mhurhangee/ep-ind-claims huggingface dataset:
An OFDM modulation device comprising: a communication use specifying unit to specify a communication use of a communication frame; a header generating unit to generate a header of the communication frame in which communication use specifying information indicating the communication use specified by the communication use specifying unit is stored; a payload generating unit to generate a payload of the communication frame; and an inverse fast Fourier transform unit (23, 11) to generate a communication frame of time domain by executing an inverse fast Fourier transform of a size corresponding to the communication use specified by the communication use specifying unit on data of frequency domain including the header generated by the header generating unit and the payload generated by the payload generating unit, wherein the communication use specified by the communication use specifying unit is a control use or an information use, and the size of the inverse fast Fourier transform executed by the inverse fast Fourier transform unit (23, 11) when the communication use specified by the communication use specifying unit is the control use is smaller than the size of the inverse fast Fourier transform executed by the inverse fast Fourier transform unit when the communication use specified by the communication use specifying unit is the information use. a communication use specifying unit to specify a communication use of a communication frame; a header generating unit to generate a header of the communication frame in which communication use specifying information indicating the communication use specified by the communication use specifying unit is stored; a payload generating unit to generate a payload of the communication frame; and an inverse fast Fourier transform unit (23, 11) to generate a communication frame of time domain by executing an inverse fast Fourier transform of a size corresponding to the communication use specified by the communication use specifying unit on data of frequency domain including the header generated by the header generating unit and the payload generated by the payload generating unit, wherein the communication use specified by the communication use specifying unit is a control use or an information use, and the size of the inverse fast Fourier transform executed by the inverse fast Fourier transform unit (23, 11) when the communication use specified by the communication use specifying unit is the control use is smaller than the size of the inverse fast Fourier transform executed by the inverse fast Fourier transform unit when the communication use specified by the communication use specifying unit is the information use.
Switching unit (S-CSCF), arrangeable in an IP multimedia subsystem, comprising at least one operator service list (IOST, OOST), the switching unit (S-CSCF) being adapted such that a new service and/or a modification in an existing service is configured in the at least one operator service list (IOST, OOST) by means of an administration unit (OSA/PARLAY-GW), the services configured in the at least one operator service list (IOST, OOST) for a user (A, B) registering in the switching unit (S-CSCF) are applied to said user (A, B), a first operator service list (IOST) and a second operator service list (OOST) are provided, the processing of which is intended for different trigger-related levels of hierarchy, and first all services defined in the first operator service list (IOST), then the services listed for the user (A, B) in a home subscriber server and, finally, all services defined in the second operator service list (OOST) are called up.
Use of a device for receiving fluid, the device comprising a block which comprises: a chamber comprising a top and a bottom; and comprising a chamber outlet at the bottom of the chamber; a magnetic stirrer suspended in the chamber, wherein the magnetic stirrer terminates above the bottom of the chamber, and is rotatably supported inside the chamber; and a microchannel fluidly connected to the chamber via the chamber outlet; wherein the microchannel from the device is fluidly connected to a downstream reservoir, and also to an upstream reservoir; characterized in that a first particle suspension is located in the chamber; and that an oil-based fluid is located in the upstream reservoir; that the use of the device includes: applying pressure to the chamber, and to the upstream reservoir, to force the first particle suspension and the oil based fluid into the microchannel; mixing the suspension and the oil based fluid in the microchannel such that they form an emulsion which comprises a plurality of droplets, wherein at least one of the droplets encapsulates a first particle from the first particle suspension; and storing the emulsion in the downstream reservoir. a chamber comprising a top and a bottom; and comprising a chamber outlet at the bottom of the chamber; a magnetic stirrer suspended in the chamber, wherein the magnetic stirrer terminates above the bottom of the chamber, and is rotatably supported inside the chamber; and a microchannel fluidly connected to the chamber via the chamber outlet; applying pressure to the chamber, and to the upstream reservoir, to force the first particle suspension and the oil based fluid into the microchannel; mixing the suspension and the oil based fluid in the microchannel such that they form an emulsion which comprises a plurality of droplets, wherein at least one of the droplets encapsulates a first particle from the first particle suspension; and storing the emulsion in the downstream reservoir.
