mhurhangee/ep-ind-claims huggingface dataset:
A device for the voluntary self-sorting of live aquatic animals, with at least one passage device, by means of which a water tank is divided into a through-passage facilitating region and a through-passage obstructing region and which has a plurality of through-passage openings the size of which can be adapted to the aquatic animals to be sorted, wherein on the passage device, guide elements are disposed towards the through-passage facilitating region and retaining elements are disposed towards the through-passage obstructing region, wherein the through-passage openings are flat in configuration and disposed in a carrier plate and have a height which is greater than the height of the aquatic animals to be sorted, characterized in that the guide elements are configured as climbing aids and the retaining elements are configured as circumferential walls which are adapted to the contour of the through-passage openings.
A flexible organic light emitting display device (100, 200, 300, 400, 500, 600, 700, 800,900, 1000, 1100), comprising: a flexible lower substrate including a pixel area (A/A) and a bezel area (B/A) surrounding the pixel area (A/A); a plurality of pixels on the lower substrate in the pixel area (A/A), each of the pixels including a thin film transistor on the lower substrate and an organic light emitting element to be driven by the thin film transistor, the organic light emitting element including an anode and a cathode facing each other with an organic light emission layer interposed therebetween; a common voltage line formed in the bezel area (B/A) to supply a common voltage (ELVSS) to the cathode, the common voltage line surrounding the pixel area (A/A); and a cathode connection unit connecting the cathode and the common voltage line; a flexible encapsulation unit for protecting the pixel area (A/A) from moisture and oxygen, the flexible encapsulation unit including a first inorganic encapsulation layer on the organic light emitting element, a buffer layer, a foreign matter compensation layer (133, 733a) and a second inorganic encapsulation layer; and characterized in that a carbon content of the buffer layer (137, 537a, 737a) is larger than a carbon content of the foreign matter compensation layer (133, 733a) and/or wherein a hardness of the foreign matter compensation layer (133, 733a) is larger than that of the buffer layer (137, 537a, 737a). a flexible lower substrate including a pixel area (A/A) and a bezel area (B/A) surrounding the pixel area (A/A); a plurality of pixels on the lower substrate in the pixel area (A/A), each of the pixels including a thin film transistor on the lower substrate and an organic light emitting element to be driven by the thin film transistor, the organic light emitting element including an anode and a cathode facing each other with an organic light emission layer interposed therebetween; a common voltage line formed in the bezel area (B/A) to supply a common voltage (ELVSS) to the cathode, the common voltage line surrounding the pixel area (A/A); and a cathode connection unit connecting the cathode and the common voltage line; a flexible encapsulation unit for protecting the pixel area (A/A) from moisture and oxygen, the flexible encapsulation unit including a first inorganic encapsulation layer on the organic light emitting element, a buffer layer, a foreign matter compensation layer (133, 733a) and a second inorganic encapsulation layer; and characterized in that a carbon content of the buffer layer (137, 537a, 737a) is larger than a carbon content of the foreign matter compensation layer (133, 733a) and/or wherein a hardness of the foreign matter compensation layer (133, 733a) is larger than that of the buffer layer (137, 537a, 737a).
A method for the production of a solid bio-product wherein at least 80 % of the original indigestible oligosaccharide content has been degraded into digestible mono- and disaccharides, comprising the following steps: 1) providing a mixture of milled or flaked or otherwise disintegrated biomass, comprising oligosaccharides and optionally polysaccharides, and further comprising proteinaceous plant parts, water and one or more enzyme preparations containing α-galactosidase(s); 2) reacting the mixture resulting from step under continuous mixing and under conditions where the water content in the initial mixture does not exceed 65 % by weight, for 0.15-36 hours at a temperature of about 20-65°C; 3) incubating the reacted mixture from step at a temperature and in a time period which inactivate said α-galactosidase(s). 1) providing a mixture of milled or flaked or otherwise disintegrated biomass, comprising oligosaccharides and optionally polysaccharides, and further comprising proteinaceous plant parts, water and one or more enzyme preparations containing α-galactosidase(s); 2) reacting the mixture resulting from step under continuous mixing and under conditions where the water content in the initial mixture does not exceed 65 % by weight, for 0.15-36 hours at a temperature of about 20-65°C; 3) incubating the reacted mixture from step at a temperature and in a time period which inactivate said α-galactosidase(s).
