mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: (a) a catheter shaft having a proximal end and a distal end, the catheter assembly defining a longitudinal axis, the catheter assembly including an outer sheath with a distal end; and (b) an end effector associated with the distal end of the catheter assembly the end effector comprising a panel assembly, the panel assembly being configured to transition between a first state and a second state, the panel assembly being configured to fit within the outer sheath in the first state, the panel assembly being configured to expand outwardly away from the longitudinal axis in the second state when exposed distally relative to the distal end of the outer sheath, the panel assembly comprising (i) a flexible circuit substrate, (ii) a plurality of spines extending along the flexible circuit substrate, the plurality of spines being configured to move inward toward the longitudinal axis such that the panel assembly adopts a cylindraceous configuration of the first state, and (iii) a plurality of microelectrodes positioned along the plurality of spines. (a) a catheter shaft having a proximal end and a distal end, the catheter assembly defining a longitudinal axis, the catheter assembly including an outer sheath with a distal end; and (b) an end effector associated with the distal end of the catheter assembly the end effector comprising a panel assembly, the panel assembly being configured to transition between a first state and a second state, the panel assembly being configured to fit within the outer sheath in the first state, the panel assembly being configured to expand outwardly away from the longitudinal axis in the second state when exposed distally relative to the distal end of the outer sheath, the panel assembly comprising (i) a flexible circuit substrate, (ii) a plurality of spines extending along the flexible circuit substrate, the plurality of spines being configured to move inward toward the longitudinal axis such that the panel assembly adopts a cylindraceous configuration of the first state, and (iii) a plurality of microelectrodes positioned along the plurality of spines. (i) a flexible circuit substrate, (ii) a plurality of spines extending along the flexible circuit substrate, the plurality of spines being configured to move inward toward the longitudinal axis such that the panel assembly adopts a cylindraceous configuration of the first state, and (iii) a plurality of microelectrodes positioned along the plurality of spines.
A plate arrangement for change of direction in a chain hinge assembly, said plate arrangement comprising a first hinge plate comprising a center pivot axis, and a second hinge plate comprising a center pivot axis and two end pivot axes (5b, 5c), said end pivot axes (5b, 5c) being arranged at opposite sides of said center pivot axis, said first hinge plate and said second hinge plate being pivotally interconnected such that the center pivot axis of said first hinge plate coincides with the center pivot axis of said second hinge plate, said end pivot axes (5b, 5c) of said second hinge plate being adapted, by gear connections (6a, 6b), for pivotally connecting to first and second further elements being at least a third hinge plate or a connection to a frame section (9a, 9b) of a foldable electronic device such that said first further element and said second further element may pivot in a direction which is opposite to a pivoting direction of the first hinge plate, in relation to said second hinge plate. a second hinge plate comprising a center pivot axis and two end pivot axes (5b, 5c), said end pivot axes (5b, 5c) being arranged at opposite sides of said center pivot axis, said first hinge plate and said second hinge plate being pivotally interconnected such that the center pivot axis of said first hinge plate coincides with the center pivot axis of said second hinge plate, said end pivot axes (5b, 5c) of said second hinge plate being adapted, by gear connections (6a, 6b), for pivotally connecting to first and second further elements being at least a third hinge plate or a connection to a frame section (9a, 9b) of a foldable electronic device such that said first further element and said second further element may pivot in a direction which is opposite to a pivoting direction of the first hinge plate, in relation to said second hinge plate.
A method of predicting a clinical outcome in a patient with glioma, the method comprising: assaying a serum sample from the patient for the presence of at least one miRNA selected from the group consisting of: Hsa-miR-92a-3p; comparing the amount of the at least one miRNA present in the serum sample with a reference value; wherein an increase in the amount of the at least one miRNA in the serum sample compared to a reference value, such that the amount is more than twice the reference value, indicates a positive outcome in respect of the patient's glioma, wherein the reference value is the level of the same at least one miRNA present in a serum sample from a control subject without cancer. assaying a serum sample from the patient for the presence of at least one miRNA selected from the group consisting of: Hsa-miR-92a-3p; comparing the amount of the at least one miRNA present in the serum sample with a reference value; wherein an increase in the amount of the at least one miRNA in the serum sample compared to a reference value, such that the amount is more than twice the reference value, indicates a positive outcome in respect of the patient's glioma, wherein the reference value is the level of the same at least one miRNA present in a serum sample from a control subject without cancer.
