mhurhangee/ep-ind-claims huggingface dataset:
A solar cell (1; 11) module (10; 50; 70) comprising: a substrate which is curved in a longitudinal direction and in a lateral direction; a plurality of strings each comprising a plurality of solar cells and first wiring members that connect adjacent solar cells to each other in the longitudinal direction, and placed over the substrate, aligned in the lateral direction; and a group of strings (30; 51; 71) comprising a plurality of the strings and second wiring members that are placed on sides of the string in the longitudinal direction, that are connected to the first wiring members, and that connect adjacent strings to each other in the lateral direction, wherein the group of strings (30; 51; 71) is divided into at least two blocks (30A, 30B) aligned in the longitudinal direction, and at least two of the second wiring members of the strings placed adjacent to each other in the lateral direction are fixed to each other by an adhesion tape and/or at least two of the second wiring members placed adjacent to each other in the longitudinal direction between the blocks are fixed to each other by an adhesion tape. a substrate which is curved in a longitudinal direction and in a lateral direction; a plurality of strings each comprising a plurality of solar cells and first wiring members that connect adjacent solar cells to each other in the longitudinal direction, and placed over the substrate, aligned in the lateral direction; and a group of strings (30; 51; 71) comprising a plurality of the strings and second wiring members that are placed on sides of the string in the longitudinal direction, that are connected to the first wiring members, and that connect adjacent strings to each other in the lateral direction, wherein the group of strings (30; 51; 71) is divided into at least two blocks (30A, 30B) aligned in the longitudinal direction, and at least two of the second wiring members of the strings placed adjacent to each other in the lateral direction are fixed to each other by an adhesion tape and/or at least two of the second wiring members placed adjacent to each other in the longitudinal direction between the blocks are fixed to each other by an adhesion tape.
A method, comprising: detecting, in a controller, a primary reference input corresponding to a request to change a current operating condition of a controlled plant; determining a value of a control constraint corresponding to the request to change the current operating condition of the controlled plant; determining a primary reference error being the difference between the primary reference input and a primary feedback from the controlled plant; generating a maximum constraint error being the difference between a maximum constraint limit and the value of the control constraint; normalising the maximum constraint error to generate a normalised maximum constraint error; generating a minimum constraint error being the difference between a minimum constraint limit and the value of the control constraint; normalising the minimum constraint error to generate a normalised minimum constraint error; selecting a minimum value of the primary reference error and the normalised maximum constraint error; determining a normalised transient error by selecting a maximum value of the minimum value and the normalised minimum constraint error; and adjusting the current operating condition of the controlled plant based on the normalised transient error. detecting, in a controller, a primary reference input corresponding to a request to change a current operating condition of a controlled plant; determining a value of a control constraint corresponding to the request to change the current operating condition of the controlled plant; determining a primary reference error being the difference between the primary reference input and a primary feedback from the controlled plant; generating a maximum constraint error being the difference between a maximum constraint limit and the value of the control constraint; normalising the maximum constraint error to generate a normalised maximum constraint error; generating a minimum constraint error being the difference between a minimum constraint limit and the value of the control constraint; normalising the minimum constraint error to generate a normalised minimum constraint error; selecting a minimum value of the primary reference error and the normalised maximum constraint error; determining a normalised transient error by selecting a maximum value of the minimum value and the normalised minimum constraint error; and adjusting the current operating condition of the controlled plant based on the normalised transient error.
A system providing for heat recovery from exhausted flue gas of a steam generator comprising: a flue gas outlet conduit defining a flow path for flue gas from a flue gas outlet of a steam generator to a flue gas conduit junction point; a flue gas primary conduit defining a flow path for flue gas from the junction to a primary air preheater; a flue gas secondary conduit defining a flow path for flue gas from the junction to a secondary air preheater (21 a); characterized in that a steam generator process fluid heat exchanger is disposed within the flow path of the flue gas primary conduit upstream of the primary air preheater to recover some heat from the flue gas in advance of the primary air preheater. a flue gas outlet conduit defining a flow path for flue gas from a flue gas outlet of a steam generator to a flue gas conduit junction point; a flue gas primary conduit defining a flow path for flue gas from the junction to a primary air preheater; a flue gas secondary conduit defining a flow path for flue gas from the junction to a secondary air preheater (21 a); characterized in that a steam generator process fluid heat exchanger is disposed within the flow path of the flue gas primary conduit upstream of the primary air preheater to recover some heat from the flue gas in advance of the primary air preheater.
