mhurhangee/patent-ind-claim-en huggingface dataset:
A system for facilitating control of lighting devices, said system comprising: at least one receiver ; at least one transmitter ; and at least one processor configured to: - receive, via said at least one receiver , a light script specifying how the lighting devices should be controlled, characterized by - analyze said light script to identify those lighting devices that should be controlled similarly according to said light script, - form a group of identified lighting devices based on said analysis of said light script, and - transmit, via said at least one transmitter , at least one message identifying said identified devices of said group and comprising an identifier of said group, said at least one message configured to cause said identified lighting devices to be configured to carry out subsequent commands comprising said identifier. at least one receiver ; at least one transmitter ; and at least one processor configured to: - receive, via said at least one receiver , a light script specifying how the lighting devices should be controlled, characterized by - analyze said light script to identify those lighting devices that should be controlled similarly according to said light script, - form a group of identified lighting devices based on said analysis of said light script, and - transmit, via said at least one transmitter , at least one message identifying said identified devices of said group and comprising an identifier of said group, said at least one message configured to cause said identified lighting devices to be configured to carry out subsequent commands comprising said identifier. - receive, via said at least one receiver , a light script specifying how the lighting devices should be controlled, characterized by - analyze said light script to identify those lighting devices that should be controlled similarly according to said light script, - form a group of identified lighting devices based on said analysis of said light script, and - transmit, via said at least one transmitter , at least one message identifying said identified devices of said group and comprising an identifier of said group, said at least one message configured to cause said identified lighting devices to be configured to carry out subsequent commands comprising said identifier.
An electric tool powered by a secondary battery as a power source, comprising: an output section configured to be transmitted thereto a rotation of a motor directly or through a decelerator ; a voltage measurement section configured to measure a battery voltage; a storage means (32; 7) configured to store, as a reference voltage, a voltage value of the battery voltage that has been measured preliminarily when a motor-lock is occurring; and a control means configured to control a driving of said motor , wherein said control means is configured to decide that said motor is being locked and then stop or decelerate said motor upon detecting that the battery voltage measured through said voltage measurement section is maintained lower than or equal to the reference voltage stored in said storage means (32; 7) for a predetermined period of time during the driving of said motor , and wherein the control means does not stop the motor when the battery voltage decreases to the reference voltage due to a voltage drop caused of a starting current for starting the rotation of the motor . an output section configured to be transmitted thereto a rotation of a motor directly or through a decelerator ; a voltage measurement section configured to measure a battery voltage; a storage means (32; 7) configured to store, as a reference voltage, a voltage value of the battery voltage that has been measured preliminarily when a motor-lock is occurring; and a control means configured to control a driving of said motor , wherein said control means is configured to decide that said motor is being locked and then stop or decelerate said motor upon detecting that the battery voltage measured through said voltage measurement section is maintained lower than or equal to the reference voltage stored in said storage means (32; 7) for a predetermined period of time during the driving of said motor , and wherein the control means does not stop the motor when the battery voltage decreases to the reference voltage due to a voltage drop caused of a starting current for starting the rotation of the motor .
Method for operating a motor vehicle system , wherein a control apparatus : - provides a basic mode (S1) for the motor vehicle system , - establishes a further operating mode for the motor vehicle system , which differs from the basic mode in that the further operating mode, compared to the basic mode, provides a predetermined, additional operating function, and which is currently blocked (S2), - outputs media content containing at least one question about a topical context (S6), wherein the media content is a quiz and/or asks the user for motor vehicle-related data, - receives an input of information (S7) and checks this (S8) as to whether it meets a predefined match criterion that prescribes a match with a category of the topical context and/or an intended answer and is thus an answer to the at least one question from the output media content, - unblocks the blocked operating mode and thereby enables the additional operating function (S9) only if the predefined match criterion is met. - provides a basic mode (S1) for the motor vehicle system , - establishes a further operating mode for the motor vehicle system , which differs from the basic mode in that the further operating mode, compared to the basic mode, provides a predetermined, additional operating function, and which is currently blocked (S2), - outputs media content containing at least one question about a topical context (S6), wherein the media content is a quiz and/or asks the user for motor vehicle-related data, - receives an input of information (S7) and checks this (S8) as to whether it meets a predefined match criterion that prescribes a match with a category of the topical context and/or an intended answer and is thus an answer to the at least one question from the output media content, - unblocks the blocked operating mode and thereby enables the additional operating function (S9) only if the predefined match criterion is met.
