mhurhangee/ep-ind-claims huggingface dataset:
A viscoelastic preparation for use in a surgical method of ophthalmic surgery, comprising a water-based phosphate buffer and, as a weight/volume percentage, at least: - at least one polymer for increasing the viscosity selected from the group consisting of hydroxypropyl methylcellulose HPMC, carboxymethylcellulose, hydroxyethylcellulose, hyaluronic acid, sodium alginate, hydroxypropyl-guar polyvinylpyrrolidone, polyvinyl alcohol, polymethacrylic acid, copolymer with polyoxyethylene-polyoxypropylene and polyethylene glycol, in a quantity of between 0.2% and 20%; - xanthan gum in a quantity of between 0.01% and 1%; - carrageenan in a quantity of between 0.005% and 0.5%. - at least one polymer for increasing the viscosity selected from the group consisting of hydroxypropyl methylcellulose HPMC, carboxymethylcellulose, hydroxyethylcellulose, hyaluronic acid, sodium alginate, hydroxypropyl-guar polyvinylpyrrolidone, polyvinyl alcohol, polymethacrylic acid, copolymer with polyoxyethylene-polyoxypropylene and polyethylene glycol, in a quantity of between 0.2% and 20%; - xanthan gum in a quantity of between 0.01% and 1%; - carrageenan in a quantity of between 0.005% and 0.5%.
A cable holder for fall protection, having a cable guide and a ridge, wherein the cable guide attaches to the ridge and the ridge has an arch portion which attaches to the cable guide and extends in the direction of a console, the arch portion of the ridge forming a fillet as a first guide, characterized in that the cable guide has an elevation at a transition to the ridge with the arch portion thereof and opposite the fillet such that the second guide is formed together with the arch portion of the ridge and the first guide and the second guide are formed to be different from each other relative to their cross-section. wherein the cable guide attaches to the ridge and the ridge has an arch portion which attaches to the cable guide and extends in the direction of a console, the arch portion of the ridge forming a fillet as a first guide, characterized in that the cable guide has an elevation at a transition to the ridge with the arch portion thereof and opposite the fillet such that the second guide is formed together with the arch portion of the ridge and the first guide and the second guide are formed to be different from each other relative to their cross-section.
An apparatus for use by a user to effect voice communication in a sound-restricted environment, the apparatus comprising: an amplifier configured to receive a first audio signal produced by conversion of the user's voice at a first sound level by a microphone, the amplifier being configured to amplify the first audio signal to produce a second audio signal representing an audio signal produced by conversion of the user's voice at a greater, second sound level by the microphone, and output the second audio signal for communication to a telecommunications device to be carried by a telephone call therefrom; and a processor configured to receive a third audio signal and measure a third sound level thereof, produce a feedback signal in at least one instance in which the third sound level is greater than a threshold sound level that is less than the second sound level, and output the feedback signal for communication to the user, the third audio signal and third sound level being the same as or different from the first audio signal and first sound level, wherein the at least one instance includes one or more first instances and a next instance thereafter in each of which the first sound level is greater than the threshold sound level, and wherein the processor being configured to output the feedback signal includes being configured to output the feedback signal to an output user interface including at least one of a loudspeaker, vibration actuator, light-emitting diode or display device in each of the one or more first instances, and output the feedback signal to cause the telecommunications device to terminate the telephone call in the next instance thereafter. an amplifier configured to receive a first audio signal produced by conversion of the user's voice at a first sound level by a microphone, the amplifier being configured to amplify the first audio signal to produce a second audio signal representing an audio signal produced by conversion of the user's voice at a greater, second sound level by the microphone, and output the second audio signal for communication to a telecommunications device to be carried by a telephone call therefrom; and a processor configured to receive a third audio signal and measure a third sound level thereof, produce a feedback signal in at least one instance in which the third sound level is greater than a threshold sound level that is less than the second sound level, and output the feedback signal for communication to the user, the third audio signal and third sound level being the same as or different from the first audio signal and first sound level,
An information recorded read label comprising: an adhesive layer; a metal film layer disposed on a surface of the adhesive layer; and a light-transmissive protective film layer disposed on a surface of the metal film layer, wherein the adhesive layer and the light-transmissive protective film layer are larger in thickness than the metal film layer, and an evaporated and removed portion is provided in a part of the metal film layer, formed by radiating a laser beam on the metal film layer from a side of the light-transmissive protective film layer to evaporate and remove a part of the metal film layer wherein an information recording portion is formed of the evaporated and removed portion and a portion of the metal film layer adjacent to the evaporated and removed portion, the adhesive layer and the light-transmissive protective film layer are at least ten times as thick as the metal film layer, and characterized in that a containing portion for containing the evaporated metal film layer is formed by absorbing the laser beam and being softened in a portion of the adhesive layer which is in contact with the evaporated and removed portion of the metal film layer. an adhesive layer; a metal film layer disposed on a surface of the adhesive layer; and a light-transmissive protective film layer disposed on a surface of the metal film layer, wherein the adhesive layer and the light-transmissive protective film layer are larger in thickness than the metal film layer, and an evaporated and removed portion is provided in a part of the metal film layer, formed by radiating a laser beam on the metal film layer from a side of the light-transmissive protective film layer to evaporate and remove a part of the metal film layer an information recording portion is formed of the evaporated and removed portion and a portion of the metal film layer adjacent to the evaporated and removed portion, the adhesive layer and the light-transmissive protective film layer are at least ten times as thick as the metal film layer, and characterized in that a containing portion for containing the evaporated metal film layer is formed by absorbing the laser beam and being softened in a portion of the adhesive layer which is in contact with the evaporated and removed portion of the metal film layer.
