mhurhangee/ep-ind-claims huggingface dataset:
A continuous flow modular reactor comprising: a plurality of planar fluidic modules, each module being a micro fluidic module having two opposing major generally planar external surfaces (14, 16) with one or more fluid ports on each said major surface providing fluidic access to one or more fluid channels within the module, the modules arranged in a spaced-apart horizontally extending row extending in a direction with the major surfaces (14, 16) of the modules oriented generally parallel to each other such that any pair of adjacent modules in said row has an associated pair of facing major surfaces (24, 26) one on each module; a plurality of rigid or semi-rigid fluid connectors each positioned between first and second surfaces (24, 26) of a pair of facing major surfaces of the modules and fluidically and mechanically joining at least one fluid port on the first surface of the pair of facing surfaces to at least one other fluid port on the second surface of the pair of facing surfaces; a horizontally extending support structure extending above the horizontally extending row of modules and in the direction; and one or more hangers each supporting one of the plurality of fluidic modules from the horizontally extending support structure; characterized in that at least a plurality of the one or more hangers each comprises a first rotary joint having a first axis positioned above the respective module and below the horizontally extending support structure, the first axis extending in a horizontal direction orthogonal to the direction in which the row extends. a plurality of planar fluidic modules, each module being a micro fluidic module having two opposing major generally planar external surfaces (14, 16) with one or more fluid ports on each said major surface providing fluidic access to one or more fluid channels within the module, the modules arranged in a spaced-apart horizontally extending row extending in a direction with the major surfaces (14, 16) of the modules oriented generally parallel to each other such that any pair of adjacent modules in said row has an associated pair of facing major surfaces (24, 26) one on each module; a plurality of rigid or semi-rigid fluid connectors each positioned between first and second surfaces (24, 26) of a pair of facing major surfaces of the modules and fluidically and mechanically joining at least one fluid port on the first surface of the pair of facing surfaces to at least one other fluid port on the second surface of the pair of facing surfaces; a horizontally extending support structure extending above the horizontally extending row of modules and in the direction; and one or more hangers each supporting one of the plurality of fluidic modules from the horizontally extending support structure; characterized in that at least a plurality of the one or more hangers each comprises a first rotary joint having a first axis positioned above the respective module and below the horizontally extending support structure, the first axis extending in a horizontal direction orthogonal to the direction in which the row extends.
A wound dressing assembly (10, 110) comprising: a. a wound cover (20, 120) having: i. a length and width greater than a height; ii. a first major surface (22, 122) having disposed thereon a wound cover pressure sensitive adhesive (26, 126) comprising a colloidal absorbent and being arranged and configured to adhere to mammalian skin during use; and iii. a second major surface (24, 124), opposite the first major surface wherein the second major surface of the wound cover is impervious to bodily fluids; and b. a carrier (30, 130) having: i. a length and width greater than a height; ii. a first major surface (32, 132) in facing relation and removably attached to the second major surface of the wound cover, the first major surface of the carrier having disposed thereon at least one pressure sensitive adhesive (38, 138) arranged and configured to adhere to mammalian skin during use; and iii. a second major surface (34, 134), opposite the first major surface of the carrier, wherein, after application of the wound cover to skin for use, the carrier is removable from the wound cover to leave the wound cover adhered to the skin. a. a wound cover (20, 120) having: i. a length and width greater than a height; ii. a first major surface (22, 122) having disposed thereon a wound cover pressure sensitive adhesive (26, 126) comprising a colloidal absorbent and being arranged and configured to adhere to mammalian skin during use; and iii. a second major surface (24, 124), opposite the first major surface wherein the second major surface of the wound cover is impervious to bodily fluids; and i. a length and width greater than a height; ii. a first major surface (22, 122) having disposed thereon a wound cover pressure sensitive adhesive (26, 126) comprising a colloidal absorbent and being arranged and configured to adhere to mammalian skin during use; and iii. a second major surface (24, 124), opposite the first major surface wherein the second major surface of the wound cover is impervious to bodily fluids; and b. a carrier (30, 130) having: i. a length and width greater than a height; ii. a first major surface (32, 132) in facing relation and removably attached to the second major surface of the wound cover, the first major surface of the carrier having disposed thereon at least one pressure sensitive adhesive (38, 138) arranged and configured to adhere to mammalian skin during use; and iii. a second major surface (34, 134), opposite the first major surface of the carrier, i. a length and width greater than a height; ii. a first major surface (32, 132) in facing relation and removably attached to the second major surface of the wound cover, the first major surface of the carrier having disposed thereon at least one pressure sensitive adhesive (38, 138) arranged and configured to adhere to mammalian skin during use; and iii. a second major surface (34, 134), opposite the first major surface of the carrier,
