mhurhangee/ep-ind-claims huggingface dataset:
A pipette comprising: a capillary having a first end and a second end that are two ends in a length direction and that are open; a pressure chamber that communicates with an inside of the capillary via the second end; a drive unit that is configured to change a volume of the pressure chamber; and a control unit that is configured to control the drive unit, wherein the control unit is configured to output a first movement signal that drives the drive unit so that a liquid moves from a predetermined first position in the capillary to a second position that is located closer to the second end than the first position, and wherein the first movement signal has a waveform that drives the drive unit so that the volume of the pressure chamber alternately increases and decreases repeatedly, the volume of the pressure chamber decreases to cause a braking force to act on the liquid, the liquid is moved while being vibrated, and the liquid is located closer than the first position to the second position when a last decrease of repeated decreases of the volume of the pressure chamber is finished, wherein an inner surface of the capillary has, in at least a part of a range from the first position to the second position, a tapered surface along which an inside diameter of the capillary decreases toward the first position. a capillary having a first end and a second end that are two ends in a length direction and that are open; a pressure chamber that communicates with an inside of the capillary via the second end; a drive unit that is configured to change a volume of the pressure chamber; and a control unit that is configured to control the drive unit, wherein the control unit is configured to output a first movement signal that drives the drive unit so that a liquid moves from a predetermined first position in the capillary to a second position that is located closer to the second end than the first position, and wherein the first movement signal has a waveform that drives the drive unit so that the volume of the pressure chamber alternately increases and decreases repeatedly, the volume of the pressure chamber decreases to cause a braking force to act on the liquid, the liquid is moved while being vibrated, and the liquid is located closer than the first position to the second position when a last decrease of repeated decreases of the volume of the pressure chamber is finished, wherein an inner surface of the capillary has, in at least a part of a range from the first position to the second position, a tapered surface along which an inside diameter of the capillary decreases toward the first position.
A method of managing a wind farm with a plurality of wind turbines (362, 364, 366, 368), each wind turbine (362, 364, 366, 368) having a turbine profile, wherein the turbine profile is one of a master profile and a slave profile, wherein the wind turbine with the master profile is enabled to control and shut down the wind turbines with the slave profile of the wind farm, comprising: monitoring meteorological parameters and performance parameters associated with the wind farm in real-time to generate real-time operational data; analyzing operating parameters associated with the wind farm, wherein the operating parameters comprise historical operational data and the real-time operational data associated with the wind farm; determining at least one wind turbine in the slave profile whose turbine profile needs to be changed from a slave profile to a master profile based on the analyzed operating parameters; and dynamically changing the turbine profile of the at least one wind turbine from the slave profile to the master profile. monitoring meteorological parameters and performance parameters associated with the wind farm in real-time to generate real-time operational data; analyzing operating parameters associated with the wind farm, wherein the operating parameters comprise historical operational data and the real-time operational data associated with the wind farm; determining at least one wind turbine in the slave profile whose turbine profile needs to be changed from a slave profile to a master profile based on the analyzed operating parameters; and dynamically changing the turbine profile of the at least one wind turbine from the slave profile to the master profile.
A first aseptic coupling device for coupling to a second aseptic coupling device for establishing a sterile connection, the first aseptic coupling device comprising: a. a first main body defining a first face and a first fluid passage therethrough; b. a first sealing member received at least partially within the first main body; c. a first membrane coupled to the first face of the first main body to cover the first sealing member; d. a ring adapter rotatable about the first main body; e. a locking ring coupled to the ring adapter, the locking ring being configured to couple the first aseptic coupling device to the second aseptic coupling device; and f. an indexing feature that indexes a rotational position of the locking ring to an indexed position and an intermediate position on the first main body; g. the locking ring being rotatable from the indexed position to an intermediate position in which the first sealing member is compressed sufficiently to form a seal with a mating second sealing member but still allow the first membrane to be removed; and h. the locking ring being rotatable from the intermediate position to a secured position wherein at least one of the locking ring and the ring adapter further comprise at least one locking feature for preventing the locking ring and ring adapter from rotating from the secured position towards the indexed position. a. a first main body defining a first face and a first fluid passage therethrough; b. a first sealing member received at least partially within the first main body; c. a first membrane coupled to the first face of the first main body to cover the first sealing member; d. a ring adapter rotatable about the first main body; e. a locking ring coupled to the ring adapter, the locking ring being configured to couple the first aseptic coupling device to the second aseptic coupling device; and f. an indexing feature that indexes a rotational position of the locking ring to an indexed position and an intermediate position on the first main body; g. the locking ring being rotatable from the indexed position to an intermediate position in which the first sealing member is compressed sufficiently to form a seal with a mating second sealing member but still allow the first membrane to be removed; and h. the locking ring being rotatable from the intermediate position to a secured position wherein at least one of the locking ring and the ring adapter further comprise at least one locking feature for preventing the locking ring and ring adapter from rotating from the secured position towards the indexed position.
