mhurhangee/ep-ind-claims huggingface dataset:
Screening device for a separation screen of solid materials, comprising: - a rotary shaft, - a plurality of screening tools mounted solid on said rotary shaft, adjacent and reciprocally distanced and comprising at least a plate with a radial development with respect to said rotary shaft, and - a plurality of tubular sleeves, each of which is mounted, free to rotate, on said rotary shaft and interposed between a pair of consecutive screening tools, each tubular sleeve having respective end edges located during use substantially facing the respective plate of the corresponding screening tool, characterized in that each of said plates is provided with a protective lip protruding from said plate so as to overlap, during use, at least one of said end edges of said tubular sleeves, said protective lip having an annular shape and being configured so as to surround in direct proximity at least one of said end edges. - a rotary shaft, - a plurality of screening tools mounted solid on said rotary shaft, adjacent and reciprocally distanced and comprising at least a plate with a radial development with respect to said rotary shaft, and - a plurality of tubular sleeves, each of which is mounted, free to rotate, on said rotary shaft and interposed between a pair of consecutive screening tools, each tubular sleeve having respective end edges located during use substantially facing the respective plate of the corresponding screening tool,
A capacitive deionization electrode module comprising: a cylindrical housing having a hole formed at the center thereof; a pair of circular electrodes disposed inside the cylindrical housing and having a hole formed at the center thereof; and circular intermediate electrodes spaced apart from each other by a given distance between the pair of circular electrodes and each having a hole formed at the center thereof, wherein the circular electrodes and the circular intermediate electrodes have a diameter in a range of 30 to 40 cm, and the pair of circular electrodes is connected to a DC power supply so that a cathode is formed on one side thereof and an anode is formed on the other side thereof, and each of the circular intermediate electrodes has a cathode formed on one surface thereof and an anode formed on the other surface thereof, characterized in that cation exchange resins and anion exchange resins are mixedly filled in a flow path between the respective electrodes (22, 23) of the capacitive deionization electrode module with concentration gradients opposite to each other so that a relatively large number of cation exchange resins are distributed to the anodes and a relatively large number of anion exchange resins are distributed to the cathodes. a cylindrical housing having a hole formed at the center thereof; a pair of circular electrodes disposed inside the cylindrical housing and having a hole formed at the center thereof; and circular intermediate electrodes spaced apart from each other by a given distance between the pair of circular electrodes and each having a hole formed at the center thereof, wherein the circular electrodes and the circular intermediate electrodes have a diameter in a range of 30 to 40 cm, and the pair of circular electrodes is connected to a DC power supply so that a cathode is formed on one side thereof and an anode is formed on the other side thereof, and each of the circular intermediate electrodes has a cathode formed on one surface thereof and an anode formed on the other surface thereof, characterized in that cation exchange resins and anion exchange resins are mixedly filled in a flow path between the respective electrodes (22, 23) of the capacitive deionization electrode module with concentration gradients opposite to each other so that a relatively large number of cation exchange resins are distributed to the anodes and a relatively large number of anion exchange resins are distributed to the cathodes.
Moisture measurement apparatus for detecting moisture content, particularly soil moisture content, the apparatus comprising: - an airship configured to float over an observation area of the earth's surface, when a carrier gas filled volume of the airship is at least partly filled with a carrier gas; - a neutron moderator carried by the airship and configured to slow down neutrons scattered and/or reflected at the observation area of the earth's surface, wherein the carrier gas is configured to at least partially serve as the neutron moderator; - a neutron detector at least partly surrounded by the neutron moderator and configured to detect a neutron density, wherein the at least one neutron detector is positioned inside the carrier gas filled volume of the airship; and - an evaluation module configured to determine the moisture content from the detected neutron density. - an airship configured to float over an observation area of the earth's surface, when a carrier gas filled volume of the airship is at least partly filled with a carrier gas; - a neutron moderator carried by the airship and configured to slow down neutrons scattered and/or reflected at the observation area of the earth's surface, wherein the carrier gas is configured to at least partially serve as the neutron moderator; - a neutron detector at least partly surrounded by the neutron moderator and configured to detect a neutron density, wherein the at least one neutron detector is positioned inside the carrier gas filled volume of the airship; and - an evaluation module configured to determine the moisture content from the detected neutron density.
