mhurhangee/ep-ind-claims huggingface dataset:
A method for lining a pipeline without an annular space, said pipeline having a first diameter substantially extending along a longitudinal axis, characterised in that it comprises the following steps: - inserting a first tube portion made of viscoelastic material into the pipeline by translation along the longitudinal axis, with said first tube portion having a second diameter smaller than the first diameter in order to form a pipe; - juxtaposing a second tube portion made of viscoelastic material with a second diameter of the pipe in line with the pipe along the longitudinal axis; - welding the second tube portion to the pipe so as to extend the pipe; - positioning the pipe in the pipeline; - filling the pipe with a liquid and pressurising the liquid until the pipe is inflated so as to press against the pipeline; - viscoelastically deforming the pipe, and in that it comprises, prior to the insertion step, a step of manufacturing tube portions (13, 14) made of viscoelastic material having a second diameter that is lower than the first diameter and having a linear mass equal to a linear mass of a tube portion having a first diameter, so that each tube portion undergoes only one viscoelastic deformation, during the lining method, that corresponds to the viscoelastic deformation allowing it to transition from the initial lower diameter, i.e., the second diameter, to the diameter of the pipeline, i.e., the first diameter. - inserting a first tube portion made of viscoelastic material into the pipeline by translation along the longitudinal axis, with said first tube portion having a second diameter smaller than the first diameter in order to form a pipe; - juxtaposing a second tube portion made of viscoelastic material with a second diameter of the pipe in line with the pipe along the longitudinal axis; - welding the second tube portion to the pipe so as to extend the pipe; - positioning the pipe in the pipeline; - filling the pipe with a liquid and pressurising the liquid until the pipe is inflated so as to press against the pipeline; - viscoelastically deforming the pipe,
Method for casing drilling a deepwater subsea slim hole wellbore wherein use is made of a surface vessel with a mud circulation system; a bottom hole assembly BHA with a drill bit; and of a subsea unit, the subsea unit comprising: - a subsea blowout preventer, - a subsea pressure control device, - a subsea mud pump with an outlet to a mud hose connectable to the surface vessel, - a subsea casing drive, adapted to engage at an outer circumference of a casing string, to impart torque to the casing string; the method comprising the steps of: - installing the subsea unit onto a wellhead, - interconnecting the BHA and a lower casing joint at a lower end of the lower casing joint; - assembling the lower casing joint with multiple casing joints to form a casing string while suspending the casing string from the vessel; - connecting a swivel to a top end of the casing string; - connecting a landing string to the swivel, the swivel allowing rotation of the casing string with respect to the landing string; - lowering the interconnected BHA and casing string into the subsea unit; - connecting the mud hose to the mud circulation system on the surface vessel; - drilling the wellbore wherein the drill bit of the BHA is rotated and wherein the casing string is driven by means of the subsea casing drive, while discharging mud and cuttings via the mud hose to the mud circulation system on the vessel and supplying mud to the BHA from the mud circulation system via the landing string and casing string. - a subsea blowout preventer, - a subsea pressure control device, - a subsea mud pump with an outlet to a mud hose connectable to the surface vessel, - a subsea casing drive, adapted to engage at an outer circumference of a casing string, to impart torque to the casing string; - installing the subsea unit onto a wellhead, - interconnecting the BHA and a lower casing joint at a lower end of the lower casing joint; - assembling the lower casing joint with multiple casing joints to form a casing string while suspending the casing string from the vessel; - connecting a swivel to a top end of the casing string; - connecting a landing string to the swivel, the swivel allowing rotation of the casing string with respect to the landing string; - lowering the interconnected BHA and casing string into the subsea unit; - connecting the mud hose to the mud circulation system on the surface vessel; - drilling the wellbore wherein the drill bit of the BHA is rotated and wherein the casing string is driven by means of the subsea casing drive, while discharging mud and cuttings via the mud hose to the mud circulation system on the vessel and supplying mud to the BHA from the mud circulation system via the landing string and casing string.
Heliostat facet configured from a flat structure comprising a plurality of formings distributed on its surface, comprising a central section and a peripheral section comprising first and second sides, being both sections linked together by a plurality of arms (5, 6), which starting from the central section radially run towards the peripheral section taking as reference the geometrical centre of the facet, and in that, in at least three of the arms (5,6), there are support points of the facet in the corresponding heliostat support, the arms (5, 6) comprising first arms which are arranged from the central section to the peripheral section running in a divergent manner and the facet being further characterized in that at least two couples of second arms which starting from the central section run to the peripheral section, the arms of each couple radially running taking as reference the geometrical centre of the facet.
