mhurhangee/ep-ind-claims huggingface dataset:
A process for the production of high temperature superconductor wires comprising heating a film comprising yttrium or a rare earth metal, an alkaline earth metal, and a transition metal to a temperature of at least 700 °C and cooling the film to a temperature below 300 °C, wherein the heating and cooling is performed at least twice and the partial pressure of water during the first heating to a temperature of at least 700 °C, denoted P 1,w, the total pressure during the first heating to a temperature of at least 700 °C, denoted P 1, the partial pressure of water during the second heating to a temperature of at least 700 °C, denoted P 2,w, and the total pressure during the second heating to a temperature of at least 700 °C, denoted P 2, fulfill the relationship P 1, W P 1 < P 2, W P 2 when P 1,w, P 1, P 2,w and P 2 are expressed in mbar.
A method for determining a genotoxicity of a test substance, comprising the steps of: (a) transforming a zebrafish with a nucleotide sequence encoding a non-fluorescent EGFP (enhanced green fluorescent protein) with a mutation and comprising the amino acid sequence of SEQ ID NO:3 or SEQ ID NO:4; (b) treating a test substance to the transformed zebrafish; and (c) measuring fluorescence in the test substance-treated zebrafish, wherein the fluorescence is generated by reversion of the non-fluorescent EGFP to fluorescent EGFP due to a back mutation of the nucleotide sequence in the test substance-treated zebrafish. (a) transforming a zebrafish with a nucleotide sequence encoding a non-fluorescent EGFP (enhanced green fluorescent protein) with a mutation and comprising the amino acid sequence of SEQ ID NO:3 or SEQ ID NO:4; (b) treating a test substance to the transformed zebrafish; and (c) measuring fluorescence in the test substance-treated zebrafish, wherein the fluorescence is generated by reversion of the non-fluorescent EGFP to fluorescent EGFP due to a back mutation of the nucleotide sequence in the test substance-treated zebrafish.
A window unit comprising: an insulating frame in which a vacuum IG unit and a monolithic lite are provided, wherein the edge of the vacuum IG unit is embedded in a bite in the insulating frame, the vacuum IG unit including first and second spaced apart glass sheets that are separated from one another via a gap that is at a pressure less than atmospheric, and the monolithic lite being spaced apart from the vacuum IG unit; wherein the frame comprises insulating material that separates the vacuum IG unit from the monolithic lite; wherein a space is provided between the vacuum IG unit and the monolithic lite, wherein the gap provided between the first and second glass sheets is at a pressure less than atmospheric pressure, but the space provided between the second glass sheet and the monolithic lite is substantially at atmospheric pressure; characterized in that the depth of the bite, such as between a bottom edge of the VIG unit and an upper edge of the bottom frame portion, is from about 2,5 to 12,7 centimeter.
A photoalignment agent, comprising: (a) a copolymer formed from cyclobutanedianhydride or a cyclobutanedianhydride derivative, and a first diamine comprising an alkylene group; and (b) a cross-linking agent comprising an alkylene group. (a) a copolymer formed from cyclobutanedianhydride or a cyclobutanedianhydride derivative, and a first diamine comprising an alkylene group; and (b) a cross-linking agent comprising an alkylene group.
A use of a lead-through for the installation in a wall or floor element of a building, the lead-through comprises a tube element and a closure locking the tube element regarding a longitudinal direction of the tube element, as well as comprising further a drainage duct with a smaller cross-section in comparison to the tube element, through which water located on one side of the closure in the tube element can be drained to the other side, in which use the tube element keeps clear a through opening between two opposing sides of the wall or floor element, wherein outside of the building a protective tube is connected to the lead-through opening and thereby at least indirectly connected to the tube element of the lead-through, in said protective tube a line is then laid outside of the building, which is then led through in the longitudinal direction of the tube element through the wall or floor element, wherein before the laying of the line, initially water, which can accumulate in the protective tube, is drained through the drainage duct into the inside of the building and thereafter the closure is removed. the lead-through comprises a tube element and a closure locking the tube element regarding a longitudinal direction of the tube element, as well as comprising further a drainage duct with a smaller cross-section in comparison to the tube element, through which water located on one side of the closure in the tube element can be drained to the other side,
