mhurhangee/ep-ind-claims huggingface dataset:
A washing drying machine having a heat pump, comprising: a cabinet; a tub provided in the cabinet; a drum provided in the tub and formed to be rotatable; a circulation passage configured to circulate air inside the tub in a withdrawing manner; a circulation fan provided at the circulation passage and configured to circulate air; the heat pump having a compressor for compressing a refrigerant and a heat exchanger for heat-exchanging with air of the circulation passage; a heating unit configured to heat water inside of the tub or to provide steam to the inside of the tub; and a controller configured to control the heating unit such that power is supplied to the heating unit before the compressor is operated during a drying course, wherein the heating unit includes a steam generator configured to provide steam to the inside of the tub, wherein the controller is configured to control the steam generator to supply steam to the inside of the tub before the compressor is operated during the drying course. a cabinet; a tub provided in the cabinet; a drum provided in the tub and formed to be rotatable; a circulation passage configured to circulate air inside the tub in a withdrawing manner; a circulation fan provided at the circulation passage and configured to circulate air; the heat pump having a compressor for compressing a refrigerant and a heat exchanger for heat-exchanging with air of the circulation passage; a heating unit configured to heat water inside of the tub or to provide steam to the inside of the tub; and a controller configured to control the heating unit such that power is supplied to the heating unit before the compressor is operated during a drying course, wherein the heating unit includes a steam generator configured to provide steam to the inside of the tub, wherein the controller is configured to control the steam generator to supply steam to the inside of the tub before the compressor is operated during the drying course.
Device for measuring the change in length between a point A and a point B of at least one surface in one measurement direction, comprising a first measurement element intended to be fastened at said point A and a second measurement element, said first measurement element and said second measurement element having means of measuring the relative movement in translation in said measurement direction of said first measurement element relative to said second measurement element, one of said first measurement element and second measurement element being a ruler sliding in a holder, said holder being the other of said first measurement element and second measurement element, characterised in that said device further comprises a retaining element intended to be fastened at said point B and engaging with said second measurement element via a connection element, said connection element comprising a pin sliding in an opening having two parallel flanks extending in a direction perpendicular to said measurement direction, said pin having mounted thereon a tab for limiting the amplitude of sliding of said pin through said opening forming a stop thereof, said tab being of a length in said measurement direction greater than the width in said measurement direction of said opening.
A method of treating a textile comprising (i) contacting the textile with an aqueous solution comprising a nuclease enzyme, preferably a deoxyribonuclease or ribonuclease enzyme and from 0.05g/l to 1g/l of a surfactant system, said surfactant system comprising at least 80% by weight alkyl benzene sulphonate surfactant, preferably at least 85 % by weight linear alkyl benezene sulphonate; and from 0 to 0.5g/l sodium aluminosilicate; and optionally rinsing and drying the textile.
A method of populating a translation lookaside buffer, TLB (206, 208, 404) the method comprising: receiving a first virtual address for translation by the TLB; characterized by receiving a second virtual address for translation by the TLB; and by in a single burst, pre-filling the TLB with translations for a first stream of one or more pre-fill virtual addresses derived from the first virtual address, and pre-filling the TLB with translations for a second stream of one or more pre-fill virtual addresses derived from the second virtual address, wherein the pre-filling the TLB with the translations for the second stream is performed simultaneously with the pre-filling the TLB with the translations for the first stream. receiving a first virtual address for translation by the TLB; characterized by receiving a second virtual address for translation by the TLB; and by in a single burst, pre-filling the TLB with translations for a first stream of one or more pre-fill virtual addresses derived from the first virtual address, and pre-filling the TLB with translations for a second stream of one or more pre-fill virtual addresses derived from the second virtual address, wherein the pre-filling the TLB with the translations for the second stream is performed simultaneously with the pre-filling the TLB with the translations for the first stream.
A method of transmitting an uplink signal by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, BS, a plurality of precoded reference signals to which precoder cycling patterns are applied in a predetermined resource unit; receiving, from the BS, information indicating one of the plural precoded reference signals; and transmitting, to the BS, an uplink data signal and an uplink demodulation reference signal, based on a precoder cycling pattern applied to the indicated precoded reference signal, characterised in that the precoder cycling patterns applied to the plural precoded reference signals are defined as a combination of a first precoder for each of the plural precoded reference signals and second precoders applied commonly to the plural precoded reference signals and cyclically applied in the predetermined resource unit, and wherein the first precoder for each of the plural precoded reference signals is determined based on a downlink reference signal received from the BS. transmitting, to a base station, BS, a plurality of precoded reference signals to which precoder cycling patterns are applied in a predetermined resource unit; receiving, from the BS, information indicating one of the plural precoded reference signals; and transmitting, to the BS, an uplink data signal and an uplink demodulation reference signal, based on a precoder cycling pattern applied to the indicated precoded reference signal, characterised in that the precoder cycling patterns applied to the plural precoded reference signals are defined as a combination of a first precoder for each of the plural precoded reference signals and second precoders applied commonly to the plural precoded reference signals and cyclically applied in the predetermined resource unit, and wherein the first precoder for each of the plural precoded reference signals is determined based on a downlink reference signal received from the BS.
