mhurhangee/patent-ind-claim-en huggingface dataset:
A measurement device , comprising: a resistance measurement unit that measures an electrical resistance of a measurement target; a first measurement unit , including a detector that detects information indicating a first physical property other than the electrical resistance of the measurement target, that measures the first physical property from a detection result from the detector ; the measurement device further comprising: a second measurement unit , including a detector that detects information indicating a second physical property other than the electrical resistance and the first physical property of the measurement target, that measures the second physical property from a detection result from the detector , in which a length of time from a start of driving the detector until a start of actual measurement is longer in the second measurement unit than in the first measurement unit ; and a control unit that performs first control causing the first measurement unit to execute a measurement operation of measuring the first physical property in parallel with a measurement operation by the resistance measurement unit , and performs second control causing the second measurement unit to execute a measurement operation of measuring the second physical property in parallel with the measurement operation by the resistance measurement unit and also causing the second measurement unit to start the driving of the detector in the second measurement unit before the start of the driving of the detector in the first measurement unit . a resistance measurement unit that measures an electrical resistance of a measurement target; a first measurement unit , including a detector that detects information indicating a first physical property other than the electrical resistance of the measurement target, that measures the first physical property from a detection result from the detector ; the measurement device further comprising: a second measurement unit , including a detector that detects information indicating a second physical property other than the electrical resistance and the first physical property of the measurement target, that measures the second physical property from a detection result from the detector , in which a length of time from a start of driving the detector until a start of actual measurement is longer in the second measurement unit than in the first measurement unit ; and a control unit that performs first control causing the first measurement unit to execute a measurement operation of measuring the first physical property in parallel with a measurement operation by the resistance measurement unit , and performs second control causing the second measurement unit to execute a measurement operation of measuring the second physical property in parallel with the measurement operation by the resistance measurement unit and also causing the second measurement unit to start the driving of the detector in the second measurement unit before the start of the driving of the detector in the first measurement unit .
Apparatus for manufacturing spunbonded nonwovens from continuous filaments , in particular from continuous filaments of thermoplastic material, wherein a spinneret is provided for spinning out the continuous filaments and wherein a cooling chamber is provided for cooling the spun-out filaments with cooling air, wherein respectively one air supply manifold is arranged on two opposite sides of the cooling chamber and wherein cooling air can be introduced into the cooling chamber from the opposite air supply manifolds , wherein in each of the two air supply manifolds respectively at least one flow straightener is provided for rectifying the cooling air flow impinging upon the filaments , wherein a flow straightener comprises a plurality of flow channels oriented transversely to the direction of movement of the filaments or the filament flow, wherein the flow channels are delimited by channel walls , wherein the open area of a flow straightener is greater than 85%, preferably greater than 90% and wherein the ratio of the length L of the flow channels to the diameter D i of the flow channels L/D i is 1 to 15, preferably 1 to 10 and preferably 1.5 to 9.
A method for reproducing a state of a system (S) and a network (N) upon occurrence of an error, the method comprising: - continuously recording (S1) a state of the system (S) for a time window, wherein the state of the system (S) is recorded (S1) by a tracing debugger (TD); - generating (S2) a network log for the network (N), wherein the network log for the network (N) is generated (S2) by a network tracer (NT); - detecting (S3) a network condition indicative of an error or an internal condition indicative of an error; - storing (S4) a recorded state of the system (S) before the error together with a log of network system actions until appearance of the error; - restoring (S6) the recorded state before the error on the system (S); and - replaying (S7) logged network traffic to reproduce the error. U - continuously recording (S1) a state of the system (S) for a time window, wherein the state of the system (S) is recorded (S1) by a tracing debugger (TD); - generating (S2) a network log for the network (N), wherein the network log for the network (N) is generated (S2) by a network tracer (NT); - detecting (S3) a network condition indicative of an error or an internal condition indicative of an error; - storing (S4) a recorded state of the system (S) before the error together with a log of network system actions until appearance of the error; - restoring (S6) the recorded state before the error on the system (S); and - replaying (S7) logged network traffic to reproduce the error. U
Condenser comprising a housing having an inlet opening for inputting fluid into the condenser and an outlet opening for outputting the fluid out of the condenser and a channel system for fluidically connecting the inlet opening and the outlet opening , wherein the channel system is arranged within the housing and comprises a splitting portion in which the inputted fluid is split to a plurality of channels and a grouping portion in which the plurality of channels is united to an outlet channel , wherein a first end of the outlet channel ends in the outlet opening and a second end of the outlet channel ends in the grouping portion , characterized in that a distance (d1) between the second end of the outlet channel and a housing bottom in a vertical direction (V) is between 0% to 80% of a distance (d2) between the housing bottom and an upper housing side in the vertical direction (V), wherein the grouping portion comprises a circle shaped channel that is connected with the plurality of channels and the outlet channel . a housing having an inlet opening for inputting fluid into the condenser and an outlet opening for outputting the fluid out of the condenser and a channel system for fluidically connecting the inlet opening and the outlet opening , wherein the channel system is arranged within the housing and comprises a splitting portion in which the inputted fluid is split to a plurality of channels and a grouping portion in which the plurality of channels is united to an outlet channel , wherein a first end of the outlet channel ends in the outlet opening and a second end of the outlet channel ends in the grouping portion , characterized in that a distance (d1) between the second end of the outlet channel and a housing bottom in a vertical direction (V) is between 0% to 80% of a distance (d2) between the housing bottom and an upper housing side in the vertical direction (V), wherein the grouping portion comprises a circle shaped channel that is connected with the plurality of channels and the outlet channel .
