mhurhangee/ep-ind-claims huggingface dataset:
A composition for the production of calcium sulfoalum inate steel-reinforced concrete, comprising a calcium sulfoaluminate cement and a passivating salt selected from a nitrite of an alkali or alkaline-earth metal, a nitrate of an alkali or alkaline-earth metal and mixtures thereof, wherein the molar concentration of the anion of the passivating salt is in the range from 15 to 500 mol per 1 cubic meter (m 3) of concrete.
A mobility assistance device comprising: a set of wheels connected to each other by a frame, a distal arm, a proximal arm and a first axis between the distal arm and the proximal arm wherein the distal and the proximal arms are pivotably arranged about the first axis and are operatively connected to the frame, wherein a harness for receiving a user is provided on the proximal arm at a length L 2 to the first axis, wherein a counterweight is provided on a distal arm at a length L 1 to the first axis and wherein the counterweight and both of the lengths L 1 and L 2 are configured to at least partially compensate the weight of the user, characterized in that the mobility assistance device further comprises a control unit and the set of wheels comprises at least two self-balancing wheels (22, 24), wherein the control unit is configured to control the self-balancing wheels in accordance with an inverse pendulum principle. a set of wheels connected to each other by a frame, a distal arm, a proximal arm and a first axis between the distal arm and the proximal arm wherein the distal and the proximal arms are pivotably arranged about the first axis and are operatively connected to the frame, wherein a harness for receiving a user is provided on the proximal arm at a length L 2 to the first axis, wherein a counterweight is provided on a distal arm at a length L 1 to the first axis and wherein the counterweight and both of the lengths L 1 and L 2 are configured to at least partially compensate the weight of the user, characterized in that the mobility assistance device further comprises a control unit and the set of wheels comprises at least two self-balancing wheels (22, 24), wherein the control unit is configured to control the self-balancing wheels in accordance with an inverse pendulum principle.
A traction wheel for a track roller unit of an agricultural working machine, with at least one drive wheel (20, 42) for driving an elastic track belt of the track roller unit, characterized in that the at least one drive wheel (20, 42) has support arms which extend from an axis of rotation of the drive wheel (20, 42) in the shape of spokes in a radial direction, and in that a respective gap is formed radially outwardly at least between two adjacent support arms, wherein the radially outwardly formed gaps between adjacent support arms extend over the entire width of the drive wheel (20, 42) and in that at least one friction element is respectively detachably radially outwardly disposed on a support arm for force-fitting cooperation with the track belt.
Closure system for a drug container, the interior of which can be accessed via a mouth region designed in the manner of a bottle mouth, wherein the closure system comprises, besides a press-fit cap which can be pushed onto the mouth region and is provided with a sealing element, a securing ring which can be pushed onto said press-fit cap and which, when in a position in which it is pushed completely onto the press-fit cap, can be fixed in a lockable manner on the press-fit cap by means of a number of snap ribs, and wherein the or each snap rib is guided in a corresponding guide slot by a movement of the inner lateral surface of the securing ring relative to a corresponding outer lateral surface of the press-fit cap.
An oil in water lubricant fluid for use in steel cold rolling, comprising an oil in water emulsion, wherein the oil in water emulsion comprises: (a) an oil phase, comprising 25wt% to 95wt% base oil, and 0.2wt% to 10wt% extreme pressure lubrication additives, and (b) a water phase, characterized in that the oil phase further comprises 5wt% to 40wt% of at least one polymeric surfactant and in that the emulsion comprises oil phase particles having a particle size modal value d (50%) of 1μm or less, which means that 50% of the oil phase is contained in particles with a size of 1 μm or less. (a) an oil phase, comprising 25wt% to 95wt% base oil, and 0.2wt% to 10wt% extreme pressure lubrication additives, and (b) a water phase,
A system for additive manufacturing processes, comprising: - a robot, preferably an anthropomorphic industrial type of robot; - an extruder configured to be mounted on said robot; - a plurality of sensors configured to detect a plurality of parameters concerning the operating conditions of an additive manufacturing process, said plurality of sensors comprising at least a temperature sensor and a position sensor. - a plurality of state regulation means of a material extruded from said extruder; - characterized by a control unit configured to control a path of the extruder and to determine the path of the extruder as a function of at least two parameters of the plurality of parameters detected by said plurality of sensors. - a robot, preferably an anthropomorphic industrial type of robot; - an extruder configured to be mounted on said robot; - a plurality of sensors configured to detect a plurality of parameters concerning the operating conditions of an additive manufacturing process, said plurality of sensors comprising at least a temperature sensor and a position sensor. - a plurality of state regulation means of a material extruded from said extruder; - characterized by a control unit configured to control a path of the extruder and to determine the path of the extruder as a function of at least two parameters of the plurality of parameters detected by said plurality of sensors.