A camera on which a plurality of lens apparatuses capable of focusing control can be selectively mounted, comprising a focus detection section for obtaining first information used for the focusing control, using a light flux from the mounted lens apparatus, a storage section for storing second information for correcting the first information, and a correction section for correcting the first information based on third information determined using a reference lens apparatus, fourth information determined using a reference camera which is sent from the mounted lens apparatus, and the second information stored in the storage section, wherein the second information is information associated with individual information assigned to each lens apparatus mounted on the camera.
A method for configuring an electrical neurostimulator, comprising: providing an implantable electrode array comprising a plurality of electrodes, wherein at least one of the plurality of electrodes is configured to deliver one or more electric pulses, wherein each pulse includes a frequency, a pulse width, an amplitude, an onset time, and an end time; grouping electrodes configured to deliver electric pulses with identical onset times, identical end times, identical frequencies, and identical pulse widths into at least one cohort; grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence; and grouping at least one sequence into a program, the program configured to deliver electrical epidural stimulation producing a specific motor function or physiological response; wherein said grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence comprises grouping at least one cohort into at least one sequence. providing an implantable electrode array comprising a plurality of electrodes, wherein at least one of the plurality of electrodes is configured to deliver one or more electric pulses, wherein each pulse includes a frequency, a pulse width, an amplitude, an onset time, and an end time; grouping electrodes configured to deliver electric pulses with identical onset times, identical end times, identical frequencies, and identical pulse widths into at least one cohort; grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence; and grouping at least one sequence into a program, the program configured to deliver electrical epidural stimulation producing a specific motor function or physiological response; wherein said grouping electrodes configured to deliver electric pulses with identical onset times and identical end times into at least one sequence comprises grouping at least one cohort into at least one sequence.
An appliance comprising: a cabinet having a wrapper, a liner, and a trim breaker, wherein the wrapper, the liner, and the trim breaker define an insulating cavity therebetween; an insulating material disposed within the insulating cavity; and a frame including an upper frame portion, a vertical frame portion, and a lower frame portion, wherein the frame is at least partially disposed within the insulating cavity; further comprising: an upper hinge mount disposed on the upper frame portion; a lower hinge mount disposed on the lower frame portion, wherein the lower frame portion has a closed outer periphery; and a door rotationally mounted to the cabinet via an upper hinge mounted to the upper hinge mount and a lower hinge mounted to the lower hinge mount, wherein the insulating material is configured as a vacuum insulated structure, wherein the insulating cavity is a hermetically sealed cavity, wherein the upper hinge mount and the lower hinge mount each include an attachment receptacle and wherein the attachment receptacles each maintain a fastener therein that is separated from the insulating cavity by the attachment receptacles. a cabinet having a wrapper, a liner, and a trim breaker, wherein the wrapper, the liner, and the trim breaker define an insulating cavity therebetween; an insulating material disposed within the insulating cavity; and a frame including an upper frame portion, a vertical frame portion, and a lower frame portion, wherein the frame is at least partially disposed within the insulating cavity; further comprising: an upper hinge mount disposed on the upper frame portion; a lower hinge mount disposed on the lower frame portion, wherein the lower frame portion has a closed outer periphery; and a door rotationally mounted to the cabinet via an upper hinge mounted to the upper hinge mount and a lower hinge mounted to the lower hinge mount, wherein the insulating material is configured as a vacuum insulated structure, wherein the insulating cavity is a hermetically sealed cavity, wherein the upper hinge mount and the lower hinge mount each include an attachment receptacle and wherein the attachment receptacles each maintain a fastener therein that is separated from the insulating cavity by the attachment receptacles. an upper hinge mount disposed on the upper frame portion; a lower hinge mount disposed on the lower frame portion, wherein the lower frame portion has a closed outer periphery; and a door rotationally mounted to the cabinet via an upper hinge mounted to the upper hinge mount and a lower hinge mounted to the lower hinge mount, wherein the insulating material is configured as a vacuum insulated structure, wherein the insulating cavity is a hermetically sealed cavity, wherein the upper hinge mount and the lower hinge mount each include an attachment receptacle and wherein the attachment receptacles each maintain a fastener therein that is separated from the insulating cavity by the attachment receptacles.
