mhurhangee/ep-ind-claims huggingface dataset:
A boat comprising a bottom that is flexible and radially edged towards the outside by a wall which comprises an inflatable and pliable front wall, an inflatable and pliable lateral wall, and a rear wall, said boat being characterized in that at least one part of at least one among said lateral wall and said front wall is made of an inflatable first element shaped as a plate having two parallel flat surfaces (31, 32), an inflatable second element whose section is D shaped with a flat portion, and a flexible assembly device, where said second element is located radially outward from said boat relative to said first element, and said assembly device keeps the flat portion of the second element in contact with one of said flat surfaces of said first element.
A method for bonding components (4, 9) of a PEM fuel cell with a frame and/or amongst one another, wherefore an adhesive curable by electromagnetic radiation in the range of visible light or UV is applied to the frame and/or the at least one component (4, 9), wherein the adhesive is activated by the electromagnetic radiation and heated after the frame and/or the components (4, 9) are brought into contact; or the frame and/or the components (4, 9) are brought into contact and the adhesive is exposed to electromagnetic radiation for activating and heating; wherein the heat reduces the viscosity of the adhesive before it is finally cured; characterized in that the adhesive is a cationic epoxy which contains water. the frame and/or the components (4, 9) are brought into contact and the adhesive is exposed to electromagnetic radiation for activating and heating; wherein the heat reduces the viscosity of the adhesive before it is finally cured; characterized in that the adhesive is a cationic epoxy which contains water.
A refill component for a multi-part sterilant system including a pump head having a peristaltic pump member, a first-part dispensing tube and a second-part dispensing tube, the refill component comprising: a first part comprising a first reagent in a carrier medium in a first collapsible container; a second part comprising a second reagent in a carrier medium in a second collapsible container; wherein the first reagent and the second reagent will react to provide a sterilising composition when the first part is mixed with the second part; each container being secured to a collar member, the collar member having, for each container, an opening which is aligned with an opening of the container to receive a corresponding dispensing tube from a pump head; characterised in that the open end of each container has a neck portion and a lip, and in that each opening in the collar member is dimensioned to support the lip of a container and has a slot portion which extends to an edge of the collar member for slidably receiving the neck portion of a container. a first part comprising a first reagent in a carrier medium in a first collapsible container; a second part comprising a second reagent in a carrier medium in a second collapsible container; wherein the first reagent and the second reagent will react to provide a sterilising composition when the first part is mixed with the second part; each container being secured to a collar member, the collar member having, for each container, an opening which is aligned with an opening of the container to receive a corresponding dispensing tube from a pump head; characterised in that the open end of each container has a neck portion and a lip, and in that each opening in the collar member is dimensioned to support the lip of a container and has a slot portion which extends to an edge of the collar member for slidably receiving the neck portion of a container.
A method for preparing expanded clay aggregates, comprising the steps of: a) aggregating a clay mixture comprising at least 10% by dry matter weight of organo-mineral sludge, said mixture comprising from 10% to 50% by dry matter weight of organic materials; b) drying the aggregate that is obtained; and c) baking the aggregate in order to obtain an expanded clay aggregate, said baking being carried out in two successive steps: - the first baking step, which is carried out at a temperature ranging from 500°C to 750°C, eliminating the organic materials and obtaining the volume expansion of the aggregate; - the second baking step, which is carried out at a temperature ranging from 900°C to 1200°C, obtaining the final expansion of the aggregate and the acquisition of a definitive cohesion of the aggregate by a eutectic effect between the respective mineral fractions of the clay and of the sludge; the sludge being dried beforehand, if necessary, until it has a moisture content ranging from 20% to 50% by weight. a) aggregating a clay mixture comprising at least 10% by dry matter weight of organo-mineral sludge, said mixture comprising from 10% to 50% by dry matter weight of organic materials; b) drying the aggregate that is obtained; and c) baking the aggregate in order to obtain an expanded clay aggregate, said baking being carried out in two successive steps: - the first baking step, which is carried out at a temperature ranging from 500°C to 750°C, eliminating the organic materials and obtaining the volume expansion of the aggregate; - the second baking step, which is carried out at a temperature ranging from 900°C to 1200°C, obtaining the final expansion of the aggregate and the acquisition of a definitive cohesion of the aggregate by a eutectic effect between the respective mineral fractions of the clay and of the sludge; - the first baking step, which is carried out at a temperature ranging from 500°C to 750°C, eliminating the organic materials and obtaining the volume expansion of the aggregate; - the second baking step, which is carried out at a temperature ranging from 900°C to 1200°C, obtaining the final expansion of the aggregate and the acquisition of a definitive cohesion of the aggregate by a eutectic effect between the respective mineral fractions of the clay and of the sludge;
Methotrexate or analogue of methotrexate, or methotrexate and its analogues in combination with other anti-HIV compounds for use in the treatment of Human immunodeficiency virus infections, wherein the methotrexate is selected from methotrexate-hydrate, Methotrexate dihydrate and Methotrexate tetrahydrate and wherein the analogues are selected from the group comprising MTX-methyl-d3-Dimethyl Ester, MTX Dimethyl Ester, MTX-methyl-d3, MTX heptaglutamate and MTX-d3 heptaglutamate.
