mhurhangee/patent-ind-claim-en huggingface dataset:
Panel dividing system for dividing planar workpieces , comprising a feed table , a dividing device having a dividing line , a withdrawal table and at least one first conveyor device by means of which a workpiece lying on the feed table can be moved in the direction of the dividing line , the dividing device having the dividing line being arranged between the feed table and the withdrawal table as seen in a first conveying direction of the first conveyor device , the panel dividing system having at least one second conveyor device which comprises a robot which has a base and a work region which in a top view at least partially covers a region of the withdrawal table , characterized in that the work region in the top view also at least partially covers a region of the feed table . a feed table , a dividing device having a dividing line , a withdrawal table and at least one first conveyor device by means of which a workpiece lying on the feed table can be moved in the direction of the dividing line , the dividing device having the dividing line being arranged between the feed table and the withdrawal table as seen in a first conveying direction of the first conveyor device , the panel dividing system having at least one second conveyor device which comprises a robot which has a base and a work region which in a top view at least partially covers a region of the withdrawal table , characterized in that the work region in the top view also at least partially covers a region of the feed table .
Warehouse, in particular shuttle warehouse, having a rack , composed of profile elements, for the warehousing, and having at least one aisle for the transport of goods , which are to be stored and retrieved, by means of a distribution vehicle which is movable along the aisle on rails , wherein the rails are fastened to the rack and are respectively composed of rail segments following one upon another in the longitudinal direction of the rail, wherein the rail segments are respectively profiles having a profile section whose top side forms the running surface for the distribution vehicle , wherein a pressure distribution bar arranged in the region of two successive rail segments is supported with a part of its length against that profile section of the first rail segment that forms the running surface , and with the remaining part of its length against that profile section of the second rail segment that forms the running surface , and characterized in that at least one pressure transmission element is supported, on the one hand, from below against the pressure distribution bar and, on the other hand, against a counter bearing arranged rigidly with respect to the rack .
A method of monitoring a downlink control channel performed by a user equipment , UE, the method comprising: receiving information for a ps-offset, wherein the ps-offset indicates a specific time prior to a starting slot where a discontinuous reception, DRX, on duration timer, drx-onDurationTimer, would start; receiving (S311) a first configuration message informing of a direction of resources of a slot, wherein the direction of the resources of the slot is an uplink or a downlink; and receiving (S312) a second configuration message informing of periodicity and offset of monitoring occasions for detecting a wake up signal, WUS, wherein i) based on at least one monitoring occasion among the monitoring occasions being located within a time duration starting from the specific time and ending prior to the starting slot, and ii) based on that a first downlink control channel monitoring for detecting the WUS is not required as resources constituting all of the at least one monitoring occasion overlap, even partially, resources indicated as the uplink by the first configuration message, the UE does not perform the first downlink control channel monitoring at the at least one monitoring occasion and the UE performs a second downlink control channel monitoring in a next discontinuous reception, DRX,-on duration. receiving information for a ps-offset, wherein the ps-offset indicates a specific time prior to a starting slot where a discontinuous reception, DRX, on duration timer, drx-onDurationTimer, would start; receiving (S311) a first configuration message informing of a direction of resources of a slot, wherein the direction of the resources of the slot is an uplink or a downlink; and receiving (S312) a second configuration message informing of periodicity and offset of monitoring occasions for detecting a wake up signal, WUS, wherein i) based on at least one monitoring occasion among the monitoring occasions being located within a time duration starting from the specific time and ending prior to the starting slot, and ii) based on that a first downlink control channel monitoring for detecting the WUS is not required as resources constituting all of the at least one monitoring occasion overlap, even partially, resources indicated as the uplink by the first configuration message, the UE does not perform the first downlink control channel monitoring at the at least one monitoring occasion and the UE performs a second downlink control channel monitoring in a next discontinuous reception, DRX,-on duration.
