mhurhangee/ep-ind-claims huggingface dataset:
A lighting module for mounting on a rail having at least one electrical line extending therealong, the module comprising: - a circuit board carrying at least one light radiation source; and - a support structure with a first side facing the rail and carrying said circuit board and a second side situated on the opposite side to the rail and carrying at least one lens for said at least one light radiation source; wherein said support structure carries at least one flexible electrical contact having a first end protruding from said first side of the support structure for making contact with said at least one electrical line and a second end which extends towards said circuit board so as to provide electrical contact for said at least one light radiation source characterized in that said support structure has a channel shape with a central wall carrying said at least one lens on said second side and side walls extending from said central wall carrying said circuit board on said first side. - a circuit board carrying at least one light radiation source; and - a support structure with a first side facing the rail and carrying said circuit board and a second side situated on the opposite side to the rail and carrying at least one lens for said at least one light radiation source;
A fluidified inert material spreading device for burying a pipeline in a body of water; the spreading device being designed to travel in the body of water in a travelling direction along and over the pipeline, and characterised by comprising a hull, which extends along a longitudinal axis, houses at least one expansion chamber (10, 11, 12) for fluidified inert material, is connected to at least one feed port to feed the fluidified inert material to the expansion chamber (10, 11, 12), and has a number of outlet ports designed to release the fluidified inert material from the expansion chamber (10, 11, 12), close to the pipeline, and which as a whole define a flow cross section greater than the flow cross section of the feed port.
A continuous working system (1, 101) of a press machine which uses a servo motor (30a, 30b, 130) as a power source of a ram (22, 122), wherein an operation shaft which vertically moves the ram (22, 122) is directly driven by using the servo motor (30a, 30b, 130) to generate ram pressure by using a torque based on speed-torque characteristics of the servo motor (30a, 30b, 130), and wherein a servo amplifier (40a, 40b, 140a, 140b) of the servo motor (30a, 30b, 130), which includes a converter (41a, 41b, 141a, 141b) A-D converting three-phase commercial alternating power supply, a power driver (42a, 42b, 142a, 142b) being provided at its front stage with a reactor (43a, 43b, 143a, 143b) adapted to suppress peak current by cutting off high frequency current component, and a capacitor (44a, 44b, 144a, 144b) adapted to supply electric energy which is decreased due to suppression of the peak current, is controlled in a manner such that the operation shaft, which comprises an eccentric shaft (20, 120), is continuously reciprocated and turned through a reciprocating turning angle range (θ) corresponding to a distance between a lower end position required for press working by the ram (22, 122) and an upper end position such that the ram (22, 122) vertically moves between these positions (L, H) by the servo motor (30a, 30b, 130), thereby subjecting a work to a continuous press working, wherein the upper end position is set to a position slightly below a medium height of an entire vertically possible stroke of the ram (22, 122), and the lower end position is set to a position slightly above a bottom dead center of the entire vertically possible stroke of the ram (22, 122), wherein the reciprocating turning angle range (θ) of the operation shaft is set to 40° to 60°.
A gas concentration calculation method for a gas concentration detection apparatus that includes a light source configured to emit infrared radiation, a light-receiving sensor configured to receive the infrared radiation emitted from the light source and output a first output value corresponding to an amount of light received, a reflection member that is provided between the light source and the light-receiving sensor and is configured to form an optical path of the infrared radiation, and a filter (34, 36) configured to, on the optical path, select and pass one of a first wavelength band in which infrared radiation absorptance of detection target gas is higher than that in another wavelength band and a second wavelength band in which infrared radiation absorptance of detection target gas is lower than that in the first wavelength band, and a temperature sensor configured to output a second output value corresponding to a temperature of the gas, the gas concentration calculation method comprising: a step of determining in advance the first output value obtained when the filter passes (34, 36) infrared radiation in the first wavelength band, a first calibration curve indicating a relationship between a concentration of the gas at a criterion temperature and a value obtained by normalizing the first output value with a criterion output value, and a second calibration curve indicating a relationship between the second output value in a criterion concentration and the criterion output value; a step of calculating a calibration factor used to calibrate the second calibration curve on the basis of the first output value obtained when the filter (34, 36) passes infrared radiation in the second wavelength band; a step of calibrating the second calibration curve on the basis of the calibration factor; and a step of calculating a concentration of the gas on the basis of the first calibration curve and the calibrated second calibration curve. a step of determining in advance the first output value obtained when the filter passes (34, 36) infrared radiation in the first wavelength band, a first calibration curve indicating a relationship between a concentration of the gas at a criterion temperature and a value obtained by normalizing the first output value with a criterion output value, and a second calibration curve indicating a relationship between the second output value in a criterion concentration and the criterion output value; a step of calculating a calibration factor used to calibrate the second calibration curve on the basis of the first output value obtained when the filter (34, 36) passes infrared radiation in the second wavelength band; a step of calibrating the second calibration curve on the basis of the calibration factor; and a step of calculating a concentration of the gas on the basis of the first calibration curve and the calibrated second calibration curve.
