mhurhangee/patent-ind-claim-en huggingface dataset:
A method for remote subscriber identification module, SIM, profile provisioning of a telematics control arrangement comprisable in a wireless device, the method comprising: - establishing (S30) a wireless connection with one or more SIM profile management arrangements; - providing a request to the one or more SIM profile management arrangements to obtain a new set of SIM profiles from at least one of the one or more SIM profile management arrangements; - retrieving, from modems in the telematics control arrangement, location information for the request; and - obtaining (S31) a plurality of SIM profiles from at least one of the one or more SIM profile management arrangements, wherein the plurality of SIM profiles are appropriate for all modems or for a particular modem of the telematics control arrangement and are selected based on the location information retrieved for the telematics control arrangement, and based on capabilities of wireless communication resources accessible to the telematics control arrangement, and wherein the capabilities of wireless communication resources comprise modem capabilities, wherein each SIM profile comprises personalized SIM information for communication in at least one wireless communication network of a respective service provider. - establishing (S30) a wireless connection with one or more SIM profile management arrangements; - providing a request to the one or more SIM profile management arrangements to obtain a new set of SIM profiles from at least one of the one or more SIM profile management arrangements; - retrieving, from modems in the telematics control arrangement, location information for the request; and - obtaining (S31) a plurality of SIM profiles from at least one of the one or more SIM profile management arrangements, wherein the plurality of SIM profiles are appropriate for all modems or for a particular modem of the telematics control arrangement and are selected based on the location information retrieved for the telematics control arrangement, and based on capabilities of wireless communication resources accessible to the telematics control arrangement, and wherein the capabilities of wireless communication resources comprise modem capabilities,
Use of a copolymer having polyamide PA blocks and polyether PE blocks (PEBA) in a process of direct adhesion between two thermoplastic elastomer (TPE) materials for increasing the peel strength between these materials, characterized in that the PEBA is a copolymer having polyamide PA blocks and polyether PE blocks, in which PA is of X.Y type: X, the number of carbons of the diamine, is within the range from 6 to 14, and Y, the number of carbons of the diacid, is within the range from 6 to 18.
A tire mold comprising: a mold surface that vulcanizes and molds a tire ; and a blade that vulcanizes and molds a sipe in the tire , the blade being formed on the mold surface, wherein: the blade includes a concave-convex surface in which a plurality of convex portions formed adjacent to each other and a plurality of concave portions formed between the convex portions adjacent to each other are formed; a length of the concave portion is smaller than a length of the convex portion in a concave-convex surface view; the concave portion is formed in a shape having a sharp distal end in a depth direction of the concave portion ; a first layer extended from one end to another end in a predetermined direction of the blade is formed on a side surface of the blade ; and multiple first layers are formed adjacent to each other in a direction orthogonal to the predetermined direction at an interval of 0.1 mm to 0.5 mm. a mold surface that vulcanizes and molds a tire ; and a blade that vulcanizes and molds a sipe in the tire , the blade being formed on the mold surface, wherein: the blade includes a concave-convex surface in which a plurality of convex portions formed adjacent to each other and a plurality of concave portions formed between the convex portions adjacent to each other are formed; a length of the concave portion is smaller than a length of the convex portion in a concave-convex surface view; the concave portion is formed in a shape having a sharp distal end in a depth direction of the concave portion ; a first layer extended from one end to another end in a predetermined direction of the blade is formed on a side surface of the blade ; and multiple first layers are formed adjacent to each other in a direction orthogonal to the predetermined direction at an interval of 0.1 mm to 0.5 mm. the blade includes a concave-convex surface in which a plurality of convex portions formed adjacent to each other and a plurality of concave portions formed between the convex portions adjacent to each other are formed; a length of the concave portion is smaller than a length of the convex portion in a concave-convex surface view; the concave portion is formed in a shape having a sharp distal end in a depth direction of the concave portion ; a first layer extended from one end to another end in a predetermined direction of the blade is formed on a side surface of the blade ; and multiple first layers are formed adjacent to each other in a direction orthogonal to the predetermined direction at an interval of 0.1 mm to 0.5 mm.
