mhurhangee/patent-ind-claim-en huggingface dataset:
Shuttle (6;7) which can be moved back and forth on a fixed travel path for transporting upright plate-shaped elements, preferably glass plates , and for sorting the plate-shaped elements into vertical storage devices (3a;3b;3c) arranged along the travel path and/or for removing the plate-shaped elements from the storage devices (3a;3b;3c), characterized in that the shuttle (6;7) is at least two-storied and has at least two floors (12;13) arranged one above the other for at least two-storied reception of the plate-shaped elements, preferably the glass plates .
A protective cover comprising at least one protective cover element variable in length and comprising a frame element , the frame element being capable of being connected to the protective cover element and the protective cover element being essentially made of a foldable plastic material, characterised in that the protective cover element comprises at least one holding means and the frame element comprises at least one fastening means in the area of a first longitudinal edge , the connection between the holding means and the fastening means being a detachable, in particular force-fitting and/or interlocking, and direct snap connection.
A storage method comprising: a reception step (S11) of receiving in conformity with MPEG Media Transport, MMT, a coded stream including a plurality of MP4 files that are of a media processing unit, MPU, received in conformity with MMT standard and each of the plurality of MP4 files is a random accessible file having a random access unit with a random access point, wherein the plurality of MP4 files include a plurality of MP4 files of a first media and a plurality of MP4 files of a second media, and the coded stream includes second control information, including a playback time corresponding to the random access point of the MP4 files of the first media and the second media; a storage step (S12) of accumulating the received plurality of MP4 files of the coded stream in a memory; and a generation step (S13) of generating, by analyzing the second control information, first control information used to play back the stored plurality of MP4 files when the plurality of MP4 files are stored in the memory, the first control information correlating the plurality of MP4 files of the first media and the plurality of MP4 files of the second media according to the playback time of the random access points of the first media and the second media, and including a playback order, playback start times and information indicating recording positions in the memory of the plurality of MP4 files stored in the memory. a reception step (S11) of receiving in conformity with MPEG Media Transport, MMT, a coded stream including a plurality of MP4 files that are of a media processing unit, MPU, received in conformity with MMT standard and each of the plurality of MP4 files is a random accessible file having a random access unit with a random access point, wherein the plurality of MP4 files include a plurality of MP4 files of a first media and a plurality of MP4 files of a second media, and the coded stream includes second control information, including a playback time corresponding to the random access point of the MP4 files of the first media and the second media; a storage step (S12) of accumulating the received plurality of MP4 files of the coded stream in a memory; and a generation step (S13) of generating, by analyzing the second control information, first control information used to play back the stored plurality of MP4 files when the plurality of MP4 files are stored in the memory, the first control information correlating the plurality of MP4 files of the first media and the plurality of MP4 files of the second media according to the playback time of the random access points of the first media and the second media, and including a playback order, playback start times and information indicating recording positions in the memory of the plurality of MP4 files stored in the memory.
An operational assembly for the mechanical connection of a prime mover with a work machine , comprising a driving shaft unit and an output shaft unit , which are connected to each other by means of a dynamically controllable multi-disc-clutch , wherein the multiple-disc-clutch can be operated in an operating state, in which no synchronous run prevails between the driving side and the output side, and comprising a holding brake , which acts upon the output shaft unit , as well as a control unit, characterized in that the holding brake is a dynamically controllable brake.
A thermoplastic vehicle body closure panel for a vehicle comprising: a continuously molded structure including at least a first cosmetic area, a second structural area and a third attachment area , each of the first, second and third areas having a thickness of greater than 3 mm, and including an outer surface of a thermoplastic injection moldable material being a show surface of the closure panel made of a virgin polymer material, having a class A forming surface on at least part of the closure panel and the structural area and the attachment area being filled with a microcellular foam core , the core being an inner structural core of the closure panel of a long glass fiber reinforced thermoplastic material, wherein the panel is selected from the group comprising an inner liftgate panel and a rear truck tailgate. a continuously molded structure including at least a first cosmetic area, a second structural area and a third attachment area , each of the first, second and third areas having a thickness of greater than 3 mm, and including an outer surface of a thermoplastic injection moldable material being a show surface of the closure panel made of a virgin polymer material, having a class A forming surface on at least part of the closure panel and the structural area and the attachment area being filled with a microcellular foam core , the core being an inner structural core of the closure panel of a long glass fiber reinforced thermoplastic material, wherein the panel is selected from the group comprising an inner liftgate panel and a rear truck tailgate.
