mhurhangee/patent-ind-claim-en huggingface dataset:
A spraying and re-heating vapor reactor , comprising: a heat preservation boiler ; a vapor reaction boiler disposed in the heat preservation boiler ; a heater ; a sprayer disposed in the vapor reaction boiler ; a re-heating conduit communicating the vapor reaction boiler with a device outside the heat preservation boiler ; a liquid supplying tube , which communicates with the sprayer through a structure wall of the heat preservation boiler and a structure wall of the vapor reaction boiler , and is configured to supply an external liquid (LQ) to the sprayer , so that the sprayer atomizes the external liquid (LQ) into an atomized liquid; a high heat capacity material is accommodated within the heat preservation boiler , and surrounds the vapor reaction boiler and the re-heating conduit ; and the heater is configured to heat the high heat capacity material ; wherein the spraying and re-heating vapor reactor is configured such that the atomized liquid absorbs thermal energy from the high heat capacity material and becomes a low-temperature vapor (LV), which enters the re-heating conduit and is re-heated into a high-temperature vapor (HV) to be outputted, characterized in that the vapor reaction boiler has a biased tapered channel , which communicates with a first end portion of the re-heating conduit and guides the low-temperature vapor (LV) to the re-heating conduit . a heat preservation boiler ; a vapor reaction boiler disposed in the heat preservation boiler ; a heater ; a sprayer disposed in the vapor reaction boiler ; a re-heating conduit communicating the vapor reaction boiler with a device outside the heat preservation boiler ; a liquid supplying tube , which communicates with the sprayer through a structure wall of the heat preservation boiler and a structure wall of the vapor reaction boiler , and is configured to supply an external liquid (LQ) to the sprayer , so that the sprayer atomizes the external liquid (LQ) into an atomized liquid; a high heat capacity material is accommodated within the heat preservation boiler , and surrounds the vapor reaction boiler and the re-heating conduit ; and the heater is configured to heat the high heat capacity material ; wherein the spraying and re-heating vapor reactor is configured such that the atomized liquid absorbs thermal energy from the high heat capacity material and becomes a low-temperature vapor (LV), which enters the re-heating conduit and is re-heated into a high-temperature vapor (HV) to be outputted, characterized in that the vapor reaction boiler has a biased tapered channel , which communicates with a first end portion of the re-heating conduit and guides the low-temperature vapor (LV) to the re-heating conduit .
A method of improving pollination of lettuce ( Lactuca sativa ) by using a Megachile bee, comprising the steps of: providing the Megachile bee in a field where a pollen parent lettuce plant and a seed parent lettuce plant are present, characterized in that a minor nectar plant is further planted in the field, wherein the minor nectar plant is the plant for which preference in flower visiting by the Megachile bee is equivalent to or less than preference in flower visiting by the Megachile bee for the pollen parent lettuce plant and the seed parent lettuce plant, and wherein the Megachile bee is Megachile rotundata, and the minor nectar plant used is one or more genera selected from the group consisting of dyers chamomile (Anthemis tinctoria ), coriander (Coriandrum sativum), hyssop ( Hyssopus officinalis ), bergamot (Monarda didyma ), catnip (Nepeta cataria ), midday flower (Pentapetes phoenicea ), blue sage (Salvia azurea ), mexican fleabane ( Eriaeron karvinskianus ), fennel ( Foeniculum vulgare ), gold medallion flower (Melampodium paludosum ), moss-rose purslane (Portulaca grandiflora ), and bluewings (Torenia fournieri ). a minor nectar plant is further planted in the field, wherein the minor nectar plant is the plant for which preference in flower visiting by the Megachile bee is equivalent to or less than preference in flower visiting by the Megachile bee for the pollen parent lettuce plant and the seed parent lettuce plant, and wherein the Megachile bee is Megachile rotundata, and the minor nectar plant used is one or more genera selected from the group consisting of dyers chamomile (Anthemis tinctoria ), coriander (Coriandrum sativum), hyssop ( Hyssopus officinalis ), bergamot (Monarda didyma ), catnip (Nepeta cataria ), midday flower (Pentapetes phoenicea ), blue sage (Salvia azurea ), mexican fleabane ( Eriaeron karvinskianus ), fennel ( Foeniculum vulgare ), gold medallion flower (Melampodium paludosum ), moss-rose purslane (Portulaca grandiflora ), and bluewings (Torenia fournieri ).
