mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner, comprising: a cabinet configured to define an outer appearance of the air conditioner; a front panel coupled to the cabinet and having an intake hole; a fan assembly positioned within the cabinet and configured to guide a flow of air in the cabinet; and an intake panel configured to move to open or close the intake hole in response to a control signal; characterized by a plurality of noise reducing parts (134, 234, 341, 45, 51) positioned at the intake panel (13, 23, 34, 44, 50) and configured to reduce noises having multiple frequency bandwidths, wherein each of the noise reducing parts (134, 234, 341, 45, 51) comprises a noise reducing chamber (135, 342, 46, 53) wherein each of the noise reducing parts (134, 234, 341, 45, 51) comprises a connection passage (136, 344, 47, 52) configured to pass noise generated in the cabinet to the noise reducing chamber (135, 342, 46, 53), and wherein each of the plurality of noise reducing parts (134, 234, 341, 45, 51) have a different size of the noise reducing chambers (135, 342, 46, 53) and the connection passages (136, 344, 47, 52) to reduce noises of various frequency bandwidths. a cabinet configured to define an outer appearance of the air conditioner; a front panel coupled to the cabinet and having an intake hole; a fan assembly positioned within the cabinet and configured to guide a flow of air in the cabinet; and an intake panel configured to move to open or close the intake hole in response to a control signal; characterized by a plurality of noise reducing parts (134, 234, 341, 45, 51) positioned at the intake panel (13, 23, 34, 44, 50) and configured to reduce noises having multiple frequency bandwidths, wherein each of the noise reducing parts (134, 234, 341, 45, 51) comprises a noise reducing chamber (135, 342, 46, 53) wherein each of the noise reducing parts (134, 234, 341, 45, 51) comprises a connection passage (136, 344, 47, 52) configured to pass noise generated in the cabinet to the noise reducing chamber (135, 342, 46, 53), and wherein each of the plurality of noise reducing parts (134, 234, 341, 45, 51) have a different size of the noise reducing chambers (135, 342, 46, 53) and the connection passages (136, 344, 47, 52) to reduce noises of various frequency bandwidths.
An annular wet clutch plate having lubrication grooves formed of multiple grooves in at least one of both axial end faces, the at least one of the both end faces having the lubrication grooves and a frictional engagement surface, characterised in that the frictional engagement surface has a plurality of small grooves having a width and a depth that are smaller than those of the lubrication grooves (21,22), at least one of the small grooves is extended in a direction that crosses a circumferential direction of the annular clutch plate; and a mean value of surface roughness of the frictional engagement surface having the small grooves is a value equal to or higher than 3.0 μm but equal to or less than 4.0 μm when the surface roughness is measured with the use of Rz (JIS B 0601:1982) at three positions that are offset from each other by 120° in the circumferential direction around a central axis of the annular clutch plate.
A method of removing at least some deposits within one or more steam generators of one or more nuclear power plants, the method comprising: disposing an aqueous cleaning solution in a first nuclear steam generator for a first treatment period to dislodge or dissolve first deposits from the first nuclear steam generator, the aqueous cleaning solution comprising a chelant or cleaning agent; after said disposing of the aqueous cleaning solution in the first steam generator, transferring the aqueous cleaning solution and at least some of the dislodged or dissolved first deposits from the first nuclear steam generator to an external vessel; transferring the aqueous cleaning solution from the external vessel into the first nuclear steam generator or a second nuclear steam generator and keeping the aqueous cleaning solution in the first or second nuclear steam generator for a second treatment period to dislodge or dissolve second deposits from the first or second nuclear steam generator; and after said keeping of the aqueous cleaning solution in the firs or second nuclear steam generator for the treatment period, removing the aqueous cleaning solution and at least some of the dislodged or dissolved second deposits from the first or second nuclear steam generator. disposing an aqueous cleaning solution in a first nuclear steam generator for a first treatment period to dislodge or dissolve first deposits from the first nuclear steam generator, the aqueous cleaning solution comprising a chelant or cleaning agent; after said disposing of the aqueous cleaning solution in the first steam generator, transferring the aqueous cleaning solution and at least some of the dislodged or dissolved first deposits from the first nuclear steam generator to an external vessel; transferring the aqueous cleaning solution from the external vessel into the first nuclear steam generator or a second nuclear steam generator and keeping the aqueous cleaning solution in the first or second nuclear steam generator for a second treatment period to dislodge or dissolve second deposits from the first or second nuclear steam generator; and after said keeping of the aqueous cleaning solution in the firs or second nuclear steam generator for the treatment period, removing the aqueous cleaning solution and at least some of the dislodged or dissolved second deposits from the first or second nuclear steam generator.
