semiconductor body having an active layer for generating radiation of a first wavelength (λ 1) and a re-emission layer, which comprises a quantum well structure having a quantum layer structure and a barrier layer structure, wherein the active layer and the re-emission layer are monolithically integrated into the semiconductor body and the re-emission layer is provided for generating incoherent radiation of a second wavelength (λ 2) by means of absorption of the radiation of the first wavelength in the barrier layer structure.
A process for the production of olefins, characterized by contacting a stream containing at least 50 % by weight of one or more light alcohols with at least one ionic liquid, without the use of acid, in a reactor; wherein the reaction of the stream containing light alcohols with the at least one ionic liquid occurs at a temperature within the range of 30 to 180 °C and at a pressure of from 1 MPa to 20 MPa; wherein the said light alcohols have 2 to 4 carbon atoms; and wherein the at least one ionic liquid is an organic compound of formula R 1 ImR 2.X, wherein R 1 is an alkyl group comprising from 1 to 20 carbon atoms, R 2 is an alkyl group comprising from 1 to 10 carbon atoms, Im is the imidazole ring (C 3 N 2 H 3) and X is an anion selected from the group consisting in 2-, [NO 3] -, [BF 4] -, [(R F)BF 3] -, [(R F) 2 BF 2] -, [(R F)3BF]-, [ 4B]-, [B 4] -, [PO 4] 3-, [alkyl-OPO 3] 2-, [(alkyl-O) 2 PO 2] -, [alkyl-PO 3] -, [R F PO 3] -, [(alkyl) 2 PO 2] -, [(R F) 2 PO 2] -, [R F SO 3] -, [alkyl-SO 3] -, [aryl-SO 3] -, [alkyl-OSO 3] -, [R F C O] -, [(R F SO 2) 2 N] -, {[(R F) 2 P] 2 N} -, Cl - and/or Br -.
Aircraft comprising a drain mast for draining liquids from the aircraft, the drain mast comprising a tube comprising: - a first end configured for being connected to a source of liquids to be drained from the aircraft, - a second end configured for discharging said liquids to the atmosphere, - an inner longitudinal surface configured for being exposed to the drained liquid, and - an outer longitudinal surface, wherein the drain mast further comprises a pipe coupled to the inner longitudinal surface of the tube and configured such that the drained liquid flows from the tube to the pipe, the pipe comprising: - a first straight part with an inlet having its longitudinal axis configured for being confronted to the coming airflow for allowing the inlet of said coming airflow into the pipe, and - a second straight part with an outlet having its longitudinal axis inclined with respect to the longitudinal axis of the first straight part with an inlet and configured to be arranged such that it discharges the airflow and the drained liquid flowing through the pipe in a direction inclined with a component perpendicular to the fuselage of the aircraft, characterized in that the tube further comprises an internal rim located at its second end connected to the inner surface of the tube, the internal rim further comprising an aperture being located at the lowest part of the internal rim for draining the liquid, the internal rim and the aperture being configured such that at the second end the liquid is directed by gravity through the internal rim to the aperture. - a first end configured for being connected to a source of liquids to be drained from the aircraft, - a second end configured for discharging said liquids to the atmosphere, - an inner longitudinal surface configured for being exposed to the drained liquid, and - an outer longitudinal surface, - a first straight part with an inlet having its longitudinal axis configured for being confronted to the coming airflow for allowing the inlet of said coming airflow into the pipe, and - a second straight part with an outlet having its longitudinal axis inclined with respect to the longitudinal axis of the first straight part with an inlet and configured to be arranged such that it discharges the airflow and the drained liquid flowing through the pipe in a direction inclined with a component perpendicular to the fuselage of the aircraft,
A vehicle body substructure of a vehicle, comprising an undercover for covering an underside of a floor of the vehicle, the undercover having an outer side end section extending in front-rear direction of the vehicle and overlapping in a width direction of the vehicle with wheels ahead of rear wheels in the front-rear direction of the vehicle, a front part of the side end section of the undercover in the front-rear direction of the vehicle having a concavity recessed upwardly in a vertical direction of the vehicle relative to other parts of the undercover, characterised in that a front of the concavity in the front-rear direction of the vehicle being open, while a rear end surface of the concavity in the front-rear direction of the vehicle is inclined obliquely downwardly toward a rear of the vehicle such that a rear part in the front-rear direction of the vehicle constitutes a convexity protruding downward relative to the concavity.