A method comprising: receiving , by a computing device, an incoming communication directed to a user; determining , by the computing device, that the incoming communication includes private information; determining, by the computing device, based on whether an individual other than the user is currently viewing a display operatively coupled to the computing device, whether the computing device is currently designated to display private information; responsive to determining that the user is associated with a currently active user account of the computing device and to determining that the computing device is currently designated to display private information: outputting , by the computing device and for display, the indication of the incoming communication; responsive to determining that the user is not associated with the currently active user account or to determining that the computing device is not currently designated to display private information: refraining from outputting, by the computing device and for display, the indication of the incoming communication. receiving , by a computing device, an incoming communication directed to a user; determining , by the computing device, that the incoming communication includes private information; determining, by the computing device, based on whether an individual other than the user is currently viewing a display operatively coupled to the computing device, whether the computing device is currently designated to display private information; responsive to determining that the user is associated with a currently active user account of the computing device and to determining that the computing device is currently designated to display private information: outputting , by the computing device and for display, the indication of the incoming communication; responsive to determining that the user is not associated with the currently active user account or to determining that the computing device is not currently designated to display private information: refraining from outputting, by the computing device and for display, the indication of the incoming communication.
A method of implementing a deterministic finite automata, DFA, on a blockchain , characterised by : associating a portion of data in the locking script of an unspent output of a blockchain transaction with a given state of a state transition table for the DFA , wherein the portion of data comprises at least an identifier; ; generating a further transaction responsive to an input signal by: using the identifier in the locking script of blockchain transaction to determine the current state of the DFA, wherein the identifier identifies the current state; and using a state transition table for the DFA to determine the further state and its associated identifier, based on the current state and an input signal; and using the further transaction to make a transition from the state of the DFA to a further state by spending the output of the transaction; wherein the further state is associated with a further portion of data provided within a locking script of an unspent output of the further transaction, wherein the further portion of data is a portion of metadata, a label, an identifier, a tag or a cryptographic key associated with the further state of the state transition table for the DFA. associating a portion of data in the locking script of an unspent output of a blockchain transaction with a given state of a state transition table for the DFA , wherein the portion of data comprises at least an identifier; ; generating a further transaction responsive to an input signal by: using the identifier in the locking script of blockchain transaction to determine the current state of the DFA, wherein the identifier identifies the current state; and using a state transition table for the DFA to determine the further state and its associated identifier, based on the current state and an input signal; and using the identifier in the locking script of blockchain transaction to determine the current state of the DFA, wherein the identifier identifies the current state; and using a state transition table for the DFA to determine the further state and its associated identifier, based on the current state and an input signal; and using the further transaction to make a transition from the state of the DFA to a further state by spending the output of the transaction; wherein the further state is associated with a further portion of data provided within a locking script of an unspent output of the further transaction, wherein the further portion of data is a portion of metadata, a label, an identifier, a tag or a cryptographic key associated with the further state of the state transition table for the DFA.
