mhurhangee/ep-ind-claims huggingface dataset:
A compound of the general formula where R 1a and R 1b are each independently C 8 to C 10 alkyl, R 2a and R 2b are each independently H or CH 3, and n = 0, 1, 2 or 7. R 1a and R 1b are each independently C 8 to C 10 alkyl, R 2a and R 2b are each independently H or CH 3, and n = 0, 1, 2 or 7.
A pharmaceutical composition comprising: a 1,2-HOPO chelating agent in an amount from about 100 to about 1500mg; and sodium oleate. a 1,2-HOPO chelating agent in an amount from about 100 to about 1500mg; and sodium oleate.
Snowboard comprising a base, an upper layer opposite the base and at least one hole which opens on the base and on the upper layer, the hole being a slot (28, 28'; 28a, 28b, 28c, 28a', 28b', 28c') whose length is greater than four times the width thereof, preferably five times, characterized in that the slot is arranged along a longitudinal axis of the board and in that the slot opens neither at the front end nor at the rear end of the board, the slot being separated from the front end and the rear end by a distance which is not equal to zero.
A method of monitoring the health of a gas turbine engine comprising a fuel system having a fuel metering valve and a fuel pump for supplying fuel to combustor apparatus, the method comprising the steps of; monitoring the fuel metering valve percentage open, detecting and sending a warning message when the fuel metering valve percentage open is at 97% or greater and within a predetermined time from when the first percentage open is at 97% or greater, replacing the fuel pump.
An adapter cap for a drug transfer assembly including a connector having a connector material hardness, the adapter cap removably connectable with the connector, the adapter cap having an adapter cap material hardness, wherein the adapter cap material hardness is less than the connector material hardness, the adapter cap having a frustoconical tapered portion with arcuate or curved edges that are not sharp, a first cylindrical portion, and a second cylindrical portion, to protectively surround and shield the connector to prevent contact between the connector and the skin of a patient, without causing irritation to the patient's skin.
A method for controlling a normal force acting on a transport unit (Tn) of a conveyor installation in the form of a long stator linear motor on a track section of a conveyor track defined by the conveyor installation, on which track section drive coils (7, 8) of the long stator linear motor are provided on only one side of the transport unit (Tn) and the transport unit (Tn) is retained on the conveyor track on this side by guide elements, wherein an external force (F En) in normal direction acts on the transport unit (Tn), wherein a number of drive magnets (4, 5) on the transport unit (Tn) interacts with a number of drive coils (7, 8) for generating the normal force (F Nn) and the normal force (F Nn) is controlled with a controller (Rk) for controlling the normal force (F Nn), characterized in that the controller (Rk) determines a normal-force-forming current component (i And) of the drive current (i An) of the drive coils (7, 8) interacting with the transport unit (Tn) so that a resulting normal force (F ΣNn) acting on the transport unit (Tn) as the sum of the normal force (F Nn), a magnetic force (F Mn) in the normal direction caused by the drive magnets (4, 5), and the external force (F En) in the normal direction acting on the transport unit (Tn) corresponds at least to a specified retaining force (F Nnmin) in the normal direction, wherein the specified retaining force (F Nnmin) is the force in normal direction that is required to retain the transport unit (Tn) safely on the conveyor track and in that in a bend of the conveyor track a centrifugal force acts on the transport unit (Tn) as the external force (F En) and the normal force (F Nn) is generated in the opposite direction to the acting centrifugal force in order to reduce or to compensate for the effect of the centrifugal force.
An apparatus for photosynthetic culture, comprising: at least one photopanel having a top end and a bottom end; said photopanel having a pair of substantially parallel sidewalls formed of material configured for passage of light therethrough; said sidewalls engaged to form an interior cavity therebetween defined by respective interior surfaces thereof; a plurality of projections extending from a first end on a first one of said sidewalls, to a distal end in an engagement with a second one of said sidewalls; said projections providing means to enlarge said interior surface of said first one of said sidewalls; said projections formed by deformations of said first one of said sidewalls in a direction toward said second one of said sidewalls; said deformations including depressions in the planar exterior surface of said first one of said sidewalls extending toward said second one of said sidewalls along an axis of said projection and which define hollow cavities, wherein the distal ends of the projections are configured for a sealed engagement with apertures formed in an opposing sidewall of the formed segment; and whereby said photopanel is filled with liquid and algae propagated within said interior cavity and upon said interior surface of both said first and second sidewalls. at least one photopanel having a top end and a bottom end; said photopanel having a pair of substantially parallel sidewalls formed of material configured for passage of light therethrough; said sidewalls engaged to form an interior cavity therebetween defined by respective interior surfaces thereof; a plurality of projections extending from a first end on a first one of said sidewalls, to a distal end in an engagement with a second one of said sidewalls; said projections providing means to enlarge said interior surface of said first one of said sidewalls; said projections formed by deformations of said first one of said sidewalls in a direction toward said second one of said sidewalls; said deformations including depressions in the planar exterior surface of said first one of said sidewalls extending toward said second one of said sidewalls along an axis of said projection and which define hollow cavities, wherein the distal ends of the projections are configured for a sealed engagement with apertures formed in an opposing sidewall of the formed segment; and whereby said photopanel is filled with liquid and algae propagated within said interior cavity and upon said interior surface of both said first and second sidewalls.
