mhurhangee/ep-ind-claims huggingface dataset:
An extracorporeal fluid system with a device for processing a measurement signal obtained by a pressure sensor (4a-4c) in the extracorporeal fluid system, when the extracorporeal fluid system is connected to a vascular system of a subject, said device comprising: means for receiving the measurement signal obtained by at least one of said pressure sensors (4a-4c); and means for processing the measurement signal for identification of pressure data comprising one or more pulses originating from a physiological phenomenon in said subject, characterized in that said physiological phenomenon being a breathing activity of said subject, and that said means are configured to monitor the integrity of a fluid connection between said extracorporeal fluid system and said vascular system based on said pressure data. means for receiving the measurement signal obtained by at least one of said pressure sensors (4a-4c); and means for processing the measurement signal for identification of pressure data comprising one or more pulses originating from a physiological phenomenon in said subject, characterized in that said physiological phenomenon being a breathing activity of said subject, and that said means are configured to monitor the integrity of a fluid connection between said extracorporeal fluid system and said vascular system based on said pressure data.
An infill for synthetic turfs, or hybrid synthetic-natural turfs, for sports, or recreational, or ornamental uses, comprising, in use: - a predetermined percentage by volume of a vegetable material consisting of rachis of cereal ear; characterized in that it further comprises: - a predetermined percentage by volume of a vegetable ligninic and/or resinous material, i.e. having a high content of lignin and/or in resin, in such a way that it is highly resistant to the attacks of microorganisms; wherein said rachis of cereal ear is not coated by a layer, or film, of material. - a predetermined percentage by volume of a vegetable material consisting of rachis of cereal ear; - a predetermined percentage by volume of a vegetable ligninic and/or resinous material, i.e. having a high content of lignin and/or in resin, in such a way that it is highly resistant to the attacks of microorganisms; wherein said rachis of cereal ear is not coated by a layer, or film, of material.
An input apparatus (1, 2), comprising: a deformable, sheet-like operation member including a plurality of key regions; an electrode substrate including a first capacitive element arranged opposed to each of the plurality of key regions, and a second capacitive element arranged around the first capacitive element, the electrode substrate being capable of electrostatically detecting a change of a distance from each of the plurality of key regions; and a first support including a plurality of first structures that connect between the electrode substrate and the operation member, and a first space that is formed between the plurality of first structures and capable of changing the distance between each of the plurality of key regions and the electrode substrate according to an input operation, characterized in that the electrode substrate further includes a limitation layer that is provided between the second capacitive element and the operation member and partially limits a thickness of the first space. a deformable, sheet-like operation member including a plurality of key regions; an electrode substrate including a first capacitive element arranged opposed to each of the plurality of key regions, and a second capacitive element arranged around the first capacitive element, the electrode substrate being capable of electrostatically detecting a change of a distance from each of the plurality of key regions; and a first capacitive element arranged opposed to each of the plurality of key regions, and a second capacitive element arranged around the first capacitive element, the electrode substrate being capable of electrostatically detecting a change of a distance from each of the plurality of key regions; and a first support including a plurality of first structures that connect between the electrode substrate and the operation member, and a first space that is formed between the plurality of first structures and capable of changing the distance between each of the plurality of key regions and the electrode substrate according to an input operation, characterized in that the electrode substrate further includes a limitation layer that is provided between the second capacitive element and the operation member and partially limits a thickness of the first space. a plurality of first structures that connect between the electrode substrate and the operation member, and a first space that is formed between the plurality of first structures and capable of changing the distance between each of the plurality of key regions and the electrode substrate according to an input operation, characterized in that the electrode substrate further includes a limitation layer that is provided between the second capacitive element and the operation member and partially limits a thickness of the first space.
