mhurhangee/patent-ind-claim-en huggingface dataset:
Elevator system comprising a shaft frame with a photovoltaic controller comprising a shaft glazing for an elevator shaft which can be attached to a building , at least one photovoltaic converter (12, 14, 16, 16' 100) which converts incoming radiation energy into electrical power, the elevator system comprising aggregates , a control unit and a feed unit which provides the generated electrical power for further processing, wherein the control unit supplying the aggregates with control signals and electrical power provided by the feed unit , characterized in that a control unit with sensors is provided which makes at least a part of the photovoltaic converters (12, 14, 16, 16' 100) movable by actuators in dependence on the incoming radiation energy , wherein the control unit controls the actuators for producing defined openings for ventilating the shaft interior as a function of the incoming radiation energy and/or the temperature and/or the air humidity and/or the light conditions in the shaft interior and/or of the intensity of the radiation energy and/or of the weather conditions and/or of the wind speed and/or air humidity and/or of the surface humidity outside the shaft framework cladding and/or of the temperature at at least one point of the shaft cladding.
A multi-functional keypad comprising a keypad body and a composite hinge assembly ; the composite hinge assembly comprising: a clamping portion and a rotating shaft portion fixed relative to the clamping portion and extending out of the two ends of the clamping portion , the clamping portion having an inner surface defining a slot configured for receiving a part of a tablet computer and an outer surface which is a damping layer made of an elastic material; the composite hinge assembly being rotatably disposed on the keypad body by means of the rotating shaft portion at the two ends; characterized by : the damping layer being configured to be pressed and to come into elastic contact with the keypad body as the clamping portion is rotated about the rotating shaft portion relative to the keypad body , so that the tablet computer is stably disposed at any desired opening angle; and the outer surface of the clamping portion being a cam surface centered on the rotating shaft portion ; wherein as the clamping portion is rotated to a larger angle, the damping layer is configured to be pressed to a larger extent, such that the pressing force is offset by the turning force generated by the gravity of the tablet computer to achieve a stable positioning. the damping layer being configured to be pressed and to come into elastic contact with the keypad body as the clamping portion is rotated about the rotating shaft portion relative to the keypad body , so that the tablet computer is stably disposed at any desired opening angle; and the outer surface of the clamping portion being a cam surface centered on the rotating shaft portion ; wherein as the clamping portion is rotated to a larger angle, the damping layer is configured to be pressed to a larger extent, such that the pressing force is offset by the turning force generated by the gravity of the tablet computer to achieve a stable positioning.
A method for applying a surface pattern on a surface of a spectacle lens substrate , the method comprising the following steps: - S1: providing a spectacle lens substrate comprising a polymeric lens material , - S2: providing a composition comprising a swelling agent , wherein the swelling agent is a substance which is capable of diffusing into the lens material and swelling the polymeric network of the lens material causing an increase in volume, - S4: applying a pattern of the composition on the surface of the spectacle lens substrate , and - S5: allowing for diffusion of the swelling agent from the composition into the lens material such that the swelling agent diffuses in the lens material and swells the polymeric network of the lens material causing an increase in volume. - S1: providing a spectacle lens substrate comprising a polymeric lens material , - S2: providing a composition comprising a swelling agent , wherein the swelling agent is a substance which is capable of diffusing into the lens material and swelling the polymeric network of the lens material causing an increase in volume, - S4: applying a pattern of the composition on the surface of the spectacle lens substrate , and - S5: allowing for diffusion of the swelling agent from the composition into the lens material such that the swelling agent diffuses in the lens material and swells the polymeric network of the lens material causing an increase in volume.
