mhurhangee/ep-ind-claims huggingface dataset:
A rotary compressor, comprising: a container in which lubricating oil is stored; a cylinder accommodated in the container; a closing plate (42,43) which closes an opening of the cylinder and forms a cylinder chamber together with the cylinder; a roller which rotates eccentrically in the cylinder chamber; a blade provided in a blade groove formed in the cylinder, in contact with the roller to divide an inside of the cylinder chamber, and configured to be able to advance into and retreat from the inside of the cylinder chamber in accordance with eccentric rotation of the roller; and an oil supply groove formed on a facing surface of the blade facing the closing plate (42, 43) and configured to extend in a movement direction of the blade, characterized in that the oil supply groove includes a first end which communicates with an inside of the container outside the cylinder chamber and a second end terminated within the blade, and surface roughness of a bottom surface of the oil supply groove is smaller than surface roughness of a back surface positioned close to the first end in outer surfaces of the blade. a container in which lubricating oil is stored; a cylinder accommodated in the container; a closing plate (42,43) which closes an opening of the cylinder and forms a cylinder chamber together with the cylinder; a roller which rotates eccentrically in the cylinder chamber; a blade provided in a blade groove formed in the cylinder, in contact with the roller to divide an inside of the cylinder chamber, and configured to be able to advance into and retreat from the inside of the cylinder chamber in accordance with eccentric rotation of the roller; and an oil supply groove formed on a facing surface of the blade facing the closing plate (42, 43) and configured to extend in a movement direction of the blade, characterized in that the oil supply groove includes a first end which communicates with an inside of the container outside the cylinder chamber and a second end terminated within the blade, and surface roughness of a bottom surface of the oil supply groove is smaller than surface roughness of a back surface positioned close to the first end in outer surfaces of the blade.
A method of operating a sound generation mechanism that includes a piezoelectric sounder, comprising: determining, via a temperature sensor, a temperature of the sound generation mechanism, optionally wherein determining the temperature of the sound generation mechanism includes sensing a temperature of an environment surrounding the sound generation mechanism; identifying a resonant frequency of the sound generation mechanism associated with the determined temperature, wherein identifying the resonant frequency of the sound generation mechanism associated with the sensed temperature includes selecting a stored value of the resonant frequency from a database; selecting an excitation frequency, wherein the excitation frequency is selected to minimize a difference between the identified resonant frequency associated with the determined temperature and the excitation frequency; communicating the excitation frequency to the sound generation mechanism; and operating the sound generation mechanism to produce one or more sounds. determining, via a temperature sensor, a temperature of the sound generation mechanism, optionally wherein determining the temperature of the sound generation mechanism includes sensing a temperature of an environment surrounding the sound generation mechanism; identifying a resonant frequency of the sound generation mechanism associated with the determined temperature, wherein identifying the resonant frequency of the sound generation mechanism associated with the sensed temperature includes selecting a stored value of the resonant frequency from a database; selecting an excitation frequency, wherein the excitation frequency is selected to minimize a difference between the identified resonant frequency associated with the determined temperature and the excitation frequency; communicating the excitation frequency to the sound generation mechanism; and operating the sound generation mechanism to produce one or more sounds.
An ohmic heater for heating a food product, comprising: - a rectifier for rectifying the supply voltage; - an inverter comprising controlled switches; and - a pair of electrodes that can be positioned in contact with the food product to be heated, said inverter being operatively interposed between the rectifier and the pair of electrodes; characterised in that it comprises: - means for determining an oscillating voltage generated by the rectifier; and - a system for regulating the closing duration of the switches of the inverter at least as a function of the corresponding voltage generated by the rectifier and determined at a given time instant by the means for determining an oscillating voltage; wherein, as the voltage generated by the rectifier and detected by the means for determining an oscillating voltage decreases with the other conditions being the same, the system for regulating the closing time of switches determines an increase in the duration of pulses of non-null amplitude in a wave of alternating voltage that determines the passage of an electric current between a pair of electrodes located downstream of the inverter and vice versa. - a rectifier for rectifying the supply voltage; - an inverter comprising controlled switches; and - a pair of electrodes that can be positioned in contact with the food product to be heated, said inverter being operatively interposed between the rectifier and the pair of electrodes; - means for determining an oscillating voltage generated by the rectifier; and - a system for regulating the closing duration of the switches of the inverter at least as a function of the corresponding voltage generated by the rectifier and determined at a given time instant by the means for determining an oscillating voltage;
A breath actuated inhaler having a drive adapted to drive a pressurised canister so as to retract a metering valve stem into the canister to fire the canister, the canister being adapted to move during operation between 1 and 4 mm between end positions of its length of travel relative to the valve stem, characterised by the drive being arranged to apply a firing force of between 35N and 60N of force to the canister at a position of the canister relative to the valve stem at which the canister fires.
