mhurhangee/ep-ind-claims huggingface dataset:
A genetically modified mouse, in which both copies of the endogenous nucleotide sequence encoding Protein C in the genome of said mouse have been replaced by a nucleotide sequence encoding human Protein C, encoding a functional fragment of human Protein C or encoding a functional variant of human Protein C.
A method for selecting a positioning procedure, comprising: determining a first signal strength and/or quality provided by a cellular radio access technology, RAT, by a wireless device; determining a second signal strength and/or quality provided by a wireless local area network, WLAN, by the wireless device; characterised by: selecting a positioning procedure from a list of location options, wherein the positioning procedure is selected to best meet a positioning objective based on the determination of the first signal strength and the second signal strength, wherein a priority order of executing each of the location options is predefined based on the determination of the first signal strength, the second signal strength and the positioning objective.
A domed screen structure with additional external protection comprising at least two preferably hemispherical flexible shells: the shell of a larger area and a screen with a light-reflecting layer that used as the shell of a smaller area, positioned one inside the other, respectively, and interconnected at the bottom around the circumference of the hemisphere to form a cavity wherein a frame that follows the shape of the shell of a larger area is positioned, and gas rarefaction is created in the said cavity by a rarefaction means with a suction opening coupled with the said cavity, and the surface of the shell of a larger area under rarefaction is tightly coupled with the outer surface of the frame, and the surface of the screen under rarefaction is positioned at a distance from the inner surface of the frame to limit the said cavity by surfaces of the shell of a larger area and the screen, wherein further comprising a flexible outer shell positioned on top of the said shell of a larger area and connected to it at the bottom around the circumference of the hemisphere to form an additional cavity limited by the outer surface of the shell of a larger area and the inner surface of the outer shell, characterized in that the gas overpressure above atmospheric pressure is created inside the additional cavity by the said rarefaction means with an outlet opening coupled with the inner space of the additional cavity and positioned at a height within 1...1.5 m from the lower edge of the frame, and the difference between overpressure value in the additional cavity and gas rarefaction value in the cavity between the shell of a larger area and the screen does not exceed 20% and further comprising a synchronisation means to create gas rarefaction in the said cavity and to create overpressure in the additional cavity coupled with the rarefaction means and a means for gas supply to the additional cavity and/or a means for gas withdrawal from the additional cavity and the said synchronization means comprises a power control means for the rarefaction means and the means for gas supply to the additional cavity and/or the means for gas withdrawal from the additional cavity.
Backflow inhibitor which has a jet nozzle, which can be connected to an inflow, and has a capture part intended to capture the liquid jet coming from the jet nozzle via a free jet path, said capture part being connectable or connected to an outflow and to an outlet arranged below the free jet path, which outlet is intended to discharge a partial amount of liquid which is not captured by the capture part, wherein the jet nozzle is displaceably guided in the backflow inhibitor and is displaceable from a standby position into a spray position, characterised in that the backflow inhibitor has an elastic diaphragm or a flap which separates the jet nozzle from the free travel path, in that the backflow inhibitor has a push-through opening which is provided in the diaphragm or which is closed in a standby position by a flap, in that the jet nozzle has a nozzle section which defines a nozzle opening, and in that the jet nozzle in the spray position penetrates with its nozzle section, which defines the nozzle opening, through the push-through opening.
Abase station apparatus (101, 2101, 3101) for performing communication with a terminal apparatus (200, 2200, 3200), comprising: a carrier sense unit that performs carrier sense to confirm a status of use of a channel using either one of a first threshold and a second threshold; and a transmitting unit that transmits data to the terminal apparatus (200, 2200, 3200) by using carrier aggregation, using a plurality of channels, wherein the carrier sense unit performs carrier sense using the first threshold in a case where a communication apparatus (200a, 2200a, 3200a) other than the terminal apparatus (200, 2200, 3200) that is configured to belong to the base station apparatus (101, 2101, 3101) is present in the channel trying to perform the carrier sense, and performs the carrier sense using the second threshold in a case where the communication apparatus (200a, 2200a, 3200a) other than the terminal apparatus (200, 2200, 3200) that is configured to belong to the base station apparatus (101, 2101, 3101) is not present therein, the transmitting unit transmits the data after the carrier sense unit has performed a first carrier sense according to a duration that is associated with a contention window in at least one of the plurality of channels, and the second threshold is larger in value than the first threshold. a carrier sense unit that performs carrier sense to confirm a status of use of a channel using either one of a first threshold and a second threshold; and a transmitting unit that transmits data to the terminal apparatus (200, 2200, 3200) by using carrier aggregation, using a plurality of channels, wherein the carrier sense unit performs carrier sense using the first threshold in a case where a communication apparatus (200a, 2200a, 3200a) other than the terminal apparatus (200, 2200, 3200) that is configured to belong to the base station apparatus (101, 2101, 3101) is present in the channel trying to perform the carrier sense, and performs the carrier sense using the second threshold in a case where the communication apparatus (200a, 2200a, 3200a) other than the terminal apparatus (200, 2200, 3200) that is configured to belong to the base station apparatus (101, 2101, 3101) is not present therein, the transmitting unit transmits the data after the carrier sense unit has performed a first carrier sense according to a duration that is associated with a contention window in at least one of the plurality of channels, and the second threshold is larger in value than the first threshold.
