mhurhangee/ep-ind-claims huggingface dataset:
A hose line - particularly a vent hose - for conveying a fluidic medium, with a hose wall and a fluid channel surrounded by the hose wall, wherein the hose wall has at least one foam layer on the basis of at least one polymeric plastic foam, wherein the proportion of the radial thickness (d s) of the foam layer in the radial wall thickness (d) of the hose wall amounts to at least 60%, preferably at least 70%, and wherein the hose line has at least one reinforcing coil, which is at least sectionally embedded in the hose wall, preferably in the at least one foam layer of the hose wall, referred to its cross-sectional circumference, wherein the foam layer forms the inner surface of the hose wall, wherein the radial thickness (d w) of the reinforcing coil is smaller than the radial wall thickness (d) of the foam layer, wherein the radial thickness (d w) of the reinforcing coil amounts to between 2% and 30% of the radial wall thickness (d) of the foam layer, and wherein either the reinforcing coil is embedded in the hose wall or in the foam layer over its entire cross-sectional circumference or the reinforcing coil is arranged on the inner surface of the hose wall or the foam layer and only partially embedded in the hose wall or in the foam layer referred to its cross-sectional circumference. wherein the foam layer forms the inner surface of the hose wall, wherein the radial thickness (d w) of the reinforcing coil is smaller than the radial wall thickness (d) of the foam layer, wherein the radial thickness (d w) of the reinforcing coil amounts to between 2% and 30% of the radial wall thickness (d) of the foam layer, and wherein either the reinforcing coil is embedded in the hose wall or in the foam layer over its entire cross-sectional circumference or the reinforcing coil is arranged on the inner surface of the hose wall or the foam layer and only partially embedded in the hose wall or in the foam layer referred to its cross-sectional circumference. either the reinforcing coil is embedded in the hose wall or in the foam layer over its entire cross-sectional circumference or the reinforcing coil is arranged on the inner surface of the hose wall or the foam layer and only partially embedded in the hose wall or in the foam layer referred to its cross-sectional circumference.
Connection profile for components adjoining plaster, for example for window frames, door frames or roller shutter rails, having a sealing limb, which has at least one sealing strip on the component side for sealing on the component, and having a plastering limb projecting essentially perpendicularly from the sealing limb, which, together with a plastering strip projecting from the sealing limb and ending in a take-off edge, spans a plaster-receiving space, the width of which is defined by the normal distance (a) of the take-off edge from the plastering limb, characterised in that the width of the plaster-receiving space is designed to be variably adjustable in such a manner - that either the sealing limb together with the plastering strip on the one hand and the plastering limb on the other hand are separately produced parts of the connection profile, wherein the rear side of the sealing limb facing away from the sealing strip comprises at least one joining region in which the plastering limb produced separately from the sealing limb can be fastened at a predeterminable normal distance (a) from the take-off edge, - or that the sealing limb together with the plastering limb on the one hand and the plastering strip on the other hand are separately produced parts of the connection profile, wherein the sealing limb has a groove-shaped receptacle in which a retaining web of the plastering strip produced separately from the sealing limb can be fixed in a plurality of different latching positions, so that the plastering limb has a predeterminable normal distance (a) from the take-off edge, wherein the separately produced parts can be combined at the factory or by the user to form a connection profile having a plaster-receiving space of different widths. - that either the sealing limb together with the plastering strip on the one hand and the plastering limb on the other hand are separately produced parts of the connection profile, wherein the rear side of the sealing limb facing away from the sealing strip comprises at least one joining region in which the plastering limb produced separately from the sealing limb can be fastened at a predeterminable normal distance (a) from the take-off edge, - or that the sealing limb together with the plastering limb on the one hand and the plastering strip on the other hand are separately produced parts of the connection profile, wherein the sealing limb has a groove-shaped receptacle in which a retaining web of the plastering strip produced separately from the sealing limb can be fixed in a plurality of different latching positions, so that the plastering limb has a predeterminable normal distance (a) from the take-off edge,
Signalling and/or lighting device, in particular for a motor vehicle, comprising: - means for emitting a light beam, called the primary beam, including a light source, - a scattering element and - controlled transmitting means interposed between the emitting means and the scattering element, the controlled transmitting means being controlled in order to selectively transmit at least one portion of the primary beam toward the scattering element in order to form a beam, called the secondary beam, with at least two different distributions of the light, characterized in that the controlled transmitting means comprise at least one liquid-crystal display arranged at distance from the scattering element, an image of the liquid-crystal display being formed on the scattering element, wherein the liquid-crystal display is curved so as to allow a small angle of incidence to be obtained for each of the rays of the primary beam on the liquid-crystal display. - means for emitting a light beam, called the primary beam, including a light source, - a scattering element and - controlled transmitting means interposed between the emitting means and the scattering element, the controlled transmitting means being controlled in order to selectively transmit at least one portion of the primary beam toward the scattering element in order to form a beam, called the secondary beam, with at least two different distributions of the light,