A device for testing the susceptibility of a live substance to a test substance comprising: a test vessel having a plurality of test locations for containing a medium for culturing a live substance, wherein the test vessel is a microtiter plate, wherein the live substance comprises one or more of bacteria, archea, protists, fungi, plant cells, animal cells, viruses in an appropriate host cell, phages in appropriate cells, cancer cell culture, tissue cell culture; a thermochromic material thermally coupled to the plurality of test locations, the thermochromic material configured to exhibit a spectral shift in light emanating from the thermochromic material in response to a change in temperature of the thermochromic material; and one or more biocompatible layers (120, 121, 130, 131), the layers comprising one or more of a light blocking layer and a heat conducting layer, the one or more layers disposed between the thermochromic material and the medium. a test vessel having a plurality of test locations for containing a medium for culturing a live substance, wherein the test vessel is a microtiter plate, wherein the live substance comprises one or more of bacteria, archea, protists, fungi, plant cells, animal cells, viruses in an appropriate host cell, phages in appropriate cells, cancer cell culture, tissue cell culture; a thermochromic material thermally coupled to the plurality of test locations, the thermochromic material configured to exhibit a spectral shift in light emanating from the thermochromic material in response to a change in temperature of the thermochromic material; and one or more biocompatible layers (120, 121, 130, 131), the layers comprising one or more of a light blocking layer and a heat conducting layer, the one or more layers disposed between the thermochromic material and the medium.
An uplink information sending method, comprising: obtaining, by an apparatus, downlink control information, DCI, and downlink data, wherein the DCI carries indication information for sending uplink information, the uplink information is used to indicate whether the apparatus receives the downlink data correctly; and sending, by the apparatus, the uplink information according to the indication information carried in the DCI and an uplink modulation and coding scheme, MCS, which is preset in the apparatus, further comprising: obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and wherein the sending, by the apparatus, the uplink information according to the indication information carried in the DCI and the MCS comprises: sending, by the apparatus, the uplink information according to the indication information carried in the DCI, the quantity of repetition times for sending the uplink information and the MCS, wherein the indication information carried in the DCI comprises time information, wherein the time information is used to indicate a time at which the apparatus sends the uplink information. obtaining, by an apparatus, downlink control information, DCI, and downlink data, wherein the DCI carries indication information for sending uplink information, the uplink information is used to indicate whether the apparatus receives the downlink data correctly; and sending, by the apparatus, the uplink information according to the indication information carried in the DCI and an uplink modulation and coding scheme, MCS, which is preset in the apparatus, further comprising: obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and wherein the sending, by the apparatus, the uplink information according to the indication information carried in the DCI and the MCS comprises: sending, by the apparatus, the uplink information according to the indication information carried in the DCI, the quantity of repetition times for sending the uplink information and the MCS, wherein the indication information carried in the DCI comprises time information, wherein the time information is used to indicate a time at which the apparatus sends the uplink information. obtaining, by the apparatus, through a radio resource control, RRC, signaling, a quantity of repetition times for sending the uplink information; and wherein the sending, by the apparatus, the uplink information according to the indication information carried in the DCI and the MCS comprises: sending, by the apparatus, the uplink information according to the indication information carried in the DCI, the quantity of repetition times for sending the uplink information and the MCS, wherein the indication information carried in the DCI comprises time information, wherein the time information is used to indicate a time at which the apparatus sends the uplink information.
A method of manufacturing a core for producing a composite structure, the method comprising: forming a core having an outer surface, wherein the outer surface is configured to form a moulding surface of an inner space of the composite structure; and integrating into the core at least one metal element configured to be heated by induction heating, wherein the at least one metal element divides the core in at least two portions. forming a core having an outer surface, wherein the outer surface is configured to form a moulding surface of an inner space of the composite structure; and integrating into the core at least one metal element configured to be heated by induction heating, wherein the at least one metal element divides the core in at least two portions.