Refrigerated transport container equipped with a transport refrigeration unit, comprising a cargo box, a compressor, a condenser/gas cooler module isolated from the cargo box by a partition wall, and an evaporator module in air flow communication with the cargo box, through a return air opening and a supply air opening in a back panel of the transport refrigeration unit forming a front wall of the cargo box; wherein the condenser/gas cooler module includes a condenser/gas cooler heat exchanger functioning as a refrigerant heat rejection heat exchanger and positioned in association with one or more condenser/gas cooler fans for drawing ambient air from outside the cargo box and for passing that air through the condenser/gas cooler heat exchanger and exhausting that air back into the environment outside the cargo box; wherein the evaporator module includes an evaporator heat exchanger constituting a refrigerant heat absorption heat exchanger, and one or more evaporator fans configured to draw a first flow of air from the cargo box through the return air opening to pass through the evaporator heat exchanger and to supply the conditioned air back into the cargo box through the supply air opening; and a regenerative scrubber system through which the first flow of air from within the cargo box is circulated for removing material from the atmosphere within the cargo box, the regenerative scrubber system comprising a scrubber module containing an adsorbent material; an actuator for moving the scrubber module to pass the adsorbent material alternately between the first flow of air, and a second flow of air formed by the ambient air drawn by the condenser/gas cooler fan from an environment outside the cargo box for regenerating the adsorbent material by removing collected material from the adsorbent material and exhausting the collected material into the atmosphere outside the cargo box; wherein the compressor, the condenser/gas cooler heat exchanger and the evaporator heat exchanger are disposed in refrigeration cycle arrangement; characterized in that the adsorbent material is a carbon dioxide adsorbent material; the material is carbon dioxide; and the refrigerated transport container is configured such that the second flow of air is drawn by the condenser/gas cooler fan and passes first through the condenser/gas cooler heat exchanger and then through the carbon dioxide adsorbent material, and that the first flow of air passes first through the carbon dioxide adsorbent material and then through the evaporator heat exchanger.
A biological sample evaluation system comprising a processing apparatus, an evaluation apparatus and a control apparatus that controls the processing apparatus and the evaluation apparatus, characterized in that: the processing apparatus performs an identical process on a plurality of biological samples of an identical type; the evaluation apparatus evaluates the plurality of biological samples; and the control apparatus that controls a time interval of each process on each of the biological samples in the processing apparatus and a time interval of each evaluation of each biological sample in the evaluation apparatus, wherein the control apparatus sets the time interval of each process to a time interval which is equal to or more than a shortest process operation time (ta) of the processing apparatus, sets the time interval of each evaluation to a time interval which is equal to or more than a shortest evaluation operation time (tb) of the evaluation apparatus and is obtained by adding or subtracting a desired evaluation time interval shorter than the shortest evaluation operation time (tb) to or from the time interval of each process, the processing apparatus sequentially performs processes on the respective biological samples with the time interval between each process from a reference time, and the evaluation apparatus sequentially evaluates the respective biological samples with the time interval between each evaluation of each biological sample from a time point at which a preset time elapses from the reference time to obtain a plurality of evaluation results at the desired time interval. the processing apparatus performs an identical process on a plurality of biological samples of an identical type; the evaluation apparatus evaluates the plurality of biological samples; and the control apparatus that controls a time interval of each process on each of the biological samples in the processing apparatus and a time interval of each evaluation of each biological sample in the evaluation apparatus, wherein the control apparatus sets the time interval of each process to a time interval which is equal to or more than a shortest process operation time (ta) of the processing apparatus, sets the time interval of each evaluation to a time interval which is equal to or more than a shortest evaluation operation time (tb) of the evaluation apparatus and is obtained by adding or subtracting a desired evaluation time interval shorter than the shortest evaluation operation time (tb) to or from the time interval of each process, the processing apparatus sequentially performs processes on the respective biological samples with the time interval between each process from a reference time, and the evaluation apparatus sequentially evaluates the respective biological samples with the time interval between each evaluation of each biological sample from a time point at which a preset time elapses from the reference time to obtain a plurality of evaluation results at the desired time interval.
