mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for controlling a three-dimensional printer comprising: (a) receiving model data describing a three-dimensional object; (b) determining a plurality of two-dimensional images corresponding to a plurality of layers of the three-dimensional object; (c) initially positioning a base plate such that a surface of the base plate contacts resin in a resin container; (d) operating the light source and the base plate to sequentially form the plurality of layers of the three-dimensional object onto the base plate, wherein the base plate moves a formed portion of the three-dimensional object upward after formation of each layer, and wherein at least a surface of a most recently formed layer of the three-dimensional object remains in contact with the resin in the resin container throughout the formation of the plurality of layers of the three-dimensional object, wherein operating the light source and the base plate to sequentially form the plurality of layers of the three-dimensional object onto the base plate comprises using a robotic device attached to the base plate from above to pull the base plate upward and away from the resin container during the formation of the plurality of layers of the three-dimensional object, characterized in that the robotic device comprises an articulated robotic arm whose range of movement defines a build volume, and wherein the robotic device positions the base plate above the resin container and operates to move the base plate with at least two degrees of freedom, such that the range of movement of the robotic arm extends beyond the edges of the resin container. (a) receiving model data describing a three-dimensional object; (b) determining a plurality of two-dimensional images corresponding to a plurality of layers of the three-dimensional object; (c) initially positioning a base plate such that a surface of the base plate contacts resin in a resin container; (d) operating the light source and the base plate to sequentially form the plurality of layers of the three-dimensional object onto the base plate, wherein the base plate moves a formed portion of the three-dimensional object upward after formation of each layer, and wherein at least a surface of a most recently formed layer of the three-dimensional object remains in contact with the resin in the resin container throughout the formation of the plurality of layers of the three-dimensional object,
A modified polyisocyanate obtained by a reaction of a system comprising the following components: a. at least an aminosulfonic acid represented by the formula I; wherein, R1 and R2 each independently represents hydrogen, an aliphatic group having 1 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom, a cycloaliphatic group having 3 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom, an aromatic group having 1 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom; R1 and R2 can react with each other to form a cycloaliphatic group having 3 to 8 carbon atoms or a heterocyclic group having 3 to 8 carbon atoms substituted by an oxygen atom or a nitrogen atom; R3 represents a linear or branched aliphatic group having 2 to 8 carbon atoms; b. at least a polyisocyanate; c. at least a tertiary amine; and d. optionally a polyether alcohol containing an ethylene oxide group; wherein the modified polyisocyanate comprises at least an iminooxadiazinedione structure and at least an isocyanurate structure, the weight ratio of the iminooxadiazinedione structure to the isocyanurate structure being 1:300 to 1: 5; the amount of the sulfonate group of the modified polyisocyanate is 0.75% by weight to 1.1% by weight, based on the amount of the modified polyisocyanate as 100% by weight; the viscosity of the modified polyisocyanate is 500 mPa·s to 10000 mPa·s, as determined according to DIN EN ISO 3219:1994-10 at a temperature of 23°C and a shear rate of 10 s -1. a. at least an aminosulfonic acid represented by the formula I; wherein, R1 and R2 each independently represents hydrogen, an aliphatic group having 1 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom, a cycloaliphatic group having 3 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom, an aromatic group having 1 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom; R1 and R2 can react with each other to form a cycloaliphatic group having 3 to 8 carbon atoms or a heterocyclic group having 3 to 8 carbon atoms substituted by an oxygen atom or a nitrogen atom; R3 represents a linear or branched aliphatic group having 2 to 8 carbon atoms; R1 and R2 each independently represents hydrogen, an aliphatic group having 1 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom, a cycloaliphatic group having 3 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom, an aromatic group having 1 to 18 carbon atoms which is substituted or unsubstituted and/or contains a heteroatom; R1 and R2 can react with each other to form a cycloaliphatic group having 3 to 8 carbon atoms or a heterocyclic group having 3 to 8 carbon atoms substituted by an oxygen atom or a nitrogen atom; R3 represents a linear or branched aliphatic group having 2 to 8 carbon atoms; b. at least a polyisocyanate; c. at least a tertiary amine; and d. optionally a polyether alcohol containing an ethylene oxide group;
A fired heat exchanger intended for central heating and/or domestic water installations, fitted with an external jacket, combustion chamber, and flame pipes fixed in an upper sieve bottom and a lower sieve bottom, characterised in having a thermoelectric generator, the functioning of which is based on the Seebeck effect, said thermoelectric generator, in use, is placed in thermal contact with combustion gases, and contains two semiconductor sub-layers (p, n) which do not contact each other and are interconnected in series with thin-layered conducting elements (2a, 2b) fitted with connection ends (4, 5) to evacuate the generated electric energy, said thin-layered conducting elements (2a, 2b) are electrically insulated on both sides with layers (3a, 3b) of an electrical insulator, wherein the thermoelectric generator takes the form of a thin thermoelectric coating applied under the Physical Vapour Deposition technology to these elements of the heat exchanger which are in thermal contact with combustion gases, where directly on said elements of the heat exchanger, a first layer of the electric insulator is applied, on which a first layer of the thin-layered conducting element is applied with the thickness within the range from 1 μm to 5 μm, on which alternately the two semiconductor sub-layers (p, n) of a thermoelectric layer are applied where the thickness of each semiconductor sub-layer (p, n) ranges from 1 μm to 10 μm and the width (s) of each semiconductor sub-layer (p, n) ranges from 0.1mm to 2mm, on which a second layer of the thin-layered conducting element is applied with the thickness within the range from 1 μm to 5 μm, on which a second layer of the electrical insulator is applied, the said electrical insulator (3a, 3b) is based on inorganic oxides, and the cold side of the semiconductor sub-layers (p, n) of the thermoelectric layer is to be cooled, in use, with water supplied to the heat exchanger.