A battery system for a vehicle, comprising: - one or more battery modules , each including a plurality of secondary battery cells ; - at least one gas sensor ; and - a housing for accommodating the one or more battery modules and the at least one gas sensor ; wherein at least parts of the exterior surface of the battery modules and/or at least parts of the interior surface of the housing are covered by a coating that is configured to emit at least one gaseous species when a temperature exceeds a predetermined temperature and wherein the gas sensor is configured for detecting the at least one gaseous species. - one or more battery modules , each including a plurality of secondary battery cells ; - at least one gas sensor ; and - a housing for accommodating the one or more battery modules and the at least one gas sensor ;
A lens system suitable to be used with an imaging element having a quadrilateral shape with shorter sides and longer sides and disposed on an optical axis of the lens system, comprising, in order from an object side to an image surface side, a first plurality of lens elements (L1, L2, L3, L4), an aperture diaphragm (A), and a second plurality of lens elements (L5, L6, L7), all configured to form an image on an image surface of the imaging element , wherein an image in a peripheral area separated from the optical axis is expanded greater than an area at a central portion around the optical axis, wherein the first plurality of lens elements comprises at least a first free-curved lens (L3) that is asymmetrical with respect to the optical axis, the second plurality of lens elements comprises at least a second free-curved lens (L7) that is disposed closest to the image surface side and has two surfaces that are free-curved surfaces facing the object side and the image surface side respectively, characterized in that : a free-curved surface of the first free-curved lens (L3) has positive refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having a predetermined ratio with respect to a minimum image height and a first surface passing through the optical axis and parallel to the longer sides of the imaging element, and negative refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having the predetermined ratio with respect to the minimum image height and a second surface passing through the optical axis and parallel to the shorter sides of the imaging element, wherein the minimum image height is a shortest one among distances on an image surface, from an image point by a ray entering perpendicularly onto the imaging element to an end of an image circle formed by the lens system. positive refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having a predetermined ratio with respect to a minimum image height and a first surface passing through the optical axis and parallel to the longer sides of the imaging element, and negative refractive power with respect to a ray parallel to the optical axis at an intersection point between a circle separated from the optical axis by a length having the predetermined ratio with respect to the minimum image height and a second surface passing through the optical axis and parallel to the shorter sides of the imaging element, wherein the minimum image height is a shortest one among distances on an image surface, from an image point by a ray entering perpendicularly onto the imaging element to an end of an image circle formed by the lens system.
Ophthalmological apparatus for working on eye tissue , including a laser source that is configured to produce a pulsed laser beam (L); a focusing optical unit that is configured to focus the pulsed laser beam into the eye tissue ; a scanner system that is configured to steer the pulsed laser beam onto work target points (F) in the eye tissue ; a measurement system that is configured to optically capture structures in the eye tissue ; and a circuit that is configured to control the scanner system in such a way that the scanner system steers the pulsed laser beam onto work target points (F) on a first outer face of a lenticule to be cut in the eye tissue in order to produce a first tissue cut for cutting the lenticule ; characterized in that the circuit moreover is configured to control the measurement system in such a way that the measurement system captures the first outer face of the lenticule that is produced by the first tissue cut and to control the scanner system in such a way that the scanner system steers the pulsed laser beam onto work target points (F) on a second outer face , positioned in relation to the captured first outer face of the lenticule , of the lenticule to be cut in order to produce a second tissue cut, positioned in relation to the captured first outer face of the lenticule , for cutting the lenticule .
A method for activating a Sulfur-based electrode for an electrolyser, the Sulfur-based electrode comprising sulfur and an electrically conductive non-sulfur material, the method comprising: - providing an electrolyte to a container , wherein the electrolyte is adapted to release at least a part of the sulfur from the Sulfur-based electrode , - providing a complexing agent to the container , wherein the complexing agent is adapted to form a coordination complex with the released sulfur and comprises one of Barium hydroxide, Barium chloride, Barium nitrate, Strontium hydroxide, Strontium chloride, Strontium nitrate, Calcium hydroxide, Calcium chloride, Calcium nitrate, and a combination thereof, - contacting the electrolyte and the complexing agent with at least a part of a surface of the Sulfur-based electrode , wherein the Sulfur-based electrode is positioned in the container , and - removing the coordination complex from the container . - providing an electrolyte to a container , wherein the electrolyte is adapted to release at least a part of the sulfur from the Sulfur-based electrode , - providing a complexing agent to the container , wherein the complexing agent is adapted to form a coordination complex with the released sulfur and comprises one of Barium hydroxide, Barium chloride, Barium nitrate, Strontium hydroxide, Strontium chloride, Strontium nitrate, Calcium hydroxide, Calcium chloride, Calcium nitrate, and a combination thereof, - contacting the electrolyte and the complexing agent with at least a part of a surface of the Sulfur-based electrode , wherein the Sulfur-based electrode is positioned in the container , and - removing the coordination complex from the container .
