mhurhangee/ep-ind-claims huggingface dataset:
A method of discontinuous transmission data communication in a digital subscriber line, DSL, transceiver unit, the method comprising: determining that a number of a plurality of bits available to transmit is enough to fill a data transfer unit, DTU; forming the DTU, by a DTU framer, comprising the plurality of bits; transferring the DTU to a retransmission queue when user data is available to transmit, wherein the retransmission queue is directly connected to the DTU framer; and determining DTUs from the retransmission queue to be transmitted over a next time period used for transmitting over a DSL by the DSL transceiver unit; when no user data is available to transmit, no DTUs are transferred to the retransmission queue. determining that a number of a plurality of bits available to transmit is enough to fill a data transfer unit, DTU; forming the DTU, by a DTU framer, comprising the plurality of bits; transferring the DTU to a retransmission queue when user data is available to transmit, wherein the retransmission queue is directly connected to the DTU framer; and determining DTUs from the retransmission queue to be transmitted over a next time period used for transmitting over a DSL by the DSL transceiver unit; when no user data is available to transmit, no DTUs are transferred to the retransmission queue.
A food processing machine capable of omnibearing stirring, comprising an L-shaped machine body, wherein a rotatable cup is arranged at a lower end of the L-shaped machine body, an opening-and-closing arm capable of up-and-down rotation is pivotally mounted at an upper end of the L-shaped machine body, the opening-and-closing arm is mounted with a built-in motor and a machine head capable of left and right oscillation relative to the opening-and-closing arm, one end of the machine head is provided with a rotating member driven by the motor and extending into the cup for stirring the food, the machine head is mounted on the opening-and-closing arm by means of a transmission case; the transmission case is internally provided with a first transmission mechanism driven by the motor, the first transmission mechanism comprises an oscillating gear and a fixed gear in engagement with the oscillating gear, a rotation shaft of the oscillating gear is secured on the transmission case at both ends, a lower end face of the oscillating gear is eccentrically provided with a bump, an upper end of the opening-and-closing arm is provided with a cover plate having a linear groove, and the bump extends out of the transmission case and cooperates with the linear groove so as to allow the oscillating gear to drive the transmission case oscillate left and right around the fixed gear, and characterized in that: a rotation shaft of the fixed gear is removably connected with a transmission shaft at a lower end, the lower end of the transmission shaft is fixed on the L-shaped machine body, a turnplate which is brought into rotation by the transmission shaft via a second transmission mechanism is connected below the cup, the second transmission mechanism is arranged in the L-shaped machine body. a rotation shaft of the fixed gear is removably connected with a transmission shaft at a lower end, the lower end of the transmission shaft is fixed on the L-shaped machine body, a turnplate which is brought into rotation by the transmission shaft via a second transmission mechanism is connected below the cup, the second transmission mechanism is arranged in the L-shaped machine body.
A method comprising the steps of: a. obtaining in a sample collection container a biological sample including at least one circulating cell-free first nucleic acid, which is DNA, from a subject containing a subject's own nucleic acid, where the subject is selected from a victim of a crime, a suspect of a crime, a subject undergoing detection and/or monitoring of a cancerous condition, a subject undergoing detection and/or monitoring of a neurogenerative condition, a subject undergoing detection and/or monitoring of a psychiatric condition, or a subject who is not pregnant; b. contacting the biological sample while within the sample collection container with a protective agent composition that includes preservative agent, an anticoagulant, and a quenching agent to form a mixture that includes the protective agent composition and the sample; and forming a reaction product that is: (i) inert to the nucleic acid of the biological sample; and (ii) devoid of any aldehyde; so that the nucleic acids within the sample are suitable for polymerase chain reaction and DNA sequencing without freezing the sample for at least 7 days and the DNA is devoid of aldehyde induced (i) nucleic acid to protein cross-linking, (ii) nucleic acid to nucleic acid intra-molecular and/or inter-molecular cross-links, or both (i) and (ii), by quenching of any free formaldehyde that may be present with the quenching agent from the protective agent composition, wherein the protective agent composition includes at least one preservative agent selected from diazolidinyl urea, imidazolidinyl urea, dimethoylol-5,5-dimethylhydantoin, dimethylol urea, 2-bromo-2.