Fixation plate for fixing to a proximal humerus, comprising a head part and a shaft part adjoining the head part at the bottom, wherein the head part is designed to be attached distally from a foot plate of the major tubercle of the humerus, and for this is provided with: - first screw holes with internal screw thread for insertion of angularly stable screws therein; and - suture holes for insertion of suture material therein; wherein the shaft part is designed to be attached to the humeral shaft and for this is provided with second screw holes for insertion of fixing screws therein, wherein one of the suture holes is provided as an anchoring suture hole for anchoring thereto, by means of suture material, a bone anchoring element attached in the apex of the humeral head, and wherein two first screw holes arranged furthest from the shaft part are provided as upper screw holes for insertion therein of a downwardly directed screw; characterized in that the anchoring suture hole comprises a tunnel-like cavity, through which the suture material can be inserted and which is provided with adjustment means for adjustably securing the suture material in the tunnel-like cavity. - first screw holes with internal screw thread for insertion of angularly stable screws therein; and - suture holes for insertion of suture material therein; wherein the shaft part is designed to be attached to the humeral shaft and for this is provided with second screw holes for insertion of fixing screws therein, wherein one of the suture holes is provided as an anchoring suture hole for anchoring thereto, by means of suture material, a bone anchoring element attached in the apex of the humeral head, and wherein two first screw holes arranged furthest from the shaft part are provided as upper screw holes for insertion therein of a downwardly directed screw; characterized in that the anchoring suture hole comprises a tunnel-like cavity, through which the suture material can be inserted and which is provided with adjustment means for adjustably securing the suture material in the tunnel-like cavity.
A method of feeding back channel state information from a receiver having two or more receive antennas spaced approximately λ/2 apart to a transmitter having two or more transmit antennas, the method comprising: deriving channel estimates for different transmit and receive antenna combinations; long-term averaging the channel estimates over a plurality of frequency sub-carriers and a plurality of time slots; computing frequency-independent channel correlations from the long-term averaged channel estimates for different combinations of the transmit antennas and each receive antenna; averaging the channel correlations over all the different receiving antennas to form a frequency-independent channel correlation matrix; computing a scalar representing noise variance at the receive antennas based on noise samples over pilot symbols for each frequency; and feeding back the frequency-independent channel correlation matrix and the scalar for use in performing transmitter pre-coding computations. deriving channel estimates for different transmit and receive antenna combinations; long-term averaging the channel estimates over a plurality of frequency sub-carriers and a plurality of time slots; computing frequency-independent channel correlations from the long-term averaged channel estimates for different combinations of the transmit antennas and each receive antenna; averaging the channel correlations over all the different receiving antennas to form a frequency-independent channel correlation matrix; computing a scalar representing noise variance at the receive antennas based on noise samples over pilot symbols for each frequency; and feeding back the frequency-independent channel correlation matrix and the scalar for use in performing transmitter pre-coding computations.