An optical module having a housing that defines a port that is engaged with an end portion of a fiber optic connector with a heat shield fixedly or removably coupled to the end portion of the fiber optic connector , the optical module further includes a latch mechanism , the heat shield device comprising: an isolating clip structure with a retention portion one of fixedly and removably coupled to the end portion of the fiber optic connector and a protection portion adapted to be one of fixedly and removably disposed about an exposed end portion of the housing of the optical module ; wherein the isolating clip structure defines a protective envelope about the port between the fiber optic connector and the optical module and the exposed end portion of the optical module such that a protruding portion of the housing is surrounded on more than one of an exposed top surface, an exposed bottom surface, and an exposed side surface of the optical module wherein the latch mechanism is actuated through the heat shield . an isolating clip structure with a retention portion one of fixedly and removably coupled to the end portion of the fiber optic connector and a protection portion adapted to be one of fixedly and removably disposed about an exposed end portion of the housing of the optical module ; wherein the isolating clip structure defines a protective envelope about the port between the fiber optic connector and the optical module and the exposed end portion of the optical module such that a protruding portion of the housing is surrounded on more than one of an exposed top surface, an exposed bottom surface, and an exposed side surface of the optical module wherein the latch mechanism is actuated through the heat shield .
A method of transmitting data via a network , the method comprising: - receiving at a server a request by a first receiver for unicast transmission of the data; - responding by the server to the request by i) formatting the data in accordance with a transport protocol that allows for reliable data delivery, to obtain formatted data and ii) providing the formatted data to the network, the formatted data comprising a destination address field; characterized in that the network is a programmable network comprising one or more forwarding nodes that are remotely controllable by a controller , the method further comprising: - controlling by the controller the one or more forwarding nodes to effect a multicasting of the formatted data by the one or more forwarding nodes by: j) replicating by the one or more forwarding nodes the formatted data to obtain replicated formatted data in accordance with the transport protocol that allows for reliable data delivery, and jj) setting by the one or more forwarding nodes the destination address field of the replicated formatted data to an address originating from a further request by a second receiver for the unicast transmission of the data. - receiving at a server a request by a first receiver for unicast transmission of the data; - responding by the server to the request by i) formatting the data in accordance with a transport protocol that allows for reliable data delivery, to obtain formatted data and ii) providing the formatted data to the network, the formatted data comprising a destination address field; - controlling by the controller the one or more forwarding nodes to effect a multicasting of the formatted data by the one or more forwarding nodes by: j) replicating by the one or more forwarding nodes the formatted data to obtain replicated formatted data in accordance with the transport protocol that allows for reliable data delivery, and jj) setting by the one or more forwarding nodes the destination address field of the replicated formatted data to an address originating from a further request by a second receiver for the unicast transmission of the data. j) replicating by the one or more forwarding nodes the formatted data to obtain replicated formatted data in accordance with the transport protocol that allows for reliable data delivery, and jj) setting by the one or more forwarding nodes the destination address field of the replicated formatted data to an address originating from a further request by a second receiver for the unicast transmission of the data.
A method for manufacturing a steel plate by performing a hot rolling step, a hot correction step, and an accelerated cooling step in this order, the method further comprising: a descaling step in which jetting of descaling water is performed two or more times between the hot correction step and the accelerated cooling step, wherein, in the descaling step, energy density of the descaling water that is jetted to a surface of the steel plate is greater than or equal to 0.07 J/mm 2 in total for the jetting performed two or more times, final-descaling water is jetted after 0.5 s or more after jetting just-before-final-descaling water, and a surface temperature of the steel plate just before the final-descaling water is jetted is lower than or equal to a Ar 3 transformation point. a descaling step in which jetting of descaling water is performed two or more times between the hot correction step and the accelerated cooling step, wherein, in the descaling step, energy density of the descaling water that is jetted to a surface of the steel plate is greater than or equal to 0.07 J/mm 2 in total for the jetting performed two or more times, final-descaling water is jetted after 0.5 s or more after jetting just-before-final-descaling water, and a surface temperature of the steel plate just before the final-descaling water is jetted is lower than or equal to a Ar 3 transformation point.
Device for supporting and movably guiding a chair , the device having a housing and a guide slot provided within the housing, the device having a carriage which is displaceable in the guide slot and supports a chair holder of the chair , the carriage being movable along the guide slot , the housing being designed as a support bracket which can be supported on the bottom of a building and the guide slot having a guide rail formed on a housing , on which guide rail the carriage having a chair leg holder is displaceable, characterised in that the device comprises adjustable feet and is displaceable by means of the adjustable feet into a tilted position for an automatic return of an installed chair into a resting position.
