mhurhangee/patent-ind-claim-en huggingface dataset:
A method for testing correctness of a first quantum program , the first quantum program deemed to be correct if it acts identically to a second quantum program, the method performed by a strong quantum simulator implemented in a classical computer device and comprising: preparing an entangled state between first and second halves of a register of simulated qubits, the entangled state prepared by acting a third quantum program on the register in a zero state or by directly initialising the internal representation of the simulator to an entangled state; performing , on one of the first and second halves, the first quantum program ; performing , on said one of the first and second halves, the inverse of the second quantum program ; unpreparing the entangled state by performing the inverse of the third quantum program; and checking whether all qubits of the register of simulated qubits are in a zero state, wherein the test is deemed passed if all of the qubits are in the zero state, and deemed failed if not all of the qubits are in the zero state. preparing an entangled state between first and second halves of a register of simulated qubits, the entangled state prepared by acting a third quantum program on the register in a zero state or by directly initialising the internal representation of the simulator to an entangled state; performing , on one of the first and second halves, the first quantum program ; performing , on said one of the first and second halves, the inverse of the second quantum program ; unpreparing the entangled state by performing the inverse of the third quantum program; and checking whether all qubits of the register of simulated qubits are in a zero state,
Configuration procedure for a rotary pump assembly with speed control in a hydraulic plant intended for operation in numerous different plant types (A1-A5) and with numerous different control modes (B1-B5) with a corresponding controller configuration, characterised by an operator specifying at least one of the plant types (A1-A5) and/or one of the control modes (B1-B5) for a configuration device , in which the configuration device encompasses a stored predefined assignment , whereby each of the plant types (A1-A5) is assigned to at least one control mode (B1-B5), as well as numerous application-specific controller configurations , and the combinations of a plant type and control mode included in the assignment are respectively linked to a controller configuration , and the configuration device selects the corresponding linked controller configuration according to this assignment depending on the specified plant type and/or the specified control mode and sets it on the rotary pump assembly .
A squeegee assembly for a surface cleaning machine that is movable in a first direction, the squeegee assembly including a front squeegee having a lower edge for engaging a surface to be cleaned and a rear squeegee having a lower edge for engaging the surface to be cleaned mounted in close proximity to the front squeegee to define a vacuum chamber there between, characterised in that the lower edge of the front squeegee defines at least one channel , the assembly further comprising a seal flap for at least one channel biased in a closed position within the channel , the seal flap being movable to an open position at least partially outside the channel; wherein when the surface cleaning machine is moved in a first direction, engagement of the seal flap and the surface to be cleaned causes the seal flap to move to the open position, allowing fluid to pass through the channel ; and wherein when the lower edge of the front squeegee is partially disengaged from the surface to be cleaned, the seal flap is biased back to its closed position, reducing or preventing fluid from passing through the channel .
A nozzle for a vacuum cleaner, having: a nozzle housing , a floor cleaning roller which is rotatable on an axle relative to the nozzle housing about an axis of rotation during operation of the vacuum cleaner, a driving means producing a drive torque (T) which is transferred to the floor cleaning roller by a transmission means , a centrifugal clutch operatively connected between the floor cleaning roller and the transmission means characterized in that the centrifugal clutch comprises: - a cup having at least one engaging element , wherein the cup is firmly connected with the floor cleaning roller , - a driver spaced radially inwardly apart from the cup and rotatable about the axis of rotation , - at least one slider which is movably retained by the driver , - and a disconnecting means retained by the driver acting with force (F) on the slider towards the axis of rotation , wherein after exceeding a predetermined rotation speed of the driver a centrifugal force (C) acting on the slider exceeds the radial force (F) what causes that the slider moves outward from the driver and connects with the engaging element then the drive is engaged with the cup and the drive torque (T) which is produced by the driving means can be transmitted by the transmission means and the centrifugal clutch to the floor cleaning roller . - a cup having at least one engaging element , wherein the cup is firmly connected with the floor cleaning roller , - a driver spaced radially inwardly apart from the cup and rotatable about the axis of rotation , - at least one slider which is movably retained by the driver , - and a disconnecting means retained by the driver acting with force (F) on the slider towards the axis of rotation ,
A gas turbine engine component comprising: a structure including a first wall and a second wall that provide a cooling passage , the cooling passage extends a length from a first end to a second end , a cluster of impingement inlet holes is provided in the second wall at the first end , and an outlet is provided at the second end , a first region is provided within the cooling passage adjacent the cluster of impingement inlet holes , and a second region includes turbulators , the first region extends in the range of 25-65% of the length L and has lower fluid friction than the second region due to said turbulators; characterised in that the structure includes multiple discrete cooling passages provided parallel to one another and arranged in a circumferential direction, each having the outlet ; and the cluster of impingement inlet holes provided in the second wall ; and wherein the structure is a blade outer air seal .
