mhurhangee/ep-ind-claims huggingface dataset:
A particle radiotherapy system comprising a particle accelerator and further comprising a spot scanning beam delivery device providing a series of spot irradiations whereby said spot scanning beam delivery device uses two beam pulses or a variable number of beam pulses to deliver the total required number of particles for each said spot irradiation, said particle radiotherapy system being characterised by further comprising when using two beam pulses: o Means configured to define the required number of particles for the first of said two beam pulses as being a given percentage of the total required number of particles to be delivered for said spot irradiation; o Means configured to specify the required number of particles of the second of said two beam pulses as being the said total required number of particles for said spot irradiation minus the measured number of particles already delivered with said first beam pulse; when using a variable number of beam pulses: o Means configured to define the required number of particles for all beam pulses of said variable number of beam pulses such that the sum of the required number of particles of all beam pulses except the last beam pulse equals a given percentage of the total number of particles to be delivered for said spot irradiation; o Means configured to specify the required number of particles for the last beam pulse of said variable number of beam pulses as being the total number of particles to be delivered for the said spot irradiation minus the measured number of particles already delivered for said spot irradiation. o Means configured to define the required number of particles for the first of said two beam pulses as being a given percentage of the total required number of particles to be delivered for said spot irradiation; o Means configured to specify the required number of particles of the second of said two beam pulses as being the said total required number of particles for said spot irradiation minus the measured number of particles already delivered with said first beam pulse; o Means configured to define the required number of particles for all beam pulses of said variable number of beam pulses such that the sum of the required number of particles of all beam pulses except the last beam pulse equals a given percentage of the total number of particles to be delivered for said spot irradiation; o Means configured to specify the required number of particles for the last beam pulse of said variable number of beam pulses as being the total number of particles to be delivered for the said spot irradiation minus the measured number of particles already delivered for said spot irradiation.
A CO 2 refrigeration system, including: a compressor, a gas cooler, a temperature sensor, and an electronic control system, the electronic control system including a processor device arranged to switch the compressor on/off according to control operation of the compressor according to input signals received from the temperature sensor, wherein the temperature sensor is positioned to read an output temperature of the gas cooler, characterised in that the processor device is arranged to store a lower threshold temperature value in memory and to compare the measured temperature of the gas cooler output with the lower threshold temperature value, wherein in a condition where the processor device determines that the measured temperature is less than or equal to the lower threshold temperature value, the processor device is arranged to initiate an extended rest period for the compressor.
Method for manufacturing a circuit of a hearing aid, in which - a printed circuit board having a first region and having a second region, which are separated by means of a border, is provided, - a component is attached to the printed circuit board, wherein the component is positioned on the border, - the first region is covered by means of a mask having an edge, wherein the edge is positioned on the component, - the printed circuit board is provided with a coating, - the coating is split apart in the region of the component, and - the mask is removed, wherein - in the same work step the component and a further electronic or electrical component (32, 34) are mounted on the printed circuit board by means of SMD technology. - a printed circuit board having a first region and having a second region, which are separated by means of a border, is provided, - a component is attached to the printed circuit board, wherein the component is positioned on the border, - the first region is covered by means of a mask having an edge, wherein the edge is positioned on the component, - the printed circuit board is provided with a coating, - the coating is split apart in the region of the component, and - the mask is removed, wherein - in the same work step the component and a further electronic or electrical component (32, 34) are mounted on the printed circuit board by means of SMD technology.