A packet forwarding method comprising: selecting, by a routing bridge (221-226, 231-234, 341-342, 331-334, 321-326), Equal-Cost Multipath, ECMP, routings from multiple Transparent Interconnection of Lots of Links, TRILL, paths to a gateway (231-234, 341-342); receiving, by the routing bridge (221-226, 231-234, 341-342, 331-334, 321-326), an Ethernet packet whose destination MAC address is the MAC address of the gateway (231-234, 341-342); replacing the source MAC address of the received Ethernet packet with a MAC address of the routing bridge (221-226, 231-234, 341-342, 331-334, 321-326); and selecting, by the routing bridge (221-226, 231-234, 341-342, 331-334, 321-326), a path from the ECMP routings, and sending the Ethernet packet whose source MAC address has been replaced to a next hop of the selected path without encapsulating the Ethernet packet into a TRILL packet. selecting, by a routing bridge (221-226, 231-234, 341-342, 331-334, 321-326), Equal-Cost Multipath, ECMP, routings from multiple Transparent Interconnection of Lots of Links, TRILL, paths to a gateway (231-234, 341-342); receiving, by the routing bridge (221-226, 231-234, 341-342, 331-334, 321-326), an Ethernet packet whose destination MAC address is the MAC address of the gateway (231-234, 341-342); replacing the source MAC address of the received Ethernet packet with a MAC address of the routing bridge (221-226, 231-234, 341-342, 331-334, 321-326); and selecting, by the routing bridge (221-226, 231-234, 341-342, 331-334, 321-326), a path from the ECMP routings, and sending the Ethernet packet whose source MAC address has been replaced to a next hop of the selected path without encapsulating the Ethernet packet into a TRILL packet.
A method for power saving of a mobile terminal, comprising: the mobile terminal monitoring changes of data on a Universal Asynchronous Receiver/Transmitter (UART) bus, acquiring current operating states of a Bluetooth chip and a main control chip on the mobile terminal; and when detecting that there is no data on the UART bus, the main control chip controlling a Bluetooth module to enter into a power saving mode.
A method of commissioning a joining device to a Matter network, the method comprising: receiving (305, 402), by a first cloud service, a first request message from a second cloud service, the first request message including an identifier of the joining device to commission to the Matter network; sending (315, 404), by the first cloud service to the second cloud service, a second request message to open a commissioning window for the joining device, the sending causing the second cloud service to send a message to the joining device to cause the joining device to open the commissioning window; receiving (330, 406), by the first cloud service from the second cloud service, an onboarding payload; forwarding (335, 408), by the first cloud service, the onboarding payload to a hub node, the forwarding causing the hub node to commission the joining device to the Matter network; and receiving (345, 410), by the first cloud service from the hub node, an indication of completion of the commissioning the joining device. receiving (305, 402), by a first cloud service, a first request message from a second cloud service, the first request message including an identifier of the joining device to commission to the Matter network; sending (315, 404), by the first cloud service to the second cloud service, a second request message to open a commissioning window for the joining device, the sending causing the second cloud service to send a message to the joining device to cause the joining device to open the commissioning window; receiving (330, 406), by the first cloud service from the second cloud service, an onboarding payload; forwarding (335, 408), by the first cloud service, the onboarding payload to a hub node, the forwarding causing the hub node to commission the joining device to the Matter network; and receiving (345, 410), by the first cloud service from the hub node, an indication of completion of the commissioning the joining device.
A white light emitting device comprising: a light emitting element having a peak wavelength in a range from 340 nm to 440 nm; a first fluorescent substance having at least two peak wavelengths including a peak wavelength in a range from 380 nm to 485 nm and a peak wavelength in a range from 575 nm to 630 nm, two peak wavelengths of at least two peak wavelengths being in the relation of complementary colors of each other; a second fluorescent substance capable of being excited by a light emitted from the first fluorescent substance and emitting a light in a range from blue to red, said second fluorescent substance being different from the first fluorescent substance, wherein the first fluorescent substance is represented by (M1 1-a-b Eu a L1 b) 10 (PO 4) 6 Q 2 where M1 represents at least one kind of element selected from the group consisting of Mg, Ca, Ba, Sr and Zn, L1 represents at least one kind of element selected from the group consisting of Mn, Fe, Cr and Sn, and Q represents at least one kind of element selected from the group consisting of F, Cl, Br and I, where 0.0001 ≤ a < 0.5 and 0.0001 ≤ b < 0.5. and wherein the second fluorescent substance includes cerium-activated yttrium aluminium oxide. a light emitting element having a peak wavelength in a range from 340 nm to 440 nm; a first fluorescent substance having at least two peak wavelengths including a peak wavelength in a range from 380 nm to 485 nm and a peak wavelength in a range from 575 nm to 630 nm, two peak wavelengths of at least two peak wavelengths being in the relation of complementary colors of each other; a second fluorescent substance capable of being excited by a light emitted from the first fluorescent substance and emitting a light in a range from blue to red, said second fluorescent substance being different from the first fluorescent substance, wherein the first fluorescent substance is represented by (M1 1-a-b Eu a L1 b) 10 (PO 4) 6 Q 2 where M1 represents at least one kind of element selected from the group consisting of Mg, Ca, Ba, Sr and Zn, L1 represents at least one kind of element selected from the group consisting of Mn, Fe, Cr and Sn, and Q represents at least one kind of element selected from the group consisting of F, Cl, Br and I, where 0.0001 ≤ a < 0.5 and 0.0001 ≤ b < 0.5. and wherein the second fluorescent substance includes cerium-activated yttrium aluminium oxide.
