mhurhangee/ep-ind-claims huggingface dataset:
A modular wall bar assembly comprising a plurality of modules, wherein each module comprises two vertical beams and a plurality of horizontal bars, which at their respective ends extend into bar receiving apertures in the vertical beams, characterized in that the vertical beams of at least two vertically joined modules are at their facing beam ends provided with a grooved recess, which is provided with horizontal beam grooves, and that the modular wall bar assembly further comprises module joining and securing elements that comprise - a joining section with element grooves that are configured to enter into engagement with the beam grooves; - a securing screw through hole, which is configured to receive a securing screw extending through the module joining and securing elements and into a vertical wall surface. - a joining section with element grooves that are configured to enter into engagement with the beam grooves; - a securing screw through hole, which is configured to receive a securing screw extending through the module joining and securing elements and into a vertical wall surface.
Image-generating device comprising: - at least one light source, - a screen adapted to be backlit by said light source, and - a reflector arranged between said light source and said screen, and adapted to at least partly reflect the light emitted by the light source, characterized in that said reflector defines a recess designed to receive the screen in such a way that said reflector has a zone of thermal contact with said screen, wherein the reflector extends along a main axis of extension and comprises a reflection portion and a support portion, said support portion defining said recess designed to receive the screen and comprising: - a flat at least partly forming the zone of thermal contact with the screen, and - a rim which rises from said flat so as to surround the screen and wherein said zone of thermal contact is situated over a periphery of at least one of the faces of said screen and wherein the screen comprises a reinforcing portion forming the zone of thermal contact between the screen and the reflector and wherein said reinforcing portion of the screen forms a frame against which is pressed a display portion of said screen and wherein said reinforcing portion of the screen is produced in a metal material. - at least one light source, - a screen adapted to be backlit by said light source, and - a reflector arranged between said light source and said screen, and adapted to at least partly reflect the light emitted by the light source, - a flat at least partly forming the zone of thermal contact with the screen, and - a rim which rises from said flat so as to surround the screen and wherein said zone of thermal contact is situated over a periphery of at least one of the faces of said screen and wherein the screen comprises a reinforcing portion forming the zone of thermal contact between the screen and the reflector and wherein said reinforcing portion of the screen forms a frame against which is pressed a display portion of said screen and wherein said reinforcing portion of the screen is produced in a metal material.
Pharmaceutical composition comprising: • testosterone, • at least one C2-C6 alcohol, • at least one gelling agent, • a penetration enhancer, which is propylene glycol, and • water; wherein the composition comprises 0.5 to 2.5 % (w/w) of the said propylene glycol and 0.7 to 1.5% (w/w) of testosterone. • testosterone, • at least one C2-C6 alcohol, • at least one gelling agent, • a penetration enhancer, which is propylene glycol, and • water;
Apparatus for moving an object in a vertical direction, having - a plurality of piezo actuators that expand in directions upon activation and in the process generate pressure forces on an active side; - a hydraulic transmission device which converts the pressure forces of the piezo actuators into a vertical pressure force for moving the object counter to the direction of gravity and transmits said pressure forces with a transmission ratio, characterized in that the hydraulic transmission device has in each case a movable piezo actuator bellows on the active side of each piezo actuator, all of said piezo actuator bellows containing a common fluid which is transportable by means of a line system to and into a vertically movable central bellows that provides the vertical pressure force. - a plurality of piezo actuators that expand in directions upon activation and in the process generate pressure forces on an active side; - a hydraulic transmission device which converts the pressure forces of the piezo actuators into a vertical pressure force for moving the object counter to the direction of gravity and transmits said pressure forces with a transmission ratio,
A method, in a IAB node, for configuring an adaptation layer, wherein the IAB node communicates with a central unit of a IAB donor through a distributed unit of the IAB donor; the lAB node comprising a mobile terminal, MT, part and a distributed unit part, the IAB donor comprising the central unit and one or more distributed units, with an F1 interface defined between the central unit and each of the distributed units, the method comprising: connecting, using radio resource control, RRC, signaling, the MT part of the IAB node and central unit of IAB donor, via the distributed unit of the IAB donor; after establishing the connection, configuring an adaptation layer in a protocol stack for the MT part of the IAB node, the adaptation layer providing for routing of incoming packets to one or more further IAB nodes or to one or more user equipments, UEs, connected to the IAB node and for mapping of those incoming packets to bearers; and after configuring the adaptation layer for the MT part of the IAB node, configuring an adaptation layer for the distributed unit part of the IAB node for forwarding packets exchanged between the central unit of the IAB donor and a first further IAB nodes downstream of the IAB node, wherein the configuration of the adaptation layer for the distributed unit part of the IAB node is performed in response to the first further IAB node connecting to the IAB node as MT. connecting, using radio resource control, RRC, signaling, the MT part of the IAB node and central unit of IAB donor, via the distributed unit of the IAB donor; after establishing the connection, configuring an adaptation layer in a protocol stack for the MT part of the IAB node, the adaptation layer providing for routing of incoming packets to one or more further IAB nodes or to one or more user equipments, UEs, connected to the IAB node and for mapping of those incoming packets to bearers; and after configuring the adaptation layer for the MT part of the IAB node, configuring an adaptation layer for the distributed unit part of the IAB node for forwarding packets exchanged between the central unit of the IAB donor and a first further IAB nodes downstream of the IAB node, wherein the configuration of the adaptation layer for the distributed unit part of the IAB node is performed in response to the first further IAB node connecting to the IAB node as MT.