A modular dog toy comprising three disparately sized and shaped components, each of these three components having: - a male connector and a female connector spaced apart about their surface for engagement of one of the other components, each of the three components having - an internal cavity for reception of a foodstuff and a charging aperture in communication with the internal cavity for providing access to the cavity; and in which the three components further comprise a main component (100, 600, 800) and a pair of auxiliary components (200, 300, 400, 500), the main component having at least one additional connector spaced apart from the other connectors about its surface, and in which the male connector has a plurality of collars (11 (a), 11 (b), 11 (c), 11 (d)) surrounding the connector spaced apart from each other and the female connector has a plurality of inwardly depending flanges (9(a), 9(b)) spaced apart from each other, and in which one of the plurality of collars (11 (a), 11 (b), 11 (c), 11 (d)) and the plurality of inwardly depending flanges (9(a), 9(b)) are saw-tooth shaped such that when the female connector is disconnected from the male connector of one of the other components, access to the internal cavity of the first component is provided therefrom. - a male connector and a female connector spaced apart about their surface for engagement of one of the other components, each of the three components having - an internal cavity for reception of a foodstuff and a charging aperture in communication with the internal cavity for providing access to the cavity;
The non-therapeutic oral use of glutathione or a salt thereof for enhancing immune function wherein the agent is to be administered for a period of 3 months or more.
A mobile object comprising; an optical accelerometer arrangement comprising: an array of optical accelerometers attached to a common structure, each of said optical accelerometers providing a signal indicative of displacement of a measurement mass as a result of an acceleration along a given axis applied to the common structure; and a processor configured to determine an estimate of said acceleration using said signals; characterised in that the mobile object comprises a camera configured to determine a position of the mobile object; wherein the mobile object is arranged to use the camera to establish a series of absolute positions and the optical accelerometer output(s) to establish positions of said mobile object relative to said absolute positions. an array of optical accelerometers attached to a common structure, each of said optical accelerometers providing a signal indicative of displacement of a measurement mass as a result of an acceleration along a given axis applied to the common structure; and a processor configured to determine an estimate of said acceleration using said signals; characterised in that the mobile object comprises a camera configured to determine a position of the mobile object; wherein the mobile object is arranged to use the camera to establish a series of absolute positions and the optical accelerometer output(s) to establish positions of said mobile object relative to said absolute positions.
An in vitro method of producing a pluripotent stem cell line-derived enucleated erythroid cell, comprising: providing a cell of a pluripotent stem cell (pSC) line; differentiating said pSC into a hemangioblast, non engrafting hemangio cell, or blast cell by (a) culture in a serum free medium comprising at least bone morphogenetic protein 4 (BMP-4) and vascular endothelial growth factor (VEGF) in an amount sufficient to induce the differentiation of said cells of a pluripotent stem cell line into embryoid bodies, said differentiating pSC into a hemangioblast, non engrafting hemangio cell, or blast cell optionally further comprising (b) expanding said hemangioblast, non engrafting hemangio cell, or blast cell by further culturing in the presence of BMP-4, VEGF, and basic fibroblast growth factor (bFGF); and differentiating said hemangioblast, non engrafting hemangio cell, or blast cell into an enucleated erythroid cell by adding at least two additional growth factors and culturing said hemangioblast, non engrafting hemangio cell, or blast cell with OP9 mouse stromal cells or human mesenchymal stem cells (MSCs); wherein said cells of a human pluripotent stem cell line, embryoid bodies and hemangioblasts are grown in serum-free media throughout the preceding steps; and wherein said at least two additional growth factors are selected from the group consisting of: bFGF, stem cell factor, Flt-3L, thrombopoietin, and erythropoietin. providing a cell of a pluripotent stem cell (pSC) line; differentiating said pSC into a hemangioblast, non engrafting hemangio cell, or blast cell by (a) culture in a serum free medium comprising at least bone morphogenetic protein 4 (BMP-4) and vascular endothelial growth factor (VEGF) in an amount sufficient to induce the differentiation of said cells of a pluripotent stem cell line into embryoid bodies, said differentiating pSC into a hemangioblast, non engrafting hemangio cell, or blast cell optionally further comprising (b) expanding said hemangioblast, non engrafting hemangio cell, or blast cell by further culturing in the presence of BMP-4, VEGF, and basic fibroblast growth factor (bFGF); (b) expanding said hemangioblast, non engrafting hemangio cell, or blast cell by further culturing in the presence of BMP-4, VEGF, and basic fibroblast growth factor (bFGF); and differentiating said hemangioblast, non engrafting hemangio cell, or blast cell into an enucleated erythroid cell by adding at least two additional growth factors and culturing said hemangioblast, non engrafting hemangio cell, or blast cell with OP9 mouse stromal cells or human mesenchymal stem cells (MSCs); wherein said cells of a human pluripotent stem cell line, embryoid bodies and hemangioblasts are grown in serum-free media throughout the preceding steps; and wherein said at least two additional growth factors are selected from the group consisting of: bFGF, stem cell factor, Flt-3L, thrombopoietin, and erythropoietin.
