mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a fan system comprising a control device and a backward curved centrifugal fan having a motor and a rotor driven by the motor, wherein the fan system is configured to create a gas flow that is characterized by at least one actual flow value (pa(kT), Q(kT); pa (t akt), Q(t akt)), wherein the method comprises the following steps: - Determination of an operation parameter (U(kT); U(t akt)) forming a correcting variable and characterizing the operation condition of the motor of the centrifugal fan, - Determination, in a continuous or time-discrete manner, of at least one operation parameter (I(kT); I(t akt)) forming at least one actual system variable and characterizing the operation condition of the motor of the centrifugal fan, - Providing the correcting variable (U(kT); U(t akt)) and the actual system variable (I(kT); I(t akt)) to an artificial neural network of the control device, - Determination of the at least one actual flow value (Q(kT); Q(t akt)) by means of the artificial neural network based on the correcting variable (U(kT); U(t akt)) and the actual system variable (I(kT); I(t akt)) and the time-dependent change (I((k-1)T); dI) of the actual system variable (I((k-1)T);dI), - Checking whether the correcting variable (U(kT); U(t akt)) has to be modified based on the at least one determined actual flow value (Q(kT), Q(t akt)). - Determination of an operation parameter (U(kT); U(t akt)) forming a correcting variable and characterizing the operation condition of the motor of the centrifugal fan, - Determination, in a continuous or time-discrete manner, of at least one operation parameter (I(kT); I(t akt)) forming at least one actual system variable and characterizing the operation condition of the motor of the centrifugal fan, - Providing the correcting variable (U(kT); U(t akt)) and the actual system variable (I(kT); I(t akt)) to an artificial neural network of the control device, - Determination of the at least one actual flow value (Q(kT); Q(t akt)) by means of the artificial neural network based on the correcting variable (U(kT); U(t akt)) and the actual system variable (I(kT); I(t akt)) and the time-dependent change (I((k-1)T); dI) of the actual system variable (I((k-1)T);dI), - Checking whether the correcting variable (U(kT); U(t akt)) has to be modified based on the at least one determined actual flow value (Q(kT), Q(t akt)).
A hybrid construction machine comprising an engine, a generator connected to the engine, a converter connected to the generator, and an Energy Storage System connected to the converter, wherein, a converter current detector is positioned either between the converter and the generator or between the converter and the ESS, and detects the current flowing between the converter and the generator; an ESS current detector that is positioned between the converter and the ESS, and detects the current flowing between the converter and the ESS; and a processing unit that receives the currents detected by the converter current detector as well as the ESS current detector, and calculates the operation time of the respective component; characterized in that the processing unit sets the current level of ' a ' that can be generated by electric line noise and error, and when RMS (Root Mean Square) value of the current detected by the converter current detector is more than 0+ a, the processing unit recognizes that the converter is under operation and counts the operation time of the converter. an ESS current detector that is positioned between the converter and the ESS, and detects the current flowing between the converter and the ESS; and a processing unit that receives the currents detected by the converter current detector as well as the ESS current detector, and calculates the operation time of the respective component; characterized in that the processing unit sets the current level of ' a ' that can be generated by electric line noise and error, and when RMS (Root Mean Square) value of the current detected by the converter current detector is more than 0+ a, the processing unit recognizes that the converter is under operation and counts the operation time of the converter.
A composition or kit comprising at least first and second amplification oligomers, wherein: the first amplification oligomer comprises a target hybridizing sequence selected from the group consisting of SEQ ID NOs: 71-74 and wherein the second amplification oligomer comprises a target hybridizing sequence selected from the group consisting of SEQ ID NOs: 61-62. the first amplification oligomer comprises a target hybridizing sequence selected from the group consisting of SEQ ID NOs: 71-74 and wherein the second amplification oligomer comprises a target hybridizing sequence selected from the group consisting of SEQ ID NOs: 61-62.
