mhurhangee/ep-ind-claims huggingface dataset:
A method of assembling apparatus for containing reagents for a chemical reaction, the method comprising: (i) selecting an elongate receptacle comprising a plastics material, said receptacle being arranged to define an internal volume for containing reagents, wherein said receptacle includes a first end and a second end which are spaced apart along the elongate extent of the receptacle, wherein said receptacle defines a mouth at said second end, wherein the diameter of said mouth is greater than the diameter of a region of said receptacle inwards of said second end; (ii) selecting a housing for containing the receptacle, wherein said housing includes a first end and a second end, wherein said second end of said housing includes an outwardly facing surface; (iii) with the receptacle within the housing such that the second end of the receptacle is adjacent the second end of the housing, positioning the second end of the receptacle over the outwardly facing surface; and (iv) securing the second end of the receptacle in position relative to the outwardly facing surface. (i) selecting an elongate receptacle comprising a plastics material, said receptacle being arranged to define an internal volume for containing reagents, wherein said receptacle includes a first end and a second end which are spaced apart along the elongate extent of the receptacle, wherein said receptacle defines a mouth at said second end, wherein the diameter of said mouth is greater than the diameter of a region of said receptacle inwards of said second end; (ii) selecting a housing for containing the receptacle, wherein said housing includes a first end and a second end, wherein said second end of said housing includes an outwardly facing surface; (iii) with the receptacle within the housing such that the second end of the receptacle is adjacent the second end of the housing, positioning the second end of the receptacle over the outwardly facing surface; and (iv) securing the second end of the receptacle in position relative to the outwardly facing surface.
Drive device for driving a drill rod, which has an outer rod and an inner rod, with - a first rotary drive unit, with which the outer rod can be driven in a rotating manner via an outer drive shaft, - a second rotary drive unit, with which the inner rod can be driven in a rotating manner independently of the outer rod via an inner drive shaft, and - a vibration unit for generating a vibration, which has a vibration element that can be driven in a vibrating manner, characterized in that - for transmission of the vibration to the outer drive shaft the vibration element is connected via a first transmission unit to the outer drive shaft and - in that for transmission of the vibration to the inner drive shaft the vibration element is connected via a second transmission unit to the inner drive shaft. - a first rotary drive unit, with which the outer rod can be driven in a rotating manner via an outer drive shaft, - a second rotary drive unit, with which the inner rod can be driven in a rotating manner independently of the outer rod via an inner drive shaft, and - a vibration unit for generating a vibration, which has a vibration element that can be driven in a vibrating manner, characterized in that - for transmission of the vibration to the outer drive shaft the vibration element is connected via a first transmission unit to the outer drive shaft and - in that for transmission of the vibration to the inner drive shaft the vibration element is connected via a second transmission unit to the inner drive shaft.
Stovetop device, especially an induction stovetop device, with a heating area intended for heating cookware placed thereon and/or food to be cooked thereon, characterised by a control unit, which is intended to operate at least one subarea (18a-f) of the heating area in at least one operating state as at least one target temperature burner and to assign different target temperatures to different positions of the at least one target temperature burner.
A composition comprising carboxyamidotriazole orotate for use in the treatment of refractory cancer having acquired resistance to chemotherapeutic and targeted drugs due to gene amplification or mutation, of the treatment comprising administering once daily a dose of carboxyamidotriazole orotate in the range 50mg/m 2 to 1500 mg/m 2 based on the human patient's body surface.
A three-dimensional, 3D, printing method for a 3D printing apparatus, comprising: feeding a material with a printing parameter, wherein the printing parameter comprises a target temperature and a target feeding rate; adjusting the printing parameter to change a heat energy provided to a printing filament per unit length; determining whether the target feeding rate matches an actual feeding rate according to the adjusted printing parameter to obtain a determination result of the highest target feeding rate corresponding to a specific target temperature or the lowest target temperature corresponding to a specific target feeding rate, wherein the step of determining whether the target feeding rate matches the actual feeding rate comprises: determining whether the set target feeding rate matches the actual feeding rate of transporting the printing filament to a printing head for feeding material by a feeder element; obtaining a correspondence relationship between a plurality of the target temperatures and a plurality of the target feeding rates according to the adjusted printing parameters and the determination results; and setting the printing parameter for printing according to the correspondence relationship. feeding a material with a printing parameter, wherein the printing parameter comprises a target temperature and a target feeding rate; adjusting the printing parameter to change a heat energy provided to a printing filament per unit length; determining whether the target feeding rate matches an actual feeding rate according to the adjusted printing parameter to obtain a determination result of the highest target feeding rate corresponding to a specific target temperature or the lowest target temperature corresponding to a specific target feeding rate, wherein the step of determining whether the target feeding rate matches the actual feeding rate comprises: determining whether the set target feeding rate matches the actual feeding rate of transporting the printing filament to a printing head for feeding material by a feeder element; obtaining a correspondence relationship between a plurality of the target temperatures and a plurality of the target feeding rates according to the adjusted printing parameters and the determination results; and setting the printing parameter for printing according to the correspondence relationship.