Installation for surface treating workpieces , which are vehicle bodies, comprising a conveying apparatus for conveying the workpieces , which are each accommodated on a workpiece support of the conveying apparatus , through a treatment region for surface treating the workpieces , wherein the conveying apparatus introduces the workpieces into the treatment region and removes them from the treatment region , wherein the conveying apparatus comprises at least one lifting unit for raising and lowering the workpiece , wherein the lifting unit is moveable along a translation direction of the conveying apparatus , wherein the workpiece support is coupleable to the lifting unit and is releasable from the lifting unit and is able to be brought into a working position of the workpiece support relative to the lifting unit , and wherein the lifting unit comprises - a first coupling apparatus for coupling the workpiece support , on which the workpiece to be treated is able to be accommodated, to the lifting unit and - a second coupling apparatus for fixing the angular position of the workpiece support relative to the lifting unit in a working position of the workpiece support , characterized in that the installation comprises at least one treatment basin with a treatment bath of a treatment liquid arranged therein and in that the workpiece support is provided with a first coupling device for cooperating with the first coupling apparatus of the lifting unit and with a second coupling device for cooperating with the second coupling apparatus of the lifting unit . - a first coupling apparatus for coupling the workpiece support , on which the workpiece to be treated is able to be accommodated, to the lifting unit and - a second coupling apparatus for fixing the angular position of the workpiece support relative to the lifting unit in a working position of the workpiece support ,
A method of blocking one or more app(s) and/or feature(s) on a smart device , wherein the smart device comprises a GPS receiver and one or more wireless receiver devices; the method comprising, on the smart device: detecting, by a control app running on the smart device, movement of the smart device into or out of a predetermined region based on data received by the GPS receiver and/or one or more of the wireless receiver devices; and blocking one or more app(s) and/or feature(s) on the smart device when the smart device is within the predetermined region; wherein the smart device is configured to communicate with a server ; and the method characterised by : the smart device sending to the server a set of current smart device parameters that are currently applied on or detected by the smart device; wherein the set of parameters comprises: some or all current app permissions for the control app, the current activation state of one or more wireless receiver devices of the smart device, and the current state of a manual override switch of the control app in the smart device. detecting, by a control app running on the smart device, movement of the smart device into or out of a predetermined region based on data received by the GPS receiver and/or one or more of the wireless receiver devices; and blocking one or more app(s) and/or feature(s) on the smart device when the smart device is within the predetermined region; wherein the smart device is configured to communicate with a server ; and the method characterised by : the smart device sending to the server a set of current smart device parameters that are currently applied on or detected by the smart device; wherein the set of parameters comprises: some or all current app permissions for the control app, the current activation state of one or more wireless receiver devices of the smart device, and the current state of a manual override switch of the control app in the smart device. the smart device sending to the server a set of current smart device parameters that are currently applied on or detected by the smart device; wherein the set of parameters comprises: some or all current app permissions for the control app, the current activation state of one or more wireless receiver devices of the smart device, and the current state of a manual override switch of the control app in the smart device.
Wind turbine having a shrouded wind turbine which has an annular shroud that defines a longitudinal axis and is at least approximately rotationally symmetric with respect to the longitudinal axis , the radially inner top side of this shroud bounding a flow duct for the wind, the wind turbine also having arranged in the flow duct a propeller upon which the wind is incident, which is rotatable about the longitudinal axis and which serves for driving an electrical generator , with a support defining a support longitudinal direction and with a shroud mounting element arranged on the support , wherein the shroud of the shrouded wind turbine can be mounted on the shroud mounting element in various pivoting positions around a pivot axis running transversely to the support longitudinal direction , wherein the pivot axis runs at least approximately at right angles to the support longitudinal direction , the shroud is arranged pivotably on the shroud mounting element , characterized in that the shroud mounting element is at least approximately in the shape of a circular ring and surrounds the shroud of the shrouded wind turbine with a gap, and in that on the shroud mounting element , on the side facing away from the support , there is arranged a support extension that bears a further shroud mounting element having arranged on it a further shrouded wind turbine .
