mhurhangee/ep-ind-claims huggingface dataset:
An audio decoding device (10, 11, 12) that decodes an encoded audio signal and outputs the audio signal, comprising: a decoding unit configured to decode an encoded sequence containing the encoded audio signal and obtain a decoded signal; and a selective temporal envelope shaping unit (10b, 11b, 12a) configured to shape the decoded signal into a desired temporal envelope by filtering the decoded signal in a frequency domain based on decoding related information concerning decoding of the encoded sequence with use of a filter using a linear prediction coefficient obtained by linear prediction analysis of the decoded signal in the frequency domain, wherein the selective temporal envelope shaping unit (10b, 11b, 12a) replaces the decoded signal corresponding to a frequency band where the temporal envelope is not to be shaped with another signal in a frequency domain, then shapes the decoded signal corresponding to a frequency band where the temporal envelope is to be shaped and a frequency band where the temporal envelope is not to be shaped into a desired temporal envelope by filtering the decoded signal corresponding to the frequency band where the temporal envelope is to be shaped and the frequency band where the temporal envelope is not to be shaped with use of a filter using a linear prediction coefficient obtained by linear prediction analysis of the decoded signal in the frequency domain and, after the temporal envelope shaping, sets the decoded signal corresponding to the frequency band where the temporal envelope is not to be shaped back to the original signal before replacement with another signal. a decoding unit configured to decode an encoded sequence containing the encoded audio signal and obtain a decoded signal; and a selective temporal envelope shaping unit (10b, 11b, 12a) configured to shape the decoded signal into a desired temporal envelope by filtering the decoded signal in a frequency domain based on decoding related information concerning decoding of the encoded sequence with use of a filter using a linear prediction coefficient obtained by linear prediction analysis of the decoded signal in the frequency domain, wherein the selective temporal envelope shaping unit (10b, 11b, 12a) replaces the decoded signal corresponding to a frequency band where the temporal envelope is not to be shaped with another signal in a frequency domain, then shapes the decoded signal corresponding to a frequency band where the temporal envelope is to be shaped and a frequency band where the temporal envelope is not to be shaped into a desired temporal envelope by filtering the decoded signal corresponding to the frequency band where the temporal envelope is to be shaped and the frequency band where the temporal envelope is not to be shaped with use of a filter using a linear prediction coefficient obtained by linear prediction analysis of the decoded signal in the frequency domain and, after the temporal envelope shaping, sets the decoded signal corresponding to the frequency band where the temporal envelope is not to be shaped back to the original signal before replacement with another signal.
Clutch servo assembly, comprising: - a pneumatic body, - an actuator connected to the pneumatic body, - a pneumatic pilot valve associated with the pneumatic body and configured to selectively supply pressurized air to the pneumatic body, - an actuator rod movable within the actuator and at least partially within the pneumatic body, wherein the pneumatic body is in fluid communication with the atmosphere, wherein the pneumatic body is configured to allow bidirectional flow of air into and out of the pneumatic body, characterized in that the pneumatic body includes at least one exhaust conduit for resisting flow of air into the pneumatic body without completely closing the at least one exhaust conduit. - a pneumatic body, - an actuator connected to the pneumatic body, - a pneumatic pilot valve associated with the pneumatic body and configured to selectively supply pressurized air to the pneumatic body, - an actuator rod movable within the actuator and at least partially within the pneumatic body, wherein the pneumatic body is in fluid communication with the atmosphere, wherein the pneumatic body is configured to allow bidirectional flow of air into and out of the pneumatic body, characterized in that the pneumatic body includes at least one exhaust conduit for resisting flow of air into the pneumatic body without completely closing the at least one exhaust conduit. wherein the pneumatic body is in fluid communication with the atmosphere, wherein the pneumatic body is configured to allow bidirectional flow of air into and out of the pneumatic body, characterized in that the pneumatic body includes at least one exhaust conduit for resisting flow of air into the pneumatic body without completely closing the at least one exhaust conduit.