A working tool designed for the receiving of flat blanks, the working tool comprising - a base, - at least two elastic cantilever arms, which are supported in a hanging position by the base, as well as - at least one means for each of the at least two elastic cantilever arms, which are supported in a hanging position by the base, each of which at least one means can produce a detachable connection to each particular flat blank, such that the particular flat blank is fixed by the detachable connections of the means to the working tool, wherein - each of the at least two elastic cantilever arms are held in two different mounting positions (12, 14) at the base, each of which two different mounting positions (12, 14) at the base are offset relative to each other in vertical direction and/or in horizontal direction, characterised in that - the at least two cantilever arms of the working tool, which are supported by the base in a hanging position, are each designed preferably as a one-piece moulded part and/or are each designed preferably as a bow formed in one piece, wherein - the at least two cantilever arms supported in a hanging position by the base, which two cantilever arms are each designed preferably as a one-piece moulded part and/or which are each designed preferably as a bow formed in one piece, each have a first leg and a second leg that is laterally adjacent to the first leg, wherein the first leg faces toward the base with a different pitch compared to the second leg. - a base, - at least two elastic cantilever arms, which are supported in a hanging position by the base, as well as - at least one means for each of the at least two elastic cantilever arms, which are supported in a hanging position by the base, each of which at least one means can produce a detachable connection to each particular flat blank, such that the particular flat blank is fixed by the detachable connections of the means to the working tool, wherein - each of the at least two elastic cantilever arms are held in two different mounting positions (12, 14) at the base, each of which two different mounting positions (12, 14) at the base are offset relative to each other in vertical direction and/or in horizontal direction, characterised in that - the at least two cantilever arms of the working tool, which are supported by the base in a hanging position, are each designed preferably as a one-piece moulded part and/or are each designed preferably as a bow formed in one piece, wherein - the at least two cantilever arms supported in a hanging position by the base, which two cantilever arms are each designed preferably as a one-piece moulded part and/or which are each designed preferably as a bow formed in one piece, each have a first leg and a second leg that is laterally adjacent to the first leg, wherein the first leg faces toward the base with a different pitch compared to the second leg.
Method of control of an ammunition or submunition, and in particular of the control of initiation of fire and/or of control of a trajectory correction and/or of a direction of fire, from a target detection, wherein the method consists of the following steps: - a field zone is sweeped from the ammunition or submunition using a laser beam, - a potential target located on the field is spotted using an optic passive surveillance means (4,23), - when the means of optic passive surveillance (4,23) detects the laser beam transmitted by the ammunition or submunition, the transmission of an order of confirmation is controlled and/or of at least one off-target data via the means of surveillance and towards the ammunition or submunition. - a field zone is sweeped from the ammunition or submunition using a laser beam, - a potential target located on the field is spotted using an optic passive surveillance means (4,23), - when the means of optic passive surveillance (4,23) detects the laser beam transmitted by the ammunition or submunition, the transmission of an order of confirmation is controlled and/or of at least one off-target data via the means of surveillance and towards the ammunition or submunition.
A surgical mesh structure adapted for insertion into a cavity of a subject in need thereof, comprising: a leading element; a mesh rolled from two opposite ends into a double-roll structure, each scroll of said a double-scroll structure being deployable in an opposite direction; characterized by: a spreading element connected to the distal part of said leading element; wherein the spreading element is adapted to self-straighten so as to spread the surgical mesh; and a holding element connected at the distal part of said leading element; wherein said holding element holds the mesh in the double-roll structure in its rolled state; and wherein the holding element can be disengaged to spread said mesh. a leading element; a mesh rolled from two opposite ends into a double-roll structure, each scroll of said a double-scroll structure being deployable in an opposite direction; characterized by: a spreading element connected to the distal part of said leading element; wherein the spreading element is adapted to self-straighten so as to spread the surgical mesh; and a holding element connected at the distal part of said leading element; wherein said holding element holds the mesh in the double-roll structure in its rolled state; and wherein the holding element can be disengaged to spread said mesh. a spreading element connected to the distal part of said leading element; wherein the spreading element is adapted to self-straighten so as to spread the surgical mesh; and a holding element connected at the distal part of said leading element; wherein said holding element holds the mesh in the double-roll structure in its rolled state; and wherein the holding element can be disengaged to spread said mesh.
