mhurhangee/ep-ind-claims huggingface dataset:
A volume hologram transfer foil, comprising: a substrate, a volume hologram layer carrying a recorded volume hologram that is formed on the substrate, a heat seal layer containing a thermoplastic resin that is formed on the volume hologram layer, an ultraviolet ray-absorbing layer absorbing ultraviolet ray that is formed between the substrate and the volume hologram layer, and a fluorescent-image forming layer carrying an image formed with a fluorescent material emitting fluorescence by ultraviolet irradiation that is formed between the volume hologram layer and the heat seal layer at a side closer to the heat seal layer than the ultraviolet ray-absorbing layer, wherein a wavelength of the ultraviolet ray absorbed by the ultraviolet ray-absorbing layer is different from a wavelength of the ultraviolet ray absorbed by the fluorescent material, and wherein the fluorescent image forming layer is formed in a pattern on the heat seal layer. a substrate, a volume hologram layer carrying a recorded volume hologram that is formed on the substrate, a heat seal layer containing a thermoplastic resin that is formed on the volume hologram layer, an ultraviolet ray-absorbing layer absorbing ultraviolet ray that is formed between the substrate and the volume hologram layer, and a fluorescent-image forming layer carrying an image formed with a fluorescent material emitting fluorescence by ultraviolet irradiation that is formed between the volume hologram layer and the heat seal layer at a side closer to the heat seal layer than the ultraviolet ray-absorbing layer, wherein a wavelength of the ultraviolet ray absorbed by the ultraviolet ray-absorbing layer is different from a wavelength of the ultraviolet ray absorbed by the fluorescent material, and wherein the fluorescent image forming layer is formed in a pattern on the heat seal layer.
Weft yarn feeding device for providing a plurality of weft yarns (2a-h) in a weaving machine and for selectively feeding an active weft yarn to a gripper, comprising a. a rotationally drivable color selection disc having a plurality of eyelets (21a-h) arranged on its outer circumference, each one for receiving at least one weft yarn (2a-h), b. a feeding needle by means of which the active weft yarn is being able to be transferred from a feeding position to the gripper in a transfer position, characterized in that c. there are a rotationally drivable clamping disc with a plurality of clamps (41a-h) arranged on its outer circumference, each one for holding at least one weft yarn (2a-h) in its closed position, and d. the hand over needle arranged between the color selection disc and the clamping disc, via which the at least one active weft yarn to be fed is passed from the feed position, into which the active weft yarn is able to be brought by rotating the color selection disc and an active clamp together with the clamping disc into a feeding rotational position, is able to be transferred to the gripper in a transfer position and the active clamp is brought into an open position after the transfer. a. a rotationally drivable color selection disc having a plurality of eyelets (21a-h) arranged on its outer circumference, each one for receiving at least one weft yarn (2a-h), b. a feeding needle by means of which the active weft yarn is being able to be transferred from a feeding position to the gripper in a transfer position, characterized in that c. there are a rotationally drivable clamping disc with a plurality of clamps (41a-h) arranged on its outer circumference, each one for holding at least one weft yarn (2a-h) in its closed position, and d. the hand over needle arranged between the color selection disc and the clamping disc, via which the at least one active weft yarn to be fed is passed from the feed position, into which the active weft yarn is able to be brought by rotating the color selection disc and an active clamp together with the clamping disc into a feeding rotational position, is able to be transferred to the gripper in a transfer position and the active clamp is brought into an open position after the transfer.
A dental x-ray device for generating a radiograph of a patient comprising an x-ray source and an x-ray detector which are each disposed on a support device and can be moved at least partially by means of the support device around an imaging area located between the x-ray source and the x-ray detector, as well as at least one imaging unit for detecting the surface of a patient positioned in the imaging area, the imaging unit having at least one light source which generates a polychromatic light bundle of visible light directed into the imaging area and having at least one optical detector, the at least one light source and the at least one optical detector being disposed directly on the support device, and/or on the x-ray source, and/or on the x-ray detector, and being movable around the imaging area together with the x-ray source and the x-ray detector, characterized in that the imaging unit has a least one edge that extends at least partially between the light source and the imaging area into the polychromatic light bundle to generate a shade edge in the imaging area, the at least one edge being disposed directly on the support device, and/or on the x-ray source, and/or on the x-ray detector, and being movable around the imaging area together with the x-ray source and x-ray detector, and the relative positions of the at least one light source, the at least one edge and the at least one optical detector relative to each other being known.
