mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying hydrocarbons comprising: obtaining a potential location of waterborne liquid hydrocarbons (120,128) in a body of water using remote sensing data; directing an unmanned vehicle to the potential location; and obtaining a sample of the waterborne liquid hydrocarbons (120,128) with the unmanned vehicle, CHARACTERIZED IN THAT the sample is collected by a sampling assembly comprising a plurality of individual sample containers where each of the sample containers has a sampling material disposed around a single spool within the sample container, and wherein the spool is actuated to activate deployment and retrieval of the sampling material. obtaining a potential location of waterborne liquid hydrocarbons (120,128) in a body of water using remote sensing data; directing an unmanned vehicle to the potential location; and obtaining a sample of the waterborne liquid hydrocarbons (120,128) with the unmanned vehicle, CHARACTERIZED IN THAT the sample is collected by a sampling assembly comprising a plurality of individual sample containers where each of the sample containers has a sampling material disposed around a single spool within the sample container, and wherein the spool is actuated to activate deployment and retrieval of the sampling material.
A computer-implemented method for receiving and verifying transaction data stored to a distributed ledger, wherein a hosting enterprise provides an Enterprise Resource Planning, ERP, solution through the distributed ledger, the method being executed by one or more processors and comprising: authenticating a client device based on a credential of a third-party enterprise; receiving a request for transaction data from the client device, wherein the transaction data includes information regarding a transaction involving the third-party enterprise; providing, to a permission management service, the request for the transaction data stored to the distributed ledger; receiving the transaction data, a transaction root hash, and verification data from the permission management service; generating a hash value for the transaction data from a cryptographic hash function; generating a local transaction root hash based on the generated hash value for the transaction data and the received verification data; verifying the transaction data based on comparing the local transaction root hash to the received transaction root hash; and providing the requested transaction data to the client device based on the verification of the transaction data. authenticating a client device based on a credential of a third-party enterprise; receiving a request for transaction data from the client device, wherein the transaction data includes information regarding a transaction involving the third-party enterprise; providing, to a permission management service, the request for the transaction data stored to the distributed ledger; receiving the transaction data, a transaction root hash, and verification data from the permission management service; generating a hash value for the transaction data from a cryptographic hash function; generating a local transaction root hash based on the generated hash value for the transaction data and the received verification data; verifying the transaction data based on comparing the local transaction root hash to the received transaction root hash; and providing the requested transaction data to the client device based on the verification of the transaction data.
A method of manufacturing a film, comprising: applying, onto a substrate, a photocurable composition containing a polymerizable monomer, a photopolymerization initiator, and a photosensitive gas generator that generates a gas through light stimulation to form an applied film; bringing a mold into contact with the applied film; irradiating the applied film with light through the mold to cure the applied film and to generate the gas in the applied film; and releasing the mold from the applied film after the irradiation of the applied film with the light to form a film having a predetermined pattern shape on the substrate; characterized in that: the polymerizable monomer, the photopolymerization initiator, the photosensitive gas generator and the light with which the photocurable composition is irradiated, are selected such that, in the irradiation of the applied film with the light, a reaction rate of a polymerization reaction of the polymerizable monomer in the applied film is higher than a reaction rate of a gas-generating reaction of the photosensitive gas generator in the applied film. applying, onto a substrate, a photocurable composition containing a polymerizable monomer, a photopolymerization initiator, and a photosensitive gas generator that generates a gas through light stimulation to form an applied film; bringing a mold into contact with the applied film; irradiating the applied film with light through the mold to cure the applied film and to generate the gas in the applied film; and releasing the mold from the applied film after the irradiation of the applied film with the light to form a film having a predetermined pattern shape on the substrate; characterized in that: the polymerizable monomer, the photopolymerization initiator, the photosensitive gas generator and the light with which the photocurable composition is irradiated, are selected such that, in the irradiation of the applied film with the light, a reaction rate of a polymerization reaction of the polymerizable monomer in the applied film is higher than a reaction rate of a gas-generating reaction of the photosensitive gas generator in the applied film.
Lifting assembly for sewage, in particular under floor-lifting assembly, comprising a container and a pressure tube mounted sidewardly and in sealed fashion in a wall of the container, a back flow preventer, a pump and a pressure connector structure of the pump, wherein with a section of the pressure tube situated in the interior of the container the pressure connector structure of the pump installed in the container is connected via the back flow preventer, and a discharge line can be connected to the section of the pressure tube situated outside the container, characterized in that both sections (7, 13) of the pressure tube are separate tube bodies (29, 30) which are installed in decoupled fashion with regard to a mutual force transmission, wherein for decoupling both sections (7, 13) at least one elastic sealing is provided between the inner section and the container as well a free interspace is provided between the tube bodies (20, 30) of both sections (7, 13).
