mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for preventing disruptive computer events comprising: executing a process control application on a computing device (4; 22), wherein the process control application is for intercommunicating signals between the computing device (4; 22) and an external device (2; 14) during a process having a time-noncritical phase and a time-critical phase; during the time-noncritical phase, operating the computing device (4; 22) in a plurality of operating modes including a first mode, in which system services and applications other than the process control application are allowed access to resources of the computing device (4; 22) under control of an operating system, and a second mode; making a determination that the process has entered the time-critical phase; and responsively to the determination, automatically transitioning the computing device (4; 22) from the first mode to the second mode, in which the access by the system services and by other applications to the resources of the computing device (4; 22) is limited in favor of the process control application. executing a process control application on a computing device (4; 22), wherein the process control application is for intercommunicating signals between the computing device (4; 22) and an external device (2; 14) during a process having a time-noncritical phase and a time-critical phase; during the time-noncritical phase, operating the computing device (4; 22) in a plurality of operating modes including a first mode, in which system services and applications other than the process control application are allowed access to resources of the computing device (4; 22) under control of an operating system, and a second mode; making a determination that the process has entered the time-critical phase; and responsively to the determination, automatically transitioning the computing device (4; 22) from the first mode to the second mode, in which the access by the system services and by other applications to the resources of the computing device (4; 22) is limited in favor of the process control application.
A device for mounting a toilet seat assembly to and from a toilet bowl, wherein said device comprises: - the toilet seat assembly, wherein the toilet seat assembly comprises a toilet lid and a toilet seat, - a hinge sleeve that forms an axis that connects the toilet lid and the toilet seat, - a hinge body package, - a hinge base with a pin, wherein the pin is connectable to the hinge body package, and wherein the pin comprises a pin axis that defines a vertical direction, - wherein either the hinge body package is arranged in the hinge sleeve and the hinge base is connectable to a toilet bowl, or the hinge body package is connectable to a toilet bowl and the hinge base is connected to the hinge sleeve, characterized in that the hinge body package comprises: - a claw part with flexible claws that are configured to lock the pin in a locking position and that are configured to release the pin by bending outwards from the locking position when a pulling force is acting on the pin for releasing the toilet seat assembly from the toilet bowl, - a blocking member that is configured to rotate by a defined angle each time the pin is pushed into the hinge body package, - wherein, depending on the rotational position of a blocking member, the flexible claws are either inhibited from bending outwards in which case the flexible claws remain in the locking position or allowed to bend outwards when a pulling force is acting on the pin to release the pin. - the toilet seat assembly, wherein the toilet seat assembly comprises a toilet lid and a toilet seat, - a hinge sleeve that forms an axis that connects the toilet lid and the toilet seat, - a hinge body package, - a hinge base with a pin, wherein the pin is connectable to the hinge body package, and wherein the pin comprises a pin axis that defines a vertical direction, - wherein either the hinge body package is arranged in the hinge sleeve and the hinge base is connectable to a toilet bowl, or the hinge body package is connectable to a toilet bowl and the hinge base is connected to the hinge sleeve, - a claw part with flexible claws that are configured to lock the pin in a locking position and that are configured to release the pin by bending outwards from the locking position when a pulling force is acting on the pin for releasing the toilet seat assembly from the toilet bowl, - a blocking member that is configured to rotate by a defined angle each time the pin is pushed into the hinge body package, - wherein, depending on the rotational position of a blocking member, the flexible claws are either inhibited from bending outwards in which case the flexible claws remain in the locking position or allowed to bend outwards when a pulling force is acting on the pin to release the pin.
Device holder for clamping a shank-type device under the action of gravity, comprising a carrier element, on which a clamping pincer that is pivotable in a vertical direction is arranged, said clamping pincer consisting of two pincer legs (4, 5) that are movable relative to one another, the angled carrier-side ends of which are arranged in a pivotable manner in the carrier element, wherein the pincer legs (4, 5) cross one another and wherein a receptacle for the shank-type device is formed between free ends (6, 7) of the pincer legs (4, 5), wherein the free end of the one pincer leg has a U-shaped profile course, having a first leg segment and a second leg segment extending parallel thereto, and in that the free end of the other pincer leg is arranged between the first leg segment and second leg segment, wherein the two leg segments (9, 10) of the one pincer leg and the other pincer leg lie in mutually parallel planes at a crossing point, characterized in that the second leg segment always extends beyond the crossing point in the direction of the carrier element.