Method for controlling an operating frequency (f) of a first energy source (EQ) in an AC voltage network (N), a second energy source (KQ1, KQ2) supplying the AC voltage network (N) being controlled on the basis of the operating frequency (f) distributed across the AC voltage network (N), a) an operating parameter (X) of the first energy source (EQ) being recorded, b) an environmental parameter (PAR), relating to an external influence on the first energy source (EQ) of the first energy source (EQ) being recorded, c) a variable desired operating parameter (X MPP ) being determined for the first energy source (EQ) on the basis of the recorded environmental parameter (PAR), and d) the operating frequency (f) being controlled on the basis of the recorded operating parameter (X) and the determined desired operating parameter (X MPP ) in such a manner that a deviation of the operating frequency (f) from a predefined frequency (f MPP ) is coupled to a deviation of the recorded operating parameter (X) from the determined desired operating parameter (X MPP ). a) an operating parameter (X) of the first energy source (EQ) being recorded, b) an environmental parameter (PAR), relating to an external influence on the first energy source (EQ) of the first energy source (EQ) being recorded, c) a variable desired operating parameter (X MPP ) being determined for the first energy source (EQ) on the basis of the recorded environmental parameter (PAR), and d) the operating frequency (f) being controlled on the basis of the recorded operating parameter (X) and the determined desired operating parameter (X MPP ) in such a manner that a deviation of the operating frequency (f) from a predefined frequency (f MPP ) is coupled to a deviation of the recorded operating parameter (X) from the determined desired operating parameter (X MPP ).
A single-cable drum-type conveying installation , comprising a cable drum driven by a winch drive , comprising a cable monitoring device, a conveying means suspended freely from a conveying cable and an intermediate harness adapted to connect the conveying cable to the conveying means , characterized in that - the cable-monitoring device has a load-measuring pin as part of the intermediate harness and a transmission path for transmitting measurement signals received from the load-measuring pin to an evaluation device, - the evaluation device for evaluating the measurement signals of the load-measuring pin is adapted in such a manner that a malfunction is detected when a signal jump of the measurement signal occurs, - a cable eye of the conveying cable is attached to the intermediate harness via the load-measuring pin , - a safety pin which penetrates a passage in the intermediate harness and in the cable eye is additionally arranged between the cable eye and the intermediate harness , - and the passage in the cable eye and/or the passage in the intermediate harness surrounds the safety pin to form an annular gap . - the cable-monitoring device has a load-measuring pin as part of the intermediate harness and a transmission path for transmitting measurement signals received from the load-measuring pin to an evaluation device, - the evaluation device for evaluating the measurement signals of the load-measuring pin is adapted in such a manner that a malfunction is detected when a signal jump of the measurement signal occurs, - a cable eye of the conveying cable is attached to the intermediate harness via the load-measuring pin , - a safety pin which penetrates a passage in the intermediate harness and in the cable eye is additionally arranged between the cable eye and the intermediate harness , - and the passage in the cable eye and/or the passage in the intermediate harness surrounds the safety pin to form an annular gap .
Device for connecting a first and a second concrete wall element which are distant from each other and which are intended to form part of the same safety barrier for a road traffic lane, said safety barrier being intended to extend along said lane in a longitudinal direction (D), said connecting device comprising at least one first connecting element intended to be secured to the first wall element , a second connecting element intended to be secured to the second wall element and a first connector designed for attaching together said first and second connecting elements , said connecting device also comprising an adaptation means of the position of the first connector in relation to the second connecting element in said longitudinal direction (D), said adaptation means allowing a plurality of possible relative positions of the first connector and the second connecting element in said longitudinal direction (D), said first connector being provided with a locking means designed to immobilise, at least in said longitudinal direction (D), said first connector and second connecting element in each of said possible relative positions, characterised in that said connecting device further comprises a cap intended to at least partially cover both said first and second wall elements , so as to extend straddling them in order to provide continuity between them, said connecting device also comprising attaching means for attaching said cap to both the first and the second wall element .
A sliding bearing comprising: an upper casing , a lower casing , and a sliding bearing piece disposed between said upper casing and said lower casing , characterized in that , said lower casing includes: a lower casing base portion ; an annular protruding portion which protrudes upwardly from an upper surface of the lower casing base portion ; and at least one projecting portion which projects radially from the lower casing base portion , wherein said sliding bearing piece includes: a first sliding bearing piece portion ; a second sliding bearing piece portion which is suspended from the first sliding bearing piece portion ; and a corrugated meshing portion which is formed on a lower portion of the second sliding bearing piece portion , said sliding bearing piece being disposed between said upper casing and said lower casing such that the corrugated meshing portion is meshed with the projecting portion of said lower casing , said lower casing being slidably superposed on said upper casing through the first and second sliding bearing piece portions .