An absorptive article comprising a liquid-permeable top sheet, a liquid-impermeable back sheet, and an absorber disposed between the top sheet and the back sheet, wherein the absorber has a layered structure comprising an upper absorbent layer disposed on the top-sheet side and a lower absorbent layer disposed on the back-sheet side; the upper absorbent layer comprises virgin pulp and virgin polymer, and the lower absorbent layer contains recycled pulp and recycled polymer, wherein the recycled pulp and polymers are used only in the lower absorbent layer, wherein the recycled pulp is pulp recovered from rejected products during manufacturing processes, pulp recycled from used absorptive articles, or pulp composed of a combination thereof, and the recycled polymer is a polymer recovered from rejected products during manufacturing processes.
A digital printing system, comprising: a print head, configured to jet droplets of ink; and a processor, which is configured to: translate a required shade of a color, to be printed at a given location on a substrate by the print head, into a sequence of pulses (625, 770), in sections of a jetting cycle, apply the sequence of pulses to the print head, characterized in that: the sequence of pulses comprises: up to a predefined maximum number of driving pulses that cause the print head to jet respective droplets; and a tickling pulse, which has a smaller amplitude than the driving pulses and is such that when it is applied in a section just after a driving pulse it causes the print head to jet a droplet smaller than the droplets jetted in response to the driving pulses, while if the tickling pulse is applied in a section not just after a driving pulse, it does not cause the print head to jet a droplet, wherein the driving pulses and the tickling pulse have a same duration. a print head, configured to jet droplets of ink; and a processor, which is configured to: translate a required shade of a color, to be printed at a given location on a substrate by the print head, into a sequence of pulses (625, 770), in sections of a jetting cycle, apply the sequence of pulses to the print head, translate a required shade of a color, to be printed at a given location on a substrate by the print head, into a sequence of pulses (625, 770), in sections of a jetting cycle, apply the sequence of pulses to the print head, characterized in that: the sequence of pulses comprises: up to a predefined maximum number of driving pulses that cause the print head to jet respective droplets; and a tickling pulse, which has a smaller amplitude than the driving pulses and is such that when it is applied in a section just after a driving pulse it causes the print head to jet a droplet smaller than the droplets jetted in response to the driving pulses, while if the tickling pulse is applied in a section not just after a driving pulse, it does not cause the print head to jet a droplet, up to a predefined maximum number of driving pulses that cause the print head to jet respective droplets; and a tickling pulse, which has a smaller amplitude than the driving pulses and is such that when it is applied in a section just after a driving pulse it causes the print head to jet a droplet smaller than the droplets jetted in response to the driving pulses, while if the tickling pulse is applied in a section not just after a driving pulse, it does not cause the print head to jet a droplet, wherein the driving pulses and the tickling pulse have a same duration.