Portable power tool having a housing and having a filter carrier , wherein the filter carrier comprises at least one filter carrier element that has at least one receiving opening that is configured to receive a filter element , and the filter carrier has at least one first fastening element and at least one second fastening element for fastening the filter carrier (100; 100c) releasably in a form-fitting and/or force-fitting manner to respectively corresponding securing elements (20, 22; 20c, 22c) of the portable power tool , characterized in that the filter carrier is configured to be releasably fastenable via actuation of an actuating unit , wherein the first fastening element is preloaded in the opposite end region of the filter carrier in the direction of its longitudinal extent , wherein the filter carrier is attachable substantially along a housing axis , in the form of a drive axis, of the portable power tool .
Method for manufacturing a household appliance component for a household appliance , in which the household appliance component is made from plastic, wherein the household appliance component is manufactured by injection-moulding and in an injection-moulding process a thin-wall injection-moulding combined with a cascade moulding is carried out at least in some phases, wherein the thin-wall injection-moulding is carried out at a wall thickness-flow path ratio of between greater than 1:200 and 1:300 and the household refrigeration appliance component is manufactured by combining the thin-wall injection-moulding and the cascade moulding with a wall thickness of less than 1.5 mm.
A dispensing device for an agricultural sprayer , the sprayer being associated with a plurality of sources of products and with a plurality of spraying members , the device being characterised in that it comprises: - a supply manifold having at least two inlets and at least one outlet , each inlet being adapted to be connected to one of said sources of products and each inlet cooperating with a first closing valve , - a dispensing manifold having at least one inlet and at least two outlets , each outlet being adapted to be connected to one of said spraying members and each outlet cooperating with a second closing valve , - a dispensing duct which connects the outlet of the supply manifold to the inlet of the dispensing manifold , to enable the products to go from the supply manifold to the dispensing manifold , - a control mechanism which comprises at least one camshaft carrying a plurality of cams , each cam acting on opening and closing of one of said first and second valves, the camshaft being rotatably mounted between several angular positions in each of which the first and second valves enable supply of one of said spraying members by at least one of said sources of products , and - a means for actuating the camshaft . - a supply manifold having at least two inlets and at least one outlet , each inlet being adapted to be connected to one of said sources of products and each inlet cooperating with a first closing valve , - a dispensing manifold having at least one inlet and at least two outlets , each outlet being adapted to be connected to one of said spraying members and each outlet cooperating with a second closing valve , - a dispensing duct which connects the outlet of the supply manifold to the inlet of the dispensing manifold , to enable the products to go from the supply manifold to the dispensing manifold , - a control mechanism which comprises at least one camshaft carrying a plurality of cams , each cam acting on opening and closing of one of said first and second valves, the camshaft being rotatably mounted between several angular positions in each of which the first and second valves enable supply of one of said spraying members by at least one of said sources of products , and - a means for actuating the camshaft .
A load cell for measuring the tension in a supporting cable of a lifting device, wherein the load cell comprises a first body mechanically contactable with a support structure of the lifting device; characterised in that , the first body includes means for measuring the deformation exerted by a second body of the cell , wherein one end of the first body and the corresponding end of the second body are mechanically joined by means of a male-female ball-and-socket type joint.
A computer program comprising programmed instructions which, when the computer program is executed by a processor , cause the processor to carry out a method of determining a treatment setting for a respiratory treatment device, the method comprising: determining a measure of respiratory flow obtained by a sensor ; from the measure of respiratory flow, determining a shape index representing a degree of partial obstruction; from the measure of respiratory flow, determining a ventilation measure representing a degree of change in ventilation; and calculating a treatment setting as a proportional function of both the degree of partial obstruction and the degree of change in ventilation, wherein the ventilation measure is a ratio of a current breath-wise ventilation to a recent medium-term ventilation. determining a measure of respiratory flow obtained by a sensor ; from the measure of respiratory flow, determining a shape index representing a degree of partial obstruction; from the measure of respiratory flow, determining a ventilation measure representing a degree of change in ventilation; and calculating a treatment setting as a proportional function of both the degree of partial obstruction and the degree of change in ventilation, wherein the ventilation measure is a ratio of a current breath-wise ventilation to a recent medium-term ventilation.
