mhurhangee/ep-ind-claims huggingface dataset:
A pipe wrench system having a pipe wrench comprising: a head including a first aperture; a first jaw coupled to the head, the first jaw including a plurality of teeth that define a first contact region; a second jaw partially extending through the aperture of the head, the second jaw including a threaded portion and a plurality of teeth that define a second contact region, the second contact region defining a length between 2.5 cm (1 inch) to about 4.9 cm (1.92 inches); an actuator including threads engaged with the threaded portion of the second jaw such that rotation of the actuator moves the second contact region of the second jaw relative to the first contact region of the first jaw; a handle including a proximal end portion and a distal end portion, the distal end portion adjacent the head and the proximal end portion opposite the distal end portion, the proximal end portion including a bore; a first extension handle defining a first length (D 3), the first extension handle selectively coupled within the bore; and a second extension handle defining a second length (D 4) extending from an end of the second extension handle to an end of the second jaw, wherein the second length is between 48.0 cm (18.9 inches) and 61.5 cm (24.2 inches), the second extension handle selectively coupled within the bore; wherein the handle is integrally formed with the head as a single component. a head including a first aperture; a first jaw coupled to the head, the first jaw including a plurality of teeth that define a first contact region; a second jaw partially extending through the aperture of the head, the second jaw including a threaded portion and a plurality of teeth that define a second contact region, the second contact region defining a length between 2.5 cm (1 inch) to about 4.9 cm (1.92 inches); an actuator including threads engaged with the threaded portion of the second jaw such that rotation of the actuator moves the second contact region of the second jaw relative to the first contact region of the first jaw; a handle including a proximal end portion and a distal end portion, the distal end portion adjacent the head and the proximal end portion opposite the distal end portion, the proximal end portion including a bore; a first extension handle defining a first length (D 3), the first extension handle selectively coupled within the bore; and a second extension handle defining a second length (D 4) extending from an end of the second extension handle to an end of the second jaw, wherein the second length is between 48.0 cm (18.9 inches) and 61.5 cm (24.2 inches), the second extension handle selectively coupled within the bore; wherein the handle is integrally formed with the head as a single component.
A method of transceiving a signal, which is transceived with a base station by a user equipment in a carrier aggregation applied wireless communication system, comprising the steps of: receiving a scheduling message for a secondary component carrier in a sleep state from the base station through a primary component carrier; initiating a monitoring of the secondary component carrier after receiving the scheduling message; receiving an activation message for the secondary component carrier from the base station; and receiving a downlink signal from the base station through the secondary component carrier or transmitting an uplink signal to the base station through the secondary component carrier, based on the activation message, in a subframe in which the activation message is received or in a next subframe to the subframe, wherein the activation message includes an indicator indicating a time of receiving the scheduling message. receiving a scheduling message for a secondary component carrier in a sleep state from the base station through a primary component carrier; initiating a monitoring of the secondary component carrier after receiving the scheduling message; receiving an activation message for the secondary component carrier from the base station; and receiving a downlink signal from the base station through the secondary component carrier or transmitting an uplink signal to the base station through the secondary component carrier, based on the activation message, in a subframe in which the activation message is received or in a next subframe to the subframe, wherein the activation message includes an indicator indicating a time of receiving the scheduling message.
Optical machine for the treatment and/or processing of optical workpieces, particularly spectacle lenses, comprising a machine frame, a workpiece holding arrangement movably mounted on the machine frame and at least two treatment and/or processing devices (DB1, DB2, DB3), which are mounted on the machine frame, for treatment and/or processing of an optical workpiece held in the workpiece holding arrangement, characterized in that the workpiece holding arrangement comprises a plurality of partition walls, which separate and delimit at least three work spaces (AR1, AR2, AR3, AR4) from one another and to each of which a respective workpiece holder for parallel use for different optical workpieces is assigned, wherein the work spaces (AR1, AR2, AR3, AR4) are movable together with the workpiece holding arrangement with respect to the machine frame so that each work space (AR1, AR2, AR3, AR4) is selectably displaceable from a loading station for the optical workpiece, which is fixed in location at the machine frame, to the treatment and/or processing stations (DS, CS), which are physically spaced from the loading station and comprise the treatment and/or processing devices (DB1, DB2, DB3), and conversely.
