mhurhangee/ep-ind-claims huggingface dataset:
A light emitting module comprising: a module board comprising a plurality of first and second pads (322,323) on a first surface thereof and a plurality of protrusion holes in thereof; a heatsink plate corresponding to a second surface opposite to the first surface of the module board, the heatsink plate comprising a plurality of protrusions respectively inserted into the protrusion holes of the module board; and a plurality of light emitting devices, each comprising a heatsink frame connected to the protrusions of the heatsink plate, the plurality of light emitting devices being connected to the first and second pads (322,323) of the module board, characterized in that the heatsink plate comprises: a first frame part on which the plurality of protrusions are disposed; and a second frame part folded from the first frame part and disposed under the module board, wherein the second frame part of the heatsink plate has a width greater than the width of the first frame part, wherein the first frame part has a width greater than the width of the module board. a module board comprising a plurality of first and second pads (322,323) on a first surface thereof and a plurality of protrusion holes in thereof; a heatsink plate corresponding to a second surface opposite to the first surface of the module board, the heatsink plate comprising a plurality of protrusions respectively inserted into the protrusion holes of the module board; and a plurality of light emitting devices, each comprising a heatsink frame connected to the protrusions of the heatsink plate, the plurality of light emitting devices being connected to the first and second pads (322,323) of the module board, characterized in that the heatsink plate comprises: a first frame part on which the plurality of protrusions are disposed; and a second frame part folded from the first frame part and disposed under the module board, wherein the second frame part of the heatsink plate has a width greater than the width of the first frame part, wherein the first frame part has a width greater than the width of the module board.
An image pickup apparatus comprising: an interchangeable image-capturing lens configured to collect a divergent light ray output from a subject, wherein the interchangeable image-capturing lens includes a zoom lens that enlarges the divergent light ray output from the subject; a relay lens configured to collect the collected divergent light ray and convert the collected divergent light ray into a parallel light ray at a given position; an aperture at the given position, configured to control an amount of the parallel light ray; a mirror (141, 143) configured to separate, into left and right rays, the parallel light ray having the amount of light controlled; two image-forming lenses (151, 152) configured to form images from the separate light rays; and two imaging devices (171, 172) configured to convert the light rays forming the images into images in the form of electronic signals, wherein the aperture controls the amount of the transmitted light so that a distance between optical axes of the two separate light rays ranges from about 7 to about 65 millimeters, wherein a relative parallax between the two images converted by the imaging devices is controlled by the zoom lens. an interchangeable image-capturing lens configured to collect a divergent light ray output from a subject, wherein the interchangeable image-capturing lens includes a zoom lens that enlarges the divergent light ray output from the subject; a relay lens configured to collect the collected divergent light ray and convert the collected divergent light ray into a parallel light ray at a given position; an aperture at the given position, configured to control an amount of the parallel light ray; a mirror (141, 143) configured to separate, into left and right rays, the parallel light ray having the amount of light controlled; two image-forming lenses (151, 152) configured to form images from the separate light rays; and two imaging devices (171, 172) configured to convert the light rays forming the images into images in the form of electronic signals, wherein the aperture controls the amount of the transmitted light so that a distance between optical axes of the two separate light rays ranges from about 7 to about 65 millimeters, wherein a relative parallax between the two images converted by the imaging devices is controlled by the zoom lens.
A wavelength conversion part (10,20,30) comprising: a wavelength conversion member formed primarily of a ceramic material, wherein the wavelength conversion member has a lower face and one or more lateral faces; an enclosing member formed primarily of a ceramic material, wherein the enclosing member has a lower face, and wherein the enclosing member surrounds the one or more lateral faces of the wavelength conversion member; and a heat dissipating member having a upper face, wherein the heat dissipating member is fixed to the wavelength conversion member, and wherein the upper face of the heat dissipating member opposes the lower face of the wavelength conversion member and the lower face of the enclosing member; and further characterised in that the lower face of the wavelength conversion member projects towards the heat dissipating member beyond the lower face of the enclosing member by 150 nm to 500 nm. a wavelength conversion member formed primarily of a ceramic material, wherein the wavelength conversion member has a lower face and one or more lateral faces; an enclosing member formed primarily of a ceramic material, wherein the enclosing member has a lower face, and wherein the enclosing member surrounds the one or more lateral faces of the wavelength conversion member; and a heat dissipating member having a upper face, wherein the heat dissipating member is fixed to the wavelength conversion member, and wherein the upper face of the heat dissipating member opposes the lower face of the wavelength conversion member and the lower face of the enclosing member; and further characterised in that the lower face of the wavelength conversion member projects towards the heat dissipating member beyond the lower face of the enclosing member by 150 nm to 500 nm.
