mhurhangee/ep-ind-claims huggingface dataset:
A method of assessing expressive language development of a key child, comprising: processing, using an audio engine an audio recording taken in a language environment of the key child to automatically identify segments of the recording that correspond to the vocalizations of the key child, the language environment including an area surrounding the key child during his or her normal daily activities, or a controlled environment or location that contains pre-selected or natural sources of sounds; applying an adult automatic speech recognition phone decoder to the segments to identify each occurrence of each of a plurality of phone categories and to determine a frequency count for each of the plurality of phone categories, wherein each of the plurality of phone categories approximates a pre-defined phoneme speech sound that is a smallest phonetic unit in a predetermined language that is capable of conveying a distinction in meaning, and wherein the plurality of phone categories is a first subset of the vocalizations of the key child; automatically determining a frequency distribution of the plurality of phone categories based on the frequency counts for the plurality of phone categories; and automatically using the frequency distribution of the plurality of phone categories in an age-based model to assess the expressive language development of the key child, wherein the age-based model is selected based on a chronological age of the key child and the age-based model includes a plurality of different weights, each associated with a respective phone category, at the age of the key child. processing, using an audio engine an audio recording taken in a language environment of the key child to automatically identify segments of the recording that correspond to the vocalizations of the key child, the language environment including an area surrounding the key child during his or her normal daily activities, or a controlled environment or location that contains pre-selected or natural sources of sounds; applying an adult automatic speech recognition phone decoder to the segments to identify each occurrence of each of a plurality of phone categories and to determine a frequency count for each of the plurality of phone categories, wherein each of the plurality of phone categories approximates a pre-defined phoneme speech sound that is a smallest phonetic unit in a predetermined language that is capable of conveying a distinction in meaning, and wherein the plurality of phone categories is a first subset of the vocalizations of the key child; automatically determining a frequency distribution of the plurality of phone categories based on the frequency counts for the plurality of phone categories; and automatically using the frequency distribution of the plurality of phone categories in an age-based model to assess the expressive language development of the key child, wherein the age-based model is selected based on a chronological age of the key child and the age-based model includes a plurality of different weights, each associated with a respective phone category, at the age of the key child.
Glass furnace with at least one glass melting tank for optionally continuous or discontinuous operation with spatially separated and via connections (26a, 26b, 26c) mutually connected tank areas (14, 16, 18) for the rough melting, the refining and the intermediate storage of molten glass, wherein all tank areas (14, 16, 18) have electrical heating electrodes (28a, 28b, 38) for heating, and which glass furnace further has a control for regulating the withdrawal quantity and/or for the filling level in the tank area for the intermediate storage, characterized in that the glass furnace is sealed off from the atmosphere so that gas areas are arranged above the tank areas, that the tank area for the intermediate storage is the largest of all three tank areas (14, 16, 18), and that the control has a data input for energy availability parameters and a processing unit designed to evaluate the data obtained via the data input into control data as a basis for the above-mentioned control, the control being designed to fill the tank area for intermediate storage during the time of favourable energy prices and to empty it during the time of unfavourable energy prices.
A braking force control system comprising a fishing reel and an external information communication device, the fishing reel comprising a spool capable of winding a fishing line, a spool brake that brakes the spool, and a spool braking force controller capable of controlling braking force from the spool brake; the external information communication device comprising a braking force setting portion capable of setting the braking force of the spool; and a transmitter that transmits information on the set braking force, wherein: the spool braking force controller is configured to have a receiver capable of receiving an instruction from an external device, and to set braking force based on the instruction as to the braking force received by the receiver from the external device; the spool braking force controller is capable of controlling a change in braking force according to the flying distance of a fishing line, and the braking force setting portion is capable of setting a change in braking force according to the flying distance of the fishing line; the flying distance of the fishing line is an obtained flying distance determined based on an output of the rotation detector; the fishing reel further comprises a casting commencement detector and a calculator that calculates casting results from a rotation history of the spool after commencement of casting; and the braking force setting portion is capable of displaying casting results. a spool capable of winding a fishing line, a spool brake that brakes the spool, and a spool braking force controller capable of controlling braking force from the spool brake; the external information communication device comprising a braking force setting portion capable of setting the braking force of the spool; and a transmitter that transmits information on the set braking force, the spool braking force controller is configured to have a receiver capable of receiving an instruction from an external device, and to set braking force based on the instruction as to the braking force received by the receiver from the external device; the spool braking force controller is capable of controlling a change in braking force according to the flying distance of a fishing line, and the braking force setting portion is capable of setting a change in braking force according to the flying distance of the fishing line; the flying distance of the fishing line is an obtained flying distance determined based on an output of the rotation detector; the fishing reel further comprises a casting commencement detector and a calculator that calculates casting results from a rotation history of the spool after commencement of casting; and the braking force setting portion is capable of displaying casting results.