A method for production of precipitated calcium carbonate (PCC), said method comprising the steps of: - providing an aqueous solution of calcium, carbon dioxide, bicarbonate, and carbonate; - providing at least one reactor containing a bed of shaped elements, said elements being prepared from a material showing a lower modulus of elasticity than precipitated calcium carbonate, and a number of vertical shafts extending from the bottom region of said reactor to at least the top of said bed; - introducing said solution through an inlet to said at least one reactor and withdrawing the solution from the reactor from an outlet horizontally separated from the inlet, thereby creating a horizontal flow and a corresponding horizontal hydraulic pressure gradient through the bed of shaped elements; - injecting a compressed gas into the aqueous solution to effect i) a displacement of the aqueous solution inside the shafts and a corresponding oppositely directed vertical hydraulic pressure gradient through the bed of shaped elements outside the vertical shafts, and ii) a gas-water interface to drive off carbon dioxide dissolved in the aqueous solution; - removing gas including driven off carbon dioxide from a headspace above the bed of shaped elements ; - removing by non-chemical means a surface coating precipitated on at least a part of the shaped elements, when a target thickness of said coating has been obtained, the coating consisting substantially of calcium carbonate. - providing an aqueous solution of calcium, carbon dioxide, bicarbonate, and carbonate; - providing at least one reactor containing a bed of shaped elements, said elements being prepared from a material showing a lower modulus of elasticity than precipitated calcium carbonate, and a number of vertical shafts extending from the bottom region of said reactor to at least the top of said bed; - introducing said solution through an inlet to said at least one reactor and withdrawing the solution from the reactor from an outlet horizontally separated from the inlet, thereby creating a horizontal flow and a corresponding horizontal hydraulic pressure gradient through the bed of shaped elements; - injecting a compressed gas into the aqueous solution to effect i) a displacement of the aqueous solution inside the shafts and a corresponding oppositely directed vertical hydraulic pressure gradient through the bed of shaped elements outside the vertical shafts, and ii) a gas-water interface to drive off carbon dioxide dissolved in the aqueous solution; i) a displacement of the aqueous solution inside the shafts and a corresponding oppositely directed vertical hydraulic pressure gradient through the bed of shaped elements outside the vertical shafts, and ii) a gas-water interface to drive off carbon dioxide dissolved in the aqueous solution; - removing gas including driven off carbon dioxide from a headspace above the bed of shaped elements ; - removing by non-chemical means a surface coating precipitated on at least a part of the shaped elements, when a target thickness of said coating has been obtained, the coating consisting substantially of calcium carbonate.
A system comprising: a plurality of power devices arranged in a sequence, wherein each power device comprises a power conversion circuit, an output, an input terminal, and a common; and a plurality of first current paths, wherein, between each adjacent pair of the power devices in the sequence, one of the plurality of first current paths connects the output of a first power device of the adjacent pair to the common of a second power device of the adjacent pair, and wherein the output of the first power device of the adjacent pair is configured to be connected by one of a plurality of second current paths through one of a plurality of power sources to the input terminal of the second power device of the adjacent pair. a plurality of power devices arranged in a sequence, wherein each power device comprises a power conversion circuit, an output, an input terminal, and a common; and a plurality of first current paths, wherein, between each adjacent pair of the power devices in the sequence, one of the plurality of first current paths connects the output of a first power device of the adjacent pair to the common of a second power device of the adjacent pair, and wherein the output of the first power device of the adjacent pair is configured to be connected by one of a plurality of second current paths through one of a plurality of power sources to the input terminal of the second power device of the adjacent pair.
A data center system, comprising: an equipment support unit for mounting electronic equipment, said equipment support unit including a number of spaces for supporting a corresponding number of electronic equipment devices; a modular air-based cooling assembly for delivering cool air to said equipment support unit, said cooling assembly formed from interconnecting air conduits ; one or more drive units for driving air through said cooling assembly; and a cooling unit matched to said equipment support unit for interfacing said equipment support unit with said cooling assembly, wherein said cooling unit comprises a number of plenum housings each defining a plenum, and a pressurized air passageway extending though said plenum housings, matched to said spaces of said equipment support unit, for supplying cooling air to said electronic equipment, characterized by that said pressurized air passageway is defined by a barrier that separates said cooling air in said pressurized air passageway from each said plenum, and each of said plenum housings includes a valve disposed between said air passageway and said plenum, for selectively supplying said cooling air to said equipment. an equipment support unit for mounting electronic equipment, said equipment support unit including a number of spaces for supporting a corresponding number of electronic equipment devices; a modular air-based cooling assembly for delivering cool air to said equipment support unit, said cooling assembly formed from interconnecting air conduits ; one or more drive units for driving air through said cooling assembly; and a cooling unit matched to said equipment support unit for interfacing said equipment support unit with said cooling assembly, wherein said cooling unit comprises a number of plenum housings each defining a plenum, and a pressurized air passageway extending though said plenum housings, matched to said spaces of said equipment support unit, for supplying cooling air to said electronic equipment, characterized by that said pressurized air passageway is defined by a barrier that separates said cooling air in said pressurized air passageway from each said plenum, and each of said plenum housings includes a valve disposed between said air passageway and said plenum, for selectively supplying said cooling air to said equipment.