A road milling machine , comprising - a machine frame , - at least three travelling devices , wherein at least two travelling devices are drivable and at least one travelling device is steerable, - at least one milling drum for working the ground pavement , - at least one extraction device for extracting air contaminated with dusts and vapours during the milling process, - wherein the extraction device comprises at least one exhaust air pipe with at least one first pipe section with at least one first cross-section and at least one second pipe section with at least one second cross-section , wherein the second cross-section is smaller than the first cross-section , wherein the first pipe section is arranged before the second pipe section as seen in the direction of flow, wherein a suction channel comprises an inlet opening and an outlet opening, wherein the outlet opening opens into the exhaust air pipe in the area of the second pipe section , wherein the air contaminated with dusts and vapours can be sucked in at the inlet opening , and wherein the extraction device further comprises a fan which is connected to the first pipe section so that air can be blown into the exhaust air pipe by the fan . - a machine frame , - at least three travelling devices , wherein at least two travelling devices are drivable and at least one travelling device is steerable, - at least one milling drum for working the ground pavement , - at least one extraction device for extracting air contaminated with dusts and vapours during the milling process, - wherein the extraction device comprises at least one exhaust air pipe with at least one first pipe section with at least one first cross-section and at least one second pipe section with at least one second cross-section , wherein the second cross-section is smaller than the first cross-section , wherein the first pipe section is arranged before the second pipe section as seen in the direction of flow, wherein a suction channel comprises an inlet opening and an outlet opening, wherein the outlet opening opens into the exhaust air pipe in the area of the second pipe section , wherein the air contaminated with dusts and vapours can be sucked in at the inlet opening , and wherein the extraction device further comprises a fan which is connected to the first pipe section so that air can be blown into the exhaust air pipe by the fan .
A combine harvester , comprising - a feederhouse , comprising an inlet for receiving harvested crop material; - a corn header ; the header comprising: - an auger configured to direct a movement of harvested crop material toward the feederhouse of the combine harvester ; - a header floor located beneath the auger ; - a belt conveyor being configured to direct the movement of harvested crop material toward the feederhouse of the combine harvester and a rear portion of the belt conveyor extending past a rearward portion of the header and being configured to extend into the inlet of the feederhouse characterized in that the belt conveyor is located within an opening of the header floor in front of the inlet of the feederhouse . - a feederhouse , comprising an inlet for receiving harvested crop material; - a corn header ; - an auger configured to direct a movement of harvested crop material toward the feederhouse of the combine harvester ; - a header floor located beneath the auger ; - a belt conveyor being configured to direct the movement of harvested crop material toward the feederhouse of the combine harvester and a rear portion of the belt conveyor extending past a rearward portion of the header and being configured to extend into the inlet of the feederhouse
A scaffold for growing cells thereon, said scaffold comprising one or more agents of interest, wherein the agents of interest are growth or development factors and are incorporated on beads in or on the scaffold.
A manure scraper for an animal breeding facility , the scraper comprising: - a body , - a pair of scraping members extending on either side of the body , transversely to a forward direction of travel of the scraper , - a device for brushing the floor , positioned downstream of the scraping members along the forward direction of travel of the scraper , the brushing device comprising two brushes each positioned downstream of a scraping member along the forward direction of travel of the scraper , the brushes being configured to dislodge manure trapped in asperities of the floor after passage of the scraping members; characterised in that the scraper also comprises means for returning the manure scraped by the brushing device , designed to return the manure upstream of the scraping members along the forward direction of travel of the scraper . - a body , - a pair of scraping members extending on either side of the body , transversely to a forward direction of travel of the scraper , - a device for brushing the floor , positioned downstream of the scraping members along the forward direction of travel of the scraper , the brushing device comprising two brushes each positioned downstream of a scraping member along the forward direction of travel of the scraper , the brushes being configured to dislodge manure trapped in asperities of the floor after passage of the scraping members;
