mhurhangee/ep-ind-claims huggingface dataset:
L-4-chlorokynurenine for use in a method of treating depression, by orally administering a therapeutically effective amount of L-4-chlorokynurenine to a patient.
Device for applying a flowable medium onto a planar surface of a workpiece, the device having a housing that forms an elongate discharge nozzle for the medium and a media distributor which is rotatably disposed in the housing and is formed as a cylindrical tube, the media distributor having a slot running in the axial direction of the tube, the position of the slot with respect to the discharge nozzle being altered by rotation of the medium distributor, and the outer surface of the medium distributor forming sealing surfaces which engage in a sealing manner against counter-sealing surfaces, the interior of the tube forming a reservoir which can be supplied with the medium by a supply opening, the slot running in such a manner that it can be brought by rotation of the medium distributor from an open position, in which it forms a through opening from the reservoir to the discharge nozzle, the opening being open substantially over its entire length, into a closed position in which the through opening is completely closed, characterized in that the counter-sealing surfaces are formed by a sealing strip which is inserted in a cut-out of the housing and has a slit which is aligned with the discharge nozzle.
Steam generator for an ironing station, comprising a water reservoir; a boiler having a heating element for evaporating the water in the boiler; a water supply device for the metered supply of the water from the tank into a boiling chamber of the boiler, the boiler comprising a steam outlet for connecting a steam line to which a hand-held device can be connected, and a drainage means for discharging the water out of the boiling chamber in order to empty it completely; a control device which is designed to automatically activate the water supply device, the heating element and the drainage means, the control device being designed to activate the drainage means when a predetermined condition for discharging the water out of the boiling chamber is met, the control device being further designed to discharge the water without pressure, characterised in that the control device is configured to activate the drainage means after a predetermined amount of water has been admitted into the boiling chamber, the control device detecting or estimating the amount of water based on a record of operating cycles carried out.
Recording apparatus for recording computer intrusion, which recording apparatus includes an applications server serving as a decoy in which a remote control service is activated; said applications server being associated with at least one Internet address to be referenced on a domain names system; said remote control service being accessible on a listening port of the applications server so as to enable a connection to be set up between said applications server and a remote computer; said applications server including a virtual port associated with the remote control service on said domain names system and accessible from the Internet address of the applications server; said recording apparatus including a recording server configured to capture the communications transmitted to the virtual port, record said communications, and forward said communications to the listening port of the applications server. said recording apparatus being characterized in that said recording server is configured to make video recordings of the actions performed on a graphics interface of the remote control service of the applications server.
An admixing device, comprising: a mixing machine with a controller; the mixing machine being configured to engage with a fluid circuit; the fluid circuit having a connector configured for connection to a source of pure water and a connector configured for connecting respectively to at least one source of medicament concentrate (310, 316); the fluid circuit having a mixing container and a manifold line; the mixing machine further having a pressure sensor configured to engage with the fluid circuit to indicate a pressure of fluid in the manifold line of the fluid circuit, the manifold line having a connector configured to connect to a selected one of several different medicament user devices; the controller being configured to, by feedback control, control a pump actuator to maintain a respective target fluid pressure at an inlet to said selected one of several different medicament user devices; and the respective target fluid pressure corresponding respectively to a selected one of multiple different medicament user devices, wherein the mixing machine has the pump actuator and said fluid circuit has a pumping portion configured to engage said pump actuator, the mixing machine and the pumping portion are connected between said mixing container and said manifold line, and the pump actuator is configured to pump fluid into and out of said mixing container in a circular path to mix contents of said mixing container. a mixing machine with a controller; the mixing machine being configured to engage with a fluid circuit; the fluid circuit having a connector configured for connection to a source of pure water and a connector configured for connecting respectively to at least one source of medicament concentrate (310, 316); the fluid circuit having a mixing container and a manifold line; the mixing machine further having a pressure sensor configured to engage with the fluid circuit to indicate a pressure of fluid in the manifold line of the fluid circuit, the manifold line having a connector configured to connect to a selected one of several different medicament user devices; the controller being configured to, by feedback control, control a pump actuator to maintain a respective target fluid pressure at an inlet to said selected one of several different medicament user devices; and the respective target fluid pressure corresponding respectively to a selected one of multiple different medicament user devices, wherein the mixing machine has the pump actuator and said fluid circuit has a pumping portion configured to engage said pump actuator, the mixing machine and the pumping portion are connected between said mixing container and said manifold line, and the pump actuator is configured to pump fluid into and out of said mixing container in a circular path to mix contents of said mixing container.
