mhurhangee/patent-ind-claim-en huggingface dataset:
Revolving multilevel tubular magazine with a plurality of tool holder levels and tool holder rows , in the interior of which a plurality of work spindles , one per tool holder level , are mounted in a rigid central block arranged in a fixed position on the machine tool side, - wherein the central block supports, on rolling and/or sliding bearings, a single- or multi-part magazine tube carrier which can be moved in a driven manner transversely to the centre line of the central block, - wherein the single- or multi-part magazine tube carrier supports, on rolling or sliding bearings, a magazine tube body having a plurality of tool holder levels and tool holder rows which can be rotated in a driven manner around the central block , - wherein the magazine tube body has, per tool holder row , a magazine cover for storing a plurality of tool holders , the number of which corresponds at most to the number of tool holder levels , - wherein the magazine cover with the tool holders required in order to process the workpiece can - in a working position - be positioned before the front end faces of the work spindles both in the direction of rotation of the magazine tube body and also in the direction of movement of the magazine tube carrier and - wherein the work spindles are arranged next to one another and their centre lines are oriented parallel to the direction of movement of the magazine tube carrier . - wherein the central block supports, on rolling and/or sliding bearings, a single- or multi-part magazine tube carrier which can be moved in a driven manner transversely to the centre line of the central block, - wherein the single- or multi-part magazine tube carrier supports, on rolling or sliding bearings, a magazine tube body having a plurality of tool holder levels and tool holder rows which can be rotated in a driven manner around the central block , - wherein the magazine tube body has, per tool holder row , a magazine cover for storing a plurality of tool holders , the number of which corresponds at most to the number of tool holder levels , - wherein the magazine cover with the tool holders required in order to process the workpiece can - in a working position - be positioned before the front end faces of the work spindles both in the direction of rotation of the magazine tube body and also in the direction of movement of the magazine tube carrier and - wherein the work spindles are arranged next to one another and their centre lines are oriented parallel to the direction of movement of the magazine tube carrier .
A lens for eyewear comprising: a first lens component, comprising: an anti-fog layer configured to resist accumulation of condensate, wherein the anti-fog layer comprises a hydrophilic material, wherein the anti-fog layer is proximal to the wearer when the eyewear is worn; an interface layer comprising an inorganic material with ceramic bulk properties; and a second lens component, comprising: a functional layer comprising an electrically conductive layer configured to conduct electric current when a power supply is electrically connected to the electrically conductive layer via one or more electrodes, and a polymer layer configured to stiffen the lens, wherein the interface layer is configured to facilitate attachment of the anti-fog layer to the second lens component. an anti-fog layer configured to resist accumulation of condensate, wherein the anti-fog layer comprises a hydrophilic material, wherein the anti-fog layer is proximal to the wearer when the eyewear is worn; an interface layer comprising an inorganic material with ceramic bulk properties; and a second lens component, comprising: a functional layer comprising an electrically conductive layer configured to conduct electric current when a power supply is electrically connected to the electrically conductive layer via one or more electrodes, and a polymer layer configured to stiffen the lens, a functional layer comprising an electrically conductive layer configured to conduct electric current when a power supply is electrically connected to the electrically conductive layer via one or more electrodes, and a polymer layer configured to stiffen the lens,
A detectable scouring pad comprising: a sparse unwoven base polymer in the form of fiber defining a shape of the pad; an overcoating of cured thermoset resin loaded with a particulate on the base polymer, said particulate present in an amount to render the base polymer detectable by X-ray detection or magnetometer, wherein said amount of the particulate is from 30 to 85 total weight percent of the pad. a sparse unwoven base polymer in the form of fiber defining a shape of the pad; an overcoating of cured thermoset resin loaded with a particulate on the base polymer, said particulate present in an amount to render the base polymer detectable by X-ray detection or magnetometer, wherein said amount of the particulate is from 30 to 85 total weight percent of the pad.