A monolithic microwave integrated circuit, MMIC, front-end module comprising: a gallium nitride structure supported by a silicon substrate; a silicon-based transmit/receive switch having a transmit mode and a receive mode; a transmit amplifier configured to amplify an outgoing signal to be transmitted by said MMIC front-end module, wherein said transmit amplifier is electrically connected to said transmit/receive switch, wherein said transmit amplifier comprises a gallium nitride high-electron-mobility transistor, HEMT, formed in said gallium nitride structure; and a receive amplifier configured to amplify an incoming signal received by said MMIC front-end module, wherein said receive amplifier is electrically connected to said transmit/receive switch, wherein said receive amplifier comprises a gallium nitride HEMT formed in said gallium nitride structure, characterized in that said gallium nitride structure comprises a first gallium nitride island and a second gallium nitride island, wherein said first gallium nitride island and said second gallium nitride island are physically separated and laterally co-arranged on the silicon substrate. a gallium nitride structure supported by a silicon substrate; a silicon-based transmit/receive switch having a transmit mode and a receive mode; a transmit amplifier configured to amplify an outgoing signal to be transmitted by said MMIC front-end module, wherein said transmit amplifier is electrically connected to said transmit/receive switch, wherein said transmit amplifier comprises a gallium nitride high-electron-mobility transistor, HEMT, formed in said gallium nitride structure; and a receive amplifier configured to amplify an incoming signal received by said MMIC front-end module, wherein said receive amplifier is electrically connected to said transmit/receive switch, wherein said receive amplifier comprises a gallium nitride HEMT formed in said gallium nitride structure, characterized in that said gallium nitride structure comprises a first gallium nitride island and a second gallium nitride island, wherein said first gallium nitride island and said second gallium nitride island are physically separated and laterally co-arranged on the silicon substrate.
A data transmission method, characterized by comprising: receiving, by a terminal device, a correspondence indication information sent by a core network, CN, device, the correspondence indication information being in a User Equipment Route Selection Policy, URSP, and being used for indicating a correspondence between an access type and a CN type, wherein the access type comprises 3rd Generation Partnership Project, 3GPP, access and Non-3GPP, N3GPP, access and the CN type comprises Evolved Packet Core, EPC and 5G Core, 5GC; determining, by the terminal device, a target access type for uplink data in multiple different access types; determining, by the terminal device, a target-type CN corresponding to the target access type according to the correspondence between the access type and the CN type; and sending, by the terminal device, the uplink data using at least one data flow corresponding to the target-type CN. receiving, by a terminal device, a correspondence indication information sent by a core network, CN, device, the correspondence indication information being in a User Equipment Route Selection Policy, URSP, and being used for indicating a correspondence between an access type and a CN type, wherein the access type comprises 3rd Generation Partnership Project, 3GPP, access and Non-3GPP, N3GPP, access and the CN type comprises Evolved Packet Core, EPC and 5G Core, 5GC; determining, by the terminal device, a target access type for uplink data in multiple different access types; determining, by the terminal device, a target-type CN corresponding to the target access type according to the correspondence between the access type and the CN type; and sending, by the terminal device, the uplink data using at least one data flow corresponding to the target-type CN.
An oral care composition comprising a basic amino acid or a salt thereof in an amount of from 0.001 weight % to 0.04 weight % by total weight of the composition, and an orally acceptable carrier.
A gas turbine engine (20; 100) comprising: a primary flowpath fluidly connecting a compressor section (24; 110), a combustor section (26; 110), and a turbine section (28; 130); and a heat exchanger including a first inlet connected to a high pressure compressor bleed, a first outlet connected to a high pressure turbine inlet, the heat exchanger further including a second inlet fluidly connected to a supercritical CO2 work recovery cycle and a second outlet connected to the sCO2 work recovery cycle, characterised in that: the sCO2 work recovery cycle is an overexpanded, recuperated work recovery cycle; and the heat exchanger is disposed in the primary flowpath of the gas turbine engine (20; 100) and is aft of the turbine section (28; 130). a primary flowpath fluidly connecting a compressor section (24; 110), a combustor section (26; 110), and a turbine section (28; 130); and a heat exchanger including a first inlet connected to a high pressure compressor bleed, a first outlet connected to a high pressure turbine inlet, the heat exchanger further including a second inlet fluidly connected to a supercritical CO2 work recovery cycle and a second outlet connected to the sCO2 work recovery cycle, characterised in that: the sCO2 work recovery cycle is an overexpanded, recuperated work recovery cycle; and the heat exchanger is disposed in the primary flowpath of the gas turbine engine (20; 100) and is aft of the turbine section (28; 130). the sCO2 work recovery cycle is an overexpanded, recuperated work recovery cycle; and the heat exchanger is disposed in the primary flowpath of the gas turbine engine (20; 100) and is aft of the turbine section (28; 130).
