mhurhangee/ep-ind-claims huggingface dataset:
Electron beam apparatus, configured for generating a pulsed electron beam, comprising a sequence of electron pulses, comprising - a radiation source device being arranged for creating a sequence of emitter excitation pulses, in particular laser pulses, - an electron source device having a photoemission electron source, which is arranged for radiation-induced emission of source electron pulses in response to an irradiation with the emitter excitation pulses, - a number state dispersion device being arranged for spatially separating the source electron pulses into sub-pulses (4, 4A), wherein each sub-pulse (4, 4A) includes an integer electron number (n), with n = 1, 2, 3,..., and - a number state selector device being arranged for selecting sub-pulses (4, 4A) comprising at least one set of predetermined electron number states as the pulsed electron beam to be generated. - a radiation source device being arranged for creating a sequence of emitter excitation pulses, in particular laser pulses, - an electron source device having a photoemission electron source, which is arranged for radiation-induced emission of source electron pulses in response to an irradiation with the emitter excitation pulses, - a number state dispersion device being arranged for spatially separating the source electron pulses into sub-pulses (4, 4A), wherein each sub-pulse (4, 4A) includes an integer electron number (n), with n = 1, 2, 3,..., and - a number state selector device being arranged for selecting sub-pulses (4, 4A) comprising at least one set of predetermined electron number states as the pulsed electron beam to be generated.
A method for purifying a molybdenum-99 feed stream comprising molybdenum-99, the method comprising: contacting the molybdenum-99 feed stream with anion exchange media to adsorb molybdenum-99 onto the media; contacting the molybdenum-99 adsorbed media with a nitric acid-containing eluent solution; and contacting the molybdenum-99 adsorbed media with a hydroxide-containing eluent solution. contacting the molybdenum-99 feed stream with anion exchange media to adsorb molybdenum-99 onto the media; contacting the molybdenum-99 adsorbed media with a nitric acid-containing eluent solution; and contacting the molybdenum-99 adsorbed media with a hydroxide-containing eluent solution.
An apparatus for masking an in-coming call from a portable communication device in a vehicle, the apparatus comprising: a controller configured to: receive a driver status signal indicative of a driver being one of a primary driver and a secondary driver; and transmit a first signal to a portable communication device to block a notification of an incoming call in the event the driver status signal indicates that the driver is the secondary driver, wherein the controller is further configured to transmit an ignition status signal indicative of the vehicle being in one of an operational mode and a non-operational mode such that the portable communication device provides the notification of the incoming call after the incoming call was blocked in the event the vehicle is in the non-operational mode. a controller configured to: receive a driver status signal indicative of a driver being one of a primary driver and a secondary driver; and transmit a first signal to a portable communication device to block a notification of an incoming call in the event the driver status signal indicates that the driver is the secondary driver, wherein the controller is further configured to transmit an ignition status signal indicative of the vehicle being in one of an operational mode and a non-operational mode such that the portable communication device provides the notification of the incoming call after the incoming call was blocked in the event the vehicle is in the non-operational mode. receive a driver status signal indicative of a driver being one of a primary driver and a secondary driver; and transmit a first signal to a portable communication device to block a notification of an incoming call in the event the driver status signal indicates that the driver is the secondary driver, wherein the controller is further configured to transmit an ignition status signal indicative of the vehicle being in one of an operational mode and a non-operational mode such that the portable communication device provides the notification of the incoming call after the incoming call was blocked in the event the vehicle is in the non-operational mode.
Process for the production of a rubber mixture comprising at least one substance according to formula I) or II) I) H 2 N-R-SSO 3 H II) (H 2 N-R-SSO 3) n M n+, where R is selected from the group consisting of C 1 -C 20 alkyl groups, C 6 -C 20 aryl groups, C 2 -C 20 alkenyl groups, C 2 -C 20 alkynyl groups; M is metal and n is an integer, where the process comprises at least one primary mixing stage and at least one completion mixing stage, characterized in that the at least one substance according to formula I) or II) is added in at least one completion mixing stage.
