mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: patterning, on a first superconducting layer deposited on a first surface of a substrate , a first component of a resonator ; patterning, on a second superconducting layer deposited on a second surface of the same substrate , a second component of the resonator , wherein the first surface and the second surface are disposed relative to each other in a non-co-planar disposition; creating, after patterning the first and second components of the resonator , in the substrate , a recess , the recess extending from the first superconducting layer to the second superconducting layer ; depositing, on an inner surface of the recess , a third superconducting layer , the third superconducting layer forming a superconducting path between the first superconducting layer and the second superconducting layer ; removing, from the first surface and the second surface, forming a completed through-silicon via TSV , excess material of the third superconducting layer , wherein the TSV , formed through the substrate , attaches to both capacitor pads of a capacitor of the resonator and physically and electrically connects a qubit plane to a readout plane formed on opposite sides of the substrate . patterning, on a first superconducting layer deposited on a first surface of a substrate , a first component of a resonator ; patterning, on a second superconducting layer deposited on a second surface of the same substrate , a second component of the resonator , wherein the first surface and the second surface are disposed relative to each other in a non-co-planar disposition; creating, after patterning the first and second components of the resonator , in the substrate , a recess , the recess extending from the first superconducting layer to the second superconducting layer ; depositing, on an inner surface of the recess , a third superconducting layer , the third superconducting layer forming a superconducting path between the first superconducting layer and the second superconducting layer ; removing, from the first surface and the second surface, forming a completed through-silicon via TSV , excess material of the third superconducting layer , wherein the TSV , formed through the substrate , attaches to both capacitor pads of a capacitor of the resonator and physically and electrically connects a qubit plane to a readout plane formed on opposite sides of the substrate .
A clamp device comprising: a first member including a protrusion ; a second member having a recess into which the protrusion is inserted in a first direction, the second member being detachably connected to the first member ; and a clamp mechanism portion that mutually clamps the recess and the protrusion inserted into the recess, wherein one member of the first member and the second member includes a pin member , a pin insertion hole into which the pin member is inserted in a second direction intersecting the first direction is made in the other member of the first member and the second member, and characterized in that the first member includes a first protrusion and a second protrusion as the protrusion , a first recess into which the first protrusion is inserted and a second recess into which the second protrusion is inserted are provided as the recess in the second member , and the pin member and the pin insertion hole are disposed on a straight line connecting the first protrusion and the first recess , and the second protrusion and the second recess . a first member including a protrusion ; a second member having a recess into which the protrusion is inserted in a first direction, the second member being detachably connected to the first member ; and a clamp mechanism portion that mutually clamps the recess and the protrusion inserted into the recess, wherein one member of the first member and the second member includes a pin member , a pin insertion hole into which the pin member is inserted in a second direction intersecting the first direction is made in the other member of the first member and the second member, and characterized in that the first member includes a first protrusion and a second protrusion as the protrusion , a first recess into which the first protrusion is inserted and a second recess into which the second protrusion is inserted are provided as the recess in the second member , and the pin member and the pin insertion hole are disposed on a straight line connecting the first protrusion and the first recess , and the second protrusion and the second recess .
A clamping ring capable of pressing a pipe against a connecting piece by back shrinkage, the clamping ring comprising a body comprising a plastic material having memory properties, wherein the plastic material is polyolefins; the clamping ring is mechanically expandable and automatically shrinkable without heating or warming; and wherein the body has a first end to be positioned at a distance from an end of the pipe and a second end to be positioned close to the end of the pipe ; a first position at the first end or at a distance from the first end having a first radial wall thickness (A); and at least one second position between the first position and the second end having a second radial wall thickness (B), whereby the second radial wall thickness (B) is smaller than the first radial wall thickness (A), and wherein the clamping ring comprises a stop edge extending inward. a body comprising a plastic material having memory properties, wherein the plastic material is polyolefins; the clamping ring is mechanically expandable and automatically shrinkable without heating or warming; and wherein the body has a first end to be positioned at a distance from an end of the pipe and a second end to be positioned close to the end of the pipe ; a first position at the first end or at a distance from the first end having a first radial wall thickness (A); and at least one second position between the first position and the second end having a second radial wall thickness (B), whereby the second radial wall thickness (B) is smaller than the first radial wall thickness (A), and wherein the clamping ring comprises a stop edge extending inward.
