mhurhangee/ep-ind-claims huggingface dataset:
Shower head holder system with a receptacle in which a shower head with shower nozzles directed towards the receptacle is mounted, and a holding means for fixing the shower head in the receptacle, wherein the receptacle has at least one through-opening in a region where the shower nozzles come to rest, and the shower head holder system additionally comprises a drainage box with a drainage pipe arranged behind the receptacle, wherein the at least one through-opening opens into the drainage box, and the outlet of the drainage box is connectable to a water outlet, characterised in that the shower head holder system comprises an electronic sensor which is designed to recognise whether a shower head is placed in the receptacle.
Removable breaking element for an electric current for an electrical breaking apparatus, the element comprising: - a casing; - first and second fixed electrical conductors (22, 24) which are isolated from one another; - a movable electrical conductor which is displaceable between: • a first position, in which the movable electrical conductor is in electrical contact with the first and second fixed electrical conductors (22, 24) in the region, respectively, of first and second contact zones, and • a second position, in which the movable electrical conductor is at a distance and electrically isolated from the first and second fixed electrical conductors (22, 24), characterised in that the casing has two through-windows (50, 52), one being located opposite the first contact zone between the movable conductor and the first fixed electrical conductor and the other being located opposite the second contact zone between the movable conductor and the second fixed electrical conductor. - a casing; - first and second fixed electrical conductors (22, 24) which are isolated from one another; - a movable electrical conductor which is displaceable between: • a first position, in which the movable electrical conductor is in electrical contact with the first and second fixed electrical conductors (22, 24) in the region, respectively, of first and second contact zones, and • a second position, in which the movable electrical conductor is at a distance and electrically isolated from the first and second fixed electrical conductors (22, 24), • a first position, in which the movable electrical conductor is in electrical contact with the first and second fixed electrical conductors (22, 24) in the region, respectively, of first and second contact zones, and • a second position, in which the movable electrical conductor is at a distance and electrically isolated from the first and second fixed electrical conductors (22, 24),
A service data transmission method, comprising: determining, by a first device, a switching request, wherein the switching request comprises first slot configuration information and second slot configuration information, the switching request is used to request to switch a slot configuration of a flexible Ethernet connection instance from a configuration indicated by the first slot configuration information to a configuration indicated by the second slot configuration information, and a slot division quantity indicated by the first slot configuration information is different from a slot division quantity indicated by the second slot configuration information; and sending, by the first device, the switching request to a second device, wherein the first device is connected to the second device by using a flexible Ethernet group comprising at least one flexible Ethernet connection instance; the method is further characterized by that the first slot configuration information comprises a first slot division quantity indication and a client signal identifier of each of Q slots obtained through division based on the first slot division quantity indication; the second slot configuration information comprises a second slot division quantity indication and a client signal identifier of each of P slots obtained through division based on the second slot division quantity indication; and Q and P are integers greater than 0. determining, by a first device, a switching request, wherein the switching request comprises first slot configuration information and second slot configuration information, the switching request is used to request to switch a slot configuration of a flexible Ethernet connection instance from a configuration indicated by the first slot configuration information to a configuration indicated by the second slot configuration information, and a slot division quantity indicated by the first slot configuration information is different from a slot division quantity indicated by the second slot configuration information; and sending, by the first device, the switching request to a second device, wherein the first device is connected to the second device by using a flexible Ethernet group comprising at least one flexible Ethernet connection instance; the method is further characterized by that the first slot configuration information comprises a first slot division quantity indication and a client signal identifier of each of Q slots obtained through division based on the first slot division quantity indication; the second slot configuration information comprises a second slot division quantity indication and a client signal identifier of each of P slots obtained through division based on the second slot division quantity indication; and Q and P are integers greater than 0.
A device (400, 500) for illuminating a posterior segment of an eye, including: a plurality of channels (410a, 410b, 410c, 510a, 510b, 510c), each of the plurality of channels including: a first region illumination path; and a second region illumination path, wherein the first region illumination path and the second region illumination path are illuminated at different times such that a first region and a second region are imaged without interference from a non-illuminated illumination path, and characterised in that the plurality of channels converge at a single point proximate the eye, the device further comprising a multi-sectioned wall disposed at the single point, the multi-sectioned wall preventing light from crossing between the plurality of channels. a first region illumination path; and a second region illumination path, wherein the first region illumination path and the second region illumination path are illuminated at different times such that a first region and a second region are imaged without interference from a non-illuminated illumination path, and characterised in that the plurality of channels converge at a single point proximate the eye, the device further comprising a multi-sectioned wall disposed at the single point, the multi-sectioned wall preventing light from crossing between the plurality of channels.