A method for simulating a peripheral circuit configuration for connecting to a control device, a simulation device (Hx) being electrically connected to the control device, and the simulation device (Hx) comprising a first adjusting means by means of which a first simulation current for forwarding from a first load connection of the control device to a first adjusting means output of the first adjusting means can be influenced, and the first adjusting means comprising a first multistage converter comprising at least one first semiconductor switch having a first control connection, a second semiconductor switch having a second control connection, a third semiconductor switch having a third control connection, and a fourth semiconductor switch having a fourth control connection, and the simulation device (Hx) further comprising a first semiconductor control means and a computing unit (Cx), and the computing unit (Cx) executing a model code, a first switch control signal being computed and provided by means of the computing unit (Cx) and the model code for forwarding to the first semiconductor switch control means, and the first semiconductor switch control means comprising at least one first comparator, and the first comparator comprising a first comparator input and a second comparator input and a first comparator output, and a first modulation signal being derived from the first switch control signal and applied at the first comparator input, and a first carrier signal of a first carrier signal generator being applied at the second comparator input, and a comparison of the first modulation signal with the first carrier signal being performed by means of the first comparator, a pulse-width modulated first gate source voltage being generated at the first comparator output as part of the comparison and applied at the first control connection, and the first simulation current being influenced by means of the first gate source voltage.
Awning (100, 200, 300) for a vehicle, in particular for a caravan or a mobile home, which forms an additional protected region to the vehicle over a surface, comprising a tubular frame that can be inflated in order to create stability by means of a gas which is under an overpressure compared with an ambient pressure, the tubular frame comprising at least one first tubular region that extends upward from the surface and has a first length, and at least the first tubular region comprising means for changing its length (3, 4), characterized in that the length-changing means (3, 4, 6) comprise a third tubular region (3a, 4a) having two mutually remote first and second ends (3b, 3c; 4b, 4c), at least one first connecting means (3d; 4d) being provided at the first ends (3b; 4b) and at least one second connecting means (3e; 4e) being provided at the second ends (3c; 4c), the first and second connecting means being designed to be complementary, such that the first and second ends (3b, 3c; 4b, 4c) of the third tubular region (3a, 4a) can be connected to and separated from one another by means of the first and second connecting means (3d, 3e; 4d, 4e). comprising a tubular frame that can be inflated in order to create stability by means of a gas which is under an overpressure compared with an ambient pressure, the tubular frame comprising at least one first tubular region that extends upward from the surface and has a first length, and at least the first tubular region comprising means for changing its length (3, 4), characterized in that the length-changing means (3, 4, 6) comprise a third tubular region (3a, 4a) having two mutually remote first and second ends (3b, 3c; 4b, 4c), at least one first connecting means (3d; 4d) being provided at the first ends (3b; 4b) and at least one second connecting means (3e; 4e) being provided at the second ends (3c; 4c), the first and second connecting means being designed to be complementary, such that the first and second ends (3b, 3c; 4b, 4c) of the third tubular region (3a, 4a) can be connected to and separated from one another by means of the first and second connecting means (3d, 3e; 4d, 4e).
A compound of formula: wherein the dashed lines represent a single bond or a double bond and only one double bond is present; and wherein R represents -CH 3 at 5 or 6 position.
A method for monitoring a user's viewing progress of a series of related programs on user equipment of a media system, wherein a roaming media profile is stored at a location in the media system and is available by any user equipment in the media system upon authentication, the roaming media profile comprising the user's current viewing progress through at least one series of related programs, wherein the roaming media profile comprises: a media progress indicator containing an episode number of an episode in the at least one series of related programs, the episode number being indicative of the user's current viewing progress through the at least one series of related programs; a position indicator associated with the user's elapsed viewing time within the episode; and a last action indicator associated with the user's last monitored action for the episode, wherein the last action indicator indicates one of: if the user interrupted the episode, if the user skipped the episode, if the user watched the episode; the method comprising: determining the user's viewing progress through the at least one series; updating the user's current viewing progress in the roaming media profile, wherein updating the user's current viewing progress in the roaming media profile comprises updating the media progress indicator, the position indicator, and the last action indicator. the roaming media profile comprising the user's current viewing progress through at least one series of related programs, wherein the roaming media profile comprises: a media progress indicator containing an episode number of an episode in the at least one series of related programs, the episode number being indicative of the user's current viewing progress through the at least one series of related programs; a position indicator associated with the user's elapsed viewing time within the episode; and a last action indicator associated with the user's last monitored action for the episode, wherein the last action indicator indicates one of: if the user interrupted the episode, if the user skipped the episode, a media progress indicator containing an episode number of an episode in the at least one series of related programs, the episode number being indicative of the user's current viewing progress through the at least one series of related programs; a position indicator associated with the user's elapsed viewing time within the episode; and a last action indicator associated with the user's last monitored action for the episode, wherein the last action indicator indicates one of: if the user interrupted the episode, if the user skipped the episode, if the user watched the episode; determining the user's viewing progress through the at least one series; updating the user's current viewing progress in the roaming media profile, wherein updating the user's current viewing progress in the roaming media profile comprises updating the media progress indicator, the position indicator, and the last action indicator.
