mhurhangee/ep-ind-claims huggingface dataset:
A carrier for an electrophotographic developer, comprising: magnetized core material particles and a resin layer covering each surface thereof, wherein the weight average particle diameter, Dw, of the core material particles is in the range of 22pm to 32μm, the ratio of Dw to the number average particle diameter, Dp, of the core material particles satisfies the condition, 1 < Dw/Dp < 1.20, the content of particles smaller than 20μm in diameter is in the range of 0% by mass to 7% by mass, the content of particles smaller than 36μm in diameter is in the range of 90% by mass to 100% by mass, the BET specific surface area of the core material particles is in the range of 300cm 2 /g to 900cm 2 /g, wherein the BET specific surface area of the core material particles is determined by measuring adsorption of nitrogen, absorbed by the core material particles, and a pressure change at the adsorption, as described in the specification description, and the bulk density of the carrier is in the range of 2.10 g/cm 3 to 2.60 g/cm 3, wherein the bulk density of the carrier is determined in accordance with JIS-Z-2504. magnetized core material particles and a resin layer covering each surface thereof, wherein the weight average particle diameter, Dw, of the core material particles is in the range of 22pm to 32μm, the ratio of Dw to the number average particle diameter, Dp, of the core material particles satisfies the condition, 1 < Dw/Dp < 1.20, the content of particles smaller than 20μm in diameter is in the range of 0% by mass to 7% by mass, the content of particles smaller than 36μm in diameter is in the range of 90% by mass to 100% by mass, the BET specific surface area of the core material particles is in the range of 300cm 2 /g to 900cm 2 /g, wherein the BET specific surface area of the core material particles is determined by measuring adsorption of nitrogen, absorbed by the core material particles, and a pressure change at the adsorption, as described in the specification description, and the bulk density of the carrier is in the range of 2.10 g/cm 3 to 2.60 g/cm 3, wherein the bulk density of the carrier is determined in accordance with JIS-Z-2504.
A gamma radiation source comprising: 75 Selenium or a precursor thereof, characterized in that the 75 Selenium is provided in combination with one or more nonmetals, in the form of one or more thermally stable compounds or mixtures with said one or more nonmetals, wherein the neutron irradiation of said one or more nonmetals does not produce products capable of sustained emission of radiation which would unacceptably interfere with the gamma radiation of 75 Selenium.
An exosome isolated from a mesenchymal stem cell and having a size of between 50 nm and 100 nm as determined by electron microscopy, the exosome comprising at least one biological property of a mesenchymal stem cell such as a biological activity of a mesenchymal stem cell conditioned medium (MSC-CM).
An apparatus comprising: generator circuitry adapted to generate downlink control information, DCI, according to a DCI format, that includes a carrier indicator field, CIF; and transmitter circuitry, coupled with the generator circuitry, adapted to transmit the DCI according to the DCI format to a user equipment, UE, wherein the CIF is to schedule a plurality of component carriers, CCs, with a single carrier, and includes Y bits, where Y = ceiling ( log 2 X) + 1, where X is a number of the plurality of CCs scheduled by the single carrier but not including the single carrier, wherein the UE is a first UE, the DCI is first DCI, the DCI format is first DCI format, the CIF is first CIF, and the generator circuitry is further adapted to generate second DCI, according to a second DCI format, that includes a second CIF; and the transmitter circuitry is adapted to transmit the second DCI according to the second DCI format to a second UE, wherein a number of bits in the first CIF is larger than a number of bits in the second CIF; the first CIF includes a plurality of bits that are generated by a combination of bits of a legacy CIF field and a most significant bit, MSB, of a Hybrid Automatic Repeat Request, HARQ, process number field; or the second DCI format is one of standard DCI formats used in 3GPP Release 12 LTE system. generator circuitry adapted to generate downlink control information, DCI, according to a DCI format, that includes a carrier indicator field, CIF; and transmitter circuitry, coupled with the generator circuitry, adapted to transmit the DCI according to the DCI format to a user equipment, UE, wherein the CIF is to schedule a plurality of component carriers, CCs, with a single carrier, and includes Y bits, where Y = ceiling ( log 2 X) + 1, where X is a number of the plurality of CCs scheduled by the single carrier but not including the single carrier, wherein the UE is a first UE, the DCI is first DCI, the DCI format is first DCI format, the CIF is first CIF, and the generator circuitry is further adapted to generate second DCI, according to a second DCI format, that includes a second CIF; and the transmitter circuitry is adapted to transmit the second DCI according to the second DCI format to a second UE, wherein a number of bits in the first CIF is larger than a number of bits in the second CIF; the first CIF includes a plurality of bits that are generated by a combination of bits of a legacy CIF field and a most significant bit, MSB, of a Hybrid Automatic Repeat Request, HARQ, process number field; or the second DCI format is one of standard DCI formats used in 3GPP Release 12 LTE system.