A method for blending coals for coke production, the coals being prepared by blending two or more coal brands, the method comprising: assuming the two or more coal brands and the blending ratio of the coals in advance; preparing surface tension distributions of the assumed two or more coal brands by subjecting said coal brands to heating to a temperature in the range of 350°C to 800°C and then cooling; calculating a standard deviation (σ1) as a control index of a distribution obtained by the weighted average of the prepared surface tension distributions, using the assumed blending ratio of the coals as a weighting factor; and determining coal brands and blending ratio of the coal brands by using the standard deviation (σ1) as the control index. assuming the two or more coal brands and the blending ratio of the coals in advance; preparing surface tension distributions of the assumed two or more coal brands by subjecting said coal brands to heating to a temperature in the range of 350°C to 800°C and then cooling; calculating a standard deviation (σ1) as a control index of a distribution obtained by the weighted average of the prepared surface tension distributions, using the assumed blending ratio of the coals as a weighting factor; and determining coal brands and blending ratio of the coal brands by using the standard deviation (σ1) as the control index.
A sensor apparatus for discriminating between liquids having differing thermal conductivities comprising: a data gathering equipment, a thermally conductive substrate, a resistor mounted to the thermally conductive substrate with two leads (40, 44) to enable a current to be passed through the resistor to generate heat, a thermistor mounted to the thermally conductive substrate with two leads to enable a current to be passed through the thermistor to the data gathering equipment to generate a datum indicative of thermistor temperature to determine the change of thermistor temperature over time, the thermally conductive substrate providing a thermal path from the resistor and the thermistor; the data gathering equipment configured to use the change in thermistor temperature over time to determine in which of two liquids having differing thermal conductivities the substrate, resistor, and thermistor are immersed, and an electrical insulator encapsulating the resistor, the thermistor and at least part of the thermally conductive substrate. a data gathering equipment, a thermally conductive substrate, a resistor mounted to the thermally conductive substrate with two leads (40, 44) to enable a current to be passed through the resistor to generate heat, a thermistor mounted to the thermally conductive substrate with two leads to enable a current to be passed through the thermistor to the data gathering equipment to generate a datum indicative of thermistor temperature to determine the change of thermistor temperature over time, the thermally conductive substrate providing a thermal path from the resistor and the thermistor; the data gathering equipment configured to use the change in thermistor temperature over time to determine in which of two liquids having differing thermal conductivities the substrate, resistor, and thermistor are immersed, and an electrical insulator encapsulating the resistor, the thermistor and at least part of the thermally conductive substrate.
An ultrasound diagnosis apparatus (100,300) comprising: a probe configured for acquiring with an ultrasound beam first ultrasound data and subsequent second ultrasound data with respect to an object; a controller (170,320) configured for detecting a first position of an object of interest included in the object from the first ultrasound data, detecting a second position of the object of interest from the second ultrasound data wherein the controller (170,320) is configured to acquire a first coordinate value indicating the first position from the first ultrasound data, acquire a second coordinate value indicating the second position from the second ultrasound data, and change a condition for transceiving the ultrasound beam based on a difference value between the first coordinate value and the second coordinate value, and a display configured for displaying a second ultrasound image including the object of interest based on ultrasound data acquired using the changed condition for transceiving the ultrasound beam, and displaying the second ultrasound image according to the change of the condition for transceiving the ultrasound beam, wherein the condition for transceiving an ultrasound beam comprises a steering angle of the ultrasound beam, characterized in that the display displays the second ultrasound image inclined to a first ultrasound image based on the steering angle, the first ultrasound image being based on the first ultrasound data. a probe configured for acquiring with an ultrasound beam first ultrasound data and subsequent second ultrasound data with respect to an object; a controller (170,320) configured for detecting a first position of an object of interest included in the object from the first ultrasound data, detecting a second position of the object of interest from the second ultrasound data wherein the controller (170,320) is configured to acquire a first coordinate value indicating the first position from the first ultrasound data, acquire a second coordinate value indicating the second position from the second ultrasound data, and change a condition for transceiving the ultrasound beam based on a difference value between the first coordinate value and the second coordinate value, and a display configured for displaying a second ultrasound image including the object of interest based on ultrasound data acquired using the changed condition for transceiving the ultrasound beam, and displaying the second ultrasound image according to the change of the condition for transceiving the ultrasound beam, wherein the condition for transceiving an ultrasound beam comprises a steering angle of the ultrasound beam, characterized in that the display displays the second ultrasound image inclined to a first ultrasound image based on the steering angle, the first ultrasound image being based on the first ultrasound data.