-nitropropane-1,3-diol, oxazolidines, sodium hydroxymethyl glycinate, 5-hydroxymethoxymethyl-1-1aza-3,7-dioxabicyclo[3.3.0]octane, 5-hydroxymethyl-1-1 aza-3,7dioxabicyclo[3.3.0]octane, 5-hydroxypoly[methyleneoxy]methyl-1-1aza-3,7dioxabicyclo[3.3.0]octane, quaternary adamantine, or any combination thereof. a. obtaining in a sample collection container a biological sample including at least one circulating cell-free first nucleic acid, which is DNA, from a subject containing a subject's own nucleic acid, where the subject is selected from a victim of a crime, a suspect of a crime, a subject undergoing detection and/or monitoring of a cancerous condition, a subject undergoing detection and/or monitoring of a neurogenerative condition, a subject undergoing detection and/or monitoring of a psychiatric condition, or a subject who is not pregnant; b. contacting the biological sample while within the sample collection container with a protective agent composition that includes preservative agent, an anticoagulant, and a quenching agent to form a mixture that includes the protective agent composition and the sample; and
A method for vertical cultivation of plants in plant pots according to claim 15 in a device according to claim 4 comprising irrigating, sprinkling, and illuminating cultivated plants and ensuring the ventilation of the root system, where the parameters of the irrigating, sprinkling, and illuminating are controlled, characterized in that the irrigation of the plants is performed gravitationally with the use of a belt of transmission made from water permeable, unwoven fabric, and comprises steps of delivering water to the highest level of the plants, such that the water freely enters a plant pot via an irrigating channel, next, the water penetrates the plant pot, moistening also the unwoven fabric portion of the plant pot, the excess water flowing to an overflow channel (5, 5a) below the plant pot, making it possible for the water to enter the irrigating channel of a lower level of the plants and to irrigate subsequent levels of the plants located below in a similar manner, and from the last, the lowest level of the plants water enters a reservoir, from which it is again pumped by a pump, after filtering, to the highest level of the plants, and also water from said reservoir is delivered to sprinklers, wherein the water level in the reservoir is controlled by means of a lower water level sensor and an upper water level sensor that signal, on a control panel, a deficiency or a surplus of water in the reservoir, correspondingly, and the ducts delivering water are flushed periodically in a closed cycle, and, moreover, the plants are illuminated periodically using a source of light of a spectrum fitted for the needs of the plants and their photosynthetic and energetic efficiency, with a possibility of setting the angle of incidence of the light rays onto the leaves of the cultivated plants.
Fuel filter comprising: - a receptacle comprising a base portion forming a bottom and a cover detachably connected to the base portion, the receptacle being provided with an inlet for unfiltered fuel and an outlet for filtered fuel which is located in the base portion, an inside volume being defined between the base portion and the cover, - a filter insert arranged in the inside volume and having an upper axial end including a first flange, preferably engaged against the cover, a lower axial end, and a substantially annular filter medium extending about a longitudinal axis between the upper axial end and the lower axial end, the filter medium having an inner face which defines a hollow internal space in communication with the outlet, - a central member extending in the hollow internal space, having a first end directly integral or adjacent to the first flange and a second end opposite to the first end, - a transverse wall extending beneath at least one among the lower axial end and the central member, defining a passageway between the hollow internal space and the outlet, characterized in that the transverse wall also defines, parallel to the passageway, a discharge passage for conveying gases contained in the fuel to an escape channel that is distinct from the inlet and the outlet, a longitudinal channel provided in the central member allowing circulation of these gases, which are accumulated at a high point of the inside volume, to the discharge passage so that they pass through the transverse wall via said passage before joining the escape channel, and in that the fuel filter further comprises a valve enabling selectively opening the passageway in an operative configuration of the filter insert under the effect of an engagement between the second end of the central member and said valve which is mounted so as to move relative to the transverse wall, the central member thereby being an actuating member for moving the valve according to the position of the filter insert, the valve by default being biased toward a position which closes the passageway. - a receptacle comprising a base portion forming a bottom and a cover detachably connected to the base portion, the receptacle being provided with an inlet for unfiltered fuel and an outlet for filtered fuel which is located in the base portion, an inside volume being defined between the base portion and the cover, - a filter insert arranged in the inside volume and having an upper axial end including a first flange, preferably engaged against the cover, a lower axial end, and a substantially annular filter medium extending about a longitudinal axis between the upper axial end and the lower axial end, the filter medium having an inner face which defines a hollow internal space in communication with the outlet, - a central member extending in the hollow internal space, having a first end directly integral or adjacent to the first flange and a second end opposite to the first end, - a transverse wall extending beneath at least one among the lower axial end and the central member, defining a passageway between the hollow internal space and the outlet,