A method of modifying an organic semiconductor film, comprising the steps of adding an amount of one or more low molecular weight alkyl-containing molecules to a solution of one or more organic semiconductors, and forming the organic semiconductor film from the solution, wherein the low molecular weight alkyl-containing molecules are selected from the group consisting of C 1 -C 20 alkanes substituted with one or more substituents selected from aldehyde, dioxo, hydroxy, thiol, thioalkyl, amine, amide, thioether, and epoxide groups; characterized in that: the low molecular weight alkyl-containing molecules are selected from C 1 -C 20 alkanes substituted with at least one hydroxy group and at least one thiol group; or the one or more low molecular weight alkyl-containing molecules are selected from C 1 -C 20 dithioalkanes; and with the proviso that di-halo substituted compounds are excluded from the low molecular weight alkyl-containing molecules. the low molecular weight alkyl-containing molecules are selected from C 1 -C 20 alkanes substituted with at least one hydroxy group and at least one thiol group; or the one or more low molecular weight alkyl-containing molecules are selected from C 1 -C 20 dithioalkanes; and with the proviso that di-halo substituted compounds are excluded from the low molecular weight alkyl-containing molecules.
A method of manufacturing a radiation detector comprising: a first step of forming a scintillator layer including a plurality of columnar crystals on a main surface of a sensor panel including a plurality of photoelectric converting elements by a vapor phase deposition method; a second step of forming a resin frame on the main surface to surround the scintillator layer and disposing a frame member made of an inorganic solid material to be in contact with the resin frame along an outer circumference of the resin frame; a third step of sealing the scintillator layer by bonding a protective plate to the resin frame; and a fourth step of curing the resin frame. a first step of forming a scintillator layer including a plurality of columnar crystals on a main surface of a sensor panel including a plurality of photoelectric converting elements by a vapor phase deposition method; a second step of forming a resin frame on the main surface to surround the scintillator layer and disposing a frame member made of an inorganic solid material to be in contact with the resin frame along an outer circumference of the resin frame; a third step of sealing the scintillator layer by bonding a protective plate to the resin frame; and a fourth step of curing the resin frame.
A pupilometer comprising a light source, which is configured to illuminate a human with a pulse sequence so that a pupil reflex is caused in the human, a camera, which is configured to record an image sequence having images of an eye of the human, which eye exhibits a pupil with the pupil reflex, and a signal evaluation unit, which is configured to determine in the images a pupil diameter and therefrom a pupil diameter curve (12, 13), the pulse sequence having a plurality of temporally successive light pulses (1 to 11), and temporal intervals (Δ 1 to Δ 10) between two adjacent light pulses being short such that, during the pulse sequence, the pupil diameter does not recover to an initial pupil diameter which is present at the time of the first light pulse of the pulse sequence, and in which at least two of the light pulses have a different color, characterized in that the light pulses (1 to 11) in the pulse sequence are arranged temporally such that the temporal intervals (Δ 1 to Δ 10) become increasingly shorter as time progresses, in that the pupilometer is configured to determine a temporal limit interval (Δ x) between two adjacent light pulses (x, x+1), in which the pupil no longer changes its pupil diameter, in that the pupilometer is configured to determine the limit interval (Δ x) by checking, as time progresses, for two adjacent light pulses (x, x+1) in each case in the pupil diameter curve (12, 13), whether the pupil diameter in a temporal checking interval (Δ 0) is within a tolerance range, the tolerance range being at most 10% of the initial pupil diameter.
Process for production of dimethyl ether from synthesis gas, in which at least one feed stream formed from synthesis gas is subjected to at least one synthesis step, in which components present in the feed stream are at least in part converted to dimethyl ether, wherein at least one crude product stream is obtained which contains at least dimethyl ether and unreacted components of the feed stream, characterized in that the feed stream contains hydrogen, carbon monoxide and carbon dioxide corresponding to a stoichiometric number of 2.1 to 5.0 and contains 4 to 20 mol percent carbon dioxide, and the ratio of carbon dioxide to carbon monoxide in the feed stream is in a range from 0.5 to 2, and in that the at least one synthesis step is carried out under isothermal conditions.
Crane mechanism and work platform with a load detection apparatus, comprising: a crane mechanism for moving the work platform, wherein the crane mechanism can be mounted on a base and includes a tiltable boom (14, 14"); and a load cell (30, 30', 30") which is arranged as only connection between the tiltable boom (14, 14") and the work platform, wherein the load cell (30, 30', 30") comprises a force sensor that is configured to detect a force, a lateral or yaw moment and/or a torsional moment between the crane mechanism and the work platform; and an inclination sensor that is configured to detect an inclination of the work platform, wherein the force sensor and the inclination sensor comprise a common housing. a crane mechanism for moving the work platform, wherein the crane mechanism can be mounted on a base and includes a tiltable boom (14, 14"); and a load cell (30, 30', 30") which is arranged as only connection between the tiltable boom (14, 14") and the work platform, wherein the load cell (30, 30', 30") comprises a force sensor that is configured to detect a force, a lateral or yaw moment and/or a torsional moment between the crane mechanism and the work platform; and an inclination sensor that is configured to detect an inclination of the work platform, wherein the force sensor and the inclination sensor comprise a common housing.