Measuring apparatus for measuring at least a part of an oral cavity, particularly at least a part of a row of teeth, with a measuring head, the measuring head comprising at least two measuring units, wherein each measuring unit has a measuring zone and wherein the measuring zones are arranged such that they acquire different areas of the part of a row of teeth, and a carrier (1.1, 1.2, 1.3; 19) carrying the measuring units, characterized in that each measuring unit is capable of acquiring three-dimensionally at least a surface in its measurement range, wherein a relative arrangement of the measurement ranges of at least two of the measuring units are displaceable.
Multi-piece expansion plug comprising as a first part an expanding sleeve (31; 61) possessing elements consisting of a plurality of expanding lobes (35; 65) separated from each other by longitudinal slits (34; 64), and comprising as a second part an expansion body (21; 51; 81) which can be drawn into the expanding sleeve (31; 61) and has a tapered portion (22; 52; 82) for radially widening the expanding sleeve (31; 61), the tapered portion (22; 52; 82) possessing elements consisting of edges (24; 54; 84) extending in the longitudinal axis (13; 43; 73), wherein one of the parts of the expansion plug (11; 41; 71) has an even number of corresponding elements and the other part of the expansion plug (11; 41; 71) has an odd number of corresponding elements, characterized in that the expansion body has a twist in its longitudinal axis at least in the region of the tapered portion.
A method for determining characteristics of a specific region within an inhomogeneous specimen by guiding propagation of electric or magnetic fields through the inhomogeneous specimen, the method comprising: generating electromagnetic waveforms, the electromagnetic waveforms propagating along a prescribed path, the prescribed path defining a series of spatial regions through which fields of the electromagnetic waveforms propagate as a field of propagation; guiding the field of propagation through an inhomogeneous specimen in the prescribed path; and determining a measurement of the fields of the electromagnetic waveforms propagating along the prescribed path, the measurement of the fields of the electromagnetic waveforms used to determine regional characteristics of the inhomogeneous specimen and characteristics of a specific region within the inhomogeneous specimen. generating electromagnetic waveforms, the electromagnetic waveforms propagating along a prescribed path, the prescribed path defining a series of spatial regions through which fields of the electromagnetic waveforms propagate as a field of propagation; guiding the field of propagation through an inhomogeneous specimen in the prescribed path; and determining a measurement of the fields of the electromagnetic waveforms propagating along the prescribed path, the measurement of the fields of the electromagnetic waveforms used to determine regional characteristics of the inhomogeneous specimen and characteristics of a specific region within the inhomogeneous specimen.
A spouted container, comprising: a container body which stores contents, a spout which comprises: a spout body which has an attachment that is attached to said container body in a liquid tight manner and an outer cylinder that is positioned on the outer side of said container body and which discharges contents from said container body; and a closing portion which closes a discharge port (21 b) of said spout body, and a sealed portion which seals said outer cylinder and closing portion of said spout with a bag-like film; wherein said closing portion is connected to the discharge port (21 b) of the outer cylinder of said spout body in a manner which enables it to be snapped off, and is provided with projections which extend toward said spout body side; and a weakened line that facilitates severance of said sealed portion is formed so as to expose the outer cylinder of said spout body characterized in that, said weakened line is at a position corresponding to distal ends of projections of said closing portion in said sealed portion. a container body which stores contents, a spout which comprises: a spout body which has an attachment that is attached to said container body in a liquid tight manner and an outer cylinder that is positioned on the outer side of said container body and which discharges contents from said container body; and a closing portion which closes a discharge port (21 b) of said spout body, and a sealed portion which seals said outer cylinder and closing portion of said spout with a bag-like film; wherein said closing portion is connected to the discharge port (21 b) of the outer cylinder of said spout body in a manner which enables it to be snapped off, and is provided with projections which extend toward said spout body side; and a weakened line that facilitates severance of said sealed portion is formed so as to expose the outer cylinder of said spout body characterized in that, said weakened line is at a position corresponding to distal ends of projections of said closing portion in said sealed portion.