A voltage source converter configured to generate a pulse train using two voltage levels (+Vdc/2, -Vdc/2; +Vdc/2, 0), said converter comprising a first converter arm (ua) connected between a junction (j) and a first DC terminal having a first voltage level (Vdc/2), a second converter arm (la) connected between the junction (j) and a second DC terminal having a second voltage level (-Vdc/2) and a string of capacitors (C1, C2) connected between the first and second DC terminals, wherein at least one of the converter arms (ua, la) comprises cells (Cua1, Cua2, Cua3, Cua4, Cla1, Cla2, Cla3, Cla4); the voltage source converter further comprising a control unit configured to insert or bypass the cells from the arms so that a stepping is made to provide a slope in the transition between the two voltage levels, said control unit being configured to control a group of cells (Cua1, Cua2, Cua3, Cua4) used in the transition between the two voltage levels for commutating a current running through a corresponding one of the converter arms (ua) involved in the transition, said group comprising the cells of said converter arm, where the control unit is configured to control the group of cells during said transition between the two voltage levels by obtaining values of a current (I DCL) running between said string of capacitors and said converter arm (ua) and handling a cell of the group selected to be used last for reaching one of the voltage levels, which handling comprises inserting or bypassing said cell when the current between the string of capacitors and the converter arm is at a zero level, such that resonance in the voltage source converter is limited.
An assembly comprising: a turbine housing that comprises a bore, a wastegate seat and a wastegate passage that extends to the wastegate seat; characterized by a bushing configured for receipt by the bore; a rotatable wastegate shaft configured for receipt by the bushing; a wastegate arm extending from the wastegate shaft; and a wastegate plug (1356, 1357, 1359) extending from the wastegate arm wherein the wastegate plug comprises a profile, defined in part by a circumferential portion of a torus, for contacting the wastegate seat to cover the wastegate passage in a closed state, and defined in part by a portion of a modified sphere (1357, 1359), for defining a clearance with respect to the wastegate seat in an open state. a turbine housing that comprises a bore, a wastegate seat and a wastegate passage that extends to the wastegate seat; characterized by a bushing configured for receipt by the bore; a rotatable wastegate shaft configured for receipt by the bushing; a wastegate arm extending from the wastegate shaft; and a wastegate plug (1356, 1357, 1359) extending from the wastegate arm wherein the wastegate plug comprises a profile, defined in part by a circumferential portion of a torus, for contacting the wastegate seat to cover the wastegate passage in a closed state, and defined in part by a portion of a modified sphere (1357, 1359), for defining a clearance with respect to the wastegate seat in an open state.
A receiving device for a hand comprising a fastening section, which encloses the hand at the side of the back of the hand at least in the region between the thumb and the forefinger, and a wrist section, which is connected to said fastening section, essentially encloses the wrist and/or the back of the hand, and is connectable to a handle via a further fastening section facing the palm of said hand, said wrist section comprising an adjustment device for altering the circumference of an opening defined by said wrist section, characterized in that a closing device is provided, separate from said adjustment device, and if said closing device is in its open position, the hand may be removed from or inserted into said receiving device, wherein said closing device is provided in said fastening section.
Water box for a motor vehicle with a deflection chamber comprising a top wall, a bottom wall with a water discharge opening, an air inlet opening and an air outlet opening, with a deflection element which is arranged in the deflection chamber and on which air is deflected that flows in through the air inlet opening and is loaded with water droplets, wherein the deflection element essentially extends from the top wall to the bottom wall, wherein the air inlet opening is arranged in the top wall and the air outlet opening is arranged in the top wall and/or in a back wall, and wherein a flow opening is arranged between at least a side wall (7, 8) of the deflection chamber and a side edge of the deflection element, characterized in that the water discharge opening is arranged between the deflection element and the back wall, such that the water droplets, which, when being deflected in each case, are separated in the region of the air inlet opening as well as on the front side of the deflection element, are guided to the water discharge opening.
