mhurhangee/ep-ind-claims huggingface dataset:
Household appliance for drying laundry, having - at least one condensate collecting tank, - at least one temperature sensor, which is arranged at least partially below a predetermined filling level of the condensate collecting tank, and - at least one electronic control and/or regulating unit connected for communication purposes with the temperature sensor, - wherein the electronic control and/or regulating unit is designed to determine from the temperature signals of the temperature sensor whether a current liquid fill level in the condensate collecting tank will reach or has reached the predetermined filling level, characterised in that - the temperature sensor is designed and arranged to detect a temperature ( T P) of process air used to dry the laundry and to generate corresponding temperature signals. - at least one condensate collecting tank, - at least one temperature sensor, which is arranged at least partially below a predetermined filling level of the condensate collecting tank, and - at least one electronic control and/or regulating unit connected for communication purposes with the temperature sensor, - wherein the electronic control and/or regulating unit is designed to determine from the temperature signals of the temperature sensor whether a current liquid fill level in the condensate collecting tank will reach or has reached the predetermined filling level, characterised in that - the temperature sensor is designed and arranged to detect a temperature ( T P) of process air used to dry the laundry and to generate corresponding temperature signals.
Packaged explosive-agent-containing molded body, comprising i) a molded body having an explosive agent and an outgassing additive, in particular a marking agent, and ii) a package comprising a film bag made of a composite film comprising at least a diffusion barrier layer and a sealable material, characterized in that the film bag has an opening through which the molded body can be introduced into the film bag, and wherein this opening is welded by at least one first line weld at a distance of less than 2 cm from an inner surface of the film bag which is in contact with the molded body. i) a molded body having an explosive agent and an outgassing additive, in particular a marking agent, and ii) a package comprising a film bag made of a composite film comprising at least a diffusion barrier layer and a sealable material,
Vane carrier for a gas turbine plant extending along a longitudinal axis and comprising a plurality of clearance control cavities distributed along a circumferential direction, each extending transversally with respect to the longitudinal axis and having a first inlet connected to a source of control fluid (31, 16, 3); at least one clearance control cavity of the plurality of clearance control cavities having at least one outlet connected to a respective discharge conduit; characterized in that the at least one discharge conduit connects the outlet of the clearance control cavity to a further inlet of a further adjacent clearance control cavity.
Device for attaching a safety module to a steering wheel frame, comprising: - at least one resilient bead which is movable between an initial position and a final position; - at least one hook, having: • a first surface which forms a guide track ending at an inflection point, for transferring the resilient bead from the initial position to a release position during a docking movement of the module to the frame; and • a second surface which is separated from the first surface by the inflection point and is arranged so as to receive the resilient bead passing from the release position into the final position; - at least one bridge portion which has a third surface facing the second surface, the resilient bead, when in the final position, locking the module attached to the frame by being supported on the second surface and on the third surface, characterized in that the third surface comprises at least one recess arranged so as to face the inflection point. - at least one resilient bead which is movable between an initial position and a final position; - at least one hook, having: • a first surface which forms a guide track ending at an inflection point, for transferring the resilient bead from the initial position to a release position during a docking movement of the module to the frame; and • a second surface which is separated from the first surface by the inflection point and is arranged so as to receive the resilient bead passing from the release position into the final position; • a first surface which forms a guide track ending at an inflection point, for transferring the resilient bead from the initial position to a release position during a docking movement of the module to the frame; and • a second surface which is separated from the first surface by the inflection point and is arranged so as to receive the resilient bead passing from the release position into the final position; - at least one bridge portion which has a third surface facing the second surface, the resilient bead, when in the final position, locking the module attached to the frame by being supported on the second surface and on the third surface, characterized in that the third surface comprises at least one recess arranged so as to face the inflection point.
