mhurhangee/ep-ind-claims huggingface dataset:
A rotary power tool comprising: a drive mechanism including an electric motor and a transmission; a housing enclosing at least a portion of the drive mechanism, the housing including an annular portion; a spindle rotatable in response to receiving torque from the drive mechanism; a first ratchet coupled for co-rotation with the spindle; a second ratchet rotationally fixed to the housing; a sleeve bushing on an inner surface of the annular portion of the housing; and a bearing arranged between the spindle and the sleeve bushing and rotatably supporting the spindle, the bearing having an outer race, wherein the spindle is movable relative to the annular portion of the housing in response to contact with a workpiece, causing the first and second ratchets (42, 46) to engage and the spindle to reciprocate while rotating, and wherein the outer race of the bearing moves along the sleeve bushing during reciprocation of the spindle when the first ratchet and second ratchet are engaged, and characterized in that the first ratchet and the bearing are set within a cylindrical cavity defined within the annular portion of the transmission housing. a drive mechanism including an electric motor and a transmission; a housing enclosing at least a portion of the drive mechanism, the housing including an annular portion; a spindle rotatable in response to receiving torque from the drive mechanism; a first ratchet coupled for co-rotation with the spindle; a second ratchet rotationally fixed to the housing; a sleeve bushing on an inner surface of the annular portion of the housing; and a bearing arranged between the spindle and the sleeve bushing and rotatably supporting the spindle, the bearing having an outer race, wherein the spindle is movable relative to the annular portion of the housing in response to contact with a workpiece, causing the first and second ratchets (42, 46) to engage and the spindle to reciprocate while rotating, and wherein the outer race of the bearing moves along the sleeve bushing during reciprocation of the spindle when the first ratchet and second ratchet are engaged, and characterized in that the first ratchet and the bearing are set within a cylindrical cavity defined within the annular portion of the transmission housing.
A riding grass-mower, comprising a mower unit which has a mower deck such that an upper face is constituted with a mower deck top-plate member and a lower face is opened, and is configured to mow a grass, wherein the mower unit, in an interior part of the mower deck, has: a pair of mowing blades (1110, 1120) which are provided side by side in a left-and-right direction, and are configured to mow the grass; and a mowed-grass guiding passage which is provided at a mower central part in the left-and-right direction, and is configured to guide the mowed grass, and the riding grass-mower comprises a shielding member which is configured to shield the mowed-grass guiding passage, wherein the shielding member has: a shielding plate which is configured to shield the mowed-grass guiding passage; and a mowed-grass branching member which is provided on the shielding plate, and is configured to guide the mowed grass to respective sides of the pair of the mowing blades (1110,1120), and the shielding member is attachable and detachable, characterised in that an air intake hole is provided at such a portion of the mower deck top-plate member as is placed at a top of the mowed-grass guiding passage.
Method for inhibiting corrosion in a water system having from 0.1-1.0 ppm of orthophosphate therein, the corrosion inhibition method comprising adding to said system an effective amount to inhibit corrosion of metals in contact with said water system of a hydroxy acid compound having the formula Q'- a - b - c -COOH wherein a, b, and c are integers of from 0 to 6 with the proviso that (a+b+c>0); R1, R2, and R3 are repeat units in either random or block sequence and are individually chosen from C=O or CY'Z' wherein Y' and Z' are individually selected from the group of H, OH, CHO, COOH, CH 3, CH 2 OH, CH 2, CH 2 (COOH), CH (COOH), CH 2, and CH CHO, Q' is COOH or CH 2 OH, said hydroxy acid being present in an amount of 1 to 49 ppm, and further comprising adding a poly(epoxysuccinic) acid to said water system in an amount of 1 to 40 ppm.