Device for drilling a shaft of large diameter in an underwater bottom, comprising a drill string to be driven into the underwater bottom by means of a drill string drive, wherein the drill string is provided on a drilling end with a support plate which runs transversely of a longitudinal direction of the drill string, is connected non-rotatably to the drilling end and is provided with a number of cutter heads, wherein the cutter heads can be actively driven by means of a cutter head drive and wherein the device further comprises discharge means (70, 71, 73) for the ground portions cut with the cutter heads, wherein the cutter heads are disposed along concentric circles (56a, 56b) in a peripheral direction of the support plate.
Hybrid component (1, 8) for aircraft, comprising a basic element having at least one portion which is formed as a laminate (3, 6) from a plastics foam and a fiber composite plastic, and wherein the basic element comprises at least one surface portion which is formed from a plastics foam and is of laminate-free design, the plastics foam, wherein the plastics foam is of airtight configuration, wherein the fiber composite plastic extends locally and axially along a butt joint of the basic element, and wherein the basic element, at least in some sections, is tubular in shape, wherein, in the at least one portion, contact surfaces of the plastics foam which are mutually abutting are bonded together by the fiber composite plastic which is disposed between the contact surfaces.
A method of inspecting a substrate, the method characterized by comprising: generating a 3D image of the substrate based on image data of the substrate having an inspection object; generating and displaying a 2D development image of the substrate, which is two-dimensionally developed from the 3D image of the substrate; receiving first input information including arbitrary point data or line data for setting a region of interest at a plurality of particular positions of the 2D development image from a user; and setting the region of interest corresponding to the point data or the line data as a first 2D region of interest having an arbitrary shape on the 2D development image of the substrate in accordance with the first input information; displaying the first 2D region of interest; generating and displaying a 3D region of interest having a 3D shape based on the first 2D region of interest; generating a height measurement value of the inspection object based on the 3D region of interest; and determining whether the inspection object is good or not based on the height measurement value of the inspection object, wherein if the first 2D region of interest is combined with at least one second 2D region of interest set on the 2D development image of the substrate, the first 2D region of interest is resettable based on the at least one second 2D region of interest, and wherein if the first 2D region of interest is divided into at least two regions, the first 2D region of interest is resettable based on the at least two regions. generating a 3D image of the substrate based on image data of the substrate having an inspection object; generating and displaying a 2D development image of the substrate, which is two-dimensionally developed from the 3D image of the substrate; receiving first input information including arbitrary point data or line data for setting a region of interest at a plurality of particular positions of the 2D development image from a user; and setting the region of interest corresponding to the point data or the line data as a first 2D region of interest having an arbitrary shape on the 2D development image of the substrate in accordance with the first input information; displaying the first 2D region of interest; generating and displaying a 3D region of interest having a 3D shape based on the first 2D region of interest; generating a height measurement value of the inspection object based on the 3D region of interest; and determining whether the inspection object is good or not based on the height measurement value of the inspection object, wherein if the first 2D region of interest is combined with at least one second 2D region of interest set on the 2D development image of the substrate, the first 2D region of interest is resettable based on the at least one second 2D region of interest, and wherein if the first 2D region of interest is divided into at least two regions, the first 2D region of interest is resettable based on the at least two regions.
A computer-implemented method for identifying abnormal activations in intracardiac electrograms, the method comprising: receiving input information; identifying a seed point with abnormal activations at a first time, wherein a receiver operating characteristics curve is adjusted to favor specificity when identifying the seed point; identifying at least one neighboring point within a threshold distance of the seed point; determining that the neighboring point exhibits activations at a similar time as the first time, which is an indication of location consistency of the neighboring point; and identifying the neighboring point as an abnormal neighboring point based on determining that the neighboring point exhibits activations at a similar time as the first time, thereby increasing the sensitivity. receiving input information; identifying a seed point with abnormal activations at a first time, wherein a receiver operating characteristics curve is adjusted to favor specificity when identifying the seed point; identifying at least one neighboring point within a threshold distance of the seed point; determining that the neighboring point exhibits activations at a similar time as the first time, which is an indication of location consistency of the neighboring point; and identifying the neighboring point as an abnormal neighboring point based on determining that the neighboring point exhibits activations at a similar time as the first time, thereby increasing the sensitivity.
