mhurhangee/ep-ind-claims huggingface dataset:
A used paper diaper processing apparatus comprising: a processing tank that processes a used paper diaper; a liquid supply unit that supplies a processing liquid to the processing tank; a liquid discharge unit that discharges the processing liquid from the processing tank; a take-out unit that takes out and holds a paper diaper processed in the processing tank below the processing tank; the processing tank including, on at least one of a side surface and a bottom surface, a cylindrical inner tank having a plurality of through holes smaller than the paper diaper, and an outer tank surrounding the side surface and the bottom surface of the inner tank; a rotation drive unit that rotates the inner tank around an axis of the inner tank; an opening/closing unit (15, 17) that discharges the paper diaper processed in the processing tank from a bottom portion of the processing tank to the take-out unit; said apparatus being characterized in that it comprises a continuous put-into unit that includes in an upper portion of the processing tank, the continuous put-into unit including a plurality of holding units each capable of holding a used paper diaper, and a holding unit rotation drive unit that rotationally drives each of the holding units at a put-into position above an opening connected to the processing tank and a standby position other than the put-into position, wherein when the holding unit is rotated by the holding unit rotation drive unit and positioned at the put-into position, the used paper diaper held by the holding unit is put into the processing tank from the opening. a processing tank that processes a used paper diaper; a liquid supply unit that supplies a processing liquid to the processing tank; a liquid discharge unit that discharges the processing liquid from the processing tank; a take-out unit that takes out and holds a paper diaper processed in the processing tank below the processing tank; the processing tank including, on at least one of a side surface and a bottom surface, a cylindrical inner tank having a plurality of through holes smaller than the paper diaper, and an outer tank surrounding the side surface and the bottom surface of the inner tank; a rotation drive unit that rotates the inner tank around an axis of the inner tank; an opening/closing unit (15, 17) that discharges the paper diaper processed in the processing tank from a bottom portion of the processing tank to the take-out unit; said apparatus being characterized in that it comprises a continuous put-into unit that includes in an upper portion of the processing tank, the continuous put-into unit including a plurality of holding units each capable of holding a used paper diaper, and a holding unit rotation drive unit that rotationally drives each of the holding units at a put-into position above an opening connected to the processing tank and a standby position other than the put-into position, wherein when the holding unit is rotated by the holding unit rotation drive unit and positioned at the put-into position, the used paper diaper held by the holding unit is put into the processing tank from the opening.
An aqueous solution containing 10 to 40% by weight of a compound of formula in which R is hydrogen or a methyl radical, M + is Li +, Na +, or K +, n is less than or equal to 1.5, and 0.05 to 5 % by weight of an organic acid selected from citric acid, glycolic acid, acetic acid or formic acid. R is hydrogen or a methyl radical, M + is Li +, Na +, or K +, n is less than or equal to 1.5, and
A processor-implemented method comprising: performing speech recognition of a speech signal; generating a plurality of first candidate sentences as a result of the performing of the speech recognition; identifying a respective named entity in each of the plurality of first candidate sentences; determining a standard expression corresponding to the identified respective named entity using phonemes of the corresponding named entity; determining whether to replace the identified named entity in each of the plurality of first candidate sentences with the determined standard expression based on a similarity between the named entity and the standard expression corresponding to the named entity and determining a plurality of second candidate sentences based on the determination result; and outputting a final sentence selected from the plurality of second candidate sentences wherein the determining of the standard expression is characterized by: determining a standard expression corresponding to each respective named entity identified in the identifying of the named entity based on an inverted index search performed using phonemes included in the corresponding named entity, wherein the inverted index search is a term frequency-inverse document frequency, TF-IDF, based search, wherein TF relates to the number of phonemes of the corresponding named entity included in each standard expression and IDF relates to an importance of each of the phonemes. performing speech recognition of a speech signal; generating a plurality of first candidate sentences as a result of the performing of the speech recognition; identifying a respective named entity in each of the plurality of first candidate sentences; determining a standard expression corresponding to the identified respective named entity using phonemes of the corresponding named entity; determining whether to replace the identified named entity in each of the plurality of first candidate sentences with the determined standard expression based on a similarity between the named entity and the standard expression corresponding to the named entity and determining a plurality of second candidate sentences based on the determination result; and outputting a final sentence selected from the plurality of second candidate sentences wherein the determining of the standard expression is characterized by: determining a standard expression corresponding to each respective named entity identified in the identifying of the named entity based on an inverted index search performed using phonemes included in the corresponding named entity, wherein the inverted index search is a term frequency-inverse document frequency, TF-IDF, based search, wherein TF relates to the number of phonemes of the corresponding named entity included in each standard expression and IDF relates to an importance of each of the phonemes.
