mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a property of a trajectory of a ball with a mobile computer device, comprising the steps: (a) Capturing a sequence of video frames of the ball with a camera of the mobile computer device, wherein the central axis of the field of vision of the camera is at an angle of 80° to 100° to the expected trajectory of the ball; (b) Determining by the mobile computer device a first picture coordinate of the ball in a first video frame of the sequence; (c) Determining by the mobile computer device a second picture coordinate of the ball in a second video frame of the sequence; (d) Computing a property of the trajectory of the ball based on a difference between the first and second picture coordinates, a time difference between the first and second video picture and a reference quantity, which is determined based on the form and/or dimension of the ball in a separate photo taken with the camera, wherein the photo has a higher resolution than the first and second video frames, wherein the method further comprises the steps of: (e) Obtaining an indication of a user relating to the position of the ball in a video frame of the sequence of video frames; (f) Using the indication to determine by the mobile computer device the position of the ball in the video frame. (a) Capturing a sequence of video frames of the ball with a camera of the mobile computer device, wherein the central axis of the field of vision of the camera is at an angle of 80° to 100° to the expected trajectory of the ball; (b) Determining by the mobile computer device a first picture coordinate of the ball in a first video frame of the sequence; (c) Determining by the mobile computer device a second picture coordinate of the ball in a second video frame of the sequence; (d) Computing a property of the trajectory of the ball based on a difference between the first and second picture coordinates, a time difference between the first and second video picture and a reference quantity, which is determined based on the form and/or dimension of the ball in a separate photo taken with the camera, wherein the photo has a higher resolution than the first and second video frames, wherein the method further comprises the steps of: (e) Obtaining an indication of a user relating to the position of the ball in a video frame of the sequence of video frames; (f) Using the indication to determine by the mobile computer device the position of the ball in the video frame. (e) Obtaining an indication of a user relating to the position of the ball in a video frame of the sequence of video frames; (f) Using the indication to determine by the mobile computer device the position of the ball in the video frame.
An image processing apparatus (1; 1a; 1b; 1c; 1d; 1e) for processing a set of time-series images of an image-capturing target that are captured in chronological order, the image processing apparatus (1; 1a; 1b; 1c; 1d; 1e) comprising: an image selecting unit (20; 20a; 20b; 20c; 20d; 20e) that selects (a5, a19) in chronological order, a target image to be processed from among images constituting the set of time-series images; an identification criterion creating unit (22; 22a; 22b; 22c; 22d; 22e) that creates an identification criterion so as to enable identification of a specific region in the target image to be processed; a feature data calculating unit that calculates a feature data for each pixel or for each small region in the target image to be processed; and a specific region identifying unit that, based on the feature data calculated for each pixel or for each small region, identifies a specific region in the target image to be processed by using the identification criterion, wherein the identification criterion creating unit (22; 22a; 22b; 22c; 22d; 22e) creates (a15, e9) the identification criterion based on a feature data of the specific region in such an image that has been already selected as the target image to be processed by the image selecting unit (20; 20a; 20b; 20c; 20d; 20e) and that has been already subjected to identification by the specific region identifying unit (25; 25a). an image selecting unit (20; 20a; 20b; 20c; 20d; 20e) that selects (a5, a19) in chronological order, a target image to be processed from among images constituting the set of time-series images; an identification criterion creating unit (22; 22a; 22b; 22c; 22d; 22e) that creates an identification criterion so as to enable identification of a specific region in the target image to be processed; a feature data calculating unit that calculates a feature data for each pixel or for each small region in the target image to be processed; and a specific region identifying unit that, based on the feature data calculated for each pixel or for each small region, identifies a specific region in the target image to be processed by using the identification criterion, wherein the identification criterion creating unit (22; 22a; 22b; 22c; 22d; 22e) creates (a15, e9) the identification criterion based on a feature data of the specific region in such an image that has been already selected as the target image to be processed by the image selecting unit (20; 20a; 20b; 20c; 20d; 20e) and that has been already subjected to identification by the specific region identifying unit (25; 25a).