Process for producing a tablet comprising a sample material, where the sample material is at least partly mixed with a flux, the sample material/flux mixture is at least partly melted and solidification of the melt is brought about, where the solidified melt is in tablet form or is converted to tablet form, where the sample material/flux mixture is melted by means of laser radiation, plasma radiation and/or electron beam, characterized in that the melting is monitored in real time using imaging sensors or a pyrometer, where closed-loop power control of a device that generates the laser radiation, plasma radiation and/or an electron beam achieves closed-loop control of the melting operation.
A thermoplastic resin composition comprising: 35 to 75 parts by mass of an aromatic polycarbonate resin; 15 to 35 parts by mass of a rubber-containing graft copolymer obtained by copolymerizing a monomer mixture containing an aromatic vinyl compound and a vinyl cyanide compound in the presence of a rubber polymer; and 10 to 50 parts by mass of a rigid copolymer mixture containing a rigid copolymer (C-I) and a rigid copolymer (C-II), wherein in the rigid copolymer mixture, an amount of the rigid copolymer (C-II) is 20% to 80% by mass in the mixture, the rigid copolymer (C-I) is a polymer containing a monomer unit derived from an aromatic vinyl compound and a monomer unit derived from a vinyl cyanide compound and is a rigid copolymer in which 20% by mass or more and less than 35% by mass of a total mass of the rigid copolymer (C-I) is the monomer unit derived from the vinyl cyanide compound, the rigid copolymer (C-II) is a polymer containing a monomer unit derived from an aromatic vinyl compound and a monomer unit derived from a vinyl cyanide compound and is a rigid copolymer in which 35% to 50% by mass of a total mass of the rigid copolymer (C-II) is the monomer unit derived from the vinyl cyanide compound, the thermoplastic resin composition contains an acetone soluble component of which reduced viscosity (ηsp/c) is 0.3 to 0.8 dl/g, measured in accordance with the relevant method of the description, and a component content of the vinyl cyanide compound in the acetone soluble compound is 25% to 40%. 35 to 75 parts by mass of an aromatic polycarbonate resin; 15 to 35 parts by mass of a rubber-containing graft copolymer obtained by copolymerizing a monomer mixture containing an aromatic vinyl compound and a vinyl cyanide compound in the presence of a rubber polymer; and 10 to 50 parts by mass of a rigid copolymer mixture containing a rigid copolymer (C-I) and a rigid copolymer (C-II), wherein in the rigid copolymer mixture, an amount of the rigid copolymer (C-II) is 20% to 80% by mass in the mixture, the rigid copolymer (C-I) is a polymer containing a monomer unit derived from an aromatic vinyl compound and a monomer unit derived from a vinyl cyanide compound and is a rigid copolymer in which 20% by mass or more and less than 35% by mass of a total mass of the rigid copolymer (C-I) is the monomer unit derived from the vinyl cyanide compound, the rigid copolymer (C-II) is a polymer containing a monomer unit derived from an aromatic vinyl compound and a monomer unit derived from a vinyl cyanide compound and is a rigid copolymer in which 35% to 50% by mass of a total mass of the rigid copolymer (C-II) is the monomer unit derived from the vinyl cyanide compound, the thermoplastic resin composition contains an acetone soluble component of which reduced viscosity (ηsp/c) is 0.3 to 0.8 dl/g, measured in accordance with the relevant method of the description, and a component content of the vinyl cyanide compound in the acetone soluble compound is 25% to 40%.