A method for producing blanks for endodontic instruments , wherein the blank has a plurality of cutting edges and flutes having a non-directional surface finish, and wherein the blank has a homogenous hardness over the cross-section of the blank comprising the steps of i) providing at least one rod; ii) machining the at least one rod by means of erosion, selected from the group consisting of electrical discharge machining, wire electrical discharge machining, electrical discharge grinding, wherein an erosion pattern is applied to the at least one rod, wherein the blank has a uniform hardness, in cross section ; characterised in that the material eroded away from the at least one rod does not deposit again on the at least one rod. i) providing at least one rod; ii) machining the at least one rod by means of erosion, selected from the group consisting of electrical discharge machining, wire electrical discharge machining, electrical discharge grinding, wherein an erosion pattern is applied to the at least one rod,
A near field communication target device configured to respond to a read request transmitted by a reader device by transmitting a message comprising an unencrypted portion and an encrypted portion, the encrypted portion incorporating a counter that is incremented each time a read request is received, wherein the encrypted portion incorporates an identification code for the target device, wherein the identification code is a unique identification code of the target device, wherein the message further comprises a message authentication code created by the target device from a session key generated in response to the read request.
An oil-in-water emulsion containing no surfactant, characterized in that the emulsion comprises a metabolizable oil phase, an aqueous phase and oil-water amphipathic solid particles dispersed in the aqueous phase and having biocompatibility, wherein the oil phase comprises squalene or/and tocol; the aqueous phase is any one selected from the group consisting of purified water, water for injection, glycerine aqueous solution, buffering salts aqueous solution, or the combination of at least two selected therefrom; and the solid particles have an average particle size of from 50 nm to 10 μm, and are selected from the group consisting of poly(lactide-co-glycolide) particles, aluminium hydroxide particles, calcium phosphate particles, alginic acid particles coated with chitosan, calcium carbonate particles, polylactic acid particles, and chitosan particles, and the solid particles have a mass concentration of from 0.1 to 20 wt% in aqueous phase.
A fusion protein comprising: a first immunogenic polypeptide having: (a) an amino acid sequence of SEQ ID NO: 6, 7 or 8; or (b) an amino acid sequence with at least 97% identity to the amino acid sequence of SEQ ID NO: 6; and a second immunogenic polypeptide having: (a) an amino acid sequence of SEQ ID NO: 9 or 11; or (b) an amino acid sequence with at least 97% identity to the amino acid sequence of SEQ ID NO: 9. a first immunogenic polypeptide having: (a) an amino acid sequence of SEQ ID NO: 6, 7 or 8; or (b) an amino acid sequence with at least 97% identity to the amino acid sequence of SEQ ID NO: 6; and a second immunogenic polypeptide having: (a) an amino acid sequence of SEQ ID NO: 9 or 11; or (b) an amino acid sequence with at least 97% identity to the amino acid sequence of SEQ ID NO: 9.
A tool , intended for a friction stir welding station, the tool being capable of being rotated and comprising: - a body , defining a transverse surface, forming a shoulder ; - a pin , extending, from the shoulder , along a longitudinal axis (Z), to an end , the pin becoming slimmer between the shoulder and the end, the distance between the end and the shoulder corresponding to a height of the pin (h); the pin including: - a proximal portion , adjacent to the shoulder and extending, from the shoulder , to the end , over at least 20% of the height of the pin (h); - a distal portion , adjacent to the end and extending, from the end , to the shoulder , over at least 1% of the height of the pin (h), the distal portion being inscribed in a cone frustum , the cone frustum defining a surface, called the extension surface , extending the cone frustum to the shoulder , the extension surface delimiting a frustoconical volume ; - in the proximal portion , the pin extends to the outside of the frustoconical volume delimited by the extension surface , the pin describes an outer surface inscribed in an envelope describing, in a plane parallel to the longitudinal axis (Z) and passing through the latter, characterised in that - in the proximal portion , a profile following a curve (C) and such that the curve (C) is tangent to the extension surface - and the transverse surface is flat or curved in shape relative to a transverse plane and the curve (C) is a portion of an ellipse or a hyperbola or a parabola. - a body , defining a transverse surface, forming a shoulder ; - a pin , extending, from the shoulder , along a longitudinal axis (Z), to an end , the pin becoming slimmer between the shoulder and the end, the distance between the end and the shoulder corresponding to a height of the pin (h); - a proximal portion , adjacent to the shoulder and extending, from the shoulder , to the end , over at least 20% of the height of the pin (h); - a distal portion , adjacent to the end and extending, from the end , to the shoulder , over at least 1% of the height of the pin (h), the distal portion being inscribed in a cone frustum , the cone frustum defining a surface, called the extension surface , extending the cone frustum to the shoulder , the extension surface delimiting a frustoconical volume ; - in the proximal portion , the pin extends to the outside of the frustoconical volume delimited by the extension surface , the pin describes an outer surface inscribed in an envelope describing, in a plane parallel to the longitudinal axis (Z) and passing through the latter, - in the proximal portion , a profile following a curve (C) and such that the curve (C) is tangent to the extension surface - and the transverse surface is flat or curved in shape relative to a transverse plane and the curve (C) is a portion of an ellipse or a hyperbola or a parabola.
