mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger in particular for a motor vehicle comprising: - a first header, - a first tank assembled with the first header, - a second header, - a second tank assembled with the second header, - a plurality of tubes deployed in parallel to each other between the first header and the second header, the tubes comprising open ends received in the headers (2,3), and - at least one tube reinforcement, comprising: - a support element with a plurality of projecting legs protruding substantially perpendicularly from the support element, wherein the projecting legs are introduced into at least three tubes so that they are in contact with the inner walls of the tubes, and - at least one opening section having at least one opening (6, 7) enabling fluidly communication between the tank (40, 50) and the tube adjacent to said opening (6, 7) characterised in that the openings (6,7) adjacent to the same tube are inclined with respect to the tube and shifted with respect to each other in the direction of the consecutive tubes. - a first header, - a first tank assembled with the first header, - a second header, - a second tank assembled with the second header, - a plurality of tubes deployed in parallel to each other between the first header and the second header, the tubes comprising open ends received in the headers (2,3), and - at least one tube reinforcement, comprising: - a support element with a plurality of projecting legs protruding substantially perpendicularly from the support element, wherein the projecting legs are introduced into at least three tubes so that they are in contact with the inner walls of the tubes, and - at least one opening section having at least one opening (6, 7) enabling fluidly communication between the tank (40, 50) and the tube adjacent to said opening (6, 7) characterised in that the openings (6,7) adjacent to the same tube are inclined with respect to the tube and shifted with respect to each other in the direction of the consecutive tubes.
A bearing gauge arrangement comprising - a holding frame dimensioned to replace a load-carrying element (22, 42) between an inner race (200, 400) and an outer race (210, 410) of a bearing (2, 4); - at least one distance gauge (G1, G2) arranged in the holding frame to measure a distance (D, DL, DS) between the inner race (200, 400) and the outer race (210, 410) during operation of the bearing (2, 4); and - an evaluation unit realized to evaluate measurements (M1, M2) from a distance gauge (G1, G2) relative to a bearing reference dimension (Dmin, Dmax, D 0). - a holding frame dimensioned to replace a load-carrying element (22, 42) between an inner race (200, 400) and an outer race (210, 410) of a bearing (2, 4); - at least one distance gauge (G1, G2) arranged in the holding frame to measure a distance (D, DL, DS) between the inner race (200, 400) and the outer race (210, 410) during operation of the bearing (2, 4); and - an evaluation unit realized to evaluate measurements (M1, M2) from a distance gauge (G1, G2) relative to a bearing reference dimension (Dmin, Dmax, D 0).
Composition comprising: as a first component - a complex of delphinidin and a sulfoalkyl ether β-Cyclodextrin and/or - delphinidin or salts thereof and as second component - a T umor necrosis factor- R elated A poptosis- I nducing L igand (TRAIL) for use in the treatment of malignant melanoma. as a first component - a complex of delphinidin and a sulfoalkyl ether β-Cyclodextrin and/or - delphinidin or salts thereof and - a complex of delphinidin and a sulfoalkyl ether β-Cyclodextrin and/or - delphinidin or salts thereof and as second component - a T umor necrosis factor- R elated A poptosis- I nducing L igand (TRAIL) - a T umor necrosis factor- R elated A poptosis- I nducing L igand (TRAIL) for use in the treatment of malignant melanoma.
A vane comprising: a platform extending from an edge face and between spaced apart lateral faces; and an airfoil extending outwardly from said platform, said platform including a plurality of ejection ports in said edge face and a plurality of passages connected to said plurality of ejection ports, and said edge face is a trailing edge face, characterised in that: the plurality of passages are configured to eject coolant in a direction that impinges an exposed surface of a blade outer air seal; and said trailing edge face defines a localized cooling region distributed about a cooling plane extending from said trailing edge face in the direction of a vector extending downstream from a trailing edge of the airfoil, and a localized concentration of said plurality of ejection ports in said localized cooling region being greater than a total concentration of said plurality of ejection ports in said trailing edge face. a platform extending from an edge face and between spaced apart lateral faces; and an airfoil extending outwardly from said platform, said platform including a plurality of ejection ports in said edge face and a plurality of passages connected to said plurality of ejection ports, and said edge face is a trailing edge face, characterised in that: the plurality of passages are configured to eject coolant in a direction that impinges an exposed surface of a blade outer air seal; and said trailing edge face defines a localized cooling region distributed about a cooling plane extending from said trailing edge face in the direction of a vector extending downstream from a trailing edge of the airfoil, and a localized concentration of said plurality of ejection ports in said localized cooling region being greater than a total concentration of said plurality of ejection ports in said trailing edge face. the plurality of passages are configured to eject coolant in a direction that impinges an exposed surface of a blade outer air seal; and said trailing edge face defines a localized cooling region distributed about a cooling plane extending from said trailing edge face in the direction of a vector extending downstream from a trailing edge of the airfoil, and a localized concentration of said plurality of ejection ports in said localized cooling region being greater than a total concentration of said plurality of ejection ports in said trailing edge face.