An image processing apparatus, comprising: a user interface generator configured to generate a first user interface comprising a plurality of UI menu items for selecting a plurality of functions; a user input part configured to receive a user instruction to adjust a size of a selected one of the UI menu items independently of others of the UI menu items; and a controller configured to control the UI generator to increase or decrease the size of the selected UI menu item of the first user interface based on the user instruction, and display the UI menu item at the increased or decreased size. a user interface generator configured to generate a first user interface comprising a plurality of UI menu items for selecting a plurality of functions; a user input part configured to receive a user instruction to adjust a size of a selected one of the UI menu items independently of others of the UI menu items; and a controller configured to control the UI generator to increase or decrease the size of the selected UI menu item of the first user interface based on the user instruction, and display the UI menu item at the increased or decreased size.
Impeller for wind turbines comprising: - a rear ring having a central axis; - a front ring having an inner peripheral surface; the front ring being arranged coaxially with respect to the rear ring; the front ring being slidably associated with the rear ring and movable along the central axis between a close configuration and a spaced apart configuration with respect to the rear ring; - a plurality of blades connected to the front ring and defining a variable-pitch propeller, the blades being adjustable between a minimum pitch when the front ring is in the close configuration and a maximum pitch when the front ring is in the spaced apart configuration; - a shaft extending along the central axis; the shaft comprising a rear portion connected to the rear ring and a front portion connected to the front ring; the front portion of the shaft being configured to perform a rotational translation movement with respect to the rear portion to switch the front ring between the close configuration and the spaced apart configuration; the front portion of the shaft having a front cavity extending along the central axis; the rear portion of the shaft being at least partially inserted in the front cavity, characterized in that the front portion comprises at least one spiral guide arranged on an inner surface; the rear portion comprising at least one slider associated with the spiral guide and arranged on an outer surface. - a rear ring having a central axis; - a front ring having an inner peripheral surface; the front ring being arranged coaxially with respect to the rear ring; the front ring being slidably associated with the rear ring and movable along the central axis between a close configuration and a spaced apart configuration with respect to the rear ring; - a plurality of blades connected to the front ring and defining a variable-pitch propeller, the blades being adjustable between a minimum pitch when the front ring is in the close configuration and a maximum pitch when the front ring is in the spaced apart configuration; - a shaft extending along the central axis; the shaft comprising a rear portion connected to the rear ring and a front portion connected to the front ring; the front portion of the shaft being configured to perform a rotational translation movement with respect to the rear portion to switch the front ring between the close configuration and the spaced apart configuration; the front portion of the shaft having a front cavity extending along the central axis; the rear portion of the shaft being at least partially inserted in the front cavity,
Fastening device for securing an edge of a sanitary tub element, such as a bath tub or a shower basin, against a wall, wherein the fastening device is connectable with a fastening profile which extends in a direction of a profile lug, wherein the fastening device comprises a support element with a support top side and a support bottom side, a clamping element resting on the support top side, comprising a clamping surface which can be brought into contact with the tub element, an actuation element, by means of which a clamping force can be exerted upon the clamping element, and a bearing plate resting on the support bottom side, wherein the actuation element extends from the bearing plate through the support element to the clamping element along a center axis, characterized in that the fastening device comprises two receiving spaces which are arranged opposite each other with respect to the center axis, and which each serve to receive one holding web of the fastening profile. wherein the fastening device comprises a support element with a support top side and a support bottom side, a clamping element resting on the support top side, comprising a clamping surface which can be brought into contact with the tub element, an actuation element, by means of which a clamping force can be exerted upon the clamping element, and a bearing plate resting on the support bottom side, wherein the actuation element extends from the bearing plate through the support element to the clamping element along a center axis, characterized in that the fastening device comprises two receiving spaces which are arranged opposite each other with respect to the center axis, and which each serve to receive one holding web of the fastening profile.