A lock for a secondary aircraft cockpit barrier comprising a locking tongue, a cavity for receiving the locking tongue, a locking retainer for retaining the locking tongue in the cavity, and a damped locking tongue releasing mechanism for releasing the locking retainer thereby unlocking the locking tongue from the cavity, wherein the damped locking tongue releasing mechanism is damped such that releasing the locking retainer requires at least about 5 seconds, wherein the locking tongue is a locking bar, wherein the damped locking tongue releasing mechanism comprises a locking plate and a damper and the damper is operably connected to the locking plate, and the locking retainer is a slidable pawl configured in a slidable first state to permit the cavity to receive and/or release the locking bar and in a non-slidable second state to retain the locking bar in the cavity, wherein the locking plate is configured to move between a first position when the slidable pawl is in the slidable first state and a second position when the slidable pawl is in the non-slidable second state, wherein the damper is configured to control movement of the locking plate from the second position to the first position such that said movement requires at least about 5 seconds to complete, wherein the locking plate is configured to move from the first position to the second position at least partly under the effect of gravity. wherein the locking tongue is a locking bar, wherein the damped locking tongue releasing mechanism comprises a locking plate and a damper and the damper is operably connected to the locking plate, and the locking retainer is a slidable pawl configured in a slidable first state to permit the cavity to receive and/or release the locking bar and in a non-slidable second state to retain the locking bar in the cavity, wherein the locking plate is configured to move between a first position when the slidable pawl is in the slidable first state and a second position when the slidable pawl is in the non-slidable second state, wherein the damper is configured to control movement of the locking plate from the second position to the first position such that said movement requires at least about 5 seconds to complete, wherein the locking plate is configured to move from the first position to the second position at least partly under the effect of gravity.
Distribution device including a conveying device, wherein the conveying device merely comprises straights, curves, and switches as conveying elements, wherein the distribution device comprises: at least two buffering circles, wherein each of the buffering circles comprises a delivery line having an upstream end and a downstream end, a return line having an upstream end and a downstream end, and two groups of switches (82-1, 82-2), wherein each of the group of switches connects one of the ends (78, 80) of the delivery line to the adjacent end (80, 78) of the return line so that a conveying good can be transported in the corresponding buffering circle in a fixed direction in a circulating manner, wherein respectively one of the two groups of switches is upstream and the other group of switches is downstream; a feeding line; a discharging line; at least one pre-accumulating line coupling the feeding line to the at least two buffering circles via the associated group of switches arranged upstream; and at least one post-accumulating line coupling the discharging line to the at least two buffering circles via the associated group of switches arranged downstream, characterized in that at least one circulating circle having an endless recirculating conveying line is provided, wherein the groups of switches couple to the at least one circulating circle. at least two buffering circles, wherein each of the buffering circles comprises a delivery line having an upstream end and a downstream end, a return line having an upstream end and a downstream end, and two groups of switches (82-1, 82-2), wherein each of the group of switches connects one of the ends (78, 80) of the delivery line to the adjacent end (80, 78) of the return line so that a conveying good can be transported in the corresponding buffering circle in a fixed direction in a circulating manner, wherein respectively one of the two groups of switches is upstream and the other group of switches is downstream; a feeding line; a discharging line; at least one pre-accumulating line coupling the feeding line to the at least two buffering circles via the associated group of switches arranged upstream; and at least one post-accumulating line coupling the discharging line to the at least two buffering circles via the associated group of switches arranged downstream, characterized in that at least one circulating circle having an endless recirculating conveying line is provided, wherein the groups of switches couple to the at least one circulating circle.