A bicycle chain tensioner device comprising: a base member; a pulley supported by the base member, the pulley including a dynamo that generates electrical energy in response to the pulley being rotated by a bicycle chain; and an electrical storage unit disposed on the base member and electrically coupled to the dynamo to store electrical energy generated by the dynamo; wherein the pulley includes a plurality of chain engagement teeth for engaging a bicycle chain; wherein the base member includes an attachment portion that is configured to be supported on a bicycle frame or on a hub transmission and wherein the base member includes an arm portion that rotationally supports the pulley about a pulley rotational axis, characterized in that the electrical storage unit is disposed on the arm portion of the base member. a base member; a pulley supported by the base member, the pulley including a dynamo that generates electrical energy in response to the pulley being rotated by a bicycle chain; and an electrical storage unit disposed on the base member and electrically coupled to the dynamo to store electrical energy generated by the dynamo; wherein the pulley includes a plurality of chain engagement teeth for engaging a bicycle chain; wherein the base member includes an attachment portion that is configured to be supported on a bicycle frame or on a hub transmission and wherein the base member includes an arm portion that rotationally supports the pulley about a pulley rotational axis, characterized in that the electrical storage unit is disposed on the arm portion of the base member.
A razor cartridge, comprising: a blade housing configured to accommodate at least one first shaving blade having a cutting edge and at least one second shaving blade having a cutting edge to lie in a longitudinal direction; and a lubrication member providing unit configured to provide a lubrication member, wherein the lubrication member providing unit is coupled to the blade housing so that the lubrication member is positioned between the first shaving blade and the second shaving blade, characterized in that the lubrication member providing unit comprises: an elastic bridge configured to support the lubrication member such that the lubrication member is movable between an initial position and an end position with respect to the blade housing. a blade housing configured to accommodate at least one first shaving blade having a cutting edge and at least one second shaving blade having a cutting edge to lie in a longitudinal direction; and a lubrication member providing unit configured to provide a lubrication member, wherein the lubrication member providing unit is coupled to the blade housing so that the lubrication member is positioned between the first shaving blade and the second shaving blade, characterized in that the lubrication member providing unit comprises: an elastic bridge configured to support the lubrication member such that the lubrication member is movable between an initial position and an end position with respect to the blade housing.
Microfluidic device including: - at least one capillary trap, and - at least one microdrop, the microdrop being trapped in the capillary trap, characterized in that the at least one microdrop includes a sol-gel matrix, notably in the form of a gel or a solid after the syneresis and/or drying step of the sol-gel process. - at least one capillary trap, and - at least one microdrop,
A power supply management system for an on-board device, characterised by comprising: (a) a start-up control portion that controls start-up of an on-board device; (b) a start-up request receiving portion that, upon receipt of a start-up request from outside of the on-board device, causes the start-up control portion to start up, at the least, a portion of the on-board device; (c) an intention determination portion that determines whether a user has a remote control operation intention; and (d) a power supply control portion that, when the intention determination portion determines that the user has the remote control operation intention, permits supply of electric power to the start-up request receiving portion. (a) a start-up control portion that controls start-up of an on-board device; (b) a start-up request receiving portion that, upon receipt of a start-up request from outside of the on-board device, causes the start-up control portion to start up, at the least, a portion of the on-board device; (c) an intention determination portion that determines whether a user has a remote control operation intention; and (d) a power supply control portion that, when the intention determination portion determines that the user has the remote control operation intention, permits supply of electric power to the start-up request receiving portion.