An animal identification ear tag including: i. a male pin having a first end, a second end configured to penetrate an animal's ear and a locking shoulder positioned adjacent the second end; and ii. a single piece moulded panel including: a. a first portion configured to couple to the first end of the male pin and allowing free rotation of the moulded panel around the male pin; b. a female portion including: an opening configured to receive the second end of the male pin including the locking shoulder, and c. a panel body extending from the first portion to the female portion, characterized in that the moulded panel is configured to freely rotate with respect to the male pin when the second end of the male pin is received into the opening. i. a male pin having a first end, a second end configured to penetrate an animal's ear and a locking shoulder positioned adjacent the second end; and ii. a single piece moulded panel including: a. a first portion configured to couple to the first end of the male pin and allowing free rotation of the moulded panel around the male pin; b. a female portion including: an opening configured to receive the second end of the male pin including the locking shoulder, and c. a panel body extending from the first portion to the female portion, a. a first portion configured to couple to the first end of the male pin and allowing free rotation of the moulded panel around the male pin; b. a female portion including: an opening configured to receive the second end of the male pin including the locking shoulder, and c. a panel body extending from the first portion to the female portion,
A modular golf bag (1100, 1300, 1500, 1700) comprising: a frame top (1104, 1508) capable of receiving golf clubs; a frame bottom (1106, 1510) located approximately the length of a golf club below the frame top (1104, 1508); a plurality of poles (1108, 1118, 1204, 1504, 1506, 1710, 1712) connecting the frame top and the frame bottom; a pliable bag body external to the plurality of poles extending between the frame top and the frame bottom such that a cavity capable of receiving golf clubs through the frame top is formed; and a plurality of pole sleeves (1114, 1116, 1118, 1120, 1124, 1206, 1208, 1210, 1512, 1514) attached internally to the pliable bag body and each surrounding at least a portion of the length of one of the plurality of poles such that each of the plurality of poles runs through at least one pole sleeve, the plurality of pole sleeves providing structure to the pliable bag body by internally securing the pliable bag body to the plurality of poles further comprising at least one additional storage compartment that is detachably connected wherein the at least one additional storage compartment is connected between the at least two of the plurality of poles on exposed portions of the corresponding poles.
Use of a lubricant composition for lubricating one of a resin-resin sliding section and a resin-metal sliding section, the lubricant composition comprising a base oil and melamine cyanurate, the base oil comprising a perfluoropolyether oil having a straight chain structure, wherein the perfluoropolyether oil content in the base oil is greater than or equal to 80 % by mass, wherein a melamine cyanurate content is within a range of 1-20 % by mass with respect to a sum of the base oil and melamine cyanurate.
Positive electrode for alkali metal-ion accumulator comprising at least one organic binder and at least one alkali metal salt of the following formula: wherein the X represent an alkali element.
A hopper for separating slack from a mixture of product and slack, the hopper comprising: an internal gate configured to prevent the passage of product therethrough, but to allow the passage of slack therethrough; and, an external gate configured to prevent the passage of product and the passage of slack therethrough; the internal gate and the external gate being moveable between respective open and closed positions; the hopper configured such that: when the internal gate and external gate are in their respective closed positions and a mixture of product and slack is introduced into the hopper, product is retained by the internal gate whilst slack passes through the internal gate and is retained by the external gate; and, when the external gate and internal gate are each in their respective open positions, product may exit the hopper along a first path; wherein the internal gate comprises one or more apertures, each of the apertures being sized to permit slack to pass therethrough but to prevent the passage of product therethrough; wherein the minimum dimension of each of the apertures in the plane of the internal gate is in the range of 0.05 cm to 1 cm. an internal gate configured to prevent the passage of product therethrough, but to allow the passage of slack therethrough; and, an external gate configured to prevent the passage of product and the passage of slack therethrough; the internal gate and the external gate being moveable between respective open and closed positions; the hopper configured such that: when the internal gate and external gate are in their respective closed positions and a mixture of product and slack is introduced into the hopper, product is retained by the internal gate whilst slack passes through the internal gate and is retained by the external gate; and, when the external gate and internal gate are each in their respective open positions, product may exit the hopper along a first path; when the internal gate and external gate are in their respective closed positions and a mixture of product and slack is introduced into the hopper, product is retained by the internal gate whilst slack passes through the internal gate and is retained by the external gate; and, when the external gate and internal gate are each in their respective open positions, product may exit the hopper along a first path; wherein the internal gate comprises one or more apertures, each of the apertures being sized to permit slack to pass therethrough but to prevent the passage of product therethrough; wherein the minimum dimension of each of the apertures in the plane of the internal gate is in the range of 0.05 cm to 1 cm.