A method performed by a wireless device , the method comprising: receiving a frequency domain monitoring locations configuration from a network node , the frequency domain monitoring locations configuration indicating which set(s) of resource blocks, RBs, out of multiple RBs shall be monitored for control channel candidates, wherein each indicated set of RBs corresponds to physical Resource Blocks, PRBs, of a respective frequency domain monitoring occasion which does not overlap any guard PRB(s), wherein each frequency domain monitoring occasion is determined by a frequency translation of control channel elements, CCEs, defined in an associated control resource set, CORESET, through a frequency offset; and monitoring for one or more control channel candidates within the frequency domain monitoring occasion(s) based on the received frequency domain monitoring locations configuration. receiving a frequency domain monitoring locations configuration from a network node , the frequency domain monitoring locations configuration indicating which set(s) of resource blocks, RBs, out of multiple RBs shall be monitored for control channel candidates, wherein each indicated set of RBs corresponds to physical Resource Blocks, PRBs, of a respective frequency domain monitoring occasion which does not overlap any guard PRB(s), wherein each frequency domain monitoring occasion is determined by a frequency translation of control channel elements, CCEs, defined in an associated control resource set, CORESET, through a frequency offset; and monitoring for one or more control channel candidates within the frequency domain monitoring occasion(s) based on the received frequency domain monitoring locations configuration.
A self-retracting lifeline , comprising: a housing ; a drum rotatably operatively connected to the housing, the drum comprising a channel ; a lifeline having a first end operatively connected to the drum, an intermediate portion windable about the drum, and a second end; and a connector operatively connected to the first end of the lifeline , the connector being configured and arranged to be received within the channel ; characterised in that the self-retracting lifeline comprises a locking member operatively connected to the drum and moveable from an unlocked position to a locked position in which the drum is locked relative to the housing the channel of the drum comprises a shoulder portion ; and the connector is configured and arranged to be sandwiched between the shoulder portion and the locking member and between the drum and the housing, wherein moving the locking member into the locked position moves the locking member away from the connector and allows the connector to be slid through the channel to assist in replacement of the lifeline. a housing ; a drum rotatably operatively connected to the housing, the drum comprising a channel ; a lifeline having a first end operatively connected to the drum, an intermediate portion windable about the drum, and a second end; and a connector operatively connected to the first end of the lifeline , the connector being configured and arranged to be received within the channel ; characterised in that the self-retracting lifeline comprises a locking member operatively connected to the drum and moveable from an unlocked position to a locked position in which the drum is locked relative to the housing the channel of the drum comprises a shoulder portion ; and the connector is configured and arranged to be sandwiched between the shoulder portion and the locking member and between the drum and the housing, wherein moving the locking member into the locked position moves the locking member away from the connector and allows the connector to be slid through the channel to assist in replacement of the lifeline.
An arrangement for an electrically excited machine , comprising: - a machine rotor having a machine rotor shaft ; and - an exciter device for the electrical excitation of the machine , wherein the exciter device comprises at least one energy transfer system having a primary side and a secondary side , wherein the energy transfer system is configured to transfer, in a contactless manner, energy from the primary side of the at least one energy transfer system to the secondary side of the at least one energy transfer system , wherein an operating frequency of the energy transfer system is independent of a speed of the electrically excited machine , characterized in that the energy transfer system is integrated as an encapsulated system in a cavity of the machine rotor shaft . - a machine rotor having a machine rotor shaft ; and - an exciter device for the electrical excitation of the machine , wherein the exciter device comprises at least one energy transfer system having a primary side and a secondary side , wherein the energy transfer system is configured to transfer, in a contactless manner, energy from the primary side of the at least one energy transfer system to the secondary side of the at least one energy transfer system , wherein an operating frequency of the energy transfer system is independent of a speed of the electrically excited machine ,
Magnetic-inductive flowmeter, with at least one measuring tube for the flow of an electrically conductive medium, with a magnetic field generator for generating an alternating magnetic field which is at least also perpendicular to the longitudinal axis of the measuring tube, with at least two measuring electrodes - in particular in contact with the medium -, with a measuring electrode circuit to which the measuring electrodes belong, and with an evaluation circuit , wherein the magnetic field generator has at least one field coil and a coil power supply, characterized in that the evaluation circuit has a crosstalk voltage indicator which is active in the "no flow" operating state, and the evaluation circuit is designed to derive whether the measuring electrode circuit is functional from the cross-talk voltage.