A communication system with at least two different access systems, wherein a first access system is capable of handling a first number of communications between a mobile user equipment and the first access system and wherein a second access system is capable of handling a second number of communications between the mobile user equipment and the second access system, wherein the mobile user equipment and/or the communication system contains at least one means for making at least one decision which communication or communications of established communications are handed over in the case that the mobile user equipment moves between the first access system and the second access system, wherein each of the established communications are established between the mobile user equipment and the first access system, and wherein the mobile user equipment and/or the communication system contain at least one means for executing the at least one decision.
Vehicle construction, preferably with a multiplicity of load-bearing structures (T1, T2, T3, T4) which in each case form a vehicle chassis module, with - a rear load-bearing structure which forms a vehicle chassis module, comprises a plurality of connection nodes, and on which a rear axle (41, 42) is mounted, preferably a rearmost rear axle of the vehicle construction, and - a frame overhang behind the rear load-bearing structure, characterized in that at least two connection node pairs (K4-K3, K3-K2, K2-K2) of the load-bearing structures (T4, T3, T2, T1) and/or at least two connection node pairs (K-K4) of brackets (60, 61) and the rear load-bearing structure are connected releasably to one another by means of in each case one clamping connection and/or are connected releasably to one another via in each case at least one clamping element which extends substantially in the transverse direction of the vehicle construction. - a rear load-bearing structure which forms a vehicle chassis module, comprises a plurality of connection nodes, and on which a rear axle (41, 42) is mounted, preferably a rearmost rear axle of the vehicle construction, and - a frame overhang behind the rear load-bearing structure, characterized in that at least two connection node pairs (K4-K3, K3-K2, K2-K2) of the load-bearing structures (T4, T3, T2, T1) and/or at least two connection node pairs (K-K4) of brackets (60, 61) and the rear load-bearing structure are connected releasably to one another by means of in each case one clamping connection and/or are connected releasably to one another via in each case at least one clamping element which extends substantially in the transverse direction of the vehicle construction.
A recuperated gas turbine engine (20; 120; 220; 320) comprising: an engine core including a compressor section, a combustor section, and a turbine section; an exhaust duct downstream of the turbine section for receiving a hot turbine exhaust stream from the turbine section, the exhaust duct including a heat exchanger and a temperature-control module upstream of the heat exchanger; and a compressor bleed line leading from the compressor section into the heat exchanger and a compressor return line leading from the heat exchanger into the engine core upstream of the combustor section, the compressor bleed line operable to selectively feed compressed air to the heat exchanger, the temperature-control module operable to selectively modulate at least one of temperature and flow of the hot turbine exhaust stream with respect to the heat exchanger, wherein: the bleed line splits between first and second branches (236-1, 236-2), the first branch leading into the heat exchanger and the second branch leading into the exhaust duct upstream of the heat exchanger; or the recuperated gas turbine engine further comprises an additional compressor bleed line independently leading from the compressor section into the exhaust duct upstream of the heat exchanger. an engine core including a compressor section, a combustor section, and a turbine section; an exhaust duct downstream of the turbine section for receiving a hot turbine exhaust stream from the turbine section, the exhaust duct including a heat exchanger and a temperature-control module upstream of the heat exchanger; and a compressor bleed line leading from the compressor section into the heat exchanger and a compressor return line leading from the heat exchanger into the engine core upstream of the combustor section, the compressor bleed line operable to selectively feed compressed air to the heat exchanger, the temperature-control module operable to selectively modulate at least one of temperature and flow of the hot turbine exhaust stream with respect to the heat exchanger, wherein: the bleed line splits between first and second branches (236-1, 236-2), the first branch leading into the heat exchanger and the second branch leading into the exhaust duct upstream of the heat exchanger; or the recuperated gas turbine engine further comprises an additional compressor bleed line independently leading from the compressor section into the exhaust duct upstream of the heat exchanger. the bleed line splits between first and second branches (236-1, 236-2), the first branch leading into the heat exchanger and the second branch leading into the exhaust duct upstream of the heat exchanger; or the recuperated gas turbine engine further comprises an additional compressor bleed line independently leading from the compressor section into the exhaust duct upstream of the heat exchanger.
