mhurhangee/ep-ind-claims huggingface dataset:
A film (1c, 1e) for changing a wavelength of light, comprising: a nano-porous membrane including a plurality of pores each having a first opening at a first surface of the nano-porous membrane and each extending in an extension direction towards a second surface of the nano-porous membrane opposite to the first surface of the nano-porous membrane, wherein: the plurality of pores is arranged according to a predetermined pattern, a plurality of first quantum dots of a first quantum dot type, provided in the plurality of pores the plurality of first quantum dots being configured to emit light according to a first emission profile with at least a first emission peak at a first emission wavelength when light of a predetermined wavelength incidents; a plurality of second quantum dots of a second quantum dot type, provided in the plurality of pores, the plurality of second quantum dots being configured to emit light according to a second emission profile with at least a second emission peak at a second emission wavelength when light of the predetermined wavelength incidents; and wherein the first emission wavelength is larger than the second emission wavelength, characterized in that each of the plurality of pores has a second opening at the second surface of the nano-porous membrane by extending the respective pore in the extension direction to the second surface of the nano-porous membrane; and each of the plurality of pores has a pore diameter (d1, d2) getting increasingly smaller from the first opening along the extension direction to the second opening. the plurality of pores is arranged according to a predetermined pattern, a plurality of first quantum dots of a first quantum dot type, provided in the plurality of pores the plurality of first quantum dots being configured to emit light according to a first emission profile with at least a first emission peak at a first emission wavelength when light of a predetermined wavelength incidents; a plurality of second quantum dots of a second quantum dot type, provided in the plurality of pores, the plurality of second quantum dots being configured to emit light according to a second emission profile with at least a second emission peak at a second emission wavelength when light of the predetermined wavelength incidents; and wherein the first emission wavelength is larger than the second emission wavelength, characterized in that each of the plurality of pores has a second opening at the second surface of the nano-porous membrane by extending the respective pore in the extension direction to the second surface of the nano-porous membrane; and each of the plurality of pores has a pore diameter (d1, d2) getting increasingly smaller from the first opening along the extension direction to the second opening.
Accelerator for accelerating charged particles, comprising: - at least two RF resonators which are arranged successively in the beam propagation direction and with which a pulse train comprising a plurality of particle bunches can be accelerated, - a control apparatus for actuating the RF resonators, wherein - assigned to each RF resonator is an RF transmitter, which in each case generates an accelerating RF field and couples it into the assigned RF resonator, - the RF fields, which are in each case generatable in the RF resonators, can be set during the acceleration of the pulse train independently of one another by the control apparatus such that during the acceleration of the pulse train the plurality of particle bunches of the pulse train experience different accelerations, - the RF transmitters are individually actuable by the control apparatus, characterized in that for each RF transmitter, the frequency can be set individually. - at least two RF resonators which are arranged successively in the beam propagation direction and with which a pulse train comprising a plurality of particle bunches can be accelerated, - a control apparatus for actuating the RF resonators, - assigned to each RF resonator is an RF transmitter, which in each case generates an accelerating RF field and couples it into the assigned RF resonator, - the RF fields, which are in each case generatable in the RF resonators, can be set during the acceleration of the pulse train independently of one another by the control apparatus such that during the acceleration of the pulse train the plurality of particle bunches of the pulse train experience different accelerations, - the RF transmitters are individually actuable by the control apparatus,
A method of producing a threaded part, comprising the steps of: - providing a metal wire with a non-rectangular cross-section, - winding the wire to a helical spring (16; 18) with turns held in tight engagement with one another, and - joining the turns to one another at their engaging contact surfaces, characterized in that the windings are welded together by resistance welding by clamping the helical spring (16; 18) between electrodes and passing a current through the helical spring, whereby the windings are welded together at the contact surfaces due to the electric resistance. - providing a metal wire with a non-rectangular cross-section, - winding the wire to a helical spring (16; 18) with turns held in tight engagement with one another, and - joining the turns to one another at their engaging contact surfaces,
A method of creating an ordered monolayer of molecules on a substrate, comprising; preparing organic molecules having a head group and a tail group (800; 904); applying the organic molecules to an aligning surface (810; 906), the aligning surface comprising a material which facilitates the head groups of the organic molecules pairing with other head groups to form laterally spaced rows on the aligning surface, and the tail groups pairing with other tail groups to define a lateral spacing between the rows; contacting the aligning surface with the substrate (820; 916); and separating the aligning surface from the substrate (830; 918), leaving the ordered monolayer of molecules on the substrate.
