mhurhangee/ep-ind-claims huggingface dataset:
A control device that controls a light scanning device which performs Lissajous scanning of light by irradiating a movable mirror which swings about a first axis and about a second axis, with light which is subjected to intensity modulation in accordance with an input image, the control device comprising: a first measurement portion that measures, as a first elapsed time, an elapsed time from a first reference point at which a deflection angle of the movable mirror about the first axis becomes equal to a first reference angle; a second measurement portion that measures, as a second elapsed time, an elapsed time from a second reference point at which a deflection angle of the movable mirror about the second axis becomes equal to a second reference angle; an information storage portion in which intensity information representing a correspondence relationship between the first elapsed time and the second elapsed time, and a signal intensity of the input image is stored; a readout portion that reads out the signal intensity corresponding to the first elapsed time measured by the first measurement portion and to the second elapsed time measured by the second measurement portion from the information storage portion; and a light emission control portion that causes a light emitting device to perform the intensity modulation of the light based on the signal intensity read out by the readout portion. a first measurement portion that measures, as a first elapsed time, an elapsed time from a first reference point at which a deflection angle of the movable mirror about the first axis becomes equal to a first reference angle; a second measurement portion that measures, as a second elapsed time, an elapsed time from a second reference point at which a deflection angle of the movable mirror about the second axis becomes equal to a second reference angle; an information storage portion in which intensity information representing a correspondence relationship between the first elapsed time and the second elapsed time, and a signal intensity of the input image is stored; a readout portion that reads out the signal intensity corresponding to the first elapsed time measured by the first measurement portion and to the second elapsed time measured by the second measurement portion from the information storage portion; and a light emission control portion that causes a light emitting device to perform the intensity modulation of the light based on the signal intensity read out by the readout portion.
A method for stabilizing a weapon, eg a rifle or a small gun, barrel movements when aiming by attenuating the influence of, primarily, unintentional barrel movements on the barrel orientation, comprising the steps of - providing a joint between the weapon front part, which comprises the barrel and a trigger, and the weapon rear part, which comprises the weapon butt end, for mutual movability between said parts; - continuously detecting the barrel longitudinal direction movement in at least two planes; - controlling at least one angle between the butt end and the barrel longitudinal direction orientation, respectively, by means of a control system (4h, 4v, 5h, 5v, 6h,6v) so that changes in the barrel orientation are counteracted;. - providing two channels of the control system, one channel per plane and hereby preferably a vertical and a horizontal channel, each one comprising means (4h, 4v) for detection of angular speed, angular speed transmitters, referring to the barrel longitudinal direction movement in the respective plane; and - providing said control system as a servo system for controlling the angle between the butt end and the barrel longitudinal direction orientation, respectively, in two mutually perpendicular planes. - providing a joint between the weapon front part, which comprises the barrel and a trigger, and the weapon rear part, which comprises the weapon butt end, for mutual movability between said parts; - continuously detecting the barrel longitudinal direction movement in at least two planes; - controlling at least one angle between the butt end and the barrel longitudinal direction orientation, respectively, by means of a control system (4h, 4v, 5h, 5v, 6h,6v) so that changes in the barrel orientation are counteracted;. - providing two channels of the control system, one channel per plane and hereby preferably a vertical and a horizontal channel, each one comprising means (4h, 4v) for detection of angular speed, angular speed transmitters, referring to the barrel longitudinal direction movement in the respective plane; and - providing said control system as a servo system for controlling the angle between the butt end and the barrel longitudinal direction orientation, respectively, in two mutually perpendicular planes.
An implementation unit (20-1,...,20-N) for forming, in a system in which a plurality of nodes are connected via a network, at least one of the plurality of nodes, the implementation unit comprising: an implementation unit counter that is synchronized with a verification apparatus counter provided in a verification apparatus on the network; and a processing part configured to transmit an encryption signal to the verification apparatus at two or more different timings while a counter value of the implementation unit counter is a certain value, the encryption signal representing an implementation unit ID encrypted based on the counter value of the implementation unit counter. an implementation unit counter that is synchronized with a verification apparatus counter provided in a verification apparatus on the network; and a processing part configured to transmit an encryption signal to the verification apparatus at two or more different timings while a counter value of the implementation unit counter is a certain value, the encryption signal representing an implementation unit ID encrypted based on the counter value of the implementation unit counter.