A cutting tool for use in turning, the cutting tool comprising: a tool bar extending along an axis ; a cutting head located at the tool bar; and at least one sensor integrated with the tool bar or the cutting head, wherein the at least one sensor is arranged to, and is of a type to, provide output enabling estimation of a rotational orientation of the cutting tool with respect to the axis prior to employing the cutting tool in machining, characterized in that the at least one sensor comprises accelerometers configured to measure acceleration in at least two directions . a tool bar extending along an axis ; a cutting head located at the tool bar; and at least one sensor integrated with the tool bar or the cutting head, wherein the at least one sensor is arranged to, and is of a type to, provide output enabling estimation of a rotational orientation of the cutting tool with respect to the axis prior to employing the cutting tool in machining,
A coated fiber structure for use in a ceramic matrix composite, the coated fiber structure comprising: a fiber extending along a fiber axis; and an interface coating arrangement applied to and circumscribing the fiber, the interface coating arrangement comprising: a first boron nitride layer extending coaxially about and in direct contact with the fiber; a first silicon-doped boron nitride layer extending coaxially about and in direct contact with the first boron nitride layer; a carbon layer extending coaxially about and in direct contact with the first silicon-doped boron nitride layer; a second boron nitride layer extending coaxially about and in direct contact with the carbon layer; and a second silicon-doped boron nitride layer extending coaxially about and in direct contact with the second boron nitride layer; wherein a silicon content of the first silicon-doped boron nitride layer is higher than the silicon content of the second silicon-doped boron nitride layer. a fiber extending along a fiber axis; and an interface coating arrangement applied to and circumscribing the fiber, the interface coating arrangement comprising: a first boron nitride layer extending coaxially about and in direct contact with the fiber; a first silicon-doped boron nitride layer extending coaxially about and in direct contact with the first boron nitride layer; a carbon layer extending coaxially about and in direct contact with the first silicon-doped boron nitride layer; a second boron nitride layer extending coaxially about and in direct contact with the carbon layer; and a second silicon-doped boron nitride layer extending coaxially about and in direct contact with the second boron nitride layer; wherein a silicon content of the first silicon-doped boron nitride layer is higher than the silicon content of the second silicon-doped boron nitride layer. a first boron nitride layer extending coaxially about and in direct contact with the fiber; a first silicon-doped boron nitride layer extending coaxially about and in direct contact with the first boron nitride layer; a carbon layer extending coaxially about and in direct contact with the first silicon-doped boron nitride layer; a second boron nitride layer extending coaxially about and in direct contact with the carbon layer; and a second silicon-doped boron nitride layer extending coaxially about and in direct contact with the second boron nitride layer; wherein a silicon content of the first silicon-doped boron nitride layer is higher than the silicon content of the second silicon-doped boron nitride layer.
Complete device having an authentication arrangement for a communication link , using a communication protocol, between two data processing devices of the complete device , wherein the data processing devices each have an interface unit for the communication link and a computing unit , characterised in that the interface units each have an encryption/decryption means , at least partially created by hardware, for encrypting at least some of the user data to be transmitted via the communication link as part of the authentication arrangement, which is applied in a communication layer of the communication protocol to the user data prepared for the physical user data transfer or to the physically received user data , wherein each data processing device has a security unit implemented as embedded hardware, which the computing unit cannot access, and/or in a manner logically isolated from the computing unit, producing a trusted execution environment for the authentication arrangement with, in each case, at least one piece of hardware-encoded key information , on the basis of which the user data is encrypted by the encryption/decryption means .