A transceiver arrangement (300, 400, 1002) comprising a receiver (302, 402) arranged for frequency-division duplex communication with a communication network; a transmitter (304, 404) arranged for frequency-division duplex communication with the communication network; a transmission port (306, 406) for connecting to an antenna or wire; a first filter (310, 410) connected between an output of the transmitter (304, 404) and the transmission port (306, 406) and arranged to pass signals at transmitter frequency and attenuate signals at receiver frequency; a transformer (314, 414) having a primary winding (316, 416) and a secondary winding (318, 418), wherein the primary winding (316, 416) has one of its terminals connected to the transmission port (306, 406); a second filter (312, 412) arranged to attenuate signals at transmitter frequency and pass signals at receiver frequency; an adaptive impedance circuit (308, 408) arranged to provide an adjustable resistance; characterized in that the second filter (312, 412) is connected between another of the terminals of the primary winding (316, 416) and a reference voltage; and the adaptive impedance circuit (308, 408) is connected between the output of the transmitter (304, 404) and the junction between the second filter (312, 412) and the another of the terminals of the primary winding (316, 416), and arranged to provide a contribution from the transmitter (304, 404) to the primary winding such that a common-mode rejection of a contribution from the transmitter provided at the transmission port occurs at receive frequency.
A composition for reducing one or more symptoms of stress of an animal or human, the composition comprising: a.) valerian oil, in an amount between 0.1% to 0.3% v/v of the composition; b.) one or more further essential oils; c.) water; d.) at least one preservative; e.) at least one low odour solvent, wherein the at least one low odour solvent comprises a glycerine-based solvent; f.) at least one pH stabiliser; and g.) at least one emulsifier. a.) valerian oil, in an amount between 0.1% to 0.3% v/v of the composition; b.) one or more further essential oils; c.) water; d.) at least one preservative; e.) at least one low odour solvent, wherein the at least one low odour solvent comprises a glycerine-based solvent; f.) at least one pH stabiliser; and g.) at least one emulsifier.
A decompression buoy comprising an inflatable bag having a main portion defining a main inside volume and a longitudinal opening portion with a first end leading to the main inside volume and a second end leading to the outside, the opening portion thus enabling gas to flow between the outside and the main inside volume, the buoy being characterized in that the opening portion includes a throat of transverse dimension that is smaller than the transverse dimension of the first end, and in that the second end is adapted to receive the end of a diving regulator.
A hybrid photopolymer composition for additive manufacturing, characterised in that the composition comprises: a) at least 50% by weight of a free radically curable component, comprising at least one (meth)acrylate monomer or oligomer, b) 5-49% by weight of a cationically curable component, comprising b1) a cycloaliphatic epoxide, b2) an oxetane mixture, containing i. a monooxetane compound, having one oxetane group, and ii. a polyoxetane compound, having at least two oxetane groups, and b3) a thermoplastic polycaprolactone with a molecular weight of 20.000-100.000 g/mol, c) a free radical photoinitiator, d) a UV blocker, e) a cationic photoinitiator, optionally f) a cationic photosensitiser, and optionally g) a thermal initiator, wherein the percent by weight is based on the total weight of the photopolymer composition. a) at least 50% by weight of a free radically curable component, comprising at least one (meth)acrylate monomer or oligomer, b) 5-49% by weight of a cationically curable component, comprising b1) a cycloaliphatic epoxide, b2) an oxetane mixture, containing i. a monooxetane compound, having one oxetane group, and ii. a polyoxetane compound, having at least two oxetane groups, and b3) a thermoplastic polycaprolactone with a molecular weight of 20.000-100.000 g/mol, b1) a cycloaliphatic epoxide, b2) an oxetane mixture, containing i. a monooxetane compound, having one oxetane group, and ii. a polyoxetane compound, having at least two oxetane groups, and i. a monooxetane compound, having one oxetane group, and ii. a polyoxetane compound, having at least two oxetane groups, and b3) a thermoplastic polycaprolactone with a molecular weight of 20.000-100.000 g/mol, c) a free radical photoinitiator, d) a UV blocker, e) a cationic photoinitiator, optionally f) a cationic photosensitiser, and optionally g) a thermal initiator,
A driving device configured to control driving of a piezoelectric element, the driving device comprising: a voltage regulation circuit configured to output a driving voltage; a driving signal generation circuit configured to receive the driving voltage outputted from the voltage regulation circuit and generate a driving signal to the piezoelectric element by using the driving voltage; a current limiting circuit configured to receive a driving current corresponding to the driving voltage outputted from the driving signal generation circuit, limit the driving current to a specified current or less, and generate a current control voltage; a voltage control circuit configured to receive the current control voltage outputted from the current limiting circuit and output a control signal for controlling the driving voltage to the voltage regulation circuit based on the current control voltage, wherein the voltage regulation circuit, the driving signal generation circuit, the current limiting circuit, and the voltage control circuit are mounted on a circuit board, characterized in that the driving device further comprises a temperature detector configured to detect a temperature of the piezoelectric element and generate a temperature regulation voltage, wherein the voltage