A fiber optic rotary joint (306, 306') comprising: a free space optical beam combiner (502, 502a, 502b, 504); a rotor (306a, 306a') that operates to rotate and that includes a common optical fiber connected to or part of the beam combiner; a stator (306b, 306b') that operates to be stationary in the fiber optic rotary joint and that includes at least two optical fibers (507a, 507b), a first of the at least two optical fibers operating to guide at least a first light and being connected to or part of the beam combiner and a second of the at least two optical fibers operating to guide a second light and being connected to or part of the beam combiner, the first light being an imaging modality light or light used to perform Optical Coherence Tomography OCT and the second light being an excitation light, wherein the beam combiner operates to combine the first and second lights from the at least two optical fibers such that the combined light couples, or substantially couples, into a core of the common optical fiber. a free space optical beam combiner (502, 502a, 502b, 504); a rotor (306a, 306a') that operates to rotate and that includes a common optical fiber connected to or part of the beam combiner; a stator (306b, 306b') that operates to be stationary in the fiber optic rotary joint and that includes at least two optical fibers (507a, 507b), a first of the at least two optical fibers operating to guide at least a first light and being connected to or part of the beam combiner and a second of the at least two optical fibers operating to guide a second light and being connected to or part of the beam combiner, the first light being an imaging modality light or light used to perform Optical Coherence Tomography OCT and the second light being an excitation light, wherein the beam combiner operates to combine the first and second lights from the at least two optical fibers such that the combined light couples, or substantially couples, into a core of the common optical fiber.
System comprising a food processor and at least one vessel with a mixing tool located therein, wherein the food processor comprises an electric drive for the mixing tool, characterized in that the system comprises a mixing device, namely having a standing part, wherein the vessel with the mixing tool located therein can be used both as vessel of the food processor and as vessel of the mixing device, wherein the vessel can be inserted into the standing part of the mixing device, wherein the standing part of the mixing device comprises an electric drive for the mixing tool, wherein the food processor is able to rotate the mixing tool at a higher rotational speed than the maximum rotational speeds possible with the mixing device, wherein the electric drive of the mixing device is only a stepper motor.
Use of organosilane in preparation of a polyolefin resin, the preparation of the polyolefin resin comprising conducting an olefin polymerization reaction of olefin monomers in the presence of a catalyst, wherein the organosilane is represented by a general formula R 1 m SiX n (OR 2) k, wherein R 1 is a C 2 -C 20 alkyl group and a terminal of R 1 has an α-olefin double bond, a norbornene group, a cycloolefin group or a dicyclopentadiene group, X is a halogen element, R 2 is a C 1 -C 20 linear chain, branched chain or isomerized alkyl group, m is an integer within a range of 1-3, n is an integer within a range of 1-3, k is an integer within a range of 0-2, and m+n+k=4, and wherein the organosilane is added before and/or during the olefin polymerization reaction.
A method of generating a panoramic video from a plurality of video feeds, the method comprising: using a processor to define in computer memory, for each video feed, a three-dimensional surface panel having a vertex mesh, and the processor modifies the vertex mesh based on intrinsic camera parameters and distortion coefficients to generate a warped 3D surface panel modelling optical properties of a video camera absent lens distortion; for each video feed, using the processor to project corresponding calibration images onto the corresponding warped 3D surface panel to generate corrected calibration images corrected of lens distortion, the calibration images comprising corresponding images generated by the video cameras of a scene; using the processor to stitch the warped 3D surface panels based on the corrected calibration images, comprising, for each warped 3D surface panel, modifying in the computer memory a position, orientation, and/or size of the warped 3D surface panel with reference to a predefined 3D frame of reference to overlap one or more neighbouring corrected calibration images in respective boundary areas; and using the processor to project video frames received in the video feeds onto the corresponding modified warped 3D surface panels to generate the panoramic video. using a processor to define in computer memory, for each video feed, a three-dimensional surface panel having a vertex mesh, and the processor modifies the vertex mesh based on intrinsic camera parameters and distortion coefficients to generate a warped 3D surface panel modelling optical properties of a video camera absent lens distortion; for each video feed, using the processor to project corresponding calibration images onto the corresponding warped 3D surface panel to generate corrected calibration images corrected of lens distortion, the calibration images comprising corresponding images generated by the video cameras of a scene; using the processor to stitch the warped 3D surface panels based on the corrected calibration images, comprising, for each warped 3D surface panel, modifying in the computer memory a position, orientation, and/or size of the warped 3D surface panel with reference to a predefined 3D frame of reference to overlap one or more neighbouring corrected calibration images in respective boundary areas; and using the processor to project video frames received in the video feeds onto the corresponding modified warped 3D surface panels to generate the panoramic video.