An oligonucleotide comprising a nucleic acid sequence selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2 and SEQ ID NO: 3, wherein said oligonucleotide is a miRNA binding-blocker oligonucleotide.
Dental furnace, with a furnace base and with a furnace hood, wherein the furnace hood comprises a firing chamber for the accommodation of dental restorations, with a temperature sensor which records the temperature of the dental restoration and which is connected to a control device which controls the dental furnace, the dental furnace comprises a drive unit for the relative movement between furnace hood and furnace base and the control device controls the drive unit based on the temperature recorded by the temperature sensor and in particular opens the furnace hood relative to the furnace base, characterized in that the temperature sensor is configured to also record the presence or absence of the dental restoration and the point in time of its removal and to forward the result of the recording to the control device which in particular saves this result.
A method for producing an organic soil amendment, comprising the steps of: producing an initial extract from a compost by soaking the compost in water; mixing the initial extract with additional water and recirculating the mixture; aerating the mixture; introducing additives comprising a supplemented medium, a plant extract or at least one of humic and fulvic acids, and beneficial fungi comprising at least one of chitin degrading fungi, mycorrhizae fungi and trichoderma fungi to the mixture, and refrigerating the mixture, wherein the supplemented medium is a culture medium including a carbon source, such as sugars, and a protein source, such as amino acids, wherein the compost is free of manure, wherein the plant extract comprises tea tree oil or yucca extract, and wherein the mixture formed by the method is a concentrated organic soil amendment. producing an initial extract from a compost by soaking the compost in water; mixing the initial extract with additional water and recirculating the mixture; aerating the mixture; introducing additives comprising a supplemented medium, a plant extract or at least one of humic and fulvic acids, and beneficial fungi comprising at least one of chitin degrading fungi, mycorrhizae fungi and trichoderma fungi to the mixture, and refrigerating the mixture, wherein the supplemented medium is a culture medium including a carbon source, such as sugars, and a protein source, such as amino acids, wherein the compost is free of manure, wherein the plant extract comprises tea tree oil or yucca extract, and wherein the mixture formed by the method is a concentrated organic soil amendment.
Computer-implemented method for augmenting television watching experience comprising the following steps in the following order: a) capturing the view of a television set and the nearby environment of the television set wherein the nearby environment comprises at least one tangible surface; b) generating at least one virtual screen to be displayed on a display unit of a mobile terminal; c) generating virtual content for the at least one virtual screen; d) creating an augmented view comprising the fusion of the real content of the captured view and the at least one virtual screen; and e) displaying the fused augmented view on the display unit of the mobile terminal, further comprising the step of registering and aligning the at least one virtual screen to a tangible surface in the nearby environment of the television set, further comprising the step of recognizing at least one gesture of a user and assigning the gesture with a predefined command and/or virtual screen and further comprising the step of moving and/or relocating and/or reshaping the at least one virtual screen in the fused augmented view, based on said recognized at least one gesture of a user. a) capturing the view of a television set and the nearby environment of the television set wherein the nearby environment comprises at least one tangible surface; b) generating at least one virtual screen to be displayed on a display unit of a mobile terminal; c) generating virtual content for the at least one virtual screen; d) creating an augmented view comprising the fusion of the real content of the captured view and the at least one virtual screen; and e) displaying the fused augmented view on the display unit of the mobile terminal, further comprising the step of registering and aligning the at least one virtual screen to a tangible surface in the nearby environment of the television set, further comprising the step of recognizing at least one gesture of a user and assigning the gesture with a predefined command and/or virtual screen and further comprising the step of moving and/or relocating and/or reshaping the at least one virtual screen in the fused augmented view, based on said recognized at least one gesture of a user.
A tool holder with an avoidance mechanism, comprising a holder for receiving a tool having a drive shaft, wherein the holder is arranged in a housing and is displaceable relative to the housing, characterized in that the holder can be centered by means of at least three bellows under application of a pneumatically or hydraulically generated pressure, wherein the bellows are integrally formed with at least one housing portion.