A resin composition comprising: a silicone resin or a silicone oil; a compound represented by the following formula or; and a thermally conductive filler: in the formulas and, R 1 represents a C1-20 alkyl group, a C2-20 alkenyl group, or a C6-20 aryl group, a plurality of R 1 s are optionally the same or different, R 2 represents a C1-4 alkyl group, when a plurality of R 2 s are present, the plurality of R 2 s are optionally the same or different, R 3 represents a C1-4 alkyl group, a C2-4 alkoxyalkyl group, or a C2-4 alkenyl group or acyl group, when a plurality of R 3 s are present, the plurality of R 3 s are optionally the same or different, R 4 represents a C1-8 alkyl group, R 5 represents a C2-20 alkylene group, a plurality of R 5 s are optionally the same or different, a represents an integer of 0 to 2, and n represents an integer of 4 to 150. a silicone resin or a silicone oil; a compound represented by the following formula or; and a thermally conductive filler: in the formulas and, R 1 represents a C1-20 alkyl group, a C2-20 alkenyl group, or a C6-20 aryl group, a plurality of R 1 s are optionally the same or different, R 2 represents a C1-4 alkyl group, when a plurality of R 2 s are present, the plurality of R 2 s are optionally the same or different, R 3 represents a C1-4 alkyl group, a C2-4 alkoxyalkyl group, or a C2-4 alkenyl group or acyl group, when a plurality of R 3 s are present, the plurality of R 3 s are optionally the same or different, R 4 represents a C1-8 alkyl group, R 5 represents a C2-20 alkylene group, a plurality of R 5 s are optionally the same or different, a represents an integer of 0 to 2, and n represents an integer of 4 to 150.
A spiral soft tissue biopsy needle, comprising a puncture needle rod, a sampling needle rod, and a hand shank for fixing the puncture needle rod and the sampling needle rod, wherein the sampling needle rod comprises a spiral needle rod for fixing a sampling site and a cutting needle rod for separating the sample from the sampling site, the spiral needle rod has a hollow structure, the cutting needle rod is arranged on the outer side of the spiral needle rod and the inner surface of the cutting needle rod is in close contact with the outer surface of the spiral needle rod, the front end of the spiral needle rod is provided with a spring spiral tube, and the front end of the cutting needle rod is provided with a cutting edge, characterized in that the spiral soft tissue biopsy needle further includes a sampling device comprising an upper sampling shell and a lower sampling shell, the upper sampling shell is provided with an upper sampling groove inside, the lower sampling shell is provided with a lower sampling groove inside, the upper sampling groove corresponds to the lower sampling groove in shape and the shape after their closure coincides with the thread shape of the spring spiral tube.
A transparent glass substrate, comprising an antireflection multilayer on at least one of its faces, said multilayer comprising an alternation of films including at least one succession of a high-index film between 40 and 125 nm in thickness and made of a dielectric material with a refractive index above 1.80, and a low-index film made of a dielectric material with a refractive index below 1.6, characterized in that said high-index film in said succession comprises, or preferably consists of, a material having the general formula Sn x Zn y O z, in which the Sn/Zn mass ratio is between 55/45 and 64/36.
A quality check module, comprising: an imaging location within the quality check module configured to receive a specimen container containing a specimen; one or more image capture devices configured to capture images of the specimen container and the specimen at the imaging location from one or more viewpoints; one or more light sources located adjacent to the imaging location and configured to provide back lighting for the one or more image capture devices; and one or more stray light patches located in an area receiving stray light from the one or more light sources, characterized in that wherein the one or more light sources are spectrally-switchable between at least two light spectra, wherein the one or more stray light patches are provided on a movable support that is not coupled to a carrier supporting the specimen container. an imaging location within the quality check module configured to receive a specimen container containing a specimen; one or more image capture devices configured to capture images of the specimen container and the specimen at the imaging location from one or more viewpoints; one or more light sources located adjacent to the imaging location and configured to provide back lighting for the one or more image capture devices; and one or more stray light patches located in an area receiving stray light from the one or more light sources, characterized in that wherein the one or more light sources are spectrally-switchable between at least two light spectra, wherein the one or more stray light patches are provided on a movable support that is not coupled to a carrier supporting the specimen container.