Tool for machining with a basic holder, a replaceable cassette with a cutting insert seat, a clamping claw with a clamping claw arm and a clamping claw head at the end, and a cutting insert, wherein the clamping claw is detachably connected to the basic holder and at least one liquid coolant line which opens into a discharge nozzle on the clamping claw head, is carried in the tool through the basic holder wherein the replaceable cassette is designed in one piece U-shaped with a middle section and two legs (125, 153) each arranged on both sides of the middle section, of which the leg carrying the insert seat is designed L-shaped and has a hook-shaped extension which is arranged essentially perpendicular to the insert seat and with engages in an undercut or a depression of the basic holder, characterized in that the cassette has a profile on the side facing the basic tool holder which secures the cassette against lateral displacement and which forms a form-fitting with a profile of the base holder.
An atomization unit for use in a heating-type flavor inhaler provided with a power source, and atomizing a liquid aerosol source by power supplied from the power source, the atomization unit comprising: an atomization chamber having a gas inlet port and a gas outlet port, and containing a flavor source including a tobacco material; a liquid container (120Y, 120X) containing a liquid aerosol source, and supplying the aerosol source to the flavor source; and a heater heating the flavor source supplied with the aerosol source to atomize the aerosol source and to release a flavor component from the flavor source. an atomization chamber having a gas inlet port and a gas outlet port, and containing a flavor source including a tobacco material; a liquid container (120Y, 120X) containing a liquid aerosol source, and supplying the aerosol source to the flavor source; and a heater heating the flavor source supplied with the aerosol source to atomize the aerosol source and to release a flavor component from the flavor source.
A method of wireless communication performed by a user equipment, UE, comprising: determining two or more candidate uplink duty cycles for a subsequent uplink transmission interval based at least in part on a maximum permissible exposure, MPE, requirement; the method being characterized by: determining a maximum number of resource blocks per symbol and a maximum modulation and coding scheme, MCS, index associated with each of the two or more candidate uplink duty cycles from a predefined MCS index table; and selecting a duty cycle, number of resource blocks per symbol, and MCS to transmit a largest number of un-coded bits for the subsequent uplink transmission interval. determining two or more candidate uplink duty cycles for a subsequent uplink transmission interval based at least in part on a maximum permissible exposure, MPE, requirement; the method being characterized by: determining a maximum number of resource blocks per symbol and a maximum modulation and coding scheme, MCS, index associated with each of the two or more candidate uplink duty cycles from a predefined MCS index table; and selecting a duty cycle, number of resource blocks per symbol, and MCS to transmit a largest number of un-coded bits for the subsequent uplink transmission interval. determining a maximum number of resource blocks per symbol and a maximum modulation and coding scheme, MCS, index associated with each of the two or more candidate uplink duty cycles from a predefined MCS index table; and selecting a duty cycle, number of resource blocks per symbol, and MCS to transmit a largest number of un-coded bits for the subsequent uplink transmission interval.
A method for testing a hydrostatic transmission of a vehicle, the hydrostatic transmission comprising a hydrostatic unit installed on the vehicle, the method comprising the following steps: - calculating an actual value (Q a) of a parameter which is indicative of the volumetric efficiency of the hydrostatic unit, in a working condition; - determining an expected value (QED; QEE) of said parameter in said working condition, said actual value (Qa) being comparable with said expected value (QED; QEE) in order to evaluate how the hydrostatic unit is working; and wherein said parameter is the ratio between a value (η v) of the volumetric efficiency of the hydrostatic unit determined when a clutch of the vehicle is at least partially engaged and a further value (η v0) of the volumetric efficiency of the hydrostatic unit determined when the clutch is disengaged; and characterized in that: - said further value (η v0) is determined from the rotational speeds (n E0; n HST0) respectively of a first component associated to an input of the hydrostatic unit and of a second component associated to an output of the hydrostatic unit, measured during a first measuring step in which the vehicle is stationary and its clutch is disengaged; - said value (η v) is determined from the rotational speeds (n E; n HST) of the first component and of the second component, measured during a second measuring step in which the clutch is at least partially engaged. - calculating an actual value (Q a) of a parameter which is indicative of the volumetric efficiency of the hydrostatic unit, in a working condition; - determining an expected value (QED; QEE) of said parameter in said working condition, said actual value (Qa) being comparable with said expected value (QED; QEE) in order to evaluate how the hydrostatic unit is working; and - said further value (η v0) is determined from the rotational speeds (n E0; n HST0) respectively of a first component associated to an input of the hydrostatic unit and of a second component associated to an output of the hydrostatic unit, measured during a first measuring step in which the vehicle is stationary and its clutch is disengaged; - said value (η v) is determined from the rotational speeds (n E; n HST) of the first component and of the second component, measured during a second measuring step in which the clutch is at least partially engaged.