A controller (125, 175, 235, 325) for a transport climate control system (105, 155, 210, 280), comprising: a main processor configured to control operation of a compressor of the transport climate control system (105, 155, 210, 280); a co-processor separate from the main processor and dedicated to monitoring an independent sensor (140, 185, 250, 340, 475); and a verification memory connected in electronic communication with only the co-processor and not in electronic communication with the main processor, wherein the co-processor is configured to receive verification data from the independent sensor (140, 185, 250, 340, 475) via a dedicated bus, wherein the independent sensor (140, 185, 250, 340, 475) is not in communication with the main processor, wherein the main processor and the co-processor are different processor chips included in a single housing, wherein the independent sensor (140, 185, 250, 340, 475) is not used by the controller (125, 175, 235, 325) to control operation of the transport climate control system (105, 155, 210, 280), and wherein electronic communication between the controller (125, 175, 235, 325) and the independent sensor (140, 185, 250, 340, 475) does not enable sensed verification values or parameters to be utilized in control of a climate control unit (115,165, 220, 290) of the transport climate control system (105, 155, 210, 280). a main processor configured to control operation of a compressor of the transport climate control system (105, 155, 210, 280); a co-processor separate from the main processor and dedicated to monitoring an independent sensor (140, 185, 250, 340, 475); and a verification memory connected in electronic communication with only the co-processor and not in electronic communication with the main processor, wherein the co-processor is configured to receive verification data from the independent sensor (140, 185, 250, 340, 475) via a dedicated bus, wherein the independent sensor (140, 185, 250, 340, 475) is not in communication with the main processor, wherein the main processor and the co-processor are different processor chips included in a single housing, wherein the independent sensor (140, 185, 250, 340, 475) is not used by the controller (125, 175, 235, 325) to control operation of the transport climate control system (105, 155, 210, 280), and wherein electronic communication between the controller (125, 175, 235, 325) and the independent sensor (140, 185, 250, 340, 475) does not enable sensed verification values or parameters to be utilized in control of a climate control unit (115,165, 220, 290) of the transport climate control system (105, 155, 210, 280).
A furniture pullout part in the form of a drawer, in particular an inner drawer, having two side panels, a rear wall, and having a front side assembly, which is connected to the side panels, wherein the front side assembly consists of two installation plates, located approximately flush with the side panels, having adapters fixed thereon for the connection to the side panels, and at least one front element (3, 18) connected to the installation plates, wherein further adapters (9, 10, 16, 17) for connecting the front side assembly to further components such as railing struts, side wall parts, front plates or the like are fastenable on the installation plates, characterized in that the installation plates are provided with cover elements in the form of a panel at least in the region of the visible surfaces thereof.
Protection and retention device for fluid for a machine tool or transportable tank containing at least one fluid, in particular a pollutant, such as gasoline, oil or the like, the protection and retention device having a bottom wall which comprises at least two parallel sides (4, 5), on each of which at least one side wall (6, 7) is mounted, the side wall (6, 7) being capable of assuming at least one unfolded position in the plane of the bottom wall to define a working plane and at least one folded position relative to this bottom wall, characterized in that at least one of the bottom wall and side walls (6, 7) defines a retention tray (11, 11A, 11B).
