mhurhangee/ep-ind-claims huggingface dataset:
A switch, comprising: 2N successively serially connected transistors, wherein the 2N successively serially connected transistors comprise a first transistor to a 2N-th transistor, and N is an integer greater than or equal to 2; the 2N successively serially connected transistors are divided into transistors in an odd-number group and transistors in an even-number group; the transistors in the odd-number group comprise the first transistor, the third transistor,..., and the (2N-1)-th transistor; and the transistors in the even-number group comprise the second transistor, the fourth transistor,..., and the 2N-th transistor; in the transistors in the odd-number group, gates of any two adjacent odd-numbered transistors are coupled to each other through a respective first resistor such that the number of resistors in series between the gates of the first and the (2N-1)-th transistor is N-1; in the transistors in the even-number group, gates of any two adjacent even-numbered transistors are coupled to each other through a respective second resistor such that the number of resistors in series between the gates of the second and 2Nth transistor is N-1; and in the 2N successively serially connected transistors, the gate of an n-th transistor is coupled to a first control signal, and the gate of an (n+1)-th transistor is coupled to the first control signal, wherein n is an integer that is greater than or equal to 1 and is less than or equal to 2N-1, and the first control signal is used to control turn-on or turn-off of the switch.
A sealing device comprising: a seal lip which in use extends toward a sealing space side, wherein a lip edge and an opposite sealing space side conical surface are formed in an inner peripheral surface of the seal lip, the lip edge being arranged to be brought into close contact with an outer peripheral surface of a rotating body, and the opposite sealing space side conical surface being larger in diameter from the lip edge toward an external space side, wherein a plurality of screw protrusions are formed in said opposite sealing space side conical surface, the said plurality of screw protrusions is arranged for generating a screw pump action toward said lip edge side on the basis of rotation of said rotating body in a fixed direction, characterised in that a number of dust capture portions (243, 244) are formed in a hem portion of each of the screw protrusions, and in that the dust capture portion (243, 244) is constructed by a notch or a concave portion formed in the said hem portion. a seal lip which in use extends toward a sealing space side, wherein a lip edge and an opposite sealing space side conical surface are formed in an inner peripheral surface of the seal lip, the lip edge being arranged to be brought into close contact with an outer peripheral surface of a rotating body, and the opposite sealing space side conical surface being larger in diameter from the lip edge toward an external space side, wherein a plurality of screw protrusions are formed in said opposite sealing space side conical surface, the said plurality of screw protrusions is arranged for generating a screw pump action toward said lip edge side on the basis of rotation of said rotating body in a fixed direction, characterised in that a number of dust capture portions (243, 244) are formed in a hem portion of each of the screw protrusions, and in that the dust capture portion (243, 244) is constructed by a notch or a concave portion formed in the said hem portion.
An assembly for frothing a fluid, including: - an air supply assembly including an air source and an air channel having an air inlet and a downstream end, the air source being connected to the air inlet, wherein the air supply assembly is configured to control the flow of air that is supplied to the downstream end; - a fluid channel extending from a fluid inlet to a fluid outlet, the fluid channel including subsequently: ∼ a first temperature sensor that is positioned adjacent or in the fluid inlet and that is configured to generate a first temperature signal that is associated with a sensed temperature of a fluid adjacent or in the fluid inlet; ∼ an air inlet emanation point to which the downstream end of the air channel is connected; ∼ a frothing unit including a pump; ∼ a heater; and wherein the assembly comprises: - an electronic controller assembly configured for: ∼ receiving the first temperature signal, and ∼ controlling the air supply assembly in response to at least the first temperature signal for controlling the flow of air that is supplied to the fluid channel. - an air supply assembly including an air source and an air channel having an air inlet and a downstream end, the air source being connected to the air inlet, wherein the air supply assembly is configured to control the flow of air that is supplied to the downstream end; - a fluid channel extending from a fluid inlet to a fluid outlet, the fluid channel including subsequently: ∼ a first temperature sensor that is positioned adjacent or in the fluid inlet and that is configured to generate a first temperature signal that is associated with a sensed temperature of a fluid adjacent or in the fluid inlet; ∼ an air inlet emanation point to which the downstream end of the air channel is connected; ∼ a frothing unit including a pump; ∼ a heater; ∼ a first temperature sensor that is positioned adjacent or in the fluid inlet and that is configured to generate a first temperature signal that is associated with a sensed temperature of a fluid adjacent or in the fluid inlet; ∼ an air inlet emanation point to which the downstream end of the air channel is connected; ∼ a frothing unit including a pump; ∼ a heater; - an electronic controller assembly configured for: ∼ receiving the first temperature signal, and ∼ controlling the air supply assembly in response to at least the first temperature signal for controlling the flow of air that is supplied to the fluid channel. ∼ receiving the first temperature signal, and ∼ controlling the air supply assembly in response to at least the first temperature signal for controlling the flow of air that is supplied to the fluid channel.
