mhurhangee/ep-ind-claims huggingface dataset:
Pharmaceutical composition for use in the treatment of digestive disorders, wherein the pharmaceutical composition is used in combination with a tube food provided for artificial nutrition in the treatment of digestive disorders in artificial nutrition, wherein the pharmaceutical composition contains or consists of at least one digestive enzyme, preferably a lipase, particularly preferably a bacterial lipase, very particularly preferably burlulipase in liquid dosage form, wherein the pharmaceutical composition and the tube food is being administered simultaneously but separately from one another.
A method for determining a heart rate of a subject, comprising the steps of: obtaining temporal sensor data generated by a sensor worn by the subject, the temporal sensor data represented by a plurality of frames of data samples; generating, for each frame of the plurality of frames, a feature vector based on a frequency domain representation of the corresponding data samples of the frame; inputting the feature vectors to a scenario classifier to determine a scenario of a plurality of scenarios for the temporal sensor data, wherein each of the plurality of scenarios corresponds to a different signal-to-noise level; identifying a model from a plurality of trained models based on the determined scenario; inputting the feature vectors to the model to generate a series of heartbeat determinations of the subject for each frame of the plurality of frames, wherein the model comprises a first set of parameters and associated weights that represent likelihoods of heartbeats of the subject as a function of time; and providing the heart rate of the subject determined based on the series of heartbeat determinations. obtaining temporal sensor data generated by a sensor worn by the subject, the temporal sensor data represented by a plurality of frames of data samples; generating, for each frame of the plurality of frames, a feature vector based on a frequency domain representation of the corresponding data samples of the frame; inputting the feature vectors to a scenario classifier to determine a scenario of a plurality of scenarios for the temporal sensor data, wherein each of the plurality of scenarios corresponds to a different signal-to-noise level; identifying a model from a plurality of trained models based on the determined scenario; inputting the feature vectors to the model to generate a series of heartbeat determinations of the subject for each frame of the plurality of frames, wherein the model comprises a first set of parameters and associated weights that represent likelihoods of heartbeats of the subject as a function of time; and providing the heart rate of the subject determined based on the series of heartbeat determinations.
Sinter cooler (1, 1b-1e) for counter-current operation, with a circular ringshaped shaft (2, 2a) for receiving sinter, the shaft (2,2a) comprising a radial inner wall (3, 3a) and a radial outer wall (4, 4a) in between which the shaft (2,2a) has at least one upper charge opening and at least one lower discharge opening, wherein • in a lower part (2.1), the shaft (2, 2a) is divided into a plurality of compartments (7, 7a) which are tangentially spaced apart; and • each compartment (7, 7a) has at least one sidewall with radial inlet vanes, which extend radially, for intake of cooling gas into the shaft (2, 2a); • an upper part of the shaft is covered by an airtight hood, which is connected to an gas suction device; • the sinter cooler (1, 1b-1e) being so configured that during operation, sinter is charged through the charge opening and moves downwards through the compartments (7, 7a) to the discharge opening, while cooling gas is sucked in through the radial inlet vanes and upwards through the shaft (2, 2a) by said gas suction device. • in a lower part (2.1), the shaft (2, 2a) is divided into a plurality of compartments (7, 7a) which are tangentially spaced apart; and • each compartment (7, 7a) has at least one sidewall with radial inlet vanes, which extend radially, for intake of cooling gas into the shaft (2, 2a); • an upper part of the shaft is covered by an airtight hood, which is connected to an gas suction device; • the sinter cooler (1, 1b-1e) being so configured that during operation, sinter is charged through the charge opening and moves downwards through the compartments (7, 7a) to the discharge opening, while cooling gas is sucked in through the radial inlet vanes and upwards through the shaft (2, 2a) by said gas suction device.
A vehicle steering system, the vehicle steering system comprising a steering shaft and a steering transmission shaft, wherein the steering shaft or the steering transmission shaft comprises a first shaft section and a second shaft section, a clutch mechanism is arranged between the first shaft section and the second shaft section, the clutch mechanism has an engaging state and a disengaging state, in the engaging state, a transmission connection is established between the first shaft section and the second shaft section, and in this case, a controller determines that a vehicle enters a driving mode; and in the disengaging state, the transmission connection between the first shaft section and the second shaft section is disconnected, and in this case, the controller determines that the vehicle enters a game mode, characterized in that one of the first shaft section and the second shaft section is movable in an axial direction relative to the other under an action of an external force, to implement switching between the engaging state and the disengaging state. in the engaging state, a transmission connection is established between the first shaft section and the second shaft section, and in this case, a controller determines that a vehicle enters a driving mode; and in the disengaging state, the transmission connection between the first shaft section and the second shaft section is disconnected, and in this case, the controller determines that the vehicle enters a game mode, characterized in that one of the first shaft section and the second shaft section is movable in an axial direction relative to the other under an action of an external force, to implement switching between the engaging state and the disengaging state.