A method of determining system settings for an industrial system, in particular an electric power system, the method comprising the following steps performed by a computing system: retrieving digital twin data of a digital twin of the industrial system; performing system simulations of the industrial system based on the digital twin data to explore candidate system settings for the industrial system prior to application of one of the candidate system settings to the industrial system, the system simulations being performed on an ongoing basis during commissioning and/or operation of the industrial system; and providing the results of the system simulations for identifying one of the candidate system settings for application to the industrial system; characterized in that at least one objective and/or at least one constraint used in the system simulations is changed while the system simulations are being performed on an ongoing basis; and the system simulations are performed in a multi-objective optimization routine that uses the digital twin data and the at least one objective and/or at least one constraint is changed during execution of the multi-objective optimization routine. retrieving digital twin data of a digital twin of the industrial system; performing system simulations of the industrial system based on the digital twin data to explore candidate system settings for the industrial system prior to application of one of the candidate system settings to the industrial system, the system simulations being performed on an ongoing basis during commissioning and/or operation of the industrial system; and providing the results of the system simulations for identifying one of the candidate system settings for application to the industrial system; characterized in that at least one objective and/or at least one constraint used in the system simulations is changed while the system simulations are being performed on an ongoing basis; and the system simulations are performed in a multi-objective optimization routine that uses the digital twin data and the at least one objective and/or at least one constraint is changed during execution of the multi-objective optimization routine. at least one objective and/or at least one constraint used in the system simulations is changed while the system simulations are being performed on an ongoing basis; and the system simulations are performed in a multi-objective optimization routine that uses the digital twin data and the at least one objective and/or at least one constraint is changed during execution of the multi-objective optimization routine.
Use of a composition for the diagnosis of behavioral addictions, the composition comprising an agent capable of measuring an expression level of sphingosine 1-phosphate receptor 1 (S1PR1) protein, in a biological sample, wherein the behavioral addiction is selected from the group consisting of Internet addiction and game addiction, and wherein the biological sample is blood, plasma, serum, or a combination thereof.
A fixture (44/244) for forming a fiber optic array (10/110/210) that defines a plurality of discrete fibers extending from a spaced-apart arrangement to a consolidated arrangement wherein the fibers are layered next to each other for a further ribbonizing process, the fixture (44/244) comprising: a pair of contact blades (54/254) that are configured to slide along a direction transverse to the longitudinal axes of the fibers for consolidating the fibers, wherein the fixture defines channels (26/226) at a front end (46/246) thereof for supporting the fibers in the spaced-apart arrangement, wherein the fixture (44/244) further includes a first clamp (56/256) adjacent the front end (46/246) for keeping the fibers within the channels (26/226) and a second clamp (58/258) adjacent a rear end (48/248) of the fixture (44/244) for keeping the fibers against a bearing surface (50/250) of the fixture (44/244) for contact by the transversely moving contact blades (54/254).
An inkjet printing device, which is for multi-color printing, comprising: multi-color inkjet nozzles that move in a direction perpendicular to a moving direction of a target base printing material and also in a direction parallel to a surface of the target base printing material; plasma ejection ports provided downstream of the multi-color inkjet nozzles in a manner oriented facing a surface of multiple colored inks printed on the target base printing material; and an electron beam irradiation part located on a downstream side of the inkjet nozzles and plasma ejection ports, in a manner oriented facing the printed surface of the target base printing material, wherein an opening part of a plasma ejection port is oriented in an opposite direction to the moving direction of the target base printing material so that the plasma ejected from the plasma ejection port is set to be oriented in the opposite direction to the moving direction in which the target base printing material moves. multi-color inkjet nozzles that move in a direction perpendicular to a moving direction of a target base printing material and also in a direction parallel to a surface of the target base printing material; plasma ejection ports provided downstream of the multi-color inkjet nozzles in a manner oriented facing a surface of multiple colored inks printed on the target base printing material; and an electron beam irradiation part located on a downstream side of the inkjet nozzles and plasma ejection ports, in a manner oriented facing the printed surface of the target base printing material, wherein an opening part of a plasma ejection port is oriented in an opposite direction to the moving direction of the target base printing material so that the plasma ejected from the plasma ejection port is set to be oriented in the opposite direction to the moving direction in which the target base printing material moves.