Interface circuit for operating a light source , comprising: - a first and second pair of input terminals for connecting to lamp connection terminals of an high-frequency fluorescent lamp driver, - a first string comprising a series arrangement of first two resistors , interconnecting the first pair of input terminals to a first terminal (T1) formed by a common terminal of the first two series resistors , - a second string comprising a series arrangement of second two resistors , interconnecting the second pair of input terminals to a second terminal (T2) formed by a common terminal of the second two resistors , - a third string interconnecting the first terminal (T1) and the second terminal (T2) and comprising a rectifier , wherein output terminals of the rectifier are arranged to be coupled to the light source , and wherein a first unidirectional switching element is arranged to control the conductive state of the third string, such that the third string delivers a driving current to the light source when the first unidirectional switching element is conductive, - a fourth string also interconnecting the first terminal (T1) and the second terminal (T2) and comprising a sensor circuit , having an output terminal coupled to a control electrode of the first unidirectional switching element , for sensing the amplitude of a high frequency AC voltage between the first and the second terminal and for rendering the first unidirectional switching element conductive when the amplitude of the high frequency AC voltage reaches a predetermined value. - a first and second pair of input terminals for connecting to lamp connection terminals of an high-frequency fluorescent lamp driver, - a first string comprising a series arrangement of first two resistors , interconnecting the first pair of input terminals to a first terminal (T1) formed by a common terminal of the first two series resistors , - a second string comprising a series arrangement of second two resistors , interconnecting the second pair of input terminals to a second terminal (T2) formed by a common terminal of the second two resistors , - a third string interconnecting the first terminal (T1) and the second terminal (T2) and comprising a rectifier , wherein output terminals of the rectifier are arranged to be coupled to the light source , and wherein a first unidirectional switching element is arranged to control the conductive state of the third string, such that the third string delivers a driving current to the light source when the first unidirectional switching element is conductive, - a fourth string also interconnecting the first terminal (T1) and the second terminal (T2) and comprising a sensor circuit , having an output terminal coupled to a control electrode of the first unidirectional switching element , for sensing the amplitude of a high frequency AC voltage between the first and the second terminal and for rendering the first unidirectional switching element conductive when the amplitude of the high frequency AC voltage reaches a predetermined value.
Underlay mat for floor coverings, comprising: - a polyurethane layer , wherein the thickness of the polyurethane layer is 1 to 5 mm, - a nonwoven fabric on the underside of the polyurethane layer , - a self-adhesive film on the upper side of the polyurethane layer , comprising a carrier film , an adhesive layer applied to the carrier film , - and a peelable protective film on the upper side of the self-adhesive film , characterised in that a mesh structure of fibres is embedded in the adhesive layer . - a polyurethane layer , wherein the thickness of the polyurethane layer is 1 to 5 mm, - a nonwoven fabric on the underside of the polyurethane layer , - a self-adhesive film on the upper side of the polyurethane layer , comprising a carrier film , an adhesive layer applied to the carrier film , - and a peelable protective film on the upper side of the self-adhesive film ,
A floatable closed containment aquaculture production apparatus comprising: a hull having a bottom portion , opposed outer side portions extended therefrom, and a centre portion arranged between the outer side portions and extending from the bottom portion to increase strength of the hull and define at least one recess between the centre portion and the outer side portions , wherein at least the bottom portion and the outer side portions include at least one ballast water space therein; at least one closed containment aquaculture cultivation tank arranged in the at least one recess, wherein the centre portion and/or the outer side portions are provided with void spaces configured to allow the hull , together with the at least one cultivation tank , remain semi-submerged in water when the hull is arranged in a body of water, and wherein the ballast water space is arranged into a plurality of compartments along a length or circumference of the hull , wherein the ballast water space in each compartment is configured to be ballasted in response to a discharge of aquatic animals and water from one of the at least one cultivation tank being adjacent to each compartment to allow the hull maintain equilibrium in the body of water. a hull having a bottom portion , opposed outer side portions extended therefrom, and a centre portion arranged between the outer side portions and extending from the bottom portion to increase strength of the hull and define at least one recess between the centre portion and the outer side portions , wherein at least the bottom portion and the outer side portions include at least one ballast water space therein; at least one closed containment aquaculture cultivation tank arranged in the at least one recess, wherein the centre portion and/or the outer side portions are provided with void spaces configured to allow the hull , together with the at least one cultivation tank , remain semi-submerged in water when the hull is arranged in a body of water, and wherein the ballast water space is arranged into a plurality of compartments along a length or circumference of the hull , wherein the ballast water space in each compartment is configured to be ballasted in response to a discharge of aquatic animals and water from one of the at least one cultivation tank being adjacent to each compartment to allow the hull maintain equilibrium in the body of water.