A method of diagnosing or predicting a Ghosal hematodiaphyseal dysplasia syndrome in a subject, which method comprises detecting a mutation in the TBXAS1 gene selected from the group consisting of mutations which result in Leu488Pro, Leu83Pro, Gly482Trp and Arg413Glu mutants of thromboxane synthase (TBXAS1), wherein the presence of said mutation is indicative of a Ghosal hematodiaphyseal dysplasia syndrome, wherein said method comprises the step of detecting a TBXAS1 mutation in a nucleic acid sample obtained from said subject.
A radionuclide production method comprising: a step of irradiating, with a radioactive ray, a target material in which a starting material nuclide is present, to generate a radionuclide; and a step of eluting the radionuclide into a liquid by bringing the target material into contact with the liquid, wherein the target material is a porous body or a granular material through which the liquid is passable; characterised in that the starting material nuclide is radium 223, radium 225, radium 226, rhenium, hafnium, germanium, or zinc. a step of irradiating, with a radioactive ray, a target material in which a starting material nuclide is present, to generate a radionuclide; and a step of eluting the radionuclide into a liquid by bringing the target material into contact with the liquid, wherein the target material is a porous body or a granular material through which the liquid is passable; characterised in that the starting material nuclide is radium 223, radium 225, radium 226, rhenium, hafnium, germanium, or zinc.
A trocar (100,600) comprising: a central cylinder (102, 602) defining a central channel and having a distal end configured for insertion within a body cavity of a subject; one or more outlets (104, 106) located within the central cylinder, wherein the one or more outlets are configured to dispense a liquid when an endoscope is withdrawn from a distally extended position within the central channel of the trocar to a position proximate to the one or more outlets, the one or more outlets having a shape or size sufficient to generate sufficient flow to reach a center of the central cylinder and clean a lens of the endoscope; characterized in a sensor configured to detect when a distal end of the endoscope has been withdrawn to the position proximate to the one or more outlets; and a controller in communication with the sensor, the controller configured to control the flow to the one or more outlets to expel the liquid from the one or more outlets when the distal end of the endoscope is proximate to the one or more outlets. a central cylinder (102, 602) defining a central channel and having a distal end configured for insertion within a body cavity of a subject; one or more outlets (104, 106) located within the central cylinder, wherein the one or more outlets are configured to dispense a liquid when an endoscope is withdrawn from a distally extended position within the central channel of the trocar to a position proximate to the one or more outlets, the one or more outlets having a shape or size sufficient to generate sufficient flow to reach a center of the central cylinder and clean a lens of the endoscope; characterized in a sensor configured to detect when a distal end of the endoscope has been withdrawn to the position proximate to the one or more outlets; and a controller in communication with the sensor, the controller configured to control the flow to the one or more outlets to expel the liquid from the one or more outlets when the distal end of the endoscope is proximate to the one or more outlets.
Gear unit of a combing machine for spinning preparation, having: - a main drive shaft which can be driven by means of a drive motor by way of a main drive wheel, - a nipper shaft which can be made to move in an oscillating to and fro rotational movement by a four-bar linkage connected to the main drive wheel, - a coupling linkage which is connected to the nipper shaft in such a manner that the coupling linkage can be moved in an oscillating rotating manner by the nipper shaft, - a detaching cylinder gear which is adapted for driving at least one detaching cylinder (17, 18), and wherein - the detaching cylinder gear can be driven continuously by way of the main drive shaft, and wherein - the oscillating movement can be introduced into the detaching cylinder gear by means of the coupling linkage and can be applied to the continuous drive by means of the main drive shaft in the detaching cylinder gear, so that a pilgrim step movement can be performed with an output shaft of the detaching cylinder gear, characterised in that an adjusting gear unit and a control motor are provided, wherein the output shaft of the detaching cylinder gear is in operative connection with the adjusting gear unit and wherein the control motor is adapted for introducing a rotational movement into the adjusting gear unit in order to apply the rotational movement to the output shaft of the detaching cylinder gear using the adjusting gear unit, wherein the adjusting gear unit is in the form of a planetary gear which is arranged between the detaching cylinder gear and the detaching cylinders (17, 18). - a main drive shaft which can be driven by means of a drive motor by way of a main drive wheel, - a nipper shaft which can be made to move in an oscillating to and fro rotational movement by a four-bar linkage connected to the main drive wheel, - a coupling linkage which is connected to the nipper shaft in such a manner that the coupling linkage can be moved in an oscillating rotating manner by the nipper shaft, - a detaching cylinder gear which is adapted for driving at least one detaching cylinder (17, 18), and wherein - the detaching cylinder gear can be driven continuously by way of the main drive shaft, and wherein - the oscillating movement can be introduced into the detaching cylinder gear by means of the coupling linkage and can be applied to the continuous drive by means of the main drive shaft in the detaching cylinder gear, so that a pilgrim step movement can be performed with an output shaft of the detaching cylinder gear, characterised in that
Dispenser for liquids for medical uses; said dispenser comprising a bell-shaped body made of plastic, extending along a central axis and provided with an axial opening at the top; said bell-shaped body comprising an elongated member substantially concentric with said axis and provided with an axial housing for a valve provided with at least one longitudinal channel ending in at least one hole suitable, in use, to break up pressurized liquid fed to said channel into small particles organized, as regards dimensions and direction, in a jet of given shape; wherein said bell-shaped body comprises a deviation device with an expansion chamber of said jet arranged between the end surface of said valve facing said opening and said opening and hydraulically connected with said channel in order to interact with said particles to modify the respective shape and direction of said jet, characterized in that said expansion chamber has a longitudinal cross section decreasing towards the exit.