A bladed rotor system for a turbomachine, comprising: a circumferential row of blades mounted on a rotor disc, each blade comprising: a platform; a root extending radially inward from the platform for mounting the blade to the rotor disc; and an airfoil extending span-wise radially outward from the platform; wherein platforms of adjacent blades align circumferentially to define an inner diameter boundary for a working fluid flow path; and a plurality of dampers, each damper being located between adjacent platforms; wherein the plurality of dampers comprise a first set of dampers and a second set of dampers, wherein the dampers of the first set are distinguished from the dampers of the second set by a cross-sectional material distribution in the damper that is unique to the respective set (H, L), and wherein dampers of the first set and the second set are positioned alternately in a periodic fashion in a circumferential direction, to provide a frequency mistuning to stabilize flutter of the blades, characterized in that the dampers of the first set are solid, and the dampers of the second set are hollow, each defining an internal cavity therewithin. a circumferential row of blades mounted on a rotor disc, each blade comprising: a platform; a root extending radially inward from the platform for mounting the blade to the rotor disc; and an airfoil extending span-wise radially outward from the platform; a platform; a root extending radially inward from the platform for mounting the blade to the rotor disc; and an airfoil extending span-wise radially outward from the platform; wherein platforms of adjacent blades align circumferentially to define an inner diameter boundary for a working fluid flow path; and a plurality of dampers, each damper being located between adjacent platforms; wherein the plurality of dampers comprise a first set of dampers and a second set of dampers, wherein the dampers of the first set are distinguished from the dampers of the second set by a cross-sectional material distribution in the damper that is unique to the respective set (H, L), and wherein dampers of the first set and the second set are positioned alternately in a periodic fashion in a circumferential direction, to provide a frequency mistuning to stabilize flutter of the blades, characterized in that the dampers of the first set are solid, and the dampers of the second set are hollow, each defining an internal cavity therewithin.
A load-bearing and heat-insulating structural element having a thickness and a planar extension (2, 3) composed of rod-shaped Typha leaf particles, wherein the rod-shaped Typha leaf particles are oriented perpendicularly to the thickness of the structural element and are joined to each other by way of bonding, preferably by way of mineral bonding using no substantial non-mineral additives, such that no cover layers are required to stabilize the structural element, characterized in that longitudinally cut Typha leaves yield the rod-shaped Typha leaf particles.
Method of testing a tyre, the method comprising: - mounting said tyre on a rim and inflating the tyre to a pressure; - putting in rotation the tyre around an axis of rotation, with said tyre in thrust with a force on a rolling surface; - acquiring an accelerometric signal representative of a linear acceleration undergone by said tyre during said rotation; - calculating at least one frequency spectrum of said accelerometric signal; - calculating at least one index as a function of said at least one frequency spectrum; - evaluating a state of integrity of said tyre on the basis of a time trend of said at least one index, characterized in that calculating said at least one frequency spectrum comprises interpolating said accelerometric signal and, for each period of said rotation, sampling said interpolated accelerometric signal in a given number of points, wherein said sampling is performed in synchronous way with said rotation. - mounting said tyre on a rim and inflating the tyre to a pressure; - putting in rotation the tyre around an axis of rotation, with said tyre in thrust with a force on a rolling surface; - acquiring an accelerometric signal representative of a linear acceleration undergone by said tyre during said rotation; - calculating at least one frequency spectrum of said accelerometric signal; - calculating at least one index as a function of said at least one frequency spectrum; - evaluating a state of integrity of said tyre on the basis of a time trend of said at least one index,
A production plant for processing a suspension with a planetary roller mixer comprising - a housing, • which is substantially cylindrical on the inside and provided with an internal toothing, or • comprising at least one substantially cylindrical bushing with internal toothing; - at least one product inlet in a first end portion of the housing; and - at least one product outlet in a second end region of the housing; - a central spindle with toothing arranged in the housing; - at least one planetary spindle with toothing arranged in the housing; wherein the toothing of the planetary spindle is operatively connected both to the toothing of the central spindle and to the internal toothing of the housing or the bushing; wherein the product outlet is arranged above or at the level of the product inlet when operated as intended; and wherein the production plant comprises a conveying device which is arranged outside the housing upstream of the product inlet and is in fluid connection with the product inlet, and the production plant comprises a dosing device, in particular a pump or a dosing valve, which is connected downstream of the conveying device, characterized in that the housing and the spindles of the planetary roller mixer are arranged horizontally during intended use and in that the planetary roller mixer comprises a driving device for driving the central spindle, which driving device is arranged closer to the product outlet than to the product inlet. - a housing, • which is substantially cylindrical on the inside and provided with an internal toothing, or • comprising at least one substantially cylindrical bushing with internal toothing; • which is substantially cylindrical on the inside and provided with an internal toothing, or • comprising at least one substantially cylindrical bushing with internal toothing; - at least one product inlet in a first end portion of the housing; and - at least one product outlet in a second end region of the housing; - a central spindle with toothing arranged in the housing; - at least one planetary spindle with toothing arranged in the housing;