A catalyst material for catalyzing a carbon burning characterized in that Ag-β alumina and silver respectively form a layered structure, and the catalyst material includes metal silver or silver ion and Ag-β alumina which are alternately laminated to have a lamination cycle of 10 nm or less.
A liquid pharmaceutical formulation suitable for parenteral administration, comprising a CD40 agonist antibody and a pharmaceutically acceptable carrier, wherein the formulation is at pH 5.5, wherein the antibody consists of antibody 21.4.1, and wherein the pharmaceutically acceptable carrier comprises sodium acetate, sodium chloride, and polysorbate 80.
A use of a paste composition for forming a silicon germanium layer, said composition comprising aluminum and germanium, wherein the germanium is in a form of a germanium powder having a germanium purity of 98.0 mass% or more, and the content of the germanium is more than 1 part by mass and 10000 parts by mass or less, per 100 parts by mass of the aluminum.
A dense phase powder pump for conveying coating powder from a first powder reservoir to a second powder reservoir disposed downstream or a powder coating gun or other such similar device for spraying coating powder disposed downstream, wherein the dense phase powder pump is designed as a single-chamber dense phase powder pump and only comprises one single powder feed chamber for the conveying of coating powder, characterized in that at least one auxiliary compressed air inlet mechanism opens into at least one location in the powder path past a powder outlet valve of the dense phase powder pump to supply auxiliary compressed air as additional conveying compressed air when needed, wherein the single powder conveying chamber comprises at least one air exchange opening via which conveying compressed air can intermittently act on the powder conveying chamber for discharging portions of powder out of the powder conveying chamber, and wherein the at least one auxiliary compressed air inlet mechanism is designed such that the pneumatic resistance which occurs when auxiliary compressed air is fed into the powder path is substantially equal to the pneumatic resistance which occurs when conveying compressed air is introduced into the powder conveying chamber.
A method of wireless communication by a user equipment, UE, for transmitting channel state information, CSI, feedback, the method comprising: determining a first time scale for transmitting capability information regarding receiver performance at the UE, wherein the capability information comprises: a block error ratio, BLER, for signal-mutual information, S-MI, as a function of at least one of a signal rank, a modulation and coding scheme, MCS, or a transmission mode, TM, or a block error ratio, BLER, for interference-mutual information, I-MI, as a function of at least one of an interference rank, a modulation and coding scheme, MCS, or a transmission mode, TM; determining a second time scale for transmitting the channel condition information, wherein the channel condition information comprises at least one of a signal level, an interference level, a signal matrix, or an interference matrix; and transmitting the capability information according to the determined first time scale and the channel condition information according to the determined second time scale, wherein the UE transmits the channel condition information more often than the capability information. determining a first time scale for transmitting capability information regarding receiver performance at the UE, wherein the capability information comprises: a block error ratio, BLER, for signal-mutual information, S-MI, as a function of at least one of a signal rank, a modulation and coding scheme, MCS, or a transmission mode, TM, or a block error ratio, BLER, for interference-mutual information, I-MI, as a function of at least one of an interference rank, a modulation and coding scheme, MCS, or a transmission mode, TM; a block error ratio, BLER, for signal-mutual information, S-MI, as a function of at least one of a signal rank, a modulation and coding scheme, MCS, or a transmission mode, TM, or a block error ratio, BLER, for interference-mutual information, I-MI, as a function of at least one of an interference rank, a modulation and coding scheme, MCS, or a transmission mode, TM; determining a second time scale for transmitting the channel condition information, wherein the channel condition information comprises at least one of a signal level, an interference level, a signal matrix, or an interference matrix; and transmitting the capability information according to the determined first time scale and the channel condition information according to the determined second time scale, wherein the UE transmits the channel condition information more often than the capability information.
A cleaning robot comprising: a main body having a front outline formed to be flat; a driving unit configured to move the main body; a sensor configured to sense an obstacle; a dust suction module; and a controller configured to, in response to the obstacle being sensed, control the driving unit to perform a first outline alignment so that the front of the main body is substantially aligned to the obstacle, wherein the controller is configured to, while the front of the main body is aligned to the obstacle, control the dust suction module to increase a suction force. a main body having a front outline formed to be flat; a driving unit configured to move the main body; a sensor configured to sense an obstacle; a dust suction module; and a controller configured to, in response to the obstacle being sensed, control the driving unit to perform a first outline alignment so that the front of the main body is substantially aligned to the obstacle, wherein the controller is configured to, while the front of the main body is aligned to the obstacle, control the dust suction module to increase a suction force.