A docking mechanism (120, 220, 320, 420, 520), comprising: a plurality of locking protrusions (130, 230, 330, 430, 530); a plurality of locking receptacles (140, 240, 340, 440, 540), each configured to receive a corresponding locking protrusion (130, 230, 330, 430, 530) of the plurality of locking protrusions and each having an inclined surface (246, 346, 446, 546); a plurality of wedging members (250, 350, 450, 550) abutting the inclined surface (246, 346, 446, 546) of a corresponding locking receptacle of the plurality of locking receptacles; and a plurality of locking detents (260, 360, 460, 560), each located within a corresponding locking receptacle (140, 240, 340, 440, 540) of the plurality of locking receptacles, 510), each locking detent (260, 360, 460, 560) having a spring configured to bias the locking detent (260, 360, 460, 560) towards a corresponding locking protrusion (130, 230, 330, 430, 530) of the plurality of locking protrusions; wherein each wedging member (250, 350, 450, 550) is operable to retain the corresponding locking protrusion (130, 230, 330, 430, 530) in the corresponding locking receptacle (140, 240, 340, 440, 540), based on a force applied by the wedging member (250, 350, 450, 550) and the corresponding locking detent (260, 360, 460, 560) to the corresponding locking protrusion (130, 230, 330, 430, 530). a plurality of locking protrusions (130, 230, 330, 430, 530); a plurality of locking receptacles (140, 240, 340, 440, 540), each configured to receive a corresponding locking protrusion (130, 230, 330, 430, 530) of the plurality of locking protrusions and each having an inclined surface (246, 346, 446, 546); a plurality of wedging members (250, 350, 450, 550) abutting the inclined surface (246, 346, 446, 546) of a corresponding locking receptacle of the plurality of locking receptacles; and a plurality of locking detents (260, 360, 460, 560), each located within a corresponding locking receptacle (140, 240, 340, 440, 540) of the plurality of locking receptacles, 510), each locking detent (260, 360, 460, 560) having a spring configured to bias the locking detent (260, 360, 460, 560) towards a corresponding locking protrusion (130, 230, 330, 430, 530) of the plurality of locking protrusions; wherein each wedging member (250, 350, 450, 550) is operable to retain the corresponding locking protrusion (130, 230, 330, 430, 530) in the corresponding locking receptacle (140, 240, 340, 440, 540), based on a force applied by the wedging member (250, 350, 450, 550) and the corresponding locking detent (260, 360, 460, 560) to the corresponding locking protrusion (130, 230, 330, 430, 530).
Capping head for the application of caps on containers or bottles, comprising a hollow housing internally defining at least a first chamber in which a shaft rotating about a longitudinal axis is housed, the rotating shaft being coupled with the hollow housing through the interposition of a magnetic or electromagnetic decoupling assembly configured to generate thermal dissipation power and comprising at least a rotor and a stator, the magnetic or electromagnetic decoupling assembly being suitable to allow a relative rotation between the hollow housing and the rotating shaft when the rotating shaft is subjected to a braking torque exceeding a threshold torque, characterised in that inside the hollow housing there are means for enhancing the thermal dissipation power, said means comprising elements (28a, 29a, 26, 17a, 17b) which are different from the rotor and the stator and on which eddy currents flow.
A burner nozzle comprising a housing having a cap, comprising a first central channel for combustible fluid, comprising a central outlet opening for the combustible fluid, comprising a second channel, which is arranged in a ring shape around the first central channel, for a vaporizer medium, comprising an outlet opening, which is arranged in a ring shape around the first, central outlet opening, for the vaporizer medium, and comprising a Hartmann generator arranged in the region of the ring-shaped outlet opening, wherein the ring-shaped outlet opening is formed by the spacing between the internal diameter of the cap and the external diameter of the plate of the Hartmann generator, and wherein the external diameter of the plate of the Hartmann generator is dimensioned so that upon use of pure oxygen as the vaporizer medium, the exit speed of the vaporizer medium from the burner nozzle is sufficiently large that the maximum usage temperature of the material of the burner nozzle and/or the Hartmann generator is not exceeded in the region of the housing of the burner nozzle, characterized in that the quotient of external diameter of the plate of the Hartmann generator and internal diameter of the cap of the housing of the burner nozzle is between 0.75 and 0.80.