A computer-implemented method for generating ephemeral identifiers, the method comprising: determining, by one or more computing devices, a current time-count; determining, by the one or more computing devices, a time-modified identifier based at least in part on a static identifier and the current time-count; and determining, by the one or more computing devices, an ephemeral identifier based at least in part on the time-modified identifier and a rotation key. determining, by one or more computing devices, a current time-count; determining, by the one or more computing devices, a time-modified identifier based at least in part on a static identifier and the current time-count; and determining, by the one or more computing devices, an ephemeral identifier based at least in part on the time-modified identifier and a rotation key.
Capacitor assembly, having: - a capacitor, which is designed as extending at least partially around a space; - the capacitor having first, positive-voltage-side current terminals and second, negative-voltage-side current terminals; - a first bus bar, which is electrically connected to the first current terminals; - a second bus bar, which is electrically connected to the second current terminals; - the first and the second busbar extending parallel or obliquely to an end face of the space; - the first busbar being designed in the shape of a star or circular disc with radially extending first contact portions, the first contact portions each being physically and electrically connected to one of the first current terminals; and the second busbar being designed in the shape of a star or circular disc with radially extending second contact portions, the second contact portions each being physically and electrically connected to one of the second current terminals, characterized in that - the first busbar has a first electrical terminal element for connecting a first current conductor and a first cutout for conducting a second current conductor through to a second electrical terminal element; and the second busbar has the second terminal element for connecting the second current conductor and a second cutout for conducting the first current conductor through to the first terminal element; - the first terminal element and the second cutout being arranged one above the other in the axial direction of the space, and the second terminal element and the first cutout being arranged one above the other in the axial direction of the space. - a capacitor, which is designed as extending at least partially around a space; - the capacitor having first, positive-voltage-side current terminals and second, negative-voltage-side current terminals; - a first bus bar, which is electrically connected to the first current terminals; - a second bus bar, which is electrically connected to the second current terminals; - the first and the second busbar extending parallel or obliquely to an end face of the space; - the first busbar being designed in the shape of a star or circular disc with radially extending first contact portions, the first contact portions each being physically and electrically connected to one of the first current terminals; and - the first busbar has a first electrical terminal element for connecting a first current conductor and a first cutout for conducting a second current conductor through to a second electrical terminal element; and the second busbar has the second terminal element for connecting the second current conductor and a second cutout for conducting the first current conductor through to the first terminal element; - the first terminal element and the second cutout being arranged one above the other in the axial direction of the space, and the second terminal element and the first cutout being arranged one above the other in the axial direction of the space.
A method of controlling a pest, the method comprising the following steps: providing a treatment enclosure (80, 100, 250, 250A, 250B, 250C) containing pests or an article infested with pests or their eggs, the treatment enclosure (80, 100, 250, 250A, 250B, 250C) having a volume of between 10 L and 1200 L; providing a substrate (16, 204, 254, 260, 270) impregnated with a pesticidal composition; and releasing pesticidal vapors of the pesticidal composition from the substrate (16, 204, 254, 260, 270) within the treatment enclosure (80, 100, 250, 250A, 250B, 250C) for a treatment period, characterized in that the pesticidal composition is applied at a concentration in the range of 0.01% to 0.2% vol/vol relative to the volume of the treatment enclosure (80, 100, 250, 250A, 250B, 250C) in which it is applied; wherein the pesticidal composition comprises neem oil and acetophenone. providing a treatment enclosure (80, 100, 250, 250A, 250B, 250C) containing pests or an article infested with pests or their eggs, the treatment enclosure (80, 100, 250, 250A, 250B, 250C) having a volume of between 10 L and 1200 L; providing a substrate (16, 204, 254, 260, 270) impregnated with a pesticidal composition; and releasing pesticidal vapors of the pesticidal composition from the substrate (16, 204, 254, 260, 270) within the treatment enclosure (80, 100, 250, 250A, 250B, 250C) for a treatment period, characterized in that the pesticidal composition is applied at a concentration in the range of 0.01% to 0.2% vol/vol relative to the volume of the treatment enclosure (80, 100, 250, 250A, 250B, 250C) in which it is applied; wherein the pesticidal composition comprises neem oil and acetophenone.