A chemical-physical method of producing mushrooms enriched in biologically active substances, the mushrooms being obtained in pre-dosed substratum containers in an environment of a technological greenhouse, including the steps of: - isolation and development of the mycelium of a desired fungal species before sowing, - maturation of the substratum, - sowing the mycelium, - incubation of the mycelium with development of fungal primordia in controlled conditions assisted by machines and processors adapted to adjust temperature, humidity and irradiation, - development of carpophores, - carpophore harvest, - carpophore treatment by pulsed light for stimulating the production of vitamin D2, - a physical treatment for submitting said environment to electromagnetic fields being performed in all the steps before the carpophore harvest, in order to improve the metabolic capacity of the substratum by promoting the enzyme production of active metabolites and the organication of the inorganic trace elements to improve quality and quantity of the mushrooms, and - a chemical treatment with the addition in the substratum of egg powder and, after sowing the mycelium, of inorganic trace elements, resulting in obtaining officinal mushrooms that are provided with therapeutic capacities in particular in the oncology field, and in general that counter cell degeneration in various diseases. - isolation and development of the mycelium of a desired fungal species before sowing, - maturation of the substratum, - sowing the mycelium, - incubation of the mycelium with development of fungal primordia in controlled conditions assisted by machines and processors adapted to adjust temperature, humidity and irradiation, - development of carpophores, - carpophore harvest, - carpophore treatment by pulsed light for stimulating the production of vitamin D2, - a physical treatment for submitting said environment to electromagnetic fields being performed in all the steps before the carpophore harvest, in order to improve the metabolic capacity of the substratum by promoting the enzyme production of active metabolites and the organication of the inorganic trace elements to improve quality and quantity of the mushrooms, and - a chemical treatment with the addition in the substratum of egg powder and, after sowing the mycelium, of inorganic trace elements, resulting in obtaining officinal mushrooms that are provided with therapeutic capacities in particular in the oncology field, and in general that counter cell degeneration in various diseases.
A confocal measurement device for measuring a displacement of a measurement object using a confocal optical system, the confocal measurement device comprising: a light source that emits polychromatic light; a chromatic aberration lens that introduces chromatic aberration in an optical axis direction into the light emitted by the light source; an objective lens that is arranged closer to the measurement object than the chromatic aberration lens, and that condenses the light into which chromatic aberration has been introduced by the chromatic aberration lens onto the measurement object; a pinhole that lets the light condensed by the objective lens that is in focus on the measurement object pass; and a measurement unit (23, 24) that evaluates the light passed by the pinhole for a plurality of wavelengths; characterized in that at a design wavelength of the chromatic aberration lens, a focus distance of the chromatic aberration lens is larger than a difference between a distance from the chromatic aberration lens to the objective lens and a focus distance of the objective lens. a light source that emits polychromatic light; a chromatic aberration lens that introduces chromatic aberration in an optical axis direction into the light emitted by the light source; an objective lens that is arranged closer to the measurement object than the chromatic aberration lens, and that condenses the light into which chromatic aberration has been introduced by the chromatic aberration lens onto the measurement object; a pinhole that lets the light condensed by the objective lens that is in focus on the measurement object pass; and a measurement unit (23, 24) that evaluates the light passed by the pinhole for a plurality of wavelengths; characterized in that at a design wavelength of the chromatic aberration lens, a focus distance of the chromatic aberration lens is larger than a difference between a distance from the chromatic aberration lens to the objective lens and a focus distance of the objective lens.
A pharmaceutical composition comprising a DBait nucleic acid molecule and a PARP inhibitor for use in the treatment of a cancer which is not deficient or impaired for the homologous recombination repair, wherein the DBait nucleic acid molecule is a hairpin nucleic acid with a double-stranded DNA stem and a loop and has one of the following formulae: wherein N is a deoxynucleotide, n is an integer from 23 to 195, the underlined N refers to a nucleotide having or not a modified phosphodiester backbone, L' is a linker, C is the molecule facilitating endocytosis selected from a lipophilic molecule or a ligand which targets cell receptor enabling receptor mediated endocytosis, L is a linker, m and p, independently, are an integer being 0 or 1, and wherein the DBait nucleic acid molecule has less than 70% sequence identity to any gene in a human genome.
