mhurhangee/ep-ind-claims huggingface dataset:
A sensing module (100, 100B), comprising: a sample loading layer comprising at least a sample loading aperture into which a sample (50, 50B) may be loaded; a sensing layer being configured to receive light and turn it into electrical signals; an optical resonance layer (120, 120B) located between the sample loading layer and the sensing layer, wherein the sample loading aperture exposes a part of the optical resonance layer (120, 120B) and is configured to load samples (50, 50B), wherein the optical resonance of the optical resonance layer (120, 120B) is provided by an optically resonant structure (122, 122B) on the surface of the optical resonance layer (120, 120B) and the optically resonant structure (122, 122B) is located at the bottom of the sample loading aperture; and a light source, configured to provide an excitation light (L1, L6) to the optical resonance layer (120, 120B) through the sample loading layer, wherein the light source illuminates the sample loading aperture and the optically resonant structure (122, 122B), and wherein the sensing module (100, 100B) satisfies: λ/ n wg ≦Λ≦λ, wherein λ is the wavelength of the excitation light (L1, L6), n wg is the refractive index of the optical resonance layer (120, 120B), and A is the period of the optically resonant structure (122, 122B), wherein the light source is a laser and the excitation light (L1, L6) strikes the optically resonant structure (122, 122B) at a resonance angle (α), and the excitation light (L1, L6) excites waveguide-mode resonance in the optically resonant structure (122, 122B). a sample loading layer comprising at least a sample loading aperture into which a sample (50, 50B) may be loaded; a sensing layer being configured to receive light and turn it into electrical signals; an optical resonance layer (120, 120B) located between the sample loading layer and the sensing layer, wherein the sample loading aperture exposes a part of the optical resonance layer (120, 120B) and is configured to load samples (50, 50B), wherein the optical resonance of the optical resonance layer (120, 120B) is provided by an optically resonant structure (122, 122B) on the surface of the optical resonance layer (120, 120B) and the optically resonant structure (122, 122B) is located at the bottom of the sample loading aperture; and a light source, configured to provide an excitation light (L1, L6) to the optical resonance layer (120, 120B) through the sample loading layer, wherein the light source illuminates the sample loading aperture and the optically resonant structure (122, 122B), and wherein the sensing module (100, 100B) satisfies: λ/ n wg ≦Λ≦λ, wherein λ is the wavelength of the excitation light (L1, L6), n wg is the refractive index of the optical resonance layer (120, 120B), and A is the period of the optically resonant structure (122, 122B), wherein the light source is a laser and the excitation light (L1, L6) strikes the optically resonant structure (122, 122B) at a resonance angle (α), and the excitation light (L1, L6) excites waveguide-mode resonance in the optically resonant structure (122, 122B).
A method of preparing a crystalline microporous material having a ferrierite framework type, a molar silica to alumina ratio of greater than 10, a mean crystal size of 200 nm or less, a surface area ranging from 300 m 2 /g to 450 m 2 /g, said method comprising: forming a synthesis mixture comprising a silica source, an alumina source, an alkali metal source, and organic structure directing agents comprising: - a first organic structure directing agent (OSDA-1), comprising a tetramethylammonium cation, and - a second organic structure directing agent (OSDA-2) that promotes ferrierite structure formation, wherein said OSDA-2 is chosen from pyrrolidine, ethylenediamine, 1,3-diaminopropane, 1-methylpyrrolidine, piperidine, pyridine and 1,4-diaminobutane; and wherein a molar ratio of OSDA-1 to OSDA-2 ranges from 0.2 to 1.0; wherein the synthesis mixture is stirred and heated to a temperature ranging from 120 to 200 °C for a period of time sufficient to crystallize the material. - a first organic structure directing agent (OSDA-1), comprising a tetramethylammonium cation, and - a second organic structure directing agent (OSDA-2) that promotes ferrierite structure formation, wherein said OSDA-2 is chosen from pyrrolidine, ethylenediamine, 1,3-diaminopropane, 1-methylpyrrolidine, piperidine, pyridine and 1,4-diaminobutane; and wherein a molar ratio of OSDA-1 to OSDA-2 ranges from 0.2 to 1.0; wherein the synthesis mixture is stirred and heated to a temperature ranging from 120 to 200 °C for a period of time sufficient to crystallize the material.