A battery comprising: a case with an opening; a lid provided in the opening of the case; an electrode group provided in the case, having an end face opposed to the lid, and comprising current collector tabs (31, 32) extending from the end face; an intermediate lead containing an electrode group joint and a lead joint; and a terminal lead electrically connected to the lid and the lead joint of the intermediate lead, wherein the current collector tabs (31, 32) have a tip portion that is electrically connected to the electrode group joint of the intermediate lead, characterized in that: the width of the tip portion in a direction perpendicular to an extending direction is narrow, wherein the electrode group joint is at a center portion in the long-side direction of the intermediate lead, and the lead joint is at both ends in the long-side direction of the intermediate lead, wherein the intermediate lead further includes a leg between the lead joint and the electrode group joint, the leg connecting the lead joint and the electrode group joint, and the lead joint and the electrode group joint are positioned in mutually different planes. a case with an opening; a lid provided in the opening of the case; an electrode group provided in the case, having an end face opposed to the lid, and comprising current collector tabs (31, 32) extending from the end face; an intermediate lead containing an electrode group joint and a lead joint; and a terminal lead electrically connected to the lid and the lead joint of the intermediate lead, wherein the current collector tabs (31, 32) have a tip portion that is electrically connected to the electrode group joint of the intermediate lead, characterized in that: the width of the tip portion in a direction perpendicular to an extending direction is narrow, wherein the electrode group joint is at a center portion in the long-side direction of the intermediate lead, and the lead joint is at both ends in the long-side direction of the intermediate lead, wherein the intermediate lead further includes a leg between the lead joint and the electrode group joint, the leg connecting the lead joint and the electrode group joint, and the lead joint and the electrode group joint are positioned in mutually different planes. the width of the tip portion in a direction perpendicular to an extending direction is narrow, wherein the electrode group joint is at a center portion in the long-side direction of the intermediate lead, and the lead joint is at both ends in the long-side direction of the intermediate lead, wherein the intermediate lead further includes a leg between the lead joint and the electrode group joint, the leg connecting the lead joint and the electrode group joint, and the lead joint and the electrode group joint are positioned in mutually different planes.
A wireless process communication system comprising: a non-wireless field device configured to sense a process variable and convey an indication of the sensed process variable over a wired process communication loop; and a wireless process communication adapter comprising: a housing having a first end and a second end; a field device coupling attached to one of the first and second ends the field device coupling being coupled to the non-wireless field device; adapter circuitry disposed within the housing, the adapter circuitry being coupled to a plurality of wires that pass through the field device coupling to connect to the field device; a wire retainer (160, 260, 360) engaged upon the plurality of wires to maintain the wires in a fixed position; and an encapsulation material encapsulating the adapter circuitry, the wire retainer, and the plurality of wires. a non-wireless field device configured to sense a process variable and convey an indication of the sensed process variable over a wired process communication loop; and a wireless process communication adapter comprising: a housing having a first end and a second end; a field device coupling attached to one of the first and second ends the field device coupling being coupled to the non-wireless field device; adapter circuitry disposed within the housing, the adapter circuitry being coupled to a plurality of wires that pass through the field device coupling to connect to the field device; a wire retainer (160, 260, 360) engaged upon the plurality of wires to maintain the wires in a fixed position; and an encapsulation material encapsulating the adapter circuitry, the wire retainer, and the plurality of wires. a housing having a first end and a second end; a field device coupling attached to one of the first and second ends the field device coupling being coupled to the non-wireless field device; adapter circuitry disposed within the housing, the adapter circuitry being coupled to a plurality of wires that pass through the field device coupling to connect to the field device; a wire retainer (160, 260, 360) engaged upon the plurality of wires to maintain the wires in a fixed position; and an encapsulation material encapsulating the adapter circuitry, the wire retainer, and the plurality of wires.