A power conversion apparatus for heat treatment, the power conversion apparatus comprising: a rectifier configured to convert AC power to DC power; a smoothing filter configured to smooth the DC power received from the rectifier to be constant; an inverter comprising a switching device made of an SiC semiconductor, said inverter being configured to convert the DC power received from the smoothing filter into high-frequency power by turning the DC power on and off; and a control unit configured to control the rectifier and the inverter, characterized in that the control unit is configured to determine a rating of output power, output from the inverter, in accordance with a frequency of the high-frequency power output from the inverter, a current-applying time t p, wherein the current-applying time t p is a time, in which the high-frequency power is output from the inverter; and an operation rate, obtained by dividing the current-applying time by a sum of the current-applying time and a non-current-applying time, such that a junction temperature of the switching device does not exceed a given temperature. a rectifier configured to convert AC power to DC power; a smoothing filter configured to smooth the DC power received from the rectifier to be constant; an inverter comprising a switching device made of an SiC semiconductor, said inverter being configured to convert the DC power received from the smoothing filter into high-frequency power by turning the DC power on and off; and a control unit configured to control the rectifier and the inverter, characterized in that the control unit is configured to determine a rating of output power, output from the inverter, in accordance with a frequency of the high-frequency power output from the inverter, a current-applying time t p, wherein the current-applying time t p is a time, in which the high-frequency power is output from the inverter; and an operation rate, obtained by dividing the current-applying time by a sum of the current-applying time and a non-current-applying time, such that a junction temperature of the switching device does not exceed a given temperature.
A system for optimizing performance of femtocells in a long term evolution femtocell network of femtocells comprising: a generator for adjusting the power of a femtocell; characterized by; a power sensor module for measuring the power of neighboring femtocells and macrocells and providing an input to an iterative distributed algorithm module, the IDA module receiving parameters as an input for performing measurements for each iteration of an optimization process; a data processor providing data to the power sensor module and to a resource scheduler; the resource scheduler receiving selected femtocell power level (P sel (i)) and resource element frequency instructions from said data processor for the current iteration and using the P sel (i) as a power constraint for a specific resource element frequency; the generator receiving the power constraint information from the resource scheduler for adjusting the power of the femtocell. a generator for adjusting the power of a femtocell; characterized by; a power sensor module for measuring the power of neighboring femtocells and macrocells and providing an input to an iterative distributed algorithm module, the IDA module receiving parameters as an input for performing measurements for each iteration of an optimization process; a data processor providing data to the power sensor module and to a resource scheduler; the resource scheduler receiving selected femtocell power level (P sel (i)) and resource element frequency instructions from said data processor for the current iteration and using the P sel (i) as a power constraint for a specific resource element frequency; the generator receiving the power constraint information from the resource scheduler for adjusting the power of the femtocell.
Device for protecting an electronic printed circuit board comprising at least two zones of conductive contact between said printed circuit board and at least one element for securing the printed circuit board, and characterized in that said at least one securing element is a flexible printed circuit board, and in that said printed circuit board also comprises at least two elevating pads for elevating said at least two zones of conductive contact, said at least two elevating pads having a distinct height, said element for securing coming into contact with said zones of conductive contact of said printed circuit board by means of a conductive contact zone of said elevating pads.
Clamping device for a door leaf comprising two side parts (2, 3) with connecting portions (4, 5), which are connected to each other by at least one screw having a screw axis, and with clamping portions (6, 7), which have two clamping faces (9, 10) facing one another for clampingly receiving the door leaf, and at least one spacer element arranged between the connecting portions (4, 5) of the side parts (2, 3), which is structurally separated from the two side parts (2, 3) and is supported thereagainst, characterised in that at least one of the two connecting portions (4, 5) of the side parts (2, 3) has a plurality of support planes axially spaced along the screw axis, at least one support face (25, 26, 27, 28) being located in each of the support planes, and that the at least one spacer element has a plurality of counterplanes (L 1, L 2, i -3, L 4) axially spaced along the screw axis, wherein at least one counter face (16, 17, 18, 19) being located in each of the counterplanes (L 1, L 2, L 3, L 4), wherein the at least one spacer element with at least one of the counter faces (16, 17, 18, 19) is supported selectively on at least one of the support faces (25, 26, 27, 28), so that the at least one spacer element in a first receiving position, in which a first distance (d) is formed between the two clamping faces (9, 10) of the side parts (2, 3), or in at least one further receiving position in which a further distance (d), which is unequal to the first distance, is formed between the two clamping faces (8, 9) of the side parts (2, 3). two side parts (2, 3) with connecting portions (4, 5), which are connected to each other by at least one screw having a screw axis, and with clamping portions (6, 7), which have two clamping faces (9, 10) facing one another for clampingly receiving the door leaf, and at least one spacer element arranged between the connecting portions (4, 5) of the side parts (2, 3), which is structurally separated from the two side parts (2, 3) and is supported thereagainst, characterised in that at least one of the two connecting portions (4, 5) of the side parts (2, 3) has a plurality of support planes axially spaced along the screw axis, at least one support face (25, 26, 27, 28) being located in each of the support planes, and that the at least one spacer element has a plurality of counterplanes (L 1, L 2, i -3, L 4) axially spaced along the screw axis, wherein at least one counter face (16, 17, 18, 19) being located in each of the counterplanes (L 1, L 2, L 3, L 4), wherein the at least one spacer element with at least one of the counter faces (16, 17, 18, 19) is supported selectively on at least one of the support faces (25, 26, 27, 28), so that the at least one spacer element in a first receiving position, in which a first distance (d) is formed between the two clamping faces (9, 10) of the side parts (2, 3), or in at least one further receiving position in which a further distance (d), which is unequal to the first distance, is formed between the two clamping faces (8, 9) of the side parts (2, 3).