Pumpkin harvesting machine, with a spiked roller for picking up harvested material, a crusher for crushing the harvested material, threshers for subsequently separating the harvested material into fruit parts and seeds and for feeding the seeds to a seed tank, wherein a) the crusher contains a knife roller with an axis parallel to the axis of the spiked roller surrounded by a housing, from which housing a scraper plate extends directly between the spikes of the spiked roller, b) a first thresher, which is arranged directly below the crusher and axially parallel thereto, for conveying the crop material from the centre in both opposite directions, characterised in that c) second threshers are arranged on both sides in the longitudinal direction, the inlet of which are in each case below the outlets on both sides of the first thresher and at the other ends of which are outlet openings, d) at least one after-thresher is arranged above each of the two second threshers, and a chute for collecting crop material is arranged below the two second threshers, and a first conveying device for conveying the crop material from the chute to the after-thresher. a) the crusher contains a knife roller with an axis parallel to the axis of the spiked roller surrounded by a housing, from which housing a scraper plate extends directly between the spikes of the spiked roller, b) a first thresher, which is arranged directly below the crusher and axially parallel thereto, for conveying the crop material from the centre in both opposite directions, characterised in that c) second threshers are arranged on both sides in the longitudinal direction, the inlet of which are in each case below the outlets on both sides of the first thresher and at the other ends of which are outlet openings, d) at least one after-thresher is arranged above each of the two second threshers, and a chute for collecting crop material is arranged below the two second threshers, and a first conveying device for conveying the crop material from the chute to the after-thresher.
Method in a network node in a cellular communication system for supporting Random Access, the method comprising: - determining at least one uplink radio resource amongst a plurality of radio resources; - refraining from scheduling uplink communication in the at least one uplink radio resource, thus leaving the at least one uplink radio resource unscheduled; and characterized by - indicating the at least one unscheduled uplink radio resource to at least one of: - a neighbor second network node; - a neighbor third network node; - an OaM node. - determining at least one uplink radio resource amongst a plurality of radio resources; - refraining from scheduling uplink communication in the at least one uplink radio resource, thus leaving the at least one uplink radio resource unscheduled; and characterized by - indicating the at least one unscheduled uplink radio resource to at least one of: - a neighbor second network node; - a neighbor third network node; - an OaM node. - a neighbor second network node; - a neighbor third network node; - an OaM node.
Direct escapement mechanism for a timepiece, comprising: - an escape wheel, rotatable about a first axis of rotation and provided with a series of peripheral teeth, each having a locking plane, said teeth defining by their ends during rotation of the escape wheel a circular trajectory C, and - an anchor, rotatable around a second axis of rotation between two end locking positions delimited by pins (7, 8), said anchor having an entry-pallet and an exit-pallet, each having a locking plane (10p, 11p) and arranged on the anchor in such a way that each pallet cooperates into abutment on its locking plane (10p, 11p) with the locking plane of a tooth of the escape wheel in each of said locking positions, said anchor further having a fork, and - at least a pin which can be rigidly connected to a regulating organ pivoting around a third axis of rotation to cooperate at each alternation of said regulating organ with the fork of the anchor in order to unlock at least partially said anchor from the escape wheel, - at least one impulse pallet capable of being rigidly connected to said regulating organ to cooperate with a tooth of the escape wheel to transmit a direct impulse to said regulating organ; characterised in that at least each tooth of the escape wheel or at least one of the entry-pallets or exit-pallets comprises in the extension of said locking plane (3p, 10p, 11p) a inclined plane (3i, 10i, 11i) whose the ends delimit a so-called micro-impulse angle β comprised between 0.5° and 5°, said angle being considered in relation to said axis of rotation of the anchor, said inclined plane (3i, 10i, 11i) being arranged to provide an indirect impulse to said regulating organ during a movement of said pallet in the path C of the escape wheel by rotating the anchor on its axis. - an escape wheel, rotatable about a first axis of rotation and provided with a series of peripheral teeth, each having a locking plane, said teeth defining by their ends during rotation of the escape wheel a circular trajectory C, and - an anchor, rotatable around a second axis of rotation between two end locking positions delimited by pins (7, 8), said anchor having an entry-pallet and an exit-pallet, each having a locking plane (10p, 11p) and arranged on the anchor in such a way that each pallet cooperates into abutment on its locking plane (10p, 11p) with the locking plane of a tooth of the escape wheel in each of said locking positions, said anchor further having a fork, and - at least a pin which can be rigidly connected to a regulating organ pivoting around a third axis of rotation to cooperate at each alternation of said regulating organ with the fork of the anchor in order to unlock at least partially said anchor from the escape wheel, - at least one impulse pallet capable of being rigidly connected to said regulating organ to cooperate with a tooth of the escape wheel to transmit a direct impulse to said regulating organ;
FMCW radar system, having a transmission/reception unit that is configured to transmit radar signals modulated by means of at least one modulation parameter and to receive radar signals reflected by objects; having an interference detector for identifying interference in the received radar signals based on at least one frequency-dependent reception power threshold value corresponding to the respective modulation parameters, one of the modulation parameters being a modulation slope of the transmitted radar signal; characterized in that the modulation parameters further have a transmission power of the transmission/reception unit and/or a maximally occurring radar backscatter cross-section of expected objects and/or a speed at which the FMCW radar system moves.