Method of performing a random access procedure between a User Equipment, UE, and a radio access network, wherein said radio access network comprises two access nodes , wherein said two access nodes comprise different sets of signature sequences, wherein said signature sequences are used, by said access nodes , to differentiate requests coming from different UEs, said method comprising the steps of: - receiving , by a first of said two access nodes, a random access request from said UE , wherein said random access request comprises a signature sequence; - determining , by said first radio access node , that said random access request is intended for said first radio access node based on said signature sequence comprised by said request; - receiving , by said first radio access node , from a second of said two access nodes, said random access request, thereby indicating that said second radio access node has also received said random access request from said UE ; - sending a request, to said second radio access node, requesting said second radio access node to respond to said UE based on said random access request. - receiving , by a first of said two access nodes, a random access request from said UE , wherein said random access request comprises a signature sequence; - determining , by said first radio access node , that said random access request is intended for said first radio access node based on said signature sequence comprised by said request; - receiving , by said first radio access node , from a second of said two access nodes, said random access request, thereby indicating that said second radio access node has also received said random access request from said UE ; - sending a request, to said second radio access node, requesting said second radio access node to respond to said UE based on said random access request.
Support device for a reversing coiler for coiling a metal strip , comprising at least one support unit able to be brought into supporting contact with a free end section of a coiler mandrel , which is respectively used for the coiling, of the reversing coiler ; and at least one guide unit at which the support unit is guided to be displaceable and which supports the support unit in every setting of the support unit relative to the guide unit ; characterised in that the guide unit has a semicircular section and two straight limbs connected therewith, wherein the support unit is guided to be radially inwardly displaceable along the guide unit with respect to a centre point of the semicircular section .
Sensor arrangement of a vehicle, comprising: - a control device , - a multiplicity of sensors , wherein each sensor has an individual sensor identifier, - a data bus that connects each sensor to the control device , and - a supply line that connects each sensor to the control device for the supply of voltage, wherein each sensor has a shunt resistor , wherein all shunt resistors are integrated in series into the supply line , wherein each sensor is configured to detect a voltage drop across its respective shunt resistor , and wherein the control device is configured: - to actuate each sensor using the individual sensor identifier, and - to assign an individual geographical address to each sensor based on the detected voltage drops along the supply line . - a control device , - a multiplicity of sensors , wherein each sensor has an individual sensor identifier, - a data bus that connects each sensor to the control device , and - a supply line that connects each sensor to the control device for the supply of voltage, wherein each sensor has a shunt resistor , wherein all shunt resistors are integrated in series into the supply line , wherein each sensor is configured to detect a voltage drop across its respective shunt resistor , and wherein the control device is configured: - to actuate each sensor using the individual sensor identifier, and - to assign an individual geographical address to each sensor based on the detected voltage drops along the supply line . - to actuate each sensor using the individual sensor identifier, and - to assign an individual geographical address to each sensor based on the detected voltage drops along the supply line .
A Rankine cycle system comprising: (a) a heater configured to transfer heat from a first waste heat-containing stream to a first working fluid stream to produce a first vaporized working fluid stream and a second waste heat-containing stream ; (b) a first expander configured to receive the first vaporized working fluid stream to produce therefrom mechanical energy and an expanded first vaporized working fluid stream ; (c) a first heat exchanger configured to transfer heat from the expanded first vaporized working fluid stream , the second waste heat-containing stream and a first portion of an expanded second vaporized working fluid stream to a first condensed working fluid stream to produce therefrom a second vaporized working fluid stream ; (d) a second expander configured to receive the second vaporized working fluid stream to produce therefrom mechanical energy and the expanded second vaporized working fluid stream ; and (e) a working fluid stream splitter for transforming the expanded second vaporized working fluid stream into the first portion and a second portion of the expanded second vaporized working fluid stream ; and (f) a second heat exchanger configured to transfer heat from the second portion of the expanded second vaporized working fluid stream to a second condensed working fluid stream , to produce therefrom a stream of the working fluid having greater enthalpy than the second condensed working fluid stream . (a) a heater configured to transfer heat from a first waste heat-containing stream to a first working fluid stream to produce a first vaporized working fluid stream and a second waste heat-containing stream ; (b) a first expander configured to receive the first vaporized working fluid stream to produce therefrom mechanical energy and an expanded first vaporized working fluid stream ; (c) a first heat exchanger configured to transfer heat from the expanded first vaporized working fluid stream , the second waste heat-containing stream and a first portion of an expanded second vaporized working fluid stream to a first condensed working fluid stream to produce therefrom a second vaporized working fluid stream ; (d) a second expander configured to receive the second vaporized working fluid stream to produce therefrom mechanical energy and the expanded second vaporized working fluid stream ; and (e) a working fluid stream splitter for transforming the expanded second vaporized working fluid stream into the first portion and a second portion of the expanded second vaporized working fluid stream ; and (f) a second heat exchanger configured to transfer heat from the second portion of the expanded second vaporized working fluid stream to a second condensed working fluid stream , to produce therefrom a stream of the working fluid having greater enthalpy than the second condensed working fluid stream .