A humidifier system for humidifying gas delivered to a patient, comprising: a liquid source; and a humidification unit (201a, 201b, 201c) for disposing on a patient circuit that is configured to provide gas to a patient, wherein the humidification unit (201a, 201b, 201c) comprises: a liquid chamber for receiving liquid from the liquid source, a nebulizer for nebulizing liquid from the liquid chamber to form aerosolized particles, an aerosol chamber for receiving aerosolized particles from the nebulizer, and a heat source (309a, 309b, 315) for converting the aerosolized particles into a vapor that humidifies gas in the patient circuit, characterized in that the humidification unit (201a, 201b) further comprises a hydrophobic membrane for separating the aerosol chamber from the patient circuit, and wherein the hydrophobic membrane is able to prevent liquid from entering the patient circuit from the aerosol chamber but permits vapor to enter the patient circuit from the aerosol chamber. a liquid source; and a humidification unit (201a, 201b, 201c) for disposing on a patient circuit that is configured to provide gas to a patient, wherein the humidification unit (201a, 201b, 201c) comprises: a liquid chamber for receiving liquid from the liquid source, a nebulizer for nebulizing liquid from the liquid chamber to form aerosolized particles, an aerosol chamber for receiving aerosolized particles from the nebulizer, and a heat source (309a, 309b, 315) for converting the aerosolized particles into a vapor that humidifies gas in the patient circuit, a liquid chamber for receiving liquid from the liquid source, a nebulizer for nebulizing liquid from the liquid chamber to form aerosolized particles, an aerosol chamber for receiving aerosolized particles from the nebulizer, and a heat source (309a, 309b, 315) for converting the aerosolized particles into a vapor that humidifies gas in the patient circuit, characterized in that the humidification unit (201a, 201b) further comprises a hydrophobic membrane for separating the aerosol chamber from the patient circuit, and wherein the hydrophobic membrane is able to prevent liquid from entering the patient circuit from the aerosol chamber but permits vapor to enter the patient circuit from the aerosol chamber.
A system for shedding redundant launcher tank mass, comprising progressing means, and cutting means (440, 440A, 475, 610) configured to cut redundant propellant tank wall said system configured to progress inside said tank (220, 230, 240, 710, 830, 910, 915, 1210), along said tank wall (410, 525) in an initially predetermined rate.
A motor-driven machine tool unit having a stator unit and a rotor unit rotatable about an axis of rotation, wherein the rotor unit has a spindle head with a tool receiving unit with a tool tensioning device that can be adjusted in the longitudinal direction of the axis of rotation and can be acted upon with a tensioning force for tensioning and fixing a releasably fixable tool, characterised in that a testing device for testing the tensioning state of the tool is provided, which has exactly one sensor head for sensor detection, wherein the sensor head is arranged on the stator unit at a fixed position in such a way that it measures the distance to an end part of the spindle head rotating relative to the sensor head, wherein the testing device is designed to produce a chronological and/or position-related sequence of at least two distance values and/or at least two successive series (20, 21) of at least two distance values in each case, in order to determine a runout error in particular solely from the chronological and/or position-related sequence of distance values.
A fluidtight tank, of which at least one wall comprises a fluidtight membrane intended to be in contact with product contained in the tank, and a support adjacent to the membrane, in which tank the membrane comprises at least one corrugated metal sheet having a first series of mutually parallel corrugations and a second series of mutually parallel corrugations which run transverse to the corrugations of the first series, wherein the corrugation of the second series intersect the corrugation of the first series at intersections between corrugations, characterized in that the wall comprises a reinforcing element inserted under a corrugation of the first series, between the fluidtight membrane and the support, and that the corrugated metal sheet has an undercut at an intersection between the corrugation of the first series and a corrugation of the second series on a side of the corrugated metal sheet which faces the support, wherein the reinforcing element has tabs at an end of the reinforcing element, the tabs allowing the reinforcing element to be fixed to the corrugated metal sheet by being clipped to or wedged in the undercut.