A recombinant adeno-associated virus (rAAV) particle comprising a vector encoding R-spondin 1 (RSPO1), R-spondin 2 (RSPO2), or R-spondin 4 (RSPO4) for use in a method for treating myocilin (MYOC) glaucoma in a mammal, wherein said method comprises administering said rAAV particle to the eye of the mammal, and wherein the RSPO1, RSPO2, or RSPO4 is operably linked to a promoter, wherein: (i) the promoter is capable of expressing the RSPO1, RSPO2, or RSPO4 in the eye of the mammal; and/or (ii) the promoter is capable of expressing the RSPO1, RSPO2, or RSPO4 in cells of the trabecular meshwork. (i) the promoter is capable of expressing the RSPO1, RSPO2, or RSPO4 in the eye of the mammal; and/or (ii) the promoter is capable of expressing the RSPO1, RSPO2, or RSPO4 in cells of the trabecular meshwork.
Module for accommodating electrical equipment for controlling a wind turbine, the module comprising a first platform and at least a second platform , wherein the first platform and the second platform are spaced apart but connected with each other by a connection element , - the first platform is destined to be attached to the tower or a support structure of the wind turbine by means of a first mounting support of the wind turbine, and - the second platform is destined to be attached to the tower or the supporting structure of the wind turbine by means of a second mounting support of the wind turbine, the second mounting support comprising a plurality of second mounting support units , and - the first platform is arranged to be located below the second platform after being mounted inside the tower or the supporting structure of the wind turbine, characterized in that - the first platform has a plurality of first cutouts which correspond to the shape and the arrangement of the second mounting support units . - the first platform is destined to be attached to the tower or a support structure of the wind turbine by means of a first mounting support of the wind turbine, and - the second platform is destined to be attached to the tower or the supporting structure of the wind turbine by means of a second mounting support of the wind turbine, the second mounting support comprising a plurality of second mounting support units , and - the first platform is arranged to be located below the second platform after being mounted inside the tower or the supporting structure of the wind turbine, characterized in that - the first platform has a plurality of first cutouts which correspond to the shape and the arrangement of the second mounting support units .
Method for controlling the intensity of heat delivered by at least one heat source belonging to a cooking apparatus provided with a hob , said heat source being arranged underneath a circumscribed cooking area of said hob , said method being characterized in that it provides for the following steps: - calculating the variation over time in the difference between the temperatures detected in a first point (P 1 ) and in a second point (P 2 ) of said hob ; and - reducing said heat intensity delivered by said heat source if such variation exceeds a predetermined maximum threshold Δ 2 T max . - calculating the variation over time in the difference between the temperatures detected in a first point (P 1 ) and in a second point (P 2 ) of said hob ; and - reducing said heat intensity delivered by said heat source if such variation exceeds a predetermined maximum threshold Δ 2 T max .
A reflector system , comprising: a hoop assembly comprising a plurality of link members extending between a plurality of hinge bodies , the hoop assembly configured to automatically, passively expand between a collapsed configuration wherein the link members extend substantially parallel to one another and an expanded configuration wherein the link members define a circumferential hoop; a collapsible mesh reflector surface secured to the hoop assembly such that when the hoop assembly is in the collapsed configuration, the reflector surface is collapsed within the hoop assembly and when the hoop assembly is in the expanded configuration, the reflector surface is expanded to a predetermined shape that is intended to concentrate RF energy in a desired pattern; and a mast assembly including an extendible boom , wherein the hoop assembly is secured by a plurality of hoop positioning cords relative to a top portion of the boom , by a plurality of primary catenary cords to a bottom portion of the boom and by a plurality of secondary catenary cords , each respectively extending from an intermediate portion of the extendible boom to a corresponding primary catenary cord , such that upon extension of the boom to a deployed condition, the hoop assembly is supported by the boom , wherein a central axis of the hoop assembly is substantially parallel or forms a slight angle to the central axis of the extendible boom and is offset in position relative to a central axis of the extendible boom . a hoop assembly comprising a plurality of link members extending between a plurality of hinge bodies , the hoop assembly configured to automatically, passively expand between a collapsed configuration wherein the link members extend substantially parallel to one another and an expanded configuration wherein the link members define a circumferential hoop; a collapsible mesh reflector surface secured to the hoop assembly such that when the hoop assembly is in the collapsed configuration, the reflector surface is collapsed within the hoop assembly and when the hoop assembly is in the expanded configuration, the reflector surface is expanded to a predetermined shape that is intended to concentrate RF energy in a desired pattern; and a mast assembly including an extendible boom , wherein the hoop assembly is secured by a plurality of hoop positioning cords relative to a top portion of the boom , by a plurality of primary catenary cords to a bottom portion of the boom and by a plurality of secondary catenary cords , each respectively extending from an intermediate portion of the extendible boom to a corresponding primary catenary cord , such that upon extension of the boom to a deployed condition, the hoop assembly is supported by the boom , wherein a central axis of the hoop assembly is substantially parallel or forms a slight angle to the central axis of the extendible boom and is offset in position relative to a central axis of the extendible boom .