A seating or reclining furniture, comprising a seat cushion element, an additional cushion element, and a back cushion, wherein the seat cushion element can be moved by means of parallelogram guide rods from a seating position, in which the seat cushion element rests above the additional cushion element, to a reclining position, in which the seat cushion element is arranged adjacent to the additional cushion element, whilst remaining in an approximately horizontal position, and the parallelogram guide rods are linked at their first ends to the seat cushion element and at their second ends to the furniture frame, and the back cushion is fixed to the furniture frame, characterized in that the seat cushion element is horizontally displaceably mounted together with the additional cushion element in their seating position on the furniture frame by means of a respective fitting from a position, in which the seat cushion element is partly covered by the back cushion, to a position, in which the seat cushion element is movable in the vertical direction, along a path of movement which substantially corresponds to the width of the seat cushion element which is covered by the back cushion, in that the second ends of the parallelogram guide rods are linked to a slide rail which is horizontally displaceably mounted in a rail of the furniture frame.
A topical composition for use in treating or preventing or reversing skin damage comprising an effective amount of one or more aryl alkanones having the structure wherein R 1, R 2, R 3, R 4 and R 5 which may be the same or different, are independently H, OH, alkyl or alkoxy wherein the alkyl or alkoxy groups are linear or branched and have from 1 to 8 carbon atoms; and R 6 is COCH 3 or CO 2 R 7 wherein R 7 is a linear or branched alkyl group having 1 to 8 carbon atoms in a dermatologically acceptable carrier.
A cosmetic composition, containing in a suitable cosmetic or dermatological carrier a. climbazole and/or one of the physiologically acceptable salts thereof, b. tocopherol and/or a physiologically acceptable salt, c. glycyrrhizic acid and/or a physiologically acceptable salt, d. hyaluronic acid and/or a physiologically acceptable salt, and e. at least one polyol. a. climbazole and/or one of the physiologically acceptable salts thereof, b. tocopherol and/or a physiologically acceptable salt, c. glycyrrhizic acid and/or a physiologically acceptable salt, d. hyaluronic acid and/or a physiologically acceptable salt, and e. at least one polyol.
A finishing process for urea-comprising material comprising: - subjecting a urea-comprising liquid stream to solidification in a urea finishing section, yielding a solid urea-comprising product and an off-gas stream comprising air, urea dust and ammonia, - transporting said off-gas stream from an outlet of said urea finishing section to an off-gas treatment section through a conduit having a wall, wherein said off-gas has a temperature T 1 at said outlet, - subjecting said off-gas stream to a treatment to remove at least part of said urea dust and/or ammonia from said air in said treatment section, and - maintaining a temperature of said wall of said conduit higher than T w,min, in at least one bend of the conduit, in at least one section where the diameter of the conduit changes and/or over at least 50% or at least 90% of the length of the conduit, wherein T w,min = T 1 - 50 °C. - subjecting a urea-comprising liquid stream to solidification in a urea finishing section, yielding a solid urea-comprising product and an off-gas stream comprising air, urea dust and ammonia, - transporting said off-gas stream from an outlet of said urea finishing section to an off-gas treatment section through a conduit having a wall, wherein said off-gas has a temperature T 1 at said outlet, - subjecting said off-gas stream to a treatment to remove at least part of said urea dust and/or ammonia from said air in said treatment section, and - maintaining a temperature of said wall of said conduit higher than T w,min, in at least one bend of the conduit, in at least one section where the diameter of the conduit changes and/or over at least 50% or at least 90% of the length of the conduit, wherein T w,min = T 1 - 50 °C.
An in vitro screening method for identifying stomach cancer high risk group comprising the following steps: Investigating the expression level of Leucine-rich alpha-2-glycoprotein in a sample obtained from a patient; comparing the expression level of LRG in the sample with the expression level of LRG of normal healthy people; and judging the patient to be from the stomach cancer high risk group if the expression level of LRG in the sample is increased compared to the expression level of LRG of normal healthy people. Investigating the expression level of Leucine-rich alpha-2-glycoprotein in a sample obtained from a patient; comparing the expression level of LRG in the sample with the expression level of LRG of normal healthy people; and judging the patient to be from the stomach cancer high risk group if the expression level of LRG in the sample is increased compared to the expression level of LRG of normal healthy people.
