mhurhangee/ep-ind-claims huggingface dataset:
A method of regenerating an ammonium bicarbonate solution, the method comprising: supplying an ammonium bicarbonate solution diluted by forward osmosis to an upper portion of a distillation unit, an upper portion of an ammonia condenser, and an upper portion of an absorber; distilling the diluted ammonium bicarbonate solution supplied to the upper portion of the distillation unit to discharge a first gas mixture including carbon dioxide and ammonia, and supplying the discharged first gas mixture to a lower portion of the ammonium condenser; bringing the first gas mixture supplied to the lower portion of the ammonium condenser in process into contact with the diluted ammonium bicarbonate solution supplied to the upper portion of the ammonium condenser in process to be separated into a first mixed solution and a second gas mixture, supplying the first mixed solution to the upper portion of the absorber, and supplying the second gas mixture to a lower portion of the absorber; and bringing the second gas mixture supplied to the lower portion of the absorber in process into contact with the diluted ammonium bicarbonate solution supplied to the upper portion of the absorber in process and the first mixed solution supplied to the upper portion of the absorber in process to recover a concentrated ammonium bicarbonate solution. supplying an ammonium bicarbonate solution diluted by forward osmosis to an upper portion of a distillation unit, an upper portion of an ammonia condenser, and an upper portion of an absorber; distilling the diluted ammonium bicarbonate solution supplied to the upper portion of the distillation unit to discharge a first gas mixture including carbon dioxide and ammonia, and supplying the discharged first gas mixture to a lower portion of the ammonium condenser; bringing the first gas mixture supplied to the lower portion of the ammonium condenser in process into contact with the diluted ammonium bicarbonate solution supplied to the upper portion of the ammonium condenser in process to be separated into a first mixed solution and a second gas mixture, supplying the first mixed solution to the upper portion of the absorber, and supplying the second gas mixture to a lower portion of the absorber; and bringing the second gas mixture supplied to the lower portion of the absorber in process into contact with the diluted ammonium bicarbonate solution supplied to the upper portion of the absorber in process and the first mixed solution supplied to the upper portion of the absorber in process to recover a concentrated ammonium bicarbonate solution.
A dental ceramic article comprising zirconium oxide and at least two different colouring substances A and B, substance A showing a light emission in the range from 470 nm to 510 nm and substance B showing a light absorption in the range from 520 nm to 750 nm, the dental article being used as a dental support structure and not comprising a glass or glass ceramic material in an amount above about 10 wt.-%, substance A being present in an amount in the range of 0.1 to 5 mol-% and substance B being present in an amount in the range of 0.01 to 1 mol-%, wherein the amounts of the substances are calculated as molar amounts of the cations, and the molar ratio of substance A to substance B being from 1:1 to 500:1, wherein the molar ratio is calculated based on the cations of the respective elements.
A display device comprising: a display panel having a foldable area, and first and second areas located in both lateral portions of the foldable area; a support member disposed on a bottom surface side of the display panel and including a plurality of openings formed in the foldable area; and an elastic member disposed on a bottom surface side of the support member and overlapping the openings in the foldable area; wherein the display panel has a first surface on which an image is displayed, and when the display panel located in the foldable area is folded, the first surface is located on an inner side such that the first surface located in the first area faces the first surface located in the second area characterized by the display panel further having a bended area; and the display device further comprising a first adhesive member disposed between the support member and the elastic member, wherein the first adhesive member has a first opening which overlaps the foldable area. a display panel having a foldable area, and first and second areas located in both lateral portions of the foldable area; a support member disposed on a bottom surface side of the display panel and including a plurality of openings formed in the foldable area; and an elastic member disposed on a bottom surface side of the support member and overlapping the openings in the foldable area; wherein the display panel has a first surface on which an image is displayed, and when the display panel located in the foldable area is folded, the first surface is located on an inner side such that the first surface located in the first area faces the first surface located in the second area characterized by the display panel further having a bended area; and the display device further comprising a first adhesive member disposed between the support member and the elastic member, wherein the first adhesive member has a first opening which overlaps the foldable area.