A printing method in a printing system including a printer configured to perform printing on continuous paper and an autochanger including a plurality of slots each holding a roll paper and a switching mechanism that automatically switches a slot from which a roll paper to be supplied to the printer is drawn, the autochanger being configured to supply a roll paper drawn from any one of the plurality of slots to the printer as the continuous paper, the plurality of slots being capable of holding a plurality of roll papers with different types and different remaining amounts, the printing method comprising: a print job registration step (S102) of registering a plurality of print jobs to be executed by the printer in a job list; a scheduling step (S112, S122, S152, S154, S162, and S164) of creating a print schedule including a job execution schedule defining an execution order of the plurality of print jobs and a roll paper loading schedule defining a schedule for using a roll paper loaded in each of the plurality of slots and a schedule for loading a roll paper into each of the plurality of slots on a basis of a type and a remaining amount of roll paper loaded in each of the plurality of slots, a type of roll paper necessary for execution of each of the plurality of print jobs, and a print distance of each of the plurality of print jobs; and a possible loading time calculation step (S170 and S180) of obtaining, on a basis of the print schedule, a possible loading time that is a time at which a roll paper is loadable into a loading target slot being a slot into which a roll paper is to be loaded during execution of continuous printing based on the plurality of print jobs among the plurality of slots. a print job registration step (S102) of registering a plurality of print jobs to be executed by the printer in a job list; a scheduling step (S112, S122, S152, S154, S162, and S164) of creating a print schedule including a job execution schedule defining an execution order of the plurality of print jobs and a roll paper loading schedule defining a schedule for using a roll paper loaded in each of the plurality of slots and a schedule for loading a roll paper into each of the plurality of slots on a basis of a type and a remaining amount of roll paper loaded in each of the plurality of slots, a type of roll paper necessary for execution of each of the plurality of print jobs, and a print distance of each of the plurality of print jobs; and a possible loading time calculation step (S170 and S180) of obtaining, on a basis of the print schedule, a possible loading time that is a time at which a roll paper is loadable into a loading target slot being a slot into which a roll paper is to be loaded during execution of continuous printing based on the plurality of print jobs among the plurality of slots.
Method of operating a multiple-fuel feeding system for an internal combustion engine , said system comprising a gaseous fuel feeding system, and a liquid fuel feeding system comprising at least one liquid fuel tank , a first liquid fuel feeding subsystem comprising a first feeder pump , and a second liquid fuel feeding subsystem comprising a second feeder pump for delivering liquid fuel to the engine for consumption and circulation; wherein the multiple-fuel feeding system is operable in a first fuel mode using the gaseous fuel feeding system and the first liquid fuel feeding subsystem while the second liquid fuel feeding subsystem delivers liquid fuel to the engine for circulation, and a second fuel mode using the liquid fuel feeding system with the second liquid fuel feeding subsystem delivering liquid fuel to the engine for consumption; and when the multiple-fuel feeding system is operated in the first fuel mode, the amount of the liquid fuel delivered to the engine is reduced, with the engine being operated at the same operating point, as compared to the case when the multiple-fuel feeding system is operated in the second fuel mode; characterized in that the second liquid fuel feeding subsystem comprises a fuel buffer tank ; and in that when the multiple-fuel feeding system is operated in the first fuel mode, the lack of liquid fuel due to the reduced amount of the liquid fuel is compensated by and delivered from the fuel buffer tank .