A control system (200, 300), comprising: a user interface (202, 302) capable of receiving and dispatching information; a power control module (204, 304) capable of distributing power; a first module (206, 306) having a controller and at least one flexibly configurable input connector (206a, 306a) and at least one flexibly configurable output connector (206b, 306b); wherein the control system (200,300) is configured to configure an output circuit of the output connector to accommodate an output or a discrete digital input via a feedback line that allows software of the control system to determine if the discrete digital input is open or closed such that, if a discrete digital input is connected at the output connector, a logic device of the control system is disabled such that the discrete digital input experiences only a voltage divider, placed from a power supply to ground, wherein the feedback line is placed between the voltage divider; each of the at least one flexibly configurable input connector (206a, 306a) configured to accommodate a plurality of analog inputs and discrete digital inputs and each of the at least one flexibly configurable output connector (206b, 306b) configured to accommodate a plurality of outputs or discrete digital inputs; and an interface bus (214, 314) communicatively coupling the user interface (202, 302), the power control module (204, 304), and the first module (206, 306). a user interface (202, 302) capable of receiving and dispatching information; a power control module (204, 304) capable of distributing power; a first module (206, 306) having a controller and at least one flexibly configurable input connector (206a, 306a) and at least one flexibly configurable output connector (206b, 306b); wherein the control system (200,300) is configured to configure an output circuit of the output connector to accommodate an output or a discrete digital input via a feedback line that allows software of the control system to determine if the discrete digital input is open or closed such that, if a discrete digital input is connected at the output connector, a logic device of the control system is disabled such that the discrete digital input experiences only a voltage divider, placed from a power supply to ground, wherein the feedback line is placed between the voltage divider; each of the at least one flexibly configurable input connector (206a, 306a) configured to accommodate a plurality of analog inputs and discrete digital inputs and each of the at least one flexibly configurable output connector (206b, 306b) configured to accommodate a plurality of outputs or discrete digital inputs; and an interface bus (214, 314) communicatively coupling the user interface (202, 302), the power control module (204, 304), and the first module (206, 306).
A method for use in a mobile equipment, the method comprising: reading an International Mobile Subscriber Identity, IMSI, from a memory card associated with the mobile equipment; determining if part or all of the IMSI matches a data set entry within a file in a memory of the mobile equipment; in response to determining that part or all of the IMSI matches the data set entry within the file in the memory of the mobile equipment, determining if an elementary file is on the memory card; in response to determining that the elementary file is on the memory card, determining if an access point name is stored in a location identified in the elementary file, the location being other than the elementary file; and in response to determining that the access point name is stored in the location identified in the elementary file, using the access point name to connect the mobile equipment to a mobile network (104,105). reading an International Mobile Subscriber Identity, IMSI, from a memory card associated with the mobile equipment; determining if part or all of the IMSI matches a data set entry within a file in a memory of the mobile equipment; in response to determining that part or all of the IMSI matches the data set entry within the file in the memory of the mobile equipment, determining if an elementary file is on the memory card; in response to determining that the elementary file is on the memory card, determining if an access point name is stored in a location identified in the elementary file, the location being other than the elementary file; and in response to determining that the access point name is stored in the location identified in the elementary file, using the access point name to connect the mobile equipment to a mobile network (104,105).
A polytrimethylene terephthalate composition comprising a polyester having a trimethylene terephthalate unit as a main repeating unit, the polytrimethylene terephthalate composition satisfying all the following requirements (a) to (d): (a) the intrinsic viscosity is within a range of 0.50 to 1.60 dL/g, determined using an Ubbelohde viscometer from the viscosity value measured in o-chlorophenol solution at 35°C; (b) 0.05 to 3.0% by weight of the composition of titanium dioxide whose weight distribution of particles having a particle size of more than 1.0 μm in particle size distribution measurement using a laser diffraction/scattering particle size distribution analyzer is 5.0% by weight or less; (c) the crystallization exothermic peak top temperature that appears when the polytrimethylene terephthalate composition heated to the melting point or higher is cooled at a rate of 10°C/min using a differential scanning calorimeter is 165°C or more; and (d) the half-width of the crystallization exothermic peak that appears when the polytrimethylene terephthalate composition heated to the melting point or higher is cooled at a rate of 10°C/min using a differential scanning calorimeter