OLED device comprising an organic layer which emits light (L 1) in operation and which is positioned between an essentially transparent anode layer and an essentially opaque cathode layer, which cathode layer is deliberately structured along a main extension plane of the OLED device to comprise at least one cathode region (11, 11a, 11b) in which the cathode layer is present and a plurality of cathode-free regions (13, 13a, 13b), through which cathode-free regions (13, 13a, 13b) visible light (L 2) can pass in the direction of a cross extension of the OLED device, wherein the plurality of cathode-free regions (13, 13a, 13b) comprise a repetitive pattern (P, P 1, P 2, P 3) of cathode-free regions (13, 13a, 13b) with respect to at least one direction along the main extension plane, wherein the cathode layer is arranged to be electrically contacted in one spot to be operated as a cathode layer, wherein the at least one cathode region (11, 11a, 11b) comprises first cathode regions and second cathode regions, and the plurality of cathode-free regions (13, 13a, 13b) comprise first cathode-free regions and second cathode-free regions, characterised in that the second cathode regions are larger in size than the first cathode regions, and the second cathode-free regions are smaller in size than the first cathode-free regions.
An animal attractant dispensing device including a flexible pouch formed of a flexible perforate sidewall having a plurality of pairs of perforations through which an animal attractant inside the pouch is dispensed by deformation of the pouch caused by interaction with the pouch by an animal, characterized in that (a) the flexible perforate sidewall is comprised of a biaxial woven or braided material, (b) deformation of the pouch comprises at least one of squeezing, bending, compressing and rolling of the pouch causing a size of the plurality of pairs of perforations in the pouch to increase, and (c) engagement between animal attractant within the pouch and the pouch during deformation causes animal attractant to pass through the enlarged perforations. (a) the flexible perforate sidewall is comprised of a biaxial woven or braided material, (b) deformation of the pouch comprises at least one of squeezing, bending, compressing and rolling of the pouch causing a size of the plurality of pairs of perforations in the pouch to increase, and (c) engagement between animal attractant within the pouch and the pouch during deformation causes animal attractant to pass through the enlarged perforations.
A tubular metal-cored welding wire, comprising: - a metallic sheath made of a low-carbon steel with a carbon content less than 0,08 % by weight, and a granular core including between 70% and 75% of iron powder, wherein the granular core comprises an organic stabilizer component, - wherein the organic stabilizer component comprises an organic sub-component which is a cellulose-based polymer derivatized to form a sodium or potassium salt, wherein the metal-cored welding wire comprises between 0,05% and 5% organic stabilizer component by weight, - wherein the core further comprises a rare earth component comprising cerium, lanthanum, or a combination thereof, characterized in that the rare earth component comprises between 0.5% and 5% of the core by weight or comprises between 0.01% and 2.5% of the tubular welding wire by weight, and - that the organic cellulose-based polymer is configured to release hydrogen near a surface of a workpiece during welding, wherein the core comprises between 7% and 40% of the tubular welding wire by weight, and wherein the rare earth component is rare earth silicide. - a metallic sheath made of a low-carbon steel with a carbon content less than 0,08 % by weight, and a granular core including between 70% and 75% of iron powder, wherein the granular core comprises an organic stabilizer component, - wherein the organic stabilizer component comprises an organic sub-component which is a cellulose-based polymer derivatized to form a sodium or potassium salt, wherein the metal-cored welding wire comprises between 0,05% and 5% organic stabilizer component by weight, - wherein the core further comprises a rare earth component comprising cerium, lanthanum, or a combination thereof, characterized in that the rare earth component comprises between 0.5% and 5% of the core by weight or comprises between 0.01% and 2.5% of the tubular welding wire by weight, and - that the organic cellulose-based polymer is configured to release hydrogen near a surface of a workpiece during welding,
A method of identifying a compound or a combination of compounds that modify a least one cellular phenotype, said method comprising the steps of: i) providing a library containing a plurality of library members, wherein each library member is a compound or a combinations of compounds; ii) providing a suspension of cells which may acquire said cellular phenotype; iii) providing a cell-compatible support, wherein the support reversible can change between a sol-state and a gel-state iv) providing an array containing a plurality of spaces v) adding said support in sol-state to the spaces of said array vi) adding library members to the spaces of said array, wherein at least two different library members are added to two different spaces, wherein steps v) and vi) may be performed simultaneously or sequentially in any