Method for producing tuna pieces, characterized by the following method steps: • Producing at least one block from raw or cooked tuna pieces by aligning and combining the tuna pieces, taking into account the grain of the tuna, to form the block of tuna pieces lying next to one another and/or adhering to one another, so that the tuna pieces are aligned when the blocks are combined in such a way that the tuna piece prepared comprises a cross-sectional area which is visible to the end consumer and has the typical appearance of a fillet piece cut transversely to the grain, • Subsequent shaping of the block thus produced in a deep-frozen or unfrozen state into an application-oriented final shape, • Deep-freezing the block, if it has not already been frozen before molding, after molding, • Cutting the block formed and frozen into the application-oriented final shape into pieces along cutting lines which are aligned so that they are transverse to the fiber direction of the tuna meat, wherein the application-oriented final shape is characterized in that the cutting pattern is adapted to the consumer's desire to see the cut fibers of the tuna and the shaping of the block is carried out by forming deep-freezing in a mold, cutting and/or forming in a pressing device in which the block is brought into the application-oriented final shape under pressure via a pressing die. • Producing at least one block from raw or cooked tuna pieces by aligning and combining the tuna pieces, taking into account the grain of the tuna, to form the block of tuna pieces lying next to one another and/or adhering to one another, so that the tuna pieces are aligned when the blocks are combined in such a way that the tuna piece prepared comprises a cross-sectional area which is visible to the end consumer and has the typical appearance of a fillet piece cut transversely to the grain, • Subsequent shaping of the block thus produced in a deep-frozen or unfrozen state into an application-oriented final shape, • Deep-freezing the block, if it has not already been frozen before molding, after molding, • Cutting the block formed and frozen into the application-oriented final shape into pieces along cutting lines which are aligned so that they are transverse to the fiber direction of the tuna meat,
A method for upgrading crude oil to reduce the content of undesired known heteroatomic compounds and polynuclear aromatic compounds containing sulfur and nitrogen that comprises: a) mixing the crude oil with a solid adsorbent material that is an absorbent for the heteroatomic and polynuclear aromatic compounds containing sulfur and nitrogen for a sufficient time and under conditions to adsorb the undesired compounds, wherein the solid adsorbent material is selected from attapulgus clay, alumina, silica gel and activated carbon, and wherein the crude oil and solid adsorbent are mixed to form a solid adsorbent/crude oil slurry mixture; b) subjecting the solid adsorbent/crude oil slurry mixture to atmospheric flash distillation and separating and removing the distillates having an initial boiling point of 36°C and a final boiling point between 350°C and 400°C; c) transferring the bottoms from the atmospheric distillation of step (b) to a vacuum flash distillation vessel and subjecting the bottoms to vacuum flash distillation, and separating and removing the distillates having an initial boiling point between 350°C and 480°C and a final boiling point between 480°C and 560°C; d) regenerating at least a portion of the adsorbent material contained in the bottoms from the vacuum distillation vessel; and e) recovering and returning the regenerated adsorbent material for re-use in step (a). a) mixing the crude oil with a solid adsorbent material that is an absorbent for the heteroatomic and polynuclear aromatic compounds containing sulfur and nitrogen for a sufficient time and under conditions to adsorb the undesired compounds, wherein the solid adsorbent material is selected from attapulgus clay, alumina, silica gel and activated carbon, and wherein the crude oil and solid adsorbent are mixed to form a solid adsorbent/crude oil slurry mixture; b) subjecting the solid adsorbent/crude oil slurry mixture to atmospheric flash distillation and separating and removing the distillates having an initial boiling point of 36°C and a final boiling point between 350°C and 400°C; c) transferring the bottoms from the atmospheric distillation of step (b) to a vacuum flash distillation vessel and subjecting the bottoms to vacuum flash distillation, and separating and removing the distillates having an initial boiling point between 350°C and 480°C and a final boiling point between 480°C and 560°C; d) regenerating at least a portion of the adsorbent material contained in the bottoms from the vacuum distillation vessel; and e) recovering and returning the regenerated adsorbent material for re-use in step (a).