A communication method used in a mobile communication system, wherein a mobile station is in communication with a base station, wherein the mobile station belonging to a packet indicator, PI, group #n is notified of the presence of an incoming call to the PI group #n through the PI, the method comprising: obtaining, by the mobile station, a number of idle mode groups, Nim, and a number of PI groups, Npi, wherein the idle mode, IM, group is a group of mobile stations that have a same frequency band position of receiving a downlink data signal at a time of idle mode and the packet indicator, PI, group is a group comprising a plurality of mobile stations belonging to a same IM group; determining, by the mobile station, a time-direction idle mode group number Pim_t according to the formula: Pim_t = IMSI/Npi/Nim mod Ntti, wherein the IMSI is the International Mobile Subscriber Identity, and Ntti is the number of TTI in a frame; determining, by the mobile station, a Frequency Division Multiplex/Time Division Multiplex, FDM/TDM, idle mode group number Pim_ft according to the formula: Pim_ft = Pim × Pim_t, wherein Pim = IMSI/Npi mod Nim. obtaining, by the mobile station, a number of idle mode groups, Nim, and a number of PI groups, Npi, wherein the idle mode, IM, group is a group of mobile stations that have a same frequency band position of receiving a downlink data signal at a time of idle mode and the packet indicator, PI, group is a group comprising a plurality of mobile stations belonging to a same IM group; determining, by the mobile station, a time-direction idle mode group number Pim_t according to the formula: Pim_t = IMSI/Npi/Nim mod Ntti, wherein the IMSI is the International Mobile Subscriber Identity, and Ntti is the number of TTI in a frame; determining, by the mobile station, a Frequency Division Multiplex/Time Division Multiplex, FDM/TDM, idle mode group number Pim_ft according to the formula: Pim_ft = Pim × Pim_t, wherein Pim = IMSI/Npi mod Nim.
Apparatus for inspecting a pharmaceutical cylindrical container made of glass or of a polymer, wherein the apparatus comprises a handling device and a friction wheel, wherein said handling device comprises at least one holding means, for holding said container on its lateral surface, wherein said holding means comprises at least a first support wheel and a second support wheel for supporting said container, wherein said container is rotatable around its longitudinal axis by rotating said first and second support wheels (5, 6) and/or by rotating said friction wheel, wherein a rotational axis of said first support wheel and said longitudinal axis of said container define a first plane, wherein a rotational axis of said second support wheel and said longitudinal axis of said container define a second plane, and wherein said first plane and said second plane intersect at an angle in a range of 45° to less than 120°, preferably 50° to 90°, more preferably of 60° to 80°, more preferably of 65° to 75°, most preferably at an angle of about 70°, wherein said container is laying with its lateral surface horizontally on said support wheels (5, 6) during said inspection. wherein said handling device comprises at least one holding means, for holding said container on its lateral surface, wherein said holding means comprises at least a first support wheel and a second support wheel for supporting said container, wherein said container is rotatable around its longitudinal axis by rotating said first and second support wheels (5, 6) and/or by rotating said friction wheel, wherein a rotational axis of said first support wheel and said longitudinal axis of said container define a first plane, wherein a rotational axis of said second support wheel and said longitudinal axis of said container define a second plane, and wherein said first plane and said second plane intersect at an angle in a range of 45° to less than 120°, preferably 50° to 90°, more preferably of 60° to 80°, more preferably of 65° to 75°, most preferably at an angle of about 70°, wherein said container is laying with its lateral surface horizontally on said support wheels (5, 6) during said inspection.
A nonwoven fibrous structure comprising an interconnecting web of flash spun plexifilamentary polyolefin filaments having filament widths greater than 1 micrometer which are further interconnected with webs of smaller polyolefin filaments having filament widths less than 1 micrometer, wherein said smaller polyolefin filaments comprise a majority of all filaments and have a mean length of 10 micrometers or less.
