mhurhangee/ep-ind-claims huggingface dataset:
Optical sensor for detecting objects in a monitored region according to the transit time principle, having a light source for emitting emission light pulses into the monitored region, a rotating means for rotating a beam direction of the emission light pulses about a rotation axis orientated transversely to the beam direction, a detector for detecting light pulses that are radiated back from objects in the monitored region, wherein the light source and the detector are arranged on a rotor, and having a control and evaluation unit (40, 42, 44) for controlling the light source, for evaluating the light pulses detected by the detector and for determining an object distance (d) based on a measured transit time of the light pulses, characterised in that an optical display unit for displaying status and / or measurement information is arranged on the rotor, wherein the optical display unit is a LED matrix or a series of light-emitting diodes arranged transversely with respect to the direction of the rotating speed, in that the control and evaluation unit (40, 42, 44) is designed for the display of the status and / or measurement information for the in-phase activation of the optical display unit, when the rotor is rotating, in such a way that certain light-emitting diodes light up only at certain rotation positions of the rotor, but otherwise remain dark, in that to provide a stationary display of the status and / or measurement information, an activation frequency of the display unit is of equal magnitude to a rotation frequency of the rotor, or in that the activation frequency of the display unit is an integral multiple of the rotation frequency of the rotor, or, in that to provide a rotating display of the status and / or measurement information, the activation frequency of the display unit is misaligned slightly with respect to the rotation frequency of the rotor, in that by the user positioning his hand or one or more fingers as a control object in detection zones (201,..., 503) of the monitored region, sensor functions can be activated, and in that the detection zones (201,..., 503), in which sensor functions can be activated by the positioning of at least the control object, can be displayed by the display means as status information.
A manufacturing method of a cast slab of non-oriented electrical steel, comprising: producing a molten steel containing: in mass%, Si: not less than 0.1% nor more than 7.0%; Mn: 0.1 % or more; Cr: not less than 0.1% nor more than 10%; C: 0.005% or less; P: 0.2% or less; S: 0.005% or less; O: 0.005% or less; optionally at least one kind of element selected from a group consisting of: Cu: 1.0% or less; Ca and Mg: 0.05% or less in total amount; Ni: 3.0% or less; Sn and Sb: 0.3% or less in total amount; Ti: 0.02% or less; Zr: 0.01% or less; V: 0.01% or less and B: 0.005% for less; and a balance consisting of Fe and inevitable impurities; degassing the molten steel so as to make a N content to be 0.005% or less; after the degassing, adding, to the molten steel, Al: not less than 0.2% nor more than 5.0%; after the adding Al, adding, to the molten steel, REM: not less than 0.0005% nor more than 0.03%; and casting the molten steel to which REM has been added. producing a molten steel containing: in mass%, Si: not less than 0.1% nor more than 7.0%; Mn: 0.1 % or more; Cr: not less than 0.1% nor more than 10%; C: 0.005% or less; P: 0.2% or less; S: 0.005% or less; O: 0.005% or less; Si: not less than 0.1% nor more than 7.0%; Mn: 0.1 % or more; Cr: not less than 0.1% nor more than 10%; C: 0.005% or less; P: 0.2% or less; S: 0.005% or less; O: 0.005% or less; optionally at least one kind of element selected from a group consisting of: Cu: 1.0% or less; Ca and Mg: 0.05% or less in total amount; Ni: 3.0% or less; Sn and Sb: 0.3% or less in total amount; Ti: 0.02% or less; Zr: 0.01% or less; V: 0.01% or less and B: 0.005% for less; and a balance consisting of Fe and inevitable impurities; Cu: 1.0% or less; Ca and Mg: 0.05% or less in total amount; Ni: 3.0% or less; Sn and Sb: 0.3% or less in total amount; Ti: 0.02% or less; Zr: 0.01% or less; V: 0.01% or less and B: 0.005% for less; and a balance consisting of Fe and inevitable impurities; degassing the molten steel so as to make a N content to be 0.005% or less; after the degassing, adding, to the molten steel, Al: not less than 0.2% nor more than 5.0%; after the adding Al, adding, to the molten steel, REM: not less than 0.0005% nor more than 0.03%; and casting the molten steel to which REM has been added.
