mhurhangee/ep-ind-claims huggingface dataset:
A method by an electronic device (110, 201, 501, 601, 1001, 1100), the method comprising: determining a management target device; selecting at least one sensing device (120, 140) for measuring an environment in which the management target device operates, in order to identify a state of the management target device; transmitting an operation command to the management target device; receiving measurement information directly from the at least one sensing device (120, 140), the measurement information being generated by measuring the environment when the management target device is operating based on the received operation command; and identifying the state of the management target device based on the measurement information. determining a management target device; selecting at least one sensing device (120, 140) for measuring an environment in which the management target device operates, in order to identify a state of the management target device; transmitting an operation command to the management target device; receiving measurement information directly from the at least one sensing device (120, 140), the measurement information being generated by measuring the environment when the management target device is operating based on the received operation command; and identifying the state of the management target device based on the measurement information.
A method of operating a wind turbine having at least two rotor blades adjustable in their blade pitch angle, characterised by • measuring an actual value (12, 14. 16) of the blade pitch angle for each one of the rotor blades, • calculating at least one difference value (19a, 19b, 19c) by subtracting (18a, 18b, 18c) two measured actual values of the blade pitch angles (12, 14. 16) from each other, • generating at least one logic operation result by logical links of at least one of the difference values (19a, 19b, 19c) • generating an accumulated value by accumulating the at least one logic operation result, and • comparing the accumulated value with a predetermined threshold value, and • triggering an error signal in case that the accumulated value exceeds the predetermined threshold value. • measuring an actual value (12, 14. 16) of the blade pitch angle for each one of the rotor blades, • calculating at least one difference value (19a, 19b, 19c) by subtracting (18a, 18b, 18c) two measured actual values of the blade pitch angles (12, 14. 16) from each other, • generating at least one logic operation result by logical links of at least one of the difference values (19a, 19b, 19c) • generating an accumulated value by accumulating the at least one logic operation result, and • comparing the accumulated value with a predetermined threshold value, and • triggering an error signal in case that the accumulated value exceeds the predetermined threshold value.
A gas burner assembly for a gas cooking appliance comprising at least one base part wherein: - the base part includes a shell with an open top side, - the base part includes and/or supports at least one injector (26; 26A, 26B) arranged in the central and deepest position of the shell, and - the inner side of the shell is formed as a circumferential surface of a truncated cone, the gas burner assembly comprises an intermediate part arranged above the base part, wherein said intermediate part includes a vertical Venturi pipe in its central portion, so that the Venturi pipe is arranged above the injector (26; 26A, 26B), the gas burner assembly comprises a burner crown arranged above the intermediate part, characterized in that the burner crown includes a plurality of flame ports (38, 40), the burner crown includes an inner central chamber and an outer annular chamber, wherein the inner central chamber is covered by an inner burner cap and the outer annular chamber is covered by an outer burner cap, a plurality of outer flame ports is formed in an outer circumferential side wall of the outer annular chamber, wherein the outer burner cap is formed as a circular ring and inclined in radial direction, so that the level of the outer burner cap rises from inside to outside. - the base part includes a shell with an open top side, - the base part includes and/or supports at least one injector (26; 26A, 26B) arranged in the central and deepest position of the shell, and - the inner side of the shell is formed as a circumferential surface of a truncated cone, the gas burner assembly comprises an intermediate part arranged above the base part, wherein said intermediate part includes a vertical Venturi pipe in its central portion, so that the Venturi pipe is arranged above the injector (26; 26A, 26B), the gas burner assembly comprises a burner crown arranged above the intermediate part, characterized in that the burner crown includes a plurality of flame ports (38, 40), the burner crown includes an inner central chamber and an outer annular chamber, wherein the inner central chamber is covered by an inner burner cap and the outer annular chamber is covered by an outer burner cap, a plurality of outer flame ports is formed in an outer circumferential side wall of the outer annular chamber, wherein the outer burner cap is formed as a circular ring and inclined in radial direction, so that the level of the outer burner cap rises from inside to outside.