A computer-implemented process for providing audio to a user, comprising: dividing an audio signal into two complementary parts, a first part and a second part; outputting the first part of the audio signal to a first channel, while outputting the second part of the audio signal to one or more second channels, wherein the first part of the audio signal are output by modulating an amplitude of an ultrasonic carrier signal by the audio signal, and adding a low frequency signal with a minimal spectral power above a frequency that a human can hear to the modulated ultrasonic carrier signals. dividing an audio signal into two complementary parts, a first part and a second part; outputting the first part of the audio signal to a first channel, while outputting the second part of the audio signal to one or more second channels, wherein the first part of the audio signal are output by modulating an amplitude of an ultrasonic carrier signal by the audio signal, and adding a low frequency signal with a minimal spectral power above a frequency that a human can hear to the modulated ultrasonic carrier signals.
A method of braking left and right landing gear wheels on respective left and right sides of an aircraft, the method comprising: receiving a desired left braking parameter for the left wheel; and receiving a desired right braking parameter for the right wheel; braking the left wheel with a reduced left braking parameter (L') which is less than the desired left braking parameter; and braking the right wheel with a reduced right braking parameter (R') which is less than the desired right braking parameter, wherein L'-R'=L-R; wherein the aircraft is in a de-rotation phase after landing in which the landing gear wheels are on the ground but a nose landing gear of the aircraft is not on the ground.
An apparatus comprising: means for generating a set of reports for each of a plurality of reporting intervals; means for arranging the set of reports for each reporting interval in accordance with a reporting format out of a plurality of reporting formats; means for repetitively sending a plurality of sets of reports in the plurality of reporting intervals; wherein it is implicit from the reporting format which types of report are sent without requiring overhead information to convey the report type of each report sent using the reporting format; means for determining a dictionary to use for a particular type of report from among multiple dictionaries available for the particular type; and means for generating reports of the particular type in accordance with the dictionary. means for generating a set of reports for each of a plurality of reporting intervals; means for arranging the set of reports for each reporting interval in accordance with a reporting format out of a plurality of reporting formats; means for repetitively sending a plurality of sets of reports in the plurality of reporting intervals; wherein it is implicit from the reporting format which types of report are sent without requiring overhead information to convey the report type of each report sent using the reporting format; means for determining a dictionary to use for a particular type of report from among multiple dictionaries available for the particular type; and means for generating reports of the particular type in accordance with the dictionary.
Volumetric pressure exchanger with a booster effect and flow measurement, comprising at least one pressure exchange unit with a hollow cylindrical body, a piston sliding in said body, said piston comprising a piston head separating the interior of said cylindrical body into a downstream chamber and an upstream chamber, said downstream chamber being provided with a device for the admission and discharge of water to be treated, characterized in that said upstream chamber is provided with a five-way motorized distributor linkage comprising, for hydraulic balancing, two pressurized liquid supply orifices, two orifices for evacuating said liquid and an opening which is in communication with said upstream chamber.
A network communication device in a communication system, comprising: an application module classifying module configured to analyze an application module, so as to perform classification in accordance with a networking mode adapted to the application module; and a field adding module configured to add a type field to the application module, the type field containing an application type of the application module representative of a classification result, wherein the application module is used by a user equipment to perform networking with another user equipment based on a networking mode, and different application types correspond to different networking modes. an application module classifying module configured to analyze an application module, so as to perform classification in accordance with a networking mode adapted to the application module; and a field adding module configured to add a type field to the application module, the type field containing an application type of the application module representative of a classification result, wherein the application module is used by a user equipment to perform networking with another user equipment based on a networking mode, and different application types correspond to different networking modes.
Aircraft beacon light for emitting flashes of red light into an environment around an aircraft, comprising: a support plate having a central portion, a plurality of LEDs, arranged on the support plate around the central portion and facing away from the support plate, and an annular light splitting element, having a proximate side arranged over and facing the plurality of LEDs, wherein the proximate side has reflective portions and transmissive portions, characterized in that the aircraft beacon light further comprises: at least one light conditioning element (22, 24) configured to redirect light having passed through the transmissive portions of the proximate side of the annular light splitting element, wherein the reflective portions of the proximate side of the annular light splitting element are metallized portions of the annular light splitting element and wherein the transmissive portions of the proximate side of the annular light splitting element are non-metallized portions of the annular light splitting element. a support plate having a central portion, a plurality of LEDs, arranged on the support plate around the central portion and facing away from the support plate, and an annular light splitting element, having a proximate side arranged over and facing the plurality of LEDs, wherein the proximate side has reflective portions and transmissive portions, characterized in that the aircraft beacon light further comprises: at least one light conditioning element (22, 24) configured to redirect light having passed through the transmissive portions of the proximate side of the annular light splitting element, wherein the reflective portions of the proximate side of the annular light splitting element are metallized portions of the annular light splitting element and wherein the transmissive portions of the proximate side of the annular light splitting element are non-metallized portions of the annular light splitting element. at least one light conditioning element (22, 24) configured to redirect light having passed through the transmissive portions of the proximate side of the annular light splitting element, wherein the reflective portions of the proximate side of the annular light splitting element are metallized portions of the annular light splitting element and wherein the transmissive portions of the proximate side of the annular light splitting element are non-metallized portions of the annular light splitting element.