A battery cell comprising: a housing having a prismatic shape; an electrode assembly (8, C 1, C 2) fixedly arranged inside the housing; wherein the housing comprises a venting side and at least one terminal side (18a, 18b) being different from the venting side; wherein at least one terminal (T 1, T 2) is arranged on each of the terminal sides (18a, 18b); wherein the venting side comprises venting valve; wherein the venting valve is configured for being in a closed state and in an open state and is further configured for switching between the closed state and the open state; wherein the venting valve, when being in the open state, provides a vent opening in the venting side, the vent opening extending over at least 70 % of the area of the venting side; wherein the electrode assembly (8, C 1, C 2) is fixed inside the battery cell by an anchorage; and wherein the electrode assembly (8, C 1, C 2) is configured for sliding or being slid through the venting opening, when the venting valve is in an open state and the electrode assembly (8, C 1, C 2) has been detached from the anchorage. a housing having a prismatic shape; an electrode assembly (8, C 1, C 2) fixedly arranged inside the housing; wherein the housing comprises a venting side and at least one terminal side (18a, 18b) being different from the venting side; wherein at least one terminal (T 1, T 2) is arranged on each of the terminal sides (18a, 18b); wherein the venting side comprises venting valve; wherein the venting valve is configured for being in a closed state and in an open state and is further configured for switching between the closed state and the open state; wherein the venting valve, when being in the open state, provides a vent opening in the venting side, the vent opening extending over at least 70 % of the area of the venting side; wherein the electrode assembly (8, C 1, C 2) is fixed inside the battery cell by an anchorage; and wherein the electrode assembly (8, C 1, C 2) is configured for sliding or being slid through the venting opening, when the venting valve is in an open state and the electrode assembly (8, C 1, C 2) has been detached from the anchorage.
A process of manufacturing a prion-free Vitamin K dependent Protein in a purification sequence employing chromatography characterized in that - at least one chromatography step is performed using a multimodal resin - providing a fraction containing Vitamin K dependent Protein in an aqueous solution; - contacting the fraction containing the Vitamin K dependent Protein with a multimodal resin at a pH between 6-9; - optionally washing the multimodal resin having the Vitamin K dependent Protein adsorbed with an aqueous washing buffer to wash away contaminants and retain the Vitamin K dependent Protein, before the Vitamin K dependent Protein is eluted; - the Vitamin K dependent Protein is eluting from the multimodal resin at a pH between 6 to 9 in a buffer comprising arginine; and - optionally collecting Vitamin K dependent Protein containing fractions in purified or enriched form; wherein the Vitamin K dependent Protein is plasma derived FIX or recombinant produced FIX. - at least one chromatography step is performed using a multimodal resin - providing a fraction containing Vitamin K dependent Protein in an aqueous solution; - contacting the fraction containing the Vitamin K dependent Protein with a multimodal resin at a pH between 6-9; - optionally washing the multimodal resin having the Vitamin K dependent Protein adsorbed with an aqueous washing buffer to wash away contaminants and retain the Vitamin K dependent Protein, before the Vitamin K dependent Protein is eluted; - the Vitamin K dependent Protein is eluting from the multimodal resin at a pH between 6 to 9 in a buffer comprising arginine; and - optionally collecting Vitamin K dependent Protein containing fractions in purified or enriched form;
A dental appliance precursor, comprising: a dental appliance comprising a plurality of teeth receiving cavities, the appliance comprising a buccal wall and a lingual wall to at least partially define the plurality of teeth receiving cavities; and a support comprising a plurality of extensions coupled to the dental appliance, the support comprising a holder to couple to an additive manufacturing machine, the support extending between the holder and the appliance; characterized in that the plurality of extensions are only in contact with a removal line of the appliance, wherein the removal line corresponds to a location where the appliance is configured to be separated from the support, wherein the removal line is located along at least a portion of a gingival line. a dental appliance comprising a plurality of teeth receiving cavities, the appliance comprising a buccal wall and a lingual wall to at least partially define the plurality of teeth receiving cavities; and a support comprising a plurality of extensions coupled to the dental appliance, the support comprising a holder to couple to an additive manufacturing machine, the support extending between the holder and the appliance; characterized in that the plurality of extensions are only in contact with a removal line of the appliance, wherein the removal line corresponds to a location where the appliance is configured to be separated from the support, wherein the removal line is located along at least a portion of a gingival line.