A system for non-destructive evaluation of a mold or crucible, said system comprising: a support comprising a fixture for securing a mold or crucible of interest in place for non-destructive evaluation, said fixture comprising a mount portion onto which the mold or crucible is securable; a three-dimensional scanning device for scanning an outer surface of a target region of the mold or crucible in order to generate a 3D structure of the scanned outer surface of the target region; and a computer component operably connected to the 3D scanning device and effective to create a difference map between the 3D structure of the scanned outer surface of the target region of the mold or crucible and a 3D structure of a reference object corresponding to an inner surface of a nominal model of the same target region of the mold or crucible, wherein said difference map indicates whether the mold or crucible falls within or outside a desired structural integrity parameter range. a support comprising a fixture for securing a mold or crucible of interest in place for non-destructive evaluation, said fixture comprising a mount portion onto which the mold or crucible is securable; a three-dimensional scanning device for scanning an outer surface of a target region of the mold or crucible in order to generate a 3D structure of the scanned outer surface of the target region; and a computer component operably connected to the 3D scanning device and effective to create a difference map between the 3D structure of the scanned outer surface of the target region of the mold or crucible and a 3D structure of a reference object corresponding to an inner surface of a nominal model of the same target region of the mold or crucible, wherein said difference map indicates whether the mold or crucible falls within or outside a desired structural integrity parameter range.
A healing composition in the form of an oil-in-water emulsion, characterized in that it comprises an aqueous phase, an oil phase comprising vegetable oil, in that it comprises as emulsifying agents a water-soluble thermo-gelling polymer and propylene glycol alginate, and in that it comprises as healing agents zinc gluconate and manganese gluconate.
Vulcanizing mold for winter or all-season vehicle tires, which vulcanizing mold has, on the inner side, mold surfaces with a negative tread profile with negative profile elements for the formation of the positive tread profile with positive profile elements of the vehicle tire to be vulcanized, wherein, in the negative profile elements, there are arranged lamellar plates which generate sipes in the vehicle tire to be vulcanized, and wherein, within a shoulder negative profile element, there is arranged at least one ventilation slot as ventilation means, wherein said ventilation slot runs parallel to and spaced apart from a lamellar plate arranged in said shoulder negative profile element, and wherein at least one cylindrical ventilation means is additionally arranged only axially at the outside in relation to said ventilation slot.
An apparatus comprising: a housing; a process control device disposed in the housing; and a vortex tube disposed within the housing to regulate an operating temperature of the process control device, the vortex tube having a fluid inlet to receive a fluid, a first fluid outlet and a second fluid outlet, the apparatus comprises a controller configured to measure at least one of a temperature of an interior of the housing or the operating temperature of the process control device and to adjust a flow of the fluid at the inlet of the vortex tube to maintain a substantially constant temperature of at least one of the interior of the housing or the process control device; wherein a temperature of a first portion of the fluid at the first fluid outlet is greater than a temperature of the second portion of the fluid at the second fluid outlet and a temperature of a fluid at the fluid inlet, the apparatus being characterized in that the first fluid outlet being able to discharge the first portion of the fluid into the housing such that the vortex tube heats the interior of the housing to regulate the operating temperature of the process control device. a housing; a process control device disposed in the housing; and a vortex tube disposed within the housing to regulate an operating temperature of the process control device, the vortex tube having a fluid inlet to receive a fluid, a first fluid outlet and a second fluid outlet, the apparatus comprises a controller configured to measure at least one of a temperature of an interior of the housing or the operating temperature of the process control device and to adjust a flow of the fluid at the inlet of the vortex tube to maintain a substantially constant temperature of at least one of the interior of the housing or the process control device; wherein a temperature of a first portion of the fluid at the first fluid outlet is greater than a temperature of the second portion of the fluid at the second fluid outlet and a temperature of a fluid at the fluid inlet, the apparatus being characterized in that the first fluid outlet being able to discharge the first portion of the fluid into the housing such that the vortex tube heats the interior of the housing to regulate the operating temperature of the process control device.