Use of a vinyl-terminated prepolymer based on polyethers as injection medium or constituent of an injection medium for sealing of built structures, tunnels or mines, wherein the vinyl-terminated prepolymer is obtainable by reaction of i) a polyether having precisely one functional group reactive toward isocyanates with ii) at least one polyisocyanate having a mean isocyanate functionality in the range from 2.4 to 3.5, and iii) at least one vinyl compound having precisely one functional group reactive toward isocyanates, wherein the molar ratio of polyether i) to vinyl compound iii) is in the range from 3:1 to 1:3 and the ratio of the sum total of the molar amounts of polyether and vinyl compound to isocyanate groups ii) is in the range from 1.5:1 to 1:1.5, and wherein the vinyl-terminated prepolymer is injected into a cavity together with a free-radical initiator and optionally further components, characterized in that the proportion of the polyether in the vinyl-terminated prepolymer amounts to at least 30% by weight and preferably at least 33% by weight, based on the total weight of the prepolymer. i) a polyether having precisely one functional group reactive toward isocyanates with ii) at least one polyisocyanate having a mean isocyanate functionality in the range from 2.4 to 3.5, and iii) at least one vinyl compound having precisely one functional group reactive toward isocyanates,
A method for packing one or more animal hides comprising: - providing (S102) a packaging having a first packaging volume; - providing (S104) the one or more animal hides inside the first packaging volume; - sealing off (S106) the first packaging volume from the surrounding environment; and - providing (S108) a microorganism growth inhibiting environment inside the first packaging volume compared to the surrounding environment, wherein providing (S108) a microorganism growth inhibiting environment inside the first packaging volume compared to the surrounding environment comprises removing (S108A) at least part of the volume of gas present inside the first packaging volume, characterized in that the method comprises introducing (S108B) a volume of an inert gas and/or filtered and/or clean air into the first packaging volume. - providing (S102) a packaging having a first packaging volume; - providing (S104) the one or more animal hides inside the first packaging volume; - sealing off (S106) the first packaging volume from the surrounding environment; and - providing (S108) a microorganism growth inhibiting environment inside the first packaging volume compared to the surrounding environment, wherein providing (S108) a microorganism growth inhibiting environment inside the first packaging volume compared to the surrounding environment comprises removing (S108A) at least part of the volume of gas present inside the first packaging volume, characterized in that the method comprises introducing (S108B) a volume of an inert gas and/or filtered and/or clean air into the first packaging volume.
A sandwich component comprising: - two cover layers , - a core layer disposed between said cover layers , said core layer comprising a plurality of hollow cells , which are separated by walls and which extend in the thickness direction of said core layer , each cell forming an opening in at least one of the two opposing surfaces of said core layer facing said cover layers , and - at least one viscoelastic layer of which each is disposed between said core layer and one of said cover layers , wherein said sandwich component further comprises a porous layer which is attached to one of said at least one viscoelastic layer at the side of the respective viscoelastic layer facing away from that cover layer of said two cover layers between which said cover layer and said core layer the respective viscoelastic layer is disposed, wherein the porous layer has a higher compressive strength than the respective viscoelastic layer to which it is attached. - two cover layers , - a core layer disposed between said cover layers , said core layer comprising a plurality of hollow cells , which are separated by walls and which extend in the thickness direction of said core layer , each cell forming an opening in at least one of the two opposing surfaces of said core layer facing said cover layers , and - at least one viscoelastic layer of which each is disposed between said core layer and one of said cover layers ,