mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal separator for cleaning a gas containing liquid impurities, wherein the centrifugal separator comprises a stationary casing comprising a surrounding side wall, a first end wall and a second end wall which enclose a space through which a gas flow is permitted, said space comprising an upper separation chamber and a lower discharge chamber, an inlet extending through the stationary casing and permitting supply of the gas to be cleaned to the separation chamber, a rotating member comprising a stack of separation discs and being arranged to rotate around an axis of rotation, wherein the stack of separation discs is arranged in the separation chamber, a drive member for rotating the rotating member, characterized in that said discharge chamber is arranged axially below the stack of separation discs such that clean gas and separated liquid impurities both enter said discharge chamber after being separated in said stack of separation discs, and further wherein the separator comprises a gas outlet configured to permit discharge of cleaned gas from said stationary casing, wherein the gas outlet comprises an outlet opening through the stationary casing and a portion extending from the outlet opening into the discharge chamber, and a drainage outlet arranged in said discharge chamber and configured to permit discharge of separated liquid impurities from said stationary casing.
An extractor of compounds from crushed grapes characterized in that the extractor comprises at least one sonoplate arranged in modules, each module having the at least one sonoplate coupled on the outside of a conduit through which the crushed grapes continuously flow without contact between the crushed grapes and the at least one sonoplate; at least one generator prepared for receiving electrical energy and transmitting it to the at least one sonoplate where it is transformed into vibrating mechanical energy which is transmitted to the crushed grapes, wherein: - the module is configured to transmit to the crushed grapes a power density between 0.15 W/cm 3 and 200 W/cm 3 with a developed power between 2 kW and 10 kW, varying the number of sonoplates per module to achieve said power density, each sonoplate developing a power of 100 to 5000 W, - the at least one sonoplate is configured to transmit to the crushed grapes a working frequency range between 15 and 35 kHz, and - the generator is adapted to reduce the power provided to the at least one sonoplate in response to an increase in temperature. - the module is configured to transmit to the crushed grapes a power density between 0.15 W/cm 3 and 200 W/cm 3 with a developed power between 2 kW and 10 kW, varying the number of sonoplates per module to achieve said power density, each sonoplate developing a power of 100 to 5000 W, - the at least one sonoplate is configured to transmit to the crushed grapes a working frequency range between 15 and 35 kHz, and - the generator is adapted to reduce the power provided to the at least one sonoplate in response to an increase in temperature.
An apparatus specially adapted for inspecting and calculating the residual strength of an aramid fibre elevator suspension cable, the apparatus comprising: a transmitter arranged for introducing a wave within the cable a receiver for receiving the wave travelling along the cable; and a means (35, 38) for processing the first and second signals to calculate the residual strength of the cable, characterized in that the transmitter and receiver are arranged for introducing and receiving an acoustic wave respectively, and the transmitter is arranged to provide a first signal indicative of the time when the transmitter introduces the wave; and the receiver is arranged to provide a second signal indicative of the time when the receiver has received the wave. a transmitter arranged for introducing a wave within the cable a receiver for receiving the wave travelling along the cable; and a means (35, 38) for processing the first and second signals to calculate the residual strength of the cable, characterized in that the transmitter and receiver are arranged for introducing and receiving an acoustic wave respectively, and the transmitter is arranged to provide a first signal indicative of the time when the transmitter introduces the wave; and the receiver is arranged to provide a second signal indicative of the time when the receiver has received the wave.
An observation apparatus comprising: an acquisition unit configured to acquire positional information indicating a position of a bottom surface of a support for supporting an observation target; an imaging optical system configured to form an optical image showing the observation target supported by the support on an image plane, the imaging optical system including a ray deflection optical system configured to deflect a ray; a focus adjustment unit configured to adjust a focal position of the imaging optical system based on the positional information acquired by the acquisition unit; and a control unit configured to perform control for matching an inclination of the image plane on which the optical image is formed to an inclination of an imaging surface of an imaging element based on the positional information acquired by the acquisition unit; wherein the ray deflection optical system is disposed between the bottom surface and the imaging surface; and wherein the control unit is configured to perform control for matching by controlling the ray deflection optical system to deflect the ray such that the inclination of the image plane matches the inclination of the imaging surface. an acquisition unit configured to acquire positional information indicating a position of a bottom surface of a support for supporting an observation target; an imaging optical system configured to form an optical image showing the observation target supported by the support on an image plane, the imaging optical system including a ray deflection optical system configured to deflect a ray; a focus adjustment unit configured to adjust a focal position of the imaging optical system based on the positional information acquired by the acquisition unit; and a control unit configured to perform control for matching an inclination of the image plane on which the optical image is formed to an inclination of an imaging surface of an imaging element based on the positional information acquired by the acquisition unit; wherein the ray deflection optical system is disposed between the bottom surface and the imaging surface; and wherein the control unit is configured to perform control for matching by controlling the ray deflection optical system to deflect the ray such that the inclination of the image plane matches the inclination of the imaging surface.