A method of determining when a brake is at least partially engaged at a time when no braking is commanded comprising: calculating, by a brake controller, a slip ratio based upon an aircraft speed (V AIC) and a speed (V Wheel) of an aircraft wheel (202, 204); determining, by the brake controller, that the slip ratio is above a threshold value; and sending, by the brake controller and in response to the slip ratio being above the threshold value, a dragging brake signal to an aircraft component, wherein the calculating is in accordance with the equation: slip _ ratio = V AIC − V Wheel V Wheel calculating, by a brake controller, a slip ratio based upon an aircraft speed (V AIC) and a speed (V Wheel) of an aircraft wheel (202, 204); determining, by the brake controller, that the slip ratio is above a threshold value; and sending, by the brake controller and in response to the slip ratio being above the threshold value, a dragging brake signal to an aircraft component, wherein the calculating is in accordance with the equation: slip _ ratio = V AIC − V Wheel V Wheel
A two-component aqueous coating composition, the coating composition comprising: a) at least one primary agent, the at least one primary agent comprising: i) at least one fatty acid derived polyol; ii) at least one polyether modified polysiloxane; and b) at least one aqueous polyisocyanate curing agent, wherein the at least one polyether modified polysiloxane is present in an amount of at least 2 wt% relative to the total weight of the at least one primary agent, and wherein the at least one fatty acid-derived polyol has a solid content of 90 wt% or higher. a) at least one primary agent, the at least one primary agent comprising: i) at least one fatty acid derived polyol; ii) at least one polyether modified polysiloxane; and i) at least one fatty acid derived polyol; ii) at least one polyether modified polysiloxane; and b) at least one aqueous polyisocyanate curing agent,
A composition comprising: - at least one therapeutically active agent; - at least one surface active agent being at least one of decanoic acid and lauric acid or any salt thereof; - at least one ester of poly-carboxylic acid being triethyl-citrate; and - a non-aqueous medium comprising propylene-glycol; wherein said at least one therapeutically active agent is a macromolecule having a MW of between 0.5kDa to 200kDa selected from: a protein, peptide, lipid, nucleic acid, glycosaminoglycan and any combination thereof, or a hormone, growth factor, incretin, neurotrophic factor, anticoagulant, toxin, antibiotic, anti-fungal agent, antipathogenic agent, antigen, antibody, monoclonal antibody, antibody fragment, soluble receptor, immunomodulator, vitamin, antineoplastic agent, a cardiovascular agent, an antihypertensive agent, an agent used in the treatment of neurological disease, an agent capable of treating liver or kidney diseases, enzyme, gonadotropin, cytokine or any combination thereof. - at least one therapeutically active agent; - at least one surface active agent being at least one of decanoic acid and lauric acid or any salt thereof; - at least one ester of poly-carboxylic acid being triethyl-citrate; and - a non-aqueous medium comprising propylene-glycol; a protein, peptide, lipid, nucleic acid, glycosaminoglycan and any combination thereof, or a hormone, growth factor, incretin, neurotrophic factor, anticoagulant, toxin, antibiotic, anti-fungal agent, antipathogenic agent, antigen, antibody, monoclonal antibody, antibody fragment, soluble receptor, immunomodulator, vitamin, antineoplastic agent, a cardiovascular agent, an antihypertensive agent, an agent used in the treatment of neurological disease, an agent capable of treating liver or kidney diseases, enzyme, gonadotropin, cytokine or any combination thereof.
A flow cytometer device, comprising: a. a variable volume container having a flexible wall; b. an amount of fluid established within the variable volume container; c. a conduit fluidicly coupled between the variable volume container and a flow path of the flow cytometer device d. an amount of gas which exerts a pressure on an exterior surface of the flexible wall of the variable volume container to generate a fluid stream in said conduit and wherein the fluid stream in said flow path has a pressure of 1.0 bar to 5.5 bar; e. a particle source which intermittently entrains a particle in the fluid stream; f. a nozzle configured to the fluid stream to generate a plurality of droplets in the fluid stream, wherein at least one of the plurality of droplets contains the pacticle; g. an illumination source configured to emit a beam of light or a plurality of beams of light which can be focused through an optical element incident upon the particle entrained in the fluid stream below the nozzle; and h. at least one detector configured to receive an emission generated from the particle contained in the droplet. a. a variable volume container having a flexible wall; b. an amount of fluid established within the variable volume container; c. a conduit fluidicly coupled between the variable volume container and a flow path of the flow cytometer device d. an amount of gas which exerts a pressure on an exterior surface of the flexible wall of the variable volume container to generate a fluid stream in said conduit and wherein the fluid stream in said flow path has a pressure of 1.0 bar to 5.5 bar; e. a particle source which intermittently entrains a particle in the fluid stream; f. a nozzle configured to the fluid stream to generate a plurality of droplets in the fluid stream, wherein at least one of the plurality of droplets contains the pacticle; g. an illumination source configured to emit a beam of light or a plurality of beams of light which can be focused through an optical element incident upon the particle entrained in the fluid stream below the nozzle; and h. at least one detector configured to receive an emission generated from the particle contained in the droplet.
