mhurhangee/ep-ind-claims huggingface dataset:
A method for unpacking a component produced by means of a generative manufacturing method from a particulate material fill of unconsolidated particulate material, which fill is arranged in a receiving space together with the component, which receiving space is circumferentially limited by a vertical circumferential wall structure of a construction box, which is open in an upward direction, in which a height-adjustable construction platform is received on which the particulate material fill containing the component is arranged, the method being characterized in that: an auxiliary frame having a vertical circumferential wall structure open in a downward direction and configured to receive the particulate material fill containing the component is arranged vertically above the vertical circumferential wall structure of the construction box, the construction platform is displaced upward, so that the particulate material fill containing the component is transferred from the construction box to the auxiliary frame and is received in the latter, the auxiliary frame with the particulate material fill containing the component, received therein, and the construction box are moved away from each other, so that the latter is free for a following construction job, and the component is unpacked at least in part from the particulate material fill and is removed from the auxiliary frame. an auxiliary frame having a vertical circumferential wall structure open in a downward direction and configured to receive the particulate material fill containing the component is arranged vertically above the vertical circumferential wall structure of the construction box, the construction platform is displaced upward, so that the particulate material fill containing the component is transferred from the construction box to the auxiliary frame and is received in the latter, the auxiliary frame with the particulate material fill containing the component, received therein, and the construction box are moved away from each other, so that the latter is free for a following construction job, and the component is unpacked at least in part from the particulate material fill and is removed from the auxiliary frame.
An optical shape sensing (or "OSS") feeding tube system, comprising: a feeding tube including a feeding lumen for channeling a fluid flow from a proximal end of the feeding tube to a distal end of the feeding tube; an OSS sensor for generating sensing data informative of a shape reconstruction of at least a segment of the OSS sensor; wherein the feeding tube and the OSS sensor are integrated to configure a OSS feeding tube extending between the proximal end of the feeding tube and a distal end of the OSS sensor; and wherein the sensing data is further informative of a shape of at least a segment of the OSS feeding tube derived from integration of the OSS sensor and the feeding tube. a feeding tube including a feeding lumen for channeling a fluid flow from a proximal end of the feeding tube to a distal end of the feeding tube; an OSS sensor for generating sensing data informative of a shape reconstruction of at least a segment of the OSS sensor; wherein the feeding tube and the OSS sensor are integrated to configure a OSS feeding tube extending between the proximal end of the feeding tube and a distal end of the OSS sensor; and wherein the sensing data is further informative of a shape of at least a segment of the OSS feeding tube derived from integration of the OSS sensor and the feeding tube.
A process for utilizing organic waste materials, in particular cellulose-containing, moist, organic waste materials, in a clinker production process in which the waste materials are introduced as fuel and burnt in the clinker production process, wherein the waste materials are brought into contact with the hot exhaust gases of the clinker production process and dried in a drying step flowing in parallel therewith before they are introduced into the clinker production process, characterised in that the drying step is carried out in a drying reactor in which the moist waste materials are passed together with the hot exhaust gases through a series of concentrically arranged tubes, with multiple changes in flow direction about 180°, and the temperature of the hot exhaust gases is set to a maximum value of 400 °C by mixing in ambient air and/or air from the clinker production process before the drying process.
A lyophilized effervescent biopesticide granule production method, characterized by the steps of - mixing biopesticide and milk, - lyophilization process wherein the water within the product is removed, - obtaining the final lyophilized mixture, - preparing the effervescent granules upon mixing acid and carbonate salt, - mixing effervescent granules and lyophilized biopesticide dispersion, - obtaining lyophilized effervescent biopesticide granule as the end product. - mixing biopesticide and milk, - lyophilization process wherein the water within the product is removed, - obtaining the final lyophilized mixture, - preparing the effervescent granules upon mixing acid and carbonate salt, - mixing effervescent granules and lyophilized biopesticide dispersion, - obtaining lyophilized effervescent biopesticide granule as the end product.