Crane bucket for transporting pourable building materials, such as concrete, gravel, sand or the like, comprising a container designed to receive a building material, provided at an upper container end with a filling opening intended for charging the container and at a lower container end tapering in a funnel-like manner with an emptying opening for removing the building material, and fastened to a supporting frame, wherein a closure device that can be actuated in order to meter the quantity of building material to be removed from the container is associated with the emptying opening and is fastened to the container and/or to the supporting frame and wherein the closure device has a closure housing with a rotary valve arranged about a swivel axis directed transversely to the vertical container emptying direction, characterised in that the closure housing is formed by a curved housing wall along the inner face of which a valve plate of the rotary valve can swivel into an open position on a closure housing opening arranged on the underside of the closure housing and into a closed position on a side wall disposed opposite the inner face of the housing wall, the valve plate of the rotary valve is bent according to the curvature of the inner face of the housing wall, the side wall disposed opposite the curved housing wall has a stop defining the closed position for the rotary valve or the valve plate, in which closed position a first end edge of the valve plate bears against the stop, wherein the valve plate furthermore has a second end edge associated with the curved housing wall, and the stop delimiting the closure housing or the closure housing opening is connected in the closed position of the valve plate to a lower end of a guide element directed towards the first end edge of the valve plate in the emptying direction, forming a guide surface and projecting from the side wall.
A PBAT resin, characterized in that, a structure of the PBAT resin satisfies a relation as follows: S δ hydrogen on conjugated carbon chain /S δ hydrogen on saturated carbon chain 1.2-2.4 = 0.1-0.35; wherein said S δ hydrogen on conjugated carbon chain is a total area of a peak integration of hydrogen on a conjugated carbon chain in a 1 H NMR spectra, and said S δ hydrogen on saturated carbon chain 1.2-2.4 is a total area of a peak integration of hydrogen on a saturated carbon chain and with a chemical shift between 1.2-2.4 ppm in the 1 H NMR spectra, wherein a testing method of the 1 H NMR spectra is: after dissolving a sample with chloroform-d and carrying out a test at room temperature of 25°C and wherein the testing method of the 1 H NMR spectra using a German Bruker DRX-400 nuclear magnetic resonance spectrometer. wherein said S δ hydrogen on conjugated carbon chain is a total area of a peak integration of hydrogen on a conjugated carbon chain in a 1 H NMR spectra, and said S δ hydrogen on saturated carbon chain 1.2-2.4 is a total area of a peak integration of hydrogen on a saturated carbon chain and with a chemical shift between 1.2-2.4 ppm in the 1 H NMR spectra, wherein a testing method of the 1 H NMR spectra is: after dissolving a sample with chloroform-d and carrying out a test at room temperature of 25°C and wherein the testing method of the 1 H NMR spectra using a German Bruker DRX-400 nuclear magnetic resonance spectrometer.
An openable assembly comprising: - at least one first container, comprising first container walls, which at least partially delimit at least one first compartment, said at least one first compartment being accessible through at least one first opening; - at least one second container, comprising second container walls, which at least partially delimit at least one second compartment, said at least one second compartment being accessible through at least one second opening; - at least a second opening closing device, which closes and opens at least one portion of said second opening; wherein said second opening closing device comprises at least one first closing element and at least one second closing element; and wherein said at least one first closing element and said at least one second closing element are movable between at least one closing position, in which they close said second opening, and at least one opening position, in which they at least partially open said second opening making said second compartment accessible; and wherein said openable assembly comprises at least one seat, which at least partially receives both said at least one first closing element and said at least one second closing element; and wherein, when in said at least one opening position, said at least one first closing element and said at least one second closing element are housed in said at least one seat, and wherein, when said at least one first closing element and said at least one second closing element are housed in said at least one seat, they keep said at least one first compartment accessible through said at least one first opening; and wherein said openable assembly comprises at least one synchronization device, which connects said first closing element and said second closing element, so that, the movement of both said at least one first closing element and of said second closing element is obtained by moving said at least one first closing element, avoiding to manipulate said second closing element; and wherein said openable assembly comprises at least one third container comprising third container walls, which at least partially delimit at least one third compartment, wherein said at least one third compartment communicates with said second compartment, so that said third compartment is accessible when said second opening is open. - at least one first container, comprising first container walls, which at least partially delimit at least one first compartment, said at least one first compartment being accessible through at least one first opening; - at least one second container, comprising second container walls, which at least partially delimit at least one second compartment, said at least one second compartment being accessible through at least one second opening; - at least a second opening closing device, which closes and opens at least one portion of said second opening;