A method for rat-based olfactory detection of at least one target substance in a sequence of filters, the method comprising: providing at least one enclosure each housing a rat, the enclosure including a aperture via which only a single olfactory sample is presented to the rat at any given time; with a structural element configured to create a predetermined extent of proximity between plural olfactory samples mounted on the structural element and the aperture, one sample at a time, such as a translating or rotating tray, a sled, a carousel or a conveyor, presenting samples of the sequence of filters one at a time to the rat via the aperture, thereby facilitating olfactory detection of target substances in the sequence of filters; by a sensor sensing an event in which within a predetermined window of time after presentation of a sample, the rat, having been trained to be responsive to the detection of a target substance inserts its head into a positive reinforcement dispenser within the predetermined window of time; on a computer, calculating and displaying, in real-time, a sensitivity and selectivity of the rat and of an integrated response to the filters, wherein the sensitivity is a percentage of hits on positive filters and the selectivity is a percentage of correct rejects on negative filters of the rat. providing at least one enclosure each housing a rat, the enclosure including a aperture via which only a single olfactory sample is presented to the rat at any given time; with a structural element configured to create a predetermined extent of proximity between plural olfactory samples mounted on the structural element and the aperture, one sample at a time, such as a translating or rotating tray, a sled, a carousel or a conveyor, presenting samples of the sequence of filters one at a time to the rat via the aperture, thereby facilitating olfactory detection of target substances in the sequence of filters; by a sensor sensing an event in which within a predetermined window of time after presentation of a sample, the rat, having been trained to be responsive to the detection of a target substance inserts its head into a positive reinforcement dispenser within the predetermined window of time; on a computer, calculating and displaying, in real-time, a sensitivity and selectivity of the rat and of an integrated response to the filters, wherein the sensitivity is a percentage of hits on positive filters and the selectivity is a percentage of correct rejects on negative filters of the rat.
A system, comprising: a turbomachine, comprising: a rotor defining a longitudinal axis of the turbomachine; a first blade coupled to the rotor, wherein the first blade comprises first and second laminated plies extending in a radial direction and an exposed portion exposed to the flow of combustion gases during operation of the gas turbine, said exposed portion extending radially outward from an interface region of the rotor; and characterized by a first resistive band coupled to the first blade and encompassing the cross-sectional perimeter in a circumferential direction and an axial direction of the first and second laminated plies, wherein the first resistive band is configured to resist separation of the first and second laminated plies by providing compression loading to resist separation of the laminated plies, the first resistive band being disposed on the first blade at the exposed portion. a rotor defining a longitudinal axis of the turbomachine; a first blade coupled to the rotor, wherein the first blade comprises first and second laminated plies extending in a radial direction and an exposed portion exposed to the flow of combustion gases during operation of the gas turbine, said exposed portion extending radially outward from an interface region of the rotor; and characterized by a first resistive band coupled to the first blade and encompassing the cross-sectional perimeter in a circumferential direction and an axial direction of the first and second laminated plies, wherein the first resistive band is configured to resist separation of the first and second laminated plies by providing compression loading to resist separation of the laminated plies, the first resistive band being disposed on the first blade at the exposed portion.
A method of manufacturing a shaped wire element from a wire fabric, in which a fabric section of a defined length is wound onto itself transversely to its longitudinal direction; the fabric section wound onto itself is compacted into an intermediate product transversely to its longitudinal direction, wherein, directly before the reshaping into the intermediate product, the inwardly arranged front edge of the wound fabric section runs toward its end edge outwardly contacting the peripheral surface of the wound fabric section such that the same number of fabric layers are always disposed above one another viewed over the total periphery of the wound fabric section; and the intermediate product is subsequently reshaped into the shaped wire element by an axial compression such that the peripheral surface of the shaped wire element has an at least approximately constant, uniform extent, characterized in that the fabric section is wound with such a large axial preload that it undergoes a plastic deformation at least sectionally during the winding.
A consequent-pole type rotor including a first magnetic pole and a second magnetic pole, comprising: a rotor core including a magnet insertion hole and an opening located apart from the magnet insertion hole inward in a radial direction; and a permanent magnet inserted in the magnet insertion hole and forming the first magnetic pole, wherein the opening includes a projecting part that is a part of an outer end part of the opening in the radial direction which projects outward in the radial direction, the projecting part coincides with a magnetic pole center of the first magnetic pole in a plane perpendicular to an axial direction, a first maximum width of the opening in a direction perpendicular to the radial direction in the plane perpendicular to the axial direction is smaller than a second maximum width of the opening in the radial direction, and a distance from the opening to the magnet insertion hole is smallest at the magnetic pole center of the first magnetic pole. a rotor core including a magnet insertion hole and an opening located apart from the magnet insertion hole inward in a radial direction; and a permanent magnet inserted in the magnet insertion hole and forming the first magnetic pole, wherein the opening includes a projecting part that is a part of an outer end part of the opening in the radial direction which projects outward in the radial direction, the projecting part coincides with a magnetic pole center of the first magnetic pole in a plane perpendicular to an axial direction, a first maximum width of the opening in a direction perpendicular to the radial direction in the plane perpendicular to the axial direction is smaller than a second maximum width of the opening in the radial direction, and a distance from the opening to the magnet insertion hole is smallest at the magnetic pole center of the first magnetic pole.