A rail support device with - two opposed vertical posts (2, 3), laterally delimiting a support region, - one ground sill extending in a vertically lower region between the posts (2, 3), defining on an upper surface a rail support surface for parking rails, - a clamping bar extending horizontally above the ground sill, fixed to the posts (2, 3), having a bearing surface on an underside for mounting on the rail heads a layer of rails stored on the rail support device, - a tensioning mechanism for applying a clamping force acting vertically between the ground sill and the clamping bar, characterised in that the rail support surface is mobile with respect to the body of the ground sill in the vertical direction and that the bearing surface is mobile in the vertical direction relative to a body of the clamping bar, whereas one of the surfaces, rail support surface or bearing surface can be adjusted by means of an actuating drive (44, 46) belonging to the tensioning mechanism, actively in direction of the respective other surface, bearing surface or rail bearing surface, the respective other surface, bearing surface or rail support surface is prestressed via an elastic resetting means in direction of said surface, rail support surface or bearing surface. - two opposed vertical posts (2, 3), laterally delimiting a support region, - one ground sill extending in a vertically lower region between the posts (2, 3), defining on an upper surface a rail support surface for parking rails, - a clamping bar extending horizontally above the ground sill, fixed to the posts (2, 3), having a bearing surface on an underside for mounting on the rail heads a layer of rails stored on the rail support device, - a tensioning mechanism for applying a clamping force acting vertically between the ground sill and the clamping bar,
Device for use in organ occlusions in humans or mammals, in particular for carrying out an intrauterine tracheal occlusion in the course of treating a foetal congenital diaphragmatic hernia, comprising - a balloon body that can be filled with a fluid and has a balloon shell which forms a lumen for receiving the fluid and a balloon mouth for introducing the fluid into the lumen, - a separate auxiliary catheter for placing the balloon body into the organ portion to be treated and/or for inflating the balloon body with the fluid, the balloon body being connected to a flexible elongate extension element that opens the balloon mouth or another part of the balloon system by applying a drawing force of >0.5 N, characterised in that the elongate extension element closes the balloon mouth. - a balloon body that can be filled with a fluid and has a balloon shell which forms a lumen for receiving the fluid and a balloon mouth for introducing the fluid into the lumen, - a separate auxiliary catheter for placing the balloon body into the organ portion to be treated and/or for inflating the balloon body with the fluid,
Arrangement for testing a switch of a switching system by a person, the arrangement comprising a switch testing device and a switch of a switching system, the switch testing device being connected to the switch and the switch testing device comprising an emergency stop switch, characterized in that the arrangement further comprises a protective device for detecting an electrical body current, the person wearing the protective device for detecting an electrical body current and the protective device comprising an item of clothing and an evaluation unit, whereas the person wears the item of clothing and the item of clothing is equipped with at least one sensor for detecting the body current, and the evaluation unit evaluates a signal detected by the at least one sensor and, if an impermissible body current is detected, outputs an emergency signal, in that the emergency stop switch activates a disconnection unit of the switch testing device when actuated, which unit shuts down and/or short-circuits at least one output of the switch testing device, and an emergency signal input is also provided on the switch testing device, which input activates the disconnection unit when an external emergency signal is received at the emergency signal input, and in that the evaluation unit transmits the emergency signal to the emergency signal input of the switch testing device if an impermissible body current is detected.
A power tool comprising: a housing; a motor supported by the housing and including an output shaft; and a planetary transmission coupled to the output shaft and including an output carrie; characterized by a dual-eccentric scotch yoke mechanism coupled to the output carrier and drivable by the planetary transmission in response to rotation of the output shaft; and a blade coupled to the dual-eccentric scotch yoke mechanism for movement in a reciprocating manner. a housing; a motor supported by the housing and including an output shaft; and a planetary transmission coupled to the output shaft and including an output carrie; characterized by a dual-eccentric scotch yoke mechanism coupled to the output carrier and drivable by the planetary transmission in response to rotation of the output shaft; and a blade coupled to the dual-eccentric scotch yoke mechanism for movement in a reciprocating manner.
A method of preparing egg white for bulk chromatographic processing, the method comprising the steps of: adding an acidic buffer comprising an acidic agent to a pool of egg white, the acidic buffer being from about 0.5 wt% to about 5 wt% per kilogram of the egg white, mixing the acidic buffer and the egg white to form a mixed egg white having a pH from about 5 to about 6.5, and allowing the mixed egg white to settle such that the egg white separates into top, middle and bottom layers. adding an acidic buffer comprising an acidic agent to a pool of egg white, the acidic buffer being from about 0.5 wt% to about 5 wt% per kilogram of the egg white, mixing the acidic buffer and the egg white to form a mixed egg white having a pH from about 5 to about 6.5, and allowing the mixed egg white to settle such that the egg white separates into top, middle and bottom layers.