A marine contra-rotating propeller device in which a front propeller and a rear propeller are disposed coaxially and respectively rotated in opposite directions each other, wherein the marine contra-rotating propeller device comprises a hollow outer propeller shaft which is attached with the front propeller at a rear end portion thereof, and is rotatably supported by a stern tube bearing about an axial center, an inner propeller shaft which is attached with the rear propeller at a rear end portion thereof, and is rotatably supported by a stern side contra-rotating bearing about the axial center, and a shaft sealing device wherein the shaft sealing device includes a stern tube seal on the stern side which prevents seawater from entering the stern tube bearing, and a contra-rotating seal on the stern side which prevents the seawater from entering the stern side contra-rotating bearing, characterized in that the shaft sealing device includes a single air supply device which supplies seal pressurized air to a front first chamber provided in the stern tube seal and the contra-rotating seal via the front first chamber, a stern tube drainage recovery device which independently recovers a front section drainage discharged from the front first chamber, and a contra-rotating drainage recovery device which recovers a rear section drainage discharged from the contra-rotating seal via a front third chamber provided in the stern tube seal. wherein the marine contra-rotating propeller device comprises a hollow outer propeller shaft which is attached with the front propeller at a rear end portion thereof, and is rotatably supported by a stern tube bearing about an axial center, an inner propeller shaft which is attached with the rear propeller at a rear end portion thereof, and is rotatably supported by a stern side contra-rotating bearing about the axial center, and a shaft sealing device wherein the shaft sealing device includes a stern tube seal on the stern side which prevents seawater from entering the stern tube bearing, and a contra-rotating seal on the stern side which prevents the seawater from entering the stern side contra-rotating bearing, a single air supply device which supplies seal pressurized air to a front first chamber provided in the stern tube seal and the contra-rotating seal via the front first chamber, a stern tube drainage recovery device which independently recovers a front section drainage discharged from the front first chamber, and a contra-rotating drainage recovery device which recovers a rear section drainage discharged from the contra-rotating seal via a front third chamber provided in the stern tube seal.
A bobbin for a thermal transfer sheet or an image-receiving sheet, comprising a cylindrical bobbin body, wherein: a gear including a plurality of teeth is formed on one side end of the bobbin body; and each tooth has a parallelogram shape as a whole, when the bobbin body is viewed from a lateral side, wherein two sides of the parallelogram shape of each tooth extend perpendicularly to an axis line of the bobbin body, characterized in that the other two sides of the parallelogram shape extend obliquely to the axis line of the bobbin body. a gear including a plurality of teeth is formed on one side end of the bobbin body; and each tooth has a parallelogram shape as a whole, when the bobbin body is viewed from a lateral side, wherein two sides of the parallelogram shape of each tooth extend perpendicularly to an axis line of the bobbin body, characterized in that the other two sides of the parallelogram shape extend obliquely to the axis line of the bobbin body.
A pharmaceutical aqueous formulation comprising 1-(4-{[4-(dimethylamino)piperidin-1-yl]carbonyl}phenyl)-3-[4-(4,6-dimorpholin-4-yl- 1,3,5-triazin-2-yl)phenyl]urea, or a pharmaceutically acceptable organic or inorganic acid salt thereof, a pharmaceutically acceptable organic or inorganic acid, a pharmaceutically acceptable beta- or gamma- cyclodextrin and water; and wherein sufficient of the pharmaceutically acceptable organic or inorganic acid and pharmaceutically acceptable beta- or gamma-cyclodextrin are present to provide a clear solution, with the proviso that the organic or inorganic acid is not a sulphonic acid; optionally wherein the pharmaceutically acceptable organic or inorganic acid is selected from lactic acid, acetic acid, maleic acid, succinic acid, citric acid, malic acid, tartaric acid, hydrochloric acid and orthophosphoric acid.