A system for use in verifying a request for data received at a device as a request originating from a human in possession of the device, the system comprising: a first module arranged to generate a password and output the generated password via an interface of the first module; a second module arranged to receive a password associated with the request for data and validate the received password, and to enable access to data, wherein said received password is received via an interface of the second module and corresponds to the password generated by the first module, characterized in that the first module and the second module are composite parts of the device, and wherein the first module is communicatively disconnected from the second module. a first module arranged to generate a password and output the generated password via an interface of the first module; a second module arranged to receive a password associated with the request for data and validate the received password, and to enable access to data, wherein said received password is received via an interface of the second module and corresponds to the password generated by the first module, characterized in that the first module and the second module are composite parts of the device, and wherein the first module is communicatively disconnected from the second module.
An intraocular lens insertion tool comprising a tool main body formed in a cylindrical shape that has an insertion cylindrical portion to be inserted into an incision formed in an ocular tissue, and a housing portion capable of housing and disposing an intraocular lens; a plunger comprising a cylindrical portion having a cylindrical shape, the cylindrical portion moving the intraocular lens inside the tool main body to discharge the intraocular lens into the eyeball from the insertion cylindrical portion, by pressing the intraocular lens housed in the housing portion with a leading end, by being pushed into the tool main body; and a positioning member comprising a plurality of convex portions (55,57) for restricting the position of the intraocular lens, the plurality of convex portions (55,57) restricting an initial position and posture of the intraocular lens within the tool main body by being mounted to the housing portion from the outside, and thereby being inserted into a plurality of holes formed on a placing surface as a surface on which the intraocular lens is placed in the housing portion, the positioning member being detached from the housing portion when used; characterised in that in the positioning member, a flat plate portion as a flat plate-shaped wall portion formed parallel to a direction of movement of the intraocular lens is provided, and on an outer circumference of the housing portion a rotation suppressing means that suppresses the rotation of the positioning member with respect to the housing portion by causing two wall surfaces of the rotation suppressing means formed parallel to the flat plate portion to face the flat plate portion from both sides of the flat plate portion is provided.
A refrigerator air-duct air supply volume adjustable structure, comprising an air duct plate provided with an air outlet, wherein the structure further comprises a sliding adjustment plate and a sliding baffle; an inclined slideway is provided on one side of the sliding adjustment plate, and a poking block protruding outwards is provided on the other side of the sliding adjustment plate, a pair of sliding chutes vertically opposite to each other is formed in a rear side of the air duct plate, the sliding baffle is located in the pair of sliding chutes, and a guide pillar is fixedly provided on a side, opposite to the sliding adjustment plate, of the sliding baffle; wherein the sliding baffle is slidably connected with the slideway by means of the guide pillar; and a poking hole arranged in the horizontal direction is provided on the air duct plate; wherein the poking block is configured to penetrate out of the poking hole, and the sliding adjustment plate is driven to horizontally slide towards to the left and right by poking the poking block, so that the sliding baffle is driven to slide upwards and downwards along the air outlet to adjust the size of the air outlet. an inclined slideway is provided on one side of the sliding adjustment plate, and a poking block protruding outwards is provided on the other side of the sliding adjustment plate, a pair of sliding chutes vertically opposite to each other is formed in a rear side of the air duct plate, the sliding baffle is located in the pair of sliding chutes, and a guide pillar is fixedly provided on a side, opposite to the sliding adjustment plate, of the sliding baffle; wherein the sliding baffle is slidably connected with the slideway by means of the guide pillar; and a poking hole arranged in the horizontal direction is provided on the air duct plate; wherein the poking block is configured to penetrate out of the poking hole, and the sliding adjustment plate is driven to horizontally slide towards to the left and right by poking the poking block, so that the sliding baffle is driven to slide upwards and downwards along the air outlet to adjust the size of the air outlet.