An electronic system for detecting presence of liquid in an appliance interface, the system comprising the appliance interface and an electronic device couplable to the appliance interface, the appliance interface comprising - at least one primary appliance terminal, - a reference appliance terminal, and - a dielectric region separating the at least one primary appliance terminal and the reference appliance terminal; and the electronic device comprising - at least one primary device terminal configured to connect to the at least one primary appliance terminal, and - a reference device terminal configured to connect to the reference appliance terminal, characterised in that the electronic device is configured to - generate and apply an electrical reference signal to the reference appliance terminal, - detect an electrical primary signal from the at least one primary appliance terminal, - compare the primary signal with the reference signal, and, in accordance with at least a component of the primary signal being identical to the reference signal, determine that liquid is present in the appliance interface. - at least one primary appliance terminal, - a reference appliance terminal, and - a dielectric region separating the at least one primary appliance terminal and the reference appliance terminal; and the electronic device comprising - at least one primary device terminal configured to connect to the at least one primary appliance terminal, and - a reference device terminal configured to connect to the reference appliance terminal, - at least one primary device terminal configured to connect to the at least one primary appliance terminal, and - a reference device terminal configured to connect to the reference appliance terminal, characterised in that the electronic device is configured to - generate and apply an electrical reference signal to the reference appliance terminal, - detect an electrical primary signal from the at least one primary appliance terminal, - compare the primary signal with the reference signal, and, in accordance with at least a component of the primary signal being identical to the reference signal, determine that liquid is present in the appliance interface. - generate and apply an electrical reference signal to the reference appliance terminal, - detect an electrical primary signal from the at least one primary appliance terminal, - compare the primary signal with the reference signal, and, in accordance with at least a component of the primary signal being identical to the reference signal, determine that liquid is present in the appliance interface.
Method for determining a reference driving class of a driver from among a set of predetermined driving classes, each predetermined driving class being characterized by a speed profile, the method comprising the following steps: - The speed of a driver over a given journey is determined, - The observed speed is compared with the speed profiles of each of the predetermined driving classes so as to obtain a deviation between the driver and each of the driving classes, - A detected driving class is determined as being that which minimizes this deviation, and - The reference driving class is determined as a function of this detected driving class. - The speed of a driver over a given journey is determined, - The observed speed is compared with the speed profiles of each of the predetermined driving classes so as to obtain a deviation between the driver and each of the driving classes, - A detected driving class is determined as being that which minimizes this deviation, and - The reference driving class is determined as a function of this detected driving class.
Method for manufacturing of an electrocatalyst comprising a porous carbon support material and a catalytic material of metal complexes of macrocyclic compounds chemically bound to the carbon support, said method comprising the steps of: i) providing a template capable of acting as pore structure directing agent during formation of a highly porous electrically conducting templated carbon substrate; ii) mixing the template with at least one precursor of the carbon support, at least one precursor of the macrocyclic compounds and at least one metal salt or a dissolved metal salt in a solvent, wherein the at least one precursor of the carbon support and the at least one precursor of the macrocyclic compounds are the same or different; and iii) exposing the mixture of the template and the precursor substance(s) to a carbonization process during which the precursors react and transform the mixture into a carbonized template composite in which the carbon part of the composite is chemically bound to the macrocyclic compounds present in complex with the metal(s). i) providing a template capable of acting as pore structure directing agent during formation of a highly porous electrically conducting templated carbon substrate; ii) mixing the template with at least one precursor of the carbon support, at least one precursor of the macrocyclic compounds and at least one metal salt or a dissolved metal salt in a solvent, wherein the at least one precursor of the carbon support and the at least one precursor of the macrocyclic compounds are the same or different; and iii) exposing the mixture of the template and the precursor substance(s) to a carbonization process during which the precursors react and transform the mixture into a carbonized template composite in which the carbon part of the composite is chemically bound to the macrocyclic compounds present in complex with the metal(s).
