mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device package, comprising: a package body having first and second surfaces, the first and second surfaces being opposite surfaces, and at least one cavity provided on the first surface; at least one light emitting device provided in the cavity; a submount disposed between the light emitting device and the package body; and a molding member provided over the cavity, wherein at least one first groove is provided adjacent to the cavity, the groove having a height lower than a height of the cavity, and the groove defining a boundary of the molding member on the first surface of the package body, wherein the package body further has at least one recess disposed to be adjacent to the submount, wherein the submount has a width in a first direction (x) and a length in a second direction (y), the at least one recess has a width greater than the width of the submount in the first direction (x) and comprises a plurality of recesses (118A to 118C) aligned in the second direction (y), and wherein the at least one recess has a depth of t < d < 5 t where d is a depth of the at least one recess in the third direction and t is an interval between the plurality of recesses in the second direction. a package body having first and second surfaces, the first and second surfaces being opposite surfaces, and at least one cavity provided on the first surface; at least one light emitting device provided in the cavity; a submount disposed between the light emitting device and the package body; and a molding member provided over the cavity, wherein at least one first groove is provided adjacent to the cavity, the groove having a height lower than a height of the cavity, and the groove defining a boundary of the molding member on the first surface of the package body, wherein the package body further has at least one recess disposed to be adjacent to the submount, wherein the submount has a width in a first direction (x) and a length in a second direction (y), the at least one recess has a width greater than the width of the submount in the first direction (x) and comprises a plurality of recesses (118A to 118C) aligned in the second direction (y), and wherein the at least one recess has a depth of t < d < 5 t where d is a depth of the at least one recess in the third direction and t is an interval between the plurality of recesses in the second direction.
Cartridge for receiving an intraocular lens, having two cartridge parts (7, 8) that are pivotable relative to one another about a longitudinal axis of the cartridge, wherein one cartridge part has a channel-like base element and a plate-like wing adjoining the latter, and a further cartridge part has a channel-like base element and a plate-like wing adjoining the latter, and in the closed state of the cartridge, at least a part of a receiving chamber for the intraocular lens is formed by the two base elements (10, 12), and having a lubricant feed device with which, with the cartridge closed, a lubricant for the intraocular lens is feedable into the receiving chamber from outside the cartridge, wherein the lubricant feed device has a first feed duct, which is formed in one cartridge part (7, 8) and leads into the receiving chamber, characterized in that the first feed duct is formed in a rib, extending into the receiving chamber, of one cartridge part.
A user terminal comprising an antenna arrangement in order to provide wireless multiple-input-multiple-output, MIMO, communications, said antenna arrangement comprising: (i) at least a first and a second ground plane, the first ground plane arranged to be provided in a body of the user terminal and the second ground plane arranged to be provided external to the body of the user terminal; the antenna arrangement being characterised in that it further comprises: (ii) three or more antennas (31, 32, 33, 34) each associated with one of the ground planes, at least one of the antennas being associated with the first ground plane and at least two others of the antennas (31, 32, 33) being associated with the second ground plane, wherein said ground planes are positionable with respect to one another such that polarisation diversity is provided between antennas associated with different ones of the ground planes, wherein at least two of the antennas (31, 32, 33) associated with the second ground plane are of different polarisation wherein the three or more antennas (31, 32, 33, 34) are arranged in pairs, the antenna patterns of the antennas in each pair are complementary, and wherein one antenna from each pair is selected at any one particular time to provide two antennas configured to operate simultaneously. (i) at least a first and a second ground plane, the first ground plane arranged to be provided in a body of the user terminal and the second ground plane arranged to be provided external to the body of the user terminal; the antenna arrangement being characterised in that it further comprises: (ii) three or more antennas (31, 32, 33, 34) each associated with one of the ground planes, at least one of the antennas being associated with the first ground plane and at least two others of the antennas (31, 32, 33) being associated with the second ground plane, wherein said ground planes are positionable with respect to one another such that polarisation diversity is provided between antennas associated with different ones of the ground planes, wherein at least two of the antennas (31, 32, 33) associated with the second ground plane are of different polarisation wherein the three or more antennas (31, 32, 33, 34) are arranged in pairs, the antenna patterns of the antennas in each pair are complementary, and wherein one antenna from each pair is selected at any one particular time to provide two antennas configured to operate simultaneously.