A method for wireless communication at a user equipment, UE, comprising: identifying a gap period following a downlink portion of a time division duplexing, TDD, frame; selectively performing, based at least in part on the gap period exceeding a threshold, a clear channel assessment, CCA, on a channel of a radio frequency spectrum band; transmitting at least one of a sounding reference signal, SRS, or a physical random access channel, PRACH, preamble in a set of initial symbols of an uplink portion of the TDD frame following the gap period, wherein the SRS or PRACH preamble is frequency-domain multiplexed during the set of initial symbols with one or more of: a demodulation reference signal, DMRS, an uplink data transmission, an uplink control transmission, or a random access transmission; transmitting the DMRS from a first set of antenna ports during a first subset of the set of initial symbols; and transmitting the DMRS from a second set of antenna ports during a second subset of the set of initial symbols. identifying a gap period following a downlink portion of a time division duplexing, TDD, frame; selectively performing, based at least in part on the gap period exceeding a threshold, a clear channel assessment, CCA, on a channel of a radio frequency spectrum band; transmitting at least one of a sounding reference signal, SRS, or a physical random access channel, PRACH, preamble in a set of initial symbols of an uplink portion of the TDD frame following the gap period, wherein the SRS or PRACH preamble is frequency-domain multiplexed during the set of initial symbols with one or more of: a demodulation reference signal, DMRS, an uplink data transmission, an uplink control transmission, or a random access transmission; transmitting the DMRS from a first set of antenna ports during a first subset of the set of initial symbols; and transmitting the DMRS from a second set of antenna ports during a second subset of the set of initial symbols. a demodulation reference signal, DMRS, an uplink data transmission, an uplink control transmission, or a random access transmission; transmitting the DMRS from a first set of antenna ports during a first subset of the set of initial symbols; and transmitting the DMRS from a second set of antenna ports during a second subset of the set of initial symbols.
A method of distributing watermarked content in plural fragments, each fragment being no longer than a given maximum fragment length, the method comprising watermarking segments of content, each segment being part of a watermarking period, in which watermarking the segments of the content comprises: watermarking a given payload symbol from a given alphabet in a first segment of the content in a first watermarking period, watermarking a given payload symbol from the given alphabet in a second segment of the content in a second watermarking period following the first watermarking period, wherein the first segment and the second segment are spaced apart by an intermediary third segment, and fragmenting watermarked content in a plurality of fragments, characterized in that the length of the intermediary third segment is substantially equal to or greater than the maximum fragment length, wherein each fragment is distributed individually, and may take different routes to arrive at a recipient, wherein a reference watermark is embedded into the intermediary third segment, the reference watermark having a value being different from any of the payload symbols in the given alphabet. watermarking a given payload symbol from a given alphabet in a first segment of the content in a first watermarking period, watermarking a given payload symbol from the given alphabet in a second segment of the content in a second watermarking period following the first watermarking period, wherein the first segment and the second segment are spaced apart by an intermediary third segment, and fragmenting watermarked content in a plurality of fragments, characterized in that the length of the intermediary third segment is substantially equal to or greater than the maximum fragment length, wherein each fragment is distributed individually, and may take different routes to arrive at a recipient, wherein a reference watermark is embedded into the intermediary third segment, the reference watermark having a value being different from any of the payload symbols in the given alphabet.