A device for fastening plastic plates on components or buildings, in particular on concrete components or concrete buildings, having a base body, which has a bottom side, which can be turned towards a component or a building, and an upper side, which can be turned towards a plastic plate, wherein the base body consists of a thermoplastic material and has at least one recess for passing through at least one fastening means, wherein the base body has a flat upper side on which a plastic plate can be fastened and a flat bottom side, which can be turned towards the walls of the component on which the base body can be fastened, characterized in that on the upper side of the base body, an element made from an electrically conductive material and suitable for induction welding is embedded in the base body or fastened on the base body, wherein the element suitable for induction welding is designed such that the element suitable for induction welding can, by means of an electromagnetic alternating field, be brought to a temperature which is high enough for the thermoplastic material of the base body to melt, whereby the plastic plate and the base body are thermally welded together.
Screw comprising: an axially extending shaft portion; a thread at the shaft portion which comprises radially extending thread turns originating from the shaft portion; wherein the shaft portion comprises a discontinuity at an intermediate thread portion between adjacent thread turns; wherein the discontinuity is formed as a step at the intermediate thread portion; and wherein the step is formed between two axially parallel portions (116, 118) of the intermediate thread portion with different radiuses (R1, R2), characterized in that the intermediate thread portion comprises a transition surface at the step which transition surface is substantially perpendicular to a screw axis; and the discontinuity is arranged in an axially spaced manner with respect to both thread turns which are axially delimiting the corresponding intermediate thread portion, in the center between both thread turns which are axially delimiting the corresponding intermediate thread portion. an axially extending shaft portion; a thread at the shaft portion which comprises radially extending thread turns originating from the shaft portion; wherein the shaft portion comprises a discontinuity at an intermediate thread portion between adjacent thread turns; wherein the discontinuity is formed as a step at the intermediate thread portion; and wherein the step is formed between two axially parallel portions (116, 118) of the intermediate thread portion with different radiuses (R1, R2), characterized in that the intermediate thread portion comprises a transition surface at the step which transition surface is substantially perpendicular to a screw axis; and the discontinuity is arranged in an axially spaced manner with respect to both thread turns which are axially delimiting the corresponding intermediate thread portion, in the center between both thread turns which are axially delimiting the corresponding intermediate thread portion.
System comprising a field device, a computer and a communication channel for transmitting data between the field device and the computer, - wherein the field device and the computer are configured and connected to communicate with each other, - wherein the field device comprises a field device computer for executing neural networks up to a maximum complexity and at least one additional sensor (8, 9) for detecting field device errors, - wherein the field device is designed to collect data over the field device normal operation, - wherein the at least one additional sensor (8, 9) is designed to contribute to the data, - wherein the computer is designed - to generate training data from data about field device errors - to train the neural network with the training data so that it is configured to predict field device errors, wherein the neural network is generated with an initial complexity greater than the maximum complexity, and - to reduce the initial complexity at least to the maximum complexity by first removing at least one neuron from the neural network in at least one reducing step and then retraining the reduced neural network so that it is configured to predict field device errors. - wherein the field device and the computer are configured and connected to communicate with each other, - wherein the field device comprises a field device computer for executing neural networks up to a maximum complexity and at least one additional sensor (8, 9) for detecting field device errors, - wherein the field device is designed to collect data over the field device normal operation, - wherein the at least one additional sensor (8, 9) is designed to contribute to the data, - wherein the computer is designed - to generate training data from data about field device errors - to train the neural network with the training data so that it is configured to predict field device errors, wherein the neural network is generated with an initial complexity greater than the maximum complexity, and - to reduce the initial complexity at least to the maximum complexity by first removing at least one neuron from the neural network in at least one reducing step and then retraining the reduced neural network so that it is configured to predict field device errors. - to generate training data from data about field device errors - to train the neural network with the training data so that it is configured to predict field device errors, wherein the neural network is generated with an initial complexity greater than the maximum complexity, and - to reduce the initial complexity at least to the maximum complexity by first removing at least one neuron from the neural network in at least one reducing step and then retraining the reduced neural network so that it is configured to predict field device errors.
