mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing a secure element (SE) comprising a first operating system (OS1) and a software application (AP1) including an executable part (EX-AP1), said executable part (EX-AP1) being tied to said first operating system (OS1) through a plurality of links, each link of said plurality of links is an access from the executable part (EX-AP1) to data located in said first operating system (OS1) and in that said method comprises the steps: - on receipt of an un-map command, recording in a memory area (MR) of the secure element (SE) a description (DT) of said links using an intermediate language, - replacing the first operating system (OS1) by a second operating system (OS2) by keeping said memory area (MR) unchanged, - on receipt of a re-map command by the secure element (SE), restoring a new set of links between said executable part (EX-AP1) and said second operating system (OS2) by updating the executable part (EX-AP1) using the description (DT). - on receipt of an un-map command, recording in a memory area (MR) of the secure element (SE) a description (DT) of said links using an intermediate language, - replacing the first operating system (OS1) by a second operating system (OS2) by keeping said memory area (MR) unchanged, - on receipt of a re-map command by the secure element (SE), restoring a new set of links between said executable part (EX-AP1) and said second operating system (OS2) by updating the executable part (EX-AP1) using the description (DT).
A composition comprising: valbenazine, or a pharmaceutically acceptable salt thereof; silicified microcrystalline cellulose; isomalt; hydroxypropyl methylcellulose; partially pregelatinized maize starch; and magnesium stearate. valbenazine, or a pharmaceutically acceptable salt thereof; silicified microcrystalline cellulose; isomalt; hydroxypropyl methylcellulose; partially pregelatinized maize starch; and magnesium stearate.
A safety system for an underground refuse collecting apparatus , said safety system comprising a safety platform and a lifting device for moving the safety platform between different positions, wherein the lifting device comprises a number of elastic strands , preferably two or more elastic strands , each elastic strand being connected to the safety platform , characterized in that the safety system further comprises at least one spring-loaded locking device for holding the safety platform in a defined position, said spring-loaded locking device )60) being mounted to the safety platform .
A road vehicle for transporting goods comprising: - a chassis , - at least one axle mounted on the chassis and supporting wheels, - at least two pneumatic suspensions supporting said axle and each comprising a suspension bag , - a pneumatic system comprising at least one gas storage tank and means (36, 44; 80) for automatically regulating the filling of the suspension bags with said gas and the emptying of said suspension bags, and - a manual actuation control means (48; 68; 82) for actuating the pneumatic system, characterised in that the vehicle further comprises: - a tail lift movable between a stowed position and an extended position, - at least one detection means for detecting the stowed position and/or the extended position of the tail lift, and - inhibition means (51; 51, 72; 44; 51, 92) for rendering the manual actuation of the control means (48; 68; 82) inoperative, in the presence of a signal from the detection means representative of the extended position of the tail lift, to prevent at least the emptying of the suspension bags. - a chassis , - at least one axle mounted on the chassis and supporting wheels, - at least two pneumatic suspensions supporting said axle and each comprising a suspension bag , - a pneumatic system comprising at least one gas storage tank and means (36, 44; 80) for automatically regulating the filling of the suspension bags with said gas and the emptying of said suspension bags, and - a manual actuation control means (48; 68; 82) for actuating the pneumatic system, characterised in that the vehicle further comprises: - a tail lift movable between a stowed position and an extended position, - at least one detection means for detecting the stowed position and/or the extended position of the tail lift, and - inhibition means (51; 51, 72; 44; 51, 92) for rendering the manual actuation of the control means (48; 68; 82) inoperative, in the presence of a signal from the detection means representative of the extended position of the tail lift, to prevent at least the emptying of the suspension bags.