A scattering absorber measurement device comprising: a light source configured to output a plurality of light pulses (P(n)) having different centre wavelengths (λ 1,..., λ N) input to a scattering absorber; a photodetector configured to detect each light pulse (P(n)) propagating inside the scattering absorber and to output a detection signal; and a computation unit having a processor and configured to calculate reduced scattering coefficients and absorption coefficients for each of the centre wavelengths (λ 1,..., λ N) of the plurality of light pulses (P(n)), according to a time-resolved spectroscopic measurement method on the basis of the detection signal, characterised in that the computation unit is configured to calculate the reduced scattering coefficients and the absorption coefficients by collectively fitting a light diffusion equation in which the reduced scattering coefficients are assumed as products R 1 ·μ' s,R, R 2 ·μ' s,R,..., R N ·μ' s,R of predetermined ratios R 1:R 2:...:R N of reduced scattering coefficients among wavelengths of the plurality of light pulses (P(n)) and a basic scattering coefficient μ' s,R with respect to time-resolved measurement profiles in the plurality of wavelengths based on the detection signal. a light source configured to output a plurality of light pulses (P(n)) having different centre wavelengths (λ 1,..., λ N) input to a scattering absorber; a photodetector configured to detect each light pulse (P(n)) propagating inside the scattering absorber and to output a detection signal; and a computation unit having a processor and configured to calculate reduced scattering coefficients and absorption coefficients for each of the centre wavelengths (λ 1,..., λ N) of the plurality of light pulses (P(n)), according to a time-resolved spectroscopic measurement method on the basis of the detection signal, characterised in that the computation unit is configured to calculate the reduced scattering coefficients and the absorption coefficients by collectively fitting a light diffusion equation in which the reduced scattering coefficients are assumed as products R 1 ·μ' s,R, R 2 ·μ' s,R,..., R N ·μ' s,R of predetermined ratios R 1:R 2:...:R N of reduced scattering coefficients among wavelengths of the plurality of light pulses (P(n)) and a basic scattering coefficient μ' s,R with respect to time-resolved measurement profiles in the plurality of wavelengths based on the detection signal.
Fast dissolving granules comprising sulfosuccinic acid bis(2-ethylhexyl) ester, a salt or a solvate thereof as a first active ingredient and sorbitol as a second active ingredient, wherein sulfosuccinic acid bis(2- ethylhexyl) ester is present in an amount of 0.2 to 4 % by weight of sorbitol.
A method of producing an iron oxide containing effect pigment comprising depositing iron oxide from a distilled iron pentacarbonyl vapor directly onto a particulate substrate to form an iron oxide coating on the particulate substrate, wherein the iron oxide coating is in direct contact with and at least partially encapsulates the substrate, and the iron oxide coating comprises ≥ 98 % hematite, magnetite, or maghemite; wherein the iron oxide containing effect pigment comprises: ≤ 30.0 ppm Ba as determined by total dissolution and ICP-OES, ≤ 15.0 ppm Cr as determined by total dissolution and ICP-MS, ≤ 10.0 ppm Pb as determined by total dissolution and ICP-MS, and ≤ 10.0 ppm Ni as determined by total dissolution and ICP-MS. ≤ 30.0 ppm Ba as determined by total dissolution and ICP-OES, ≤ 15.0 ppm Cr as determined by total dissolution and ICP-MS, ≤ 10.0 ppm Pb as determined by total dissolution and ICP-MS, and ≤ 10.0 ppm Ni as determined by total dissolution and ICP-MS.
A pharmaceutical composition comprising a therapeutically effective amount of a clostridial derivative and at least one permeabilizing agent, wherein the at least one permeabilizing agent comprises a combination of a surfactant and a mucoadhesive, wherein the mucoadhesive is present in an amount of 0.005-10% w/v to substantially and reversibly increase the permeability of the bladder wall to the clostridial derivative, wherein the clostridial derivative is a botulinum toxin, and wherein the surfactant is a non-ionic surfactant and the mucoadhesive is a cationic polymer.