A radio frequency channel, comprising: a first antenna, a low noise amplifier, a power divider, at least two first single-pole, n-throw switches (SPNT11, SPNT12), at least four first filters (FT11-FT14), and at least two first radio frequency chips (RFIC1, RFIC2) wherein each of the at least four first filters (FT11, FT14) corresponds to a filtering band; the first antenna is configured to receive a first radio frequency signal and to transmit the first radio frequency signal to the low noise amplifier; the low noise amplifier is configured to amplify the first radio frequency signal and to transmit the amplified first radio frequency signal to the power divider; the power divider is configured to divide the amplified first radio frequency signal into at least two first radio frequency sub-signals and to separately transmit each of the first radio frequency sub-signals to one of the at least two first single-pole, n-throw switches (SPNT11, SPNT12), wherein the at least two first single-pole, n-throw switches (SPNT11, SPNT12) are characterized by single-input multi-output; each of the at least two first single-pole, n-throw switches (SPNT11, SPNT12) is configured to connect a received first radio frequency sub-signal to at least two first filters of the at least four first filters (FT11-FT14), the at least two first filters (FT11, FT12) being configured to filter received first radio frequency sub-signals to obtain at least two filtered first radio frequency sub-signals, and to transmit the at least two filtered first radio frequency sub-signals to one of the at least two first radio frequency chips (RFIC1, RFIC2); and one of the at least two first radio frequency chips (RFIC1, RFIC2) being configured to demodulate the at least two filtered first radio frequency sub-signals.
A folding unit for folding sheet-like products made of tissue paper or the like, comprising a first folding cylinder and a second folding cylinder mutually counter-rotating and tangentially cooperating in a release and pinch point to carry out the folding of said sheet-like products, said first folding cylinder comprising a work surface, paper material cutting means extending along respective generatrices of the first folding cylinder regularly spaced around the circumference, and vacuum means (5, 6, 5', 6') adapted to hold said sheet-like products over said work surface, wherein said vacuum means (5, 6, 5', 6') comprise first vacuum means (5, 6) extensively distributed over said work surface adapted to transmit a high vacuum over a determined rotation angle of the first folding cylinder upstream of said release point, and to transmit a rough vacuum or no vacuum over a determined rotation angle downstream of said release point, characterized in that it further comprises second vacuum means (5', 6'), pneumatically independent with respect to said first vacuum means (5, 6), arranged immediately upstream of respective cutting means and adapted to transmit a high vacuum at least over a determined rotation angle downstream of said release point.
Heat pump system comprising: a first heat pump arrangement (101, 111) comprising a compressor having a compressor output; a second heat pump arrangement (102, 114) comprising an input portion and an output portion and including an evaporator (120, 202, 320) and a liquefier (122, 206, 306); and a coupler for thermally coupling the first heat pump arrangement (101, 111) and the second heat pump arrangement (102, 114), the coupler comprising: a first heat exchanger having a primary side and a secondary side, the secondary side of the first heat exchanger being coupled to the evaporator (120, 202, 320) of the second heat pump arrangement (102, 114), and the primary side of the first heat exchanger being coupled to the first heat pump arrangement (101, 111) and a second heat exchanger having a primary side and a secondary side, the secondary side of the second heat exchanger being coupled to the liquefier (122, 306) of the second heat pump arrangement (102, 114), and the primary side of the second heat exchanger being coupled to the first heat pump arrangement (101, 111), wherein a working liquid within the first heat pump arrangement (101, 111) comprises CO2, and a working liquid within the second heat pump arrangement (102, 114) comprises water. a first heat pump arrangement (101, 111) comprising a compressor having a compressor output; a second heat pump arrangement (102, 114) comprising an input portion and an output portion and including an evaporator (120, 202, 320) and a liquefier (122, 206, 306); and a coupler for thermally coupling the first heat pump arrangement (101, 111) and the second heat pump arrangement (102, 114), the coupler comprising: a first heat exchanger having a primary side and a secondary side, the secondary side of the first heat exchanger being coupled to the evaporator (120, 202, 320) of the second heat pump arrangement (102, 114), and the primary side of the first heat exchanger being coupled to the first heat pump arrangement (101, 111) and a second heat exchanger having a primary side and a secondary side, the secondary side of the second heat exchanger being coupled to the liquefier (122, 306) of the second heat pump arrangement (102, 114), and the primary side of the second heat exchanger being coupled to the first heat pump arrangement (101, 111), a first heat exchanger having a primary side and a secondary side, the secondary side of the first heat exchanger being coupled to the evaporator (120, 202, 320) of the second heat pump arrangement (102, 114), and the primary side of the first heat exchanger being coupled to the first heat pump arrangement (101, 111) and a second heat exchanger having a primary side and a secondary side, the secondary side of the second heat exchanger being coupled to the liquefier (122, 306) of the second heat pump arrangement (102, 114), and the primary side of the second heat exchanger being coupled to the first heat pump arrangement (101, 111), wherein a working liquid within the first heat pump arrangement (101, 111) comprises CO2, and a working liquid within the second heat pump arrangement (102, 114) comprises water.