A method of producing an isolated population of immature dental pulp stem cells (IDPSCs) comprising: (a) extracting dental pulp from an isolated tooth; (b) placing the DP in a sterile container and washing the DP with a sterile solution with antibiotics; (c) mechanically transferring the DP into another container with a culture medium, or changing the culture medium in the container; (d) culturing the DP until outgrowth and adherence of the IDPSCs is observed to establish an explant culture under hypoxic conditions, wherein the hypoxic conditions comprise culturing the cells under culture conditions comprising or equivalent to a maximum of between about 0.5% and 15% oxygen (O 2), wherein steps (c) and (d) are repeated at least 25 times to allow outgrowth and adherence of IDPSCs from multiple niches within the DP; (e) isolating IDPSCs from the explant cultures; (f) culturing the isolated IDPSC; and (g) passaging an adherent cell from the isolated culture of step (f) to obtain a homogenous population of IDPSCs, wherein the adherent cell self-renews, differentiates into cells of endodermal, mesodermal, or ectodermal lineage, and expresses Sox-1, Sox-2, and beta-3-tubulin. (a) extracting dental pulp from an isolated tooth; (b) placing the DP in a sterile container and washing the DP with a sterile solution with antibiotics; (c) mechanically transferring the DP into another container with a culture medium, or changing the culture medium in the container; (d) culturing the DP until outgrowth and adherence of the IDPSCs is observed to establish an explant culture under hypoxic conditions, wherein the hypoxic conditions comprise culturing the cells under culture conditions comprising or equivalent to a maximum of between about 0.5% and 15% oxygen (O 2), wherein steps (c) and (d) are repeated at least 25 times to allow outgrowth and adherence of IDPSCs from multiple niches within the DP; (e) isolating IDPSCs from the explant cultures; (f) culturing the isolated IDPSC; and (g) passaging an adherent cell from the isolated culture of step (f) to obtain a homogenous population of IDPSCs, wherein the adherent cell self-renews, differentiates into cells of endodermal, mesodermal, or ectodermal lineage, and expresses Sox-1, Sox-2, and beta-3-tubulin.
Gas analyzer for optical in situ measurements of process gas comprising dust and other particles, the gas analyzer comprising, a pipe; a measurement chamber, prepared for measurement of process gas, in the center of the pipe; and optical components (61, 62, 63, 64) at each longitudinal end of the pipe, cha racterized by the pipe comprising a filter wall separating the surrounding process gas from the measurement chamber such that the dust and other particulates are left out as process gas without particulates (-P) moves to the measurement chamber; a purging chamber comprising gas inlet, positioned on both longitudinal sides between the optical components (62, 63) and suction chamber, prepared for producing a gas cushion with a clean gas (+P), for protecting optical components (62, 63) from corrosive components in the process gas without particulates (-P); a suction chamber prepared to produce a suction scheme for the clean gas (+P) from the purging chamber and the process gas without particulates (-P) from the measurement chamber forming in the suction chamber a gas mix (-2P), and thereby generally preventing the clean gas (+P) from entering the measurement chamber, the suction chamber comprising gas outlet, positioned between the purging chamber and the measurement chamber, prepared to produce a suction scheme for generally preventing the clean gas (+P) from entering the measurement chamber; and a controller controlling flow of gas through the inlets and the outlets, wherein the pressure of gas media (-2P, -P, P, +P) is used as inputs to the controller.
A masking machine for masking glazing panels, the masking machine having a roller wiper that is simultaneously rotatable about a longitudinal axis of the roller wiper and subject to relative linear motion, with respect to a glazing panel having opposed front and rear surfaces, along a desired axis of the masking machine, the desired axis of the masking machine being crosswise to the longitudinal axis of the roller wiper, the masking machine having a masking station constructed to receive the glazing panel such that the front surface of the glazing panel is oriented toward the roller wiper, the masking machine being loaded with a roll of masking material that has opposed first and second faces, the roller wiper being movable toward the glazing panel to press the masking material against the glazing panel such that the first face of the masking material_ is secured to the front surface of the glazing panel, and the roller wiper being operable to apply a desired length of the masking material to the glazing pane by rolling along the front surface of the glazing panel and thereby securing the desired length of the masking material to a desired width of the front surface of the glazing panel, characterized in that the masking machine comprises a first nozzle or a row of first nozzles and a second nozzle or a row of second nozzles, the first and second nozzles (32,34) being operable to wrap a leading end of the masking material around a desired circumferential extent of the roller wiper by delivering first and second air streams that blow the leading end of the masking material around the desired circumferential extent of the roller wiper, the first and second nozzles (32,34) being oriented to direct air streams respectively along first and second axes (320,340) that are offset from each other by a positive acute angle (γ).