A convertible vehicle with a hood which is displaceable between a closed position covering a passenger compartment and an open position uncovering at least part of the passenger compartment, wherein the hood can be fixed to a windscreen frame in the closed position using a locking device arranged in the region of a roof header and comprising a closing device and a centring device, and wherein a sensor device is assigned to the roof header, by means of which sensor device a position of the roof header relative to the windscreen frame can be determined, characterised in that the sensor device is integrated in a centring pin of the centring device.
A computer readable storage medium containing instructions that when executed on a data processing system cause the system to perform operations comprising: acquiring a two-dimensional (2-D) X-ray image of a region of interest at approximately a time of treatment, wherein the 2-D X-ray image comprises a first projected image of the region of interest; characterised in that registering the 2-D X-ray image with a corresponding 2-D pre-treatment X-ray image, comprising a second image of the region of interest to obtain a 2-D registration result at approximately the time of treatment; the 2-D pre-treatment X-ray image is acquired directly without intermediate transformation; and converting the 2-D registration result into a 3-D tracking result to track the region of interest at approximately the time of treatment. acquiring a two-dimensional (2-D) X-ray image of a region of interest at approximately a time of treatment, wherein the 2-D X-ray image comprises a first projected image of the region of interest; characterised in that registering the 2-D X-ray image with a corresponding 2-D pre-treatment X-ray image, comprising a second image of the region of interest to obtain a 2-D registration result at approximately the time of treatment; the 2-D pre-treatment X-ray image is acquired directly without intermediate transformation; and converting the 2-D registration result into a 3-D tracking result to track the region of interest at approximately the time of treatment.
A urinary catheter comprising an elongate shaft with an insertion end, a handle connected to said elongate shaft at a distance from said insertion end, and a discharge end extending past said handle in a direction opposite said insertion end, wherein said elongate shaft is provided with at least one discharge channel having an elongate opening extending along said elongate shaft, characterized in that said discharge channel(s), including said elongate opening, further extends at least partly into said discharge end, and in that the discharge end is tapering in a direction away from said handle.
A polynucleotide comprising: a DNA-targeting sequence that is complementary to a target polynucleotide sequence; a Cas9-binding sequence; and, one or more copies of a PUF domain-Binding Sequence, wherein each of said one or more copies of the PBS binds to the same or a different PUF domain; wherein a Cas9 protein is capable of forming a complex with the polynucleotide by binding to the Cas9-binding sequence. a DNA-targeting sequence that is complementary to a target polynucleotide sequence; a Cas9-binding sequence; and, one or more copies of a PUF domain-Binding Sequence, wherein each of said one or more copies of the PBS binds to the same or a different PUF domain;
An implantable apparatus (400, 500) for placement in a gastrointestinal tract, comprising: at least one anchoring component (402, 502); and a sleeve attached to the at least one anchoring component, wherein the sleeve includes a first region (406, 506) having a first porosity and a second region (408, 508) having a second porosity which is different from the first porosity; and wherein the porosity of the first and/or second region changes over time; the pores of the first or second region being filled with a degradable material.
Apparatus for determining and/or monitoring at least one process variable, with at least a substrate, which is essentially made from Al2O3, with at least one sensitive layer, which is at least partially made from platinum, and which is applied to the substrate and which generates at least one measured variable that depends on the process variable and/or on a change in the process variable, and with at least a passivation layer, which is applied to the sensitive layer, wherein the passivation layer consists at least in part of the substrate material, wherein at least a protection layer is provided which is applied to the passivation layer, characterized in that the passivation layer is applied using the screen printing process, and in that the passivation layer is made at least partially from a glass from an Al 2 O 3 -CaO-SrO system or a melt from an Al 2 O 3 -CaO-SrO system.