A computer-implemented method for identifying an abnormal medical image, the method comprising: receiving a medical image; segmenting an anatomical structure from the medical image to define a segmented dataset; registering the segmented dataset to a baseline dataset defining a normal anatomical structure; classifying, by an abnormality classifier, whether the anatomical structure within the medical image is either abnormal or normal, wherein the abnormality classifier comprises a machine learning algorithm trained to distinguish between normal and abnormal versions of the anatomical structure in medical images; and based on whether the anatomical structure can be segmented from the medical image, whether the segmented dataset can be registered to the baseline dataset, and a classification associated with the medical image output by the abnormality classifier, flagging the medical image as either normal or abnormal. receiving a medical image; segmenting an anatomical structure from the medical image to define a segmented dataset; registering the segmented dataset to a baseline dataset defining a normal anatomical structure; classifying, by an abnormality classifier, whether the anatomical structure within the medical image is either abnormal or normal, wherein the abnormality classifier comprises a machine learning algorithm trained to distinguish between normal and abnormal versions of the anatomical structure in medical images; and based on whether the anatomical structure can be segmented from the medical image, whether the segmented dataset can be registered to the baseline dataset, and a classification associated with the medical image output by the abnormality classifier, flagging the medical image as either normal or abnormal.
A turbofan engine fan case comprising: a central longitudinal axis; a composite structural member; and a metallic member encircled by the composite structural member and mounted to the composite structural member so as to permit at least a local differential radial thermal expansion, characterised in that the case further comprises: a plurality of longitudinally extending, radially outwardly open channels on the metallic member; and a plurality of members projecting radially inwardly from the composite structure member received by the channels. a central longitudinal axis; a composite structural member; and a metallic member encircled by the composite structural member and mounted to the composite structural member so as to permit at least a local differential radial thermal expansion, characterised in that the case further comprises: a plurality of longitudinally extending, radially outwardly open channels on the metallic member; and a plurality of members projecting radially inwardly from the composite structure member received by the channels. a plurality of longitudinally extending, radially outwardly open channels on the metallic member; and a plurality of members projecting radially inwardly from the composite structure member received by the channels.
An internal combustion engine having opposed pistons first and second pistons in respective first and second cylinders with a combustion chamber therebetween and including a venturi joining the first and second cylinders whereby induction air is forced through the venturi as the first and second pistons move toward each other during a compression stroke, wherein a minimum cross-section passage of the venturi is generally oval shaped as viewed in the direction of gas flow between the pistons and forms a tuning region for the intake fluid flow between the second and first pistons, characterised in that the venturi, commencing from the second cylinder, leads into a first conical bore contracting toward the first piston to the minimum cross-section of the venturi, and a second conical bore expands from the minimum cross-section of the venturi to open into the first cylinder, and wherein the first and second conical bores intersect opposite edges of the generally oval shape to form respective lines of intersection between each conical bore and the generally oval shaped cross-section of the venturi therebetween.
An electrically controllable optical element with a Kerr cell filled with Kerr liquid with two substrates and a conductive layer applied to the inner surface of the substrate, characterized in that the Kerr liquid is a mixture of rod-shaped and non-rod-shaped molecules as active composites and that the Kerr liquid has a thin layer with a wide-mesh, anisotropic network between structured or / and flat conductive layer applied to a substrate in a thin-film cell in such a way that, in accordance with the electro-optical Kerr-effect, the state of the active composites (4, 5) of the Kerr liquid is isotropic without an electric field in the working temperature range RT and by means of electrically continuous adjustment of the voltage U or by switching on / off the voltage U a change in the voltage-induced phase shift or refractive index stroke of the optical element is generated and the light passes through an electrode gap perpendicular to the electrodes.