A microemulsion comprising (a) 1-35% by weight of at least one alkyl (oligo)glycoside, (b) 1-20% by weight of at least one cosurfactant different from (a, (c) 20-60% by weight of at least one non-water- soluble organic oil component, (d) 6-15% by weight of a moisturizing agent, (e) and ad 100% by weight of water (f) 0-8% by weight of further ingredients, with the proviso that the sum of (a) to (f) gives 100% by weight and wherein the moisturizing agent (d) is glycerol. (a) 1-35% by weight of at least one alkyl (oligo)glycoside, (b) 1-20% by weight of at least one cosurfactant different from (a, (c) 20-60% by weight of at least one non-water- soluble organic oil component, (d) 6-15% by weight of a moisturizing agent, (e) and ad 100% by weight of water (f) 0-8% by weight of further ingredients,
A food processor for preparing a food, with a food preparation space, with one or more devices for preparing the food in the food preparation space, with at least one interface for connecting the food processor to another household appliance (16, 17; 18), with a control unit for providing control programs (P HT) and with a communication unit for providing communication channels (K H), characterized by a user interface unit for providing user interfaces with a user interface by which the other household appliance (16; 17; 18) can be operated and/or which is able to display a status of the other household appliance (16; 17; 18), and a screen for displaying a user interface, wherein the food processor is configured such that it can display on the screen a user interface for the food processor and a user interface for the other household appliance (16, 17; 18).
A lighting device (200, 400) comprising: a light source (201, 202, 403) having a white appearance in an on-state and a colored appearance in an off-state, the colored appearance being caused by a photoluminescent material in said light source, said photoluminescent material absorbing light in a first wavelength range and emitting light in a second wavelength range, and an electrically switchable optical element (203, 404) downstream from said light source, said electrically switchable optical element having at least a transmissive state and a state being reflective in a third wavelength range, wherein said third wavelength range and said first wavelength range substantially overlap as to render a white appearance of said lighting device when said light source is in its off-state and said electrically switchable optical element is in its reflective state, wherein the electrically switchable optical element is configured to, in the reflective state, reflect the fraction of ambient light having said third wavelength range and transmit light having a wavelength range other than said third wavelength range. a light source (201, 202, 403) having a white appearance in an on-state and a colored appearance in an off-state, the colored appearance being caused by a photoluminescent material in said light source, said photoluminescent material absorbing light in a first wavelength range and emitting light in a second wavelength range, and an electrically switchable optical element (203, 404) downstream from said light source, said electrically switchable optical element having at least a transmissive state and a state being reflective in a third wavelength range, wherein said third wavelength range and said first wavelength range substantially overlap as to render a white appearance of said lighting device when said light source is in its off-state and said electrically switchable optical element is in its reflective state, wherein the electrically switchable optical element is configured to, in the reflective state, reflect the fraction of ambient light having said third wavelength range and transmit light having a wavelength range other than said third wavelength range.
A body reservoir assembly, comprising: a body; and a reservoir which is connected to an upper surface of the body and allows a fluid to move to/from an inside of the body, wherein the reservoir includes: an upper surface (131 a) at an upper side of the reservoir and a bottom surface at a lower side of the reservoir; a recessed portion formed at the bottom surface of the reservoir; and a reservoir side connecting portion formed in the recessed portion and connected to the body, characterized in that said reservoir side connecting portion is provided with a hole portion (132d1) for insertion of a fixing component to thereby connect the reservoir and the body, wherein a center of the hole portion (132d1) is located between the upper surface (131 a) and the bottom surface. a body; and a reservoir which is connected to an upper surface of the body and allows a fluid to move to/from an inside of the body, wherein the reservoir includes: an upper surface (131 a) at an upper side of the reservoir and a bottom surface at a lower side of the reservoir; a recessed portion formed at the bottom surface of the reservoir; and a reservoir side connecting portion formed in the recessed portion and connected to the body, an upper surface (131 a) at an upper side of the reservoir and a bottom surface at a lower side of the reservoir; a recessed portion formed at the bottom surface of the reservoir; and a reservoir side connecting portion formed in the recessed portion and connected to the body,
Apparatus for separating gas atmospheres in a lock, which comprises at least one blowing-in unit and one suction-extracting unit respectively on opposite walls over the transverse extent of the lock, the blowing-in units being provided directly opposite and the suction-extracting units being arranged downstream in the direction of material flow, characterized in that the blowing-in units respectively comprise at least two rows of a plurality of slotted nozzles with interruptions lying inbetween, the slotted nozzles of the rows being arranged offset in relation to one another, and the interruptions being shorter than the slotted nozzles of the neighboring row, in order that the slotted nozzles of the rows overlap in the direction of material flow, and in that the slotted nozzles of one blowing-in unit respectively lie opposite an interruption of the opposite blowing-in unit.