A method for continuously subjecting an elongated substrate to vacuum film formation, comprising the steps of: (a) feeding an elongated substrate wound in a roll form, from a first roll chamber in a first direction from the first roll chamber toward a second roll chamber; (b) degassing the substrate fed in the first direction; (c) forming, in a second film formation chamber, a film of a second material on a surface of the degassed substrate; (d) rolling up, in the second roll chamber, the substrate having the second material film formed thereon; (e) feeding the substrate rolled up in the second roll chamber, from the second roll chamber in a second direction from the second roll chamber toward the first roll chamber; (f) forming, in a first film formation chamber, a film of a first material on the second material film formed on the surface of the substrate fed in the second direction; and (g) rolling up, in the first roll chamber, the substrate having the first material film laminated on the second material film. (a) feeding an elongated substrate wound in a roll form, from a first roll chamber in a first direction from the first roll chamber toward a second roll chamber; (b) degassing the substrate fed in the first direction; (c) forming, in a second film formation chamber, a film of a second material on a surface of the degassed substrate; (d) rolling up, in the second roll chamber, the substrate having the second material film formed thereon; (e) feeding the substrate rolled up in the second roll chamber, from the second roll chamber in a second direction from the second roll chamber toward the first roll chamber; (f) forming, in a first film formation chamber, a film of a first material on the second material film formed on the surface of the substrate fed in the second direction; and (g) rolling up, in the first roll chamber, the substrate having the first material film laminated on the second material film.
A nonwoven fabric which is a meltblown nonwoven fabric, comprising fibers which are spun from a resin composition, the resin composition comprising: a thermoplastic resin, which is polypropylene; and a fluorine-containing copolymer which has a weight-average molecular weight of 2,500-20,000 and comprises: (a) a repeating unit formed from a monomer of the formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf wherein X is H, halogen or a monovalent organic group, Y is -0- or -NH-, Z is a direct bond or an divalent organic group, and Rf is C 4-6 -fluoroalkyl, and (b) a repeating unit formed from a fluorine-free monomer containing a C ≥14 -hydrocarbon group. a thermoplastic resin, which is polypropylene; and a fluorine-containing copolymer which has a weight-average molecular weight of 2,500-20,000 and comprises: (a) a repeating unit formed from a monomer of the formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf wherein X is H, halogen or a monovalent organic group, Y is -0- or -NH-, Z is a direct bond or an divalent organic group, and Rf is C 4-6 -fluoroalkyl, and (b) a repeating unit formed from a fluorine-free monomer containing a C ≥14 -hydrocarbon group. (a) a repeating unit formed from a monomer of the formula: CH 2 =C(-X)-C(=O)-Y-Z-Rf wherein X is H, halogen or a monovalent organic group, Y is -0- or -NH-, Z is a direct bond or an divalent organic group, and Rf is C 4-6 -fluoroalkyl, and X is H, halogen or a monovalent organic group, Y is -0- or -NH-, Z is a direct bond or an divalent organic group, and Rf is C 4-6 -fluoroalkyl, and (b) a repeating unit formed from a fluorine-free monomer containing a C ≥14 -hydrocarbon group.