Differential-logic circuit able to be chained with another differential-logic circuit having the same configuration, comprising: - a first logic cell composed of back-gate transistors, the first cell having at least one first input for receiving at least one first input signal and having an output for delivering a first output signal; and - a second logic cell complementary to the first cell, composed of back-gate transistors, the second cell having as many inputs as the first cell, each input being able to receive an input signal complementary to the respective input signal of the first cell, the second cell having an output for delivering a second output signal complementary to the first output signal of the first cell; said first output signal of the first cell being applied to the back gate of each transistor of the second cell and said second output signal of the second cell being applied to the back gate of each transistor of the first cell; the circuit being characterized in that said first output signal of the first cell is connected to an input of a first logic cell of another differential logic circuit of same configuration as said differential logic circuit; and said second output signal of the second cell is connected to an input of a second logic cell of this other circuit in differential logic. - a first logic cell composed of back-gate transistors, the first cell having at least one first input for receiving at least one first input signal and having an output for delivering a first output signal; and - a second logic cell complementary to the first cell, composed of back-gate transistors, the second cell having as many inputs as the first cell, each input being able to receive an input signal complementary to the respective input signal of the first cell, the second cell having an output for delivering a second output signal complementary to the first output signal of the first cell;
An imaging member comprising: a substrate, an imaging layer disposed on the substrate, and an outer layer disposed on the imaging layer, wherein the outer layer further comprises a plurality of core-shell fluorinated particles comprising a fluoro-polymer core having a polymeric shell disposed on the fluoro-polymer core; and further wherein the polymeric shell comprises a crosslinked product of a hydroxyl-containing fluorinated dispersant and a curing agent selected from the group consisting of melamine-formaldehyde resin, phenol-formaldehyde resin, melamine-phenol-formaldehyde resin, guanamine-formaldehyde resin, an isocyanate compound or a masking isocyanate compound, a polyol resin, and mixtures thereof. a substrate, an imaging layer disposed on the substrate, and an outer layer disposed on the imaging layer, wherein the outer layer further comprises a plurality of core-shell fluorinated particles comprising a fluoro-polymer core having a polymeric shell disposed on the fluoro-polymer core; and further wherein the polymeric shell comprises a crosslinked product of a hydroxyl-containing fluorinated dispersant and a curing agent selected from the group consisting of melamine-formaldehyde resin, phenol-formaldehyde resin, melamine-phenol-formaldehyde resin, guanamine-formaldehyde resin, an isocyanate compound or a masking isocyanate compound, a polyol resin, and mixtures thereof.
A refrigerator, comprising a case defining a storage space, and at least one door assembly, wherein each door assembly comprises: a door provided in front of the case and used for opening or closing the storage space; and at least one translation hinge, wherein each translation hinge has two swing arms (244, 246), and two ends of each swing arm are directly or indirectly mounted rotatably on the door and the case relative to the door and the case, respectively, such that each translation hinge and the door and the case form a parallelogram-shaped mechanism, allowing the door to translate to open or close the storage space, wherein the translation hinge further comprises: a first connector fixed to an inner side surface of the door, one end of each swing arm being rotatably mounted to the first connector, and a second connector fixed to the case, an other end of each swing arm being rotatably mounted to the second connector, characterized in that the refrigerator further comprises a stop part, a first baffle plate and a second baffle plate which are provided behind the second connector. a door provided in front of the case and used for opening or closing the storage space; and at least one translation hinge, wherein each translation hinge has two swing arms (244, 246), and two ends of each swing arm are directly or indirectly mounted rotatably on the door and the case relative to the door and the case, respectively, such that each translation hinge and the door and the case form a parallelogram-shaped mechanism, allowing the door to translate to open or close the storage space, wherein the translation hinge further comprises: a first connector fixed to an inner side surface of the door, one end of each swing arm being rotatably mounted to the first connector, and a second connector fixed to the case, an other end of each swing arm being rotatably mounted to the second connector, characterized in that the refrigerator further comprises a stop part, a first baffle plate and a second baffle plate which are provided behind the second connector. a first connector fixed to an inner side surface of the door, one end of each swing arm being rotatably mounted to the first connector, and a second connector fixed to the case, an other end of each swing arm being rotatably mounted to the second connector, characterized in that the refrigerator further comprises a stop part, a first baffle plate and a second baffle plate which are provided behind the second connector.