A battery packaging material constituted of a laminate including a base material layer, a barrier layer, a cured resin layer, and a heat-sealable resin layer in this order, wherein at least one layer of the base material layer is formed of a polybutylene terephthalate film, the polybutylene terephthalate film has both a heat shrinkage ratio at 150°C in one direction of the polybutylene terephthalate film and a heat shrinkage ratio at 150°C in the other direction orthogonal to the one direction being 3.0% or more in the atmosphere, the cured resin layer is made of a cured product of a curable resin, and a value determined by dividing a piercing strength X in the case of piercing the laminate from the base material layer side measured by a method in accordance with a provision of JIS Z1707:1997 by a thickness Y (μm) of the polybutylene terephthalate film is 1.02 N/μm or more. at least one layer of the base material layer is formed of a polybutylene terephthalate film, the polybutylene terephthalate film has both a heat shrinkage ratio at 150°C in one direction of the polybutylene terephthalate film and a heat shrinkage ratio at 150°C in the other direction orthogonal to the one direction being 3.0% or more in the atmosphere, the cured resin layer is made of a cured product of a curable resin, and a value determined by dividing a piercing strength X in the case of piercing the laminate from the base material layer side measured by a method in accordance with a provision of JIS Z1707:1997 by a thickness Y (μm) of the polybutylene terephthalate film is 1.02 N/μm or more.
Method for determining the likelihood that a compound is neurodevelopmental toxic, comprising the steps of: a. Allowing embryonic stem cells to form embryoid bodies, b. Allowing the embryoid bodies to differentiate into neural cells, in the presence of said compound, thereby creating a neural differentiation culture, c. Extracting total RNA from the cells in said neural differentiation culture, d. Determining the expression levels of genes Hoxb6, Nrk, 1700011H14Rik and Tph1, e. Comparing the expression levels with a predetermined reference value and determining the increase or decrease of the expression level relative to the reference value, wherein a relative increase or decrease in expression value of at least one gene of more than 20% indicates that a compound is neurodevelopmental toxic. a. Allowing embryonic stem cells to form embryoid bodies, b. Allowing the embryoid bodies to differentiate into neural cells, in the presence of said compound, thereby creating a neural differentiation culture, c. Extracting total RNA from the cells in said neural differentiation culture, d. Determining the expression levels of genes Hoxb6, Nrk, 1700011H14Rik and Tph1, e. Comparing the expression levels with a predetermined reference value and determining the increase or decrease of the expression level relative to the reference value,
A fastening device for fastening a inner crushing blade to a head of a cone crusher, which device comprises - a first part comprising a fastening means for fastening the first part to the head, - a second part comprising a contact area that is adjusted to be in contact with the crushing blade, and the second part is adjusted to be movable in relation to the first part, - a tightening means to move the second part along a linear path in relation to the first part. characterized in that the fastening means comprises a retainer being between the first part and the second part and being mainly symmetrical in respect of the central axis of the head. - a first part comprising a fastening means for fastening the first part to the head, - a second part comprising a contact area that is adjusted to be in contact with the crushing blade, and the second part is adjusted to be movable in relation to the first part, - a tightening means to move the second part along a linear path in relation to the first part. characterized in that the fastening means comprises a retainer being between the first part and the second part and being mainly symmetrical in respect of the central axis of the head.
A hydrophilically modified multifunctional amine AC which comprises in its molecules, moieties of oligo- or poly-oxyethylene segments in a sufficient amount to keep the said compound stably dispersed in aqueous dispersion for at least one week at room temperature (23 °C), i. e. without phase separation or formation of precipitate visible with the naked eye, which has more than one primary amino group per molecule, and at least one group per molecule derived from the reaction of an epoxide group with a reactive group selected from the group consisting of secondary amino groups >NH, mercaptan groups -SH, amide groups -CO-NHR, where R can be hydrogen or an alkyl group having from one to twelve carbon atoms, hydroxyester groups, and acid groups, particularly carboxyl groups -COOH, sulphonic acid groups -SO 3 H, and phosphonic acid groups-PO 3 H 2, and preferably, also moieties which are compatible with an epoxy resin.