An aircraft seat, comprising: a support system including a diaphragm; a cushion including at least one surface configured to conform to a corresponding surface of the support system; a dress cover, the dress cover configured to fit over at least a portion of the cushion; and an attachment assembly, comprising: a primary attachment feature coupled to the dress cover proximate to at least one edge of the dress cover; and an auxiliary attachment feature integrated within the support system, the attachment assembly configured to secure the at least one surface of the cushion against the corresponding surface of the support system when the primary attachment feature is coupled to the auxiliary attachment feature at a single attachment interface for the support system, the cushion, and the dress cover; the primary attachment feature including a wire spring, characterized by the auxiliary attachment feature including a plurality of tabs, each tab of the plurality of tabs including a groove configured to receive the wire spring, at least one tab of the plurality of tabs facing inward toward a center of the support system, at least one tab of the plurality of tabs facing outward away from the center of the support system. a support system including a diaphragm; a cushion including at least one surface configured to conform to a corresponding surface of the support system; a dress cover, the dress cover configured to fit over at least a portion of the cushion; and an attachment assembly, comprising: a primary attachment feature coupled to the dress cover proximate to at least one edge of the dress cover; and an auxiliary attachment feature integrated within the support system, a primary attachment feature coupled to the dress cover proximate to at least one edge of the dress cover; and an auxiliary attachment feature integrated within the support system, the attachment assembly configured to secure the at least one surface of the cushion against the corresponding surface of the support system when the primary attachment feature is coupled to the auxiliary attachment feature at a single attachment interface for the support system, the cushion, and the dress cover; the primary attachment feature including a wire spring, characterized by the auxiliary attachment feature including a plurality of tabs, each tab of the plurality of tabs including a groove configured to receive the wire spring, at least one tab of the plurality of tabs facing inward toward a center of the support system, at least one tab of the plurality of tabs facing outward away from the center of the support system.
A method for evaluating the activity of a test compound to induce phospholipidosis in a target subject, comprising determining the level of each of a group of biomarkers in a solution containing a test sample obtained from a test subject that has been administered a test compound, a population of test cells that have been contacted with the test compound, or endocytic vesicles isolated from the test sample or the test cells, wherein the group of biomarkers includes 2,2' di-22:6-BMP, 3,2' di-22:6-BMP, 2,3' di-22:6-BMP, 3,3'di-22:6-BMP, di-22:6-PG, and and comparing the level of each biomarker with a predetermined level for each biomarker, wherein the test compound is determined to have the activity to induce phospholipidosis in the target subject if the level of any of the group of biomarkers is at or above the corresponding pre-determined level. determining the level of each of a group of biomarkers in a solution containing a test sample obtained from a test subject that has been administered a test compound, a population of test cells that have been contacted with the test compound, or endocytic vesicles isolated from the test sample or the test cells, wherein the group of biomarkers includes 2,2' di-22:6-BMP, 3,2' di-22:6-BMP, 2,3' di-22:6-BMP, 3,3'di-22:6-BMP, di-22:6-PG, and and comparing the level of each biomarker with a predetermined level for each biomarker, wherein the test compound is determined to have the activity to induce phospholipidosis in the target subject if the level of any of the group of biomarkers is at or above the corresponding pre-determined level.
A composition-of-matter comprising a plurality of peptide nucleic acids arranged to form an ordered nanometric or micrometric structure, each of said peptide nucleic acids being consisted of two backbone units and is being a peptide nucleic acid dimer, at least one of said backbone units comprises a guanine nucleobase or an analog thereof.
In a method of operating an electric power-generating and desalination combined plant which comprises: a combined-cycle electric power-generating facility including a gas turbine, an exhaust gas boiler having a duct combustor and heating supply water by heat of an exhaust gas introduced from the gas turbine to generate steam, and a steam turbine operated by use of the steam generated by the exhaust gas boiler as an operating fluid, the combined-cycle electric power-generating facility being connected to a desalination facility which manufactures freshwater by use of exhaust steam of the steam turbine as a heat source, an operation load ratio of the gas turbine and combustion of the duct combustor being adjusted and an operation being performed to set both of a generated electric power amount and a freshwater amount to desired values, the operating method characterized by comprising the step of operating the gas turbine at an operation load ratio at which an amount of surplus steam that is not used in the desalination facility among the exhaust steam of the steam turbine is in a range of zero to a predetermined allowable value.
An operating mechanism of a circuit breaker, comprising: a moving contact bracket, a moving contact assembly and a reset torsion spring; wherein, the moving contact bracket is provided with a rotating shaft; and the moving contact bracket can be rotated around the rotating shaft; a first end of the reset torsion spring is arranged on a base of the circuit breaker, and a second end of the reset torsion spring is arranged on the moving contact assembly; the moving contact assembly is rotatably arranged on the moving contact bracket, and the moving contact bracket is provided with a limiting portion, so that in a closing process of the circuit breaker, the moving contact assembly is pressed against the limiting portion and rotated synchronously with the moving contact bracket, and the reset torsion spring applies a force rotated towards a disconnection direction of the circuit breaker to the moving contact bracket; and while the circuit breaker is closed, the moving contact assembly and the moving contact bracket are rotated relatively, and the reset torsion spring applies a contact pressure to the moving contact assembly. the moving contact bracket is provided with a rotating shaft; and the moving contact bracket can be rotated around the rotating shaft; a first end of the reset torsion spring is arranged on a base of the circuit breaker, and a second end of the reset torsion spring is arranged on the moving contact assembly; the moving contact assembly is rotatably arranged on the moving contact bracket, and the moving contact bracket is provided with a limiting portion, so that in a closing process of the circuit breaker, the moving contact assembly is pressed against the limiting portion and rotated synchronously with the moving contact bracket, and the reset torsion spring applies a force rotated towards a disconnection direction of the circuit breaker to the moving contact bracket; and while the circuit breaker is closed, the moving contact assembly and the moving contact bracket are rotated relatively, and the reset torsion spring applies a contact pressure to the moving contact assembly.