A composite particle comprising: a first polymeric particle having a diameter of from 100 nm to 3.5 microns comprising a core and a shell: said core comprising, when dry, at least one void; and said shell polymer having a calculated glass transition temperature("Tg") greater than 50 °C, as calculated according to the description; and a second polymeric particle disposed on the surface of said first polymeric particle, said second polymeric particle having a minimum film-forming temperature of greater than 20°C, as measured according to the description; wherein the ratio of the diameter of said first polymeric particle to the diameter of said second polymeric particle is from 1 to 50; and wherein the ratio of the weight of said first polymeric particle to the weight of said second polymeric particle is from 0.1 to 40. a first polymeric particle having a diameter of from 100 nm to 3.5 microns comprising a core and a shell: said core comprising, when dry, at least one void; and said shell polymer having a calculated glass transition temperature("Tg") greater than 50 °C, as calculated according to the description; and a second polymeric particle disposed on the surface of said first polymeric particle, said second polymeric particle having a minimum film-forming temperature of greater than 20°C, as measured according to the description; wherein the ratio of the diameter of said first polymeric particle to the diameter of said second polymeric particle is from 1 to 50; and said core comprising, when dry, at least one void; and said shell polymer having a calculated glass transition temperature("Tg") greater than 50 °C, as calculated according to the description; and a second polymeric particle disposed on the surface of said first polymeric particle, said second polymeric particle having a minimum film-forming temperature of greater than 20°C, as measured according to the description; wherein the ratio of the diameter of said first polymeric particle to the diameter of said second polymeric particle is from 1 to 50; and wherein the ratio of the weight of said first polymeric particle to the weight of said second polymeric particle is from 0.1 to 40.
A water spray type desuperheater comprising: a desuperheating tube adapted to move superheated steam therealong and to conduct a mixing operation of mixing the superheated steam and water; acceleration means (210, 220, 230) inside the desuperheating tube to accelerate the moving superheated steam; a spray tube inserted from one side of the desuperheating tube into the desuperheating tube to introduce the water into the desuperheating tube, and characterized in that the desuperheating tube comprises vanes and/or protrusions formed in the space between a steam introduction portion (d) thereof and the spray tube so as to form vortexes thereinto. a desuperheating tube adapted to move superheated steam therealong and to conduct a mixing operation of mixing the superheated steam and water; acceleration means (210, 220, 230) inside the desuperheating tube to accelerate the moving superheated steam; a spray tube inserted from one side of the desuperheating tube into the desuperheating tube to introduce the water into the desuperheating tube, and characterized in that the desuperheating tube comprises vanes and/or protrusions formed in the space between a steam introduction portion (d) thereof and the spray tube so as to form vortexes thereinto.
A communication apparatus comprising: operating means for operating a plurality of cells (7, 8, 9, 10) on associated component carriers; communicating means for transmitting a first signal in a first of the plurality of cells using a first component carrier, at a first predetermined relative location within a first radio frame relative both to a time range spanned by the first radio frame and to a frequency range spanned by the first radio frame, and configuring means for configuring the communication apparatus to transmit a second signal in a second of the plurality of cells using a second component carrier, at a second configured relative location within a second radio frame relative both to a time range spanned by the second radio frame and to a frequency range spanned by the second radio frame, the second configured relative location being configured by the configuring means to be any of a plurality of different relative locations, and wherein the first and second signals are of the same type as one another, wherein each of the first and second signals includes a synchronisation signal; wherein the second configured relative location within the second radio frame is different to the first predetermined relative location within the first radio frame; and wherein each of the plurality of different relative locations is based on information identifying respective subframe numbers representing subframes to be used for transmission at the second configured relative location. operating means for operating a plurality of cells (7, 8, 9, 10) on associated component carriers; communicating means for transmitting a first signal in a first of the plurality of cells using a first component carrier, at a first predetermined relative location within a first radio frame relative both to a time range spanned by the first radio frame and to a frequency range spanned by the first radio frame, and configuring means for configuring the communication apparatus to transmit a second signal in a second of the plurality of cells using a second component carrier, at a second configured relative location within a second radio frame relative both to a time range spanned by the second radio frame and to a frequency range spanned by the second radio frame, the second configured relative location being configured by the configuring means to be any of a plurality of different relative locations, and wherein the first and second signals are of the same type as one another, wherein each of the first and second signals includes a synchronisation signal; wherein the second configured relative location within the second radio frame is different to the first predetermined relative location within the first radio frame; and wherein each of the plurality of different relative locations is based on information identifying respective subframe numbers representing subframes to be used for transmission at the second configured relative location.