A display device (230, 300), comprising: a window; a first substrate spaced apart from the window and defining a space; an optical adhesive disposed between the window and the first substrate, the optical adhesive configured to attach the window with the first substrate; a filler flow restricting structure disposed in the space between the window and the first substrate and disposed in a specified area of the first substrate; a filler at least partially contacting the filler flow restricting structure and configured to seal the space between the window and the first substrate; characterized in that the filler flow restricting structure comprises at least one of a hydrophilic material or a hydrophobic material, and the optical adhesive and the filler comprises a hydrophobic material when the filler flow restricting structure comprises the hydrophilic material or a hydrophilic material when the filler flow restricting structure comprises the hydrophobic material, and in that the filler has a viscosity lower than a viscosity of the filler flow restricting structure. a window; a first substrate spaced apart from the window and defining a space; an optical adhesive disposed between the window and the first substrate, the optical adhesive configured to attach the window with the first substrate; a filler flow restricting structure disposed in the space between the window and the first substrate and disposed in a specified area of the first substrate; a filler at least partially contacting the filler flow restricting structure and configured to seal the space between the window and the first substrate; characterized in that the filler flow restricting structure comprises at least one of a hydrophilic material or a hydrophobic material, and the optical adhesive and the filler comprises a hydrophobic material when the filler flow restricting structure comprises the hydrophilic material or a hydrophilic material when the filler flow restricting structure comprises the hydrophobic material, and in that the filler has a viscosity lower than a viscosity of the filler flow restricting structure.
Hot beverage preparation apparatus having a hot water reservoir for heating and storing hot water, having a water pump which is in fluid-conducting connection with the hot water reservoir on the inlet side thereof, and having a brewing device which is in fluid-conducting connection with the hot water reservoir on the withdrawal side thereof, wherein the hot water reservoir has a pressure relief valve which opens when a specified limit pressure is exceeded and allows hot water to escape from the hot water reservoir, characterised in that the water pump is constructed in such a way that it generates a peak pressure which is above the limit pressure specified by the pressure relief valve, and between the water pump and the hot water reservoir there is arranged a pressure-reducing valve which limits the water pressure on the inlet side of the water reservoir to a pressure value below the limit pressure.
Pane unit for windows on motor vehicles and the like, - with a first pane, - with a frame which has a multi-part frame profile with at least one secondary part as a soft component and engages on a margin of the pane on at least two sides of the pane, the frame surrounding at least two end faces of the pane or annularly surrounding the pane so as to be closed on itself, and - with a guide web for guiding a second pane which is movable up and down and is arranged towards the first pane, wherein the guide web forms a U-shaped window guide for the second pane with a reception region for a panel element which is provided on the frame so as to point towards the outside of a body, to which at least one panel element is mountable subsequently, - wherein the reception region for the panel element is formed by an outside of a branch of the U-shaped guide web and a portion, adjacent thereto, of the secondary part on the guide web, characterized in, - that the guide web is formed by a hard component as part of a primary part, - that the frame consisting of the primary part and the secondary part is formed by a two-component injection moulding, - that the guide web is designed as an introduction part which is at least partially injection-moulded around by the secondary part and which is fixed with respect to the first pane, and the secondary part - has a lower form stability than the primary part, - that holding elements for the panel element are provided of one branch of the U-shaped guide web or that an introduction part is provided in the secondary part for fixing the panel element. - with a first pane, - with a frame which has a multi-part frame profile with at least one secondary part as a soft component and engages on a margin of the pane on at least two sides of the pane, the frame surrounding at least two end faces of the pane or annularly surrounding the pane so as to be closed on itself, and - with a guide web for guiding a second pane which is movable up and down and is arranged towards the first pane, wherein the guide web forms a U-shaped window guide for the second pane with a reception region for a panel element which is provided on the frame so as to point towards the outside of a body, to which at least one panel element is mountable subsequently, - wherein the reception region for the panel element is formed by an outside of a branch of the U-shaped guide web and a portion, adjacent thereto, of the secondary part on the guide web, characterized in, - that the guide web is formed by a hard component as part of a primary part, - that the frame consisting of the primary part and the secondary part is formed by a two-component injection moulding, - that the guide web is designed as an introduction part which is at least partially injection-moulded around by the secondary part and which is fixed with respect to the first pane, and the secondary part - has a lower form stability than the primary part, - that holding elements for the panel element are provided of one branch of the U-shaped guide web or that an introduction part is provided in the secondary part for fixing the panel element.
Magnesium liposomes characterized in that the liposomes are at least partially coated with a polyalkylene glycol or polyglycerol compound and in that the charge of the magnesium liposomes is neutral.