A device for securing an article to a tissue, the device comprising: a body, transitionable from a first linearly extended deployment state to a second securing state, having a first portion (12a, 12b), a second portion (14a, 14b), and a medial portion (13a, 13b) between the first portion (12a, 12b) and the second portion (14a, 14b) wherein the first portion (12a, 12b) has a first terminal end (18a, 18b) configured to pierce the tissue, and wherein the second securing state comprises at least a section of the first portion (12a, 12b) of the body assuming a curved geometry configured to be embedded in the tissue and at least a section of the medial portion (13a, 13b) of the body configured to contact a surface of the article, and the second portion (14a, 14b) has a second terminal end which is a blunt end, wherein the second securing state further comprises at least a section of the second portion (14a, 14b) assuming a curved geometry configured to be around at least a portion of the surface of the article characterised in that the device further comprises: a tab standoff (17a, 17b, 37) in mechanical communication with the medial portion (13a, 13b) of the body at a first end and a tab (11a, 11b) at a second end, wherein the tab (11a, 11b) is displaced by a slot (15a, 15b) from the body. a body, transitionable from a first linearly extended deployment state to a second securing state, having a first portion (12a, 12b), a second portion (14a, 14b), and a medial portion (13a, 13b) between the first portion (12a, 12b) and the second portion (14a, 14b) wherein the first portion (12a, 12b) has a first terminal end (18a, 18b) configured to pierce the tissue, and wherein the second securing state comprises at least a section of the first portion (12a, 12b) of the body assuming a curved geometry configured to be embedded in the tissue and at least a section of the medial portion (13a, 13b) of the body configured to contact a surface of the article, and the second portion (14a, 14b) has a second terminal end which is a blunt end, wherein the second securing state further comprises at least a section of the second portion (14a, 14b) assuming a curved geometry configured to be around at least a portion of the surface of the article characterised in that the device further comprises: a tab standoff (17a, 17b, 37) in mechanical communication with the medial portion (13a, 13b) of the body at a first end and a tab (11a, 11b) at a second end, wherein the tab (11a, 11b) is displaced by a slot (15a, 15b) from the body.
A container escape detection method implemented by a computing system, wherein the computing system comprises at least one host machine, a container monitoring component and at least one container run on the host machine, the computing system further comprising an escape detection component and an escape detection rule provided for the escape detection component, the escape detection rule comprising at least one group of preset system call orders, each group of preset system call orders corresponding to a predicted occurrence order of a plurality of system calls triggered by one container escape behavior; the method comprising: receiving, by the escape detection component, information that is about a plurality of system calls triggered by a monitored container and that is reported by the container monitoring component; and matching, by the escape detection component, an occurrence order of the plurality of system calls with the at least one group of preset system call orders in the escape detection rule, and determining, based on a matching result, whether the monitored container escapes. receiving, by the escape detection component, information that is about a plurality of system calls triggered by a monitored container and that is reported by the container monitoring component; and matching, by the escape detection component, an occurrence order of the plurality of system calls with the at least one group of preset system call orders in the escape detection rule, and determining, based on a matching result, whether the monitored container escapes.