A method of wireless communication, comprising: encoding, by a first wireless communication device, first information in a first sub-block having a first bit location and second information in a second sub-block having a second bit location after the first bit location into an encoded information block, wherein the encoded information block is associated with a physical broadcast channel, PBCH, wherein the first information changes more frequently than the second information; and wherein the first bit location is located earlier in a decoding order of a receiving second wireless communication device than the second bit location; and transmitting, by the first wireless communication device, the encoded information block to the receiving second wireless communication device. encoding, by a first wireless communication device, first information in a first sub-block having a first bit location and second information in a second sub-block having a second bit location after the first bit location into an encoded information block, wherein the encoded information block is associated with a physical broadcast channel, PBCH, wherein the first information changes more frequently than the second information; and wherein the first bit location is located earlier in a decoding order of a receiving second wireless communication device than the second bit location; and transmitting, by the first wireless communication device, the encoded information block to the receiving second wireless communication device.
A laser apparatus comprising a plurality of laser modules each generating a laser line in a working plane, each of the laser modules comprising: - at least one means for generating a laser line; and - a means for shaping the laser line, the means for shaping the laser line comprising a first linear array of microlenses, a convergent lens and a second linear array of microlenses placed in the focal plane of the convergent lens, such that the final laser line generated by each laser module has, in the working plane, a power density profile with a width (L 90) at 90% of the maximum power density and a width (L 10) at 10% of the maximum power density, the ratio L 90 /L 10 being comprised between 1/15 and 1/5, the laser modules being juxtaposed so that the laser lines generated by the modules combine, in the working plane, into a single laser line having a total length longer than 1.2 m. - at least one means for generating a laser line; and - a means for shaping the laser line,
Device for detecting empty containers in an empty container reverse vending machine - having a receiving unit containing a rotary element mounted so as to rotate about an axis of rotation, which has at least one supporting surface to receive the empty container in a first rotary position and to discharge the same in a second rotary position, - having an optical detection unit for acquiring image data from the empty container, - having a control unit for processing image data from the optical detection unit and for activating the rotary element, characterized - in that the supporting surface is provided with a reference pattern and in that the device comprises means which, from the image data acquired by the optical detecting unit, derive identification data for detecting the shape and/or determining the position of the empty container. - having a receiving unit containing a rotary element mounted so as to rotate about an axis of rotation, which has at least one supporting surface to receive the empty container in a first rotary position and to discharge the same in a second rotary position, - having an optical detection unit for acquiring image data from the empty container, - having a control unit for processing image data from the optical detection unit and for activating the rotary element, characterized - in that the supporting surface is provided with a reference pattern and in that the device comprises means which, from the image data acquired by the optical detecting unit, derive identification data for detecting the shape and/or determining the position of the empty container.
A control system for use in a perfusion system during the end phases of perfusion support, the perfusion system comprising a pump to circulate blood from a reservoir via a main blood line towards an outlet, the control system configured to restrict the flow rate of blood in a venous line in which blood is permitted to flow from an inlet towards an outlet, wherein the venous line is for draining blood into the reservoir, wherein the control system comprises: a first flow sensor configured to determine a first flow value indicative of the venous flow rate in the venous line, a controller configured to process the first flow value, an adjustable restriction responsive to the controller, wherein the adjustable restriction is configured to reduce the venous flow rate in the venous line to maintain a flow rate that does not exceed a restriction threshold; wherein the pump is responsive to the controller, and wherein the controller is configured to modulate operation of the pump to maintain the throughput towards the outlet at a pre-determined output flow rate, and wherein the control system further comprises: means configured to determine a second flow value indicative of the flow rate in the main blood line, wherein said means comprises either: a separate second flow sensor; or an arrangement deriving the second flow value from pump parameters or from operational characteristics of the pump, and wherein the controller is configured to determine a difference between the second flow value and the pre-determined output flow rate, and to adjust pump parameters to reduce the difference. a first flow sensor configured to determine a first flow value indicative of the venous flow rate in the venous line, a controller configured to process the first flow value, an adjustable restriction responsive to the controller, wherein the adjustable restriction is configured to reduce the venous flow rate in the venous line to maintain a flow rate that does not exceed a restriction threshold; wherein the pump is responsive to the controller, and wherein the controller is configured to modulate operation of the pump to maintain the throughput towards the outlet at a pre-determined output flow rate, and wherein the control system further comprises: means configured to determine a second flow value indicative of the flow rate in the main blood line, wherein said means comprises either: a separate second flow sensor; or an arrangement deriving the second flow value from pump parameters or from operational characteristics of the pump, and wherein the controller is configured to determine a difference between the second flow value and the pre-determined output flow rate, and to adjust pump parameters to reduce the difference.