A razor cartridge comprising: a first blade support and a second blade support, each of the first and second blade supports include a flat portion having an inner surface (120b") which in use faces away from a shaving surface S; a first blade attached to the inner surface (120b") of the flat portion of the first blade support, wherein the first blade includes a first cutting edge; and a second blade attached to the inner surface (120b") of the flat portion of the second blade support, wherein the second blade includes a second cutting edge; wherein a distance between the first and second cutting edges is within a range of 1,6 mm to 2,2 mm; a third blade support, the third blade support including a flat portion having an inner surface (120b") which faces away from the shaving surface S; a third blade attached to the inner surface (120b") of the flat portion of the third blade support, wherein the third blade includes a third cutting edge; wherein a distance between the second to the third cutting edges is within a range of 1,6 mm to 2,2 mm; and a fourth blade support, the fourth blade support including a flat portion having an inner surface (120b") which faces away from the shaving surface S; a fourth blade attached to the inner surface (120b") of the flat portion of the fourth blade support, wherein the fourth blade includes a fourth cutting edge; wherein a distance between the third to the fourth cutting edges is within a range of 1,6 mm to 2,2 mm. a first blade support and a second blade support, each of the first and second blade supports include a flat portion having an inner surface (120b") which in use faces away from a shaving surface S; a first blade attached to the inner surface (120b") of the flat portion of the first blade support, wherein the first blade includes a first cutting edge; and a second blade attached to the inner surface (120b") of the flat portion of the second blade support, wherein the second blade includes a second cutting edge; wherein a distance between the first and second cutting edges is within a range of 1,6 mm to 2,2 mm; a third blade support, the third blade support including a flat portion having an inner surface (120b") which faces away from the shaving surface S; a third blade attached to the inner surface (120b") of the flat portion of the third blade support, wherein the third blade includes a third cutting edge; wherein a distance between the second to the third cutting edges is within a range of 1,6 mm to 2,2 mm; and a fourth blade support, the fourth blade support including a flat portion having an inner surface (120b") which faces away from the shaving surface S; a fourth blade attached to the inner surface (120b") of the flat portion of the fourth blade support, wherein the fourth blade includes a fourth cutting edge; wherein a distance between the third to the fourth cutting edges is within a range of 1,6 mm to 2,2 mm.
Planetary carrier arrangement, comprising a lubricant dispensing unit for dispensing lubricant into a planetary carrier, wherein the lubricant dispensing unit has an axially elastically movable pressure ring for compensating for an axial offset of the planetary carrier, characterized in that at least one lubricant pocket is formed on one side of the axially elastically movable pressure ring facing the planetary carrier, which lubricant pocket serves as a buffer during the transfer of the lubricant.
A sustainable article for packaging comprising a multilayer post-consumer resin wherein the multilayer comprises: a an outer layer comprising post-consumer resin of natural plastic waste (N-PCR); and b an inner layer comprising post-consumer resin of natural plastic waste (N-PCR) or coloured plastic waste (J-PCR) wherein at least 50% of the inner layer comprises post-consumer resin of coloured plastic waste (J-PCR), wherein the outer and/or inner layer comprises a NIR detectable colourant masterbatch and wherein the article is substantially free of virgin plastic which means that the article comprises less than 5wt% of virgin plastic. a an outer layer comprising post-consumer resin of natural plastic waste (N-PCR); and b an inner layer comprising post-consumer resin of natural plastic waste (N-PCR) or coloured plastic waste (J-PCR) wherein at least 50% of the inner layer comprises post-consumer resin of coloured plastic waste (J-PCR),
An electrode plate processing device, comprising: an electrode plate conveying mechanism configured to convey an electrode plate, the electrode plate comprising a coated region coated with an active material layer and an exposed foil region uncoated with the active material layer; a cutting mechanism disposed opposite to the electrode plate and configured to cut the exposed foil region of the electrode plate to form a tab; a waste adsorption mechanism disposed downstream of the cutting mechanism along a conveying direction of the electrode plate, wherein the waste adsorption mechanism comprises an active driving roller, a driven support roller, and a conveyer belt that is coupled to the active driving roller and the driven support roller in a transmission way, and the conveyer belt is driven by the active driving roller to rotate and configured to provide a negative pressure to a waste edge produced during the cutting of the electrode plate so as to adsorb the waste edge; and an auxiliary roller arranged upstream of the cutting mechanism and configured to support the exposed foil region. an electrode plate conveying mechanism configured to convey an electrode plate, the electrode plate comprising a coated region coated with an active material layer and an exposed foil region uncoated with the active material layer; a cutting mechanism disposed opposite to the electrode plate and configured to cut the exposed foil region of the electrode plate to form a tab; a waste adsorption mechanism disposed downstream of the cutting mechanism along a conveying direction of the electrode plate, wherein the waste adsorption mechanism comprises an active driving roller, a driven support roller, and a conveyer belt that is coupled to the active driving roller and the driven support roller in a transmission way, and the conveyer belt is driven by the active driving roller to rotate and configured to provide a negative pressure to a waste edge produced during the cutting of the electrode plate so as to adsorb the waste edge; and an auxiliary roller arranged upstream of the cutting mechanism and configured to support the exposed foil region.