A method for an access point, AP, to transmit a frame in a wireless local area network, WLAN, the method comprising: receiving a wake-up radio, WUR, mode request frame from a station, STA through a primary connectivity radio, PCR, determining a WUR identifier, WID, for identifying the STA in a wake-up radio, WUR, mode and a group identifier, GID, for identifying a STA group to which the STA belongs; transmitting a WUR mode response frame including the WID and the GID through the PCR; and transmitting a WUR frame for waking up a plurality of STAs comprising the STA operating in the WUR mode based on the GID or the WID, wherein the GID is allocated using a portion of an ID space available for WUR and the WID is allocated using a portion other than the portion of the ID space used for the GID, wherein an entire range of the ID space is from 0 to 4095. receiving a wake-up radio, WUR, mode request frame from a station, STA through a primary connectivity radio, PCR, determining a WUR identifier, WID, for identifying the STA in a wake-up radio, WUR, mode and a group identifier, GID, for identifying a STA group to which the STA belongs; transmitting a WUR mode response frame including the WID and the GID through the PCR; and transmitting a WUR frame for waking up a plurality of STAs comprising the STA operating in the WUR mode based on the GID or the WID, wherein the GID is allocated using a portion of an ID space available for WUR and the WID is allocated using a portion other than the portion of the ID space used for the GID, wherein an entire range of the ID space is from 0 to 4095.
A rotorcraft fuel system comprising: a fuel tank including a plurality of interconnected fuel bags (100, 102, 104, 106, 108, 110) operable to contain liquid fuel; and a network of straps (132, 134, 136, 138, 140, 142, 144, 146) disposed about the fuel tank forming a restraint assembly; characterized in that the network of straps includes at least one perimeter strap extending at least partially about at least two fuel bags (100, 102, 104, 106) and at least one surrounding strap extending at least partially about the at least two fuel bags (104, 106) such that the at least one perimeter strap and the at least one surrounding strap have at least two (156, 158) intersections. a fuel tank including a plurality of interconnected fuel bags (100, 102, 104, 106, 108, 110) operable to contain liquid fuel; and a network of straps (132, 134, 136, 138, 140, 142, 144, 146) disposed about the fuel tank forming a restraint assembly; characterized in that the network of straps includes at least one perimeter strap extending at least partially about at least two fuel bags (100, 102, 104, 106) and at least one surrounding strap extending at least partially about the at least two fuel bags (104, 106) such that the at least one perimeter strap and the at least one surrounding strap have at least two (156, 158) intersections.
