mhurhangee/patent-ind-claim-en huggingface dataset:
A system for regulating a thermal parameter (T M ) associated with a heat exchange assembly of a turbomachine , comprising: - at least one means for measuring or estimating said thermal parameter (T M ), - a valve controlled by an at least partly electric control system , the valve including a shutter, formed for example by at least one flap, said shutter being configured to vary the flow rate of passage of a fluid in said heat exchange assembly in order to affect said thermal parameter (T M ), and - a regulator comprising a comparator configured to determine the positive or negative sign of an error signal (ε) relating to the difference (ε) between a value of the thermal parameter (T M ) measured or estimated by said means and a setpoint (T C ), characterized in that the regulator further comprises: - a switch coupled to the output of the comparator and configured to deliver to the valve control system a maximum control current (Max) or a minimum control current (Min) based on the positive or negative sign of the error signal (ε), the maximum control current (Max) making it possible to switch the shutter of said valve in a first position defining a fully closed state of the valve and the minimum control current (Min) making it possible to switch the shutter of said valve in a second position defining a fully open state of the valve , and - a phase-shifter configured to apply on the error signal (ε) a phase advance determined from an estimate of a time constant (τ) of the valve control system . - at least one means for measuring or estimating said thermal parameter (T M ), - a valve controlled by an at least partly electric control system , the valve including a shutter, formed for example by at least one flap, said shutter being configured to vary the flow rate of passage of a fluid in said heat exchange assembly in order to affect said thermal parameter (T M ), and - a regulator comprising a comparator configured to determine the positive or negative sign of an error signal (ε) relating to the difference (ε) between a value of the thermal parameter (T M ) measured or estimated by said means and a setpoint (T C ), - a switch coupled to the output of the comparator and configured to deliver to the valve control system a maximum control current (Max) or a minimum control current (Min) based on the positive or negative sign of the error signal (ε), the maximum control current (Max) making it possible to switch the shutter of said valve in a first position defining a fully closed state of the valve and the minimum control current (Min) making it possible to switch the shutter of said valve in a second position defining a fully open state of the valve , and - a phase-shifter configured to apply on the error signal (ε) a phase advance determined from an estimate of a time constant (τ) of the valve control system .
Method for regulating a temperature of at least one component of a vehicle, in which at least one insulating element for the thermal insulation of the at least one component against an environment of the at least one component depending on an actual state of the vehicle is moved from a first position into at least one second position or from the at least one second position into the first position, and in which the at least one insulating element completely contacts the at least one component in the first position, characterised in that the at least one insulating element in the at least one second position is completely distanced from the at least one component and facilitates a complete flowing around of the at least one component .
An oil-in-water emulsion composition comprising an oily component having an inorganic value of 2500 or less, an organic value of 5000 or less and an IOB value of 0.3 to 0.5, the oil-in-water emulsion composition comprising the following components (A) to (C) in an aqueous phase. (A) a polyoxyethylene alkyl or alkenyl ether having alkyl group or alkenyl group having 20 to 24 carbon atoms and an average molar number of ethylene oxide added of 1.5 to 4 (B) a polyol (C) a water-soluble polymer, wherein the IOB value of the oily component corresponds to the ratio of the inorganic value of the oily component to the organic value of the oily component. (A) a polyoxyethylene alkyl or alkenyl ether having alkyl group or alkenyl group having 20 to 24 carbon atoms and an average molar number of ethylene oxide added of 1.5 to 4 (B) a polyol (C) a water-soluble polymer, wherein the IOB value of the oily component corresponds to the ratio of the inorganic value of the oily component to the organic value of the oily component.
