mhurhangee/ep-ind-claims huggingface dataset:
Monolithic multiple solar cell substantially consisting of elements of the III and V main group of the periodic system, wherein the multiple solar cell comprises three sub-cells (12, 14, 16) of GaInP/GaInAs/Ge, wherein GaInP is formed as a top cell, GaInAs as a middle cell and Ge as a bottom cell, characterised in that a semiconductor mirror is arranged between the middle cell and the bottom cell and the middle cell has a reduced thickness and the thickness D m is 500 ≤ d m ≤ 2500 nm and that the semiconductor mirror comprises a plurality of layers of mutually different refraction index and/or material composition and/or thickness, and wherein the thickness d of the layers of the semiconductor mirror is 10 nm ≤ d ≤ 150 nm and the semiconductor mirror consist of n layers of 10 ≤ n ≤ 50 and the half-value width HWB of the semiconductor mirror is 50 nm ≤ HWB ≤ 150 nm, and the semiconductor mirror in at least a part of the spectral absorption range of the sub-cell or sub-cells (12, 14, 16) arranged above the semiconductor mirror has or have a high degree of reflection and a high degree of transmission in the spectral absorption range of the sub-cell or sub-cells arranged below the semiconductor mirror, the multiple solar cell being constructed on a Ge substrate.
A method for providing one or more content services to a content repository in a plurality of content repositories, wherein each content repository represents a searchable data store, said method comprising: integrating the plurality of content repositories into a virtual content repository, VCR, that maintains a logical, hierarchical namespace encompassing the plurality of content repositories, whereby the VCR provides a logical representation of the plurality of content repositories such that they appear and behave as a single content repository from the standpoint of an application layer, the VCR including an application programming interface, API, which provides a unified view of all the plurality of content repositories to the application layer, and a service provider interface, SPI, which includes a set of interfaces and services that support API functionality at the content repository level, wherein the SPI describes how a content repository is integrated into the VCR and isolates direct interactions with the content repositories from the API, the API library dynamically linking to the SPI library at runtime; providing access to the VCR to one or more content services that include a versioning capability, wherein the API and the SPI share a content model that represents the combined content of all content repositories using a hierarchical namespace of nodes; and accessing the content and schema information through the logical namespace that encompasses the plurality of content repositories to provide uniform content services across each of the content repositories. integrating the plurality of content repositories into a virtual content repository, VCR, that maintains a logical, hierarchical namespace encompassing the plurality of content repositories, whereby the VCR provides a logical representation of the plurality of content repositories such that they appear and behave as a single content repository from the standpoint of an application layer, the VCR including an application programming interface, API, which provides a unified view of all the plurality of content repositories to the application layer, and a service provider interface, SPI, which includes a set of interfaces and services that support API functionality at the content repository level, wherein the SPI describes how a content repository is integrated into the VCR and isolates direct interactions with the content repositories from the API, the API library dynamically linking to the SPI library at runtime; providing access to the VCR to one or more content services that include a versioning capability, wherein the API and the SPI share a content model that represents the combined content of all content repositories using a hierarchical namespace of nodes; and accessing the content and schema information through the logical namespace that encompasses the plurality of content repositories to provide uniform content services across each of the content repositories.
An air pollution control system comprising: a boiler that burns fuel; an air heater that recovers heat of flue gas from the boiler; a first precipitator that reduces dust in the flue gas after heat recovery; a desulfurizer that reduces sulfur oxides in the flue gas after dust reduction by an absorbent; a dewaterer that reduces gypsum from desulfurization discharged water discharged from the desulfurizer; a spray drying device connected to the dewaterer via a dewatering line (L 21) and includes a spray nozzle for spraying dewatering filtration fluid discharged from the dewaterer; a flue-gas introducing line that introduces a part of the flue gas into the spray drying device, a first valve (V 11) that is provided in the dewatering line (L 21) configured to, when closed, stop supply of the dewatering filtration fluid to the spray nozzle, and a second valve (V 12) configured to, when open, supply water to the spray nozzle wherein the dewatering line (L 21) and the spray nozzle are cleaned by stopping the supply of the dewatering filtration fluid and supplying the water to the spray nozzle. a boiler that burns fuel; an air heater that recovers heat of flue gas from the boiler; a first precipitator that reduces dust in the flue gas after heat recovery; a desulfurizer that reduces sulfur oxides in the flue gas after dust reduction by an absorbent; a dewaterer that reduces gypsum from desulfurization discharged water discharged from the desulfurizer; a spray drying device connected to the dewaterer via a dewatering line (L 21) and includes a spray nozzle for spraying dewatering filtration fluid discharged from the dewaterer; a flue-gas introducing line that introduces a part of the flue gas into the spray drying device, a first valve (V 11) that is provided in the dewatering line (L 21) configured to, when closed, stop supply of the dewatering filtration fluid to the spray nozzle, and a second valve (V 12) configured to, when open, supply water to the spray nozzle wherein the dewatering line (L 21) and the spray nozzle are cleaned by stopping the supply of the dewatering filtration fluid and supplying the water to the spray nozzle.