Method for configuring a network path of a network for transferring an individual data flow end-to-end from a source device to a destination device, said network path comprising at least one network device susceptible of network congestion and arranged for storing at least a part of said individual data flow, the method comprising the steps of - determining at least one network path for transferring said individual data flow end-to-end between said source device and said destination device, said individual data flow being classified according to a footprint measure of said individual data flow, said footprint measure being indicative of a difference between the total amount of incoming data and the total amount of outgoing data in said at least one network device over a time interval having a duration of one or more time units, whereby said time unit is chosen to be the time needed for transferring all bytes of an individual data unit of the individual data flow with a link bandwidth of said at least one network device so that individual data units of the individual data flow are distinguishable at byte level by said at least one network device, - configuring said at least one network path according to said footprint measure. - determining at least one network path for transferring said individual data flow end-to-end between said source device and said destination device, said individual data flow being classified according to a footprint measure of said individual data flow, said footprint measure being indicative of a difference between the total amount of incoming data and the total amount of outgoing data in said at least one network device over a time interval having a duration of one or more time units, whereby said time unit is chosen to be the time needed for transferring all bytes of an individual data unit of the individual data flow with a link bandwidth of said at least one network device so that individual data units of the individual data flow are distinguishable at byte level by said at least one network device, - configuring said at least one network path according to said footprint measure.
Asymmetrically substituted bis-alkenyl diphenyl ethers of general formula wherein R 1 signifies an 1-alkenyl- or 2-alkenyl group with 3 to 6 carbon atoms, wherein R 2 signifies hydrogen or an alkoxy group with up to 2 carbon atoms, wherein R 3 signifies hydrogen or an alkyl group with up to 4 carbon atoms, and wherein R 4 signifies hydrogen or an alkyl group with up to 4 carbon atoms with the proviso that is not naturally occurring ottomentosa (1-methoxy-4-(1 E)-1 -propen-1 - yl-2-[4-(1 E)-1 -propen-1 -ylphenoxy]-benzene). wherein R 1 signifies an 1-alkenyl- or 2-alkenyl group with 3 to 6 carbon atoms, wherein R 2 signifies hydrogen or an alkoxy group with up to 2 carbon atoms, wherein R 3 signifies hydrogen or an alkyl group with up to 4 carbon atoms, and wherein R 4 signifies hydrogen or an alkyl group with up to 4 carbon atoms
A non-therapeutic method of controlling phytopathogenic fungi and/or undesired plant growth and/or undesired insect or mite attack and/or for regulating the growth of plants, wherein an agrochemical composition comprising a pesticide and an alkoxylate of the formula R 1 -[AO 1] n -O-C -O-[AO 2] m -R 2 where R 1 and R 2 are independently a linear or branched, saturated or unsaturated C 8 -C 20 alkyl group, AO 1 and AO 2 are an ethyleneoxy group, and n and m are independently a value from 2,5 to 20, is allowed to act on the respective pests, their environment or the crop plants to be protected from the respective pest, on the soil and/or on undesired plants and/or on the crop plants and/or on their environment. R 1 and R 2 are independently a linear or branched, saturated or unsaturated C 8 -C 20 alkyl group, AO 1 and AO 2 are an ethyleneoxy group, and n and m are independently a value from 2,5 to 20, is allowed to act on the respective pests, their environment or the crop plants to be protected from the respective pest, on the soil and/or on undesired plants and/or on the crop plants and/or on their environment.