Medicament comprising, as active substance, at least one compatible solute for use in the treatment of acute or chronic inflammation reactions of the respiratory tract, which are caused by substances belonging to the class of steroids or antihistamines, wherein the compatible solute is chosen from the group consisting of: ectoine, 4,5,6,7-tetrahydro-2-methyl-1H-[1,3]-diazepine-4-S-carboxylic acid (homo-ectoine), hydroxyectoine, di-myo-inositol-phosphate, cyclic 2,3-diphosphoglycerate (cDPG), 1,1-diglycerol phosphate, β-mannosylglycerate (firoin), β-mannosylglyceramide (firoin-A), di-mannosyl-di-inositol phosphate (DMIP), glucosylglycerol, taurine, betaine, citrulline, and/or salts, esters or acids of these compounds.
A method for supporting positioning of a user equipment, UE, performed by a Next Generation Radio Access Network, NG-RAN, node in a radio access network, RAN, the NG-RAN node comprising a Central Unit, CU, configured to communicate with one or more other NG-RAN nodes within the RAN and with a core network node, a Location Management Component, LMC, configured to communicate with the CU to support the positioning of the UE, and a Distributed Unit, DU, configured to communicate with the UE, wherein the LMC and the CU are physically combined, the method comprising: exchanging a first plurality of positioning messages between the LMC and the UE via the CU and DU; exchanging a second plurality of positioning messages between the LMC and the one or more other NG-RAN nodes via the CU; and exchanging a third plurality of positioning messages between the LMC and the core network node via the CU. exchanging a first plurality of positioning messages between the LMC and the UE via the CU and DU; exchanging a second plurality of positioning messages between the LMC and the one or more other NG-RAN nodes via the CU; and exchanging a third plurality of positioning messages between the LMC and the core network node via the CU.
Vehicle which can be operated with muscle force and/or pedal force, in particular an electric bicycle, comprising - an electric drive, - a control unit for actuating the electric drive, - a crank drive with a first crank and a second crank for driving the vehicle, characterized by - a first detection device for detecting a running time over a predetermined crank angle (γ), - a second detection device for detecting a force which is applied by a rider, and - a third detection device for detecting a first time in which the force applied by the rider is above a threshold value, or a second time in which the force applied by the rider is below the threshold value, - wherein the control unit is configured to calculate a quotient of the first time with respect to the running time, or a quotient of the second time with respect to the running time, or a quotient of the first time with respect to the second time and - wherein the control unit is also configured to control the electric drive as a function of the calculated quotient. - an electric drive, - a control unit for actuating the electric drive, - a crank drive with a first crank and a second crank for driving the vehicle, - a first detection device for detecting a running time over a predetermined crank angle (γ), - a second detection device for detecting a force which is applied by a rider, and - a third detection device for detecting a first time in which the force applied by the rider is above a threshold value, or a second time in which the force applied by the rider is below the threshold value, - wherein the control unit is configured to calculate a quotient of the first time with respect to the running time, or a quotient of the second time with respect to the running time, or a quotient of the first time with respect to the second time and - wherein the control unit is also configured to control the electric drive as a function of the calculated quotient.
A method performed by a transmission device in a wireless communication system, the method comprising: transmitting a plurality of data code blocks, CBs, as an initial transmission; receiving feedback information including information for indicating a number of data CBs of which decoding fails among the plurality of data CBs, from each of at least one reception device; and obtaining one or more parity CBs by applying an outer code to the data CBs based on the feedback information; and transmitting control information and the one or more parity CBs to the at least one reception device as a retransmission, wherein, the control information indicates a number of the one or more parity CBs in the retransmission, and a length of a bit field of the control information is determined based on a maximum number of parity CBs capable of being transmitted at one time. transmitting a plurality of data code blocks, CBs, as an initial transmission; receiving feedback information including information for indicating a number of data CBs of which decoding fails among the plurality of data CBs, from each of at least one reception device; and obtaining one or more parity CBs by applying an outer code to the data CBs based on the feedback information; and transmitting control information and the one or more parity CBs to the at least one reception device as a retransmission, wherein, the control information indicates a number of the one or more parity CBs in the retransmission, and a length of a bit field of the control information is determined based on a maximum number of parity CBs capable of being transmitted at one time.
