mhurhangee/ep-ind-claims huggingface dataset:
A light-transmissive multilayer structure for an optoelectronic device, comprising: a substrate; an electrode structure; and a barrier structure arranged between the substrate and the electrode structure, the barrier structure comprising barrier layers arranged in a barrier stack, the barrier stack comprising a backing layer adjacent to the substrate, a buffer layer adjacent to the electrode structure, and a blocking layer arranged between the backing layer and the buffer layer; the electrode structure comprising electrode layers arranged in an electrode stack, the electrode stack comprising a dielectric layer, and a metallic layer arranged between the buffer layer of the barrier structure and the dielectric layer; wherein the buffer layer comprises at least one material selected from the group consisting of TiO x, ZrO 2, Nb 2 O 5, TeO 2 and ZnS, wherein all materials of the buffer layer have a refractive index value in the range from 2,2 to 2,6; and wherein the metallic layer comprises silver (Ag) and at least one metal selected from the group consisting of Al, Cu, Ti, Ge, Zn and Cr, characterized in that a total thickness of the buffer layer is from 10 to 60 nm and in that the layers - are directly adjacent to each other. a substrate; an electrode structure; and a barrier structure arranged between the substrate and the electrode structure, the barrier structure comprising barrier layers arranged in a barrier stack, the barrier stack comprising a backing layer adjacent to the substrate, a buffer layer adjacent to the electrode structure, and a blocking layer arranged between the backing layer and the buffer layer; the electrode structure comprising electrode layers arranged in an electrode stack, the electrode stack comprising a dielectric layer, and a metallic layer arranged between the buffer layer of the barrier structure and the dielectric layer; wherein the buffer layer comprises at least one material selected from the group consisting of TiO x, ZrO 2, Nb 2 O 5, TeO 2 and ZnS, wherein all materials of the buffer layer have a refractive index value in the range from 2,2 to 2,6; and wherein the metallic layer comprises silver (Ag) and at least one metal selected from the group consisting of Al, Cu, Ti, Ge, Zn and Cr, characterized in that a total thickness of the buffer layer is from 10 to 60 nm and in that the layers - are directly adjacent to each other.
A method of (a) preventing or controlling a fungal infection or (b) inhibiting germination of fungal spores, comprising application of a fungicidal composition to a plant in need thereof, wherein the fungicidal composition comprises (a) anhydrous milk fat, and (b) one or more of an agriculturally acceptable carrier, an emulsifier and an antioxidant. (a) anhydrous milk fat, and (b) one or more of an agriculturally acceptable carrier, an emulsifier and an antioxidant.
A delivery system comprising: an intraluminal delivery device for use in an iliac artery, comprising: an elongated inner tubular member having a proximal region and a distal region and being adapted to engage over a guidewire, the distal region being configured to receive a bifurcated intraluminal device having a first tubular leg and a second tubular leg, the first and the second tubular leg (133, 134) each having a distal opening, wherein the distal region of the elongated inner tubular member is positioned within the first leg; and a pre-loaded guidewire segment having a length shorter than the elongated inner tubular member, the pre-loaded guidewire segment being attached to the elongated inner tubular member and positioned within the second leg and extending there through; a second delivery system for the subsequent deployment of a contra-lateral endo-leg, the second delivery system comprising a capture mechanism capable of grasping the pre-loaded guidewire segment. an intraluminal delivery device for use in an iliac artery, comprising: an elongated inner tubular member having a proximal region and a distal region and being adapted to engage over a guidewire, the distal region being configured to receive a bifurcated intraluminal device having a first tubular leg and a second tubular leg, the first and the second tubular leg (133, 134) each having a distal opening, wherein the distal region of the elongated inner tubular member is positioned within the first leg; and a pre-loaded guidewire segment having a length shorter than the elongated inner tubular member, the pre-loaded guidewire segment being attached to the elongated inner tubular member and positioned within the second leg and extending there through; a second delivery system for the subsequent deployment of a contra-lateral endo-leg, the second delivery system comprising a capture mechanism capable of grasping the pre-loaded guidewire segment. an elongated inner tubular member having a proximal region and a distal region and being adapted to engage over a guidewire, the distal region being configured to receive a bifurcated intraluminal device having a first tubular leg and a second tubular leg, the first and the second tubular leg (133, 134) each having a distal opening, wherein the distal region of the elongated inner tubular member is positioned within the first leg; and a pre-loaded guidewire segment having a length shorter than the elongated inner tubular member, the pre-loaded guidewire segment being attached to the elongated inner tubular member and positioned within the second leg and extending there through; a second delivery system for the subsequent deployment of a contra-lateral endo-leg, the second delivery system comprising a capture mechanism capable of grasping the pre-loaded guidewire segment.