Method for manufacturing an inoculum of at least one mycorrhiza, characterised in that it comprises: • a step of obtaining an amended substrate comprising spores isolated from a sample of soil of interest mixed with a substrate, the substrate being a mixture of fine sand and perlite, • a step of successive plantation and growth of at least one first trap plant and a second trap plant, distinct from the first trap plant, in the amended substrate, • a step of watering the plantation of the first trap plant and of the second trap plant once every two days with osmosed water in alternation with a phosphate-depleted nutritive medium, • said plantation and growth step comprising the plantation and the growth of a first trap plant, then the suppression of the above-ground parts and a cutting of the roots of the first trap plant and reintroduction of said cut roots into the supplemented substrate, and then the plantation and growth of a second trap plant, distinct from the first trap plant, in the amended substrate comprising the cut roots of the first trap plant, and then the suppression of the above-ground parts and cutting of the roots of the second trap plant and reintroduction of said cut roots into the supplemented substrate comprising the cut roots of the first trap plant to obtain the inoculum. • a step of obtaining an amended substrate comprising spores isolated from a sample of soil of interest mixed with a substrate, the substrate being a mixture of fine sand and perlite, • a step of successive plantation and growth of at least one first trap plant and a second trap plant, distinct from the first trap plant, in the amended substrate, • a step of watering the plantation of the first trap plant and of the second trap plant once every two days with osmosed water in alternation with a phosphate-depleted nutritive medium, • said plantation and growth step comprising the plantation and the growth of a first trap plant, then the suppression of the above-ground parts and a cutting of the roots of the first trap plant and reintroduction of said cut roots into the supplemented substrate, and then the plantation and growth of a second trap plant, distinct from the first trap plant, in the amended substrate comprising the cut roots of the first trap plant, and then the suppression of the above-ground parts and cutting of the roots of the second trap plant and reintroduction of said cut roots into the supplemented substrate comprising the cut roots of the first trap plant to obtain the inoculum.
A blind cleaning device comprising: a body defining a bracket ; a pair of bristle plates adapted to couple with the bracket of the body , wherein the body is adapted to couple with a fluid connection which provides a fluid; and a pair of bristle brushes adapted to couple with the pair of the bristle plates , wherein each of the pair of bristle brushes includes a plurality of bristles ; characterized in that: the pair of bristle brushes are coupled with the pair of the bristle plates such that the pair of bristle brushes contact each other to define a cleaning room with the pair of the bristle plates , wherein the fluid connection supplies the fluid into the cleaning room . a body defining a bracket ; a pair of bristle plates adapted to couple with the bracket of the body , wherein the body is adapted to couple with a fluid connection which provides a fluid; and a pair of bristle brushes adapted to couple with the pair of the bristle plates , wherein each of the pair of bristle brushes includes a plurality of bristles ; characterized in that: the pair of bristle brushes are coupled with the pair of the bristle plates such that the pair of bristle brushes contact each other to define a cleaning room with the pair of the bristle plates , wherein the fluid connection supplies the fluid into the cleaning room .
Isolation element for a riser clamp , said riser clamp having two opposed clamp halves made of metal strip, each of said clamp halves having a semi-circular section , said semi-circular sections in use being placed opposite each other against a riser pipe extending through a passage hole in a floor , and each of said clamp halves having at the ends of its semi-circular section outwardly extending clamp flanges to be tightened towards the corresponding opposing clamp flanges of the other clamp half , said riser clamp in use being supported from beneath by a support structure e.g. a floor , the isolation element being adapted to be provided on at least one of two opposing clamp flanges and to extend only along said at least one clamp flange , said isolation element including a profile of vibration isolating material comprising a pad portion , which pad portion in use is located below the corresponding clamp flange for resiliently supporting it, and further comprising at least one upstanding portion extending along the corresponding clamp flange , wherein said upstanding portion is attachable to the corresponding clamp flange , characterised in that the isolation element furthermore includes a reinforcing profile made of a stiffer material than the vibration isolating material, said reinforcing profile having an angular shape comprising a web and a first flange which are joined at an angle portion , wherein the first flange of the reinforcing profile is associated with the pad portion and wherein the web is associated with the upstanding portion of the isolation element .