A winding device provided with an inlet for drawing a winding target member and configured to wind the winding target member, the winding device comprising: a drum having flanges at both end portions of a body in an axial direction of the body and provided rotatably about an axis of the body; a drive source configured to rotate the drum; a first guide portion configured to draw the winding target member along a first axis arranged substantially perpendicularly to the axis of the body in a skew relationship; a swing member provided swingably about the first axis; and a second guide portion attached to a tip end of the swing member to guide the winding target member from the first guide portion to the drum, wherein the second guide portion is attached to the swing member such that a winding-portion winding target member to be wound around the drum from the second guide portion is substantially parallel with the first axis, and the winding target member is wound around the drum through the first guide portion and the second guide portion; wherein the second guide portion includes a second pulley supported on the swing member; wherein the first guide portion includes a first pulley supported on the swing member; the winding device being characterized in that the first guide portion has the first pulley on the opposite side of the first axis from the second guide portion, the winding target member is wound a half or more of a circumference of the first pulley, and a rotation axis of the first pulley is inclined with respect to the axis of the body. a drum having flanges at both end portions of a body in an axial direction of the body and provided rotatably about an axis of the body; a drive source configured to rotate the drum; a first guide portion configured to draw the winding target member along a first axis arranged substantially perpendicularly to the axis of the body in a skew relationship; a swing member provided swingably about the first axis; and a second guide portion attached to a tip end of the swing member to guide the winding target member from the first guide portion to the drum, wherein the second guide portion is attached to the swing member such that a winding-portion winding target member to be wound around the drum from the second guide portion is substantially parallel with the first axis, and the winding target member is wound around the drum through the first guide portion and the second guide portion; wherein the second guide portion includes a second pulley supported on the swing member; wherein the first guide portion includes a first pulley supported on the swing member; the winding device being characterized in that the first guide portion has the first pulley on the opposite side of the first axis from the second guide portion, the winding target member is wound a half or more of a circumference of the first pulley, and a rotation axis of the first pulley is inclined with respect to the axis of the body.
A battery management unit comprising: a microprocessor configured to analyze a signal received through a communication line , and execute a control algorithm including charge and discharge of a secondary battery based on the analyzed content of the signal, wherein the microprocessor is configured to determine whether an error is in the signal received through the communication line , and when the microprocessor detects an error in the received signal, the microprocessor is configured to execute an infinite loop algorithm which does not stop until the microprocessor is reset and to prevent the execution of an erroneous control algorithm, wherein the microprocessor is configured to determine whether an error occurred based on a pattern of the analyzed signal content, characterized in that the microprocessor is configured to determine that an error occurred in the signal if the analyzed content of the signal contains 'secondary battery discharge start' when the secondary battery is fully discharged, and to determine that an error occurred in the signal if the microprocessor received two consecutive signals containing 'secondary battery charge start'; wherein the microprocessor is further configured to transmit data associated with a state of the secondary battery for which it takes responsibility through the communication line . a microprocessor configured to analyze a signal received through a communication line , and execute a control algorithm including charge and discharge of a secondary battery based on the analyzed content of the signal, wherein the microprocessor is configured to determine whether an error is in the signal received through the communication line , and when the microprocessor detects an error in the received signal, the microprocessor is configured to execute an infinite loop algorithm which does not stop until the microprocessor is reset and to prevent the execution of an erroneous control algorithm, wherein the microprocessor is configured to determine whether an error occurred based on a pattern of the analyzed signal content, characterized in that the microprocessor is configured to determine that an error occurred in the signal if the analyzed content of the signal contains 'secondary battery discharge start' when the secondary battery is fully discharged, and to determine that an error occurred in the signal if the microprocessor received two consecutive signals containing 'secondary battery charge start'; wherein the microprocessor is further configured to transmit data associated with a state of the secondary battery for which it takes responsibility through the communication line .
Method for the surface treatment of vehicle bodies or of parts thereof, wherein the vehicle body (14; 66) or a part thereof is provided with a functional pattern by means of a coating procedure, and the vehicle body (14; 66) or a part thereof is provided with the functional pattern in the context of a painting process, in the case of which the vehicle body (14; 66) or a part thereof is provided with a coating in a coating chamber in one or more steps by means of paint application apparatuses that are movably guided by painting robots (24; 28), and the vehicle body (14; 66) or a part thereof is provided with the functional pattern with the aid of a pattern application device that is movably guided by a robot (24; 28), characterized in that the functional pattern is a technical pattern, in the form of a sensor for detecting properties of surroundings in the form of a light sensor, gas sensor, distance sensor, tactile sensor, or in the form of a solar cell or light-emitting diode (LED) or organic light-emitting diode (OLED) or an electrical or electronic circuit or an electrical conductor track or an RFID transponder.
A method of controlling of defrosting of a refrigeration apparatus , the method comprising: detecting a flow rate of air through an item of the refrigeration apparatus that is susceptible to frosting; initiating a defrost process in response to the detected air flow through the item being less than a start threshold flow rate; during the defrost process, detecting a flow rate of air through the item that is susceptible to frosting and detecting a fill level of a vaporisation tank storing liquid water resulting from the defrost process; and stopping the defrost process in response to either: (i) the detected fill level reaching a predetermined threshold fill level; or (ii) the detected air flow rate being greater than an end threshold flow rate; wherein the start threshold flow rate is lowered in response to the detected fill level reaching the predetermined threshold fill level. detecting a flow rate of air through an item of the refrigeration apparatus that is susceptible to frosting; initiating a defrost process in response to the detected air flow through the item being less than a start threshold flow rate; during the defrost process, detecting a flow rate of air through the item that is susceptible to frosting and detecting a fill level of a vaporisation tank storing liquid water resulting from the defrost process; and stopping the defrost process in response to either: (i) the detected fill level reaching a predetermined threshold fill level; or (ii) the detected air flow rate being greater than an end threshold flow rate; (i) the detected fill level reaching a predetermined threshold fill level; or (ii) the detected air flow rate being greater than an end threshold flow rate; wherein the start threshold flow rate is lowered in response to the detected fill level reaching the predetermined threshold fill level.