Sewing machine drive with a magnetic encoder system comprising - a disk made of magnetic material, - an incremental track and - a reference track, - wherein the disk is magnetized, - wherein the incremental track extends completely around the disk and has alternating pole elements, which serve as incremental markings, - wherein the reference track is designed as a ring-shaped section on the disk; characterized in that the reference track has a monopole which, in a first area, has a magnetic flux density B 1 that is greater by at least a factor of 10 than a magnetic flux density B 2 in at least a second area. - a disk made of magnetic material, - an incremental track and - a reference track, - wherein the disk is magnetized, - wherein the incremental track extends completely around the disk and has alternating pole elements, which serve as incremental markings, - wherein the reference track is designed as a ring-shaped section on the disk;
Capsule for making an infused drink, comprising a tray-like body substantially cylindrical or a truncated cone shape made from a sheet of paper or paper material and open at one end, and a cover or sealing film applied to said open end of the tray-like body, said capsule being further provided with a peripheral annular rim comprising at least one annular portion of the sheet of paper or paper material formed integrally with the tray-like body and suitable to abut with a support surface which surrounds an infusion chamber of an infusion group when the capsule is inserted in said chamber, at least said peripheral annular rim having a greater rigidity than the tray-like body, wherein said peripheral annular rim comprises at least one reinforcement ring attached to said annular portion; said capsule being characterized in that the reinforcement ring and the sealing cover project radially beyond the annular portion, so as to present respective outer annular portions facing each other and reciprocally coupling, the reinforcement ring being attached to the rear side of the annular portion of the sheet of paper or paper material and is glued or welded to the sealing cover in such a way that said annular portion remains pinched, that is wedged, between the reinforcement ring and the sealing cover.
A controller for controlling an illumination to be provided by a lighting unit using a parameter of sound, wherein the controller is adapted to: - obtain a value of the parameter from a first sound in the first part of the space, - obtain a value of the parameter from a second sound in a second part of the space, the second part being different from the first part, - base a reference value of the parameter on at least the value of the parameter from the second sound, - determine a deviation of the value of the parameter from the first sound from the reference value of the parameter, and - adjust the illumination based on the deviation, characterized in that the controller is further adapted to: - obtain a threshold value of the parameter; - compare the value of the parameter from the first sound with the threshold value of the parameter; and - adjust the illumination only if the value of the parameter from the first sound is higher than the threshold value. - obtain a value of the parameter from a first sound in the first part of the space, - obtain a value of the parameter from a second sound in a second part of the space, the second part being different from the first part, - base a reference value of the parameter on at least the value of the parameter from the second sound, - determine a deviation of the value of the parameter from the first sound from the reference value of the parameter, and - adjust the illumination based on the deviation, characterized in that the controller is further adapted to: - obtain a threshold value of the parameter; - compare the value of the parameter from the first sound with the threshold value of the parameter; and - adjust the illumination only if the value of the parameter from the first sound is higher than the threshold value.
An endoscope insertion portion comprising: an insertion portion including a distal end surface; a first illumination optical system for irradiating light onto a subject, the first illumination optical system being disposed on the distal end surface and has a first center; a second illumination optical system for irradiating light onto the subject, the second illumination optical system being disposed on the distal end surface and has a second center; a first image pickup portion including a first optical member for introducing light from the subject, the first optical member being provided on the distal end surface; and a second image pickup portion including a second optical member for introducing light from the subject, wherein the second optical member is disposed approximately near the center of the distal end surface to approximately line up on a straight line connecting the first and the second center, characterized in that the second optical member is configured to obtain an observation image having an observation magnification according to a zooming operation, the second optical member has a larger outer surface area than that of the first optical member, and an area which can be displayed in an enlarged manner according to the zooming operation in the observation image obtained by the second image pickup portion is provided in an area where lights irradiated respectively from the first illumination optical system and the second illumination optical system overlap each other. an insertion portion including a distal end surface; a first illumination optical system for irradiating light onto a subject, the first illumination optical system being disposed on the distal end surface and has a first center; a second illumination optical system for irradiating light onto the subject, the second illumination optical system being disposed on the distal end surface and has a second center; a first image pickup portion including a first optical member for introducing light from the subject, the first optical member being provided on the distal end surface; and a second image pickup portion including a second optical member for introducing light from the subject, wherein the second optical member is disposed approximately near the center of the distal end surface to approximately line up on a straight line connecting the first and the second center, characterized in that the second optical member is configured to obtain an observation image having an observation magnification according to a zooming operation, the second optical member has a larger outer surface area than that of the first optical member, and an area which can be displayed in an enlarged manner according to the zooming operation in the observation image obtained by the second image pickup portion is provided in an area where lights irradiated respectively from the first illumination optical system and the second illumination optical system overlap each other.
