mhurhangee/patent-ind-claim-en huggingface dataset:
A printer control system for controlling the printing of an object on a support by printing in a number of passes on top of each other, the object having a surface of varying height, the printer control system comprising - a user interface having a display device and arranged to visualize in a window on the display device a pixel-precise preview image before actual printing of the object, the pixel-precise preview image comprising a representation of the surface of the object, - a digital analyser which is configured to analyse a height map produced at design level for printing the object in order to deduce before actual printing of the object locations of smooth areas potentially presenting a contouring artifact at the surface of the object, and characterised in that the printer control system comprises - a preview emulator configured to digitally shine with a virtual light on the pixel-precise preview from a settable light position above the pixel-precise preview, wherein the reflections of the virtual light are captured by a virtual camera at a settable camera position above the pixel-precise preview, wherein the printer control system is configured to calculate a digital move path (APQRB, APB, A'PB') of the virtual light or the virtual camera over the pixel-precise preview, the digital move path to be applied by the preview emulator and based on the locations of the smooth areas in order to emphasize regions of interest with the potential contouring artefact in the pixel-precise preview. - a user interface having a display device and arranged to visualize in a window on the display device a pixel-precise preview image before actual printing of the object, the pixel-precise preview image comprising a representation of the surface of the object, - a digital analyser which is configured to analyse a height map produced at design level for printing the object in order to deduce before actual printing of the object locations of smooth areas potentially presenting a contouring artifact at the surface of the object, and characterised in that the printer control system comprises - a preview emulator configured to digitally shine with a virtual light on the pixel-precise preview from a settable light position above the pixel-precise preview, wherein the reflections of the virtual light are captured by a virtual camera at a settable camera position above the pixel-precise preview,
A large lightweight coffin comprising: A curved outer shell of molded pulp and a flexible core material used as a reinforcing flexible spacer , wherein said flexible core material is conforming to and adhering to the interior of said shell, and an inner shell made of molded pulp or a flexible paper based material adhering to said core spacer material, and characterized in that said reinforcing flexible spacer is made of a spacer structure of molded pulp, and said curved outer shell is formed by slurried pulp whereby a smooth and even surface is provided. a flexible core material used as a reinforcing flexible spacer , wherein said flexible core material is conforming to and adhering to the interior of said shell, and an inner shell made of molded pulp or a flexible paper based material adhering to said core spacer material, and characterized in that said reinforcing flexible spacer is made of a spacer structure of molded pulp, and said curved outer shell is formed by slurried pulp whereby a smooth and even surface is provided.
A BRAF inhibitor for use in treating or preventing a MEK inhibitor-associated cutaneous condition in a subject in need thereof, wherein the at least one BRAF inhibitor is LUT197, or LUT156, and wherein the MEK inhibitor is selected from the group consisting of Trametinib (GSK1120212), Cobimetinib (XL518), Binimetinib (MEK162), Selumetinib, PD-325901, CI-1040, PD035901, UO126, TAK-733, and any combination thereof, and wherein the MEK inhibitor-associated cutaneous condition is selected from the group consisting of abnormal scalp hair growth, abnormal facial hair growth, abnormal hair growth, abnormal eyelash growth, acneiform rash (papulopustular rash), paronychia with or without pyogenic granulomas, and telangiectasia. wherein the at least one BRAF inhibitor is LUT197, or LUT156, and wherein the MEK inhibitor is selected from the group consisting of Trametinib (GSK1120212), Cobimetinib (XL518), Binimetinib (MEK162), Selumetinib, PD-325901, CI-1040, PD035901, UO126, TAK-733, and any combination thereof, and wherein the MEK inhibitor-associated cutaneous condition is selected from the group consisting of abnormal scalp hair growth, abnormal facial hair growth, abnormal hair growth, abnormal eyelash growth, acneiform rash (papulopustular rash), paronychia with or without pyogenic granulomas, and telangiectasia.