System for supplying electrical power to a load, the system comprising: - a converter able to be connected at the input to a current source (14, 29) and at the output to the load, the converter being able to supply a continuous current to the load and allow the flow of current in a single direction from the current source (14, 29) to the load, - a circulation bus for the electrical current, comprising a first end and a second end, characterized in that it also comprises: - a device for injecting an additional alternating voltage at the second end of the circulation bus, the injection device being connected to said second end, and - a device for recovering the injected additional alternating voltage, the recovery device being connected between the first end of the bus and the load in order to supply the load with electrical current, wherein the recovery device comprises a filter for suppressing the continuous component of a voltage and an alternating transformer connected in series at the output from the filter. - a converter able to be connected at the input to a current source (14, 29) and at the output to the load, the converter being able to supply a continuous current to the load and allow the flow of current in a single direction from the current source (14, 29) to the load, - a circulation bus for the electrical current, comprising a first end and a second end, characterized in that it also comprises: - a device for injecting an additional alternating voltage at the second end of the circulation bus, the injection device being connected to said second end, and - a device for recovering the injected additional alternating voltage, the recovery device being connected between the first end of the bus and the load in order to supply the load with electrical current, wherein the recovery device comprises a filter for suppressing the continuous component of a voltage and an alternating transformer connected in series at the output from the filter.
An enhanced Serial Attached SCSI, SAS, expander, the enhanced SAS expander comprising: a first physical link (110.1), PHY, for coupling the SAS expander with a Serial Advanced Technology Attachment, SATA, host (102.1), wherein the SATA host exchanges information with the expander using SATA protocol, wherein the PHY receives a first Frame Information Structure, FIS, from the SATA host, the FIS being directed to a SATA target device (104.1), wherein the expander is characterized by a SATA Tunneling Protocol, STP, connection circuit operable to open and close an STP connection between the SATA host and SATA target device through the expander in response to receipt of the first FIS, wherein SATA protocol logic of the STP connection circuit holds transfer of the FIS via SATA HOLD primitives until the STP connection circuit establishes STP acceptance with the SATA target device. a first physical link (110.1), PHY, for coupling the SAS expander with a Serial Advanced Technology Attachment, SATA, host (102.1), wherein the SATA host exchanges information with the expander using SATA protocol, wherein the PHY receives a first Frame Information Structure, FIS, from the SATA host, the FIS being directed to a SATA target device (104.1), wherein the expander is characterized by a SATA Tunneling Protocol, STP, connection circuit operable to open and close an STP connection between the SATA host and SATA target device through the expander in response to receipt of the first FIS, wherein SATA protocol logic of the STP connection circuit holds transfer of the FIS via SATA HOLD primitives until the STP connection circuit establishes STP acceptance with the SATA target device.
Cold-rolled flat steel product for packaging with a thickness of less than 0.6 mm, which has been cold-rolled from a steel along a rolling direction of 0° and has the following composition in terms of weight: - C: 0.02 - 0.1 %, - Si: < 0.03 %, - Mn: 0.17 - 0.5 %, - P: < 0.03 %, - S: 0.001 - 0.03 %, - Al: 0.002 - 0.1 %, - N: 0.014 - 0.12 %, preferably less than 0.07 %, - optional Cr: < 0.1 %, preferably 0.01 - 0.08 %, - optional Ni: < 0.1 %, preferably 0.01 - 0.05 %, - optional Cu: < 0.1 %, preferably 0.002 - 0.05 %, - optional Ti: < 0.01 %, - optional B: < 0.005 %, - optional Nb: < 0.01 %, - optional Mo: < 0.02 %, - optional Sn: < 0.03 %, - Residual iron and unavoidable impurities, - wherein at least 0.01 % by weight of the nitrogen is interstitially incorporated in the steel in unbound form and the flat steel product has in an aged state, measured in accordance with the specifications from the description, in the rolling direction of 0° a 0.5% yield strength (Rp0,5) of at least 450 MPa and an elongation at break of at least 5 %, and the working capacity W(α) defined by the product of the elongation at break and the 0.5% yield strength yield strength (Rp 0.5) is not less than 60 % and not more than 140 % of the working capacity in the rolling direction W(0°) as a function of the angle α to the rolling direction of 0°. - C: 0.02 - 0.1 %, - Si: < 0.03 %, - Mn: 0.17 - 0.5 %, - P: < 0.03 %, - S: 0.001 - 0.03 %, - Al: 0.002 - 0.1 %, - N: 0.014 - 0.12 %, preferably less than 0.07 %, - optional Cr: < 0.1 %, preferably 0.01 - 0.08 %, - optional Ni: < 0.1 %, preferably 0.01 - 0.05 %, - optional Cu: < 0.1 %, preferably 0.002 - 0.05 %, - optional Ti: < 0.01 %, - optional B: < 0.005 %, - optional Nb: < 0.01 %, - optional Mo: < 0.02 %, - optional Sn: < 0.03 %, - Residual iron and unavoidable impurities, - wherein at least 0.01 % by weight of the nitrogen is interstitially incorporated in the steel in unbound form and the flat steel product has in an aged state, measured in accordance with the specifications from the description, in the rolling direction of 0° a 0.5% yield strength (Rp0,5) of at least 450 MPa and an elongation at break of at least 5 %, and the working capacity W(α) defined by the product of the elongation at break and the 0.5% yield strength yield strength (Rp 0.5) is not less than 60 % and not more than 140 % of the working capacity in the rolling direction W(0°) as a function of the angle α to the rolling direction of 0°.