A method of producing an extract from pomace obtained from an Olea europaea fruit oil production process, the method comprising the step of: providing pomace starting material including mixtures of fruit skin, seed, pulp, and vegetation liquid; providing an extraction solvent mixture comprising: a) an organic solvent component selected from n-heptane and ethyl acetate, and b) alcohol, and c) water; extracting the starting material with the solvent mixture in a single step extraction to produce an extract comprising water-soluble and oil-soluble compounds including hydroxytyrosol, tyrosol, oleuropein, α-tocopherol, and squalene. providing pomace starting material including mixtures of fruit skin, seed, pulp, and vegetation liquid; providing an extraction solvent mixture comprising: a) an organic solvent component selected from n-heptane and ethyl acetate, and b) alcohol, and c) water; a) an organic solvent component selected from n-heptane and ethyl acetate, and b) alcohol, and c) water; extracting the starting material with the solvent mixture in a single step extraction to produce an extract comprising water-soluble and oil-soluble compounds including hydroxytyrosol, tyrosol, oleuropein, α-tocopherol, and squalene.
A videoconference camera selection method, comprising: obtaining a plurality of audio inputs (206, 322) for a videoconference, each of the audio inputs (206, 322) associated with one of a plurality of camera views; processing each of the audio inputs (206, 322) into first audio energy for a first frequency range and into second audio energy for a second frequency range, the first frequency range being higher than the second frequency range; determining (220, 330) which of the audio inputs (206, 322) has a greatest ratio of the first audio energy relative to the second audio energy; selecting (240, 340) the camera view associated with the audio input (206, 322) having the greatest ratio; and outputting video of the selected camera view for the videoconference. obtaining a plurality of audio inputs (206, 322) for a videoconference, each of the audio inputs (206, 322) associated with one of a plurality of camera views; processing each of the audio inputs (206, 322) into first audio energy for a first frequency range and into second audio energy for a second frequency range, the first frequency range being higher than the second frequency range; determining (220, 330) which of the audio inputs (206, 322) has a greatest ratio of the first audio energy relative to the second audio energy; selecting (240, 340) the camera view associated with the audio input (206, 322) having the greatest ratio; and outputting video of the selected camera view for the videoconference.
Method for operating a drive device for a motor vehicle which has an internal combustion engine and an electric machine, wherein a drive shaft of the internal combustion engine can be coupled to a machine shaft of the electric machine by means of a shift clutch, wherein for startup of the internal combustion engine, the shift clutch is set to a desired clutch torque over a dragging period, wherein prior to startup, a quantity of heat expected to accrue in the shift clutch during startup is predicted and, when the predicted quantity of heat exceeds a limit value, at least one operating parameter of the drive device which influences the startup is selected in such a way that the quantity of heat expected to accrue is reduced, wherein the desired clutch torque is used as an operating parameter of the drive device which influences the startup, wherein in order to reduce the quantity of heat expected to accrue, a duration of the dragging period is shortened by increasing the desired clutch torque, characterised in that in order to reduce the quantity of heat expected to accrue, a startup mode of the internal combustion engine is additionally adjusted, wherein the startup mode describes whether the internal combustion engine is started in a fired or unfired manner, wherein the fired startup means that fuel is at least temporarily introduced into the internal combustion engine during the dragging period and ignited; and the unfired startup means that the internal combustion engine is initially dragged to a specific speed during the dragging period and fuel is only subsequently introduced and ignited.
A method for constructing a genetically modified semi-cloned mouse animal, comprising: combining an androgenetic haploid embryonic stem cell (AG-haESC) in which H19 DMR and IG-DMR are both knocked out with an oocyte to obtain a semi-cloned embryo, and incubating the semi-cloned embryo to obtain a semi-cloned mouse animal, wherein the AG-haESC is derived from a mouse; wherein one or more target genes of interest in the AG-haESC in which H19 DMR and IG-DMR are both knocked out are modified.