control circuit outputs the control signal for controlling the driving voltage based on the current control voltage and the temperature regulation voltage, wherein the temperature detector includes a mountable temperature sensor element, and the temperature sensor element is mounted on the circuit board. a voltage regulation circuit configured to output a driving voltage; a driving signal generation circuit configured to receive the driving voltage outputted from the voltage regulation circuit and generate a driving signal to the piezoelectric element by using the driving voltage; a current limiting circuit configured to receive a driving current corresponding to the driving voltage outputted from the driving signal generation circuit, limit the driving current to a specified current or less, and generate a current control voltage; a voltage control circuit configured to receive the current control voltage outputted from the current limiting circuit and output a control signal for controlling the driving voltage to the voltage regulation circuit based on the current control voltage, wherein the voltage regulation circuit, the driving signal generation circuit, the current limiting circuit, and the voltage control circuit are mounted on a circuit board, a temperature detector configured to detect a temperature of the piezoelectric element and generate a temperature regulation voltage, wherein the voltage control circuit outputs the control signal for controlling the driving voltage based on the current control voltage and the temperature regulation voltage,
A device for examining or treating living tissue by means of local heating of the tissue by absorbing electromagnetic radiation, comprising: - at least one electromagnetic radiation source that emits electromagnetic radiation, - a control unit for controlling the irradiation parameters of the radiation source, and - at least one FD-OCT apparatus with a light source that delivers a measurement light to light the living tissue in the area of the absorption of the electromagnetic radiation, characterized by a computational unit that performs the steps of: - determining, based on the phase information of the FD-OCT interference light, the depth-resolved tissue velocity for a predetermined measuring site on the tissue and along a predetermined irradiation direction of the measurement light, - integrating the determined tissue velocity with respect to time, - differentiating the calculated time integral with respect to space, and - displaying the spatial derivative as a function of space and time and/or providing the spatial derivative as a function of space and time to an evaluation module and/or providing the spatial derivative as a function of space and time to the control unit. - at least one electromagnetic radiation source that emits electromagnetic radiation, - a control unit for controlling the irradiation parameters of the radiation source, and - at least one FD-OCT apparatus with a light source that delivers a measurement light to light the living tissue in the area of the absorption of the electromagnetic radiation, - determining, based on the phase information of the FD-OCT interference light, the depth-resolved tissue velocity for a predetermined measuring site on the tissue and along a predetermined irradiation direction of the measurement light, - integrating the determined tissue velocity with respect to time, - differentiating the calculated time integral with respect to space, and - displaying the spatial derivative as a function of space and time and/or providing the spatial derivative as a function of space and time to an evaluation module and/or providing the spatial derivative as a function of space and time to the control unit.
A locking device for locking an energy supply unit for a bicycle, comprising a holding element to which the energy supply unit is to be fixed, wherein the locking device is configured - to lock the energy supply unit to the holding element in a locking position, - for a separation of the energy supply unit from the holding element, to permit a movement of the energy supply unit from the locking position into an intermediate position in which the energy supply unit moved out of the locking position continues to be held on the holding element via at least one locking element of the locking device, and - to release the energy supply unit disposed in the intermediate position, when the energy supply unit is to be separated from the holding element, characterized in that the locking device includes a guide element adjustable between a clamping position and a release position, - via which, in its clamping position, a clamping force can be applied along a clamping direction onto the energy supply unit disposed in the locking position, and - which, by an adjustment from the clamping position into its release position, provides for a movement of the energy supply unit from the locking position into the intermediate position along a direction of movement extending at an angle (α) to the clamping direction. - to lock the energy supply unit to the holding element in a locking position, - for a separation of the energy supply unit from the holding element, to permit a movement of the energy supply unit from the locking position into an intermediate position in which the energy supply unit moved out of the locking position continues to be held on the holding element via at least one locking element of the locking device, and - to release the energy supply unit disposed in the intermediate position, when the energy supply unit is to be separated from the holding element, - via which, in its clamping position, a clamping force can be applied along a clamping direction onto the energy supply unit disposed in the locking position, and - which, by an adjustment from the clamping position into its release position, provides for a movement of the energy supply unit from the locking position into the intermediate position along a direction of movement extending at an angle (α) to the clamping direction.