A turbopump, comprising a casing, a turbine fed with hot gas, a pump driven by the turbine via a shaft (13, 13') and fed with liquid fluid, and a hot gas exhaust pipe situated downstream from the turbine, the turbopump including a bleed-and-injection circuit comprising bleed means adapted to bleed the liquid fluid at the outlet from the pump, a heat exchanger cooperating with the hot gas exhaust pipe and adapted to heat the liquid fluid as bled off in this way so as to transform it into gaseous fluid, and injector means adapted to inject the gaseous fluid into an interface region of the turbopump situated between the pump and the turbine, and wherein the gaseous fluid is injected via a dynamic sealing system that co-operates firstly with the shaft (13, 13') and secondly with the casing of the turbopump, which sealing system is located in the interface region situated between the pump and the turbine,. the dynamic sealing system comprising two sealing gaskets (55, 55') spaced axially along the longitudinal direction of the shaft (13, 13'), and wherein an inlet of the heat exchanger is connected to a bleed pipe, and an outlet from the heat exchanger is connected to an injection pipe that leads into the dynamic sealing system between the two sealing gaskets (55, 55') of the dynamic sealing system, the bleed pipe extends between the outlet of the pump and the inlet of the heat exchanger and the injection pipe extending between the outlet from the heat exchanger and the interface region, the turbopump being characterized in that it includes a helium flow circuit for injecting helium into at least one of the elements constituted by the pump and by the turbine, and in that in that helium is injected via a helium injection pipe and the dynamic sealing system, the injection pipe using part of the helium injection pipe in the turbopump to inject gaseous fluid. the dynamic sealing system comprising two sealing gaskets (55, 55') spaced axially along the longitudinal direction of the shaft (13, 13'), and wherein an inlet of the heat exchanger is connected to a bleed pipe, and an outlet from the heat exchanger is connected to an injection pipe that leads into the dynamic sealing system between the two sealing gaskets (55, 55') of the dynamic sealing system, the bleed pipe extends between the outlet of the pump and the inlet of the heat exchanger and the injection pipe extending between the outlet from the heat exchanger and the interface region, the turbopump being characterized in that it includes a helium flow circuit for injecting helium into at least one of the elements constituted by the pump and by the turbine, and in that in that helium is injected via a helium injection pipe and the dynamic sealing system, the injection pipe using part of the helium injection pipe in the turbopump to inject gaseous fluid.
A method of obtaining nucleotide sequences of one or more target polynucleotides, comprising the steps of: providing a predetermined coverage amount of 3 to 30 times the one or more target polynucleotides; randomly fragmenting the target polynucleotide(s) to form a population containing overlapping fragments; dividing the population of fragments into a number of separate mixtures such that at least sixty percent of the fragments are non-overlapping in each separate mixture, and the mixture of origin of the fragments is determinable; replicating the fragments in the separate mixtures to produce replicated fragments; obtaining a plurality of sequence reads from replicated fragments from the separate mixtures; assembling the sequence reads to form contigs, thereby producing complete or partial nucleotide sequences for the target polynucleotide(s), wherein such assembling depends on the mixture of origin of at least a portion of the sequence reads. providing a predetermined coverage amount of 3 to 30 times the one or more target polynucleotides; randomly fragmenting the target polynucleotide(s) to form a population containing overlapping fragments; dividing the population of fragments into a number of separate mixtures such that at least sixty percent of the fragments are non-overlapping in each separate mixture, and the mixture of origin of the fragments is determinable; replicating the fragments in the separate mixtures to produce replicated fragments; obtaining a plurality of sequence reads from replicated fragments from the separate mixtures; assembling the sequence reads to form contigs, thereby producing complete or partial nucleotide sequences for the target polynucleotide(s), wherein such assembling depends on the mixture of origin of at least a portion of the sequence reads.
An assembly for electrically grounding a rotatable conductive shaft of a dynamo-electric machine, the assembly comprising a rope member having a first end and a second end, and a length therebetween, and a rope guide configured to guide the rope member on an electrically conductive surface of a rotating shaft wherein the rope member includes a plurality of conductive members extending along the length, characterized in that the rope member includes one or more discrete fixation points intermediate the first and second ends (42, 44), and two or more of the plurality of conductive members are affixed together at each of the discrete fixation points.
A wireless control device comprising: an antenna configured to transmit or receive radio-frequency signals; a radio-frequency communication circuit configured to transmit or receive the radio-frequency signals via the antenna; a control circuit responsive to the radio-frequency communication circuit; an enclosure configured to house the radio-frequency communication circuit and the control circuit; a conductive yoke attached to the enclosure and configured to mount the control device to an electrical wallbox; and characterized in that a conductive member is extending around a rear side of the enclosure between opposite sides of the yoke, wherein the conductive member is one of directly electrically coupled or capacitively coupled to opposite sides of the yoke. an antenna configured to transmit or receive radio-frequency signals; a radio-frequency communication circuit configured to transmit or receive the radio-frequency signals via the antenna; a control circuit responsive to the radio-frequency communication circuit; an enclosure configured to house the radio-frequency communication circuit and the control circuit; a conductive yoke attached to the enclosure and configured to mount the control device to an electrical wallbox; and characterized in that a conductive member is extending around a rear side of the enclosure between opposite sides of the yoke, wherein the conductive member is one of directly electrically coupled or capacitively coupled to opposite sides of the yoke.