A header for a harvester having a cutter and auger powered from a PTO shaft of the harvester by means of respective belt or chain transmissions that include drive and driven sheaves or sprockets coupled to one another by a continuous drive belt or chain, wherein at least one of the drive and driven sheaves or sprockets of the transmissions driving the cutter and the auger is coupled to an associated shaft by means of a torsional vibration compensator, characterised in that the torsional vibration compensator is a friction damper.
An apparatus for submolecular dry cleaning and/or hydrophilization of the surface of solids comprising: a process chamber which is gas-tightly closed or closable with respect to the environment and is intended for receiving a solid; a lamp which has a spectral range from 120 to 800 nm and which is configured to irradiate the process chamber; and a gas guiding system which is configured to supply and discharge one or more process gases into and out of the process chamber, wherein at least one intermediate filter element being arranged between the lamp and the solid in the irradiation path of the lamp, said intermediate filter element being selected from the following group: MgF 2, quartz, sapphire and a bass-pass filter, characterized in that the apparatus has a process cell arranged in the process chamber and between a lamp module and a sample table, said process cell being formed to guide the process gases and to hold the at least one intermediate filter element, and wherein the process cell is divided by the at least one intermediate filter element into two regions which are interconnected so as to transmit gases.
A method for depositing high aspect ratio molecular, HARM, structures comprising: providing an aerosol comprising individual and bundled HARM-structures (1, 3, 4); applying a force upon the individual and bundled HARM-structures thereby moving at least part of the individual and bundled HARM-structures based on one or more physical features and/or properties towards one or more predetermined locations by means of the applied force, the method characterised in that it further comprises depositing at least part of the individual and bundled HARM-structures (1, 3, 4) in a pattern by means of the applied force, wherein the force is a thermophoretic force, and one or more individual and bundled HARM-structures are deposited in a pattern by patterned heating and cooling of a collection plate. providing an aerosol comprising individual and bundled HARM-structures (1, 3, 4); applying a force upon the individual and bundled HARM-structures thereby moving at least part of the individual and bundled HARM-structures based on one or more physical features and/or properties towards one or more predetermined locations by means of the applied force, the method characterised in that it further comprises depositing at least part of the individual and bundled HARM-structures (1, 3, 4) in a pattern by means of the applied force, wherein the force is a thermophoretic force, and one or more individual and bundled HARM-structures are deposited in a pattern by patterned heating and cooling of a collection plate.
A composition comprising eicosapentaenoic acid (20:5(n-3); EPA), myristic acid (C14:0; MA) and leucine for use in prevention and/or treatment of a disease involving muscle decline or for use in a therapeutic method of improving muscle function, wherein the composition comprises EPA and MA in a weight ratio in the range of 1.0: 1 - 1.6: 1.
Control unit for a battery system, comprising a sensor interface configured for being connected to a current sensor; a switching interface configured for being connected to a solid state switch; a programmable microcontroller configured for storing at least one programmed turnoff condition of the battery system and outputting at least one threshold signal based on a respective turnoff condition; and a driver circuit being interconnected as hardware path between the sensor interface for receiving a sensor signal and the switching interface for outputting an interrupt signal and being interface connected to the microcontroller for receiving the least one threshold signal, wherein the driver circuit comprises at least one comparator circuit configured for comparing the sensor signal with the at least one threshold signal and for outputting the interrupt signal in an inadmissible operation condition of the battery system, characterized in that the comparator circuit comprises a first comparator input node configured for receiving the sensor signal, a second comparator input node configured for receiving a freely set threshold signal from the microcontroller, and in that the comparator circuit is configured for outputting the interrupt signal via a comparator output node with a polarity and/or an amplitude depending on the ratio of the sensor signal and the threshold signal..