A simple and disposable measurement tool to test substances in an ELISA method comprising: at least two reaction regions, each composed of a water-based liquid, the reaction regions being independent of each other; boundary region(s) composed of a gel that is not soluble in the water-based liquid; a container holding said reaction regions and said boundary region(s); and magnetic particles carrying a reactive substance immobilized on the surface thereof, wherein the reaction regions are separated from each other via the boundary region in a closed system; and wherein said regions of said measurement tool are configured such that by using an external magnetic field-applying means, the magnetic particles can be exclusively transferred from one reaction region to another reaction region through the boundary region separating these reaction regions, while independence of the respective reaction regions and the respective boundary regions and a function of the magnetic particles being maintained; and the test substance is an antigen, and the reactive substance is an antibody. at least two reaction regions, each composed of a water-based liquid, the reaction regions being independent of each other; boundary region(s) composed of a gel that is not soluble in the water-based liquid;
Aqueous polyurethane or polyurethane-urea dispersions comprising polyurethanes or polyurethane polyureas dispersed therein having terminal carboxyl groups and additionally lateral sulfonate and/or carboxylate groups.
Use of a cosmetic composition excluding royal jelly comprising an effective quantity of a mixture comprising three active agents: (c) 1,10 decanediol, (a) sebacic acid and (b) 10-hydroxydecanoic acid, to reduce the secretion of sebum.
Optical system (10, 11) for a surroundings detection apparatus, embodied, in particular, in the form of a lidar system, for detecting information items about at least one object on the basis of light pulses that are emitted and received after the reflection thereof on the at least one object, wherein the optical system (10, 11) has an optical element with a first light-transmissive area adjoining a first region of surroundings of the optical system (10, 11), by means of which first light-transmissive area the light pulses are able to emerge from the optical system and/or enter into the optical system (10, 11), wherein the optical system (10, 11) comprises a protection device, having a flow channel, for protecting the first light-transmissive area from at least one contamination object situated in the surroundings, wherein the flow channel can have a pressurized air flow, which enters via a first open end of the flow channel, pass therethrough and wherein said flow channel is embodied in such a way that the pressurized air flow is able to emerge from the flow channel via a second open end of the flow channel and able to enter into the surroundings and able to pass through the first region of the surroundings immediately after its emergence from the flow channel, characterized by an inner jacket adjoining an inner volume of the optical system (10, 11) and an outer jacket that at least partly surrounds the inner jacket and that is arranged at a distance therefrom, wherein the flow channel is delimited by an area of the inner jacket facing the outer jacket and an area of the outer jacket facing the inner jacket and wherein said flow channel comprises an interstice that is situated between the inner and the outer jacket (50, 55), wherein the inner and the outer jacket (50, 55) each have two ends, wherein a first end of each jacket (50, 55) is situated on the side of the corresponding jacket (50, 55) facing away from the first region of the surroundings and wherein a second end of each jacket (50, 55) is situated on a side of the corresponding jacket (50, 55) facing the first region of the surroundings, wherein the inner jacket is sealed at its first end and open at its second end and the outer jacket is open at both its first and second end, wherein the inner jacket, at its second end, surrounds the optical element and wherein the first end of the flow channel in each case adjoins the first end of the inner and the outer jacket (50, 55) and the second end of the flow channel in each case adjoins the second end of the inner and the outer jacket (50, 55).
A method for the production of a bushing for the connection of two tubular elements (2, 3), the bushing being produced from an outer coupling, which is cup-shaped, and is delimited by an annular bottom wall; the method comprising the steps of: inserting, into the outer coupling, an inner sleeve which, in an initial configuration thereof, axially projects towards the outside of the outer coupling; and applying, on the inner sleeve, an axial force, so as to deform the inner sleeve itself from the initial configuration thereof to a final configuration, in which the inner sleeve is entirely held inside the outer coupling; and wherein the inner sleeve is deformed, by the axial force, so as to generate a plurality of annular teeth projecting towards the inside of the bushing relative to a lateral wall of the inner sleeve. inserting, into the outer coupling, an inner sleeve which, in an initial configuration thereof, axially projects towards the outside of the outer coupling; and applying, on the inner sleeve, an axial force, so as to deform the inner sleeve itself from the initial configuration thereof to a final configuration, in which the inner sleeve is entirely held inside the outer coupling; and wherein the inner sleeve is deformed, by the axial force, so as to generate a plurality of annular teeth projecting towards the inside of the bushing relative to a lateral wall of the inner sleeve.