Step ladder - with an ascending part having two rails and rungs or steps arranged between the rails, - with a supporting element having two rails which are connected to each other by at least one traverse, step or rung, - wherein the ascending part and the supporting element are pivotally connected to each other, - with a platform pivotally attached to the ascending part and resting on the traverse in a raised position of the ladder, and - with a device for securing a step ladder in a raised position, which is mounted under the platform, wherein the device is a monolith, characterised in that the device has a main body, a latch which is linearly moveable with respect to the main body, and a spring arranged between the main body and the latch. - with an ascending part having two rails and rungs or steps arranged between the rails, - with a supporting element having two rails which are connected to each other by at least one traverse, step or rung, - wherein the ascending part and the supporting element are pivotally connected to each other, - with a platform pivotally attached to the ascending part and resting on the traverse in a raised position of the ladder, and - with a device for securing a step ladder in a raised position, which is mounted under the platform,
A medical surgical device sized and shaped for insertion into a body comprising: at least one elongate mechanical limb (104, 106) including a proximal and distal end comprising: a support segment (102, 3102); a first segment (112, 3112) extending from said support segment, said first segment defining a first segment hollow passageway therein which terminates in a first connecting section which includes a first joint (120, 3120); said first joint formed by a stack of a plurality of links, each link comprising an air gap (2799, 2899); a second segment (116, 3116) extending from said first connecting section and terminating in a tool (124, 3124) or a connector for a tool; and a first control portion comprising a first bendable torque transfer portion and coupled to said second segment, rotation of said control portion thereby rotating said second segment; wherein said first control portion is disposed within said first segment hollow passageway and configured to transfer torque from a first end to a second end of said torque transfer portion along a long axis of said torque transfer portion, where bending of said first joint thereby bends said first bendable torque transfer portion; said torque transfer portion comprising a plurality of elements (2397a, 2397b) interconnected by torque transferring connectors (2296, 2196a, 2196b, 2196c, 2196d); said elements defining open spaces (2299, 2499C, 2499E) therebetween which are compressed or expanded thereby providing for bending of said torque transfer portion. a support segment (102, 3102); a first segment (112, 3112) extending from said support segment, said first segment defining a first segment hollow passageway therein which terminates in a first connecting section which includes a first joint (120, 3120); said first joint formed by a stack of a plurality of links, each link comprising an air gap (2799, 2899); a second segment (116, 3116) extending from said first connecting section and terminating in a tool (124, 3124) or a connector for a tool; and a first control portion comprising a first bendable torque transfer portion and coupled to said second segment, rotation of said control portion thereby rotating said second segment; wherein said first control portion is disposed within said first segment hollow passageway and configured to transfer torque from a first end to a second end of said torque transfer portion along a long axis of said torque transfer portion, where bending of said first joint thereby bends said first bendable torque transfer portion; said torque transfer portion comprising a plurality of elements (2397a, 2397b) interconnected by torque transferring connectors (2296, 2196a, 2196b, 2196c, 2196d); said elements defining open spaces (2299, 2499C, 2499E) therebetween which are compressed or expanded thereby providing for bending of said torque transfer portion.
A self-supporting gallium nitride substrate composed of a plate composed of a plurality of gallium nitride-based single crystal grains, wherein the plate has a single crystal structure in an approximately normal direction, wherein the gallium nitride-based single crystal grains exposed at a top surface of the self-supporting gallium nitride substrate connect to a bottom surface of the self-supporting gallium nitride substrate without intervention of a grain boundary, and wherein a cross-sectional average diameter of the gallium nitride-based single crystal grains at an outermost surface of the substrate is from 20 μm to 1000 μm, the cross-sectional average diameter being determined by: obtaining an image of the outermost surface of the substrate with a scanning electron microscope, the visual field range being determined such that straight lines diagonally drawn on the obtained image cross 10 to 30 gallium nitride-based single crystal grains, and diagonally drawing two straight lines on the obtained image, taking the average of the line segment lengths inside all grains crossed by the straight lines, and multiplying the average by 1.5. obtaining an image of the outermost surface of the substrate with a scanning electron microscope, the visual field range being determined such that straight lines diagonally drawn on the obtained image cross 10 to 30 gallium nitride-based single crystal grains, and diagonally drawing two straight lines on the obtained image, taking the average of the line segment lengths inside all grains crossed by the straight lines, and multiplying the average by 1.5.