Method for automatically detecting clogging of a sensor pipe extending between a pressure sensor and an exhaust manifold of an internal combustion engine, wherein the pressure sensor enables to record a signal representative of the relative pressure over time, characterized in that the method includes at least one of the following steps: a) determining, while the engine runs in a steady operation state, an average amplitude of oscillations of the signal over a first period of time, the sensor pipe being considered clogged when said average amplitude is lower than a first threshold; b) monitoring, from the time the engine has been turned off, the signal over a second period of time, the sensor pipe being considered clogged when the integral of the signal over said second period of time is greater than a second threshold. a) determining, while the engine runs in a steady operation state, an average amplitude of oscillations of the signal over a first period of time, the sensor pipe being considered clogged when said average amplitude is lower than a first threshold; b) monitoring, from the time the engine has been turned off, the signal over a second period of time, the sensor pipe being considered clogged when the integral of the signal over said second period of time is greater than a second threshold.
Self-contained treatment unit (10; 200) for treating at least one patient by haemodialysis, said unit (10; 200) comprising at least one care section equipped with a dialysis generator, said dialysis generator being arranged to prepare a treatment solution adapted to said at least one patient, said treatment solution being prepared by dilution, with haemodialysis water, of at least one concentrate composed of solid compounds that are soluble in the water, said solid compounds comprising at least sodium chloride (NaCI), potassium chloride, calcium chloride (CaCl2) and magnesium chloride (MgCl2), said self-contained treatment unit (10; 200) is constructed in a reception structure grouping a plurality of elementary modules which are configured substantially identically and juxtaposed and arranged internally, individually or in combination, to form a first care room (20; 250) assigned to the haemodialysis treatment of said at least one patient, dedicated rooms arranged respectively for the reception of the patients, the administrative management of the patients, the medical management of the patients, and a second technical room (30; 210) for the preparation and the storage of the concentrates, the preparation and the control of the fluids used in said first care room (20; 250), and/or the reprocessing and/or disposal of the residual waste and effluents generated by the treatment of the patients, said at least one first care room (20; 250) for haemodialysis treatment is composed of at least one basic care cell (21; 252) and is set up in at least one elementary module and contains at least one treatment seat or bed for a patient, associated with a set of technical treatment components, said technical components comprising a haemodialysis generator arranged to prepare a treatment solution by diluting said at least one concentrate in order to adapt the latter to said patient to be treated, a device for connection to an electricity supply network, a device for connection to a data processing network, a device for connection to a haemodialysis water supply, a device for connection to a haemodialysis concentrate supply, and a waste collection device, and, in said at least one basic care cell (21; 252), said haemodialysis generator is arranged to produce a solution adapted to a specific patient by taking a predetermined quantity of haemodialysis concentrates and a predetermined volume of water for haemodialysis and mixing these components in order to prepare and inject said solution adapted to said specific patient throughout the duration of the treatment, characterized in that said at least one basic care cell (21; 252) for haemodialysis treatment has two places and contains two treatment seats or beds for the simultaneous treatment of two patients, each of said seats or beds being associated with a set of technical treatment components, and in that each elementary module comprises a rigid frame on which closing and/or separating walls are mounted, in which said rigid frame comprises, in its upper part, an empty space for containing technical components.
Method for the design and manufacture of a dental component with a surface, wherein a 3D model of the dental component is designed by means of a CAD unit and, based on the 3D model, the dental component is manufactured by a CAM unit, characterized in that the 3D model is designed in at least one first design step, in which a first 3D submodel with at least one first surface section is designed, and a second design step, in which a second 3D submodel with at least one second surface section is designed, wherein the first design step is completed before the second design step, and the CAM unit begins manufacturing of the first surface section of the dental component using the first 3D submodel before the design of the second 3D submodel is completed.
Polymetal powder, in particular for the production of diamond-containing tools, characterized in that it contains iron, copper, cobalt and molybdenum in contents, in percentages by mass, such that: - Fe + Cu + Co + Mo ≥ 98%, the balance being oxygen and impurities resulting from the production operation; characterized in that - 40.5% ≤ Fe ≤ 46.5% - 29% ≤ Cu ≤ 35% - 17% ≤ Co ≤ 21% - 5% ≤ Mo ≤ 6%. - 0.03 ≤ Mo/(Co + Fe + Mo) ≤ 0.10 - Fe/Co ≥ 2. - Fe + Cu + Co + Mo ≥ 98%, the balance being oxygen and impurities resulting from the production operation; - 40.5% ≤ Fe ≤ 46.5% - 29% ≤ Cu ≤ 35% - 17% ≤ Co ≤ 21% - 5% ≤ Mo ≤ 6%. - 0.03 ≤ Mo/(Co + Fe + Mo) ≤ 0.10 - Fe/Co ≥ 2.