A computer-implemented method of generating a selective stain mask image for a cell type of interest within a stained tissue image, characterized by: deconvoluting the stained tissue image into a membrane-stained tissue image and a counter-stained cell-nuclei image; generating a classified cells image by segmenting and classifying a set of cells depicted in an output image generated by combining a complement of the membrane-stained tissue image and the counter-stained cell-nuclei image; generating, from the membrane-stained tissue image, a membrane mask image; and generating a selective stain mask image for a user-selected cell type of interest, wherein generating the selective stain mask image includes: locating classified cells of interest within the membrane mask image based on the classified cells image of the cells; and defining membrane borders between the classified cells of interest by splitting shared membrane components between neighbouring cells. deconvoluting the stained tissue image into a membrane-stained tissue image and a counter-stained cell-nuclei image; generating a classified cells image by segmenting and classifying a set of cells depicted in an output image generated by combining a complement of the membrane-stained tissue image and the counter-stained cell-nuclei image; generating, from the membrane-stained tissue image, a membrane mask image; and generating a selective stain mask image for a user-selected cell type of interest, wherein generating the selective stain mask image includes: locating classified cells of interest within the membrane mask image based on the classified cells image of the cells; and defining membrane borders between the classified cells of interest by splitting shared membrane components between neighbouring cells. locating classified cells of interest within the membrane mask image based on the classified cells image of the cells; and defining membrane borders between the classified cells of interest by splitting shared membrane components between neighbouring cells.
A surface-coated cutting tool including a base material, and a coat film formed on said base material, said surface-coated cutting tool having a chamfer portion where a rake face and a flank face meet, said coat film including at least one layer of a first coat layer, said first coat layer being an outermost surface layer of said coat film at said chamfer portion, characterized in that said first coat layer at said chamfer portion having residual stress that exhibits a minimal value at a depth A within 2 μm from the surface of said chamfer portion, and that increasing continuously or stepwise as a function of depth in a further depth direction from said depth A, said minimal value of said residual stress being greater than or equal to -7 GPa and less than or equal to -1G Pa, said first coat layer at a portion other than said chamfer portion having residual stress greater than the minimal value of said residual stress, said first coat layer at a portion other than said chamfer portion having residual stress that increases continuously or stepwise as a function of advance in a central direction of the rake face and a central direction of the flank face, and that is greater than or equal to 0 GPa and less than or equal to 2 GPa at said base material side, in the first coat layer at said chamfer portion, a region up to said depth A from the surface being a fine crystal texture region including crystals having an average grain size greater than or equal to 10 nm and less than or equal to 200 nm, and in said first coat layer, a region further deeper in a depth direction from said depth A at said chamfer portion, and a region other than said chamfer portion being a rough crystal texture region including crystals larger than the crystals in said fine crystal texture region, wherein said first coat layer has a thickness greater than or equal to 2 μm and less than or equal to 30 μm, and wherein said coat film has a thickness greater than or equal to 3 μm and less than or equal to 50 μm.
A control arrangement for an inverter, comprising: a switch with at least three switching positions comprising a first position, a second position and an intermediate position; and a control device for controlling an operation of the inverter, wherein the switch is set to the intermediate position during each change between the first position and the second position, and wherein the control device is configured to shut down the inverter as soon as the switch is set to the intermediate position, operate the inverter in an on-grid mode when the switch is set to the first position, and operate the inverter in an off-grid mode when the switch is set to the second position, wherein the switch comprises a first auxiliary switching element which is configured to interrupt a connection between the switch and the control device when the switch is in the intermediate position, and to close the connection between the switch and the control device when the switch is in the first position or the second position, and wherein the control device is configured to immediately shut down the inverter as soon as the connection is interrupted. a switch with at least three switching positions comprising a first position, a second position and an intermediate position; and a control device for controlling an operation of the inverter, wherein the switch is set to the intermediate position during each change between the first position and the second position, and wherein the control device is configured to shut down the inverter as soon as the switch is set to the intermediate position, operate the inverter in an on-grid mode when the switch is set to the first position, and operate the inverter in an off-grid mode when the switch is set to the second position, wherein the switch comprises a first auxiliary switching element which is configured to interrupt a connection between the switch and the control device when the switch is in the intermediate position, and to close the connection between the switch and the control device when the switch is in the first position or the second position, and wherein the control device is configured to immediately shut down the inverter as soon as the connection is interrupted.
A composition comprising berry extract of Panax ginseng C.A. Meyer as active ingredient for therapeutic use in the improvement of male sexual function.