A game controller which is removably attachable to a main unit having a main unit-side slide member and configured to execute a game process, the game controller comprising: a controller-side slide member protruding from a first surface of the game controller and being configured for slidably engaging with the main unit-side slide member in a slide direction, the controller-side slide member having first and second ends and including, as surfaces facing substantially in the same direction as the first surface, a lower surface and an upper surface, a first distance between the lower surface and the first surface being less than a second distance between the upper surface and the first surface, the lower surface extending from the first end to the second end of the controller-side slide member in a direction substantially perpendicular to the slide direction; and the game controller includes a first operation control on the said lower surface of the controller-side slide member. a controller-side slide member protruding from a first surface of the game controller and being configured for slidably engaging with the main unit-side slide member in a slide direction, the controller-side slide member having first and second ends and including, as surfaces facing substantially in the same direction as the first surface, a lower surface and an upper surface, a first distance between the lower surface and the first surface being less than a second distance between the upper surface and the first surface, the lower surface extending from the first end to the second end of the controller-side slide member in a direction substantially perpendicular to the slide direction; and the game controller includes a first operation control on the said lower surface of the controller-side slide member.
An aggregate, in particular compressor or combustion engine, comprising a housing (12; 12') in which are arranged four pistons (22, 24, 26, 28; 22', 24', 26', 28') of which a first piston (22; 22') has a first end face, a second piston (24; 24') a second end face, a third piston (26; 26') a third end face facing the first end face, and a fourth piston (28; 28') a fourth end face facing the second end face, wherein the pistons (22, 24, 26, 28; 22', 24', 26', 28') are pivotably moveable about a pivot axis in reciprocating motion with limited stroke, further comprising a piston cage (90; 90') which is arranged in the housing (12; 12') and in which the four pistons (22, 24, 26, 28; 22', 24', 26', 28') are arranged, furthermore comprising a control mechanism in the housing (12; 12'), which mechanism has a curve element (82; 82') on which the pistons (22, 24, 26, 28; 22', 24', 26', 28') are guided to generate their pivot movements, wherein the pistons (22', 24', 26', 28') together with the piston cage are rotatable or the curve element is rotatable in the housing (12; 12') about a rotational axis (88; 88') perpendicular to the pivot axis, wherein the curve element (82; 82') is arranged radially outside the pistons (22, 24, 26, 28; 22', 24', 26', 28') in the manner of a ring about the rotational axis (88; 88'), and further comprising working chambers (60; 62; 64; 66) in the housing each for a working medium, which chambers are arranged between the facing end faces (52, 56 and 54, 58) of the pistons (22, 24, 26, 28; 22', 24', 26', 28'), characterized in that between the first end face of the first piston (22; 22') and the third end face of the third piston (26; 26') are arranged a first and a second working chamber (60, 62) which are separated tightly from each other by a first partition wall, and that between the second end face of the second piston (24; 24') and the fourth end face of the fourth piston (28; 28') are arranged a third and a fourth working chamber (64, 66) which are separated tightly from each other by a second partition wall.
A flexible cannula configured for catheter based percutaneous delivery, the cannula comprising a polyurethane tube reinforced with a material featuring shape memory configured to provide the cannula with a shape closely matched to the anatomy of the right ventricle of the human heart, wherein the cannula comprises: an inflow port configured to be located proximal the inferior vena cava "IVC"; an outflow port configured to be located proximal the pulmonary artery "PA"; a primary section corresponding to the path from a diaphragm fibrous ring in the IVC to an IVC to right atrium "RA" transition "IVC-RA"; a secondary section corresponding to the path from the IVC-RA to the tricuspid valve "TV"; a tertiary section corresponding to the path from the TV to the pulmonary valve "PV"; a quaternary section corresponding to the path between the PV and the left branch of the PA, the quaternary section comprising an extension extending therefrom, the extension mechanically, yet not hydraulically, extending the cannula. an inflow port configured to be located proximal the inferior vena cava "IVC"; an outflow port configured to be located proximal the pulmonary artery "PA"; a primary section corresponding to the path from a diaphragm fibrous ring in the IVC to an IVC to right atrium "RA" transition "IVC-RA"; a secondary section corresponding to the path from the IVC-RA to the tricuspid valve "TV"; a tertiary section corresponding to the path from the TV to the pulmonary valve "PV"; a quaternary section corresponding to the path between the PV and the left branch of the PA, the quaternary section comprising an extension extending therefrom, the extension mechanically, yet not hydraulically, extending the cannula.