A computer-implemented method for displaying a reality view on a display system, the method comprising the steps of a) establishing (S1) a user view area for the reality view comprising a target object , b) determining (S2) a first sub-area within the user view area , the first sub-area comprising the target object , wherein the method further comprises the steps of c) determining (S3) a second sub-area within the user view area , the second sub-area being non-overlapping with the first sub-area , d) determining pixel data information corresponding to the first sub-area , e) determining pixel data information corresponding to the second sub-area , f) reducing (S4) the pixel data information corresponding to the second sub-area , g) combining (S5) the determined pixel data information corresponding to the first sub-area with the reduced pixel data information corresponding to the second sub-area into partially reduced pixel data information for the user view area , and h) displaying (S6) the user view area of the reality view on the display system according to the partially reduced pixel data information for the user view area. a) establishing (S1) a user view area for the reality view comprising a target object , b) determining (S2) a first sub-area within the user view area , the first sub-area comprising the target object , c) determining (S3) a second sub-area within the user view area , the second sub-area being non-overlapping with the first sub-area , d) determining pixel data information corresponding to the first sub-area , e) determining pixel data information corresponding to the second sub-area , f) reducing (S4) the pixel data information corresponding to the second sub-area , g) combining (S5) the determined pixel data information corresponding to the first sub-area with the reduced pixel data information corresponding to the second sub-area into partially reduced pixel data information for the user view area , and h) displaying (S6) the user view area of the reality view on the display system according to the partially reduced pixel data information for the user view area.
A touch-proof contact arrangement for electrical plug connectors , with an electrical pin contact that is covered at two sides and at its free end by an electrically insulating contact protection with two legs and a connecting section connecting the two legs , and whereby the two sides of the pin contact are received, at least in sections, in two lateral recesses of the legs of the contact protection , characterized in that the lateral recesses are arranged in a corner formed by the connecting section and the respective leg and do not run up to an end of the respective leg which is remote from the connecting section . with an electrical pin contact that is covered at two sides and at its free end by an electrically insulating contact protection with two legs and a connecting section connecting the two legs , and whereby the two sides of the pin contact are received, at least in sections, in two lateral recesses of the legs of the contact protection , characterized in that the lateral recesses are arranged in a corner formed by the connecting section and the respective leg and do not run up to an end of the respective leg which is remote from the connecting section .