A method comprising: providing a forward primer capable of annealing to SE33 locus 5' of a short tandem repeat region, providing a reverse primer capable of annealing to the SE33 locus 3' of the STR region, amplifying a human DNA sample with the forward and the reverse primers and separating the amplification products by capillary electrophoresis, wherein the reverse primer anneals to at least 4 contiguous nucleotides from nucleotide positions 282 to 332 of SEQ ID NO:3, wherein there is electrophoretic mobility concordance between amplification products from a wild type human DNA comprising a C at position 316 and a G at position 317 and a G at position 324 of SEQ ID NO:3 and a variant human genomic DNA comprising a T at position 316 or an A at position 317 or an A at position 324 of SEQ ID NO:3. providing a forward primer capable of annealing to SE33 locus 5' of a short tandem repeat region, providing a reverse primer capable of annealing to the SE33 locus 3' of the STR region, amplifying a human DNA sample with the forward and the reverse primers and separating the amplification products by capillary electrophoresis, wherein the reverse primer anneals to at least 4 contiguous nucleotides from nucleotide positions 282 to 332 of SEQ ID NO:3, wherein there is electrophoretic mobility concordance between amplification products from a wild type human DNA comprising a C at position 316 and a G at position 317 and a G at position 324 of SEQ ID NO:3 and a variant human genomic DNA comprising a T at position 316 or an A at position 317 or an A at position 324 of SEQ ID NO:3.
A surgical fastener cartridge comprising: a cartridge body including a tissue contacting surface, the tissue contacting surface including a plurality of fastener retention slots; a plurality of surgical fasteners operatively disposed in the plurality of fastener retention slots; a plurality of pushers operably associated with the plurality of surgical fasteners, each pusher configured for ejecting an associated surgical fastener towards a depression in an anvil; and an actuation sled housed within the cartridge body, the actuation sled including a plurality of cam wedges, characterised in that the plurality of cam wedges are configured such that the cam wedges closer to a cut line are relatively more rigid as compared to cam wedges further from the cut line such that a surgical fastener that is ejected closer to the cut line produces a greater compression force to stapled tissue than a surgical fastener ejected further from the cut line and wherein the plurality of surgical fasteners have a backspan and legs, at least some of the backspans being enlarged with respect to the legs. a cartridge body including a tissue contacting surface, the tissue contacting surface including a plurality of fastener retention slots; a plurality of surgical fasteners operatively disposed in the plurality of fastener retention slots; a plurality of pushers operably associated with the plurality of surgical fasteners, each pusher configured for ejecting an associated surgical fastener towards a depression in an anvil; and an actuation sled housed within the cartridge body, the actuation sled including a plurality of cam wedges, characterised in that the plurality of cam wedges are configured such that the cam wedges closer to a cut line are relatively more rigid as compared to cam wedges further from the cut line such that a surgical fastener that is ejected closer to the cut line produces a greater compression force to stapled tissue than a surgical fastener ejected further from the cut line and wherein the plurality of surgical fasteners have a backspan and legs, at least some of the backspans being enlarged with respect to the legs.
A 3D printing apparatus comprising a 3D printer arranged to perform a print operation using build material from a removable build unit (104,202), the apparatus comprising: the removable build unit (104, 202), the removable build unit (104, 202) comprising a thermal protection module; a powder management station, the powder management station being to provide the build material to the removable build unit (104, 202) and/or retrieve build material from the removable build unit (104, 202), wherein the thermal protection module is to receive a temperature cut-off setting from the powder management station; an interface to receive the temperature cut-off setting; a sensor to detect a build material temperature during a print operation; and a circuit responsive to a detected temperature exceeding the temperature cut-off setting to limit or prevent heating of the build material. the removable build unit (104, 202), the removable build unit (104, 202) comprising a thermal protection module; a powder management station, the powder management station being to provide the build material to the removable build unit (104, 202) and/or retrieve build material from the removable build unit (104, 202), wherein the thermal protection module is to receive a temperature cut-off setting from the powder management station; an interface to receive the temperature cut-off setting; a sensor to detect a build material temperature during a print operation; and a circuit responsive to a detected temperature exceeding the temperature cut-off setting to limit or prevent heating of the build material.