Apparatus for cleaning the hull of a vessel comprising a washing unit having a plurality of washing modules of said hull, suitable for washing the hull in a submerged configuration, - wherein each washing module is equipped with mobile connection means for the mobile mechanical connection of one washing module to an adjacent washing module, so as to allow a reciprocal movement between said adjacent washing modules during washing and/or movement, - each washing module having washing means of the hull suitable for scraping dirt from said hull, - each washing module being equipped with drive means to allow the positioning and movement of the washing module with respect to the hull and/or with respect to other washing modules during the cleaning of the hull, characterised in that each washing module comprises at least one watertight chamber, which can be filled with air, dimensioned so as to provide the relevant washing module with a positive buoyancy thrust that allows it to be stopped in abutment against the hull of the associated vessel, and in that said watertight chamber is equipped with control means suitable to allow the at least partial flooding of the watertight chamber or expulsion of water from the watertight chamber. - wherein each washing module is equipped with mobile connection means for the mobile mechanical connection of one washing module to an adjacent washing module, so as to allow a reciprocal movement between said adjacent washing modules during washing and/or movement, - each washing module having washing means of the hull suitable for scraping dirt from said hull, - each washing module being equipped with drive means to allow the positioning and movement of the washing module with respect to the hull and/or with respect to other washing modules during the cleaning of the hull, each washing module comprises at least one watertight chamber, which can be filled with air, dimensioned so as to provide the relevant washing module with a positive buoyancy thrust that allows it to be stopped in abutment against the hull of the associated vessel, and in that said watertight chamber is equipped with control means suitable to allow the at least partial flooding of the watertight chamber or expulsion of water from the watertight chamber.
A device for closing tin containers, comprising a station for receiving a container open to the upside and having a circumferential rim into which a lid is inserted with a circumferential recess, and further comprising an expanding head which can be run into a lid supported on the circumferential rim for expanding the lid at its circumferential recess to the outside against the container wall and to deform it plastically together therewith, until the lid is connected sealed with the container wall, further comprising a lifting device for moving the expanding head into the lid, characterized in that a plurality of clamping segments for expanding the lid and the container wall are provided that are held within a changing magazine radially movably and which can be releasibly connected to the expanding head by means of coupling elements.
A light module for a motor vehicle headlamp for generating an adaptive light distribution, the light module comprising - at least one light source (30; 70, 71) for emitting light, - at least one primary optical element (31; 73, 74) for bundling the emitted light, - a diaphragm arrangement (32; 32') for implementing a variable effective upper edge (36; 36'), which can be introduced into a beam path of the emitted and/or bundled light, and - a secondary optical element (34; 75), preferably in the form of a projection lens, for imaging the light passing the effective upper edge (36; 36') of the diaphragm arrangement (32; 32') on a roadway in front of the vehicle, wherein the diaphragm arrangement (32; 32') is designed to implement an effective upper edge (36; 36') which brings about the generation of a low beam light distribution with a substantially horizontal light-dark boundary and with an illuminated region formed at a specific horizontal position above the light-dark boundary, which region is delimited on the right-hand side and on the left-hand side by light-dark boundaries and has an extent in the horizontal and vertical directions of in each case a few angular degrees on a measuring screen arranged at a distance in front of the headlamp, characterized in that the light module comprises means for horizontally pivoting the light module or a part thereof, in order to specifically direct the illuminated region above the horizontal light-dark boundary towards objects detected in front of the vehicle. - at least one light source (30; 70, 71) for emitting light, - at least one primary optical element (31; 73, 74) for bundling the emitted light, - a diaphragm arrangement (32; 32') for implementing a variable effective upper edge (36; 36'), which can be introduced into a beam path of the emitted and/or bundled light, and - a secondary optical element (34; 75), preferably in the form of a projection lens, for imaging the light passing the effective upper edge (36; 36') of the diaphragm arrangement (32; 32') on a roadway in front of the vehicle, wherein the diaphragm arrangement (32; 32') is designed to implement an effective upper edge (36; 36') which brings about the generation of a low beam light distribution with a substantially horizontal light-dark boundary and with an illuminated region formed at a specific horizontal position above the light-dark boundary, which region is delimited on the right-hand side and on the left-hand side by light-dark boundaries and has an extent in the horizontal and vertical directions of in each case a few angular degrees on a measuring screen arranged at a distance in front of the headlamp, characterized in that the light module comprises means for horizontally pivoting the light module or a part thereof, in order to specifically direct the illuminated region above the horizontal light-dark boundary towards objects detected in front of the vehicle.