A cationic carrier unit comprising (i) a targeting moiety (A) which targets the transporter LAT1 comprising phenylalanine, (ii) a water-soluble polymer which is polyethylene glycol (PEG), (iii) a cationic carrier moiety comprising cationic polymer blocks which are lysine, and (iv) two or more adjuvant moieties, each of which is vitamin B3. (i) a targeting moiety (A) which targets the transporter LAT1 comprising phenylalanine, (ii) a water-soluble polymer which is polyethylene glycol (PEG), (iii) a cationic carrier moiety comprising cationic polymer blocks which are lysine, and (iv) two or more adjuvant moieties, each of which is vitamin B3.
Atomizing furnace, in particular for atomic absorption spectroscopy, comprising a tube furnace apparatus and a sample carrier , wherein the sample carrier serves the purpose of taking up an analyte, wherein the sample carrier is disposed within the tube furnace apparatus, wherein the sample carrier comprises three supporting protrusions by which the sample carrier is punctually supported on an interior wall of the tube furnace apparatus, wherein at least two supporting protrusions are formed on two respectively opposite ends of the sample carrier, characterized in that the supporting protrusions are disposed in a common plane running through a longitudinal axis of the sample carrier, wherein one supporting protrusion is formed at mid-length (L) between the ends of the sample carrier, wherein the sample carrier is fixed within the tube furnace apparatus by pyrolytic coating.
An anti-rotation structure in a handle of an ultrasonic dental scaler, the handle comprising a handle casing and the anti-rotation structure comprising: a transducer , a rear clamping ring , and the handle casing , wherein the rear clamping ring sleeves a main rod of the transducer , and is clamped with the main rod providing a clamping fit between the rear clamping ring and the main rod , wherein the clamping fit between the rear clamping ring and the main rod is used to prevent relative rotation between the rear clamping ring and the main rod ; and the handle casing sleeves the rear clamping ring , the rear clamping ring being clamped with the handle casing providing a clamping fit between the rear clamping ring and the handle casing , wherein the clamping fit between the rear clamping ring and the handle casing is used to prevent relative rotation between the rear clamping ring and the handle casing ; wherein a plurality of first clamping portions is arranged on an inner wall of the rear clamping ring ; a plurality of second clamping portions is arranged on a circumferential surface of the main rod ; and the clamping between the rear clamping ring and the main rod is achieved through cooperation of the first clamping portions and the second clamping portions ; wherein a plurality of third clamping portions is arranged on an outer wall of the rear clamping ring ; a plurality of fourth clamping portions is arranged on an inner wall of the handle casing ; and the clamping between the rear clamping ring and the handle casing is achieved through cooperation of the third clamping portions and the fourth clamping portions ; and wherein each third clamping portion is a protrusion arranged on the outer wall of the rear clamping ring , and each fourth clamping portion is a groove formed in the inner wall of the handle casing ; characterized in that each first clamping portion is a flat surface arranged on the inner wall of the rear clamping ring , and each second clamping portion is a flat surface arranged on the circumferential surface of the main rod .
A drying device for drying the intake air fed to a compressed-air system of a vehicle, in particular a mobile work machine, comprising: - a cooling device which is connected downstream of a compressor in the intake air flow path and comprises a cooling helix which draws off heat from the intake air coming from the compressor ; and - a desiccant container which is connected downstream of the cooling device in the intake air flow path and comprises an adsorbent which removes water from the intake air flowing through the desiccant container , wherein a regeneration container which is connected downstream of the desiccant container in the intake air flow path and encircled by the cooling helix receives a first portion of the intake air coming from the desiccant container and, as required, returns it to the desiccant container and feeds heat, drawn off by the cooling helix to the regeneration container substantially by means of thermal radiation, to the received intake air. - a cooling device which is connected downstream of a compressor in the intake air flow path and comprises a cooling helix which draws off heat from the intake air coming from the compressor ; and - a desiccant container which is connected downstream of the cooling device in the intake air flow path and comprises an adsorbent which removes water from the intake air flowing through the desiccant container , wherein a regeneration container which is connected downstream of the desiccant container in the intake air flow path and encircled by the cooling helix receives a first portion of the intake air coming from the desiccant container and, as required, returns it to the desiccant container and feeds heat, drawn off by the cooling helix to the regeneration container substantially by means of thermal radiation, to the received intake air.