A casing assembly for a gas turbine engine , comprising a case including: an outer case wall extending around a central axis (A); an inner case wall radially offset from the outer case wall; and one or more hydraulic fluid passages embedded in the case between the outer case wall and the inner case wall; characterized by : a hydraulic cylinder for a linear actuator embedded in the case between the outer case wall and the inner case wall , the one or more hydraulic fluid passages in fluid communication with the hydraulic cylinder. an outer case wall extending around a central axis (A); an inner case wall radially offset from the outer case wall; and one or more hydraulic fluid passages embedded in the case between the outer case wall and the inner case wall;
An integrated antenna array system comprising: a baseband unit configured to perform baseband functions, the baseband unit comprising a baseband board and a baseband processor ; a plurality of antenna elements disposed in groups, each of the groups comprising an equal number of antenna elements; a mother board comprising a first mother board and a second mother board configured to host the baseband unit and the plurality of antenna elements , wherein each of the plurality of antenna elements are separated by an equal distance, wherein the groups are disposed in two sections on the first mother board and the second mother board , respectively, wherein a distance between the two sections is larger than one wavelength, wherein the baseband unit is disposed at the center of the mother board between the two sections ; a plurality of radio frequency (RF) transceiver units , and a heat sink configured to provide structure protection and heat dissipation. a baseband unit configured to perform baseband functions, the baseband unit comprising a baseband board and a baseband processor ; a plurality of antenna elements disposed in groups, each of the groups comprising an equal number of antenna elements; a mother board comprising a first mother board and a second mother board configured to host the baseband unit and the plurality of antenna elements , wherein each of the plurality of antenna elements are separated by an equal distance, wherein the groups are disposed in two sections on the first mother board and the second mother board , respectively, wherein a distance between the two sections is larger than one wavelength, wherein the baseband unit is disposed at the center of the mother board between the two sections ; a plurality of radio frequency (RF) transceiver units , and a heat sink configured to provide structure protection and heat dissipation.
An item storage, dispensing, and receiving apparatus, comprising: a frame assembly having a height, H, and a length, L, including at least one section thereof having two opposing side wall sections, wherein each opposing side wall section includes a plurality of vertically spaced rails disposed on an inner surface thereof such that each rail on a respective side wall section is disposed opposite a corresponding rail on the opposing side wall section, further wherein the at least one section has an open space fully extending intermediate the plurality of vertically spaced rails between the two opposing side wall sections over the height H and the length L; one or more conveyance mechanisms operatively disposed within the open space along at least a portion of the length L, wherein the one or more conveyance mechanisms are movable in a vertical direction traversing the open space along the height H; characterised by a plurality of hanging arms each pivotally connected at a region thereof to an activation member that is connected to the frame assembly, wherein each of the plurality of rails is fixedly attached to a distal region of each of the hanging arms, further wherein at least portions of the side walls have cut-out regions such that, upon activation of the activation member , the rails are movable into and out of the cut-out regions such that the rails are, respectively, disposed out of or in the open space. a frame assembly having a height, H, and a length, L, including at least one section thereof having two opposing side wall sections, wherein each opposing side wall section includes a plurality of vertically spaced rails disposed on an inner surface thereof such that each rail on a respective side wall section is disposed opposite a corresponding rail on the opposing side wall section, further wherein the at least one section has an open space fully extending intermediate the plurality of vertically spaced rails between the two opposing side wall sections over the height H and the length L; one or more conveyance mechanisms operatively disposed within the open space along at least a portion of the length L, wherein the one or more conveyance mechanisms are movable in a vertical direction traversing the open space along the height H; characterised by a plurality of hanging arms each pivotally connected at a region thereof to an activation member that is connected to the frame assembly, wherein each of the plurality of rails is fixedly attached to a distal region of each of the hanging arms, further wherein at least portions of the side walls have cut-out regions such that, upon activation of the activation member , the rails are movable into and out of the cut-out regions such that the rails are, respectively, disposed out of or in the open space.
A method of wireless communication performed by a base station, BS , comprising: determining a first type of paging cycle configuration; determining a second type of paging cycle configuration that is different from the first type of paging cycle configuration, wherein the second type of paging cycle configuration enables a plurality of different paging cycles and wherein the first type of paging cycle configuration is associated with a single paging cycle; determining whether to use the first paging cycle configuration or the second type of paging cycle configuration; transmitting , to a user equipment, a paging cycle configuration message identifying the determined paging cycle configuration and including an identification of the paging cycle configuration and wherein the paging cycle configuration message is conveyed using a system information block, SIB message. determining a first type of paging cycle configuration; determining a second type of paging cycle configuration that is different from the first type of paging cycle configuration, wherein the second type of paging cycle configuration enables a plurality of different paging cycles and wherein the first type of paging cycle configuration is associated with a single paging cycle; determining whether to use the first paging cycle configuration or the second type of paging cycle configuration; transmitting , to a user equipment, a paging cycle configuration message identifying the determined paging cycle configuration and including an identification of the paging cycle configuration and wherein the paging cycle configuration message is conveyed using a system information block, SIB message.
