mhurhangee/patent-ind-claim-en huggingface dataset:
A structural member made of metal, formed so as to extend long in a predetermined direction, and having a gutter bottom , two ridges continuing to both ends in a width direction of the gutter bottom , and two vertical walls continuing to the two ridges , the structural member comprising: an outward continuous flange continuously formed at least along the gutter bottom , the ridges , and the vertical walls at an end in the predetermined direction, wherein a width of the gutter bottom is reduced as a distance from the end having the outward continuous flange becomes larger, wherein a value S (mm -1 ) that represents a degree of width reduction of the gutter bottom as defined in formula below is in a range from 0.0002 to 0.0018, S mm − 1 = Wa − Wb / Wa / L where Wa represents a width of the gutter bottom at a base portion at the end having the outward continuous flange , and Wb represents a width of the gutter bottom at a position having an arbitrary distance L from the base portion in an extent in which the width of the gutter bottom becomes smaller. an outward continuous flange continuously formed at least along the gutter bottom , the ridges , and the vertical walls at an end in the predetermined direction, wherein a width of the gutter bottom is reduced as a distance from the end having the outward continuous flange becomes larger, wherein a value S (mm -1 ) that represents a degree of width reduction of the gutter bottom as defined in formula below is in a range from 0.0002 to 0.0018, S mm − 1 = Wa − Wb / Wa / L where Wa represents a width of the gutter bottom at a base portion at the end having the outward continuous flange , and Wb represents a width of the gutter bottom at a position having an arbitrary distance L from the base portion in an extent in which the width of the gutter bottom becomes smaller. where Wa represents a width of the gutter bottom at a base portion at the end having the outward continuous flange , and Wb represents a width of the gutter bottom at a position having an arbitrary distance L from the base portion in an extent in which the width of the gutter bottom becomes smaller.
Method for mounting a rectangular SMD semiconductor light source on a printed circuit board of a motor vehicle headlamp, comprising the steps of: applying a solder at predetermined points of the printed circuit board and/or at predetermined points of the SMD semiconductor light source ; positioning the SMD semiconductor light source on the printed circuit board in a position in which a soldered connection is produced in further steps, and, in a soldering step, temporarily melting and cooling the solder; adhesive being applied at predetermined points of the printed circuit board and/or of the SMD semiconductor light source before the melting of the solder, the SMD semiconductor light source, in the position achieved by the positioning step, being bonded to the printed circuit board in a bonding step, the bonding step and the soldering step being carried out in a soldering furnace, an adhesive being used which already dries and thus cures at temperatures below the melting temperature of the solder, and a profile of the furnace temperature being controlled over a residence time of the populated printed circuit board in the furnace such that only the smallest possible deviation from the target position occurs when the adhesive cures, and the solder being melted at a comparatively higher temperature, characterized in that the positioning of the semiconductor light source on the printed circuit board is carried out by means of at least one camera and an image-processing controller of a handling system which grips and positions the SMD semiconductor light source, at least one position of a light-emitting region of the SMD semiconductor light source within the chip of the SMD semiconductor light source firstly being determined for the positioning of the SMD semiconductor light source on the printed circuit board, and the SMD semiconductor light source subsequently being positioned on the printed circuit board according to the position of the light-emitting region, and being bonded and soldered to said printed circuit board, the positioning being carried out relative to defined reference marks of the printed circuit board, and the SMD semiconductor light source being held by means of a handling system, which is used for placing the SMD semiconductor light source on the printed circuit board, until the cured adhesive has developed sufficient strength for securing the SMD semiconductor light source, the predetermined points being four corners of the rectangular SMD semiconductor light element , and in that electrical contact is made via conductor track ends which lie between two adhesive points that are adjacent along a rectangle side of the SMD semiconductor light source .