A portable monitoring unit for personnel working in hazardous environments, comprising: a motion sensor; an alert generator which is configured to generate an alert when motion is not detected for a period of time; and characterised by: a coupling (14, 124) to which an auxiliary unit (12, 112) can be structurally and detachably coupled, wherein the coupling (14, 124) comprises a release mechanism (26, 28) that requires activation to enable decoupling of the portable monitoring unit and the auxiliary unit (12, 112); and a power interface (20, 22) arranged to receive power for the portable monitoring unit from a power interface (20, 22) of the auxiliary unit (12, 112) when the auxiliary unit (12, 112) is structurally coupled to the portable monitoring unit. a motion sensor; an alert generator which is configured to generate an alert when motion is not detected for a period of time; and characterised by: a coupling (14, 124) to which an auxiliary unit (12, 112) can be structurally and detachably coupled, wherein the coupling (14, 124) comprises a release mechanism (26, 28) that requires activation to enable decoupling of the portable monitoring unit and the auxiliary unit (12, 112); and a power interface (20, 22) arranged to receive power for the portable monitoring unit from a power interface (20, 22) of the auxiliary unit (12, 112) when the auxiliary unit (12, 112) is structurally coupled to the portable monitoring unit. a coupling (14, 124) to which an auxiliary unit (12, 112) can be structurally and detachably coupled, wherein the coupling (14, 124) comprises a release mechanism (26, 28) that requires activation to enable decoupling of the portable monitoring unit and the auxiliary unit (12, 112); and a power interface (20, 22) arranged to receive power for the portable monitoring unit from a power interface (20, 22) of the auxiliary unit (12, 112) when the auxiliary unit (12, 112) is structurally coupled to the portable monitoring unit.
A smart manifold system for monitoring the operation of an HVAC unit, the system comprising: a smart manifold comprising a refrigerant manifold connectable with the HVAC unit and an electronics unit configured to obtain via the refrigerant manifold measurement data related to the operating conditions of the HVAC unit; and a smart platform configured to communicate wirelessly with the smart manifold to acquire the measurement data from the smart manifold, wherein the smart platform includes GPS capabilities, wireless internet communication capabilities, and a display screen; wherein the smart platform is configured to execute a software application to obtain GPS location data for the HVAC unit and to obtain, via wireless internet communications, data associated with the HVAC unit, and to display via the display screen user information comprising the measurement data and data related to at least one of the GPS location data and the data associated with the HVAC unit a smart manifold comprising a refrigerant manifold connectable with the HVAC unit and an electronics unit configured to obtain via the refrigerant manifold measurement data related to the operating conditions of the HVAC unit; and a smart platform configured to communicate wirelessly with the smart manifold to acquire the measurement data from the smart manifold, wherein the smart platform includes GPS capabilities, wireless internet communication capabilities, and a display screen; wherein the smart platform is configured to execute a software application to obtain GPS location data for the HVAC unit and to obtain, via wireless internet communications, data associated with the HVAC unit, and to display via the display screen user information comprising the measurement data and data related to at least one of the GPS location data and the data associated with the HVAC unit
Reel lay system comprising in combination: - a vertical reel having a horizontal rotation axis, the reel comprising a left-hand flange and a right-hand flange provided at the left-hand side and right-hand side of a hub, respectively, the hub being adapted to store multiple layers, each comprising several windings of pipeline, in particular rigid pipeline; - a reel drive system; characterized in that a length of A&R cable and a length of pipeline are stored on the reel, and wherein the reel drive system is configured to unspool and spool the A&R cable and the pipeline from the reel, wherein the length of A&R cable is stored at a flange of the reel, which flange comprises two parallel flange walls (25a, 25c) between which an A&R hub is provided. - a vertical reel having a horizontal rotation axis, the reel comprising a left-hand flange and a right-hand flange provided at the left-hand side and right-hand side of a hub, respectively, the hub being adapted to store multiple layers, each comprising several windings of pipeline, in particular rigid pipeline; - a reel drive system;
A substrate having a coating for enhancing scratch resistance, the coating comprising at least one high refractive index transparent hard material layer, wherein the hard material layer includes crystalline aluminum nitride and wherein said aluminum nitride has a hexagonal crystal structure exhibiting a predominant preferred orientation of the hexagonal symmetry; and wherein the substrate is a glass ceramic.
System for taking on, changing and storing securing units for securing objects stored on a transport trailer such as motor vehicles or agricultural or forestry bulk cargo, comprising - a transport trailer for transporting objects such as motor vehicles or agricultural or forestry bulk cargo, having o a loading platform for taking on the objects, o at least one securing unit for securing the objects taken on the loading platform, and o at least one securing section, by means of which the securing unit is rendered detachably connectable to the transport trailer, characterized in that the system comprises a take-on device for taking on, changing and storing the at least one securing unit detached from the transport trailer, as well as at least one movement device having a drive mechanism for moving the securing unit between the transport trailer and the take-on device, wherein the movement device comprises a parallelogram guide which is mounted on rollers. - a transport trailer for transporting objects such as motor vehicles or agricultural or forestry bulk cargo, having o a loading platform for taking on the objects, o at least one securing unit for securing the objects taken on the loading platform, and o at least one securing section, by means of which the securing unit is rendered detachably connectable to the transport trailer, o a loading platform for taking on the objects, o at least one securing unit for securing the objects taken on the loading platform, and o at least one securing section, by means of which the securing unit is rendered detachably connectable to the transport trailer,
An immunogen, comprising: a recombinant human parainfluenza virus (hPIV)3 F ectodomain trimer stabilized in a prefusion conformation, which trimer comprises protomers comprising one or more amino acid substitutions or deletions, wherein the protomer comprises an amino acid sequence set forth as SEQ ID NO: 45; or an amino acid sequence set forth as SEQ ID NO: 46; or an amino acid sequence set forth as SEQ ID NO: 47; or an amino acid sequence set forth as SEQ ID NO: 48; or an amino acid sequence set forth as SEQ ID NO: 49; or an amino acid sequence set forth as SEQ ID NO: 50. an amino acid sequence set forth as SEQ ID NO: 46; or an amino acid sequence set forth as SEQ ID NO: 47; or an amino acid sequence set forth as SEQ ID NO: 48; or an amino acid sequence set forth as SEQ ID NO: 49; or an amino acid sequence set forth as SEQ ID NO: 50.