Control device for controlling an inverter , which has switching arms that are each associated with at least one end of a coil of an electric machine, each switching arm having: a high-side switch , which is intended to be selectively closed so as to connect the end to a positive terminal (+) of a battery and opened so as to disconnect the end from the positive terminal (+) of the battery , and a low-side switch , which is intended to be selectively closed so as to connect the end to a negative terminal (-) of the battery and opened so as to disconnect the end from the negative terminal (-) of the battery , the control device including: - a first driver , which is configured to drive at least one first switch in accordance with opening/closing commands, - N electronic circuits , N being greater than or equal to three, one of the electronic circuits being configured to send the opening/closing commands to the first driver , the control device being characterized in that the first driver is further configured, if a deactivation command is received, to ignore the received opening/closing commands and to supply each first switch with a predetermined opening or closing signal, and in that each one of the N electronic circuits is configured to send a command to deactivate the first driver , and in that it further includes: - an electronic selection circuit , which is configured to: - receive the deactivation commands sent by the N electronic circuits , and, - if deactivation commands have been received from at least M electronic circuits , M being greater than N/2, transfer the deactivation command to the first driver . - a first driver , which is configured to drive at least one first switch in accordance with opening/closing commands, - N electronic circuits , N being greater than or equal to three, one of the electronic circuits being configured to send the opening/closing commands to the first driver , - an electronic selection circuit , which is configured to: - receive the deactivation commands sent by the N electronic circuits , and, - if deactivation commands have been received from at least M electronic circuits , M being greater than N/2, transfer the deactivation command to the first driver . - receive the deactivation commands sent by the N electronic circuits , and, - if deactivation commands have been received from at least M electronic circuits , M being greater than N/2, transfer the deactivation command to the first driver .
A gas liquid separator , for separating liquid droplets from a gas flowing generally in a main gas flow direction through the gas liquid separator , comprising: a plurality of plates , mutually parallel and spaced apart to form a flow channel therebetween, each having a plurality of corrugations characterized by at least one of the corrugations having an extrados wing profile shaped camber, wherein the at least one corrugation includes an intrados surface and an extrados surface , wherein the plurality of plates include grooves , orthogonal to the main gas flow direction, configured as drainage grooves, and wherein at least some of the grooves are on the extrados surface and are further configured to increase the energy of a turbulent boundary layer on the extrados surface . a plurality of plates , mutually parallel and spaced apart to form a flow channel therebetween, each having a plurality of corrugations characterized by at least one of the corrugations having an extrados wing profile shaped camber, wherein the at least one corrugation includes an intrados surface and an extrados surface , wherein the plurality of plates include grooves , orthogonal to the main gas flow direction, configured as drainage grooves, and wherein at least some of the grooves are on the extrados surface and are further configured to increase the energy of a turbulent boundary layer on the extrados surface .
A method of preparing potato strips comprising: cutting whole potatoes into strips; characterized by , blanching the strips a first time; applying to the strips a solution including one or more coloring agents; drying the strips; parfrying the strips in oil; rinsing the strips with water; cooling the strips; and freezing the strips, wherein the strips, after parfrying and before freezing, are exposed to superheated steam having a temperature of about 176.7 °C (350°F) to 260°C (500°F) for about 1-3/4 to 3-1/2 minutes to reduce the moisture content of the strips. cutting whole potatoes into strips; characterized by , blanching the strips a first time; applying to the strips a solution including one or more coloring agents; drying the strips; parfrying the strips in oil; rinsing the strips with water; cooling the strips; and freezing the strips, wherein the strips, after parfrying and before freezing, are exposed to superheated steam having a temperature of about 176.7 °C (350°F) to 260°C (500°F) for about 1-3/4 to 3-1/2 minutes to reduce the moisture content of the strips.