A resin composition comprising a cyanate compound, wherein the cyanate compound comprises a naphthol aralkyl-based cyanate compound; and an epoxy resin represented by following general formula: wherein m and n each independently represent an integer of 1 or more; and the epoxy resin represented by the general formula may be a mixture of compounds in which m and n each independently represent a different integer.
A method for producing a layer composite with an embedded functional structure, in which a layer composite is made of a plurality of layers arranged in a vertical direction on top of each other, wherein the production of the layer structure comprises the following steps: - providing of a metal substrate, - arranging an embedding layer, wherein the embedding layer provides a recess in the vertical direction, wherein the recess extends along an embedding portion of a metal-substrate transverse extension, - arranging a functional structure or a plurality of functional structures each within a region encompassed by the recess, wherein the embedding layer is applied by means of an application device that applies the embedding layer along at least one coating portion (10a, 10b) of the metal-substrate transverse extension, whereby at least one edge (11a, 11b) of the coating portion (10a, 10b) limits the recess, characterized in that the arrangement of the embedding layer on the metal substrate is carried out by means of applying it using an application device designed as coating application roller, wherein the coating application roller has a greater radius in the coating portion (10a, 10b) of its axial extension than in the embedding layer of its axial extension for causing the creation of a recess upon application. - providing of a metal substrate, - arranging an embedding layer, wherein the embedding layer provides a recess in the vertical direction, wherein the recess extends along an embedding portion of a metal-substrate transverse extension, - arranging a functional structure or a plurality of functional structures each within a region encompassed by the recess, wherein the embedding layer is applied by means of an application device that applies the embedding layer along at least one coating portion (10a, 10b) of the metal-substrate transverse extension, whereby at least one edge (11a, 11b) of the coating portion (10a, 10b) limits the recess, characterized in that the arrangement of the embedding layer on the metal substrate is carried out by means of applying it using an application device designed as coating application roller, wherein the coating application roller has a greater radius in the coating portion (10a, 10b) of its axial extension than in the embedding layer of its axial extension for causing the creation of a recess upon application.
A computer-implemented method for identifying recommended post-exam disinfection and cleaning steps for an ultrasound system and providing an alert of said recommended disinfection and cleaning steps to a user of the ultrasound system, the method comprising the steps of: obtaining clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations (301, 302, 303); determining a recommended disinfection classification based on the clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations and providing an alert to a user to conduct a post exam disinfection procedure; the alert including the recommended disinfection classification. obtaining clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations (301, 302, 303); determining a recommended disinfection classification based on the clinical informatics, examination details, user selected ultrasound exam settings, and ultrasound images and annotations and providing an alert to a user to conduct a post exam disinfection procedure; the alert including the recommended disinfection classification.
An apparatus to interface a process automation system including one or more process automation system devices connected to a first network with an electrical automation system including an intelligent electrical device, IED, connected to a second network, the apparatus comprising: an enclosure with an interior; a network switch disposed in the interior of the enclosure and operatively coupled with the first network; a process controller disposed in the interior of the enclosure and operatively coupled with the network switch; and a network gateway module disposed in the interior of the enclosure and operatively coupled with the second network and with the network switch, the network gateway module operative to translate IED data sent on the second network by the IED for the process controller into a message format, Ethernet/IP, of the first network and to provide the translated first data to the network switch; characterized in the process controller being configured to: execute an add-on instruction, AOI, to determine which values of an input stream are unsigned values; selectively convert unsigned IED data into signed IED data, wherein the data is casted to a next larger size, and scale raw IED data from the IED according to user-defined scale factors to provide scaled data values for use by the process controller in controlling at least one process. an enclosure with an interior; a network switch disposed in the interior of the enclosure and operatively coupled with the first network; a process controller disposed in the interior of the enclosure and operatively coupled with the network switch; and a network gateway module disposed in the interior of the enclosure and operatively coupled with the second network and with the network switch, the network gateway module operative to translate IED data sent on the second network by the IED for the process controller into a message format, Ethernet/IP, of the first network and to provide the translated first data to the network switch; characterized in the process controller being configured to: execute an add-on instruction, AOI, to determine which values of an input stream are unsigned values; selectively convert unsigned IED data into signed IED data, wherein the data is casted to a next larger size, and scale raw IED data from the IED according to user-defined scale factors to provide scaled data values for use by the process controller in controlling at least one process. execute an add-on instruction, AOI, to determine which values of an input stream are unsigned values; selectively convert unsigned IED data into signed IED data, wherein the data is casted to a next larger size, and scale raw IED data from the IED according to user-defined scale factors to provide scaled data values for use by the process controller in controlling at least one process.