A reinforced base for a plastics bottle, said base comprising: (a) an annular rim upon which the bottle rests; (b) a concave dome bounded by said rim, with the concavity facing the outside of the bottle body; said dome having a total area and comprising three regions: (i) an outer, annular region , adjacent said rim; (ii) in inner, circular region , at the centre of said dome; and (iii) a middle, annular region , between said outer and inner regions; (c) a plurality of spaced apart geometrical configurations in the form of closed polygonal or circular formations located on said middle annular region of the dome; CHARACTERISED IN THAT said inner, circular region comprises from 2.5% to 10% of the total area of the dome, said middle, annular region comprises from 60% to 90% of the total area of the dome, and said outer annular region comprises from 7.5% to 30% of the total area of the dome , and is free of said geometrical configurations . (a) an annular rim upon which the bottle rests; (b) a concave dome bounded by said rim, with the concavity facing the outside of the bottle body; said dome having a total area and comprising three regions: (i) an outer, annular region , adjacent said rim; (ii) in inner, circular region , at the centre of said dome; and (iii) a middle, annular region , between said outer and inner regions; (i) an outer, annular region , adjacent said rim; (ii) in inner, circular region , at the centre of said dome; and (iii) a middle, annular region , between said outer and inner regions; (c) a plurality of spaced apart geometrical configurations in the form of closed polygonal or circular formations located on said middle annular region of the dome;
An encapsulated sensor device for monitoring a fluid flow in a fluid path , comprising a sensor body which is arranged to be placed within a flow channel and which has a longitudinal extension, an energy storage unit , a sensor unit having at least one sensor for detecting a physical variable, wherein the sensor body is of a streamlined design, and wherein the sensor body supports a deformable holding unit which is operable in an expanded state and a contracted state to fix the sensor device in the flow channel , characterized by at least one communication module for wireless communication, and in that the holding unit has at least one holding element (58, 60, 62, 64; 158, 160, 162; 258, 260, 262) made of a shape memory alloy. a sensor body which is arranged to be placed within a flow channel and which has a longitudinal extension, an energy storage unit , a sensor unit having at least one sensor for detecting a physical variable, wherein the sensor body is of a streamlined design, and wherein the sensor body supports a deformable holding unit which is operable in an expanded state and a contracted state to fix the sensor device in the flow channel , characterized by at least one communication module for wireless communication, and in that the holding unit has at least one holding element (58, 60, 62, 64; 158, 160, 162; 258, 260, 262) made of a shape memory alloy.
Method for operating a combined casting and rolling installation, wherein molten steel is cast in a continuous casting machine to form an endless strand with a slab cross section, preferably a thin slab cross section, the strand is rough-rolled in a rough rolling train to form a roughed strip, the roughed strip is finish-rolled in a finishing rolling train to form a finished strip, and the finished strip is discharged in the form of a plate or coil after being cooled down, wherein the two broad sides of the strand are coated with a coating material either in the continuous casting machine or after leaving the continuous casting machine , characterized in that : during the coating, the strand has a surface temperature T Surf of 1150°C > T Surf > 900°C and the coating material impedes the diffusion of oxygen (O 2 ) into the strand or reduces the reactivity of the hot broad sides, and the coated strand enters the rough rolling train without being descaled. wherein molten steel is cast in a continuous casting machine to form an endless strand with a slab cross section, preferably a thin slab cross section, the strand is rough-rolled in a rough rolling train to form a roughed strip, the roughed strip is finish-rolled in a finishing rolling train to form a finished strip, and the finished strip is discharged in the form of a plate or coil after being cooled down, wherein the two broad sides of the strand are coated with a coating material either in the continuous casting machine or after leaving the continuous casting machine , characterized in that : during the coating, the strand has a surface temperature T Surf of 1150°C > T Surf > 900°C and the coating material impedes the diffusion of oxygen (O 2 ) into the strand or reduces the reactivity of the hot broad sides, and the coated strand enters the rough rolling train without being descaled.