A toothbrush head having a top surface, characterized in that a plurality of elastomeric elements extend from the top surface, and in that each of the plurality of elastomeric elements has a textured surface formed from a plurality of ribs.
A method for controlling a pre-fetching of data items into a cache associated with a first mobile terminal, the method comprising the steps, performed by a cache management server, of: receiving a pre-fetching request for data items to be provided by a mobile communications network to the first mobile terminal for presentation to a user of the first mobile terminal based on a geographical indication provided by the mobile communications network exceeding a detection threshold for a location granularity indicating entering of a retailer location by the first mobile terminal, wherein the pre-fetching request comprises a first user identification associated with the user of the first mobile terminal; obtaining (304, 508, 614), based on the first user identification, at least one second user identification associated with another user from a community database containing user profiles of users of a social network; selecting (308, 620) items for the pre-fetching based on the obtained at least one second user identification and the entered location; retrieving data items corresponding to the selected items from a server associated with the entered location; and providing the retrieved data items in response to the pre-fetching request. receiving a pre-fetching request for data items to be provided by a mobile communications network to the first mobile terminal for presentation to a user of the first mobile terminal based on a geographical indication provided by the mobile communications network exceeding a detection threshold for a location granularity indicating entering of a retailer location by the first mobile terminal, wherein the pre-fetching request comprises a first user identification associated with the user of the first mobile terminal; obtaining (304, 508, 614), based on the first user identification, at least one second user identification associated with another user from a community database containing user profiles of users of a social network; selecting (308, 620) items for the pre-fetching based on the obtained at least one second user identification and the entered location; retrieving data items corresponding to the selected items from a server associated with the entered location; and providing the retrieved data items in response to the pre-fetching request.
An alignment pin (2, 26, 50) for a turbomachine, the alignment pin (2, 26, 50) comprising: a hollowed head section (4, 28) for engaging a diaphragm slot in the turbomachine; and an expandable sleeve section (12, 30) connected with the hollowed head (4, 28), the expandable sleeve section (12, 30) is sized to engage a casing slot in the turbomachine, wherein the expandable sleeve section (12, 30) includes an inner aperture for receiving an expansion member; characterized in that the hollowed head section includes a lip for engaging a surface of a casing wall in the turbomachine. a hollowed head section (4, 28) for engaging a diaphragm slot in the turbomachine; and an expandable sleeve section (12, 30) connected with the hollowed head (4, 28), the expandable sleeve section (12, 30) is sized to engage a casing slot in the turbomachine, wherein the expandable sleeve section (12, 30) includes an inner aperture for receiving an expansion member; characterized in that
An inductor (1, 1a, 1b) for induction heating having a feed line and a return line and a main winding part which has at least one main winding having a first winding sense, wherein a counter-winding portion having a winding sense opposite to the first winding sense is contiguous to one of the two ends of the main winding part and the main winding part has more windings than the at least one counter-winding portion, and wherein the at least one counter-winding portion (3, 4) and the main winding part are arranged concentrically to one another and together have a cylindrical shape, and the main winding part is directly connected to the at least one counter-winding through a series circuit, characterised in that a second counter-winding portion is provided at the other of the two ends of the main winding part and the second counter-winding portion and the main winding part are also arranged concentrically to one another and together have a cylindrical shape, and the main winding part is likewise directly connected to the second counter-winding portion through a series circuit.
A composition for use in treating soft stools, loose faeces, gastro-intestinal dysbiosis or enhancing gut microbiome resilience in a companion animal by administration of: galactooligosaccharides of 0.05 g/day to 5.0 g/day; beet pulp and/or chicory pulp to a total amount of 0.1 g/day to 10 g/day; and cellulose from 0.2 g/day to 30.8 g/day, wherein the pulp is present at a concentration between 0.5% w/w and 10% w/w, wherein the ratio of the ingredients is about 1: about 3.3: about 0.3 for total beet pulp and/or chicory pulp: cellulose: GOS, and wherein the composition is further for use in increasing the numbers of bacteria in any of the Bacteroidaceae and/or Fusobacteriaceae families present in the gastro-intestinal tract or faeces of a companion animal compared to the number of said bacteria present in the companion animal before administration of the composition and/or for use in reducing the numbers of bacteria in any of the Erysipelotrichaceae and/or Peptostreptococcaceae families.