A fiber optic link, comprising a first node, a second node and an optical fiber stretch that is coupled to the first node and second node (202 to define an optical path between the first and second node (201, 202), the first node comprising a forward Raman pump for injecting Raman pump power into the optical fiber stretch, the optical fiber stretch comprising: a proximate optical fiber portion that is proximate the first node; and a more remote optical fiber portion that is more remote in the optical path from the first node than the proximate optical fiber portion; wherein the effective cross-sectional area of the more remote optical fiber portion is more than the effective cross-sectional area of the proximate optical fiber portion; wherein the optical fiber stretch is structured such that at the proximate optical fiber portion, forward Raman amplification occurs due to a forward Raman pump such that the optical signal gains in strength with distance from the first node, characterised in that: the more remote optical fiber portion is closer to the first node than the second node, and the optical fiber stretch is further structured such that the more remote optical fiber potion experiences a maximum peak optical signal power of the optical signal, such that the total optical signal power is higher within the remote optical fiber portion than in the proximate optical fiber portion. a proximate optical fiber portion that is proximate the first node; and a more remote optical fiber portion that is more remote in the optical path from the first node than the proximate optical fiber portion; wherein the effective cross-sectional area of the more remote optical fiber portion is more than the effective cross-sectional area of the proximate optical fiber portion; wherein the optical fiber stretch is structured such that at the proximate optical fiber portion, forward Raman amplification occurs due to a forward Raman pump such that the optical signal gains in strength with distance from the first node, characterised in that: the more remote optical fiber portion is closer to the first node than the second node, and the optical fiber stretch is further structured such that the more remote optical fiber potion experiences a maximum peak optical signal power of the optical signal, such that the total optical signal power is higher within the remote optical fiber portion than in the proximate optical fiber portion.
An end effector for use with a surgical instrument, the end effector comprising: a shaft portion; an anvil extending distally from the shaft portion; a staple cartridge comprising a plurality of staples; an elongate channel configured to receive the staple cartridge, wherein the elongate channel is movable relative to the anvil between an open configuration and a closed configuration to capture tissue between the anvil and the staple cartridge; an opening cam movably engaged with the elongate channel; a firing member movable relative to the elongate channel to cause the plurality of staples to be deployed into the tissue; and a firing bar extending proximally from the firing member, wherein a retraction of the firing bar moves the opening cam to positively open the elongate channel, the end effector further comprising a channel pivot, wherein the elongate channel is rotatable about the channel pivot, and wherein the opening cam is positioned proximal to the channel pivot, characterized by a cam pivot, wherein the opening cam is rotatable about the cam pivot. a shaft portion; an anvil extending distally from the shaft portion; a staple cartridge comprising a plurality of staples; an elongate channel configured to receive the staple cartridge, wherein the elongate channel is movable relative to the anvil between an open configuration and a closed configuration to capture tissue between the anvil and the staple cartridge; an opening cam movably engaged with the elongate channel; a firing member movable relative to the elongate channel to cause the plurality of staples to be deployed into the tissue; and a firing bar extending proximally from the firing member, wherein a retraction of the firing bar moves the opening cam to positively open the elongate channel, the end effector further comprising a channel pivot, wherein the elongate channel is rotatable about the channel pivot, and wherein the opening cam is positioned proximal to the channel pivot, characterized by a cam pivot, wherein the opening cam is rotatable about the cam pivot.
A laser scanner comprising a rotary head which is held rotatably on a housing which in turn is rotatable about an axis of rotation, wherein measuring optics are arranged in the rotary head in order to direct a measuring beam emitted by a transmitter to a measuring object, or a beam reflected by the latter to a receiver, and including means for indirect or direct contactless capturing of thermographic data of the measuring object to be measured, and means for assigning said thermographic data to pixels of a 3D scan, wherein the viewing direction of the device for indirect or direct contactless capturing of thermographic data is stepwise adjustable in a direction vertical to a floor space, characterized in that an internal and an external calibration is performed, and that target boards are arranged on the measuring object or in an area to be measured, which are visible both in a thermographic picture and in the 3D scan so that an offset between the optical axes of the rotary head and the means for indirect or direct contactless capturing of thermographic data can be calculated and the required transformations during picture evaluation can be determined.