A method for transmitting (S61, S91, S100, S110, S120, S220), by a user equipment, UE, (10, 900) an indication in a wireless communication, the method comprising: transmitting (S61, S100) a first multimedia broadcast/multicast service, MBMS, interest indication including information on a frequency; detecting (S110, S210) that an internal interference on the frequency is caused by a Wi-Fi service of the UE (10, 900); determining which one of a MBMS service and the Wi-Fi service is to be prioritized, in response to the detection; generating a second MBMS interest indication by updating the first MBMS interest indication with excluding the information on the frequency, in response to the determination that the Wi-Fi service is to be prioritized since the MBMS service is not required anymore; and transmitting the second MBMS interest indication excluding the information on the frequency. transmitting (S61, S100) a first multimedia broadcast/multicast service, MBMS, interest indication including information on a frequency; detecting (S110, S210) that an internal interference on the frequency is caused by a Wi-Fi service of the UE (10, 900); determining which one of a MBMS service and the Wi-Fi service is to be prioritized, in response to the detection; generating a second MBMS interest indication by updating the first MBMS interest indication with excluding the information on the frequency, in response to the determination that the Wi-Fi service is to be prioritized since the MBMS service is not required anymore; and transmitting the second MBMS interest indication excluding the information on the frequency.
An apparatus for dispensing beverage, comprising a line system and at least one draw-off tap and a connecting head (6, 7) connected to said line system, as well as a connecting piece provided with means for connection to said connecting head (6, 7) to be connected to a beverage holder (4, 5), wherein the line system comprises at least one rinsing line and a dispensing line and the connecting head (6, 7) comprises at least one valve device for connecting the dispensing line to, at will: - the connecting piece, or at least to a holder (4, 5), for fluid communication between a holder (4, 5) and the tapping line; or - the at least one rinsing line for fluid communication between the respective rinsing line and the dispensing line, characterized in that at least two connecting heads (6, 7) are provided, for connecting at least two holders (4, 5) to the line system wherein an intermediate line is provided between the at least two connecting heads (6, 7), which intermediate line, through operation of the connecting heads (6, 7), forms part of the tapping line or of the rinsing line. - the connecting piece, or at least to a holder (4, 5), for fluid communication between a holder (4, 5) and the tapping line; or - the at least one rinsing line for fluid communication between the respective rinsing line and the dispensing line,
A heat exchanger comprising: a manifold defining a longitudinal axis, wherein the manifold includes an interior configured for a flow of heat exchange fluid therethrough; and a plurality of heat exchanger tubes connected in fluid communication with the interior of the manifold, each of the tubes being mounted to the manifold at a tube/manifold interface, wherein each of the tubes extends into the interior of the manifold from the tube/manifold interface to a respective tube end face that is spaced apart from the tube/manifold interface by an offset distance, and wherein the respective tube end faces of the tubes collectively define a tube-end profile within the interior of the manifold; wherein the respective offset distances of the tubes vary from tube to tube and wherein the tube-end profile deviates in shape from a surface defining the interior of the manifold; and characterised in that for at least some of the tubes the respective offset distances of the tubes are a function of the angle of each respective tube end face relative to the plane perpendicular to the axis of that respective tube, wherein the greater the angle, the greater the offset distance. a manifold defining a longitudinal axis, wherein the manifold includes an interior configured for a flow of heat exchange fluid therethrough; and a plurality of heat exchanger tubes connected in fluid communication with the interior of the manifold, each of the tubes being mounted to the manifold at a tube/manifold interface, wherein each of the tubes extends into the interior of the manifold from the tube/manifold interface to a respective tube end face that is spaced apart from the tube/manifold interface by an offset distance, and wherein the respective tube end faces of the tubes collectively define a tube-end profile within the interior of the manifold; wherein the respective offset distances of the tubes vary from tube to tube and wherein the tube-end profile deviates in shape from a surface defining the interior of the manifold; and characterised in that for at least some of the tubes the respective offset distances of the tubes are a function of the angle of each respective tube end face relative to the plane perpendicular to the axis of that respective tube, wherein the greater the angle, the greater the offset distance.