A photographing method, performed by an electronic device, comprising: receiving (101, 301) a first touch-control input; acquiring (102, 302) a movement speed of a first target object in response to the first touch-control input, the first target object being a moving object in a photography preview interface; acquiring (103, 303) a target photographic magnification factor set based on the movement speed, the target photographic magnification factor set comprising a plurality of photographic magnification factors; and taking a plurality of photos based on the target photographic magnification factor set, the plurality of photos being respectively corresponding to the plurality of photographic magnification factors in the target photographic magnification factor set; characterized in that the electronic device comprises a plurality of cameras, and the taking a plurality of photos comprises: in a case that the movement speed is less than a speed threshold, focusing on a preset focus center to take a photo by a first camera; and in a case that the movement speed is not less than the speed threshold, focusing on the first target object to take a photo by the first camera; the first camera being a camera matching the target photographic magnification factor set in the plurality of cameras. receiving (101, 301) a first touch-control input; acquiring (102, 302) a movement speed of a first target object in response to the first touch-control input, the first target object being a moving object in a photography preview interface; acquiring (103, 303) a target photographic magnification factor set based on the movement speed, the target photographic magnification factor set comprising a plurality of photographic magnification factors; and taking a plurality of photos based on the target photographic magnification factor set, the plurality of photos being respectively corresponding to the plurality of photographic magnification factors in the target photographic magnification factor set; characterized in that the electronic device comprises a plurality of cameras, and the taking a plurality of photos comprises: in a case that the movement speed is less than a speed threshold, focusing on a preset focus center to take a photo by a first camera; and in a case that the movement speed is not less than the speed threshold, focusing on the first target object to take a photo by the first camera; the first camera being a camera matching the target photographic magnification factor set in the plurality of cameras. in a case that the movement speed is less than a speed threshold, focusing on a preset focus center to take a photo by a first camera; and in a case that the movement speed is not less than the speed threshold, focusing on the first target object to take a photo by the first camera; the first camera being a camera matching the target photographic magnification factor set in the plurality of cameras.
A method for controlling a power grid with at least two first link elements, each being composed of at least a grid part and a secondary control for calculating set points, wherein the size of the grid part is defined by the area where the secondary control is set up, each first link element having at least one link node (BLiN) for coupling to at least one second link element similar to the first link element and having one or more producer nodes, one or more load nodes (BLoN), and one or more storage nodes, characterised by, in each first link element, receiving a first demand value at the link node (BLiN); calculating a set point based on the first demand value for each of said at least one producer nodes, load nodes (BLoN), and storage nodes of the respective first link element; determining a difference between the first demand value and an actual value which is reached upon applying the set points to said at least one producer nodes, load nodes (BLoN), and storage nodes of the respective first link element; if the determined difference is above a threshold, sending a percentage of the determined difference as a second demand value to the least one second link element, wherein said at least two first link elements are coupled via their link nodes (BLiN).
Method for operating a capacitive a rain sensor of a motor vehicle having an electroconductive structure, which is designed, in at least one measurement, to generate an analogue measurement signal corresponding to a rain heaviness and output it as a correlated output signal, wherein the method comprises the following steps: a) detecting at least one interference signal, which causes interference to the analogue measurement signal and results in an interference-affected measurement signal; b) at least partly suppressing the interference of the interference-affected measurement signal in at least one signal processing step on the basis of the detected interference signal and c) outputting an at least partly interference-suppressed output signal, wherein the at least one interference signal in step a) is an electromagnetic radio signal, which is a transmitting signal; in the signal processing step in step b) the at least one interference signal is subtracted from the interference-affected measurement signal; and the resulting difference signal is output as the at least partly interference-suppressed output signal in step c), wherein by means of the electroconductive structure of the capacitive rain sensor: - on the one hand in a function as rain sensor a rain heaviness is measured and - on the other hand in a function as antenna the electromagnetic radio signal is transmitted, which as interference signal disrupts the measurement. a) detecting at least one interference signal, which causes interference to the analogue measurement signal and results in an interference-affected measurement signal; b) at least partly suppressing the interference of the interference-affected measurement signal in at least one signal processing step on the basis of the detected interference signal and c) outputting an at least partly interference-suppressed output signal, wherein the at least one interference signal in step a) is an electromagnetic radio signal, which is a transmitting signal; in the signal processing step in step b) the at least one interference signal is subtracted from the interference-affected measurement signal; and the resulting difference signal is output as the at least partly interference-suppressed output signal in step c), wherein by means of the electroconductive structure of the capacitive rain sensor: - on the one hand in a function as rain sensor a rain heaviness is measured and - on the other hand in a function as antenna the electromagnetic radio signal is transmitted, which as interference signal disrupts the measurement. - on the one hand in a function as rain sensor a rain heaviness is measured and - on the other hand in a function as antenna the electromagnetic radio signal is transmitted, which as interference signal disrupts the measurement.