Process of manufacturing an aqueous adhesive composition, characterized in that: - a first phase is prepared by mixing at least one elastomer latex and at least one phosphate salt S1; - a second phase is prepared comprising a resin based on: o at least one compound A1, the compound A1 being selected from: • a compound A11 comprising at least one aromatic ring bearing at least two functions, one of these functions being a hydroxymethyl function, the other being an aldehyde function or a hydroxymethyl function or • a compound A12 comprising at least one aromatic ring and bearing at least one aldehyde function or • a mixture of a compound A11 and a compound A12; and o at least one phenol A2; and - the aqueous adhesive composition is prepared by mixing the first phase and the second phase so that the aqueous ammonia is at a weight content of strictly less than 0.55% of the aqueous adhesive composition. - a first phase is prepared by mixing at least one elastomer latex and at least one phosphate salt S1; - a second phase is prepared comprising a resin based on: o at least one compound A1, the compound A1 being selected from: • a compound A11 comprising at least one aromatic ring bearing at least two functions, one of these functions being a hydroxymethyl function, the other being an aldehyde function or a hydroxymethyl function or • a compound A12 comprising at least one aromatic ring and bearing at least one aldehyde function or • a mixture of a compound A11 and a compound A12; and o at least one phenol A2; and o at least one compound A1, the compound A1 being selected from: • a compound A11 comprising at least one aromatic ring bearing at least two functions, one of these functions being a hydroxymethyl function, the other being an aldehyde function or a hydroxymethyl function or • a compound A12 comprising at least one aromatic ring and bearing at least one aldehyde function or • a mixture of a compound A11 and a compound A12; and • a compound A11 comprising at least one aromatic ring bearing at least two functions, one of these functions being a hydroxymethyl function, the other being an aldehyde function or a hydroxymethyl function or • a compound A12 comprising at least one aromatic ring and bearing at least one aldehyde function or • a mixture of a compound A11 and a compound A12; and o at least one phenol A2; and - the aqueous adhesive composition is prepared by mixing the first phase and the second phase so that the aqueous ammonia is at a weight content of strictly less than 0.55% of the aqueous adhesive composition.
A system for transmitting data, wherein the data is at least one of audio signals, video signals and accelerated control negotiation protocol signals, the system comprising:- a network configured to transmit the data; a first terminal configured to connect to the network , wherein the first terminal is configured to receive and transmit the data via the network ; and a second terminal configured to connect to the network , wherein the second terminal is configured to communicate with the first terminal via the network ; and a first terminal database connected to the first terminal and containing a plurality of codecs for selection by the first terminal; wherein the first terminal is configured to initiate a current call to open a communication channel, via the network , to the second terminal ; access the first terminal database and select a default codec from the plurality of codecs therein without identifying codec capabilities of the second terminal , if an association with the second terminal is not found in the database; transmit the data, encoded in the selected default codec, to the second terminal as the communication channel is opened and before receiving codec capability of the second terminal ; and receive a second codec capability of the second terminal and store, in the first terminal database , an association of the second codec capability with the second terminal . a network configured to transmit the data; a first terminal configured to connect to the network , wherein the first terminal is configured to receive and transmit the data via the network ; and a second terminal configured to connect to the network , wherein the second terminal is configured to communicate with the first terminal via the network ; and a first terminal database connected to the first terminal and containing a plurality of codecs for selection by the first terminal; wherein the first terminal is configured to initiate a current call to open a communication channel, via the network , to the second terminal ; access the first terminal database and select a default codec from the plurality of codecs therein without identifying codec capabilities of the second terminal , if an association with the second terminal is not found in the database; transmit the data, encoded in the selected default codec, to the second terminal as the communication channel is opened and before receiving codec capability of the second terminal ; and receive a second codec capability of the second terminal and store, in the first terminal database , an association of the second codec capability with the second terminal .