A method comprising: receiving link quality information associated with multiple wireless connections in a wireless network; and identifying at least one asymmetric communication path in the wireless network using the link quality information; wherein the multiple wireless connections include a first unidirectional wireless connection from a first wireless device (108a-108c, 110a-110b, 112a-112e) to a second wireless device (108a-108c, 110a- 110b, 112a-112e); and a second unidirectional wireless connection from the second wireless device to the first wireless device; wherein the link quality information includes first and second statistical values associated with the first and second unidirectional wireless connections, respectively; wherein the first and second unidirectional wireless connections between the first and second wireless devices are identified as forming an asymmetric communication path when a difference between the first and second statistical values exceeds a first threshold and at least one of the first and second statistical values does not exceed a second threshold; and wherein the first and second unidirectional wireless connections between the first and second wireless devices are identified as not forming an asymmetric communication path when both the first and second statistical values exceed the second threshold even if the difference between the first and second statistical values exceeds the first threshold. receiving link quality information associated with multiple wireless connections in a wireless network; and identifying at least one asymmetric communication path in the wireless network using the link quality information; wherein the multiple wireless connections include a first unidirectional wireless connection from a first wireless device (108a-108c, 110a-110b, 112a-112e) to a second wireless device (108a-108c, 110a- 110b, 112a-112e); and a second unidirectional wireless connection from the second wireless device to the first wireless device; wherein the link quality information includes first and second statistical values associated with the first and second unidirectional wireless connections, respectively; wherein the first and second unidirectional wireless connections between the first and second wireless devices are identified as forming an asymmetric communication path when a difference between the first and second statistical values exceeds a first threshold and at least one of the first and second statistical values does not exceed a second threshold; and wherein the first and second unidirectional wireless connections between the first and second wireless devices are identified as not forming an asymmetric communication path when both the first and second statistical values exceed the second threshold even if the difference between the first and second statistical values exceeds the first threshold.
A composition comprising a peptide or peptide mimetic antagonist of one or more members of the pro-survival Bcl-2 family of proteins said antagonist selected from the list consisting of an antagonist: a) comprising a BH3 domain of Bim with L12A and F19A having Mcl-1 selectivity; b) comprising a BH3 domain of Bim with L12 to A or G or T or Q or H and F19 to D or K for Mcl-1 selectivity; c) comprising a BH3 domain of Bim with G16 to E or a BH3 domain of Bim with D17 to R or a BH3 domain of Bim with L12 to G or T or Q or H, or a BH3 domain of Bim with F19 to D or K for Mcl-1 selectivity; d) comprising a BH3 domain of Bim with L12 Y and F19 to either R, H, N or E for selective binding to Bcl-2. e) comprising a BH3 domain of Bad with D17A or F23A for loss of binding to Bcl-2, but not Bcl-x L or Bcl-w; f) comprising a BH3 domain of Bad with F19A for Bcl-xL selectivity; g) comprising a BH3 domain of Bid with 18A or A13E for Bcl-w selectivity; h) comprising a BH3 domain of Bak with V8A or I19A selective for Mcl-1; and i) comprising a BH3 domain of Bak with R10A and Q11A selective for Mcl-1, or a pharmaceutical composition comprising said antagonist combined with one or more pharmaceutically acceptable carriers and/or diluents for use in preventing or ameliorating a hyperproliferative disease in a subject. a) comprising a BH3 domain of Bim with L12A and F19A having Mcl-1 selectivity; b) comprising a BH3 domain of Bim with L12 to A or G or T or Q or H and F19 to D or K for Mcl-1 selectivity; c) comprising a BH3 domain of Bim with G16 to E or a BH3 domain of Bim with D17 to R or a BH3 domain of Bim with L12 to G or T or Q or H, or a BH3 domain of Bim with F19 to D or K for Mcl-1 selectivity; d) comprising a BH3 domain of Bim with L12 Y and F19 to either R, H, N or E for selective binding to Bcl-2. e) comprising a BH3 domain of Bad with D17A or F23A for loss of binding to Bcl-2, but not Bcl-x L or Bcl-w; f) comprising a BH3 domain of Bad with F19A for Bcl-xL selectivity; g) comprising a BH3 domain of Bid with 18A or A13E for Bcl-w selectivity; h) comprising a BH3 domain of Bak with V8A or I19A selective for Mcl-1; and i) comprising a BH3 domain of Bak with R10A and Q11A selective for Mcl-1,