A heater, comprising: an insulating base body; a resistor embedded in the insulating base body; and a lead embedded in the insulating base body and comprising one end connected to the resistor and a terminal portion at another end thereof which is exposed from a surface of the insulating base body, characterized in that the lead further comprises a bent portion bent toward the terminal portion, the aspect ratio in at least a first cross section (A2-A2', A3-A3') of the bent portion being larger than the aspect ratio in a second cross section (A1-A1', A2-A2') of the bent portion, the second cross section (A1-A1', A2-A2') being positioned closer to the terminal portion than the at least one first cross section (A2-A2', A3-A3') of the bent portion. an insulating base body; a resistor embedded in the insulating base body; and a lead embedded in the insulating base body and comprising one end connected to the resistor and a terminal portion at another end thereof which is exposed from a surface of the insulating base body, characterized in that the lead further comprises a bent portion bent toward the terminal portion, the aspect ratio in at least a first cross section (A2-A2', A3-A3') of the bent portion being larger than the aspect ratio in a second cross section (A1-A1', A2-A2') of the bent portion, the second cross section (A1-A1', A2-A2') being positioned closer to the terminal portion than the at least one first cross section (A2-A2', A3-A3') of the bent portion.
A method for controlling a gas turbine having at least a first shaft (26, 27) and a second shaft (27, 54) that are rotatable with a variable ratio of speeds, the method comprising controlling rotation (S3; S13, S14) of at least one of the shafts (26, 27, 54) depending on a speed ratio of speeds of the shafts (26, 27, 54), characterized in that controlling rotation of the at least one of the shafts (26, 27, 54) depending on the speed ratio is performed so as to avoid an integer ratio of speeds of the shafts (26, 27, 54).
A plastic edge for pieces of furniture, comprising a thermoplastic base material, which can be joined to the piece of furniture in a partially melted state, characterised in that at least one viscosity reducer is added to the base material as an additive for improving the melt flow, wherein the plastic edge has a single-layer design having a substantially homogeneous material composition over the total plastic edge cross-section.
An expandable implant, in particular a spinal implant, configured to restore height to a fractured target bone, in particular a vertebra, the expandable implant comprising: a body having a plurality of linkages connected so as to define at least one annular row, the linkages defining first and second opposed side portions (28,30) connected by corresponding first and second end portions (32, 34), the first and second side portions (28, 30) defining a distance therebetween, such that the distance increases from a first distance to a second distance, the second distance being greater than the first distance when the linkages are subjected to an expansion force that causes the body to expand to an expanded configuration from an insertion configuration, characterized in that at least a first linkage of the plurality of linkages is sized different than at least a second linkage of the plurality of linkages such that the expansion force causes the first linkage to expand greater than the second linkage. a body having a plurality of linkages connected so as to define at least one annular row, the linkages defining first and second opposed side portions (28,30) connected by corresponding first and second end portions (32, 34), the first and second side portions (28, 30) defining a distance therebetween, such that the distance increases from a first distance to a second distance, the second distance being greater than the first distance when the linkages are subjected to an expansion force that causes the body to expand to an expanded configuration from an insertion configuration, characterized in that at least a first linkage of the plurality of linkages is sized different than at least a second linkage of the plurality of linkages such that the expansion force causes the first linkage to expand greater than the second linkage.
A continuous reactor, comprising a main reaction housing and at least one auxiliary reaction housing (2, 21, 22), wherein the main reaction housing is internally provided with a stirring device and a first temperature regulating device and is provided with a material inlet at the upper end thereof; the auxiliary reaction housing (2, 21, 22) is sheathed outside the main reaction housing, and a reaction cavity is reserved therebetween; an overflow hole in communication with the reaction cavity is formed on an upper side wall of the main reaction housing; the lower end of each of the main reaction housing and the auxiliary reaction housing (2, 21, 22) is provided with a drainage port which is in communication with the outside of the auxiliary reaction housing (2, 21, 22); and the lower end of the auxiliary reaction housing (2, 21, 22) is provided with a discharge port; characterized in that a lower portion of one side of the auxiliary reaction housing (2, 21) is provided with an outer circulation outlet in communication with the outside of the outermost auxiliary reaction housing (2, 22), an upper portion of the other side of the auxiliary reaction housing (2, 21) is provided with an outer circulation inlet in communication with the outside of the outermost auxiliary reaction housing (2, 22), the corresponding outer circulation outlet and the outer circulation inlet of the auxiliary reaction housing are communicated by a duct, and the duct is provided with a circulation pump; and a second temperature regulating device is disposed in the auxiliary reaction housing (2, 21, 22).