A vortex flowmeter comprising: a body case including a body passage; a vortex generator placed in the body passage; and a flow rate measuring unit placed downstream of the vortex generator and configured to detect a Karman vortex generated by the vortex generator to measure a flow rate, wherein the flow rate measuring unit comprises: a piezoelectric element and a piezoelectric element case, and the piezoelectric element case comprises: a fitted part fitted in the body case; a pressure receiving part protruding out from a distal end face of the fitted part, the distal end face being located close to the body passage, so that the pressure receiving part is placed inside the body passage; a hollow portion formed in the fitted part along an axial direction of the piezoelectric element case to separate the fitted part and the pressure receiving part from each other; characterised in that a slit is provided inside the pressure receiving part and configured to accommodate the piezoelectric element, and in that the piezoelectric element case includes a pair of ribs provided across the hollow portion, and in that the pair of ribs are arranged along an axial direction of the body passage. wherein the flow rate measuring unit comprises: a piezoelectric element and a piezoelectric element case, and the piezoelectric element case comprises: a fitted part fitted in the body case; a pressure receiving part protruding out from a distal end face of the fitted part, the distal end face being located close to the body passage, so that the pressure receiving part is placed inside the body passage; a hollow portion formed in the fitted part along an axial direction of the piezoelectric element case to separate the fitted part and the pressure receiving part from each other; characterised in that a slit is provided inside the pressure receiving part and configured to accommodate the piezoelectric element, and in that the piezoelectric element case includes a pair of ribs provided across the hollow portion, and in that the pair of ribs are arranged along an axial direction of the body passage. a fitted part fitted in the body case; a pressure receiving part protruding out from a distal end face of the fitted part, the distal end face being located close to the body passage, so that the pressure receiving part is placed inside the body passage; a hollow portion formed in the fitted part along an axial direction of the piezoelectric element case to separate the fitted part and the pressure receiving part from each other; characterised in that a slit is provided inside the pressure receiving part and configured to accommodate the piezoelectric element, and in that the piezoelectric element case includes a pair of ribs provided across the hollow portion, and in that the pair of ribs are arranged along an axial direction of the body passage. and in that the piezoelectric element case includes a pair of ribs provided across the hollow portion, and in that the pair of ribs are arranged along an axial direction of the body passage.
An authentication information management system comprising: an information processing terminal; and an authentication information management apparatus, the information processing terminal including transmission means for transmitting to the authentication information management apparatus account identification information used to identify registered authentication information of a user, and for transmitting check target authentication information of the user, in order to achieve login to online services; the authentication information management apparatus including means for receiving the account identification information transmitted from the information processing terminal, and association means for associating terminal identification information used to identify the information processing terminal with the registered authentication information of the user identified using the received account identification information, wherein authentication is performed in accordance with whether the transmitted check target authentication information corresponds to the registered authentication information with which the terminal identification information used to identify the information processing terminal is associated; characterized in that: information that is obtained from an object to be delivered to the user of the information processing terminal and that is specific to the object is registered in advance as the authentication information, the information processing terminal further comprises a camera which is adapted to capture an image of the object corresponding to the information that is obtained from the object, after delivery of the object to the user; then the transmission means are adapted to store, in storage means, information that is derived from the image and that is specific to the object, and transmits the information derived from the image as the account identification information, wherein the image of the object is an image of a random pattern on a surface of the object, and the information processing terminal transmits the information stored in the storage means as the check target authentication information, in order to achieve login of the user to online services. means for receiving the account identification information transmitted from the information processing terminal, and association means for associating terminal identification information used to identify the information processing terminal with the registered authentication information of the user identified using the received account identification information, wherein
A chewable tablet comprising Valaciclovir or pharmaceutical acceptable salt or derivative thereof in complex with an ion exchange resin, wherein the ratio of Valaciclovir to the ion exchange resin is 1:0.8.