A method of a network node adapted to operate in accordance with a first radio access technology, according to an Evolved Universal Terrestrial Radio Access - E-UTRA - standard, for allocation of radio resources of a frequency band for communication in accordance with the first radio access technology, the frequency band being one of an unlicensed frequency band and a non-exclusively licensed frequency band, wherein communication according to a second different radio access technology according to an IEEE - Institute of Electrical and Electronics Engineers - 802.11 standard may occupy one or more of the radio resources of the frequency band, the method comprising: receiving by the network node adapted to operate in accordance with the first radio access technology a beacon signal associated with the second radio access technology; determining whether or not the beacon signal comprises information indicative of which of the radio resources of the frequency band are used as primary and secondary channels, respectively, in accordance with the second radio access technology; selecting, if the beacon signal comprises the information, one or more of the radio resources of the frequency band used as secondary channel in accordance with the second radio access technology over a radio resource used as primary channel in accordance with the second radio access technology at least based on the information indicative of which of the radio resources of the frequency band are used as primary and secondary channels; and allocating one or more of the selected radio resources for communication in accordance with the first radio access technology. receiving by the network node adapted to operate in accordance with the first radio access technology a beacon signal associated with the second radio access technology; determining whether or not the beacon signal comprises information indicative of which of the radio resources of the frequency band are used as primary and secondary channels, respectively, in accordance with the second radio access technology; selecting, if the beacon signal comprises the information, one or more of the radio resources of the frequency band used as secondary channel in accordance with the second radio access technology over a radio resource used as primary channel in accordance with the second radio access technology at least based on the information indicative of which of the radio resources of the frequency band are used as primary and secondary channels; and allocating one or more of the selected radio resources for communication in accordance with the first radio access technology.
A method of retrieving data from a graph data structure storing security-relevant information in a computer memory, the method comprising, by a control unit: receiving an indication of an entry-point node of the graph data structure, the graph data structure comprising nodes representing system components of one or more monitored computing devices and edges representing system events or relationships between those components introduced by system events connecting at least some of the nodes; receiving a query, the query being in a regular-expression-based query language having Kleene closure; producing a discrete finite automaton, DFA, based on the query, wherein: the DFA comprises one or more states; the DFA comprises one or more transitions connecting at least some of the states; the one or more states comprise an initial state; and the one or more states comprise a triggering state; traversing the DFA in conjunction with the graph data structure, beginning at the initial state and the entry-point node, to reach a result node of the graph data structure, the result node associated with the triggering state; retrieving , from the computer memory, data associated with at least one of: the result node, or an edge of the edges of the graph data structure connected with the result node and via which the result node was reached during the traversing; and providing the data via a communications interface. receiving an indication of an entry-point node of the graph data structure, the graph data structure comprising nodes representing system components of one or more monitored computing devices and edges representing system events or relationships between those components introduced by system events connecting at least some of the nodes; receiving a query, the query being in a regular-expression-based query language having Kleene closure; producing a discrete finite automaton, DFA, based on the query, wherein: the DFA comprises one or more states; the DFA comprises one or more transitions connecting at least some of the states; the one or more states comprise an initial state; and the one or more states comprise a triggering state; the DFA comprises one or more states; the DFA comprises one or more transitions connecting at least some of the states; the one or more states comprise an initial state; and the one or more states comprise a triggering state; traversing the DFA in conjunction with the graph data structure, beginning at the initial state and the entry-point node, to reach a result node of the graph data structure, the result node associated with the triggering state; retrieving , from the computer memory, data associated with at least one of: the result node, or an edge of the edges of the graph data structure connected with the result node and via which the result node was reached during the traversing; and the result node, or an edge of the edges of the graph data structure connected with the result node and via which the result node was reached during the traversing; and providing the data via a communications interface.