A nosecone (64; 200) configured for use with an inlet case (66; 250) having second threading (115; 253) of a gas turbine engine having an axis (A-A'), comprising: a cone portion (100; 201), characterised by the cone portion (100; 201) having first threading (102; 202) configured to mate with the second threading (115; 253) to couple the cone portion (100; 201) to the inlet case (66; 250); and a lock (104; 204) having: an annular ring (106; 206) configured to be positioned about the first threading (102; 202), and a tab (108; 208) extending radially from the annular ring (106; 206), and having a ramped circumferential end (110; 211) and an angled circumferential end (112; 213) such that the ramped circumferential end (110; 211) passes over a detent (114; 252) of the inlet case (66; 250) in response to the cone portion (100; 201) being fastened to the inlet case (66; 250) and the angled circumferential end (112; 213) engages with the detent (114; 252) to resist unfastening of the cone portion (100; 201) from the inlet case (66; 250). a cone portion (100; 201), characterised by the cone portion (100; 201) having first threading (102; 202) configured to mate with the second threading (115; 253) to couple the cone portion (100; 201) to the inlet case (66; 250); and a lock (104; 204) having: an annular ring (106; 206) configured to be positioned about the first threading (102; 202), and a tab (108; 208) extending radially from the annular ring (106; 206), and having a ramped circumferential end (110; 211) and an angled circumferential end (112; 213) such that the ramped circumferential end (110; 211) passes over a detent (114; 252) of the inlet case (66; 250) in response to the cone portion (100; 201) being fastened to the inlet case (66; 250) and the angled circumferential end (112; 213) engages with the detent (114; 252) to resist unfastening of the cone portion (100; 201) from the inlet case (66; 250). an annular ring (106; 206) configured to be positioned about the first threading (102; 202), and a tab (108; 208) extending radially from the annular ring (106; 206), and having a ramped circumferential end (110; 211) and an angled circumferential end (112; 213) such that the ramped circumferential end (110; 211) passes over a detent (114; 252) of the inlet case (66; 250) in response to the cone portion (100; 201) being fastened to the inlet case (66; 250) and the angled circumferential end (112; 213) engages with the detent (114; 252) to resist unfastening of the cone portion (100; 201) from the inlet case (66; 250).
A method performed by a user equipment, the method comprising: determining a failure of a listen-before-talk procedure for transmission of a transport block on a configured uplink grant at a first transmission opportunity associated with a hybrid automatic repeat request process; in response to determining the failure of the listen-before-talk procedure, not transmitting the transport block on the configured uplink grant at the first transmission opportunity corresponding to the listen-before-talk procedure; and autonomously triggering transmission of the transport block in a second transmission opportunity using the hybrid automatic repeat request process, wherein autonomously triggering the transmission comprises triggering the transmission without receiving network signaling for the transmission, the second transmission opportunity occurs after the first transmission opportunity, and wherein autonomously triggering the transmission of the transport block in the second transmission opportunity occurs in response to determining that the hybrid automatic repeat request process is pending and determining that the first transmission opportunity for the hybrid automatic repeat request process is the configured uplink grant. determining a failure of a listen-before-talk procedure for transmission of a transport block on a configured uplink grant at a first transmission opportunity associated with a hybrid automatic repeat request process; in response to determining the failure of the listen-before-talk procedure, not transmitting the transport block on the configured uplink grant at the first transmission opportunity corresponding to the listen-before-talk procedure; and autonomously triggering transmission of the transport block in a second transmission opportunity using the hybrid automatic repeat request process, wherein autonomously triggering the transmission comprises triggering the transmission without receiving network signaling for the transmission, the second transmission opportunity occurs after the first transmission opportunity, and wherein autonomously triggering the transmission of the transport block in the second transmission opportunity occurs in response to determining that the hybrid automatic repeat request process is pending and determining that the first transmission opportunity for the hybrid automatic repeat request process is the configured uplink grant.