is 20°C or less; and wherein the titanium dioxide is in anatase form. (a) the intrinsic viscosity is within a range of 0.50 to 1.60 dL/g, determined using an Ubbelohde viscometer from the viscosity value measured in o-chlorophenol solution at 35°C; (b) 0.05 to 3.0% by weight of the composition of titanium dioxide whose weight distribution of particles having a particle size of more than 1.0 μm in particle size distribution measurement using a laser diffraction/scattering particle size distribution analyzer is 5.0% by weight or less; (c) the crystallization exothermic peak top temperature that appears when the polytrimethylene terephthalate composition heated to the melting point or higher is cooled at a rate of 10°C/min using a differential scanning calorimeter is 165°C or more; and (d) the half-width of the crystallization exothermic peak that appears when the polytrimethylene terephthalate composition heated to the melting point or higher is cooled at a rate of 10°C/min using a differential scanning calorimeter is 20°C or less; and
A flexible display (100, 200, 300, 400), comprising: a plurality of functional layers comprising a display layer having a display component, a plurality of bonding layers (150, 430, 450, 620,) comprising a bonding component, each of the plurality of bonding layers is disposed between two adjacent functional layers, and a stiff layer having an elastic modulus greater than an elastic modulus of each of the plurality of functional layers to adjust a position of a neutral plane of the flexible display within the display layer, wherein at least one of the bonding layers comprising an interlocking device (110, 200, 300) comprising a first interlocking component (102, 210, 310) and a second interlocking component (104, 220, 320) engaging with the first interlocking component, wherein the interlocking device further comprises an optical coupler between the first interlocking component and the second interlocking component, wherein the optical coupler has a refractive index having an absolute difference less than or equal to 0.05 from a refractive index of the interlocking device. a plurality of functional layers comprising a display layer having a display component, a plurality of bonding layers (150, 430, 450, 620,) comprising a bonding component, each of the plurality of bonding layers is disposed between two adjacent functional layers, and a stiff layer having an elastic modulus greater than an elastic modulus of each of the plurality of functional layers to adjust a position of a neutral plane of the flexible display within the display layer, wherein at least one of the bonding layers comprising an interlocking device (110, 200, 300) comprising a first interlocking component (102, 210, 310) and a second interlocking component (104, 220, 320) engaging with the first interlocking component, wherein the interlocking device further comprises an optical coupler between the first interlocking component and the second interlocking component, wherein the optical coupler has a refractive index having an absolute difference less than or equal to 0.05 from a refractive index of the interlocking device.
A pharmaceutical composition comprising sodium thiosulfate and a hydrophile-in-lipophile emulsion, wherein the content by weight of sodium thiosulfate is from 5% to 25% relative to the total weight of said composition, and wherein the hydrophile-in-lipophile emulsion comprises a lipophilic component that is solid at room temperature, a lipophilic component that is liquid at room temperature, and a hydrophilic component that is liquid at room temperature.
Gemstone having a star-like appearance, the gemstone comprising a crown having a plurality of crown facets, characterised in that a first group of crown facets that taper towards a girdle is at an angle (α) of 22.5° ± 3°, preferably 22.5° ± 2°, to the girdle plane, and a second group of crown facets, the broad sides of which adjoin the girdle, is at an angle (β) of 34° ± 3°, preferably 34° ± 2°, to the girdle plane.
Motor vehicle actuator, in particular brake actuator, with a housing that consists of a reception area and a housing cover that is configured as a base support, and inside of which an electric motor and a gear that is coupled to the same via a torque transmission appliance are arranged, wherein a holding frame that can be arranged on the housing cover is provided for arranging the electric motor inside the housing, wherein the holding frame is embodied as a damping and/or spring element and has a base frame at which at least one damping and/or spring element is formed, wherein the at least one damping and/or spring element is formed in one piece with the base frame, wherein the holding frame has a holding device for the electric motor, characterized in that a support is formed at the holding device, being supported directly at the housing cover that is embodied as a base support.
Safety helmet of the type comprising at least one outer cap enclosing at least one shell made of a shock-absorbing material, and coupling means coupling said outer cap to a substantially linear dipole antenna of the type comprising two conductive branches, disposed substantially aligned, both having a length essentially equal to 1/4 of the expected operative wavelength, arranged to be electrically connected, at a first of their ends, to a respective radio equipment; and characterized by further comprising at least two conductive arms, disposed substantially aligned, each having a length essentially equal to 1/2 of said operative wavelength and each arranged to be electrically connected to the second free end of each of said two conductive branches both having a length essentially equal to 1/4 of the operative wavelength.