A bulletproof material having a front side to be struck by a bullet and a back side at an opposite side of the front side, the bulletproof material comprising: a plurality of first fibrous layers at the front side; and a second fibrous layer, wherein each of the first fibrous layers comprises a network of high-strength fiber having a tenacity of 11 g/denier or more and a tensile modulus of 200 g/denier or more, and the second fibrous layer comprises a network of carbon fiber, wherein the carbon fiber network is a woven fabric comprising carbon spun yarn as warp and weft, characterized in that: the carbon fiber network is coated with a composition comprising a phenol resin and a polyvinyl butyral resin, and the composition comprises 20 to 70% by weight of the phenol resin, 20 to 70% by weight of the polyvinyl butyral resin, and 1 to 10% by weight of a plasticizer. a plurality of first fibrous layers at the front side; and a second fibrous layer, wherein each of the first fibrous layers comprises a network of high-strength fiber having a tenacity of 11 g/denier or more and a tensile modulus of 200 g/denier or more, and the second fibrous layer comprises a network of carbon fiber, wherein the carbon fiber network is a woven fabric comprising carbon spun yarn as warp and weft, characterized in that: the carbon fiber network is coated with a composition comprising a phenol resin and a polyvinyl butyral resin, and the composition comprises 20 to 70% by weight of the phenol resin, 20 to 70% by weight of the polyvinyl butyral resin, and 1 to 10% by weight of a plasticizer. the carbon fiber network is coated with a composition comprising a phenol resin and a polyvinyl butyral resin, and the composition comprises 20 to 70% by weight of the phenol resin, 20 to 70% by weight of the polyvinyl butyral resin, and 1 to 10% by weight of a plasticizer.
A flange cover mounting and dismounting device, comprising: a base part comprising: a fastener element with a fastener hole array, and configured to be fastened to a flange cover mounting surface by the fastener hole array; and an adjusting element, connected with the fastener element; a jib arm assembly, being pivotally connected to the fastener element; characterised in that: the adjusting element comprises a fixing mechanism; and a clamping mechanism; wherein the fixing mechanism is connected with the fastener element; wherein the clamping mechanism is configured to clamp a flange cover mounting surface from edges of the flange cover mounting surface; wherein the fixing mechanism is an L-shaped bracket, one side of the L-shaped bracket is connected with the fastener element, and the other side of the L-shaped bracket is disposed with a sliding chute extending along a length direction thereof; and wherein the clamping mechanism is configured to move relative to the fixing mechanism along the sliding chute. a base part comprising: a fastener element with a fastener hole array, and configured to be fastened to a flange cover mounting surface by the fastener hole array; and an adjusting element, connected with the fastener element; a fastener element with a fastener hole array, and configured to be fastened to a flange cover mounting surface by the fastener hole array; and an adjusting element, connected with the fastener element; a jib arm assembly, being pivotally connected to the fastener element; characterised in that: the adjusting element comprises a fixing mechanism; and a clamping mechanism; wherein the fixing mechanism is connected with the fastener element; wherein the clamping mechanism is configured to clamp a flange cover mounting surface from edges of the flange cover mounting surface; wherein the fixing mechanism is an L-shaped bracket, one side of the L-shaped bracket is connected with the fastener element, and the other side of the L-shaped bracket is disposed with a sliding chute extending along a length direction thereof; and wherein the clamping mechanism is configured to move relative to the fixing mechanism along the sliding chute.
A directional dry slag granulation device, the device comprising a rotary atomising granulator having a centreline axis of rotation; a slag stream feed; and a position controller; wherein a slag stream fall point on the rotary granulator for slag from the slag stream feed is offset from and non-concentric with the centreline axis of rotation of the rotary granulator;wherein the rotary granulator comprises one of a cup, disk or annulus, adapted for rotation about the centreline; and wherein the device further comprises sensors to determine an expected fall point of the slag stream; wherein the position controller further comprises a comparator for comparing the determined expected fall point with a predetermined fall point position and an output for outputting a signal to the actuator to adjust the relative position of the slag feed and granulator in response to the result of the comparison.