A system for controlling a space, comprising: - a plurality of environmental sensors (362, 364) configured to measure an attribute of the space; and - a user device configured to: - receive data from the plurality of environmental sensors (362, 364), the data describing one or more characteristics of one or more individuals in the space; - determine real-time demographic information based on the data of the one or more individuals in the space; - receive, from the user, a selection of a desired demographic; - construct a signature for the space based on the real-time demographic information and the desired demographic, the signature comprising one or more environmental conditions associated with the desired demographic; and - send control signals to one or more environmental devices to control an environment of the space according to the signature. - a plurality of environmental sensors (362, 364) configured to measure an attribute of the space; and - a user device configured to: - receive data from the plurality of environmental sensors (362, 364), the data describing one or more characteristics of one or more individuals in the space; - determine real-time demographic information based on the data of the one or more individuals in the space; - receive, from the user, a selection of a desired demographic; - construct a signature for the space based on the real-time demographic information and the desired demographic, the signature comprising one or more environmental conditions associated with the desired demographic; and - send control signals to one or more environmental devices to control an environment of the space according to the signature.
A rear-view mirror, comprising an electrochromic film, a first glass layer, a second glass layer, a first transparent adhesive layer, a second transparent adhesive layer and a sealing structure layer, wherein the first glass layer and the second glass layer are located on two faces of the electrochromic film respectively, the first transparent adhesive layer is located between the first glass layer and the electrochromic film, the second transparent adhesive layer is located between the second glass layer and the electrochromic film, the sealing structure layer is located on edges of the first glass layer and the second glass layer, the sealing structure layer, the first glass layer and the second glass layer form a sealing structure, and the electrochromic film is sealed in the sealing structure, and the sealing structure layer comprises a sealing layer and a structure layer, the sealing layer and the structure layer are disposed adjacent to each other, and the sealing layer is disposed closer to the electrochromic film than the structure layer, characterized in that the sealing layer is located between the first glass layer and the second glass layer. the first glass layer and the second glass layer are located on two faces of the electrochromic film respectively, the first transparent adhesive layer is located between the first glass layer and the electrochromic film, the second transparent adhesive layer is located between the second glass layer and the electrochromic film, the sealing structure layer is located on edges of the first glass layer and the second glass layer, the sealing structure layer, the first glass layer and the second glass layer form a sealing structure, and the electrochromic film is sealed in the sealing structure, and the sealing structure layer comprises a sealing layer and a structure layer, the sealing layer and the structure layer are disposed adjacent to each other, and the sealing layer is disposed closer to the electrochromic film than the structure layer, characterized in that the sealing layer is located between the first glass layer and the second glass layer.
Method for producing a dental abutment of a dental prosthesis, a dental abutment comprising an insert in the lower part and a body in the upper part, the method comprising: - a step of producing a mould for a body of the dental abutment, comprising a step of 3D-printing of the mould; - a step of providing an insert of the dental abutment followed by a step of positioning at least one part of the insert inside an insert-positioning recess (113a, 113b) in the mould; followed by - a specific step of producing a body of the dental abutment, comprising a step of casting a metal material into the mould by overmoulding the insert. - a step of producing a mould for a body of the dental abutment, comprising a step of 3D-printing of the mould; - a step of providing an insert of the dental abutment followed by a step of positioning at least one part of the insert inside an insert-positioning recess (113a, 113b) in the mould; followed by - a specific step of producing a body of the dental abutment, comprising a step of casting a metal material into the mould by overmoulding the insert.
Fuel tank for a vehicle provided with a pneumatic system comprising at least one compressed air tank attached to the fuel tank itself and having an interpenetration of the at least one air tank in the fuel tank itself, characterized in that a portion of a peripheral surface of the at least one air tank defines a correspondeing peripheral outer portion of the fuel tank cover defining the fuel tank itself and wherein the air tank is attached on the fuel tank cover through flanges.
Device for extracting carbonaceous substances, in particular bitumen, from oil sands, comprising at least two steam circuits, characterized in that the at least two steam circuits are separated from one another, wherein: - the first steam circuit comprises at least one first steam generator and a steam turbine which is connected to the first steam generator and has an intermediate steam extraction point; - the second steam circuit comprises at least one second steam generator, especially in the form of a first heat exchanger, an injection pipeline, a production pipeline and a water processing plant, wherein steam can be introduced into the oil sand via the injection pipeline, the carbonaceous substances can be discharged from the oil sand via the production pipeline and the bitumen can be separated from the water in the water processing plant; - the intermediate steam extraction point of the first steam circuit is in functional communication with the first heat exchanger of the second steam circuit. - the first steam circuit comprises at least one first steam generator and a steam turbine which is connected to the first steam generator and has an intermediate steam extraction point; - the second steam circuit comprises at least one second steam generator, especially in the form of a first heat exchanger, an injection pipeline, a production pipeline and a water processing plant, wherein steam can be introduced into the oil sand via the injection pipeline, the carbonaceous substances can be discharged from the oil sand via the production pipeline and the bitumen can be separated from the water in the water processing plant; - the intermediate steam extraction point of the first steam circuit is in functional communication with the first heat exchanger of the second steam circuit.