A method of fabricating a thin film liquid cell suitable for transmission electron microscopy at room temperature, the method comprising: preparing a thin film that is floating on a liquid; transferring a droplet of the liquid with the thin film floating thereon to a support by means of a loop, the loop carrying the droplet and the droplet carrying the thin film during the transferring; removing sufficient liquid from the droplet on the support to form the thin film liquid cell. preparing a thin film that is floating on a liquid; transferring a droplet of the liquid with the thin film floating thereon to a support by means of a loop, the loop carrying the droplet and the droplet carrying the thin film during the transferring; removing sufficient liquid from the droplet on the support to form the thin film liquid cell.
A method of characterizing DNA in a biological sample comprising or suspected of comprising tumor-derived DNA, the method comprising: (a) isolating fragments of cell-free DNA from a biological sample; (b) constructing a cell-free DNA library comprising said fragments by direct ligation of adapters; (c) sequencing the library to about 0.1X genome- or exome-wide sequencing coverage; and (d) detecting chromosomal copy number alterations in the sequence, wherein detection of chromosomal copy number alterations indicates that at least a portion of the cell-free DNA in the sample was derived from a neoplastic cell and failure to detect such alterations indicates that the cell free DNA present in the sample is not derived from a neoplastic cell. (a) isolating fragments of cell-free DNA from a biological sample; (b) constructing a cell-free DNA library comprising said fragments by direct ligation of adapters; (c) sequencing the library to about 0.1X genome- or exome-wide sequencing coverage; and (d) detecting chromosomal copy number alterations in the sequence, wherein detection of chromosomal copy number alterations indicates that at least a portion of the cell-free DNA in the sample was derived from a neoplastic cell and failure to detect such alterations indicates that the cell free DNA present in the sample is not derived from a neoplastic cell.
An electromagnetic induction apparatus, comprising: a core forming a closed magnetic path; a printed wiring board comprising a plurality of wiring patterns ; and a metal member provided around the core and having both end portions connected to the plurality of wiring patterns, wherein: the wiring patterns are provided with a plurality of component lands each having a rectangular shape, both end surfaces of the metal members are connected so as to be respectively held in contact with the corresponding component lands , and a plurality of coil portions including the plurality of wiring patterns and the metal members are electrically connected to each other and arranged side by side to form a coil body; characterized in that the metal member comprises plate-like metal members each having a C-like shape. a core forming a closed magnetic path; a printed wiring board comprising a plurality of wiring patterns ; and a metal member provided around the core and having both end portions connected to the plurality of wiring patterns, wherein: the wiring patterns are provided with a plurality of component lands each having a rectangular shape, both end surfaces of the metal members are connected so as to be respectively held in contact with the corresponding component lands , and a plurality of coil portions including the plurality of wiring patterns and the metal members are electrically connected to each other and arranged side by side to form a coil body; characterized in that the metal member comprises plate-like metal members each having a C-like shape. the wiring patterns are provided with a plurality of component lands each having a rectangular shape, both end surfaces of the metal members are connected so as to be respectively held in contact with the corresponding component lands , and a plurality of coil portions including the plurality of wiring patterns and the metal members are electrically connected to each other and arranged side by side to form a coil body; characterized in that the metal member comprises plate-like metal members each having a C-like shape.
A device comprising: a processor coupled to a memory , a display including a touch screen for detecting touch events at the display , an orientation sensor , and a proximity sensor , the processor : when (a) an initial proximity event occurs at the proximity sensor , and/or (b) a reorientation event occurs at the orientation sensor : buffers in the memory touch data received via the touch screen ; and, thereafter: processes the buffered touch data when a proximity event does not occur within a given time period; and, disables the touch screen and discards the buffered touch data when a proximity event occurs within the given time period, wherein when the processor determines that an initial proximity event has occurred at the proximity sensor and no reorientation event has occurred at the orientation sensor , the given time period is less than when the processor determines that a reorientation event has occurred at the orientation sensor . when (a) an initial proximity event occurs at the proximity sensor , and/or (b) a reorientation event occurs at the orientation sensor : buffers in the memory touch data received via the touch screen ; and, thereafter: processes the buffered touch data when a proximity event does not occur within a given time period; and, disables the touch screen and discards the buffered touch data when a proximity event occurs within the given time period, processes the buffered touch data when a proximity event does not occur within a given time period; and, disables the touch screen and discards the buffered touch data when a proximity event occurs within the given time period, wherein when the processor determines that an initial proximity event has occurred at the proximity sensor and no reorientation event has occurred at the orientation sensor , the given time period is less than when the processor determines that a reorientation event has occurred at the orientation sensor .