A high solids coating composition comprising (a) a thermosetting curable or crosslinkable binder, selected from the group consisting of copolymers having polyester, polyether, or other blocks, polyesters, polyurethanes, polyurethanes prepared using macomonomers such as polyester diols, polyether diols, and polycarbonate diols; alkyds, epoxy resins, polycarbonates, polyamides, polyimides, polysiloxanes and unsaturated oligomers and resins, and mixtures thereof, (b) from 0.1 to 10 wt.% based on binder solids of solid polyurea particles which are insoluble in the binder and prepared by the reaction of a mixture of a polyisocyante and an amino reactant comprising a primary or secondary monoamine that optionally has a hydroxyl or ether group or both, and (c) from 2 to 25 wt.% on resin solids of an acrylic polymer having a number average molecular weight of from 2000 to 8000 and a glass transition temperature of from 65 to 120°C. (a) a thermosetting curable or crosslinkable binder, selected from the group consisting of copolymers having polyester, polyether, or other blocks, polyesters, polyurethanes, polyurethanes prepared using macomonomers such as polyester diols, polyether diols, and polycarbonate diols; alkyds, epoxy resins, polycarbonates, polyamides, polyimides, polysiloxanes and unsaturated oligomers and resins, and mixtures thereof, (b) from 0.1 to 10 wt.% based on binder solids of solid polyurea particles which are insoluble in the binder and prepared by the reaction of a mixture of a polyisocyante and an amino reactant comprising a primary or secondary monoamine that optionally has a hydroxyl or ether group or both, and (c) from 2 to 25 wt.% on resin solids of an acrylic polymer having a number average molecular weight of from 2000 to 8000 and a glass transition temperature of from 65 to 120°C.
Device for removing at least one heatspreader from a respective microprocessor which has a substrate and a heatspreader, comprising - a positioning means for positioning the at least one microprocessor, wherein the positioning means comprises at least one recess (5, 13; 105) for positioning the respective microprocessor and/or its substrate, by means of which recess the microprocessor and/or its substrate is able to be fixed in a form-fitting manner, - a pressure transfer means for transferring a pressure onto the at least one heatspreader for removing the at least one heatspreader, and - a guide for guiding the heat transfer means, wherein a) the positioning means has a structural element, and the at least one microprocessor is releasably fixed between the structural element and the pressure transfer means, or b) the positioning means comprises at least two releasably interconnectable structural elements (1, 2), and the at least one microprocessor is able to be fixed between the structural elements (1, 2) when the structural elements (1, 2) are interconnected. - a positioning means for positioning the at least one microprocessor, wherein the positioning means comprises at least one recess (5, 13; 105) for positioning the respective microprocessor and/or its substrate, by means of which recess the microprocessor and/or its substrate is able to be fixed in a form-fitting manner, - a pressure transfer means for transferring a pressure onto the at least one heatspreader for removing the at least one heatspreader, and - a guide for guiding the heat transfer means, wherein a) the positioning means has a structural element, and the at least one microprocessor is releasably fixed between the structural element and the pressure transfer means, or b) the positioning means comprises at least two releasably interconnectable structural elements (1, 2), and the at least one microprocessor is able to be fixed between the structural elements (1, 2) when the structural elements (1, 2) are interconnected. a) the positioning means has a structural element, and the at least one microprocessor is releasably fixed between the structural element and the pressure transfer means, or b) the positioning means comprises at least two releasably interconnectable structural elements (1, 2), and the at least one microprocessor is able to be fixed between the structural elements (1, 2) when the structural elements (1, 2) are interconnected.