A method for capturing and processing a digital panoramic image by projecting a panorama onto an image sensor by means of a panoramic objective lens to obtain a raw image and creating a set of N output images based on the raw image, wherein N is greater than or equal to two, each output image represents a gnomonic projection of the panorama with a given focal length, the focal length of the first output image (8.1) has a predetermined focal length value, and the focal length of each other output image (8.2; 8.3) is shorter than that of the previous output image (8.1; 8.2), characterized in that the output images have a common predetermined resolution, and H creating the output images, except for the first output image, comprises downsampling the previous output image by a factor of the focal length of the previous output image divided by the focal length of the current output image and assigning the downsampled result to the corresponding area of the current output image. projecting a panorama onto an image sensor by means of a panoramic objective lens to obtain a raw image and creating a set of N output images based on the raw image, wherein N is greater than or equal to two, each output image represents a gnomonic projection of the panorama with a given focal length, the focal length of the first output image (8.1) has a predetermined focal length value, and the focal length of each other output image (8.2; 8.3) is shorter than that of the previous output image (8.1; 8.2), characterized in that the output images have a common predetermined resolution, and H creating the output images, except for the first output image, comprises downsampling the previous output image by a factor of the focal length of the previous output image divided by the focal length of the current output image and assigning the downsampled result to the corresponding area of the current output image. N is greater than or equal to two, each output image represents a gnomonic projection of the panorama with a given focal length, the focal length of the first output image (8.1) has a predetermined focal length value, and the focal length of each other output image (8.2; 8.3) is shorter than that of the previous output image (8.1; 8.2), the output images have a common predetermined resolution, and H creating the output images, except for the first output image, comprises downsampling the previous output image by a factor of the focal length of the previous output image divided by the focal length of the current output image and assigning the downsampled result to the corresponding area of the current output image. downsampling the previous output image by a factor of the focal length of the previous output image divided by the focal length of the current output image and assigning the downsampled result to the corresponding area of the current output image.
A method for making shelf-stable fluidizable particles comprise mixing from 35 wt.% to 89.95 wt.%, based on total solids, of particles of one or more vulcanizate having a sieve particle size of from 10 to 800 μm, 10 to 65 wt.%, based on total solids, of one or more thermoplastic polymer in the form of an emulsion of a thermoplastic polymer in the presence of from 0.05 to 3 wt.%, based on total solids, of a passivating agent, to form a moist mixture including thermoplastic polymer encapsulated vulcanizate having a total solids content of 65 wt.% or more, followed by drying the moist mixture to form fluidizable particles, wherein said passivating agent is selected from Ca 2, FeCl 3, Fe 2 (SO 4) 3, FeSO 4, Al 2 (SO 4) 3, MgSO 4 and mixtures thereof, and wherein no added water is present other than the water from the emulsion of said thermoplastic polymer.
A method of preparing a polystyrene blend comprising: - combining a first polystyrene containing composition having a first melt flow index with a second polystyrene containing composition having a second melt flow index; - forming a polystyrene blend; - wherein the second melt flow index is at least 2 dg/min higher that the first melt flow index and wherein the second polystyrene is an expanded and recycled polystyrene having contaminants; - wherein the first polystyrene containing composition has a first tensile strength value and the second polystyrene containing composition has a second tensile strength value and the polystyrene blend has an expected tensile strength value; - wherein the expected tensile strength value is a weighted average of the first tensile strength value and the second tensile strength value based on the amount of the first polystyrene containing composition and the second polystyrene containing composition in the polystyrene blend; - wherein the polystyrene blend has an observed tensile strength value greater than 3% above the expected tensile strength value; and - wherein the second polystyrene is present in amounts ranging from 0.1 wt.% to 40 wt.% of the total weight of the combined polystyrene blend. - combining a first polystyrene containing composition having a first melt flow index with a second polystyrene containing composition having a second melt flow index; - forming a polystyrene blend; - wherein the second melt flow index is at least 2 dg/min higher that the first melt flow index and wherein the second polystyrene is an expanded and recycled polystyrene having contaminants; - wherein the first polystyrene containing composition has a first tensile strength value and the second polystyrene containing composition has a second tensile strength value and the polystyrene blend has an expected tensile strength value; - wherein the expected tensile strength value is a weighted average of the first tensile strength value and the second tensile strength value based on the amount of the first polystyrene containing composition and the second polystyrene containing composition in the polystyrene blend; - wherein the polystyrene blend has an observed tensile strength value greater than 3% above the expected tensile strength value; and - wherein the second polystyrene is present in amounts ranging from 0.1 wt.% to 40 wt.% of the total weight of the combined polystyrene blend.