Furniture having a frame and at least one hinged column , wherein the frame comprises a bearing provided for supporting the hinged column in a rotatable manner about an axis (A), a fixation provided for accommodating and fixing the hinged column , wherein the frame is designed such that the fixing can be induced by clamping and that the clamping can be induced by operating a lever , wherein the frame further comprises a secure element configured to secure the column in a defined position by engaging into a secure hole of the column by means of a form-fit, wherein the secure element is configured to be brought into a positon securing the column by the lever , wherein the hinged column comprises at least one round hole for supporting the column around the axis (A) in a rotatable manner by means of the bearing of the frame , at least one U-shaped recess for accommodating and fixing the column by means of the fixation of the frame , and a secure hole for being secured by the secure element in a form-fit manner. a bearing provided for supporting the hinged column in a rotatable manner about an axis (A), a fixation provided for accommodating and fixing the hinged column , wherein
Method for a hob (10a-c), in particular for producing and/or for operating the hob (10a-c), which has at least one operator interface (12a-c) and which, in at least one operating state in which, for heating an item of cookware (14a-c) with at least one present type of heating, only one heating power of a maximum of a heating power limit value is available which is smaller than a heating power that can be selected for the present type of heating in at least one further operating state, prevents the heating power limit value from being exceeded, characterised in that the exceeding of the heating power limit value is prevented by adapting the operator interface (12a-c) as a function of the present type of heating.
A slice service verification method, comprising: receiving, by a slice service verification function entity, a first message sent by a terminal device, wherein the first message carries an identifier of a first network slice and a first message authentication code, and the first message authentication code is calculated based on a first network identifier; verifying, by the slice service verification function entity, the first message authentication code based on a second network identifier; and sending, by the slice service verification function entity, the second network identifier to an authentication server when the verification succeeds. receiving, by a slice service verification function entity, a first message sent by a terminal device, wherein the first message carries an identifier of a first network slice and a first message authentication code, and the first message authentication code is calculated based on a first network identifier; verifying, by the slice service verification function entity, the first message authentication code based on a second network identifier; and sending, by the slice service verification function entity, the second network identifier to an authentication server when the verification succeeds.
A system for sharing digital content, the system comprising: one or more computer digital content servers ; a first computing device in communication with the one or more computer digital content servers via a communication network ; and a second computing device in communication with the first computing device and/or the one or more computer digital content servers via the communication network, the second computing device remote from the first computing device, wherein the one or more computer digital content servers are configured to provide access of shareable digital content to the first computing device , wherein the shareable digital content is augmented reality content bound to a halo that moves and remains centered on the first computing device when the first computing device moves, wherein the first computing device, the second computing device, and/or the one or more computer digital content servers are configured to instantiate a tethering object associated with the shareable digital content, the tethering object including a first endpoint at the first computing device and a second endpoint at the second computing device, and wherein the second computing device is configured to receive the augmented reality content, via the tethering object, at the second endpoint only if a virtual location of the second computing device is within the halo . one or more computer digital content servers ; a first computing device in communication with the one or more computer digital content servers via a communication network ; and a second computing device in communication with the first computing device and/or the one or more computer digital content servers via the communication network, the second computing device remote from the first computing device, wherein the one or more computer digital content servers are configured to provide access of shareable digital content to the first computing device , wherein the shareable digital content is augmented reality content bound to a halo that moves and remains centered on the first computing device when the first computing device moves, wherein the first computing device, the second computing device, and/or the one or more computer digital content servers are configured to instantiate a tethering object associated with the shareable digital content, the tethering object including a first endpoint at the first computing device and a second endpoint at the second computing device, and wherein the second computing device is configured to receive the augmented reality content, via the tethering object, at the second endpoint only if a virtual location of the second computing device is within the halo .