A method for wireless communication, comprising: receiving, by a mobile station from a base station, control information in resource blocks, RBs, of a physical downlink shared channel region in a first carrier of a plurality of aggregated component carriers, wherein the physical downlink shared channel region is located within orthogonal frequency division multiplexing, OFDM, symbols following a physical downlink control channel region in a subframe, wherein the control information indicates a resource assignment for the mobile station on a second, different carrier (200A, 200B) of the plurality of aggregated component carriers, and wherein the second carrier (200A, 200B) is identified in the control information of the first carrier by a component carrier number; and communicating, by the mobile station, with the base station using the control information in the first carrier and the resource assignment on the second carrier (200A, 200B). receiving, by a mobile station from a base station, control information in resource blocks, RBs, of a physical downlink shared channel region in a first carrier of a plurality of aggregated component carriers, wherein the physical downlink shared channel region is located within orthogonal frequency division multiplexing, OFDM, symbols following a physical downlink control channel region in a subframe, wherein the control information indicates a resource assignment for the mobile station on a second, different carrier (200A, 200B) of the plurality of aggregated component carriers, and wherein the second carrier (200A, 200B) is identified in the control information of the first carrier by a component carrier number; and communicating, by the mobile station, with the base station using the control information in the first carrier and the resource assignment on the second carrier (200A, 200B).
A display device comprising: a substrate; a gate line disposed on the substrate for transmitting a gate signal; a first reference voltage line separated from the gate line for transmitting a reference voltage; a data line insulated from and crossing the gate line and the first reference voltage line; a first drain electrode separated from the data line; an insulating layer disposed on the data line and the first drain electrode; and a pixel electrode layer disposed on the insulating layer, wherein: the pixel electrode layer includes a pixel electrode (191a, 191b) and a shielding electrode overlapping the data line; the pixel electrode (191a, 191b) includes a first sub-pixel electrode including a first extension part protruded toward the first drain electrode and a contact portion connected to one end of the first extension part; and the first extension part of the first sub-pixel electrode has a first side parallel to a first side of the shielding electrode, and an interval between the first sides of the first extension part and the shielding electrode is less than about 4 μm. a substrate; a gate line disposed on the substrate for transmitting a gate signal; a first reference voltage line separated from the gate line for transmitting a reference voltage; a data line insulated from and crossing the gate line and the first reference voltage line; a first drain electrode separated from the data line; an insulating layer disposed on the data line and the first drain electrode; and a pixel electrode layer disposed on the insulating layer, wherein: the pixel electrode layer includes a pixel electrode (191a, 191b) and a shielding electrode overlapping the data line; the pixel electrode (191a, 191b) includes a first sub-pixel electrode including a first extension part protruded toward the first drain electrode and a contact portion connected to one end of the first extension part; and the first extension part of the first sub-pixel electrode has a first side parallel to a first side of the shielding electrode, and an interval between the first sides of the first extension part and the shielding electrode is less than about 4 μm. the pixel electrode layer includes a pixel electrode (191a, 191b) and a shielding electrode overlapping the data line; the pixel electrode (191a, 191b) includes a first sub-pixel electrode including a first extension part protruded toward the first drain electrode and a contact portion connected to one end of the first extension part; and the first extension part of the first sub-pixel electrode has a first side parallel to a first side of the shielding electrode, and an interval between the first sides of the first extension part and the shielding electrode is less than about 4 μm.
A thermal transfer printing spool comprising a tape wound on a core of the spool, said tape having a proximal end connected to the core, a free distal end and a central portion in between the proximal end and the distal end, characterized in that the tape comprises an ink ribbon and a non-self-adhesive substrate ribbon, wherein the ink ribbon and the substrate ribbon are arranged on top of each other without being attached to each other in at least the central portion, such that an ink layer of the ink ribbon is in contact with a to be printed top surface of the substrate ribbon.