A method, comprising: detecting a single radio voice call continuity activation event indicating a handover of a user equipment between a packet switched domain and a circuit switched domain, wherein a security key set used to protect control plane signaling prior to the handover is either a circuit switched security key or a packet switched security key; consistent with a serving radio network subsystem relocation procedure, suspending control plane signaling radio bearers; resetting the suspended signaling radio bearers; and resuming the suspended signaling radio bearers in the domain handed over to, where resuming comprises protecting control plane signaling radio bearers of a domain handed over to, using a same mapped security key set that is used to cipher user plane radio access bearers in the domain handed over to, wherein the mapped security key set is mapped from a security key set used to protect user plane signaling prior to the handover regardless of the security key set that was used to protect control plane signaling prior to the handover. detecting a single radio voice call continuity activation event indicating a handover of a user equipment between a packet switched domain and a circuit switched domain, wherein a security key set used to protect control plane signaling prior to the handover is either a circuit switched security key or a packet switched security key; consistent with a serving radio network subsystem relocation procedure, suspending control plane signaling radio bearers; resetting the suspended signaling radio bearers; and resuming the suspended signaling radio bearers in the domain handed over to, where resuming comprises protecting control plane signaling radio bearers of a domain handed over to, using a same mapped security key set that is used to cipher user plane radio access bearers in the domain handed over to,
Laminated cardboard panel for the construction of partition walls, containing at least three adjacent mortar layers including powder of pure suberin, wherein the outer layers have the same density and the inner layer has a different density and - the outer layers comprise a mortar with 55% by weight of powder of pure suberin, 40% of calcium sulfate di-hydrate and 5% of polyvinyl acetate, by weight; and - the inner layer comprise a mortar with 70% by weight of powder of pure suberin 25% of calcium sulfate di-hydrate and 5% of polyvinyl acetate, by weight. - the outer layers comprise a mortar with 55% by weight of powder of pure suberin, 40% of calcium sulfate di-hydrate and 5% of polyvinyl acetate, by weight; and - the inner layer comprise a mortar with 70% by weight of powder of pure suberin 25% of calcium sulfate di-hydrate and 5% of polyvinyl acetate, by weight.
A method of producing a protein, wherein the protein is produced in fucosylated and afucosylated forms at a predetermined ratio, the method comprising: culturing a host cell engineered to express the protein in a culture medium, wherein the host cell is a GDP-keto-6-deoxymannose-3,5-epimerase,4-reductase (FX) knockout host cell, and wherein the culture medium comprises a fucose source in an amount sufficient to produce the fucosylated and afucosylated forms of the protein at the predetermined ratio. culturing a host cell engineered to express the protein in a culture medium, wherein the host cell is a GDP-keto-6-deoxymannose-3,5-epimerase,4-reductase (FX) knockout host cell, and wherein the culture medium comprises a fucose source in an amount sufficient to produce the fucosylated and afucosylated forms of the protein at the predetermined ratio.
A food blender , comprising: a vessel for receiving food for blending; a blade assembly adapted in use to be mounted at a base of the vessel, the blade assembly comprising a rotatable blade and non-rotatable blade support ; and an optical analysis system comprising: a sensor module having a light source and a light sensor for sensing reflected light; and characterised by a reference reflector , wherein at least one of the sensor module and the reference reflector is mounted on the rotatable blade . a vessel for receiving food for blending; a blade assembly adapted in use to be mounted at a base of the vessel, the blade assembly comprising a rotatable blade and non-rotatable blade support ; and an optical analysis system comprising: a sensor module having a light source and a light sensor for sensing reflected light; and characterised by a reference reflector , a sensor module having a light source and a light sensor for sensing reflected light; and characterised by a reference reflector , wherein at least one of the sensor module and the reference reflector is mounted on the rotatable blade .
A compound having the sum formula [(( S )- N -valeryl- N -{[2'-(1 H- tetrazole-5-yl)-biphenyl-4-yl]-methyl}-valine) ( -5-biphenyl-4-yl-4-(3-carboxy-propionylamino)-2-methyl-pentanoic acid ethyl ester)]Na 3 • x H 2 O, wherein x is 0 to 3, and being in the solid form.