Apparatus (10; 103, 104) for generating biofeedback, in particular during a relaxation exercise for lowering blood pressure, comprising: at least one interface (12, 13) for receiving a pulse wave signal (41; 61; 65), that represents a pressure pulse or volume pulse of a pulse wave in a blood circulation system as a function of time, and an ECG signal (42; 67), an evaluation device (11; 103) that is configured to determine, on the basis of the pulse wave signal (41; 61; 65; 68) and the ECG signal (42; 67), a pulse transit time, perform an evaluation of a pulse wave form of the pulse wave signal (41; 61; 65; 68), and generate the biofeedback depending on the pulse transit time and/or the evaluation of the pulse wave form, wherein the evaluation device (11; 103) is configured to determine, by evaluating the pulse wave form, whether there is a change in blood pressure caused by vagus enhancement or sympathetic attenuation, and an output interface (14, 30; 104) for providing the biofeedback (31; 81, 82; 126, 127, 128, 129). at least one interface (12, 13) for receiving a pulse wave signal (41; 61; 65), that represents a pressure pulse or volume pulse of a pulse wave in a blood circulation system as a function of time, and an ECG signal (42; 67), an evaluation device (11; 103) that is configured to determine, on the basis of the pulse wave signal (41; 61; 65; 68) and the ECG signal (42; 67), a pulse transit time, perform an evaluation of a pulse wave form of the pulse wave signal (41; 61; 65; 68), and generate the biofeedback depending on the pulse transit time and/or the evaluation of the pulse wave form, wherein the evaluation device (11; 103) is configured to determine, by evaluating the pulse wave form, whether there is a change in blood pressure caused by vagus enhancement or sympathetic attenuation, and an output interface (14, 30; 104) for providing the biofeedback (31; 81, 82; 126, 127, 128, 129).
A tension connector for connecting two components, comprising a bolt which has a bolt shaft and a bolt head formed as a partial sphere or partial cylinder, in particular a hemisphere or a semi-circle, on its bolt side facing the bolt shaft, and comprising an eccentric lever of plastic material, which has a bearing pot with a pot opening and with a pot interior which is formed as a partial sphere or partial cylinder and is formed as a pivoting bearing and by means of which the eccentric lever can be or is mounted on the bolt head so as to be pivotable about a pivot axis between a starting position and a tensioned position, wherein the bearing pot has a slot for the bolt shaft extending from the pot opening against the tensioning direction and has an outer contour along the slot on both sides of the slot which is eccentric relative to the pivot axis, wherein the pot opening is surrounded by a collar that radially projects to the outside past the pot wall and is formed as ring segment, the two end faces of which together define a flat contact surface on both sides of the slot, wherein the eccentric lever with its pot interior is mounted on the bolt head so as to be pivotable by 90° about a pivot axis between a starting position and a tensioned position, the pivot axis being defined by the slot through which the bolt shaft engages, wherein a flat lever arm of the eccentric lever, which engages the pot bottom on the side of the bearing pot opposite the slot and extends approximately parallel to the collar is oriented parallel to the bolt in the starting position and is oriented at right angles to the bolt in the tensioned position, wherein the end of the bolt remote from the bolt head has at least one spreading cone, onto which a spreading sleeve is attached, in particular clipped on, wherein the distance of the eccentric outer contour from the pot interior in the tensioning direction increases continuously starting from the flat contact surface to the flat pot bottom, wherein the eccentric outer contour merges into the pot bottom via an edge, and wherein close to the pot opening the slot has an elastically widenable constriction that abuts the bolt shaft in the starting position, the slot width of which constriction is slightly smaller than the diameter of the bolt shaft, whereby the eccentric lever can be pushfitted with its pot opening onto the bolt head in a direction perpendicular to the bolt axis and at the same time the bolt shaft can be inserted into the slot and the constriction can be elastically widened to the diameter of the bolt shaft until it locks behind the pushed-past bolt shaft in order to hold the bolt and the eccentric lever together in an undetachable manner.
A manufacturing method of a rotor for an electric motor including a core (4, 14) formed of stacked steel plates, each of which has a center hole (4a, 14a), and a shaft (3, 13) inserted through the center hole (4a, 14a) of the core (4, 14), in which method the shaft (3, 13) is deformed to fit an end plate (2, 12) in a state where the end plate (2, 12) is pressed against the core (4, 14), the manufacturing method characterized by comprising deforming a deformed portion (3e, 13e) of the shaft (3, 13) that engages with an edge of the end plate (2, 12), along a core-side edge portion (2a, 12a) and a no core-side edge portion (2b, 12b) of the edge of the end plate (2, 12) with respect to a thickness direction of the edge of the end plate (2, 12), wherein the shape of the deformed portion (3e, 13e) on the core side in the thickness direction of the edge of the end plate (2, 12) is such that the deformed portion (3e, 13e) fits in between the end plate (2, 12) and the core (4, 14), while a load is applied in a direction of the core (4, 14) that occurs when the deformed portion (3a, 13e) is deformed on a no core side in the thickness direction of the edge of the end plate (2,12).