A method for real time location of at least one leaf node device , comprising: taking at least one of signal strength information, proximity information and phase angle information each collected via Bluetooth Low Energy communication signals from the at least one leaf node device , wherein information from the same leaf node device is collected by at least two collection devices, the at least two collection devices comprising a first collection device and a second collection device , wherein each of the at least two collection devices is a reader node or a point of interest device; and delivering the collected information to a processing engine that is remote from the leaf node device ; characterised in that the method further comprises the step of: processing, by the processing engine, the collected information in real time to make a first determination of the location of the leaf node device using the information collected by the first collection device and to make a second determination of the location of the leaf node device using the information collected by the second collection device ; and calculating an average location for a leaf node device based on the two determinations of location for the leaf node device, wherein each of the determinations of location is based on data from a different one of the two or more collection devices. taking at least one of signal strength information, proximity information and phase angle information each collected via Bluetooth Low Energy communication signals from the at least one leaf node device , wherein information from the same leaf node device is collected by at least two collection devices, the at least two collection devices comprising a first collection device and a second collection device , wherein each of the at least two collection devices is a reader node or a point of interest device; and delivering the collected information to a processing engine that is remote from the leaf node device ; characterised in that the method further comprises the step of: processing, by the processing engine, the collected information in real time to make a first determination of the location of the leaf node device using the information collected by the first collection device and to make a second determination of the location of the leaf node device using the information collected by the second collection device ; and calculating an average location for a leaf node device based on the two determinations of location for the leaf node device, wherein each of the determinations of location is based on data from a different one of the two or more collection devices.
Attachment device for attachment to a drive device , in particular to a screwing and/or drilling device, comprising a receptacle for a fluid container and a pressing device for pressing the fluid container to effect dispensing of fluid contained in the fluid container , the pressing device further serving to lock the fluid container in the receptacle so that the fluid container cannot be removed from the receptacle, further comprising a stabilizing handle for gripping the attachment device with one hand of the user and stabilizing it during dispensing of the fluid, wherein the attachment device comprises an actuating element operable by the user to release the locking of the fluid container in the receptacle so that the fluid container can be removed from the receptacle , and wherein the stabilizing handle is the actuating element or the actuating element is arranged in the region of the stabilizing handle so that the user can actuate the actuating element with his hand while the user grips the stabilizing handle with this hand, wherein the pressing device comprises a pressing element for pressing and for locking the fluid container , characterized in that the attachment device comprises a resetting device which is adapted to automatically move, in response to the actuation of the actuating element , the pressing element into a release position in which the locking of the fluid container is released.
A method for making a new food, feed or pharmaceutical product comprising the following step: (i): addition of a composition comprising cross-linked, via intermolecular covalent isopeptide bonds, casein glycomacropeptide (CGMP) oligomers (CGMP oligomers) to a food, feed or pharmaceutical product in order to thereby make the new food, feed or pharmaceutical product and wherein: (a): the product comprises after addition of the composition at least 1 mg of CGMP oligomers per kg of the product; and wherein monomeric CGMP is the peptide containing the amino acid residues 106-169 of κ-casein and monomers of CGMP oligomers are monomeric CGMP; and wherein the in step (i) added CGMP oligomers are used for ion binding, e.g. Ca binding and preferably calcium phosphate (CaP) binding, encapsulation of a substance, e.g. a phytochemical such as e.g. curcumin or β-carotene, encapsulation of a molecule, e.g. an enzyme such as e.g. lactase, gelation, responsive gel swelling for triggered release by e.g. pH, ionic strength, or temperature, covalent conjugation, electrostatic complex formation, or colloid stabilization, e.g. acidic stabilization, Pickering stabilization or via self-assembled structures or aggregates. (i): addition of a composition comprising cross-linked, via intermolecular covalent isopeptide bonds, casein glycomacropeptide (CGMP) oligomers (CGMP oligomers) to a food, feed or pharmaceutical product in order to thereby make the new food, feed or pharmaceutical product and wherein: (a): the product comprises after addition of the composition at least 1 mg of CGMP oligomers per kg of the product; and wherein monomeric CGMP is the peptide containing the amino acid residues 106-169 of κ-casein and monomers of CGMP oligomers are monomeric CGMP; and wherein the in step (i) added CGMP oligomers are used for ion binding, e.g. Ca binding and preferably calcium phosphate (CaP) binding, encapsulation of a substance, e.g. a phytochemical such as e.g. curcumin or β-carotene, encapsulation of a molecule, e.g. an enzyme such as e.g. lactase, gelation, responsive gel swelling for triggered release by e.g. pH, ionic strength, or temperature, covalent conjugation, electrostatic complex formation, or colloid stabilization, e.g. acidic stabilization, Pickering stabilization or via self-assembled structures or aggregates. (a): the product comprises after addition of the composition at least 1 mg of CGMP oligomers per kg of the product;
A switching control arrangement, in particular for a motor vehicle, having a movable actuating surface , wherein the actuating surface interacts with a displacement means in such a way that the actuating surface can be moved substantially linearly by at least a distance from a starting position into an actuating position, wherein the displacement means has two clamped elastic elements , and wherein in particular the actuating position is designed as a switching position, such that, in the switching position, the actuating surface acts in a switching manner on a switching element, a sensor or the like, wherein the elastic elements are designed as flat elements with a small thickness in the manner of a membrane, in particular such that the thickness of the elastic elements is small in relation to its planar extension, such that the elastic elements are elastically deflectable substantially perpendicular to the surface of the membrane, wherein the actuating surface interacts with a frame and/or a spacer , the actuating surface being attached to the frame and/or the spacer , wherein the elastic elements are clamped on the frame and/or on the spacer , wherein the frame with the spacer are connected by means of the two membranes arranged substantially parallel to one another, which are located on opposite sides of the frame and/or the spacer , wherein the frame is arranged immovably in a housing , wherein the spacer is movably arranged in a recess in the frame in the manner of a guide, and wherein further preferably the recess is designed to be approximately cruciform and the spacer is designed to correspond to the recess .