A process for the manufacture of a dialkyl furan-2,5-dicarboxylate (DAFD) composition comprising: a. feeding a furan-2,5-dicarboxylic acid ("FDCA") composition to an esterification reactor; and b. in the presence of an alcohol compound, conducting an esterification reaction in the esterification reactor to form a crude diester composition comprising dialkyl furan-2,5-dicarboxylate ("DAFD") and the alcohol compound; c. separating at least a portion of the alcohol compound from the crude diester composition in an alcohol separation zone using a physical separation process to produce a DAFD rich composition comprising DAFD solids and an alcohol gas composition, wherein the concentration of DAFD in the DAFD rich composition is higher than the concentration of DAFD in the crude diester composition on a combined solid and liquid basis; and d. treating the DAFD rich composition in a purification zone to produce a purified DAFD product composition; wherein the esterification reaction residence time ranges from 0.5 to 10 hours, wherein the esterification temperature ranges from 150 °C to below the supercritical temperature of the alcohol selected; and wherein the pressure range is from 17.2 bar to 137.9 bar (250 psig to 2,000 psig); and the purification zone comprises: d(i) a crystallization zone, and at least a portion of the DAFD rich composition is crystallized in the crystallization zone to generate a crystallized DAFD composition comprising DAFD solids, and d(ii) a solid liquid separation zone, and a least a portion of the crystallized DAFD composition is washed in the solid liquid separation zone with a wash composition to produce a purified DAFD product composition containing water. a. feeding a furan-2,5-dicarboxylic acid ("FDCA") composition to an esterification reactor; and b. in the presence of an alcohol compound, conducting an esterification reaction in the esterification reactor to form a crude diester composition comprising dialkyl furan-2,5-dicarboxylate ("DAFD") and the alcohol compound; c. separating at least a portion of the alcohol compound from the crude diester composition in an alcohol separation zone using a physical separation process to produce a DAFD rich composition comprising DAFD solids and an alcohol gas composition, wherein the concentration of DAFD in the DAFD rich composition is higher than the concentration of DAFD in the crude diester composition on a combined solid and liquid basis; and d. treating the DAFD rich composition in a purification zone to produce a purified DAFD product composition; d(i) a crystallization zone, and at least a portion of the DAFD rich composition is crystallized in the crystallization zone to generate a crystallized DAFD composition comprising DAFD solids, and d(ii) a solid liquid separation zone, and a least a portion of the crystallized DAFD composition is washed in the solid liquid separation zone with a wash composition to produce a purified DAFD product composition containing water.
An extractor hood for a hob, with at least one drive unit, the at least one drive unit being variably adjustable for sucking a gaseous medium of a substance to be processed, wherein the at least one drive unit is configured to • switch from a hood operating mode to a hood paused mode, preferably via at least one paused signal; and • to remain in the hood paused mode for a predetermined time period, preferably via at least one automatic time control signal; and • to reactivate the hood operating mode, preferably via at least one reactivation signal, wherein at least one setting for operating the hood operating mode is a recovered at least one setting, characterized in that the extractor hood being configured for signal communication with a hob to cause the hob to switch from a hob operating mode to a hob paused mode; and to remain in the hob paused mode for a predetermined time period; and to reactivate the hob operating mode. the at least one drive unit is configured to • switch from a hood operating mode to a hood paused mode, preferably via at least one paused signal; and • to remain in the hood paused mode for a predetermined time period, preferably via at least one automatic time control signal; and • to reactivate the hood operating mode, preferably via at least one reactivation signal, wherein at least one setting for operating the hood operating mode is a recovered at least one setting, • switch from a hood operating mode to a hood paused mode, preferably via at least one paused signal; and • to remain in the hood paused mode for a predetermined time period, preferably via at least one automatic time control signal; and • to reactivate the hood operating mode, preferably via at least one reactivation signal, wherein at least one setting for operating the hood operating mode is a recovered at least one setting, characterized in that the extractor hood being configured for signal communication with a hob to cause the hob to switch from a hob operating mode to a hob paused mode; and to remain in the hob paused mode for a predetermined time period; and to reactivate the hob operating mode.