A seat cushion, comprising: a layer of open cell foam for passenger comfort; a closed cell foam core for flotation and structural support; and a support structure positioned on the underside of the seat cushion for directly engaging underlying beams of a seat frame to attach the seat cushion to the seat frame, the support structure integrated into the construction of the seat cushion to form a permanent part thereof, the support structure being in the form of a sheet-like platform substantially covering the underside of the seat cushion. a layer of open cell foam for passenger comfort; a closed cell foam core for flotation and structural support; and a support structure positioned on the underside of the seat cushion for directly engaging underlying beams of a seat frame to attach the seat cushion to the seat frame, the support structure integrated into the construction of the seat cushion to form a permanent part thereof, the support structure being in the form of a sheet-like platform substantially covering the underside of the seat cushion.
A subsea manifold (150, 250, 350, 450) comprising a connection (112, 186, 187) for at least one service line (116, 148, 149) connected to a surface supply or control or monitoring facility and further comprising at least one hub (106a, 106b, 206, 306, 406) fluidically connectable with a subsea christmas tree (54a, 54b); characterised in that the subsea manifold (150, 250, 350, 450) is an inline manifold constructed and arranged for structural integration into a pipeline (22, 210) between a first part of the pipeline and a second part of the pipeline whereby at least a part of the manifold is not intended to be retrievable independently of the pipeline.
A counter for a drug dispenser having a canister inserted into a housing, the counter comprising: an arrangement configured to count the number of displacements between a canister and a housing of a drug dispenser; a motion sensor which detects vibration or shaking; and a display means which indicates how much or how many doses are left in the drug dispenser based on the number of counter displacements, wherein the operation of the display means is initiated on activation of the motion sensor due to detected vibration or shaking. an arrangement configured to count the number of displacements between a canister and a housing of a drug dispenser; a motion sensor which detects vibration or shaking; and a display means which indicates how much or how many doses are left in the drug dispenser based on the number of counter displacements, wherein the operation of the display means is initiated on activation of the motion sensor due to detected vibration or shaking.
An electronic device comprising: a housing in which at least a portion of an external device configured to perform communication in a frequency band of 20 GHz or more can be removably fastened; a support member connected with one region of the housing to allow a user to wear the electronic device on one region of a head of the user, and including a first support member surrounding at least a portion of a horizontal circumference of the user's head and a second support member surrounding at least a portion of a vertical circumference of the user's head; and an antenna module (110a, 110b) disposed in one region of the second support member and configured to compensate for a shaded region of an external device mounted in the electronic device, wherein the antenna module (110a, 110b) includes: an antenna layer (114a, 114b) including a plurality of patch antenna elements (111a, 111b); a wireless circuit layer (115a, 115b) stacked under the antenna layer (114a, 114b); and a heat radiating layer (117a, 117b) stacked under the wireless circuit layer (115a, 115b). a housing in which at least a portion of an external device configured to perform communication in a frequency band of 20 GHz or more can be removably fastened; a support member connected with one region of the housing to allow a user to wear the electronic device on one region of a head of the user, and including a first support member surrounding at least a portion of a horizontal circumference of the user's head and a second support member surrounding at least a portion of a vertical circumference of the user's head; and an antenna module (110a, 110b) disposed in one region of the second support member and configured to compensate for a shaded region of an external device mounted in the electronic device, wherein the antenna module (110a, 110b) includes: an antenna layer (114a, 114b) including a plurality of patch antenna elements (111a, 111b); a wireless circuit layer (115a, 115b) stacked under the antenna layer (114a, 114b); and a heat radiating layer (117a, 117b) stacked under the wireless circuit layer (115a, 115b). an antenna layer (114a, 114b) including a plurality of patch antenna elements (111a, 111b); a wireless circuit layer (115a, 115b) stacked under the antenna layer (114a, 114b); and a heat radiating layer (117a, 117b) stacked under the wireless circuit layer (115a, 115b).
A sintered rare earth metal oxide target for producing a radioisotope in an instrumentation tube of a nuclear power reactor, characterized in that the sintered target contains chromium in an amount of from 500 to 2000 μg/g, and Mg and/or Ca in an amount of from 1000 to 6000 μg/g.