An inhalation-synchronized fluid dispenser device, comprising a body provided with a mouthpiece, a fluid reservoir containing a fluid and a propellant gas being mounted to slide axially in said body, a metering valve including a valve member being assembled on said reservoir for selectively dispensing the fluid, said device further comprising: • a blocking element that is movable and/or deformable between a non-actuation position in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, said blocking element, in its non-actuation position, co-operating firstly with the body and secondly with the reservoir so as to prevent said reservoir from moving axially in the body, and • an inhalation-controlled trigger system including an inhalation-sensitive member that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member, when it is deformed and/or moved, moving and/or deforming said blocking element from its non-actuation position towards its actuation position, said device including an actuator that is fastened on said reservoir, said actuator comprising a proximal wall that is fastened, in particular force-fitted, on the end of the reservoir, a body that slides axially past said proximal wall, and a spring that is arranged between said proximal wall and a distal wall of said body, said body sliding axially past said proximal wall between a rest position and a cocked position, in which said spring is compressed, such that on said inhalation-controlled trigger system being actuated, said compressed spring moves said reservoir axially in said body so as to actuate said metering valve. • a blocking element that is movable and/or deformable between a non-actuation position in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, said blocking element, in its non-actuation position, co-operating firstly with the body and secondly with the reservoir so as to prevent said reservoir from moving axially in the body, and • an inhalation-controlled trigger system including an inhalation-sensitive member that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member, when it is deformed and/or moved, moving and/or deforming said blocking element from its non-actuation position towards its actuation position,
A clamping device for a load with a flange arranged at at least one end, wherein the clamping device is able to be arranged on a crane-like hoist and the clamping device has at least four adjustable inner clamping elements, which is able to be arranged in pairs on an inner surface of the flange, with bearing surfaces for the flange of the load, characterized in that a pair of the at least two pairs of inner clamping elements is arranged respectively on the clamping device so as to be linearly displaceable relative to one another on an imaginary axis, and the at least two pairs of inner clamping elements are arranged on the clamping device displaced parallel to one another, and wherein the clamping device includes at least two cross beams, which are attached next to one another and displaced in parallel and one pair of the inner clamping elements respectively is arranged on one of the cross beams so as to be linearly displaceable to one another on the clamping device. wherein the clamping device is able to be arranged on a crane-like hoist and the clamping device has at least four adjustable inner clamping elements, which is able to be arranged in pairs on an inner surface of the flange, with bearing surfaces for the flange of the load, characterized in that a pair of the at least two pairs of inner clamping elements is arranged respectively on the clamping device so as to be linearly displaceable relative to one another on an imaginary axis, and the at least two pairs of inner clamping elements are arranged on the clamping device displaced parallel to one another, and wherein the clamping device includes at least two cross beams, which are attached next to one another and displaced in parallel and one pair of the inner clamping elements respectively is arranged on one of the cross beams so as to be linearly displaceable to one another on the clamping device.
A waterborne, water-resistant, flexible cementitious coating composition comprising: a) a polymer component comprising: i) an aqueous styrene-butadiene latex; and ii) one or more epoxy silane; and b) an inorganic component comprising: i) cement; and ii) one or more solid filler, wherein the one or more epoxy silane comprises at least two epoxy functional groups and at least two hydrolysable functional groups selected from the group consisting of siloxy and silanol, and combinations thereof. a) a polymer component comprising: i) an aqueous styrene-butadiene latex; and ii) one or more epoxy silane; and i) an aqueous styrene-butadiene latex; and ii) one or more epoxy silane; and b) an inorganic component comprising: i) cement; and ii) one or more solid filler, i) cement; and ii) one or more solid filler,
Vulcanizing mould for vulcanizing vehicle tyres, with multiple mould segments, which can be moved together to form a circumferentially closed mould, wherein each mould segment has radially inwardly (ri) a mould surface with a negative tread profile comprising negative profile elements for the forming of the positive tread profile comprising positive profile elements of the vehicle tyre to be vulcanized, wherein the mould surface is made up of partial mould segments and the division into the partial mould segments takes place exclusively in the circumferential direction (uR) and wherein between two adjacently arranged partial mould segments there are formed narrow venting gaps, which form a venting means that is in connection with the atmosphere, wherein venting slits are arranged within the negative profile elements of those partial mould segments that form the tyre shoulders and wherein no venting gaps are provided in the region of the partial mould segments that form the tyre shoulders.