A display module having a two-phase motor comprising a rotor having N pairs of poles magnetized radially, in alternate directions, with N being equal to 3 or 5, and a stator part having at least two W-shaped circuits made from radial pole teeth extending inwards from a peripheral closed belt and having a coil on the central leg of the W, with said W-shaped circuits being arranged in such a way that, when the central tooth of one of the W-shaped circuits is positioned facing a rotor magnetic transition, at least one central tooth of another W-shaped circuit is positioned facing a rotor magnetic pole, characterized in that it comprises at least one means of specific mechanical interaction (13, 14, 15) between the rotor and the stator, providing a dry angular friction at a force that is substantially constant depending on the speed of the rotor relative to the stator, and at a value lower than the torque produced by the electromagnetic interaction between the rotor and the stator.
An insulated wire, comprising: a conductor; and an insulation layer provided around the conductor, wherein the insulation layer comprises an inner layer located on the conductor side and an outer layer provided around the inner layer, wherein the inner layer comprises a halogen-free resin composition comprising a base polymer, wherein the outer layer comprises a cross-linked body obtained by cross-linking a halogen-free flame-retardant resin composition comprising a base polymer and a halogen-free flame retardant, wherein the base polymer comprises a thermoplastic resin having an aromatic ring in a backbone chain, wherein the base polymer comprises a polyolefin component, wherein a thickness of the inner layer is not less than 0.03 mm and not more than 70 % of a thickness of the insulation layer, and wherein the thermoplastic resin comprises at least one of polybutylene terephthalate, polyethylene terephthalate, polybutylene naphthalate, polyethylene naphthalate, polyamide, polyetherimide, silicone-modified polyetherimide, polyphenylene sulfide, polyphenylene ether, modified polyphenylene ether and polyether ether ketone. a conductor; and an insulation layer provided around the conductor, wherein the insulation layer comprises an inner layer located on the conductor side and an outer layer provided around the inner layer, wherein the inner layer comprises a halogen-free resin composition comprising a base polymer, wherein the outer layer comprises a cross-linked body obtained by cross-linking a halogen-free flame-retardant resin composition comprising a base polymer and a halogen-free flame retardant, wherein the base polymer comprises a thermoplastic resin having an aromatic ring in a backbone chain, wherein the base polymer comprises a polyolefin component, wherein a thickness of the inner layer is not less than 0.03 mm and not more than 70 % of a thickness of the insulation layer, and wherein the thermoplastic resin comprises at least one of polybutylene terephthalate, polyethylene terephthalate, polybutylene naphthalate, polyethylene naphthalate, polyamide, polyetherimide, silicone-modified polyetherimide, polyphenylene sulfide, polyphenylene ether, modified polyphenylene ether and polyether ether ketone.
A method for wireless signal transmission, the method comprising: storing, in a base station, a subframe partition configuration including an allocation of a first downlink, DL, subframe to be one of a semi-static subframe or dynamic subframe, wherein the first DL subframe is time division orthogonal to a second DL subframe allocated to a second base station, the second DL subframe being allocated by the subframe partition configuration to be one of a semi-static subframe or dynamic subframe; and transmitting, from the base station, a first signal consistent with the first DL subframe allocation. storing, in a base station, a subframe partition configuration including an allocation of a first downlink, DL, subframe to be one of a semi-static subframe or dynamic subframe, wherein the first DL subframe is time division orthogonal to a second DL subframe allocated to a second base station, the second DL subframe being allocated by the subframe partition configuration to be one of a semi-static subframe or dynamic subframe; and transmitting, from the base station, a first signal consistent with the first DL subframe allocation.