Machine for the additive manufacturing of components by sintering or melting powder, comprising a framework , at least one working zone , and at least two modules for the emission and control of an energy beam that are mounted inside the framework and are each provided with an emission source and an optical focusing means for the energy beam emitted by said source, characterized in that the emission and control modules each act on said working zone in order to manufacture one and the same component, at least the optical focusing means of each module being axially movable in translation along a vertical axis with respect to the framework , the machine also comprising at least two actuators that are each associated with one of the optical focusing means in order to adjust the vertical axial positions of said means with respect to the working zone independently of one another.
A resource controller for non-centralized management of resources in a communication network and comprised in a first network entity, the resource controller comprising: a database , adapted to store resource managing related information, which relates to a managing of resources in the communication network and comprises information concerning specifics of a resource offer and/or specifics of a resource request; an interface adapted to receive at the first network entity, a resource managing message from a second network entity comprising a further resource controller, wherein the resource managing message comprises: resource managing information relating to a resource request and/or a resource offer, and credentials; and a resource managing unit adapted to grant access to the stored resource managing related information on the database based on the received resource managing message from the second network entity, and decouple the resource requests from resource offers to not expose to the first network entity a reference to the second network entity, and to not expose to the second network entity a reference to the first network entity, unless the first network entity and the second network entity mutually agree to being exposed to each other. a database , adapted to store resource managing related information, which relates to a managing of resources in the communication network and comprises information concerning specifics of a resource offer and/or specifics of a resource request; an interface adapted to receive at the first network entity, a resource managing message from a second network entity comprising a further resource controller, wherein the resource managing message comprises: resource managing information relating to a resource request and/or a resource offer, and credentials; and a resource managing unit adapted to grant access to the stored resource managing related information on the database based on the received resource managing message from the second network entity, and decouple the resource requests from resource offers to not expose to the first network entity a reference to the second network entity, and to not expose to the second network entity a reference to the first network entity, unless the first network entity and the second network entity mutually agree to being exposed to each other.
A control apparatus controlling charge and discharge of a lithium-ion secondary battery , comprising: a temperature sensor configured to detect a temperature of the lithium-ion secondary battery ; and a controller configured to control the charge and discharge of the lithium-ion secondary battery , wherein the controller is configured to perform the charge and discharge of the lithium-ion secondary battery with an electric power lower than an upper limit electric power to maintain the temperature detected by the temperature sensor at a level lower than an upper limit temperature allowed in the lithium-ion secondary battery , the upper limit electric power being provided for each of the charge and discharge of the lithium-ion secondary battery , being set based on the detected temperature of the lithium-ion secondary battery and being set to zero when the detected temperature of the lithium-ion secondary battery reaches the upper limit temperature, wherein the controller is configured to estimate an amount of precipitation of lithium in the lithium-ion secondary battery and set the upper limit temperature associated with the estimated amount of precipitation of lithium based on a previously determined association between the amount of precipitation of lithium and the upper limit temperature, the association representing that the upper limit temperature is decreased in accordance with an increase in the amount of precipitation of lithium. a temperature sensor configured to detect a temperature of the lithium-ion secondary battery ; and a controller configured to control the charge and discharge of the lithium-ion secondary battery , wherein the controller is configured to perform the charge and discharge of the lithium-ion secondary battery with an electric power lower than an upper limit electric power to maintain the temperature detected by the temperature sensor at a level lower than an upper limit temperature allowed in the lithium-ion secondary battery , the upper limit electric power being provided for each of the charge and discharge of the lithium-ion secondary battery , being set based on the detected temperature of the lithium-ion secondary battery and being set to zero when the detected temperature of the lithium-ion secondary battery reaches the upper limit temperature, wherein the controller is configured to estimate an amount of precipitation of lithium in the lithium-ion secondary battery and set the upper limit temperature associated with the estimated amount of precipitation of lithium based on a previously determined association between the amount of precipitation of lithium and the upper limit temperature, the association representing that the upper limit temperature is decreased in accordance with an increase in the amount of precipitation of lithium.