A luminescent component, comprising a first element comprising a first solid polymer composition, wherein the first solid polymer composition comprises first luminescent crystals and a first polymer, wherein the first luminescent crystals - are of the perovskite structure, - are selected from compounds of formula: M 1 a M 2 b X c, wherein M 1 represents Cs, optionally doped with up to 30 mol% of one or more other metals having coordination number 12, M 2 represents Pb, optionally doped with up to 30 mol% of one or more other metals having coordination number 6, X independently represents anions selected from the group consisting of Cl, Br, I, cyanide, and thiocyanate, a represents 1, b represents 1, c represents 3; - are of size between 3 nm and 3,000 nm, - emit light of a first wavelength in response to excitation by light with a wavelength shorter than the first wavelength, wherein the first polymer is a cyclic olefin copolymer, an encapsulation enclosing the first element, wherein the encapsulation comprises a polymer or an inorganic matrix. - are of the perovskite structure, - are selected from compounds of formula: M 1 a M 2 b X c, wherein M 1 represents Cs, optionally doped with up to 30 mol% of one or more other metals having coordination number 12, M 2 represents Pb, optionally doped with up to 30 mol% of one or more other metals having coordination number 6, X independently represents anions selected from the group consisting of Cl, Br, I, cyanide, and thiocyanate, a represents 1, b represents 1, c represents 3; M 1 represents Cs, optionally doped with up to 30 mol% of one or more other metals having coordination number 12, M 2 represents Pb, optionally doped with up to 30 mol% of one or more other metals having coordination number 6, X independently represents anions selected from the group consisting of Cl, Br, I, cyanide, and thiocyanate, a represents 1, b represents 1, c represents 3; - are of size between 3 nm and 3,000 nm, - emit light of a first wavelength in response to excitation by light with a wavelength shorter than the first wavelength,
A method for determining an increased risk of mortality due to a cardiac and/or vascular event or of myocardial infarction in a patient who has been diagnosed as being substantially healthy wherein substantially healthy meant that said patient presents no symptoms of affliction by a disease, in particular with respect to atherosclerosis, cardiac and/or vascular related diseases, comprising: - determining the secretory Phospholipase A2 (sPLA2) activity in a biological sample of said patient, - comparing said activity to a predetermined value, wherein the predetermined value corresponds to a sPLA2 activity comprised in the highest two tertiles of the sPLA2 activity range of a given population of substantially healthy individuals, in particular in the higher half, more particularly in the highest tertile of said range, a higher sPLA2 activity of said patient as compared to said predetermined value being indicative of an increased risk of mortality due to a cardiac and/or vascular event or of myocardial infarction. - determining the secretory Phospholipase A2 (sPLA2) activity in a biological sample of said patient, - comparing said activity to a predetermined value, wherein the predetermined value corresponds to a sPLA2 activity comprised in the highest two tertiles of the sPLA2 activity range of a given population of substantially healthy individuals, in particular in the higher half, more particularly in the highest tertile of said range,
A composition comprising hydrogen peroxide in a concentration of 0.05-50% (w/w) and a compound with a structure according to Formula 1: R-O-(CH -CH 2 -O) n -CH 2 -COOH, wherein R is an alkyl or alkenylene radical containing 6-10 carbon atoms, Y is H or CH 3, and n is 3-10, in a concentration of 0.01-60% (w/w), with the provision that the composition does not contain acetic acid at a concentration of 0.001% or higher and/or peracetic acid at a concentration of 0.0005% or higher.
A substrate transfer apparatus arranged to carry a substrate on which patterns are formed, the substrate transfer apparatus comprising: a transferring mechanism for transferring a protective cover, wherein the protective cover is composed of a plurality of separable protective cover members (51, 53) and is arranged to protect the substrate when the substrate is present in the protective cover; and means arranged to separate the protective cover into the plurality of protective cover members so that the substrate, after transfer by the transferring mechanism to the means, may be removed from and replaced in the protective cover, characterised in that the apparatus is configured to carry the substrate along with one of the plurality of protective cover members to a substrate stage and, after the substrate is supported by the substrate stage, to hold the plurality of protective cover members on standby in a closed state so that the inner surface of the protective cover is covered while the substrate is absent from the protective cover. a transferring mechanism for transferring a protective cover, wherein the protective cover is composed of a plurality of separable protective cover members (51, 53) and is arranged to protect the substrate when the substrate is present in the protective cover; and means arranged to separate the protective cover into the plurality of protective cover members so that the substrate, after transfer by the transferring mechanism to the means, may be removed from and replaced in the protective cover, characterised in that the apparatus is configured to carry the substrate along with one of the plurality of protective cover members to a substrate stage and, after the substrate is supported by the substrate stage, to hold the plurality of protective cover members on standby in a closed state so that the inner surface of the protective cover is covered while the substrate is absent from the protective cover.