Support-assembly suitable for a micro-switch of a switching device comprising: - bracket-support-means suitable for being connected, in a stationary position, to a frame portion of said switching-device, - coupling-protrusion-means shaped for being provided at an end of an operating-shaft of said micro-switch and for movably engaging with said bracket-support-means, - said coupling-protrusion-means and said bracket-support-means being configured for enabling a rotation of said operating-shaft around a rotation-axis and for preventing a movement of said operating-shaft transversely to said rotation-axis, wherein: - said coupling-protrusion-means are obtained on a connecting-portion of a lever for driving said operating-shaft, - said bracket-support-means comprise a first-bracket-element and a second bracket-element adapted for engaging with a first coupling-portion and with a second coupling-portion of said coupling-protrusion-means respectively, characterised in that - said first coupling-portion and said second coupling-portion are provided at opposite sides on said connecting-portion of said lever, and are configured for pivotally coupling with a first seat-opening and with a second seat-opening respectively obtained on said first bracket element portion and on said second bracket element portion. - bracket-support-means suitable for being connected, in a stationary position, to a frame portion of said switching-device, - coupling-protrusion-means shaped for being provided at an end of an operating-shaft of said micro-switch and for movably engaging with said bracket-support-means, - said coupling-protrusion-means and said bracket-support-means being configured for enabling a rotation of said operating-shaft around a rotation-axis and for preventing a movement of said operating-shaft transversely to said rotation-axis, - said coupling-protrusion-means are obtained on a connecting-portion of a lever for driving said operating-shaft, - said bracket-support-means comprise a first-bracket-element and a second bracket-element adapted for engaging with a first coupling-portion and with a second coupling-portion of said coupling-protrusion-means respectively, characterised in that - said first coupling-portion and said second coupling-portion are provided at opposite sides on said connecting-portion of said lever, and are configured for pivotally coupling with a first seat-opening and with a second seat-opening respectively obtained on said first bracket element portion and on said second bracket element portion.
A method performed by a memory allocation manager for managing memory allocation, within a data centre, to an application, the data centre comprising at least a Central Processing Unit, CPU, pool and at least one memory pool, the method comprising: - receiving information associated with a plurality of instances associated with an application to be initiated, wherein individual instances are associated with individual memory requirements, the information further comprising information about an internal relationship between the instances, wherein the received information associated with a plurality of instances further comprises information about type of application, - determining for the plurality of instances, a minimum number of memory blocks and associated sizes required based on the received information, by identifying parts of memory blocks and associated sizes that may be shared by two or more instances based on their individual memory requirements and/or the internal relationship between the instances, wherein the determining of the required minimum number of memory blocks and associated sizes is further based on the known relation between instances for that type of application, and - allocating a number of memory blocks to the instances of the application based on the determined minimum number of memory blocks. - receiving information associated with a plurality of instances associated with an application to be initiated, wherein individual instances are associated with individual memory requirements, the information further comprising information about an internal relationship between the instances, wherein the received information associated with a plurality of instances further comprises information about type of application, - determining for the plurality of instances, a minimum number of memory blocks and associated sizes required based on the received information, by identifying parts of memory blocks and associated sizes that may be shared by two or more instances based on their individual memory requirements and/or the internal relationship between the instances, wherein the determining of the required minimum number of memory blocks and associated sizes is further based on the known relation between instances for that type of application, and - allocating a number of memory blocks to the instances of the application based on the determined minimum number of memory blocks.
A gripper assembly, comprising: a stacked set of cooperating gripper layers having a perimeter with a forward facing semi-circular profile with a plurality of teeth characterized in that the semi-circular profile comprises more than one valley, with a respective valley separating at least some adjacent teeth. a stacked set of cooperating gripper layers having a perimeter with a forward facing semi-circular profile with a plurality of teeth characterized in that the semi-circular profile comprises more than one valley, with a respective valley separating at least some adjacent teeth.
A method, comprising: receiving data via a wireless mesh network at one device connected to the wireless mesh network, where the data is intended for another device connected to the wireless mesh network; utilizing a routing table stored on the one device to determine a path to deliver the data to the another device via the wireless mesh network; transmitting the data by the one device to a next device in the path identified from the utilizing of the routing table; wherein the one device is a dynamic deployable mesh point, configured upon powering up to update the routing table automatically and to automatically associate the dynamic deployable mesh point with the wireless mesh network; receiving, at a mesh point module of the dynamic deployable mesh point, frames of data over a wireless mesh network; wherein the mesh point module transitions a portable device terminal, PDT, module of the device from a sleep state to an awake state when the mesh point module transmits the frames of data to the PDT module of the device. receiving data via a wireless mesh network at one device connected to the wireless mesh network, where the data is intended for another device connected to the wireless mesh network; utilizing a routing table stored on the one device to determine a path to deliver the data to the another device via the wireless mesh network; transmitting the data by the one device to a next device in the path identified from the utilizing of the routing table; wherein the one device is a dynamic deployable mesh point, configured upon powering up to update the routing table automatically and to automatically associate the dynamic deployable mesh point with the wireless mesh network; receiving, at a mesh point module of the dynamic deployable mesh point, frames of data over a wireless mesh network; wherein the mesh point module transitions a portable device terminal, PDT, module of the device from a sleep state to an awake state when the mesh point module transmits the frames of data to the PDT module of the device.