Attachment link for a watch band arranged to attach the band to a watch case between horns, wherein a first end of the attachment link is arranged such that it receives a watch band strand and a second end of the attachment link is arranged to be against the case, wherein the attachment link is positioned between the horns against the case and held by means of a bar, the attachment link comprising means for blocking pivoting in order to firmly hold the attachment link between the horns and against the case, in which the blocking means comprise at least a first blocking element projecting at the level of the second end in contact with the case, and at least a second blocking element projecting at the level of the end in contact with the horns, characterised in that the first and/or the second blocking element (13, 14) are made from an elastically deformable material such as an elastomeric material.
A device for dispensing beverages comprising a beverage bag being at least partially configured transparent and a container for receiving the beverage bag, wherein the container comprises a bottom region and a peripheral region, wherein the peripheral region comprises an outer wall and an inner wall, wherein the outer wall and the inner wall are configured spaced apart from each other, wherein the peripheral region is configured at least in sections translucent, and wherein a dispensing opening is provided in the lower portion of the container, the dispensing opening being configured such that a beverage outlet of the beverage bag can be guided therethrough.
An activation module for selectively sealing an entrance to an inner barrel of a coring tool, comprising: an activator body sized and configured to obstruct the entrance to the inner barrel when the activation module is in a first state and to release the entrance to the inner barrel when the activation module is in a second state; a sealing element located at a periphery of the activator body, the sealing element being configured to form a seal between at least a portion of an interior of the inner barrel and at least a portion of an exterior of the inner barrel when the activation module is in the first state and to disengage the seal when the activation module is in the second state; and an activation rod located at least partially within the activator body, the activation rod being movable between a first position in which the activation module is in the first state and a second position in which the activation module is in the second state, characterised in that the activation rod comprises a seal retainer comprising a first portion exhibiting a first outer diameter and a second portion exhibiting a second, smaller outer diameter, the first portion being aligned with the sealing element when the activation rod is in the first position and the second portion being aligned with the sealing element when the activation rod is in the second position. an activator body sized and configured to obstruct the entrance to the inner barrel when the activation module is in a first state and to release the entrance to the inner barrel when the activation module is in a second state; a sealing element located at a periphery of the activator body, the sealing element being configured to form a seal between at least a portion of an interior of the inner barrel and at least a portion of an exterior of the inner barrel when the activation module is in the first state and to disengage the seal when the activation module is in the second state; and an activation rod located at least partially within the activator body, the activation rod being movable between a first position in which the activation module is in the first state and a second position in which the activation module is in the second state, characterised in that the activation rod comprises a seal retainer comprising a first portion exhibiting a first outer diameter and a second portion exhibiting a second, smaller outer diameter, the first portion being aligned with the sealing element when the activation rod is in the first position and the second portion being aligned with the sealing element when the activation rod is in the second position.
A monolithic rib plate, comprising: multiple first screw orifices located substantially along a first line and connected by first bridges; multiple second screw orifices located laterally on one side of the first line and connected by second bridges, wherein two closest neighboring second screw orifices are directly connected by one second bridge; and third bridges, each connecting one of the second screw orifices with one of the first screw orifices; wherein each second screw orifice has a center point and wherein a second line extends through the center points of two neighboring second screw orifices; characterized in that the one second bridge has a smaller cross-section than the first bridges and is offset relative to the second line in a direction away from the first line. multiple first screw orifices located substantially along a first line and connected by first bridges; multiple second screw orifices located laterally on one side of the first line and connected by second bridges, wherein two closest neighboring second screw orifices are directly connected by one second bridge; and third bridges, each connecting one of the second screw orifices with one of the first screw orifices; wherein each second screw orifice has a center point and wherein a second line extends through the center points of two neighboring second screw orifices; characterized in that the one second bridge has a smaller cross-section than the first bridges and is offset relative to the second line in a direction away from the first line.