A method for fault location in a power transmission line connecting a first terminal with a second terminal, wherein the method is implemented with a processor of a device associated with the power transmission line, the method comprising: obtaining arrival times of a first peak and a second peak of travelling waves detected from measurements carried out at the first and second terminals; identifying one of a first half, a second half, and a mid-point of the power transmission line, as having the fault, based on a comparison of ( tn 2 - tm 1) with ( tm 2 - tn 1), wherein tm1 and tm2 are the arrival times of the first and second peaks obtained for the travelling wave detected from the measurements carried out at the first terminal, and tn1 and tn2 are the arrival times of the first and second peaks obtained for the travelling wave detected from the measurements carried out at the second terminal; and estimating the fault location based on the identification of the first half, the second half and the mid-point, as having the fault, the arrival times of the first and second peaks of the travelling waves detected from measurements carried out at the first and second terminals, and length of the power transmission line. obtaining arrival times of a first peak and a second peak of travelling waves detected from measurements carried out at the first and second terminals; identifying one of a first half, a second half, and a mid-point of the power transmission line, as having the fault, based on a comparison of ( tn 2 - tm 1) with ( tm 2 - tn 1), wherein tm1 and tm2 are the arrival times of the first and second peaks obtained for the travelling wave detected from the measurements carried out at the first terminal, and tn1 and tn2 are the arrival times of the first and second peaks obtained for the travelling wave detected from the measurements carried out at the second terminal; and estimating the fault location based on the identification of the first half, the second half and the mid-point, as having the fault, the arrival times of the first and second peaks of the travelling waves detected from measurements carried out at the first and second terminals, and length of the power transmission line.
A receiver apparatus adapted to: receive a terminal-specific demodulation reference signal having a rank k, such that k reference symbols, corresponding to k spatial layers, are received; estimate an effective multi-layer channel response, using the received terminal-specific demodulation reference signal; demodulate first data symbols from first time-frequency resource elements, using the estimate of the effective multi-layer channel response and using a first symbol-to-transmit-layer mapping matrix M to obtain n c modulation symbols from each of the first time-frequency resource elements, wherein n c ≥ 1 and wherein the first symbol-to-transmit-layer mapping matrix M has dimensions k by n c; decode the first data symbols to obtain downlink control information assigning second time-frequency resource elements to the receiver; demodulate second data symbols from the second time-frequency resource elements, using the estimate of the effective multi-layer channel response, to obtain n d modulation symbols from each of the second time-frequency resource elements, wherein 1 < n d ≤ k; and decode the second data symbols. receive a terminal-specific demodulation reference signal having a rank k, such that k reference symbols, corresponding to k spatial layers, are received; estimate an effective multi-layer channel response, using the received terminal-specific demodulation reference signal; demodulate first data symbols from first time-frequency resource elements, using the estimate of the effective multi-layer channel response and using a first symbol-to-transmit-layer mapping matrix M to obtain n c modulation symbols from each of the first time-frequency resource elements, wherein n c ≥ 1 and wherein the first symbol-to-transmit-layer mapping matrix M has dimensions k by n c; decode the first data symbols to obtain downlink control information assigning second time-frequency resource elements to the receiver; demodulate second data symbols from the second time-frequency resource elements, using the estimate of the effective multi-layer channel response, to obtain n d modulation symbols from each of the second time-frequency resource elements, wherein 1 < n d ≤ k; and decode the second data symbols.
A method of operating a DSL system comprising a first DSL system component coupled to a second DSL system component, and a DSL management interface between the first DSL system component and the second DSL system component, wherein the DSL system is configured to append a timestamp to an operational parameter on demand, a method comprising: the first DSL system component initiating one of a coordination event or a synchronizing event with the second DSL system component; the second DSL system component confirming the event to the first DSL system component; and using the event as the basis for the timestamp, characterized in that the timestamp comprises a phase identification identifying the operational mode the DSL system was in when the data parameter was last updated, the operational mode comprising at least one of the following: diagnostics; normal initialization; or SHOWTIME. the first DSL system component initiating one of a coordination event or a synchronizing event with the second DSL system component; the second DSL system component confirming the event to the first DSL system component; and using the event as the basis for the timestamp, characterized in that the timestamp comprises a phase identification identifying the operational mode the DSL system was in when the data parameter was last updated, the operational mode comprising at least one of the following: diagnostics; normal initialization; or SHOWTIME.