Method for manufacturing a set of trim elements (7, 11) having a decorative coating with a decorative pattern and comprising a fixed part forming a front and at least one movable part forming a flap intended to close an opening of said front, the method comprising a step of producing a part blank by overmolding a layer of thermoplastic or thermosetting resin on the rear face of a layer of decorative coating material comprising the decorative pattern, such that said part blank has a face of an aspect showing said decorative pattern and a rear face, wherein the overmolding step is performed by injection and comprises the making of at least one pre-cutting groove over all or part of the periphery of a portion of the part blank intended to form a flap; and said or at least one of the pre-cutting grooves showing a flared profile, and the step of making the part blank by overmolding being followed by a step of cutting at least one flap in said part blank, said cutting resulting in an opening in the body of the blank, said perforated body being intended to form a front, characterized in that the profile of at least one precut groove having a bottom and side walls, at least one precut groove: - shows a flared profile in which the side wall of the groove intended to form all or part of the periphery of the opening has an inclination; and/or - shows a flared profile of trapezoidal or semicircular shape; - said flared profile is arranged parallel to an axis of rotation about which the flap is intended to pivot with a view to closing or disengaging the opening shown by the facade, the decorative pattern being in continuity between the flap and the facade when said flap obstructs the opening. - shows a flared profile in which the side wall of the groove intended to form all or part of the periphery of the opening has an inclination; and/or - shows a flared profile of trapezoidal or semicircular shape; - said flared profile is arranged parallel to an axis of rotation about which the flap is intended to pivot with a view to closing or disengaging the opening shown by the facade,
A method comprising: sending a first message from a user equipment, UE, having a first indicator set to indicate additional information to send and not transferable in the first message; receiving a second indicator from a wireless network indicating support of transfer of the additional information; and sending the additional information in a second message in response to receiving the second indicator, wherein the additional information initially informs the wireless network about one or more additional capabilities of the UE as operable with the wireless network. sending a first message from a user equipment, UE, having a first indicator set to indicate additional information to send and not transferable in the first message; receiving a second indicator from a wireless network indicating support of transfer of the additional information; and sending the additional information in a second message in response to receiving the second indicator, wherein the additional information initially informs the wireless network about one or more additional capabilities of the UE as operable with the wireless network.
A turbine for generating electrical power, comprising a plurality of rotatable turbine blades (310, 710) associated with a swept area; wherein the turbine is connectable to a region of a subsea riser pipe or umbilical to generate power via respective motion of seawater through said swept area; and wherein each of the turbine blades (310, 710) has a first end and a further end, and the turbine comprises a first rotatable blade support connected to all the first ends of the blades (310, 710) and a further rotatable blade support connected to all the further ends of the blades (310, 710); and each blade support (320, 330) is located with respect to the pipe or umbilical via a ring connector (340, 350, 740) and a bearing element (745, 750) between the ring connector (340, 350, 740) and the blade support (320, 330). wherein the turbine is connectable to a region of a subsea riser pipe or umbilical to generate power via respective motion of seawater through said swept area; and wherein each of the turbine blades (310, 710) has a first end and a further end, and the turbine comprises a first rotatable blade support connected to all the first ends of the blades (310, 710) and a further rotatable blade support connected to all the further ends of the blades (310, 710); and each blade support (320, 330) is located with respect to the pipe or umbilical via a ring connector (340, 350, 740) and a bearing element (745, 750) between the ring connector (340, 350, 740) and the blade support (320, 330).