A fungicidal mixture, comprising 2-[2-(1-chlorocyclopropyl)-3-(2-chlorophenyl) -2-hydroxypropyl]-2,4-dihydro-[1,2,4]-triazole-3-thione (prothioconazole) of the formula I or its salts or adducts and pyraclostrobin of the formula IV or its salts or adducts in a synergistically effective amount, wherein the weight ratio of prothioconazole of the formula I to pyraclostrobin of the formula IV is from 20:1 to 1:20. 2-[2-(1-chlorocyclopropyl)-3-(2-chlorophenyl) -2-hydroxypropyl]-2,4-dihydro-[1,2,4]-triazole-3-thione (prothioconazole) of the formula I or its salts or adducts and pyraclostrobin of the formula IV or its salts or adducts in a synergistically effective amount, wherein the weight ratio of prothioconazole of the formula I to pyraclostrobin of the formula IV is from 20:1 to 1:20.
A method of processing ultrasound data of media insonified by an ultrasound transducer comprising a plurality of receiving elements comprising: generating an acoustic signal with the transducer; receiving at least one echo of the acoustic signal at the plurality of receiving elements and acquiring echo signal data therefrom, and detecting relative motion between the media and the transducer at image construction points; storing the acquired echo signal data from each of the plurality of receiving elements; mapping a given pixel into a region of the stored acquired echo signal data; organizing the mapped region of the stored acquired echo signal data into an array for the given pixel; and determining whether the relative motion exceeds a limit, and characterised by processing the array for each pixel by using a subset of stored acquisition data when the relative motion between the media and the transducer exceeds the limit and otherwise using all stored acquisition data when the relative motion between the media and the transducer does not exceed the limit in order to generate an image. generating an acoustic signal with the transducer; receiving at least one echo of the acoustic signal at the plurality of receiving elements and acquiring echo signal data therefrom, and detecting relative motion between the media and the transducer at image construction points; storing the acquired echo signal data from each of the plurality of receiving elements; mapping a given pixel into a region of the stored acquired echo signal data; organizing the mapped region of the stored acquired echo signal data into an array for the given pixel; and determining whether the relative motion exceeds a limit, and characterised by processing the array for each pixel by using a subset of stored acquisition data when the relative motion between the media and the transducer exceeds the limit and otherwise using all stored acquisition data when the relative motion between the media and the transducer does not exceed the limit in order to generate an image.
Lanyard having at least two straps or ropes (23, 24), characterized in that the lanyard is linked to a swivel (10, 100, 200), which comprises a first and a second assembly parts (11, 12) able to rotate with respect to one another with a relative movement of rotation, the two tubular-shaped assembly parts (11, 12) being able to be coaxially nested in one another, the outer first part having a larger diameter than that of the inner second part, wherein: - the first part is provided with two slots or holes (16, 17) for fitting securing means formed by at least one flexible link made from textile material, designed to secure the two parts (11, 12) in rotation in the nested state, - each end of the straps (23, 24) passes through one of the two slots (16, 17), and - the second part passes with clearance through a first opening of the first part, and comprises a rim coming into engagement in the nested state against an axial end stop of the first part, - the first part of the swivel comprising a second opening through which the second part passes in the nested state. - the first part is provided with two slots or holes (16, 17) for fitting securing means formed by at least one flexible link made from textile material, designed to secure the two parts (11, 12) in rotation in the nested state, - each end of the straps (23, 24) passes through one of the two slots (16, 17), and - the second part passes with clearance through a first opening of the first part, and comprises a rim coming into engagement in the nested state against an axial end stop of the first part, - the first part of the swivel comprising a second opening through which the second part passes in the nested state.
Apparatus for forming an extended nip between a mating roll and a shoe roll for treating a material web, the shoe roll having a carrier and a flexible roll shell rotatable about the carrier, which roll shell is supported in the region of the extended nip on a head face of a press shoe which is guided on the carrier, and the press shoe for generating a pressure is movably supported on the carrier using a fluid-load pressure chamber (8, 9), the pressure chamber (8, 9) being configured as a pressure cushion on which the press shoe by way of the rear side is supported in a planar manner, wherein the pressure cushion is placed in a groove-type chamber, and wherein the press shoe on the rear side has a male form portion, characterized in that the male form portion of the press shoe, for performing lifting movements, projects into a pressure cushion which can be invaginated, and the pressure cushion to this end is supported in a guiding manner by way of a pressure-cushion side wall, which forms a rollable wall, on the groove-type chamber.