A gearbox comprising: an inlet configured to receive a mixture of air and oil from an external source; and a deoiler, the deoiler comprising: a shaft including an inlet passage and an outlet passage, both formed on an inner portion of the shaft and separated from one another; a separator unit coupled to and surrounding a portion of the shaft and including an inlet and an outlet; and a pre-pressuring component coupled to the shaft and communicating with the inlet of the separator unit for increasing the pressure of the mixture of oil and air to form a pressurized mixture and providing the pressurized mixture to the inlet of the separator unit, characterised in that the shaft inlet passage is upstream of the separator unit. an inlet configured to receive a mixture of air and oil from an external source; and a deoiler, the deoiler comprising: a shaft including an inlet passage and an outlet passage, both formed on an inner portion of the shaft and separated from one another; a separator unit coupled to and surrounding a portion of the shaft and including an inlet and an outlet; and a pre-pressuring component coupled to the shaft and communicating with the inlet of the separator unit for increasing the pressure of the mixture of oil and air to form a pressurized mixture and providing the pressurized mixture to the inlet of the separator unit, characterised in that the shaft inlet passage is upstream of the separator unit. a shaft including an inlet passage and an outlet passage, both formed on an inner portion of the shaft and separated from one another; a separator unit coupled to and surrounding a portion of the shaft and including an inlet and an outlet; and a pre-pressuring component coupled to the shaft and communicating with the inlet of the separator unit for increasing the pressure of the mixture of oil and air to form a pressurized mixture and providing the pressurized mixture to the inlet of the separator unit, characterised in that the shaft inlet passage is upstream of the separator unit.
Device for the preliminary crushing of scrap, comprising conveying means and crushing means disposed at a predetermined operating distance from the conveying means, said conveying means comprising an introduction portion such as an inclined plane, and a pressure element disposed immediately after the introduction portion, and provided with hook elements, the pressure element being selectively movable between at least a first position in which it is disposed substantially aligned with the introduction portion, defining therewith a substantially continuous feed surface on which the scrap is disposed according to a first inclination, and a second position in which it protrudes forward with respect to the introduction portion so as to bring its hook portions closer to the crushing means, characterized in that the pressure element has at least a third position in which at least its upper end is disposed in a recessed manner with respect to the lower end of the introduction portion, so as to determine between them a step to increase, at least temporarily, the operating distance between the crushing means and the hook portions, and to modify the inclination of the scrap on the feed surface with respect to at least the crushing means.
A method for purifying a recombinant human plasma protein being from a starting medium which is a biological solution from a nonhuman animal being transgenic for said human plasma protein, comprising the following steps: a) bringing a sample containing a human plasma protein into contact with an affinity substrate comprising a solid substrate on which deoxyribonucleic aptamers which bind specifically to said human plasma protein are immobilized, in order to form complexes between (i) the deoxyribonucleic aptamers immobilized on said affinity substrate and (ii) said human plasma protein, and b) releasing the protein from the complexes formed in step a), and c) recovering said human plasma protein in a purified form. a) bringing a sample containing a human plasma protein into contact with an affinity substrate comprising a solid substrate on which deoxyribonucleic aptamers which bind specifically to said human plasma protein are immobilized, in order to form complexes between (i) the deoxyribonucleic aptamers immobilized on said affinity substrate and (ii) said human plasma protein, and b) releasing the protein from the complexes formed in step a), and c) recovering said human plasma protein in a purified form.