An aircraft wing structure, comprising: a skin defining an aerodynamic surface; a structural element disposed in an interior volume of the aircraft wing structure at least partly defined by the skin; and a temperature monitoring unit removably installed as a unit in the interior volume the aircraft wing structure, comprising: a support frame removably installed to said structural element; and a temperature-sensitive device for monitoring a temperature condition over a span of said wing structure, the temperature sensitive device being attached to the support frame, wherein said structural element defines a channel within said interior volume, and said support frame is slidably received in said channel. a skin defining an aerodynamic surface; a structural element disposed in an interior volume of the aircraft wing structure at least partly defined by the skin; and a temperature monitoring unit removably installed as a unit in the interior volume the aircraft wing structure, comprising: a support frame removably installed to said structural element; and a temperature-sensitive device for monitoring a temperature condition over a span of said wing structure, the temperature sensitive device being attached to the support frame, wherein said structural element defines a channel within said interior volume, and said support frame is slidably received in said channel. a support frame removably installed to said structural element; and a temperature-sensitive device for monitoring a temperature condition over a span of said wing structure, the temperature sensitive device being attached to the support frame, wherein said structural element defines a channel within said interior volume, and said support frame is slidably received in said channel.
Device for the spraying of pickling and/or rinsing liquid onto a metallic stock to be treated, particularly steel strip or metal strip, with a nozzle pipe, in the wall of which spray nozzles directed towards the stock to be treated are integrated, wherein the nozzle pipe has a closed end and an open end, the latter being for the feed of pickling and/or rinsing liquid into the nozzle pipe, characterised by a feed pipe which is so arranged in the interior of the nozzle pipe in the region of the spray nozzles that one of the two open ends of the feed pipe is disposed opposite the closed end of the nozzle pipe at a spacing.
A sticking apparatus for sticking a half-cut double-sided tape, which is half-cut into a large number of small pieces, from a release liner to a predetermined position of a first sticking object conveyed on a conveyor apparatus in a predetermined state, for mounting a second sticking object in a predetermined state with respect to the sticking predetermined position of the half-cut double-sided tape on the first sticking object, comprising: a feeder device for supplying the first sticking object to the conveyor apparatus in the predetermined state; the conveyor apparatus for conveying the first sticking object in the predetermined state; a half-cut double-sided tape sticking device including a roll body mounting part from which the release liner-equipped half-cut double-sided tape is delivered, a rotary sticking rolling part through which the release liner-equipped half-cut double-sided tape passes, and a release liner reel part for reeling the release liner that has passed through the rotary sticking rolling part; a second sticking operation apparatus for placing and pressing the second sticking object with respect to the sticking place of the half-cut double-sided tape on the first sticking object; wherein the rotary sticking rolling part includes a rotating body and a support mechanism for rotatably supporting the rotating body, characterized in that the support mechanism includes a height control mechanism for controlling a height for supporting the rotating body, and either the roll body mounting part or the release liner reel part or both comprise an automatic rotation control mechanism to control rotation. a feeder device for supplying the first sticking object to the conveyor apparatus in the predetermined state; the conveyor apparatus for conveying the first sticking object in the predetermined state; a half-cut double-sided tape sticking device including a roll body mounting part from which the release liner-equipped half-cut double-sided tape is delivered, a rotary sticking rolling part through which the release liner-equipped half-cut double-sided tape passes, and a release liner reel part for reeling the release liner that has passed through the rotary sticking rolling part; a second sticking operation apparatus for placing and pressing the second sticking object with respect to the sticking place of the half-cut double-sided tape on the first sticking object; wherein the rotary sticking rolling part includes a rotating body and a support mechanism for rotatably supporting the rotating body, characterized in that the support mechanism includes a height control mechanism for controlling a height for supporting the rotating body, and either the roll body mounting part or the release liner reel part or both comprise an automatic rotation control mechanism to control rotation.
A mechanism for clamping first and second stabplates (1, 2) together, characterized by: the mechanism comprising a pivoted cam member and clamping means for co-operating with the cam member, the mechanism being such that the cam member is displaceable between a first position in which, in co-operation with the clamping means, it clamps the stabplates together and a second position in which it has rotated to be between the stabplates with the stabplates separate from each other.