A filter, comprising: a body, including an inlet, a first outlet, a second outlet, a first section and a second section; a perforated plate, the perforated plate tapered upwardly towards a throat thereof, wherein a discharge line extends from the throat to the second outlet; wherein the body is configured to store filter media in the second section on the perforated plate; and wherein the body is further configured to allow the stored filter media to move toward the first outlet when pressure at the inlet increases; wherein, in use, the inlet is at a bottom of the body and the first outlet is at a top of the body. a body, including an inlet, a first outlet, a second outlet, a first section and a second section; a perforated plate, the perforated plate tapered upwardly towards a throat thereof, wherein a discharge line extends from the throat to the second outlet; wherein the body is configured to store filter media in the second section on the perforated plate; and wherein the body is further configured to allow the stored filter media to move toward the first outlet when pressure at the inlet increases; wherein, in use, the inlet is at a bottom of the body and the first outlet is at a top of the body.
A process for fabricating a ceramic preform starting from a woven preform (10, 50, 60, 110, 130, 210), comprising the steps of: - providing a woven preform comprising: - a plurality of layers (12, 14, 26, 112, 114, 126, 214) of woven yarns of fibers material; - structural members (20, 21, 120, 221) extending between the layers; - wherein the layers and the structural members define interlayer spaces; - wherein a plurality of openings extend through at least one of the layers; and - infiltrating the woven preform with a slurry of a carrier and low density ceramic insulation through the plurality of openings and into the interlayer spaces, wherein at least a portion of the low density ceramic insulation is retained in the interlayer spaces. - providing a woven preform comprising: - a plurality of layers (12, 14, 26, 112, 114, 126, 214) of woven yarns of fibers material; - structural members (20, 21, 120, 221) extending between the layers; - wherein the layers and the structural members define interlayer spaces; - wherein a plurality of openings extend through at least one of the layers; and - infiltrating the woven preform with a slurry of a carrier and low density ceramic insulation through the plurality of openings and into the interlayer spaces, wherein at least a portion of the low density ceramic insulation is retained in the interlayer spaces.
An immune chemotherapeutic/pharmaceutical composition, for use in the treatment of canine leishmaniasis, wherein a) the composition comprises 1.5 mg of FML (Fucose-Mannose-Ligand) antigen; b) the composition contains 1 mg of saponin adjuvant; and c) the composition is used in association with one or more chemotherapeutic agents, wherein the one or more chemotherapeutic agents comprise allopurinol or allopurinol in combination with amphotericin B. a) the composition comprises 1.5 mg of FML (Fucose-Mannose-Ligand) antigen; b) the composition contains 1 mg of saponin adjuvant; and c) the composition is used in association with one or more chemotherapeutic agents, wherein the one or more chemotherapeutic agents comprise allopurinol or allopurinol in combination with amphotericin B.
A monitoring method for monitoring a measuring device of a fluid meter that is arranged to produce measurements of the overall consumption of an installation, the method comprising the steps of: • analyzing the overall consumption measurements to identify a mechanism in the installation that operates with operating cycles, each presenting a substantially constant cycle duration (ti-to) and during each of which the individual consumption (V 1 -V 0) of the mechanism is substantially constant; • detecting the operating cycles of the mechanism and measuring a cycle duration and the individual consumption of the mechanism for each detected operating cycle; • detecting abnormal metrological drift of the measuring device of the fluid meter as a function of variation over time in the individual consumption of the mechanism. • analyzing the overall consumption measurements to identify a mechanism in the installation that operates with operating cycles, each presenting a substantially constant cycle duration (ti-to) and during each of which the individual consumption (V 1 -V 0) of the mechanism is substantially constant; • detecting the operating cycles of the mechanism and measuring a cycle duration and the individual consumption of the mechanism for each detected operating cycle; • detecting abnormal metrological drift of the measuring device of the fluid meter as a function of variation over time in the individual consumption of the mechanism.