A battery comprising: a plurality of tanks storing electrolyte containing ions of which valence is changed; a cell configured to cause oxidation-reduction of the electrolyte so as to be charged or discharged; a pipe connecting the plurality of tanks and the cell; a pump configured to circulate the electrolyte between the plurality of tanks and the cell through the pipe; and a container having a bottom, a side, and a top and housing the plurality of tanks, the cell, the pipe, and the pump, wherein: the container has a widthwise direction and a longitudinal direction, the bottom has a longer side and a shorter side, and the longer side and the shorter side are parallel to the longitudinal direction and the widthwise direction, respectively, and the plurality of tanks are arranged in the widthwise direction. a plurality of tanks storing electrolyte containing ions of which valence is changed; a cell configured to cause oxidation-reduction of the electrolyte so as to be charged or discharged; a pipe connecting the plurality of tanks and the cell; a pump configured to circulate the electrolyte between the plurality of tanks and the cell through the pipe; and a container having a bottom, a side, and a top and housing the plurality of tanks, the cell, the pipe, and the pump, the container has a widthwise direction and a longitudinal direction, the bottom has a longer side and a shorter side, and the longer side and the shorter side are parallel to the longitudinal direction and the widthwise direction, respectively, and the plurality of tanks are arranged in the widthwise direction.
A hemostatic compound, comprising molecular sieves and a fiber, wherein the molecular sieves are independently dispersed on a fiber surface of the fiber without agglomeration and directly contact the fiber surface; an adhesive content of the contact surface between the molecular sieve and the fiber is zero; a first surface of the molecular sieve contacted with the fiber is defined as an inner surface, and the inner surface is a rough planar surface; and a second surface of the molecular sieve uncontacted with the fiber is defined as an outer surface, and the outer surface is a non-planar surface; the molecular sieve forms a growth-matched coupling with the fiber on the inner surface, and the growth-matched coupling refers to that a plurality of molecular sieve microparticles grow to match the fiber surface to form a tightly-coupled coupling interface that matches the fiber surface; the inner surface is a planar surface matched with the fiber surface; a first particle size D90 of the molecular sieve microparticles is 0.01 to 50 μm, a second particle size D50 of the molecular sieve microparticles is 0.005 to 30 μm; both the inner surface and the outer surface are composed of molecular sieve nanoparticles. wherein the molecular sieves are independently dispersed on a fiber surface of the fiber without agglomeration and directly contact the fiber surface; an adhesive content of the contact surface between the molecular sieve and the fiber is zero; a first surface of the molecular sieve contacted with the fiber is defined as an inner surface, and the inner surface is a rough planar surface; and a second surface of the molecular sieve uncontacted with the fiber is defined as an outer surface, and the outer surface is a non-planar surface; the molecular sieve forms a growth-matched coupling with the fiber on the inner surface, and the growth-matched coupling refers to that a plurality of molecular sieve microparticles grow to match the fiber surface to form a tightly-coupled coupling interface that matches the fiber surface; the inner surface is a planar surface matched with the fiber surface; a first particle size D90 of the molecular sieve microparticles is 0.01 to 50 μm, a second particle size D50 of the molecular sieve microparticles is 0.005 to 30 μm; both the inner surface and the outer surface are composed of molecular sieve nanoparticles.
An ultrasound imaging system, comprising: a first ultrasound imaging device and a second ultrasound imaging device; and a console configured to selectively communicate with the first ultrasound imaging device and the second ultrasound imaging device, the console comprising a housing, a computing device disposed within the housing, and a connector receptacle assembly coupled to the housing, the connector receptacle assembly comprising: a first connector bank comprising a first plurality of electrical connections; and a second connector bank comprising a second plurality of electrical connections, wherein the connector receptacle assembly is selectively matable to a first connector of the first ultrasound imaging device via only the first connector bank or to a single second connector of the second ultrasound imaging device via the first and second connector banks together, the single second connector housing a first and second connector module configured to couple to the first the second connector bank respectively. a first ultrasound imaging device and a second ultrasound imaging device; and a console configured to selectively communicate with the first ultrasound imaging device and the second ultrasound imaging device, the console comprising a housing, a computing device disposed within the housing, and a connector receptacle assembly coupled to the housing, the connector receptacle assembly comprising: a first connector bank comprising a first plurality of electrical connections; and a second connector bank comprising a second plurality of electrical connections, wherein the connector receptacle assembly is selectively matable to a first connector of the first ultrasound imaging device via only the first connector bank or to a single second connector of the second ultrasound imaging device via the first and second connector banks together, the single second connector housing a first and second connector module configured to couple to the first the second connector bank respectively. a first connector bank comprising a first plurality of electrical connections; and a second connector bank comprising a second plurality of electrical connections, wherein the connector receptacle assembly is selectively matable to a first connector of the first ultrasound imaging device via only the first connector bank or to a single second connector of the second ultrasound imaging device via the first and second connector banks together, the single second connector housing a first and second connector module configured to couple to the first the second connector bank respectively.