A method comprising: generating a reduced size textual network log from a textual network log including event records by parsing, based on one or more configuration parameters from a network controller, the textual network log to identify instances of a pattern in the event records, wherein the configuration parameters include an identifiable format for an event record in the form of an ordered pattern of numerical values that defines the pattern to be identified; substituting each of the identified instances of the pattern with the numerical values; outputting the reduced size textual network log to a network controller. generating a reduced size textual network log from a textual network log including event records by parsing, based on one or more configuration parameters from a network controller, the textual network log to identify instances of a pattern in the event records, wherein the configuration parameters include an identifiable format for an event record in the form of an ordered pattern of numerical values that defines the pattern to be identified; substituting each of the identified instances of the pattern with the numerical values; parsing, based on one or more configuration parameters from a network controller, the textual network log to identify instances of a pattern in the event records, wherein the configuration parameters include an identifiable format for an event record in the form of an ordered pattern of numerical values that defines the pattern to be identified; substituting each of the identified instances of the pattern with the numerical values; outputting the reduced size textual network log to a network controller.
An optical unit comprising: a light source having a light emitting surface of a certain shape; a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from a light source; and a projection lens for projecting the light reflected by the rotating reflector in a light irradiation direction of the optical unit, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, characterized in that the projection lens is a free curved-surface lens adapted to correct an image of the light source distorted by being reflected on the reflecting surface to a shape close to the shape of the light source. a light source having a light emitting surface of a certain shape; a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from a light source; and a projection lens for projecting the light reflected by the rotating reflector in a light irradiation direction of the optical unit, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, characterized in that the projection lens is a free curved-surface lens adapted to correct an image of the light source distorted by being reflected on the reflecting surface to a shape close to the shape of the light source.
A patient's skin puncturing device, particularly for collecting a blood sample for diagnostic purposes, comprising a housing, a lancet slidably positioned inside said housing and having a body with a sheathed puncturing needle seated therein, and a push button positioned at the one end of said housing, whereas between a face end of said push button and said lancet body a drive spring is placed as directly contacting said face end of said push button and said lancet body, and between the other end of said housing, which is provided with an opening for said puncturing needle, and said lancet body a return spring is placed, and between said housing and said lancet body lancet actuation locking means is placed, and for precluding said drive spring from following said lancet in the puncture phase and in the retraction phase of said lancet said puncturing device has drive spring catching means which is integrally formed with an additional separate element of said puncturing device.
A method of increasing the strength of a paper product, the method comprising the steps of: a. providing a furnish comprising fibers, the fibers in the furnish made up of at least 10% fibers containing significant amount of anionic trash, wherein the anionic trash containing furnish is one selected from the list consisting of recycled fibers and mechanic fibers, and any combination thereof, b. adding an acrylamide-diallyidimethyl ammonium chloride copolymer as strength promoter to the furnish prior to adding a strength agent to the furnish, c. adding a glyoxylated acrylamide-diallyldimethyl ammonium chloride copolymer as a strength agent to the furnish, d. making a paper product out of the furnish according to a papermaking process. a. providing a furnish comprising fibers, the fibers in the furnish made up of at least 10% fibers containing significant amount of anionic trash, wherein the anionic trash containing furnish is one selected from the list consisting of recycled fibers and mechanic fibers, and any combination thereof, b. adding an acrylamide-diallyidimethyl ammonium chloride copolymer as strength promoter to the furnish prior to adding a strength agent to the furnish, c. adding a glyoxylated acrylamide-diallyldimethyl ammonium chloride copolymer as a strength agent to the furnish, d. making a paper product out of the furnish according to a papermaking process.
A squirrel cage assembly comprising: a squirrel cage comprising: a first piston ring groove and a second piston ring groove; a first piston ring configured to fit into the first piston ring groove; and a second piston ring configured to fit into the second piston ring groove; characterised by: a first pocket connected to the first piston ring groove and a second pocket connected to the second piston ring groove; the first piston ring comprising: a first end circumferentially spaced apart from a second end; and a first ear configured to fit into the first pocket to prevent the first piston ring from rotating in the first piston ring groove 820a); and the second piston ring comprising: a first end circumferentially spaced apart from a second end; and a first ear configured to fit into the second pocket to prevent the second piston ring from rotating in the second piston ring groove. a squirrel cage comprising: a first piston ring groove and a second piston ring groove; a first piston ring configured to fit into the first piston ring groove; and a second piston ring configured to fit into the second piston ring groove; a first piston ring groove and a second piston ring groove; a first piston ring configured to fit into the first piston ring groove; and a second piston ring configured to fit into the second piston ring groove; a first pocket connected to the first piston ring groove and a second pocket connected to the second piston ring groove; the first piston ring comprising: a first end circumferentially spaced apart from a second end; and a first ear configured to fit into the first pocket to prevent the first piston ring from rotating in the first piston ring groove 820a); and the second piston ring comprising: a first end circumferentially spaced apart from a second end; and a first ear configured to fit into the second pocket to prevent the second piston ring from rotating in the second piston ring groove. a first end circumferentially spaced apart from a second end; and a first ear configured to fit into the first pocket to prevent the first piston ring from rotating in the first piston ring groove 820a); and the second piston ring comprising: a first end circumferentially spaced apart from a second end; and a first ear configured to fit into the second pocket to prevent the second piston ring from rotating in the second piston ring groove. a first end circumferentially spaced apart from a second end; and a first ear configured to fit into the second pocket to prevent the second piston ring from rotating in the second piston ring groove.