A robot comprising: a base; a spin body rotatably disposed in the base; a spin mechanism rotating the spin body around the base; a tilting body tiltably supported to the spin body around a tilting axis; a tilting mechanism configured to tilt the tilting body around the tilting axis; characterized in that the robot further comprising: an interface installed in at least one of the spin body and the tilting body; a tilting gear mounted on the tilting body and tilted together with the tilting body; and a damper mounted on the spin body, wherein the damper comprises a damping gear engaged with the tilting gear and configured to guide tilting of the tilting gear, and the tilting gear is tilted along an outer circumference of the damping gear, wherein the damping gear is disposed so as to be engaged with the tilting gear between the tilting axis and the tilting gear, wherein a distance between the central axis of the damping gear and the tilting axis is smaller than a distance between the tilting axis and the tilting gear. a base; a spin body rotatably disposed in the base; a spin mechanism rotating the spin body around the base; a tilting body tiltably supported to the spin body around a tilting axis; a tilting mechanism configured to tilt the tilting body around the tilting axis; characterized in that the robot further comprising: an interface installed in at least one of the spin body and the tilting body; a tilting gear mounted on the tilting body and tilted together with the tilting body; and a damper mounted on the spin body, wherein the damper comprises a damping gear engaged with the tilting gear and configured to guide tilting of the tilting gear, and the tilting gear is tilted along an outer circumference of the damping gear, wherein the damping gear is disposed so as to be engaged with the tilting gear between the tilting axis and the tilting gear, wherein a distance between the central axis of the damping gear and the tilting axis is smaller than a distance between the tilting axis and the tilting gear. an interface installed in at least one of the spin body and the tilting body; a tilting gear mounted on the tilting body and tilted together with the tilting body; and a damper mounted on the spin body, wherein the damper comprises a damping gear engaged with the tilting gear and configured to guide tilting of the tilting gear, and the tilting gear is tilted along an outer circumference of the damping gear, wherein the damping gear is disposed so as to be engaged with the tilting gear between the tilting axis and the tilting gear, wherein a distance between the central axis of the damping gear and the tilting axis is smaller than a distance between the tilting axis and the tilting gear.
A dosing system for an inhalation device, the dosing system comprising: (a) a filling chamber for receiving a liquid to be aerosolized, the filling chamber having an outer wall, a base and an inner wall which defines an outlet opening; (b) a reservoir chamber for supplying liquid to an aerosol generator; and (c) a plunger which is mounted on a hinge and which includes an overflow chamber, wherein the inner wall of the filling chamber is higher on the side adjacent to the hinge than on the opposite side so that when the filling chamber is filled with liquid and the plunger is inserted into the filling chamber by pivoting it about the hinge, part of the liquid is displaced by the plunger over the lower side of the inner wall of the filling chamber and into the reservoir chamber via the outlet opening, and some or all of the remaining liquid is displaced by the plunger from the filling chamber into the overflow chamber. (a) a filling chamber for receiving a liquid to be aerosolized, the filling chamber having an outer wall, a base and an inner wall which defines an outlet opening; (b) a reservoir chamber for supplying liquid to an aerosol generator; and (c) a plunger which is mounted on a hinge and which includes an overflow chamber,
A headlight (10, 20, 30) intended for a motor vehicle, comprising a casing forming a housing for at least one light source and at least one reflector, and a glass closing the casing, said headlight housing an aeration system comprising at least one ventilation port for the entry of air (A1, A'1), formed in a wall of the casing, and at least one duct (11, 12, 21, 31) arranged so as to guide the air from the ventilation port towards said glass, the duct (11, 12, 21, 31) being constituted by at least one flexible material, characterized in that the lower part of the reflector extends the duct (11, 12, 21, 31) for guiding the air between the lower part of the reflector and the casing up to an edge of the lower part of the reflector; said edge being situated in the immediate proximity of the glass.
A solar cell comprising a substrate comprised of silicon of a first conductivity type; a layer of silicon of a second conductivity type disposed on said substrate; a passivation layer disposed on said layer of silicon, wherein said passivation layer is silicon oxynitride (SiON); and an anti-reflection layer is disposed on said passivation layer; characterized in that said AR layer is comprised of silicon carbon nitride (SiCN).
A user apparatus, comprising: a resource state detection unit configured to detect a state of a resource in a set of resources that can be used for device-to-device communication; a control unit configured, when the state detected by the resource state detection unit satisfies a predetermined condition, to set the user apparatus to be in a state in which the user apparatus does not perform transmission of a device-to-device communication signal for a predetermined period; and a transmission unit configured, when the user apparatus performs transmission of a device-to-device communication signal, to randomly select a resource from among a set of resources, and to transmit a device-to-device communication signal using the selected resource. a resource state detection unit configured to detect a state of a resource in a set of resources that can be used for device-to-device communication; a control unit configured, when the state detected by the resource state detection unit satisfies a predetermined condition, to set the user apparatus to be in a state in which the user apparatus does not perform transmission of a device-to-device communication signal for a predetermined period; and a transmission unit configured, when the user apparatus performs transmission of a device-to-device communication signal, to randomly select a resource from among a set of resources, and to transmit a device-to-device communication signal using the selected resource.
A twist drill bit for drilling composite materials, particularly through-hole drilling, wherein the blade formed at the upper part of the drill bit has two steps - the initial and the finish one, wherein the length (l w) of the cylindrical part of the initial step is at least 0.5 mm, and its first diameter (d w) is shorter than the second diameter (dp) of the finish step by 0.5 - 2 mm, characterised in that the point angles (α and P) of the initial step and the finish step range from 60° to 90°.