A plug assembly for an electromechanical surgical system, the plug assembly comprising: a housing defining a proximal facing bore, the housing including a proximally extending central rib located within the proximal facing bore; a pair of electrical contacts (114, 116) disposed within the housing, wherein the pair of electrical contacts are spaced apart from one another, each electrical contact including: a distal end portion (114a, 116a) projecting distally from a distal end of the housing; and a proximal end portion (114b, 116b) disposed within the proximal facing bore of the housing; a ribbon cable having an axially split distal end portion defining a pair of fingers (207c, 207d) spaced apart from one another by a gap, each finger being electrically connected to the proximal end portion of a respective one of the pair of electrical contacts, and being disposed with the proximal facing bore of the housing, wherein the rib of the housing is disposed within the gap of the ribbon cable; and an encapsulating material filling the proximal facing bore of the housing, characterized in that the housing is at least partially transparent. a housing defining a proximal facing bore, the housing including a proximally extending central rib located within the proximal facing bore; a pair of electrical contacts (114, 116) disposed within the housing, wherein the pair of electrical contacts are spaced apart from one another, each electrical contact including: a distal end portion (114a, 116a) projecting distally from a distal end of the housing; and a proximal end portion (114b, 116b) disposed within the proximal facing bore of the housing; a distal end portion (114a, 116a) projecting distally from a distal end of the housing; and a proximal end portion (114b, 116b) disposed within the proximal facing bore of the housing; a ribbon cable having an axially split distal end portion defining a pair of fingers (207c, 207d) spaced apart from one another by a gap, each finger being electrically connected to the proximal end portion of a respective one of the pair of electrical contacts, and being disposed with the proximal facing bore of the housing, wherein the rib of the housing is disposed within the gap of the ribbon cable; and an encapsulating material filling the proximal facing bore of the housing, characterized in that the housing is at least partially transparent.
Method for at least partly coating a metallic substrate, comprising at least the steps of at least partly autophoretically coating the substrate with an autophoretically depositable coating composition, and with an aqueous composition, contacting the substrate at least partly coated with the autophoretically deposited coating composition, forming a film, characterized in that the aqueous composition used in step is an aqueous sol-gel composition which is obtained by reacting at least one starting compound which has at least one metal atom and/or semimetal atom and at least two hydrolyzable groups, and which further has at least one nonhydrolyzable organic radical, with water, and in that step is carried out before curing of the autophoretically deposited coating. at least partly autophoretically coating the substrate with an autophoretically depositable coating composition, and with an aqueous composition, contacting the substrate at least partly coated with the autophoretically deposited coating composition, forming a film,
A drain ball valve for use in connection with an aircraft fluid-holding tank having a tank drain, the drain ball valve comprising: an upper shell with an upper raised wall configured to be received within a plumbing line of the tank drain; and a lower shell; characterised in that the drain ball valve comprises a bellow component, wherein the lower shell comprises a connection area for receiving the bellow component; and in that the drain ball valve further comprises a funnel received on the lower shell. an upper shell with an upper raised wall configured to be received within a plumbing line of the tank drain; and a lower shell; characterised in that the drain ball valve comprises a bellow component, wherein the lower shell comprises a connection area for receiving the bellow component; and in that the drain ball valve further comprises a funnel received on the lower shell.
A method for balancing a battery pack comprising a plurality of battery cells (C1-C3) connected in series, wherein each battery cell (C1-C3) is associated with a resistor (R1-R3) which is connected in parallel with said battery cell (C1-C3) and wherein each of said resistors (R1-R3) is coupled in series with a controllable switch (S1-S3) which is connected to a control unit, said method comprising: - selectively closing and opening said switch (S1-S3) so as to initiate discharging of the corresponding battery cell (C1-C3); - thereby balancing said battery cell (C1-C3) in relation to other cells of said battery pack, characterized in that the method comprises the steps of: a) defining a control variable (u) indicating, for each switch (S1-S3), an open or closed condition; b) determining a cost based at least on the current losses of the battery pack resulting from said switch (S1-S3) being controlled according to said control variable, wherein said cost is determined by executing and minimizing a cost function which defines a relationship between said current losses resulting from a given control variable and a state of balance of the battery pack, the state of balance being the difference between the highest and lowest state of charge (SoC) values for the battery cells; c) repeating steps a) and b) a predefined number of times; d) selecting a control variable which results in said cost being minimized; and e) initiating said balancing based on the selected control variable. - selectively closing and opening said switch (S1-S3) so as to initiate discharging of the corresponding battery cell (C1-C3); - thereby balancing said battery cell (C1-C3) in relation to other cells of said battery pack, a) defining a control variable (u) indicating, for each switch (S1-S3), an open or closed condition; b) determining a cost based at least on the current losses of the battery pack resulting from said switch (S1-S3) being controlled according to said control variable, wherein said cost is determined by executing and minimizing a cost function which defines a relationship between said current losses resulting from a given control variable and a state of balance of the battery pack, the state of balance being the difference between the highest and lowest state of charge (SoC) values for the battery cells; c) repeating steps a) and b) a predefined number of times; d) selecting a control variable which results in said cost being minimized; and e) initiating said balancing based on the selected control variable.