A powder comprising a fluoropolymer containing at least one group A selected from -COOR, -SO 3 X, -SO 2 NR 1 2, and -COOX, wherein R is C 1-4 -alkyl; X is H, M 1/L or NR 1 4, where M is an L-valent metal selected from the groups 1, 2, 4, 8, 11, 12 or 13 of the periodic table; and R 1 each individually is H or C 1-4 -alkyl; which powder has an aspect ratio, determined according to the description, of ≤ 3, and a dispersion, calculated by filtering a composition obtainable by mixing the powder with water through a mesh having an opening of 20 um, of ≥ 50%, wherein the dispersion is calculated by the following method: the powder having a dry mass of X g and an appropriate amount of water are mixed so that a composition containing the fluoropolymer is prepared. The composition is filtered through a mesh having an opening of 20 um. The filtrate is collected, and the dry mass Y g of the fluoropolymer contained in the filtrate is measured. The dispersion is calculated as Dispersion (%) = Y/X × 100. R is C 1-4 -alkyl; X is H, M 1/L or NR 1 4, where M is an L-valent metal selected from the groups 1, 2, 4, 8, 11, 12 or 13 of the periodic table; and R 1 each individually is H or C 1-4 -alkyl; which powder has an aspect ratio, determined according to the description, of ≤ 3, and a dispersion, calculated by filtering a composition obtainable by mixing the powder with water through a mesh having an opening of 20 um, of ≥ 50%, wherein the dispersion is calculated by the following method: the powder having a dry mass of X g and an appropriate amount of water are mixed so that a composition containing the fluoropolymer is prepared. The composition is filtered through a mesh having an opening of 20 um. The filtrate is collected, and the dry mass Y g of the fluoropolymer contained in the filtrate is measured. The dispersion is calculated as Dispersion (%) = Y/X × 100.
A method for operating, in an aircraft, a display system that comprises a control unit and at least a first and a second screen (18, 30) that are installed in a cockpit of the aircraft, comprising: using the control unit to monitor the at least first and second screens (18, 30) and control display of the flight relevant information on the at least first and second screens (18, 30) in a first mode and in a second mode, wherein in the first mode the first and second screens (18, 30) are operational; if failure of the first screen (18, 30) occurs, detecting occurrence of the failure of the first screen (18, 30) with the control unit; in response to detecting occurrence of the failure of the first screen (18, 30), entering the second mode with the control unit; characterized by: in the second mode, determining with the control unit whether a critical flight relevant information of the flight relevant information has not been displayed on the second screen (18, 30) during a predetermined period of time; and in response to determining with the control unit that the critical flight relevant information has not been displayed on the second screen (18, 30) during the predetermined period of time, using the control unit to command display of a message on the second screen (18, 30) that suggests displaying the critical flight relevant information on the second screen (18, 30). using the control unit to monitor the at least first and second screens (18, 30) and control display of the flight relevant information on the at least first and second screens (18, 30) in a first mode and in a second mode, wherein in the first mode the first and second screens (18, 30) are operational; if failure of the first screen (18, 30) occurs, detecting occurrence of the failure of the first screen (18, 30) with the control unit; in response to detecting occurrence of the failure of the first screen (18, 30), entering the second mode with the control unit; characterized by: in the second mode, determining with the control unit whether a critical flight relevant information of the flight relevant information has not been displayed on the second screen (18, 30) during a predetermined period of time; and in response to determining with the control unit that the critical flight relevant information has not been displayed on the second screen (18, 30) during the predetermined period of time, using the control unit to command display of a message on the second screen (18, 30) that suggests displaying the critical flight relevant information on the second screen (18, 30). in the second mode, determining with the control unit whether a critical flight relevant information of the flight relevant information has not been displayed on the second screen (18, 30) during a predetermined period of time; and in response to determining with the control unit that the critical flight relevant information has not been displayed on the second screen (18, 30) during the predetermined period of time, using the control unit to command display of a message on the second screen (18, 30) that suggests displaying the critical flight relevant information on the second screen (18, 30).