A display device, the display device comprising: a mainboard, the mainboard comprising at least one socket for receiving a cable, the socket being rotatable between first and second orientations; characterised by a motor for rotating the or each rotatable socket between the first and second orientations; a proximity sensor for sensing proximity of the display device to a surface; and a controller for controlling operation of the motor, the controller being arranged to cause the motor to rotate the or each rotatable socket between the first and second orientations depending on the proximity of the display device to the said surface. a mainboard, the mainboard comprising at least one socket for receiving a cable, the socket being rotatable between first and second orientations; characterised by a motor for rotating the or each rotatable socket between the first and second orientations; a proximity sensor for sensing proximity of the display device to a surface; and a controller for controlling operation of the motor, the controller being arranged to cause the motor to rotate the or each rotatable socket between the first and second orientations depending on the proximity of the display device to the said surface.
An axial flow fan comprising: - a hub rotatable about an axis; - an annular shroud extending concentric with said axis in a radial distance from said hub; - a plurality of fan blades connected at a root end to said hub and having a free tip end extending radially towards said shroud, and - a fan driver coupled to said hub and arranged for driving the rotation of said hub around the axis, wherein for R being the radial distance from said axis to the free tip end of the blade and r being the radial distance from said axis, the angle θ between a plane of rotation of the blades and the chord of each blade at the radial position of r/R = 0.34 is in the range of 20° to 40°, the axial flow fan being characterised in that the plurality of fan blades each comprises a root area extending from a radial positon of r/R=0.17 to a radial positon of r/R=0.34, the root area having a root angle Δθ root extending between the chord of the blade at any radial position in the root area and the chord at the radial position of r/R=0.34, wherein Δθ root follows a curve defined as: Δ θ root = arctan 0.375 ⋅ R r + 0.85 π − 31,9 °, and wherein the angle Δθ root deviates less than 1° from the curve defined by the equation within the root area. - a hub rotatable about an axis; - an annular shroud extending concentric with said axis in a radial distance from said hub; - a plurality of fan blades connected at a root end to said hub and having a free tip end extending radially towards said shroud, and - a fan driver coupled to said hub and arranged for driving the rotation of said hub around the axis,
Method for generating steam, in which a conveying device is used to supply a fuel to a burner for generating heat, the heat generated in the burner is used to generate steam with an actual generation pressure, wherein the actual generation pressure is greater than a setpoint operating pressure provided for technical use of the steam by a pressure difference Δp, and a rotary lobe blower which generates mechanical energy and/or electrical energy from the thermal energy of the steam is used to expand the steam to the setpoint operating pressure, characterized in that the energy generated in the rotary lobe blower is supplied to the conveying device in a mechanical and/or electrical manner for the complete or partial operation of the conveying device. a conveying device is used to supply a fuel to a burner for generating heat, the heat generated in the burner is used to generate steam with an actual generation pressure, wherein the actual generation pressure is greater than a setpoint operating pressure provided for technical use of the steam by a pressure difference Δp, and a rotary lobe blower which generates mechanical energy and/or electrical energy from the thermal energy of the steam is used to expand the steam to the setpoint operating pressure, characterized in that the energy generated in the rotary lobe blower is supplied to the conveying device in a mechanical and/or electrical manner for the complete or partial operation of the conveying device.
A multi-needle-bar module for sewing machines, comprising a mounting plate adapted to a front end of a sewing machine head, characterized in that the mounting plate is equipped in a sliding manner, via a bracket, with a needle bar mounting frame on which at least two needle bars are distributed at intervals, the needle bars being in axial sliding fit with the needle bar mounting frame; the mounting plate is provided with a first horizontal guideway and a second horizontal guideway disposed at intervals, and a needle bar driving block with a neck is disposed between the first horizontal guideway and the second horizontal guideway; the needle bar driving block being disposed on a vertical guide shaft in a sliding manner; the needle bars are provided with guide members that can be clamped into the first horizontal guideway and the second horizontal guideway; the needle bar mounting frame clamps, by sliding horizontally, the guide of any one of the needle bars individually into the neck.