A method for analyzing an isolated embryo of a monocot plant comprising: a. excising a piece of scutellum tissue from an isolated immature embryo wherein said excision does not cause a significant reduction in germination potential of said isolated embryo; and b. analyzing nucleic acids extracted, and optionally amplified, from the piece of scutellum tissue for the presence or absence of one or more characteristics indicative of at least one genetic trait, wherein said isolated embryo is able to germinate into a plant after said piece of tissue is excised. a. excising a piece of scutellum tissue from an isolated immature embryo wherein said excision does not cause a significant reduction in germination potential of said isolated embryo; and b. analyzing nucleic acids extracted, and optionally amplified, from the piece of scutellum tissue for the presence or absence of one or more characteristics indicative of at least one genetic trait,
A method for handling piece goods that are being moved one after another, the piece goods being transported unspaced in a closed formation to a seizing range of a manipulator, wherein - a transported piece good or a group comprising at least two transported piece goods is seized in a clamping and/or force-locking and/or form-locking manner in the seizing range by at least two clamping means and/or gripping means located opposite each other and assigned to the at least one manipulator, is spatially separated from subsequent piece goods of the closed formation, and is brought into a defined relative target position and/or target alignment in relation to the in each instance subsequent piece goods of the closed formation, - characterised in that a first vertical symmetry plane (S2*), which is defined by the seized piece good or by the seized group, and which is oriented approximately perpendicular to a transport direction of the piece goods, is spaced apart from a second vertical symmetry plane aligned approximately parallel thereto, with the second vertical symmetry plane being defined by the manipulator or by the manipulator clamping means and/or gripping means, as applicable. - a transported piece good or a group comprising at least two transported piece goods is seized in a clamping and/or force-locking and/or form-locking manner in the seizing range by at least two clamping means and/or gripping means located opposite each other and assigned to the at least one manipulator, is spatially separated from subsequent piece goods of the closed formation, and is brought into a defined relative target position and/or target alignment in relation to the in each instance subsequent piece goods of the closed formation, - characterised in that a first vertical symmetry plane (S2*), which is defined by the seized piece good or by the seized group, and which is oriented approximately perpendicular to a transport direction of the piece goods, is spaced apart from a second vertical symmetry plane aligned approximately parallel thereto, with the second vertical symmetry plane being defined by the manipulator or by the manipulator clamping means and/or gripping means, as applicable.
Method for simulating the handling of a vehicle in a vehicle test stand which comprises an actuator for transmitting a longitudinal force to the vehicle and for accelerating the vehicle in a longitudinal direction such that the vehicle travels a translational path, the actuator being actuated in accordance with a longitudinal acceleration (a) that is determined based on a measurement, characterised in that a rotation executed by a wheel or by a drivetrain of the vehicle is measured and the longitudinal acceleration (a) is determined according to the measured rotation (M ist), the processing taking place in real time from the measurement of the rotation until the actuation of the actuator.
A method performed by a key server for facilitating access to a file by a client device and other parties, the method comprising: receiving, from the client device, an indication of a requested file; identifying an ordered grouping of files to which the requested file belongs on a storage server; determining an index of the requested file within the grouping; determining an instruction for the storage server to perform an obfuscating operation; transmitting the instruction for the storage server to perform the obfuscating operation to the storage server; instructing the storage server to transmit the grouping of files to the client device; and transmitting the index to the client device. receiving, from the client device, an indication of a requested file; identifying an ordered grouping of files to which the requested file belongs on a storage server; determining an index of the requested file within the grouping; determining an instruction for the storage server to perform an obfuscating operation; transmitting the instruction for the storage server to perform the obfuscating operation to the storage server; instructing the storage server to transmit the grouping of files to the client device; and transmitting the index to the client device.
A leg support for a surgical table, the leg support comprising: a connector for connecting the leg support to a surgical table; an intermediate member mounted on the connector by a first pivot joint defining a first axis about which the intermediate member is displaceable relative to the connector wherein the intermediate member consists of one component which is a rigid body; and a support for supporting a leg of a patient, the support mounted on the intermediate member by a second pivot joint defining a second axis about which the support is displaceable relative to the intermediate member independently of displacement of the intermediate member relative to the connector about the first axis, the second axis being parallel to the first axis, and a plane normal to the second axis passing through both the intermediate member and the support. a connector for connecting the leg support to a surgical table; an intermediate member mounted on the connector by a first pivot joint defining a first axis about which the intermediate member is displaceable relative to the connector wherein the intermediate member consists of one component which is a rigid body; and a support for supporting a leg of a patient, the support mounted on the intermediate member by a second pivot joint defining a second axis about which the support is displaceable relative to the intermediate member independently of displacement of the intermediate member relative to the connector about the first axis, the second axis being parallel to the first axis, and a plane normal to the second axis passing through both the intermediate member and the support.