A melt extrusion process for preparing a solid dispersion comprising a pharmaceutically active ingredient, a polymeric binder, and, optionally, one or more auxiliary agents, comprising a) in a batch-wise operation, placing a pre-determined amount of the polymeric binder, a pre-determined amount of the active ingredient, and, optionally, a pre-determined amount of the auxiliary agent(s) in a melting vessel; melting the polymeric binder in the melting vessel with agitation to disperse the active ingredient in the polymeric binder to obtain a molten pre-dispersion; b) feeding the pre-dispersion into an extruder to homogenize the pre-dispersion and release a melt through a die; and c) allowing the melt to solidify, wherein at least one of the active ingredient, the polymeric binder, and the auxiliary agent comprise a component that is semi-solid, tacky or viscous at ambient temperature. a) in a batch-wise operation, placing a pre-determined amount of the polymeric binder, a pre-determined amount of the active ingredient, and, optionally, a pre-determined amount of the auxiliary agent(s) in a melting vessel; melting the polymeric binder in the melting vessel with agitation to disperse the active ingredient in the polymeric binder to obtain a molten pre-dispersion; b) feeding the pre-dispersion into an extruder to homogenize the pre-dispersion and release a melt through a die; and c) allowing the melt to solidify,
A glass frit, comprising: 15-35 wt% of vanadium oxide (V 2 O 5 ); 30-50 wt% of tellurium dioxide (TeO 2 ); 1-5 wt% of copper oxide (CuO); 1-5 wt% of barium oxide (BaO); 10-30 wt% of one or more of silver oxide (Ag 2 O) and bismuth oxide (Bi 2 O 3 ); 1-10 wt% of zinc oxide (ZnO); and 5-30 wt% of one or more of tin oxide (SnO) and molybdenum trioxide (MoOs). 15-35 wt% of vanadium oxide (V 2 O 5 ); 30-50 wt% of tellurium dioxide (TeO 2 ); 1-5 wt% of copper oxide (CuO); 1-5 wt% of barium oxide (BaO); 10-30 wt% of one or more of silver oxide (Ag 2 O) and bismuth oxide (Bi 2 O 3 ); 1-10 wt% of zinc oxide (ZnO); and 5-30 wt% of one or more of tin oxide (SnO) and molybdenum trioxide (MoOs).
A reading device which is configured to read identification information of an identification information application member to which the identification information which is configured to indicate a kind of component to be mounted using a component mounting machine is applied, the device comprising: an identification information reading device configured to read the identification information; a holding device configured to hold the identification information application member; a moving device configured to move the holding device relative to the identification information reading device ; and a control device configured to control operations of the identification information reading device , the holding device , and the moving device , characterized in that: the control device is configured to cause the identification information application member to move by moving the holding device with the moving device such that at least a portion of a holding region in which the holding device holds the identification information application member is in a reading region of the identification information reading device and is configured to perform a first reading process of performing a reading process of the identification information using the identification information reading device in a state in which the identification information application member is not held by the holding device such that an obstruction between the identification information application member and the identification information reading device by the holding device is avoided. an identification information reading device configured to read the identification information; a holding device configured to hold the identification information application member; a moving device configured to move the holding device relative to the identification information reading device ; and a control device configured to control operations of the identification information reading device , the holding device , and the moving device ,
A total heat exchange element comprising: a plurality of partitions disposed in a state of being opposed to each other; and a spacer portion to keep a space between the partitions and form a passage between the partitions , characterized in that the spacer portion has a laminate structure in which nonwoven fabric base layers using a nonwoven fabric as a base material are layered on both sides of a paper layer , a first nonwoven fabric base layer that is the nonwoven fabric base layer of the spacer portion layered on one side of the paper layer is joined to the partition opposed to the first nonwoven fabric base layer , and a second nonwoven fabric base layer that is the nonwoven fabric base layer of the spacer portion layered on another side of the paper layer is joined to the partition opposed to the second nonwoven fabric base layer . a plurality of partitions disposed in a state of being opposed to each other; and a spacer portion to keep a space between the partitions and form a passage between the partitions , characterized in that the spacer portion has a laminate structure in which nonwoven fabric base layers using a nonwoven fabric as a base material are layered on both sides of a paper layer , a first nonwoven fabric base layer that is the nonwoven fabric base layer of the spacer portion layered on one side of the paper layer is joined to the partition opposed to the first nonwoven fabric base layer , and a second nonwoven fabric base layer that is the nonwoven fabric base layer of the spacer portion layered on another side of the paper layer is joined to the partition opposed to the second nonwoven fabric base layer .
A method for producing at least one metabolite, peptide or recombinant protein of interest comprising the steps consisting in: a) culturing bacteria comprising: (i) a gene encoding said recombinant protein or at least one gene encoding an enzyme involved in the production of said peptide or metabolite, and (ii) genes encoding the ββ' subunits of a bacterial RNA polymerase operably linked to an inducible promoter, the natural promoter of said genes being replaced by said inducible promoter, in a first culture medium inducing the expression of the genes encoding said ββ' subunits, thereby inducing bacterial growth; b) culturing said bacteria in a second culture medium inhibiting the expression of the genes encoding said ββ' subunits and producing said metabolite, peptide or recombinant protein while inhibiting bacterial growth; c) optionally iterating steps a) and b) successively; and d) optionally recovering said metabolite, peptide or recombinant protein produced by said bacteria. a) culturing bacteria comprising: (i) a gene encoding said recombinant protein or at least one gene encoding an enzyme involved in the production of said peptide or metabolite, and (ii) genes encoding the ββ' subunits of a bacterial RNA polymerase operably linked to an inducible promoter, the natural promoter of said genes being replaced by said inducible promoter, in a first culture medium inducing the expression of the genes encoding said ββ' subunits, thereby inducing bacterial growth; (i) a gene encoding said recombinant protein or at least one gene encoding an enzyme involved in the production of said peptide or metabolite, and (ii) genes encoding the ββ' subunits of a bacterial RNA polymerase operably linked to an inducible promoter, the natural promoter of said genes being replaced by said inducible promoter, b) culturing said bacteria in a second culture medium inhibiting the expression of the genes encoding said ββ' subunits and producing said metabolite, peptide or recombinant protein while inhibiting bacterial growth; c) optionally iterating steps a) and b) successively; and d) optionally recovering said metabolite, peptide or recombinant protein produced by said bacteria.