A flexible and/or an elastic component, comprising an at least partially flexible and/or elastic substrate having a front side and a rear side as well as at least one electrically conductive elastomer matrix layer arranged regionally on the front side or the rear side of the substrate, the front side or the rear side of the substrate including at least one sub-region having the electrically conductive elastomer matrix layer arranged thereon and at least one sub-region having no electrically conductive elastomer matrix layer arranged thereon, the at least one elastomer matrix layer comprising at least one electrically conductive particulate filler, and wherein at least one electrically conductive metal layer is disposed at least regionally on the at least one elastomer matrix layer.
A consolidated thermoplastic composite laminate with ultraviolet protection, comprising: at least one ply of thermoplastic pre-preg material; a polymer film positioned on a side of the at least one ply of thermoplastic pre-preg material, wherein the polymer film imparts ultraviolet protection to the thermoplastic pre-preg material after the polymer film and the thermoplastic pre-preg material are heated to a temperature sufficient to consolidate the polymer film and the thermoplastic pre-preg material and thereby to provide the consolidated thermoplastic composite laminate with ultraviolet protection; and at least one ply of reinforcement material disposed between the polymer film and the at least one ply of thermoplastic pre-preg material. at least one ply of thermoplastic pre-preg material; a polymer film positioned on a side of the at least one ply of thermoplastic pre-preg material, wherein the polymer film imparts ultraviolet protection to the thermoplastic pre-preg material after the polymer film and the thermoplastic pre-preg material are heated to a temperature sufficient to consolidate the polymer film and the thermoplastic pre-preg material and thereby to provide the consolidated thermoplastic composite laminate with ultraviolet protection; and at least one ply of reinforcement material disposed between the polymer film and the at least one ply of thermoplastic pre-preg material.
A method for preparing catalysts used for preparing chlorine by oxidizing hydrogen chloride, comprising the steps of: mixing a slurry A with a slurry B under the condition of a mixing temperature being >X°C and ≤100°C, and a residence time being ≤ 120 minutes to obtain a mixed slurry; treating the mixed slurry with spray drying to obtain catalyst precursor particles; and calcining the catalyst precursor particles to obtain the catalysts, wherein, X°C is the highest value among the solidifying points of slurry A, slurry B and the mixed slurry; slurry A is acidic and contains boron and chromium; slurry B contains copper, boron, alkali-metal elements, rare-earth elements, alumina sol, silica sol, carrier and optionally at least one of other metal elements selected from the group consisting of magnesium, calcium, barium, manganese, ruthenium and titanium, wherein, when the mixing temperature is between 50∼100°C, the residence time is ≤10 minutes, preferably 3∼10 minutes; when the mixing temperature is between 30∼50°C, the residence time is ≤30 minutes, preferably 10∼25 minutes; when the mixing temperature is >X°C and ≤30°C, the residence time is ≤120 minutes, preferably 20∼100 minutes, more preferably 40∼70 minutes; wherein the total content of iron and nickel in the mixed slurry after the mixing of slurry A and slurry B is ≤0.05wt%, preferably ≤0.02wt%, based on the total weight of the mixed slurry; and wherein the content of elemental sulphur in the mixed slurry after the mixing of slurry A and slurry B is ≤0.05wt%, preferably ≤0.02wt%. mixing a slurry A with a slurry B under the condition of a mixing temperature being >X°C and ≤100°C, and a residence time being ≤ 120 minutes to obtain a mixed slurry; treating the mixed slurry with spray drying to obtain catalyst precursor particles; and calcining the catalyst precursor particles to obtain the catalysts, wherein, X°C is the highest value among the solidifying points of slurry A, slurry B and the mixed slurry; slurry A is acidic and contains boron and chromium; slurry B contains copper, boron, alkali-metal elements, rare-earth elements, alumina sol, silica sol, carrier and optionally at least one of other metal elements selected from the group consisting of magnesium, calcium, barium, manganese, ruthenium and titanium, wherein, when the mixing temperature is between 50∼100°C, the residence time is ≤10 minutes, preferably 3∼10 minutes; when the mixing temperature is between 30∼50°C, the residence time is ≤30 minutes, preferably 10∼25 minutes; when the mixing temperature is >X°C and ≤30°C, the residence time is ≤120 minutes, preferably 20∼100 minutes, more preferably 40∼70 minutes; wherein the total content of iron and nickel in the mixed slurry after the mixing of slurry A and slurry B is ≤0.05wt%, preferably ≤0.02wt%, based on the total weight of the mixed slurry; and wherein the content of elemental sulphur in the mixed slurry after the mixing of slurry A and slurry B is ≤0.05wt%, preferably ≤0.02wt%.