Process comprising the reaction of a cyanide with a hydrogen cyanide-reactive compound, characterized in that the cyanide is a cyanide salt and the process is an electrochemical process involving the transporting of a reaction mixture to which cyanide salt has been added through an electrochemical cell, in which process the cyanide salt reacts with the hydrogen cyanide-reactive compound while at least partly under the influence of an electric current the cyanide salt is acidified and the salt cation content is reduced characterised in that the electrochemical process is a membrane water splitting process to produce protons so as to convert water soluble salts into their corresponding acids and bases.
Process for preparation of firearms and metal projectiles comprising carburizing or forging inorganic markers selected from the group of LaNbO 4 doped with erbium and ytterbium, BiVO 4 doped with holmium and ytterbium, Sr 3 V 2 O 8 doped with holmium and ytterbium, and YNbO 4 doped with thulium and ytterbium on firearms and metal projectiles, wherein the carburizing or forging the inorganic markers is on firearms and/or projectiles made of steel or steel alloys.
Locking device for a pivotably mounted leaf of a door or a window, in particular a shoot bolt lock, wherein the locking device has a lock which is mountable in or resting on the leaf, and the lock has a lock housing and a lock mechanism arranged therein, and the lock has a locking element which is actuatable by the lock mechanism, and the locking element is actuatable by a slide plate of the lock mechanism between a protruding locking position and an unlocking position retracted into the lock housing, and wherein the locking device further comprises at least one locking rod which is mountable in or resting on the leaf and is actuatable by the lock mechanism, and the locking rod is actuatable by the slide plate of the lock mechanism along an actuating path (x) between a protruding locking position and an unlocking position retracted into or on the leaf, wherein a gear is formed between the slide plate and the locking rod for translating a movement path (s) of the slide plate into the actuation path (x) of the locking rod, characterized in that the length of the actuation path (x) of the locking rod is adjustable by the gear. wherein the locking device has a lock which is mountable in or resting on the leaf, and the lock has a lock housing and a lock mechanism arranged therein, and the lock has a locking element which is actuatable by the lock mechanism, and the locking element is actuatable by a slide plate of the lock mechanism between a protruding locking position and an unlocking position retracted into the lock housing, and wherein the locking device further comprises at least one locking rod which is mountable in or resting on the leaf and is actuatable by the lock mechanism, and the locking rod is actuatable by the slide plate of the lock mechanism along an actuating path (x) between a protruding locking position and an unlocking position retracted into or on the leaf, wherein a gear is formed between the slide plate and the locking rod for translating a movement path (s) of the slide plate into the actuation path (x) of the locking rod, characterized in that the length of the actuation path (x) of the locking rod is adjustable by the gear.
An anti-cancer agent for use in a method of preventing hematologic cancer relapse in a patient, the method comprising: administering to the patient an effective amount of the anti-cancer agent until a stable cumulative incidence of response in the patient is achieved, wherein the anti-cancer agent is a tyrosine kinase inhibitor; and administering to the patient an effective amount of a peroxisome proliferator-activated receptor (PPARγ) agonist, wherein the PPARγ agonist inhibits transcription of Signal Transducer and Activator of Transcription 5 (STAT5). administering to the patient an effective amount of the anti-cancer agent until a stable cumulative incidence of response in the patient is achieved, wherein the anti-cancer agent is a tyrosine kinase inhibitor; and administering to the patient an effective amount of a peroxisome proliferator-activated receptor (PPARγ) agonist, wherein the PPARγ agonist inhibits transcription of Signal Transducer and Activator of Transcription 5 (STAT5).
A method for wireless communication, comprising: communicating with a wide area network -WAN- by a first user equipment -UE- to establish peer-to-peer -P2P- communication with at least one other UE on a first frequency band not licensed to the WAN; receiving from the WAN a list of frequency channels in the first frequency band not licensed to the WAN and available for use for P2P communication by the first UE; communicating peer-to-peer with the at least one other UE on the first frequency channel in the list of frequency channels by the first UE; detecting performance degradation on the first frequency channel or usage of the first frequency channel by at least one licensed user of the first frequency band; and performing, with the at least one other UE, automatic handover from the first frequency channel to a second frequency channel in the list of frequency channels without having to wait for another channel assignment. communicating with a wide area network -WAN- by a first user equipment -UE- to establish peer-to-peer -P2P- communication with at least one other UE on a first frequency band not licensed to the WAN; receiving from the WAN a list of frequency channels in the first frequency band not licensed to the WAN and available for use for P2P communication by the first UE; communicating peer-to-peer with the at least one other UE on the first frequency channel in the list of frequency channels by the first UE; detecting performance degradation on the first frequency channel or usage of the first frequency channel by at least one licensed user of the first frequency band; and performing, with the at least one other UE, automatic handover from the first frequency channel to a second frequency channel in the list of frequency channels without having to wait for another channel assignment.
A product comprising formoterol and megestrol, and which does not include a macrolide, as a combined preparation for separate, simultaneous or sequential use in the treatment or prevention of muscle loss in association with cancer cachexia.