A mesenchymoangioblast mesenchymal stem cell (MCA-MSC) for use in a method of treating allergic airways disease (AAD)/ asthma in a subject, wherein the MCA-MSC expresses miR-145-5p, miR-181b-5p, and miR-214-3p, but not miR-127-3p and miR-299-5p, wherein the MCA-MSC has a CD73 + CD105 + CD90 + CD146 + CD44 + CD10 + CD31 - CD45 - phenotype, and wherein the MCA-MSC is made by a method comprising: (a) culturing a primitive mesoderm cell with mesenchymoangioblast (MCA) potential that has a EMH lin - KDR + APLNR + PDGFRalpha + phenotype in a mesenchymal-colony forming medium (M-CFM) comprising LiCl and FGF2, but excluding PDGF, under normoxic conditions for sufficient time for a mesenchymal colony to form; and (b) culturing the mesenchymal colony of (a) adherently to produce the MCA-MSC. (a) culturing a primitive mesoderm cell with mesenchymoangioblast (MCA) potential that has a EMH lin - KDR + APLNR + PDGFRalpha + phenotype in a mesenchymal-colony forming medium (M-CFM) comprising LiCl and FGF2, but excluding PDGF, under normoxic conditions for sufficient time for a mesenchymal colony to form; and (b) culturing the mesenchymal colony of (a) adherently to produce the MCA-MSC.
A system for diagnosing a state of a low-voltage battery , the system comprising: a daisy chain circuit unit configured to receive a voltage from a low-voltage battery, and output one or more result signals based on the received voltage and a first reference voltage; an isolator unit configured to receive the one or more output result signals, and convert the one or more received result signals; and a control unit configured to receive the one or more converted result signals and diagnose a state of the low-voltage battery, wherein the daisy chain circuit unit is provided at a low-voltage side of the isolator unit including the low-voltage battery and free from any control unit, and the control unit is provided at a high-voltage side of the isolator unit including a high-voltage battery. a daisy chain circuit unit configured to receive a voltage from a low-voltage battery, and output one or more result signals based on the received voltage and a first reference voltage; an isolator unit configured to receive the one or more output result signals, and convert the one or more received result signals; and a control unit configured to receive the one or more converted result signals and diagnose a state of the low-voltage battery, wherein the daisy chain circuit unit is provided at a low-voltage side of the isolator unit including the low-voltage battery and free from any control unit, and the control unit is provided at a high-voltage side of the isolator unit including a high-voltage battery.
The compound 3-((1H-pyrazol[3,4-b]pyridine-5-substituted)ethinyl)-4- methyl-N-(4-((4-methylpiperazine-1-substituted)methyl)-3-(trifluoromethyl)phenyl)benzamide or a pharmaceutically acceptable salt thereof for use in a method of treating Ph-negative precursor B-cell lymphoblastic leukemia.
A system comprising: a separable projectile configured to comprise a payload container and a separation charge arranged behind the payload container characterized by a payload container comprising measuring equipment, for testing the projectile ; and a payload container comprising an effect part for effect against a target; wherein the projectile is modifiable by changing payload container from a test embodiment to an effect embodiment. a separable projectile configured to comprise a payload container and a separation charge arranged behind the payload container characterized by a payload container comprising measuring equipment, for testing the projectile ; and a payload container comprising an effect part for effect against a target; a payload container comprising measuring equipment, for testing the projectile ; and a payload container comprising an effect part for effect against a target; wherein the projectile is modifiable by changing payload container from a test embodiment to an effect embodiment.
Container-processing and/or container-manufacturing plant, comprising a clean room and a transport device for transporting containers and/or preforms along a processing line arranged inside the clean room , the clean room comprising a wall element which separates the clean room from an external space; the transport device comprising a drive system , which is arranged outside the clean room and is designed to move at least one inner transport element , which is movably arranged inside the clean room , for transporting containers and/or preforms along the processing line, by means of magnetic or electromagnetic interaction; the processing line comprising a blower for shaping the preforms as part of a unit for producing plastics containers; characterised in that the transport device further comprises an inner guide element , which is arranged inside the clean room along the wall element ; the at least one inner transport element being arranged so as to be movable on the inner guide element ; and the drive system being designed to move the inner transport element through the wall element and along the inner guide element by means of the magnetic or electromagnetic interaction; and the processing line further comprising an injection apparatus for producing the preforms as part of the unit for producing plastics containers.