A method comprising: by a hybrid drive including both a performance part and a base part in which groups of data can be stored, wherein a performance of the performance part is higher than that of the base part: transferring groups of data assigned lower priority levels from the performance part to the base part prior to transferring data assigned higher priority levels from the performance part to the base part; characterized in that: by a computing device, while the computing device is operating in a power saving mode: assigning priority levels of multiple priority levels to groups of data; and communicating to the hybrid drive an indication of the assigned priority levels of the groups of data accessed by issuing one or more input/output, I/O, commands to the hybrid drive;wherein the priority levels assigned to I/O commands reading data from the hybrid drive comprise only priority levels that are higher than a lowest priority level of the multiple priority levels to reduce accesses to the base part. assigning priority levels of multiple priority levels to groups of data; and communicating to the hybrid drive an indication of the assigned priority levels of the groups of data accessed by issuing one or more input/output, I/O, commands to the hybrid drive;wherein the priority levels assigned to I/O commands reading data from the hybrid drive comprise only priority levels that are higher than a lowest priority level of the multiple priority levels to reduce accesses to the base part.
A mechanical golf counter for use in a watch, comprising a first counting mechanism with a display for counting a number of strokes per hole, a second counting mechanism with a display of a total number of strokes, a third counting mechanism with a display of played holes, wherein a press button for indexing the third counting mechanism to the next position automatically sets the first counting mechanisms back into a zero position, characterised in that the display of the second counting mechanism is a sum hand rotatable about a central pivot of the golf counter.
A processor implemented method at a container, the method comprising: determining by a code module of the container, a digitally encoded lock mechanism, that is used by a sender for locking the container after placement of content into the container; causing the locking of the container after placement of the content into the container and before shipping of the container to a recipient; sending by the container, an access key to a recipient device upon delivery of the container to the recipient and when the container is within a range of the recipient device; receiving the access key from the recipient that receives the container; causing an authentication process to be performed that determines whether the access key triggers unlocking of the container; and based on a determination that the access key triggers the unlocking of the container, causing the container to unlock. determining by a code module of the container, a digitally encoded lock mechanism, that is used by a sender for locking the container after placement of content into the container; causing the locking of the container after placement of the content into the container and before shipping of the container to a recipient; sending by the container, an access key to a recipient device upon delivery of the container to the recipient and when the container is within a range of the recipient device; receiving the access key from the recipient that receives the container; causing an authentication process to be performed that determines whether the access key triggers unlocking of the container; and based on a determination that the access key triggers the unlocking of the container, causing the container to unlock.
An injection moulding device which is configured to produce an injection moulded part provided with a decorative element, wherein the decorative element has at least one design element designed as a decorative seam or seam or embossing or emblem integrated in the decorative element, and wherein the injection moulding device comprises: a mould cavity in which the decorative element can be arranged; a mould tool with at least two tool elements (16m, 16s), in particular a punch and a die, movable relative to one another in order to open and close the mould tool; a filling device which is configured to fill an injection moulding compound into the mould cavity when the mould tool is closed or partially closed; a first fixing device which is configured to fix the decorative element outside a region including the design element; a feed element which is configured to introduce the decorative element into the open mould tool and to align the decorative element relative to the mould tool in a desired position, characterised in that it has a second fixing device which is configured to fix the decorative element in the region of the design element, wherein the second fixing device has a counter-contour portion facing the decorative element which is configured to align the decorative element in a form-fitting manner with a contour portion of the design element designed as a decorative seam or seam or embossing or emblem integrated in the decorative element, wherein the feed element is configured to support the form-fitting alignment in relation to the contour portion of the design element of the decorative element by means of an alternating movement. a mould cavity in which the decorative element can be arranged; a mould tool with at least two tool elements (16m, 16s), in particular a punch and a die, movable relative to one another in order to open and close the mould tool; a filling device which is configured to fill an injection moulding compound into the mould cavity when the mould tool is closed or partially closed; a first fixing device which is configured to fix the decorative element outside a region including the design element; a feed element which is configured to introduce the decorative element into the open mould tool and to align the decorative element relative to the mould tool in a desired position, characterised in that it has a second fixing device which is configured to fix the decorative element in the region of the design element, wherein the second fixing device has a counter-contour portion facing the decorative element which is configured to align the decorative element in a form-fitting manner with a contour portion of the design element designed as a decorative seam or seam or embossing or emblem integrated in the decorative element, wherein the feed element is configured to support the form-fitting alignment in relation to the contour portion of the design element of the decorative element by means of an alternating movement.