Inactive energetic composition comprising ferromagnetic or magnetized particles of micrometric to centimetric size, called motive particles, and at least two types of physically separated, powdered solid compounds of nanometric size, called inert precursors of final energetic composition, said precursors forming a redox system comprising an oxidizing composition and a reducing composition, said energetic composition able to be activated from a pyrotechnic viewpoint by mixing said inert precursors of final energetic composition via agitation of said motive particles by means of a magnetic field varying as a function of time.
A method for resource configuration, comprising: determining, based on one or more configured resources on a narrowband Physical Random Access Channel, PRACH, that resources for a transmission on a narrowband Physical Uplink Shared Channel, PUSCH, include a resource that overlaps with the one or more configured resources on the PRACH; determining resources for the transmission on the narrowband PUSCH, wherein a portion of the transmission on the narrowband PUSCH is postponed until a unit in time domain not overlapping with the one or more configured resources for the transmission on the narrowband PRACH, and inserting, when a length of the transmission on the narrowband PUSCH is equal to or greater than a predetermined number of time units, a gap after said predetermined number of time units and before the remaining determined resources for the transmission on the narrowband PUSCH. determining, based on one or more configured resources on a narrowband Physical Random Access Channel, PRACH, that resources for a transmission on a narrowband Physical Uplink Shared Channel, PUSCH, include a resource that overlaps with the one or more configured resources on the PRACH; determining resources for the transmission on the narrowband PUSCH, wherein a portion of the transmission on the narrowband PUSCH is postponed until a unit in time domain not overlapping with the one or more configured resources for the transmission on the narrowband PRACH, and inserting, when a length of the transmission on the narrowband PUSCH is equal to or greater than a predetermined number of time units, a gap after said predetermined number of time units and before the remaining determined resources for the transmission on the narrowband PUSCH.
A compound of rhein or rhein analogues, wherein the general formula of said compound is: wherein the left part of general formula is selected from rhein or analogues thereof, in which one or two substituents of R2-R3, R6-R7 are COOH, at least two substituents of R1 to R8 are -H; or the rhein-containing effective part is extracted from plants; wherein in the general formula M represents meglumine or arginine.
An apparatus (300, 400, 500, 800) comprising: a first curved lens portion (110, 310, 510, 610, 710, 810); a second curved lens portion (120, 320, 520, 620, 720, 820), wherein the first curved lens portion and the second lens portion are configured to form at least part of a lens of an eye-mountable device; and a first arm structure (130, 330, 564, 630, 730, 830) that extends between the first curved lens portion and the second curved lens portion, wherein a flexibility of the first arm structure is greater than a flexibility of at least one of the first curved lens portion and the second curved lens portion, wherein the first arm structure is configured to be deformed to overlap the first curved lens portion with the second curved lens portion; characterized in that the apparatus further comprises: first circuitry disposed in or on the first curved lens portion; and second circuitry disposed in or on the second curved lens portion, wherein the first circuitry is coupled to the second circuitry via one or more signal traces disposed in or on the first arm structure. a first curved lens portion (110, 310, 510, 610, 710, 810); a second curved lens portion (120, 320, 520, 620, 720, 820), wherein the first curved lens portion and the second lens portion are configured to form at least part of a lens of an eye-mountable device; and a first arm structure (130, 330, 564, 630, 730, 830) that extends between the first curved lens portion and the second curved lens portion, wherein a flexibility of the first arm structure is greater than a flexibility of at least one of the first curved lens portion and the second curved lens portion, wherein the first arm structure is configured to be deformed to overlap the first curved lens portion with the second curved lens portion; characterized in that the apparatus further comprises: first circuitry disposed in or on the first curved lens portion; and second circuitry disposed in or on the second curved lens portion, wherein the first circuitry is coupled to the second circuitry via one or more signal traces disposed in or on the first arm structure. first circuitry disposed in or on the first curved lens portion; and second circuitry disposed in or on the second curved lens portion, wherein the first circuitry is coupled to the second circuitry via one or more signal traces disposed in or on the first arm structure.
An oligomer of 12 - 16 nucleobases in length, comprising of a contiguous nucleobase sequence which consists of SEQ ID No 246: A s o c s A s o a s T s o c s A s o g s T s o c s m C s o t or an oligomer 16 nucleobases in length, comprising of a contiguous nucleobase sequence which consists of SEQ ID No 244: m C s o c s A s o c s A s o a s T s o c s A s o g s T s o c s m C s o t s A s o g wherein capital letters represent LNA; superscript "o" represents oxy LNA; subscript "s" represents phosphorothiate linkage; lower case letters represent DNA; m C represents 5-methylcytosine; and wherein the LNA is beta-D-oxy LNA.