Pressure sensor for measuring a pressure of a fluid flowing through the pressure sensor, comprising: a housing (2, 3), a channel arranged in the housing (2, 3) for conveying the fluid from an input section to an output section, a pressure sensor embedded in the housing (2, 3) for outputting an electric signal proportional to the pressure of the fluid flowing through the channel, and a pressure mediator (8, 9) located between the channel and the pressure sensor for transmitting the pressure of the fluid flowing through the channel to the pressure sensor, wherein at least one part of the pressure mediator (8, 9) consists of an elastomer, characterised in that the elastomer forms a coating around the channel and a thickening of the elastomer forms at least a part of the pressure mediator (8, 9). a housing (2, 3), a channel arranged in the housing (2, 3) for conveying the fluid from an input section to an output section, a pressure sensor embedded in the housing (2, 3) for outputting an electric signal proportional to the pressure of the fluid flowing through the channel, and a pressure mediator (8, 9) located between the channel and the pressure sensor for transmitting the pressure of the fluid flowing through the channel to the pressure sensor, wherein at least one part of the pressure mediator (8, 9) consists of an elastomer, characterised in that the elastomer forms a coating around the channel and a thickening of the elastomer forms at least a part of the pressure mediator (8, 9).
A blockchain management device comprising - a communication interface arranged to receive digital transactions for recording in a secondary blockchain, - a processor circuit configured to: - obtain a consensus proof for the set of transactions received over the communication interface, - assemble a new block for inclusion in the secondary blockchain, the new block comprising a set of transactions, the consensus proof, and a reference to a previous block on the secondary blockchain, - distribute the new block over the communication interface to at least one further blockchain management device that manages the secondary blockchain, - distribute a transaction to at least one blockchain management device that manages a primary blockchain, said transaction comprising an identification of the set of transactions in the new block; characterized in that the processor circuit is further configured to: - broadcast a time before which the new block will be created, - wherein distributing the new block comprises distributing the new block before the broadcasted time to the at least one further blockchain management device that manages the secondary blockchain, and - wherein distributing the transaction comprises distributing the transaction at the time to the at least one blockchain management device that manages the primary blockchain. - a communication interface arranged to receive digital transactions for recording in a secondary blockchain, - a processor circuit configured to: - obtain a consensus proof for the set of transactions received over the communication interface, - assemble a new block for inclusion in the secondary blockchain, the new block comprising a set of transactions, the consensus proof, and a reference to a previous block on the secondary blockchain, - distribute the new block over the communication interface to at least one further blockchain management device that manages the secondary blockchain, - distribute a transaction to at least one blockchain management device that manages a primary blockchain, said transaction comprising an identification of the set of transactions in the new block; - broadcast a time before which the new block will be created, - wherein distributing the new block comprises distributing the new block before the broadcasted time to the at least one further blockchain management device that manages the secondary blockchain, and - wherein distributing the transaction comprises distributing the transaction at the time to the at least one blockchain management device that manages the primary blockchain.
Method operated by a feedback radio node for a wireless communication network, the method comprising transmitting feedback signaling to a signaling radio node, the feedback signaling comprising acknowledgement information pertaining to subject signaling, the feedback signaling further comprising subject information indicating which subject signaling the acknowledgment information pertains to; wherein the feedback signaling is transmitted within one symbol time length and is transmitted on a data channel, wherein the subject information pertains to acknowledgement process identifiers and control information reception opportunities and assignment indications, wherein the method further comprises: receiving a first control information message comprising an anchor process indicator indicating an anchor acknowledgement process; receiving a plurality of second control information messages comprising relative process indicators indicating acknowledgement processes relative to the anchor acknowledgement process; transmitting feedback signalling based on receiving the first control information message and the plurality of second control information messages. wherein the feedback signaling is transmitted within one symbol time length and is transmitted on a data channel, wherein the subject information pertains to acknowledgement process identifiers and control information reception opportunities and assignment indications, wherein the method further comprises: receiving a first control information message comprising an anchor process indicator indicating an anchor acknowledgement process; receiving a plurality of second control information messages comprising relative process indicators indicating acknowledgement processes relative to the anchor acknowledgement process; transmitting feedback signalling based on receiving the first control information message and the plurality of second control information messages. receiving a first control information message comprising an anchor process indicator indicating an anchor acknowledgement process; receiving a plurality of second control information messages comprising relative process indicators indicating acknowledgement processes relative to the anchor acknowledgement process; transmitting feedback signalling based on receiving the first control information message and the plurality of second control information messages.