Connecting means for connecting a first planar component and a second planar component, in particular for connecting furniture parts or machine parts, comprising: - a first connecting element which is arranged on the first component in the connected state of the components and comprises a spring element, and - a second connecting element which is arranged on the second component in the connected state of the components and comprises a receiving element, wherein, in order to connect the first component and the second component, the spring element can be brought into engagement with the receiving element, wherein the connecting means, in particular the first connecting element and/or the second connecting element, comprises at least one strengthening element designed as an auxiliary spring element for strengthening a spring force of the spring element, which strengthening element acts on the spring element in order to strengthen the spring force of the spring element, and wherein the at least one auxiliary spring element is arranged at a distance from the spring element in a separated state of the connecting elements (120, 122), wherein the receiving element comprises a receiving projection and/or a receiving recess, and, in the connected state, an engagement portion of the spring element engages behind the receiving element in the region of the receiving projection and/or the receiving recess. - a first connecting element which is arranged on the first component in the connected state of the components and comprises a spring element, and - a second connecting element which is arranged on the second component in the connected state of the components and comprises a receiving element, wherein, in order to connect the first component and the second component, the spring element can be brought into engagement with the receiving element, wherein the connecting means, in particular the first connecting element and/or the second connecting element, comprises at least one strengthening element designed as an auxiliary spring element for strengthening a spring force of the spring element, which strengthening element acts on the spring element in order to strengthen the spring force of the spring element, and wherein the at least one auxiliary spring element is arranged at a distance from the spring element in a separated state of the connecting elements (120, 122), wherein the receiving element comprises a receiving projection and/or a receiving recess, and, in the connected state, an engagement portion of the spring element engages behind the receiving element in the region of the receiving projection and/or the receiving recess.
A polymer composition comprising an ethylene alpha-olefin copolymer, wherein the polymer composition is characterized as having: (a) a density in the range of from greater than about 0.910 g/cc to about 0.930 g/cc, as determined according to ASTM D1505; (b) a melt index in the range of from greater than about 0.5 g/10 min to about 2.5 g/10 min, as determined according to ASTM D1238, Condition 190 °C/2.16 kg; (c) a molecular weight distribution of from about 3.4 to about 12, as determined by gel permeation chromatography; (d) a weight average molecular weight of from greater than about 85 kg/mol to about 160 kg/mol, as determined by gel permeation chromatography; (e) a z-average molecular weight of from greater than about 210 kg/mol to about 500 kg/mol, as determined by gel permeation chromatography; and a CY-a of from about 0.400 to about 0.680, when the dynamic complex viscosity versus frequency scan are fitted to the Carreau-Yasuda equation with an n = 0.1818 value. (a) a density in the range of from greater than about 0.910 g/cc to about 0.930 g/cc, as determined according to ASTM D1505; (b) a melt index in the range of from greater than about 0.5 g/10 min to about 2.5 g/10 min, as determined according to ASTM D1238, Condition 190 °C/2.16 kg; (c) a molecular weight distribution of from about 3.4 to about 12, as determined by gel permeation chromatography; (d) a weight average molecular weight of from greater than about 85 kg/mol to about 160 kg/mol, as determined by gel permeation chromatography; (e) a z-average molecular weight of from greater than about 210 kg/mol to about 500 kg/mol, as determined by gel permeation chromatography; and
A cleaning device comprising: — a handle for the grip of said cleaning device by a user, said handle comprising a longitudinal axis z; — a cleaning body arranged to wipe a surface, said cleaning body comprising a cleaning plane π arranged in contact with said surface; — a first pivotal constraint arranged to allow a relative rotation α between said handle and said cleaning body about a first rotation axis x orthogonal to said cleaning plane π; — a second pivotal constraint arranged to allow a relative rotation β between said handle and said cleaning body about a second rotation axis γ parallel to said cleaning plane π; — a first selection mechanism configured to alternatively arrange said first pivotal constraint in a free rotation mode, wherein said handle and said cleaning body can rotate freely to each other with respect to said first rotation axis x, and in a locked rotation mode, wherein said handle and said cleaning body cannot rotate to each other with respect to said first rotation axis x; said cleaning device characterized in that said first selection mechanism is also configured to arrange said first pivotal constraint in a constrained rotation mode, wherein said relative rotation α has a maximum value equal to a predetermined value α̃. — a handle for the grip of said cleaning device by a user, said handle comprising a longitudinal axis z; — a cleaning body arranged to wipe a surface, said cleaning body comprising a cleaning plane π arranged in contact with said surface; — a first pivotal constraint arranged to allow a relative rotation α between said handle and said cleaning body about a first rotation axis x orthogonal to said cleaning plane π; — a second pivotal constraint arranged to allow a relative rotation β between said handle and said cleaning body about a second rotation axis γ parallel to said cleaning plane π; — a first selection mechanism configured to alternatively arrange said first pivotal constraint in a free rotation mode, wherein said handle and said cleaning body can rotate freely to each other with respect to said first rotation axis x, and in a locked rotation mode, wherein said handle and said cleaning body cannot rotate to each other with respect to said first rotation axis x; said cleaning device characterized in that said first selection mechanism is also configured to arrange said first pivotal constraint in a constrained rotation mode, wherein said relative rotation α has a maximum value equal to a predetermined value α̃.