A cleaning system in which the system comprises a fluid conduit and a housing, the housing of the system having a gas-carrying conduit and a device for dispensing a mixture, and the mixture being dispensed from the system, the mixture being producible from at least one gas stream and at least one fluid stream and being dispensed onto a surface, the mixture being suppliable to the device for dispensing the mixture, the device for dispensing the mixture comprising the gas-carrying conduit in the interior of which a fluid conduit extends axially, and the gas-carrying conduit and the fluid conduit being configured as outlet device for dispensing the mixture, characterized in that the outlet device is further configured to be rotatable about the gas-carrying conduit eccentrically to the longitudinal axis thereof, and further has a body for cleaning the surface, wherein the gas-carrying conduit has two sections (68, 69) having end faces directed towards one another, the end faces projecting into a connecting flange, and a section (68, 69) of the gas-carrying conduit is arranged in the interior of the connecting flange opposite to the remaining section (68, 69) of the gas-carrying conduit in a gas-tight displaceable manner, wherein a sealing means is arranged on the inner wall of the connecting flange for sealing the section (68, 69) against the connecting flange, and the fluid conduit bridges the end faces of the sections (68, 69) of the gas-carrying conduit in the interior of the connecting flange, wherein the fluid conduit runs through the connecting flange along the longitudinal axis of the connecting flange and opens into the outlet device, and the connecting flange is radially rotatable about its longitudinal axis and is arranged on the gas-carrying conduit. the gas-carrying conduit has two sections (68, 69) having end faces directed towards one another, the end faces projecting into a connecting flange, and a section (68, 69) of the gas-carrying conduit is arranged in the interior of the connecting flange opposite to the remaining section (68, 69) of the gas-carrying conduit in a gas-tight displaceable manner, wherein a sealing means is arranged on the inner wall of the connecting flange for sealing the section (68, 69) against the connecting flange, and the fluid conduit bridges the end faces of the sections (68, 69) of the gas-carrying conduit in the interior of the connecting flange, wherein the fluid conduit runs through the connecting flange along the longitudinal axis of the connecting flange and opens into the outlet device, and the connecting flange is radially rotatable about its longitudinal axis and is arranged on the gas-carrying conduit.
A method of relaying traffic from a source to a targeted destination in a communications network (14, 16, 18), said method comprising the steps of: - providing a first and at least one second (22, 24) network adapter each providing access to a network (14, 16, 18) having a plurality of destinations (38, 40, 42), - providing a first routing table which defines at least a first destination associated with the first network adapter, - providing at least one second routing table defining a second destination, which second destination is individually associated with said at least one second network adapter, - relaying said traffic from the source to the targeted destination using one of the network adapters (20, 22, 24), and wherein the step of relaying includes a step of selecting one of the first and second routing tables (60, 62), characterized in that the step of providing network adapters includes providing real network adapters (20, 22, 24) and providing at least one virtual network adapter (70, 72), wherein each virtual network adapter (70, 72) is individually associated with a third routing table (74, 76), wherein the third routing table (74, 76) includes next hop and interface entries pointing to at least one of the following: another routing table (60, 62) or a real network adapter (20, 22, 24), and wherein the step of relaying uses the at least one virtual network adapter (70, 72) and its associated third routing table (74, 76). - providing a first and at least one second (22, 24) network adapter each providing access to a network (14, 16, 18) having a plurality of destinations (38, 40, 42), - providing a first routing table which defines at least a first destination associated with the first network adapter, - providing at least one second routing table defining a second destination, which second destination is individually associated with said at least one second network adapter, - relaying said traffic from the source to the targeted destination using one of the network adapters (20, 22, 24), and wherein the step of relaying includes a step of selecting one of the first and second routing tables (60, 62),