A catalytic reactor configuration suitable for direct synthesis of ethylene through oxygen-free catalysis of methane, the catalytic reactor configuration at least comprising a preheating section and a reaction section, wherein the reaction section refers to a quartz tube or a silica carbide tube whose inner wall is: (i) directly lattice doped with active components, or (ii) coated with a Si-based material, which Si-based material is lattice-doped by active components to form a dopant thin layer, wherein the active components are metallic elements and/or nonmetallic elements and the quartz tube or the silica carbide tube with the inner wall which is directly doped or doped by coating is called the reaction section; wherein the catalytic reactor configuration includes an inlet section located at the front of the preheating section, a transition section located between the preheating section and the reaction section, and an outlet section located at the rear of the reaction section; and wherein the inlet section, the preheating section, the transition section, the reaction section and the outlet section are respectively manufactured and connected to form the catalytic reactor configuration. wherein the reaction section refers to a quartz tube or a silica carbide tube whose inner wall is: (i) directly lattice doped with active components, or (ii) coated with a Si-based material, which Si-based material is lattice-doped by active components to form a dopant thin layer, wherein the active components are metallic elements and/or nonmetallic elements and the quartz tube or the silica carbide tube with the inner wall which is directly doped or doped by coating is called the reaction section; (i) directly lattice doped with active components, or (ii) coated with a Si-based material, which Si-based material is lattice-doped by active components to form a dopant thin layer, wherein the catalytic reactor configuration includes an inlet section located at the front of the preheating section, a transition section located between the preheating section and the reaction section, and an outlet section located at the rear of the reaction section; and wherein the inlet section, the preheating section, the transition section, the reaction section and the outlet section are respectively manufactured and connected to form the catalytic reactor configuration.
A circuit for providing redundant highway addressable remote transfer (HART) channels, comprising: a redundant pair of channel interface components, each having an input terminal (105, 205) and an output terminal (110, 210) configured to connect with a common HART device, wherein each channel interface component includes circuitry for implementing a current loop with the common HART device to operate in a range of 4 to 20 milliamperes; and a programmable logic device coupled to a suicide relay switch in each channel interface component for alternatively activating and deactivating the redundant pair of channel interface components by connecting and disconnecting respective current loops to provide a master channel and a slave channel, wherein the programmable logic device is programmable to operate the redundant pair of channel interface components to receive HART protocol current signals from a sensor or send HART protocol current signals to an actuator; wherein each channel interface component includes: a loop voltage supply for powering the current loop, wherein the loop voltage is controlled by a digital signal from the programmable logic device that is passed through a digital to analog converter, DAC; a voltage modulator and a current regulator arranged in series with a ground, wherein the voltage modulator provides tones by modulating the voltage across the terminals while operating the redundant pair of channel interface components to receive HART protocol current signals from a sensor, and the current regulator provides a current specified from the programmable logic device onto the current loop while operating the redundant pair of channel interface components to send HART protocol current signals to an actuator. and an isolation barrier that isolates the channel interface component from the programmable logic device. a loop voltage supply for powering the current loop, wherein the loop voltage is controlled by a digital signal from the programmable logic device that is passed through a digital to analog converter, DAC; a voltage modulator and a current regulator arranged in series with a ground, wherein the voltage modulator provides tones by modulating the voltage across the terminals while operating the redundant pair of channel interface components to receive HART protocol current signals from a sensor, and the current regulator provides a current an isolation barrier that isolates the channel interface component from the programmable logic device.
A switch operation determining device, comprising: a switch; a determination circuit for determining whether or not the switch has been operated; wherein the determination circuit further comprises: a first resistor, a first diode, and a second diode, which are serially connected in this order from a power source, such that current flows to ground from the power source; and a controller that compares an anode potential (Va) of the first diode with a threshold potential (Vt), and determines that the switch has been operated if the anode potential (Va) of the first diode is lower than the threshold potential (Vt); wherein, between the first diode and the second diode, the second diode is connected in parallel with the switch. a switch; a determination circuit for determining whether or not the switch has been operated; wherein the determination circuit further comprises: a first resistor, a first diode, and a second diode, which are serially connected in this order from a power source, such that current flows to ground from the power source; and a controller that compares an anode potential (Va) of the first diode with a threshold potential (Vt), and determines that the switch has been operated if the anode potential (Va) of the first diode is lower than the threshold potential (Vt); wherein, between the first diode and the second diode, the second diode is connected in parallel with the switch. a first resistor, a first diode, and a second diode, which are serially connected in this order from a power source, such that current flows to ground from the power source; and a controller that compares an anode potential (Va) of the first diode with a threshold potential (Vt), and determines that the switch has been operated if the anode potential (Va) of the first diode is lower than the threshold potential (Vt); wherein, between the first diode and the second diode, the second diode is connected in parallel with the switch.