A secondary battery provided with a pouch, in which a sealing portion (2a, 2b) formed on an edge thereof is sealed when an electrode assembly and an electrolyte are enclosed, the secondary battery comprising: a valve which is mounted on a sealing portion (2a, 2b) so that one end thereof is disposed inside the pouch, and the other end thereof is disposed outside the pouch and discharges a gas generated inside the pouch to the outside, characterised in that the valve comprises an inner tube filled with an adhesive and made of a material that is deformed when swelling occurs, and when the swelling occurs due to increase in pressure inside the pouch, a gap is generated in a portion that is filled with the adhesive, and the gas within the pouch is discharged to the outside though the gap. a valve which is mounted on a sealing portion (2a, 2b) so that one end thereof is disposed inside the pouch, and the other end thereof is disposed outside the pouch and discharges a gas generated inside the pouch to the outside, characterised in that the valve comprises an inner tube filled with an adhesive and made of a material that is deformed when swelling occurs, and when the swelling occurs due to increase in pressure inside the pouch, a gap is generated in a portion that is filled with the adhesive, and the gas within the pouch is discharged to the outside though the gap.
Use of a composition comprising - 60 - 98 wt.% of polypropylene - 2 - 40 wt.% of low density polyethylene - 0.1 - 10 wt.% of compatibiliser wherein - the compatibiliser is a BAB or AB type of block copolymer comprising a polypropylene block A and a polyester block B, or wherein the compatibiliser is a graft copolymer of the type ABn having a polypropylene backbone A and polyester block(s) B grafted thereon, with n being at least 1, and - the polyester block(s) B have an average M/F ratio from 8 - 32, wherein M is the number of backbone carbon atoms in the polyester not including carbonyl carbon atoms, and F is the number of ester groups in the polyester block(s), - wherein the wt.% is based on the sum of the amount polypropylene, low density polyethylene and compatibiliser, for the manufacture of a foamed article. - 60 - 98 wt.% of polypropylene - 2 - 40 wt.% of low density polyethylene - 0.1 - 10 wt.% of compatibiliser wherein - the compatibiliser is a BAB or AB type of block copolymer comprising a polypropylene block A and a polyester block B, or wherein the compatibiliser is a graft copolymer of the type ABn having a polypropylene backbone A and polyester block(s) B grafted thereon, with n being at least 1, and - the polyester block(s) B have an average M/F ratio from 8 - 32, wherein M is the number of backbone carbon atoms in the polyester not including carbonyl carbon atoms, and F is the number of ester groups in the polyester block(s), - wherein the wt.% is based on the sum of the amount polypropylene, low density polyethylene and compatibiliser,
A data sending method performed by a terminal device or by a function module in the terminal device which can invoke a program and execute the program, the method comprising: receiving, configuration information from a network device, wherein the configuration information is used to configure a non-scheduling resource, which is a periodic resource pre-allocated by the network; determining, based on the configuration information, a non-scheduling resource for data transmission; starting, a first timer, when the terminal device receives grant resource indication information from the network device and sends uplink data on a grant resource indicated by the grant resource indication information, wherein the terminal device stops using the non-scheduling resource to send uplink data within duration of the first timer. receiving, configuration information from a network device, wherein the configuration information is used to configure a non-scheduling resource, which is a periodic resource pre-allocated by the network; determining, based on the configuration information, a non-scheduling resource for data transmission; starting, a first timer, when the terminal device receives grant resource indication information from the network device and sends uplink data on a grant resource indicated by the grant resource indication information, wherein the terminal device stops using the non-scheduling resource to send uplink data within duration of the first timer.