A plastic injection device comprising at least one injection station (2a, 2b) with a mold, a plurality of mold bars (5, 5a, 5b, 5c, 5d, 5e, 5f), which are movable relative to the mold, and a transfer system for moving mold bars (5, 5a, 5b, 5c, 5d, 5e, 5f) into and out of the mold, wherein the transfer system comprises a feeding bar extending partially within and partially outside the mold and arranged to receive and guide at least two mold bars (5, 5a, 5b, 5c, 5d, 5e, 5f) such that movement of a first mold bar within the feeding bar may be caused by movement of a second mold bar within said feeding bar, and wherein the feeding bar comprises a first section extending within the mold and at least one further section extending outside the mold, characterised in that the first section is movable with respect to the at least one further section in a direction perpendicular to a longitudinal axis of the feeding bar such that the first section can be aligned with the at least one further section to form a continuous feeding bar allowing displacement of the mold bars (5, 5a, 5b, 5c, 5d, 5e, 5f).
A nuclear power plant passive safety system for removing decay heat from a nuclear power system, comprising: a reactor vessel; a containment structure surrounding the reactor vessel; a divided flow channel (6,7) surrounding a perimeter of the containment structure, wherein the divided flow channel (6,7) includes a coolant downcomer opening at a coolant source inlet, and a coolant riser between the coolant downcomer and the containment structure, wherein the coolant downcomer and coolant riser are in fluid communication at a bottom of the divided flow channel (6,7); and a damper in the divided flow channel (6,7), wherein the damper is configured to move between an open position permitting coolant flow through the divided flow channel (6,7) and a closed position restricting coolant flow through the divided flow channel (6,7), characterised in that the damper is positioned in the divided flow channel (6,7) to move passively with gravity into the open position. a reactor vessel; a containment structure surrounding the reactor vessel; a divided flow channel (6,7) surrounding a perimeter of the containment structure, wherein the divided flow channel (6,7) includes a coolant downcomer opening at a coolant source inlet, and a coolant riser between the coolant downcomer and the containment structure, wherein the coolant downcomer and coolant riser are in fluid communication at a bottom of the divided flow channel (6,7); and a damper in the divided flow channel (6,7), wherein the damper is configured to move between an open position permitting coolant flow through the divided flow channel (6,7) and a closed position restricting coolant flow through the divided flow channel (6,7), characterised in that the damper is positioned in the divided flow channel (6,7) to move passively with gravity into the open position.
Bush comprising: - a substantially cylindrical hollow body; - a substantially frustoconical hollow head with an outer larger base and smaller base connected to the cylindrical body by a crown inclined towards the longitudinal axis (X-X) of the bush body; - a threading formed on the outer side surface of the body, the threading having a top side and a bottom side of the thread; - a female thread formed on the inner side surface of the body; the frustoconical head having an inner cavity with a polygonal annular profile designed to form an operating surface shaped for coupling with a corresponding tightening spanner, characterized in that the threading has an asymmetrical profile defined by a wider angle (α) of inclination of the bottom side of the thread relative to a plane parallel to the transverse direction (Y-Y) and orthogonal to the longitudinal axis (X-X), and a smaller angle (β) of inclination of the top side of the thread relative to said plane, and in that said threading has a bottom side of the thread forming an angle (α) of inclination of between 38° and 42° relative to said plane and a top side of the thread forming an angle (β) of between 5.5° and 8° relative to said plane. - a substantially cylindrical hollow body; - a substantially frustoconical hollow head with an outer larger base and smaller base connected to the cylindrical body by a crown inclined towards the longitudinal axis (X-X) of the bush body; - a threading formed on the outer side surface of the body, the threading having a top side and a bottom side of the thread; - a female thread formed on the inner side surface of the body; the frustoconical head having an inner cavity with a polygonal annular profile designed to form an operating surface shaped for coupling with a corresponding tightening spanner,