A laundry washer-dryer comprising a body ; a tub wherein the washing and drying processes are performed; a housing which is provided on the body , which receives a detergent dispenser suitable for loading detergent, and which has a flushing unit which supplies water into the dispenser ; and a drying air duct which has an air inlet which receives the air from the tub and an air outlet which delivers the air into the tub , and wherein a fan which provides the circulation of the drying air is disposed, an opening which is provided on the drying air duct ; a flow port which is provided on the housing and which opens into the housing ; and at least one delivery line which is connected to the flow port at one end and to the opening at the other end and which provides fluidical connection between the housing and the drying air duct , characterized by a gap (B) which remains in the housing between the dispenser and the housing when the dispenser is inside the housing , and the flow port which opens into the gap (B).
A tool for seating a wear liner into a first groove of a fan case of a gas turbine engine , the tool comprising: a body with a first end and a second end ; a handle connected to and extending from the body ; a first guide foot connected to and extending from the first end of the body , wherein the first guide foot includes a first end connected to the body and a second end opposite from the first end of the first guide foot , and the second end of the first guide foot is rounded and includes a chamfered portion . a body with a first end and a second end ; a handle connected to and extending from the body ; a first guide foot connected to and extending from the first end of the body , wherein the first guide foot includes a first end connected to the body and a second end opposite from the first end of the first guide foot , and the second end of the first guide foot is rounded and includes a chamfered portion .
A method for preparing polyaspartic acid, comprising the following steps: (a) precondensing aspartic acid at a temperature of 100 to 250°C up to a degree of conversion of at least 2%; (b) optionally cooling the precondensate according to (a); (c) adding 1 to 25 mol% of an acidic catalyst, based on the amount of aspartic acid used in step (a); (d) polycondensing the reaction mixture after (c) at 170 to 250°C; (e) hydrolyzing the polycondensates according to (d) with addition of a base; and (f) optionally acidifying the salts of polyaspartic acid obtained in (e). (a) precondensing aspartic acid at a temperature of 100 to 250°C up to a degree of conversion of at least 2%; (b) optionally cooling the precondensate according to (a); (c) adding 1 to 25 mol% of an acidic catalyst, based on the amount of aspartic acid used in step (a); (d) polycondensing the reaction mixture after (c) at 170 to 250°C; (e) hydrolyzing the polycondensates according to (d) with addition of a base; and (f) optionally acidifying the salts of polyaspartic acid obtained in (e).
Method for filling containers , in particular large-volume containers, with a liquid carbonated filling material, wherein, for the pressure filling of the respective container , it is arranged in a sealing position at a filling element , by means of which, in a filling phase, the filling material flows under filling pressure into the interior of the container, which is prestressed with a prestressing gas up to a filling pressure (PF), wherein, after the ending of the filling phase, the container is relieved in a relieving phase to ambient pressure, and wherein, following the filling phase and before the relieving phase, in each case in a pressure treatment phase the filling material in the containers is subjected to a treatment pressure (PP) which is increased in relation to the filling pressure (PF), specifically by introducing a treatment gas into a head space, not occupied by filling material, of the respective container , which continues to be arranged in a sealing position at the filling element , wherein the pressure treatment phase involves a combined pressure treatment and pressure test, wherein this pressure test takes place in such a way that the respective container is subjected to the treatment pressure or test pressure in a time-controlled and/or pressure-controlled manner, and then, after the separation of the connection between the container and the source providing the treatment gas or test gas under treatment pressure, the pressure in the container is then monitored over a period of time or a test period, wherein, if in this situation the pressure in the container drops during the test period, the container is identified as leaking, and then, for example, is isolated and ejected.
An acetate complex comprising acetate, Fe 3+ , and a compound of formula (Ia): wherein R 1 is -OH or -O - .