Device for removing soil from tuberous plants, such as potatoes, which device comprises: - a main frame; - a first stationary roller (7, 8) arranged in the main frame; - a second stationary roller (9, 10) arranged in the main frame parallel to and at a distance of the first stationary roller (7, 8); - a sub-frame (3, 4) arranged movable in the main frame; - a number of parallel rollers (11, 12, 13) arranged in the sub-frame (3, 4) and arranged parallel to the first (7, 8) and second stationary rollers (9, 10); wherein the number of rollers (11, 12, 13) comprises a first end roller arranged at one end of the sub-frame (3, 4) and a second end roller arranged at the opposite end of the sub-frame (3, 4); wherein the axis of the first end roller is movable along a first semi-circular path with the center coinciding with the axis of the first stationary roller (7, 8); characterized in that the axis of the second end roller is movable along a second semi-circular path with the center coinciding with the axis of the second stationary roller (9, 10). - a main frame; - a first stationary roller (7, 8) arranged in the main frame; - a second stationary roller (9, 10) arranged in the main frame parallel to and at a distance of the first stationary roller (7, 8); - a sub-frame (3, 4) arranged movable in the main frame; - a number of parallel rollers (11, 12, 13) arranged in the sub-frame (3, 4) and arranged parallel to the first (7, 8) and second stationary rollers (9, 10);
Electronic module in a vehicle, wherein a display unit, a control unit, an operating unit and electrical contacts are arranged on the electronic module, wherein the electronic module is arranged on the rear side of a cover of a central console of the vehicle, wherein the parts of the electronic module communicate via an internal bus system, which is directed by the control unit, wherein electronic components of the electronic module have been applied to a composite circuit board assembly, preferably on both sides, characterized in that the composite circuit board assembly is adapted to the form of the central console and in that the circuit boards (41, 42, 43, 44) of the composite circuit board assembly are attached to the side of the cover of the central console that is facing away from a passenger compartment of the vehicle.
A privacy preserving sensor apparatus, comprising: a semiconductor chip, the semiconductor chip comprising: a sensor that outputs a signal that is indicative of a parameter in an environment; and feature extraction circuitry that is co-embedded in the semiconductor chip with the sensor, the feature extraction circuitry configured to receive the signal, extract features from the signal, and output the extracted features for use in analyzing and detecting whether an event occurs in the environment based on the extracted features, wherein the signal is unable to be reconstructed based solely upon the extracted features. a semiconductor chip, the semiconductor chip comprising: a sensor that outputs a signal that is indicative of a parameter in an environment; and feature extraction circuitry that is co-embedded in the semiconductor chip with the sensor, the feature extraction circuitry configured to receive the signal, extract features from the signal, and output the extracted features for use in analyzing and detecting whether an event occurs in the environment based on the extracted features, wherein the signal is unable to be reconstructed based solely upon the extracted features. a sensor that outputs a signal that is indicative of a parameter in an environment; and feature extraction circuitry that is co-embedded in the semiconductor chip with the sensor, the feature extraction circuitry configured to receive the signal, extract features from the signal, and output the extracted features for use in analyzing and detecting whether an event occurs in the environment based on the extracted features, wherein the signal is unable to be reconstructed based solely upon the extracted features.
An adjusting method to adjust dispensing of at least one chemical product in a circulation hydraulic circuit having one or more branches (230, 240, 250), wherein at least one dispensing device (D1, D2, D3) is configured to dispense, when activated, at least one respective chemical product in the circulation hydraulic circuit, comprising the step of: - detecting one or more liquid flow rates in one or more respective branches (230, 240, 250) of the circulation hydraulic circuit through one or more respective flow rate sensor devices (F1, F2, F3); wherein: - if a regular condition occurs wherein said one or more liquid flow rates detected in said one or more respective branches (230, 240, 250) of the circulation hydraulic circuit are not lower or are higher than respective flow rate threshold values, an activation of said at least one dispensing device (D1, D2, D3) is enabled, and if an error condition occurs that is caused by at least one of said one or more liquid flow rates detected in at least one respective branch of said one or more respective branches (230, 240, 250) of the circulation hydraulic circuit that is lower or is not higher than a respective flow rate threshold value, an activation of said at least one dispensing device (D1, D2, D3) is inhibited for a time duration equal to a restoration time wherein said at least one detected liquid flow rate causing said error condition is restored to a value not lower or a value higher than said respective flow rate threshold value plus an additional inhibition time (T1; T2; T3) associated to at least one of said one or more flow rate sensor devices (F1, F2, F3), wherein said additional inhibition time (T1; T2; T3) is a startup time for said one or more flow rate sensor devices (F1, F2, F3), equal to the time necessary to restore steady state conditions for said one or more flow rate sensor devices (F1, F2, F3), or equal to the time necessary to said one or more flow rate sensor devices (F1, F2, F3) to pass from a startup configuration to an operating configuration. - detecting one or more liquid flow rates in one or more respective branches (230, 240, 250) of the circulation hydraulic circuit through one or more respective flow rate sensor devices (F1, F2, F3); wherein: - if a regular condition occurs wherein said one or more liquid flow rates detected in said one or more respective branches (230, 240, 250) of the circulation hydraulic circuit are not lower or are higher than respective flow rate threshold values, an activation of said at least one dispensing device (D1, D2, D3) is enabled, and