A substrate for an organic electronic device, comprising: a base layer; an optical functional layer that is formed on the base layer and that has a smaller projected area than the base layer; a first electrode layer (102, 1021, 1022) that has a larger projected area than the optical functional layer and that is formed on both of the optical functional layer and the base layer on which the optical functional layer is not formed; and a conductive material that is formed on the first electrode layer(102, 1021, 1022) and is electrically connected with the first electrode layer (102, 1021, 1022) formed on the optical functional layer and the first electrode layer (102, 1021, 1022) formed on the base layer on which the optical functional layer is not formed, wherein a pencil hardness measured with a pencil weight of 500 g at a pencil movement speed of 250 mm/min according to ASTM D3363 of the first electrode layer on the base layer on which the optical functional layer is not formed is 6H or more, and wherein the optical functional layer is encapsulated by the base layer, the first electrode layer (102, 1021, 1022) and the conductive material. a base layer; an optical functional layer that is formed on the base layer and that has a smaller projected area than the base layer; a first electrode layer (102, 1021, 1022) that has a larger projected area than the optical functional layer and that is formed on both of the optical functional layer and the base layer on which the optical functional layer is not formed; and a conductive material that is formed on the first electrode layer(102, 1021, 1022) and is electrically connected with the first electrode layer (102, 1021, 1022) formed on the optical functional layer and the first electrode layer (102, 1021, 1022) formed on the base layer on which the optical functional layer is not formed,
A method of managing a data connection between a user device and a plurality of content caches, the user device and content caches (25a, 25b, 27b) being connectable via a plurality of gateway servers (15a, 15c), the user device being connected to a first of said gateway servers and each content cache being associated with one of the plurality of gateway servers, the method being carried out by a gateway reselection apparatus and comprising: in response to a request for content data from the user device, receiving, from a content locator, a list with a set of said plurality of content caches containing the requested content; selecting the closest content cache from the set of content caches to serve the requested content data to the user device, said selection based on the geographical locations of gateway servers, content caches and the user device, as well as routing costs, and identifying a gateway server associated with the selected content cache; and if the gateway server associated with selected content cache is different from the first gateway server, transferring the data connection between the user device and the first gateway server to the gateway server associated with the selected content cache and notifying the content locator of the content cache that was selected to serve the requested content. in response to a request for content data from the user device, receiving, from a content locator, a list with a set of said plurality of content caches containing the requested content; selecting the closest content cache from the set of content caches to serve the requested content data to the user device, said selection based on the geographical locations of gateway servers, content caches and the user device, as well as routing costs, and identifying a gateway server associated with the selected content cache; and if the gateway server associated with selected content cache is different from the first gateway server, transferring the data connection between the user device and the first gateway server to the gateway server associated with the selected content cache and notifying the content locator of the content cache that was selected to serve the requested content.
A doorway restriction system for an aircraft comprising: a wall (501, 906) of an aircraft fuselage, the wall having at least one doorway (500, 900) therein; a door (502, 902) connected to the wall by at least one hinge (504, 904), the door being moveable between a closed position and an open position, the at least one doorway (500, 900) having a width (606, 1100) when the door is in the open position; characterized in that a doorway restriction device (600, 908) is removably placed to cover the at least one hinge and connected to one or more of the door and the hinge, the doorway restriction device comprising an extended portion (604, 912) that is configured to reduce the width of the doorway when the doorway restriction device is placed to cover the at least one hinge and the door is in the open position. a wall (501, 906) of an aircraft fuselage, the wall having at least one doorway (500, 900) therein; a door (502, 902) connected to the wall by at least one hinge (504, 904), the door being moveable between a closed position and an open position, the at least one doorway (500, 900) having a width (606, 1100) when the door is in the open position; characterized in that a doorway restriction device (600, 908) is removably placed to cover the at least one hinge and connected to one or more of the door and the hinge, the doorway restriction device comprising an extended portion (604, 912) that is configured to reduce the width of the doorway when the doorway restriction device is placed to cover the at least one hinge and the door is in the open position.
A coated solid preparation containing as an active ingredient montelukast or a pharmacologically acceptable salt thereof and being coated with a coating layer comprising polyvinyl alcohol and bentonite, wherein the mass ratio of said polyvinyl alcohol to said bentonite in said coating layer is 8:2 to 3:7, said bentonite is uniformly dispersed as a laminated structure, strips of the bentonite are dispersed in a mesh pattern and planarly oriented, and said coating layer is formed with a coating agent containing bentonite in a swollen state.