An apparatus for assessing muscle quality comprising: a first acquisition unit configured to acquire bioelectric information including at least one of (i) a resistance component and a reactance component of bioelectrical impedance and (ii) first impedance measured by supplying alternating current at a predetermined low frequency to a living organism and second impedance measured by supplying alternating current at a predetermined high frequency to the living organism; and a second acquisition unit configured to acquire a a physical parameter related to physique of the living organism, wherein the physical parameter includes a parameter related to a muscle mass of the living organism, characterized in that the apparatus further comprises a calculation unit configured to calculate not only a muscle quality index in accordance with a proportion, in muscle tissue, of muscle fiber to interstitial tissue, but also a muscle mass index, based on the physical parameter and on at least one of a first parameter represented as a ratio between the resistance component and the reactance component and a second parameter represented as a ratio between the first impedance and the second impedance. a first acquisition unit configured to acquire bioelectric information including at least one of (i) a resistance component and a reactance component of bioelectrical impedance and (ii) first impedance measured by supplying alternating current at a predetermined low frequency to a living organism and second impedance measured by supplying alternating current at a predetermined high frequency to the living organism; and a second acquisition unit configured to acquire a a physical parameter related to physique of the living organism, wherein the physical parameter includes a parameter related to a muscle mass of the living organism, characterized in that the apparatus further comprises a calculation unit configured to calculate not only a muscle quality index in accordance with a proportion, in muscle tissue, of muscle fiber to interstitial tissue, but also a muscle mass index, based on the physical parameter and on at least one of a first parameter represented as a ratio between the resistance component and the reactance component and a second parameter represented as a ratio between the first impedance and the second impedance.
Device for winding or setting and for verifying a mechanical or electromechanical watch, or a horological movement, the device comprising a case composed of a first part and of a second part fastened or maintained to one another to close the case, the case enclosing in an inner space a support to receive at least one watch and at least one vision system to carry out a measurement of the state of the watch or of the horological movement in such a way as to reset the watch or the horological movement to the correct time after the processing, outside of the vision system, in an electronic circuit of the measurement signals coming from the vision system, the vision system comprising one or more light sources to illuminate the watch on its support, a dome and at least one camera disposed in the dome in a direction of an axis of the support carrying the watch to be verified, characterised in that the watch support or the vision system is arranged in such a way as to be automatically moved by a drive means in the case from a position without measurement to a measurement position of the watch or from a measurement position of the watch to a position without measurement, in the position without measurement of the device, a watch or a horological movement placed on the support can be seen from the outside of the case through an electronic shutter activated or an optical valve activated to be in a transparent state, whereas in a measurement position, the electronic shutter is deactivated or the optical valve is deactivated to be in an opaque state, the electronic shutter or the optical valve being disposed on or through at least one face of the first part of the case, and controlled by the electronic circuit in the case.
A hollow structural part configured to form part of a wind turbine, said structural part having a first end and an opposite second end, with an inwardly directed annular flange at said first end, said flange having a plurality of holes extending from a bottom face to a top face of said flange, at least one alignment device being mounted to said hollow structural part, a first connector being connected with said structural part and connecting said alignment device with said structural part, said alignment device having a guide portion with a protracted guiding surface part extending in the general direction away from said opposite second end and towards a centre line (CL 2) of said hollow structural part, said guiding surface part being for directional guiding of another structural part of said wind turbine, during assembly of said wind turbine, characterised in an elongated bar connected with said guide portion, said bar having a portion extending into a hole of said hollow structural part, such as from said bottom face of said flange and into one of said holes of said flange, with an end of said bar located within said hole, wherein assembly forces applied on said guide portion are at least in part balanced by lateral forces acting on said portion of said bar; wherein said guide portion is capable of assuming different positions by tilting, relative to said first connector.