A method of wireless communication by a user equipment, UE (1410, 1520), the method comprising: receiving scheduling related information including resource allocation information to be used for uplink data communication, wherein the scheduling related information is pre-allocated to the UE through higher layer signaling prior to the uplink data communication is triggered; receiving, prior to performing the uplink data communication, a trigger signal indicating whether or not the uplink data communication based on the pre-allocated scheduling related information is triggered for the UE; and performing the uplink data communication by transmitting an uplink data signal according to the pre-allocated scheduling related information, based on that the uplink data communication has been triggered by the trigger signal, wherein the trigger signal is downlink control information, DCI, received through a physical downlink control channel, PDCCH, and the method being characterized in that the UE receives the trigger signal based on a scrambling radio network temporary identifier, RNTI, for the trigger signal and a monitoring periodicity and a time offset for the trigger signal. receiving scheduling related information including resource allocation information to be used for uplink data communication, wherein the scheduling related information is pre-allocated to the UE through higher layer signaling prior to the uplink data communication is triggered; receiving, prior to performing the uplink data communication, a trigger signal indicating whether or not the uplink data communication based on the pre-allocated scheduling related information is triggered for the UE; and performing the uplink data communication by transmitting an uplink data signal according to the pre-allocated scheduling related information, based on that the uplink data communication has been triggered by the trigger signal, wherein the trigger signal is downlink control information, DCI, received through a physical downlink control channel, PDCCH, and the method being characterized in that the UE receives the trigger signal based on a scrambling radio network temporary identifier, RNTI, for the trigger signal and a monitoring periodicity and a time offset for the trigger signal.
A receiving module for a position determining means including a position determining module, a first receiving antenna and at least one second receiving antenna, comprising: - a first antenna connection for the input of a first signal of the first receiving antenna, - at least one second antenna connection for the input of at least one second signal of at least the second reception antenna, - a position determination module connection for the output of a total signal to the position determination module, - a changeover switch which is designed to provide a supply current provided at the position determination module connection respectively temporarily alternating in a first switching phase via a first power supply path to the first antenna connection and in a second switching phase via a second power supply path to the second antenna connection, and - a signal combiner which is designed to generate the total signal from the first signal and the second signal, and characterized by - electrical memories which are each arranged in the first power supply path and the second power supply path and designed to provide power to at least the second antenna connection at least in the first switching phase and provide power to at least the first antenna connection at least in the second switching phase. - a first antenna connection for the input of a first signal of the first receiving antenna, - at least one second antenna connection for the input of at least one second signal of at least the second reception antenna, - a position determination module connection for the output of a total signal to the position determination module, - a changeover switch which is designed to provide a supply current provided at the position determination module connection respectively temporarily alternating in a first switching phase via a first power supply path to the first antenna connection and in a second switching phase via a second power supply path to the second antenna connection, and - a signal combiner which is designed to generate the total signal from the first signal and the second signal, and characterized by - electrical memories which are each arranged in the first power supply path and the second power supply path and designed to provide power to at least the second antenna connection at least in the first switching phase and provide power to at least the first antenna connection at least in the second switching phase.