A method of enhancing a digital image sequence, the method comprising: receiving, by a computing device, the digital image sequence that has multiple image frames; and characterised by the method further comprising; generating, from the digital image sequence a plurality of prime layer image sequences (302, 304. 306, 402. 404, 406, 408, 502, 504, 506, 508), wherein each prime layer image sequence is generated by a respective prime layer processor (204, 206, 208), wherein each prime layer processor includes a set of image processing methods and algorithms, such that each prime layer image sequence represents a distinctive visual style; constructing an appearance graph that includes a plurality of prime layer nodes (210, 212, 214, 310, 312, 314, 410, 412, 414, 416, 510, 512, 514, 516), wherein each of the prime layer image sequences is represented by a prime layer node such that each prime layer node of the plurality of prime layer nodes represents the distinctive visual style of the respective prime layer image sequence; generating a second layer node (216, 316, 418, 518) by blending at least two prime layer nodes of the appearance graph; and generating an enhanced image sequence corresponding to the second layer node by blending the at least two prime layer image sequences corresponding to the at least two prime layer nodes blended to generate the second layer node. receiving, by a computing device, the digital image sequence that has multiple image frames; and characterised by the method further comprising; generating, from the digital image sequence a plurality of prime layer image sequences (302, 304. 306, 402. 404, 406, 408, 502, 504, 506, 508), wherein each prime layer image sequence is generated by a respective prime layer processor (204, 206, 208), wherein each prime layer processor includes a set of image processing methods and algorithms, such that each prime layer image sequence represents a distinctive visual style; constructing an appearance graph that includes a plurality of prime layer nodes (210, 212, 214, 310, 312, 314, 410, 412, 414, 416, 510, 512, 514, 516), wherein each of the prime layer image sequences is represented by a prime layer node such that each prime layer node of the plurality of prime layer nodes represents the distinctive visual style of the respective prime layer image sequence; generating a second layer node (216, 316, 418, 518) by blending at least two prime layer nodes of the appearance graph; and generating an enhanced image sequence corresponding to the second layer node by blending the at least two prime layer image sequences corresponding to the at least two prime layer nodes blended to generate the second layer node.
Electronic smoking device comprising: - a battery portion including an electric power supply; - an atomizer/liquid reservoir portion having a mouthpiece opening in an end; and - a liquid reservoir adapted for accommodating a liquid; characterized by - an atomizer arranged at a first end face of the liquid reservoir and operable when connected to the power supply to atomize liquid to create an aerosol, wherein the atomizer comprises a plurality of openings adapted for providing the aerosol; and - an actuator movable inside the liquid reservoir towards the first end face and adapted for supplying liquid to the plurality of openings. - a battery portion including an electric power supply; - an atomizer/liquid reservoir portion having a mouthpiece opening in an end; and - a liquid reservoir adapted for accommodating a liquid; - an atomizer arranged at a first end face of the liquid reservoir and operable when connected to the power supply to atomize liquid to create an aerosol, wherein the atomizer comprises a plurality of openings adapted for providing the aerosol; and - an actuator movable inside the liquid reservoir towards the first end face and adapted for supplying liquid to the plurality of openings.
A safety device in a vehicle, said safety device comprising an actuator comprising a housing having a first end and a second end, a piston arrangement comprising a piston and a piston rod having a supporting element projecting outside the housing, the piston arrangement being adapted to fit in the housing and to be moved from a retracted position to an extended position, a gas generator and a power connector configured to power the gas generator; wherein the piston has a first end forming a pressure surface facing the first end of the housing, a gas chamber is formed between the pressure surface of the piston and an inner envelope wall of the housing, and the gas generator is arranged inside the gas chamber; and wherein the power connector is connected to the supporting element and at least a portion of the power connector and the second end of the piston rod is over-moulded to form an encapsulating sealing. the piston has a first end forming a pressure surface facing the first end of the housing, a gas chamber is formed between the pressure surface of the piston and an inner envelope wall of the housing, and the gas generator is arranged inside the gas chamber; and wherein the power connector is connected to the supporting element and at least a portion of the power connector and the second end of the piston rod is over-moulded to form an encapsulating sealing.
A boundary layer energiser for energising a boundary layer flow over a surface, the boundary layer energiser comprising a surface of a turbomachine and a plurality of passages terminating in one or more respective holes provided on the surface, wherein a centre of each passage is arranged on the surface at the vertex of a polygon, wherein each of the plurality of passages comprises at least one fin configured so as to generate a vortex flow in the passages such that, when in use, a fluid emanating from the passages flows in a vortex.