Burner for a combustion chamber of a gas turbine, with an injection device for the introduction of at least one gaseous and/or liquid fuel into the burner, wherein the injection device has at least one body which is arranged in the burner with at least one nozzle for introducing the at least one fuel into the burner, the at least one body being configured as a streamlined body which has a streamlined cross-sectional profile and which extends with a longitudinal direction perpendicularly or at an inclination to a main flow direction prevailing in the burner, the at least one nozzle having its outlet orifice at or in a trailing edge of the streamlined body, and wherein, with reference to a central plane of the streamlined body the trailing edge is provided with at least two lobes (28, 29) in opposite transverse directions (30, 31), wherein at least two fuel nozzles are located at the trailing edge and distributed along the trailing edge, characterized in that the fuel nozzles are located essentially on the central plane of the streamlined body, wherein preferably at each position, where the lobed trailing edge crosses the central plane, there is located a fuel nozzle.
A non-therapeutic and non-surgical method for producing a change in a medium, comprising placing in a vicinity of the medium a single energy modulation agent configured to emit radiation into the medium upon interaction with an initiation energy; and applying the initiation energy from an energy source to the medium comprising the energy modulation agent, wherein the applied initiation energy interacts with the energy modulation agent to directly or indirectly produce the change in the medium by said emitted radiation, and wherein said energy modulation agent has a normal predominant emission, which is a normally expected emission of radiation, in a first wavelength range, outside of a second wavelength range, wherein said second wavelength range is known to initiate a photoreaction to produce said change, wherein exposure of said energy modulation agent to said applied initiation energy causes said energy modulation agent to emit said radiation as to produce said change, wherein the initiation energy is selected from x-rays, gamma rays, electron beams, microwaves, and radio waves. placing in a vicinity of the medium a single energy modulation agent configured to emit radiation into the medium upon interaction with an initiation energy; and applying the initiation energy from an energy source to the medium comprising the energy modulation agent, wherein the applied initiation energy interacts with the energy modulation agent to directly or indirectly produce the change in the medium by said emitted radiation, and wherein said energy modulation agent has a normal predominant emission, which is a normally expected emission of radiation, in a first wavelength range, outside of a second wavelength range, wherein said second wavelength range is known to initiate a photoreaction to produce said change, wherein exposure of said energy modulation agent to said applied initiation energy causes said energy modulation agent to emit said radiation as to produce said change, wherein the initiation energy is selected from x-rays, gamma rays, electron beams, microwaves, and radio waves.
Method for the physical reutilization of siliconized papers or siliconized polymeric films, which comprises the following steps: a) treating the siliconized paper or the siliconized polymeric film in a liquid digestion system comprising acetic anhydride and/or an acetoxysiloxane, and also at least one Bronsted acid, and optionally solvent, preferably with addition of acetic acid, b) removing the desiliconized paper or the desiliconized polymeric film from the liquid phase. a) treating the siliconized paper or the siliconized polymeric film in a liquid digestion system comprising acetic anhydride and/or an acetoxysiloxane, and also at least one Bronsted acid, and optionally solvent, preferably with addition of acetic acid, b) removing the desiliconized paper or the desiliconized polymeric film from the liquid phase.
Storage module for the stacked storage of semi-trailers and/or large-capacity containers, with - a frame-like base construction, - at least one storage device, which is arranged in the region of the base construction and is designed for the safe placing of a semi-trailer, - a plurality of slinging elements arranged on the base construction for fastening slinging means, - a plurality of support elements extending away from the base construction, wherein the support elements each have an upper side facing away from the base construction and are each connected to the base construction in the region of a corresponding bottom side, characterized in that - the support elements each have a connecting element on their upper side, and a receiving element corresponding to the connecting element on their bottom side, so that - the upper sides of the support elements are designed for stacking reception of a further base construction with corresponding support elements. - a frame-like base construction, - at least one storage device, which is arranged in the region of the base construction and is designed for the safe placing of a semi-trailer, - a plurality of slinging elements arranged on the base construction for fastening slinging means, - a plurality of support elements extending away from the base construction, wherein the support elements each have an upper side facing away from the base construction and are each connected to the base construction in the region of a corresponding bottom side, - the support elements each have a connecting element on their upper side, and a receiving element corresponding to the connecting element on their bottom side, so that - the upper sides of the support elements are designed for stacking reception of a further base construction with corresponding support elements.