Method for the non-contact leak testing of filled and closed packaging means, in each case in at least two measuring steps, following one another in temporal sequence, and specifically by applying at least one pressure medium pulse (16.1) created by a pressure medium beam to a packaging means region of the packaging means in at least one testing position past which the packaging means are conveyed on a transport segment, in each of the at least two measuring steps, by detecting the deformation of the packaging means region created thereby, by means of at least one optoelectronic sensor unit (10, 23) and by evaluating the testing or measuring data corresponding to the deformation of the respective packaging means region and supplied by the respective optoelectronic sensor unit (10, 23), which is transferred for an evaluation to a control unit, characterised in that the interior of the packaging means, during the measuring steps, due to additional external force effect on the packaging means, exhibit an internal pressure which is at least equal to, but preferably greater than, the ambient pressure, that for this purpose the packaging means, during the measurement steps, are pressed or clamped together on the transport segment, that the measurement data of the at least two measuring steps, following one another in temporal sequence, are compared with one another, and that any non-tolerable deviations between the measurement data from the at least two measuring steps, following one another in temporal sequence, on the respective packaging means serve as criterion for the presence of a leaking packaging means.
A communication control apparatus comprising: a communication unit configured to receive, from a base station of a first radio communication system, grant information that specifies a resource for secondary use within a frequency resource assigned to the first radio communication system operated with a frequency division duplex scheme and that identifies a period for which the secondary use of the resource is granted; and a communication control unit configured to operate a second radio communication system with a time division duplex scheme on the resource for secondary use during the period that is identified by the grant information, wherein the communication unit is configured to receive the grant information as a piece of broadcast scheduling information or system information on a downlink resource of the first radio communication system. a communication unit configured to receive, from a base station of a first radio communication system, grant information that specifies a resource for secondary use within a frequency resource assigned to the first radio communication system operated with a frequency division duplex scheme and that identifies a period for which the secondary use of the resource is granted; and a communication control unit configured to operate a second radio communication system with a time division duplex scheme on the resource for secondary use during the period that is identified by the grant information, wherein the communication unit is configured to receive the grant information as a piece of broadcast scheduling information or system information on a downlink resource of the first radio communication system.
An LED (Light Emitting Diode) lighting device particularly suitable for being used for public lighting functions of urban and suburban roads and/or motorways, for the lighting of parking lots, parks and gardens and/or pedestrian areas, for the lighting of street furniture elements such as facades of public and/or private buildings or the like, connected to a support pole with a "post-top" or "suspension" connection and characterised in that it comprises a lighting body defined by a container body which houses modular means, said modular means being constituted by one or more electronic plates or boards provided with LEDs and by one or more optics or reflectors defining secondary optics provided with reflecting elements which are combined singly or in groups with equal or different number of LEDs, said electronic plates or boards being different in terms of number and/or geometric distribution of the LEDs on the boards, for different configurations, said electronic plates or boards with LEDs being secured internally to said container body singly or in groups, the optics or reflectors being arranged relatively to the electronic plates singly or grouped in a number of two or more of said optics or reflectors for allowing said lighting device to orientate the distribution of the light beam emitted by LEDs simultaneously according to a bidirectional distribution with respect to the support pole by combining in a different way in terms of number and position the electronic plates or boards and/or the optics or reflectors without structural modifications of the lighting device.
Pile-driving apparatus for driving a pile element into the ground with - a mast, - a driven hammer unit which is supported in a movable manner along the mast and has a driving helmet in a lower region which is designed for receiving a head region of the pile element to be driven in, - a main winch with main rope which is connected to the hammer unit for moving the hammer unit along the mast, and - an auxiliary winch with auxiliary rope which is guided over the mast and can be connected to a pile element to be driven in, wherein by means of the auxiliary winch the pile element to be driven in can be hoisted from a lying position into an approximately vertical driving position, in which the head region of the pile element is received in the driving helmet of the hammer unit, characterized in that - a control means is provided for the simultaneous automatic control of the main winch and the auxiliary winch and - in that during hoisting of the pile element to be driven in, the main winch and the auxiliary winch are controlled by the control means so that the hammer unit can be moved by the main winch from a lower starting position on the mast and, during hoisting by means of the auxiliary winch, the head region of the pile element rests with a predeterminable pressing force against the driving helmet. - a mast, - a driven hammer unit which is supported in a movable manner along the mast and has a driving helmet in a lower region which is designed for receiving a head region of the pile element to be driven in, - a main winch with main rope which is connected to the hammer unit for moving the hammer unit along the mast, and - an auxiliary winch with auxiliary rope which is guided over the mast and can be connected to a pile element to be driven in, wherein by means of the auxiliary winch the pile element to be driven in can be hoisted from a lying position into an approximately vertical driving position, in which the head region of the pile element is received in the driving helmet of the hammer unit, - a control means is provided for the simultaneous automatic control of the main winch and the auxiliary winch and - in that during hoisting of the pile element to be driven in, the main winch and the auxiliary winch are controlled by the control means so that the hammer unit can be moved by the main winch from a lower starting position on the mast and, during hoisting by means of the auxiliary winch, the head region of the pile element rests with a predeterminable pressing force against the driving helmet.