A charging apparatus for an energy storage device of an electrically driven vehicle, comprising: a charging plug for transmitting an electrical charge to the energy storage device of the motor vehicle, a charging line for connecting the charging plug to a power grid, and a charging column with a docking station for receiving the charging plug when not in use and for connecting the charging line to the power grid, wherein a cooling apparatus for cooling the charging plug is arranged in the docking station , wherein the cooling apparatus comprises an air-cooling apparatus or a liquid-cooling apparatus, characterised in that the cooling apparatus further comprises an electrical cooling apparatus, wherein the docking station is configured so as to determine the temperature of the charging plug during a charging operation, so that the cooling apparatus is accordingly adjustable when the charging plug is inserted into the docking station in order to cool the charging plug to a specified temperature. a charging plug for transmitting an electrical charge to the energy storage device of the motor vehicle, a charging line for connecting the charging plug to a power grid, and a charging column with a docking station for receiving the charging plug when not in use and for connecting the charging line to the power grid, wherein a cooling apparatus for cooling the charging plug is arranged in the docking station , wherein the cooling apparatus comprises an air-cooling apparatus or a liquid-cooling apparatus, characterised in that the cooling apparatus further comprises an electrical cooling apparatus, wherein the docking station is configured so as to determine the temperature of the charging plug during a charging operation, so that the cooling apparatus is accordingly adjustable when the charging plug is inserted into the docking station in order to cool the charging plug to a specified temperature.
An apparatus for managing fluid in a system for treating a tissue site, the apparatus comprising: a first layer including a polymeric film having an outer surface, an inner surface, and a plurality of features extending from the inner surface; a second layer including a polymeric film having an outer, tissue-facing surface and an inner surface, the second layer coupled to the first layer and covering the plurality of features to form an enclosed space between the inner surface of the first layer and the inner surface of the second layer and a plurality of flow channels within the enclosed space, the second layer having an aperture open to the enclosed space and adapted to fluidly couple the enclosed space to the tissue site; a first wall coupled between the inner surface of the first layer and the inner surface of the second layer to form a first fluid pathway and a second fluid pathway within the enclosed space in fluid communication through the aperture ; and a port fluidly coupled to the first fluid pathway and the second fluid pathway. a first layer including a polymeric film having an outer surface, an inner surface, and a plurality of features extending from the inner surface; a second layer including a polymeric film having an outer, tissue-facing surface and an inner surface, the second layer coupled to the first layer and covering the plurality of features to form an enclosed space between the inner surface of the first layer and the inner surface of the second layer and a plurality of flow channels within the enclosed space, the second layer having an aperture open to the enclosed space and adapted to fluidly couple the enclosed space to the tissue site; a first wall coupled between the inner surface of the first layer and the inner surface of the second layer to form a first fluid pathway and a second fluid pathway within the enclosed space in fluid communication through the aperture ; and a port fluidly coupled to the first fluid pathway and the second fluid pathway.