A compound of formula wherein n is 0, 1 or 2, R 1 is H, or an amino acid side chain which, if a functional group is present, may optionally be substituted by a C 1 -C 6 alkylgroup, a C 1 -C 6 alkylcarbonyl group or a C 1 -C 6 alkoxycarbonyl group, R 2 is H or Methyl, and R 3 is selected from the group consisting of H, a C 1 -C 6 alkyl group and an arylC 1 -C 6 alkanyl group or a cosmetically acceptable salt thereof. n is 0, 1 or 2, R 1 is H, or an amino acid side chain which, if a functional group is present, may optionally be substituted by a C 1 -C 6 alkylgroup, a C 1 -C 6 alkylcarbonyl group or a C 1 -C 6 alkoxycarbonyl group, R 2 is H or Methyl, and R 3 is selected from the group consisting of H, a C 1 -C 6 alkyl group and an arylC 1 -C 6 alkanyl group
A computer-implemented method comprising: receiving, at a network node, an encrypted seed, generated at a data center, having at least a location of user data at a network service that stores the user data at the data center, and a cryptographic key to access the user data, in response to a user login attempt to the network service, wherein receiving the encrypted seed comprises receiving the encrypted seed as part of a content tag, included in a login page upon said login attempt, to initiate a content request, for obtaining the user data, by the network node; requesting, by using the encrypted seed, the user data by the network node from the location at the network service contained in the encrypted seed using at least the received cryptographic key; receiving and storing the user data at the network node, wherein the network node is physically closer than the network service to a location of the user; and enabling user access to the stored user data at the network node rather than from the network service, in response to successful authentication of the user resulting from the user login attempt. receiving, at a network node, an encrypted seed, generated at a data center, having at least a location of user data at a network service that stores the user data at the data center, and a cryptographic key to access the user data, in response to a user login attempt to the network service, wherein receiving the encrypted seed comprises receiving the encrypted seed as part of a content tag, included in a login page upon said login attempt, to initiate a content request, for obtaining the user data, by the network node; requesting, by using the encrypted seed, the user data by the network node from the location at the network service contained in the encrypted seed using at least the received cryptographic key; receiving and storing the user data at the network node, wherein the network node is physically closer than the network service to a location of the user; and enabling user access to the stored user data at the network node rather than from the network service, in response to successful authentication of the user resulting from the user login attempt.
Miniature drive for operating automobile latches, comprising a mechanism which is associated with a latch housing and has a worm wheel, and a motor which has a lock preventing the mechanism from rotating backward, the lock being a locking element that acts mechanically and allows the mechanism which has the worm wheel to rotate backward slightly, which locking element is then designed to prevent further rotation counter to the drive direction, characterized in that the locking element allows the slight backward rotation over a predetermined region.
A glass substrate with a conductive film for a solar cell, which comprises a glass substrate having a thickness of 2 mm or less and a conductive film formed on the glass substrate, wherein (a) the warp deformation amount W of the glass substrate is 0.5 μm/cm 2 or less, and (b) the warp deformation amount W of the glass substrate is determined by placing the glass substrate having the conductive film thereon, after heating the same at 500°C for 30 minutes, on a plate with the conductive film surface up, measuring the maximum warp deformation amount D and the diagonal length L of the glass substrate, and calculating W using the formula W = D/L 2, characterized in that the strain point of the glass substrate is 525°C or more and the film formation temperature of the conductive film is from 420 to 600°C. (a) the warp deformation amount W of the glass substrate is 0.5 μm/cm 2 or less, and (b) the warp deformation amount W of the glass substrate is determined by placing the glass substrate having the conductive film thereon, after heating the same at 500°C for 30 minutes, on a plate with the conductive film surface up, measuring the maximum warp deformation amount D and the diagonal length L of the glass substrate, and calculating W using the formula W = D/L 2, characterized in that the strain point of the glass substrate is 525°C or more and the film formation temperature of the conductive film is from 420 to 600°C.
A motor control device comprising: a control method switching unit which is configured to acquire a rotational speed of a motor configured to rotationally drive a piston rotor (13A, 13B) of a rotary compressor for an air conditioner, and to switch a control method of the motor to a control method with higher efficiency on the basis of the efficiency of the motor at the acquired rotational speed, characterized in that the control method switching unit is configured to switch the control method of the motor to sensorless vector control when the rotational speed of the motor during a cooling intermediate output becomes less than a predetermined threshold value, the cooling intermediate output being an operation after a set temperature have been reached during cooling. a control method switching unit which is configured to acquire a rotational speed of a motor configured to rotationally drive a piston rotor (13A, 13B) of a rotary compressor for an air conditioner, and to switch a control method of the motor to a control method with higher efficiency on the basis of the efficiency of the motor at the acquired rotational speed, characterized in that the control method switching unit is configured to switch the control method of the motor to sensorless vector control when the rotational speed of the motor during a cooling intermediate output becomes less than a predetermined threshold value, the cooling intermediate output being an operation after a set temperature have been reached during cooling.