Method for securing packing units on a transport vehicle, the packing units comprise a base and at least two upright, substantially round, containers (2a, 2b), on the top side and at the bottom side the containers are provided with upright circumferential edges including flange edges and ring edges, wherein the containers and their upright circumferential edges are positioned against one another on the base, and the containers are held together by a cord strap or by otherwise enclosing or girdling the containers, including a (shrink) foil, comprising the steps of: - providing a first fixing holder upon the upright circumferential edges of two upright joined containers (2a, 2b) of a first packing unit, the fixing holder being provided with two inner fixing edges (23a, 23b) to abut against the outer sides of the upright circumferential edges and against the outer walls of the two upright containers (2a, 2b) held together, - providing a second fixing holder (1") upon two upright circumferential edges of two upright joined containers (2a, 2b) of the first packing unit or of a second packing unit (20"), - arranging a tying strap or tensioning cable over the fixing holders (1', 1"), - securing the first packing unit (and optionally a second packing unit (20")) with the tying strap or tensioning cable on the transport vehicle. - providing a first fixing holder upon the upright circumferential edges of two upright joined containers (2a, 2b) of a first packing unit, the fixing holder being provided with two inner fixing edges (23a, 23b) to abut against the outer sides of the upright circumferential edges and against the outer walls of the two upright containers (2a, 2b) held together, - providing a second fixing holder (1") upon two upright circumferential edges of two upright joined containers (2a, 2b) of the first packing unit or of a second packing unit (20"), - arranging a tying strap or tensioning cable over the fixing holders (1', 1"), - securing the first packing unit (and optionally a second packing unit (20")) with the tying strap or tensioning cable on the transport vehicle.
Heat exchanger for a heating device, in particular for a hot water appliance, comprising: - a first conduit circuit for guiding a first fluid; - a second conduit circuit for guiding a second fluid; - wherein the first conduit circuit and the second conduit circuit are both arranged in a heat-conducting material; - wherein the heat-conducting material is provided on a first side with fins (10, 12) for transferring heat between a third fluid and at least the first conduit circuit; - wherein the first conduit circuit substantially defines a plane arranged substantially parallel to and close to the first side of the heat-conducting material; - wherein the second conduit circuit is arranged substantially along the first conduit circuit; and - wherein the second conduit circuit extends substantially along only a limited part of the plane defined by the first conduit circuit; characterized by a third conduit circuit for guiding a fourth fluid which is also arranged in the heat-conducting material of the heat exchanger; and - wherein the third conduit circuit is arranged between the first side of the heat-conducting material, which side is provided with the fins (10, 12), and the second conduit circuit. - a first conduit circuit for guiding a first fluid; - a second conduit circuit for guiding a second fluid; - wherein the first conduit circuit and the second conduit circuit are both arranged in a heat-conducting material; - wherein the heat-conducting material is provided on a first side with fins (10, 12) for transferring heat between a third fluid and at least the first conduit circuit; - wherein the first conduit circuit substantially defines a plane arranged substantially parallel to and close to the first side of the heat-conducting material; - wherein the second conduit circuit is arranged substantially along the first conduit circuit; and - wherein the second conduit circuit extends substantially along only a limited part of the plane defined by the first conduit circuit; - wherein the third conduit circuit is arranged between the first side of the heat-conducting material, which side is provided with the fins (10, 12), and the second conduit circuit.
A multi-lane system for wrapping ice cream products, said system comprising reel holders for receiving reels holding webs of packaging material, a wrapping machine arranged to receive the ice cream products, to receive the webs, to enclose the ice cream products in the webs and to seal the webs such that wrapped ice cream products are formed, and a web conveying arrangement arranged to individually feed the webs of packaging material from the reels to the wrapping machine, characterized in that the web conveying arrangement comprises de-tensioning devices arranged to decrease tensions in the webs upstream the wrapping machine. reel holders for receiving reels holding webs of packaging material, a wrapping machine arranged to receive the ice cream products, to receive the webs, to enclose the ice cream products in the webs and to seal the webs such that wrapped ice cream products are formed, and a web conveying arrangement arranged to individually feed the webs of packaging material from the reels to the wrapping machine, characterized in that the web conveying arrangement comprises de-tensioning devices arranged to decrease tensions in the webs upstream the wrapping machine.