A method for processing explosive products in a separating machine (10, 10') comprising a rotary device located in a drum, wherein the drum is located in a machine housing, wherein cooling liquid is directly or indirectly applied onto the outer surface of the drum at least onto portions thereof and/or intermittently during processing of the products, and the temperature in the machine housing is monitored during processing, wherein a cooling liquid inflow and/or spraying nozzles is/are activated in temporal intervals, and cooling liquid is distributed within the machine housing, characterized in that upon detecting a first temperature threshold value in the machine housing and/or in a liquid phase outflow, the cooling liquid inflow and/or spraying nozzles is/are activated, upon detecting a second temperature threshold value, which is higher than the first temperature threshold value, a supply of the product to be processed in the separating machine is stopped in the machine housing and/or in the liquid phase outflow and liquid is supplied into the drum. wherein cooling liquid is directly or indirectly applied onto the outer surface of the drum at least onto portions thereof and/or intermittently during processing of the products, and the temperature in the machine housing is monitored during processing, wherein a cooling liquid inflow and/or spraying nozzles is/are activated in temporal intervals, and cooling liquid is distributed within the machine housing, characterized in that upon detecting a first temperature threshold value in the machine housing and/or in a liquid phase outflow, the cooling liquid inflow and/or spraying nozzles is/are activated, upon detecting a second temperature threshold value, which is higher than the first temperature threshold value, a supply of the product to be processed in the separating machine is stopped in the machine housing and/or in the liquid phase outflow and liquid is supplied into the drum.
A method for preparing a cartilage product comprising the following steps: a) chopping the cartilage; b) mixing the chopped cartilage and water; c) heating the mixture of step b) at a temperature between 45 °C and 55 °C; d) adding an aqueous solution of H 3 PO 4 to adjust the pH of the mixture of step c) to a value comprised between 3.0 and 3.5; e) treating the acid mixture of step d) with an amount of pepsin by weight with respect to the weight of the cartilage of step a) comprised between 0.6% and 1.0% for a period of time comprised between 10 and 30 hours, such that a solution is obtained; f) neutralizing the solution of step e) with Ca 2, and g) filtering the solution of step f) containing insoluble salts to obtain an aqueous solution of the cartilage product, wherein the cartilage product comprises a protein hydrolysate with a degree of hydrolysis comprised between 0.5% and 3.0%, at least one glycosaminoglycan and at least one growth factor. a) chopping the cartilage; b) mixing the chopped cartilage and water; c) heating the mixture of step b) at a temperature between 45 °C and 55 °C; d) adding an aqueous solution of H 3 PO 4 to adjust the pH of the mixture of step c) to a value comprised between 3.0 and 3.5; e) treating the acid mixture of step d) with an amount of pepsin by weight with respect to the weight of the cartilage of step a) comprised between 0.6% and 1.0% for a period of time comprised between 10 and 30 hours, such that a solution is obtained; f) neutralizing the solution of step e) with Ca 2, and g) filtering the solution of step f) containing insoluble salts to obtain an aqueous solution of the cartilage product, wherein the cartilage product comprises a protein hydrolysate with a degree of hydrolysis comprised between 0.5% and 3.0%, at least one glycosaminoglycan and at least one growth factor.
A metal-polyorganosiloxane mixture that is free of condensation-curable polyorganosiloxane and solid particles other than metal particles and ceramic particles, the metal-organosiloxane mixture otherwise comprising constituents to: a polyorganosiloxane that is free of silicon-bonded organoheteryl groups; a hydrocarbylene-based multipodal silane; and metal particles; further optionally comprising one or more of ceramic particles; a crosslinker, which is reactive with constituent for forming a crosslinking group between two or more molecules of constituent; a cure catalyst for catalyzing a crosslinking reaction between a molecule of constituent and two or more molecules of constituent; a catalyst inhibitor, which is effective at 23 degrees Celsius for inhibiting curing catalyzed by constituent when constituent is present; an adhesion promoter; a rheology modifier; an antioxidant; a thixotropic agent; a colorant; a coupling initiator, which is effective for initiating a condensation reaction between constituent and constituent; a vehicle selected from a solvent, a non-reactive diluent, and a dispersant; a reactive diluent; an acid acceptor; a corrosion inhibitor; a radical cure initiator, which is effective for initiating a radical addition reaction between two or more molecules of constituent wherein constituent is an addition-curable polyorganosiloxane containing an average, per molecule, of at least 1 aliphatically unsaturated organic group; a chain extender; a treating agent; and a reactive compound. a polyorganosiloxane that is free of silicon-bonded organoheteryl groups; a hydrocarbylene-based multipodal silane; and metal particles; further optionally comprising one or more of ceramic particles; a crosslinker, which is reactive with constituent for forming a crosslinking group between two or more molecules of constituent; a cure catalyst for catalyzing a crosslinking reaction between a molecule of constituent and two or more molecules of constituent; a catalyst inhibitor, which is effective at 23 degrees Celsius for inhibiting curing catalyzed by constituent when constituent is present; an adhesion promoter; a rheology modifier; an antioxidant; a thixotropic agent; a colorant; a coupling initiator, which is effective for initiating a condensation reaction between constituent and constituent; a vehicle selected from a solvent, a non-reactive diluent, and a dispersant; a reactive diluent; an acid acceptor; a corrosion inhibitor; a radical cure initiator, which is effective for initiating a radical addition reaction between two or more molecules of constituent wherein constituent is an addition-curable polyorganosiloxane containing an average, per molecule, of at least 1 aliphatically unsaturated organic group; a chain extender; a treating agent; and a reactive compound.