Apparatus comprising: a breast pump (12a; 12b; 12c) comprising a source of vacuum and a control circuit (14a; 14b; 14c); characterized by: the source of vacuum being a linear source of vacuum; the control circuit (14a; 14b; 14c) comprising a controller for controlling the breast pump programmed to receive information on milk flow rates and suckling patterns of a breastfeeding baby and to convert the information to corresponding voltage levels and patterns to be applied to the breast pump (12a; 12b; 12c); and a nursing meter (10a; 10b; 10c) for measuring and recording said information on flow rates and suckling patterns. a breast pump (12a; 12b; 12c) comprising a source of vacuum and a control circuit (14a; 14b; 14c); characterized by: the source of vacuum being a linear source of vacuum; the control circuit (14a; 14b; 14c) comprising a controller for controlling the breast pump programmed to receive information on milk flow rates and suckling patterns of a breastfeeding baby and to convert the information to corresponding voltage levels and patterns to be applied to the breast pump (12a; 12b; 12c); and a nursing meter (10a; 10b; 10c) for measuring and recording said information on flow rates and suckling patterns. the source of vacuum being a linear source of vacuum; the control circuit (14a; 14b; 14c) comprising a controller for controlling the breast pump programmed to receive information on milk flow rates and suckling patterns of a breastfeeding baby and to convert the information to corresponding voltage levels and patterns to be applied to the breast pump (12a; 12b; 12c); and a nursing meter (10a; 10b; 10c) for measuring and recording said information on flow rates and suckling patterns.
A casing segment for lining the wall of any section of a borehole that comprises: a conductive tubular body; and at least one transmission crossover arrangement (22, 22B, 22C, 402, 412, 530), each transmission crossover arrangement (22, 22B, 22C, 402, 412, 530) having an adapter (24, 32) in communication with a coil antenna (26, 156, 156A) that encircles an exterior of the tubular body so that power or communications can be conveyed from a respective casing segment's interior to its exterior or vice versa characterized in that the adapter comprises an inductive coil arranged along an exterior of the tubular body, wherein the tubular body includes one or more nonconductive windows permitting passage of electromagnetic energy to the inductive coil. a conductive tubular body; and at least one transmission crossover arrangement (22, 22B, 22C, 402, 412, 530), each transmission crossover arrangement (22, 22B, 22C, 402, 412, 530) having an adapter (24, 32) in communication with a coil antenna (26, 156, 156A) that encircles an exterior of the tubular body so that power or communications can be conveyed from a respective casing segment's interior to its exterior or vice versa characterized in that the adapter comprises an inductive coil arranged along an exterior of the tubular body, wherein the tubular body includes one or more nonconductive windows permitting passage of electromagnetic energy to the inductive coil.
Ceiling formwork system - having at least one ceiling formwork panel, - having at least one vertical support supporting the ceiling formwork panel, - having a bearing head which has in the mounted state on the vertical support an anchoring cross-member oriented transverse to the vertical support and having a length corresponding at least to a side length of the supporting ceiling formwork panel, whereby the anchoring cross-member can be affixed at each end to lateral edges of the ceiling formwork panel, and having - means for affixing an anchoring element which are provided to the bearing head, wherein the formwork panel has a respective latching recess for receiving a respective cross-member end, so that, when the anchoring cross-member is held in the formwork panel via the anchoring element, a tensile stress can be applied via the cross-member to the at least one formwork panel in order to at least partially horizontally divert an applied load in the formwork plane. - having at least one ceiling formwork panel, - having at least one vertical support supporting the ceiling formwork panel, - having a bearing head which has in the mounted state on the vertical support an anchoring cross-member oriented transverse to the vertical support and having a length corresponding at least to a side length of the supporting ceiling formwork panel, whereby the anchoring cross-member can be affixed at each end to lateral edges of the ceiling formwork panel, and having - means for affixing an anchoring element which are provided to the bearing head,