An automated method for word spotting, the method comprising: receiving a query string) to be searched for in a collection of candidate handwritten word images extracted from one or more documents; generating a plurality of computer-generated images based on the query string, each of the plurality of computer-generated images being generated in a different one of a set of selected fonts, the set of fonts having been identified based on a precision of the set of fonts for retrieving word images which match at least one selected query string; training a model based on the computer generated images to generate training images; scoring candidate handwritten word images of said collection of candidate handwritten word images using the trained model; and based on the scores and a determination as to whether each candidate handwritten word image has a likelihood of corresponding to the input query string, identifying a subset of the candidate handwritten word images that match said training images. receiving a query string) to be searched for in a collection of candidate handwritten word images extracted from one or more documents; generating a plurality of computer-generated images based on the query string, each of the plurality of computer-generated images being generated in a different one of a set of selected fonts, the set of fonts having been identified based on a precision of the set of fonts for retrieving word images which match at least one selected query string; training a model based on the computer generated images to generate training images; scoring candidate handwritten word images of said collection of candidate handwritten word images using the trained model; and based on the scores and a determination as to whether each candidate handwritten word image has a likelihood of corresponding to the input query string, identifying a subset of the candidate handwritten word images that match said training images.
Cable transport device having - a pivotably mounted cable transporter for a cable to be drawn in and to be transported, - a first drive means connected in a stationary manner to a base frame and intended for achieving an exactly defined pivot movement of the cable transporter around a pivot axis and - a second drive means for synchronously driving at least two cooperating pressure rollers (6, 7) whose axes (8, 9) of rotation are parallel to one another and parallel to the common pivot axis, at least one pressure roller being arranged so as to be laterally adjustable, whereby - the second drive means with a drive axle for the pressure rollers (6, 7) of the cable transporter is connected in a stationary manner to the base frame and characterized by - that the drive axle of the second drive means coincides with the pivot axis for the cable transporter. - a pivotably mounted cable transporter for a cable to be drawn in and to be transported, - a first drive means connected in a stationary manner to a base frame and intended for achieving an exactly defined pivot movement of the cable transporter around a pivot axis and - a second drive means for synchronously driving at least two cooperating pressure rollers (6, 7) whose axes (8, 9) of rotation are parallel to one another and parallel to the common pivot axis, at least one pressure roller being arranged so as to be laterally adjustable, whereby - the second drive means with a drive axle for the pressure rollers (6, 7) of the cable transporter is connected in a stationary manner to the base frame and characterized by - that the drive axle of the second drive means coincides with the pivot axis for the cable transporter.
Method for operating a road-building machine, in particular a road paver or a loader, wherein at least one scraper conveyor is used to transport road-building material from a supply container, which, as viewed in the paving direction, is arranged at the front end of the road-building machine and intended for receiving road-building material, to a rear end of the road-building machine, characterized in that a chain sag of the conveyor chains of the scraper conveyor is determined by at least one sensor and, on the basis of the determined chain sag, the conveyor chains of the scraper conveyor are automatically tensioned by a tensioning device, wherein the conveyor chains are tensioned by a control device in dependence on an operation of the road paver or of the loader, and a wear limit of the conveyor chains of the scraper conveyor are in each case detected by at least one sensor.
A server system on an aircraft comprising one or more processors configured by programming instructions encoded on non-transient computer readable media, the server system configured to allow critical aeronautical information to be displayed on a cockpit display that is not certified for displaying critical aeronautical information, the server system comprising: an aircraft interface device configured to interface with one or more aeronautical systems on the aircraft to retrieve or transmit critical aeronautical information from the one or more aeronautical systems; an application module configured to generate application data for display on the cockpit display, the application data including at least some of the critical aeronautical information; an interface module configured to transmit the application data to the cockpit display for display; and an integrity checking module configured to retrieve image data from an image sensor trained on a display device in the cockpit display and configured to perform an integrity check on the image data from the image sensor by comparing the image data to the application data. an aircraft interface device configured to interface with one or more aeronautical systems on the aircraft to retrieve or transmit critical aeronautical information from the one or more aeronautical systems; an application module configured to generate application data for display on the cockpit display, the application data including at least some of the critical aeronautical information; an interface module configured to transmit the application data to the cockpit display for display; and an integrity checking module configured to retrieve image data from an image sensor trained on a display device in the cockpit display and configured to perform an integrity check on the image data from the image sensor by comparing the image data to the application data.