A method of printing on a plastic substrate, the method comprising providing an electrostatic ink composition comprising a carrier liquid, and particles comprising a resin and a slip agent dispersed in the carrier liquid; forming a latent electrostatic image on a surface; contacting the surface with the electrostatic ink composition to transfer at least some of the particles and the slip agent are transferred to the surface to form a developed toner image on the surface; and transferring the toner image to the plastic substrate, wherein the slip agent is selected from a fatty amide and a castor oil derivative. providing an electrostatic ink composition comprising a carrier liquid, and particles comprising a resin and a slip agent dispersed in the carrier liquid; forming a latent electrostatic image on a surface; contacting the surface with the electrostatic ink composition to transfer at least some of the particles and the slip agent are transferred to the surface to form a developed toner image on the surface; and transferring the toner image to the plastic substrate,
Refrigerator and/or freezer device, comprising a body, and a refrigerated interior space arranged in the body, wherein in the refrigerated interior space, or in an area connected with the same, a filter, arranged in a mounting and removable from the mounting, preferably an activated carbon filter, is arranged, and fixing means (20, 24) are provided, which fix the filter in the mounting in a locking position, and, in a releasing position, release the filter out of the mounting, characterized in that the fixing means (20,24) are designed such that, by applying a compressive force on the filter in the direction of insertion, they are switchable from the locking position into the releasing position and vice-versa, from the releasing position into the locking position, and wherein the fixing means (20, 24) are formed via one or multiple springy elements, which form-fittingly hold the filter in the locking position.
A method of sorting particles comprising the steps of: a. delivering a fluid stream containing particles to an inspection zone and interrogating the particles at the inspection zone with a source of electromagnetic radiation wherein each interrogated particle produces a pulse of emitted or reflected electromagnetic radiation; b. detecting the emitted or reflected pulse of electromagnetic radiation for each of the interrogated particles and, for each of the interrogated particles, producing at least one signal representative of an interrogated particle characteristic; c. comparing the at least one signal to a trigger threshold to determine the occurrence of a particle event; d. generating an event memory map having event windows; each of the event windows associated with an expected formation of a droplet of fluid; e. coordinating each particle event to one of the event windows in the event memory map; f. determining measured pulse parameters for each particle event from the at least one signal; g. classifying particles based upon the measured pulse parameters; h. determining event parameters for each event window; i. applying a sort logic to make a sort decision based on the event parameters and particle classifications associated with each event window; j. sorting particles within each event window according to the respective sort decisions; and k. collecting at least one population of sorted particles. a. delivering a fluid stream containing particles to an inspection zone and interrogating the particles at the inspection zone with a source of electromagnetic radiation wherein each interrogated particle produces a pulse of emitted or reflected electromagnetic radiation; b. detecting the emitted or reflected pulse of electromagnetic radiation for each of the interrogated particles and, for each of the interrogated particles, producing at least one signal representative of an interrogated particle characteristic; c. comparing the at least one signal to a trigger threshold to determine the occurrence of a particle event; d. generating an event memory map having event windows; each of the event windows associated with an expected formation of a droplet of fluid; e. coordinating each particle event to one of the event windows in the event memory map; f. determining measured pulse parameters for each particle event from the at least one signal; g. classifying particles based upon the measured pulse parameters; h. determining event parameters for each event window; i. applying a sort logic to make a sort decision based on the event parameters and particle classifications associated with each event window; j. sorting particles within each event window according to the respective sort decisions; and k. collecting at least one population of sorted particles.
A face mask formed from a splash resistant multi-layered structure, the multi-layered structure comprising: an outer layer (400; 802) of material having an outer-facing surface (402; 810) and an inner-facing surface (404; 818); an inner layer (300; 808) of material having an outer-facing surface (310; 824) and an inner-facing surface (312; 812); and a first plurality of three-dimensional spacers disposed on the inner-facing surface (312; 812) of the inner layer (300; 808) of the multi-layered structure, wherein the first plurality of three-dimensional spacers are arranged in a discontinuous pattern, and characterised in that the first plurality of three-dimensional spacers include an encapsulated phase change material. an outer layer (400; 802) of material having an outer-facing surface (402; 810) and an inner-facing surface (404; 818); an inner layer (300; 808) of material having an outer-facing surface (310; 824) and an inner-facing surface (312; 812); and a first plurality of three-dimensional spacers disposed on the inner-facing surface (312; 812) of the inner layer (300; 808) of the multi-layered structure, wherein the first plurality of three-dimensional spacers are arranged in a discontinuous pattern, and characterised in that the first plurality of three-dimensional spacers include an encapsulated phase change material.