A building monitor for controlling an environment in a region of a building, the monitor being configured to couple to a building system and operable to change a state of a building system, the monitor comprising: a processor, and a receiver coupled to the processor, the receiver being configured to wirelessly detect the presence of one or more electronic devices (20, 30, 40), by observing a wireless signal over a network to which the receiver does not belong, thereby to indicate an occupancy level of the region of the building, the processor being configured to: determine whether the detected electronic device is indicative of occupancy in dependence on a time-varying characteristic of the wireless signal; and receive an environmental signal indicative of an environmental condition in the region of the building; the monitor being configured to output a signal for controlling the state of the building system in dependence on the indicated occupancy level and the indicated environmental condition; in which the monitor is configured to output the signal in dependence on a measure of correlation between the occupancy level and the environmental condition. a processor, and a receiver coupled to the processor, the receiver being configured to wirelessly detect the presence of one or more electronic devices (20, 30, 40), by observing a wireless signal over a network to which the receiver does not belong, thereby to indicate an occupancy level of the region of the building, the processor being configured to: determine whether the detected electronic device is indicative of occupancy in dependence on a time-varying characteristic of the wireless signal; and receive an environmental signal indicative of an environmental condition in the region of the building; determine whether the detected electronic device is indicative of occupancy in dependence on a time-varying characteristic of the wireless signal; and receive an environmental signal indicative of an environmental condition in the region of the building;
An outboard motor, comprising: an engine including: a cylinder unit made of metal; a head cover (23a, 23b) made of resin, the head cover (23a, 23b) attached to the cylinder unit; and an ignition coil device (24a, 24b) attached to the head cover (23a, 23b); and a casing made of resin, the casing covering the engine, the ignition coil device (24a, 24b) includes a radiated noise reducer portion (66, 67, 68) configured to reduce noise radiated from the ignition coil device (24a, 24b), wherein the ignition coil device (24a, 24b) further includes: a coil; and a coil casing made of resin, the coil casing accommodating the coil, and the radiated noise reducer portion (66, 67, 68) is a cover member (66, 67, 68) made of metal, the cover member (66, 67, 68) covering at least a portion of the coil casing, a ground cable comprising a terminal is provided and the cover member (66, 67, 68), the coil casing and the terminal of the ground cable are fixed to the head cover. an engine including: a cylinder unit made of metal; a head cover (23a, 23b) made of resin, the head cover (23a, 23b) attached to the cylinder unit; and an ignition coil device (24a, 24b) attached to the head cover (23a, 23b); and a casing made of resin, the casing covering the engine, the ignition coil device (24a, 24b) includes a radiated noise reducer portion (66, 67, 68) configured to reduce noise radiated from the ignition coil device (24a, 24b), wherein the ignition coil device (24a, 24b) further includes: a coil; and a coil casing made of resin, the coil casing accommodating the coil, and the radiated noise reducer portion (66, 67, 68) is a cover member (66, 67, 68) made of metal, the cover member (66, 67, 68) covering at least a portion of the coil casing, a ground cable comprising a terminal is provided and the cover member (66, 67, 68), the coil casing and the terminal of the ground cable are fixed to the head cover.
A biocompatible biodegradable thermoplastic polyurethane or polyurethane/urea comprising isocyanate, polyol, and a chain extender having a hydrolysable linking group, wherein said chain extender having a hydrolysable linking group is a compound having molecular weight of less than 350 selected from the group consisting of diols and dithiols.
A system for allowing a user to interact with a computer in at least 5 degrees of freedom, the system comprising: a computing device; a visual screen associated with and controlled by the computing device; two or more vector magnetometers (12, 13) associated with the computing device; a user-borne device comprising one or more permanent magnets, wherein the user-borne device can be moved freely by the user with respect to the computing device, and wherein manipulation of the user-borne device by a user is tracked by the computing device via measurement of a magnetic field associated with the one or more permanent magnets by the two or more vector magnetometers (12, 13) that are stationary with respect to the computing device to generate pose information associated with the user-borne device, the pose information including a position and orientation of the user-borne device, wherein each vector magnetometers (12, 13) detects a field associated with all of the one or more permanent magnets. a computing device; a visual screen associated with and controlled by the computing device; two or more vector magnetometers (12, 13) associated with the computing device; a user-borne device comprising one or more permanent magnets, wherein the user-borne device can be moved freely by the user with respect to the computing device, and wherein manipulation of the user-borne device by a user is tracked by the computing device via measurement of a magnetic field associated with the one or more permanent magnets by the two or more vector magnetometers (12, 13) that are stationary with respect to the computing device to generate pose information associated with the user-borne device, the pose information including a position and orientation of the user-borne device, wherein each vector magnetometers (12, 13) detects a field associated with all of the one or more permanent magnets.