A cutting assembly with a frame and a cutting assembly base disposed thereon, a cutting platform which is disposed in front of the cutting assembly base with a knife bar which is driven in oscillation disposed thereon, a rotatably driven reel which is guided on the cutting assembly base by means of support arms and which can be displaced with respect to the cutting assembly base in or against a direction of mowing, as well as at least one lateral cutting assembly the end of which is releasably disposed on the frame and which extends substantially vertically to the knife bar, wherein the lateral cutting assembly comprises a bar rail disposed on a support frame, wherein in the longitudinal direction, the bar rail supports, by means of knife retaining means, at least one separating knife which is driven in oscillation, and one end of the bar rail is coupled via a drive device to a drive which is connected to the knife bar and produces the oscillating drive movement of the at least one separating knife, wherein the lateral cutting assembly receives at least one first bearing element, wherein the at least one first bearing element is configured to dissipate forces generated at the at least one oscillating separating knife distributed over the length of the bar rail out of the bar rail into the support frame, characterized in that the lateral cutting assembly receives at least one second bearing element, wherein the at least one second bearing element is configured to at least damp the vibrations transmitted from the knife bar to the lateral cutting assembly.
An electrochemical accumulator comprising at least one electrochemical cell consisting of an anode and of a cathode on either side of an electrolyte, two current collectors, one of which is connected to the anode and the other one to the cathode, and a packaging arranged for sealably containing the electrochemical cell(s), including: - a lid (6.4) crossed by a portion of the current collectors forming the poles (40, 50), the lid including a first metal area; - a container including a second metal area (6.1) and a third metal area; - an element (6.2) based on a hardened polymer being secured to at least the third metal area; the thickness of the first metal area and the thickness of the second metal area being adapted so as to be secured together by metal welding, the thickness of the third metal area being of a thickness less than that of the second metal area. - a lid (6.4) crossed by a portion of the current collectors forming the poles (40, 50), the lid including a first metal area; - a container including a second metal area (6.1) and a third metal area; - an element (6.2) based on a hardened polymer being secured to at least the third metal area; the thickness of the first metal area and the thickness of the second metal area being adapted so as to be secured together by metal welding, the thickness of the third metal area being of a thickness less than that of the second metal area.
A stent, a catheter or a drug delivery device made at least partially of N-acetylchitosan having a degree of acetylation of more than 12% and less than 16%.
A method for controlling the movements of articulated arms (21, 22, 23) of an industrial robot, comprising a movement setting means to be guided by hand by an operator, the movements of which are provided for generating at least a portion of movement control data for the industrial robot to be controlled, wherein the movement setting means is coupled by data technology to at least one stationary control device (4, 4') and the at least one control device (4, 4') is designed at least for the activation and deactivation of movement drives of the industrial robot, characterized in that at least one of a plurality of reference marks (19, 19', 19") is arranged or formed at least on individual articulated arms (21, 22, 23) adjustable by the operator in a controlled manner, and that the movement setting means comprises at least one imaging and/or at least one distance-sensitive sensor (16, 17), which at least one sensor (16, 17) of the movement setting means can be set with at least one of the plurality of reference marks (19, 19', 19") into a spatial relative position selected by the operator, wherein in an initial step using image-based and/or distance-based data from the relative position between the movement setting means and the respectively selected reference mark (19, 19', 19"), a fixed coupling condition or an articulated coupling condition with specific degrees of freedom is defined and/or determined, and that in a following step during a movement of the movement setting means, at least the articulated arm (21, 22, 23) bearing the respectively selected reference mark (19, 19', 19") tracks the movements of the movement setting means by control technology such that within the technical limits of the industrial robot or of the at least one articulated arm (21, 22, 23), the coupling condition set in the initial step is adhered to at least approximately.