A method of preparing a curable bituminous binder composition for use in asphalt applications, comprising the steps of: A CB providing a bitumen material; B CB diluting the bitumen material by adding thereto a saponifiable organic fatty acid, so as to obtain a diluted bituminous material; and C CB contacting the diluted bituminous material obtained in step B CB with an inorganic metal compound comprising a metal ion of the valence of at least two capable of reacting with the organic fatty acid to form a metal soap, so as to obtain a curable bituminous binder composition. A CB providing a bitumen material; B CB diluting the bitumen material by adding thereto a saponifiable organic fatty acid, so as to obtain a diluted bituminous material; and C CB contacting the diluted bituminous material obtained in step B CB with an inorganic metal compound comprising a metal ion of the valence of at least two capable of reacting with the organic fatty acid to form a metal soap, so as to obtain a curable bituminous binder composition.
An antenna, configured to be used in conjunction with an external remote control unit, RCU, comprising: a phase shifter; a readable and writable storage unit installed inside the antenna and configured to store configuration data of the antenna and antenna information corresponding to the configuration data, wherein the configuration data is configured to enable the RCU to drive a motor to move the phase shifter according to the configuration data when the configuration data is loaded to the RCU, so as to adjust an electrical down-tilt angle of the antenna; the configuration data is for controlling driving and a moving length of the phase shifter. a phase shifter; a readable and writable storage unit installed inside the antenna and configured to store configuration data of the antenna and antenna information corresponding to the configuration data, wherein the configuration data is configured to enable the RCU to drive a motor to move the phase shifter according to the configuration data when the configuration data is loaded to the RCU, so as to adjust an electrical down-tilt angle of the antenna; the configuration data is for controlling driving and a moving length of the phase shifter.
A turbine comprising: a blade (40,41); and a structure which is formed to surround a periphery of the blade (40;41) and is provided such that the blade (40;41) and the structure can rotate relative to each other, wherein an annular groove that ensures a gap from a tip end of the blade (40;41) is formed at a position of the structure corresponding to the tip end of the blade (40;41), wherein at least one seal fin (15a-c) protrudes from the tip end of the blade (40;41) toward a bottom surface of the annular groove, and a small gap in a radial direction is formed between the tip end of the seal fin (15a-c) and the bottom surface of the annular groove, wherein a small annular groove is formed in the annular groove at a position corresponding to the upstream end of the blade (40;41) characterised in that an inside surface thereof positioned on the downstream side in the axial direction is in the same plane as an upstream end side seal fin, and the upstream end side seal fin of the seal fin(s) (15a-c) being disposed on the upstream end side of the blade (40;41) to be in the same plane as an upstream end of the blade (40;41). a blade (40,41); and a structure which is formed to surround a periphery of the blade (40;41) and is provided such that the blade (40;41) and the structure can rotate relative to each other, wherein an annular groove that ensures a gap from a tip end of the blade (40;41) is formed at a position of the structure corresponding to the tip end of the blade (40;41), wherein at least one seal fin (15a-c) protrudes from the tip end of the blade (40;41) toward a bottom surface of the annular groove, and a small gap in a radial direction is formed between the tip end of the seal fin (15a-c) and the bottom surface of the annular groove, wherein a small annular groove is formed in the annular groove at a position corresponding to the upstream end of the blade (40;41) characterised in that an inside surface thereof positioned on the downstream side in the axial direction is in the same plane as an upstream end side seal fin, and the upstream end side seal fin of the seal fin(s) (15a-c) being disposed on the upstream end side of the blade (40;41) to be in the same plane as an upstream end of the blade (40;41).
Mounting system for the arrangement of, for example, electrical devices in switchgear cabinets, wherein the mounting system comprises a mounting plate which can be arranged in the switchgear cabinet and at least one mounting module with a mounting bar on the front side of the mounting plate and the mounting bar has at least one carrier device, by means of which at least one device can be attached to the mounting bar, and wherein the mounting system includes a clamping element, having a first portion which can be brought into contact with the rear side of the mounting plate and a second portion on the front side of the mounting plate, which can be attached to the mounting module so that the mounting plate can be clamped between the mounting module and the first section of the clamping element and thereby the mounting module and can be fixed to the mounting plate in a clamping arrangement, characterised in that the clamping element engages a lateral edge of the mounting plate and the first section of the clamping element can be brought into planar abutment with the rear side of the mounting plate.