Power tool, in particular a drilling and percussion tool comprising a drive shaft and two driven elements (14, 16), wherein the drive shaft can be operatively connected to each of the driven elements (14, 16) via a clutch sleeve (18, 20) of the power tool, wherein the clutch sleeves (18, 20) are actuatable by means of a rotatable mechanical actuating element of the power tool, particularly a mechanical rotary switch, wherein the actuating element comprises a transmission device (24.1, 24.2) which is positionally fixed relative to the actuating element, and which can be brought into direct contact with the respective clutch sleeve (18, 20) in order to actuate one of said clutch sleeves (18, 20), characterised in that one driven element can be locked against rotation by a locking mechanism of the power tool, wherein the locking mechanism in the form of a locking plate is spring-loaded towards the clutch sleeves, and the actuating element in the form of a rotary switch is fitted in such manner as to allow locking of the respective driven element only when the allocated clutch sleeve is disengaged.
Arrangement for supplying propulsion power to a contra rotating propellers propulsion system in a marine vessel, which arrangement comprises a first propeller driven by a rotating power unit and a second propeller driven by an AC motor, whereby the second propeller is rotated in the opposite direction as the first propeller, wherein an AC generator is driven by the rotating power unit and the AC generator is electrically connected to the AC motor, characterized in that the rotation speed of the second propeller is between 95% and 150% of the rotation speed of the first propeller, that the AC motor and the AC generator have the same electrical frequency, and that the pole number of the AC generator is from 2 to 40 and the pole number of the AC motor is from 2 to 40 so that the ratio of the pole numbers of the AC motor and the AC generator is from 0.05 to 20.
Assembly for installing and/or renovating a window, in a window reveal of a wall having an external heat insulation layer, the assembly comprising: - a sub-frame intended to be inserted into the window reveal, the sub-frame having a top panel and a bottom panel opposite one another; - a roller shutter box including means for at least partially blocking light intended to block one end of the sub-frame, characterised in that the sub-frame comprises a peripheral rail in which the external heat insulation layer is intended to be integrated, the peripheral rail having a top portion formed by a front panel in the continuation of the top panel in a substantially perpendicular manner, the box being intended to be mounted on the front panel, and in that the peripheral rail has, on at least one top panel, a deflector intended to bear against the wall to divert rain water running along the wall towards the box, and in that the top portion of the peripheral rail comprises a rain guard having openings intended to evacuate the running water originating from the deflector. - a sub-frame intended to be inserted into the window reveal, the sub-frame having a top panel and a bottom panel opposite one another; - a roller shutter box including means for at least partially blocking light intended to block one end of the sub-frame, characterised in that the sub-frame comprises a peripheral rail in which the external heat insulation layer is intended to be integrated, the peripheral rail having a top portion formed by a front panel in the continuation of the top panel in a substantially perpendicular manner, the box being intended to be mounted on the front panel, and in that the peripheral rail has, on at least one top panel, a deflector intended to bear against the wall to divert rain water running along the wall towards the box, and in that the top portion of the peripheral rail comprises a rain guard having openings intended to evacuate the running water originating from the deflector.
A method for determining the progression of the disease or a prognosis for survival of a patient with acute myeloid leukaemia, or the risk of a relapse of acute myeloid leukaemia in a patient diagnosed and, optionally, treated for acute myeloid leukaemia, characterized in that said method comprising: a) determining the level of CXXC5 mRNA expression in a biological sample. from said patient, b) comparing the level of CXXC5 mRNA expression in said sample to a reference level of CXXC5, whereby a level of CXXC5 mRNA expression in said sample of said patient lower than the reference level correlates with better prognosis and increased survival of said patient, slower progression of the disease or lower risk of a relapse, and whereby a level of CXXC5 mRNA expression in said sample higher than the reference level correlates with decreased survival and bad prognosis, faster progression of the disease or higher risk of relapse. a) determining the level of CXXC5 mRNA expression in a biological sample. from said patient, b) comparing the level of CXXC5 mRNA expression in said sample to a reference level of CXXC5,