A display device (10; 110) comprising: a light source; a board (51; 151) on which the light source is mounted; a display panel configured to provide display using light from the light source; a first cabinet (Ca) to which the display panel is attached; a second cabinet (Cb) to which the board (51; 151) is attached; and a reflection sheet configured to reflect the light from the light source, wherein the first cabinet (Ca) and the second cabinet (Cb) are engaged with each other, and configured as an outer case that forms an exterior of the display device (100; 110), and the reflection sheet is arranged on an inner surface of the second cabinet (Cb) in a state in which the reflection sheet is supported by the board (51; 151), a holding member (70; 170) that holds both of the reflection sheet and the board (51; 151) between the holding member (70; 170) and the second cabinet (Cb); said display device being characterized in that the board (51; 151) is supported by a board supporting section formed by projecting a part of a bottom plate of the second cabinet (Cb) to a reflection sheet side, the holding member (70; 170) includes a projection piece projecting toward the second cabinet (Cb) and inserted through a locking section insert through hole formed to pierce through a bottom wall of the board supporting section, and the projection piece is fixed to the second cabinet (Cb) while piercing through both of the reflection sheet and the board (51; 151). a light source; a board (51; 151) on which the light source is mounted; a display panel configured to provide display using light from the light source; a first cabinet (Ca) to which the display panel is attached; a second cabinet (Cb) to which the board (51; 151) is attached; and a reflection sheet configured to reflect the light from the light source, wherein the first cabinet (Ca) and the second cabinet (Cb) are engaged with each other, and configured as an outer case that forms an exterior of the display device (100; 110), and the reflection sheet is arranged on an inner surface of the second cabinet (Cb) in a state in which the reflection sheet is supported by the board (51; 151), a holding member (70; 170) that holds both of the reflection sheet and the board (51; 151) between the holding member (70; 170) and the second cabinet (Cb); the board (51; 151) is supported by a board supporting section formed by projecting a part of a bottom plate of the second cabinet (Cb) to a reflection sheet side, the holding member (70; 170) includes a projection piece projecting toward the second cabinet (Cb) and inserted through a locking section insert through hole formed to pierce through a bottom wall of the board supporting section, and the projection piece is fixed to the second cabinet (Cb) while piercing through both of the reflection sheet and the board (51; 151).
Method for fitting a tyre onto a rim or removing a tyre from a rim in a tyre changing machine, in which a wheel or a tyre/rim assembly or the rim alone is caused to rotate about an axis of rotation of drive means comprising an electric motor fed with a current supply, and a motion transmission unit, provided with a tool acting together with the tyre to perform said fitting and/or removal, said method comprising the steps of: - continuously monitoring at least one operating parameter of the electric motor of said tyre changing machine during rotation of said assembly or said rim alone; - determining each actual value of such operating parameter, said actual value representing the instantaneous operating conditions of said tyre changing machine; - automatically monitoring the change in or gradient of such actual value over time while said tyre changing machine is in operation; - checking each actual value found and/or the change in said actual value over time with at least one corresponding predetermined threshold value, wherein said predetermined threshold values define a range of actual values and/or of variation in said actual values delimiting an accepted operating range of said tyre changing machine, a maximum threshold value and a minimum threshold value delimiting such range of values being provided, the drive means (12, 14) being controlled so as to maintain each of said measured actual values and/or the changes in them over time within said range of corresponding predetermined threshold values, characterized in that, when it is determined that an operating parameter of the electric motor adopts an actual value or gradient greater than or less than the corresponding maximum or minimum threshold value, the supply current is automatically changed in order to supply said electric motor in such a way that the monitored operating parameter decreases or increases to return it within the range of actual values and/or gradients corresponding to the accepted operating range of said tyre changing machine. - continuously monitoring at least one operating parameter of the electric motor of said tyre changing machine during rotation of said assembly or said rim alone; - determining each actual value of such operating parameter, said actual value representing the instantaneous operating conditions of said tyre changing machine; - automatically monitoring the change in or gradient of such actual value over time while said tyre changing machine is in operation; - checking each actual value found and/or the change in said actual value over time with at least one corresponding predetermined threshold value,