A communications connection detection method, comprising: sending, by a first network node, a detection request packet to a second network node, wherein the detection request packet is used to detect whether the first network node and the second network node are in a connected mode; and deleting, by the first network node, a next hop resolution protocol, NHRP, table when the first network node determines that the first network node does not receive a detection response packet sent by the second network node, so that data traffic transmitted between the first network node and the second network node is forwarded by a central node, wherein the detection response packet is a response packet in response to the detection request packet, and the NHRP table is used by the first network node to forward data traffic to the second network node by using a tunnel established between the first network node and the second network node, wherein the first network node and the second network node are spoke nodes and the central node is a hub node. sending, by a first network node, a detection request packet to a second network node, wherein the detection request packet is used to detect whether the first network node and the second network node are in a connected mode; and deleting, by the first network node, a next hop resolution protocol, NHRP, table when the first network node determines that the first network node does not receive a detection response packet sent by the second network node, so that data traffic transmitted between the first network node and the second network node is forwarded by a central node, wherein the detection response packet is a response packet in response to the detection request packet, and the NHRP table is used by the first network node to forward data traffic to the second network node by using a tunnel established between the first network node and the second network node, wherein the first network node and the second network node are spoke nodes and the central node is a hub node.
A display device, comprising: a pixel region provided on a substrate and including a blue pixel, a green pixel, and a red pixel for emitting lights of three primary colors of blue, green, and red, respectively; each pixel including a light-emitting layer (108a, 108b, 108c), and a lower electrode and a counter electrode for sandwiching the light-emitting layer therebetween; the display device further including a first thin-film transistor which is electrically connected with the light-emitting layer in the blue pixel, a second thin-film transistor which is electrically connected with the light-emitting layer in the red pixel, and a third thin-film transistor which is electrically connected with the light-emitting layer 108c) in the green pixel; each of said first to third thin-film transistors (b1, b2, b3) having a source electrode, a drain electrode, a gate electrode, a gate insulating film, and an active layer including a transparent oxide; wherein the drain electrode is electrically connected with a part of the light-emitting layer; each of said first to third thin-film transistors being provided with no light shielding film; and wherein each of said first to third thin film transistors is provided on the substrate above or under the organic light-emitting layer located in the green pixel region or the red pixel region but not in the blue pixel region. a pixel region provided on a substrate and including a blue pixel, a green pixel, and a red pixel for emitting lights of three primary colors of blue, green, and red, respectively; each pixel including a light-emitting layer (108a, 108b, 108c), and a lower electrode and a counter electrode for sandwiching the light-emitting layer therebetween; the display device further including a first thin-film transistor which is electrically connected with the light-emitting layer in the blue pixel, a second thin-film transistor which is electrically connected with the light-emitting layer in the red pixel, and a third thin-film transistor which is electrically connected with the light-emitting layer 108c) in the green pixel; each of said first to third thin-film transistors (b1, b2, b3) having a source electrode, a drain electrode, a gate electrode, a gate insulating film, and an active layer including a transparent oxide; wherein the drain electrode is electrically connected with a part of the light-emitting layer; each of said first to third thin-film transistors being provided with no light shielding film; and wherein each of said first to third thin film transistors is provided on the substrate above or under the organic light-emitting layer located in the green pixel region or the red pixel region but not in the blue pixel region.