A system 1 for the real time attendance of one or more users from a remote game site at a game going on at relocated game site , comprising: - means for the audio and video reproduction of recordings of the relocated game site at said remote game site , wherein said means for the audio and video reproduction comprises one or more cameras arranged at said relocated game site ; - means for virtually repeating in said remote game site a game surface existing in said relocated game site , wherein said means for virtually repeating comprises a game table the surface thereof comprises a monitor whereon the real-time updated image of the game surface existing in said relocated game site is reproduced; and - one or more interface devices apt to allow an interaction between the user and said game surface existing in said relocated game site , wherein said one or more interface devices comprise at least a programmable electronic device of wireless type; and - wherein the monitor is adapted for reproducing a QR-Code of the room identifying the game table and each of the programmable electronic devices being adapted for associating the respective user to the relocated game site upon scanning and processing the QR-Code; and - wherein each of said programmable electronic devices is programmed so as to allow the respective user to attend the game at said relocated game site while bets performed by the respective user will be reproduced onto the game table at said remote game site . - means for the audio and video reproduction of recordings of the relocated game site at said remote game site , wherein said means for the audio and video reproduction comprises one or more cameras arranged at said relocated game site ; - means for virtually repeating in said remote game site a game surface existing in said relocated game site , wherein said means for virtually repeating comprises a game table the surface thereof comprises a monitor whereon the real-time updated image of the game surface existing in said relocated game site is reproduced; and - one or more interface devices apt to allow an interaction between the user and said game surface existing in said relocated game site , wherein said one or more interface devices comprise at least a programmable electronic device of wireless type; and - wherein the monitor is adapted for reproducing a QR-Code of the room identifying the game table and each of the programmable electronic devices being adapted for associating the respective user to the relocated game site upon scanning and processing the QR-Code; and - wherein each of said programmable electronic devices is programmed so as to allow the respective user to attend the game at said relocated game site while bets performed by the respective user will be reproduced onto the game table at said remote game site .
A toner cartridge comprising: a first toner accommodating unit having an inner peripheral surface in which an inner hollow space for accommodating a toner is formed; and an agitating member (111,A1) disposed in the first toner accommodating unit and configured to rotate in a rotating direction to agitate the toner, the agitating member (111,A1)comprising: a rotational shaft (107,A11); and an agitating portion (110,A13) extending radially outward from the rotational shaft (107,A11) and having flexibility, characterized in that the inner peripheral surface has a wall portion (103,W1) formed with a first supply hole (104,W11) at an upstream side in the rotating direction, the wall portion being curved about a reference line (X) as a center of curvature and depressed inward the first toner accommodating unit, the reference line being outside of the first toner accommodating unit in a radial direction of the agitating member; and the agitating portion (110,A13) is configured to contact the wall portion (103.W1) and deform to scrape over the wall portion (103,W1) in accordance with rotation of the agitating member (111,A1). a first toner accommodating unit having an inner peripheral surface in which an inner hollow space for accommodating a toner is formed; and an agitating member (111,A1) disposed in the first toner accommodating unit and configured to rotate in a rotating direction to agitate the toner, the agitating member (111,A1)comprising: a rotational shaft (107,A11); and an agitating portion (110,A13) extending radially outward from the rotational shaft (107,A11) and having flexibility, characterized in that a rotational shaft (107,A11); and an agitating portion (110,A13) extending radially outward from the rotational shaft (107,A11) and having flexibility, the inner peripheral surface has a wall portion (103,W1) formed with a first supply hole (104,W11) at an upstream side in the rotating direction, the wall portion being curved about a reference line (X) as a center of curvature and depressed inward the first toner accommodating unit, the reference line being outside of the first toner accommodating unit in a radial direction of the agitating member; and the agitating portion (110,A13) is configured to contact the wall portion (103.W1) and deform to scrape over the wall portion (103,W1) in accordance with rotation of the agitating member (111,A1).
An article of footwear , the article of footwear comprising: an upper and a sole structure ; an automated tensioning system that is configured to adjust a tension level of the article of footwear from a first tension level to a second tension level, wherein the first tension level is greater than the second tension level; a charging assembly configured to magnetically couple with an external charging device, the charging assembly comprising: an internal charging device a housing ; and a ferromagnetic material ,and a sensor , arranged to provide information to the automated tensioning system when the charging assembly is connected to the external charging device . an upper and a sole structure ; an automated tensioning system that is configured to adjust a tension level of the article of footwear from a first tension level to a second tension level, wherein the first tension level is greater than the second tension level; a charging assembly configured to magnetically couple with an external charging device, the charging assembly comprising: an internal charging device a housing ; and a ferromagnetic material ,and an internal charging device a housing ; and a ferromagnetic material ,and a sensor , arranged to provide information to the automated tensioning system when the charging assembly is connected to the external charging device .