Method for controlling a computer-aided computation process in a technical installation, which computation process is designed for interactive network-based use, where a) interactive network-based operator control is used to input data, b) at least some of these data are utilized in the computer-aided computation process, and c) decoupling the interactive network-based operator control and the computer-aided computation process avoids active influence by the interactive operator control on the computer-aided computation process, and vice versa, characterized in that the decoupling is achieved by virtue of the interactive network-based operator control and the computer-aided computation process having a data store connected between them which is designed such that data are only stored or supplied on the basis of a command which has been sent to the data store. a) interactive network-based operator control is used to input data, b) at least some of these data are utilized in the computer-aided computation process, and c) decoupling the interactive network-based operator control and the computer-aided computation process avoids active influence by the interactive operator control on the computer-aided computation process, and vice versa,
A method of manufacturing an insulation component, for a HVDC converter transformer, comprising the steps of: (a) forming a component sub-body from a malleable fibrous insulation material, the component sub-body having first and second ends (54, 56) between which extends an inner surface that in use faces the magnetic core of a limb of a HVDC converter transformer and an outer sub-surface which lies opposite the inner surface; (b) applying a surface profile layer of malleable fibrous insulating material to the outer sub-surface whereby fibres of the component sub-body and the surface profile layer interlink with one another to define a homogenous component body having an outer surface which lies opposite the said inner surface and which has a surface profile extending between the first and second ends; and (c) forming at least one raised formation in the surface profile of the outer surface. (a) forming a component sub-body from a malleable fibrous insulation material, the component sub-body having first and second ends (54, 56) between which extends an inner surface that in use faces the magnetic core of a limb of a HVDC converter transformer and an outer sub-surface which lies opposite the inner surface; (b) applying a surface profile layer of malleable fibrous insulating material to the outer sub-surface whereby fibres of the component sub-body and the surface profile layer interlink with one another to define a homogenous component body having an outer surface which lies opposite the said inner surface and which has a surface profile extending between the first and second ends; and (c) forming at least one raised formation in the surface profile of the outer surface.
A vehicle brake hydraulic control apparatus comprising: a reservoir (9a, 9b) that absorbs an excess brake hydraulic pressure of a wheel brake (Ba to Bd); a hydraulic pressure pump (8a, 8b) that suctions brake fluid absorbed by the reservoir (9a, 9b) and that returns the suctioned brake fluid to a master cylinder through a return line; an orifice provided in the return line (11a, 11b); a damper that is connected to the return line (11a, 11b) between the orifice and the hydraulic pressure pump (8a, 8b) and that damps discharge pressure pulsation of the hydraulic pressure pump (8a, 8b); and a one-way valve that is provided in the return line (11a, 11b) between the damper and the orifice and that prevents a hydraulic flow from an orifice side to a damper side, characterised in that the damper includes a suction port continuing to a hydraulic pump (8a, 8b) side of the return line (11a, 11b), and a discharge port continuing to a master cylinder side of the return line (11a, 11b), and the one-way valve is provided at the discharge port. a reservoir (9a, 9b) that absorbs an excess brake hydraulic pressure of a wheel brake (Ba to Bd); a hydraulic pressure pump (8a, 8b) that suctions brake fluid absorbed by the reservoir (9a, 9b) and that returns the suctioned brake fluid to a master cylinder through a return line; an orifice provided in the return line (11a, 11b); a damper that is connected to the return line (11a, 11b) between the orifice and the hydraulic pressure pump (8a, 8b) and that damps discharge pressure pulsation of the hydraulic pressure pump (8a, 8b); and a one-way valve that is provided in the return line (11a, 11b) between the damper and the orifice and that prevents a hydraulic flow from an orifice side to a damper side, characterised in that the damper includes a suction port continuing to a hydraulic pump (8a, 8b) side of the return line (11a, 11b), and a discharge port continuing to a master cylinder side of the return line (11a, 11b), and the one-way valve is provided at the discharge port.
Housing of a means for separating at least one fluid, in particular oil, from gas, in particular air, in particular of an air de-oiling box or of an air de-oiling element, in particular of a compressor, of a compressed-air system or of a vacuum pump, for connecting to a joining part of a connecting means, wherein a filter or separating element is disposed in the housing and the housing is closed by a housing cover which can be connected to the joining part by means of a screwed connection, and the cover has at least one first gas passage which is disposed, with respect to an axis, in particular to an assembly axis of the housing, centrally, in particular coaxially, at the connecting means and at least one second gas passage, which is disposed, with respect to the axis, radially outside the at least one first gas passage, characterized by at least one fluid outlet (36, 48, 64) in the housing cover for fluid separated from the gas, said outlet being disposed, with respect to the axis, radially between the at least one first gas passage and the at least one second gas passage, wherein between the at least one second gas passage and the at least one fluid outlet (36, 48, 64) at least one housing-sided fluid outlet sealing element (66; 166) of at least one fluid outlet sealing device is disposed, said sealing element being capable of cooperating sealingly with at least one corresponding joint-sided fluid outlet sealing element of a joining part which is provided for connecting the housing to the connecting means and features a sealing surface acting radially inwards or outwards.