A pharmaceutical gel composition for intra-intestinal administration, comprising a dopamine replacement agent, a dopamine decarboxylase inhibitor (DDI), and a catechol-O-methyltransferase (COMT) inhibitor; wherein the dopamine replacement agent is levodopa, the dopamine decarboxylase inhibitor (DDI) is carbidopa and the catechol-O-methyltransferase (COMT) inhibitor is entacapone; and wherein the composition comprises at least about 10 mg/ml of levodopa, at least about 2.5 mg/ml of the dopamine decarboxylase inhibitor, and at least about 10 mg/ml of the COMT inhibitor.
A processing machine for planing an end surface of a pipe with a clamping device for the pipe to be processed, with a tool holder with a planing tool , whereby the tool holder is driven by a motor and can rotate about an axis of rotation , and whereby the clamping device and the tool holder can be moved onto each other, driven by a motor, in a direction parallel to the axis of rotation of the tool holder, characterized in that the processing machine comprises a cooling device that is arranged in such a manner that it cools the pipe to be processed and/or the planing tool with the aid of dry ice snow during the operation of the device and wherein the cooling device comprises at least one nozzle for the carbon dioxide, whereby the nozzle has an expansion chamber that is arranged in such a manner that liquid carbon dioxide can expand in the expansion chamber in such a manner that dry ice snow is produced and wherein the cooling device comprises a device for producing compressed air that is connected via a line to the nozzle , whereby the end of the line is arranged in the nozzle in such a manner that the dry ice snow produced in the expansion chamber can be charged out of the nozzle with the aid of compressed air.
A smoking article having a proximal end and a distal end, comprising: a combustible heat source positioned at the distal end of the smoking article; an aerosol-forming substrate downstream of the combustible heat source; a mouthpiece downstream of the aerosol-forming substrate and positioned at the proximal end of the smoking article; characterised by further comprising a tubular element slideable from a first position towards the distal end of the smoking article to a second position, wherein, in the second position the tubular element at least partially extends over the combustible heat source, and wherein the tubular element is lined with a heat reactive material which is arranged to deform in response to heat from the combustible heat source when the tubular element is in the second position, the heat reactive material comprising an intumescent material. a combustible heat source positioned at the distal end of the smoking article; an aerosol-forming substrate downstream of the combustible heat source; a mouthpiece downstream of the aerosol-forming substrate and positioned at the proximal end of the smoking article; characterised by further comprising a tubular element slideable from a first position towards the distal end of the smoking article to a second position, wherein, in the second position the tubular element at least partially extends over the combustible heat source, and wherein the tubular element is lined with a heat reactive material which is arranged to deform in response to heat from the combustible heat source when the tubular element is in the second position, the heat reactive material comprising an intumescent material.
An optical communication interface comprising: an earbud , wherein the earbud, has an external surface and the external surface includes an interior facing side and an exterior facing side; and a first optical receiver , on the interior facing side of the earbud , having an optical input and an electrical output; wherein the electrical output is coupled to circuitry; and wherein the optical input is configured to be optically coupled to a second optical transmitter on the exterior facing side of the earbud; further comprising, a first optical transmitter , on the interior facing side of the earbud , having an electrical input and an optical output; wherein the electrical input is coupled to the circuitry; and wherein the optical output is configured to be coupled to a second optical receiver on the exterior facing side of the earbud ; further comprising a docking device , wherein the docking device comprises the second optical receiver and the second optical transmitter ; wherein the earbud and the docking device include alignment elements configured to increase a signal-to-noise ratio between at least one optical transmitter and receiver pair ; wherein the alignment elements are configured to geometrically juxtapose each optical transmitter and receiver pair. an earbud , wherein the earbud, has an external surface and the external surface includes an interior facing side and an exterior facing side; and a first optical receiver , on the interior facing side of the earbud , having an optical input and an electrical output; wherein the electrical output is coupled to circuitry; and wherein the optical input is configured to be optically coupled to a second optical transmitter on the exterior facing side of the earbud; further comprising, a first optical transmitter , on the interior facing side of the earbud , having an electrical input and an optical output; wherein the electrical input is coupled to the circuitry; and wherein the optical output is configured to be coupled to a second optical receiver on the exterior facing side of the earbud ; further comprising a docking device , wherein the docking device comprises the second optical receiver and the second optical transmitter ; wherein the earbud and the docking device include alignment elements configured to increase a signal-to-noise ratio between at least one optical transmitter and receiver pair ; wherein the alignment elements are configured to geometrically juxtapose each optical transmitter and receiver pair.