A device for obtaining a desiccated product from blood or derivatives characterised in that it comprises: • a multiple-effect vacuum evaporation system, which concentrates blood; • a vacuum dryer of the blood concentrated in the system of evaporators, characterised in that it comprises vertical heat exchange plates and stirrer mechanisms (3A3) that increase the heat exchange surface; • an ozoniser, which injects ozone into the dryer and exerts some of the effects within the group consisting of deodorising, aseptising and preventing coagulation; and wherein the system of evaporators and/or dryer use the residual effluents of an industry as an energy source. • a multiple-effect vacuum evaporation system, which concentrates blood; • a vacuum dryer of the blood concentrated in the system of evaporators, characterised in that it comprises vertical heat exchange plates and stirrer mechanisms (3A3) that increase the heat exchange surface; • an ozoniser, which injects ozone into the dryer and exerts some of the effects within the group consisting of deodorising, aseptising and preventing coagulation; and
A method for storing gaseous hydrogen, comprising the steps of producing methanoate (formate) through contacting gaseous hydrogen with carbon dioxide in the presence of a hydrogen dependent carbon dioxide reductase (HDCR) which catalyzes the direct conversion of H 2 and CO 2 into HCOOH, and thereby storing of said gaseous hydrogen, wherein said HDCR is part of an enzyme complex with a formate dehydrogenase accessory protein, an electron transfer protein, and a subunit harboring the active site characteristic of an [FeFe]-hydrogenase.
A method for information processing, comprising: obtaining, by a user equipment, a mapping relationship between N and M, wherein the N is a maximum number of beams for obtaining a cell quality, and the M is a number of beams actually sent by a network equipment; determining, by the user equipment, the N based on the mapping relationship between the N and the M, and on the M, wherein each mapping relationship between the N and the M corresponds to at least one period, wherein there are a plurality of mapping relationships between the N and the M, and wherein the period corresponding to the mapping relationship between the N and the M is configured by the network equipment. obtaining, by a user equipment, a mapping relationship between N and M, wherein the N is a maximum number of beams for obtaining a cell quality, and the M is a number of beams actually sent by a network equipment; determining, by the user equipment, the N based on the mapping relationship between the N and the M, and on the M, wherein each mapping relationship between the N and the M corresponds to at least one period, wherein there are a plurality of mapping relationships between the N and the M, and wherein the period corresponding to the mapping relationship between the N and the M is configured by the network equipment.
A roof vent, comprising: a first vent member (100, 300) comprising a first opening (110, 310) that permits air flow between a region below a roof and a region above the first vent member (110, 310); and a second vent member adapted to be in fluid communication with the region above the first vent member, the second vent member comprising a second opening permitting air flow between regions above and below the second vent member; characterized in that at least one of the first and second vent members (100, 200, 300) includes a fire-resistant mesh material comprising flame-resistant stainless steel wool that provides a net free ventilating area with greater than about 90 % open area and substantially prevents the ingress of floating embers through the first opening (110, 310) or the second opening. a first vent member (100, 300) comprising a first opening (110, 310) that permits air flow between a region below a roof and a region above the first vent member (110, 310); and a second vent member adapted to be in fluid communication with the region above the first vent member, the second vent member comprising a second opening permitting air flow between regions above and below the second vent member;
A mobile radiography apparatus comprising: a moveable transport frame; an adjustable support structure coupled to the moveable transport frame; an x-ray source coupled to the adjustable support structure; a detector recharge device configured to charge at least one portable radiographic detector (460, 660) at the mobile radiography apparatus, and a storage slot in the movable transport frame configured to receive a grid holder assembly with the portable radiographic detector (460, 660), wherein the detector recharge device includes a connector system that automatically mates to the grid holder assembly to charge the detector when stored, characterized in that the slot comprises a decreasing cross-sectional size to increase frictional resistance between opposing sides of the slot and sides of the grid holder assembly as the grid holder assembly is inserted into the slot and moved towards a bottom of the slot. a moveable transport frame; an adjustable support structure coupled to the moveable transport frame; an x-ray source coupled to the adjustable support structure; a detector recharge device configured to charge at least one portable radiographic detector (460, 660) at the mobile radiography apparatus, and a storage slot in the movable transport frame configured to receive a grid holder assembly with the portable radiographic detector (460, 660),