A plurality of security documents, each of the plurality of security documents comprising: a polymer substrate having first and second surfaces, at least one opacifying layer on the first and/or second surface of the substrate, and a plurality of laterally-spaced window regions, each window region being defined by a gap in at least one of the opacifying layer(s), at least one of the opacifying layers being present between the laterally-spaced window regions, each of the plurality of window regions containing a security device comprising at least an optically variable effect generating relief structure on the first or second surface of the substrate, each of the respective security devices exhibiting an optically variable effect of different appearance from one another, wherein the respective relief structures are formed in a layer of curable material applied to the surface of the substrate, and the respective relief structures on at least one surface of the substrate are in register with one another such that the relief structures have substantially the same position with respect to one another on each of the plurality of security documents. a polymer substrate having first and second surfaces, at least one opacifying layer on the first and/or second surface of the substrate, and a plurality of laterally-spaced window regions, each window region being defined by a gap in at least one of the opacifying layer(s), at least one of the opacifying layers being present between the laterally-spaced window regions, each of the plurality of window regions containing a security device comprising at least an optically variable effect generating relief structure on the first or second surface of the substrate, each of the respective security devices exhibiting an optically variable effect of different appearance from one another, wherein the respective relief structures are formed in a layer of curable material applied to the surface of the substrate, and the respective relief structures on at least one surface of the substrate are in register with one another such that the relief structures have substantially the same position with respect to one another on each of the plurality of security documents.
A liquid pharmaceutical formulation of Bendamustine consisting of Bendamustine, a pharmaceutically acceptable salt and/or a hydrate form thereof, N,N-Dimethylacetamide, and water, characterized in that the concentration of Bendamustine is 90-200 mg/mL and the amount of water is 1% to 30% v/v.
A method of classifying a sample of a patient who suffers from or being at risk of developing cancer, said method comprising the steps of: a) determining in said sample from said patient, on a non-protein basis, the expression level of at least one gene encoding for estrogen receptor 1 and/or progesterone receptor in said sample; b) comparing the one or more expression level(s) determined in step a) with one or more expression level(s) of one or more reference genes c) classifying the sample of said patient from the outcome of the comparison in step b) into one of at least two classifications wherein further said cancer is lung cancer. a) determining in said sample from said patient, on a non-protein basis, the expression level of at least one gene encoding for estrogen receptor 1 and/or progesterone receptor in said sample; b) comparing the one or more expression level(s) determined in step a) with one or more expression level(s) of one or more reference genes c) classifying the sample of said patient from the outcome of the comparison in step b) into one of at least two classifications
A device for transmitting data messages relating to consumption data of a supplied utility, the device being arranged as a communication unit of a consumption meter, wherein the device is arranged for encoding and transmitting a data message which comprises two parts: - a first part which comprises a payload and being encoded in accordance with a communication protocol, and - a second part which comprises error-correcting information for enabling a receiver device to correct errors in the data message, characterised in that the data message is encoded so that the first part forms an independent sub data message which can be received independently of the second part by a receiver device, the sub data message being arranged for being received by a receiver within a first communication range, and wherein the data message comprising the first and the second part is arranged for being received by a receiver within a second communication range, the second communication range being longer than the first communication range. - a first part which comprises a payload and being encoded in accordance with a communication protocol, and - a second part which comprises error-correcting information for enabling a receiver device to correct errors in the data message,
A xanthophyll composition containing macular pigments consisting of translutein, and zeaxanthin isomers, namely (R,R)-zeaxanthin and (R,S)-zeaxanthin, derived from the plant extract/oleoresin containing xanthophylls/xanthophylls esters which is safe for human consumption and useful for nutrition and health care which comprises at least 80% by weight total xanthophylls, of which the ratio of trans-lutein and zeaxanthin isomers is in the range of 4:1 to 6:1 and the ratio of the isomers of zeaxanthin is in the range of 80 to 20: 20 to 80.
A method for removing calcium from milk for the production of low-calcium milk, characterised in that the milk is subjected to ion exchange treatment with a weak cation exchange resin in the form of a univalent metal ion, and to an enzyme treatment with transglutaminase.