Floor panels (1, 1'), each having a surface layer on a front side, a backing layer on a rear side and an intermediate core, wherein the intermediate core and the surface layer and the backing layer all comprise a thermoplastic material, said floor panels being provided with a locking system for vertical and horizontal locking of a first edge of a first floor panel to an adjacent second edge of a second floor panel, wherein upper parts of the first edge and the second edge in a locked position together define a vertical plane being perpendicular to a horizontal plane, which is parallel to the surface layer, said locking system comprising a tongue and a tongue groove configured to cooperate for vertical locking, and at the first edge a strip provided with a locking element, which is configured to cooperate for horizontal locking with a downwardly open locking groove formed in the second edge, characterised in that the backing layer and the intermediate core comprise at least two vertically extending core grooves with an opening towards the rear side, and that the area of the backing layer is less than about 90% of the area (A') of the surface layer.
A crosslinked polyolefin foam made by crosslinking and foaming a polyolefin resin composition, wherein the 25% compressive strength as measured in accordance with JIS K6767 is 40 to 70 kPa, wherein a product of 25% compressive strength (kPa) as measured in accordance with JIS K6767 and tensile strength (MPa) as measured at normal temperature (23°C) with a tensile tester in accordance with JIS K6767 of the crosslinked polyolefin foam at normal temperature is 35 to 65, wherein the resin component in the composition consists of a polypropylene resin and an olefin rubber, or consists of the polypropylene resin, the olefin rubber, and other resin component, the content of the other resin component being 20 parts by mass or less, relative to 100 parts by mass of the polypropylene resin, and wherein the mass ratio between the polypropylene resin and the olefin rubber, polypropylene resin/olefin rubber, is 45/55 to 70/30. wherein the 25% compressive strength as measured in accordance with JIS K6767 is 40 to 70 kPa, wherein a product of 25% compressive strength (kPa) as measured in accordance with JIS K6767 and tensile strength (MPa) as measured at normal temperature (23°C) with a tensile tester in accordance with JIS K6767 of the crosslinked polyolefin foam at normal temperature is 35 to 65, wherein the resin component in the composition consists of a polypropylene resin and an olefin rubber, or consists of the polypropylene resin, the olefin rubber, and other resin component, the content of the other resin component being 20 parts by mass or less, relative to 100 parts by mass of the polypropylene resin, and wherein the mass ratio between the polypropylene resin and the olefin rubber, polypropylene resin/olefin rubber, is 45/55 to 70/30.
A punctal plug, comprising: a body having a first end, a second end, and a lateral surface extending between the two ends; and characterized by: caps (6, 6') removably attached adjacent to both the first and second ends of the body, wherein the caps are comprised of an active agent-containing material that contains at least one active agent (8, 8'). a body having a first end, a second end, and a lateral surface extending between the two ends; and characterized by: caps (6, 6') removably attached adjacent to both the first and second ends of the body, wherein the caps are comprised of an active agent-containing material that contains at least one active agent (8, 8'). caps (6, 6') removably attached adjacent to both the first and second ends of the body, wherein the caps are comprised of an active agent-containing material that contains at least one active agent (8, 8').
A lancing device for propelling a lancet through a lancing stroke, the lancing device comprising: a housing including an axial bore; a drive mechanism including a lancet carrier and a drive spring, the lancet carrier holding the lancet and translatable axially within the housing through the lancing stroke, and the drive spring adapted to propel the lancet carrier through the lancing stroke; characterised in that a charging mechanism adapted to retract the lancet carrier to a charged position includes a charging button, a motion-conversion member, and a first cam-engaging surface, wherein the charging button includes a second cam-engaging surface, the first cam-engaging surface is formed by a portion of the drive mechanism, and the motion-conversion member includes first and second cam surfaces (112, 115) engaged respectively by the first cam-engaging surface and the second cam-engaging surface and configured to convert movement of the charging button in a first axial direction to movement of the lancet carrier in a second axial direction generally opposite from the first axial direction to retract the lancet carrier to the charged position. a housing including an axial bore; a drive mechanism including a lancet carrier and a drive spring, the lancet carrier holding the lancet and translatable axially within the housing through the lancing stroke, and the drive spring adapted to propel the lancet carrier through the lancing stroke; characterised in that a charging mechanism adapted to retract the lancet carrier to a charged position includes a charging button, a motion-conversion member, and a first cam-engaging surface, wherein the charging button includes a second cam-engaging surface, the first cam-engaging surface is formed by a portion of the drive mechanism, and the motion-conversion member includes first and second cam surfaces (112, 115) engaged respectively by the first cam-engaging surface and the second cam-engaging surface and configured to convert movement of the charging button in a first axial direction to movement of the lancet carrier in a second axial direction generally opposite from the first axial direction to retract the lancet carrier to the charged position.