A pump , comprising a reciprocating drive mechanism comprising: a spool ; and a housing assembly ; wherein said housing assembly comprises a flange , a spool housing , a first chamber , a second chamber , and a first seal ; wherein said flange is attached to a proximal end of said spool housing ; wherein said first chamber is located within said flange ; wherein said second chamber is located within said spool housing ; wherein said spool is disposed in and reciprocally movable in said second chamber ; wherein a proximal end portion of said spool is configured to move reciprocally into and out of said first chamber ; and wherein said first seal is positioned adjacent to said first chamber and said second chamber ; wherein: said flange comprises a lip extending along a width of a distal end of said first seal ; and/or said housing assembly further comprises a shoulder gap located between said flange and a proximal cylindrical portion of said spool , said shoulder gap being present even at a peak of a downstroke of said spool , so that the suction force on the first seal is lessened in an upstroke to prevent said first seal from popping out of place. a spool ; and a housing assembly ; wherein said housing assembly comprises a flange , a spool housing , a first chamber , a second chamber , and a first seal ; wherein said flange is attached to a proximal end of said spool housing ; wherein said first chamber is located within said flange ; wherein said second chamber is located within said spool housing ; wherein said spool is disposed in and reciprocally movable in said second chamber ; wherein a proximal end portion of said spool is configured to move reciprocally into and out of said first chamber ; and wherein said first seal is positioned adjacent to said first chamber and said second chamber ; wherein: said flange comprises a lip extending along a width of a distal end of said first seal ; and/or said housing assembly further comprises a shoulder gap located between said flange and a proximal cylindrical portion of said spool , said shoulder gap being present even at a peak of a downstroke of said spool , so that the suction force on the first seal is lessened in an upstroke to prevent said first seal from popping out of place. said flange comprises a lip extending along a width of a distal end of said first seal ; and/or said housing assembly further comprises a shoulder gap located between said flange and a proximal cylindrical portion of said spool , said shoulder gap being present even at a peak of a downstroke of said spool , so that the suction force on the first seal is lessened in an upstroke to prevent said first seal from popping out of place.
A holder for a heart valve prosthesis comprising a radially contractible armature and a prosthetic valve carried by said armature , the holder including: an annular member having a longitudinal axis (x1) and comprising a plurality of supporting formations ; and a locking member configured for coupling with said annular member , wherein: each supporting formation includes a coupling feature configured for engaging the armature of a heart valve prosthesis , so as to prevent the displacement of the armature along said longitudinal axis and rotation of the armature around the longitudinal axis (X1), and the locking member is configured to removably mate with the annular member to provide a radial constraint to the armature in a radially inward direction at the supporting formations . an annular member having a longitudinal axis (x1) and comprising a plurality of supporting formations ; and a locking member configured for coupling with said annular member , wherein: each supporting formation includes a coupling feature configured for engaging the armature of a heart valve prosthesis , so as to prevent the displacement of the armature along said longitudinal axis and rotation of the armature around the longitudinal axis (X1), and the locking member is configured to removably mate with the annular member to provide a radial constraint to the armature in a radially inward direction at the supporting formations . each supporting formation includes a coupling feature configured for engaging the armature of a heart valve prosthesis , so as to prevent the displacement of the armature along said longitudinal axis and rotation of the armature around the longitudinal axis (X1), and the locking member is configured to removably mate with the annular member to provide a radial constraint to the armature in a radially inward direction at the supporting formations .