A silicon carbide pulverulent body manufacturing method, including: • a step (a) of producing a silicon carbide raw material mixture by mixing of SiO powder and carbon sources in a mixer; and • a step (b) of obtaining silicon carbide pulverulent body by heat-processing the mixture at a temperature of 1400°C and more and 1700°C and less and for 30 minutes and over and 7 hours and less in a crucible, characterized in that, in step (a), a mixing mole ratio of carbon versus silicon (Si) is 1.3 and over and 1.8 and less. • a step (a) of producing a silicon carbide raw material mixture by mixing of SiO powder and carbon sources in a mixer; and • a step (b) of obtaining silicon carbide pulverulent body by heat-processing the mixture at a temperature of 1400°C and more and 1700°C and less and for 30 minutes and over and 7 hours and less in a crucible, characterized in that, in step (a), a mixing mole ratio of carbon versus silicon (Si) is 1.3 and over and 1.8 and less.
A device for drying a medium flow, in particular an air flow, comprising a device housing in which at least a first and at least another drying agent (4, 6) are received which, at low or high moisture values of the medium flow, exhibit a high moisture absorption capacity, the amount of the respective drying agent (4, 6) being able to be selectively set as a function of the actual moisture that is present in the medium flow, and the device housing having a receiving space for receiving the at least two drying agents (4, 6), characterised in that the receiving space has at least one separating device through which the medium flow can flow for separation of the at least two drying agents (4, 6), and that the at least one separating device can be arranged arbitrarily in the receiving space and thus divides the receiving space into at least two receiving volumes for respectively receiving the at least two drying agents (4, 6).
A device for determining dynamically a respiratory feature in a spontaneously breathing patient receiving mechanical ventilatory assist, comprising: a ventilator for applying mechanical ventilatory assist to the spontaneously breathing patient; a controller of the ventilator for modifying a level of mechanical ventilatory assist to the spontaneously breathing patient; and a respiratory neural drive detector for measuring a respiratory neural drive (EAdi) of the spontaneously breathing patient and for detecting a lowest level of the measured respiratory neural drive (EAdi); an airway pressure detector for measuring an airway pressure (Paw) corresponding to the detected lowest level of the measured respiratory neural drive (EAdi), wherein the measured airway pressure (Paw) corresponding to the detected lowest level of the measured respiratory neural drive (EAdi) represents a transpulmonary pressure for distending lungs; and a calculator for determining the respiratory feature of the spontaneously breathing patient, wherein the calculator uses the measured airway pressure (Paw) corresponding to the detected lowest level of the measured respiratory neural drive (EAdi) for determining the respiratory feature, and wherein the respiratory feature is selected from elastance of a lung and resistance of a lung. a ventilator for applying mechanical ventilatory assist to the spontaneously breathing patient; a controller of the ventilator for modifying a level of mechanical ventilatory assist to the spontaneously breathing patient; and a respiratory neural drive detector for measuring a respiratory neural drive (EAdi) of the spontaneously breathing patient and for detecting a lowest level of the measured respiratory neural drive (EAdi); an airway pressure detector for measuring an airway pressure (Paw) corresponding to the detected lowest level of the measured respiratory neural drive (EAdi), wherein the measured airway pressure (Paw) corresponding to the detected lowest level of the measured respiratory neural drive (EAdi) represents a transpulmonary pressure for distending lungs; and a calculator for determining the respiratory feature of the spontaneously breathing patient, wherein the calculator uses the measured airway pressure (Paw) corresponding to the detected lowest level of the measured respiratory neural drive (EAdi) for determining the respiratory feature, and wherein the respiratory feature is selected from elastance of a lung and resistance of a lung.
An electronic control unit for vehicle which exchanges information with another electronic control unit via a communication network, the electronic control unit for vehicle comprising: a sleep/wake-up shift unit which sleeps or wakes up on the basis of a sleep/wake-up request signal from an electronic control unit having a sleep/wake-up control unit for controlling sleep or wake-up according to an operating state of a vehicle; and a sleep avoidance unit which avoids continuation of sleep or shifting to sleep when an abnormality occurs in either the another electronic control unit or the communication network, wherein the sleep avoidance unit prevents failure to wake up in the event of an abnormality in the another electronic control unit or the communication network, characterized in that the sleep avoidance unit monitors the state of the electronic control unit having the sleep/wake-up control unit, and in the event of an abnormality in the electronic control unit or the communication network, takes over the sleep/wake-up control of the electronic control unit and transmits the sleep/wake-up request signal to the another electronic control unit.