A positive electrode active material for a non-aqueous electrolyte secondary battery, comprising positive electrode active material particles, and a carbonaceous coating film formed on the surface of the positive electrode active material particle and including a plurality of carbon hexagonal network planes, wherein: the carbonaceous coating film is formed so that a Raman spectrum, in which a ratio I D /I G between a peak intensity I D of the D band and a peak intensity I G of the G band is 0.9 or lower, and the full width at half maximum of the peak of the G band is 80 cm -1 or smaller, is measured as described in the specification; the plurality of carbon hexagonal network planes is arranged such that network planes thereof face the surface of the positive electrode active material particle; the carbonaceous coating film has a structure in which the carbon hexagonal network planes lie over one another so as to be parallel to one another; and the positive electrode active material particles are olivine-type compound particles or NASICON-type compound particles; and the average length of the carbon hexagonal network planes included in a transmission electron microscope image of the carbonaceous coating film is 3 nm or more. the carbonaceous coating film is formed so that a Raman spectrum, in which a ratio I D /I G between a peak intensity I D of the D band and a peak intensity I G of the G band is 0.9 or lower, and the full width at half maximum of the peak of the G band is 80 cm -1 or smaller, is measured as described in the specification; the plurality of carbon hexagonal network planes is arranged such that network planes thereof face the surface of the positive electrode active material particle; the carbonaceous coating film has a structure in which the carbon hexagonal network planes lie over one another so as to be parallel to one another; and the positive electrode active material particles are olivine-type compound particles or NASICON-type compound particles; and the average length of the carbon hexagonal network planes included in a transmission electron microscope image of the carbonaceous coating film is 3 nm or more.
A power supply system for supplying an electrical load using pulse discharge, the system comprising; at least a first electrical battery and a second electrical battery for supplying current to said electrical load using pulse discharge; and a control unit configured to control each of the first electrical battery and the second electrical battery to pulse discharge by periodically switching between a discharge state having a discharge period when the respective electrical battery is connected to said electrical load , and a rest state when the respective electrical battery is disconnected from the electrical load , and to periodically switch between the first electrical battery and the second electrical battery to alternate between a discharge state of the first electrical battery and a discharge state of the second electrical battery ; said control unit being further configured during the pulse discharge to control a power source to supply a first injection current to the first electrical battery during a first rest period when the first electrical battery is in the rest state and to supply a second injection current to the second electrical battery during a second rest period when the second electrical battery is in the rest state; characterised in that the injection current supplied to each respective battery during its rest period is less than 70 % of the current supplied by each battery to the load during its respective discharge period.
A composition comprising: (i) a first agent comprising MIC-1 and/or an active MIC-1 fragment; and (ii) a second agent comprising leptin and/or an active leptin fragment; and optionally containing a pharmacologically acceptable carrier and/or excipient. (i) a first agent comprising MIC-1 and/or an active MIC-1 fragment; and (ii) a second agent comprising leptin and/or an active leptin fragment; and
A method for communicating reference signals, the method being characterized by : selecting a reference sequence of a plurality of reference sequences to transmit in a cell in a synchronization signal block, SSB, based at least on a logical SSB value, wherein the plurality of reference sequences are mapped to the same physical SSB index, wherein the logical SSB value maps a physical SSB index indicating a location of the SSB within a set of resources of a plurality of sets of resources and at least one of a cell ID of the cell, a set index indicating a location of the set of resources within the plurality of sets of resources, or a second value indicating system information corresponding to the cell; and transmitting the selected reference sequence in the SSB. selecting a reference sequence of a plurality of reference sequences to transmit in a cell in a synchronization signal block, SSB, based at least on a logical SSB value, wherein the plurality of reference sequences are mapped to the same physical SSB index, wherein the logical SSB value maps a physical SSB index indicating a location of the SSB within a set of resources of a plurality of sets of resources and at least one of a cell ID of the cell, a set index indicating a location of the set of resources within the plurality of sets of resources, or a second value indicating system information corresponding to the cell; and transmitting the selected reference sequence in the SSB.
A method for producing alpha-hemihydrate gypsum, comprising the following steps: S1) mixing phosphate rock powder with diluted sulfuric acid and performing an extraction reaction to obtain a mixed slurry A; S2) taking a fraction of X volume of the mixed slurry A obtained in step S1) and performing a solid and liquid separation to obtain a supernatant B and a solid C, wherein 0<X≤2/3; S3) mixing the solid C and the rest mixed slurry with diluted sulfuric acid; adding a crystal transformation agent; performing a crystal transformation reaction under heating to obtain a mixed slurry D; S4) filtering the mixed slurry D obtained in step S3) to obtain an alpha-hemihydrate gypsum. S1) mixing phosphate rock powder with diluted sulfuric acid and performing an extraction reaction to obtain a mixed slurry A; S2) taking a fraction of X volume of the mixed slurry A obtained in step S1) and performing a solid and liquid separation to obtain a supernatant B and a solid C, wherein 0<X≤2/3; S3) mixing the solid C and the rest mixed slurry with diluted sulfuric acid; adding a crystal transformation agent; performing a crystal transformation reaction under heating to obtain a mixed slurry D; S4) filtering the mixed slurry D obtained in step S3) to obtain an alpha-hemihydrate gypsum.