Amide-based elastomer expanded particles comprising, as a base resin, a non-crosslinked amide-based elastomer having a Shore D hardness of 65 or less and both of a storage modulus at a temperature of crystallization temperature - 10°C and a storage modulus at a temperature of crystallization temperature - 15°C in a range of 4 × 10 6 to 4 × 10 7 Pa, and having an average cell diameter of 20 to 250 μm and an average particle diameter of 1.5 to 15 mm, wherein the Shore D hardness is measured according to JIS K6253-3:2012 and the storage modulus is measured by dynamic viscoelasticity measurement in accordance with section <Storage Modulus> of the description.
Active ingredient combinations comprising (I-1) N-{2-[3-chloro-5-(trifluoromethyl)-2-pyridinyl]ethyl}-2-trifluoromethylbenzamide of formula (fluopyram) and also its N-oxides and the active insecticidal or nematicidal ingredient Bacillus thuringiensis subsp. tenebrionis (II-28). (I-1) N-{2-[3-chloro-5-(trifluoromethyl)-2-pyridinyl]ethyl}-2-trifluoromethylbenzamide of formula (fluopyram) and also its N-oxides and the active insecticidal or nematicidal ingredient Bacillus thuringiensis subsp. tenebrionis (II-28).
A collar flange assembly welding fixture, comprising: a stand having a plurality of circumferential bearings equidistant from an axis of rotation; a circular mount structure rotatably supported by the circumferential bearings; and a support assembly configured for mounting on the circular mount structure; wherein the stand, circular mount structure, and support assembly are configured to provide access to a front side and a back side of a collar flange assembly held by the support assembly, characterized by the support assembly including a plate structure; a pair of collar corner simulators attached to the plate structure and each of the pair of collar corner simulators comprises top and bottom sections (36, 38) on opposite ends, wherein the pair of collar corners simulators positioned on the plate structure forms a channel configured to support top and bottom flange members (110, 112) located on opposite end of a bridging element of the collar flange assembly. a stand having a plurality of circumferential bearings equidistant from an axis of rotation; a circular mount structure rotatably supported by the circumferential bearings; and a support assembly configured for mounting on the circular mount structure; wherein the stand, circular mount structure, and support assembly are configured to provide access to a front side and a back side of a collar flange assembly held by the support assembly, characterized by the support assembly including a plate structure; a pair of collar corner simulators attached to the plate structure and each of the pair of collar corner simulators comprises top and bottom sections (36, 38) on opposite ends, wherein the pair of collar corners simulators positioned on the plate structure forms a channel configured to support top and bottom flange members (110, 112) located on opposite end of a bridging element of the collar flange assembly.
A control apparatus for a vehicle comprising: a power source of the vehicle, first drive wheels that are connected to the power source, and that are to be driven by the power source;, a clutch interposed on a transmission path of driving power generated by the power source, and second drive wheels that are connected to the power source via the clutch, and that are capable of being driven by the power source, the control apparatus for the vehicle comprising: a transfer that transfers the driving power generated by the power source to the second drive wheels in accordance with a drive mode; an urging device that is interposed on the transmission path connecting between the transfer and the second drive wheels, and urges the clutch to an engagement direction in accordance to a difference between a rotation speed upstream to the clutch and a rotation speed downstream to the clutch; and characterised in that it further comprises a controlling device that maintains, when the clutch has been urged to the engagement direction by the urging device before the vehicle stops, an urging state by the urging device during the stoppage, since before the stoppage. a transfer that transfers the driving power generated by the power source to the second drive wheels in accordance with a drive mode; an urging device that is interposed on the transmission path connecting between the transfer and the second drive wheels, and urges the clutch to an engagement direction in accordance to a difference between a rotation speed upstream to the clutch and a rotation speed downstream to the clutch; and characterised in that it further comprises a controlling device that maintains, when the clutch has been urged to the engagement direction by the urging device before the vehicle stops, an urging state by the urging device during the stoppage, since before the stoppage.