A method for producing linalool, the method comprising culturing, in a culture medium, a bacterium expressing linalool synthase from Actinidia arguta, wherein the bacterium comprises a heterologous expression unit comprising a polynucleotide encoding the linalool synthase and a promoter operably linked thereto, wherein the polynucleotide is one or two or more polynucleotides selected from the group consisting of the following (a1) to (b1): (a1) a polynucleotide that comprises (i1) a nucleotide sequence as shown in SEQ ID NO: 2, (ii1) a nucleotide sequence consisting of nucleotide residues at positions 79 to 1725 in the nucleotide sequence as shown in SEQ ID NO: 2, or (iii1) a nucleotide sequence as shown in SEQ ID NO: 3; and (b1) a polynucleotide that comprises a nucleotide sequence having 90% or more of identity to the nucleotide sequence of (i1), (ii1), or (iii1), and encodes a protein having a linalool synthase activity, wherein the bacterium is a bacterium in which a 2-ketogluconate formation pathway is blocked, and wherein the bacterium does not belong to the genus Escherichia and naturally has a 2-ketogluconate formation pathway. wherein the bacterium comprises a heterologous expression unit comprising a polynucleotide encoding the linalool synthase and a promoter operably linked thereto, wherein the polynucleotide is one or two or more polynucleotides selected from the group consisting of the following (a1) to (b1): (a1) a polynucleotide that comprises (i1) a nucleotide sequence as shown in SEQ ID NO: 2, (ii1) a nucleotide sequence consisting of nucleotide residues at positions 79 to 1725 in the nucleotide sequence as shown in SEQ ID NO: 2, or (iii1) a nucleotide sequence as shown in SEQ ID NO: 3; and (b1) a polynucleotide that comprises a nucleotide sequence having 90% or more of identity to the nucleotide sequence of (i1), (ii1), or (iii1), and encodes a protein having a linalool synthase activity, (a1) a polynucleotide that comprises (i1) a nucleotide sequence as shown in SEQ ID NO: 2, (ii1) a nucleotide sequence consisting of nucleotide residues at positions 79 to 1725 in the nucleotide sequence as shown in SEQ ID NO: 2, or (iii1) a nucleotide sequence as shown in SEQ ID NO: 3; and (b1) a polynucleotide that comprises a nucleotide sequence having 90% or more of identity to the nucleotide sequence of (i1), (ii1), or (iii1), and encodes a protein having a linalool synthase activity, wherein the bacterium is a bacterium in which a 2-ketogluconate formation pathway is blocked, and wherein the bacterium does not belong to the genus Escherichia and naturally has a 2-ketogluconate formation pathway.
Magnetic field sensor having a circular cross section, in particular in the form of a rod, with a device housing having a sensor element housing part and a connection element housing part , wherein the sensor element housing part is arranged at a first sensor end of the magnetic field sensor and wherein the sensor element housing part has, at an axial distance from the first sensor end , an encircling radial projection with an annular groove open to the first sensor end , characterized in that the radial projection has, at an axial distance from a groove base of the annular groove , a recess which at least partially extends over the groove cross section of the annular groove in the radial direction, as a result of which, in the event of attempted manipulation to open the device housing by separation in the annular groove in order to reach the interior of the magnetic field sensor, the recess is also cut and this produces separation edges in the sensor element housing part which are identifiable from the outside and remain uncovered and visible after the sensor element housing part has been put together again after having been separated, and in that an inside diameter (DiS) of the sensor element housing part is at least as large as an inside diameter (DiR) of the annular groove .