An electronic apparatus comprising: a memory storing a firmware including a plurality of pieces of code set information corresponding to a plurality of external devices (200, 300, 400, 500); a communication interface; and a processor configured to: receive an infrared signal corresponding to an external device of the plurality of external devices through the communication interface, identify code set information corresponding to the IR signal among the plurality of pieces of code set information by sequentially using a header area of the received IR signal and a data area of the received IR signal, and based on a control command being input from a remote controller of the electronic apparatus, generate the IR signal corresponding to the control command based on the identified code set information. a memory storing a firmware including a plurality of pieces of code set information corresponding to a plurality of external devices (200, 300, 400, 500); a communication interface; and a processor configured to: receive an infrared signal corresponding to an external device of the plurality of external devices through the communication interface, identify code set information corresponding to the IR signal among the plurality of pieces of code set information by sequentially using a header area of the received IR signal and a data area of the received IR signal, and based on a control command being input from a remote controller of the electronic apparatus, generate the IR signal corresponding to the control command based on the identified code set information. receive an infrared signal corresponding to an external device of the plurality of external devices through the communication interface, identify code set information corresponding to the IR signal among the plurality of pieces of code set information by sequentially using a header area of the received IR signal and a data area of the received IR signal, and based on a control command being input from a remote controller of the electronic apparatus, generate the IR signal corresponding to the control command based on the identified code set information.
Motor vehicle lock for a motor vehicle door, wherein the motor vehicle lock has the lock components - a lock latch and a pawl, wherein the lock latch can be brought into holding engagement with a locking element, in particular a lock striker, for holding the motor vehicle door, wherein a push-open arrangement is provided having a push-open lever which is formed separately from the lock latch and via which the motor vehicle door in the mounted state can be pushed open in a push-open operation from a locking door position into a push-open door position and, as a result, an engagement gap can be produced between motor vehicle door and motor vehicle body, wherein a locking-aid arrangement is provided having a locking-aid lever via which the lock latch in the mounted state can be adjusted in a locking-aid operation in its locking direction, in particular from a preliminary locking position into a main locking position, wherein the motor vehicle lock in the mounted state is coupled or can be coupled in terms of drive via a Bowden cable to a drive arrangement configured separately from the motor vehicle lock, characterized in that the motor vehicle lock has a switchable coupling arrangement which, in the mounted state, connects an actuating stroke, which is transmitted via the Bowden cable, depending on the coupling state - either through to the push-open arrangement and/or to the push-open lever - or connects same through to the locking-aid arrangement and/or via the locking-aid lever to the lock latch. wherein a push-open arrangement is provided having a push-open lever which is formed separately from the lock latch and via which the motor vehicle door in the mounted state can be pushed open in a push-open operation from a locking door position into a push-open door position and, as a result, an engagement gap can be produced between motor vehicle door and motor vehicle body, wherein a locking-aid arrangement is provided having a locking-aid lever via which the lock latch in the mounted state can be adjusted in a locking-aid operation in its locking direction, in particular from a preliminary locking position into a main locking position, wherein the motor vehicle lock in the mounted state is coupled or can be coupled in terms of drive via a Bowden cable to a drive arrangement configured separately from the motor vehicle lock, characterized in that the motor vehicle lock has a switchable coupling arrangement which, in the mounted state, connects an actuating stroke, which is transmitted via the Bowden cable, depending on the coupling state - either through to the push-open arrangement and/or to the push-open lever - or connects same through to the locking-aid arrangement and/or via the locking-aid lever to the lock latch. - either through to the push-open arrangement and/or to the push-open lever - or connects same through to the locking-aid arrangement and/or via the locking-aid lever to the lock latch.
An inflatable light concentrating mirror, comprising: a first transparent sheet and a second reflective sheet, wherein the two sheets (1,2) of the inflatable mirror are made substantially of a flexible polymer foil and the first sheet and second sheet are connected or sealed to each other whereby a void is provided therebetween, the void being adapted to receive a gas by means for inflating or deflating the mirror so as to inflate and form the light concentrating mirror by adjusting the gas pressure within the void, characterized in that the mirror comprises two longitudinal sides adapted to be each attached to a support structure adjacent thereto such that the two sides are movable in a longitudinal direction and the mirror further comprises tensioning means adapted to produce a defined longitudinal tension in at least the second sheet such that creases or wrinkles therein are significantly reduced. a first transparent sheet and a second reflective sheet, wherein the two sheets (1,2) of the inflatable mirror are made substantially of a flexible polymer foil and the first sheet and second sheet are connected or sealed to each other whereby a void is provided therebetween, the void being adapted to receive a gas by means for inflating or deflating the mirror so as to inflate and form the light concentrating mirror by adjusting the gas pressure within the void, characterized in that the mirror comprises two longitudinal sides adapted to be each attached to a support structure adjacent thereto such that the two sides are movable in a longitudinal direction and