A phthalonitrile resin comprising a skeleton of a polymer formed by polymerization or curing of the compound represented by Formula 1 below: [Formula 1] P 1 -L 1 -A 1 -L 2 -A 2 -L 3- P 2 wherein, P 1 and P 2 are the same or different aryl groups from each other, A 1 and A 2 are the same or different arylene groups from each other, L 1 to L 3 are each independently an alkylene group, an alkylidene group, an alkenylene group or an alkynylene group, and P 1 , P 2 , A 1 and A 2 are each substituted with at least one substituent represented by Formula 2 below, wherein the substituent of Formula 2 is substituted at the meta or para position based on to the position combined with L 2 in A 1 , and the substituent of Formula 2 is substituted at the meta or para position based on the position combined with L 2 in A 2 wherein the alkyl group, the alkoxy group, the aryl group, the arylene group, the alkylene group, the alkylidene group, the alkenylene group and the alkynylene group may be optionally substituted by halogen, an epoxy group, an acryloyl group, a methacryloyl group, an isocyanate group, a thiol group, an alkyl group, an alkoxy group or an aryl group : wherein, L 4 is an alkylene group, an alkylidene group, an oxygen atom or a sulfur atom, and R 1 to R 5 are each independently hydrogen, an alkyl group, an alkoxy group, an aryl group or a cyano group, provided that at least two of R 1 to R 5 are a cyano group. wherein, P 1 and P 2 are the same or different aryl groups from each other, A 1 and A 2 are the same or different arylene groups from each other, L 1 to L 3 are each independently an alkylene group, an alkylidene group, an alkenylene group or an alkynylene group, and P 1 , P 2 , A 1 and A 2 are each substituted with at least one substituent represented by Formula 2 below, wherein the substituent of Formula 2 is substituted at the meta or para position based on to the position combined with L 2 in A 1 , and the substituent of Formula 2 is substituted at the meta or para position based on the position combined with L 2 in A 2 wherein the alkyl group, the alkoxy group, the aryl group, the arylene group, the alkylene group, the alkylidene group, the alkenylene group and the alkynylene group may be optionally substituted by halogen, an epoxy group, an acryloyl group, a methacryloyl group, an isocyanate group, a thiol group, an alkyl group, an alkoxy group or an aryl group : wherein, L 4 is an alkylene group, an alkylidene group, an oxygen atom or a sulfur atom, and R 1 to R 5 are each independently hydrogen, an alkyl group, an alkoxy group, an aryl group or a cyano group, provided that at least two of R 1 to R 5 are a cyano group.
A system comprising: - a journal bearing (J1-J4) having a carrier (34; 51), a rotor (32; 52) arranged rotatable about a rotational axis (Ra) relative to the carrier (34; 51), and a fluid in a clearance (Cl) between the rotor (32; 52) and the carrier (34; 51); - at least one sensor to measure a vibration signal of the rotor (32; 52); - a control system adapted to determine a pressure set point for the fluid in the clearance (Cl) based on the vibration signal, and to provide control signals generated based on the pressure set point; and - active means adapted to modify the pressure of the fluid in the clearance (Cl) based on the control signals, the active means being part of an oil system comprising an oil pump. - a journal bearing (J1-J4) having a carrier (34; 51), a rotor (32; 52) arranged rotatable about a rotational axis (Ra) relative to the carrier (34; 51), and a fluid in a clearance (Cl) between the rotor (32; 52) and the carrier (34; 51); - at least one sensor to measure a vibration signal of the rotor (32; 52); - a control system adapted to determine a pressure set point for the fluid in the clearance (Cl) based on the vibration signal, and to provide control signals generated based on the pressure set point; and - active means adapted to modify the pressure of the fluid in the clearance (Cl) based on the control signals, the active means being part of an oil system comprising an oil pump.
A hierarchical computer architecture comprising: a master computer and an array of node computers ; wherein the master computer is connected to a plurality of node computers, the master computer being connected to each node computer by a separate communication channel such that only the master computer has direct access to any node computer via the communication channel; wherein each of the plurality of node computers is connected to a memory segment that is only accessible, either by the master computer or the specific node computer to which the memory segment is connected, wherein each of the plurality of node computers has no direct access to external memory outside of the hierarchical computer architecture; wherein the plurality of node computers act as servers with a common client being the master computer; characterized in that : the master computer is configured to map the memory segments as an array of mass storage blocks, wherein a choice of exclusive access to each memory segment by either the master computer or the specific node computer is determined by the master computer using the respective communication channel between the master computer and the node computer; and wherein both the master computer and the plurality of node computers share the same enclosure . a master computer and an array of node computers ; wherein the master computer is connected to a plurality of node computers, the master computer being connected to each node computer by a separate communication channel such that only the master computer has direct access to any node computer via the communication channel; wherein each of the plurality of node computers is connected to a memory segment that is only accessible, either by the master computer or the specific node computer to which the memory segment is connected, wherein each of the plurality of node computers has no direct access to external memory outside of the hierarchical computer architecture; wherein the plurality of node computers act as servers with a common client being the master computer; characterized in that : the master computer is configured to map the memory segments as an array of mass storage blocks, wherein a choice of exclusive access to each memory segment by either the master computer or the specific node computer is determined by the master computer using the respective communication channel between the master computer and the node computer; and wherein both the master computer and the plurality of node computers share the same enclosure .