A system controller, in particular for controlling conveyor systems (8,9), with at least one mobile input and/or output apparatus and at least one control device (1,5) for controlling the system and for receiving and/or for transmitting signals from and/or to the mobile input and/or output apparatus, wherein a signal transmitting device (2,3,6,7) for transmitting signals between mobile input and/or output apparatus and control device is set up such that signals are transmitted at least partially wirelessly, wherein the system controller comprises a plurality of identification and location devices (11,13) which are set up such that they can interact with the mobile input and/or output apparatus in order to locate the position of the mobile input and/or output apparatus at the system and to identify the corresponding system area, characterised in that the identification and location device (11, 11') has a radio tag, a near field communication apparatus, a barcode or a two-dimensional code, and an emergency stop (12, 14) is arranged in the immediate vicinity of, and permanently connected to, the identification and location device (11, 11'). at least one mobile input and/or output apparatus and at least one control device (1,5) for controlling the system and for receiving and/or for transmitting signals from and/or to the mobile input and/or output apparatus, wherein a signal transmitting device (2,3,6,7) for transmitting signals between mobile input and/or output apparatus and control device is set up such that signals are transmitted at least partially wirelessly, wherein the system controller comprises a plurality of identification and location devices (11,13) which are set up such that they can interact with the mobile input and/or output apparatus in order to locate the position of the mobile input and/or output apparatus at the system and to identify the corresponding system area, characterised in that the identification and location device (11, 11') has a radio tag, a near field communication apparatus, a barcode or a two-dimensional code, and an emergency stop (12, 14) is arranged in the immediate vicinity of, and permanently connected to, the identification and location device (11, 11').
A parameter configuration method, comprising: sending, by a second terminal device, a first parameter combination to a first terminal device, wherein the first parameter combination is used for indicating sidelink data transmitting parameters of the second terminal device and/or sidelink data receiving parameters of the second terminal device, characterized in that sending, by the second terminal device, the first parameter combination to the first terminal device is triggered by a first message received from the first terminal device, wherein the first message is a security parameter configuration message, wherein the first parameter combination at least comprises: quality of service, QoS, attribute information, a provider service identifier, PSID, or an intelligent transportation system-application identification, ITS-AID, wherein when the first parameter combination comprises the QoS attribute information, the first parameter combination is used for indicating that the second terminal device requires initiating a service with the QoS attribute, wherein the first parameter combination is used for different first parameter configuration for different situations, and wherein the situations include at least one of following: usage of the PSID, or the ITS-AID. sending, by a second terminal device, a first parameter combination to a first terminal device, wherein the first parameter combination is used for indicating sidelink data transmitting parameters of the second terminal device and/or sidelink data receiving parameters of the second terminal device, characterized in that sending, by the second terminal device, the first parameter combination to the first terminal device is triggered by a first message received from the first terminal device, wherein the first message is a security parameter configuration message, wherein the first parameter combination at least comprises: quality of service, QoS, attribute information, a provider service identifier, PSID, or an intelligent transportation system-application identification, ITS-AID, wherein when the first parameter combination comprises the QoS attribute information, the first parameter combination is used for indicating that the second terminal device requires initiating a service with the QoS attribute, wherein the first parameter combination is used for different first parameter configuration for different situations, and wherein the situations include at least one of following: usage of the PSID, or the ITS-AID.