order, vii) bringing the support to the gel-state; viii) contacting the spaces of said array with the suspension of cells, and ix) bringing the support into the sol-state wherein steps viii) and ix) may be performed simultaneously or sequentially in any order; and x) bringing the support to the gel-state thereby entrapping cells in the support; and xi) incubating the array under conditions allowing maintenance and/or growth of the cells xii) detecting the cellular phenotype in the cells, xiii) identifying library members modifying the cellular phenotype, thereby identifying a compound or a combination of compounds modifying said cellular phenotype. i) providing a library containing a plurality of library members, wherein each library member is a compound or a combinations of compounds; ii) providing a suspension of cells which may acquire said cellular phenotype; iii) providing a cell-compatible support, wherein the support reversible can change between a sol-state and a gel-state iv) providing an array containing a plurality of spaces v) adding said support in sol-state to the spaces of said array vi) adding library members to the spaces of said array, wherein at least two different library members are added to two different spaces, wherein steps v) and vi) may be performed simultaneously or sequentially in any order, vii) bringing the support to the gel-state; viii) contacting the spaces of said array with the suspension of cells, and ix) bringing the support into the sol-state wherein steps viii) and ix) may be performed simultaneously or sequentially in any order; and x) bringing the support to the gel-state thereby entrapping cells in the support; and xi) incubating the array under conditions allowing maintenance and/or growth of the cells xii) detecting the cellular phenotype in the cells, xiii) identifying library members modifying the cellular phenotype,
A process for preparing enterically-coated lyospheres comprising a therapeutic agent comprising: a.) providing lyospheres comprising the therapeutic agent; b.) coating said lyospheres with an enteric polymer coating composition; and c.) isolating said enterically-coated lyospheres; wherein said lyospheres in step a.) are prepared by: mixing the therapeutic agent, a sugar, and a binding-gel forming agent in an aqueous medium to form an aqueous medium mixture; segregating the aqueous medium mixture into unitary volumes; freezing said unitary volumes to form unitary forms; and separating water from said unitary forms to yield the lyospheres. a.) providing lyospheres comprising the therapeutic agent; b.) coating said lyospheres with an enteric polymer coating composition; and c.) isolating said enterically-coated lyospheres; mixing the therapeutic agent, a sugar, and a binding-gel forming agent in an aqueous medium to form an aqueous medium mixture; segregating the aqueous medium mixture into unitary volumes; freezing said unitary volumes to form unitary forms; and separating water from said unitary forms to yield the lyospheres.
An imaging system comprising: an intra-oral imaging sensor including a housing, an image sensing component at least partially housed within the housing, and a magnetometer at least partially housed within the housing; an electronic processor configured to receive an output of the magnetometer indicative of an actual magnetic field that impinges the intra-oral imaging sensor, compare data indicative of the actual magnetic field based on the output of the magnetometer to data indicative of a first expected magnetic field, and alter operation of the imaging system in response to determining, based on the comparison, that the actual magnetic field matches the first expected magnetic field, wherein the data indicative of the first expected magnetic field includes data indicative of a magnetic field applied by a permanent magnet (607, 617) of a first sensor positioner (601, 611) when the intra-oral imaging sensor is selectively coupled to the first sensor positioner (601, 611). an intra-oral imaging sensor including a housing, an image sensing component at least partially housed within the housing, and a magnetometer at least partially housed within the housing; an electronic processor configured to receive an output of the magnetometer indicative of an actual magnetic field that impinges the intra-oral imaging sensor, compare data indicative of the actual magnetic field based on the output of the magnetometer to data indicative of a first expected magnetic field, and alter operation of the imaging system in response to determining, based on the comparison, that the actual magnetic field matches the first expected magnetic field, receive an output of the magnetometer indicative of an actual magnetic field that impinges the intra-oral imaging sensor, compare data indicative of the actual magnetic field based on the output of the magnetometer to data indicative of a first expected magnetic field, and alter operation of the imaging system in response to determining, based on the comparison, that the actual magnetic field matches the first expected magnetic field, wherein the data indicative of the first expected magnetic field includes data indicative of a magnetic field applied by a permanent magnet (607, 617) of a first sensor positioner (601, 611) when the intra-oral imaging sensor is selectively coupled to the first sensor positioner (601, 611).