Control valve intended to control the movements of the needle of a fuel injector, the valve comprising a coil capable of being fixed to the body of the injector and cooperating with an armature (20, 22, 26) that can move between an open position close to the coil when said coil is energized and a closed position remote from the coil when said coil is not energized, the armature (20, 22, 26) comprising a magnetic plate, from the centre of which a valve stem extends perpendicularly to the plate in an opposite direction to the coil as far as a distal end, said stem sliding in a bore in the injector body, the movements of the armature and of the stem opening or closing channels in which pressurized fuel circulates, characterized in that the armature (20, 22, 26) is provided with a rapid discharge device for discharging the fuel which is trapped between the coil and the plate, and in that the discharge device comprises a discharge channel with a wide opening in the first face of the plate, arranged facing the coil, the discharge channel extending as far as an outlet, the outlet 60 being proximate to a second face of the plate and placing the space between coil and plate in fluidic communication with the base of a cavity through which the fuel can spread towards a low-pressure circuit, the discharge channel extending axially from one end of the piston to the other, from the centre of the first face of the plate as far as the distal end of the piston, and in that the axial discharge channel comprises a section with a smaller cross section forming a restriction, such that pressure waves spreading in the fuel are damped, the restriction being arranged in the vicinity of one of the ends of the discharge channel.
A composite liquid agent package comprising a plurality of liquid agent housing portions (200, 200a, 200b) and a binding portion (300, 310a, 310b), all of the plurality of liquid agent housing portions (200,200a,200b) being bound together by the binding portion (300,310a,310b) for integration, wherein each of the plurality of liquid agent housing portions (200,200a,200b) includes a pouch constituted by a heat-sealable laminated film or heat-sealable laminated sheet. including at least an inner layer composed of a sealant and an outer layer composed of a sheathing material, the pouch having one end section and an opposite end section which are sealed sections formed by heat-sealing ends of the heat-sealable laminated film or heat-sealable laminated sheet; sheet; and a liquid agent held within the pouch airtightly and liquidtightly, the one end section is sealed so that it can be opened by applying a pressing force on the liquid agent filled, the liquid agents held in the plurality of liquid agent housing portions (200,200a,200b) may be different from each other, characterised in that at an extremity of each of the opposite end sections of the plurality of liquid agent housing portions (200,200a,200b), a part of the sealant constituting the inner layer of the heat-sealable laminated film or heat-sealable laminated sheet constituting the liquid agent housing portion (200,200a,200b) is extended outwardly of an extremity of the outer layer while keeping integral with a remaining part of the sealant to form an extended-out sealant, and the extended-out sealants are fusion-bonded together and integrated thereby to form a fused sealant, which constitutes the binding portion (300,310a,310b) or a main part thereof. a pouch constituted by a heat-sealable laminated film or heat-sealable laminated sheet. including at least an inner layer composed of a sealant and an outer layer composed of a sheathing material, the pouch having one end section and an opposite end section which are sealed sections formed by heat-sealing ends of the heat-sealable laminated film or heat-sealable laminated sheet; sheet; and a liquid agent held within the pouch airtightly and liquidtightly, the one end section is sealed so that it can be opened by applying a pressing force on the liquid agent filled, the liquid agents held in the plurality of liquid agent housing portions (200,200a,200b) may be different from each other, characterised in that at an extremity of each of the opposite end sections of the plurality of liquid agent housing portions (200,200a,200b), a part of the sealant constituting the inner layer of the heat-sealable laminated film or heat-sealable laminated sheet constituting the liquid agent housing portion (200,200a,200b) is extended outwardly of an extremity of the outer layer while keeping integral with a remaining part of the sealant to form an extended-out sealant, and the extended-out sealants are fusion-bonded together and integrated thereby to form a fused sealant, which constitutes the binding portion (300,310a,310b) or a main part thereof.
A load handling device for conveying equipment, in particular fork for industrial trucks having at least one prong, which comprises a fork back and a fork blade that is connected with the same, wherein on the free end of the fork blade facing away from the fork back, a folding shoe is rotatably mounted, characterized in that in the region of the free end of the fork blade at least one longitudinal guide extending alongside the fork blade for a guided element projecting from the free end of the fork blade at least in regions is provided, in that the folding shoe is rotatably mounted on the projecting region of the guided element, in that the fork blade and the folding shoe each comprises at least one joint (13, 14) which is arranged in different planes, and in that between the joint of the fork blade and the joint of the folding shoe at least one thrust rod is arranged.