Cleaning robot comprising a cleaning cloth and a cleaning agent, the cleaning robot being designed to guide the cleaning cloth over a hard surface and the cleaning agent comprising at least one surfactant, characterized in that the cleaning agent has a surface tension of at most 40 mN/cm, preferably at most 38 mN/cm and particularly preferably at most 35 mN/cm, when measured dynamically at 23°C at a surface age of 0.3 seconds.
A liquid medicine preparation system that prepares a liquid medicine, the system characterized by comprising: a preparation zone in which preparation work of the liquid medicine is performed by a robot; and characterized by a storing zone which has a plurality of first spaces each of which is capable of storing a container housing the liquid medicine prepared at the preparation zone and wherein the liquid medicine preparation system has a preparatory zone in which a single set of tools is set to a tray to be stored in a storage rack of the storing zone, wherein the tray, to which the tools are set, is transported to the preparation zone via the storing zone. a preparation zone in which preparation work of the liquid medicine is performed by a robot; and characterized by a storing zone which has a plurality of first spaces each of which is capable of storing a container housing the liquid medicine prepared at the preparation zone and wherein the liquid medicine preparation system has a preparatory zone in which a single set of tools is set to a tray to be stored in a storage rack of the storing zone, wherein the tray, to which the tools are set, is transported to the preparation zone via the storing zone.
A light shielding member for an imaging module, comprising: a ring-shaped base part; and a top part protruded from the base part in a direction orthogonal thereto, wherein in the top part, a window for limiting an optical path, a ring-shaped or notched ring-shaped protrusion (51, 52) for light shielding, wherein ring-shaped means continuous in a whole circumference, and a protrusion for supporting which is protruded in the direction orthogonal to the base part are provided, characterized in that the protrusion (51, 52) for light shielding is protruded in the direction orthogonal to the base part, wherein the direction orthogonal to the base part corresponds to an optical axis; and in that the protrusion for supporting is half-barrel-shaped or truncated-cone-shaped. a ring-shaped base part; and a top part protruded from the base part in a direction orthogonal thereto, wherein in the top part, a window for limiting an optical path, a ring-shaped or notched ring-shaped protrusion (51, 52) for light shielding, wherein ring-shaped means continuous in a whole circumference, and a protrusion for supporting which is protruded in the direction orthogonal to the base part are provided, characterized in that the protrusion (51, 52) for light shielding is protruded in the direction orthogonal to the base part, wherein the direction orthogonal to the base part corresponds to an optical axis; and in that the protrusion for supporting is half-barrel-shaped or truncated-cone-shaped.
A method for wireless communication performed at a user equipment, UE, comprising: decoding information from a downlink channel indicating that master system information is received via request; transmitting a master system information request based on the decoded information; receiving a first set of system information including the master system information, wherein the master system information is received in response to the master system information request, wherein the master system information includes system information that allows the UE to perform an initial access of a network; determining, based at least in part on the first set of system information, that additional system information is available; transmitting a request for the additional system information; and receiving the additional system information. decoding information from a downlink channel indicating that master system information is received via request; transmitting a master system information request based on the decoded information; receiving a first set of system information including the master system information, wherein the master system information is received in response to the master system information request, wherein the master system information includes system information that allows the UE to perform an initial access of a network; determining, based at least in part on the first set of system information, that additional system information is available; transmitting a request for the additional system information; and receiving the additional system information.
Activator unit for an autoinjector with an essentially cylindrical housing wherein an axially displaceable piston is guided that can be inserted counter to the spring unit and locked in the inserted position by means of detent projections of a retaining element connected to the piston, wherein the activator unit further comprises at its distal end t its distal end a thread or a bayonet lock by which it can be connected to an injector unit to form an autoinjector; wherein the spring unit comprises a first coil spring and at least one further second coil spring having a larger diameter than the first coil spring, and wherein the second coil spring is coaxial to the first coil spring, characterized in that the coil springs are configured to guide one another.