Method for the reception of a control frame by a receiving entity from a transmitting entity, using the WiFi protocol comprising a PLCP layer and an MAC layer, the control frame comprising an SIG header field (SIG') of the PLCP layer, the method comprising a demodulation step, using a modulation technique relating to the PLCP layer, a step of extraction of an MAC layer parameter (Partial RA), intended to identify an entity receiving the control frame, from the demodulated SIG field, a step of detection of a correspondence between the extracted parameter and an identifier of the receiving entity, the control frame being ignored if no correspondence is detected.
A biological analysis device (100, 900) for performing capillary electrophoresis, comprising: a voltage section configured to generate a voltage differential across a cathode connector and an anode connector; an optical detector system configured to detect light emission from a sample; a cartridge holding portion configured to receive at least a portion of a removable cartridge (102, 202), the cartridge (102, 202) comprising one or more capillaries (104, 204) and a separation medium container; and one or more actuators configured to actuate components of the removable cartridge (102, 202) when the removable cartridge (102, 202) is received in the cartridge holding portion, a temperature regulation section (126, 990, 1910) configured to maintain the one or more capillaries (104, 204) at a temperature higher than ambient temperature, characterized in that the cartridge holding portion further comprises a refrigeration section configured to refrigerate a separation medium stored in the separation medium container at a temperature lower than ambient temperature. a voltage section configured to generate a voltage differential across a cathode connector and an anode connector; an optical detector system configured to detect light emission from a sample; a cartridge holding portion configured to receive at least a portion of a removable cartridge (102, 202), the cartridge (102, 202) comprising one or more capillaries (104, 204) and a separation medium container; and one or more actuators configured to actuate components of the removable cartridge (102, 202) when the removable cartridge (102, 202) is received in the cartridge holding portion, a temperature regulation section (126, 990, 1910) configured to maintain the one or more capillaries (104, 204) at a temperature higher than ambient temperature, characterized in that the cartridge holding portion further comprises a refrigeration section configured to refrigerate a separation medium stored in the separation medium container at a temperature lower than ambient temperature.
Container closure made of metal or plastic for a container for accommodating food or beverages, with a sealing insert made of a sealing material comprising at least one polymer mixed with other substances, whereby - the sealing material does not contain PVC and essentially no cross-linked polymers, - the sealing material is essentially free from components that are liquid at application temperature; - the sealing insert can be pasteurized at temperatures of up to 98°C; - the sealing material measures between 40 and 95 on the Shore A Hardness scale, and - the sealing material comprises at least three different polymers, the first being polypropylene, while the second polymer is a POE, and the third polymer is a thermoplastic elastomer. - the sealing material does not contain PVC and essentially no cross-linked polymers, - the sealing material is essentially free from components that are liquid at application temperature; - the sealing insert can be pasteurized at temperatures of up to 98°C; - the sealing material measures between 40 and 95 on the Shore A Hardness scale, and - the sealing material comprises at least three different polymers, the first being polypropylene, while the second polymer is a POE, and the third polymer is a thermoplastic elastomer.
A method for generating a composite cryptographic signature, the method comprising: receiving a message and a first part of a first party signature, the first part of the first party signature derived from the message and a first share of a first private key; generating a first party signature from the first part of the first party signature and a second share of the first private key; generating a second party signature from the message and a second private key; combining the first party signature and the second party signature to generate a composite cryptographic signature. receiving a message and a first part of a first party signature, the first part of the first party signature derived from the message and a first share of a first private key; generating a first party signature from the first part of the first party signature and a second share of the first private key; generating a second party signature from the message and a second private key; combining the first party signature and the second party signature to generate a composite cryptographic signature.
A battery pack, comprising: a box assembly, internally provided with a plurality of fixed beams at intervals; a plurality of restraint assemblies, disposed within the box assembly, wherein each of the plurality of restraint assemblies is fixed to two adjacent fixed beams and internally provided with an accommodating cavity, a first exhaust passage is provided between the restraint assembly and the box assembly, and the restraint assembly is provided with a communication hole which communicates the accommodating cavity with the first exhaust passage, and the first exhaust passage is formed among the restraint assembly, the box assembly and the two adjacent fixed beams; and a plurality of battery modules, respectively disposed within the accommodating cavities of the plurality of restraint assemblies. a box assembly, internally provided with a plurality of fixed beams at intervals; a plurality of restraint assemblies, disposed within the box assembly, wherein each of the plurality of restraint assemblies is fixed to two adjacent fixed beams and internally provided with an accommodating cavity, a first exhaust passage is provided between the restraint assembly and the box assembly, and the restraint assembly is provided with a communication hole which communicates the accommodating cavity with the first exhaust passage, and the first exhaust passage is formed among the restraint assembly, the box assembly and the two adjacent fixed beams; and a plurality of battery modules, respectively disposed within the accommodating cavities of the plurality of restraint assemblies.