A process for production of (meth)acrylic acid, comprising the steps of: crystallizing (meth)acrylic acid from a crude (meth)acrylic acid solution by using a batch type crystallizer having a storage part in the lower part and a crystallization tube in the upper part, melting the obtained (meth)acrylic acid crystal to obtain a (meth)acrylic acid melted liquid so that the (meth)acrylic acid melted liquid is pooled in the storage part, transferring the (meth)acrylic acid melted liquid to a storage tank from the crystallizer, and preliminarily cooling the crystallizer for the next crystallization step by supplying a cooling medium to the crystallizer by shifting from a heating medium to the cooling medium; wherein preliminary cooling of the crystallizer for the next crystallization step is started during transferring the (meth)acrylic acid melted liquid from the crystallizer and before crude (meth)acrylic acid for the next crystallization step is supplied into the crystallizer. crystallizing (meth)acrylic acid from a crude (meth)acrylic acid solution by using a batch type crystallizer having a storage part in the lower part and a crystallization tube in the upper part, melting the obtained (meth)acrylic acid crystal to obtain a (meth)acrylic acid melted liquid so that the (meth)acrylic acid melted liquid is pooled in the storage part, transferring the (meth)acrylic acid melted liquid to a storage tank from the crystallizer, and preliminarily cooling the crystallizer for the next crystallization step by supplying a cooling medium to the crystallizer by shifting from a heating medium to the cooling medium; wherein preliminary cooling of the crystallizer for the next crystallization step is started during transferring the (meth)acrylic acid melted liquid from the crystallizer and before crude (meth)acrylic acid for the next crystallization step is supplied into the crystallizer.
A method for privacy protection of end users in a network, the method comprising: receiving user consumption data, associated with one or more end users, wherein the user consumption data comprises at least a slice of interest profile and associated interest group id of the slice of interest profile, and wherein the user consumption data is received through a network anonymization layer; and routing the user consumption data to an interest group aggregator node from amongst a plurality of intermediary nodes based on distributed hash table, DHT, routing mechanism, and wherein the interest group aggregator node is associated with the interest group id present in the user consumption data. receiving user consumption data, associated with one or more end users, wherein the user consumption data comprises at least a slice of interest profile and associated interest group id of the slice of interest profile, and wherein the user consumption data is received through a network anonymization layer; and routing the user consumption data to an interest group aggregator node from amongst a plurality of intermediary nodes based on distributed hash table, DHT, routing mechanism, and wherein the interest group aggregator node is associated with the interest group id present in the user consumption data.
A cathode power distribution system, comprising: a plurality of cathode assemblies, each cathode assembly of the plurality of cathode assemblies includes a plurality of cathode rods; a plurality of bus bars operable to distribute current to each of the plurality of cathode assemblies, the plurality of bus bars including a first bus bar operable to distribute the current to first ends of the plurality of cathode assemblies and a second bus bar operable to distribute the current to second ends of the plurality of cathode assemblies; and a manifold operable to transfer cooling gas to decrease a temperature of the plurality of cathode assemblies, wherein the manifold is connected to the plurality of cathode assemblies via a plurality of tubes. a plurality of cathode assemblies, each cathode assembly of the plurality of cathode assemblies includes a plurality of cathode rods; a plurality of bus bars operable to distribute current to each of the plurality of cathode assemblies, the plurality of bus bars including a first bus bar operable to distribute the current to first ends of the plurality of cathode assemblies and a second bus bar operable to distribute the current to second ends of the plurality of cathode assemblies; and a manifold operable to transfer cooling gas to decrease a temperature of the plurality of cathode assemblies, wherein the manifold is connected to the plurality of cathode assemblies via a plurality of tubes.
Method for generating a document accessible over a communication network via a universal address for the document, the document describing a multimedia content containing at least one data segment and comprising data for generating a first universal address for said segment, said method for generating a document comprising at least one step of writing in the document at least one generation rule for generating a second universal address for accessing the segment, said generation rule indicating the accounting for, to generate said second universal address for the segment for a client terminal: - the first universal address, - and at least one parameter personalized for said client terminal, included in the universal address for the document describing the content. - the first universal address, - and at least one parameter personalized for said client terminal, included in the universal address for the document describing the content.