A hydraulic module , for heating systems with a heat pump and with at least one heating water circuit and/or a domestic hot water preparation circuit, with a closed circuit of a heat transfer medium, comprising a tank for providing circulation, filtration and reheating of the heat transfer medium, the tank being hydraulically connectable to the heat exchanger of the heat pump, to the heating water circuit and/or to the domestic hot water preparation circuit, the tank consists of an upper part and a lower part , connected watertight to each other, the upper part of the tank being closed by a flange , the upper part of the tank comprises a concentric wall defining an internal circulation channel , the concentric wall being designed to separate solid impurities from the stream of the heat transfer medium, an external circulation channel is defined between the tank wall and the concentric wall , the lower part of the tank comprises a conical area for trapping the solid impurities, a chamber for inserting a magnet for separating metallic impurities is arranged in the lower part of the tank, characterized in that a circulating pump body for circulating the heat transfer medium is formed in the lower part of the tank, a channel for connecting a 3/2 - way switch valve and a channel for connecting the outlet of the 3/2 - way valve with an inlet to the circulating pump body are formed in the lower part of the tank. a tank for providing circulation, filtration and reheating of the heat transfer medium, the tank being hydraulically connectable to the heat exchanger of the heat pump, to the heating water circuit and/or to the domestic hot water preparation circuit, the tank consists of an upper part and a lower part , connected watertight to each other, the upper part of the tank being closed by a flange , the upper part of the tank comprises a concentric wall defining an internal circulation channel , the concentric wall being designed to separate solid impurities from the stream of the heat transfer medium, an external circulation channel is defined between the tank wall and the concentric wall , the lower part of the tank comprises a conical area for trapping the solid impurities, a chamber for inserting a magnet for separating metallic impurities is arranged in the lower part of the tank, characterized in that a circulating pump body for circulating the heat transfer medium is formed in the lower part of the tank, a channel for connecting a 3/2 - way switch valve and a channel for connecting the outlet of the 3/2 - way valve with an inlet to the circulating pump body are formed in the lower part of the tank.
A method comprising: receiving an audio input via one or more microphones of a playback device; detecting, via a first activation-word detector of the playback device, a first activation word in the audio input; after detecting the first activation word, transmitting, via the playback device, a voice utterance of the audio input to a first voice assistant service (VAS); characterised by : receiving, from the first VAS, first content to be played back via the playback device; receiving, from a second VAS different from the first VAS, second content to be played back via the playback device; and determining whether to play back, via the playback device, the first content while suppressing playback of the second content or to play back the second content while suppressing the first content. receiving an audio input via one or more microphones of a playback device; detecting, via a first activation-word detector of the playback device, a first activation word in the audio input; after detecting the first activation word, transmitting, via the playback device, a voice utterance of the audio input to a first voice assistant service (VAS); characterised by : receiving, from the first VAS, first content to be played back via the playback device; receiving, from a second VAS different from the first VAS, second content to be played back via the playback device; and determining whether to play back, via the playback device, the first content while suppressing playback of the second content or to play back the second content while suppressing the first content. receiving, from the first VAS, first content to be played back via the playback device; receiving, from a second VAS different from the first VAS, second content to be played back via the playback device; and determining whether to play back, via the playback device, the first content while suppressing playback of the second content or to play back the second content while suppressing the first content.
A system for verifying integrity of a stream of image frames, said system comprising: a source side including an encoder logic module according to claim 13, a destination side including a decoder logic module acccording to claim 14. a source side including an encoder logic module according to claim 13, a destination side including a decoder logic module acccording to claim 14.