System for the distribution of wireless signals in telecommunication networks, configured for providing a baseband unit functionally integrated with a distributed antenna system, comprising: - a central server provided with a plurality of baseband units, wherein said baseband units are realized via a BBU pooling software configured for the virtualization of the baseband units; characterized in that it comprises: - a point of interface network connected with said central server via an interface link and provided with a plurality of point of interface units, wherein said interface network is connected with a distributed antenna system and configured to distribute the signal received from said plurality of baseband units in areas with high density of users. - a central server provided with a plurality of baseband units, wherein said baseband units are realized via a BBU pooling software configured for the virtualization of the baseband units; - a point of interface network connected with said central server via an interface link and provided with a plurality of point of interface units, wherein said interface network is connected with a distributed antenna system and configured to distribute the signal received from said plurality of baseband units in areas with high density of users.
A method of network-based media processing, NBMP, deployment with a framework for live uplink streaming, FLUS, and a fifth-generation media streaming, 5GMS, application function, AF, comprising: establishing a provisioning session by a 5GMS application provider with the 5GMS AF in which the 5GMS application provider configures the 5GMS AF for a network-based media processing; configuring a FLUS sink by the 5GMS AF for the network-based media processing; selecting the FLUS sink by a FLUS source during a FLUS source discovery process; establishing a FLUS session by the FLUS source with the FLUS sink; and starting an uplink streaming by the FLUS source to the FLUS sink where media content of the uplink streaming is processed with the network-based media processing. establishing a provisioning session by a 5GMS application provider with the 5GMS AF in which the 5GMS application provider configures the 5GMS AF for a network-based media processing; configuring a FLUS sink by the 5GMS AF for the network-based media processing; selecting the FLUS sink by a FLUS source during a FLUS source discovery process; establishing a FLUS session by the FLUS source with the FLUS sink; and starting an uplink streaming by the FLUS source to the FLUS sink where media content of the uplink streaming is processed with the network-based media processing.
An electromechanical switch comprising: first and second stationary contacts (204, 206), each of the first and second stationary contacts (204, 206) having a respective mating end (205, 207); and a movable contact having first and second contact zones (330, 332), the first and second contact zones (330, 332) being separate regions of the movable contact that are operable to be covered by the respective mating ends of the first and second stationary contacts (204, 206), respectively, each of the first and second contact zones (330, 332) having a mating surface characterised in that each of the first and second contact zones (330, 332) has a corresponding recess that divides at least a portion of the corresponding mating surface, wherein each of the respective mating ends (205, 207) is configured to extend across the corresponding recess and engage the corresponding mating surface on opposite sides of the corresponding recess, the corresponding recess having a depth that extends only partially into the movable contact. first and second stationary contacts (204, 206), each of the first and second stationary contacts (204, 206) having a respective mating end (205, 207); and a movable contact having first and second contact zones (330, 332), the first and second contact zones (330, 332) being separate regions of the movable contact that are operable to be covered by the respective mating ends of the first and second stationary contacts (204, 206), respectively, each of the first and second contact zones (330, 332) having a mating surface characterised in that each of the first and second contact zones (330, 332) has a corresponding recess that divides at least a portion of the corresponding mating surface, wherein each of the respective mating ends (205, 207) is configured to extend across the corresponding recess and engage the corresponding mating surface on opposite sides of the corresponding recess, the corresponding recess having a depth that extends only partially into the movable contact.
A nacelle (116, 216) for a jet engine of an aircraft comprising a nacelle outlet cowling (130; 230) for the jet engine thrust reverser, the aircraft comprising a wing and a pylon, the outlet cowling having a circumference measured from an outboard top edge to an inboard top edge, the outlet cowling comprising: a sliding portion (150; 250) beginning at the inboard top edge and having a circumference that is less than the circumference of the outlet cowling, the sliding portion being configured to move longitudinally between a forward thrust position adjacent to a nacelle inlet cowling and a reverse thrust position aft of the forward thrust position; characterised in that the outlet cowling further comprises at least one stationary portion (152; 252b) located between the sliding portion and a hinge access panel (160; 260b), the hinge access panel located inboard of the pylon, the at least one stationary portion remaining in a stationary position when the sliding portion moves between the forward thrust position and the reverse thrust position. a sliding portion (150; 250) beginning at the inboard top edge and having a circumference that is less than the circumference of the outlet cowling, the sliding portion being configured to move longitudinally between a forward thrust position adjacent to a nacelle inlet cowling and a reverse thrust position aft of the forward thrust position; characterised in that the outlet cowling further comprises at least one stationary portion (152; 252b) located between the sliding portion and a hinge access panel (160; 260b), the hinge access panel located inboard of the pylon, the at least one stationary portion remaining in a stationary position when the sliding portion moves between the forward thrust position and the reverse thrust position.