A method for multiplexing a USB interface, performed by an electronic device to which the USB interface belongs comprising a plurality of processor ports, the method comprising: acquiring at least a level signal other than a service data signal and a ground signal in the USB interface; determining, according to a logic result of the at least a level signal and a predefined correlation, a target port of a target processor corresponding to the logic result as a transmission object of the USB interface, wherein, the predefined correlation comprises a logic result of the at least a level signal uniquely corresponding to each port of each processor; and transmitting received data to the transmission object by means of the USB interface, and sending data to be sent of the transmission object by means of the USB interface. acquiring at least a level signal other than a service data signal and a ground signal in the USB interface; determining, according to a logic result of the at least a level signal and a predefined correlation, a target port of a target processor corresponding to the logic result as a transmission object of the USB interface, wherein, the predefined correlation comprises a logic result of the at least a level signal uniquely corresponding to each port of each processor; and transmitting received data to the transmission object by means of the USB interface, and sending data to be sent of the transmission object by means of the USB interface.
Skin-whitening active comprising (a) at least one sucrose ester of lauric acid (b) at least one plant extract selected from the group consisting of extracts of Waltheria indica, extracts of Pisum sativum and mixtures thereof. (a) at least one sucrose ester of lauric acid (b) at least one plant extract selected from the group consisting of extracts of Waltheria indica, extracts of Pisum sativum and mixtures thereof.
Auxiliary control device for the local adaptation of a control signal (SK, SKV) to be supplied to a device-external ventilator, having: - a supply input to which a ventilator supply voltage can be supplied; - a supply output, which is configured to provide the supplied ventilator supply voltage to the device-external ventilator; - a control input which is configured to receive from a device-external control device an actual control signal to be supplied to the external ventilator, which specifies a target flow rate to the ventilator; - a control unit which is connected to the control input and the supply input and which uses the ventilator supply voltage as its own power supply, and which has: - a flow rate determining unit which is configured to detect a performance parameter correlating to an actual flow rate of the ventilator; - a control signal adapting unit, which is configured to determine a target control signal depending on the received actual control signal and the detected performance parameter and to compare it with the received actual control signal; - a performance control unit, which is configured, depending on the comparison result, to output either the received actual control signal or the target control signal at a control output to the external ventilator. - a supply input to which a ventilator supply voltage can be supplied; - a supply output, which is configured to provide the supplied ventilator supply voltage to the device-external ventilator; - a control input which is configured to receive from a device-external control device an actual control signal to be supplied to the external ventilator, which specifies a target flow rate to the ventilator; - a control unit which is connected to the control input and the supply input and which uses the ventilator supply voltage as its own power supply, and which has: - a flow rate determining unit which is configured to detect a performance parameter correlating to an actual flow rate of the ventilator; - a control signal adapting unit, which is configured to determine a target control signal depending on the received actual control signal and the detected performance parameter and to compare it with the received actual control signal; - a performance control unit, which is configured, depending on the comparison result, to output either the received actual control signal or the target control signal at a control output to the external ventilator.
Control module for controlling a biopsy system having a tissue cutting member adapted for cutting one or more tissue specimens from tissue at a target site within the patient, in association with a graphical user interface, GUI, characterised in that: the GUI (112, 114, 120, 130, 140, 150, 160, 170, 180, 190, 200, 210, 220, 230, 240, 250, 260, 270, 280, 290, 300) is controlled such that it represents various parts of the target site within the patient from which one or more tissue specimens have been taken or may be taken, and it represents an angular position of the tissue cutting member based on a circular shape or polygonal shape. the GUI (112, 114, 120, 130, 140, 150, 160, 170, 180, 190, 200, 210, 220, 230, 240, 250, 260, 270, 280, 290, 300) is controlled such that it represents various parts of the target site within the patient from which one or more tissue specimens have been taken or may be taken, and it represents an angular position of the tissue cutting member based on a circular shape or polygonal shape.