Optical position measuring device for determining the relative position of two objects which are movable relative to one another along at least two measurement directions (x, y), comprising - two scanning units , which are connected to one of the two objects and each comprise at least one light source , one or more gratings (23.1, 23.2) and a detector arrangement, and - a measure connected to the other object and comprising two tracks with incremental graduations (12.1, 12.2; 112.2) which extend along a first measurement direction (x) and which each consist of graduation regions (12.1a, 12.1b, 12.2a, 12.2b; 112.2a, 112.2b) with different optical properties that are arranged in periodic fashion along an incremental graduation direction (x 1 ', x 2 '), wherein the two incremental graduation directions (x 1 ', x 2 ') assume an angle (β) of between 0° and 90° with respect to one another and at least one reference marking (13.1, 13.2; 113.2) is integrated in each of the two incremental graduations (12.1, 12.2; 112.2), the scanning of said reference marking rendering generable a reference signal at a defined reference position (x REF , y REF ) along each measurement direction (x, y), and wherein the reference marking (13.1, 13.2; 113.2) contains both aperiodic and periodic components (14.1, 14.2). - two scanning units , which are connected to one of the two objects and each comprise at least one light source , one or more gratings (23.1, 23.2) and a detector arrangement, and - a measure connected to the other object and comprising two tracks with incremental graduations (12.1, 12.2; 112.2) which extend along a first measurement direction (x) and which each consist of graduation regions (12.1a, 12.1b, 12.2a, 12.2b; 112.2a, 112.2b) with different optical properties that are arranged in periodic fashion along an incremental graduation direction (x 1 ', x 2 '), wherein the two incremental graduation directions (x 1 ', x 2 ') assume an angle (β) of between 0° and 90° with respect to one another and at least one reference marking (13.1, 13.2; 113.2) is integrated in each of the two incremental graduations (12.1, 12.2; 112.2), the scanning of said reference marking rendering generable a reference signal at a defined reference position (x REF , y REF ) along each measurement direction (x, y), and wherein the reference marking (13.1, 13.2; 113.2) contains both aperiodic and periodic components (14.1, 14.2).
A method of bonding a shear web to a wind turbine blade shell , the shear web comprising a web and a mounting flange oriented transverse to the web, wherein the method comprises: providing a seal around a periphery of the mounting flange; applying adhesive to an inner surface of the blade shell or to the mounting flange ; positioning the shear web relative to the blade shell , after the step of applying adhesive , such that the mounting flange is in mutually opposed relation with the inner surface of the blade shell and such that the seal defines a substantially enclosed cavity between the mounting flange and the inner surface of the blade shell, the cavity containing the adhesive; evacuating air from the cavity such that the mounting flange and the blade shell are forced together under the influence of a vacuum or partial vacuum in the enclosed cavity; and curing the adhesive . providing a seal around a periphery of the mounting flange; applying adhesive to an inner surface of the blade shell or to the mounting flange ; positioning the shear web relative to the blade shell , after the step of applying adhesive , such that the mounting flange is in mutually opposed relation with the inner surface of the blade shell and such that the seal defines a substantially enclosed cavity between the mounting flange and the inner surface of the blade shell, the cavity containing the adhesive; evacuating air from the cavity such that the mounting flange and the blade shell are forced together under the influence of a vacuum or partial vacuum in the enclosed cavity; and curing the adhesive .
A spring for friction pads associable with a caliper of a disc brake for elastically biasing the friction pads away from a brake disc of the disc brake , said spring comprising an elongated plate bent so as to form: - a descending fixing stretch , - an ascending resting stretch , opposite to the fixing stretch , wherein the fixing stretch forms a fixing seat for interlocking the spring to a corresponding fixing portion of either the caliper or the friction pad , wherein the resting stretch forms a plate-shaped contact portion for freely resting the spring , with slipping possibility, against a contact surface of either the friction pad or the caliper , characterised in that a return stretch is formed between the fixing stretch and the resting stretch , wherein the return stretch extends from a narrowing region , in which the fixing stretch and the resting stretch locally approach each other until reaching a lower apical region of the spring , and wherein, when the spring is undeformed, the contact portion extends, starting from the narrowing region , in a diverging manner with respect to the fixing stretch . - a descending fixing stretch , - an ascending resting stretch , opposite to the fixing stretch , wherein the resting stretch forms a plate-shaped contact portion for freely resting the spring , with slipping possibility, against a contact surface of either the friction pad or the caliper , characterised in that a return stretch is formed between the fixing stretch and the resting stretch , wherein the return stretch extends from a narrowing region , in which the fixing stretch and the resting stretch locally approach each other until reaching a lower apical region of the spring , and wherein, when the spring is undeformed, the contact portion extends, starting from the narrowing region , in a diverging manner with respect to the fixing stretch .