A mounting device for an electric curtain, wherein it comprises: a mounting rail, provided with opposed first end (1.1) and second end (1.2); a drive device, mounted at the first end (1.1) of the mounting rail; a power supply device, comprising a power supply box and a detachable power supply pack; the power supply pack is detachably mounted inside the power supply box; an auxiliary circuit board is provided with a power supply interface (5.1) and a first splicing interface (5.2), a second splicing interface (4.1) inserted to the first splicing interface (5.2) is disposed on the power supply pack, characterized in that the power box is mounted at the second end (1.2) of the mounting rail, the auxiliary circuit board is mounted inside the power supply box, and the drive device is electrically connected to the auxiliary circuit board through a power wire. a mounting rail, provided with opposed first end (1.1) and second end (1.2); a drive device, mounted at the first end (1.1) of the mounting rail; a power supply device, comprising a power supply box and a detachable power supply pack; the power supply pack is detachably mounted inside the power supply box; an auxiliary circuit board is provided with a power supply interface (5.1) and a first splicing interface (5.2), a second splicing interface (4.1) inserted to the first splicing interface (5.2) is disposed on the power supply pack, characterized in that the power box is mounted at the second end (1.2) of the mounting rail, the auxiliary circuit board is mounted inside the power supply box, and the drive device is electrically connected to the auxiliary circuit board through a power wire.
An apparatus (20;100) for disinfecting a room, comprising: a discharge lamp (22;104) configured to emit ultraviolet light; a power circuit configured to operate the discharge lamp; a support structure (24;102) containing the power circuit and supporting the discharge lamp, wherein the discharge lamp is arranged to propagate light above an upper surface of the support structure; and a reflector system configured to redirect ultraviolet light propagating away from the support structure to a region exterior to the apparatus between 61 cm (2 feet) and 122 cm (4 feet) from a floor of a room in which the apparatus is arranged, wherein the reflector system comprises a conical reflector (62;118) above the discharge lamp. a discharge lamp (22;104) configured to emit ultraviolet light; a power circuit configured to operate the discharge lamp; a support structure (24;102) containing the power circuit and supporting the discharge lamp, wherein the discharge lamp is arranged to propagate light above an upper surface of the support structure; and a reflector system configured to redirect ultraviolet light propagating away from the support structure to a region exterior to the apparatus between 61 cm (2 feet) and 122 cm (4 feet) from a floor of a room in which the apparatus is arranged, wherein the reflector system comprises a conical reflector (62;118) above the discharge lamp.
A substrate processing system that is configured to process a substrate on which a plurality of divided areas are formed along with at least a mark, as a processing target, the system comprising: a measurement device that has a first stage for holding the substrate, and is configured to measure position information of a plurality of the marks on the substrate held on the first stage; and an exposure apparatus that has a second stage on which the substrate having completed measurement of position information of the plurality of marks by the measurement device is mounted, the exposure apparatus being configured to perform a measurement operation of measuring position information of part of the marks of the plurality of marks on the substrate mounted on the second stage, and an exposure operation of exposing the plurality of divided areas with an energy beam, wherein the measurement device is configured to obtain a first information that includes a nonlinear deformation component of an arrangement of the plurality of divided areas on the substrate, using the position information of the plurality of marks that has been measured, and the exposure apparatus is configured to obtain a second information that includes a linear deformation component of the arrangement of the plurality of divided areas on the substrate using the position information of part of the marks that has been measured, and to control a position of the second stage on the exposure operation based on the first information obtained by the measurement device and the second information. a measurement device that has a first stage for holding the substrate, and is configured to measure position information of a plurality of the marks on the substrate held on the first stage; and an exposure apparatus that has a second stage on which the substrate having completed measurement of position information of the plurality of marks by the measurement device is mounted, the exposure apparatus being configured to perform a measurement operation of measuring position information of part of the marks of the plurality of marks on the substrate mounted on the second stage, and an exposure operation of exposing the plurality of divided areas with an energy beam, wherein the measurement device is configured to obtain a first information that includes a nonlinear deformation component of an arrangement of the plurality of divided areas on the substrate, using the position information of the plurality of marks that has been measured, and the exposure apparatus is configured to obtain a second information that includes a linear deformation component of the arrangement of the plurality of divided areas on the substrate using the position information of part of the marks that has been measured, and to control a position of the second stage on the exposure operation based on the first information obtained by the measurement device and the second information.